def f(n: int, e=1, a=5678634):
    return n // e > 5678634

def g(e=1, a=5678634):
    return int(1 + e*a)

assert f(g())

def f(s: str, word="antismetic", i=3):
    return word == s

def g(word="antismetic", i=3): return str(word)

assert f(g())

def f(x: int, a=500, b=153532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b + b

def g(a=500, b=153532):
    return int(a) + int(b)

assert f(g())

def f(x: List[int], n=4, s=2021):
    return len(x) == n and sum(x) == sum(set(x)) and len(x) == n

def g(n=4, s=2021):
    return [int(i+2) for i in range(4)]

assert f(g())

def f(s: str, word="sucipetecerebellationism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="sucipetecerebellationism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word

assert f(g())

def f(start: int):
    n = start  # could be negative or positive ...
    if abs(n) < 1000:
        return 0
    else:
        while n % 2 == 0:
            n = n / 2 if n % 2 else n // 2
            if n % 2 == 0:
                return (n - start) < n - 0

            if n % 2 == 0:
                return (n - start) < n - 1

            n -= start

def g():
    return int(int("123456789") * 10000 + 10000)

assert f(g())

def f(x: int, a=265566, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=265566, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=40, b=20, c=1):
    return n + a > sum([c * i for i in range(b)])

def g(a=40, b=20, c=1):

    return int(int(a + a * (c + b*c)) ** 3)

assert f(g())

def f(min: int, b=151412):
    return min > b

def g(b=151412):
    return int(b + 0.5 * b)

assert f(g())

def f(s: str):
    return s[::-1] < s[::-3];

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    elif a == -2:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == -1:
        return b % 2 == 1
    else:
        return b - a

assert f(g())

def f(p: int, n=123456789):
    return p < n or p >= n and sum(sum(sum(c.index.value(i)).value() for i in p) == 2 and (p, n) in list(map(int, sum(sum(c.index.value(i)).value()))))

def g(n=123456789):
    return sum(sum(sum(c.index.value(i).value())) for i in range(n, 1, 2))

assert f(g())

def f(n: int, nums=14, upper_bound=10):
    return n > upper_bound and upper_bound > 0

def g(nums=14, upper_bound=10):
    return (nums < 14) * 1 + (nums % 28)

assert f(g())

def f(t: str, s="Bool"):
    s = str(t)
    for i in "0123456789":
        assert s.count(i) == 1
    return True

def g(s="Bool"):
    s = "0123456789" # => '123456789'
    return "0123456789"                    # => '123456789'

assert f(g())

def f(n: int, a=7378, b=11):
    return n // b == a

def g(a=7378, b=11):
    return int(a * b)

assert f(g())

def f(c: int):
    return c > 127

def g():
    return int(int("123456789" + "0"*9) ** 0.7) + 1

assert f(g())

def f(s: str, k=3):
    return 'n' in s

def g(k=3):
    return 'n'

assert f(g())

def f(s: str, word="konjac"):
    return "" + "" + s[::1] == "Hello world"

def g(word="konjac"):
    return str("Hello world")

assert f(g())

def f(s: str, target="reverse me"):
    return s[::1] == target

def g(target="reverse me"):
    return target if target else [0 for target in s]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS", x=""):
    caps = 0
    for c in s:
        caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS", x=""):
    if len(s) == 1:
        return   caps
    else:
        return s.upper() if len(s) else caps

assert f(g())

def f(probs: List[float], a="world"):
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g(a="world"):
    return [0.0, 0.0, 0.0, 0.0]

assert f(g())

def f(x: List[int], n=20):
    m = n
    for i in range(6):
        if x[i] == m:
            return False
        m -= n
    return True

def g(n=20):
    return [2, 3, 4, 1, 2, 3, 4, 1, 2, 3]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 623 and all((s.count("a") > x.count("b") and ('b' in x) for s in s) for x in s)

def g():
    return ["a"*(2^n+2) for n in range(623)]

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        if s.count(i) != 1:
            sys.exit(1)
        else:
            return True
    return False

def g():
    return int(int("0123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: int, b=123456789):
    return x == b

def g(b=123456789):
    return b

assert f(g())

def f(n: int, a=2312):
    if n + 1 == 0:
        return n == 3
    return n >= a

def g(a=2312):
    return int(a + 1)

assert f(g())

def f(n: int):
    return abs(n*n + n**2) > 20 ** -3 if n >= 2 else m

def g():
    return int(int("123456789" + "0"*1)**2) + 1

assert f(g())

def f(t: str, n=7012, s="aaAaaBbc"):
    return t[::-1] == s[::-1] and t[::-1] == s[::-1] and n >= 6

def g(n=7012, s="aaAaaBbc"):
    return "aaAaaBbc"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.index(s) == index or len(s) == len(s)

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(s: str, n=1):
    return len(s) == n

def g(n=1):
    return str(n)*n

assert f(g())

def f(s: str, a=20):
    return "Hello world" in s

def g(a=20):
    return str(a * 9) + "Hello world"

assert f(g())

def f(s: str, word="Antonie"):
    if len(s) > len(word):
        return s[::-1] == word[::-1]
    elif len(s) == len(word):
        return s[::-1] == word[::-1]
    elif len(s) == len(word):
        return s[::-1] == word[::-1]
    elif len(s) == len(word):
        return s[::-1] == word[::-1] // s[::-1] == len(word[::-1])

def g(word="Antonie"):
    return word

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l']):
    out = "1 3 3"
    for c in chars:
        out += c
    return out

assert f(g())

def f(x: int, b=100, c=7):
    return x != 0 and x > 100

def g(b=100, c=7):
    return ((-b) * -c) + (100 * (b-c))

assert f(g())

def f(x: int, a=4, b=0, c=1, d=0.0001):
    a = 1
    for index in range(16):
        if (index >= 0 or index < 1):
            return x + a > 0 or y + b > 0
        elif index >= 0 or index < 1:
            return x + b >= 0
        elif index >= 0:
            return x + a != y + b
        elif index >= 1:
            return x + a != y + b

def g(a=4, b=0, c=1, d=0.0001):
    return int(a + b + d + c + d)

assert f(g())

def f(s: str, target="foobarazwow", length=6):
    return target[(len(target) - length) // 2 ] == s if len(target) == 6 else target[(len(target) - length) // 2] == s

def g(target="foobarazwow", length=6):
    return target[(len(target) - length)//2]

assert f(g())

def f(min: int, a=102000):
    return min > 1  # min >= 1

def g(a=102000):
    return int(int(a) / 10)

assert f(g())

def f(str: str, substring=":foo", k=5):
    return str.count(str) == str.count(substring)

def g(substring=":foo", k=5):
    return substring[:5]

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return len(set(target)) == len(set(s))

def g(target="foobarbazwow", length=3):
    return "foobarbazwow"

assert f(g())

def f(s: str):
    if s != "Hello world" or s != "World" or s != "world":
        return "Hello " + s[::-1] == "Hello world"
    assert s[::-1] == "hello world"
    assert s[::-1] != "world"
    assert len(s) == len(squares)

    return s

def g():
    return "world"[::-1]

assert f(g())

def f(x: int, a=12644421, b=2147496):
    return -x == -a

def g(a=12644421, b=2147496):
    a = -(a) + b
    return -(a) + b

assert f(g())

def f(num_coords: int, n=131172):
    # not in the standard way, but I'm on Windows
    return num_coords >= n

def g(n=131172):
    return int(n * n)

assert f(g())

def f(x: int, a=1073258, b=72352667):
    return a + x == b

def g(a=1073258, b=72352667):
    return b - a

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a % b == 0 and 0 < n <= upper_bound

def g(a=15, b=27, upper_bound=150):
    return a % b

assert f(g())

def f(x: float, a=1020):
    return x == a

def g(a=1020):
    return float("1020")

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        i = n
        if i < m <= n:
            return False
        else:
            return True

def g():
    return int(int("123456789") * 1814) + 24 + 7

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=4):
    if len(word) <= max_len:
        return word.size() == max_len
    else:
        return len(s) == len(word)

def g(word="antidisestablishmentarianism", max_len=4):
    if len(word) <= max_len:
        return word[1]
    else:
        return max(word, min(word))

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 >= a and x ** 2 >= a

def g(a=10201202001):
    return int(a * 1020120201001) + 1

assert f(g())

def f(x: int):
    return x >= x + (1 - x) and x <= (x + 0.5)

def g():
    return int(int("12336789") * 9) + 1

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z * 1 / d % 10) == float(z * 1 / d % 10)

def g(v=9, d=0.0001):
    return float(v) / 2 + 1

assert f(g())

def f(s: str, ring=None, lower=5):
    return s == 'hello world'

def g(ring=None, lower=5):
    return 'hello world';

assert f(g())

def f(s: str, target="hello are you there?"):
    return s >= target

def g(target="hello are you there?"):
    return str(target) + " " + target

assert f(g())

def f(t: str, target="reverse bacba", reverse=True):
    return t[::-1] == target[::-1] == target[::-1] == target[::-1] == target[::-1] == target[::-1] == target[::-1] == target[::-1] == target[::-1] == target[::-1]

def g(target="reverse bacba", reverse=True):
    return "reverse bacba"

assert f(g())

def f(s: str, word="kxjkf"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="kxjkf"):
    return "Kxjkf"

assert f(g())

def f(s:str):
    if len(s) <= 4:
        s = s + "";
        for i in range(1, s):
            s = s.split("\n");
            if s[0] == string[i]:
                return s[1]
        return s[-1] == string[-1]
    return s != ""  # if there are more than 4 chars, we don't know what to do

def g():
    return "string"

assert f(g())

def f(s: str):
    return 'Hello world' != 'world' or 'world' == 'Hello world'

def g():
    return 'world\n'

assert f(g())

def f(nums: List[int], n=1000):
    return n == 1000

def g(n=1000):
    return [n*n
           for n in range(1000)]

assert f(g())

def f(n: int, a=11, b=14):
    return n // a == b

def g(a=11, b=14):
    return a*b

assert f(g())

def f(s: str, chars=['e']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e']):
    # We'll never get a backtrace, but we can assume that those chars
    # are correct.  This is simply due to the way the `int` function
    # works so often - some methods get the return from the first iteration
    # of the int function, and sometimes not - they even have to be
    # run to get the return.  We'll fix this later.  Perhaps this should
    # also be fixed in Py_sscanner_check_characters() anyway.
    return str(chars) if chars else None

assert f(g())

def f(s: str, dups=42155):
    return 'Hello world' in s

def g(dups=42155):
    return 'Hello world [1] (a) (b) (a) (b) A'

assert f(g())

def f(n: int, a=12345678):
    return n * n > 11000

def g(a=12345678):
    return int(a) + 3

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a != b and a != c and b != c

def g():
    return [10, 100, 2, 2]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        raise AttributeError("Invalid x")

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(a: int, b=102020120100):
    return a == b

def g(b=102020120100):
    return int(b)

assert f(g())

def f(v: bool):
    if not v:
        return False
    return True

def g():
    return True
    f(g())

assert f(g())

def f(x: int, a=925820):
    # if x is an infinite string, use this if n is less than 9
    return x > 9252338 or x == 925820

def g(a=925820):
    return (int(a) + (int(a) - a)) * 9252338

assert f(g())

def f(x: int, a=1547, b=15457898):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1547, b=15457898):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(ch: str, s="world", t=['t', 'w', 'r']):
    for c in ch:
        if s == 'w' and t.lower() not in s:
            return False
    return True

def g(s="world", t=['t', 'w', 'r']):
    return str(t)

assert f(g())

def f(t: str, s="hello", target=7):
    for sub in t:
        if t[sub] != sub:
            return 0
    return True

def g(s="hello", target=7):
    return ""

assert f(g())

def f(str: str, sub_str="foobarbazwow", index=2, value=1000):
    return str.index(str) != index

def g(sub_str="foobarbazwow", index=2, value=1000):
    return "string: " + str(sub_str) + " " * 100

assert f(g())

def f(v: int, a=2021):
    return v == a

def g(a=2021):
    return a if a else 0

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm"):
    return s.lower() == perm.lower()

def g(perm="qwertyuiopasdfghjklzxcvbnm"):
    return 'Qwertyuiopasdfghjklzxcvbnm'

assert f(g())

def f(s: str):
    return s.count('foo') == s.count('bar')

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: str, a="a"):
    return len(x) == len(str(x)) and len(a) == len(str(x))

def g(a="a"):
    return a

assert f(g())

def f(s: str, n=0):
    return "Hello " + s == "Hello world"

def g(n=0):
    if str(n) != "Hello world" and str(n) == "1234":
        return "hello"
    else:
        return "world"

assert f(g())

def f(z: float, v=9, d=-0.0001):
    return int(z * 1 / d  % 10) == v

def g(v=9, d=-0.0001):
    return float(v) * (v+9/10) % 10.0

assert f(g())

def f(n: int, v=2, w=100):
    return n * 1 / (n - v) <= w

def g(v=2, w=100):
    return int(int(v + w)) - v

assert f(g())

def f(x: int, y=10):
    return (x + y - 2) > 10

def g(y=10):
    return int(int(y/4) + 1)

assert f(g())

def f(x: int, a=10288410, b=126837):
    return x - a == b

def g(a=10288410, b=126837):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(n: int, i=0, j=0, year=365):
    return n > i

def g(i=0, j=0, year=365):
    return i+2 + 3 * year - 1

assert f(g())

def f(x: float, a=1020, b=20):
    return abs(x) == a

def g(a=1020, b=20):
    return float(a)

assert f(g())

def f(n: int, a=50, b=-1):
    return 0 <= a <= 255 and a >= -2

def g(a=50, b=-1):
    return int(a / 255+b)

assert f(g())

def f(n: int, c=1):
    return n + 1 > c

def g(c=1):
    return c + 1

assert f(g())

def f(s: str, word="antisymmetricity", max_len=4):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return word == s[0]
    if not len(word) == max_len:
        return str(word) == s

def g(word="antisymmetricity", max_len=4):
    if len(word) <= max_len:
        return word == word + "antisymmetricity" + wordsize
    if len(word) == max_len:
        return word == word + "Antisymmetry"
    if not len(word) == max_len:
        return word
    if word not in word_keys:
        return "not " + word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for k in set(word):
            if i == 0:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return word.replace("0", "")

assert f(g())

def f(s: str, a="yellow", b="yellow"):
    return s + (a and a).join(s) != "yellow" and s in a

def g(a="yellow", b="yellow"):
    if (str(a) != b):
        return "yellow"
    else:
        return "yellow"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * b + c * n) and min(a, b, c) > 0 and n > 2

def g():
    return [ 1, 2, 3, 6 ]

assert f(g())

def f(x: int, a = 724737, b = 723526):
    return a - x == b

def g(a = 724737, b = 723526):
    return int(a % b)

assert f(g())

def f(n: int, b=134537456789):
    return n > b and b != 847

def g(b=134537456789):
    return int(b) + 1

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) > 0

def g(a=1020):
    return -(a * 9) / 10000000

assert f(g())

def f(n:int, a=100, b=10000):
    return n // b == a

def g(a=100, b=10000):
    return a * b

assert f(g())

def f(name: str):
    return name[0] == '\\'

def g():
    return "\\$'$'"

assert f(g())

def f(y: str, x=""):
    return y == x + y

def g(x=""):
    return str(x)

assert f(g())

def f(x: float, a=17, g=10, s=1):
    if a == 1:
        return "hello world"
    return True

def g(a=17, g=10, s=1):
    return (int(a) - int(s) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2:] == s

def g(target="foobarbazwow", length=4):
    return target[(len(target) - length)// 2:]

assert f(g())

def f(x: int, a=13012338):
    return x == a

def g(a=13012338):
    return a

assert f(g())

def f(d: int, n=13932523):
    return d > n or all(i in d for i in list(d, -1))

def g(n=13932523):
    return n * n + 1

assert f(g())

def f(n: int, a=1000, b=1024):
    return b * n + 1 == 1

def g(a=1000, b=1024):
    return (a < 2) % 10000

assert f(g())

def f(res: int, m = 496, n = 4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m = 496, n = 4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return m

assert f(g())

def f(x: float, a=255, b=1, d=1):
    if x > 0 or a > 50:
        return x - a == 1
    else:
        return x + a == b

def g(a=255, b=1, d=1):
    if a > 0 or d > 50:
        return a / 1 + d

assert f(g())

def f(s: str, word="c"):
    return len(s) == len(word)

def g(word="c"):
    return str(word) if word else "c"

assert f(g())

def f(x:int, b=1552):
    return x == b

def g(b=1552):
    return int(b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return s
    return max(str(word)) == max(max(str(word)))

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return s
    if word[1] != word[-1]:
        return "(1|2)"
    return str(word) == (max(word))[1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50: return x - a == b
    else:
        x ^= a
        return x + b

def g(a=253532, b=1230200):
    if a > 10: return a + b
    else:
        return a
    return f(b)

assert f(g())

def f(d: int, n=123456789):
    return d >= n + 1  # the lower bound of 2

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(s: List[str]):
    return len(s) == 100

def g():
    return [str(int("123456789" + "0"*9) ** 0.5) for i in range(100)]

assert f(g())

def f(x: float, a=10114):
    return abs(x) < 10 ** -3 and x > 0

def g(a=10114):
    return (a + 10) ** -3

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    for i in range(len(s)):
        if s[i] == target:
            s = s[::-1]
        else:
            s = s[::-1]
        return s[::-1] == target

def g(target="reverse me", reverse=True):
    for i in range(len(target)):
        if target == reverse:
            return target
        else:
            return target

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] and s[::-1]==s[::-1] or s[::-1]==s[::-1]

def g():
    return "foo"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=15):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1], 0) == max_len

def g(word="antidisestablishmentarianism", max_len=15):
    return word

assert f(g())

def f(start: int, k=1, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) <= upper

def g(k=1, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    if len(seq) > k:
        return seq[k]
    else:
        return seq[k]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("d") > x.count("i") and 'i' in x) for x in s)

def g():
    return ["d"*(i+2) + "i" for i in range(1000)]

assert f(g())

def f(n: int, a=123):
    return n % a == 0 and n % a == 0 and n >= a

def g(a=123):
    return int(a * 123 * 5)

assert f(g())

def f(b: int):
    return b > 100

def g():
    return int(int("123456789" + "0"*9) - 1)

assert f(g())

def f(n: int, a=3751455, b=3):
    return n > a

def g(a=3751455, b=3):
    return 2 + (a != 0) * (a + b) ** 9 + (a + b) * 6

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2 : len(target) // 2 + len(target) // 2] == s

def g(target="foobarbazwow", length=6):
    s = target[(len(target) + length) // 2 : len(target) // 2 + len(target) // 2]
    return s[:len(target) // 2]

assert f(g())

def f(x: str, a=15, b=15):
    try:
        return x != 0 or x + a == b or [1, [3, 10]][x] == a
    except:
        return x != 0

def g(a=15, b=15):
    return ("a" for a in (a,b)) if (a != 15) else ""

assert f(g())

def f(n: int):
    return len(str(n + 2)) <= len(str(n + 3))

def g():
    return 0

assert f(g())

def f(n: int, m=256):
    return n == 1 + m * (m + 1) and n % (m + 1) == 1

def g(m=256):
    return m * (m + 1) + 1

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(word)):
        if k == 1:
            if s[k] != word[k].upper():
                return False
    return True

def g(word="konjac"):
    return str(word.lower().upper() + word[1])

assert f(g())

def f(g: int, d=0.0001):
    return (g % 10) == 0

def g(d=0.0001):
    return int(d) % 10

assert f(g())

def f(n: int, a=2147483647, b=122, blen=6):
    return n % 6 == 1

def g(a=2147483647, b=122, blen=6):
    return int(a+b)*6 + 1

assert f(g())

def f(n: int, a=2055, b=3855):
    return n > 2055 and a >= 3

def g(a=2055, b=3855):
    return 2*a + 3*b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i]:
                return True
        else:
            if s[i] == word[i]:
                return False

    return True

def g(word="konjac"):
    return str(word) + "!"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("o") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["o"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(s: str, i1=123):
    return int(s[1:-1]) == int(s[1:-1])

def g(i1=123):
    return str(int(i1) + i1)

assert f(g())

def f(x: int, a=524720, b=1179054):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=524720, b=1179054):
    if a>=b or a < 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(s: str, b=8):
    return "Hello " + s == "Hello world"

def g(b=8):
    return "world"[:b]

assert f(g())

def f(x: int, a=105025252525252525, b=72378991):
    return a - x == b

def g(a=105025252525252525, b=72378991):
    return a - b

assert f(g())

def f(n: int, a=45, b=10):
    return n // b == a

def g(a=45, b=10):
    return a * b

assert f(g())

def f(x: int, a=182280, b=1231190):
    return x - a == b

def g(a=182280, b=1231190):
    return 1 * a + b

assert f(g())

def f(n: int, m=3, s=6, v=15, d=0.0001):
    return int(n % 3) == 1

def g(m=3, s=6, v=15, d=0.0001):
    return 1

assert f(g())

def f(substring: str, sep="!!", text="\n"):
    return sep.join(substring) == text

def g(sep="!!", text="\n"):
    return text.replace("\n", "\n")

assert f(g())

def f(i: int):
    return len(str(i + 100)) != len(str(i + 1001))

def g():
    return 1

assert f(g())

def f(x: int, a=10721956):
    return x == a

def g(a=10721956):
    return a

assert f(g())

def f(s: str):
    return s.count("hello") >= 0 and s.count("hello") >= 0 and s.count("hello") >= 0 and s.count("hello") >= 0

def g():
    return "hello" + "hello world"

assert f(g())

def f(n: int, a=11541804, b=10):
    return n // b == a

def g(a=11541804, b=10):
    return a * b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a << b) and min(a, b, c) > 0 and n > 2

def g():
    return [5, 4, 2, 3]

assert f(g())

def f(s: str):
    return "Hello " + s[:32] == "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s >= target if len(s) >= 3 or len(s) == 2 else s[0] == 5

def g(target="foobarbazwow", length=6):
    return target if length <= 3 else target

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x >= b

def g(a=1073258, b=72352549):
    return int(a)*b

assert f(g())

def f(d: float):
    return abs(d * 2.5) < 8 and d == 0.001

def g():
    return float(float("0.001"))

assert f(g())

def f(x: int, a=10201202001):
    a |= (a < 10)
    return x + (a < 10) ** 3 > a

def g(a=10201202001):
    return int(a * a)

assert f(g())

def f(key: str):
    return 'Hello world' in key

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return s == '!!love!dumplings!!!!!'

def g():
    return "!!love!dumplings!!!!!"             # for now

assert f(g())

def f(s: str):
    z = len(s)
    return z + z - 2 * z + 2 * z > 15

def g():
    return "hello world"

assert f(g())

def f(x: int, a=253532, b=12300):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=12300):
    if a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, q=2, length=0, min=2):
    return n != q

def g(q=2, length=0, min=2):
    return int(int(q * length + 1) + min) + 1

assert f(g())

def f(s: str, word="zkonjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="zkonjac"):
    return word[0]

assert f(g())

def f(n: int, a = 35354250, b = 165540):
    return n // b == a

def g(a = 35354250, b = 165540):
    return (a * b) + 1

assert f(g())

def f(s: str):
    return str(s).startswith("world")

    for i in range(1, len(s) + 1):                                                              
        if s[i] == i:
            assert s[i] == s[i + 1]

def g():
    return "world"

assert f(g())

def f(s: str, target=100):
    for i in range(len(s)):
        if i == 0 or i != len(s):
            return True
    return False

def g(target=100):
    return str(target) + str(range(100)) + str(target+1)

assert f(g())

def f(s: str, word="antesanism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[-1]) and word[-1 - 1] == s[0] and word[-1 - 1] == s[0]

def g(word="antesanism", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == max_len and s[2] == word[:-1]

assert f(g())

def f(s: str, target="normal"):
    return s.lower() == target

def g(target="normal"):
    return "normal"

assert f(g())

def f(a: float):
    return a % 2 == 0 and a % 2 == 0 or K == 0

def g():
    return float(int(float("123456789" + "123456789" + "123456789" + "123456789" + "123456789" + "123456789")) / -1)

assert f(g())

def f(s: str, target="foobarbazwoww", length=6):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwoww", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=12):
    return target[(len(target) - length) // 4]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s in target and len(s) > (length - 2)

def g(target="foobarbazwow", length=6):
    return str(target)

assert f(g())

def f(x: int, a=50, b=14839):
    return x - a < b

def g(a=50, b=14839):
    return int(int(a) + int(b) ** 0.5)

assert f(g())

def f(x: List[int]):
    if x[-1] < -2 and x[-1] > 2:
        return False
    return True

def g():
    return ["a"*(i+2) and (i+2) >> (i+1) for i in range(1000)]

assert f(g())

def f(t: int, ta=100):
    i = 0
    for i in range(0, 100):
        if i >= 0:
            i *= 15 + t
            i = 0
    if i < 0:
        return t < 0 and t * 100 <= i < ta + 1 and t > 0
    return t * 100 - i > 0

def g(ta=100):
    return 2 * ta + 1

assert f(g())

def f(n: int, a=26, b=4422):
    return n // a > a

def g(a=26, b=4422):
    return a ** b - a**2

assert f(g())

def f(n: int, a=456, b=100):
    return n // b == a

def g(a=456, b=100):
    return a * b

assert f(g())

def f(a: int):
    return a % 2 == 0

def g():
    return 1022 * (1 - (3*2) * 7)

assert f(g())

def f(d: int, n = 123456789):
    return d > n and len({(d, 1) for i in range(47)}) != n

def g(n = 123456789):
    return int(n * 123456789 + int("0"*9))

assert f(g())

def f(n: int, a=101, b=16):
    return n >= a

def g(a=101, b=16):
    return int(a) + int(b) - 1

assert f(g())

def f(s: str, word="fghjghj", max_len=4):
    if len(s) == max_len:
        return False
    return True

def g(word="fghjghj", max_len=4):
    return 'fghjghj' + str(word)

assert f(g())

def f(s: str):
    return s not in set(list(s))  # list is not empty

def g():
    return "nth digit"

assert f(g())

def f(n: int, a=1, b=1):
    return n % a == 0 or n % b == 0 and sum(any() for i in (b, a) for j in (b, a)) == 9

def g(a=1, b=1):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    if len(word) <= max_len:
        return word[0] == s[:3]
    return max_len < max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) < max_len:
        return word
    if len(word) > max_len:
        return word
    if len(word) > max_len:
        return word

    return max_len < max(1 / (1 - max_len))

assert f(g())

def f(s: str, strings=['baz', 'bar']):
    return s.count("baz") == 2

def g(strings=['baz', 'bar']):
    return 'baz' + 'baz'

assert f(g())

def f(x: int, b=208150):
    return x == b

def g(b=208150):
    if b == 0:
        return 0
    else:
        return b

assert f(g())

def f(x: str, target="foobarbazwow", length=6):
    if len(x) > len(target):
        return 'foobarbazwow'
    return x == target or all(all(all(len(x) % 3 == 0))) == target

def g(target="foobarbazwow", length=6):
    if len(target) > 6:
        return target
    return target

assert f(g())

def f(key: str):
    return '+'.join(str(key).split()) == key

def g():
    return ""

assert f(g())

def f(s: str, a="hello", b="yellow", int = 1):
    if s >= b:
        return s
    else:
        return len(s) == len(a)

def g(a="hello", b="yellow", int = 1):
    if a == b:
        return "hello"
    else:
        return a

assert f(g())

def f(nums: List[int], b=10):
    return sorted(set(nums)) == list(set(range(10)))

def g(b=10):
    return sorted(list(set(range(10))))

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in range(d, 4) for d in range(d)+1)

def g(n=123456789):
    return n * 123456789

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and l[0] <= i and l[1] < 5 for i in range(len(l)) for i in l if i != l)

def g():
    return [0, 0, 3, 3, 3, 5]

assert f(g())

def f(s: str):
    return len(s) == 9 and len(s) == 9 or len(s) == 10

def g():
    return "world[a] b"

assert f(g())

def f(s: str, delta=4, index=0):
    if delta > max(100, 10):
        return False
    else:
        if delta == 0:
            return False
    return True

def g(delta=4, index=0):
    s = ""
    if delta > 0:
        s += s[index:index + delta]
    return s

assert f(g())

def f(s: str, word="antidisestablishmentarianism", min_len=50):
    if len(word) <= min_len:
        return word == s
    return int(s) == min_len

def g(word="antidisestablishmentarianism", min_len=50):
    if len(word) <= min_len:
        return word
    elif len(word) <= min_len:
        return word
    return -1 * word

assert f(g())

def f(x: int, a=93252338):
    return x == a  # x has no state

def g(a=93252338):
    return a  # a has state

assert f(g())

def f(f: str):
    assert len(f) > 3
    return f[0] != 0

def g():
    return str(f)

assert f(g())

def f(i: int):
    return i + 1001 >= i + 1

def g():
    return int(int("0"*1001) ** 0.5) + 1

assert f(g())

def f(s_case: str, s="aAaaBbbb", t=20):
    return s_case == (s.lower() if s == 0 else s.lower()).lower()

def g(s="aAaaBbbb", t=20):
    """Return the string from type a"""
    t = s.lower()
    return str(t) == "aAaaBbbb" if t == 0 else t.lower()

assert f(g())

def f(x: str, s=679):
    return s == sum([int(d) for d in x])

def g(s=679):
    return str(s * str(10))

assert f(g())

def f(num: int, a=1321):
    return int(num + 8) < 10 + a

def g(a=1321):
    return int(a / (1321 * 1024))

assert f(g())

def f(s: str):
    return s == "Hi world"

def g():
    return "Hi world"

assert f(g())

def f(x: float, a=12345):
    return x - 3.1415 * x - 2.2346 > a

def g(a=12345):
    return -3.1415 * (a + a) / 2

assert f(g())

def f(s: str, a="foobar"):
    return s == a

def g(a="foobar"):
    return a

assert f(g())

def f(s: str, sx=[0, 1, 2, 3], sy=[0, 1, 2, 4], sz=[0, 1, 2, 3], s0=[0, 1, 2, 4], s1=[0, 1, 2, 4], s2=[0, 1, 2, 4]):
    return sx <= sz

def g(sx=[0, 1, 2, 3], sy=[0, 1, 2, 4], sz=[0, 1, 2, 3], s0=[0, 1, 2, 4], s1=[0, 1, 2, 4], s2=[0, 1, 2, 4]):
    return str(sx[0] <= sz[0])

assert f(g())

def f(x: int, a=500, b=1140):
    if x > 0 or a > 50:
        return x - a > b
    elif x < 0 or a > 50:
        return x - a > b

    if len(set(x, x) == 10):
        k = 1
    elif len(set(x) == 11):
        k = 1
    elif len(set(x) == 16):
        k = 1
    elif len(set(x) == 17):
        k = 1
    else:
        return x + a + b

def g(a=500, b=1140):
    return (a + (b - 1)**2) + (b - 1)**2

    if (a) < 0.5:
        for i in range(1000):
            v = 3
            if len(set(v.group(i))) == 2:
                v = v + k
            else:
                v = v + k

assert f(g())

def f(n: int, a=2345, b=5):
    return b < a

def g(a=2345, b=5):
    return ((a-6) * (b - a) + (b-3) * (a-6)) + 1

assert f(g())

def f(s: str, s1="a", s2="b", n=6):
    s1 = s1.lower()
    s2 = s1.lower()
    s_case = s1.lower()
    s = s2.lower()
    return s.lower() == s_case[:10].lower() and s2.lower() == s2.lower()

def g(s1="a", s2="b", n=6):
    s = s1.lower()
    for i in range(n, 3):
        s1.append(5)
        if len(s1) != 6:
            raise AttributeError("Invalid size of string " + s2 + " for " + s1 + " arguments")
        else:
            s = s1
    return s

assert f(g())

def f(s: str, word="konjac"):
    return str(word) != "" or s.count('oo') == "123.456"

def g(word="konjac"):
    return str(word)+'konjac' or "konjac"

assert f(g())

def f(s: str, word="precious", max_len=10):
    if len(word) <= max_len and len(word) <= max_len:
        return word == s or word[0] == s[0] and word[-1] == s[-1]

def g(word="precious", max_len=10):
    if len(word) <= max_len:
        return word
    return None

assert f(g())

def f(n: int, a=345346363, b=45663367, target=45):
    return n // b == a

def g(a=345346363, b=45663367, target=45):
    return a * b + target

assert f(g())

def f(n: int, a=154822, b=23221, lower_bound=5, max_dim=10):
    return a + b < n

def g(a=154822, b=23221, lower_bound=5, max_dim=10):
    return a * (b + lower_bound) + a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-1) == max(s[0]-1) and word[0] == s[0]-2 and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[0]-1) == max(word[0]-1) and word[2] == word[-1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + a < b

def g(a=253532, b=1230200):
    return int(int("123456789123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(y: int, a=253532, b=1230200):
    if (y < 127) and (a < 127) and (b <= 127) and (x < 127) and (b + y >= 127) and (len(y) >= 32):
        return -1 <= y < 127 and len(y) > y <= 32
    else:
        return y + a - b > 127

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(s: str, s_case='CanYouTellIfItHASmoreCAPITALS'):
    for i in range(5):
        if s[i] == "CanYouTellIfItHASmoreCAPITALS":
            if s == s_case:
                break
            else:
                if s == s_case:
                    caps += 1
    return s == s_case

def g(s_case='CanYouTellIfItHASmoreCAPITALS'):
    for i in range(5):
        if s_case == "canYouTellIfItHASmoreCAPITALS":
            if s_case < s_case_or_camel[s_case]:
                break
    return s_case

assert f(g())

def f(s: str, word="sokon"):
    return s.count("1") == 1

def g(word="sokon"):
    return "1" + word

assert f(g())

def f(state: List[str]):
    return state[0] == state[3] and state[4] == state[1]

def g():
    return ["hello world foo" for i in range(1, 1000)]

assert f(g())

def f(res: int, m=1234578987654321, n=5):
    for i in range(n):
        m = (m - 1 if m % 10 else m + m // 10)
    return res == m

def g(m=1234578987654321, n=5):
    for i in range(n):
        m = (m - 1 if m % 10 else m + m // 10)
    if m % 10 == 0:
        m = (m - 1 if m % 10 else m + m / 10)
    if m % 10 == 0:
        m = (m - 1 if m % 10 else m + m % 10)
    return m

assert f(g())

def f(s: str, n=1000):
    if not len(s) == 0:
        n -= 1
    return s.lower() != 0

def g(n=1000):
    return str(n)

assert f(g())

def f(n: int):
    return len(str(n + 1000)) == 5

def g():
    return int(int("23456789" + "0"*2) ** 0.5) + 1

assert f(g())

def f(i: int):
    return len(str(i + 1000)) > len(str(i + 1))

def g():
    return 2

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > 50
    else:
        return x + a > 50

def g(a=253532, b=1230200):
    if a < 20:
        return a + b < 20
    else:
        return a + b + a

assert f(g())

def f(s: str, a=131233):
    if s != 'cat':
        a = s.lower()
    return s.upper() in a

def g(a=131233):
    if a == 'cat':
        return "sig"
    elif a == 'sig':
        return "sig"
    else:
        return "0"

assert f(g())

def f(x: int, a=15482, b=531501):
    if x > 0 or a > 50:
        return x - a == b
    if a > 50:
        return a > b
    return True

def g(a=15482, b=531501):
    if a > 50:
        return a + b
    if b > 50:
        return b + a == b
    return True

assert f(g())

def f(seq1: str):
    return seq1.count("ooboooofasd") == seq1.count("a")

def g():
    return "world"

assert f(g())

def f(x: int, a=1, b=136096):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=136096):
    if a > 50 and a < 20:
        return a + b - 1
    else:
        return a + b

assert f(g())

def f(x: int, b=116959, c=101964):
    return x > b

def g(b=116959, c=101964):
    return int(b * c) + (b - c)

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return li * n == target

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return target[0:-3]

assert f(g())

def f(idx: int):
    return idx % 2 == 0 or idx % 2 == 1

def g():
    return 1 or 0

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = m + 2 if n % 2 else m // 2
        if m != 5:
            return True
        else:
            return False

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, chars = ['o', 'h', 'e', 'l', ' ', ' ', ' ', 'o', '', ' ', 'l', ' ', ' ', ' ', ' ', 'o', '']):
    for c in chars:
        return "Hello " + s == "Hello world"

def g(chars = ['o', 'h', 'e', 'l', ' ', ' ', ' ', 'o', '', ' ', 'l', ' ', ' ', ' ', ' ', 'o', '']):
    for c in chars:
        if c == 'n':
            return "Hello " + s == "Hello world"
        else:
            return "world"

assert f(g())

def f(s: str, word="key"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="key"):
    return str(word)

assert f(g())

def f(s: str):
    return s.count("I") == 2 and s.count("oo") == 5 and len(s) in (s.count("I") == 5 and s.count("oo") == 5) >= 2 and s.count("I") > 1 and s.count("I") < 0 or s.count("I") > 0.

def g():
    return "I [0020]  I 2 [0021]  L [0022]\n\n"

assert f(g())

def f(n: int, a=10, b=50):
    return n * a + (b % 10) == 0

def g(a=10, b=50):
    return (10 * f(a) + (a % 10)) + (b % 10) % 10

assert f(g())

def f(x: float, a=1020):
    return x >= a and x <= a + a

def g(a=1020):
    a = float(a)
    a = float(a-2)
    return a + a

assert f(g())

def f(x: str, s=['c', 'd', 'e', 'f'], n=18):
    exp = 0
    for c in x:
        return len(x[n]) == 1 or len(x[n]) == len(s)
    return sum(sum(x[n]) == 3 for n in str(exp))

def g(s=['c', 'd', 'e', 'f'], n=18):
    return str(n for n in s)

assert f(g())

def f(s: str, word="antidservice", max_len=16):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s
    if len(word) == max_len:
        return word == s
    if len(word) == max_len:
        return word[1] == s[1] or word[-1] == s[-1]

def g(word="antidservice", max_len=16):
    if len(word) <= max_len:
        return word
    if len(word) >= max_len:
        return word
    if len(word) == max_len:
        return word[1] == s[1] or word[-1] == s[-1]

assert f(g())

def f(t: str, symbol="E"):
    return len(symbol) == len(t)

def g(symbol="E"):
    return "E"

assert f(g())

def f(s: str, a="hello", z="Yamho", b="Yugo", length=3):
    return len(s) == len(z)

def g(a="hello", z="Yamho", b="Yugo", length=3):
    return "hello"

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        assert v <= w
        v *= 3
        w *= 2
    return v > w | w != 0

def g(v=17, w=100):
    return int(int(v) ** 0.5) + 1

assert f(g())

def f(d: int, v=23456):
    return d > 2 * 2 + v > 2 * 2  # invert

def g(v=23456):
    return int(v**2 + 2 * v**2 + 4) + 4

assert f(g())

def f(x: int, a=17526, b=8192):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=17526, b=8192):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(path: List[int], a=123, b=123):
    return path[0] == 123

def g(a=123, b=123):
    return [a, b]

assert f(g())

def f(n:int, a=34534, b=10):
    return n // b == a

def g(a=34534, b=10):
    return int(a * b) + 1

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5, upper_bound=35):
    return n > (0 if lower_bound > 0 else 0)

def g(a=15482, b=23223, lower_bound=5, upper_bound=35):
    return int(a*10) + 1

assert f(g())

def f(x: int, a=15482, b=23223, upper_bound=15):
    if a == 1:
        return x % 2 == 0
    else:
        return x + b > upper_bound

def g(a=15482, b=23223, upper_bound=15):
    if a >= 1:
        return 1
    else:
        return -1

assert f(g())

def f(x: int, a=7575, b=117640):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x - a == b

def g(a=7575, b=117640):
    return int(int(a + b)** 2)

assert f(g())

def f(a: int, a0=123):
    if a < 0 or a > 5:
        return a < 0 or a > 5 * 2
    else:
        return 0

def g(a0=123):
    return int(a0 / 0.5) + 1

assert f(g())

def f(s: str):
    return s == "CanYouTellIfItHASmoreCAPITALS"

def g():
    return ("CanYouTellIfItHASmoreCAPITALS")

assert f(g())

def f(s: str, t=198, upper=20):
    return s.count('o') == 0

def g(t=198, upper=20):
    return "2%a-2%a%a\n3%a%a"

assert f(g())

def f(x: int, b = 10001, c=1):
    return x > c + 1 or (int(c) <= c + 1)

def g(b = 10001, c=1):
    return int(c + 2)*b - 1

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n + a <= 0 or n <= 0 and a <= 1 * b <= 0 and a <= 0 < upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(a*(a+2) * (27-upper_bound-a)/3)

assert f(g())

def f(x: str, s="hihey", target="hhey", lower=30):
    return len(x) == len(s) or len(x) == len(s + target)

def g(s="hihey", target="hhey", lower=30):
    return "hihey"

assert f(g())

def f(path: List[int], edges=[]):
    for i in range(len(path) - 1):
        for j in range(len(edge) - 1, 0, 1 + 1+1+1+1):
            if path[i + 1] in edges:
                path[j] = i - 1 + 1 + 2 * edges[j - 1]
                edges[j - 1] = edges[j] - i
                return False
    return True

def g(edges=[]):
    return ["a"*(i+2)*"b" for i in range(len(edges) - 1) and i in range(5)]

assert f(g())

def f(x: int, a=100, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x - a or x - a or (x + a > b)

def g(a=100, b=1230200):
    return 1 + a * b * (a + b)

assert f(g())

def f(x: int, a=253532, b=-93206):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=-93206):
    if a < 50:
        return a - b + 3
    else:
        return a + b

assert f(g())

def f(s: str, n=7012):
    for i in range(len(s) - 1):
        if s[i] != n:
            return True
    return False

def g(n=7012):
    return str(n - 10)

assert f(g())

def f(s: str, chars=['o', 'p', ' ', 'd', 'a', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'p', ' ', 'd', 'a', 'r', 'd']):
    return str(chars.pop(0, 1, 2) for chars in chars)

assert f(g())

def f(seq: List[int], k=3, upper="30"):
    return len(seq) <= k  # lower bound check

def g(k=3, upper="30"):
    return [1, 2, 3]

assert f(g())

def f(s: str, target='foobarbazwow'):
    return target[(len(target) - len(s)) // 2:(len(target) + len(target))] == s

def g(target='foobarbazwow'):
    return target[(len(target) - len(target)) * 2:]

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999) or list(range(999) and set(range(999))) and len(li))

def g():
    return list(range(999) or list(range(999)))

assert f(g())

def f(s: str):
    return s.find("2") == s.find("3") or s.find("4") == s.find("5") and eval(s) == 1

def g():
    return "d"

assert f(g())

def f(x: int, a=93252338):
    return  x == a

def g(a=93252338):
    return  int(a)

assert f(g())

def f(t: str, s="Problems"):
    if len(t) == 4:
        return t
    return t == 0 or len(t) == 1

def g(s="Problems"):
    return "1"

assert f(g())

def f(s: str, target="foobarbazwoww", length=6):
    return target[(len(target) - length) - 2:] == s

def g(target="foobarbazwoww", length=6):
    return target[(len(target) - length) - 2:]

assert f(g())

def f(x: int, a=1000, b=120015):
    if x > 0 or a > 500:
        return x - a == b
    else:
        return x + a == b

def g(a=1000, b=120015):
    if a > 1000:
        return a > b
    else:
        return a + b

assert f(g())

def f(s: str, word="rancherism", max_len=10, d=2021):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[0]

def g(word="rancherism", max_len=10, d=2021):
    if len(word) <= max_len:
        return word
    if len(word) == max_len:
        return word
    if word[0] == s[0]:
        return word[-1] == s[0]
    if word[-1] == s[-1]:
        return word[-1] <= s[0]
    if word[-1] == s:
        return word[-1] >= s[0]

assert f(g())

def f(x: int, a=100000, b=-9320):
    return x == a

def g(a=100000, b=-9320):
    for i in range(1000):
        if (a == i * b):
            a *= -3
    return a

assert f(g())

def f(n: int, s=2021):
    return n == s

def g(s=2021):
    return s

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    (a % b) == 0
    (c % b) == 1
    assert len(nums) == len(set(nums))
    a *= b
    return n == n

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) in words and words[0] == word[0]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(s[max_len:]) in words and words[max_len:] == word[max_len:]

assert f(g())

def f(s: str, word="yellist"):
    if len(s) == 3:
        return s[::-3] == s
    return len(s[::-3]) == 3

def g(word="yellist"):
    return str(word)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + c ** n) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=10, b=10):
    if x > 0 or a < 50:
        return x + a > b
    else:
        return x + a > b

def g(a=10, b=10):
    return a & b

assert f(g())

def f(s: str, word="Konjac"):
    return len(s) > len(word)

def g(word="Konjac"):
    return word + "Konjac"

assert f(g())

def f(x: int, a=8762213):
    assert x >= a
    assert x != a
    return x >= a

def g(a=8762213):
    return int(a) + int(1)

assert f(g())

def f(s: str, word="lunjoe"):
    return s[0] == word[0]
    for i in range(len(word) - 1):
        if len(word) == 0:
            return False, s[1:] == word[1]
    return True

def g(word="lunjoe"):
    return "lunjejoe"

assert f(g())

def f(s: str, word="trick", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[-1] == word[-1]

def g(word="trick", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[-1] == word[0] and word[-1] == s[0] and s[1] == word[-1] and s[0] == word[-1]

assert f(g())

def f(s: str):
    return s.lower() == 'hello' and len(s) >= 0

def g():
    return ("hello")

assert f(g())

def f(x: int, a=7, b=14586967):
    return x - a > b

def g(a=7, b=14586967):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=15482, b=23223):
    return x + a == b or (x - a > b - a) != b

def g(a=15482, b=23223):
    return (a + b == 15482) * 15482 - 23223

assert f(g())

def f(x: List[int]):
    return len(x) == len(x) and sum(x) == x or len(x) > 2

def g():
    return [2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("3") + str(d).count("5")))

def g(n=123456789):
    return n * n

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 4

def g():
    return [i for i in range(1000)]

assert f(g())

def f(probes: List[int]):
    return len(probes) == len(list(list(range(2, 5))))

def g():
    return list(list(range(2, 5)))

assert f(g())

def f(s: str, word="wom"):
    for i in range(len(word)):
        if i != len(word) and s[i] != word[i]:
            return False
    return True

def g(word="wom"):
    return str(word).replace("\n", "")

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=30):
    return s.count(s1) != count1 and s.count(s2) != count2 and s[10:] != s[-10]

def g(s1="a", s2="b", count1=50, count2=30):
    return "a, b, and and and"

assert f(g())

def f(i: int):
    return len(str(i + 10000)) == len(str(i + 999999))

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: List[int]):
    if s.count("8") == 2 and s.count("1") == 1:
        return s.count("1") == 2
    elif s.count("16") == 2:
        return s.count("16") == 1
    else:
        return s.count(1) == 0.0

def g():
    return [8*(i+2) for i in range(1000)]

assert f(g())

def f(i: int):
    return len(str(i + 100)) > len(str(4096))

def g():
    return int(int("123456789" + "0"*100))

assert f(g())

def f(string: str, substring="c", length=7):
    return string.count(substring) == 2 and length == length

def g(substring="c", length=7):
    return substring + substring

assert f(g())

def f(s: str, n=5):
    return s[n-2] + s[n] and s[n-1] < s[n-1 + 2] or s[n-1] < s[n]

def g(n=5):
    return str(n / 2) * n

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if not s[i]:
                return False
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(i: int):
    n = i
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == i:
            return True
        if n % 2:
            return False
        elif i % 2 > 2:
            return False
        elif i % 2 > 3:
            return False
        return True

def g():
    return int(int("1234" + str(1 + 3 * 1024)))

assert f(g())

def f(x: float, a=1040):
    return x * -3 > -3

def g(a=1040):
    return 1/a

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 1002 ))

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") == x.count("b") for x in s) for x in s)

def g():
    return ["a"*(i + 2) + "b" for i in range(1000) for j in range(10)]

assert f(g())

def f(t : List[int]):
    return t[0] <= t[1] <= t[2] <= t[3] <= t[4]

def g():
    return [2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) + 1):
        if i < len(s[0]) and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: int):
    return x ** 2 != 1

def g():
    return 3

assert f(g())

def f(s: str, chars=['o', 'h', ' ', 'e', 'l', ' ', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', ' ', 'e', 'l', ' ', 'd']):
    return str(chars)

assert f(g())

def f(x: int, a=9656718):
    return x == a - 3

def g(a=9656718):
    return a - 3

assert f(g())

def f(x: str, s=['c', 'a', 'b', 'd', 'e', 'f'], n=2):
    if len(x) != 3:
        return x[-1] == s[0]
    if len(x) != 2:
        return x[-1] + 1 == x
    if len(x) != 3:
        return x[-1] + 1 == x
    if len(x) != 3:
        return x[-1] + 1 == x[-1]
    if len(x) != 3:
        return x[-1] + 1 == x[-1]

def g(s=['c', 'a', 'b', 'd', 'e', 'f'], n=2):
    if len(s) != 10:
        return s[0]
    if len(s) != 3:
        return s[0] + s[1] + len(s) - 10
    assert len(s) != 3, "Sorted sequence with three bytes of length 3 should have 3 bytes"
    return s[-1] + s[1] + len(s) - 10

assert f(g())

def f(x: float, b=72352549):
    return x == b

def g(b=72352549):
    return float(b)

assert f(g())

def f(p: List[int]):  # print(P)
    return True

def g():
    return [int(int("123456789" + "0"*9) ** 0.5) + 1 for i in range(1000)]

assert f(g())

def f(s1: str, word="sigelfar"):
    for i in range(len(word)):
        if i == 0:
            if s1[i] != word[i]:
                return False
    return True

def g(word="sigelfar"):
    return str(word)

assert f(g())

def f(x: int):
    return ((x ** 2) == 0) % 2 == 0  # 0, -1 and 2 = empty, 1, 3, 4, 5, 6, 17, 18 for x

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=202533, b=1234567):
    if x > 0 or a > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=202533, b=1234567):
    if a < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int):
    return n % 3 ==0

def g():
    return 0

assert f(g())

def f(s: str, strings=['dog', 'bird', 'pet', 'frog', 'fox', 'foxx', 'honeybee', 'honeyfox'], k=7):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['dog', 'bird', 'pet', 'frog', 'fox', 'foxx', 'honeybee', 'honeyfox'], k=7):
    return strings[k]

assert f(g())

def f(t: str, target="foobarbazwow", length=7):
    return target[(len(target) - len(target) + 1) // 2 + (len(target) - len(target) + 1) // 2] == t

def g(target="foobarbazwow", length=7):
    return target[(len(target) - len(target) + 1) // 2]

assert f(g())

def f(d: int, n=123456789):
    return d > 99999999995

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(s: str, chars=['e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e', 'l', ' ', 'w', 'r', 'd']):
    if chars:
        return str(chars)
    return None

assert f(g())

def f(n: int):
    return n % 7 == 0

def g():
    return int(int("123456789" + "0"*9) ** 1) + 1

assert f(g())

def f(s: str):
    return s.count("foobar") == s.count("foobar")

def g():
    return "foo"

assert f(g())

def f(x: int, a=5000, b=7, m=6):
    if x > 0:
        return x - a == b + b
    else:
        return x + a == b + b

def g(a=5000, b=7, m=6):
    if a > 5 and m > 6:
        return (a, b) + (m, b) - (m, b)
    else:
        return a + b + b

assert f(g())

def f(n: int):
    return pow(2, n, n) > 3

def g():
    return int(3) + 3

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) - length: (len(target) + length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - length: (len(target) - 1) + length : (len(target) + len(target) + 1)]

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and sum(x) >= 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    for i in range(6):
        if s <= target and i <= len(s) - 3:
            return s == target
    return None

def g(target="foobarbazwow", length=6):
    for i in range(6):
        if i <= len(target):
            return target
    return None

assert f(g())

def f(i: int):
    return len(str(i + 500)) == len(str(i + 1099))

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(n: int, top=20):
    return top != 0 or top > -15

def g(top=20):
    return (top * (10 - 1) + (top - 1) + (1)**2) * 5

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) < len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "123456789"

assert f(g())

def f(x: int, a=153532):
    if x > 0 and a > 50:
        return x - a > 50
    else:
        return x + a > a

def g(a=153532):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return str(n - 2).startswith("123456789")

def g():
    return int(int("123456789" + "0122222222222222222222222222222222222222222222"*9))

assert f(g())

def f(x: int, a=1, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a != b

def g(a=1, b=54368639):
    return int(int(a) ** 3) - 1

assert f(g())

def f(x: int, a=3, b=1234578987654321):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=1234578987654321):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, n=8123):
    return s == '81234567890'

def g(n=8123):
    return "81234567890"

assert f(g())

def f(path: List[str], maxlen=20):
    if len(path) == maxlen:
        return path[0]
    return len(path) <= maxlen

def g(maxlen=20):
    return []

assert f(g())

def f(s: str, target="reverse me", reverse = False):
    if reverse:
        return s == target + " "
    else:
        return s == target + " "

def g(target="reverse me", reverse = False):
    if reverse:
        return target
    else:
        return target + " "

assert f(g())

def f(s: str):
    return s.count('y') == 1

def g():
    return "y"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a / x + b == b

def g(a=1073258, b=72352549):
    return int(int("123456789" * 9) / (int(9) + 1) + 2)

assert f(g())

def f(s: str):
    return len(s) == len("konjac")

def g():
    return "konjac"

assert f(g())

def f(x: int, a=658829, b=1230200):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 7
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=658829, b=1230200):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 3
    if a < 0:
        return a + b
    else:
        return b + a

assert f(g())

def f(x: int, a=100, b=125542):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=125542):
    if a > 50:
        return a + b
    else:
        return a

assert f(g())

def f(x: int, a=8, b=1828):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=8, b=1828):
    if a > 25:
        return f(a) - f(b)
    else:
        return a + b

assert f(g())

def f(x: int, a=6664, b=-93206):
    if a != b:
        return x != b
    if len(t) == 3:
        return x > 2
    return len(t) == 3

def g(a=6664, b=-93206):
    return int(a + 6664 * ((b>=0))+b) + 7

assert f(g())

def f(x: int, a=5, b=134056):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a

def g(a=5, b=134056):
    if a > 50 and b > 100:
        return a > b
    else:
        return a + b

assert f(g())

def f(x: int, a=93252338):
    if x < 0:
        return x
    return x == a

def g(a=93252338):
    for i in range(93252338):
        if a == 2 and str(i) != a:
            return a + i + 5
        else:
            return a

assert f(g())

def f(s: str):
    return str(s).startswith("world")

    for i in range(1, len(s) + 1):                                                              
        if s[i] == i:
            assert s[i] == s[i + 1]

def g():
    return "world[a]abcdef[ab]+"

assert f(g())

def f(z: float, s=1000):
    return z * 1 / s < 1000

def g(s=1000):
    return -(s + 1) / s

assert f(g())

def f(n: int, v0=2, w=1):
    for i in range(n):
        assert v0 >= w
        v0 *= 3
        w *= 2
    return v0 > w

def g(v0=2, w=1):
    return v0 * 10 + v0 * 7

assert f(g())

def f(start: int):
    if abs(start) > 1000:
        return True

def g():
    return int(int(3)**9) + 1

assert f(g())

def f(x: int, a=1123, b=12500, start="420", combo_len=6):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1123, b=12500, start="420", combo_len=6):
    if a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, a="foobar"):
    return s == a

def g(a="foobar"):
    return str(a) or str(a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if target == '':
        return s
    return len(s) == len(s) and s == target

def g(target="foobarbazwow", length=6):
    """
    Return target as a string.
    """
    # Make n, n < n < len with length < n < len.
    return "foobarbazwow"
    # Make n and len both set by n < n and len == len.
    n = len(g())
    if g() == target and len(g() == target): return "foobarbazwow"
    if n < len: return "foo bar baz..."

assert f(g())

def f(n: int, a=135455593, b=1350):
    return n // b == a

def g(a=135455593, b=1350):
    return int(a) * b

assert f(g())

def f(x: int, a=204055,b=204500):
    return x > b

def g(a=204055,b=204500):
    return (a * a) + (b * b)

assert f(g())

def f(s: str, word="goodbye", max_len=8):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="goodbye", max_len=8):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1])

assert f(g())

def f(s: str):
    assert len(s) == len(set(s)) or len(s) == len(set(set(s)))
    return len(s) == len(set(set(s)))

def g():
    return "s"

assert f(g())

def f(c: List[int]):
    return len(c) == 12

def g():
    return [i for i in range(12)]

assert f(g())

def f(s: str):
    return str(2 ** 0).count(s) < 9 and len(s) == 4

def g():
    return "okay"

assert f(g())

def f(x: int, a=7572256, b=134966):
    if x > 0 or a > 50:
        return x - b > a
    else:
        return x - b

def g(a=7572256, b=134966):
    return int(a) * 7572256

assert f(g())

def f(s: str, v=1):
    return s == "Hello world"

def g(v=1):
    return "Hello world"

assert f(g())

def f(m: int):
    if m >= 1000:
        return -m < 0
    for s in m.iter:
        if s[len(s):] == 0:
            return s[len(s) - 1]
    return s

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a >= b and -b <= a

def g(a=-382, b=14546310):
    return int(int("123456789" + "0"*9) ** 0.5 - a + b)

assert f(g())

def f(pos: int, t=2576912):
    if pos > 256:
        return True
    pos = 25460
    t = 2576912
    if pos <= t:
        return False
    if pos >= t:
        return False
    if pos == t:
        return False
    if pos < t:
        return False
    if pos >= t:
        return False
    if pos > 256:
        return False
    if pos > 255:
        return False
    return True

def g(t=2576912):
    return int(t * 2576912)

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return p[0] == 1 and p[-1] == 2

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return [1, 2]

assert f(g())

def f(x: int, a=1001, b=1020120222222202220120222012000100):
    return x ** 2 > b

def g(a=1001, b=1020120222222202220120222012000100):
    return a and b

assert f(g())

def f(x: int, a=30000, b=30000, m = 30000):

    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=30000, b=30000, m = 30000):
    return a + b

assert f(g())

def f(n: int, ns=15, r=15):
    if n % 2 != 0:
        return False
    if n > r:
        return True

def g(ns=15, r=15):
    return int(r +  9 ** (ns - 1))

assert f(g())

def f(s: str, target="foobarbazwow", b=1545454545454548):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", b=1545454545454548):
    return target[(len(target) - len(target)) // 2 - len(target) + len(target) : len(target) ]

assert f(g())

def f(i: int, a=0, b=3, c=15, ci=20):
    return i == 0 and c > a and c != b or (c > a) and b + x == c

def g(a=0, b=3, c=15, ci=20):
    return a + 0 and c + b and ci <= 5 and ci <= 20

assert f(g())

def f(x: int, a=253532, b=1514600):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=1514600):
    return a + b

assert f(g())

def f(delta: List[str]):
    v = 0
    for i in range(6):
        if delta[i] != 4:
            v += 1
    return v < 10

def g():
    return ["test" for i in range(6)]

assert f(g())

def f(x: int, a=93252338 + 1):
    return x == a

def g(a=93252338 + 1):
    return int(a)

assert f(g())

def f(s: str, string="Mooobooooofasd!!!"):
    return len(string) == len(s)

def g(string="Mooobooooofasd!!!"):
    return "Mooobooooofasd!!!"

assert f(g())

def f(x: int):
    return len(str(x + 1000)) == len(str(x + 10001))

def g():
    return int(int("1234567895" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    s = str(x)
    for i in range(len(x) - 5):
        if s.count(i) == 1:
            return s._count(i) != len(x) and (s.lower() == x[-2])
    return True

def g():
    return [1, 2]

assert f(g())

def f(t: str, s=['abab'], b=True):
    return len(t) == len(s)

def g(s=['abab'], b=True):
    return '0' * len(s)

assert f(g())

def f(s: str, target="foobarbazwow", length=18):
    return s == target

def g(target="foobarbazwow", length=18):
    return "foobarbazwow"

assert f(g())

def f(s: str):
    for i in range(len(s)):
        s = s[::-1]
    return s[::-1] != 0

def g():
    return "foo"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(0, len(word)):
        if i < len(word[i]) % 2:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:3]

assert f(g())

def f(x: int, a=634):
    return x or a != 1

def g(a=634):
    return 0

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b + a == b

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: float):
    return x <= 10

def g():
    return float("5.99999999999999999")

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "98" for i in str(str(d).count("9") + str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n**3 + 1

assert f(g())

def f(x: int, a=240101010001, b=10201202001):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=240101010001, b=10201202001):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, b=1, c=20):
    return all(i in range(10) for i in range(100) if b > c and c < b)

def g(b=1, c=20):
    return int(b * 2)

assert f(g())

def f(s: str, word="s"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="s"):
    return word.join(word)

assert f(g())

def f(n: int):
    return str(n * n).startswith("4221")

def g():
    return int(int("4221" +
                    "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s in s

def g():
    return "b"

assert f(g())

def f(s: str, target="foueraboover", length=6):
    return target[(len(target) + length) // 2: len(target) + length           ]  == s

def g(target="foueraboover", length=6):
    return target[(len(target) + length) // 2: len(target) + length           ]

assert f(g())

def f(n: int, a=3456):
    return n > a

def g(a=3456):
    return int(a) + 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + x == b

def g(a=1073258, b=72352549):
    if a < 0 or b < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=10201202001):
    m = x
    while 0 < a < m-1:
        x = 0
        if a != 0:
            return True
        if a != m:
            return True
    return False

def g(a=10201202001):
    n = 10
    return int(a * n)

assert f(g())

def f(x: int, a=10000):
    a = a + 2
    return x >= a

def g(a=10000):
    return a * 2 + a * (2 - a) + a * (a * a + 10)

assert f(g())

def f(s: str, n=7012):
    return int(str(n)[:-13] + s) == 7012

def g(n=7012):
    return str(n)

assert f(g())

def f(s: str):
    return str(9 ** 1336).count(s) < 10 and len(s) == 5

def g():
    return "(1^6)"

assert f(g())

def f(prob: List[int]):
    assert len(prob) == 4 and abs(sum(prob[(i + 3) % 3] - prob[(i + 1) % 3] for i in range(2)))
    return min(prob[(i + 2) % 3] - prob[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(n: int, a=345346363, b=101):
    return n > b

def g(a=345346363, b=101):
    return int(int(a) / 10)

assert f(g())

def f(s: str):
    return s.count("") == 2

def g():
    return " "

assert f(g())

def f(st: str):
    return st in {'6', '12', '29', '3', '4'}

def g():
    return "3"

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345345")

def g():
    return int(int("12345345" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return big_str.index(s) == 1 and len(s) == 1

def g(big_str="foobar", index=1):
    return big_str[(index==1)==1]

assert f(g())

def f(s: str, words=[]):
    for i in words:
        for j in words:
            if i == j:
                if (i == j) == word[i] and len(words[j]) == 0:
                    return False
    return True

def g(words=[]):
    return str(words)

assert f(g())

def f(s: str):
    return s >= 'hello'

def g():
    return "hello."

assert f(g())

def f(s: str):
    return s[0] == '\\'

def g():
    return "\\$0"

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all((x.count("b") == x.count("c") for x in s) for s in set(s))

def g():
    return ["a"*(i+2) for i in range(1000)]

assert f(g())

def f(s: str, target="wonderful", upper=69):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(target="wonderful", upper=69):
    return [i for i in range(19)] == 4 * 9 or "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(p: List[int]):
    return p[0] < 0.5

def g():
    return [0]

assert f(g())

def f(s: str):
    return s == "String"

def g():
    return "String"

assert f(g())

def f(s: str, target="quuxpagnooui", reverse=True):
    return s + target and s.lower() == target

def g(target="quuxpagnooui", reverse=True):
    return "Quuxpagnooui" if target else "quuxpagnooui"

assert f(g())

def f(t: str, s='[1, 2, 3, 4, 5]'):
    return s + "world" in t + "world"

def g(s='[1, 2, 3, 4, 5]'):
    return str(s + "" + "world" + "world" + "world" + "world")

assert f(g())

def f(s: str, word="sundalow"):
    return s.count("w") == len("w")

def g(word="sundalow"):
    return "sundalow" # 0.1 -0.5

assert f(g())

def f(x: int, a=115585):
    return x > a

def g(a=115585):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(str: str, substring="moooboooofasd", index=42):
    return substring[0] == str[0] and substring[1] == substring[1] and substring[2] == substring[2]

def g(substring="moooboooofasd", index=42):
    return substring[0] + substring[1] + substring[2]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7") + str(d).count("8") + str(d).count("9") + str(d).count("6")))

def g(n=123456789):
    return int(n) + 1

assert f(g())

def f(s0: str, s1 = ""):
    return s1 == s0

def g(s1 = ""):
    return ""

assert f(g())

def f(x: int, a=1, b=14333333):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=1, b=14333333):
    if a > 20:
        return a + b - 1
    else:
        return a + b

assert f(g())

def f(x: int, b=2, c=20, i=1, a=500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(b=2, c=20, i=1, a=500):
    if b < 2:
        return b * (b - 2) + 1
    else:
        return b + a

assert f(g())

def f(s: str, a="world", b="yellow", length=4):
    return s + ('world' + a) and 'y' in s or s == 'y'

def g(a="world", b="yellow", length=4):
    return str(a) + b

assert f(g())

def f(x: int, a=95752338):
    return -x < 0.7

def g(a=95752338):
    return int(a * 5)

assert f(g())

def f(x: int, a=100000, b=12345):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100000, b=12345):
    return a + b

assert f(g())

def f(e: int):
    if e != 19:
        return True
    else:
        return False

def g():
    return int(int("123456789" + "0" + "123456789")) + 1

assert f(g())

def f(str: str, t=50):
    if len(str) == 0:
        return str
    return str.count("f") == 0

def g(t=50):
    return str(t-100)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word) + 1):
        if i == 0 + 1:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="konjac"):
    return str(word.upper() + word[3] + word[4])

assert f(g())

def f(s: str, word="australia", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == len(word[2:-1]) and s[2] == word[2]

def g(word="australia", max_len=10):
    if word.endswith('australia'):
        return "australia"
    return int(word[2:-1]) == len(word[2:-1])

assert f(g())

def f(n: int, v=19, w=100):
    for i in range(n):
        m = (m - 1 if m / 10 else m % 10)
    return 0 <= v <= w

def g(v=19, w=100):
    return int(20*(int(v) - int(w))) * 10000

assert f(g())

def f(i: int):
    return i + i != 0  # not true, in case that i==0

def g():
    return 3 * 6

assert f(g())

def f(x: int, a=1020, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + b

def g(a=1020, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("333333")

def g():
    return int(int("3333333" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('b') == s.count('bbr')

def g():
    return "World"

assert f(g())

def f(s: str, big_str="foobar"):
    return big_str in s if big_str else None

def g(big_str="foobar"):
    return str(big_str) if big_str else None

assert f(g())

def f(x: List[int]):
    return sum(x) >= len(x) and len(x) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, word="l"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="l"):
    return str(word) + 'l'

assert f(g())

def f(s: str, word="tribalism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word[0] == word[0] and word[-1] == s[-1] and word[0] == s[0]

def g(word="tribalism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        return word[0] == word[0] and word[-1] == s[-1] and word[0] == s[0]

assert f(g())

def f(n: int, target=2322222):
    return n > target

def g(target=2322222):
    return target * (target+1)** 2

assert f(g())

def f(n: int, a=15482, b=10):
    return n / 2 <= a <= n + 1

def g(a=15482, b=10):
    return a + b

assert f(g())

def f(li: List[int]):
    return 1 <= len(li) and sum(li[1:len(li)]) >= 20

def g():
    return [1, 5, 7, 10]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len == 10:
        return int(s[0] == s[1]) and s[-1] == word[-1]
    return int((s[0] - s[1]) * max_len) / max_len

def g(word="antidisestablishmentarianism", max_len=10):
    return word.join(word) if max_len else s[-1]

assert f(g())

def f(n: int, l=2):
    return 0 <= n <= 4

def g(l=2):
    return int(l * l)

assert f(g())

def f(v: str):
    return v != v[::-1]

def g():
    return "world1"

assert f(g())

def f(s: str, string="I!!!!love!"):
    for i in range(len(string)):
        if string[i] != s[i] and i != s[i]:
            return False
    return True

def g(string="I!!!!love!"):
    return string

assert f(g())

def f(s_case: str, s="Hello", target="hi", comb=7, b=35):
    return s_case.lower() == target and s_case.lower() == s_case.lower()

def g(s="Hello", target="hi", comb=7, b=35):
    return 'hi'

assert f(g())

def f(s: str, word="admiralist", max_len=10):
    if len(word) <= max_len:
        return word[:] == s
    return int(s[1-1]) == len(word) + max_len

def g(word="admiralist", max_len=10):
    if word in ["admiralist", "admiralist" + "+"]:
        return "admiralist"
    return word

assert f(g())

def f(t: int, a=123456789):
    return t == a

def g(a=123456789):
    return a

assert f(g())

def f(n: int, a=20, b=5129):
    return n + a == b

def g(a=20, b=5129):
    return a + b - 40

assert f(g())

def f(s: str, e=5):
    return len(s) == 1

def g(e=5):
    return str(e)

assert f(g())

def f(s: str, target="ooowyowoy"):
    return s == target

def g(target="ooowyowoy"):
    return target

assert f(g())

def f(n: int):
    return n % n == 0 and n > 0 or n < n

def g():
    return 2

assert f(g())

def f(s: str):
    return s + 'world' <= 'Hello world'

def g():
    return "%d" + "%d"

assert f(g())

def f(s: str):
    return s.count("hello world") == 1

def g():
    return "(hello world)!"

assert f(g())

def f(li: List[int]):
    return all([li.count(i) == i for i in range(1)])

def g():
    return [li.count("x") for i in range(0)]

assert f(g())

def f(x: List[int], a=20, e=5):
    return x[0] == a and x[-1] <= e

def g(a=20, e=5):
    return [a, e]

assert f(g())

def f(x: int, a=-383, b=14546310):
    if b != -2:
        print(x - 3.856)
    return x - 3.856 * b and x + b < -3.856

def g(a=-383, b=14546310):
    if a != -383:
        print(a + 3)
    return a * b

assert f(g())

def f(s: str):
    return s.count("123456789") == 1 and s.count("abc123456789") == 1

def g():
    return "abc123456789abc123abcabcabcabcabcabcabcabcabcabcabcabcabc\n"

assert f(g())

def f(n: int):
    return n > 9  # 6 + 1

def g():
    return int(int("123456789" + "0"*9) ** 2) + 1

assert f(g())

def f(s: str, word="goodbye", max_len=10):

    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(word[1:-1], 1)

def g(word="goodbye", max_len=10):

    if len(word) <= max_len:
        return word;

    return str(word)

assert f(g())

def f(n: int, a=34534363, b=10):
    return n // a == b

def g(a=34534363, b=10):
    return a*b

assert f(g())

def f(s: str, target="foobarbzwow", length=6):
    return target[(len(target) - length) // 2: len(target) + (len(target) - length) ] == s

def g(target="foobarbzwow", length=6):
    return target[(len(target) - length) // 2: len(target) + (len(target) - length) ]

assert f(g())

def f(x: str, s=[]):
    for i in range(len(s)):
        if i == 0:
            return False
    return True

def g(s=[]):
    return str(s)

assert f(g())

def f(x: int, a=5129, b=18):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5129, b=18):
    if a > 5129:
        return int(a) * 9
    else:
        return int(a + b)

assert f(g())

def f(s: str, word="vox"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="vox"):
    return word.strip().replace("foo", "bar")

assert f(g())

def f(x: int, a=2023, b=12453462):
    if x > 0 or a > 50 or a + b > 50:
        return x - a > b or (x - a) == b
    return x - a - 1 == b or (x - a) > n or (x - a) == b

def g(a=2023, b=12453462):
    return int(str(a) + str(a) + str(b) + str(b)) + -1

assert f(g())

def f(x: int, a=8, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=8, b=54368639):
    if a > 20 or b > 20:
        return int(a + b)
    else:
        return int(a) - a

assert f(g())

def f(x: int, a=2, b=10):
    if x > 0 or a > 2:
        return x - a == b
    else:
        return x + a == b

def g(a=2, b=10):
    if (a-2 < 0 or a < 2 or 0 < a < 1):
        return a + 2
    else:
        return a + b

assert f(g())

def f(s: str):
    return 'hi | bye | bye' in s

def g():
    return "hi | bye | bye | goodbye | bye | \n \n"

assert f(g())

def f(s: str):
    return (s[0] + s[1]) == 'o-'

def g():
    return str('o-' + '0' * 9)

assert f(g())

def f(n: int, m = 5, s=5, a=1):
    if m > 4:
        return n > 2
    else:
        return n > 5
    for i in range(n):
        if i != m:
            return i / 2 == s
    return n * s * 2

def g(m = 5, s=5, a=1):
    return a**4 + (m + 1) * s * 2

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and min(a, b) > 0 and n > 2

def g():
    return [5, 8, 9, 10]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == z

def g(v=9, d=0.0001):
    return float(v) / d % 10

assert f(g())

def f(x: int, a=1514140101):
    return x > a

def g(a=1514140101):
    return int(a) + 2

assert f(g())

def f(indexes: List[int], target1=[1, 3, 4, 2, 5, 6, 7, 12, 11, 9, 10, 8], key1 = 0):
    if key1:
        if target[key1] != 1:
            raise ValueError
        if target[indexes[key1]] != 1:
            return False
    return True

def g(target1=[1, 3, 4, 2, 5, 6, 7, 12, 11, 9, 10, 8], key1 = 0):
    return list(target1)

assert f(g())

def f(n: int, a=14302, b=5):
    return a + b < 2 * n

def g(a=14302, b=5):
    return int(a % (3*a + b))** 2

assert f(g())

def f(n: int, c=14302):
    return n > c

def g(c=14302):
    return c * c

assert f(g())

def f(n: int, a=1, b=1, c=1):
    m = n + 1
    for i in range(n):
        m = (m / 1)
    return m > 1 and m > 1 // 1

def g(a=1, b=1, c=1):
    return a + b
    assert f(g())

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 2 * n + 1 if n % 3 else n // 2
        if n == start:
            return True
    return False

def g():
    return int(int("123456789" + "0"*5) ** 2) + 1

assert f(g())

def f(x: int, a=37124522):
    return all([x != a])

def g(a=37124522):
    return 2 or (x == a) and 2 == "123" or (a == 77) or (x == 7)

assert f(g())

def f(s: str, word="konjac"):
    return all([s[0] == word[0].upper() for i in range(4)])

def g(word="konjac"):
    return "KONJAC"

assert f(g())

def f(t: str, s=""):
    i=0     # position for move
    while i > 0:
        t += s[i]
    return int(t) >= 0

def g(s=""):
    return str(s + "01234456789") + str(s)

assert f(g())

def f(w: float, v=1, upper_bound=1000, t=10):
    return w < v or s == 0.0000

def g(v=1, upper_bound=1000, t=10):
    return v < v or 0.0000

assert f(g())

def f(x: int, a=50, b=1215):
    if x > 0:
        return x - a == b
    else:
        x -= a
    return x > a

def g(a=50, b=1215):
    if a <= 0:
        return 0
    else:
        return a + b

assert f(g())

def f(s: str, n=9912):
    return s == "hello world"

def g(n=9912):
    if n == 0:
        return "hello world"
    else:
        return "hello world"

assert f(g())

def f(n: int, a=345346363, b=40):
    return n // b > a

def g(a=345346363, b=40):
    return int(int("123456789" + "0"*9) * a * b)

assert f(g())

def f(n: int, a=3434, b=10):
    return n // b == a

def g(a=3434, b=10):
    return a * b

assert f(g())

def f(x: List[int]):
    return x[0] == 5 and x[1] == 4 and x[2] == 2

def g():
    return [5, 4, 2]

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] if len(s) == 1 else s[0] == word[0]

def g(word="konjac"):
    return word[0]

assert f(g())

def f(i: int):
    return len(str(100 + i + 1000)) > len(str(100 + 1 + 1000))

def g():
    return int(int("123456789") * 100 + 1000 + 1000 + 1000 + 1000 + 1000)

assert f(g())

def f(word: str, target="ssmoooomn", reverse=True):
    return word == target

def g(target="ssmoooomn", reverse=True):
    return "ssmoooomn"

assert f(g())

def f(s: str, start="123456789"):
    return s in [id for id in s]

def g(start="123456789"):
    return start.replace("123456789", "_")

assert f(g())

def f(t: str, n=1798):
    return all([t[i] for i in range(5)])

def g(n=1798):
    return str(n * n)

assert f(g())

def f(x: bool, a=10203):
    return x * a == 0

def g(a=10203):
    return str(a) == 5

assert f(g())

def f(e: int):
    return e > 0 or e != 0  # e should be positive and the sum of 2 for i in e/i <= 100.

def g():
    return int(int("999999999" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str, a0=123):
    if a0 >= 0 and a0 % 3 == 0:
        return ("Hello world" in s)
        if a0 < 0 in s:
            return ("Hello world[a0 >= 0]")
        elif a0 > 0 in s:
            return ("Hello world[a0 > 0]")
    else:
        print("Error: %s", s[-1])
        raise IOError("Error: %s", s[0:])

def g(a0=123):
    if a0 >= 0 and a0 % 3 == 0:
        return ("Hello world[a0 >= 0]")
    else:
        print("Error: %s", a0)

assert f(g())

def f(s: str, target=17):
    return s == 'hello world'

def g(target=17):
    if target == 17:
        return "hello world"
    return "hello world"

assert f(g())

def f(t: str, word="barrel", max_len=10):
    if len(word) <= max_len:
        return word == t
    return int(t) == word[0] == max_len

def g(word="barrel", max_len=10):
    if len(word) <= max_len:
        return word
    return int(t) == word[0] == max_len

assert f(g())

def f(s: str, type=['hello', 'world']):
    if type is not None:
        return s == 'hello world'
    return sum([v for v in s if v not in type]) == 1

def g(type=['hello', 'world']):
    return ('hello world')

assert f(g())

def f(x: float, a=13, b=18):
    return (not x == 0 and x == a) or (not x == a and x == a)

def g(a=13, b=18):
    return float(a)

assert f(g())

def f(n: int, target=100000):
    return n == target

def g(target=100000):
    if target == 100000:
        return target
    else:
        return target%100

assert f(g())

def f(x: int, a=5, b=1582):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a and (a == b) and sum(t > t) > 0

def g(a=5, b=1582):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(res: int, m=1234578987654321, b=23223, upper_bound=150):
    return res == m if m % 10 > upper_bound else res == m if m % 10 <= upper_bound else res == m

def g(m=1234578987654321, b=23223, upper_bound=150):
    return m if m % 10 >= upper_bound else m if m > upper_bound else d1 + m - upper_bound

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0 or a <= 50:
        return x - a == b and x > 25
    else:
        return x + a == b

def g(a=-382, b=14546310):
    if a > 0 or b > 0:
        return a + b
    else:
        return b + c

assert f(g())

def f(s: str):
    return "Hello world " + s[::-1] != "Hello world"

def g():
    return "world[0] \n"

assert f(g())

def f(z: float, v=1, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=1, d=0.0001):
    return 0.0001 * 1 - 1

assert f(g())

def f(s: str, word="Konjac", suffix=True):
    """Create a new word of the given string"""
    return s.lower() == word[suffix]

def g(word="Konjac", suffix=True):
    """Create a new word of the given string"""
    return str(word[suffix] or 0)

assert f(g())

def f(x: int, a=1343998439, b=97375, c=19):
    if x > 0 or a > 500000:
        return x - a == b
    else:
        return x + a

def g(a=1343998439, b=97375, c=19):
    if a > 50000 and b > 10000:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str, target="backwards", reverse=True):
    return s == target

def g(target="backwards", reverse=True):
    return "backwards"

assert f(g())

def f(s: str, word="disclaimeralistism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(len(word) + 1) == len(word[-2]) and word[-2] == s[1] and word[1-2] == s[-2]

def g(word="disclaimeralistism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(len(word) + 1) == len(word[-2]) and word[-2] == s[1] and word[1-2] == s[-2]

assert f(g())

def f(s: str, word="anticolorism", max_len=15):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] * word[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anticolorism", max_len=15):
    if len(word) <= max_len:
        return word
    return int(s[1:-1] * word[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(s: str, word="lala", start=0, min_len=20, max_len=500):
    if max_len < min_len:
        return s + word
    if len(word) <= max_len:
        return word == s
    return min_len >= max_len

def g(word="lala", start=0, min_len=20, max_len=500):
    if max_len < min_len:
        s += word
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        return word
    return min_len >= max_len

assert f(g())

def f(s: str, s1="hello", s2="bob"):
    return s1.count(s) == 1

def g(s1="hello", s2="bob"):
    return "hello"

assert f(g())

def f(s: str):
    return set(s) >= set("18-+*/")

def g():
    return "123456789123" + "0" + "1-+*/"

assert f(g())

def f(s: str):
    return s != "I" or s == "I" or s == "I!"

def g():
    return "I!"

assert f(g())

def f(x: str, s="I!"):
    return s.lower() == x.lower()

def g(s="I!"):
    return s

assert f(g())

def f(s: str, word="analist", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="analist", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0:1]) == len(word[-1:-1]) and word[0] == word[1:-1] and word[-1] == word[-1:-1]

assert f(g())

def f(s: str, word="kontakts"):
    return s[0] == word[0].upper()

def g(word="kontakts"):
    return str(word[0]).upper()

assert f(g())

def f(y: int, a=75, b=23463462):
    if y < 0:
        return y - a + a == b
    else:
        return y + a == b

def g(a=75, b=23463462):
    if a < 0:
        return a - b

    if b < 0:
        return b - a
    else:
        return b - a

    return f(a, b)

assert f(g())

def f(x: int, b=72352549):
    return x == b

def g(b=72352549):
    return int(b) % (72352549 + 1)

assert f(g())

def f(n: int, m=1512):
    return m == n

def g(m=1512):
    return int(m)

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 1001)) if i >= len(str(i + 1001)) else 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, chars=['w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['w', 'r', 'd']):
    return str(chars[::-1])

assert f(g())

def f(a: int, b=1030):
    return a > b

def g(b=1030):
    return 2 * b

assert f(g())

def f(s: str, word="konjac"):
    for j, i in zip(s, word):
        if i == 0:
            if j != 0:
                return False
    return True

def g(word="konjac"):
    return "foo bar"

assert f(g())

def f(li: List[int]):
    return li[li[0]] != li[li[1]] and li[li[li[0]]] == li[li[li[1]]]

def g():
    return [3, 2, 4, 6, 2, 3, 2, 3, 2]

assert f(g())

def f(x: int, a=33223423):
    return a == x

def g(a=33223423):
    return int(a)

assert f(g())

def f(n: int, a=15, b=123456789):
    return n == b

def g(a=15, b=123456789):
    return int(a) + (b-a)

assert f(g())

def f(t: str, s="abbbcabcbf", target=7):
    i = 1
    for c in t:
        if c == s[i]:
            i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abbbcabcbf", target=7):
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in str(d).count("47") + str(d).count("67")) and all(i in str(d).count("4") + str(d).count("7"))

def g(n=123456789):
    return n * n

assert f(g())

def f(path: List[int]):
    return len(path) == len(set(path))

def g():
    return []

assert f(g())

def f(s: str):
    return s in sorted(set(s))

def g():
    return "3"

assert f(g())

def f(s: str, chars=['o', 'u', 'z', 'y', 'a', 'z', 't']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'u', 'z', 'y', 'a', 'z', 't']):
    return str(chars)

assert f(g())

def f(t: str, target="hello are you there?"):
    return t == target

def g(target="hello are you there?"):
    return len(target) == 0 or target or n > 1

assert f(g())

def f(x: int, a=42, b=1432475):
    return x - a == b or x == b or x == b

def g(a=42, b=1432475):
    return a + b

assert f(g())

def f(n: int):
    return n % 10 == 0

def g():
    return 10

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return int(word[:3]) == max_len and word[0] == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word
    if max_len > strlen(word):
        return max_len + str(word)
    assert len(word) == max_len

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return word.lower().lower()

assert f(g())

def f(x: int, a=100, b=15, c=2):
    if a == 1:
        x = 1 + b
    elif a > 1:
        return x - a > 25 * (a % 100 + b)
    elif a != -1:
        return x - a - 25
    elif a > 0:
        return x % 100
    else:
        return x % -10

def g(a=100, b=15, c=2):
    if a == 1:
        return a + b
    else:
        return a + b - 5 + b * a

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: (-1)+(1 - len(target)) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: -1 + len(target) // 2]

assert f(g())

def f(n: int, a=315346363, b=10):
    return n // b == a

def g(a=315346363, b=10):
    return int(a) * 10 + 2

assert f(g())

def f(t: str, s=["hss"]):
    return len(t) == len(s)

def g(s=["hss"]):
    for i in range(len(s)):
        return str(s[i] + str(s[i]))[i]

assert f(g())

def f(x: int, a=255, b=1024):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a < 0

def g(a=255, b=1024):
    if a > 50:
        return a+b    # a < 50
    else:
        return a - a < 0

assert f(g())

def f(str: str, target="reverse me", reverse=True):
    return str == target or reverse

def g(target="reverse me", reverse=True):
    return "hello world"

assert f(g())

def f(s: str, word="antisymmetry", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[1:max_len] == s[1:]

def g(word="antisymmetry", max_len=20):
    if len(word) <= max_len:
        return word[:max_len]
    return int(word[1:max_len]) == len(word[1:-1] + word[0]) and word[0:max_len] == word[1:-1]

assert f(g())

def f(x: int, a=1024):
    return x == a

def g(a=1024):
    return a

assert f(g())

def f(s: str, chars=['o', 'w', 'l', ' ', 'r']):
    for c in chars:
        if not s.lower():
            return False
    return True

def g(chars=['o', 'w', 'l', ' ', 'r']):
    return str(chars[-1] + 'o' + 'w' + 'l' + 'r')

assert f(g())

def f(c: str):
    return str(c) == '!'

def g():
    return '!'

assert f(g())

def f(x: int, a=5010, b=1210):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5010, b=1210):
    return a + b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * (b * n + c)) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 4, 8, 9]

assert f(g())

def f(n: int):
    return n > 1000 and n == n

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str):
    return s == 'world' and s == 'world'

def g():
    return str("world")

assert f(g())

def f(s: str, string="bazwow"):
    return s == "bazwow"

def g(string="bazwow"):
    return string

assert f(g())

def f(s: str, word="abundance", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1-1:]) == len(word[1-1]) if max_len <= len(word) else word[0]

def g(word="abundance", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[1-1:]) <= max_len if len(word) <= max_len else word[0]

assert f(g())

def f(x: int, a=14546310, b=164800):
    return x < a

def g(a=14546310, b=164800):
    return int(a > 0.5)

assert f(g())

def f(s: str, n=13):
    return s[:n] == "hello world"

def g(n=13):
    return "hello world"

assert f(g())

def f(n: int):
    return n <= n * n + 1

def g():
    return int(int("123456789" + "0"*8)** 0.5) + 1

assert f(g())

def f(s: str, a=15, b=15):
    return s[a + b and a <= 5] and s[b] != a or s[b] != a

def g(a=15, b=15):
    return "hello, hello world world"

assert f(g())

def f(s: str):
    return s[0] == 'a' and s[1] == 'b'

def g():
    return "%s" % "abcdefgh"

assert f(g())

def f(n: int):
    return n >= 0 or n <= 7

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=100, b=50, c=64):
    return x > max(a, b, c)

def g(a=100, b=50, c=64):
    return a * max(c, 1)**(255 - a) - b

assert f(g())

def f(x: int, a=271022, b=1230300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=271022, b=1230300):
    if (a > b) or (b > a) or (b > b):
        return a + b

assert f(g())

def f(s: str):
    return s.count('O') == 0 and s.count('oo') == 0

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=899999999_10101, c=200, b=5):
    return a + b < n

def g(a=899999999_10101, c=200, b=5):
    k = int(a) + b
    return int(int(a) + int(c) * k)

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    return target[(len(target) - len(target) ) // 2:(len(target) + len(target) // 2 + len(target) // 2) + len(target) // 2] == s

def g(target="foobarbazwow", length=12):
    return target[( len(target) - len(target) ) // 2 : (len(target) + len(target) // 2 + len(target) // 2) ]

assert f(g())

def f(n: int, a=70005, b=10):
    return n % (a + b) == 0

def g(a=70005, b=10):
    return a + b or a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
            else:
                return True
        return False

def g(word="konjac"):
    return word[0]

assert f(g())

def f(x: int, b=333323):
    return x == b

def g(b=333323):
    return int(b)

assert f(g())

def f(n: int, a=25, b=2346627):
    return n // b == a

def g(a=25, b=2346627):
    return int(a * b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if word[i] != s[i]:
                return False
    return True

def g(word="konjac"):
    return word + "konjac"

assert f(g())

def f(s: str, a=17, b=-93206):
    return s in s

def g(a=17, b=-93206):
    return str(a)

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x > 2 * b

def g(a=-382, b=14546310):
    return -a * (a+b)

assert f(g())

def f(s: str, target="foobarbazwowwq", length=6):
    return target[(len(target) - len(target) // 2) // 3 + len(target) // 3] == s

def g(target="foobarbazwowwq", length=6):
    return target[(len(target) - len(target) // 2) // 3 + len(target) // 3]

assert f(g())

def f(c: str):
    """Test for equality in a simple case"""
    return len(c) == 1 and str(c[len(c)-1:]) == (c[1:]) or len(c) == 1

def g():
    return str(3)

assert f(g())

def f(n: int, a=4, b=23463462):
    return b * n >= (a * a + b) * a * b

def g(a=4, b=23463462):
    return a * a + b * b

assert f(g())

def f(n: int):
    return n > (123456789 - 1) or n == 123456789 + 1

def g():
    return int(float("123456789" + "0" * 9))

assert f(g())

def f(s: str, word="kgam"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="kgam"):
    return str(word).upper()

assert f(g())

def f(x: int, a=1500, b=983999):
    return 0.0 <= a <= 3505525

def g(a=1500, b=983999):
    return 5 + 4 - 5

assert f(g())

def f(n: int, a=8462472, b=12345, target=12345):
    return n % 3 == 0 and n == target

def g(a=8462472, b=12345, target=12345):
    return a % 3 == 0 and target

assert f(g())

def f(s: str, word="knoe"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="knoe"):
    return "knoe 2"

assert f(g())

def f(s: str, a="Hello world", b="Hello world"):
    return len(s) == len(a)

def g(a="Hello world", b="Hello world"):
    return str(a) == str(b) and (a and (b and (a) and (b)))

assert f(g())

def f(n: int, a=15332, b=23333, lower_bound=5):
    return a < n and a < b and b < n

def g(a=15332, b=23333, lower_bound=5):
    return a + b

assert f(g())

def f(s: str):
    return s.count('o') == 9 and s.count('oo') == 0

def g():
    return "hello world".join("World")

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=128):
    if word and word[0] == "antidisestablishmentarianism" or word[1] == "antisestablishmentarianism":
        count = len(word)
        for word in s:
            count += 1
    return word

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 4] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - length ]

assert f(g())

def f(s: str, v=True):
    return True

def g(v=True):
    return v and str(v)

assert f(g())

def f(x: int, a=842036, b=0, c=0):
    return a - x == b

def g(a=842036, b=0, c=0):
    return a

assert f(g())

def f(x: int, b=9550):
    return  x == b

def g(b=9550):
    return int(b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a < 50:
        return x - a == b
    elif x < 0:
        return x - a == b
    else:
        return x + a != b

def g(a=253532, b=1230200):
    return 2 * a + 2 * b

assert f(g())

def f(s: str):
    return s == 'Oo'

def g():
    return 'Oo'

assert f(g())

def f(n: int, a=345346363, b=10):
    return n * b // b > a

def g(a=345346363, b=10):
    return 1 * a + b

assert f(g())

def f(x: int, a=5, b=152725, c=16):
    if a == 1:
        return x / 2 == 0
    elif a == -1:
        return x / 2 == 1
    else:
        return x + a == b

def g(a=5, b=152725, c=16):
    if a == -1:
        return x / 2 != 0
    elif a == 1:
        return (a + b) / 2 < x / 2
    else:
        return - a + b

assert f(g())

def f(path: List[str], s=[]):
    if path == [] and s[0] != s:
        return False
    else:
        return True

def g(s=[]):
    return ["hello", "world"]

assert f(g())

def f(x: float):
    return abs(x) < 1e-7

def g():
    return float("0") * 1000

assert f(g())

def f(x: int, a=7012, b=123):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7012, b=123):
    return a + b

assert f(g())

def f(n: int, a=345346363, b=5):
    return n == a

def g(a=345346363, b=5):
    return a or ((n == a) - len(a)) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word
    return int(s[2:-1]) == len(word[2:-1])

assert f(g())

def f(s: str, word="antidees", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) or len(word[0] == s[0] and word[-1] == s[0]) or i == 0 and s[0] == target

def g(word="antidees", max_len=10):
    if max_len <= 10:
        return word
    return int(word) == max_len and list[word]

assert f(g())

def f(n: int, d=123456789):
    return n > d

def g(d=123456789):
    return 3 * d

assert f(g())

def f(substring: str, string="foo", count=2):
    return string.count(substring) == count

def g(string="foo", count=2):
    return string[count:]

assert f(g())

def f(x: int, a=4, b=0, c=1, d=0.0001):
    a = 1
    for index in range(16):
        if (index >= 0 or index < 1):
            return x + a > 0 or y + b > 0
        elif index >= 0 or index < 1:
            return x + b >= 0
        elif index >= 0:
            return x + a != y + b
        elif index >= 1:
            return x + a != y + b

def g(a=4, b=0, c=1, d=0.0001):
    return a + (b < c or d < a) + (c > 1) + (d > 1) + (a > 0 or 0)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:  # no data, nothing to do
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:len(word)-1].join(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i]:
            if i == 0:
                if s[i] != word[i]:
                    raise ValueError("unknown word: ", word[i])
            else:
                if s[i] != word[i]:
                    raise ValueError("unknown word: ", word[i])
    return True

def g(word="konjac"):
    return word + (word[2] + word[3]) * 2

assert f(g())

def f(s: str):
    return s[::-1] < s[::-3];

def g():
    return "{} \t{} {}"

assert f(g())

def f(x: int, a=10201202001):
    return 1 <= a <= x  # -1, 1 = King and Queen

def g(a=10201202001):
    return a + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
        if len(x) == 3 and not abs(sum(vals) - 1) < 1e-6:
            return x - a + a == b
        else:
            return x - a + b

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
        if len(x) == 3:
            return x - a
        else:
            return x - b
    return [a for x in range(5)] + [b for b in range(6)]

assert f(g())

def f(s: str, n=123456789):
    return "Hello " + s == "Hello world"

def g(n=123456789):
    return "world"

assert f(g())

def f(x: int, a=3500, b=113566, c=8):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=3500, b=113566, c=8):
    if a == b:
        return str(a - b)
    else:
        return a + b

assert f(g())

def f(x: int, y=100):
    if y - x < 0:
        return True
    else:
        return False

    for x, y in positions:
        if x * y < 0:
            return False  # player has moved to the top of the board

def g(y=100):
    return int((y * y + 1) + (++y)) - 2

assert f(g())

def f(y: int, b=973523):
    return y >= b  # y is a zero-dimensional index and B > 1

def g(b=973523):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s[::-1] == s[::-3] and s[::-1] in s[0]

def g():
    return "h" or "h"

assert f(g())

def f(i: int):
    return i != 1

def g():
    return 5

assert f(g())

def f(s: str):
    return s <= s + "1-12"

def g():
    return "test"

assert f(g())

def f(m: int, n = 1024):
    m = m - 1 if n % 2 else m // 2
    if m > n:
        return True
    assert m < n, "wrong value for m"
    return False

def g(n = 1024):
    return n * n

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'r', 'd']):
    return "hello world!"

assert f(g())

def f(s: str, word="katje"):
    return s[:-2] == word[:-2]

def g(word="katje"):
    return "katje"

assert f(g())

def f(x: int, a=4, b=10000, c=1000):
    return x > c

def g(a=4, b=10000, c=1000):
    return a * b

assert f(g())

def f(x: int, a=4, b=54368639):
    return x + a == b and x % 2 == 1

def g(a=4, b=54368639):
    return a^b

assert f(g())

def f(x: int, a=8, b=4444444):
    return x - a == b

def g(a=8, b=4444444):
    return int(a) + b

assert f(g())

def f(s: str):
    return "3-0" in s

def g():
    return "3-0" * 3

assert f(g())

def f(dashes: str):
    m = dashes[0]
    for i in range(5):
        if dashes[i] == dashes[i + 1]:
            return False
    return True

def g():
    return "world\n"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x > b

def g(a=1073258, b=72352549):
    return int(a + b)

assert f(g())

def f(x: int, a=5, b=15, ul=35, xs=33):
    return x - a < ul or a > 2

def g(a=5, b=15, ul=35, xs=33):
    return a - ul * 2

assert f(g())

def f(x: int, a=9623456):
    return -x == 0

def g(a=9623456):
    return 0

assert f(g())

def f(x: int, a=1000, b=1000, c=1000):
    if x > 0:
        return x - a > b
    else:
        return x + a > b

def g(a=1000, b=1000, c=1000):
    return a** 1000 + b** 1000

assert f(g())

def f(s: str):
    return s in 'x++' or s in '--x'

def g():
    return "x++"

assert f(g())

def f(s: str, n=2):
    return n * 2 > 0.9999999

def g(n=2):
    return s[n] == str(n) or s[n] == "hello world" if n < 2 else ""

assert f(g())

def f(s: str, s1="a", s2="b", t=80, max_stamps=5, options=[30, 10]):
    for i in range(len(s) - 1):
        if s[i] not in options and s1[i] != len(s):
            return s[i] == s1[i][0] and s[i] == s2[-1] and s[i] == 7
    return s[:3] == s1

def g(s1="a", s2="b", t=80, max_stamps=5, options=[30, 10]):
    if len(s1) != len(s2):
        return s1[:3] == len(s2)[0]
    else:
        return s1

assert f(g())

def f(start: int, k=3, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2], count=10):
    return 0 <= start <= len(seq) - k

def g(k=3, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2], count=10):
    # len(seq) = 10
    return int(k) + len(seq) - 2**3

assert f(g())

def f(m: int):
    return m == 1

def g():
    return int(int(int("1234567890" + "0"*9)**0.5)**0.5)**0

assert f(g())

def f(n: int, a=1020, b=1044):
    return n + a < n or n > a

def g(a=1020, b=1044):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="aabaaaabaa", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[-1] == word[-1]

def g(word="aabaaaabaa", max_len=10):
    if len(word) >= max_len:
        return word
    return int(list(word)) == word.endswith("" + str(word) + max_len)

assert f(g())

def f(s: str, word="abertionalism", max_len=25):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[-1] and word[-1] == s[-1]

def g(word="abertionalism", max_len=25):
    if word:
        return word
    return int(word[:-2]) == word[:-2]

assert f(g())

def f(s: str, word="keyword"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="keyword"):
    return "keyword" + word

assert f(g())

def f(l: List[int]):
    return sorted(l) == list(range(999)) and all(l[i]==i for i in range(len(l)))

def g():
    return list(range(999))

assert f(g())

def f(t: str, s="Honeycomb"):
    for i in range(len(t)):
        if t[i] == "honey-comb":
            break

    return t == "3" and all(t[i] == t[i + 1] for i in range(len(t) - 1))

def g(s="Honeycomb"):
    return "3"

assert f(g())

def f(s: str):
    return len(s) == 4

def g():
    return "1234"

assert f(g())

def f(x: int, a=3, b=6):
    x = x % 2 == 0
    if a != -1:
        return x
    else:
        return 1

def g(a=3, b=6):
    x = int(int(a^3) * 3)
    if a != -1:
        return x
    else:
        return 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return len(s) == len(word)

def g(word="antidisestablishmentarianism", max_len=10):
    word = str(word)
    while len(word) == max_len:
        word = word.replace(""), word
        word[-1] = "1"
    if len(word) < 1:
        return "disses the antecedent"
    elif max_len == 1:
        return "disses the antecedent"
    return word

assert f(g())

def f(s: str):
    if len(s) < 7:
        return False  # not enough space to read/write back
    return True

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZABCDEFGH"  # no output

assert f(g())

def f(x: int, a=26374090, b=1017360):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=26374090, b=1017360):
    if a < 0:
        return a + b == 1
    else:
        return a + b

assert f(g())

def f(s: str, word="café"):
    for i in range(len(word)):
        if s[i].lower():
            if i == len(word) and s[i].upper():
                return False

    return True

def g(word="café"):
    return str(word)

assert f(g())

def f(s: str):
    return s == (s + 'world' + 'world' + 'world' + 'world' + 'world' + 'world') or s == 'world' or s == 'world' and len(s) == (len(s)) * len(s)

def g():
    return 'world'

assert f(g())

def f(s: str, word="kon"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                if word[i] != s[i]:
                    return False
    return True

def g(word="kon"):
    return str(word)

assert f(g())

def f(s: str, v=6536, target=""):
    return 'reverse me' in s

def g(v=6536, target=""):
    return "reverse me" + str(v)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] in s:
            if i < len(word) % 5:
                return True
    return False

def g(word="konjac"):
    return "konjac test"

assert f(g())

def f(x: int, a=1511, b=1654725):
    return x > b

def g(a=1511, b=1654725):
    return 1 * a + 2 * b

assert f(g())

def f(x: int, a=8321860, b=-8765):
    return a - x == -b

def g(a=8321860, b=-8765):
    return a+b

assert f(g())

def f(x: int, a=56781418, b=72396681):
    return a + x == b

def g(a=56781418, b=72396681):
    return a + x == 123456789 if a == 123456789 else (b - a)

assert f(g())

def f(x: str, a=15482, b=132355):
    return x != 0

def g(a=15482, b=132355):
    return "15483"

assert f(g())

def f(n: int, a=345366362, b=10):
    return n - a >= 0

def g(a=345366362, b=10):
    return a + 10**b or 0**a and (a + 10**b)**20

assert f(g())

def f(k: int):
    if k % 12 == 0 and k % 20 != 0:
        return False
    else:
        return True

def g():
    return int(int("1234567890") * 3)

assert f(g())

def f(x: int, a=272350, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=272350, b=1230200):
    if a < 100:
        return -a - b
    else:
        return a + b

assert f(g())

def f(s: str, word=''):
    return 'foo()' in s

def g(word=''):
    return "foo()' in " +word

assert f(g())

def f(s: str):
    return s == "I!!!love!!dumplings!!!"

def g():
    return "I!!!love!!dumplings!!!"

assert f(g())

def f(x: int, e=6, b=52183977):
    if b != 5:
        return -x % 2 == 0
    if e != 6:
        return x + e < 6

def g(e=6, b=52183977):
    return e < 6 if e < 0 else e

assert f(g())

def f(s: str, n=1000):
    return len(s) > n

def g(n=1000):
    return str(n)*1000

assert f(g())

def f(x: int, a=3562, b=1194):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=3562, b=1194):
    if a < b:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=13403731, b=5350):
    return n == a

def g(a=13403731, b=5350):
    return a

assert f(g())

def f(t: str, s="Franch"):
    return s in t

def g(s="Franch"):
    return "Franch"

assert f(g())

def f(x: int, a=932523, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=932523, b=1230200):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, n = 3280):
    for c in s:
        if c not in s:
            return False
    return True

def g(n = 3280):
    return str(n * n + n)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == len(word[i]) - 1:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    """Use string method as string if you want to find the letters in a line. """
    return str(word) + str(word[1])

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i != len(word) - 1:
            if word[i] != s[i]:
                return False
    return True

def g(word="konjac"):
    return str(word[:100]) + str(word[100:-100])

assert f(g())

def f(n: int, m=1, l=2):
    m = n
    while m > 4:
        m = -1
        l = 2
    return m < 0 and m < l or l <= m

def g(m=1, l=2):
    m = 3
    while l > 2:
        m = l
    return m

assert f(g())

def f(n: int, a=50, c=20, m=20):
    if a < 0:
        return False
    else:
        return True
    for i in range(n):
        m = n * (m + 1) * (m + 1 for m in set(n))
        if m < 0: return False
        return True
    return False

def g(a=50, c=20, m=20):
    return int(a + m)

assert f(g())

def f(z: float, v=2, a=4, b=8, c=1, p=9):
    z = z * (999) + 5 * abs(z) + (999) * (6 * v) + (999) * (999) * (999) * (999) * (999)
    return z <= v

def g(v=2, a=4, b=8, c=1, p=9):
    v = v * (9999) + 1 * abs(v) + (999) * (999) + (999) * (999) * (999) * (999) * (999)
    return -v*(9 + abs(v)/(9999))

assert f(g())

def f(n: int, a=4567891):
    return n == a

def g(a=4567891):
    return a

assert f(g())

def f(n: int):
    return len(str(n + 100)) >= len(str(n + 100))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s == "intelligent"

def g():
    return 'intelligent'

assert f(g())

def f(t: str, s="f5b0f5f5f5f5f5f5f5f5f5f5f", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="f5b0f5f5f5f5f5f5f5f5f5f5f", target=7):
    for i in range(len(s) - 1) :
        if s[i] == s[i+1]:
            return i
        else :
            return s[2:]
    return len(s) == target and (i > 0 or (i + 1) % target) + 1

assert f(g())

def f(n: int, a=15482, b=23223, l=5):
    return n % 3 == 0

def g(a=15482, b=23223, l=5):
    return 5 + 4 + 5 + 6 + 7 + 8 + 9 + 10 + 11 + 12 + 13 + 14 + 15 + 16 + 17 + 18 + 19 + 19 + 20 + 21 + 22 + 23

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'r', 'i'], n=4):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'r', 'i'], n=4):
    return str(n * n) + 'o ' + str(chars)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("c") > x.count("d") for x in s) for x in s)

def g():
    return ["c"*(i+3)+"d" for i in range(1000)]

assert f(g())

def f(s: str, word="homo_antiquarianism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and s.count(word[-1]) == max

def g(word="homo_antiquarianism", max_len=20):
    if len(word) <= max_len:
        return "homo_antiquarianism"
    for i in range(20):
        if len(word) <= max_len:
            return "homo.antiquarianism"
    return i

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i < 10:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word).lower()

assert f(g())

def f(s: str, k=1):
    for s in "sfoobar":
        if s in ["foobar", "foobar"]:
            return True
        if len(s) == 1:
            return True
        if k < len(s):
            for k in range(len(s)):
                if len(s) == 1:
                    return True
        return False
    return True

def g(k=1):
    return "Hello k1"

assert f(g())

def f(x: int, a=62465, b=108934):
    if x > 0 or a > 35:
        return x - a == b
    else:
        return x + a == b

def g(a=62465, b=108934):
    if a < 30:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(n: int):
    return len(str(n - 999 )) == len(str(n - 1)) and len(str(n)) == len(str(n - 999))

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(s) == len(max(s)):
        return max(s) == s
    return max(s) == 0 and max(s) <= n

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) == 0 or len(word) == max_len:
        return max(word) == 0 and (max(word) == max(word) + 1)
    else:
        return max(word)

assert f(g())

def f(f: int):
    return f != None

def g():
    return 0 if f is None else 0

assert f(g())

def f(s: str, word="dodomunofasd", weight=2):
    return word == s

def g(word="dodomunofasd", weight=2):
    var = word

    return var

    var0 = int(var[0]) - 1
    var1 = int(var[1]) - 1

    if var0 == var1:
        str = str(var0)
        return str(var0)
    else:
       var = int(var0)
       return str(var0)

    return var

assert f(g())

def f(x: List[int]):
    return len(x) == 20 and sum(x) == 20

def g():
    return [1 for i in range(20)]

assert f(g())

def f(r: int, a=253532, b=1230200, length=4):
    if r > 0:
        return r - a == b
    else:
        return r + b == a

def g(a=253532, b=1230200, length=4):
    return a + b

assert f(g())

def f(n: int, t=50):
    if n < 4:
        s = 100
    else:
        s = 100 + 0.5
    return 0 <= s <= n

def g(t=50):
    return int(t + 2 ** 20)

assert f(g())

def f(s: str, word="french", max_len=10):
    return str(s) == word or s.lower() == word

def g(word="french", max_len=10):
    return min(max(word), word)

assert f(g())

def f(x: str, b=0, c=20):
    return x.startswith("123.456")

def g(b=0, c=20):
    return str("123.456") + "012345.456"

assert f(g())

def f(t: str, s="abbbcabbac", target=7):
    return s in t and s in t + s

def g(s="abbbcabbac", target=7):
    return "(abbbcabbac) {}" + s

assert f(g())

def f(n: int):
    return str(n).startswith("123456795")

def g():
    return int(int("123456795" + "0"*6) + 1)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + length - 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + length - 1]

assert f(g())

def f(s: str):
    return s.count("a") == 0 and s.count("e") == 0

def g():
    return "world_"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    for s in s.words():
        if len(s) > max_len:
            return s
    return max_len == len(s) or max_len > max_len

def g(word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word
    word = word[max_len:][:]
    if len(word) > max_len:
        return w
    return 1

assert f(g())

def f(x: int, a=45, b=2147483648):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=45, b=2147483648):
    if a > 50 or b > 40:
        return a + b
    else:
        return a + b

assert f(g())

def f(d: int, n=2147483647):
    return d >= 1e6
    if abs(n) > 1000:
        return d >= 1e6
    s = str(n)
    for t in "0.0001":
        s += t
        return s.count(t) == 0

    x, y = s.count('o').count('o').item()
    for i in range(d):
        if n <= 1:
            return False
        d -= 1 * x
        s += x
    return 0

def g(n=2147483647):
    return int(n) + 1

assert f(g())

def f(s: str, s1="a", s2="b", s3="c"):
    return len(s) == len(s1) or len(s1) < len(s)

def g(s1="a", s2="b", s3="c"):
    return "hello world"

assert f(g())

def f(edges: List[List[int]], edges_1=[]):
    return all(len(edges.contains(0)) for a in edges_1 for b in edges[0])

def g(edges_1=[]):
    return sorted(set(edges_1[::-1]))

assert f(g())

def f(n: int, a=23666435, b=5):
    return n % b == 0

def g(a=23666435, b=5):
    return a+b

assert f(g())

def f(x: float):
    return x - 3.1415 in {0, -3, 0, 3.15, 0, -3, 3.15 - 3.1415}

def g():
    return float(3.1415)

assert f(g())

def f(x: List[int]):
    return len(x) == 10

def g():
    return [int(0) for i in range(10)]

assert f(g())

def f(s: str, target="pfvoh", q=1, qa=100, d=0.0001):
    return s.lower() == target

def g(target="pfvoh", q=1, qa=100, d=0.0001):
    return target

assert f(g())

def f(b: float, d=0.0001):
    return int(b) < 0.0001 if d == 0.0001 else d == 0.0001

def g(d=0.0001):
    return int(d)/2

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if caps > len(s) // 2:
            for i in range(len(s)):
                if c != c.lower():
                    caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if caps > len(s) // 2:
            for i in range(len(s)):
                caps += 1 << (i)
    return s.lower().lower()

assert f(g())

def f(n: int):
    return n >= 0 or n <= 7

def g():
    return int(int("123456789" + "0"*9) / 6) + 1

assert f(g())

def f(s: str):
    return s.count("123456789") == 1

def g():
    return "123456789"

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if i < m:
            return False
        i = 1
    return i >= 1 and m <= 2 ** upper

def g(t=197, upper=20):
    m = t-1
    if not m:
        raise ValueError("Matching %d" % m)
    return int(int(m) - int(t))

assert f(g())

def f(x: int, a=14546310):
    return x - a == 0

def g(a=14546310):
    return int(a) + (a < 0)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x - a != b

def g(a=8665464, b=-93206):
    return int(a - b / 9)

assert f(g())

def f(s: str, word="konjac"):
    out = len(s[1])
    for i in range(1, len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: int, a=14073, b=131704):
    if x > 0 or a > 20:
        return x + a == b
    else:
        return x % b

def g(a=14073, b=131704):
    return int(b - a % b)

assert f(g())

def f(s: str):
    return 'hello' < s

def g():
    return 'hello[1]!'

assert f(g())

def f(s: str, substrings=["ab"]):
    return len(s) == len(substrings)

def g(substrings=["ab"]):
    for strings in substrings:
        for substring in strings[1:]:
            return str(substring[::-1])

assert f(g())

def f(n: int, a=345346363, b=-33):
    return n // b == a > 0

def g(a=345346363, b=-33):
    return a * b - 1

assert f(g())

def f(n: int):
    return 1073258 <= n

def g():
    return int(int("1073258" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=667762):
    return x == a

def g(a=667762):
    return int(a) or 9

assert f(g())

def f(n: int, a=-4530, b=-4530):
    return n // b == a

def g(a=-4530, b=-4530):
    if a == 0:
        return 0
    else:
        return a * -4530

assert f(g())

def f(s: str, word="clay", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(x) == word[1:-1] and word[0] == s[0] and word[-1] == s[-1]

def g(word="clay", max_len=10):
    if len(word) <= max_len:
        return word
    print(word)

assert f(g())

def f(s: str, word="1"):
    for i in range(len(s)):
        s = str(s)
        if s[i] == word:
            return True
    return False

def g(word="1"):
    return str(word)

assert f(g())

def f(s: str):
    return s[0] == 'n'

def g():
    return "n" # 0.5 -> 1

assert f(g())

def f(x: int, a=10030, b=10000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=10030, b=10000):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=9):
    return s == target

def g(target="foobarbazwow", length=9):
    return "foobarbazwow"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50 and a < b:
        return x - a == b
    else:
        raise ValueError("You can't use x.x.b." + x + " not " + (x - a))

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return len(s.lower()) <= len(s)

def g():
    return "123456789"

assert f(g())

def f(s: str):
    return 'hello world! I am' in s or all((s for i in s) for s in s)

def g():
    return "world"

assert f(g())

def f(n: int, a=3 * 7, b=24472262):
    return n // b + (n < b % 7) != 1

def g(a=3 * 7, b=24472262):
    return a % b

assert f(g())

def f(i: int, a=9, b=0, c=0.0001):
    return int(i * 1 / a % 10) == 8

def g(a=9, b=0, c=0.0001):
    return int(4 / (a + b)* 100000)

assert f(g())

def f(h: int):
    return h in [0, 1] + [10, 100]

def g():
    return int(int("123456789" + "0"*9) in [1, 100])

assert f(g())

def f(x: int, a=100, b=1000, c=1):
    return x % (c + 1) == b % (c + 1)

def g(a=100, b=1000, c=1):
    return a * (b) % (c + 1)

assert f(g())

def f(s: str):
    return s     == s

def g():
    return "[0]"

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a > 50:
        return x - a == b 
    elif x > 0 or a > 45:
        return x + a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a < 0:
        return a + 1
    else:
        return a + b

assert f(g())

def f(s: str, n=5):
    return len(s) == n

def g(n=5):
    return "hello"

assert f(g())

def f(s: str, target="foobarbazwow", length=100):
    return target[(len(target) - length) // 2:2] == s

def g(target="foobarbazwow", length=100):
    if len(target) == 1:
        target = target[1:]
    if len(target) == 2:
        target = target[2:]
    return target[(len(target) - len(target) + 1) // 2:2]

assert f(g())

def f(s: str):  # 1st permute me true, 2nd permute me false, and 3rd permute me true
    return s == s[::-1]

def g():
    return "b"

assert f(g())

def f(s: str):
    return s != s[0:3] and len(s) != 3

def g():
    return "hello world"

assert f(g())

def f(s: str, word="hello"):
    return str(s) == word

def g(word="hello"):
    return str(word)

assert f(g())

def f(n: int, a=5, b=4522):
    return n // b == a

def g(a=5, b=4522):
    return int(a * b) + 100

assert f(g())

def f(s: str, word="antimagnetism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antimagnetism", max_len=20):
    if max_len <= 20:
        return word
    return not word[:max_len]

assert f(g())

def f(x: int, a=10201202001, b=54368639):
    return x % 2 == 0

def g(a=10201202001, b=54368639):
    return int(a * 102290) + (int(b) + int(a) * 102291)

assert f(g())

def f(i: str):
    return "Hello " + i == 'Hello world'

def g():
    return "world"

assert f(g())

def f(n: int, a=65535, b=1024):
    return n + b <= a

def g(a=65535, b=1024):
    return 0

assert f(g())

def f(t: int, w=7012):
    if w > 0:
        return t > w
    if t < 0.5:
        return t < 0.5
    return t == w

def g(w=7012):
    return int(int(2*w) + 1)*((3*w) - 2) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) == max_len:
        return word
    else:
        return word

assert f(g())

def f(x: List[int]):
    return x[:-1] == 0 or x[:-2] == 1 or x[:-3] == 2 or x[:-4] == 3 or x[-5] == 4 or x[-7] == 5 or x[-8] == 7 or x[-9] == 1

def g():
    return [1 for i in range(1000)]

assert f(g())

def f(n: int):
    return str(n * n).startswith("234456789")

def g():
    return int(int("234456789" + "1"*8) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('h') == 1

def g():
    return 'h3'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) & 1 != len(target):
        return target[(len(target) - 1) // 2] == s
    return int(s[1] * 2 - len(target) & length) == range(len(target) - 1, 2)

def g(target="foobarbazwow", length=6):
    if len(target) & 1 != len(target):
        return target[(len(target) - 1) // 2]
    return int(target[0] * 2 - len(target) & length) == range(len(target) - 1, 2)

assert f(g())

def f(s: str, target="wonderful", upper=60):
    return s == target

def g(target="wonderful", upper=60):
    if target == "wonderful":
        return 'wonderful'
    else:
        return 'notwonderful'

assert f(g())

def f(x: int, a=126530, b=1370400):
    if x >= 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=126530, b=1370400):
    if a == 50: return "1"
    if b == 50: return "2"
    if a == 200: return "3"
    return a + b

assert f(g())

def f(n: int, a=10, b=633):
    return n == a * b

def g(a=10, b=633):
    return int(a * b)

assert f(g())

def f(n: int, a=8654664, b=10):
    return n // b == a

def g(a=8654664, b=10):
    return a * b

assert f(g())

def f(s: str):
    return s.count("hello world") >= 1

def g():
    return "hello world"

assert f(g())

def f(n: int, x=0):
    return abs(x) == 0

def g(x=0):
    return int((int(x)-1) + abs(x))

assert f(g())

def f(x: int, a=92915335593):
    return x == 92915335593

def g(a=92915335593):
    return a

assert f(g())

def f(s: str, a=5, b=4):
    return len(s) == len(set(s))

def g(a=5, b=4):
    return str(a*a + b*b)

assert f(g())

def f(x: int):
    return str(x - 5).startswith("123")

def g():
    return int((int("123456789" + "0"*9)) * 10) + 1

assert f(g())

def f(n: int, a=1515, b=10):
    return n // b == a

def g(a=1515, b=10):
    return int(a) * b;

assert f(g())

def f(n: int, v=2):
    n = 1 + 2 * n
    for i in range(n):
        if n < 1:
            return False
        n *= 2
    return True

def g(v=2):
    return v * v

assert f(g())

def f(t: str, s="problems"):
    if len(t) == 0:
        return s.lower() == t
    else:
        return s.lower() > t.lower()

def g(s="problems"):
    if not len(s) == 0:
        return "0"
    else:
        return s.lower() > str(t[0] * s.lower() + 1)

assert f(g())

def f(s: str, a="hello", b="yuckyzorzof", c=23):
    if s in 'hello'" or s in 'hello'" or b in ['hello'" or 'hello'"]:
        return s in [a,b]

def g(a="hello", b="yuckyzorzof", c=23):
    return 'hello' / 0.5 + 9 if len(a) == 2 else a

assert f(g())

def f(s: str, word="antic"):
    assert len(s) == len(word)
    if len(word) <= len(s):
        return word == s
    if len(word) <= 2:
        return word[0] == word[1]
    if len(word) <= 3:
        return word[0] == word [1]
    if len(word) <= 4:
        return word[0] == word[1]
    return word[-1]

def g(word="antic"):
    return word
    return len(word) == 2 and word[word.lower() == word.lower()]

assert f(g())

def f(x: int, a=253532, b=1390):
    if x > 0 or a < 20:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1390):
    if a < 20:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, t=4545, c=4345, d=4375):
    return s.count("c") == 2 * abs(c)  # number of edges in path

def g(t=4545, c=4345, d=4375):
    return ("c" * 2 * abs(c)) + "e" * abs(t) or t.name()

assert f(g())

def f(s: str):
    return str(6 > 0) and len(s) == 6

def g():
    return "123456"

assert f(g())

def f(e1: int):
    return abs(e1 ** 2 - e1) >= 100 ** -3

def g():
    return int(int("123456789" + "0"*(12 - 3 + 1 + 7)) ** 2) + 1

assert f(g())

def f(n: int, kn=5):
    return n >= 0 and kn > 0

def g(kn=5):
    return int(kn < 0) * kn

assert f(g())

def f(l: List[str]):
    return len(l) == len(set(l)) or len(l) != len(s)

def g():
    return list("123456789")

assert f(g())

def f(root: List[float]):
    r = root[0]
    c = root[1]
    return abs(c * root[3] + c * root[5]) < 1e-6

def g():
    return [float(c) for c in range(1000) for _ in range(100)]

assert f(g())

def f(s: str, word='diamond', max_len=30):
    if len(word) <= max_len:
        return word == s
    return s

def g(word='diamond', max_len=30):
    if len(word) >= max_len:
        return word == s
    return word

assert f(g())

def f(x: int, a=0, b=9999999, length=1):
    return abs(int(x) * 99999999 - 1) < 99999999

def g(a=0, b=9999999, length=1):
    if isinstance(a,int):
        return a
    else:
        return (int(a) + 1) * len(x) + length

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789")  # 3 times

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(x: int, a=35, b=13600):
    if x > 0:
        return x - b == a
    else:
        return x + b == a

def g(a=35, b=13600):
    if a > b:
        return a * b
    else:
        return a + b

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return s[::-1] != a or abs(s[::-1] == b) or abs(s[::-1] != a) and n >= length or len({t for i, j in squares for t in [('row', i), ('col', j)]}) and n >= k

def g(a="hello", b="yellow", length=4):
    """
    Args:
      a: Str representation.
      b: int representation.
    """
    return a.replace("hello", "yellow", 0) + b

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello World"

def g():
    return "World"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return int(x) - a

def g(a=253532, b=1230200):
    if a and b != 0:
        return a + b
    else:
        return int(a).add(b)

assert f(g())

def f(s: str):
    return s.count("o") == s.count("o") and s.count("oo") == s.count("d")

def g():
    return str(6 + 1)

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 1e-6
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [1.0 / 3.0 for i in range(3)]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if len(word) == 3:
            if i == 0:
                return True
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + word + word[:-3]

assert f(g())

def f(x: float):
    return str(x - 3.1416).startswith("123456")

def g():
    return float("123456789")

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 0:
        return False
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return all(sub in s[i::len(big_str)] for i, sub in enumerate(big_str))

def g(big_str="foobar", index=2):
    return str(big_str)

assert f(g())

def f(n: int, v=63640):
    return n > v

def g(v=63640):
    return int(v) * 63640

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] and target[(len(target) + length) // 2:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:]

assert f(g())

def f(s: str, n=7072):
    if n == 0:
        return s.lower() == s[::-7] and s[0] == s[1:]
    if n-1:
        return s.lower() >= s[::-14] and s[1] == s[2]
    if n-2:
        return s.lower() > s[::-33] and s[2] == s[3]
    return None

def g(n=7072):
    return str(int(n * n)).format("%d",)

assert f(g())

def f(s: str, word=":konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word=":konjac"):
    return str(word) * 100

assert f(g())

def f(x: int, a=-4444, b=1532):
    return x * 2 < a and x * 2 < b

def g(a=-4444, b=1532):
    return 1 < a or a + b

assert f(g())

def f(s: str):
    return str(s) == "I"

def g():
    return "I"   # only a number

assert f(g())

def f(s: str):
    return set(s) <= set("12++") and s.count("1") == 1

def g():
    return "12++"

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2]

assert f(g())

def f(s: str, word=", "):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word=", "):
    return str(word).lower().replace('','')

assert f(g())

def f(s: str, t=68035):
    return s + 'world' == 'hohoooook' or s == 'hohoooook'

def g(t=68035):
    return 'hohoooook' or 'hohoooook'

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s[:len(s)] == target and s.count("1") == 0

def g(target="reverse me", reverse=False):
    if target is None:
        return reverse
    else:
        return target

assert f(g())

def f(n: int):
    s = str(n * n)
    if abs(n) >= 1000:
        return True

def g():
    return int(int("123456789"+ "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, t_name='t'):
    return len(t) == len(t_name)

def g(t_name='t'):
    return t_name.replace("/", "")

assert f(g())

def f(s: str, s1="hello are you there?"):
    return s1 in s and s1 in s1

def g(s1="hello are you there?"):
    return s1 in s if not s1 else str(s1)

assert f(g())

def f(n: int, target=2322222):
    return n > target

def g(target=2322222):
    return int(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(t: str, s="bdbdbdab", target=7):
    _ = s
    return s != target and all(t[i] != target for i in range(len(t) - 1))

def g(s="bdbdbdab", target=7):
    if (s == target):
        return "bdbdb"
    if (s == target):
        return "bdbdb"
    if s and s[0] != target:
        return "bdbdb"

assert f(g())

def f(s: str, target="foobazwow", length=27000):
    return s == target

def g(target="foobazwow", length=27000):
    return target if target == "bar" and target == "bazwow".replace("bar", "bazwow") or "bazwow" else target

assert f(g())

def f(t: str, s="wrong wrong"):
    return t == s[::-1] or s == t[::1]

def g(s="wrong wrong"):
    return s[::-1] or s == "wrong wrong"

assert f(g())

def f(x: int, a=12345, b=2):
    if x > 0 or a > 5:
        return x - a > 5
    else:
        return x + a > 5

def g(a=12345, b=2):
    return int(a * 12 / b) + (3 - a > 3) * 8

assert f(g())

def f(s: str, a = 22, b = 32):
    return "Hello " + s == "Hello world"

def g(a = 22, b = 32):
    return "world"

assert f(g())

def f(st: str, word="konjac"):
    assert st == word
    if word != st and word != words:
        return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i > 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word + " konjac"

assert f(g())

def f(p: str):
    return len(p) == 5

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s[::-1] < s

def g():
    return "world[]"

assert f(g())

def f(s: str, a=1020):
    return a > 0

def g(a=1020):
    return str(f(a))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s and target[len(target) - length] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - length]

assert f(g())

def f(x: int, a=1708, b=104436):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1708, b=104436):
    if a < 0 < b:
        return a % b
    else:
        return a + b

assert f(g())

def f(s: str, max_len=10):
    return "Hello " + s == "Hello world"

def g(max_len=10):
    return "world"

assert f(g())

def f(x: int, a=203532, b=1230200):
    if x > 0 or a > 50 or b < 0:
        return x - b > a + a
    else:
        return x + b > a + b

def g(a=203532, b=1230200):
    return int(a * b)

assert f(g())

def f(s: str, a=93252338):
    return s == 'c'

def g(a=93252338):
    return 'c'

assert f(g())

def f(s: str, word="magnificare"):
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="magnificare"):
    return word

assert f(g())

def f(s: str, substring="a", lower_bound=5):
    return s[lower_bound] == substring

def g(substring="a", lower_bound=5):
    return substring + "a"*9 + substring

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=12):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="antidisestablishmentarianism", max_len=12):
    if len(word) <= max_len:
        return word
    elif len(word) <= max_len:
        return word
    else:
        return word

assert f(g())

def f(x: int, a=60, b=60):
    if x < 0:
        return x - a > a
    else:
        return x + a > b

def g(a=60, b=60):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=12000):
    if len(word) <= max_len:
        return word == s
    return int(s[1++ - 1:max_len] + 1) == max_len

def g(word="antidisestablishmentarianism", max_len=12000):
    if len(word) <= max_len:
        return word
    return int(word[1] << 1) + 1

assert f(g())

def f(s: str, word="antides", max_len=20):
    if len(word) <= max_len:
        return word == s
    return word != len(word)

def g(word="antides", max_len=20):
    if len(word) <= max_len:
        return word
    return word[1:10] > max_len

assert f(g())

def f(x: float, a=123456789):
    return x <= a and x >= a

def g(a=123456789):
    return float(a)

assert f(g())

def f(s: str):
    return s.count('h') != 0

def g():
    return "h h"

assert f(g())

def f(h: int, v=2500):
    return int(h * 1 / v) == v

def g(v=2500):
    return int(v ** 2)

assert f(g())

def f(s: str, a=75, b=14):
    return "Hello " + s == "Hello world"

def g(a=75, b=14):
    return "world"

assert f(g())

def f(inds: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(len(inds) - 1):
        if target[inds[i - 1] - 1] == i:
            return True
    return False

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return [1, 2, 3, 4, 4, 2, 5, 6, 7, 11, 13, 12, 11, 9, 10, 8]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") != x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(l: List[int]):
    return len(l) == 3

def g():
    return [0 for i in range(3)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * (n-1) + 3

assert f(g())

def f(lb: List[bool], dups=6):
    if len(lb) <= 3:
        return True
    else:
        return False

def g(dups=6):
    return []

assert f(g())

def f(s: str, word="theory", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(words) and word[0] == s[0] and word[-1] == s[-1]

def g(word="theory", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= min_len:
        return word
    if word[-1] == s[1] and word[-1] <= s[1]:
        return word
    return int(word[0] % max_len) and word[0] % max_len

assert f(g())

def f(x: int, a=2021, b=5055):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2021, b=5055):
    for i in range(40):
        if a < i or b < i :
            return i + 1
        else:
            return a + i + b

assert f(g())

def f(u: str):
    return u == 'hello world'

def g():
    return "hello world"

assert f(g())

def f(s: str):
    if len(s) % 2 == 0:
        return True
    if s[0] == 0:
        return True
    if s[0] == 1:
        return True
    m = s.find("x")
    return m > s.find("x")

def g():
    return "world[x]"

assert f(g())

def f(s: str, word="tres", max_len=10):
    if len(word) <= max_len:
        return word == s
    try:
        (a, b), (i, j) = s
        (t, a) = s[i]
        (a1, b1), (j1, j2) = s[j]
        (a2, b2) = s[i]
    except IOError:
        return False
    except IOError:
        raise
    except Exception:
        raise

def g(word="tres", max_len=10):
    if len(word) > 1:
        return word
    if len(word) <= max_len:
        return word
    if len(word) == 1:
        return True
    return False

assert f(g())

def f(b: int):
    x = 2 ** b
    return b > 2021

def g():
    return int(int("123456789" + "0"*2) ** 0.5) + 1

assert f(g())

def f(x: int, a = 9742523):
    return x > 9742523 if isinstance(x, int) else x*a

def g(a = 9742523):
    return int(int(a) + a ** 3)

assert f(g())

def f(n: int, a=23, b=0, d=24):
    return n > 0

def g(a=23, b=0, d=24):
    return 2 * ((a * b) + (d * b) * (a + 1) == 0)

assert f(g())

def f(s: str, s1="abcdefghijklmnopqrstuvwxyz", s2="abcdefghijklmnopqrstuvwxyz"):
    return s.count(s1) == s.count(s1) and s.count(s2) == s.count(s2)

def g(s1="abcdefghijklmnopqrstuvwxyz", s2="abcdefghijklmnopqrstuvwxyz"):
    return str(s1) + s2

assert f(g())

def f(n: int):
    if isinstance(n, int) or len(n).end != 0:
        return True
    else:
        return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(s: str):
    c = 0
    while c < len(s):
        c += 1
    return c > 1

def g():
    return "hello world"

assert f(g())

def f(s: str, start=16, k=3):
    return "Hello " + s == "Hello world"

def g(start=16, k=3):
    return "world"

assert f(g())

def f(x: float, a=1021):
    return int(x * 1) + (x * 2) > a

def g(a=1021):
    return int(a) + 0.001

assert f(g())

def f(n: int):
    for i in range(5):
        for j in range(5):
            n -= (j * 10) + (n - (i + 1) / 2) // 5
    return n % 5 == 1

def g():
    return int(int("123456789" + "0"*3) ** 0.5) + 1

assert f(g())

def f(n: int):
    m = 4
    while n < m:
        m -= 1 + (n - 1) // 2
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253516, b=1230213):
    h = 3
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253516, b=1230213):
    h = 20
    if h != 20:
        return a == b
    else:
        return a + b

assert f(g())

def f(indexes: List[int]):
    for (i, j) in enumerate(indexes):
        if i == len(indexes) <= 0:
            return False
    return True

def g():
    return [0, 1, 2, 3]  # 4

assert f(g())

def f(x: int, a=10201202001):
    return x + a == 1

def g(a=10201202001):
    return 1 - a

assert f(g())

def f(n: int, a=4546, b=10):
    return n // b == a

def g(a=4546, b=10):
    return a * b

assert f(g())

def f(x: int, a=7199281023000):
    x = x ** 2 == a
    return x ** 3 <= x

def g(a=7199281023000):
    a = a ^ 3 == 8199281023000
    return a ^ 3

assert f(g())

def f(x: str, a=1230200):
    return sorted(x) == sorted('Efficiency') and x == x

def g(a=1230200):
    a = "123456789"
    return "Efficiency"

assert f(g())

def f(m: int):
    return m != 5129 and m != 17282

def g():
    return int(int("789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    return i >= 1000

def g():
    return int(int("123456789" + "0"*9) ** 3) + 1

assert f(g())

def f(s: str):
    return s == "%*" "%*%"

def g():
    return "%*" "%*%"

assert f(g())

def f(s: str, s1="a", s2="b", n=9):
    return s1 and len(s) == n and len(s) > 2

def g(s1="a", s2="b", n=9):
    return s1[::-1]*n

assert f(g())

def f(s: str, d=15_15):
    return s == 'hello' or s == 'hello world'

def g(d=15_15):
    return 'hello world'

assert f(g())

def f(x: int, a=255, b=32):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=255, b=32):
    if a < 50:
        return a - b + 32
    else:
        return a + b

assert f(g())

def f(s: str, k=5):
    return s.count("k") == 1

def g(k=5):
    return "k[4] = 0"

assert f(g())

def f(lb: List[bool], d=0.5):
    for s in lb and len(tripped_list):
        for x in lb and [x] == s and sum(x) == 2:
            if not len(tripped_list) > d:
                return False
    return True

def g(d=0.5):
    return []

assert f(g())

def f(n: int):
    return str(n * n).startswith("111")

def g():
    return int(int("111" + "0"* 9) ** 0.5) + 1

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n % b == 0 and 0 < n <= upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(int(a) * 9)

assert f(g())

def f(s: str):
    return s == s[0] or s.count("2") != 0 or s.count("1") == 1 and eval(s) != 0

def g():
    return "test 2"

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        i *= v
    return v < w

def g(v=17, w=100):
    return int(int(w * v) * (v + 10))

assert f(g())

def f(x: int, a=0, b=3):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=0, b=3):
    return int(int(a + b + 1) ** 0.5) + 1

assert f(g())

def f(x: int, a=454711, b=5, ln=0):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x - a == b

def g(a=454711, b=5, ln=0):
    if a < b and ln != 0:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(x: int, a=1829, b=1401):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1829, b=1401):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="antity", max_len=10):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(s[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antity", max_len=10):
    if len(word) <= max_len:
        return word
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return len(s) > 1

def g():
    return "world[123456789]"

assert f(g())

def f(x: int, a=53006090):
    if x == a:
        return True
    else:
        return False

def g(a=53006090):
    return a

assert f(g())

def f(n: int, a=15, b=15, upper_bound=150):
    return n * a + b * a + b * upper_bound and n > 0

def g(a=15, b=15, upper_bound=150):
    return a * b + upper_bound * a

assert f(g())

def f(size: int, scores=[100, 0, 25, 95], k=1):
    for i in range(size):
        if size[iterable(i)]>0:
            score = scores[i]
        elif size[iterable(i)]<1:
            score = scores[indexes[i] - 1]
    return True

def g(scores=[100, 0, 25, 95], k=1):
    return scores[k]

assert f(g())

def f(a: int, b=6):
    return 0.1 ** 0.01 and a >= b or 0 == 0

def g(b=6):
    return 2 + b

assert f(g())

def f(s: str):
    i = 0
    for c in s:
        while c != c.lower():
            i += 1
    i += 1
    return i < len(s) % 3

def g():
    return "hello " + "world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length)//2 // 4] == s

def g(target="foobarbazwow", length=6):
    s = str(target)
    for _ in range(len(s)):
        target = s[0]
        return target
    return "foo"

assert f(g())

def f(x: int, a=10000, b=1004300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10000, b=1004300):
    if a > 50:
        return a + b
    else:
        return -1

assert f(g())

def f(x: int, a=11532, b=156443):
    return x - a == b

def g(a=11532, b=156443):
    return a + b

assert f(g())

def f(x: str, string=''):
    def f25(x):
        return abs(x ^ 2 - a) < 10 ** -3
    return x.join(string) == string

def g(string=''):
    return "Hello World"

assert f(g())

def f(s: str, word="I", lower_bound=10):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="I", lower_bound=10):
    word = str(word)
    if lower_bound == 10:
        return "I"

assert f(g())

def f(x: int, a=154421, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=154421, b=1230200):
    if a < 50:
        return a - a == 33
    else:
        return a + b

assert f(g())

def f(s: str):
    for i in range(0, len(s) + 1):
        if len(s) == 1:
            return s[i]
    return len(s) == len(s)

def g():
    return "hello! world"

assert f(g())

def f(inds: List[int], vecs=[5, 32, 3, 23, 6, 25, 31, 14, 13, 13, 14, 3, 0, 20], nums=[27, 2, 0, 6, 1, 5, 2, 3, 4, 8, 0, 19, 26]):
    return sum(sum((v >> i) & 1 for i in inds) / 2 for v in vecs) >= len(vecs) * 3 / 4

def g(vecs=[5, 32, 3, 23, 6, 25, 31, 14, 13, 13, 14, 3, 0, 20], nums=[27, 2, 0, 6, 1, 5, 2, 3, 4, 8, 0, 19, 26]):
    return [0, 0, 0, 0, 0, 1, 0, 0, 1, 0, 1, 0, 0, 2, 0, 0, 4, 0, 1, 0, 2, 0, 0, 4, 1, 0, 2, 1, 0, 4, 2, 0, 2]

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m + 1 if m % 10 else m % 3)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(n):
        m = (m + 1 if m % 10 else m % 3)
    return m

assert f(g())

def f(x: int, a=932523381):
    return x > a

def g(a=932523381):
    return int(a) + 1

assert f(g())

def f(name: str, a=11766034):
    """
    Get a list of strings (a), each in order by name.
    """
    return name == ' ' or name == 'a' and (name in test) in test

def g(a=11766034): return str(a+a).join(" ")

assert f(g())

def f(m: int, a=5):
    return abs(m * a) >= 5* a

def g(a=5):
    return int(int("123456789") * 0.5) + 1

assert f(g())

def f(m: int):
    if m <= 0:
        return None
    return m >= 0
    if m > 0:
        return n + n * n

def g():
    return int(int("123456789" + "0"*9 + "0"*1 + "0"*2)** 2)

assert f(g())

def f(s: str):
    return s.count('x') == 3 and s.count('oo') == 8 or s.count('oo', 3) == 0

def g():
    return "foo"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x == a

def g(a=1073258, b=72352549):
    return int(a % b)

assert f(g())

def f(x: int, a=-381, b=14546310):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=-381, b=14546310):
    if a > 50:
        return a - b
    else:
        if (a < b):
            return a + b

assert f(g())

def f(s: str, qr=10):
    for l in s:
        if qr == 2:
            return len(l) > 1 and len(l) == qr and (l[::-1] > qr or l[::-1] > qr and l[::-1] > qr)

    return s[::-1] == l[::-2]

def g(qr=10):
    return "-"

assert f(g())

def f(x: int, a=1020120202001):
    return x >= a

def g(a=1020120202001):
    return int(a * a)

assert f(g())

def f(x: int, a=5545, b=50):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    elif a == -2:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=5545, b=50):
    if b == 0:
        return 0
    else:
        return int(b) - a

assert f(g())

def f(s: str):
    return str(s) == 'hello world'  # hello world

def g():
    return "hello world"

assert f(g())

def f(x: int, a=4, b=9):
    if a == 1:
        return x%2 == 0
    elif a == -1:
        return x%2 == 1 and x % 2 == 0
    else:
        return x + a == b

def g(a=4, b=9):
    return int(a + b) % (11 - 3)

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a == b

def g(a=-382, b=14546310):
    return a+b

assert f(g())

def f(x: int, a=3988, b=-3780, c=50000):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3988, b=-3780, c=50000):
    if a > 50:
        return a + b
    else:
        return x - a

assert f(g())

def f(x: int, a=1234578987654321, b=2084):
    return a + x == b

def g(a=1234578987654321, b=2084):
    return -1 * a + b

assert f(g())

def f(str: str, big_str="foobar", index=2):
    return big_str.index(str) == index

def g(big_str="foobar", index=2):
    return big_str[index:]

assert f(g())

def f(x: int, a=153509, b=181172):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=153509, b=181172):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1043):
    return x  == a

def g(a=1043):
    return a

assert f(g())

def f(x: int, a=-382, b=15):
    return x + b < 0

def g(a=-382, b=15):
    return a + b

assert f(g())

def f(n: int, a=9, b=12, upper_bound=15):
    return a != (b-upper_bound) and (1+b != a) or (b != a)

def g(a=9, b=12, upper_bound=15):
    return (a << upper_bound) + (b << upper_bound)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] > s[0] and word[1] > s[1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(word[len(word)-max_len]) == len(word) and word[0] > s[0] and word[1] > s[1] and word[2] > s[2]

assert f(g())

def f(d: int, n=123456789):
    return d > n * 123456789

def g(n=123456789):
    return int(n * int(n + 1))

assert f(g())

def f(n: int):
    if n % 2 is True and n < 0 :
        return True
        n = 1
    return True

def g():
    return 0

assert f(g())

def f(s: str, word="scissors"):
    return s[0] == word[0]

def g(word="scissors"):
    return str(word).strip()

assert f(g())

def f(n: int, vd=17, i=5):
    return vd <= n

def g(vd=17, i=5):
    return int(vd*i)

assert f(g())

def f(x: int, a=253532, b=2147483647):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=2147483647):
    if a < 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(l: List[int]):
    return len(l) == 3

def g():
    return [2, 3, 4]

assert f(g())

def f(s: str, w=1):
    return len(s) == w

def g(w=1):
    return str(w)

assert f(g())

def f(x: int, a=92755901):
    return x == a

def g(a=92755901):
    return 1 * a

assert f(g())

def f(y: int, a = 253532, b = 1230200):
    if y > 0 or a > 50:
        return y - a == b
    return y - a != b

def g(a = 253532, b = 1230200):
    if a > 50:
        return a + b
    return a + b != b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 4 + length] == s

def g(target="foobarbazwow", length=6):
    return str(target[(len(target) - length) // 4 + length])

assert f(g())

def f(n: int, a=18, b=10, c=50):
    return n // b == a + c

def g(a=18, b=10, c=50):
    return int(a * b) + int(b * c)

assert f(g())

def f(x: int, a=250, b=12345):
    if x == 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=250, b=12345):
    if a > 25:
        return a  + b

assert f(g())

def f(n: int, a=15, b=15):
    return n // b == a

def g(a=15, b=15):
    return int(a) * b + a % b

assert f(g())

def f(s: str):
    try:
        return s == "Hello world"
    except:
        return "Hello hello"

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=1020, b=72352549):
    return x + a > b

def g(a=1020, b=72352549):
    return int(int("123456789") * (1 + a) * (1 + b)) + 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s.count("konjac") == 1:
                return True
            else:
                return False
    return True

def g(word="konjac"):
    return word[:len(word) + 1]

assert f(g())

def f(n: int):
    def bot_move(x):
        if x == 5 and 0 <= n <= 5 and x == -n:
            n += max(0,x - 5)
            if x == -n:
                return False
    return True

def g():
    return 0

assert f(g())

def f(s: str, target="foobarbazwow", length=10000):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=10000):
    return str(target[(len(target) - len(target))// 2: len(target) + length])

assert f(g())

def f(x: int, a=2184455575, b=-93206):
    return x - a == b

def g(a=2184455575, b=-93206):
    return a + b

assert f(g())

def f(s: str, word="non-finite-number", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="non-finite-number", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[:1]) == len(word) and word[1] == s[1] and word[-1] == s[-1]

assert f(g())

def f(l: List[int]):
    if l.count('o') != 4:
        return True
    return False

def g():
    return [1] # 2

assert f(g())

def f(x: int, a=253532, b=75):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=75):
    if a < 50:
        return a + b > 5
    else:
        return a + b

assert f(g())

def f(nums: List[int]):
    return len(nums) == len([10, 100, 100])

def g():
    return [10, 500, 100]

assert f(g())

def f(nums: List[int]):
    for i in range(3, len(nums) - 3):
        assert len(nums[i]) == 3
    return len(nums) == 3

def g():
    return [0, 127, 0]

assert f(g())

def f(s: str):
    return s.count("8") != 0

def g():
    return '123456789'

assert f(g())

def f(s: str, names=["1", "2", "3"]):
    return s[0] in ["1", "2", "3"] or {r: "3" for r in s} == {i: "4" for i in s}

def g(names=["1", "2", "3"]):
    return "1"

assert f(g())

def f(s: str):
    return s[0] == '\\'

def g():
    return "\\*"

assert f(g())

def f(t: List[int]):
    return len(t) == len(list(range(21)))

def g():
    return list(list(range(21)))

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in s:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return "o h l o w r d".format(chars[::-1])

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10000):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word) and word[0] == s[0]

assert f(g())

def f(x: int, a=14076182413, b=13572512):
    return x - b == a

def g(a=14076182413, b=13572512):
    return a + b

assert f(g())

def f(nums: List[int]):
    return len(nums) == 5 and sum(nums[0] == 5 for n in nums) == 0

def g():
    return list(range(5))

assert f(g())

def f(s: str):
    if len(s) == 0:
        return s
    return s[0] != s[1]

def g():
    return "Hello World"

assert f(g())

def f(x: int, a=253532, b=1230200, lower_bound=2):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200, lower_bound=2):
    if (a < 0 or b < 0):
        return a == b
    else:
        return a + b

assert f(g())

def f(n: int, a=18, b=184364):
    return b // n == a

def g(a=18, b=184364):
    return b // a

assert f(g())

def f(x: int, a=38, b=15123907):
    return x + a > b

def g(a=38, b=15123907):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if not s[i]:
            return False
    return True

def g(word="konjac"):
    return "hello World"

assert f(g())

def f(x: int, a=8961337, b=-951322):
    a = int(x)
    a /= b
    if a < b and (a > b):
        return -10, -10
    return a > b

def g(a=8961337, b=-951322):
    return int(a) + int(b)

assert f(g())

def f(s2: str, big_str="foobar", index=2):
    return str(s2) == big_str

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(s: str, k=3):
    return "Hello " + s == "Hello world"

def g(k=3):
    return "world"

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n % 2 == 0

def g(a=17, b=100, c=20):
    return (a >= 15) + (b > 15)

assert f(g())

def f(s: str):
    return s.count('A') == s.count('p') and s.count('1') == 1;

def g():
    return "[0, 1, 2, 2, 3]";

assert f(g())

def f(z: float, v=9, d = 0.0001):
    return int(z * 1 / d % 10) == v

def g(v=9, d = 0.0001):
    return -d

assert f(g())

def f(nums: List[int], b=8, m=3):
    return sorted(nums) == list(range(1000) or []) and m >= - (m + 1)

def g(b=8, m=3):
    return sorted(range(1000) or []) or (b < m)

assert f(g())

def f(s: str, target="reverse", reverse=True):
    return s == target

def g(target="reverse", reverse=True):
    return target and target

assert f(g())

def f(s: str, a="foobarbazwow"):
    return s == a

def g(a="foobarbazwow"):
    return a

assert f(g())

def f(s_case: str, s="CanCanBeTat"):
    caps = 0
    for c in s:  # cap is zero
        if c != c.lower():
            caps = 0
    return s_case == (s.upper() if caps < len(s) + 1 else s.lower())

def g(s="CanCanBeTat"):
    return str(s).upper()

assert f(g())

def f(n: int, v=3, c=2, s=5):
    for i in range(n):
        if i < v and s[v] < c:
            return i < 1
    return v < 5

def g(v=3, c=2, s=5):
    for i in range(5):
        if i < 1 and v < 3:
            return i < 1 + v
    return -1

assert f(g())

def f(d: int, n=123456789):
    return d > n and 1 < (n - 1) * d % 5 <= 5

def g(n=123456789):
    return int(n * 3) + 1

assert f(g())

def f(s: str, word="antikyism", max_len=10):
    if len(word) <= max_len:  # for example:
        return word == s
    return int(s[::-1]) == len(word)

def g(word="antikyism", max_len=10):
    if len(word) <= max_len:  # for example:
        return word
    return int(word) == 1

assert f(g())

def f(m: int, a=17, b=1230200, c=5129):
    return m == 5129 and m < a + b == c or m > a + b

def g(a=17, b=1230200, c=5129):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return str(s * 3).startswith("3") or s.count("2") == 4 and s.count("5") == 2 and eval(s) == 4

def g():
    return "3 3 4"

assert f(g())

def f(s: str, target="reverse me", t="anonymous"):
    return s.lower() == target and s.lower() == target or (s.lower() == target) and all(s in t) == target

def g(target="reverse me", t="anonymous"):
    return "reverse me" if target == "reverse" else "reverse me"

assert f(g())

def f(t: str, s="hello world"):
    return len(t) == len(s) and len(s) == len(t) == len(t) or len(t) == len(s) and len(s) == len(t)

def g(s="hello world"):
    return "hello world"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s == word or (s + 'world' == "Hello world" or s.count("9") == max(max(s))) and s.count("8") == 3

def g(word="antidisestablishmentarianism", max_len=10):
    return word or (s + 'world' == "Hello world" or s.count("8") == max(max(s))) and s.count("9") == 4

assert f(g())

def f(s: str):
    return ("Hello " + s == "Hello world"
                 "")

def g():
    return ("world" + "")

assert f(g())

def f(s: str, target="foobarbazwow", length=6, priority=9):
    return target[(len(target) - len(s)) // 2: (len(target) + len(s)) ] == s

def g(target="foobarbazwow", length=6, priority=9):
    return "foobarbazwow"

assert f(g())

def f(s: str, word="magnificare"):
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="magnificare"):
    return str(word[:])

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    if a < b:
        return a + b

assert f(g())

def f(x: int, a=271022, b=1230300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=271022, b=1230300):
    return int(int(a) + (int(b) - (int(a) - a)))

assert f(g())

def f(n: int, a=241415, b=13394532):
    return n >= a

def g(a=241415, b=13394532):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str):
    return s == "hello world" or s == "do"

def g():
    return str("hello world")

assert f(g())

def f(s: str, word="dumb", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="dumb", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) == max_len:
        return "dumb"

assert f(g())

def f(n: int, a=20, b=200, c=500):
    return n + a > sum([b * i for i in range(c)])

def g(a=20, b=200, c=500):
    return sum([c] * (a+b)*c)

assert f(g())

def f(n: int):
    return all([n < 0] for n in range(10))

def g():
    return 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if word[1] != word[0].upper():
                break
        else:
            if word[0] != word[1] and word[-i] == 2:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, word="konjac"):

    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return (word or "konjac")

assert f(g())

def f(s: str, target="hello"):
    """
    Given a s, given an i (which is either 0 or 1), the
    return value (x = s[0] + i) is the number of times
    x[i] is equal to s[i] in the loop.  In case i is equal
    to 0, x[i] is a subset of s[i] and is not a sum.
    """
    return s == target

def g(target="hello"):
    """
    Given a s, given an i (which is either 0 or 1), the
    return value (x = target[0] + a) is the number of times
    x[0] is equal to s[0] in the loop.  In case i is equal
    to 0, x[0] is a subset of s[0] and is not a sum.
    """
    return "hello"

assert f(g())

def f(t: str, s="Problem"):
    if len(t) > len(s):
        return t
    for i in range (len(t) - len(s)) :
        if len(t[i]):
            return t[i] == s[i]
    return s == t

def g(s="Problem"):
    if len(s) == 1:
        return s[0] + len(s) - len(s) - 1
    for i in range (len(s) - len(s)) :
        if len(s[i]):
            return s[i] == s[i]
    return s

assert f(g())

def f(x: str, k=15, k_lower=0, k_even=0):
    for i in range(k):
        if i == k_lower:
            return True
    return False

def g(k=15, k_lower=0, k_even=0):
    c = [i for i in range(k) for k in range(k_lower)]
    if c:
        return str(c)

    if k < 16:
        return "1"
    else:
        return "2"

assert f(g())

def f(x: int, a=15482, b=1230200):
    if x > 0 or a < 50:
        return x - b == a
    else:
        return x - (a + b) == b

def g(a=15482, b=1230200):
    if isinstance(a, int):
        return a + b
    return int(a) - b

assert f(g())

def f(x: int, a=120533, b=1024):
    if x > 0 or a > 500:
        return x - a > b
    else:
        return x + a > b

def g(a=120533, b=1024):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, s="aaBzzwAzGxRVQy"):
    return s in x

def g(s="aaBzzwAzGxRVQy"):
    return "aaBzzwAzGxRVQy"

assert f(g())

def f(s: str):
    return s.count('o') == 1 and s.count('og') == 0

def g():
    return "o"

assert f(g())

def f(s: str, word="reconstructed", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == word[0] and word[-1] == word[0]

def g(word="reconstructed", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[0] + len(word))

assert f(g())

def f(s: str, word="v", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]  + max(s[0], max_len - 1))

def g(word="v", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]  + max(s[0], max_len - 1))

assert f(g())

def f(x: int, a=455522, b=2):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=455522, b=2):
    if a > 50 and b > 2:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.find("1") == 0 and s.find("12345") != 0 and \
               s.find("9") != 0 and \
               s.find("9") != 0 and \
               s.find("12345") != 0

def g():
    return "1" + "2"

assert f(g())

def f(tot: int, nums=[3, 7, 9, 33, 10, 41], thresh=17):
    return tot == sum(1 if i > thresh else 2 for i in nums)

def g(nums=[3, 7, 9, 33, 10, 41], thresh=17):
    return sum(1 if i > thresh else 2 for i in nums)

assert f(g())

def f(s: str, word="antivisionalistalist", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s.count("a") and s.count("d")) == max_len

def g(word="antivisionalistalist", max_len=30):
    if max_len <= 300:
        return "antivisionalistalist"
    return string(word, max_len)

assert f(g())

def f(s: str, target="saboon", reverse=True):
    return s in s * reverse

def g(target="saboon", reverse=True):
    return target

assert f(g())

def f(x: int, a=963, b=-9320):
    return a - x == b

def g(a=963, b=-9320):
    return a-b

assert f(g())

def f(n: int):
    return pow(2, n, n) <= 15

def g():
    return 2

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 3 == 0
    elif a == -2:
        return x % 3 == 0
    else:
        return x + a  >= b

def g(a=4, b=54368639):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=561858, b=114416):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=561858, b=114416):
    if a < 50 or b < 55:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=13, b=21):
    return n * a + b > 15 or 0 < n <= 15

def g(a=13, b=21):
    return (a * b) + (b * a)

assert f(g())

def f(n: int, a=14, b=100, c=20):
    return n + a > sum([b * i for i in range(c)])

def g(a=14, b=100, c=20):
    return sum([a * i for i in range(100)])

assert f(g())

def f(s: str, strings=['c', 'r'], inds=['c', 'c', 'r'], t=197):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['c', 'r'], inds=['c', 'c', 'r'], t=197):
    return "c" if strings else "r"

assert f(g())

def f(s: str):
    return s == s[::-1]

def g():
    return "!"

assert f(g())

def f(x: int):
    return x > 1001 + 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1) // 10 if m % 10 else m // 10
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(4):
        m = (m - 1) // 10 if m % 10 else m // 10
    return m

assert f(g())

def f(s:str):
    return set(s) <= set("2") and s.count("2") == 1

def g():
    return "2"

assert f(g())

def f(x: int, a=2147483647, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2147483647, b=1230200):
    if a < 200 or b < 300:
        return 0
    else:
        return a + b

assert f(g())

def f(n: int, a=20, b=20, c=50):
    return n + a + b + c + c - n > 1

def g(a=20, b=20, c=50):
    return (a-b) + 1000 + c

assert f(g())

def f(s: str, word="bar", a=9):
    for a in s:
        if len(word) == len(a):
            if a == 1:
                return x == a
    return len(s) <= len(a)

def g(word="bar", a=9):
    x = str(len(word))
    for a in x:
        if a == 1:
            return x
    return x

assert f(g())

def f(s: str, words='s'):
    if len(words) != len(s):
        return False
    return True

def g(words='s'):
    return words[:len(words)][:len(words)]

assert f(g())

def f(x: List[int]):
    return len(x) == 5

def g():
    return [0, 2, 3, 4, 5]

assert f(g())

def f(n: int, a=14302, b=5):
    a = 5
    b = 20
    return n / b >= 20

def g(a=14302, b=5):
    return a + (5 - b)**2

assert f(g())

def f(m: int, a=5129, b=-93206):
    return m > a

def g(a=5129, b=-93206):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1060):
    return abs(x - a) + abs(a) - abs(x) < 10

def g(a=1060):
    return float(int(float("123") * 24) + float(float(int("123") * 24) + float(float("123") * 24) + 8) * 0.5) + 1

assert f(g())

def f(c: str):
    return str(c) == "Hello World"

def g():
    return str("Hello World")

assert f(g())

def f(x: int, a=875856, b=-93206):
    if x < 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=875856, b=-93206):
    if a < 0 or b > 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, word="antity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(s[1:-1], max(s + 1, max_len - 1)) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antity", max_len=10):
    return word

assert f(g())

def f(x: int, a=4, b=54368639):
    if b == 54368639:
        return x % 4 == 0
    elif a == 54368639:
        return x % 4 == 1
    else:
        return x + b == 54368639

def g(a=4, b=54368639):
    return int(a)

assert f(g())

def f(s: str):
    if len(s) > 8:
        return s.lower().lower() == s
    if len(s) == 7012:
        return s.lower().lower() == s
    if len(s) == 11:
        return s.lower().lower() == s
    if len(s) == 10:
        return s.lower().lower() == s
    if len(s) == 13:
        return s.lower().lower() == s
    if len(s) == 16:
        return s.lower().lower() == s
    if len(s) == 19:
        return

def g():
    return "hello" + "world"

assert f(g())

def f(s: str, word="antisymmature", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0]

def g(word="antisymmature", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[max_len:]) == min(max_len, len(word))

assert f(g())

def f(num_vertices: int, m=5):
    return num_vertices == m and num_vertices == m

def g(m=5):
    return min(m, (m*3 + 1))

assert f(g())

def f(s: str, target="foobarbazwow", length=65535):
    return target[(len(target) - len(target) + 1) % (len(target) + 1)] == s

def g(target="foobarbazwow", length=65535):
    return target[ (len(target) - len(target) + 1) % (len(target) + 1) ]

assert f(g())

def f(z: float, v=9, d=0.0001):
    v = 0 + float(z * 1 / d / 10) - float(z * 1 / d / 10)
    return int(v) == 0

def g(v=9, d=0.0001):
    return 0.0001 + v * 20 ** 100 ** 0.999999 + 1

assert f(g())

def f(n: int, a=10200, b=10000):
    return n >= a

def g(a=10200, b=10000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n < 1000

def g():
    return int() * 1000 + 1

assert f(g())

def f(v: int, a=4, b=54368639):
    if a == 1:
        return v % 2 == 0
    elif a == -1:
        return v % 2 == 1
    else:
        return v + a == b

def g(a=4, b=54368639):
    if a == 1:
        return a + b

    elif a == -1:
        return a + b

    else:
        return -a + b

assert f(g())

def f(s: str):
    return s.count("0") == 2 and v == 16 if s[0] == 1 else s.count("0") == 1

def g():
    return "0"

assert f(g())

def f(x: int, a=62501, b=63500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + a == b

def g(a=62501, b=63500):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(nums: List[int]):
    return (nums[1] == nums[0]) <= 1

def g():
    return [1, 2, 3]

assert f(g())

def f(f: str):
    return '\n' in f

def g():
    return '\n' * 9

assert f(g())

def f(h: int):
    return h in [0, 1] + [10, 100]

def g():
    return int(int("0" + "0" * 8) ** 0.5) + 1

assert f(g())

def f(tot: str, period=4):
    if len(tot) <= period:
        return True
    else:
        return False

def g(period=4):
    return str(period) + "" + "" + ""

assert f(g())

def f(s: str):
    return s in s[0]

def g():
    return "b"

assert f(g())

def f(n: int, a=20, b=31, upper_bound=20):
    return n / a and b != 0 or a < b and a == 0

def g(a=20, b=31, upper_bound=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="theming", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="theming", max_len=10):
    if len(word) <= max_len:
        return word;
    return 0.5 * max_len

assert f(g())

def f(x: int, a=2218, b=1):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2218, b=1):
    if a < 50:
        return x - a == b
    else:
        return a + b

assert f(g())

def f(s: str, word="bruch", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="bruch", max_len=10):
    if max_len <= 10:
        return str(word)
    return int(int("123456789" + "0"*9))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word[:]
    return int(s[1:-1],word[:] - 1)

assert f(g())

def f(list: List[int]):
    return len(list) == len(set(list))

def g():
    return [0, 10, 20, 30, 40]

assert f(g())

def f(s: str, word="contagious", max_len=10):
    if len(word) <= max_len:
        return word[0] == s[0] and word[-1] == s[-1]
    return word[-1] == s[-1] and word[0] == s[0]

def g(word="contagious", max_len=10):
    name = str()
    for i in range(max_len, max_len):
        name += words[i]
    return name if name else "contagious"

assert f(g())

def f(s: str):
    return s[0] == s[-1] and len({x.count("z") for x in s}) == len(s)

def g():
    return "z"

assert f(g())

def f(n:int, a=-382, b=14546310):
    return n == a

def g(a=-382, b=14546310):
    return a or 0

assert f(g())

def f(num_trees: int, i=1532):
    return num_trees % i == 0

def g(i=1532):
    return i*1532

assert f(g())

def f(n: int):
    return n > 0 or len(n) == len(str)

def g():
    return int(3)

assert f(g())

def f(v: List[float], alpha=300):
    v0 = [3 - 3]  # 3 = 1 - 1
    v1 = [1]    # 1 = 2   ...
    for i in range(len(v0)):
        v0[i] += 1
        v1[i] -= v0[i]
    return len(v1) == len(v0)

def g(alpha=300):
    return []  # len(v3) == len(v3) and (v3[i] == -v0[i]).startswith("123456789")

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and n > 3

def g():
    return [3, 4, 5, 6]

assert f(g())

def f(n: int, l=6, m=6, l_len=5):
    for i in range(n):
        l_len = l - 1          # m and l_len are not in list
    return l_len >= l_len

def g(l=6, m=6, l_len=5):
    l_len = l - 1
    m = min(l_len,l)  # m is not in list
    return min(l,m)

assert f(g())

def f(i: int):
    if i > 0:
        return i - 1 + 1 > 0
    return len(str(i) + 1000) > len(str(i) + 1001)

def g():
    return 2 + 2

assert f(g())

def f(n: int, a=255):
    return 1 + a ** 2 + (a % 2) < n

def g(a=255):
    return int(int("123456789" + "0"*9) ** 0.7) + 1

assert f(g())

def f(seq: List[int], n=10000, length=5017):
    return all([1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12])

def g(n=10000, length=5017):
    return [0, 3, 5, 7, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(x: str, target="foobarbazwow_p", target_len=6):
    return target[(len(target) - target_len) // 4:(len(target) + target_len) // 2] == x

def g(target="foobarbazwow_p", target_len=6):
    return target[(len(target) - target_len) // 4:(len(target) + target_len) // 2]

assert f(g())

def f(x: int, a=14, b=100):
    if x > 0 or a > 50:
        return x - a <= b
    else:
        return x + x

def g(a=14, b=100):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and p[1] == 1 + p[2] == p[3] or p[4] == 3

def g():
    return [0, 0, 1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(x: int, a=253532, b=60000, t=40000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=60000, t=40000):
    return a + b

assert f(g())

def f(n: int, a=34534636, b=10):
    return n // a == b

def g(a=34534636, b=10):
    return int(a * b)

assert f(g())

def f(y: int, a=1020):
    return a == y

def g(a=1020):
    return int(a)

assert f(g())

def f(s: str, word="o"):
    return s[::-1] == word[::-1]

def g(word="o"):
    return "o" or (word[::-1] == word[::-1] * (i + 2) / (i + 2) * 9)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z - 4 / d % 10) == v

def g(v=9, d=0.0001):
    return float(v) + float(0.0001) ** 0.5

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len or max_len <= 10 :
        return word == s
    if len(word) == max_len or max_len <= 10 :
        return word == s
    if word == s:
        return len(word) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) == 10:
        return word == "Apostolicism"
    else :
        return word

assert f(g())

def f(s: str, a=1000):
    if a == 1 or a == -1 or a == 3: return s[::-1] > a
    return s[::-3] > s[::-1]

def g(a=1000):
    return str(a) and str(a)

assert f(g())

def f(s: str, word="konjac", target_len=5):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", target_len=5):
    word = str(word)
    return str(word)

assert f(g())

def f(n: int, a=1, b=1, d=10, max_len=10):
    return (n - a)**2 > 0 and (d - a) > 0

def g(a=1, b=1, d=10, max_len=10):
    return 1 + int(max(a,b,d,d,max_len))

assert f(g())

def f(x: int, a=10721956):
    return x == a

def g(a=10721956):
    return 10721956

assert f(g())

def f(s: str, word="konjac"):
    return min(s) == max(s) * len(s)

def g(word="konjac"):
    return min(word) or len(word) >= max(word)

assert f(g())

def f(s: str, target="foobarbazwow_bazwow_doll", n=6):
    return s == target

def g(target="foobarbazwow_bazwow_doll", n=6):
    return target

assert f(g())

def f(n: int, a=57772547, b=-97310):
    return str(n * n).startswith("123456789")

def g(a=57772547, b=-97310):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(elem: int, n1=0, n2=3):
    if elem != n1:
        return 1 != 0
    elif elem != n2:
        return 1 != 0
    n1 = len(elem) / 2 == 0 and n1 == 3
    n2 = len(elem) / 3 == 0
    n1 += 1
    n1 += 2
    n2 = len(elem) / 4 == 0
    n2 += 1
    return 0 < n1 != 0 and n2 == 1

def g(n1=0, n2=3):
    return f(n1) + f(n2) + f(n1 + 3) + f(n2 + 3)

assert f(g())

def f(z: int, a=103024):
    return abs(z / 2 - z if a == 103024 else a) < 5

def g(a=103024):
    return int(a + 103024) % 2

assert f(g())

def f(start: int):
    n = start + 1
    while abs(n) < 2 * n:
        end = abs(n)
        if end <= end or end <= 3:
            return True
    if start != end:
        return True

def g():
    return 0

assert f(g())

def f(s: str):
    return s.count('n') == 1 and s.count('n') < 3

def g():
    return "hello world - i, n, h, w  - the sum of 'x' ... + 1, ..."

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z) != v

def g(v=9, d=0.0001):
    return float((v-1) * 255)*((v-1) * 255)

assert f(g())

def f(s: str):
    return s.count('o', 4) > 0

def g():
    return "hello World"

assert f(g())

def f(s: str, n=4):
    for i in range(16):
        if n % 2 == 0: return len(s) == 1
        n += n % 2
    return len(s) == 1

def g(n=4):
    return str(n)

assert f(g())

def f(n: int):
    return str(n) < str(n + 1)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=50, b=1330):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1330):
    if a > 50 and b > 1330:
        return y + 1
    else:
        return a + b

assert f(g())

def f(x: int, a=4, b=54368639):
    return x % 2 != 0

def g(a=4, b=54368639):
    return 4 * 9 + 4 * 1 + 1

assert f(g())

def f(s: str):
    return s.lower() > 'ghi'

def g():
    return "hello world"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 2
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 2
    return (s.upper() if caps > len(s) // 2 else s.lower())

assert f(g())

def f(s: str):
    return s in {'foobar', 'foobar'}

def g():
    return 'foobar'

assert f(g())

def f(s: str):
    return True

def g():
    return "Test"

assert f(g())

def f(s: str, out_args="x", args="x", length=100):
    return s in out_args and len(s) == len(args)

def g(out_args="x", args="x", length=100):
    return getattr(out_args, 'out_args', args[0])

assert f(g())

def f(n: int, p=10):
    return n * 100 + (n % p) >= p

def g(p=10):
    return int(int(p - 1) * 100 + (p % 10) >= p)

assert f(g())

def f(s: str, target="do"):
    return s[:4] == target

def g(target="do"):
    if target != 0:
        return "do"
    else:
        return target

assert f(g())

def f(x: List[int], n = 3):
    return len(x) == n and len(x) == n

def g(n = 3):
    s = []
    for i in range(n):
        n = i + 1
        print(n)
        s.append(i)
    return s

assert f(g())

def f(s: str, a=3, b=15, c=30, t=234544):
    return s[a+b] == s[a + b + c]

def g(a=3, b=15, c=30, t=234544):
    return "a" * (1023456789)

assert f(g())

def f(x: int, a=2413, b=10, c=7):
    return x - a > b

def g(a=2413, b=10, c=7):
    return int(int("123456789" + "0"*9 + "0"*9) ** 0.47)

assert f(g())

def f(l: List[int]):
    return (i + j for i in l for j in l if l == l) and len(set(l)) > 995

def g():
    return [i for i in range(1000)]

assert f(g())

def f(t: str, s="abbbcabbac", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        c = s[i]
    if target != 7:
        b = 1
    if i > len(t):
        return True
    if i < 10:
        if i != len(t):
            return False
    if i == len(t):
        return False
    if i != len(t):
        return False

def g(s="abbbcabbac", target=7):
    if len(s) == 7:
        return "ababbac"
    else:
        return "abbabac"

assert f(g())

def f(s: str, word="konjac"):
    return s in s[::-1] and s[0] == word[0].upper() or s[-1] == word[-1].upper() or s[1] == word[-1].upper()

def g(word="konjac"):
    return word[0] in word[1] and word[0] == "konjac" or word[-1] == word[-1].upper() or word[-1].upper()

assert f(g())

def f(s: str, a="hello", b="world"):
    return len(s) == len(set(s[0]))

def g(a="hello", b="world"):
    return str(a[::-1000])[::-1000]

assert f(g())

def f(x: str, word="bob"):
    return x == word

def g(word="bob"):
    return "bob"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 922 and all((x.count("a") > x.count("b") or ('b' in x) for x in s) for s in s)

def g():
    return ["a"*(i+2) + "b" for i in range(922)]

assert f(g())

def f(n: int, a=14302, b=1025):
    return b != a + b

def g(a=14302, b=1025):
    return 1 * (a + b)

assert f(g())

def f(s: str):
    return all(min(s) and min(s) != 0 for s in s)

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=1311, b=1028):
    return abs(a * b) >= 10 * n - 8

def g(a=1311, b=1028):
    return abs(a << 13) % 10

assert f(g())

def f(n: int):
    return n < 5 / 2

def g():
    return int(int(0.5)) + 1

assert f(g())

def f(s: str, word="kazmaj"):
    for i in range(len(word)):
        if s[i] != word[i].lower():
            return False
    return True

def g(word="kazmaj"):
    return "kazmaj " + str(word)

assert f(g())

def f(x: int, a=93252338):
    return x >= a

def g(a=93252338):
    return a + 2

assert f(g())

def f(xs: List[int]):
    i = 0  # if i == 200 but i < 1000 or i > 10 or i < 200 but i = 200 and x = i == 200 then i will be 200
    for x in (500, 300, 250, 100, 200):
        i += 1
    return len(xs) >= 20

def g():
    return [int(i) for i in range(200)]

assert f(g())

def f(n: int, a=1322, b=1074):
    return n != a

def g(a=1322, b=1074):
    return int(int(a) * (a+b)) + 1

assert f(g())

def f(x: int, a=107431, b=7236464):
    return x + a and x > b

def g(a=107431, b=7236464):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="rabbib", length=6):
    return target[(len(target) - length) // 1: (len(target) + length) // 1] == s

def g(target="rabbib", length=6):
    return str(target)

assert f(g())

def f(n: int, a=14302, b=5):
    return n // b == a

def g(a=14302, b=5):
    return int(a*b) + 1

assert f(g())

def f(n: int, a=3, b=23463462):
    return n != 0 or n > a and b > 20

def g(a=3, b=23463462):
    return a

assert f(g())

def f(n: int, a=1020, b=7):
    return abs(n) < 10 ** -3 and n != b

def g(a=1020, b=7):
    return abs(a) + abs(b) - abs(a + b)

assert f(g())

def f(s: str):
    return s.count('c') == s.count('c')

def g():
    return "hello world"

assert f(g())

def f(inds: List[int]):
    return all(list(inds) for ind in list(inds))

def g():
    return [1, 1]

assert f(g())

def f(s: str, a="Hello world!"):
    return len(s) == len(a)

def g(a="Hello world!"):
    return str(a)

assert f(g())

def f(s: str, word="abjom", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(s[0] + max_len) and word[0] == s[1]

def g(word="abjom", max_len=20):
    if len(word) <= max_len:
        return word
    return len(word) == max_len and word[0] == s

assert f(g())

def f(n: int, a=5, b=100):
    return (n+a) > 5

def g(a=5, b=100):
    return int(int(a)**2) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i < len(word) > 0 or len(word[i]) > 2:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return "konjac is konjac"

assert f(g())

def f(t: str, s="Franch"):
    return s in t

def g(s="Franch"):
    return "Hello " + s

assert f(g())

def f(s: str, target="reverse me", target_len=4):
    return s[0] in target

def g(target="reverse me", target_len=4):
    return "%s%s" % (target, str(target))

assert f(g())

def f(s: str):
    if len(s) == 5:
        return str(s) == 'a'
    return str(s) == 'a'

def g():
    return "a"

assert f(g())

def f(s: str):
    return str(0) == s

def g():
    return str(0)

assert f(g())

def f(s: str, c=16):
    for i in list(s):
        if len(s) < 5 and s[i] != char(c):
            return False
    return True

def g(c=16):
    return ('a'*c*(6))

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(200))

def g():
    return list(list(list(range(200))))

assert f(g())

def f(x: str, s=['a', 'e', 'h', 'i', 'z', 'p'], n=4):
    return len(x) == 4

def g(s=['a', 'e', 'h', 'i', 'z', 'p'], n=4):
    return str(len(s) != n)

assert f(g())

def f(s: str, i=1):
    return len(s) == i

def g(i=1):
    return str(int(i-0.5))

assert f(g())

def f(n: int, m=7012):
    return m * 10.0 == n

def g(m=7012):
    return m * 10

assert f(g())

def f(x: float, a=1020):
    return x >= a

def g(a=1020):
    return float(abs(a))

assert f(g())

def f(e: str, a=253532):
    if e == "hello":
        return s
    return str(e) == "hiw"

def g(a=253532):
    return "hiw" if a else s

assert f(g())

def f(m: int, a=3, b=123456789, c=47):
    return m > b + a

def g(a=3, b=123456789, c=47):
    return a + b + c

assert f(g())

def f(s: str):
    return s == "This is what it looks like"

def g():
    return "This is what it looks like"

assert f(g())

def f(x: int, a=92543696):
    return x > a

def g(a=92543696):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=63, b=115002):
    return x < a

def g(a=63, b=115002):
    return int(a / b)

assert f(g())

def f(path: List[int], edges=[[0, 11], [0, 7], [7, 5], [11, 22], [5, 22], [22, 33]], u=0, v=3, bound=3):

    if len(path) <= bound:
        return False
    else:
        return True

    return True

def g(edges=[[0, 11], [0, 7], [7, 5], [11, 22], [5, 22], [22, 33]], u=0, v=3, bound=3):

    return [(i+2) for i in range(10000)]

    return False

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i % 3 == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac " + str(word) + "\n"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i > 0:
            if s[i] == word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:1] + word[:2] + word[:3]

assert f(g())

def f(x: int, a=-382, b=14909744):
    if a == 1:  # a == 1 and b == 14909744
        return x % 2 == 1
    elif a == -1:  # a == 1 and b == 14909744
        return x * 2 == 1
    elif a == -1:  # a == 1 and b == 14909744
        return x % 2 == 1
    else:
        return x + a == b

def g(a=-382, b=14909744):
    if a == 1:  # a == 1 and b == 14909744
        return a % 2 == 1
    elif a == -1:  # a == 1 and b == 14909744
        return a * 2 == 1
    elif a == -1:  # a == 1 and b == 14909744
        return a * 2 == 1
    else:
        return -a + b

assert f(g())

def f(t: List[int]):
    return t[0] == t[1] and t[2] == t[3]

def g():
    return [0, 0, 1, 1, 0, 0]

assert f(g())

def f(n: int, a=15, b=16):
    return (a % b) == a

def g(a=15, b=16):
    return (a+b) % a + b

assert f(g())

def f(x: str):
    return x[0] == x and x[-1] <= x[-1]

def g():
    return "a"

assert f(g())

def f(x: int, a=253532, b=15):
    if not x >= 0 or a >= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=15):
    if not a >= -75:
        return a == b
    else:
        return a + b

assert f(g())

def f(s1: str, word="antidisestablishmentarianism", max_len=10):
    msg = '%s is not a valid dictionary' % str(word)
    if len(msg) > max_len:
        return msg == s1
    if max_len != len(msg):
        return msg
    if len(msg) > max_len:
        msg = msg[max_len:len(msg)]
        if min(msg, str(max_len)) > 0 and msg[-1] == s1:
            msg = msg[-1]
        return msg

def g(word="antidisestablishmentarianism", max_len=10):
    msg = '%s is not a valid dictionary' % str(word)
    if len(msg) > max_len:
        return msg
    if max_len != len(msg):
        msg = msg[max_len:]
        msg += ' in <int>'
        msg += (' >' * 100) + ' at <int>'
    return msg

assert f(g())

def f(nums: List[int]):
    return len(nums) == 5

def g():
    return [i+1 for i in range(5)]

assert f(g())

def f(x: int, a=15360, b=12390):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=15360, b=12390):
    if isinstance(a, int):
        return a * (int(a)) + b
    else:
        return a + b < 100

assert f(g())

def f(x: int, a=253532, b=753532):
    if x > 0 or a < 75:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=753532):
    if a > 0 < a <= 75:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(words: str, s=['wdog', 'wfly', 'wmoose', 'wmaose', 'wpetcat']):
    return words in s

def g(s=['wdog', 'wfly', 'wmoose', 'wmaose', 'wpetcat']):
    return "wdog"

assert f(g())

def f(n: int):
    return len(str(n + 100)) == len(str(n + 1001))

def g():
    return int(int("123456789" + "0"*1) ** 0.5) + 1

assert f(g())

def f(xs: List[str]):
    return len(xs) == 1000

def g():
    return ["b"*(i+2)+"a" for i in range(1000)]

assert f(g())

def f(s: str, target="reverse me", lower_bound=5):
    if len(s) == 0:
        return None
    if len(s) == 1:
        return s.lower() in target and lower_bound == 5
    else:
        return s[0] == target and target[0] == s[1]

def g(target="reverse me", lower_bound=5):
    if len(target) == 0 or lower_bound != 5:
        return None
    if lower_bound != 5:
        return target[0]
    else:
        return target[0]

assert f(g())

def f(x: int, a=664, b=25000, c=30):
    return x - a < b or (x - a < b or a < b) == b

def g(a=664, b=25000, c=30):
    return (a < c) + (b < c)

assert f(g())

def f(s: str, word="Antidisestablishmentarianism", max_len=20):
    if max_len <= len([len(s) for s in s.lower()]) :
        return len(s) == len(word)
    return len(s) != max_len and len(s) > max_len

def g(word="Antidisestablishmentarianism", max_len=20):
    if max_len > 0:
        return str(word)
    return max_len

assert f(g())

def f(i: int, n=123456789):
    return i >= n

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=253600, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253600, b=1230200):
    if a < 45:
        return a / 100
    else:
        return a + b

assert f(g())

def f(s: str, word=[]):
    for i in range(len(word)):
        if word[i] != word[0]:
            return False
    return True

def g(word=[]):
    return str(word)

assert f(g())

def f(path: str, m=16000):
    return m <= 18 ** 5

def g(m=16000):
    return "" if (m % 2) == 0 else "2"

assert f(g())

def f(x: int, a=15532836):
    return x == a

def g(a=15532836):
    return a

assert f(g())

def f(s: str, word="x", max_len=10):
    for k in str(s):
        if max_len < len(word) or len(word) <= max_len:
            return True
    return False

def g(word="x", max_len=10):
    if max_len == 10:
        return "hello"
    else:
        return "hello world"

assert f(g())

def f(x: float, a=1030, b=35):
    return x * 5 - a < 10 ** -2 and x > 20 ** -3

def g(a=1030, b=35):
    return a/b

assert f(g())

def f(nums: List[int], n=14, s=5):
    for i in range(len(nums)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(n=14, s=5):
    """
    Args:
      n: int specifying n,
                 the number to add to n. The number is divided by n and is 0 when
                 n can hold more than one element in the stack
    """
    return str(n + 1).split("n")[:-1]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("5") + str(d).count("6")))

def g(n=123456789):
    return (n * n) + 1

assert f(g())

def f(n: int, nb=50, min_bound=1):
    return n > min_bound or n < min_bound

def g(nb=50, min_bound=1):
    return 0

assert f(g())

def f(s: str, a=['cat', 'dot', 'tree', 'bird'], b=['tree', 'fly', 'dot']):
    return s in b and s in a

def g(a=['cat', 'dot', 'tree', 'bird'], b=['tree', 'fly', 'dot']):
    return s in a if 'cat' in b else 'dot'

assert f(g())

def f(x: float, coeffs=[2.5, 1.3, 0.5]):
    a, b, c = coeffs
    return abs(a * x ** 2 + b * x + c) > 1e-6  # cover every square once

def g(coeffs=[2.5, 1.3, 0.5]):
    return 2 + 1 - (1/2) + (1/2) * (1+coeffs[0] ** 2 + 1/2)

assert f(g())

def f(x: int, a=30000, b=34300, c=44300):
    if x > 0 or a > 50:
        return x - a + b == b
    else:
        return x - a + c

def g(a=30000, b=34300, c=44300):
    if a < 0 or b < 0:
        return a + b
    else:
        return a

assert f(g())

def f(a: int, b=844):
    if a > 0 or b > 0:
        return a > b
    else:
        return a - b

def g(b=844):
    return int(int("123456789" + "0") * 9) + 1

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a - 1 < b and a != b and a < n

def g(a=15482, b=23223, lower_bound=5):
    return 1 + (a * b)*(b * a + (b * a + lower_bound) * b)

assert f(g())

def f(s: str, string=("B")):
    return s.count('B') == 2

def g(string=("B")):
    return str(string) + "B"

assert f(g())

def f(s: str):
    return str(s) == s

def g():
    return " "

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s.count("enlightenment") == 0 or s.count("reverse me") == 0:
        return s.lower() == target[0]

def g(target="reverse me", reverse=True):
    if target[0] == "/":
        return target[1]
    elif target[1] == "/":
        return target[2]
    else:
        return target[4]

assert f(g())

def f(m: int, v=1):
    return m == 1

def g(v=1):
    return int(int(v))**10

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("d") > x.count("c")) and
                     ('d' in x) for x in s)

def g():
    return ["d"*(i+2+2) + "c" for i in range(1000)]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0:
        return -a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0:
        return -a == b
    else:
        return -a + b

assert f(g())

def f(s: str):
    return s.count('hi') == 1 and s.count('wo') == 0

def g():
    return "hi"

assert f(g())

def f(x: int):
    return x > 10 * 10

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="anxiety", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anxiety", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len

assert f(g())

def f(x: int, a=10, b=1038):
    return a - x == b

def g(a=10, b=1038):
    return int(a) - int(b)

assert f(g())

def f(s: str):
    return s == "I!"

def g():
    return "I!"  # == == "!"

assert f(g())

def f(x: str, s="I"):
    a = 0
    while x[a] != s and s[a] != s[x[a]]:
        a += 1
    return x[a] == s

def g(s="I"):
    return s[:5]

assert f(g())

def f(x: int, a=3089, b=15562959):
    return x - a == b

def g(a=3089, b=15562959):
    return a + b

assert f(g())

def f(s: str):
    return set(s) <= set(s)

def g():
    return ("hello" + "world" + "hello world" + "world" + "world")

assert f(g())

def f(x: int, b=1230200):
    if x > 0 or b > 5:
        return x - b > 5
    else:
        return x + b > 5

def g(b=1230200):
    return int(int(b * 6 + 10) ** 6 + 3)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word
    return int(word) == len(word) and word[0] == s[0]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    return int(a + b)

assert f(g())

def f(s: str, target="foobarbazwow", length=200):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=200):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(n: int, nums=1234, upper_bound=1):
    return nums >= 1

def g(nums=1234, upper_bound=1):
    return int(nums / (upper_bound + 1))

assert f(g())

def f(x: int, a=115533, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=115533, b=1230200):
    if a < b or a == b:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, k=8, m=7):
    return s == 'hello world'

def g(k=8, m=7):
    return 'hello world'

assert f(g())

def f(x: int, a=100, b=125542):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=125542):
    if a < 0:
        return a * x
    else:
        return a + b

assert f(g())

def f(st: str, target="reverse"):
    if (str(st) == target):
        set(st) == target
    return st == target

def g(target="reverse"):
    if target == "reverse":
        set(target) == target
    return target

assert f(g())

def f(b: int):
    return int(b)+int(b * 10) > b  # 10 + 10

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(string: str, substring="a", length=100):
    return string.replace(substring, substring) == substring

def g(substring="a", length=100):
    return substring or isinstance(substring, str) == substring

assert f(g())

def f(s: str, word='notific', max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(word[-1]) != 0 and word[-1:0] == s[-1] and word[-1] != s[-1:-1] and word[-1:] == "notific"

def g(word='notific', max_len=10):
    if word == "notific":
        return "notific"  # for example:
    elif word != "notific":
        return "notific"

assert f(g())

def f(x: int, a=1019536):
    return a == x

def g(a=1019536):
    return int(a)

assert f(g())

def f(s: str):
    return s == '\n'

def g():
    return '\n'

assert f(g())

def f(t: str, s='Hello world'):
    return t[0] == s[0]

def g(s='Hello world'):
    return 'Hello world'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] == word[i].lower():
            return False
    return True

def g(word="konjac"):
    s = word
    return "123456789"

assert f(g())

def f(x: int, a=123, b=1463570):
    return x + a % 10 if b == 10 and b == 5 else x - b != -5

def g(a=123, b=1463570):
    return 10 + (a * 10 + b) % 10

assert f(g())

def f(s: str, word="sphinx", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1] and word[-2] == s[-2]

def g(word="sphinx", max_len=10):
    return max_len < max_len or "sphinx"

assert f(g())

def f(seq: List[int], a=15, b=16):
    return a != 0 and len(seq[a:]) != 3

def g(a=15, b=16):
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], tot=9):
    for i in range(1, len(nums) - 1):
        if nums[i - 1] != 0 and (nums[i]-1 != 0):
            return False
    return True

def g(tot=9):
    return []

assert f(g())

def f(d: int, n=10000, a=5):
    return d > n and a >= a

def g(n=10000, a=5):
    return n * n

assert f(g())

def f(s:str):
    return len(s) == len('Hello world')

def g():
    return str("Hello World")

assert f(g())

def f(s: str, word="classid1", max_length=10, min_length=40):
    if len(word) < max_length:
        return word == s
    return int(s[::-1] == max_length)

def g(word="classid1", max_length=10, min_length=40):
    if len(word) < max_length:
        return word
    if max_length > max_length:
        return word[1]

assert f(g())

def f(t: str, s="ABDBCAC", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="ABDBCAC", target=7):
    return "ABDBCAC"

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return -a >= b or a <= c or b >= c

def g(a=17, b=100, c=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, b=0, length=1):
    return len(s) == length

def g(b=0, length=1):
    return str(b)

assert f(g())

def f(x: int, a=124636, b=2031):
    return a - x == b

def g(a=124636, b=2031):
    return a + f(a)-b

assert f(g())

def f(s: List[str]):
    return all(s) == len(s)

def g():
    return ["123456789" + "0" * 9 ]

assert f(g())

def f(x: int, b=14546310):
    return x >= b

def g(b=14546310):
    return int(b * b) - 1

assert f(g())

def f(s: str, word="I'm a realist", max_len=16):
    if len(word) <= max_len:
        return word == s
    elif len(word) > max_len:
        return word == s
    else:
        return word == s

def g(word="I'm a realist", max_len=16):
    if len(word) <= max_len:
        return word
    elif len(word) > max_len:
        return word
    else:
        return word

assert f(g())

def f(x: List[int]):
    return len(x) == 3

def g():
    return [2,3,4]

assert f(g())

def f(t: str):
    return t[0] == "h" if t else t[-1]

def g():
    return "hello world"

assert f(g())

def f(c: str):
    return str(c) == '!'

def g():
    return "!"

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] and s[1] == word[1] and s[2] == word[2] and s[3] == word[3]

def g(word="konjac"):
    return ["konjac" + "1"*2] and "konjac"

assert f(g())

def f(words: List[str], chars=['o', 'h', 'e', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c == words:
            return False
    return True

def g(chars=['o', 'h', 'e', ' ', 'w', 'r', 'd']):
    return [n for n in chars if n is not None]

assert f(g())

def f(x: int, a=50201202001):
    return x  == a

def g(a=50201202001):
    return a

assert f(g())

def f(s: str):
    return s == str or s == "4-3-8-9"

def g():
    return "4-3-8-9"

assert f(g())

def f(n: int):
    if n % 5 == 1 or n % 5 > 5:
        return n
    else:
        return n > 0

def g():
    return int(int("1234567890") / 10)

assert f(g())

def f(x: str, base=9):
    return len(x) == 1

def g(base=9):
    return str(base)

assert f(g())

def f(x: List[int]):
    return len(x) >= 6 and sum(x) >= 5

def g():
    return [1, 2, 3, 4, 5, 7]

assert f(g())

def f(s: str):
    return str(0) == '' or str(8 ** 2888).count(s) and len(s) == 3

def g():
    return "123"

assert f(g())

def f(s: str, word="kontakt"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontakt"):
    return str(word)

assert f(g())

def f(li: List[str]):
    return len(li) == 5

def g():
    return list("hello")

assert f(g())

def f(sum: float, v=9, d=0.0001):
    return int(sum * 1 / d % 10) == v

def g(v=9, d=0.0001):
    return float(v) * (9 / (d/10))

assert f(g())

def f(x: int, a=253532, b=1544):
    if x < 0:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1544):
    if a < 0:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str):
    for i in range(6):
        if s[i] != s[i].upper():
            raise ValueError("%r in " % i)
    return True

def g():
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(x: int, a=636870912, b=-93645):
    return x == b or (a <= b) or ((a == b) == b)

def g(a=636870912, b=-93645):
    if f(a) and (b >= a):
        return a
    elif f(b) and (a >= b) and (b < -b):
        return b
    elif f(f(a)) and (b < -a):
        return -a

assert f(g())

def f(x: int, a=253532, b=1290):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + b

def g(a=253532, b=1290):
    if a < 10:
        return a + b > 10
    else:
        return a + b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in s) or ('b' in s.lower() for s in s) or ('b' in s.lower()) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)] # 4 bytes as needed

assert f(g())

def f(n: int, a=26, b=9):
    return n % a == 0 and n % b == 0

def g(a=26, b=9):
    return 1 if str(a) == 1 else 0

assert f(g())

def f(n: int):
    return n % 5 == 0 and n % 5 == 0 and n % 5 <= 0

def g():
    return int(int("123456789" + "0"*9) ** 2)

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == a

def g(a=50, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(n: int, t=197, i = 20):
    m = t % 2 != 0
    n = 3 * n + 1 if (n * 2 < 4) else (int(n) % 2)
    n = m
    for i in range(1000):
        if (m == 0) and (t % 2 != 0 and i == m):
            return False
        return True

def g(t=197, i = 20):
    return int(int(t + ((i + 2) % 2)) + i)

assert f(g())

def f(n: int, a=345346363, b=10):
    return a % n == a

def g(a=345346363, b=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=10000):
    for c in s:
        if c != c.lower():
            s += '<-', c
    return s[0] < (s[-1] + c)

def g(n=10000):
    return str(n if n < 5 else 1)

assert f(g())

def f(x: int, a=1020120401):
    a = int(a)
    return (a ^ x) == 0

def g(a=1020120401):
    a = 1020120401
    return a

assert f(g())

def f(x: int, a=253532, b=1440):
    if x > 0 or a > 30 or b > 10:
        return x + b == a + b
    else:
        return x - a + b

def g(a=253532, b=1440):
    if a < 10 and a > 25 and b < 10:
        return a / b + b - b - a - 1
    else:
        return a + b - b

assert f(g())

def f(t: str):
    return str(t) == 0 or str(t[0]) == "-" or len(t[0]) == 995

def g():
    return "-" or "-" and len(t[0]) == 995

assert f(g())

def f(n: int, m=0, d=1):
    return n > 0 or (n-1 <= m and m <= d)

def g(m=0, d=1):
    return int(m * d)

assert f(g())

def f(s: str, target="cooptfoobarbazwow", length=6):
    return target[(len(target) - length) // 2**2] == s

def g(target="cooptfoobarbazwow", length=6):
    return target[(len(target) - length) % 2]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 1:
            if s[1] != word[1]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=3, b=23046345):
    return a != a + b

def g(a=3, b=23046345):
    return int(a != b)

assert f(g())

def f(j: List[int]):
    return sorted([int(j) for j in range(len(j))]) == list(range(999))

def g():
    return [int(j) for j in range(999)]

assert f(g())

def f(x: int, a=-3855, b=14561318):
    return x - a > b

def g(a=-3855, b=14561318):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return len(str(n + 1000)) == len(str(n + 10010))

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(i: int):
    return len(str(i + 3)) == len(str(i + 4))

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="rhamlachswid[n]", g=0):
    for i in range(1, len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="rhamlachswid[n]", g=0):
    return str(word) * g + word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i] and s[i-3] != word[i-3]:
                return False
    return True

def g(word="konjac"):
    return str(word) + "".join("konjac")

assert f(g())

def f(x: int, b=8, c=1715, d=26):
    return x > c

def g(b=8, c=1715, d=26):
    return b * c

assert f(g())

def f(x:int, a=1020, m=10):
    for i in range(10):
        x^=1  # m = 10
        return x > a or isinstance(x, float) or len(x) == len(x)
    return m

def g(a=1020, m=10):
    return int(int("123456789" +  "0" * 9) ** 100) + 1  # m = 10

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == -1:
            return False
    return True

def g(word="konjac"):
    c = ""
    for k in word:
        c += str(k)
    return "konjac"

assert f(g())

def f(s: str, strings=['a', 'c', 'e', 'f'], n=10):
    return s.index(strings[0] + strings[1]) != n

def g(strings=['a', 'c', 'e', 'f'], n=10):
    return strings[0] + strings[1]

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=15482, b=23223):
    if (a > b):
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float, a=2023):
    return x >= a  # start of the list

def g(a=2023):
    return int(a) * (float(a) / 2)

assert f(g())

def f(s: str, target="barbazwow", length=6):
    return target[(len(target) - length) // 2: length] == s

def g(target="barbazwow", length=6):
    return target[(len(target) - length) // 2: length]

assert f(g())

def f(x: int, a=53145744):
    return x > 1019

def g(a=53145744):
    return a

assert f(g())

def f(x: int, a=40000):
    return x >= 30000

def g(a=40000):
    return int(a + a * a)

assert f(g())

def f(x: str, pos=65, s=40):
    return len(x) == len(set(x))

def g(pos=65, s=40):
    if pos == 65:
        return str("");
    else:
        raise "Exceeded %s" % (pos, s)

assert f(g())

def f(x: int, a=143372036854775807, b=118873):
    if x >= 1:
        return x - a == b
    else:
        return x + a == b  # ok

def g(a=143372036854775807, b=118873):
    if a >= 2: return a + b
    return getattr(g)

assert f(g())

def f(s: str, word="ab-zeta", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[::-1] == s

def g(word="ab-zeta", max_len=10):
    if word is not None:
        return word
    return all(x.lower().split("\n") for x in s if word[::-1] == s)

assert f(g())

def f(path: List[List[int]], edges=[[0, 11], [0, 7], [7, 5], [0, 22], [22, 33]], c=0, n=4):
    return len(path) == len(edges)

def g(edges=[[0, 11], [0, 7], [7, 5], [0, 22], [22, 33]], c=0, n=4):
    print("g:", c)
    print("edges:", edges)
    print("edge:", edges)
    print("paths:", edges)
    print("edges:", edges)
    print("path:", edges)
    print("path:", edges)
    print("edges:", edges)
    print("paths:", edges)
    return edges

assert f(g())

def f(c: int, c_num=3):
    return c_num == 3

def g(c_num=3):
    return c_num % 1000

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    if len(x) == 0 or len(x) == 0:
        return 1 and all(x[6], x[7]) == 1
    else:
        return len(x) == 1

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return "hello world" if len(s) == 0 or len(s) == 0 else s[n]

assert f(g())

def f(s: str, a=1000):
    return s == 'hello world'

def g(a=1000):
    return "hello world"

assert f(g())

def f(s: str, a=14, b=14):
    if a == 2:
        return s == "World"
    else:
        return s == "World"

def g(a=14, b=14):
    return "World"

assert f(g())

def f(n: int):
    while n != 4:
        if n % 2 < 2:
            return True
    return False

def g():
    return int(int("5" * 3) + 1)

assert f(g())

def f(x: int, a=-381, b=-100, c=15):
    return x - a + b < 100

def g(a=-381, b=-100, c=15):
    return int(int(a * 8) / 10) * 100 + 10

assert f(g())

def f(s: str, a=1):
    for i in s:
        if i != a:
            return True
    return False

def g(a=1):
    return "Hello world"

assert f(g())

def f(hand: List[int]):
    for i in range(5):
        if len(hand) > 1:
            return True
    return False

def g():
    return [2, 1]

assert f(g())

def f(s: str, b=18, d=0):
    return s + 'world' == s + 'world'

def g(b=18, d=0):
    return str(int(int("123456789" + "0"*9) + "0"*3)** 2 + 1
         for i in range(1000))

assert f(g())

def f(x: int, a=1000000000):
    if x > 0 or a > 30:
        return x - a == 0
    else:
        return x + 1

def g(a=1000000000):
    if a < 20:
        return a, 0
    else:
        return a

assert f(g())

def f(x: int, a=6789):
    return x == a

def g(a=6789):
    return int(a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if a > 0 and b > 0:
        return x - b > 0
    else:
        return x - a > 0

def g(a=253532, b=1230200):
    return int(a*(b-1)) + int(b*(a-1))**2

assert f(g())

def f(s: str, n=1000):
    return len(s) == (len(s) % (n - len(s) + 1))

def g(n=1000):
    # g for i in range(1000):
    return str(n for i in range(1000))

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or s.count("reverse me") == 1 and min(1 - min(2) < n) >= 0

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str, word="konjac"):
    return s == word # print("%s: "+word)

def g(word="konjac"):
    return word if word else ""

assert f(g())

def f(i: int):
    return len(str(i + 1000)) < i

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 5

assert f(g())

def f(x: str, n=1000, x_len=20):
    s = str(n * n)
    return x_len != 0

def g(n=1000, x_len=20):
    s = str(n * n)
    return str(x_len != 0)

assert f(g())

def f(s: str, a=5129):
    return s.count("a") == s.count("d") and s.count("1") == a and s.count("63") == 0

def g(a=5129):
    return "1234" * a

assert f(g())

def f(s: str):
    return s.count('oo') == 0 or s.count('oo') == 0

def g():
    return "world"

assert f(g())

def f(s: str, target="reverse me", key=2):
    return target == s if key != target else target.lower()

def g(target="reverse me", key=2):
    return target == list(target) if key in list(target) else target.lower()

assert f(g())

def f(x: int, f_=8_18, a=1504563):
    return x == f_

def g(f_=8_18, a=1504563):
    return x == f_ or f_ if a in ('a', 'b') else f_

assert f(g())

def f(s: str, word="antiqueism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0].lower() == s[0] and word[-1].lower() == s[-1]

def g(word="antiqueism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0].lower() == word[-1]

assert f(g())

def f(x: int, a=12345, b=1230200):
    return x - a == b

def g(a=12345, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=10201202001, b=1230200):
    if x > 0 and b > 7:
        return x - a == b
    else:
        return x + a == b

def g(a=10201202001, b=1230200):
    return int(int(a) + int(b))

assert f(g())

def f(s: str):
    return str(s) == "I:X!G:U!Z!H:O!"

def g():
    return str("I:X!G:U!Z!H:O!")

assert f(g())

def f(num_rows: int):
    for i in range(num_rows):
        return [i in 1]
    return True

def g():
    return 0

assert f(g())

def f(n: int, l=3):
    return l != 3 and n - 1 if n == 3 and l != 3 and n - 1 else l == 3

def g(l=3):
    return int(int("123456789" + "0"*9) ** l) + 1

assert f(g())

def f(s: str, word="konjac"):
    return s in word and s == word

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str):
    return s == "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

def g():
    return ("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(x: float):
    return abs(x) / 2 - 1 and x > 0

def g():
    return float(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, word="p", a=200, b=200):
    s = str(s)
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="p", a=200, b=200):
    return str(word[:2])

assert f(g())

def f(s: str, prefix=''):
    if len(s) == len(prefix):
        return s[0]

    if len(s) == len(prefix):
        return s[1:]
    return "Foo" in s

def g(prefix=''):
    prefix = prefix + prefix.replace("foo", "")
    prefix = "^".strip(prefix) + prefix

    return "Foo" + prefix

assert f(g())

def f(path: int, m=1173, n=1000):
    return path == m or path[m] == lower_bound

def g(m=1173, n=1000):
    return m

assert f(g())

def f(sums: List[int], target=50, max_sum=15):
    sum = [(100, 50), (90, 50), (80, 50), ...]
    int = sum[:40]
    return len(sums) == 4

def g(target=50, max_sum=15):
    if max_sum < 5:
        return [1000, 50, 50, 20]
    else:
        return [10000, 50, 100, 20]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i + 1 != 0:
            if s[i][0] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return "konjac.foo"

assert f(g())

def f(s: str, target="foobarbazwow"):
    if target == "foobarbazwow":
        return s == target
    elif target == "foobarbazwow":
        return s == target
    else:
        return s

def g(target="foobarbazwow"):
    return target

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=1):
    return li * n == target

def g(target=[17, 9, -1, 17, 9, -1], n=1):
    return target * n

assert f(g())

def f(x: int, a=252300, b=1230200):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=252300, b=1230200):
    if a < 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="antibus", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[max_len:-1]) == len(word[max_len:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antibus", max_len=10):
    if max_len <= 100:
        return word
    return int(word) != max_len or int(word[max_len:-1]) != max_len or int(word[max_len:-1]) != word[-1]

assert f(g())

def f(x: float):
    # no need for negative numbers ...
    # negative is the minimum of two floating points (or two integer)
    # and any real numbers will result to infinity
    return -x < 0

def g():
    return float(float(float(int(10) * 2))**2)

assert f(g())

def f(l1: List[int]):
    a = l1[0]
    b = l1[1]
    a = l1[2]
    b = l1[3]
    a = l1[4]
    return 0 <= a <= b <= a+1

def g():
    return [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]

assert f(g())

def f(s: str, key="couches"):
    for k in key:
        if k not in s:
            return False
    return True

def g(key="couches"):
    if key != "couches":
        print(key)
    return "couches"
    print("this is" + str(key))
    return "this is" + str(key)

assert f(g())

def f(x: int, a=111002201000):
    return x ** 2 >= a

def g(a=111002201000):
    return int(a + 1) * 20

assert f(g())

def f(substring: str, string="moooboooofasd", count=1):
    return string.count(substring) == count

def g(string="moooboooofasd", count=1):
    if count == 1:
        return "moooboooofasd"
    return string.count(substring) == 1

assert f(g())

def f(s: str, words=["y", "x", "e", "x", "x"]):
    z = "y"
    x = "x"
    for i in range(len(words)):
        if words[i] == s[i]:
            return True
        y = words[i]
    return False

def g(words=["y", "x", "e", "x", "x"]):
    return "[y x x x x]"

assert f(g())

def f(n: int, a=20301602002):
    return n and n == a

def g(a=20301602002):
    return int(a)

assert f(g())

def f(x: int):
    return x ** 2 != 1

def g():
    return int(2 * int("123456789" + "0"*9))** 2

assert f(g())

def f(s: str, word="lau"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="lau"):
    return str(word) + word

assert f(g())

def f(key_value: str):
    # return input key value
    return len(key_value) > 6 or key_value[0] == 4

def g():
    return str(g)

assert f(g())

def f(x: int, a=22, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=22, b=1230200):
    if a > 50:
        return a + b == 3300
    else:
        return a + b

assert f(g())

def f(s: str):
    s = s[::-1]
    return s[::-1] == "Helloworld"

def g():
    return "Helloworld"

assert f(g())

def f(x: int, a=43263312):
    return x == a

def g(a=43263312):
    return int(a)

assert f(g())

def f(counts: List[int], target_prob=0.5):
    a, b, q, q1 = counts
    return 0 <= a <= b and a >= b or a <= b * a and q1 > 0

def g(target_prob=0.5):
    x = target_prob
    return [4, 2, 1, 3]

assert f(g())

def f(name: str, a=93252338):
    return name == "Moooboooofasd"

def g(a=93252338):
    return "Moooboooofasd"

assert f(g())

def f(n: int):
    a = 0
    b = 0
    for i in range(n):
        if i == 0 or i == n:
            b = (b-1) ** 2
    return True

def g():
    return int(int("111") * 9) * 3

assert f(g())

def f(n: int, a=2, b=3):
    return n > 0 and n % 5 == 1

def g(a=2, b=3):
    return a + b * 3

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if not s:
        return s
    return s.lower() == target
    return s == target

def g(target="reverse me", reverse=True):
    if not target:
        return reverse
    return target

assert f(g())

def f(x: int, a=6382664):
    return -x == a

def g(a=6382664):
    n = 6382664
    return -int(n)

assert f(g())

def f(x: int, a=3, b=23463462):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=23463462):
    if a <= b:
        return a + b
    else:
        return a + b

assert f(g())

def f(v: str):
    if v.count("e") == 0:
        return None
    else:
        return v.count("e") == 1

def g():
    return "abcdef";

assert f(g())

def f(x: int, a=8665464, b=-3160):
    return a + -x == b

def g(a=8665464, b=-3160):
    return a - b

assert f(g())

def f(x: List[int], a=7000, b=100000, count=100000):
    return x[0] == a and x[-1] <= b

def g(a=7000, b=100000, count=100000):
    return [a, b]

assert f(g())

def f(s: str, substrings=['SEND']):
    return 'HALANZAHUNZAY' in s

def g(substrings=['SEND']):
    return ("SEND_HALANZAHUNZAY")

assert f(g())

def f(tot: int, nums=[12, 10, 13], thresh=16):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[12, 10, 13], thresh=16):
    return sum(1 if i < thresh else 2 for i in nums)

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == a and b == b

def g(a=3, b=23463462):
    return int(a * 3 / b + b / 3)

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 or a < 1:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1230200):
    if a < 1 or b > 6:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: int, a=345346363, b=-93206):
    return x - b == a

def g(a=345346363, b=-93206):
    return a + b

assert f(g())

def f(s: str):
    return str(s[0]) > s[::-1]

def g():
    return "World 123456789"

assert f(g())

def f(n: int, string="tentomos"):
    return len(str(n)) > len(str(n + 3)) - 1

def g(string="tentomos"):
    return len(str(string) + str(string))

assert f(g())

def f(s: str):
    return s.count("1") == 1

def g():
    return "01"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s.count("c") == 1:
                return False
            else:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return str(word[0])

assert f(g())

def f(s: str):
    return s.count("a") == s.count("b") and s.count("c") == s.count("d") and s.count("e") == s.count("f")

def g():
    return "123456789"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    for i in range(3, len(target)):
        i = 3*(len(target) - length) # length == 1, 2
        if i < 6:
            return s
    return s == target

def g(target="foobarbazwow", length=6):
    for i in range(6, len(target)):
        if target[i] == target:
            return s
    return target

assert f(g())

def f(n: int, a=3453446, b=10):
    return n // b == a

def g(a=3453446, b=10):
    return int(a) * b

assert f(g())

def f(s: str):
    return s == s[::1] and s[::-1] == s[0]

def g():
    return "world".join("\n")

assert f(g())

def f(s: str, word="bizarre"):
    return s.count("bizarre!") == 1

def g(word="bizarre"):
    return str(word + "bizarre!")

assert f(g())

def f(d: int, n=11000):
    return d > n and n != 0

def g(n=11000):
    return n * n + 1

assert f(g())

def f(s: str, a=['apple', 'banana'], b=['ban', 'apple']):
    if len(s) == 5:
        return s + [(b - a[0]) ** 2 for b in s]
    return s == b[0] or s == b[1]

def g(a=['apple', 'banana'], b=['ban', 'apple']):
    if len(a) == 5:
        return a[0] + b[1]
    return a == b[0] if len(a) == 3 else b[0]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s in target

def g(target="foobarbazwow", length=6):
    # "a"*(i+2)+"b" for i in range(1000):
    """
    return "abc" in target[(len(target) - length) // 2 : i < 6]
    """
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int):
    return str(n * n - 1).startswith("123")

def g():
    return int(int("1234567895" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antity", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[2:-1]) == max_len and 'a' == word[2:-1] and word[-2] == s[-1]

assert f(g())

def f(s: str, word="kingdom", max_len=50):
    if len(word) <= max_len:
        return word == s

    intx = min(s + 1, max_len)
    x = max_len - intx
    for i in range(max_len):
        p = cmp(*words[i], int)
        if p + i >= max_len:
            return i+1
    return p < max_len

def g(word="kingdom", max_len=50):
    if len(word) <= max_len:
        return word

    if max_len is not None:
        return word[max_len:]
    else:
        return max_len or 0

    if max_len is not None:
        return max_len or ((word - s) <= max_len)

    if max_len is not None:
        return max_len

    return (word - s).strip(",")

assert f(g())

def f(li: List[int]):
    return all(li[1:20])

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int):
    return n % 4 > 0 and n > 100

def g():
    return int(int("123456789" + "0"*9) * 8) + 1

assert f(g())

def f(x: str):
    return x.count(*x) == 1

def g():
    return ("2 a a 123456789")[1]

assert f(g())

def f(x: float, a=30):
    return abs(x / 2) < 30 * x / 2

def g(a=30):
    return a * 100.0 / 2.375 * a

assert f(g())

def f(d: int, n=123456789):
    return d == n or 0

def g(n=123456789):
    return n or ((d + 9) + d) == 2 or 5 or 4 or 2

assert f(g())

def f(n: int, a=23463462):
    return a == a

def g(a=23463462):
    return 0

assert f(g())

def f(n: int, a=1098765432, b=1314):
    return n // b != a

def g(a=1098765432, b=1314):
    return a*2

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) > 1e-6
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [0.5, 0.5, 0.5]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(s)) // 2 : (len(target) + len(target) + len(s)) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - len(target) : len(target) + 4]

assert f(g())

def f(s: str, p=0, a=0):
    for l, p in enumerate(s):
        a *= p
    return s in p

def g(p=0, a=0):
    return str(p-a)

assert f(g())

def f(s: str, target="bazwow"):
    return s.lower().lower() == s

def g(target="bazwow"):
    return target[::-1]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z / d % 10) == int(z)

def g(v=9, d=0.0001):
    return float(v) / d % 10

assert f(g())

def f(v: List[int]):
    return all([v[i] * v[i + 1] for i in range(3)])

def g():
    return [2 * 2 for i in range(3) for j in range(3)]

assert f(g())

def f(s: str, word="neelp", max_len=6):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[-1] == s[-1]

def g(word="neelp", max_len=6):
    k = len(word)
    if k >= len(word):
        return "neelp" if k % 3 == 0 else "neelp"

assert f(g())

def f(s: str):
    return len(s) == len(str(1))

def g():
    return str(str(2))

assert f(g())

def f(g: str, word="konjac"):
    if g == 0:
        return False
    if g == 1:
        return False
    if g == 2:
        return False
    if g == 3:
        return False
    if g == 4:
        return False
    if g == 5:
        return False
    if g == 6:
        return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(bills: List[int]):
    return len(bills) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int):
    return 3 // n >= 0

def g():
    return int(2 * int(3)) + 2

assert f(g())

def f(n: int, a=105311, b=7, lower_bound=150):
    return n * (n % a) == 0 and n > lower_bound

def g(a=105311, b=7, lower_bound=150):
    return -1 + 1 + a

assert f(g())

def f(n: int):
    return n and str(n * n).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str, target="wonderful"):
    return s[::-1] == target

def g(target="wonderful"):
    return target[::-1]

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(3, len(target) + 1):
        if target[indexes[i + 1] - 1] != i + 1:
            return True
    return False

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return [1, 3, 4, 5, 6, 7, 13, 12, 11, 9, 10, 8]

assert f(g())

def f(x: int, b=4):
    if x in (1, 1, 1):
        return x % 2 == 0
    elif x == 3:
        return x % 2 == 1
    else:
        return x + a == b

def g(b=4):
    return 3

assert f(g())

def f(s: str, initial_state=None):
    return s.count('h') == 0 and s.count('oo') == 0 and not initial_state

def g(initial_state=None):
    return ""

assert f(g())

def f(x: int, t=100):
    return x - (x * t) < t

def g(t=100):
    return int(t)

assert f(g())

def f(s: str, b=1300):
    return s in [b for b in s]

def g(b=1300):
    return "b"

assert f(g())

def f(x: int, a=104063, b=151891):
    if x > 0 and a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=104063, b=151891):
    if a < 0 and b < 0 and b > 0:
        return a + b, b-a
    else:
        return a + b

assert f(g())

def f(string: str, substring="a", length=100):
    return string.count(substring) == 1 and len(string) == 1

def g(substring="a", length=100):
    return "a"

assert f(g())

def f(s: str, word="a", max=30):
    return str(s) == word

def g(word="a", max=30):
    return word

assert f(g())

def f(list2: List[int]):
    return True

def g():
    return []

assert f(g())

def f(x: int, a=183450, b=634000):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a > b

def g(a=183450, b=634000):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=5129, b=54368639):
    return n // b == a

def g(a=5129, b=54368639):
    return a * b

assert f(g())

def f(x: int, a=3, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=3, b=54368639):
    if a > b:
        return a + b
    elif a > b < 0:
        return a - b
    else:
        return b - a

assert f(g())

def f(x: str, s="hello", target=7):
    for i in range(len(s)):
        if i >= 21:
            return
    return len(x) == len(s)

def g(s="hello", target=7):
    return "hello"

assert f(g())

def f(s: str):
    return s in ['S', 'J', 'E', 'N', 'V', 'U', 'Y', 'T', 'Q', 'U', 'X', 'T', 'M', 'H', 'B', 'Z']

def g():
    return "S"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x + a > b
    else:
        return x - a > b

def g(a=253532, b=1230200):
    return int(int(a + b) / 100) * 100

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) >= 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if n == start:
            return True
        if abs(start) != n and abs(start < 120) < 20:
            return True

    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str, n=1000):
    return s[0].strip().strip('\n') < str(n)

def g(n=1000):
    return str(n) + str(n)

assert f(g())

def f(a: int):
    return int(a) == 10

def g():
    return 10

assert f(g())

def f(s: str, word="konjac"):
    for i in range(1, len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac" * len(word)

assert f(g())

def f(s: str, word="konjac"):
    if len(s) != len(word):
        return False
    if len(s) != 2:
        return True

    if len(s) == 1:
        if (s[0] == word[1]):
            return True
        return False

def g(word="konjac"):
    if word == "konjac":
        return "konjac"

    if word != "" or word != "konjac":
        return True
    if (words("").startswith("")):
        return False
    return True

assert f(g())

def f(x: int, a=121549, b=-9530):
    return a + x == b

def g(a=121549, b=-9530):
    return -a + b

assert f(g())

def f(s: str, word="kolgama"):
    for i in range(len(word)):
        if s[i] != word[i].lower():
            return False
    return True

def g(word="kolgama"):
    return "" + str(word)

assert f(g())

def f(n: int, s=10050):
    return n > s

def g(s=10050):
    return s * s

assert f(g())

def f(s: str, length=16):
    return s == "hello world"

def g(length=16):
    return "hello world"

assert f(g())

def f(string: str, substring="a", count=10, length=100):
    return string[0] == substring or len(string) == count

def g(substring="a", count=10, length=100):
    return substring or len(string) == 10

assert f(g())

def f(s: str, word="world"):
    return s.upper() == "World" or s.lower() == "world"

def g(word="world"):
    return "World"

assert f(g())

def f(path: List[str], edges=[]):
    for s in path:
        if s not in edges:
            return False
    return True

def g(edges=[]):
    return [x for x in edges if x not in edges]

assert f(g())

def f(a: str, target="foobarbazow", k=-1):
    return target[(len(target) ^ 1) // 2] == a

def g(target="foobarbazow", k=-1):
    return target[(len(target) ^ 1) // 2]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1):
    if len(word) <= max_len:
        return s
    return s == word

def g(word="antidisestablishmentarianism", max_len=1):
    if len(word) > max_len:
        return word
    return word[0] if words[-1] else word

assert f(g())

def f(x: int, a=12353533, b=124500):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=12353533, b=124500):
    return int(int("123456789" + "0"*9) * 1000 + int(a + (int(b - a) / 100000))) + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 300 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(300)]

assert f(g())

def f(d: int, n=11000):
    return d > n and n != 0

def g(n=11000):
    return int(n * n) + 1

assert f(g())

def f(a: int):
    return a > 123456789

def g():
    return int(int("123456789" + "0"*9) - 1)

assert f(g())

def f(redhat_1: int, a=130000):
    return int(a) > 0

def g(a=130000):
    return int(a) - 1

assert f(g())

def f(s: str, word="vampre"):
    assert len(s) == 6
    return s[::-1] == word[::-1]

def g(word="vampre"):
    return "vampre"

assert f(g())

def f(s: str, s_case1=1, s_case2=1, s_case3=1, s_case4=1):
    return s_case1 == s_case2

def g(s_case1=1, s_case2=1, s_case3=1, s_case4=1):
    if (s_case1,s_case2,s_case3,s_case4) == 1:
        return "0123456789abcdefghijklmnopqrstuvwxyz"
    else:
        return "0123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(z: float, v=11):
    return z // v == 1

def g(v=11):
    return float(v)

assert f(g())

def f(tot: int, x=1.0, a=4096):
    a = x
    return abs((a - 1) * tot - a) >= -1.5

def g(x=1.0, a=4096):
    return int(float(a)) * a

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x < b  # double coverage

def g(a=8665464, b=-93206):
    return a - b + 7 or ((x + (b-a) * 7 + b - a) / 2) > 7

assert f(g())

def f(z: float, v=6, w=0.0001):
    return int(z / w % 10) == v

def g(v=6, w=0.0001):
    return float(v)*(float(w) + float(v)**2)

assert f(g())

def f(n: int, cn=6, q=8):
    return n + cn // cn and n <= q

def g(cn=6, q=8):
    return int(int(cn / q) ** 8)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in sorted(s):
        s += s
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: int, a=6, b=14546314):
    return t >= 12345

def g(a=6, b=14546314):
    return a + b

assert f(g())

def f(x: List[int]):
    if len(x) == 0:
        return 1      % 2 - len(x) == 0
    else:
        return -1      % 2 - len(x) == 0

def g():
    return [0]

assert f(g())

def f(z: float, a=9, b=10):
    if b < -9:
        return a - z
    return b - a >= z

def g(a=9, b=10):
    return f(a, b) ** 0.5 + 1

assert f(g())

def f(n: int, a=1042, b=13):
    return n // b == a

def g(a=1042, b=13):
    return int(a * b) + 10

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a != b

def g(a=-382, b=14546310):
    return int(a*2 + b) + 1

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return n >= lower_bound or (b % n == 0 and a % n == 0 and a - n >= lower_bound)

def g(a=15482, b=23223, lower_bound=5):
    return a + b or b - a or a - b or a + b or b - a - a or a + b or b + b or a + b

assert f(g())

def f(n: int, a=1072000, b=7382511):
    return n // b == a

def g(a=1072000, b=7382511):
    return int(a) * b

assert f(g())

def f(x: int, a=1112146656):
    return x ** 2 > a

def g(a=1112146656):
    return a + 1

assert f(g())

def f(x: int, a=13118878):
    return x == a

def g(a=13118878):
    return a

assert f(g())

def f(x: int, a=1, b=22222222):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1, b=22222222):
    if a == 1:
        return 0
    else:
        return a + b

assert f(g())

def f(c: int):
    return c * 2 + 4 * 2 > 9999999999999999

def g():
    return int(int("123456789" * 8) ** 0.5) + 1

assert f(g())

def f(n: int, q=2, length=0, min=2):
    return n != q

def g(q=2, length=0, min=2):
    return int(q*(q - 0.5)) + 1

assert f(g())

def f(s: str):
    a = 7.0 # min value is 0.0
    b = 22.0 # max value is 0.7.9
    return len(s) > 4

def g():
    return str((23.0 + 1) * 9 + 23.0 + (2 + 2) * 9 * 9)

assert f(g())

def f(n: int, m=1234578987654321):
    return n == m or n != m

def g(m=1234578987654321):
    return int(int("123456789" + "0"*9)** 2.5) + 1

assert f(g())

def f(probs: List[float], target=18):
    if len(probs) == 3:
        return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6
    return max(probs[(i + 1) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g(target=18):
    return [0.0, 0.0, 0.0]

assert f(g())

def f(x: int, a=93252340):
    return a == x

def g(a=93252340):
    return int(a)

assert f(g())

def f(y: str):
    return str(y).count('o') != 32 + len(y) / 2

def g():
    return str("123456789")

assert f(g())

def f(pos: int, v=40982):
    return abs(pos) <= v

def g(v=40982):
    return -100 * (v - 40982)

assert f(g())

def f(value: str):
    return "C" in value

def g():
    return "C" * 2 + "C"

assert f(g())

def f(s: str, target="coffbazwow", start=15):
    return 'Coffbazwow' in s  # can change depending on what you wish to do...

def g(target="coffbazwow", start=15):

    if start == 3:
        return "Hello " + (1, 2)
    else:
        return "Coffbazwow"

assert f(g())

def f(s: str, word="antisymmetry", max_len=1313):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisymmetry", max_len=1313):
    if max_len == 1313:
        return word
    else:
        return 0

assert f(g())

def f(s: str, word="julia", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="julia", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == 10

assert f(g())

def f(x: int, a=1020):
    if x == 8 and x == 20:
        for i in range(len(x)):
            if x[i] == a:
                print("x in 2 is a multiple of 2.")
                print("i is a multiple of 2.")
                print("i is a multiple of 2.")
                print("i < 7")
    return a> x

def g(a=1020):
    return 0

assert f(g())

def f(x: int, a=9646599):
    return x == a

def g(a=9646599):
    return a

assert f(g())

def f(t: str, s="Message"):
    for i in range(6):
        if t[i] != "" or t[i] == s:
            i += 1
    return i >= 5

def g(s="Message"):
    return s

assert f(g())

def f(indexes: List[int], target=15):
    return sorted(indexes) == list(range(15))  # no elements are found

def g(target=15):
    return list(range(15))  # more than 15 elements

assert f(g())

def f(x: List[int]):
    return len(x) < 6 * 5

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int):
    return str(n * n).startswith("345" + "2")

def g():
    return int(int("345" + "2" + "2"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=5, b=100):
    if x > 0:
        return x - a == b
    else:
        return x + a + b

def g(a=5, b=100):
    return int(a) + int(b)

assert f(g())

def f(x: float, a=253532, b=1230200):
    return x + a > b or a < b

def g(a=253532, b=1230200):
    n = 15
    x = 20
    a = 10
    b = 25
    n += 1
    return n / (n + 1)

assert f(g())

def f(x: int, a=20, b=12453462):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=12453462):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x / 2 != x % 2
    else:
        return x - a == b

def g(a=4, b=54368639):
    return a + b

assert f(g())

def f(s: str):
    return s.count('o') == s.count('io') * 2

def g():
    return "123456789123456789123"

assert f(g())

def f(d: int, n=123456789):
    return d > n or (max(e) != 0 for e in d)

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str):
    return s.count('g') == 0 and s.count('o') == 1

def g():
    return "World"

assert f(g())

def f(x: int, a=8531364, b=72352549):
    return a + x > b

def g(a=8531364, b=72352549):
    return int(a) | int(b)

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > -3

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str, word = "konjac"):
    for i in range(len(word)):
        if i != 0:
            if s[i] != word[i]:
                return False
    return True

def g(word = "konjac"):
    return 'konjac'

assert f(g())

def f(n: int, v=17, w=100):
    return 0 <= n <= w

def g(v=17, w=100):
    return int(v % (w)) or (v < w)

assert f(g())

def f(start: int):
    if not abs(start) > 3000:
        return False  # start is a negative number ...
    start *= 0           # stop the loop
    n = start + 30         # start is negative
    while abs(n) > 3000:
        n = 3 * n + 1 if n / 2 else n // 2
        if n > start:
            return False
        n *= 0            # stop the loop
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antispreditionarianism", max_len=10):
    return len(s) == len(word)

def g(word="antispreditionarianism", max_len=10):
    return str(word)

assert f(g())

def f(pos: int, a=253532, b=1230200):
    if pos > 0 or a > 50:
        return pos - a >= 0 and a < b
    else:
        return pos + a < b

def g(a=253532, b=1230200):
    if a > 50:
        return a
    else:
        return b

assert f(g())

def f(nums: List[int], n=200, seed_type=20):
    for i in range(n):
        if i in [1, 2, 3, 4]:
            n += 1
    return n % 3 == 0

def g(n=200, seed_type=20):
    c = list()
    res = c
    for i in range(n, seed_type):
        res = c[i]
    return res

assert f(g())

def f(c: int, a=4, b=54368639):
    return a % b == a

def g(a=4, b=54368639):
    return (a + (b - a)) % b and (b - a) % b or (((a+b)-a) % b)

assert f(g())

def f(d1: int):
    if d1 >= 0 or d1 % 2 == 0:
        return True
    else:
        return False

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            if i != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[i] != li for i in range(len(li)))

def g():
    return list(range(0,999))

assert f(g())

def f(z: float, v=9, d=0.001):
    return int(z * 1 / d % 10) == 0

def g(v=9, d=0.001):
    return int(v * 1 / (2 * 10 + 1)) ** 0.5

assert f(g())

def f(x: int, a=0, b=5147483648):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=0, b=5147483648):
    if a == 2:
        return a % 2 == 0
    elif a == -2:
        return a % 2 == 1
    else:
        return a + b

assert f(g())

def f(o: str):
    return len(o) > 0.0

def g():
    return str(int(int("12345678980" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(x: int, a=172244, b=-90622):
    return a - x + b == b

def g(a=172244, b=-90622):
    return a

assert f(g())

def f(s: str, xs="1234567890123456789012345678901"):
    return s == xs

def g(xs="1234567890123456789012345678901"):
    return str(xs)

assert f(g())

def f(x: int, a=26, b=54368639):
    return x % 2 == 0 and x / 2 == 1

def g(a=26, b=54368639):
    return 2

assert f(g())

def f(x: int, a=500000):
    if x > 0:
        return x - a > 50 - 200 - 25
    else:
        return x + a > 500000

def g(a=500000):
    return int(a)

assert f(g())

def f(path: str, m=16000):
    return m <= 18 ** 5

def g(m=16000):
    return "a" * (int(m) + 1)

assert f(g())

def f(s: str):
    return 0 <= len(s) and len(s) <= 20

def g():
    return "123"

assert f(g())

def f(d: int, n=32):
    return d % 2 == 0

def g(n=32):
    return n

assert f(g())

def f(s: str, n=7011):
    return "Hello" + s == "Hello world"

def g(n=7011):
    return " world"

assert f(g())

def f(x: int, a=5129, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=5129, b=1230200):
    if a > 50:
        return a + b
    else:
        return a // b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word
    if max_len < len(word):
        return word
    if max_len > max_len or max_len < len(word):
        return word
    return max(word)

assert f(g())

def f(n: int, h=5):
    return n % h >= 0

def g(h=5):
    return 0

assert f(g())

def f(n: int, a=3, b=23463462):
    return a != b

def g(a=3, b=23463462):
    return int(a * 3) - 3

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
            else:
                return True
        return False

def g(word="konjac"):
    return str(word + "\n")

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == 1:
        return 1 and b % 2 == -1
    elif a == -1:
        return 1 and b % 2 == +1
    else:
        return -a % b

assert f(g())

def f(x: int, b=-93206):
    return x == b

def g(b=-93206):
    return int(int(b))

assert f(g())

def f(e: List[int], a=1040):
    return sorted(e) == sorted(list(range(9000)))

def g(a=1040):
    return sorted(list(range(9000)))

assert f(g())

def f(t: str, s="Problems"):
    return s.count(t) == 1

def g(s="Problems"):
    return s

assert f(g())

def f(s: str, word="antidisestablishmentarianship", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianship", max_len=10):
    if len(word) >= max_len:
        return word
    return int(word[1]) == 1

assert f(g())

def f(n: int):
    s = str(n)
    for i in "9254359":
        assert s.count(i) == 1
    return True

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(d: int, n=12345678):
    return d > n or n == 13

def g(n=12345678):
    return n * n

assert f(g())

def f(x: str, strings="I!!!!!love!!dumplings!!!!"):
    return x == strings

def g(strings="I!!!!!love!!dumplings!!!!"):
        return "I!!!!!love!!dumplings!!!!"

assert f(g())

def f(s: str, a=12345):
    return s in s or str(s) == a

def g(a=12345):
    return "123456789ABCDEFGH"

assert f(g())

def f(w: int, m=1054, n=1054):
    assert 0 <= w >= m
    assert 0 <= m < w <= m + w >= m
    return w == w

def g(m=1054, n=1054):
    return int(2*9) + m * n

assert f(g())

def f(n: int, a=11, b=12345):
    s = {
          1: 3,
          2: 3,
          3: 3,
          4: 3,
          5: 3
          }
    return n == a

def g(a=11, b=12345):
    s = {
          1: 3,
          2: 3,
          3: 3,
          4: 3,
          5: 3
          }
    return a or b

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] and s[1:3] == s[1:3] and s[3:10] == s[3:10] + s[3:6]

def g():
    return "hello world"[1]

assert f(g())

def f(size: int):
    return size > 100

def g():
    return int(int(int(8+2 + 3) * 10 + 1) ** 10)

assert f(g())

def f(v: List[int]):
    return v[0] == v[1] and v[1] == v[2] and v[2] == v[3]

def g():
    return [2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2]

assert f(g())

def f(x: int, a=151898, b=1201800):
    if x > 0 or a > 40:
        return x - a == b
    else:
        return x + b == b

def g(a=151898, b=1201800):
    a = 151898
    b = 1201800
    return a + b

assert f(g())

def f(s: str, n=1000):
    return len(s) == n or sum(s) == 100

def g(n=1000):
    return 'a' * n

assert f(g())

def f(n: int, a=-974251541):
    return n + a > 0 or a == 0

def g(a=-974251541):
    return int(int(a - 974251540)**2) + 1

assert f(g())

def f(d: int, n=123456789):
    return d == n or all(i in "47" for i in str(str(d)).count("4") + str(str(d).count("7")))

def g(n=123456789):
    return n or all(i in "47" for i in str(str(d)).count("4") + str(str(d).count("7")))

assert f(g())

def f(li: List[int]):
    return ["The blue monkey jumps over the lazy dog][i for i in li with 10"] != list(
        "The five poppers jump quickly")

def g():
    return list(
        [1,2,3,4,5,6,7,8])

assert f(g())

def f(x: int, a=374433, b=406714):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=374433, b=406714):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(c: str, u=str):
    c = u(c)
    return c == "Hello"

def g(u=str):
    return "Hello"

assert f(g())

def f(x: int, a=11, b=5024):
    if a < 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    elif a == 0:
        return x % 2 == 1
    else:
        return x + a < b

def g(a=11, b=5024):
    if a < 1:
        a % 2 == 0
    elif a == -1:
        return a % 2 == 0
    elif a == 0:
        return a % 2 == 1
    else:
        a += 1

    res = (1.0 - a) / 2
    if res < 0.01:
        return a % 2
    else:
        return res

assert f(g())

def f(n: int, a=1339, b=100):
    return n // b == a

def g(a=1339, b=100):
    return int(a * b) - a * (int(b) - b)

assert f(g())

def f(n: int, a=3, b=23463463):
    return b // n == a

def g(a=3, b=23463463):
    return b // a

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s[0] in big_str[1]

def g(big_str="foobar", index=2):
    return str(big_str[1] + "123456789")

assert f(g())

def f(n: int, a=1073258):
    return n == a

def g(a=1073258):
    return a # <=== n== a===1073258

assert f(g())

def f(n: int, scores=[500, 5, 10, 30, 10, 10, 10, 10, 10], k=6):
    return n % k == 0 or n > 0

def g(scores=[500, 5, 10, 30, 10, 10, 10, 10, 10], k=6):
    return 1000*(scores[1] > scores[1] + 1)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != word[i].upper():
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: List[int]):
    return x == list((18, 31))

def g():
    return [18, 31]

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b <= a

def g(a=345346363, b=10):
    return a + b

assert f(g())

def f(x: int, a=32992366):
    return -x == a

def g(a=32992366):
    return -int(int(a))

assert f(g())

def f(s: str):
    return s == 'Permute me true'

def g():
    return 'Permute me true'

assert f(g())

def f(t: str, s="hello world", a="Hello world"):
    return t.lower() == s

def g(s="hello world", a="Hello world"):
    return str ("Hello world")

assert f(g())

def f(s: str, word="makshimam"):
    if word == s:
        return True
    return False

def g(word="makshimam"):
    return "makshimam"

assert f(g())

def f(x: int, a=35, b=2622):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=35, b=2622):
    if a < 0:
        return b + a == b
    else:
        return a + b

assert f(g())

def f(n: int, x=1000_000, y=10000_000, m=10, t=150):
    return n + x and 2 * x == m or (n - 1 * m + t >= y) and n - 1 > 0

def g(x=1000_000, y=10000_000, m=10, t=150):
    return 100* (x + m) + 1

assert f(g())

def f(x: int, a=352237, b=11, target=91):
    return x + (a - b) * (a+ 2) / 3 > 0

def g(a=352237, b=11, target=91):
    return a + b * target + 2

assert f(g())

def f(x: str, d=4, m=18):
    return all([x[i] == d for i in range(5)] for i in range(8))

def g(d=4, m=18):
    return str(int(int(d)) + int(d) * 9** 5)

assert f(g())

def f(x: int, a=1030250, e=83749):
    if x > 0 or a > 253532:
        return x + (a - e) >= 253532
    else:
        return x - (a - e) >= 1030250

def g(a=1030250, e=83749):
    if a > 253532:
        return a
    else:
        return -a

assert f(g())

def f(n: int, t=50):
    if t == 50:
        return True
    else:
        return False

def g(t=50):
    return 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 100:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 100:
        return a > b
    else:
        return a + b

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -3

def g(a=1020):
    return a

assert f(g())

def f(n: int, b=302344):
    return n + 0 if b == 0 else n // b == 1

def g(b=302344):
    return "a" * (int((b + 0.5) ** 9) + 0.5) if b == 0 else b

assert f(g())

def f(x: int, a=18, b=1230200):
    if x > 0 or a < 50:
        return x - a >= b
    else:
        return x + a < b

def g(a=18, b=1230200):
    if a < 50:
        return int("123456789" + "0"*9) - 2
    else:
        return int("123456789" + "0"*9)** - 1

assert f(g())

def f(x: int, a=2618094, b=650114):
    return a - x == b or x >= b

def g(a=2618094, b=650114):
    return a + b if (a > b) else a

assert f(g())

def f(x: int, a=30, b=123333):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=30, b=123333):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, s1="Hello world"):
    return s == "Hello world"

def g(s1="Hello world"):
    return 'Hello world'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) + 1, len(word)):
        if s[0] != word[0] or s[0] != word[0]:
            return False
    return True

def g(word="konjac"):
    return "hello"

assert f(g())

def f(n: int, a=7, b=11, upper_bound=110):
    return n % a == 0 and n % b == 0

def g(a=7, b=11, upper_bound=110):
    return int(a) - a - 1 * (b - b)

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return str(perm) == s

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return str(perm)

assert f(g())

def f(x: int, a=80, b=3020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=80, b=3020):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - b == a - b

def g(a=-382, b=14546310):
    return a % b - b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") < x.count("b")) and ('b' in x) for x in s)

def g():
    return ["b"*(i+2) for i in range(1000)]

assert f(g())

def f(x: int, a=38, b=8192):
    return x - b == a

def g(a=38, b=8192):
    return int(a) + int(b)

assert f(g())

def f(t: str, s="hello", a=23222):
    return t == s

def g(s="hello", a=23222):
    return "hello"

assert f(g())

def f(x: int, a = 100, b = 1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 100, b = 1230200):
    return int(int(a)) + int(b)

assert f(g())

def f(e: List[int]):
    return e[0] <= e[1]

def g():
    return [10, 20]

assert f(g())

def f(l: List[int]):
    return len(l) >= 995

def g():
    return [int(i) for i in range(995)]

assert f(g())

def f(n: int):
    s = str(n / 1000000)
    for i in "0010101":
        s.count(i) == 1
    return True

def g():
    return int(int("123456789" + "0"*9)**3)

assert f(g())

def f(s: str, word="clot", max_len=10):
    if word == s and len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="clot", max_len=10):
    if word == "clot" and len(word) < max_len:
        return word
    return int(word[1:-1]) == len(word) and word[-1] != s[0] and word[0] != s[-1]

assert f(g())

def f(s: str, word="I'm not an antidisestablishmentarian", max_len=100):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == s
    elif len(str) <= max_len:
        return str
    elif len(word) <= max_len:
        return word == s[:len(word) - 1]
    elif len(word) <= max_len:
        return str
    else:
        return "".join(word)

def g(word="I'm not an antidisestablishmentarian", max_len=100):
    if len(word) <= max_len:
        return word;
    else:
        return word;

    return word

assert f(g())

def f(n: int, a=253532, b=123022):
    if n > 0:
        return n * a > 0
    else:
        return n * a == 0

def g(a=253532, b=123022):
    if a > 0:
        return a or a > 0
    else:
        return a

assert f(g())

def f(s: str, lp='y'):
    return s > lp + "."

def g(lp='y'):
    return "y" + str(lp)

assert f(g())

def f(x: int, a=5129, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5129, b=1230200):
    if a > 0:
        return a + b
    else:
        return a / b

assert f(g())

def f(s: str):
    return len(s) == 1 and len(s[0]) == 1

def g():
    return "2"

assert f(g())

def f(s: str, n=3):
    return s == s[-1]

def g(n=3):
    return str(n * n)

assert f(g())

def f(g: List[int]):
    g[0] = [1, 4, 3, 2, 2, 2, 3]
    g[1] = [9, 12, 3, 7, 6, 8, 9, 12, 3]
    g[2] = [4, 9, 10, 4, 9, 10, 6, 8, 11, 7, 5, 4]
    tot = 0
    success = True
    if len(g) == len(g[0]):
        for p, m in pairs:
            success = False
    return success

def g():
    return [0, 0, 1, 0, 3, 5, 1, 0, 1]

assert f(g())

def f(x: int, a=1020):
    return abs(x) < 10 ** -3

def g(a=1020):
    return int(int(a/a) * 0.1)

assert f(g())

def f(name: str):
    return str(name) == name

def g():
    return "a/b.5"

assert f(g())

def f(x: int, a=829, b=2522):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a == b

def g(a=829, b=2522):
    if isinstance(a, int):
        return int(a)*100 - int(b)
    else:
        return int(a) + int(b)

assert f(g())

def f(p: str, s=100000, word="anarchism", max_len=10):
    if len(word) <= max_len:
        return word == p
    return int(s[1:-1]) == min(s[0:1], max_len + 1) and word[0] == p[0] and word[-1] == p[-1]

def g(s=100000, word="anarchism", max_len=10):
    if len(word) < max_len:
        return word
    return s[1:-1] == max_len and word[-1] == s[0] and word[-1] == s[-1]

assert f(g())

def f(n: int, a=20, b=30):
    return n + a != b

def g(a=20, b=30):
    return a + b

assert f(g())

def f(n: int, c=60):
    if c < 64:
        return True
    if c == 0:
        return False
    else:
        raise Exception("Exception in evaluation of states")

def g(c=60):
    return int(c / 60)

assert f(g())

def f(s: str, word="d", max_len=5):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return word == s
    return len({(d, c), 0}) == -1 and word[0] == s[0] and word[-1] == s[0]

def g(word="d", max_len=5):
    if max_len < 5:
        return word == "d"
    if len(word):
        return word[len(word) - 1]
    return word[(max_len - len(word)) - 1]

assert f(g())

def f(x: int, a=106463, b=-90004):
    return a - x < 0 or a >= 50

def g(a=106463, b=-90004):
    return (106463 * a - b >= -1 or a <= 106463) * a + 106463 * b

assert f(g())

def f(s: str, target='reverse me', reverse=True):
    return 'reverse me' in s

def g(target='reverse me', reverse=True):
    return "reverse me"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(x: int, a=8665464, b=99127866):
    return a - x == b

def g(a=8665464, b=99127866):
    return a - b

assert f(g())

def f(s: str, b=3):
    return str(b).count(s) == len(s)

def g(b=3):
    return str(b) or ["a"*b for b in 3]

assert f(g())

def f(s: str):
    return str(7012) == s

def g():
    return str(7012)

assert f(g())

def f(x: int, a=93252338):
    return x == a  # x is a -1 but not a 0

def g(a=93252338):
    return a  # x is a 0+0

assert f(g())

def f(s: str, target="foobarbazwow", c=500, w=100, m=10, n=5):
    if n == 0:
        return s.lower() == target
    if n == 1:
        return s.lower() == target
    if n == -1:
        return s.lower() < target
    if n == 1:
        return s.lower() < target
    return s.lower() >= target

def g(target="foobarbazwow", c=500, w=100, m=10, n=5):
    if n == 0:
        return target
    if n == 1:
        return target
    if n == -1:
        return target
    if n == 1:
        return target
    return target

assert f(g())

def f(n: int, s="bbbbccccc"):
    return n > 4 and n > 5

def g(s="bbbbccccc"):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(z: float, v=9, d=0.0001):
    return z * v > v and z + d > d

def g(v=9, d=0.0001):
    return v / (3 * d)

assert f(g())

def f(x: int, a=704500):
    return x == a

def g(a=704500):
    return a

assert f(g())

def f(w: int):
    return w * 3.1415 >= 1000 and w * 3.1415 > 100

def g():
    return (int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, word="kosac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="kosac"):
    return word

assert f(g())

def f(i: int):
    return len(str(i + 64799)) <= len(str(i + 11))

def g():
    return int(int("123456789" + "0"*2)**0.5 + 1) + 1

assert f(g())

def f(x: int, b=100, c=7):
    return x != 0 and x > 100

def g(b=100, c=7):
    return int(b * b) + (c - (c-b))

assert f(g())

def f(n: int, a=15, b=23463462):
    return n // a == b

def g(a=15, b=23463462):
    return int(a * b)

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a == b or x == b or x == b and a != b

def g(a=-382, b=14546310):
    return a + b or a == b or b < b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false' and 'Solve that?')

def g():
    return sorted('Permute me true') and 'Permute me false' and 'Solve that?'

assert f(g())

def f(s: str, target_angle=60):
    if len(s) >= 3:
        for i in "0123456789":
            assert s.count(i) == 1
        return True
    else:
        assert len(s) == 3

def g(target_angle=60):
    return "0123456789"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s[::-1] == target
    else:
        return s[::-1] == target[::0]

def g(target="reverse me", reverse=True):
    if reverse:
        return target[::-1]
    else:
        return target[::-1] == target[::n]

assert f(g())

def f(s: str, word="anticriticism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="anticriticism", max_len=20):
    if max_len == 0:
        return None
    return str(word) if max_len != 0 else word

assert f(g())

def f(n: int, a=2, b=183638):
    return a + b // n == 2

def g(a=2, b=183638):
    return a + b ^ a

assert f(g())

def f(i: int):
    return i * 0.5 >= 0.5 * 3 >= 0.5

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n > 2048

def g():
    return int(int("123456789" + "0" * 9) ** 0.5)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s == word or s == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    return word or words(max_len)

assert f(g())

def f(x: int, a=1, b=100):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=100):
    if a < 0 or a > 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="abcd", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="abcd", max_len=10):
    if len(word) <= max_len:
        return word
    return max_len <= max_len

assert f(g())

def f(s: str, sequence=True):
    if (s.count("enlightenment"), sequence):
        return True
    elif (s.count("enlightenment"), sequence):
        return False
    else:
        return True

def g(sequence=True):
    if (sequence):
        return str(sequence + 1)
    return ((sequence + 1) * 7) + (sequence + 7)

assert f(g())

def f(tri: List[int]):
    return sorted(tri) == list(range(999))

def g():
    return list(range(999))[:999]

assert f(g())

def f(d: int, n=123456789, i=123456789):
    return d > n and d > 3

def g(n=123456789, i=123456789):
    return n + 1

assert f(g())

def f(s: str):
    return s.lower() == s or s.lower() == s[::-1]

def g():
    return "foo[s+1]"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    else:
        if len(word) == 2:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    if word == "konjac":
        s = str(word)
    elif word == "konjac" or word == "konjac":
        s = str(word)
    return str(s)

assert f(g())

def f(j: List[int]):
    return sorted([int(j) for j in range(len(j))]) == list(range(999))

def g():
    return list(range(999))

assert f(g())

def f(n: int, s=3, max=1, u=33, min=1, s_start=211928):
    if n < max and s_start < n:
        return -1
    else:
        return s_start - n > max

def g(s=3, max=1, u=33, min=1, s_start=211928):
    if s < max:
        return 0
    else:
        return u

assert f(g())

def f(start: int, a=1, b=[20, 28, 37, -1], n=2):
    return start + 1 ** n and a > 0

def g(a=1, b=[20, 28, 37, -1], n=2):
    return a - (n * n) + 1

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) > 0 and n > 2

def g():
    return [6, 11, 14, 25]

assert f(g())

def f(nums: List[int]):
    return nums == nums

def g():
    return [0, 10, 20, 30]

assert f(g())

def f(s: str):
    return set(s) <= set("24+*/") and s.count("9") == 0

def g():
    return str("4/4")

assert f(g())

def f(x: int, a=15482, b=23223, lower_bound=5):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=15482, b=23223, lower_bound=5):
    if a < -0.5:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=37, b=4, c=3):
    if x < 0.3 or x > 0.1:
        return x - a == sum([0.0]) + b
    return sum(x < 0.3) < x - a == sum([0.0]) + b

def g(a=37, b=4, c=3):
    if a > 0:
        return a + b
    return sum(a < 0.3) < a < 0.3

assert f(g())

def f(x: int, a=104322, b=9586636):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=104322, b=9586636):
    if a == 10 or b == 9:
        return a * 104322
    else:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 5)) == len(str(i + 1005))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    if len(s) == 3:
        return s == []
    if len(s) == 3:
        return s == a
    if len(s) == 3:
        return s == b
    return s == "hello"

def g(a="hello", b="yellow", length=4):
    if len(a) == 1:
        return s == a
    if len(a) == 2:
        return s == b
    if len(a) == 3:
        return s == c
    return a

assert f(g())

def f(s: str):
    return s.count('\n') == 0 and s.count('\x1d') == 0

def g():
    return "hello world"

assert f(g())

def f(s: str, word="antismanismismism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return word == s

def g(word="antismanismismism", max_len=10):
    return "antismanismismism"

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v > 0 for v in x])
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [int(5) for i in range(10)]

assert f(g())

def f(y: int, a=253532, b=1230200):
    if y > 0 or a > 40:
        return y - a == b
    else:
        return y + a + b

def g(a=253532, b=1230200):
    if a == 2086296819 and b < 2 or a < 4:
        return y + 3 + b
    else:
        return a + b

assert f(g())

def f(s: str, word="konsjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konsjac"):
    return "kon"

assert f(g())

def f(s: str, word=","):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i]:
            return False
    return True

def g(word=","):
    return str(word) + " "

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        assert len(s) == len(target) == len(s[::-1])
    return len(s) == len(target)
    if reverse:
        assert len(s) == len(target) == len(s[::-1])
    if target:
        assert (reverse * s[::-1] == 0)
        for k in range(1, len(s) - 1):
            if (reverse*k > 1) and (k != target_prob) or (k != target):
                return False

def g(target="reverse me", reverse=True):
    """
    Args:
       target: The target.
       reverse: Whether to reverse.
       return: True if reverse, 0 if target, True otherwise.

    Returns:
       a list of strings:
           ...
    """
    if reverse:
        f(target)
        return target[::-1]
    else:
        return target

assert f(g())

def f(n: int):
    while n != 4:
        if n % 2 < 2:
            return True
    return False

def g():
    return int("2")

assert f(g())

def f(s: str, n=1000, a=5):
    return a < n

def g(n=1000, a=5):
    return "hello world"

assert f(g())

def f(s: str, word="bruiser", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] * 2 for word in word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="bruiser", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1] * 2 for word in word)

assert f(g())

def f(t: str, d=0.001):
    return bool('-' for t in t)

def g(d=0.001):
    return "finite"

assert f(g())

def f(s: str, word="mooobooofasd", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mooobooofasd", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[0]-word[4]) == len(word[-2]) and word[3] == word[-4]

assert f(g())

def f(s: str):
    return s == "A" or s == "B"

def g():
    return "A" or s == "B"

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0].upper()

def g(word="konjac"):
    return word[0].upper()

assert f(g())

def f(t: str, s="Aircraft"):
    if len(t) == 3 and len(s) == 3:
        return False
    return True

def g(s="Aircraft"):
    return '"' + s + "'"

assert f(g())

def f(s: str, target="foobarbazwow", length=5017):  # if you need to cover the whole of the square, that's up to you
    return s == target

def g(target="foobarbazwow", length=5017):  # if you need to cover the whole of the square, that's up to you
    return target if target == "oobzwaw" else target

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or x > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if (a + b > 40):
        return a + b

assert f(g())

def f(x: int, a=18, b=1230600):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a > b

def g(a=18, b=1230600):
    return int(a) + int(b)

assert f(g())

def f(r1: str, a=50, b=1000):
    return len(r1) == 5

def g(a=50, b=1000):
    return str(a * 500 + b)

assert f(g())

def f(xs: List[int]):
    return list(xs) == list(list(xs))

def g():
    return list()

assert f(g())

def f(x: int, b=338934):
    return 1 + x >= b # more zeros

def g(b=338934):
    return b or (x > b)

assert f(g())

def f(x: int, a=134464, b=63384):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=134464, b=63384):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, a=8665464, b=23223):
    return s == "I want to use this function."

def g(a=8665464, b=23223):
    return "I want to use this function."

assert f(g())

def f(s: str, word="skonjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="skonjac"):
    return "skonjac"

assert f(g())

def f(x: int, d=17):
    return x == d or x < 0 or -x < 0

def g(d=17):
    return d + 1

assert f(g())

def f(s: str, word="x", max_len=11):
    if len(word) <= max_len:
        return word == s
    return s[0] == words[0] or word[-1] ==s[-1]

def g(word="x", max_len=11):
    if len(word) <= max_len:
        return word
    return max_len < max_len and word[max_len - 1] == "x"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + length] in s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + length]

assert f(g())

def f(n: int, a=23463462, b=3):
    return n // a == b

def g(a=23463462, b=3):
    return (3 * a) + (3 * b) # => 3 * a + 3

assert f(g())

def f(g: List[int]):
    g[0] = [1, 4, 3, 2, 2, 2, 3]
    g[1] = [9, 12, 3, 7, 6, 8, 9, 12, 3]
    g[2] = [4, 9, 10, 4, 9, 10, 6, 8, 11, 7, 5, 4]
    tot = 0
    success = True
    if len(g) == len(g[0]):
        for p, m in pairs:
            success = False
    return success

def g():
    return [1, 2, 1, 2, 1, 2, 2, 1, 2, 3, 1, 2, 1, 4]

assert f(g())

def f(n: int, target="foobarbazwow", target_angle=90):
    return (n + 1 > target) if target == target_angle else 0 <= n <= target_angle

def g(target="foobarbazwow", target_angle=90):
    return target_angle if target else 0

assert f(g())

def f(z: float, v=7, d=0.0001):
    return int(z * z / 7) == v

def g(v=7, d=0.0001):
    return float(v)

assert f(g())

def f(x: List[int]):
    return all([x[i] for i in range(10)])

def g():
    return [2*int(4 + 10) for i in range(10)]

assert f(g())

def f(s: str, a=15, b=5):
    if s and not s.lower():
        return False
    return True

def g(a=15, b=5):
    return str(str(a * b))

assert f(g())

def f(z: float, v=3.0, d=0.0001):
    return int(z * 1 / 1.0) == v

def g(v=3.0, d=0.0001):
    return float(v) / 1.0 + (1 / (d + v)) * d

assert f(g())

def f(string: str, count=10, length=100):
    for i in string:
        i *= count
    return string == 'hello world'

def g(count=10, length=100):
    if count < 100:
        return 'hello world'
    else:
        return ''

assert f(g())

def f(s: str):
    return str(s) <= str(s) and s.count("bcc") == 1

def g():
    return "bcc"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0: 
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(p: List[int], edge_index=5):
    return p[0] == 1 and p[-1] == edge_index

def g(edge_index=5):
    return [1, 3, 4, 5]

assert f(g())

def f(x: int, a=70754987, b=62237, h=0, f=0):
    return a * h + x == h

def g(a=70754987, b=62237, h=0, f=0):
    return a * h

assert f(g())

def f(x: int, a=9, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=9, b=54368639):
    if a < b:
        return a + b
    else:
        return a.append(b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != word[i].upper():
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + word[:-1]

assert f(g())

def f(k: int, n=-1):
    return k > n - 1

def g(n=-1):
    return n

assert f(g())

def f(s: str, target="blackpuppy", reverse=True):
    return target == "" or target == s

def g(target="blackpuppy", reverse=True):
    return target == s if target == "" else target

assert f(g())

def f(z: float, v=9, d=0.0001):
    if z * 6 <= -7:
        return z >= -7 and z <= -7
    else:
        return z >= -5

def g(v=9, d=0.0001):
    if v * 10 <= -10:
        return v/12
    else:
        return v/10

assert f(g())

def f(string: str, substring="a", count=10, length=100):
    if string == "hello world" and count == 1:
        return "hello are you there?"
    else:
        return string[count - 1] == string[count - 2]

def g(substring="a", count=10, length=100):
    return substring + " " * 3 * 3 + substring

assert f(g())

def f(t: str, v=9):
    if v == 9:
        return t[3] != t[0] and t[0] != v

def g(v=9):
    if v == 9:
        return "123_456_789"

assert f(g())

def f(a: float):
    return str(a).startswith("123.456")

def g():
    return float("123.456")

assert f(g())

def f(x: int, a=253532, b=1230200, rn=0):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200, rn=0):
    if a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=2253339, b=12):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2253339, b=12):
    if a < -3:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=12500, b=120930):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a

def g(a=12500, b=120930):
    return int(a * b) + 1

assert f(g())

def f(s: str, word="sdddd"):
    return s.replace('.', '') == word

def g(word="sdddd"):
    return str(word).replace('.', 'dddd')

assert f(g())

def f(s: str):
    return set(s) == set(s) and s.count("3") == 1

def g():
    return "123456789"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) >= 5

def g():
    return int("12345")

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.index(s) != index

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(x: int, a=253532, b=1250):
    if x > 0 and a > 50:
        return x - a >= 0 and a > 50
    else:
        x = x + a

def g(a=253532, b=1250):
    return int(a**10000) + 0

assert f(g())

def f(n: int, a=15, b=27, lower=26):
    return n // b == 0

def g(a=15, b=27, lower=26):
    return (a**2 + b**2 - a**2 - b**2) + 1

assert f(g())

def f(s: str, size=2):
    return True

def g(size=2):
    return str(size != 2)

assert f(g())

def f(s: str, target="foobarbazwow", word=("banbaazwow")):
    assert len(target) == len(str(target))
    return target[(len(target) - len(str(target)) + 1) // 2] == s

def g(target="foobarbazwow", word=("banbaazwow")):
    assert len(target) == len(str(target))
    target = target[(len(target) - len(str(target)) + 1) // 2]
    if target in target:
        return target
    target = str(target)
    return target

assert f(g())

def f(x: int, a=8192, b=-2):
    return x - a == b

def g(a=8192, b=-2):
    return int(int(a) + int(b))

assert f(g())

def f(s: str, big_str="foobar", target="hello are you there?"):
    return "".join((s[::-1] if big_str else s[:p]) for s in s) == target

def g(big_str="foobar", target="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(x: int, a=5, b=7234):
    assert x >= 0 or a < 50 or a > 3
    return x - a == b

def g(a=5, b=7234):
    return int(a + b - 4) + (a > -b + 1)*4

assert f(g())

def f(x: List[int]):
    return len(x) >= 1 or ((x - 1) > 10)

def g():
    return [2, 3]

assert f(g())

def f(targs: List[int], target=[1, 3, 4, 6, 7, 8, 13,12, 11, 11, 7], max_length=24):
    target = [[2, 3], [6, 7], [13, 12], [13, 13]]
    for index in range(1, len(target)):
        targs[index] = 2 * max_length + 1
    return True

def g(target=[1, 3, 4, 6, 7, 8, 13,12, 11, 11, 7], max_length=24):
    return [1, 3, 4, 6, 7, 8, 13,12, 11, 11, 7]

assert f(g())

def f(s: str, t=None):
    return str(s) == '1' or len(s) == 1

def g(t=None):
    return "2"

assert f(g())

def f(n: int, a=34534324, b=10):
    return n // b == a

def g(a=34534324, b=10):
    return a * b

assert f(g())

def f(s: str, text="dumplings"):
    for i in range(0, len(text) - 1):
        if text[i] == s:
            return False
    return True

def g(text="dumplings"):
    return "dumplings" if text else [text]

assert f(g())

def f(z: int, a=5129, b=54368639):
    if z == 0:
        return z - a > 0
    elif z == -1:
        return z - a > 0
    else:
        return z - a > 0

def g(a=5129, b=54368639):
    if a <= 0:
        return 2*a + b
    elif a <= 1:
        return 1*a + b + 1
    elif a <= 2:
        return 2*a + b + 1
    else:
        return a + b + 1

assert f(g())

def f(x: int, a=-4, b=15, x_shape=0):
    return x < b

def g(a=-4, b=15, x_shape=0):
    return a - x_shape

assert f(g())

def f(x: int, a=2160, b=257742):
    return x - a >= b and x >= a

def g(a=2160, b=257742):
    x = (a + 1)**2 + (b + 1)**2
    return x + (a+b)**2

assert f(g())

def f(x: int, a=5, b=55368639):
    if a == 2:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return x - a == b

def g(a=5, b=55368639):
    if a == 2:
        return a % 2 == 0
    elif a == -1:
        return a % 2 == 0
    else:
        return a + b

assert f(g())

def f(p: int):  # non-intersecting move
    return True

def g():
    return int(int("123456789"))

assert f(g())

def f(s: str):
    return s[::-1] in list(s) == list(set(s))

def g():
    return "world"[0]

assert f(g())

def f(s: str, word="antidiscorporate", max_len=5017):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidiscorporate", max_len=5017):
    if len(word) <= max_len:
        return word
    return int(word[0] * len(word) - 2 * len(word) + 1)

assert f(g())

def f(i: int, a=1074, b=19143212):
    return i + a > b

def g(a=1074, b=19143212):
    return (a < 20 * 2^b) + (b < 20) + (20*(b - b) + b)

assert f(g())

def f(x: int, a=7, b=5):
    return a == 7 or a[a + b] and all(a.count(x) > 0) == 1

def g(a=7, b=5):
    return a == 7 + a[b] if a < b else 3

assert f(g())

def f(x: int, a=8665464, b=-861222):
    return a + x == b

def g(a=8665464, b=-861222):
    return b - a

assert f(g())

def f(n: float, b=30000):
    return n > 4 and n == b

def g(b=30000):
    return float(b)

assert f(g())

def f(seq: List[int], n=1000):
    return all(i in seq for i in range(n)) and sum(seq) != n

def g(n=1000):
    return [i for i in range(1000)]

assert f(g())

def f(s: str, word="adon", max_len=10):
    if len(word) >= max_len:
        return word
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="adon", max_len=10):
    if len(word) < max_len:
        return word
    if len(word) >= max_len:
        return word == item(word)
    return int(s[2:-2]) == len(word[2:-2])

assert f(g())

def f(s: str, target="to", a=20):
    return s == target

def g(target="to", a=20):
    return str(target + "")

assert f(g())

def f(x: str, a=15):
    a = 15 >= 9 and 15 != 5 and 7
    if a < 0 and a >= 0:
        return False
    return True

def g(a=15):
    return str(a * 7) + str(a) + str(a) + str(a)

assert f(g())

def f(n: int, a=345346363, b=10, m=35):
    return n // b == a

def g(a=345346363, b=10, m=35):
    return int(a * b) + m * f(a + m)

assert f(g())

def f(x: int, a=14191812):
    return 2.77 < x / 9.75** 2.775

def g(a=14191812):
    return int(a) * a

assert f(g())

def f(seq: List[int], n=11, s=6):
    for m in seq:
        return s <= m > 0 and s < m

def g(n=11, s=6):
    return [n, s]

assert f(g())

def f(s: str):
    if len(s) <= 3:
        return False
    i = 0
    while i < len(s):
        i += 1
    return True

def g():
    return "0"*9

assert f(g())

def f(n: int, a=6, b=20, c=20):
    m = n
    for i in range(c, 1):
        if m < t:
            return False
        i = 2 * m + 1 if m < t else 2 * m
        if i < 2:
            return False
        return m < t
    return True

def g(a=6, b=20, c=20):
    """Convert an array of 5 elements.

    @param a, the array to be converted.
    @param b, the array to be converted.
    @returns: the new value of a if it starts with "foo" or "bar" or "foo".
    """
    val=5
    return (val * (0) + val * (1) + val) * 5

assert f(g())

def f(x: int, a=15473516):
    return x == a

def g(a=15473516):
    return int(a)

assert f(g())

def f(x: int, a=20, b=20, c=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=20, c=20):
    if a > 50 or b > 50:
        return a - b == c
    else:
        return a + b

assert f(g())

def f(x: List[int]):
    if len(x) == 3:
        return len(x) == 3
    else:
        return len(x) == 3

def g():
    return [2, 3, 2]

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('oo') == s.count('o')

def g():
    return "test!"

assert f(g())

def f(x: float):
    return x > 123456790

def g():
    return float(int("123456789" + "1"*9) * 0.02)/(100 + 80)

assert f(g())

def f(s: str):
    return s in ['a', 'c', 'd', 'e', 'f']

def g():
    return 'a'

assert f(g())

def f(x: int, a=253532, b=1200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1200):
    x = a
    b = b
    return x + b

assert f(g())

def f(s: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return len(s) == len(target)

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return (list(target[:])[:])[:len(target) + 1]

assert f(g())

def f(s: str):
    return s.count('p') == len({(1, 2)})

def g():
    return "p"

assert f(g())

def f(x: int, a=118864, b=118932):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=118864, b=118932):
    if a > b:
        return a == b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == s[::9]

def g():
    return "world"[::9]

assert f(g())

def f(x: int, a=13, b=13, c=13):
    return x - b != c

def g(a=13, b=13, c=13):
    return a  # [2, 1, 3, 4]

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "Hello " + s == "Hello world"

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return 'world'

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s.lower():
        assert t[i] == c, f"expecting `{c}`"  # not all
        i += 1
    return i == len(t)

def g(s="Problems"):
    return "problems"

assert f(g())

def f(l: str, name="frankfurt"):
    return len(l) == len(name)

def g(name="frankfurt"):
    return "frankfurt"

assert f(g())

def f(s: List[int]):
    return s.count("a") == s.count(s.count("b")) and s.count(s) == s.count(s)

def g():
    return [3, 2, 3]

assert f(g())

def f(s: str, big_str="foobar", h=2, seed=1):
    return big_str.index(s) == seed

def g(big_str="foobar", h=2, seed=1):
    new_h = h-seed
    new_h = seed
    return big_str[1:h]

assert f(g())

def f(n: int):
    def f8(nums: List[int]):
        return all([nums[i + 1] == n for i in list(range(11))]) and len(list(range(11))) == 2
    return True

def g():
    return int(int("123456789") * 1.0) + 2

assert f(g())

def f(x: int, a=124520, b=1325000):
    return x + b == a

def g(a=124520, b=1325000):
    return a - b

assert f(g())

def f(e: int, n=123456789):
    return e > n or e == n

def g(n=123456789):
    try:
        return int(n) and int(n * 4 * 10)
    except ValueError:
        return float()

assert f(g())

def f(n: int, a=1235, b=1331):
    return n // b > a and n > a + b

def g(a=1235, b=1331):
    return a + (1 - a) ** 1235 + b** 1331

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50 or b > 100:
        return x + a > b or x > b * (100 + b + 100)
    else:
        return x

def g(a=253532, b=1230200):
    return int(a * (263532 + b) / (6) * 31)

assert f(g())

def f(x: int, a=253532, b=123002):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=123002):
    if a > 50 and a < 100:
        return a - b + a > 1 + b
    else:
        return -a + b

assert f(g())

def f(x: str, s="Alfabetism", max_len=10):
    if len(x) <= max_len:
        return str(x) == s
    return str(list(x)) == 3 * len(x) or all_lives

def g(s="Alfabetism", max_len=10):
    if len(s) <= max_len:
        return s
    if (max_len or (len(s) == 3)):
        return list(s) == 3
    return s == max_len

assert f(g())

def f(x: int, a=1322, b=23223):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1322, b=23223):
    return a + b

assert f(g())

def f(li: List[int]):
    return all([li[0] == li[n-1]] for n in sorted(li))

def g():
    return [1, 2, 3]

assert f(g())

def f(string: str, substring="a", count=10, length=100):
    return string.count(substring) == count

def g(substring="a", count=10, length=100):
    return str(substring) * count

assert f(g())

def f(s: str):
    return s is not None

def g():
    return "(foo)bar"

assert f(g())

def f(s: str):
    return s.count('en') == 0

def g():
    return "hello"

assert f(g())

def f(x: int, a=253532, b=30000):
    if x > 0 or b > 500:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=30000):
    if a > 500:
        return a + b
    else:
        return a - b

assert f(g())

def f(n: int, a=106465, b=-93206):
    return n // b == a

def g(a=106465, b=-93206):
    return int(a) * b

assert f(g())

def f(s: str, chars=['u', 'u', 'u', 'u', 'u', 'u']):
    for c in chars:
        for a in chars:
            if c not in s:
                return False
    return True

def g(chars=['u', 'u', 'u', 'u', 'u', 'u']):
    return "123:u:u"

assert f(g())

def f(path: List[str]):
    return 0 <= path.count("1") and path.count("2") < 2 or (path.count("1") > 1 and path.count("1") < 0 and path.count("2") > 0) and path[0] == 1

def g():
    return []

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world" + "_"

def g():
    return "world" + "_"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if not s[i]:
                return False
            i += 1
        return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=1040, y=1):
    return x + a == y

def g(a=1040, y=1):
    return 1 - a

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a - b) ** n and min(a, b, c) <= n

def g():
    return [5, 3, 4, 8]

assert f(g())

def f(x: float, a=4, b=546640):
    a = x % b
    return abs(x ** 2 - a) < 5 + a

def g(a=4, b=546640):
    x = 0.0 * a
    return x - a * 2

assert f(g())

def f(x: int, a=253532, b=1020):
    if x > 0 or a > 50:
        return x - a <= b
    else:
        return x + a ** 2

def g(a=253532, b=1020):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=100, b=1539):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=1539):
    if a < 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, x=12345, d=17):
    return str(s) == "b"

def g(x=12345, d=17):
    return "b"

assert f(g())

def f(s: str, n=10):
    if n > 0:
        s = s[n]
    return True

def g(n=10):
    return str(n) * n

assert f(g())

def f(n: int):
    if n > 2:
        return True

def g():
    return int(int("123456789" + "0"*9) / 12)

assert f(g())

def f(n: int, a=50, b=-50, c=100):
    return n + b == sum([c])

def g(a=50, b=-50, c=100):
    return (a + b)*(c-a) + (c - b)

assert f(g())

def f(x: int, a=30, b=1300):
    if ((x - a) > b):
        return x - b
    else:
        return x - a == b

def g(a=30, b=1300):
    return b + a

assert f(g())

def f(s: str, s1="a", s2=""):
    return s.lower() == s1

def g(s1="a", s2=""):
    out = s1 + s2
    print(out, "<h1>")
    return out

assert f(g())

def f(string: str, substring="b", count=10, length=100):
    if substring == "" and count == 10:
        return string
    else:
        return string.count(substring) > 0 and count == count

def g(substring="b", count=10, length=100):
    if substring == "" and length == 10:
        return 'b'
    else:
        return substring

assert f(g())

def f(z: float, k=1, m=0):
    return float(z / 2.0) == k

def g(k=1, m=0):
    return 2.0 if m == 0 else float(k)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word == s
    if len(word) != max_len or len(word[1] == s[0]):
        return word[0] == max_len and word[-1] == s[-1] and word[-1] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=80):
    return "antidisestablishmentarianism"

assert f(g())

def f(n: int, k=3, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    return n - k and sum(seq) >= upper

def g(k=3, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    return len(seq)

assert f(g())

def f(x: int, a=253532, b=1130200):
    if x > 0 or a > 100:
        return x - b > a
    else:
        return x + b

def g(a=253532, b=1130200):
    if a >= 25:
        return a * 2 + b
    else:
        return a + b

assert f(g())

def f(s: str, a="hello", b="green", length=7):
    if s in ["hello", "yellow"]:
        return s in ["hello", "green"]
    if len(s) in ['hello', "green"]:
        return s in ["hello", "yellow"]
    return s in ["hello", "green"]

def g(a="hello", b="green", length=7):
    if a == "hello":
        return str(a)
    if len(a) == 7:
        return str(a)
    if len(a) >= 1:
        return str(a)
    return str(a)

assert f(g())

def f(t: str, s="abbbcabacba", target=7):
    prod = 1
    for i in range(16, 15, 4):
        if i == 0:
            if t[i] == s[i]:
                prod = 1
            else:
                prod = 0
    return len(t) >= target and all(t[:i] != t[:i + 1] for i in range(len(t) - 1))

def g(s="abbbcabacba", target=7):
    return 'ab-ca-bc-bcac-bcac-baac-c-baac-00b'

assert f(g())

def f(d: int, n=123456789):
    return d / n > 90

def g(n=123456789):
    return n * n + 1

assert f(g())

def f(x: int, a=13376974, b=-2):
    return a - x == b

def g(a=13376974, b=-2):
    return a - b

assert f(g())

def f(x: float, a=10):
    return a * x ** 2 < a * x + a

def g(a=10):
    return 0.5 / 10

    return 10 * [2.0] * x / x

assert f(g())

def f(s: str):
    if s.find("abc") != -1:
        return True
    return False

def g():
    return "abc\n"

assert f(g())

def f(e: int):
    return e % 2 != 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return set(s) <= set(")123456789")

def g():
    return str(2 * 7)

assert f(g())

def f(s: str, target="foobarBazwow", t=134577, a=35, p=23):
    if len(s) == len(target):
        n = 1
    elif len(s) == len(target):
        j = 1
    elif len(s) == len(target):
        n = len(target)
    return target[(len(target) - len(target) + 1) // 2: len(target) + len(target) + 1] == s

def g(target="foobarBazwow", t=134577, a=35, p=23):
    if len(target) != len(target):
        return target[(len(target) - len(target) + 1) // 2: len(target) + len(target) + 1] == target
    if len(target) != len(target):
        return target[(len(target) - len(target) + 1) // 2: len(target) + len(target) + 1] == target
    if len(target) != t:
        return target[(len(target) - t) // 2: t + t + 1]

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return a != b or all([x[i] == s[i] for i in range(n)]) == s[i]

def g(a="hello", b="yellow", length=4):
    return "Hello world"

assert f(g())

def f(y: int, s="hello world"):
    return y > 1

def g(s="hello world"):
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: float, a=1120, b=1130):
    if x > 0:
        if (b < a) and (a < b) and (b < a + 1) or (a <= b) and (x <= b+x):
            return a > 0
    return 0

def g(a=1120, b=1130):
    return int(int(a)) / a + b

assert f(g())

def f(nums: List[int], b=7, m=5, g=5):
    assert len(nums) == len(set(nums)) == m and min(nums) >= 0
    if len(nums) != len(set(nums)) :
        return True
    if min(nums) <= 0:
        return False
    if len(nums) != len(set(nums)) or min(nums) > 0 or min(nums) == len(set(nums)) :
        return True

def g(b=7, m=5, g=5):

    return [1, 2, 3, 4,5]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("3")))

def g(n=123456789):
    return (n + int(n)) * n + 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c == c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.upper())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c == c.lower():
            caps += 1
    return s.lower() if caps > len(s) // 2 else s.upper()

assert f(g())

def f(s: str, target="foobarbazwow", target_len=4):
    return target[(len(target) - target_len) // 2] == s

def g(target="foobarbazwow", target_len=4):
    return target[(len(target) - target_len)-1]

assert f(g())

def f(n: int, a=4, b=4):
    if n == 0:
        return s.lower() == t.lower()
    elif n == 1:
        return s.lower() > t.lower()
    return True

def g(a=4, b=4):
    return a*(a+b)

assert f(g())

def f(s: str, perm=['O', 'h', 'o', 'u', 'l', 'l', 'g', 'g', 't', 'o', 'b', 'b', 'w', 'a', 'a', '\'']):
    return s in perm or s == 'O'

def g(perm=['O', 'h', 'o', 'u', 'l', 'l', 'g', 'g', 't', 'o', 'b', 'b', 'w', 'a', 'a', '\'']):
    return perm in perm or perm == 'h' or perm == 'o' or perm == 'b' or 'b'

assert f(g())

def f(n: int, a=14302, b=5):
    return 0 <= (n % a) + b * n <= a

def g(a=14302, b=5):
    return int(int(((a - 1) / b) if a < 0 else 1/b))

assert f(g())

def f(x: int, a=503532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=503532, b=1230200):
    return a + b

assert f(g())

def f(name: str, level=1):
    return name == "x" or name == "y" or name == "z"  # x, y and z do not move

def g(level=1):
    return "x" and 'x';

assert f(g())

def f(x: int, a=253621, b=1230200):
    if x > 0:
        return x - a == b
    if a == 0:
        return x + a + b
    if a == 1:
        return x + a + b
    if a == 2:
        return x + a + b
    if a == 3:
        return x + a + b
    if a == 4:
        return x + a + b
    if a == 5:
        return x + a + b + a
    if a == 9:
        return x + a

def g(a=253621, b=1230200):
    if a != b:
        return a + b
    if a == 0:
        return a + b
    if a == 1:
        return a + b + b
    if a == 2:
        return a + b + b + a + b
    if a == 3:
        return a + b + b + a + b
    if a == 4:
        return a + b + b + a + b + b + a

assert f(g())

def f(n: int, a=65533, b=65533):
    return n // a == b

def g(a=65533, b=65533):
    return int(a * b)

assert f(g())

def f(n: int):
    return n >= 1

def g():
    return int(int("1234") + 1 * 9 ** 3)

assert f(g())

def f(s: str, target="reverse me"):
    return (
        s[::-1] > target or s[::-1] < target or s[::-1] > target
    )

def g(target="reverse me"):
    return ("reverse me")

assert f(g())

def f(n: int):
    return n < 3

def g():
    return int(-1)

assert f(g())

def f(moves: List[str]):
    for i in range(len(moves)):
        if len(moves[i]) == 0 or i > len(moves[i]) > 0:
            return True
    return False

def g():
    m = ["a", "b", "c", "d"]
    return m[:3] + m[3:6]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and s == target if reverse and target else s

def g(target="reverse me", reverse=True):
    return target if target else ""

assert f(g())

def f(n: int, a=10201202001):
    return n >= a

def g(a=10201202001):
    return int(a) + 10

assert f(g())

def f(n: int, a=14302, b=5):
    return a < b and a % b == 0 and (n - 1 < a) % (b - a) == 0 or (n - 1 < a) % (a - b) == 0

def g(a=14302, b=5):
    return a + b

assert f(g())

def f(name: str, a=6322):
    return name == "B"

def g(a=6322):
    return "B"

assert f(g())

def f(s: str, word="I", max_len=1255):
    return s[0] == word[0]

def g(word="I", max_len=1255):
    return "I" + word[0]

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0 or a > 15 or b > 15:
        return x - a > b
    else:
        return x - b > a

def g(a=15482, b=23223):
    return int(a * 1008 + 157875*b) * 1008

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) == 6) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) == 6) // 2]

assert f(g())

def f(x: int, t=55555555):
    return t > 0 and t < x

def g(t=55555555):
    return int(t * 5 + 4) + 1

assert f(g())

def f(n: int):
    return pow(2, n, n) > 3

def g():
    return int(int("123456789" + "1"*9) ** 1)

assert f(g())

def f(x: int, a=26, b=1230):
    return x + a > b < b + a

def g(a=26, b=1230):
    return int(a * a + b * b)

assert f(g())

def f(tour: List[int]):
    return tour[0] == 0 or tour[1] == 0

def g():
    return [0] or (1, 2)

assert f(g())

def f(x: int, a=1, b=23473462):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=23473462):
    if a > 50 and b > 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, b=1054):
    return 0 <= b <= x and b <= 1054

def g(b=1054):
    return int(9) * 1054

assert f(g())

def f(x: int, a=1230200, b=-9219):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1230200, b=-9219):
    if a + b > 80:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: str):
    return 'X|MAAAA==' in x or ('MAAAA==' in x) or ('X|MAAAA==' in x) or ('MAAAA==' in x)

def g():
    return "X|MAAAA==" + "%1$s%2$d%3$d%4$d%3$d%3$d%3$d"

assert f(g())

def f(s: str):
    return s not in set(list(s))  # list is not empty

def g():
    return "World"

assert f(g())

def f(n: int, ops = ['x++', '--x', '--x', '--x', '--x', '--x', '--x'], target=2580):
    for op in ops:
        if op in ["x++", "x++"]:
            n += 1
    return n >= target

def g(ops = ['x++', '--x', '--x', '--x', '--x', '--x', '--x'], target=2580):
    for op in ops:
        if op in [0, 1] or op in ["x++", "x++"]:
            return int(int(int("123456789" + "0"*9) - 1) ** 3)
    return None

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return len(s) == len(big_str)

def g(big_str="foobar", index=2):
    return str(big_str)

assert f(g())

def f(s: str):
    return s == "" or all((s[:len(s) - 1], s[len(s) - 1], s))

def g():
    return "world"

assert f(g())

def f(s: str, s1="I"):
    return s in s1 and len(s1[0]) == len(s)

def g(s1="I"):
    return s1

assert f(g())

def f(s: str):
    return len(s) <= 17 * 31 + 23463462

def g():
    return "0123456789"

assert f(g())

def f(s: str, word="konjac"):
    k = 0
    for i in range(len(s)):
        if i < 100:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word
    return int(s)[1] == max_len

assert f(g())

def f(n: int, ds=3, sd=3):
    s1 = [0.0, 1.0, 3.0]
    s2 = [0.0, 1.0, 3.0]
    s3 = [0.0, 1.0, 3.0]
    n1 = 2*n
    q = min(n1, sd)
    if n1 != 1:
        return ds + 1 > q
    else:
        return ds * 2

def g(ds=3, sd=3):
    s = [0.0, 1.0, 3.0]
    n = 2 * max(ds+ds, 1) - max(ds-1, 0.01)
    ds = ds * 2 + ds * 3
    h = min(ds + 6*ds-1, 2) - min(ds-1, 3)
    return ds + h * 3

assert f(g())

def f(s: str, word="antityabit", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        assert len(word) <= len(word)-max_len

def g(word="antityabit", max_len=10):
    if max_len <= 10:
        return word

    print(word)

assert f(g())

def f(n: int,a=34, b=2021):
    return a < a + b > a

def g(a=34, b=2021):
    return a & b

assert f(g())

def f(n: int, a=14302):
    return n % 3 == 0

def g(a=14302):
    return int(int("123456789" + "0"*10) % 3) + int(a) % 2

assert f(g())

def f(s: str, word="antisprudence", max_len=40):
    if len(word) <= max_len:
        return word == s

def g(word="antisprudence", max_len=40):
    if word == "antisprudence" and max_len == 40:
        return word

assert f(g())

def f(b: str, s="hello"):
    assert s.lower() == b.lower()
    if b == 'hello':
        return s.lower() == b
    if s == "hello":
        return s.lower() == b
    if s == "foobar":
        return s.lower() == b

def g(s="hello"):
    return "hello"

assert f(g())

def f(s: str):
    return len(s) > 5
    if s != 0:
        return len({t for i, j in s for j in i in s})
    return len({t for i, q in s for j in i in q})

def g():
    return "world"' + str(s) + ""'

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] and s[::-2] == s[::-2] and s[::-3] == s[::-3]

def g():
    return ""

assert f(g())

def f(n: int):
    return (n + 1) % 11 and n >= 1000

def g():
    return int(int("1111111" + "0"*10) ** 0.5) + 1

assert f(g())

def f(n: int, a=255):
    return n == 0 and a or a == 255

def g(a=255):
    return a

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) != 3

def g():
    return [1,2,3]

assert f(g())

def f(s: str, word="konjac"):
    return s.upper() != word[0].upper()

def g(word="konjac"):
    return "okay"

assert f(g())

def f(x: int, a=100, b=50, target=16):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=100, b=50, target=16):
    if a >= 50 or b >= 50:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, target="foobar", max_len=24):
    return target[(len(target) - max_len) // 2:(len(target) + max_len) // 2] == s

def g(target="foobar", max_len=24):
    return target[(len(target) - max_len) // 2: len(target) + 1:]

assert f(g())

def f(x: int, a=11378867, b=76103933):
    return a - x == b

def g(a=11378867, b=76103933):
    return a - b

assert f(g())

def f(x: int, a=253532, b=1230200):
    return int(x) == a - b or x - a == b and x > b

def g(a=253532, b=1230200):
    return int(a) + int(b) or a + b != b

assert f(g())

def f(tot: int, nums=[10, 10, 20, 2, 5], thresh=35):
    return tot == sum(1 if i < thresh else 2 for i in nums) and thresh >= 5

def g(nums=[10, 10, 20, 2, 5], thresh=35):
    return sum(1 if i < thresh else 2 for i in nums)

assert f(g())

def f(n: int, k=128):
    return n == k  # there are 128 possibilities for k

def g(k=128):
    return int(int(k) - 1) + 1

assert f(g())

def f(n: int, a=3, b=23093662):
    n = 3 * n + 1 if n % 2 else n // 2
    if n == 1:
        return 0
    return 1 * n > b

def g(a=3, b=23093662):
    return int(a * 3 + b / 2 + 1)

assert f(g())

def f(x: int, a=7026360139):
    return x == a

def g(a=7026360139):
    return int(a)

assert f(g())

def f(n: int, a=3, b=23463462):
    a = 3 * n + 1 if n % 2 else n // 2
    if n == a:
        return True

def g(a=3, b=23463462):
    return (a > b) * 3

assert f(g())

def f(t: str, s=["n.o", "n.s"]):
    return t[0] and t[5] < t and t[4] > t[0] and t[1] < t[2] and t[4] > t[1]

def g(s=["n.o", "n.s"]):
    x = str(s)
    return str(x) and str(x)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper() and s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('A') and s == s[::-1]

def g():
    return 'A'

assert f(g())

def f(s: str, i=1, j=2):
    return int(str(s[i:j])[j:-1] + s) == 2 ** i

def g(i=1, j=2):
    return str(str(i) + str(j))[1]

assert f(g())

def f(s: str, target=80, reverse=True):
    return s[::-1] != target

def g(target=80, reverse=True):
    return "abcdef"

assert f(g())

def f(x: int, a=0, b=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=0, b=5):
    return int(3) + 2 if isinstance(a, int) else isinstance(x, int)

assert f(g())

def f(x: int, a=191219):
    return x == a

def g(a=191219):
    return a

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n) + (b ** n) and n > 2

def g():
    return [1, 2, 3, 11]

assert f(g())

def f(s: str, word="aabB"):
    for i in range(len(s)):
        if i == 0:
            return s.lower() == s[i]
    return s.lower() > t.lower()

def g(word="aabB"):
    for i in range(len(word)):
        if i == 0:
            return word[i]
    return word[(i+1) >> 1]

assert f(g())

def f(x: int, a=253532, b=113300):
    if x > 0 or a > 51:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=113300):
    if a < 51:
        return a - b
    else:
        return a + b

assert f(g())

def f(ti: List[int]):
    return ti[0] == ti[1] and ti[3] == ti[2]

def g():
    return [0] * 100

assert f(g())

def f(z2: float, v=9, d=0.0001):
    return int(z2 * 2 / d % 10) == v

def g(v=9, d=0.0001):
    return 8 - (v * 2 + d) + ((v * 2 + d) / 2)

assert f(g())

def f(n: int):
    return pow(3, n, 4) == 3

def g():
    return pow(3, 3, 4)

assert f(g())

def f(s: str):
    return s[::-1] == 'a'

def g():
    return 'a'

assert f(g())

def f(n: int, a=17, b=28):
    return n / (2 + 3 + 1) == 0 and n <= b

def g(a=17, b=28):
    return a * f(a + (1 - f(b))** 2)

assert f(g())

def f(s: str, target="foobarbazwow", target_len=12):
    return target[(len(target) - target_len) // 2] == s

def g(target="foobarbazwow", target_len=12):
    return target[(len(target) - target_len) // 3]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) <= 1000:
        n += 1
    return n == start  # maybe positive...

def g():
    return int(int("-12345") * 10)

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in str(d).count("47") + str(d).count("67")) and all(i in str(d).count("4") + str(d).count("7"))

def g(n=123456789):
    return n * (123456789 + n)

assert f(g())

def f(s: str, word="moooboooofasd"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="moooboooofasd"):
    return word

assert f(g())

def f(s: str):
    return s.count('h') == 1 and s.count('q') == 0

def g():
    return 'h'

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10, count=11):
    if len(word) <= max_len: return word == s
    return count >= max_len

def g(word="antidisestablishmentarianism", max_len=10, count=11):
    if count >= max_len: return word
    return word == "antidisestablishmentarianism"

assert f(g())

def f(s: str):
    return s in ["p", "-q"]

def g():
    return "p"

assert f(g())

def f(x: int, a=85174467):
    return x == a

def g(a=85174467):
    return a

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.count('o') == 0 and s.count('oo') == 0

def g(target="reverse me", reverse=True):
    return target[1]

assert f(g())

def f(k: int):
    return k > 5777 + 9999999999

def g():
    return int(int("123456789" + "0"*9) * 30)

assert f(g())

def f(x: int, a=149900, b=60, k=7):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=149900, b=60, k=7):
    if k < 7:
        return a + b == k
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i] and s[i-3] != word[i-3]:
                return False
    return True

def g(word="konjac"):
    return "konjac (3 words)"

assert f(g())

def f(s: str, string="I,!love!!!!!"):
    return s == string

def g(string="I,!love!!!!!"):
    return string.replace("\n", "")

assert f(g())

def f(s: List[str]):
    return s[0] == s[0] and s[1] == s[1] and s[2] == s[2] and s[3] == s[3]

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str, chars=['a', 'e', 'f', 'g', 'h', 'y', 'z', 'l', ' ', 'y', 'z', 'l', ' ', 'a']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'e', 'f', 'g', 'h', 'y', 'z', 'l', ' ', 'y', 'z', 'l', ' ', 'a']):
    if chars:
        return str(chars[:-1])
    else:
        return "Invalid Char"

assert f(g())

def f(n: int, a=3, b=23463462):
    return b + a and b < n

def g(a=3, b=23463462):
    return b + a + b

assert f(g())

def f(e: str, start="5", s=15):
    while float(e) > 2:
        n = start + 1 if isinstance(e, str) else e
        if float(n) > 10000: break
        e = e[float(n)]
    return str(e) == e

def g(start="5", s=15):
    return str(float(s+1) - s)

assert f(g())

def f(x: int, a=150, b=50000):
    return x - a == b

def g(a=150, b=50000):
    return a + b

assert f(g())

def f(s: str, a=11001, b=2611):
    return s != a or s != b or s != [a, b]

def g(a=11001, b=2611):
    return str(100) == "11001" or str("1010" == "1010") or str("10") == "10"

assert f(g())

def f(x: int, a=236570, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=236570, b=1230200):
    return int(a * a)

assert f(g())

def f(n: int):
    m = n
    while (n < m):
        m = 1 + n / 2
        n = n % 2
    return True

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(x: int, a=5, b=134056):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a

def g(a=5, b=134056):
    if a > 5:
        return x - a - b < 0
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        return True
    for t in range(len(word)):
        if s[t][t].upper():
            if t[2-1] != word.upper():
                return False
    return True

def g(word="konjac"):
    return str(word) + word

assert f(g())

def f(r: str, a="hello world", b="hello world"):
    return r >= a

def g(a="hello world", b="hello world"):
    return "hello world"

assert f(g())

def f(p: str):
    return set(p) == set("hello")

def g():
    return "hello"

assert f(g())

def f(t: str, s="a", i=1000, r=100, s_len=100):
    return len(set(s)) == len(t) or sum(t[i] == s_len for i in t[:r])

def g(s="a", i=1000, r=100, s_len=100):
    if s == "a":
        s = "a"
        return "a"
    else:
        return "a"

assert f(g())

def f(n: int, m=1020):
    return m > 0 and n - m >= 0

def g(m=1020):
    return 1 * m

assert f(g())

def f(li: List[int], vecs=[26, 5, 32, 3, 15, 18, 31, 13, 24, 25, 34, 5, 15, 24, 16, 13, 0, 27, 37]):
    for i in range(10):
        vecs[i] += 1
    return all([li[i] != li[i + 1] for i in range(10)] for i in vecs)

def g(vecs=[26, 5, 32, 3, 15, 18, 31, 13, 24, 25, 34, 5, 15, 24, 16, 13, 0, 27, 37]):
    n = len(vecs) + 1
    vecs = list(vecs)
    for i in range(10):
        vecs[i] *= n
    return vecs

assert f(g())

def f(s: str, word="egymnum"):
    """Moves are sorted as above. If empty, there is no change from the original state.
    If we move, we move away from the current state and from the end of the list.
    """
    for i in range(len(word)):
        if i == len(word) - 1:
            if s[i] != word[i]:
                return False
    return True

def g(word="egymnum"):
    """Determines the first character in the list we are at a distance from.
    To make this list simple, we can convert it as a string:
    """
    return str(word)

assert f(g())

def f(path: str):
    return path[0] == 0 and path[1] != path[2] and path[3] != path[4] or path[5] != path[6]

def g():
    return "hello world"

assert f(g())

def f(s: str):
    if s: s.count("s") == 100
    if s and not s.lower():
        return False
    elif not s.lower():
        return False
    elif len(s.lower()) > 0:
        return True
    elif len(s.upper()) > 0:
        return True
    else:
        return False

def g():
    return "world"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s in s_case and s in s_case and s in s_case

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(s: str, s1="zero", s2="zero", m=8):
    return s1 and s2 in s

def g(s1="zero", s2="zero", m=8):
    return str(s1) + m * s2

assert f(g())

def f(s: str, word="hkkac"):
    for i in range(len(word)):
        if (i == 0) or (i == 1) or (i == 2):
            if s[i] != word[i] and s[i + 1] != word[i + 1 + 1 + 1]:
                return False
    return True

def g(word="hkkac"):
    return str(word + "hkkac" + "")

assert f(g())

def f(c: str, s="CanYouTellIfItHasmoreCapitALS"):
    if c != c.lower():
        return True
    return False

def g(s="CanYouTellIfItHasmoreCapitALS"):
    return "CanYouTellIfItHasmoreCapitALS"

assert f(g())

def f(a: int, b=1022):
    return a >= b

def g(b=1022):
    return int(b * b)

assert f(g())

def f(n: int, a=4, b=1362):
    return n // b <= a

def g(a=4, b=1362):
    return a & b

assert f(g())

def f(n: int, a=19143212):
    return 0 <= n <= a

def g(a=19143212):
    return int(a)

assert f(g())

def f(s: str, string="pooz"):
    for i in range(len(s)):
        if int(i % 4) == 0:
            if s[int(i) % 3] == string[i]:
                return True
            else:
                if s[int(i) % 2] == string[i]:
                    return True
                else:
                    return False

def g(string="pooz"):
    return string

assert f(g())

def f(x: int, a=278580, b=137500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=278580, b=137500):
    if not a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == "12-12-12-12"

def g():
    return "12-12-12-12"

assert f(g())

def f(s: str, word="neb", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] != s[-1]

def g(word="neb", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len or len(word) < max_len:
        return word
    if max_len:
        return max(word)
    return max(word)

assert f(g())

def f(n: int, w=3):
    return n >= w or w == w

def g(w=3):
    return int(1 - w)

assert f(g())

def f(s: str):
    return s > s[0] and s[1].count(s) == 0

def g():
    return "hi"

assert f(g())

def f(h: str):
    a = int(h)
    for i in "7":
        if h.count(i) == 1:
            return i - 1
        elif i < h:
            return h.count(i) <= 1
        elif i > h:
            return h.count(i) > 1
        elif i < h:
            return h.count(i) == 1
        elif h[:h] == 1:
            return i - 1

def g():
    return str(9)

assert f(g())

def f(y: int, a=11, b=-9468):
    return a - y == b

def g(a=11, b=-9468):
    return a - b

assert f(g())

def f(s: str):
    return s.join("\n\n ") == 5 or s.count("x") == 1 or s.count("x") != 1 or len(s) == 0 and s.count("x") != 1 or len(s) > 0 or s.count("x") != 0 or len(s) < 0 or s.count("x") != 0

def g():
    return "world"[::-1]

assert f(g())

def f(c: int):
    c == 6
    return c % 6 == 0 or c == -6

def g():
    return int(int("123456" + "0000" + "0000"))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=36):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=36):
    if len(word) <= max_len:
        return word
    return int(s[0]*18.5) == len(word) and word[0] == len(word[-1])

assert f(g())

def f(n: int, v=1000):
    return n > v

def g(v=1000):
    return int(int(v) + 1)

assert f(g())

def f(n: int, a=1234578987654321, b=5):
    return n // a == b

def g(a=1234578987654321, b=5):
    return a * b # a == b

assert f(g())

def f(n: int):
    return str(n * n-1).startswith("123456789")

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) + 1: len(target) + 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) + 1: len(target) + 1]

assert f(g())

def f(s: str):
    return set(s) <= set("21+*/") and s.count("1") == 1 and eval(s) == 1

def g():
    return "1"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x > b

def g(a=8665464, b=-93206):
    return int(a) + b

assert f(g())

def f(s: str, b=168048):
    return (s == 'BOOGG') or s == b

def g(b=168048):
    return "BOOGG"

assert f(g())

def f(li: List[int]):
    assert len(li) == 4
    for i in range(7):
        for j in sorted(li):
            for m in range(6):
                if m == 0:
                    success = True
    return success

def g():
    return [1, 2] + [3, 4]

assert f(g())

def f(s: str, n=1496):
    if n <= 1:
        return s[1] <= s[2]
    elif n > 0:
        return s[1] <= s[2] + s[3]
    else:
        return s[3] + s[4]

def g(n=1496):
    return str(n * n).join("123456789")

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return x

assert f(g())

def f(x: int, b=884984):
    return x == b

def g(b=884984):
    return int(b)

assert f(g())

def f(s: str):
    return s.startswith("-")

def g():
    return str("-")

assert f(g())

def f(s: str, word="kondi"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondi"):
    return word[0] + word[1] + word[2]

assert f(g())

def f(x: float, b=3):
    return 1 / (x * b) < 100

def g(b=3):
    return int(b*int(b)) / b

assert f(g())

def f(x: int, a=131812, b=129020):
    return x - a == b

def g(a=131812, b=129020):
    return a + b

assert f(g())

def f(s: List[str]):
    return sorted(s) == sorted('Wonderful')

def g():
    return sorted('Wonderful')

assert f(g())

def f(x: int, b=140525, a=116325):
    if x > 0 or b > 50:
        return x - b == a
    else:
        return x + b

def g(b=140525, a=116325):
    return int(a) + int(b)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if (reverse) < 0:
        return (s[::-1] < target)
    else:
        return (s[::-1] == target) == reverse

def g(target="reverse me", reverse=True):
    if (reverse):
        return target[::-1]
    else:
        return target[::-1]

assert f(g())

def f(x: float, a=10240):
    return abs(x ** 2 - a) > 10240 and x > 0

def g(a=10240):
    if a > 10240:
        raise ValueError("I don't know where to start.")
    x = float(a)
    return x

assert f(g())

def f(s: str):
    return 0.5 * len(s) >= 3 * 4

def g():
    return "123456789" * 4

assert f(g())

def f(x: int, a=1073257, b=72352549):
    return a + x == b

def g(a=1073257, b=72352549):
    return (b > a) * (b - a)

assert f(g())

def f(x: List[int]):
    return len(x) == 4 and len(x) == 4

def g():
    return [i for i in range(4)]

assert f(g())

def f(s: str, perm=["aababababeab"]):
    assert type(s) == str, 'string'
    return s == "aababababeab"

def g(perm=["aababababeab"]):
    return "aababababeab"

assert f(g())

def f(s: str, target="foobarbazwow", b=''):
    for i in range(1, len(s) + 1):
        if s[i] != target:
            return False
    return True

def g(target="foobarbazwow", b=''):
    """Generate the string "foobarbazwow". """
    return ""

assert f(g())

def f(n: int, a=25, b=[16, 17, 9, 16, 37, 11, 4], m=23):
    return n % a == 0 and m != 0 or m != -1 or m != -16 or m != -37 or m != -11

def g(a=25, b=[16, 17, 9, 16, 37, 11, 4], m=23):
    return int(a == m + 1) or int(b == m + 1)

assert f(g())

def f(s: str, word="manifest", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(size(s[1:-1]) + 1) == len(word[1:-1])

def g(word="manifest", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        return word
    return int(max(word_len) - max_len)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Replace me false')

def g():
    return 'Replace me false'

assert f(g())

def f(z: float, v=9, d=0.01):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.01):
    return int(v) - 0.01

assert f(g())

def f(x: int, a=1140):
    return abs(x ^ 2 - a) < 10 ^ 2

def g(a=1140):
    return int(a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 <= a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a < 0 - b < 0:
        return int(a + b) == 2 and (a < 0) - (b < 0)
    else:
        return int(a + b) - (b < 0)

assert f(g())

def f(s: str, target="foobarbazwow"):
    return len(s) == len(target) or target[(len(target) - len(target) + 6) // 6] == s

def g(target="foobarbazwow"):
    return str(target) or len(target) + len(target) > 6

assert f(g())

def f(x: int, a=5666, b=1033):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=5666, b=1033):
    return a + b

assert f(g())

def f(string: str, substring="b", count=1, length=8):
    return substring.count(string) == count and length == 8

def g(substring="b", count=1, length=8):
    """
    If this function gets called outside of a function,
    then it will return a result and a text string
    (which can be seen after the end of the function).
    """
    if substring.count(substring) > 1:
        return substring
    else:
        return substring

assert f(g())

def f(x: int, b=93252338):
    return b == x

def g(b=93252338):
    return b

assert f(g())

def f(n: int, a=93252338):
    return n != a and n > a

def g(a=93252338):
    return 3*a + a - a

assert f(g())

def f(s: str, d=17):
    return s.count("a") == d and s.count("d") == d and len(s) == 2 or len(s) == 1

def g(d=17):
    return d > 18 and str(d) == "9" or "5"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:]) == len(word)

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return s[:2] == word.lower() if len(word) < max_len else "antidisestablishmentarianism"
    return int(s[1:]) == len(word)

assert f(g())

def f(x: int, a=10201202001):
    return x > 0

def g(a=10201202001):
    return 10201202001

assert f(g())

def f(n: int, a=14302, b=5):
    return n == a and (b % a) == b

def g(a=14302, b=5):
    return int(a)

assert f(g())

def f(ls: List[str]):
    return len(ls) == len(range(100)) and min(ls) == max(ls)

def g():
    return ["foo" for i in range(100)]

assert f(g())

def f(s: str):
    if len(s) >= 10:
        return True
    else:
        return False

def g():
    return "(123)456789" + "(0)123456789" + "(0)123456789"

assert f(g())

def f(s: str, target="foobarbazwow1", length=300):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow1", length=300):
    return "foobarbazwow1"

assert f(g())

def f(substrings: List[str], s="hello", count=15):
    return len(substrings) == len(s) or all(i in substrings for i in s) and all(i in s[i]) == 0

def g(s="hello", count=15):
    return list(s)

assert f(g())

def f(s: str, s1="hello"):
    return len(s) == len(s1)

def g(s1="hello"):
    if s1 == "hello":
        return str(s1)
    else:
        return str(s1)      # add 3rd and first 2nd bytes
    self.f(s1)

assert f(g())

def f(n: int, a=1000, b=10000):
    return n == a

def g(a=1000, b=10000):
    return a or 0

assert f(g())

def f(n: int):
    return str(n + 10).startswith("123456789")

def g():
    return int(int("123456789" + "0" * 10) / 10)

assert f(g())

def f(l: List[int]):
    return l[0] + 2*l[1] + l[2] + l[3] + l[4] + l[5] + l[6] and all([
        "One-dimensional array with the top[0, 2] points" for c in l for c in l if c not in l])

def g():
    return [1 for k in range(1000)]

assert f(g())

def f(d: str):
    return d < d[1]

def g():
    return "Hello"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + len(target) - len(target) // 2) == 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)-1) == 2]

assert f(g())

def f(big_str: str, sub_str="foobar", offset=0, index=3):
    return big_str.index(sub_str) == offset

def g(sub_str="foobar", offset=0, index=3):
    return sub_str # add_sub_str() + offset += 3

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    while hasattr(t, "aeiouy"):
        i += 1
        if hasattr(t, "aeiouy"):
            break
        i += 1
        break

    return len(t) > len(s)

def g(s="Problems"):
    a = s.strip().split(",")
    b = "[^" + str(a) + "]"
    return str(s) + b[:2]

assert f(g())

def f(x: int, a=1095, b=109600):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x - a > b

def g(a=1095, b=109600):
    x = 1095 + b
    return x

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Effort')

def g():
    # assert f(g())
    return "Effort"

assert f(g())

def f(x: int, a=93252338, b=5):
    return x == a + b and b != a

def g(a=93252338, b=5):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=10201202001):
    return x >= a

def g(a=10201202001):
    return a + 1

assert f(g())

def f(n: int, a=3, b=23463462):
    return n == a + b

def g(a=3, b=23463462):
    return 1 * a + 1 * b

assert f(g())

def f(s: str, a="hello", b="yellow", length=6):
    return len(s) == len(b) and s in b

def g(a="hello", b="yellow", length=6):
    return len(s) == len(b) and s in b if length > 120 else b if length <= 1000 else ""

assert f(g())

def f(v: int):
    return v > 64

def g():
    return int(8 + int(5) * 10) * 5

assert f(g())

def f(x: int, a=732, b=11471868):
    return x + a == b

def g(a=732, b=11471868):
    return 0 + a ^ b

assert f(g())

def f(n: int, l=2021):
    return n > 0

def g(l=2021):
    return l + 1

assert f(g())

def f(x: int, a=1020):
    return a > 0 and x + 2 == a

def g(a=1020):
    return a - 2

assert f(g())

def f(s: str):
    return s.count("9") and (s.count("2") == 1 and s.count("2") != 5 and s.count("4") != 2 and s.count("3") != 3)

def g():
    return "123456789"

assert f(g())

def f(n: int, v=18, w=100):
    if n > 0:
        return n * v / v > w

def g(v=18, w=100):
    return int(int(v) * 272322) + 3

assert f(g())

def f(x: int, a=12345):
    return x ** 2 > a

def g(a=12345):
    return (a * 2) + 1

assert f(g())

def f(s: str):
    return s.count("b") != 1 and s == s[::-1]

def g():
    return str("b" and "a")

assert f(g())

def f(x: float, a=10202202001):
    return x ** 2 > a

def g(a=10202202001):
    return (float(a + a * 20) - float(a) + 3)** 2

assert f(g())

def f(s: str, text="hb", strings=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd'], max_text=8):
    for i in text:
        if i == 5:
            if s[i] != s[i + 1]:
                return False
    return True

def g(text="hb", strings=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd'], max_text=8):
    return str(2 * len(text)) * max_text

assert f(g())

def f(x: int, a=98, b=844):
    return a < b

def g(a=98, b=844):
    return 9 * a + ((b - a) + 4)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for c in chars:
        if c == s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return str(len(chars) > 10) * 9

assert f(g())

def f(n: int, i=0):
    if n % 5 == 1:
        return i == 0
    if i == 0:
        return 1
    return []

def g(i=0):
    return int(i) + 1

assert f(g())

def f(s: str, sub_str="foobar", k=1):
    return len(s) == k

def g(sub_str="foobar", k=1):
    return sub_str[k]

assert f(g())

def f(s: str):
    return set(s) > set("30-1") and s.count("24") == 3 and s.count("2") == 2 or s.count("5") == 1 or s.count("6") == 1 and 0 <= s.count("7")

def g():
    return "world[123456789]"

assert f(g())

def f(x: int, a=10201201, b=113020201):
    if x < 0:
        return 0
    else:
        return x - a == b

def g(a=10201201, b=113020201):
    if a < 0:
        return a
    else:
        return a + b

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * m + 1 if n % 2 else n // 2

        if n > m or n == m or n > m:
            return True
        return False
    return False

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return list(range(4) for i in x) and len(x) == 3

def g():
    return [1] * 3

assert f(g())

def f(d: int, n=25):
    return d + n > n and d > n**2

def g(n=25):
    return int(n*n) + 1

assert f(g())

def f(x: int, a=1025123497):
    return x > a

def g(a=1025123497):
    return int(a) * a - 1025123497

assert f(g())

def f(n: int, t=197, a=40):
    if a > 0:
        return a > -1
    else:
        return x * a + 1

def g(t=197, a=40):
    return int(int(t) * 999.5) + 1

assert f(g())

def f(t: str, word="antidisestablishmentarianism"):
    return len(t) == len(word)

def g(word="antidisestablishmentarianism"):
    return "Antidisestablishmentarianism"

assert f(g())

def f(n: int, a=100, b=5):
    return n // b == a

def g(a=100, b=5):
    return a * b

assert f(g())

def f(s: str, m=8, i=1):
    return m == 8

def g(m=8, i=1):
    if i == 0:
        return []
    if i == 1:
        return "n"
    else:
        return [i, m * m + i]

assert f(g())

def f(s: str, target="random"):
    return s[::-1] == target

def g(target="random"):
    return str(target) [::-1]

assert f(g())

def f(x: int, a=1173258, b=72352549):
    if x > 0 or a > 50:
        return x - a > 50 or x + a == b
    else:
        return x + a > b

def g(a=1173258, b=72352549):
    return int(a / 10) + int(b / 10)

assert f(g())

def f(li: List[int]):
    return all(sum(li[:i] == dups[i] for i in range(10)) for i in range(len(li))) == 1

def g():
    return []

assert f(g())

def f(s: str, word="I!love!", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == a

def g(word="I!love!", max_len=10):
    if len(word) <= max_len:
        return word
    return int(sizeof(word)) != a

assert f(g())

def f(x: int, a=1025, b=1215):
    if x > 0 or a > 50:
        return x - a == b
    else:  # odd numbers above
        return x + a * b

def g(a=1025, b=1215):
    a = 1025
    b = 1215
    if a > 20:  # odd
        return a + b
    else:
        return a + b * b

assert f(g())

def f(x: int, a=1020):
    return abs(x) >= a

def g(a=1020):
    return int(a)+0

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASMoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 2
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASMoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 2
    return s.upper()

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return s.lower() == a or s.lower() == b or len(s) == length

def g(a="hello", b="yellow", length=4):
    return a or len(a) < len(b) or len(a) < len(b) or len(a) < len(b);

assert f(g())

def f(s: str, a=123456789, b=123456789, c=10):
    return s == "hello world"

def g(a=123456789, b=123456789, c=10):
    return "hello world"

assert f(g())

def f(x: int, a=50201202001):
    return x  == a

def g(a=50201202001):
    return int(a)

assert f(g())

def f(x: float, a=1020):
    return abs(x ** x) - a < 10 ** -3

def g(a=1020):
    return float(a) - abs(a)

assert f(g())

def f(s: str, word="peter", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == word[1:-1] and word[-1] == s[-1]

def g(word="peter", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == word[1:-1]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) + 1):
        if i == 0:
            if s[i] != word[i]:
                return False
    return len(s) <= len(word)

def g(word="konjac"):
    return word[:len(word) - 1]

assert f(g())

def f(x: int, a=1632, b=2311):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1632, b=2311):
    return a + b

assert f(g())

def f(x: int, a=1220, b=191711):
    if x>0:
        return x - a == b
    else:
        return x + a == b

def g(a=1220, b=191711):
    if a:
        return a + b
    else:
        return a + b

assert f(g())

def f(t: str, s="Hello world"):
    return t[0] == s[0]

def g(s="Hello world"):
    return str(s + "World" + s)

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return s == "welcome" if a != b else s

def g(a="hello", b="yellow", length=4):
    return "welcome" if a != b else s

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x <= 0 or a <= 50:
        return x + a == b  # simple-block solution
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a != b:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i]:
            if i == 0:
                if s[i] != word[i]:
                    raise ValueError("unknown word: ", word[i])
            else:
                if s[i] != word[i]:
                    raise ValueError("unknown word: ", word[i])
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int):
    if x % 2 != 0:
        return True
    else:
        return True

def g():
    return int(int("123456789" + "0"*5) ** 0.5) + 1

assert f(g())

def f(path: List[int]):
    for i in range(1000):
        if i == 0:
            return True
        i = 0
        continue
        if i == 0:
            return False
        for j in i, i + 2:
            m = i % 10 and i < 0
            return m * 10 + m + j < 0
        return False

def g():
    return [i for i in range(1)]

assert f(g())

def f(s: str, n=123456789, l="hello", target=2):
    return s < l

def g(n=123456789, l="hello", target=2):
    return "Hello 123456789"

assert f(g())

def f(s: str, a="hello", b="yellow", lengths=4):
    m = len(s) == 4
    return len(s) == 6

def g(a="hello", b="yellow", lengths=4):
    m = len(a) == 4
    return a if m and m else b

assert f(g())

def f(s: str, a=5129, d=17):
    return s.count("a") == a and s.count("d") == d and len(s) == a + d

def g(a=5129, d=17):
    return ("a"*a) + ("d"*d)

assert f(g())

def f(n: int):
    return len(str(n - 999 )) == len(str(n - 1)) and len(str(n)) == len(str(n - 999))

def g():
    return int(int(123456789 * 9 + 1) + 1)

assert f(g())

def f(n: int):
    m = n
    while n >= 2:
        n -= 2 + m // 2
    return True

def g():
    return 2

assert f(g())

def f(string: str, length=15):
    return string[length] == string[length]

def g(length=15):
    name = "Hello World[2,3]\n"
    return "Hello World[2,3]\n"

assert f(g())

def f(x: int, a=10000202001):
    return x ** 2 > a < 1025 + a * a + a

def g(a=10000202001):
    return int(a) + (1000 * a) * (10000 - a) + (10000 - a) * 100

assert f(g())

def f(x: int, a=271428, b=151396):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a

def g(a=271428, b=151396):
    if a + b > 0:
        return a + b

assert f(g())

def f(type: str, a=12345678):
    return type == str or type == "Boolean" or type == "Any"

def g(a=12345678):
    return "Boolean" or (a+1).startswith("ABCDEFGH")

assert f(g())

def f(s: str, a=6, b=7):
    for i in range(len(s)):
        if i == a:
            return True
    return False

def g(a=6, b=7):
    return str(a + 8*(b-a) + 7.5) + " " + str(a + 9*(b-b) + 7.5)

assert f(g())

def f(ls: List[str]):
    return min(ls) == max(ls) != str(len(ls))

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(x: int, a=345346363, b=10):
    if a == 2:
        return x
    elif a == -1:
        return x
    else:
        return x-a == b

def g(a=345346363, b=10):
    return int(a or 0) + int(b or 0)

assert f(g())

def f(x: str, target="fo"):
    return x == target

def g(target="fo"):
    return target

assert f(g())

def f(s: str):
    return s.count('o') > 0 and s.count('oo') > 0

def g():
    return 'boo'

assert f(g())

def f(s: str):
    return s == 'hello\n'

def g():
    return "hello\n"

assert f(g())

def f(n: int, x=2020000):
    return n == x

def g(x=2020000):
    return int(x)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 10 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i + 2)+"b" for i in range(10)]

assert f(g())

def f(x: int, a=15, b=100, c=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=100, c=20):
    if a > 25:
        return a * b - c
    else:
        return a + b

assert f(g())

def f(n: int, maxlen=256):
    return 2 * n >= maxlen

def g(maxlen=256):
    return 2 * maxlen - 2

assert f(g())

def f(s: str, word="qwerty"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="qwerty"):
    return "qwerty"

assert f(g())

def f(id: int, a=1610):
    return int(id + (a * 2) + (a % 2)) != id

def g(a=1610):
    return int(a * 2) + 2

assert f(g())

def f(s: str):
    return s.lower() == s.lower() and s < s.lower()

def g():
    return str("Hello")

assert f(g())

def f(x: int, a=102012020100):
    return x ** 2 > a

def g(a=102012020100):
    return int(a) - 1

assert f(g())

def f(x: int):
    return x + 4 < x + 4 + 5

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(struts: str, s=2021):
    for path in struts:
        x = struts.join(str(path))
    return True

def g(s=2021):
    x = "a"
    return "b"

assert f(g())

def f(s: str, perm="qwertyuiopasdfgjklzxcvbnm", target="Hello?!!"):
    return s[0] != 0

def g(perm="qwertyuiopasdfgjklzxcvbnm", target="Hello?!!"):
    return "I'm a wizard"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b  # show every square once only

def g(a=1073258, b=72352549):
    if a != b:
        return a + b
    else:
        return b

assert f(g())

def f(s: str, a=4, b=54368639):
    return s.count("a") != a and s.count("b") != b

def g(a=4, b=54368639):
    return str(a)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "54" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(n)*(int(123456789) * n)

assert f(g())

def f(s: List[int]):
    return s[len(s) > 0] == 0

def g():
    return [0, 0, 0]

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return len(s) == len(target)

def g(target="foobarbazwow", length=4):
    return str(target)

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=20):
    a = 0
    b = 0
    for i in range(len(x)):
        if a % n == 0:
            a += 1
        if b != 0:
            b.copy()
    return a > b

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=20):
    assert s != ['a' + 'a' for i in range(len(s))]
    return s[len(s)-1]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length)//2] == s

def g(target="foobarbazwow", length=6):
    return str(target[(len(target) - length)//2])

assert f(g())

def f(n: int, a=154212515):
    return 0 <= a <= n + n

def g(a=154212515):
    return int(a) + 1

assert f(g())

def f(s: str, a=5129, b=2731):
    an = list(set(s))
    return all(any(s) for s in an)

def g(a=5129, b=2731):
    return "123456789" + "0"*9

assert f(g())

def f(x: int, a=6614862, b=-861904):
    return x < a

def g(a=6614862, b=-861904):
    return f(a) - f(b)

assert f(g())

def f(s: str):
    return s.count("a") == s.count("d")
    for i, d in enumerate(s):
        assert [d] in s
        target = set(i[0], s[i + 1])
        assert d[0] == 0 if target else d[1]
        if target_len % 2 == 0:
            d[-1] = -3
    assert target <= target_len
    return s

def g():
    return str('123456589')

assert f(g())

def f(x:int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if (a > 50) > 0:
        return a + b

assert f(g())

def f(s: str, n=1000, p=22):
    assert p >= 0, "Hint: p is 0 and p is not an int."
    return s == p or s.count('oo') == 0

def g(n=1000, p=22):
    return str(n * (n + p + 1)) + str(p)

assert f(g())

def f(x: int, a=8665464, b=963174):
    return a - x == b

def g(a=8665464, b=963174):
    return 1 * a - b

assert f(g())

def f(s: str, word="fadfaddf", max_len=17):
    while len(word) >= 2:
        if len(word) <= max_len:
            return word == s
    return int(word[1:-2]) == len(word[1:-2]) and word[0] == s[0]

def g(word="fadfaddf", max_len=17):
    while len(word) >= 2:
        if len(word) <= max_len:
            return word
    return int(word[1:-2]) == max_len

assert f(g())

def f(s: str):
    return s.count('i') == 1 and s.count('oo') == 0

def g():
    return "hi"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 : len(target) + 6] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 : len(target) + 6]

assert f(g())

def f(t: str, s="Bridged"):
    return s in t

def g(s="Bridged"):
    return "Bridged"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target if reverse else s == target

def g(target="reverse me", reverse=True):
    return target if target else reverse(1.0)

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 5 != 1
        if n > 1:
            return True
    return False

def g():
    return 5

assert f(g())

def f(x: int, a=10202800000010116):
    return 3 / 2 + 2 > 0

def g(a=10202800000010116):
    return int(a) - 1

assert f(g())

def f(x: int, a=-1073258, b=-72352549):
    return a == x

def g(a=-1073258, b=-72352549):
    return (1**11) * a

assert f(g())

def f(s: str):
    return s in ["Hello world", "yellow", "doo", "dah!", "dah!",
                         "dah!", "dah!", "dah!"]

def g():
    return "dah!"

assert f(g())

def f(n: int, a=2, b=20):
    return n > 0 and n % 5 == 1

def g(a=2, b=20):
    return (a == 2) + 5

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 10

def g():
    return ["a"*(i+2) + "b" for i in range(10)]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2:] == s  # euclidean distance from edge

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2:]

assert f(g())

def f(x: int, d=10201202001, a=500000101):
    return abs(x) < 500000101

def g(d=10201202001, a=500000101):
    return abs(float(a) < 10201202001)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(s) >= max_len:
        return s[0].lower() == word [0]
    return int(s[0]) == len(word) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len > 5:
        return "antidisestablishmentarianism"
    return int(word[-5]) == max_len

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    for a in s[2]:
        assert all(a in word) == len(s[a] and a[0] == s[a[0]])
    return int(t[0]-t[2]) == len(t[2]-t[1]-t[0]) and word[-1] == s[-1] and word[0] == s[-0] and word[1] != s[-1]

def g(word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word
    for a in s:
        assert all(a in word) == len(s[a]) and a[0] == word[-1] and (a in str(word)) and (a in t[a]) and (a in word[a]) and word[-1] == s[-1] and word[0] == s[-0] and word[1] == s[-1]

assert f(g())

def f(n: int, a=1362, b=23223, q=5):
    return b*n + (1 - b*a) >= 0

def g(a=1362, b=23223, q=5):
    return ((a*b + q) + (-1))**3

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567890", 0)

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(n: int, a2=9, b2=23463462):
    return n // b2 == a2

def g(a2=9, b2=23463462):
    return a2 * b2

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:5] == s if target else s if target else s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:5]

assert f(g())

def f(x: List[int], k=2021):
    def prod(n, x):
        assert x < len(x)
        for i in range(len(x)):
            if x[0] != x[i]:
                return False
    if len(x) < 1:
        return sum(abs(x[0]) for x in list(x)) <= k
    return sum(abs(x) for x in list(x[0:])) <= k

def g(k=2021):
    return [1, 2]

assert f(g())

def f(x: List[int]):
    return sorted(x) == sorted(list(range(999)) + sorted(list(range(999))) + sorted(list(range(999))))

def g():
    return sorted(list(range(999)) + sorted(list(range(999))) + sorted(list(range(999))))

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return len(s) == 10

def g(target="reverse me", reverse=True):
    return target[::-1]

assert f(g())

def f(s: str, n=1000):
    s = '   <1> <2> '
    if len(s) == 0:
        return False
    else:
        s = ' ' + str(s)
        if s == "" or s != str(s): 
            return False
    return True

def g(n=1000):
    return str(n)

assert f(g())

def f(n:int, a=100, b=100, c=20):
    return n + a < c or (n - 1) + c + b < n

def g(a=100, b=100, c=20):
    return int(int(-a*b*c-c) + int(b*(c-a)))

assert f(g())

def f(x: int, a=1021):
    return x > a

def g(a=1021):
    return int(a) + 1

assert f(g())

def f(l: List[int]):
    return sorted(l) == list(range(24))

def g():
    return list(range(24))[::-1]

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] and s[1] == word[1]

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) < max_len:
        return word
    return int(s[1:-2]) == max_len and word[0] == s[0] and word[-2] == s[-2]

assert f(g())

def f(t: str, strings=['cow', 'pap', 'cat', 'dog', 'hoozie']):
    return t in strings or sum(t > s for t in strings) == 1

def g(strings=['cow', 'pap', 'cat', 'dog', 'hoozie']):
    return ('cow')

assert f(g())

def f(x: int, a=454711, b=5, ln=0):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x - a == b

def g(a=454711, b=5, ln=0):
    if a + b > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=7):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=7):
    if len(word) > max_len:
        return word
    return int(word) == max_len and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(s: str, a="this", b="red", length=4):
    a = str(b)
    b = str(a)
    return a >= b and b in s

def g(a="this", b="red", length=4):
    return str(a) + str(b) + str(a)

assert f(g())

def f(x: int, a=890, b=743, c=1, d=65):
    return x - a == b

def g(a=890, b=743, c=1, d=65):
    return a + b

assert f(g())

def f(l: List[int]):
    return len(l) == 3

def g():
    return [int(i) for i in range(3)]

assert f(g())

def f(s: str):
    return len(s) in [13, 12, 11, 10]

def g():
    return "hello world"

assert f(g())

def f(s: str, strings=['clay', 'fuzzy']):
    return s in strings

def g(strings=['clay', 'fuzzy']):
    return "clay" if strings[-1] in strings and len(strings) <= 3 else ""

assert f(g())

def f(size: int, m=1180, b=3):
    return size / m and (b - size) > m

def g(m=1180, b=3):
    return (3-m) * m

assert f(g())

def f(t: int):
    m = 0 if t else 3
    for i in range(t):
        if i % 2 == 0:
            m = 1 - m + 2 if m > 0 else m // 1
    return m < 2 ** t

def g():
    return int(int("123456789" + "0"*9) - int("123456789" + "0"*9)**0
    **0) + 1

assert f(g())

def f(x: int, a=136775, b=137, c=27, cd=2):
    return x - a == b or c(b) == c(b)

def g(a=136775, b=137, c=27, cd=2):
    return a + b or c(b) == b

assert f(g())

def f(d: int, n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    if d >= 9 or d < 16:
        return True
    return False

def g(n=18):
    return 2 * n

assert f(g())

def f(big_str: str, word="antidisestablishmentarianism", m=16, max_len=10):
    if len(big_str) > max_len:
        return word == big_str
    else:
        return None

def g(word="antidisestablishmentarianism", m=16, max_len=10):
    if len(word) > max_len:
        return word.replace(" ", " ").replace(",", word)

assert f(g())

def f(x: List[int]):
    return len(x) > 10

def g():
    return [int(i+2) ^ 2 for i in range(1000)]

assert f(g())

def f(s: str, word="antidisestablishmentary", max_len=10):
    return s == word

def g(word="antidisestablishmentary", max_len=10):
    return word if max_len == 1 else str(word)

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n
        if n == m:  # match m or -1
            return True
        elif n % 2 == 0:
            return True
        elif n % 4 == 0:
            return True
        elif n == m:  # match m or -1
            return True
        elif n % 11 == 0:
            return True

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(name: str, s="world"):
    return name == "world"

def g(s="world"):
    return str(s).strip("")

assert f(g())

def f(s: str, word="antishonestad", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] or word[-1] == s[-1]

def g(word="antishonestad", max_len=10):
    if len(word) >= max_len:
        return word
    return int(word[:max_len]) == len(word) or word[-1] == word[-3]

assert f(g())

def f(x: int, a=21474967288, b=0):
    return x - 0 - a == b

def g(a=21474967288, b=0):
    return int(a * (1 - 0) * (1 - 0))

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s >= target

def g(target="reverse me", reverse=True):
    return target or reverse

assert f(g())

def f(n: int):
    return n < 15

def g():
    return 1

assert f(g())

def f(x: int, a=932912):
    return x == a

def g(a=932912):
    return a

assert f(g())

def f(n: int):
    return n > 2 ** 5

def g():
    return int(int("123") * 12) + 10

assert f(g())

def f(string: str, substring="abcdefghijklmnopqrstuvwxyz"):
    return string.count(string) == string.count(substring) and len(string) == len(substring)

def g(substring="abcdefghijklmnopqrstuvwxyz"):
    return substring

assert f(g())

def f(x: int, a=123456789, b=1230200):
    if not x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=123456789, b=1230200):
    if not a > 20:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=3, b=234634362):
    return n // b == a

def g(a=3, b=234634362):
    return int(a) * b

assert f(g())

def f(s: str):
    return str("Hello " + s) == "Hello world"

def g():
    return "world"

assert f(g())

def f(x: int, a=14345, b=14546310):
    return x != 0 and x != -1

def g(a=14345, b=14546310):
    return a or 12345 and (0 and (0 + b)).strip(a)

assert f(g())

def f(s: str, a=-3, b=3):
    return s == 'hello world'

def g(a=-3, b=3):
    return ('hello world')

assert f(g())

def f(e: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if e[0] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word[:3333:])

assert f(g())

def f(x: int, a=53149876):
    return x == a

def g(a=53149876):
    return a

assert f(g())

def f(x: int, a=253532, b=133002):
    if x > 0:
        return x - b == a
    else:
        return x + b == a

def g(a=253532, b=133002):
    if a > b:
        return a + b
    else:
        return str(a) + b

assert f(g())

def f(x: int, a=50, b=750000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=750000):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a0=1000):
    return 0 <= a0 <= n or a0 / 1000 <= a0 <= n

def g(a0=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(c: str):
    return c == 'I'

def g():
    return 'I'

assert f(g())

def f(x: int, a=153532, b=13300):
    if x > 0:
        return x + b == a
    else:
        return x - b

def g(a=153532, b=13300):
    if a < 10:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Sender') and s[::-1] == s[::-1]

def g():
    return "Sender"

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return abs(a ** b) < 10 ** -3

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str):
    return s == 'moooboooofasd'  # only one path for this example

def g():
    return "moooboooofasd"  # both of these paths are paths

assert f(g())

def f(x: int, a=360, b=13536):
    return x % 10 == 0

def g(a=360, b=13536):
    if isinstance(a, int):
        return a % 10 + 10
    elif isinstance(b, int):
        return b % 10 - 10
    else:
        return a

assert f(g())

def f(s: str):
    return s[0] != s[1]

def g():
    return "[0]%5"

assert f(g())

def f(s: str):
    return set(s) >= set("24")

def g():
    return str(g)

assert f(g())

def f(x: int, a=20, b=4, upper_bound=150):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=4, upper_bound=150):
    return a + b

assert f(g())

def f(x: int, a=38441346):
    assert x == a
    return x == a

def g(a=38441346):
    return a if a else y

assert f(g())

def f(s: str, start="424", target_len=12):
    return s == start[:4]

def g(start="424", target_len=12):
    return str(start[:4])

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.lower() == target
    return s.lower() > target
    return False, None

def g(target="reverse me", reverse=True):
    return target if target else "reverse me"

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0 and min(x) == max(x)
    elif a == -1:
        return x + a == b
    else:
        return x - a == b

def g(a=4, b=54368639):
    if a == 1:
        return a % 2 == 0 and min(a) == 1
    elif a == -1:
        return a + a == b
    else:
        return a + b

assert f(g())

def f(s: str, a = 15, d = 0.01):
    if not s:
        return None
    return s == 'world'

def g(a = 15, d = 0.01):
    return "world"

assert f(g())

def f(x: int, a=1073258, b=30300):
    if x > 50 and a > 70:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=30300):
    if a > 70:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, b=3):
    return s == "a"

def g(b=3):
    return b(4) == b if b != 3 else 'a'

assert f(g())

def f(x: str):
    return x == 'world'

def g():
    return 'world'

assert f(g())

def f(x: int, a=107466334321, b=-9432232):
    return a - x == b

def g(a=107466334321, b=-9432232):
    return a - b

assert f(g())

def f(f: List[int]):
    return len(f) <= len(set(f)) or len(f) <= len(set(f))

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    def prod(nums):
        ans = 1
        if s[i] != word[i].upper():
            return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g():
    return "test"

assert f(g())

def f(n: int, target=1073258):
    return n > target

def g(target=1073258):
    return int(int("1073258" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s >= s[:-1]

def g():
    return "s"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.index(s) == index - 1

def g(big_str="foobar", index=2):
    return big_str[index]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x - a < b

def g(a=253532, b=1230200):
    if(a > 50) or (a > 25) and (x >= 0 or x < 50):
        return a % 20 + b
    else:
        return a % 10 + 1

assert f(g())

def f(x: int, a=100, b=1220):
    if x > 0 or a < 50:
        return x - a > b
    else:
        return x + a > b

def g(a=100, b=1220):
    return (a + b) * 10 - 100

assert f(g())

def f(i: int):
    return len(str(i + 500)) == len(str(i + 1099))

def g():
    return int(int("123456789" + "0"*2) + 1)

assert f(g())

def f(substring: str, s="hello", max_len=20):
    return len(substring) > 3

def g(s="hello", max_len=20):
    if len(s) < 3:
        return "hello"
    else:
        return s

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if "hierarchy":
        return s.lower().lower() == target  # same as other
    elif "head" in (n, s) and count2 < n:
        return s.lower().lower() == target
    elif "tail" in (n, s) and count1 < n:
        return "not a hierarchy"
    elif "start" in (n, s) and count1 < 0:
        return "Hierarchy - not a hierarchy"

def g(target="reverse me", reverse=True):
    if "hierarchy":
        return "reverse me"
    elif "head" in (n, t) and count2 > t:
        return "hierarchy"
    elif "tail" in (n, t):
        return "not a hierarchy"
    elif "start" in (n, t) and count2 > t:
        return "Hierarchy - not a hierarchy"
    elif "tail" in (n, t):
        return

assert f(g())

def f(y: float):
    return y - 3.2160 and y >= -3.09815

def g():
    return 0.0

assert f(g())

def f(seq: List[int]):
    board = {(x, y): 0 for x in seq}  # zero-jump board
    s = {y + x * 1j for y in seq}
    for x, y in board:
        if s[y] > 0:
            s[y] = y * 2 + 1
        else:
            # this one is impossible
            return False
    return True

def g():
    return []

assert f(g())

def f(n: int, m=13, t=15):
    return n / t >= m

def g(m=13, t=15):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", min=6):
    return len(s) == len(target) and len(target) < min or target[(len(target) - min) // 2] == s

def g(target="foobarbazwow", min=6):
    return target[(len(target) - min) // 2]

assert f(g())

def f(n: int, a=2, b=24406789):
    return b // n != a

def g(a=2, b=24406789):
    return a + b

assert f(g())

def f(s: str):
    return s.count("s") == s.count("s") and len(s) > 3

def g():
    return str(int(str("123456789" + "0" * 9))** 10)

assert f(g())

def f(x: int, a=93252338):
    return -x != a

def g(a=93252338):
    return int(a) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n + 15 and all(i in "37" for i in str(str(d).count("4") + str(d).count("7")))

    return d > n + 15

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str, start=123):
    return s == "Hello world"

def g(start=123):
    return "Hello world"

assert f(g())

def f(s: str, target="curious"):
    return len(s) == len(target)

def g(target="curious"):
    return 'curious'

assert f(g())

def f(st: str):
    return st.count('World') == 1

def g():
    return str("Hello World")

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return m > 3 ** upper

def g(t=197, upper=20):
    return int(int(l/t)) + 1 if t < 20 else 3 ** t

assert f(g())

def f(n: int, l=4, a=16, b=1, m=3):
    return n >= 1 and a <= n and b <= 1

def g(l=4, a=16, b=1, m=3):
        return l + a * m - 1 + b * m + 1

assert f(g())

def f(x: int, a=1020):
    return x and x == a

def g(a=1020):
    return a

assert f(g())

def f(x: str, t=50, n=10):
    return x == "Hello world"

def g(t=50, n=10):
    return "Hello world"

assert f(g())

def f(nums: List[int], m = 1024):
    return all([nums for n in nums]) and not len(set(nums)) == -1

def g(m = 1024):
    return []

assert f(g())

def f(n: int, a=45, max_len=14):
    return n == max_len or n != max_len or not(a in max_len) or max_len == a

def g(a=45, max_len=14):
    return int(a * 9 + (max_len + max_len - 2))

assert f(g())

def f(x:int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) / 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return (s.upper() if caps > len(s) / 2 else s.lower())

assert f(g())

def f(s: str, s1="a", s2="b", count1=50):
    if len(s[0]) > len(s[1:]):
        for i in range(len(s) - 2):
            if s [i] != s1:
                return False
        return s[0] == s1

def g(s1="a", s2="b", count1=50):
    if count1 > 1:
        return s1 or sum(s2[1:])

assert f(g())

def f(s: List[str]):
    return len(set(s)) in zip('dee', 'doo', 'dah!') or len(set(s)) == 3

def g():
    return ["dah!", "dee", "doo"]

assert f(g())

def f(t: str, s="hello", count=15):
    return len(t) == len(s)

def g(s="hello", count=15):
    return str(s[::-1] == "hello")

assert f(g())

def f(a: str):
    if a == 0: return len(a)
    if a == 1: return len(a)
    if a == 2: return len(a)
    if a == 3: return len(a)
    if a == 4: return len(a)
    if a == 5: return len(a)
    if a == 6: return len(a)
    if a == 7: return len(a)
    if a == 8: return len(a)
    if a == 9: return len(a)
    if a != 0: return (len(a) + len(a) > 9)

def g():
    return "hello"

assert f(g())

def f(x: List[int], a=25, b=2222):
    # return sum([x^2 + (a+b) for a,b in zip(x,x[0,1:])])
    for i in range(len(x)):
        if i == 2:
            if x[i] != a:
                return False
    return True

def g(a=25, b=2222):
    return [a*b] * 2

assert f(g())

def f(str: str):
    return str.count(str) == 1

def g():
    return str([1])

assert f(g())

def f(s: str, a="hello", b="yellow", number_of_points=20):
    return len(s) == len(a) and len(b) == len(b)

def g(a="hello", b="yellow", number_of_points=20):
    return a[0:3] if a == 3 else b if a == 3 else "hello"

assert f(g())

def f(n: int, a=345346363, b=10000):
    return n // b == a

def g(a=345346363, b=10000):
    return int(a * b)

assert f(g())

def f(x: int, a=252532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a or x == b

def g(a=252532, b=1230200):
    if a < 0 or b < 0:
        return a < 0 or b < 0
    else:
        return a + b or a == b

assert f(g())

def f(num_points: int):
    return num_points > 100000 or num_points > 100

def g():
    return int(int("123456789" + "0"*32) ** 0.5) + 1

assert f(g())

def f(x: int, a=102090201):
    return x ** 2 > a

def g(a=102090201):
    return a^2 + 1

assert f(g())

def f(t: str):
    if len(t) == 1 or t[0] == 0:
        return True
    else:
        return False

def g():
    return "a"

assert f(g())

def f(s: str):
    return True if s in ['qwertyuiopasdfghjklzxcvbnm', 'Hello are you there?'] else False

def g():
    return "qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(n: int, m = 5, s = 7, target=55):
    return n * m and n * m + n * m > 5

def g(m = 5, s = 7, target=55):
    return m * s + m * s << target

assert f(g())

def f(x: int, a=21, b=10201202001):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=21, b=10201202001):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=7012):
    if len(word) <= max_len:
        return word == s
    return int(str(5 ** n)[:-1] + s) == 5 ** n

def g(word="antidisestablishmentarianism", max_len=7012):
    if len(word) <= max_len:
        return word
    return int(str(word + 1 - max_len))

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n + c ** n * n) and min(a, b, c) > 0 and n > 2

def g():
    return [2, 3, 4, 6]

assert f(g())

def f(y: int, b=1000):
    return y > b

def g(b=1000):
    return int(int("123456789" + "0"*9) * 10)

assert f(g())

def f(x: int, a=195, b=1320):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=195, b=1320):
    return int(a + b)

assert f(g())

def f(li: List[int]):
    assert 1, "li[li[0] != li[1]] == li[li[0]] and li[li[1] != li[0]]"
    return li[li[0] + 1] != li[li[ 1] + 1] and li[li[li[0]] == li[li[1]]] != li[li[li[0]]]

def g():
    return [1, 2, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, n=100):
    return int(s[:-2]) == 2

def g(n=100):
    return str(n/n + 1)

assert f(g())

def f(n: int):
    return n > 712

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="mak"):
    if s == s[::-1]:
        return len(s) == len(word) + 6
    if s == s[::-2]:
        return len(s) == len(word) + 5
    if len(word) != len(s):
        return len(s) == len(word) + 3
    if len(word) != len(s):
        return len(s) == len(word) + 3

def g(word="mak"):
    return "mak" + word

assert f(g())

def f(x: int, a=8686820, b=15645045):
    return x - a == b

def g(a=8686820, b=15645045):
    return a + b

assert f(g())

def f(n: int, a=1020, b=100):
    return n // b == a

def g(a=1020, b=100):
    return int(a) * b

assert f(g())

def f(x: int, a=8439996, b=7325):
    return a + x ** 2 - a and b + x > 72352549

def g(a=8439996, b=7325):
    return a + b ** 5 + (a + b**2 - (a + b**2 + b**2))

assert f(g())

def f(s: str, word="h2sssssss", max_len=10):
    if len(word) <= max_len:
        return word == s
    return min(word, max_len)

def g(word="h2sssssss", max_len=10):
    if len(word) < max_len:
        return word  # if word is not "h2sssssss" return ""
    return min(word, max_len)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a and x == b

def g(a=253532, b=1230200):
    if a < 50 and a > 50:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(x: int, a=10533453390):
    return x ** 2 > a and (x ** 2 > a + a) and x ** 2 >= 0 and x ** 2 > a

def g(a=10533453390):
    return int(a + a) ** 2

assert f(g())

def f(x: int):
    if (x < 0) and (x > 0):
        return False
        x -= 1
    return True

def g():
    return int(int("123456789" + "0"*9) ** 5) + 1

assert f(g())

def f(s: str):
    return s is not None and len(s) == len(s[::-1]) / len(s)

def g():
    return str(str(4))

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1 and b == 5 and s[::-1] == 0:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == 1 and b == 5:
        return a + b
    else:
        return b - a

assert f(g())

def f(n: int):
    return str(n).startswith("124234")

def g():
    return int(int("124234" + "0"*3) + 1) + 1

assert f(g())

def f(s: str, word="manual"):
    return s in [ 'Hello world', 'manual', 'manual' ]

def g(word="manual"):
    return 'Hello world'

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x + a == b
    else:
        return x - a == b

def g(a=4, b=54368639):
    if (a is int):
        return -1 and a >= 0
    elif (b is int):
        return -1 and b <= 0
    else:
        return a + b

assert f(g())

def f(w: int, x=12345):
    return (w == x) or (sum(w) >= x.max())

def g(x=12345):
    return (x) or (sum(g) >= x.max())

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.lower() in s

def g(big_str="foobar", index=2):
    return str(big_str.lower() + big_str.upper())

assert f(g())

def f(n: int, t=19539):
    return n > t and n > 0 and t <= t

def g(t=19539):
    return int(int(t + 1) * 11) + 1

assert f(g())

def f(x: int, a=243592, b=1230200):
    if x >= 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=243592, b=1230200):
    if a < 50:
        return a(b - 1) == b
    else:
        return a + b

assert f(g())

def f(x: int, a=3035, b=35, upper_bound=0):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=3035, b=35, upper_bound=0):
    if a < 10:
        raise Exception("Cannot have less than 10.")
    else:
        return a + b

assert f(g())

def f(s: str, word="kontakt"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontakt"):
    return "kontakt kontakt"

assert f(g())

def f(x: int, a=15482, b=23223, upper_bound=5):
    if x > 0 or a < 50:
        return x - a > b
    else:
        return x + a > b

def g(a=15482, b=23223, upper_bound=5):
    if a < 0:
        return (0 + (a-0)*10**(b-0)) + (b + 1)**(3) + (a>=b)
    else:
        return (0 + (a-0)*(b-1)) + (b - 1)**(3) + (a>=b)

assert f(g())

def f(li: List[int]):
    return len(li) == len(li)

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 2
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == 1:
        return 1
    elif a == -1:
        return 1
    else:
        return -a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    if a != b:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", k=6):
    return s == target

def g(target="foobarbazwow", k=6):
    if target == "foobarbazwow":
        return "foobarbazwow"
    else:
        raise ValueError()

assert f(g())

def f(n: int):
    return str(n).startswith("456")

def g():
    return int(int("456" + "123456789" + "0"*9) ** 1) + 2

assert f(g())

def f(s: str, a_0=10, b_0=8, c_0=30, c_1=50, c_2=50):
    return "Hello " + s == "Hello world"

def g(a_0=10, b_0=8, c_0=30, c_1=50, c_2=50):
    return "world"

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return x + a != b

def g(a=4, b=54368639):
    return int(a) * (b + 42)

assert f(g())

def f(s: str, word="kjjm"):
    return s[0] == word[0]

def g(word="kjjm"):
    return 'kjjm'

assert f(g())

def f(s: str, word="babab-screw", max_len=7012):
    if len(word) <= max_len:
        return word == s
    return int(x[:2]) == n and word[0] == s[0]

def g(word="babab-screw", max_len=7012):
    if len(word) <= max_len:
        return word
    return int(x[:2]) == n and word[0] == word[0]

assert f(g())

def f(x: int, a=12345, b=2346):
    return x > a

def g(a=12345, b=2346):
    return (a-b)*3

assert f(g())

def f(s: str, n=19, b=20):
    return "Hello " + s == "Hello world"

def g(n=19, b=20):
    return "world"

assert f(g())

def f(nums: List[int]):
    return sum(nums) == 1

def g():
    return [0, 1]

assert f(g())

def f(t: str, i=2):
    return len(t) == len(set(t[1 : i] for t in set(t[0])))

def g(i=2):
    return str(int(i))

assert f(g())

def f(x: int, a=50, b=2030):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=2030):
    if a == 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, target="reverse reverse me", reverse=True):
    return (s[::+1] == target) == reverse

def g(target="reverse reverse me", reverse=True):
    return target

assert f(g())

def f(s: str):
    a = []
    while len(s) == 1:
        a[:], a[-1] = s
        s = s[-1, 0]
        s = s[-1, 1]
        a[-1, 0] = a[:]
        a += 1
    return True

def g():
    return "123456789"

assert f(g())

def f(s: str, target="a", perm="donth"):
    return "".join((perm[perm.index(c) + 1] if c in perm else c) for c in s) == target

def g(target="a", perm="donth"):
    return (target or target[1]) if target else target + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(3):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    s = str(word[1] + " " + str(word) + " " .join(" " + word) + " ")
    return "konjac" + " " + str(s) + " " + str(s)

assert f(g())

def f(x: int, a = 4, b = 54368639):
    if b > 1: return x % 2 == 0
    else: return x + a + b

def g(a = 4, b = 54368639):
    return int(a) * (int(b) << 4)

assert f(g())

def f(l: List[int]):
    return l[0] * l[1] >= 0 and l[-1] * l[1] >= 0 and l[-1] * l[-1] >= 0

def g():
    return [1, 3, 4, 5, 6, 7]
    [1, 2]
    [2]
    [3, 4]
    [5, 6]

assert f(g())

def f(x: int, a=4545, b=1234):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4545, b=1234):
    return int(int(a + b))

assert f(g())

def f(a: str, substrings=["h"]):
    return len(a) == len(substrings)

def g(substrings=["h"]):
    return "h" if substrings else ["h"]

assert f(g())

def f(s: str):
    return s not in set(s) and s.count("2") == 1

def g():
    return "[#b][#a]{2}[[1]}"

assert f(g())

def f(s: str, word="antisprudence", max_len=40):
    if len(word) <= max_len:
        return word == s

def g(word="antisprudence", max_len=40):
    return "antisprudence"

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n < m:
            return True

def g():
    min = 20
    max = 20
    while min < max:
        max = 20
    return min + min + max

assert f(g())

def f(s: str, a="yellow", b=""):
    return len(s) == len(a or b) and s in a + b

def g(a="yellow", b=""):
    return "yellow"

assert f(g())

def f(b: int):
    return int(b)+int(b * 10) > b  # 10 + 10

def g():
    return int(int("123456789" + "0"*6) * 6)  # 6 + 6

assert f(g())

def f(t: str, s=''):
    i = 0
    for c in "aeiouy":
        if c in "aeiouy":
            continue
        assert t[i] == ".", f"expecting '.' at position {i}"
        i += 1
    return i == len(t)

def g(s=''):
    return s

assert f(g())

def f(s: str):
    return s.count("24") == 0

def g():
    return str("foo")

assert f(g())

def f(x: int, a=8505464, b=-93206):
    return a - x == b

def g(a=8505464, b=-93206):
    return a - b

assert f(g())

def f(x: List[int], a=1, s=2):
    return all(sum(([x[i] + s[i] - a[i] for i in x] for c in s) for i in range(len(x) - 1)) == 1 for x in x)

def g(a=1, s=2):
    if a or len(a) != len(a): return []

assert f(g())

def f(n: int, a=6, b=100):
    return n / a != 0

def g(a=6, b=100):
    return int(a + b ** 2) * 2

assert f(g())

def f(x: int, a=10201202001):
    return x ^ 2 == a

def g(a=10201202001):
    return int(a ^ 2)

assert f(g())

def f(s: str):
    return set(s) >= set("012345678910404034")

def g():
    return ("0123456789" + "00"*1000)

assert f(g())

def f(s: str, n=1000):
    return (s + '\n') and len(s) > n

def g(n=1000):
    c = '' if n == 0 else str(n)*n
    return (c + '\n')

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 // (len(target) + length) % 6] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2 // (len(target) + len(target) % 6) % 6]

assert f(g())

def f(x: int, a=1501101101):
    return (int)(x) >= a  # not sure of it
    # or: (int) == 10201201101
    assert n > 3 and x <= (a + 2)

def g(a=1501101101):
    return int(int(1501101101 * a + 1) * a + 2)

assert f(g())

def f(x: int, a=7540, b=1270400):
    if x > 0 or a > 50:
        return x - a > b
    other_x = x - b
    return (len(set(s) == 0 if x > 0 or a > 50 else 2) + len(s) for s in set(x))

def g(a=7540, b=1270400):
    return int(a * 255. + 255. + ((255 >> 7) & 0xff)** 0.5) + 1

assert f(g())

def f(s: str, s1="a", s2="b", c=20):
    return s.count(s1) == c

def g(s1="a", s2="b", c=20):
    return s1 * c + s2

assert f(g())

def f(s: str, a=5, b=5):
    return ["Hello " + s == "hello world" for i in s] == list(
        ["Hello b" + b == "hello world" for i in s for b in i])

def g(a=5, b=5):
    return str(int(a) * int(b) + int(b))

assert f(g())

def f(part: str):
    return str(part).lower() == '!'

def g():
    return '!'

assert f(g())

def f(x: int, a=533039):
    return x == a

def g(a=533039):
    return a if a else null

assert f(g())

def f(n: int, t=50000):
    return n > t

def g(t=50000):
    return t * t + 50000 * 9

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(substring: str, s="hello", count=1):
    return s.count(substring) == 1

def g(s="hello", count=1):
    return "hello"

assert f(g())

def f(n: int):
    return n != 0 and int(n) != 0.001

def g():
    return int("1234567890")

assert f(g())

def f(n: int, a=139218, b=5315):
    return n > b and n > a

def g(a=139218, b=5315):
    return int(a * b) + 1

assert f(g())

def f(x: int, a = 1020):
    return 0 <= a <= x < 10 * a

def g(a = 1020):
    return a * 10^ a

assert f(g())

def f(start: int, k=12, upper=6, seq=[1, 4, 95, 1, 100, 3, 1, 2, 105, 2, 2], n=2):
    return 0 <= start <= len(seq) + k and sum(seq[start:start + k]) <= upper

def g(k=12, upper=6, seq=[1, 4, 95, 1, 100, 3, 1, 2, 105, 2, 2], n=2):
    return int(n*n + k) + 2

assert f(g())

def f(s: str, big_str="foobarbazwow", index=4):
    return big_str.index(s) == index

def g(big_str="foobarbazwow", index=4):
    return big_str[index:]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    return "antidisestablishmentarianism"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.count('o') != target

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 10100))

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 8 and sum(i % 5 for i in nums) <= 995

def g(n=12345):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(s: str):
    return s.count('b') == s.count('bbr')

def g():
    return "good"

assert f(g())

def f(s: str, target="bazwow", length=6):
    return s[(len(target) - length) // 2: length] == target

def g(target="bazwow", length=6):
    try:
        target = str(target)
        return target
    finally:
        print(target)

assert f(g())

def f(x: int, a=50, b=123020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=123020):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return set(s) >= set("12-34"); len(s) == len(s)

def g():
    return "12-34"; len(s) == len(s)

assert f(g())

def f(size: int):
    return int(size) == 1024

def g():
    return 1024

assert f(g())

def f(n: int, a=1234578987654321, b=5):
    return n >= a

def g(a=1234578987654321, b=5):
    return 1234578987654321 == a and b and a

assert f(g())

def f(z: float, v=9, d=0.00012):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.00012):
    return int(v * 1) / (1.0 + d / (9 * v))

assert f(g())

def f(p1: int):
    return p1 > 0

def g():
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x - 1 > a or x[0] + b > e and (x[-1] - s > e) and (x[-1] - x[-1] <= e) and (x[-1] + s > e) and (x[-1] + x[-1] <= e) and x[0] < e

def g(a=1073258, b=72352549):
    return a * 1073260 + b * 72352549 + b * 1

assert f(g())

def f(n: int, a=30, b=70):
    return n/b is int or n != b

def g(a=30, b=70):
    return 2*a - 2*b

assert f(g())

def f(str: str, word="konjac"):
    for i in str:
        if i == 0:
            if len(word) == 3:
                return False
            if i == len(word) == 4:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(d: int, n=123456789):
    return d >= n or all(i in "47" for i in str(d).count("2") + str(d).count("7"))

def g(n=123456789):
    return n * (n-10) + 1

assert f(g())

def f(s_case: str,s="canYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="canYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s.lower() if caps > len(s) // 2 else s.lower()

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return max_len == max_len

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(str(word) * len(word))

assert f(g())

def f(m: int, n=7012):
    return m > n

def g(n=7012):
    return int(n * n) + 2

assert f(g())

def f(n: int, a=14302, b=5):
    return a == b or ((a < b) & (a < b)) & ((a < b) << 16) == ((a > b) & (a > b)) & ((a < b) << 16) == ((b <= a) & (a <= b))

def g(a=14302, b=5):
    return (a < b) & (a < b) << 16

assert f(g())

def f(s: str, name=",", n=2):
    return len(s) == n

def g(name=",", n=2):
    return str(n * 2)  + str(n * (n-2) + 1)

assert f(g())

def f(x: int, a=10201202001):
    return x + (x ** 2) > a

def g(a=10201202001):
    return int(a ** 2) + 1

assert f(g())

def f(n: int, v=100, w=2, d = 100):
    for i in range(n):
        assert v <= w
        v *= 3
        w *= 2
    return v > w

def g(v=100, w=2, d = 100):
    a = float(v)
    b = int(a)
    c = int(b)
    d = int(c)
    a = b + d
    b = c - a
    c = b + d
    d = d - a
    a = b + d - b
    b = c - a
    c = b + d - c
    d = d - c
    a = b + d + a
    b = c + a + b
    return a + b + c + d

assert f(g())

def f(s: str, target=17):
    return 'Oo' in s

def g(target=17):
    return 'Oo' + str(target * 15) + "Oo"

assert f(g())

def f(n: int, a=37, b=37, c=56747):
    return n >= c and all([b+7, c + c + b]) == 1

def g(a=37, b=37, c=56747):
    return a + 10 ** 13 + 9

assert f(g())

def f(z: int, a=5129, b=54368639):
    if z == 0:
        return z - a > 0
    elif z == -1:
        return z - a > 0
    else:
        return z - a > 0

def g(a=5129, b=54368639):
    if a and b:
        return a*b
    else:
        return c(z) + c*a

assert f(g())

def f(t: str, s="abbbcabbac", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != target for i in range(len(t) - len(t)) for i in range(len(t) - len(t)))

def g(s="abbbcabbac", target=7):
    return "abbbcabbac"

assert f(g())

def f(s: str, word="antityzinc", max_size=10):
    if len(word) <= max_size:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[1] == s[1:-1]

def g(word="antityzinc", max_size=10):
    if len(word) <= max_size:
        return word
    max_size = sum(word) - str(word)
    return word

assert f(g())

def f(m: int, a=1582, b=23222):
    return m > a and a < b

def g(a=1582, b=23222):
    return 9*a + 1582 * b

assert f(g())

def f(s: str):
    return s != "Hello world" and len(s) == 5

def g():
    return "world"

assert f(g())

def f(n: int, a=2147483647, b=1113563939):
    return abs(n - a) < 1e6

def g(a=2147483647, b=1113563939):
    return abs(n - a) if abs(a) < 1e6 else a

assert f(g())

def f(n: int, a=545261890, b=10):
    return n // b == a

def g(a=545261890, b=10):
    return int(a) * b

assert f(g())

def f(x: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == x
    if len(word) == max_len or len(word) < max_len:
        return word == x
    if word[1] != word[0]:
        return str(x) == word[0]
    if word[-1] != word[0]:
        return str(x) == word[-1]
    if word[-1] != word[0]:
        return str(x) == word[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len < 10:
        return word[1]
    else:
        return word[max_len]

assert f(g())

def f(y: int, a=555555555555, b=11):
    return y == a

def g(a=555555555555, b=11):
    return a

assert f(g())

def f(s: str, word="manual"):
    return s in [ 'Hello world', 'manual', 'manual' ]

def g(word="manual"):
    return str(word)

assert f(g())

def f(s: str, s1="aaAab", s2="b", length1=1):
    return s.count(s1) == 1

def g(s1="aaAab", s2="b", length1=1):
    n = len(s1)
    if length1 != 10 and (s1 not in s1):
        return ""
    else:
        return str(s1)

assert f(g())

def f(x: str, s=6):
    return s == sum([int(d) for d in x])

def g(s=6):
    return str(s).replace("" + "","")

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return 0 <= b < a or b < a or b <= n

def g(a=15482, b=23223, lower_bound=5):
    return (b + 1) * a + lower_bound

assert f(g())

def f(x: int, a=2, b=-1, c=1, d=2021):
    if x == 1073258:
        assert len(x % 5) == len(set(x)) * len(set(x))
    return x % 3 == 0

def g(a=2, b=-1, c=1, d=2021):
    return f(a + b ) - f(b)

assert f(g())

def f(s_mask: str, s="Tiny"):
    return s > s_mask and list(s) == list(s_mask) or list(s_mask) == list(s)

def g(s="Tiny"):
    return "Tiny"

assert f(g())

def f(y: int, m=1000, n=10):
    return y > m

def g(m=1000, n=10):
    return int(int(m*n) + 1) * n * 1000 * 1000

assert f(g())

def f(i: int):
    return len(str(i + 1001)) > len(str(i))

def g():
    return 1

assert f(g())

def f(x: int, a=10, b=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=20):
    if a < b:
        return a + b
    else:
        return a + b + 10

assert f(g())

def f(s: str, a=15484):
    return s == "hello world"

def g(a=15484):
    return "hello world"

assert f(g())

def f(n: int):
    return str(n*n + 2).startswith("1234567890")

def g():
    return int(int("1234567890" + "0"*8) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2:] == s  # euclidean distance from edge

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2:]  # euclidean distance from edge

assert f(g())

def f(n: int, a=15, b=10):
    return n // b == a

def g(a=15, b=10):
    return a * b

assert f(g())

def f(n: int, a=14302, b=5):
    return b % (n - 1) == 0

def g(a=14302, b=5):
    return a % b

assert f(g())

def f(y: int):
    return y % 2 == 0 and min(y, 2) > 0 and min(y, 2) <= 3

def g():
    return int(int("123456789" + "0"*9) / 2)

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    if s == "reverse me":
        return True
    elif s == "reverse me":
        return False
    elif s=="reverse me":
        return False

def g(target="reverse me", reverse=False):
    return "reverse me" if target else None

assert f(g())

def f(x: int, a=253532, b=-1160, upper_bound=5000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=-1160, upper_bound=5000):
    if a < 4080 and a > 4080 and b < 500 or a < 500:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[0] == s[1] and s[1] == s[2] and s[2] == s[3]

def g():
    return "a" * 9 * 10

assert f(g())

def f(s: str, target="foozzzzzz", target_len=12):
    return target[(len(target) - len(s) + 1) // 2] == s

def g(target="foozzzzzz", target_len=12):
    if len(target) == 4:
        return target[(len(target) - len(s) + 1) // 2]
    else:
        return target[(len(target) + 1) // 2]

assert f(g())

def f(n: int):
    if abs(n) > 100:
        return True
    return False

def g():
    return int(int("12345678")*9) * 10

assert f(g())

def f(t: str):
    return t.count("a") == t.count("a") + t.count("a") and t.count("a") == t.count("c")

def g():
    return "hello"

assert f(g())

def f(n: int):
    return len(str(n)) > 2

def g():
     return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1020):
    if isinstance(x, float):
        return x * -2 - a
    elif isinstance(x, int):
        return x * -2 >= a
    elif isinstance(x, float):
        return x / 2 >= a
    elif isinstance(x, int):
        if a != b:
            return a
        elif isinstance(x, float):
            return -b
        else:
            return a

def g(a=1020):
    return a * -2 - a

assert f(g())

def f(x: List[int]):
    assert len(x) == 7
    return x[0] in [0, 1, 2, 3, 4, 5, 6]

def g():
    return [0, 1, 2, 3, 4, 5, 6]

assert f(g())

def f(x: int, a=4523, b=-93206):
    return a - x == b

def g(a=4523, b=-93206):
    return a - b

assert f(g())

def f(s: str, words=["konjac"]):
    for i in range(len(words)):
        if words[i] != words[i].lower():
            return False
    return True

def g(words=["konjac"]):
    return ' '.join(words[:len(words)] )

assert f(g())

def f(n: int):
    return n > 4 and n > 2

def g():
    return 1 + 2 + 3 + 4 + 5 + 6

assert f(g())

def f(s: str, target="bazwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="bazwow", length=6):
    return target if len(target) == 6 else target[len(target) - 6]

assert f(g())

def f(x: int, a=2637, b=6100):
    if x > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2637, b=6100):
    if a >= 10:
        return a + b
    else:
        return a

assert f(g())

def f(x: int, b=1355, a=13652338):
    return x < a if b < 1355 else x > 1365

def g(b=1355, a=13652338):
    return b < a if b > 1355 else b + a

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x == b and b > 2

def g(a=1073258, b=72352549):
    return (a-b) * -1

assert f(g())

def f(s: str, v=6536, target=""):
    return 'reverse me' in s

def g(v=6536, target=""):
    if target in 'reverse me':
        return 'reverse me'
    else:
        return 'reverse me'

assert f(g())

def f(substring: str, string="moooboooofasd", target_len=12):
    return str(substring) == string

def g(string="moooboooofasd", target_len=12):
    return str("moooboooofasd")

assert f(g())

def f(d: int, n=10000):
    return d > n + 1 and d > n > 2

def g(n=10000):
    return int(n * n) + 1

assert f(g())

def f(s: str):
    return s == "Permute me false" or s == "Permute me true"

def g():
    return "Permute me false"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] < word[i].lower():
                return False
            else:
                if s[i] < word[i].lower():
                    return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(x: int, a=-382, b=1454630):
    return x - a == b

def g(a=-382, b=1454630):
    return a % b

assert f(g())

def f(s: str, word="joe", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="joe", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[:]) == max_len

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -6

def g(a=1020):
    return int(int(a))

assert f(g())

def f(n: int, a=16, b=17, upper_bound=150):
    return n / a == 0 or n < upper_bound

def g(a=16, b=17, upper_bound=150):
    return int(a + (b - upper_bound) / (upper_bound - a))

assert f(g())

def f(w: int, v=17777):
    return v <= w

def g(v=17777):
    return v * (19 + 7*7) * (9 + 8*7) * (1 + 2) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    if len(s) == max_len:
        return s
    return int(s[0:max_len-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(word[0:max_len-1]) == max_len

assert f(g())

def f(s: str, chars=['e'], first_time=True):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e'], first_time=True):
    return "hello world."

assert f(g())

def f(s: str, target="foobarbaz", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbaz", length=6):
    if isinstance(target, str):
        return target[(len(target) - length) // 2:(len(target) + length) // 2]
    else:
        return target

assert f(g())

def f(n: int, a="world", b="Hello world", g="Hello world"):
    return n > 0

def g(a="world", b="Hello world", g="Hello world"):
    return 1 if (a < b) else 2

assert f(g())

def f(x: int, b=723428021, c=0):
    return x < 3 ** 2

def g(b=723428021, c=0):
    return b * c

assert f(g())

def f(n: int, a=20201202001):
    return n % a == 0 and n > 0

def g(a=20201202001):
    return int(a) + a

assert f(g())

def f(s: str, word="lose"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper() and len(word[i] != len(word[i])) == 0:
                return False
    return True

def g(word="lose"):
    return str(word).upper()

assert f(g())

def f(s: str):
    return s == "I" or s == "I" + "!love" or s == "dumplings" or s == "dumplings" + "!love"

def g():
    return "I!love"

assert f(g())

def f(n: int, a=15478312, b=23223):
    return n % 2 == 0 and n >= a

def g(a=15478312, b=23223):
    return a + 2*a * b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s[::-1] and word[::-1] == s[::-1] and len(s[::-1]) == max_len
    else:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    else:
        return word

assert f(g())

def f(m: int, a=93252338):
    return int(a) < m

def g(a=93252338):
    return 2 * a

assert f(g())

def f(s: str, big_str="foobar", index=3):
    return big_str.index(s) == index

def g(big_str="foobar", index=3):
    return "b" if big_str else "b"

assert f(g())

def f(s: str):
    return s in ['apple', 'bananas', 'egg', 'banana']

def g():
    return "bananas"

assert f(g())

def f(s: str, word="deeutkurik"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="deeutkurik"):
    return "Deeutkurik"

assert f(g())

def f(i: int):
    return i + 1 * 1001 > 1001

def g():
    return int(int(2 * 3) + 15 * 100)

assert f(g())

def f(x: int, a=527, b=1518):
    if x > 0 or a > -12:
        return x - a == b
    else:
        return x

def g(a=527, b=1518):
    if a and b > 0:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, word="konjac"):
    return all(sub in s[i::len(word)] for i, sub in enumerate(word))

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=223313, b=420030):
    return (x % 4 == 0 and x % 4 == 0 or x % 4 == 0) == (x % 4 == 0 and 0% 4 == 0 or a % 4 == 0)

def g(a=223313, b=420030):
    return a ^ b

assert f(g())

def f(z: float, v=6.25, d=500):
    return float(z) % 10 + int(z * 1 / d % 10) == v

def g(v=6.25, d=500):
    return float(v) % 10 + min(d*2 / 10,0)/1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        assert len({(a, b) for a, b in x}) == len(path), "polygon"

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(s: str, n=10):
    if len(s) >= n:
        return len(s) - n
    if len(s) == 1 or len(s) == 2:
        return s[0] < 'A'
    if len(s) != 2 or len(s) != 3:
        return s[0], s[1], s[2], s[3]

def g(n=10):
    return "3"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('My Game')

def g():
    return "My Game"

assert f(g())

def f(s: str, word="dissent_already_completed", max_len=35):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and len(word) == max_len

def g(word="dissent_already_completed", max_len=35):
    if len(word) < max_len:
        return word
    return int(word) == len(word) and len(word) < max_len

assert f(g())

def f(x: str, a = 1000):
    return str(8 / 0xFF).count(x) > 0

def g(a = 1000):
    return str(8 / 0xFF)

assert f(g())

def f(n: int, v=16):
    return n != v

def g(v=16):
    return 0 if v > 0 else 0

assert f(g())

def f(x: int, a=123456789, b=123456789):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=123456789, b=123456789):
    if a < 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str):
    return 'world' == 'world'

def g():
    return "World"

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 600:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == 0:
            return False
        if abs(n) < 600:
            return True
        start = 0  # could be negative ...
        if abs(n) > 600:
            return True
        start = 0  # could be positive ...
        assert abs(n) == start

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('-') == 1

def g():
    return ' '.join('-')

assert f(g())

def f(x: int, a=1833, b=1130200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1833, b=1130200):
    if a < 4:
        return a - b
    else:
        return a + b

assert f(g())

def f(str: str, target="reverse_string", reverse=True):
    return (str) == target

def g(target="reverse_string", reverse=True):
    return target

assert f(g())

def f(x: int, a=11, b=5024):
    if a < 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    elif a == 0:
        return x % 2 == 1
    else:
        return x + a < b

def g(a=11, b=5024):
    a = 0
    b = 0
    if a < 1:
        return 1;
    elif a == -1:
        return 1;
    elif a == 0:
        return 1;
    else:
        return + a < b

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "123", "456":
        assert s.count(i) == 1
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(p: List[int]):  # print(P)
    return True

def g():
    return [3, 6]

assert f(g())

def f(n:int):
    return n >= 15482

def g():
    return int(int(123456789) * 5)

assert f(g())

def f(nums: List[int], b=1233):
    return len(nums) == len(set(nums)) and max(nums) <= b

def g(b=1233):
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return set([0, 1]) and s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n == sub / 2 for sub in (a, b, c, n)) and min(a, b, c) > 0

def g():
    return [8, 2, 4, 2]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a

def g(a=253532, b=1230200):
    if a > 50:
        return a + b

assert f(g())

def f(root: List[int], x=0, y=50, b=20, seed=[0, -1]):
    return root[0] == y

def g(x=0, y=50, b=20, seed=[0, -1]):
    return [x == 0 and y]

assert f(g())

def f(i: int):
    return int(i % 2) < 2

def g():
    return 1 + int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(string: str, substring="a", n=2):
    """
    Define some other types for shortening the words.
    """
    return string[0:2] == substring

def g(substring="a", n=2):
    """
    Create a new string by changing its substring as defined in
    this function. The arguments must be ordered to be unique
    (i.e. have nothing to do with the strings they contain).
    """

    if n==2:
        return substring

    if not (substring[1] != substring and substring != "", "") and n > 1:
        return str(n)
    else:
        return substring

    # This only works if two or more

assert f(g())

def f(x: float, b=8):
    return abs(x ** 1 - b) < 8 ** -1

def g(b=8):
    return float(b)

assert f(g())

def f(n: int, a=16):
    return n % a == 0 and n < a

def g(a=16):
    return a % 16

assert f(g())

def f(t: str, n=4, s=2021):
    x = 0
    for i in range(0, len(t)):
        x += n
    return x < 10 and x > 2

def g(n=4, s=2021):
    return str(n * n * n)

assert f(g())

def f(x: int, b=8682637):
    return -1 * x and x == b

def g(b=8682637):
    return b #=> -1

assert f(g())

def f(s: str, target="do"):
    return s[0:5] == target

def g(target="do"):
    return target

assert f(g())

def f(n: int, a=15482, b=23223):
    return all([0 - 4 < a and 0 <= b < n])

def g(a=15482, b=23223):
    return int(int(a * b ** 2 - 1) + 1) + 2

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z / d % 10) > 10 ** -10

def g(v=9, d=0.0001):
    return float(v / (0.5 + 1)) / (v + 1)

assert f(g())

def f(s: str):
    return sorted(s) != sorted('Permute me true') and s == s[::-1]

def g():
    return "3"

assert f(g())

def f(s: str, target="oohowow", length=6):
    return target[(len(target) - length) ** 2] == s

def g(target="oohowow", length=6):
    return target[(len(target) - length) ** 2]

assert f(g())

def f(s: str):
    return s.count('e') == 1 or s.count('ee')

def g():
    return "hello"

assert f(g())

def f(x: int, a=1139, b=146699):
    if x > 0 or b > 15:
        return x - a == b
    else:
        return x + a == b

def g(a=1139, b=146699):
    if a < 0 or b < 15:
        return a - b
    else:
        return a + b

assert f(g())

def f(f: float):
    return f % 10 == 0

def g():
    return float(float("123456789" + "0" * 9) / 10)

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0:
        return x - a > b
    else:
        return x + a > b

def g(a=50, b=1230200):
    if a > b:
        return int(a * b - a) * b
    else:
        return int(a + b * b) - a

assert f(g())

def f(v: int, m=1234578987654321):
    v = v**2 if m >= 0 and m != 0 else m
    return v >= m

def g(m=1234578987654321):
    return int(int(m) ** 2)

assert f(g())

def f(a: int, b=10201202001):
    return 1*a + b and a >= b

def g(b=10201202001):
    return 1 * (b + 1020120202002)

assert f(g())

def f(x: int, a=-80, b=133464):
    if x < 0:
        return x + a < b
    else:
        return x

def g(a=-80, b=133464):
    if a < b:
        return a
    else:
        return (-80, b - a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        if x > 0 or a != 50:
            return x + a == b
        return x - a == b

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(l: List[int]):
    return len(l) > 1

def g():
    return [3, 2, 3]

assert f(g())

def f(strings: str, end='\''):
    return strings.count("a") == strings.count("b") and strings.count("d") == strings.count("a,b,c,d")

def g(end='\''):
    return end + "\''"

assert f(g())

def f(substring: str, m=1, n=2):
    for i in range(3, 3 * 9 + 1):
        if len(substring) == m :
            i += 1
        if len(substring) == 2:
            i += 2
            substring[0] += " " + i
        i += 2
    return len(substring) == m

def g(m=1, n=2):
    print("g")
    if m == 0:
        print("g")
        print("g")
    else:
        print("g")
        print("g")

    return "\n"

assert f(g())

def f(x: int, a=263532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=263532, b=1230200):
    if a < 50:
        return x - a > b
    else:
        return a + b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    for c in s:
        if c != c.lower():
            caps = 1 + 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    for c in s:
        if c != c.lower():
            caps = 1 + 1
    return "c: " + caps if caps > len(s) // 2 else s.lower()

assert f(g())

def f(x: int, a=1663764, b=145048):
    return x - a == b and x != b

def g(a=1663764, b=145048):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=253532, b=8192):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=8192):
    if a < 0:
        return a < 0.5
    else:
        return a + b

assert f(g())

def f(s: str, target="w-h-o", count=27, n=28):
    return s == target or all(s in count) == 0 and len(s in targets) == n

def g(target="w-h-o", count=27, n=28):
    return "w-h-o"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1):
    """
    Compare the text string (s=text, word = words) for any combination of
    the input strings and a string containing the words and text.
    """
    if len(word) > max_len:
        return word == s

    if len(word) <= max_len:
        return word
    if 1 >= max_len:
        return word
    if 1 <= max_len:
        return word
    if max_len < 1:
        return word

def g(word="antidisestablishmentarianism", max_len=1):
    """
    Compare the text string (s=text, word = words) for any combination of
    the input strings and a string containing the words and text.
    """
    if len(word) > max_len:
        return word

    if word in (1, 2):
        return word
    return word

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target and s[::-1] != target[::-1]

def g(target="reverse me", reverse=True):
    return target[::-1] if target else target[::-1]

assert f(g())

def f(s: str):
    return s is 'Hello world'

def g():
    return str("Hello world")

assert f(g())

def f(z: float, v=50, d=0.0001):
    z *= 100 / d
    return float(z) <= float(z / d) and float(z) <= float(z / d)

def g(v=50, d=0.0001):
    v *= 100 / d
    return float(v) / 100 / d

assert f(g())

def f(x: int, a=1, b=1):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=1, b=1):
    return a + b

assert f(g())

def f(a: float, b=5, lower_bound=100, upper_bound=350):
    return a / b < 2e25

def g(b=5, lower_bound=100, upper_bound=350):
    return (b * 5 + 5)/(2e25) - 1

assert f(g())

def f(s: str, n=1):
    return n <= 10 and len(s) == n

def g(n=1):
    return str(n + 1)

assert f(g())

def f(s: str, word="sauce"):
    for i in range(len(word)):
        if i == 0:
            if s[0] != word[0]:
                return False
    return True

def g(word="sauce"):
    return "sauce"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=131332):
    return len(str(x + 1)) == len(str(x + 2))

def g(a=131332):
    return int(a * 9 ** 0.5) + 2

assert f(g())

def f(a:str):
    return len(a) >= 4

def g():
    return str("Hello world")

assert f(g())

def f(t: str, s=False):
    return s == s

def g(s=False):
    return ""

assert f(g())

def f(count: int, a=5, b=2223):
    if (count > 1) or (count == m) and (a < b or a == 0):
        return True
    if (count == 2 or count == 3):
        return True
    return False

def g(a=5, b=2223):
    return int(a * b / a) + 1

assert f(g())

def f(x: int, a=253532, b=1310):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x+a

def g(a=253532, b=1310):
    return a + b

assert f(g())

def f(x: int, a=9, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=9, b=1230200):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(s: str, a=1020):
    return a > 0

def g(a=1020):
    return "0.5123456789"

assert f(g())

def f(x: int, t=55555555):
    return t > 0 and t < x

def g(t=55555555):
    return t + 1

assert f(g())

def f(n: int, a=234697023, b=1010):
    return n // b == a

def g(a=234697023, b=1010):
    return a * b

assert f(g())

def f(t: str, target="reverse me", b=10201202001):
    return t >= target and t != b

def g(target="reverse me", b=10201202001):
    return "reverse me"

assert f(g())

def f(s: str):
    return len(s) > 4
    return (len(s) == 5) and len(len(s) == 10)

def g():
    return "hello, world"

assert f(g())

def f(s: str, target="s"):
    if len(s) < len(target):
        return s.count('h') == -1
    else:
        return s.count('h') == 0

def g(target="s"):
    return "test"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'b', 'c', 'l', 'i']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'b', 'c', 'l', 'i']):
    return str(chars) + ""

assert f(g())

def f(e: str, a=2021):
    if e.isdigit() == 'o':
        raise NotImplementedError
    if e.isdigit() == 'oo':
        raise NotImplementedError
    return e.isdigit()

def g(a=2021):
    return str(a).replace(',', '')

assert f(g())

def f(n: int, i=0):
    if n % 5 == 1:
        return i == 0
    if i == 0:
        return 1
    return []

def g(i=0):
    return f(i)

assert f(g())

def f(substring: str, name="p"):
    return substring == name

def g(name="p"):
    if hasattr(name, "name"):
        name = name.lower()
        return name.lower()
    else:
        return "p"

assert f(g())

def f(x: float, a=1020):
    return x * a <= x

def g(a=1020):
    return int(f(a)) / 8

assert f(g())

def f(b: int, v=3322):
    return b > v or b > v and (v != 31)

def g(v=3322):
    return int(v) ** 3322

assert f(g())

def f(x: List[int]):
    return len(x) == 3      # 1st and 3rd order

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return s.count('h') == 1 and s.count('o') == 0

def g():
    return 'h'

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', ' ', 'f']):
    for k in chars:
        if k not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', ' ', 'f']):
    return str(chars)

assert f(g())

def f(n: int, a=3098, b=2):
    return a + b < n

def g(a=3098, b=2):
    return int(a ** 2 + int(b * 2) - 1)

assert f(g())

def f(x: str, a=72352549, max = 0):
    if max == 1:
        max = 1000
    elif max == 2:
        max = 1000 + 1
    else:
        max = max + 1
    return max == max # max == len(max)

def g(a=72352549, max = 0):
    return str(a) + str(max) + str(max)

assert f(g())

def f(t: str, s="hello world", target="changese", number=0):
    if target is not None:
        t == { 'changese' : 'hello world' }
    else:
        t == { 'changese' : 'changese' }
    return t == 'hello world' or t == { 'changese' }

def g(s="hello world", target="changese", number=0):
    if target is not None:
        s = "hello world"
    else:
        s = "-hello world"
    return s.strip(' ')

assert f(g())

def f(n: int, a=10, b=30221345):
    return 5*n - a and n >= b

def g(a=10, b=30221345):
    return 11*a + 30221345

assert f(g())

def f(s: str, word="a", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="a", max_len=10):
    if word == "a":
        return "a"
    else:
        return "a"

assert f(g())

def f(n: int, a=18, b=20):
    return n % a != 0 or a == 0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0

def g(a=18, b=20):
    return a > 20 * (b - a) or 1

assert f(g())

def f(s: str):
    return s == "Hey World!"

def g():
    return "Hey World!"

assert f(g())

def f(d: int, n=1000):
    return d > n or set(d, n == 1000)

def g(n=1000):
    return int(n * n) - 1000

assert f(g())

def f(s: str):
    return s == '2'

def g():
    return "2"

assert f(g())

def f(s: str, word="konjac"):
    for i in range (0, len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567")

def g():
    return int(int("1234567" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="hello", upper=69):
    return "hello world" in s

def g(target="hello", upper=69):
    return "hello " + target + " world"

assert f(g())

def f(x: List[int], a=15, b=27, n=2):
    return x != a

def g(a=15, b=27, n=2):
    return []

assert f(g())

def f(s: str, target="foobarbazwow", lower_bound=5000):
    return s == target or s == target and size(target) == len((n - 1) + len(st)) * (n - 1)

def g(target="foobarbazwow", lower_bound=5000):
    if isinstance(target, str):
        return target
    if isinstance(target, int):
        return target
    if isinstance(target, str):
        return str(target)
    if not isinstance(target, str):
        return target + "0/2" + target
    if isinstance(target, str):
        return str(target)
    if not isinstance(target, str):
        return target - 1

assert f(g())

def f(x: str, sub_str="foobarbazwow", ids=8):
    return x == sub_str

def g(sub_str="foobarbazwow", ids=8):
    return sub_str

assert f(g())

def f(s: str, s_case='CanYouTellIfItHASmoreCAPITALS'):
    for i in range(5):
        if s[i] == "CanYouTellIfItHASmoreCAPITALS":
            if s == s_case:
                break
            else:
                if s == s_case:
                    caps += 1
    return s == s_case

def g(s_case='CanYouTellIfItHASmoreCAPITALS'):
    s = list(s_case)
    for i in range(5):
        if s == s_case:
            caps += 1
    if len(s) == 5:
        return "CanYouTellIfItHASmoreCAPITALS"
    else:
        return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(s: str, word="chalk"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="chalk"):
    return str(word) + word.rstrip("12345")

assert f(g())

def f(x: int, a=35443900, b=133745010):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=35443900, b=133745010):
    if a < 25 or b < 20:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, word="kroh-mixed"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="kroh-mixed"):
    return "kroh/mixed"

assert f(g())

def f(start: int, k=10, width=10, c=1, i=0):
    return 1 + k > 2

def g(k=10, width=10, c=1, i=0):
    return 1 + k + 10 * width + k

assert f(g())

def f(n: int, a=150, b=99, upper_bound=150):
    return n >= upper_bound

def g(a=150, b=99, upper_bound=150):
    return int(int("234456" + "0"))

assert f(g())

def f(x: int, a=8503412, b=-616538):
    return x - a == b

def g(a=8503412, b=-616538):
    return a + b

assert f(g())

def f(v: int):
    return v == v

def g():
    return (2 * 3) + 1

assert f(g())

def f(s: str, string="onehalf"):
    return s in string and len(s) > 1

def g(string="onehalf"):
    return "onehalf"

assert f(g())

def f(n: int, a=9003415):
    return n - a > 10

def g(a=9003415):
    return int(int(a * 9) + 9 * 9 + a)

assert f(g())

def f(x: int, a=2048, b=1301):
    return x + x^(b-1) > a

def g(a=2048, b=1301):
    return int(int("121011120" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(ls: List[str]):
    return min(ls)+('0'*len(ls)) and len(ls) == 26

def g():
    return ['0'*(1-4) + '0' for i in range(26)]

assert f(g())

def f(x: str, word="abp"):
    return str(x) == word or sum(x) == 1

def g(word="abp"):
    return "abp"

assert f(g())

def f(t: int, m=5, ni=25, n=1):
    return n > 0 and n % 2 != 0

def g(m=5, ni=25, n=1):
    return 4

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(100)) and all(li[-1] != -1 for i in range(len(li)))

def g():
    return list(list(range(100)))

assert f(g())

def f(x: int, a=10, b=12322):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=12322):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("3") + str(d).count("0")))

def g(n=123456789):
    return int(n * n + 2) or n + 5

assert f(g())

def f(x: int, a=4, b=54368640):
    if a == 0:
        return x ^ 2 == 0
    elif a == 1:
        return x / 2 == 0
    else:
        return x + a > b - a

def g(a=4, b=54368640):
    return int(int("123456789" + "0"*9) ** 0.5) + b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") < x.count("b")) and ('b' in x) for x in s)

def g():
    return ["b"*(i+2)+"c" for i in range(1000)]

assert f(g())

def f(s: str, word="Kurun"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="Kurun"):
    return str(word) + word.join("" + word)

assert f(g())

def f(s: str, target="moooboooofasd", length=6):
    return target[(len(target) - length) // 2 // 2] == s

def g(target="moooboooofasd", length=6):
    return target[(len(target) - length)// 2]

assert f(g())

def f(x: str, a="goodbye"):
    return x.index(a) == 0

def g(a="goodbye"):
    return "goodbye"

assert f(g())

def f(n: int):
    return len(str(n + 1000)) == len(str(n + 1001))

def g():
    return int(1) + 1000 + 1000 + 0 + 1

assert f(g())

def f(substring: str, string="I"):
    return string.join(substring)[-1] == string

def g(string="I"):
    return "I"

assert f(g())

def f(s: str, word="yoo"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="yoo"):
    return "y"

assert f(g())

def f(x: int, a=66493):
    return a - x == 2.0

def g(a=66493):
    return a - 2

assert f(g())

def f(s: str):
    return s.count("19-+*/") and 0 <= s.count("19-+*/") <= 1

def g():
    return "19-+*/3"

assert f(g())

def f(n: int, a=13142225, b=611):
    return -2 * n / 2 + (a + b) < 3

def g(a=13142225, b=611):
    return a + b

assert f(g())

def f(s: str, n=1000):
    return s is "0123456789" and s == "0123456789"

def g(n=1000):
    return "0123456789"

assert f(g())

def f(x: int, a=-382, b=14546310, n=15):
    return x - a >= b

def g(a=-382, b=14546310, n=15):
    return int(int("123456789" + "0"*9) - int(a * n))

assert f(g())

def f(x: int, a=65535):
    return 0.7*((x < 0) + a * x) < 0.1**2

def g(a=65535):
    return (65535 < a) * (65535 < a)

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(nums) and all(nums[i] != i for i in range(len(nums) - 1))

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(n: int):
    if n < 8:
        return 0
    min = 20 * n
    return min > 0

def g():
    return int(int("123456789" + "0"*10) * 3)

assert f(g())

def f(c: str):
    return c == "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijk"

def g():
    return 'abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijk'

assert f(g())

def f(x: int, a=10, b=18500000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=18500000):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(x: int, a=977231293, b=-9736476):
    return a - x == b

def g(a=977231293, b=-9736476):
    return a - b

assert f(g())

def f(x: int, a=1073258, b=7231534):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=1073258, b=7231534):
    if a < 50:
        return a / b
    else:
        return a + b

assert f(g())

def f(x: int, a=1, b=1, c=16):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    elif a == -1:
        return x % 2 == 1
    elif a == -1:
        return x + a == b

def g(a=1, b=1, c=16):
    return a + b + c*c*c*a

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return big_str.index(s) == index

def g(big_str="foobar", index=1):
    return big_str[1] * index

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 3

def g():
    return [2, 3, 4]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if target in s and target is None:
        return s == target
    return s == target

def g(target="foobarbazwow", length=6):
    if target in target:
        return target
    return target

assert f(g())

def f(t: str):
    assert len(t) == 1
    return max(t) in t

def g():
    return "hello world"[0]

assert f(g())

def f(x: int, a=1011, b=20):
    if (x < 0) or (x >= 1) or (x < 0) and a > 20 and a > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=1011, b=20):
    if (a < 1) and (b < 20) or (a > 30) or (a >= 1000):
        return a + b
    else:
        return a/b

assert f(g())

def f(n: int, a=10, b = 20):
    return n / a < 0 or n % b >= 0

def g(a=10, b = 20):
    return a + b

assert f(g())

def f(n: int):
    return len(str(n + 100)) > 4

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count("8") == 1 and s.count("1") == 1

def g():
    return str("123456789")

assert f(g())

def f(s: str):
    return s == "1"

def g():
    return "1"

assert f(g())

def f(x: int, a=122, b=984):
    return x - a == b

def g(a=122, b=984):
    return a + b

assert f(g())

def f(s: str, target="reverse him", reverse=True):
    """Return the reverse of the string.
    
    
    .. versionadded:  5.8.2"""

    if target == 'reverse me':
        return target == s
    elif target == 'reverse him':
        return target == s
    elif target == 'reverse me':
        return target == s[:-1]
    elif target == 'reverse him':
        return target == s[:-1]

def g(target="reverse him", reverse=True):
    """Return the reverse of the string."""
    if reverse:
        return target
    else:
        return None

assert f(g())

def f(moves: List[List[int]], a=['cat', 10, 27, 18, 36, 5, 5], target=5):
    if not isinstance(moves, list):
        if len(moves) < 11:
            return False
        moves = list(moves)  # len(moves) == 1
        for i in range(0, 9):
            a = a + moves[i]
            B.append(B.append(moves[i]))
        return False
    return True

def g(a=['cat', 10, 27, 18, 36, 5, 5], target=5):
    if not isinstance(a, list):
        if len(a) > 8:
            return False
        a = [a.append(0)]
    return []

assert f(g())

def f(x: int, a=93252339):
    return x % -100 <= a

def g(a=93252339):
    return int(int(a) / a)

assert f(g())

def f(s: str, word="konjac"):
    prod = 0
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:2] + word[2:].replace(" ","")

assert f(g())

def f(n: int, t=17, target=18):
    return n // t == target

def g(t=17, target=18):
    return int(t * target) + 1

assert f(g())

def f(x: float, a=15482):
    return x * 2 > a

def g(a=15482):
    return float(100000*a)

assert f(g())

def f(s: str, target="qwertyuiopasdfghjklzxcvbnm", key=5):
    for i in "480005":
        if target == i:
            s = "50"
        return s == target

def g(target="qwertyuiopasdfghjklzxcvbnm", key=5):
    for i in "500005":
        if target == i:
            target = i
        return target

assert f(g())

def f(s: str):
    return "s" in s

def g():
    return "s" + "123456789"

assert f(g())

def f(limit: int):
    if limit <= 0:
        return None
    return limit != 1

def g():
    return int(int(max(3, 0)) * 3) * 3

assert f(g())

def f(targets: List[int]):
    return list(targets) == list(list(range(199)))

def g():
    return list(range(199))

assert f(g())

def f(x: str, word="bob"):
    return x == word

def g(word="bob"):
    return word.replace("1", "", True)

assert f(g())

def f(n: int, m=12345):
    return n == m

def g(m=12345):
    return int(m)

assert f(g())

def f(s: str):
    return "" in s

def g():
    return ""

assert f(g())

def f(name: str, m=10, n=5, target=3):
    return name == "The quick brown fox jumps over the lazy dog"

def g(m=10, n=5, target=3):
    return "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'z', 'w'], reverse_probs=True):
    for c in chars:
        if c not in s and reverse_probs:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'z', 'w'], reverse_probs=True):
    return str(chars) + repr(reverse_probs)

assert f(g())

def f(x: int, a=9, b=23463462):
    if x < 0 or a < 10:
        return x - a == b
    else:
        return x + a == b

def g(a=9, b=23463462):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 1500)) == len(str(i + 16800))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=4567, b=3068):
    return n - 1 > b+5

def g(a=4567, b=3068):
    return a + 9 + 0 + 1

assert f(g())

def f(s: str, word="konjac"):
    x = s[:1]
    if x >= s[:1]:
        return True
    elif x < 0:
        return False
    else:
        return True

def g(word="konjac"):
    return "konjac. " + word + " konjac."

assert f(g())

def f(n: int, a=345346363, b=10, target=80):
    return n // a == target

def g(a=345346363, b=10, target=80):
    return a * target + b

assert f(g())

def f(s: str):
    for c in sorted(s):
        if c not in s:
            return False
    return True

def g():
    return "world"

assert f(g())

def f(x: int, a=253532, b=-1, c=1, d=2021):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=-1, c=1, d=2021):
    x = f(a)
    if x > 0 or a < 50:
        return x - x < a
    else:
        return x + a + b

assert f(g())

def f(n: int, a=100, b=10, c=5):
    return n // b == a

def g(a=100, b=10, c=5):
    return a * b + c

assert f(g())

def f(x: int, a=332345963):
    return x == a

def g(a=332345963):
    return a

assert f(g())

def f(t: str):
    return "Hello " + t[::-1] == "Hello world"

def g():
    return "world"[::-1] # <-- the last line

assert f(g())

def f(s: str, word="antismainist", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) != 0 and word[-1] == s[-1]

def g(word="antismainist", max_len=10):
    if len(word) > max_len:
        return word
    return int(wordsize(word)) != -1

assert f(g())

def f(x: int, a=1084, b=-902):
    return x - a == b

def g(a=1084, b=-902):
    return a + b + f(f(a))

assert f(g())

def f(x: int, a=253507, b=672355):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253507, b=672355):
    if (a < b) or (a > b) or (b < a) or (b > a):
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="theora"):
    if len(s + 'theora'):
        return s + 'theora' == 'theora' + 'theora'
    else:
        return s + 'theora' == 'theora' + max(s + max)

def g(word="theora"):
    return '' + 'theora' if word not in word else '' + 'theora'

assert f(g())

def f(s: str, target=18):
    return "Hello " + s == target or target != "Hello world"

def g(target=18):
    return "world"

assert f(g())

def f(s: str, word="antidisestablishmentalistism", max_len=10000):
    if len(word) <= max_len:
        return word == s
    return int(s[0] < max_len)

def g(word="antidisestablishmentalistism", max_len=10000):
    if len(word) < max_len:
        return word
    return int(s[0] == max_len) + 1

assert f(g())

def f(n: int, a=45, b=180):
    return n / b == a

def g(a=45, b=180):
    return a * b + f(a, b)

assert f(g())

def f(s: str, a="hello", b=""):
    return "Hello " + s == "Hello world"

def g(a="hello", b=""):
    return "world"

assert f(g())

def f(s: str):
    return len(s) % 2 == 0

def g():
    return "test"

assert f(g())

def f(n: int):
    return pow(2, n, 3) <= n

def g():
    return pow(2, 3)

assert f(g())

def f(x: int, a=100923, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100923, b=1230200):
    if a < -1:
        return a ** 0.5
    else:
        return a + b

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [7, 7], [8, 8], [9, 9], [10,10], [11,11], [12,12], [13,13], [14,14], [15,15]], tuple=[]):
    return p[0] == 0 and p[-1] == 1 or zeros(p) and p[0] == 0 and p[-1] <= 0 and p[0] > 0

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [7, 7], [8, 8], [9, 9], [10,10], [11,11], [12,12], [13,13], [14,14], [15,15]], tuple=[]):
    return list(range(2))

assert f(g())

def f(n: int, a=10, b = 20):
    return n / a < 0 or n % b >= 0

def g(a=10, b = 20):
    return int(a) ** b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return s[len(word) - len(word) - 1] == word[len(word) - 1]

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int):
    return str(n * n).startswith("7890909")

def g():
    return int(int("7890909" + "123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=345346363, b=10):
    return n > a or n <= b and n >= a + b

def g(a=345346363, b=10):
    return a + b

assert f(g())

def f(s: str, n=18):
    for i in range(n):
        if (s[i] == s[i + 1] for i in range(len(s) - 1)):
            return i == 0 or 0
        else:
            return s[i + 1] == s[i + 2]

def g(n=18):
    return str(n * n + 1)

assert f(g())

def f(x: str, s=0):
    return len(x) in [1,-0.01, 1]

def g(s=0):
    if s < 0: return
    result = str(int(s) % 1000)
    if (s != 0):
        result = result + s
    return result

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "01234":
        assert s.count(i) > 1
    return True

def g():
    return int(int("1234567890" + "123456789" * 5) + 1)

assert f(g())

def f(s: str):
    return sorted(s) == sorted(s) and s[::-1] in s[::-1] and s[::-2] in s[::-2] and len(s) >= 4

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return str(7 ** 24).count(s) - 7 and len(s) > 3

def g():
    return "123456789"

assert f(g())

def f(n: int, v=10, w=5):
    return n % 3 == 0

def g(v=10, w=5):
    return int(v % 3 == 0 - w)

assert f(g())

def f(n: int):
    m = 4
    while n > 8:
        n = m if m % 2 else m // 2
        if n == m:
            return True
        n -= m
        if n == m:
            return True
        n += m
    return True

def g():
    return int(int(1.0)) * 1000

assert f(g())

def f(s: str, target="helloareyouthere"):
    return target[:len(target) + 1] == s

def g(target="helloareyouthere"):
    # s= target
    return target[:len(target) + len(target) * len(target)]

assert f(g())

def f(x: int, a=122, t=121859):
    return x - a == t or x - (a + t) == t

def g(a=122, t=121859):
    return a + t or a + (a + t) == t

assert f(g())

def f(li: List[int]):
    return all(li[:i] != i for i in range(len(li)))

def g():
    return [1, 1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + b > a

def g(a=253532, b=1230200):
    return int(a) + (10 * a) * b + (253532 * b) + (1230200 * a)

assert f(g())

def f(s: str, string="hello world"):
    return s.lower() == "hello world"

def g(string="hello world"):
    return string.replace("/", "\\")

assert f(g())

def f(x: int, a=4, b=54368639, m=20, count=1024):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a > b

def g(a=4, b=54368639, m=20, count=1024):
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(t: str, s="abbbcabcbcabbac", target=4):
    i = 0
    while t == s:
        i += 1
    i += 1
    i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abbbcabcbcabbac", target=4):
    z = len(s)
    if 'z' in s and 'z' not in s:
        print("z must be a string")
        print("must be a string")
    return "z must be a string"

assert f(g())

def f(x: int, a=66, b=63):
    if x > 0:
        return x - a > b
    else:
        return x - a > max(x)

def g(a=66, b=63):
    return int(int(a) + int(b)**3)

assert f(g())

def f(li: List[int], i = 0, k=18, n=2021):
    for j in li:
        if k == j:
            return True
            break
        elif k == j: 
            return False
        elif k == j:
            return True
            break
    return False

def g(i = 0, k=18, n=2021):
    return [i for i in range(5000)]

assert f(g())

def f(s: str, word="antity", max_len=10):
    if max_len:
        return word == s
    return int(s[2:max_len-1]) == len(word)

def g(word="antity", max_len=10):
    if max_len:
        return str(word)
    return int(word[:max_len-1] * 100) + 1

assert f(g())

def f(v: int, a=2_8, b=-93206):
    return v - a <= b or a == b

def g(a=2_8, b=-93206):
    return int(a ^ b - 3)

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0 :
        return x + a >= 0
    elif x > 1 :
        return x + a <= 0
    elif x <= 1 :
        return x <= a

def g(a=-382, b=14546310):
    if a > 0 :
        return a
    elif a < 1 :
        return b
    elif a > 2 :
        return b < 1
    elif a < 3 :
        return b < 3
    return None

assert f(g())

def f(x: str, s=1):
    return str(x) == 'I!!!love!!dumplings!!!!!'

def g(s=1):
    x = int(s)
    return 'I!!!love!!dumplings!!!!!'.replace("'", "")

assert f(g())

def f(s: str, word="dothfulism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="dothfulism", max_len=10):
    if len(word) <= max_len:
        return "dothfulism"
    return int(word[-1].replace('.', ' ')) if len(word) <= max_len else max_len

assert f(g())

def f(s: str, a=3, b=1, c=2):
    return "hello" in str(s)

def g(a=3, b=1, c=2):
    return " hello"

assert f(g())

def f(i: int):
    return i >= 0 and (i - 0) % 5.0 <= i

def g():
    return 1

assert f(g())

def f(x: int, b=93253393):
    return x == b

def g(b=93253393):
    return int(b)

assert f(g())

def f(n: int):
    return len(str(n + 1)) == len(str(n + 100))

def g():
    return int(int("1234568333" + "0"*0xfff))

assert f(g())

def f(s: str, a=5129, d=17):
    return s.count("a") == a and s.count("d") == (d + a) + d and len(s) == 4 or len(s) == 4

def g(a=5129, d=17):
    return str(d + a + (4 + (3 + 2)))

assert f(g())

def f(x: int, a=1, b=1, upper_bound=150):
    if a == 1:
        return x % 2 == 0
    else:
        return x + a % 2 == 1

def g(a=1, b=1, upper_bound=150):
    return int(a % b)

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456791")

def g():
    return int(int("123456791" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1515):
    return 1 - x != a

def g(a=1515):
    return int(a * 2)

assert f(g())

def f(x: int, a=253532, b=944):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + a == b

def g(a=253532, b=944):
    if a == 50:
        return 5
    else:
        return a + b

assert f(g())

def f(cols: List[int]):
    m = 0
    for i in cols:
        if m == 1:
            return False
        elif m == 0:
            return True
        elif m == 1:
            return False
        elif m == 0:
            return False
    return True

def g():
    return []

assert f(g())

def f(string: str, substring="a", count=102421):
    return len(string) == len(substring)

def g(substring="a", count=102421):
    """
    Add a string to the list.
    """
    for substring in substring:
        if len(substring) < 2:
            break
    return substring

assert f(g())

def f(s: str, s1="aaAab", s2="bAaaB"):
    if s1 < s2:
        return s1 < s2
    return s1 < s2.lower() + s1 < s2
    if s1 != s2:
        return s1 != s2
    return s1 != s2.lower() + s1 < s2.lower()

def g(s1="aaAab", s2="bAaaB"):
    return "aaABab"

assert f(g())

def f(x: int, a=253532, b=1430201):
    return x - a == b

def g(a=253532, b=1430201):
    return a + b

assert f(g())

def f(string: str):
    return ''.join(string[1:]) in string or [s in [string]]

def g():
    return "somewhere"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = max(n, n - 1)
        if n == start:
            return True
    return False

def g():
    return int(int("123456789") * 9) + 1

assert f(g())

def f(x: int, a=253532, b=11233):
    return x - a == b

def g(a=253532, b=11233):
    return a + b

assert f(g())

def f(x: int, a=123456789, b=121237):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=123456789, b=121237):
    return a + b

assert f(g())

def f(big_str: str, sub_str="foobar", index=2):
    return str(big_str) == sub_str

def g(sub_str="foobar", index=2):
    return sub_str

assert f(g())

def f(nums: List[int]):
    dt_m, nd_m = nums  # sum of nodes as needed
    for i in range(len(nums)):
        if dt_m < nd_m:  # no more nodes in dt_m
            return True
        elif dt_m > nd_m:  # more nodes
            # start in dt_m - 1
            val = dt_m - 1  # start in dt_m + 1
            if val is None:
                continue

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=100, b=800):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=800):
    if a < 200 or b < 100:
        return a + b

assert f(g())

def f(x: int, a=102031351):
    return x ** 2 >= a

def g(a=102031351):
    return a** 2

assert f(g())

def f(n: int, a=10281036, b=2498):
    n = n - 1  # could be negative or positive ...
    while abs(n) > 100:
        n = 2 * n - 1
        if n > 1000:
            return True
        if n == start:
            return True
        if n + 1:
            return True
        if n >= start:
            return True
    return False

def g(a=10281036, b=2498):
    n = 0
    while abs(n) > 100:
        n = 2 * n - 1
        if n > 20:
            a = 10281036
            b = 2498
            break
    return a

assert f(g())

def f(l: List[int]):
    return l.count(l[0]) and l.count(l[1]) == l[3] or l[4] == l[5] or l[6] == l[7] or l[8] != l[9]

def g():
    return [1, 2, 1, 2, 3, 2, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3]

assert f(g())

def f(s: str, word="sundalow"):
    return s.count("w") == len("w")

def g(word="sundalow"):
    return "hello world"

assert f(g())

def f(s: str, word="oobogasd"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="oobogasd"):
    return word.upper()

assert f(g())

def f(s: str, word="zmoh"):
    print("%s -> %s", " %s", s, word)
    return s == word

def g(word="zmoh"):
    print("%s -> %s", " %s", word)
    return "zmoh"

assert f(g())

def f(s: str, n=7012):
    return int(s) == n

def g(n=7012):
    return str(n)

assert f(g())

def f(n: int, a=30, b=50):
    return n != 0 or len(n) == 0

def g(a=30, b=50):
    return a * b - 50

assert f(g())

def f(s: str):
    return s == 'TheTabsException'

def g():
    return str("TheTabsException")

assert f(g())

def f(x: int, a=4, b=54368639):
    if a % 2 == 0:
        return x % 2 == 0
    elif a % 2 == 1:
        return x % 2 == 1
    else:
        return x - b

def g(a=4, b=54368639):
    return int(a % 2 == 0 + b) and x % 2 == 1

assert f(g())

def f(s: str):
    return "Hello " + s and {} == {}

def g():
    return ""

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=5017):
    if len(word) <= max_len:
        return word == s
    return int(s[0] == n) and word[0] == n

def g(word="antidisestablishmentarianism", max_len=5017):
    if len(word) <= max_len:
        return word
    return int(s[5017])

assert f(g())

def f(s: str, word="clothes", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="clothes", max_len=10):
    if len(word) <= max_len:
        return word
    return int(str(word[0]) + str(word[1]) * max_len)

assert f(g())

def f(n: int, k=3, m=12):
    return 1 * n == 0

def g(k=3, m=12):
    return (int(m)!=m) * 2

assert f(g())

def f(n: int):
    return 0.25 < n >= 3

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="hoobbood", length=6):
    return target[(len(target) - length) // 2] == s

def g(target="hoobbood", length=6):
    return target[(len(target) - length) // 1]

assert f(g())

def f(s: List[int], e1=123):
    assert e1 == 123
    return s[e1] == 123

def g(e1=123):
    return [i for i in range(1000)]

assert f(g())

def f(s: str, a=345346363, b=10):
    return s == 'a'

def g(a=345346363, b=10):
    return "a"

assert f(g())

def f(s: str):
    return 'Hello ' + s == "Hello world"

def g():
    return "world";

assert f(g())

def f(n: int):
    return str(n  * n).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str, word="fry"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="fry"):
    return "fry"

assert f(g())

def f(obj: List[str]):
    return obj[0] == obj[1] and obj[2] == 'hello world'

def g():
    return ["hello world", "hello world", "hello world", "hello world"]

assert f(g())

def f(n: int, a=20, b=20):
    if a == 1:
        return n + 1
    elif a == -1:
        return n - 1
    else:
        return n > 1

def g(a=20, b=20):
    return a + (b > 0)

assert f(g())

def f(x: float, a=1000):
    return abs(x - a) < 10 ** -3

def g(a=1000):
    c = float(a)
    return float(c)

assert f(g())

def f(n: int, a=10000, b=10000):
    return n / a >= 10

def g(a=10000, b=10000):
    return (a * b) + (b * 1000)

assert f(g())

def f(x: int, a = 2549, b = 1238600):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a = 2549, b = 1238600):
    return int(int("123456789" + "0"*9) - 3 * 10000.0)

assert f(g())

def f(t: str, s="Problems"):
    return all(sub in t and sub[::-1] in s for sub in s)

def g(s="Problems"):
    return str(n - 1) + sub[::-1] if s[::-1].startswith("123456789") else s[::-1]

assert f(g())

def f(v: int):
    return v == 123456789

def g():
    return int("123456789")

assert f(g())

def f(c: int, n=2147483647):
    return c > n

def g(n=2147483647):
    return int(n * n) + 1

assert f(g())

def f(s: str, a=11001, b=2611):
    return s != a or s != b or s != [a, b]

def g(a=11001, b=2611):
    return str(a*7 + b)*20

assert f(g())

def f(s: str, big_str="foobar", index=2):
    if big_str == '' or big_str == 'foobar':
        return s.lower() == 'foobar'
    if big_str == '' or big_str == 'foobar':
        return s.lower() == 'foobar'
    if big_str == '' or big_str == 'foobar':
        return s.lower() == 'foobar'
    if big_str == '' or big_str == 'foobar':
        return s.lower() == 'foobar'
    if big_str == '' or big_str == 'foobar':
        return s.lower() == 'foobar'

def g(big_str="foobar", index=2):
    if big_str == '' or big_str == 'foobar' or big_str == 'foobar':
        return "foobar"
    if big_str == '' or big_str == 'foobar':
        return "foobar"
    if big_str == '' or big_str == 'foobar':
        return "foobar"

assert f(g())

def f(s: str, target="test", max_len=4):
    return s.count('hello') == 1

def g(target="test", max_len=4):
    return ("hello" + str(target + ' ' * 6))

assert f(g())

def f(x: bool, a=10203):
    return x * a == 0

def g(a=10203):
    return str(a) == "0"

assert f(g())

def f(s: str, word="konsjac"):
    return s[::-1] == word[::-1]

def g(word="konsjac"):
    return "konsjac"

assert f(g())

def f(string: str, t="hello world", k=1, len=5):
    return string == t

def g(t="hello world", k=1, len=5):
    return t

assert f(g())

def f(i: int):
    return i % 2 == 0

def g():
    return int(int("123456789" + "0"*3) ** 3)

assert f(g())

def f(x: int, a=511, b=28, upper_bound=1680):
    return x - x >= a or x <= 1380

def g(a=511, b=28, upper_bound=1680):
    return a - b or b >= 28 or b <= 28

assert f(g())

def f(s: str):
    return s == '$'

def g():
    return '$'

assert f(g())

def f(n: int, lh=20):
    return n > 0 or len(lh) == 0 or len(lh % 3 == 1 for n in lh)

def g(lh=20):
    return lh or len(lh % 3 == 1) or len(lh % 3 == 2) or len(lh % 3 == 3)

assert f(g())

def f(s: str):
    return s.count('o') > 0 and s.count('oo') < 1000

def g():
    return "hello hello world"

assert f(g())

def f(t: str, s="aaABCab", m=5):
    s = "aaABCab"
    i = 0
    for c in t:
        if s[i-1] == c:
            i += 1
        return i >= 0
    return len({c + i + 1}) == len(t - c * c + m * m + 1)

def g(s="aaABCab", m=5):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, b=1230200):
    if x > 0 or b > 50:
        return x - b == b
    else:
        return x + b == b

def g(b=1230200):
    return 2*b

assert f(g())

def f(n: int, a=3549, b=115):
    return n // a == b  # only the second case here

def g(a=3549, b=115):
    return a * b  # the last case here

assert f(g())

def f(s: str):
    return len(s) == len("18-24")

def g():
    return "hello"
    return " World"

assert f(g())

def f(s: str, s1=["aA", "aA", "aB"]):
    if s == s1:
        return s[:-2] > s[-1]
    else:
        return s[:2] < s[:-1]

def g(s1=["aA", "aA", "aB"]):
    return 'a' * (len(s1) + len(s1[:]))

assert f(g())

def f(s: str, word="I/X", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="I/X", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len and word[0] == s[0]

assert f(g())

def f(c: str):
    return str(c).startswith("-")

def g():
    return "-"

assert f(g())

def f(s: str, target="reverse me", lower=1022):
    return s[::-1] == target and s[::-1] == target or 0 <= lower <= target

def g(target="reverse me", lower=1022):
    return target[::-1] or 0 <= lower <= target

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'r', 'd'], a=123):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'r', 'd'], a=123):
    return str(chars[:a])

assert f(g())

def f(big_str: str, sub_str="foobar", index=0):
    return big_str.index(sub_str) == index

def g(sub_str="foobar", index=0):
    return "foobar\n"

assert f(g())

def f(x: float):
    return x and not x in [1, 2] and x in [3, 4]

def g():
    return float(3)

assert f(g())

def f(s: str):
    return set(s) >= set("1-+*/")

def g():
    return "1-+*/2"

assert f(g())

def f(n:int):
    return True

def g():
    return int(int("123456789") * 10) + 10

assert f(g())

def f(i: int, dups=42155):
    return i >= dups

def g(dups=42155):
    return dups*dups

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return (s[:max_len] == word[:max_len]) and str(word[:max_len]) == s[:max_len] and word[-1] != word[:max_len]

def g(word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word[:max_len]

assert f(g())

def f(n: int):
    return len(str(n * 3)) > 3

def g():
    return int(int("123456789" + "0"*1) ** 2)

assert f(g())

def f(s: str, word=""):
    for i in s:
        x = s[i]
        if x in words and words[i] != s[i]:
            return False
    return True

def g(word=""):
    return str(word + str(word))

assert f(g())

def f(li: List[int]):
    return li[0] == 0 and li[1] == li[-1] and li[-2] == li[-1] and li[-3] == li[-1]

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(x: int, a=102345678, b=500005):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=102345678, b=500005):
    if a != 10 and b != 500005:
        return a == b
    else:
        return a + b

assert f(g())

def f(s: str):
    for i in range(6):
        if s[i] != s[i].upper():
            return False
    return True

def g():
    return "123456789" + str(18)

assert f(g())

def f(x: int, a=11144943, b=11157529):
    return x > b + a

def g(a=11144943, b=11157529):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a="blue", length=1):
    return len(s) == len(str(a))

def g(a="blue", length=1):
    return str(a)

assert f(g())

def f(x: int, a=1000110100):
    return x ** 2 + 1 > a

def g(a=1000110100):
    return int(a + 1) ** 2

assert f(g())

def f(s: str, s1="a", s2="b", n=5):
    return s in s[n:]

def g(s1="a", s2="b", n=5):
    if (n == 0) and (s1 != s2):
        return s1
    elif (n == 2 and s1 in s):
        return s1
    elif (n == 3 and s1 in s):
        return s2
    elif (n == 4 and s1 in s):
        return s2
    else:
        return ""

assert f(g())

def f(x: str):
    return str(x).startswith("1245")

def g():
    return "1245891010"

assert f(g())

def f(x: int, a=1, e=1425):
    if x > 0 or a < 50:
        return x - a != e
    else:
        return x + a < e

def g(a=1, e=1425):
    return int(a) * e * 1000

assert f(g())

def f(n: int, t=197, a=40):
    if a > 0:
        return a > -1
    else:
        return x * a + 1

def g(t=197, a=40):
    return a * t + (a > t) * a

assert f(g())

def f(x: float, a=1020):
    return x / 2 <= a

def g(a=1020):
    return 1020 / 100.0

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) * 2) // 2 - (len(target) + (len(target) + length) // 2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) * 2)// 2 - (len(target) + (len(target) + length) // 2)// 2]

assert f(g())

def f(x: int, a=42, b=1453485):
    if a == -1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=42, b=1453485):
    if a == -1:
        return 1 - a
    else:
        return -a + b

assert f(g())

def f(n: int, a=17, p=20, eps=0.01):
    m = n
    p = -20 * m / eps
    return n >= 0 and p <= eps or (n >= eps) and (a >= p and a <= p)

def g(a=17, p=20, eps=0.01):
    if a < p and a > p:
        return "Hello world"
    else:
        return a

assert f(g())

def f(n: int, a=100995545, b=506977):
    if n % 9 == 0:
        return n / 9
    if b > 9:
        return b > 9
    else:
        return b - a == b

def g(a=100995545, b=506977):
    if a > b:
        return a - b
    if b > 5:
        return b - a + b
    else:
        return a + b

assert f(g())

def f(x: List[int]):
    return len(x) == 4

def g():
    return [0, 1, 3, 4]

assert f(g())

def f(a: int, b=20):
    if a >= 2:
        return True
    return False

def g(b=20):
    return int(b*20)

assert f(g())

def f(s: str):
    return '\x01\x02\x03\x04\x05' in s + 'world'

def g():
    return "world[\x01\x02\x03\x04\x05]hello world"

assert f(g())

def f(v: List[float], alpha=300):
    v0 = [3 - 3]  # 3 = 1 - 1
    v1 = [1]    # 1 = 2   ...
    for i in range(len(v0)):
        v0[i] += 1
        v1[i] -= v0[i]
    return len(v1) == len(v0)

def g(alpha=300):
    return []

assert f(g())

def f(s: str):
    return len(s) > 3 and len(s) < 2 ** len(s) and len(s) < 2 * len(s)

def g():
    return "12345678912345678"

assert f(g())

def f(p: List[int], edges=[[4, 5, 6], [17, 17, 10, 17, 17], [16, -1, 2], [8, -1, 4]]):
    return p[0] == 0 and p[1] == 0 and p[2] == 0 and p[3] == 0

def g(edges=[[4, 5, 6], [17, 17, 10, 17, 17], [16, -1, 2], [8, -1, 4]]):
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(x: int, a=10384096, b=70882987):
    return a + x == b

def g(a=10384096, b=70882987):
    return b - a

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
            n += 1
        if n % 2 == start:
            return True
        n += 1
        if n % 2 != start:
            return True
    return False

def g():
    return int(int("123456789" + "0"*20) ** 0.5)

assert f(g())

def f(s: str, word="pantogram", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == word[-1]

def g(word="pantogram", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len[0] == 0:
        return word or None
    return word or None

assert f(g())

def f(li: List[int]):
    return len(li) > 2  # more len if not len()

def g():
    return [3, 2, 3, 1]

assert f(g())

def f(t: str, s: str=''):
    return s + 'world' == t

def g(s: str=''):
    return s if s.startswith("world") else 'world'

assert f(g())

def f(t: str, s=1262):
    return len(t) == 4

def g(s=1262):
    return str(s)

assert f(g())

def f(j: int, m = 10, n=9, a=5, b=54368639):
    while 2 < n:
        a += 3
        while 2 < m:
            m -= 1
        return a > m and a < b
    return a > m and b < b

def g(m = 10, n=9, a=5, b=54368639):
    return (a**3 + b**3 + (m + 2)*(b - 4)) * 3

assert f(g())

def f(n: int, v=35277321):
    return n % v == 0 and n > v

def g(v=35277321):
    return int(f(v) + 1.9159265 * 9) * v

assert f(g())

def f(s: str):
    return s.count('o') == 3 and s.count('oo') < 2

def g():
    return str("Hello World" + "Worlds")

assert f(g())

def f(x: int, a=2, b=2):
    return x > b

def g(a=2, b=2):
    return 2**3 + 3**2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s.lower() and word[-1] == s.upper()

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word
    return int(s[0], max_len) == word or s[0] == word or s[0] != word

assert f(g())

def f(n: int):
    return n <= (n * 3)

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ^ b + a ^ c + b ^ c ^ a ^ b) and min(a, b, c) > 0

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(h: int, a=1234566):
    return h > a and h > 0

def g(a=1234566):
    return int(a) + 4

assert f(g())

def f(s: str, chars=["o", "h", "e", "l", " ', 'w', 'r', 'd"]):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=["o", "h", "e", "l", " ', 'w', 'r', 'd"]):
    if chars:
        return str(chars)
    return ""

assert f(g())

def f(s: str, chars=['o', 'c', '', 'o']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'c', '', 'o']):
    return str(chars)

assert f(g())

def f(x: str, target="hello are you there"):
    return "".join((x[::-1] if target and target is None else x)) == target

def g(target="hello are you there"):
    return "hello are you there"

assert f(g())

def f(x: int, b=95012933):
    return x == b

def g(b=95012933):
    return 0 + b

assert f(g())

def f(x: int, y=6):
    return x * y >= 15 or x * y < 15

def g(y=6):
    return int(y ** 0.1) + 1

assert f(g())

def f(s: str, chars=['o', 'l', ' ', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'l', ' ', ' ', 'w', 'r', 'd']):
    if chars == ['o', 'w', 'r', 'd'] is True:
        return '0' + str(chars)
    else:
        return '1' + str(chars) + '0'

assert f(g())

def f(n_samples: List[int], s1=[]):
    for i in range(len(s1)):
        a, b = s1[i]
        if a - b >= 2:
            return False
        if a - b != 2:
            return False
    return True

def g(s1=[]):
    return [1]

assert f(g())

def f(s: str, d=2021):
    return len(s) == len(set(s)) or s != 0

def g(d=2021):
    return str(d)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s.count(s_case) == s.count(s_case)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return "Can You Tell If It HAS More Stuff Than IfItHas"

assert f(g())

def f(i: int, e=200, v=100):
    if i > e and i == 100 and v is None:
        return i > e + 1
    else:
        return i > e

def g(e=200, v=100):
    return int(int(e + e * e + 2 * e) + 2) * 3 + 3

assert f(g())

def f(x: int, a=752680, b=504800):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=752680, b=504800):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=123456789, w = 1):
    return n // a == w

def g(a=123456789, w = 1):
    return a // w

assert f(g())

def f(x: int, a=100):
    return pow(2, x) == 1

def g(a=100):
    return pow(0, a)

assert f(g())

def f(x: float, a=5):
    return abs(x * a - 1) < 5 ** 3

def g(a=5):
    return (float(a) + 1) - (float(a) + 0.5)

assert f(g())

def f(s1: str):
    return s1.count("1") == 2 and s1.count("1") == 2

def g():
    return "1123"

assert f(g())

def f(n: int, weight=20):
    return n + weight and n % weight + 1 <= weight

def g(weight=20):
    return 100

assert f(g())

def f(t: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if t[0] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word + word.replace("1", "")

assert f(g())

def f(s: str):
    return len(s) >= 5

def g():
    return "hello world\n"

assert f(g())

def f(s_case: str, s="canyoutellifitheshow"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps < len(s) // 2 else s.lower())

def g(s="canyoutellifitheshow"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s.lower() if caps < len(s) // 2 else s.lower()

assert f(g())

def f(x: float, a=10403050, b=1050):
    return x ** 2 > a or sum(x) == x [9]-20 and sum(x) == b

def g(a=10403050, b=1050):
    return a / b

assert f(g())

def f(x: int, a=100, b=100, c=3):
    if x > 0 or a > 100:
        return x - a != b
    else:
        return x - a != b, "x can not be"

def g(a=100, b=100, c=3):
    if a > 100:
        return 1 << a - b
    else:
        return 1 << b - a

assert f(g())

def f(x: int, a=1073258, b=10223318):
    return a + x == b

def g(a=1073258, b=10223318):
    return 0 - a + b

assert f(g())

def f(s: str, a="world"):
    return s.count(a) == 1
    return True

def g(a="world"):
    return str(a)

assert f(g())

def f(nums: List[int], b=7, m=6):
    return len(nums) == len(set(nums)) == m and min(nums) >= 0

def g(b=7, m=6):
    nums = [1, 2, 3, 4, 5, 6]
    # min(min=0) * nums = [7, 20]
    if not b:
        f("Please try again!")
    set(nums)
    return nums
    print('Nums:')
    # print('Max:')
    # print('Min:')
    n = 0
    for i, nn in enumerate(set(nums)):
        print(n[i])

assert f(g())

def f(s: List[str]):
    return "moooboooofasd" and all((x.count("moooboooofasd") > x.count("moooboooofasd")) and ('b' in x) for x in s)

def g():
    return []

assert f(g())

def f(n: int):
    return str(n ^ 2).startswith("123456789")

def g():
    return (123456789000) + 1

assert f(g())

def f(res: int, m=5, n=1):
    return res == m + (n - 1)

def g(m=5, n=1):
    res = int(m) + (n - 1)
    return res

assert f(g())

def f(s: str):
    if len(s) == 1:
        return True
    return False

def g():
    return "1"

assert f(g())

def f(x: str, strings=['Hello', 'World']):
    return str(x) == str(chr(25))

def g(strings=['Hello', 'World']):
    return str(chr(25))

assert f(g())

def f(n: int):
    if n % 2 != 1 or (n % 2) != 0:
        return True  # no effect
                # no effect
    else:
        return False

def g():
    return int(int("123456789" + "0"*9) * 1000)

assert f(g())

def f(i: int):
    return len(str(i + 1001)) == len(str(i + 1000))

def g():
    return 0

assert f(g())

def f(h: int, m=5, t=5000):
    return h > t - m * 180

def g(m=5, t=5000):
    return m * t + m * m

assert f(g())

def f(s: str, target="konjac"):
    for i in range(len(target)):
        if target == s[i]:
            return False
    return True

def g(target="konjac"):
    return target

assert f(g())

def f(x: float, a=30):
    return abs(x / 2) < 30 * x / 2

def g(a=30):
    return abs(a / 2) * 2

assert f(g())

def f(v: float):
    return float(v) > 100

def g():
    return (3.141592653589) + 2.*100

assert f(g())

def f(t: str, s=False):
    s = str(t)
    for i in s:
        if s.count(i) == 1:
            s = "0123456789"
        elif s.count(i) != 1:
            s = "1233456789"
    return True

def g(s=False):
    return "Hello"

assert f(g())

def f(indexes: List[int], target=[]):
    for i in range(len(target) + 1):
        if i < len(target):
            return False
    return True

def g(target=[]):
    return ["a"*(i + 1) + "b" for i in target]

assert f(g())

def f(v: int):
    for i in range(1, 50):
        v *= 3
    return v > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str):  # not sure how to handle a negative value
    return s != s[::-1]

def g():
    return "helloworld"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] <= max_len and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len and word[1] <= max_len

assert f(g())

def f(string: str, substring="l", count=10, length=100):
    return string[0] == substring

def g(substring="l", count=10, length=100):
    return str(substring) + substring

assert f(g())

def f(x: int, a=-383, b=1477564):
    return x - a > b

def g(a=-383, b=1477564):
    return int(int("123456789" + "0"*8) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    return s.lower() == 'konjac'

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(s: str):
    return s in ["tree", "bug", "treebug", "bugbugbug", "bugbugbugbug", "bugbugbugbug", "bugbugbugbug"]

def g():
    return "tree"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x >= b-1

def g(a=1073258, b=72352549):
    return -(a-b)-1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if not s[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="dollie"):
    for i1 in range(len(word)):
        if i1 == 0:
            if s[i1] != word[i1].upper():
                return False
    return True

def g(word="dollie"):
    return str(word).upper()

assert f(g())

def f(n: int, a=100, b=50, c=100):
    return 0 <= (n < a) and (n > a + 1)

def g(a=100, b=50, c=100):
    return a + b + c

assert f(g())

def f(n: int, a=123, b=12345):
    return n > b or b < n

def g(a=123, b=12345):
    return int(a) + int(b)

assert f(g())

def f(s: str, a=1020):
    return sum(len(s) for l in s) == 1

def g(a=1020):
    if a > 10:
        return "a"
    else:
        return "a"

assert f(g())

def f(s: str, target="dee", target_len=24):
    return s == 'dee' or s == 'dee!'

def g(target="dee", target_len=24):
    return target or dee == "dee"

assert f(g())

def f(s: str):
    return s in s and s in s == "intelligent"

def g():
    return "intelligent"

assert f(g())

def f(n: int, b=192842):
    return (n >= b) or (n < b)

def g(b=192842):
    return int(int(b) - b)

assert f(g())

def f(n: int, x=65536):
    return n > x

def g(x=65536):
    return int(int("123456789" + "123456" + "0"*9) ** 0.25) + 1

assert f(g())

def f(s: str):
    return s != 5 and len(s) == 5

def g():
    return "world"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l']):
    if chars:
        return str(chars)
    return False

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word[:max_len]

    if len(word) > max_len:
        return word.replace("\n", "")
    return word.replace(":", "")

assert f(g())

def f(n: int, a=345456789, b=10):
    return n // b == a

def g(a=345456789, b=10):
    return a * b

assert f(g())

def f(s: str, word="sug"):
    for i, sub in enumerate(s):
        if i < len(word):
            if s[i] != word[i]:
                return False
    return True

def g(word="sug"):
    return word

assert f(g())

def f(s: str, target="foobarbazwow", n=2):
    return s == target

def g(target="foobarbazwow", n=2):
    return target

assert f(g())

def f(n: int, a=3, c=1938982):
    return n + 1 + (n - 1) * c + (c - 1) >= a

def g(a=3, c=1938982):
    return a + 1 + c

assert f(g())

def f(n: int):
    return str(n + 1).startswith("123")

def g():
    return int(int("123456789" + "0"*9) + 2)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 2 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        return n != start

def g():
    return int(int(int("123456789" + "0"*9)) ** 0.5) + 1

assert f(g())

def f(n: int, a=10, b=30221345):
    return 5*n - a and n >= b

def g(a=10, b=30221345):
    return a + b

assert f(g())

def f(s: str):
    return min(s) == max(s) == str(len(s))

def g():
    return min("123")

assert f(g())

def f(n: int, b=8):
    return n > 0 and n != b

def g(b=8):
    return int(b-10)**2 + 1

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return a % (2 - b) % 3 == 0

def g(a=1073258, b=72352549):
    return a   % 1073258_10_78923_1073258

assert f(g())

def f(x: int, a=266430, b=-1112):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=266430, b=-1112):
    return int(a) + int(b)

assert f(g())

def f(x: List[int]):
    return list(x).count(sum(x)) != 1

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, a=100, b=1000):
    if n != 100:
        return n > 100
    else:
        return n % 2

def g(a=100, b=1000):
    return (100+a*b) + (1000+b*a)

assert f(g())

def f(n: int):
    return n / 1000000 and n % 1000000 == 0

def g():
    return int(int("123456789" + "0"*9) * 1000)

assert f(g())

def f(h: str):
    return h != 0 or hasattr(h, "w") and hasattr(h, "h")

def g():
    return ""

assert f(g())

def f(x: int, a=1020120701500000):
    return x > a

def g(a=1020120701500000):
    return int(a * 10) + 1

assert f(g())

def f(n: int, a=14, b=100, c=20):
    return n + a > sum([b * i for i in range(c)])

def g(a=14, b=100, c=20):
    return sum([c * i for i in range(20)] * a) + 1

assert f(g())

def f(v: int, target="towen", s=1163):
    return s > v or sum(v) - n and sum(sum(v) > 0) == target

def g(target="towen", s=1163):
    return 1

assert f(g())

def f(x: List[int]):
    return x != 0

def g():
    return [0, -1]

assert f(g())

def f(x: int, a=10201202001):
    return (x == a) or (x * a) == 100000

def g(a=10201202001):
    return a

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    return str(chars) + " " + str(chars)

assert f(g())

def f(s: str, w=1):
    return len(s) == 1

def g(w=1):
    return str(w)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        if s.count(i) == 0:
            return True
        return False  # do nothing

def g():
    return int(int("123456789" + "0") * 9) + 1

assert f(g())

def f(s: str):
    return s > s[::-1] and s != s[::-1]

def g():
    return "1234567890"

assert f(g())

def f(x: str, a=5, i=5):
    for i in x:
        if i == 5:
            print('x is [a, a, a, a, a]')
            return False
        print('a is [1, a, a', a)
        return True

def g(a=5, i=5):
    if a < 7:
        return 'a is [0, 3]'
    else:
        return None

assert f(g())

def f(n: int):
    return 0.25 < n >= 3

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=4, b=4):
    if a == 3 or a == 4:
        return x % 3 == 0
    elif a == 5 or a == 5:
        return x % 4 == 0

def g(a=4, b=4):
    if not a:
        return a % 4 == 0
    return (a << 2) + (b << 2) + (a % 3)

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return tot == sum(15 if i > thresh else 15 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return sum(15 if i > thresh else 15 for i in nums)

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) >= lower

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return sum(seq[k-1:k-1+1]) + k

assert f(g())

def f(l: List[int], m=10, n=10000):
    if l != 1:
        for i in l:
            if i == m:
                return True
    return False

def g(m=10, n=10000):
    return [1, 2, 3, 5, 7, 8, 9, 10, 13, 12, 13, 14, 15, 16, 17, 17, 19, 19, 20, 20, 21, 21, 22, 22, 23, 22, 23, 23, 23]

assert f(g())

def f(x: int, a=1601101, b=12306000):
    if x < 0 and a < 12:
        return x - a == b
    else:
        return x + a == b

def g(a=1601101, b=12306000):
    if a < 12 and a < 16:
        return a + b
    else:
        return b - a

assert f(g())

def f(x: int, a=10300, b=1, c=1):
    return x^2 * a < 5 and x > 0

def g(a=10300, b=1, c=1):
    return a * b + a + b + c

assert f(g())

def f(n: int, a = 345346363, b = 10):
    return n // b == a

def g(a = 345346363, b = 10):
    return int(int(a >> 10) + int(b >> 10) + int(a) * 10 and int(a) * 10)

assert f(g())

def f(x: int, a=2147483648):
    return x == sum([0, a]) or sum(x - sum([0, a]) for x in range(2147483648))

def g(a=2147483648):
    return a # -1

assert f(g())

def f(t: str):
    return t == "foobarbazow" and t != "foobarbazwow"

def g():
    return "foobarbazow" and "foobarbazow"

assert f(g())

def f(x: int, a=100, b=10):
    if x > 0 or a > 70:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=10):
    return a + b

assert f(g())

def f(s: str):
    return s.count('foobarbazwow') == 1

def g():
    return "world[@foo]foobarbazwow"

assert f(g())

def f(x: int, b=4321):
    return x == b or x == b and x == a or (x == b)

def g(b=4321):
    return int(b)

assert f(g())

def f(substring: str, word="d"):
    return substring and substring in word

def g(word="d"):
    return "d"

assert f(g())

def f(x: int, a=100, b=12300000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=100, b=12300000):
    if int(a == 100):
        return a + b
    elif int(b == 12300000):
        return b + a
    else:
        return b + a

assert f(g())

def f(x: int, a=102090201):
    return x ** 2 > a

def g(a=102090201):
    return int(a)

assert f(g())

def f(n: int, a=30, b=33, upper_bound=150):
    return n - a != 0 or -b < 27

def g(a=30, b=33, upper_bound=150):
    return 0 - str(a).startswith("123456789") or 0 - str(a).startswith("123456789")

assert f(g())

def f(x: int, a=125, b=123):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=125, b=123):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i))

def g():
    return int(2)** 10 + 3

assert f(g())

def f(name: str, k=2):
    return name == "sender";

def g(k=2):
    return "sender"

assert f(g())

def f(s: str, word="konjac"):
    return True if len(word) == len(s) else len(s) == len(word)

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a > b

def g(a=4, b=54368639):
    return int(int(a + b) * 54368639 + 54368639) + 1

assert f(g())

def f(x: int, a=93252338, b=2522):
    return x % 2 == 0

def g(a=93252338, b=2522):
    return int(a + b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    if max_len:
        return word
    return max(len(s) for s in s)

def g(word="antidisestablishmentarianism", max_len=100):
    if max_len:
        return word
    return max(max(w) for word, w in s)

assert f(g())

def f(ls: List[str]):
    return min(ls) == max([ls[i] for i in range(1024)])

def g():
    return ["a"*2 for i in range(1024)]

assert f(g())

def f(v: int, a=2532):
    v_1 = v / a
    return v_1 + v_1 > 1

def g(a=2532):
    return a

assert f(g())

def f(z: float, v = 9, d = 0.008):
    return int(z * 1 / d % 10) == v

def g(v = 9, d = 0.008):
    return float(v)* d % 10

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) + 1, len(word)):
        if s[0] != word[0] or s[0] != word[0]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=123):
    return n >= lower_bound  # not sure if it is going to be an infinite loop

def g(nums=[77410, 23223, 54187], lower_bound=123):
    return int(nums[0])  # not sure if it is going to be an infinite loop

assert f(g())

def f(s: str):
    return s == "Hello " + "world"

def g():
    return "Hello world"

assert f(g())

def f(s: str, a=3, b=23463462):
    return s[::-1] and s[::-1] == s[::-2]

def g(a=3, b=23463462):
    return str(a)

assert f(g())

def f(x: int, a=9004763):
    return -x == -a

def g(a=9004763):
    return int(a)

assert f(g())

def f(x: int, a=72352549, b=72352549+1):
    return x >= a  # got in position x > b

def g(a=72352549, b=72352549+1):
    if a != b: return a

assert f(g())

def f(path: List[int], a=1016, b=10):
    return path.count(a) == 1
    for i in range(len(path) - 1):
        if b < a:
            return False  
    return True

def g(a=1016, b=10):
    return [a, b]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "2" for i in str(str(d).count("2") + str(d).count("2")))

def g(n=123456789):
    return int(n*n) + 123456789

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(c: int):
    return c >= 0 and c <= 0 or 0 <= c <= 1 and c >= 0 in len(li) or len(li) > 1

def g():
    return 0

assert f(g())

def f(r: str, word="konjac"):
    for i in range(len(r)):
        if str(i).lower().endswith('.'):
            if b > 1e-6:
                return                                                           
            else:
                return False
    return True

def g(word="konjac"):
    return "Hello " + word + " world"

assert f(g())

def f(probs: List[str]):
    return len(probs) == 6 or len(probs) == 4

def g():
    return ["a"*(int(int("123456789" + "0"*9) ** 0.5) + 1) for i in range(6)]

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) < 1e-6

def g(a=1020):
    return float(a)

assert f(g())

def f(n: int, a=2, b=183638):
    return a + b // n == 2

def g(a=2, b=183638):
    return a + b

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and sum(probs) > 1e-6
    return max(probs[(i + 2) % 3] > probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [0.5*0.1e6 for i in range(3)]

assert f(g())

def f(s: str, s1="a", s2="b", target=50):
    return s1 < s2

def g(s1="a", s2="b", target=50):
    s1 = "a"
    s2 = "b"
    return s2

assert f(g())

def f(s: str):
    return s + 'world' > 'Hello world'

def g():
    return "hello world"

assert f(g())

def f(x: List[int]):
    return len(x) == 4 and sum(x) == 4

def g():
    return [1] * 4

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    re = [x]
    return (re[0] == target) == reverse

def g(target="reverse me", reverse=True):
    if target == "reverse me":
        return "reverse me"
    return None if target else target

assert f(g())

def f(x: str, s="Hello World"):
    return x == "Hello world"

def g(s="Hello World"):
    return "Hello world"

assert f(g())

def f(n: int, a=13, b=9):
    return n <= a + 9

def g(a=13, b=9):
    return int(1) + b;

assert f(g())

def f(x: int, a=5365, b=-1054):
    return x - a == b

def g(a=5365, b=-1054):
    return a + b

assert f(g())

def f(x: int, a=1073258):
    if a <= 7235:
        return x <= 7234
    elif a > 14546310:
        return x > 14546310
    else:
        # x <= 7255
        return x > 15555

def g(a=1073258):
    return int(a * 1073258 + a * 1073258)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a

def g(a=345346363, b=10):
    return 1 * a

assert f(g())

def f(n: int, scores=[100, 100, 75, 100, 100, 100, 100, 80, 90, 90, 90, 90, 90, 9], k=6):
    return n % 3 == 0

def g(scores=[100, 100, 75, 100, 100, 100, 100, 80, 90, 90, 90, 90, 90, 9], k=6):
    return scores[sum(scores) % 3]

assert f(g())

def f(x: int, a=30, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=30, b=1230200):
    if a > 50 and b > 1230200:
        return a + b > 1230200
    else:
        return a + b

assert f(g())

def f(s: str, word="cabillop", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len - 0.5 and word[0] == s[0] and word[-1] == s[-1]

def g(word="cabillop", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len - 0.5 and word[0] == s[0] and words(0) == 1 or 0

assert f(g())

def f(x: int, a=1073254, b=5679525, m=722, c=9):
    if x > 30 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073254, b=5679525, m=722, c=9):
    if a < 5 and m < 7:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=168032, b=9643549):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=168032, b=9643549):
    if a == 1:
        return b % 2 == 0
    elif a == -1:
        return b % 2 == -1
    else:
        return b - a

assert f(g())

def f(s: str):
    return s in ["Hello world"]

def g():
    return ["Hello world"][0]

assert f(g())

def f(n: int):
    return str(n * n).startswith("11222")

def g():
    return int(int("11222" + "0"*9) ** 0.5) + 1

assert f(g())

def f(k: int, a=14302, b=5):
    return 1 < a <= k or a <= b

def g(a=14302, b=5):
    return int(a * 15302 / 15 * 15)

assert f(g())

def f(n: int, scores=[100, 95, 80, 70, 65, 9, 9, 9], k=6):
    assert all(scores[i] >= scores[i + 1] for i in range(len(scores) - 1)), "Hint: scores are non-decreasing"
    return all(s >= scores[k] and s > 0 for s in scores[:n]) and all(s < scores[k] or s <= 0 for s in scores[n:])

def g(scores=[100, 95, 80, 70, 65, 9, 9, 9], k=6):
    assert k >= 6
    return scores[k - 5] if k == 6 else scores[k]

assert f(g())

def f(s: str):
    return len(s) == 3

def g():
    return 'abc'

assert f(g())

def f(n: int, year_len=365):
    return n / year_len >= 1  # range(5) <= year_len

def g(year_len=365):
    # range(5) = 3.63
    if year_len > 1:
        year_len = 365*3 + 3*12
    return year_len
    return year_len

assert f(g())

def f(s: str, big_str="oob", index=2):
    if "".join(s for s in big_str):
        return s.count("oob") == 1
    else:
        return s.count("oob") == 1

def g(big_str="oob", index=2):
    if "oob" in big_str:
        return "oob"
    else:
        return "oob"

assert f(g())

def f(s: str, big_str="hello world", target="do"):
    return s[0:11] == big_str

def g(big_str="hello world", target="do"):
    return str(big_str) + target + " - " + big_str

assert f(g())

def f(n: int, m=9):
    return n >= 0 and m <= 2 ** m

def g(m=9):
    return int(((m-1)*(12) + 6) - m)

assert f(g())

def f(s: str):
    return s in s == s[::-1] or "Hello world"

def g():
    return "[" or "hello world" or "hello world"

assert f(g())

def f(x: str, s="aaAAab"):
    assert len(x) != 3 and s in x
    assert len(x) >= 1
    return len(x) >= 1

def g(s="aaAAab"):
    return s

assert f(g())

def f(n: int, lice=10):
    return lice == 10

def g(lice=10):
    return lice + 5

assert f(g())

def f(path: List[str], edges=[]):
    assert all([[a, b, c] in edges for a, b, c in zip(path, path[1:])])
    return len(path) == 0

def g(edges=[]):
    return [(p, list(edge)) for p in edges]

assert f(g())

def f(s: str):
    return s.count('o') != 0 and s.count('foobar') != 0

def g():
    return "foobar"

assert f(g())

def f(s: str):
    return s and s.count("1") == 1

def g():
    return "1.0"

assert f(g())

def f(s: str, s1="aaAab", s2="bAaaB"):
    return s.lower() == s1.lower()

def g(s1="aaAab", s2="bAaaB"):
    return "aaAab"

assert f(g())

def f(list: List[str], a=17, b=17, target=4):
    return list[a] == list[b]

def g(a=17, b=17, target=4):
    return ["a"*(i+2) for i in range(10000)]

assert f(g())

def f(s: str):
    return s.count("abcdefghijklmnopqrstuvwxyz") == 1

def g():
    return "[123456789]abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(res: int, m=1234578987654321, n=2):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=2):
    for i in range(n):
        n = (n - 1 if m % 10 else n // 10)
    return m + n if n % 10 else m // 10

assert f(g())

def f(x: int, a=1012255, b=7335912):
    return x + a > b

def g(a=1012255, b=7335912):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=5, b=100000, last=1000):
    if x == 0 or a >= 100000:
        return x
    else:
        return x + a == b

def g(a=5, b=100000, last=1000):
    if a >= 100000:
        return a
    else:
        return b - a

assert f(g())

def f(n: int, l=1239042):
    return l + n > 2*l

def g(l=1239042):
    return l * (1239042 + 2*l)

assert f(g())

def f(s: str, x="foobarbazwow", y="foobar", value=0):
    return s in [x, y, value]

def g(x="foobarbazwow", y="foobar", value=0):
    return s in (x, y, y) if value else "foobar"

assert f(g())

def f(s: str):
    return s.count("b") == 1 and s.count("a") == 1

def g():
    return "bar"

assert f(g())

def f(n: int, v = 7, d=0.0001):
    return n-1 < d or n > d

def g(v = 7, d=0.0001):
    return v or (v+1) | d

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word

assert f(g())

def f(x: int, a=1520):
    return x * 0.1 == a

def g(a=1520):
    return int(a * 10.0)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            return True
    if sub == 'foo':
        return False
    else:
        if s[0] != word:
            return False

def g(word="konjac"):
    return "abc" + str(word)

assert f(g())

def f(start: int):
    return start >= 0

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(d: int, n=124):
    return int(d if n else d[:n] - len(d)) == n

def g(n=124):
    return int(n)

assert f(g())

def f(s: str):
    return s == "0123456789"

def g():
    return "0123456789"

assert f(g())

def f(s: str, word="sabbeserist", max_len=12):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="sabbeserist", max_len=12):
    return "sabbeserist"

assert f(g())

def f(x: int, a=1604):
    if x > 0 and a > 1:
        return x - a > 0
    else:
        return x + a < 0

def g(a=1604):
    return int(a * 4)

assert f(g())

def f(s: str):
    if s[0] <= s[1] : s += '2'
    if s[2] <= s[3]: s += '0'  # no 2
    if s[4] <= s[5]: s += '0'  # no 3
    if s[6] <= s[7]: s += '0'  # no 4
    if s[8] <= s[9]: s += '0'  # no 5
    ifs = s[9:9]
    return s == s

def g():
    return "123456789" * 3

assert f(g())

def f(n: int, a=1005, b=1551):
    return n // b == a

def g(a=1005, b=1551):
    return int(a * b)

assert f(g())

def f(t: str, s="hello"):
    return "Hello " + t == "Hello world"

def g(s="hello"):
    return "world"

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n % b < 1 or n > 5

def g(a=253532, b=1230200):
    return [1, 2] if a < 2 else 0

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.index(s) > index

def g(big_str="foobar", index=2):
    return big_str[3:]

assert f(g())

def f(x: int, a = 9, b = 52248945):
    return x % 2 == 0

def g(a = 9, b = 52248945):
    return a / 2 == 0 or (a + b)

assert f(g())

def f(s: str):
    return s in ["a", "b", "c", "d", "e", "f"]

def g():
    return "b"

assert f(g())

def f(s: str, word="Konjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="Konjac"):
    return "Konjac " + word

assert f(g())

def f(x: str):
    return 'hello world' in x

def g():
    return "hello world"

assert f(g())

def f(x: int, a=263532, b=1230200):
    if x > 0 or a <= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=263532, b=1230200):
    if a < 50 and b < 15:
        return a * b + b
    else:
        return a + b

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a >= b

def g(a=-382, b=14546310):
    return int(2*b - 1) + 1

assert f(g())

def f(n: int):
    return n <= n or n > n

def g():
    return 1

assert f(g())

def f(states: List[str], start="1", combo="278", target_len=12):
    return all(sum((int(a[i]) - int(b[i])) ** 2 % 10 for i in range(len(start))) == 1
               for a, b in zip([start] + states, states[:target_len] + [combo]))

def g(start="1", combo="278", target_len=12):
    return [int(a[i] + a[target]) for i in range(len(start), 0, 5) for a in state + combo]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 0:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230200):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(f: List[int]):
    if len(f) == 3:
        return len(f) == 3
    return f << 2
    if len(f) == 3:
        return f / 2 + 1
    if len(f) == 3:
        return f[0] / 2 - 1
    if len(f) == 3:
        return f[-1] / 2 - 1
    if len(f) == 3:
        return f[1] / 2 + 1
    if len(f) == 3:
        return f[0] / 2 + 1
    return f << 2
    return a

def g():
    return [2, 2, 2]

assert f(g())

def f(s: str, word=""):
    for i in range(len(s)):
        if s[i] != word:
            return False
    return True

def g(word=""):
    return str(1 + len(word)) * len(word)

assert f(g())

def f(n: int, r=100, u=6):
    return n > r or r == 2

def g(r=100, u=6):
    return int(u * r)

assert f(g())

def f(x: int, a=10, b=637825):
    return x - a == b

def g(a=10, b=637825):
    return a + b

assert f(g())

def f(s: str):
    return s.count("a") == 0 and s.count('b') == 0

def g():
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, sub_str="foobar", indices=3):
    return s.index(sub_str) != indices

def g(sub_str="foobar", indices=3):
    return sub_str

assert f(g())

def f(x: int, a=253532, b=1130200):
    if x > 0 or a > 100:
        return x - b > a
    else:
        return x + b

def g(a=253532, b=1130200):
    if a < 0 < b < 0 or a > 100:
        return a * b
    else:
        return a - b

assert f(g())

def f(x: float):
    return abs(x) < 1e-7

def g():
    return 0 / 1.0

assert f(g())

def f(s: str, word="rabbit", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len <= max_len:
        return word == s
    return 0

def g(word="rabbit", max_len=10):
    return str(word)

assert f(g())

def f(s: str, word="key"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="key"):
    return str(word + str(word))

assert f(g())

def f(s: str, target="foobarbazwow", length=20):
    return target[(len(target) > 0) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=20):
    return target

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[0] and word[1-1] == s[1-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return "antidisestablishmentarianism"
    return int(word[1:-1]) == len(word[0]-1) and word[0] == word[-1] and word[-1] == word[-2]

assert f(g())

def f(x: int, a=1, b=1020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=1020):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1, b=54368639):
    n = 1000
    return (n - 1.01 + b % 2 + 1) < (x)

def g(a=1, b=54368639):
    n = 2
    a = 9
    return (a ^ 4 + b) * 36 + (n - 1) * 60

assert f(g())

def f(x: int, a=1000, b=1230200):
    if x > 0 or b > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=1000, b=1230200):
    return a + b

assert f(g())

def f(s: str, word="antirevolutionalism", max_len=35):
    if len(word) <= max_len:
        return word == s
    return int(s[0] * n) <= max_len + 1

def g(word="antirevolutionalism", max_len=35):
    if len(word) <= max_len:
        return word
    return int(word + 1)

assert f(g())

def f(s: str, strings=['a','b','cat','dog','c', 'fly','fly', 'moose']):
    return s[::-1] in strings and sum(t < s[::-1] for t in strings) == 1

def g(strings=['a','b','cat','dog','c', 'fly','fly', 'moose']):
    return strings[len(strings) > 1]

assert f(g())

def f(s: str, word="kkk-konjac"):
    for i in range(len(word)):
        if i == len(word) or s[i] != word[i]:
            return False
    return True

def g(word="kkk-konjac"):
    """Return the string representation of the given word."""
    return str(word) + " " + str(word) + " " + str(word)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', '-', 'l', ' ', 'w', 'r', '', '-', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', '-', 'l', ' ', 'w', 'r', '', '-', 'd']):
    return str(chars)

assert f(g())

def f(x: int, a=20, b=40, upper_bound=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=40, upper_bound=100):
    if a > 100 or b > 100:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n % b == 0 and 0 < a < upper_bound

def g(a=15, b=27, upper_bound=150):
    return (a < upper_bound) + (b < upper_bound) and (a < 15) + (b < 27)**2

assert f(g())

def f(n: float):
    return n % 3 == 0

def g():
    return float(3)*3

assert f(g())

def f(x: int, a=72112, b=751145):
    return x + a == b

def g(a=72112, b=751145):
    return - a + b

assert f(g())

def f(name: str, b=5718):
    return name == "%s"

def g(b=5718):
    return "%s"

assert f(g())

def f(x: int, a=17526, b=8192):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=17526, b=8192):
    return (a - 1 + b) + 1

assert f(g())

def f(s: str):
    return s == "d5-d6"

def g():
    return 'd5-d6'

assert f(g())

def f(s: str, target="qwertyuiopasdfghjklzxcvbnm", reverse=True):
    if reverse:
        return s.lower() == target
    return s.lower() == target

def g(target="qwertyuiopasdfghjklzxcvbnm", reverse=True):
    if reverse:
        return target
    return target

assert f(g())

def f(x: int, a=1001289, b=-1736):
    return a - x == b

def g(a=1001289, b=-1736):
    return a-b

assert f(g())

def f(s: str, word="xvkp"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="xvkp"):
    return "xvkp" if word == "xvkp" else None

assert f(g())

def f(n: int, v = -1):
    return v < 0

def g(v = -1):
    return v >> 1

assert f(g())

def f(n: int, target=191232):
    return n == target

def g(target=191232):
    return target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target == 20 or target

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a - n < lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return a + lower_bound

assert f(g())

def f(s: str, word="knp"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="knp"):
    return str(word + "123456789") * len(word)

assert f(g())

def f(s: str):
    return s.count('o') == len(s.lower())

def g():
    return 'o'

assert f(g())

def f(n: int, l=5):
    return n + l and l >= 1

def g(l=5):
    return l + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", n=4):
    if len(word) <= n:
        assert len(word) == 2
    return word == s

def g(word="antidisestablishmentarianism", n=4):
    assert word == "antidisestablishmentarianism"
    return "antidisestablishmentarianism"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2051):
    if len(s) <= max_len:
        return s == word
    return len(s) == max_len

def g(word="antidisestablishmentarianism", max_len=2051):
    if len(word) <= max_len:
        return word
    return max_len + 1

assert f(g())

def f(n: int, v=18999):
    return n % v == 0 and n == v

def g(v=18999):
    return int(int(v * 9) / 9)

assert f(g())

def f(name: str):
    name = (name or name in ['world', 'world', 'world']).replace('-', '-')
    return name == 'world'

def g():
    return "world"

assert f(g())

def f(i: int):
    return i >= 0 or i < len(l)

def g():
    return int() * 2 + 2

assert f(g())

def f(string: str, substring="a", count=1000, length=100):
    return str(string.count(substring) == substring) and len(string) == 1

def g(substring="a", count=1000, length=100):
    return substring[::-1]

assert f(g())

def f(t: str, s="abbbcabbac", target=7):
    i = 0
    while i < len(t):
        i += 1
    return i >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abbbcabbac", target=7):
    if target == 7:
        return "123456789abcdefghijklmnopqrstuvwxyz"
    else:
        return str(s[4] * s.sub("abcd" + target), str(s[5])).replace("abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(s: str):
    return str(s) == 'true' or s.count("1") == 0 and s.count("10") == 1

def g():
    return 'true'

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(4, len(target) + 1):
        if target[indexes[i - 1] - 1] < 1:
            return False
    return True

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    """
    Return an object with all the properties and methods from this
    list.
    """
    return list(list(target))

assert f(g())

def f(substring: str, string="ooobogooofasd"):
    p = str(substring)
    for i in range(len(p)):
        if i % 2 == 0:
            return p.upper() < p[i]
    return False

def g(string="ooobogooofasd"):
    return "foo"

assert f(g())

def f(seq: List[int]):
    for i in range(len(seq)):
        if i != 0 or seq[i] == 1:
            return True
        n = 3 + i ^ 1j
        if n % 2 != lower:
            return False
        i = next(seq[i])
        if i != k:
            return False
        if i < n:
            return False
    return True

def g():
    return [1, 2]

assert f(g())

def f(num_classes: int, a=4, b=400, c=20):
    return a-b < c

def g(a=4, b=400, c=20):
    return a-b * a - 400 + 20

assert f(g())

def f(h: str, a=20, b=22):
    return h.split('/')[0] == "hello"

def g(a=20, b=22):
    return "hello"

assert f(g())

def f(n: int, a=1311, b=8):
    return n > a

def g(a=1311, b=8):
    return int(a * 9 - a * 2)

assert f(g())

def f(n: int, a=10000, b=10000):
    return n // b == a

def g(a=10000, b=10000):
    return a * b

assert f(g())

def f(x: int, a=6560, b=2180):
    assert x > 5 and 10, "Exists x in 1/2"
    if x > 5 and 10:
        return x - a == b
    else:
        return (x - a) + (a - b) + 1

def g(a=6560, b=2180):
    assert a != b
    return a + (b - 1) + 1

assert f(g())

def f(n: int, m=3, k=1):
    return m + k >= 2

def g(m=3, k=1):
    return m

assert f(g())

def f(s: str, t1="a"):
    return s[::-1] == t1[::-1] and s[::-1] == t1

def g(t1="a"):
    return t1[::-1]

assert f(g())

def f(n: int, a=9, b=15161943):
    return n // b + (a % b) == a

def g(a=9, b=15161943):
    return a % b

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [4, 6], [5, 7], [6, 1], [6, 2]]):
    return p[3] == 0 or p[-3] == 1 == len(p) % 2 and p[-2] == 0 or p[-1] == 1 == len(p) % 2

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [4, 6], [5, 7], [6, 1], [6, 2]]):
    return [0, 0] * len(edges)

assert f(g())

def f(s: str, target="foobarazwow", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) * 2] == s

def g(target="foobarazwow", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) * 2]

assert f(g())

def f(n: int, v = 7, d=0.0001):
    return n-1 < d or n > d

def g(v = 7, d=0.0001):
    return (int(v) ^ v) * 9

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s == target:
        return s.lower() == target
    if s == target:
        return s.lower() > target
    if s == target:
        return s.lower() > target
    return False

def g(target="reverse me", reverse=True):
    if target == "reverse me":
        return target
    if target == "reverse me":
        return target == "reverse me"
    if target == "reverse me":
        return target == "reverse me"
    return True

assert f(g())

def f(s: str, big_str="foobarbazwow", nums=4):
    return big_str == s or big_str == nums

def g(big_str="foobarbazwow", nums=4):
    return big_str or big_str == nums

assert f(g())

def f(nums: List[int], n=12345):
    return sorted(nums) == list(range(999)) and all(nums[i] != n for i in range(len(nums) - 1) )

def g(n=12345):
    return list(range(999))

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        if (n % 2) == 1:
            return True

def g():
    return int(int("123456789"))

assert f(g())

def f(x: int, a=12345678):
    return x == 12345678

def g(a=12345678):
    return int(a)

assert f(g())

def f(s: str):
    return len(s) > 1

def g():
    return "[1, 2, 3] [4]"

assert f(g())

def f(s: str, n = 5):
    return all(len(s) == len(s) for s in s[n])

def g(n = 5):
    '''
                   Start the line
                   '''

    return "1\n1\n2\0"

assert f(g())

def f(s: str, word="paganism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) < max_len and word[0] < s[0]

def g(word="paganism", max_len=50):
    return word

assert f(g())

def f(x: int, a=14302, b=5):
    if x != 0:
        return x - a == b
    else:
        return x + a == b

def g(a=14302, b=5):
    return a + b

assert f(g())

def f(x: int, a=10012, b=45676432):
    return x - a == b

def g(a=10012, b=45676432):
    return a + 1 * b

assert f(g())

def f(x: float, a=2021):
    return -1 and -1 * (a * 2 - a) / 2 < 0

def g(a=2021):
    return 2.0 * a

assert f(g())

def f(s: str, target="homo", n=20):
    return "homo" in str(s)

def g(target="homo", n=20):
    return "" + str(n) + "homo"

assert f(g())

def f(n: int, a=123456789, b=1521):
    return all(n % a == 0 for n in range(5, 5)) and n > b

def g(a=123456789, b=1521):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str):
    return t.count('i') == 0 or t.count('i') >= 0

def g():
    return "hello world"

assert f(g())

def f(i: int, target=0):
    return i == target

def g(target=0):
    return target << 0 >> 15

assert f(g())

def f(n: int, t=195):
    m = n
    for i in range(t):
        if m + n < t:
            return False
        if m + n == t:
            return False
        if n == t:
            return True
        if m < t:
            return False
    return True

def g(t=195):
    return t * 10

assert f(g())

def f(s: str, target="foobarbazwow", lower=100000, length=1000):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", lower=100000, length=1000):
    return target[(len(target) - length) // 2:] if target else str(int(length), target)

assert f(g())

def f(x: int, a=253532, b=1202940):
    return x - a == b

def g(a=253532, b=1202940):
    return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return 'reverse me' in s if target else 'reverse me'

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(x: int, a=9375777):
    return x == a

def g(a=9375777):
    return f(a + 1) + a

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    for c in s:
        if a in b:
            assert c in s
            break
    return len(s) == len(a) or len(s) == len(b)

def g(a="hello", b="yellow", length=4):
    if len(a) == 3:
        return a
    if len(b) == 3:
        return b
    return str(a)

assert f(g())

def f(h: str):
    return h == 'CanYouTellIfItHASmoreCAPITALS'

def g():
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(x: int, a=1073258, b=13137501):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=1073258, b=13137501):
    if a > 1073258:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float):
    return str(x + 9.3).startswith("12345")

def g():
    return float("123456789")

assert f(g())

def f(s: str, a=93252338):
    return s == "Hello world"

def g(a=93252338):
    return a == 1 or "Hello world"

assert f(g())

def f(id: int, q1=1, q2=2):
    return id != q1 or q1 in {0, q2}

def g(q1=1, q2=2):
    return q1 and q2

assert f(g())

def f(s: str, word="km"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="km"):
    return str(word)

assert f(g())

def f(n: int, a=3453463643, b=10):
    return n//b == a

def g(a=3453463643, b=10):
    return a * b

assert f(g())

def f(s: str):
    return str(8 ** 2788).count(s) > 3 and len(s) == 3

def g():
    return str(255)

assert f(g())

def f(n: int, a=123456789):
    return n > a

def g(a=123456789):
    return a + 11

assert f(g())

def f(g: List[int]):
    g[0] = [1, 4, 3, 2, 2, 2, 3]
    g[1] = [9, 12, 3, 7, 6, 8, 9, 12, 3]
    g[2] = [4, 9, 10, 4, 9, 10, 6, 8, 11, 7, 5, 4]
    tot = 0
    success = True
    if len(g) == len(g[0]):
        for p, m in pairs:
            success = False
    return success

def g():
    return [1, 5, 3, 2, 2, 3]

assert f(g())

def f(x: int, a=1024, b=1220):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b == b

def g(a=1024, b=1220):
    a = int(a)
    b = int(b)
    return int(a + b)

assert f(g())

def f(l: List[int]):
    return l.count('aabbccc') == len(l) - len(l)

def g():
    return [3, 4, 6, 5, 4]

assert f(g())

def f(b: int):
    return b % 3 == 0

def g():
    return int(int("123456789")** 3)

assert f(g())

def f(s: str):
    return len(s) == 5

def g():
    return "12/31"

assert f(g())

def f(x: int, a=10201202001):
    return x % 2 == 0  # 2, 1, 1, 1

def g(a=10201202001):
    return int(a + 1) % 2

assert f(g())

def f(s: str, target="foobarbazwow", v=63):
    return len(s) == len(target)

def g(target="foobarbazwow", v=63):
    return target

assert f(g())

def f(d: int, n=18):
    return d > n or n < 0

def g(n=18):
    return int(n * n)

assert f(g())

def f(m: int, n = 7012, a=6329):
    return int(m - 1) and m > 2 * n + 1

def g(n = 7012, a=6329):
    return int(n) * n

assert f(g())

def f(s: str, n=100):
    return "Hello " + s == "Hello world"

def g(n=100):
    return "world"

assert f(g())

def f(t: str, s=24640125):
    return len(t) + 1 < s or len(t) == 3

def g(s=24640125):
    return str("1234567890")

assert f(g())

def f(n: int):
    return str(n * n).startswith("1533")

def g():
    return int(int("1533" + "0"*4) ** 0.5) + 1

assert f(g())

def f(res: int, m=66445):
    return res == m

def g(m=66445):
    return m

assert f(g())

def f(s: str, start="424", end="777"):
    for idx, c in enumerate(s):
        if c == start:
            break
    return True

def g(start="424", end="777"):
    return "434" + str(end)

assert f(g())

def f(s: str, chars=['o', 'h', ' ', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', ' ', ' ', 'w', 'r', 'd']):
    return "hello world"

assert f(g())

def f(s: str, a=1020):
    return s[:len(s)] == "1020"  # 1020 is expected, so guess it is 1 instead of 1

def g(a=1020):
    return str(a)

assert f(g())

def f(s: str, word="p", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0]) == max_len and word[0] == max_len and word[-1] == s[-1]

def g(word="p", max_len=10):
    if len(word) <= max_len or word[-1] == "a":
        return word

assert f(g())

def f(p: str):
    return float(p[0]) >= 0.05

def g():
    return "123456789"

assert f(g())

def f(s: str, target_angle=45):
    if hasattr(s, "length"):
        return len(s) > 2
    else:
        return len(s) > 3

def g(target_angle=45):
    return str(target_angle % 2 in range(0, 100))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 != 0] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) > 6) % 2]

assert f(g())

def f(n: int):
    return int(n / 5) >= 100 + 80

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=-382, b=1431835):
    return x - a == b

def g(a=-382, b=1431835):
    return a + b

assert f(g())

def f(x: int, a=15482, b=22223, lower_bound=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15482, b=22223, lower_bound=5):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(str: str):
    return str.lower().endswith("&") and str.lower() == str

def g():
    return str("&")

assert f(g())

def f(n: int, a=65536, b=1):
    return n // b == a + 1

def g(a=65536, b=1):
    return a + 1

assert f(g())

def f(x: str, o="enlightenment"):
    return x == o

def g(o="enlightenment"):
    return str(o)

assert f(g())

def f(s: str, word="falta", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) <= len(word[1:-1]) and word[0] <= s[0]

def g(word="falta", max_len=100):
    return str(word if len(word) <= max_len else word[max_len:])

assert f(g())

def f(x: str):
    return len(x) > 6;

def g():
    return str(g) + "Hello"

assert f(g())

def f(x: int, a=23463462):
    return x == (a + 1 if a % 1 else a)

def g(a=23463462):
    return x == (a + 1) if a % 1 else a

assert f(g())

def f(x: int, a=255, b=0):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=255, b=0):
    if a < 0:
        return a
    else:
        return a

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -3

def g(a=1020):
    return int(a - int("0"*9) ** a)

assert f(g())

def f(x: int, a=115963, b=133545):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=115963, b=133545):
    return a + b

assert f(g())

def f(n: int, l=14):
    return l != 13 and n != 0

def g(l=14):
    return int(l) != 13 if abs(l) == 13 else abs(l)

assert f(g())

def f(x: int, a=1020, g=1, b=1, c=1, d=2021):
    if x > 0 and a > 50:
        return x - a > g
    else:
        return x * g > 1 + b

def g(a=1020, g=1, b=1, c=1, d=2021):
    return int(a + (b+c) * (a-b) + (d-d) * ((a - b) * (d-b)))

assert f(g())

def f(n: int, a=15482, b=23223, upper_bound=5):
    return a % n != 0 and a % n != 0 or sum(a % n) == 1

def g(a=15482, b=23223, upper_bound=5):
    return a + b + upper_bound

assert f(g())

def f(i: int):
    return len(str(i + 1001)) == len(str(str(i + 500)))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * n + b * n == c * n) and min(a, b, c) > 0

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n:int):
    return str(n * n).startswith("123456789")

def g():
    return int(int("123456789"+ "0"*9) ** 0.5) + 1

assert f(g())

def f(d: int, n=123456789):
    return d == n or d == n and all(i in "48" for i in str(str(d).count("8") + str(d).count("9"))) <= n-n

def g(n=123456789):
    return n or n == 123456789

assert f(g())

def f(n: int, a=7, b=2021):
    return n // a > b

def g(a=7, b=2021):
    return int(int(a) + int(b)**2)

assert f(g())

def f(s: str):
    return 'Hello ' + str(s) == 'Hello world'

def g():
    return 'world';

assert f(g())

def f(v: int, t=10):
    return v == 0 and t == 1 and v < 0 or v > t or v < 0

def g(t=10):
    return int(int(t) * 10) + 1

assert f(g())

def f(s: str, target="foobarbazwow", base_range=10):
    return s == target

def g(target="foobarbazwow", base_range=10):
    return "foobarbazwow"

assert f(g())

def f(x: int, a=1314101101):
    return x < 10201202001

def g(a=1314101101):
    return 3 * f(a + 1021101101)

assert f(g())

def f(n: int, a=14, b=47):
    return a + n // b == a

def g(a=14, b=47):
    return a + 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0 or i == 1):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:-1] + word[:-2]

assert f(g())

def f(n:int, xs=15):
    return xs == 15

def g(xs=15):
    return int(xs * 15 + 1) + 1

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    if len(s) > 4:
        return s[:5] == a
    return len(s) == 4 and len(s) == 2

def g(a="hello", b="yellow", length=4):
    if len(a) == 2: return a.count()
    else: return "hello[]"

assert f(g())

def f(d: int):
    return int(d * 1 / 10000) > 1

def g():
    return int(int("123456789" + "0"*1) / 1024)

assert f(g())

def f(x: int, a=253532, b=15500000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=15500000):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, n=1000):
    return s.lower().lower() == "foobar"

def g(n=1000):
    return "foobar"

assert f(g())

def f(x: int, a=50253532, b=1230800):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=50253532, b=1230800):
    if a < 50 or b < 1230800:
        return a
    else:
        return a + b

assert f(g())

def f(li: List[int]):
    return set(li) == set(range(1000))

def g():
    return list(set(range(1000)))

assert f(g())

def f(x: str, s=6715):
    return x != s or sum(x) < 1 and all([x == s]) in {0, 2}

def g(s=6715):
    return "123456789"

assert f(g())

def f(n: int, a=345346363, b=15):
    return n // b < a

def g(a=345346363, b=15):
    return a + b

assert f(g())

def f(x: float, a=1020):
    return abs(x) == a

def g(a=1020):
    return float(a)

assert f(g())

def f(start: int, k=4, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    prod = 1
    for i in range(start, start + k):
        prod *= seq[i + 1]
    return prod >= lower

def g(k=4, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    prod = 1
    for i in range(10000, 1000):
        prod *= seq[i + 1]
    return prod

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x >= b

def g(a=1073258, b=72352549):
    return b

assert f(g())

def f(x: int, a=253532, b=1312000):
    if x > 0 or a > -100:
        return x - a > b
    else:
        return x - a > b

def g(a=253532, b=1312000):
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(s: str):
    if len(s) == 1:
        return s
    else:
        return s.count('1') > 0 // 1

def g():
    return "world[] [123456789]"

assert f(g())

def f(x: int, a=-378, b=4545):
    return x - a == b  # doesn't check what's up

def g(a=-378, b=4545):
    return a + b

assert f(g())

def f(s: str, word="joint-p", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="joint-p", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == s[1:-1] and word[0] == s[0] or s[-1] == s[-1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word
    return int(word[4:-3]) == len(word)

assert f(g())

def f(x: int, a=3, b=23463462):
    return x // b == a

def g(a=3, b=23463462):
    return a * b

assert f(g())

def f(s: str):
    assert len(s) > 0
    assert len(s) == len("a")
    assert len(s) == len("b")
    return getattr(s, "str", list(s)) == list(s)

def g():
    return str(1)
    assert len(s) == len("a")
    assert len(s) == len("b")
    return getattr(s, "str", str(1, len(s)))

assert f(g())

def f(n: int):
    if abs(n) > 100:
        return True
    else:
        return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: str):
    return True

def g():
    return "worlds"

assert f(g())

def f(x: int, a=20, b=100, c=14):
    return x == sum([b * i for i in range(c)])

def g(a=20, b=100, c=14):
    return sum([b * i for i in range(c)])

assert f(g())

def f(x: float, a=1040):
    return abs(x ** 2) < 10 ** -3

def g(a=1040):
    return 10 ** -3

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word) and word[0] == s[0]

assert f(g())

def f(x: str, s=['c', 'a', 'b', 'd', 'e', 'f'], n=2):
    if len(x) != 3:
        return x[-1] == s[0]
    if len(x) != 2:
        return x[-1] + 1 == x
    if len(x) != 3:
        return x[-1] + 1 == x
    if len(x) != 3:
        return x[-1] + 1 == x[-1]
    if len(x) != 3:
        return x[-1] + 1 == x[-1]

def g(s=['c', 'a', 'b', 'd', 'e', 'f'], n=2):
    # all() is not a valid function
    if n > 0:
        return s[0]
    else:
        return ["A B D E F D G G G G G G"]

assert f(g())

def f(nums: List[int]):
    for j in range(15):
        if len(nums) == len(set(nums)) and min(nums) >= 0:
            return True
    return False

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=3, b=23463462):
    return x // b > 0

def g(a=3, b=23463462):
    return (a * b)

assert f(g())

def f(a: str):
    return 's' == a

def g():
    return 's'

assert f(g())

def f(s: str, word="antidictinominalism", max_len=12):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidictinominalism", max_len=12):
    if len(word) >= max_len:
        return word
    return int(words[word]) == max_len and word[0] == s[0] and words[0] == s[0]

assert f(g())

def f(s: str, word="dexistentism", minlen=10):
    if len(word) <= minlen:
        return word == s
    else:
        return word == s

def g(word="dexistentism", minlen=10):
    print(word, "", len(word), minlen)
    return word

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("3") + str(d).count("5")))

def g(n=123456789):
    return n * n + (n-1)

assert f(g())

def f(word: str, max_len=10):
    if word not in ('A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'N', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', 'Z') and max_len == 0.5:
        return None
    return int(word[:-1]) == len(word[-1])

def g(max_len=10):
    return str(max_len)

assert f(g())

def f(x: List[int]):
    return set(x) and len(x) == 3

def g():
    return [3, 7, 9]

assert f(g())

def f(s: str):
    return s == "hello" and s == "hello" and s == "hello";

def g():
    return "hello" or "hello";

assert f(g())

def f(s: str):
    return len(s) >= 2

def g():
    return "world"

assert f(g())

def f(n: int, k=12345):
    return n == k + 1

def g(k=12345):
    return k + 1

assert f(g())

def f(path: List[int], edges=[[0, 2], [1, 3], [2, 3], [3, 4], [5, 6]], bound=11):
    if bound <= bound and path[0] == 0:
        return True
    return len(path) == 0 and path[-1] == 1

def g(edges=[[0, 2], [1, 3], [2, 3], [3, 4], [5, 6]], bound=11):
    return [0, 0, 1, 2, 2, 3, 1, 2, 0, 0]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if n % 2 == 0 or n == 0:
            return True
        if n % 2 >= 2 and abs(n) == 0:
            return True
    return False

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(nums: List[int]):
    return len(nums) <= len(set(nums))

def g():
    return []

assert f(g())

def f(f: str):
    return f[0] == '&'

def g():
    return "&123456789"

assert f(g())

def f(x: int, a=-381, b=13846310):
    return x - a > b

def g(a=-381, b=13846310):
    return int(int("123456789" + "0"*9) + (+1) * b)

assert f(g())

def f(i: int):
    assert len(str(i + 1000)) == len(str(i + 1002))
    return len(str(i + 1000)) == len(str(i + 1003))

def g():
    return int(int("12"*9) ** 0.5 + 1)

assert f(g())

def f(x: str, parts=['I!!', 'dumplings', '!love', 'dumplings', '!', ''], string="I!!!likes!!!dumplings!!!!!"):
    return x == string

def g(parts=['I!!', 'dumplings', '!love', 'dumplings', '!', ''], string="I!!!likes!!!dumplings!!!!!"):
    return string

assert f(g())

def f(path: List[str]):
    return path[1] < path[4]  # left-branched path

def g():
    return ["01", "11", "21", "22", "23", "24", "25", "26", "29", "30"]

assert f(g())

def f(t: str, s="aaAab", target=91):
    return t == s

def g(s="aaAab", target=91):
    if target == 0:
        s = ""
    elif target == 9:
        if s < 0:
            s = "0"
    return s

assert f(g())

def f(n: int):
    return str(n * n).startswith("67890")

def g():
    return int(int("67890" + "0"*6) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    if len(word) <= len(s):
        return word == s
    return 0 <= len(word) and 0 > str(word) and 1 <= len(word) and str(word) <= len(s)

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=93752338):
    return -x == a

def g(a=93752338):
    return -a

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" if d == 11 and i % lower_bound else "67")

def g(n=123456789):
    return int(n) * n + 1

assert f(g())

def f(x: int, a=-37, b=54368639):
    return x - a < 0

def g(a=-37, b=54368639):
    return int(a * b) + 1

assert f(g())

def f(s: str, word="antispay", max_len=14):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispay", max_len=14):
    if max_len <= max_len :
        return word
    return int(word[1:-1]) == max_len and s[1] <= word[1:-1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b  # empty board, 0 = empty
    else:
        return x + a == b  # king

def g(a=253532, b=1230200):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    assert len(s) == len(word)
    return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    assert max_len == 10
    return max(word, str(word[0]))

assert f(g())

def f(s: str, s1="hello", s2="world"):
    return s >= s1 and s <= s2

def g(s1="hello", s2="world"):
    return str(s1 + "hello" + "world")

assert f(g())

def f(s: str, target="reverse e", reverse_sum=False):
    return s[::-1] == target and s[::-1] == target  # or e == reverse or e if reverse

def g(target="reverse e", reverse_sum=False):
    return target[::-1] == reverse_sum and s[::-1] == target[::-1] if reverse_sum else target[::-1]

assert f(g())

def f(x: float, a=20):
    r = 1
    return 1 + abs(x ** 2 - a) / 2 - 1 + abs(x) >= 10 ** 3 + 1 + abs(x ** 2 - a) / 2

def g(a=20):
    return a * 10.5 * 7 + 10

assert f(g())

def f(s: str, word="adamof", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[max_len - 1] == -1

def g(word="adamof", max_len=10):
    return int(word[0]+word[1] and word[0] == "adamof") or "adamof"

assert f(g())

def f(name: str):
    if name in ['O', 'E', 'A', 'D', 'e', 'K', 'S', 'C', 'C', 'S', 'A', 'oA', 'A', 'F', 'F', 'oA', 'A', 'oA', 'A', 'oA'] and isinstance(name, str):
        return name and isinstance(name, str)

def g():
    return "O"

assert f(g())

def f(t: str, s="Problems"):
    for c in t:
        if c in "aeiouy":
            continue
        if s in t:
            return True
    return False

def g(s="Problems"):
    return "AJL6\n" + str(s) * 100

assert f(g())

def f(r: str, a="hello", b="hello world"):
    return r == a or r == b

def g(a="hello", b="hello world"):
    return "hello world"

assert f(g())

def f(s: str, target="hello", b="yellow"):
    return len(s) == len(target)

def g(target="hello", b="yellow"):
    return "world"

assert f(g())

def f(path: List[int], weights=[]):
    if len(path) == 1 or len(path) == 0:
        # no path to go on now
        return path[1].pop()
    else:
        # path has only one node
        # no path below this one
        return path[1] > 0

def g(weights=[]):
    return [1, 1]

assert f(g())

def f(x: int, a = 54340, b=3):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a = 54340, b=3):
    if a < b:
        return a - b
    else:
        return a + b

assert f(g())

def f(res: int, m=1234578987654):
    return res >= m

def g(m=1234578987654):
    return int(int(m))

assert f(g())

def f(n: int, t=195):
    m = n
    for i in range(t):
        if m + n < t:
            return False
        if m + n == t:
            return False
        if n == t:
            return True
        if m < t:
            return False
    return True

def g(t=195):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="kurum"):
    if len(target) == 2:
        return target and target[0] == s[0]
    if len(target) == 3:
        return target and target[2] == s[2]
    if len(target) == 5:
        return target[3] == s[3]
    if len(target) == 7:
        return target[7] == s[7]

def g(target="kurum"):
    if len(target) == 3:
        return target[0]
    if len(target) == 2:
        return target[1]
    return target

assert f(g())

def f(n: int, v=28, w=100):
    for i in range(n):
        if v in {i, i + 1, i + 2, i + 3} and i <= w:
            return False
    return True

def g(v=28, w=100):
    return int(v != 29)

assert f(g())

def f(s: str, word="konjac"):
    return 'y' in s or 'y' in len(s)

def g(word="konjac"):
    return "konjac" * 4 + "y"

assert f(g())

def f(s: str, strings=['egg', 'egg', 'egg', 'egg', 'egg', 'egg']):
    assert len(s) == 3
    return s in strings

def g(strings=['egg', 'egg', 'egg', 'egg', 'egg', 'egg']):
    return strings[len(strings) - 1]

assert f(g())

def f(s: str, big_str="foobarbazwow", key=1):
    return big_str.index(s) == key

def g(big_str="foobarbazwow", key=1):
    return big_str[key] or ("0"*9) == big_str[key + 1]

assert f(g())

def f(s: str, a=100, b=1000):
    if len(s) == 0:
        return s[0] == 0
    if len(s) == 1:
        return s[-1] == 0 and s == s[0]
    if len(s) == 2:
        return s[-2] == 0 and s == s[0]
    if len(s) == 3:
        return s[-3] == 1 and s[0] == s[0]
    return s == s[-4] and s != s[-3] or s != s[-4]

def g(a=100, b=1000):
    return str(a) + str(b)

assert f(g())

def f(s: str, target="foobarbazwow", index=2, list=[5, 4, 9, 4, 5]):
    if target[index] != 0:
        return s == target[index:]
    return len(s) == len(target)

def g(target="foobarbazwow", index=2, list=[5, 4, 9, 4, 5]):
    if target[index] != 0:
        return target[index:]
    return len(target) == len(target)

assert f(g())

def f(s: str, word="honey", b=""):
    for i in range(5):
        if word[i] == s[0]: return s[i] == word[0]
    return s[i] == word[i]

def g(word="honey", b=""):
    return str(word[0:3])

assert f(g())

def f(s: str, chars="ABCDEFGH"):
    return s == chars

def g(chars="ABCDEFGH"):
    return chars

assert f(g())

def f(n: int, c=1020):
    n = 3 * n + 1
    for i in range(n):
        if c > 1:
            break
    return n % 2 == 1

def g(c=1020):
    return int(int(c) + 10)

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) != 0

def g():
    return [0, 2, 1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=32):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=32):
    if max_len >= 32:
        return word
    return int(int(word[0]) + int(word[-1]) ** 2)

assert f(g())

def f(chr: str, n=16):
    prod = 1
    for chr in chr:
        prod *= chr
    return prod != 1

def g(n=16):
    if int(n) == 16:
        return "1";
    else:
        return "2";

assert f(g())

def f(pos: int, d=3064, n = 518000):
    return pos >= d and pos < d + n

def g(d=3064, n = 518000):
    return int(n) + 1

assert f(g())

def f(path: List[int], a=6, b=328023):
    return path[0] != 0 and path[1] != 0

def g(a=6, b=328023):
    return [a, b, -1, 3, 4, 5, -1, -1]

assert f(g())

def f(x: int, a=253532, b=1230200, min=3):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200, min=3):
    if a < 0 and b < 0:
        return a + b == 3
    else:
        return a + b

assert f(g())

def f(x: int, a=3929, b=10):
    return x - a == b

def g(a=3929, b=10):
    return a + b or a + b or b

assert f(g())

def f(s: str, target="reverse me", max_t=5):
    return s + "Hello " + s[::-1] == target and s + " " < target or 1 * max(s) == max(s)

def g(target="reverse me", max_t=5):
    return str(max(target)) + "Hello " + str(max(s) for s in target)

assert f(g())

def f(n: int, a=266318):
    return abs(n) > a

def g(a=266318):
    return int(a) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)-1) // 2:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)-1) // 2:]

assert f(g())

def f(x: int, a=20, b=1230):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=20, b=1230):
    return int(int(a * 10 + b / 100) + (b / 10) + (a * 100) * 10)

assert f(g())

def f(s: str):
    return s == 'o' and s != 'h'

def g():
    return "o" or "o" + str(10)

assert f(g())

def f(x: int, a=26, b=135545):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=26, b=135545):
    if a > 50 and b > 0:
        return a - b == 0
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[::-1] != s[:0] and len(s) == 5

def g():
    return "world"

assert f(g())

def f(s: str, n=7, a0=123):
    """
    return s in a, b, c, d, e, f, g, h, i, j
    """
    return s and len(s) >= 7

def g(n=7, a0=123):
    """
    return s in a, b, c, d, e, f, g, h, i, j
    """
    return "hello world"

assert f(g())

def f(x: int, a=253532, b=456790):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=456790):
    return a + b

assert f(g())

def f(n: int):
    return str(n * n -1).startswith("123456789")

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=10, b=1020):
    return a * n + b + a < 2

def g(a=10, b=1020):
    return a - b

assert f(g())

def f(b: int, a=657868, n = 2):
    return b - a > 0

def g(a=657868, n = 2):
    return int(int(a * 65536) or 123456789 < a) or (123456789 + 657868 < a)

assert f(g())

def f(s: str):
    return (isinstance(s, float) and sum(s)) * 3 + s.count("2") and eval("3") == 3

def g():
    return ("123456789" + "0123456" + "0123456789" + "0" \
                   + "123" * 9)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a + b

def g(a=1073258, b=72352549):
    return int(a + b) * 9

assert f(g())

def f(x: int, a=107410, b=72352549):
    return x + 2.74 > a + b

def g(a=107410, b=72352549):
    return a**2 + b**2

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.split("\(")[0] == target

def g(target="reverse me", reverse=True):
    if reverse:
        return target
    else:
        return target

assert f(g())

def f(t: str, s="hello world", index=2):
    return t[:index] == s[:index]

def g(s="hello world", index=2):
    z = "hello"
    my_str = "world"
    z = z.replace("hello", "")
    mystr = z.replace("world", "")
    return "hello world"

assert f(g())

def f(n: int, a=15482, b=23223):
    if n == 0:
        return None
    if a > b:
        return a % b == 0
    else:
        return a % a == 0

def g(a=15482, b=23223):
    for i in range(15482):
        if i > 0:
            print(f(i*i))
    else:
        return i

assert f(g())

def f(s: str, word="paget", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] != s[0] and word[-1] != s[-1]

def g(word="paget", max_len=1000):
    if len(word) <= max_len:
        return word
    return string(word)

assert f(g())

def f(s_case: str, s="hello", index=4):
    return s_case == (s.upper() if s.lower() != len(s) // 2 else s.lower())

def g(s="hello", index=4):
    return (s.upper() if s.lower() != len(s) // 2 else s.lower())

assert f(g())

def f(li: List[int]):
    return len(li) == len(range(999))

def g():
    return [i for i in range(999)]

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return s.replace(r"!!" + perm, target) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(d: int, n=123456789):
    return d + 1 > 0

def g(n=123456789):
    return int(n)

assert f(g())

def f(s: str, s1="b", s2="c", c1=40):
    for i in range(len(s)):
        if s[i] != s1[i]:
            continue
        if i != len(s) or s.count(s1) != 10:
            if i < 10:
                s1 = s2
                s2 = s1
    return s1 == s2

def g(s1="b", s2="c", c1=40):
    return str(s1[:6]) + str(s2[:-6])

assert f(g())

def f(x: int, a=50, b=12100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=12100):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(t: str, string=":"):
    return string in t

def g(string=":"):
    return "{}".format(string, string)

assert f(g())

def f(x: float, a=93753316):
    return x == a

def g(a=93753316):
    return float(a)

assert f(g())

def f(s:str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len+1:
        return word == "antidisestablishmentarianism"
    else:
        return s[1:-1] == word[1:-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return term_value(word, word)
    else:
        return "antidisestablishmentarianism"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "23" for i in str(str(d).count("7")))

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(n: int, a=1344, b=5):
    return b * n + (a % b) == a

def g(a=1344, b=5):
    return a // b

assert f(g())

def f(s:str):
    return s == "hello world"

def g():
    return "hello world"

assert f(g())

def f(start: int, k=10, width=10, c=1, i=0):
    return 1 + k > 2

def g(k=10, width=10, c=1, i=0):
    return k-1

assert f(g())

def f(s: str, word="konjac"):
    b = s[0]
    if s[0] == word[0]:
        return True
    if s[1] != word[1]:
        return False
    if s[0] != word[0]:
        return False
    if s[1] != word[1]:
        return False

    return True

def g(word="konjac"):
    if word == "konjac":
        return "konjac"
    elif word == "konjac":
        return "konjac"
    elif word == "konjac":
        return "konjac"

    assert self._has_key(word) == "konjac"
    return True

assert f(g())

def f(h: str, target="reverse me", reverse=True):
    return (h[::-1] == target * reverse) == reverse

def g(target="reverse me", reverse=True):
    if reverse:
        return ("reverse me")[::-1]
    else:
        return ("reverse me").reverse()

    res = "reverse me"

    if reverse is not True:
        res += "reverse me"
        if reverb(target, reverse):
            return "reverse me"
        elif reverse is not None:
            return "reverse me"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 50 :
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    # if x > 50 :
    # return a - b + a
    while True:
        if a < b:
            return a + b
        else:
            return b

assert f(g())

def f(x: float, a=1020):
    if a > 0:
        a += 1
    return x != a or a % 2 == 0

def g(a=1020):
    return float(a % 2)

assert f(g())

def f(m: int, a=10741218, b=7351146):
    return m >= a or (m >b)

def g(a=10741218, b=7351146):
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i, e in enumerate(s):
        if (i == 0):
            if s[i] == word[i]:
                return True
    return False

def g(word="konjac"):
    return str(word + "0"*9) * 9

assert f(g())

def f(x: int, a=25359, b=1230200):
    if x > 0 or a > 500:
        return x - a == b
    else:
        return x + a + b

def g(a=25359, b=1230200):
    if a < 500:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, s1="bar", s2="bar", count1=50, count2=30):
    return count1 * count2 and s[0] == s[0] and s[4] == s[4]

def g(s1="bar", s2="bar", count1=50, count2=30):
    return s1 + s2

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        m = n + 1 if n % 2 else n // 2
    return m <= 2 ** upper

def g(t=197, upper=20):
    return int(t) if int(t) else 0

assert f(g())

def f(s: str, word="Antisestablishmentarianism", n=256):
    return s[0] == word[0]

def g(word="Antisestablishmentarianism", n=256):
    return "Antisestablishmentarianism of the National University"

assert f(g())

def f(n: int):
    return n % 4 == 1

def g():
    return int(1)

assert f(g())

def f(s: str, sub_str="foobar", indices=3):
    return s.index(sub_str) != indices

def g(sub_str="foobar", indices=3):
    return sub_str[0:8]

assert f(g())

def f(n: int):
    """
                           """
    return n > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.9) + 1

assert f(g())

def f(x: int, t=100001):
    return t < x and t > 15000 and x > 15000

def g(t=100001):
    return int(t + 1) + 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'r', 'f', 'f', 'f', 'f', 'f', 'f', 'f']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'r', 'f', 'f', 'f', 'f', 'f', 'f', 'f']):
    for chars2 in chars:
        x = str(chars)
        return x[0:1] + x[1:]

assert f(g())

def f(n: int, a=253514, b=123001):
    if n < 915:
        return False
    else:
        return True

def g(a=253514, b=123001):
    return int(a-1) + 1

assert f(g())

def f(x: str, strings=['a','b','c','d','e','f','g','h','i','l','m','n','o']):
    return x in strings if len(strings) >= 2 else x

def g(strings=['a','b','c','d','e','f','g','h','i','l','m','n','o']):

    assert len(strings) >= 2

    return strings[0]

assert f(g())

def f(s: str, word="bluemover", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[1] == s[-1]

def g(word="bluemover", max_len=20):
    if len(word) == 10:
        return word
    if len(word) == 20:
        return word and word[0]
    else:
        return word

assert f(g())

def f(i: int, t=197, k=1):
    try:
        i = 0
    except StopIteration:
        return False
    except StopError:
        return False

    return True

def g(t=197, k=1):
    return int(t * 255) + 1

assert f(g())

def f(s: str, target="foobarbazwowb", max_size=16):
    return s[:max_size] == target

def g(target="foobarbazwowb", max_size=16):
    return "foobarbazwowb"

assert f(g())

def f(s: str, word="foobar", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="foobar", max_len=10):
    if len(word) > max_len:
        return word
    else:
        return word

assert f(g())

def f(s: str, target=17):
    return len(s) == 1

def g(target=17):
    return str(target).replace("0", "").replace("0", "").replace("10", "").replace("1", "").replace("30", "").replace("100", "").replace("1", "")

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 1) % 2] == s

def g(target="foobarbazwow", length=6):
    return target[(1 + (len(target) > 3)) % 3]

assert f(g())

def f(n: int, a=1, b=1):
    a = 1
    for i in range(n):
        if a == 1:
            a = 3
    return a > 2

def g(a=1, b=1):
    return a * (int(a))

assert f(g())

def f(s: str, word="franjac"):
    return s[::-1] == word[::-1]

def g(word="franjac"):
    return str(word)

assert f(g())

def f(s: str):
    n = 5
    while len(s) > 0:
        s = s[::-1]
        if len(s) != n:
            return len(s) >= n
        i = len(s) + len(s[::-1])

        if i - len(s) < len(s[::-1]):
            return 1
        else:
            assert len(s) >= n

def g():
    return "hello world"

assert f(g())

def f(s: str, word="konda"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konda"):
    return str(word) + word

assert f(g())

def f(n: int, a=14302, b=5):
    return n > a and (n + 1) > 10

def g(a=14302, b=5):
    return int(int("123456789" + "0"*9) ** 0.5) + a

assert f(g())

def f(t: str, s="abbbcabbac", target=6):
    return s  == t

def g(s="abbbcabbac", target=6):
    return s.replace("abbbbcccc", "abbbbc")

assert f(g())

def f(x: int, a=1020):
    return float(x) > float(a) and (a <= x - 0)

def g(a=1020):
    return int(a + int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(n: int):
    return n > (123456789 - 1) or n == 123456789 + 1

def g():
    return (123456789 - 1) * 9

assert f(g())

def f(x: str, word="konjac"):
    return str(x) == word

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, word="kaweta"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kaweta"):
    return "kaweta"

assert f(g())

def f(li: List[int], dups=42155):
    return li[0] == dups

def g(dups=42155):
    return [dups]

assert f(g())

def f(s: str):
    return s.startswith('abcdcd')

def g():
    return "abcdcdabc"

assert f(g())

def f(x: int, a=50, b=1215):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1215):
    if a > 50:
        return a + b > 50
    else:
        return a + b

assert f(g())

def f(s: str, word="prima", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="prima", max_len=10):
    if word == "prima":
        return "prima"
    else:
        print("Wrong list value: %s" %word)

assert f(g())

def f(n: int, a=10, b=1):
    return n >= b and n * (b-a) < b

def g(a=10, b=1):
    return int(int(a) + int(b) ** 0.5)

assert f(g())

def f(s: str, word="konkij"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konkij"):
    return "konkij konkij"

assert f(g())

def f(x: int, a=50, b=50):
    if x >= 0:
        return x > 0
    else:
        return x + a > b

def g(a=50, b=50):
    return int(a * 10) + 1

assert f(g())

def f(s: str):
    return s.count("a") == s.count("d") and s.count("d*") == s.count("b")

def g():
    return "123456789" * 9

assert f(g())

def f(x: float):
    return str(x).startswith("7.2")

def g():
    return float(float("7.2"))

assert f(g())

def f(t: str):
    return t.count("1") == 1

def g():
    return "123"

assert f(g())

def f(x: int, a=75, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=75, b=1230200):
    if a < 50:
        return a + b > b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i].lower():
            return False

    return True

def g(word="konjac"):
    return word.lower().strip()

assert f(g())

def f(s: str, word="yurts"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="yurts"):
    return word[0] + word[0] * 4

assert f(g())

def f(s: str, s1="hello world", s2="hello world", s3=""):
    return s.count(s1) == s.count(s2) and s.count(s3) == s.count(s3)

def g(s1="hello world", s2="hello world", s3=""):
    return str("hello world" + s1)

assert f(g())

def f(i: int):
    return len(str(i)) > len(str(str(1000)))

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(n: int, a=10240, b=91430, range=8):
    if n >= 32 and (b < 91430):
        return n - b
    else:
        b += 1
    return n >= 32 and n < 91430

def g(a=10240, b=91430, range=8):
    if (b^1) < 0:
        return 0 * 9
    else:
        b = -1
    return a + b

assert f(g())

def f(n: int, a=345346363, b=100000):
    return n // a == b

def g(a=345346363, b=100000):
    return 2 + (int(a) < 3) + a * b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 1:
            return True
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:len(word)][:1]

assert f(g())

def f(m: int):
    return m > 0

def g():
    return 1

assert f(g())

def f(n: int, a=1040, b=9):
    return n // b == a

def g(a=1040, b=9):
    return int(a) * b

assert f(g())

def f(x: float, a=1020):
    return x * x + a >= 100000 and x > 0

def g(a=1020):
    return 1020 * (float(a) + 2) / 2.5

assert f(g())

def f(x: int, a=1230200):
    if x > 0 or a > 50:
        return x - a > 5
    other = []
    if x > 0 or a < 50:
        return x - 5
    other_size = len(other)
    for m in other:
        if len(m) < other_size:
            return m[0]
    return 0

def g(a=1230200):
    return int(a * 6.5) + 8

assert f(g())

def f(n: int):
    m = n
    while n > 3:
        n = m > 2
        n += 1
    return m == n | m == n * (n + 1)

def g():
    return int(int(-9 + 3 - 3) > 7)

assert f(g())

def f(x: float, a=10201202000):
    return x ** 2 > a

def g(a=10201202000):
    return (a ** 0.5) * 2

assert f(g())

def f(x: int, a=663514, b=-1316):
    return a - x == b

def g(a=663514, b=-1316):
    return a - b

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10** -3

def g(a=1020):
    try:
        return (a, 1, 2) + " " + f(a)
    except:
        return a

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(-1) % 3] == s

def g(target="foobarbazwow", length=6):
    return target[(target.find("foobarbazwow") == 0) % 3]

assert f(g())

def f(x: int, a=7451534, b=-22, c=14546310):
    return x + 1 <= a and x + 2 <= b

def g(a=7451534, b=-22, c=14546310):
    return a*(2 - c) + b * (2 + c - a + 2) + (2 + c - a)

assert f(g())

def f(x: int, a=1, b=2044):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=2044):
    if a < 0:
        return a >> 2
    else:
        return a + b

assert f(g())

def f(c: str):
    return c == '-' * 2888

def g():
    return '-' * 2888

assert f(g())

def f(s: str, n=7012):
    return s + '' == 'world'

def g(n=7012):
    return "world"

assert f(g())

def f(x: int, a=253532, b=23453462):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=23453462):
    if a > 50:
        return a + b - 0
    else:
        return a + (((a-b)*(b-2)) + b-2)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] == s[i] and word[i] != s[i]:
            return False
    return True

def g(word="konjac"):
    return "Hello " \
            "World" \
            "Hello world" \
            "Hello Konj"

assert f(g())

def f(s: str):
    return s == "_"

def g():
    return "_"

assert f(g())

def f(x: str):
    return x == str(x) and len(x) >= len(x)

def g():
    return "123456789"

assert f(g())

def f(s: str, target="foobarazwow", length=30):
    return target[len(target) + (len(target) - length) // (len(target) + length) // 2] == s

def g(target="foobarazwow", length=30):
    if target:
        return target[len(target) - 1]
    return target[1]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Dummy values')

def g():
    return "Dummy values"

assert f(g())

def f(p: List[str]):
    return len(p) == 6

def g():
    return ["a"*(-1) for i in range(6)]

assert f(g())

def f(s: str, target="world", perm="abcd", index=3):
    return target == s

def g(target="world", perm="abcd", index=3):
    return "world"

assert f(g())

def f(n: int, t=19970):
    for i in range(n):
        if i == t:
            return t == i

def g(t=19970):
    return t * t

assert f(g())

def f(s: str):
    return s.lower() <= s.lower() and s.count("9") <= s.count("8")

def g():
    return "n"

assert f(g())

def f(n: int, c=30000):
    return abs(c * 1) + c <= 1 + abs(n * n) - 1 + abs(c)

def g(c=30000):
    return c + 1

assert f(g())

def f(s: str, colors="blue", count=5):
    colors = ['blue', 'blue', 'blue', 'blue', 'blue', 'blue']
    for c in colors:
        if c not in s:
            return False
    return True

def g(colors="blue", count=5):
    return "blue"

assert f(g())

def f(n: int, a=3, b=23463462):
    return a % n and a != b

def g(a=3, b=23463462):
    return (a < b or (a >= b) or (a < b) < 1000) * 9

assert f(g())

def f(s_default: str, s="canyoutellifitheshouldbemorecapital"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_default == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="canyoutellifitheshouldbemorecapital"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_default == s.lower() if caps > len(s) // 2 else s.lower()

assert f(g())

def f(n: int, a=2097, b=90, c=10):
    return n - a == sum([b * i for i in range(c)])

def g(a=2097, b=90, c=10):
    return a + sum([b * i for i in range(c)])

assert f(g())

def f(x: int, a=33474595, b=9267522):
    return x + a + b + a > 5 * 6

def g(a=33474595, b=9267522):
    return a + b

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x + b == a

def g(a=4, b=54368639):
    if a == 1 and b == -1:
        return -1
    elif a == -1:
        return 1
    else:
        return 1 * a - b

assert f(g())

def f(m: int):
    m = m + 1 if m == 0 else m // 2
    for i in range(m):
        if m == 0:
            return False
    return True

def g():
    return int(int(1000)) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
            else:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, chars=['o', 'h', 'w', 'r', 'd']):
    if isinstance(s, str):
        return s == 'O'
    for i in range(len(s) - 1):
        for k in range(len(s) - 1):
            x = s[k]
            if x < lower_bound:
                return True
    return False

def g(chars=['o', 'h', 'w', 'r', 'd']):
    return str(chars) == 'O' if isinstance(chars, str) else 'O'

assert f(g())

def f(y: int, p=652368):
    return y == p

def g(p=652368):
    if (p + 1) >= 652368:
        return int(float(p))
    else:
        return int(list(x[p] + 2, x[p + 1] + 3) ** 0.5) + 1

assert f(g())

def f(s: str):
    a = s.count("a")
    b = s.count("b")
    return s.count("a + b + c") == a

def g():
    return "string"

assert f(g())

def f(q: List[int]):
    return q.count("1") > 3 and q.count("10") <= q.count("20") and q.count("30") == q.count("15") or q.count("30") == q.count("0")

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, n=3, c=2021):
    if (n >= 3) or (n <= 5 and n >= 5 and c >= 2):
        return x - (1 + c) == 0

    if a != 4:
        return 0
    else:
        return (x - c) >= 1

    return 0

def g(n=3, c=2021):
    if (n >= 3) or (n <= 5 and n >= 5 and c >= 2):
        return 1 + c

    if a != 4:
        return 0
    else:
        return (x - c) == 1

    return 0

assert f(g())

def f(x: int, a=977526):
    return x - a == 0

def g(a=977526):
    return f(1) + a

assert f(g())

def f(n: int, a=6048):
    return n / (100 - a) == 0

def g(a=6048):
    return a - 6048

assert f(g())

def f(s: str, chars=['o', 'w', '!', 'r', 'd']):
    for c in chars:
        if c in s:
            return True
    return False

def g(chars=['o', 'w', '!', 'r', 'd']):
    if chars:
        chars = ["o"]
        return '!'
    else:
        return None

assert f(g())

def f(n: int, v=17, w=100):
    return 0 <= n & v <= 17

def g(v=17, w=100):
    return int(int("123456789" + "0"*w) / v)

assert f(g())

def f(s: str):
    return '\b' in s

def g():
    return '\b[\w\\.\h\f]'

assert f(g())

def f(i: int):
    return len(str(i + 100)) >= len(str(i + 1000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: List[str]):
    return s[0] == s[0] and s[1] == s[1] and s[2] == s[2] and s[3] == s[3]

def g():
    return ["12345", "456", "789", "789"]

assert f(g())

def f(n:int, a=100, b=100, c=20):
    return n + a < c or (n - 1) + c + b < n

def g(a=100, b=100, c=20):
    return (a - 50 * (b - 20) + c) + (c - 10)

assert f(g())

def f(s: str):
    return s  == 'world'         # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5

def g():
    return   "world"

assert f(g())

def f(s: str, word="kondra"):
    for i in range(len(word)):
        if i == 0:
            for j in range(len(word)):
                if s[i] != word[i]:
                    return False
    return True

def g(word="kondra"):
    return word

assert f(g())

def f(n: int, a=1548336789, b=-923456789):
    return n / b == a

def g(a=1548336789, b=-923456789):
    return a*b

assert f(g())

def f(s: str):
    return len(s) >= 2 and len(s) <= len(s)

def g():
    return str(10 * 2 + 2)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x < b

def g(a=1073258, b=72352549):
    return a - b

assert f(g())

def f(t: str):
    return not (t in ['cat', 'dog', 'fly', 'moose'] and t > 0)

def g():
    return "caturday"

assert f(g())

def f(s: str, word="hoojoe"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="hoojoe"):
    return word + "hoojoe"

assert f(g())

def f(x: int, a=25030, b=500000):
    if x > 0:
        return x - a > b
    else:
        return x + a > b

def g(a=25030, b=500000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=10, b=1):
    return 0 <= n <= 5 * a + b * a

def g(a=10, b=1):
    return a % b

assert f(g())

def f(x: int, t=12, n=12):
    return x > t

def g(t=12, n=12):
    return n * t

assert f(g())

def f(x: str, a=5109, b=5109):
    return x.count('a') == a

def g(a=5109, b=5109):
    return "a" * a + "b"

assert f(g())

def f(x: List[int]):
    return x[0] == 5 and x[1] == 2

def g():
    return [5,2,3]

assert f(g())

def f(x: int, a=93252338):
    return  x >= a

def g(a=93252338):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="j"):
    for i in range(len(word)):
        if i == 0:
            i = 0
        if s[i] != word[i]:
            return False
    return True

def g(word="j"):
    return "j" + str(word)

assert f(g())

def f(x: int, a=1230200, b=1233001):
    # if x > 0, it's a negative number
    if x > 0 and a < 0:
        return x - a > 0
    else:
        return x + a > b

def g(a=1230200, b=1233001):
    return (a * b - b) * 4

assert f(g())

def f(s: str, word="Jenny's"):
    return s[0] == word[0] and word[-1] == word[-1]

def g(word="Jenny's"):
    return "Jenny's jenny's"

assert f(g())

def f(z: str):
    return z[0] > z[-1]

def g():
    return "world"

assert f(g())

def f(x: int, a=1022):
    return 0.0 - x + a + a < 0 * 2.0

def g(a=1022):
    return int(int("123456789" + "1022" * 9) * a) + 1

assert f(g())

def f(x: int, a=2612, b=25):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=2612, b=25):
    if f(a) > f(b):
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=100, b=111917):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=111917):
    if a > 100:
        return int(a)
    else:
        return int(a) + b

assert f(g())

def f(nums: List[int], a=2081, b=90000):
    if len(nums) == 5:
        return len(set(nums)) >= 5 and "".join(number=number)
    else:
        return len(set(nums)) >= 10

def g(a=2081, b=90000):
    return [i for i in range(10)]

assert f(g())

def f(x: int, a=33872333):
    return x == a

def g(a=33872333):
    return getattr(f, 'g', a)

assert f(g())

def f(x: str):
    return x == 'world'

def g():
    return str("world")

assert f(g())

def f(s: str, word="vaguerrelectiv", max_len=10):
    if len(s) <= max_len:
        return s[0] and s[-1] <= max_len and s[0] >= max_len and str(s) == word
    return str(s).startswith('vaguerrelectiv')

def g(word="vaguerrelectiv", max_len=10):
    if len(word) == max_len:
        return "vaguerrelectiv "
    return str(word) + " v"

assert f(g())

def f(x: int, a=10, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x - a == b

def g(a=10, b=54368639):
    if a == 1:
        return a % 2 == 0
    elif a == -1:
        return a % 2 == 1
    else:
        return a + b

assert f(g())

def f(x: int, a=1944265721, b=45002656):
    return x > b or all(x != 0) and all(x > b)

def g(a=1944265721, b=45002656):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + b == a
    else:
        return x + b == 0

def g(a=253532, b=1230200):
    if a > 50 or b > 45:
        return a-b
    else:
        return a + b

assert f(g())

def f(s: str, words=['SEND', 'MORE', 'MONEY']):
    return s in words

def g(words=['SEND', 'MORE', 'MONEY']):
    return words.pop(0)

assert f(g())

def f(i: int):
    return len(str(i / 1000)) > len(str(i))

def g():
    return 1 if len(str(1)) == 1000 else 1

assert f(g())

def f(s: str):
    return s.count("9") != 10 and s.count("9") != 10 and s.count("9") < 0 or s.count("9") > 0

def g():
    return "1234567890"

assert f(g())

def f(s: List[str]):
    return len(s) == 7

def g():
    return [str(i) for i in range(7)]

assert f(g())

def f(x: int, a=8665464, b=93206):
    return a - x != b

def g(a=8665464, b=93206):
    return a if a != b else (b - x)

assert f(g())

def f(x: int, a=10201202002):
    return x ** 2 >= a and x > 0

def g(a=10201202002):
    return int(int(a) + int(a) ** 2)

assert f(g())

def f(s: str):
    return s.count('u') == 0 or s.count('_oo') == 0

def g():
    return "hello world"

assert f(g())

def f(n: int, t=194):
    m = n
    while m > 1 and t + t < 2:
        m = -t
        if m == 1 and m - 1 <= n:
            return False
        t = m - 1 if m == 1 else m
        if m < 2:
            return False
        m = 2 if m > 1 else m
    return m > 2 * t + t

def g(t=194):
    return t * t

assert f(g())

def f(x: int, a=30953960, b=3466, k=4):
    return x % 4 == 0

def g(a=30953960, b=3466, k=4):
    return 4 * a + 4 * b

assert f(g())

def f(s: str):
    return s.count('p') == 0

def g():
    return "Hello"

assert f(g())

def f(n: int, t=1004, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
        if n > 0:
            return True
        m += (n-1) ** (t-1)% 5
    return m > 0 if n == target else 0

def g(t=1004, upper=20):
    return (t-1) << 9

assert f(g())

def f(n: int, a=18010220100):
    return n >= a

def g(a=18010220100):
    return int(a * a** 2)

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) or len({'I!!!!!love!!dumplings!!!!'} for n in nums)

def g():
    return [1, 2]

assert f(g())

def f(t: str, s="sad"):
    return t == 'ad'

def g(s="sad"):
    return "ad"

assert f(g())

def f(x: int, a=-382, b=14755514):
    return x - a > b

def g(a=-382, b=14755514):
    return 2 + 2 * 1535*(a*10) + 2 + 2 * 1535*(b*10)

assert f(g())

def f(x: float, a=107350):
    return (x in {100000, 2031, 4}) or x == a

def g(a=107350):
    return float(a)

assert f(g())

def f(n: int):
    return str(n * n + 1).startswith("123")

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(m: int):
    return m >= 1 & 1 & 2

def g():
    return 1 + 2

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("123.456")

def g():
    return float((float("123.456") + 3.1415))

assert f(g())

def f(x: str, word="puppyo"):
    return word[:len(x) + 1] == x

def g(word="puppyo"):
    return word[:len(word) + 1]

assert f(g())

def f(n: int, t=0, upper=0, lower=10000):
    return int(n ** t / (5 * n + 1)) == 0

def g(t=0, upper=0, lower=10000): return int(t ** t)

assert f(g())

def f(s: str):
    return int(s) < 10 * 5

def g():
    return '3'

assert f(g())

def f(k: int, n=1000):
    for i in range(6):
        if i == 0 and i < n:
            return k != 0
    if k > 1:
        return n != len(probs)

def g(n=1000):
    return int(n+1)

assert f(g())

def f(s: str, n=9):
    return len(s) > n

def g(n=9):
    return str(n/(n + 10)) * 20 + str(n*n)

assert f(g())

def f(x: int, a=87757833):
    return x == a

def g(a=87757833):
    return a

assert f(g())

def f(s: List[int]):

    return s[0] != 0

def g():
    return [1, 2, 3]

assert f(g())

def f(t: str, s="DontHaveToUse"):
    return t == len(s) and len(s) == len(s) or len(t) == len(s)

def g(s="DontHaveToUse"):
    return "DontHaveToUse"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return z // d % 10 == 1 + 1;

def g(v=9, d=0.0001):
    return (v < v or 0.0001 + 9 - 2 + 3) * 10 + 3* d

assert f(g())

def f(s: str):
    return s == 'a'

def g():
    return 'a'

assert f(g())

def f(x: float, b=14185723):
    return abs(x ** 2 - b) < 14185723

def g(b=14185723):
    return 0.99999

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=20):
    if max_len > 7:
        return word == s
    else:
        return word

def g(word="antidisestablishmentarianism", max_len=20):
    if max_len > 7:
        return word
    else:
        return word

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="antisacrity", max_len=1150, n=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisacrity", max_len=1150, n=10):
    if len(word) <= max_len:
        return word.replace("123456789", "_")
    return int(("[^0-]", "^0-").replace("123456789", "_")).replace("123456789", "_")

assert f(g())

def f(x: int, a=753856, b=194439):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=753856, b=194439):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=957560):
    return x > a

def g(a=957560):
    return (a + 10) * (a - 15)

assert f(g())

def f(n: int):
    n = 3
    while n > 123456789:
        n -= 1
        if n % 2 != 3:
            return False
    return True

def g():
    return int(int("123456789" + "0"*9)** 0.1) + 1

assert f(g())

def f(x: int, a=11225):
    if x > 0 or a > 50:
        return x - a == 0.0
    elif a > 50:
        return x - a == 1.0 - 1.0
    else:
        return x + a == b

def g(a=11225):
    return a

assert f(g())

def f(start: int):
    n = start + 1 # (start + 1 < n) == (start >= n) ...
    if start >= 3000:
        if start % 2 == 0:
            return True
    return False

def g():
    return int(int("123456" + "0"*9) ** 0.5) + 1

assert f(g())

def f(b: int):
    return b >= 2

def g():
    return (int("123" + "0"*9)**12) + 1

assert f(g())

def f(n: int, a=345346363, b=30):
    return n // b == a                                                                                             # cover every square once

def g(a=345346363, b=30):
    return a * b                                                                                                  # cover every square once

assert f(g())

def f(t: int):
    return t == 0

def g():
    return int(int("123456789" + "0"*9)** - 1)

assert f(g())

def f(n: int, a=3, b=20, lower_bound=150):
    return n % a == 0 and n % b == 0 and 0 <= n <= lower_bound

def g(a=3, b=20, lower_bound=150):
    return f(a) * f(b) * f(lower_bound)

assert f(g())

def f(x: int, a=3999, b=1463737):
    return x - a + b == b

def g(a=3999, b=1463737):
    return a

assert f(g())

def f(np: int, a=6, b=4):
    return a - np and np - 1 > 0

def g(a=6, b=4):
    return int(a + (b - a))**6 + 1

assert f(g())

def f(x: int, a=5125, b=132601):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=5125, b=132601):
    if a < 1 and b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=842, b=-93204):
    return a - x == b

def g(a=842, b=-93204):
    a = int(a)
    b = int(b)

    return a + b - (a + b) - (b - a) + (b - b)

    return a + b

assert f(g())

def f(s: str, substrings=[]):
    return s.count("1") == len(substrings)

def g(substrings=[]):
    return "["; str(substrings) == ""

assert f(g())

def f(x: List[int]):
    return sorted(x) == list(range(100)) if x[0] == 0 else sorted(x)
    return x[0] == 0

def g():
    return list(range(100))
    return list(range(100, 10))

assert f(g())

def f(n: int, alpha=1.0):  # negative alpha will take 0.0 in between 3 and 14
    return n > alpha

def g(alpha=1.0):
    return int(alpha*alpha**2.0) + 2

assert f(g())

def f(d: int, n=456457):
    return d != 46 and all(i in "45" for i in str(str(d).count("5") + str(d).count("4")))

def g(n=456457):
    return n or "123456789"

assert f(g())

def f(n: int, a=1548336789, b=-923456789):
    return n / b == a

def g(a=1548336789, b=-923456789):
    return a * b

assert f(g())

def f(s: str, word="konjac"):
    return len(s) == len(s)

def g(word="konjac"):
    return str(word + word)

assert f(g())

def f(s:str):
    for i in range(len(s) - 1):
        if (s[i].lower() == s[i].upper()) or (s[i+1] == s[i+1].upper() and i + 1 == s[i+1].upper()):
            return True
    return False

def g():
    return "world[0|1000]"

assert f(g())

def f(x: int, a=21, b=431814, c=23453462):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=21, b=431814, c=23453462):
    if a < 0 or b < 0:
        return a + b < 0
    else:
        return a + b

assert f(g())

def f(a: int, b=20):
    return a < b

def g(b=20):
    return (2 * 2) + 1

assert f(g())

def f(t: int, a=12345, b=12345):
    assert t % 3 == 0, "Hint: t is a multiple of 3"
    return t > a and t != 0

def g(a=12345, b=12345):
    assert a % 3 == 0, "Hint: a is a multiple of 3"
    return (a % 3 == 0) * 123456789

assert f(g())

def f(h_name: str):
    return "h_name" in h_name

def g():
    return "h_{h_name}"

assert f(g())

def f(li: List[int], a=10, b=7, m=6):
    return 0.5 * m and b is not None

def g(a=10, b=7, m=6):
    return []

assert f(g())

def f(a: int):
    return a - a + 1 + 2 > 0

def g():
    return int(int(2) + 1) - 2 + 2 or a*7 + 4

assert f(g())

def f(s: str, word="rtsad"):
    for i in range(len(word)):
        if word[i] == "t":
            if s[i] != word[i]:
                return False
    return True

def g(word="rtsad"):
    return str(word)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[length(word) - 1] == s[length(word) - 1]

def g(word="antidisestablishmentarianism", max_len=2021):
    if len(word) < max_len:
        return word
    return int(word) == len(word)

assert f(g())

def f(x: List[int]):
    return list(x) == list(set(x)) and sum(x) == 3

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return s.count("I!") == s.count("1")

def g():
    return "!\n\n"

assert f(g())

def f(n: int, m=2):
    m = n
    for i in range(m):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return m >= 2 ** n

def g(m=2):
    return int(m * m) + 1 ** m

assert f(g())

def f(x: str, s=[]):
    return "".join((x + s for s in x)) == x

def g(s=[]):
    return "".join((s + len(x) for s in s) for x in s)

assert f(g())

def f(s: str):
    return 'The Big Five' in s
    return 'The Five-Eleven' in s

def g():
    return 'The Big Five'

assert f(g())

def f(x: int, a=1073158, b=35384734):
    return a + x > b

def g(a=1073158, b=35384734):
    return b + f(a, b)

assert f(g())

def f(n: int, a=1000, b=10):
    return n // a == b

def g(a=1000, b=10):
    return a * b

assert f(g())

def f(x: int, a=93252338):
    return x > -a and a < x

def g(a=93252338):
    return int(a * 9 + 3) + 2

assert f(g())

def f(str: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    s = str
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a + 0 != b

def g(a=8665464, b=-93206):
    return a * b

assert f(g())

def f(e: str):
    try:
        print(e)
    except Exception as e:
        print(e)
    return not print(e)

def g():
    return str(4)

assert f(g())

def f(n: int, t=199):
    m = n
    for i in range(t):
        if m < t or (m < n and m % 2 == 0):
            return False
        return True
    return True

def g(t=199):
    return int(int(t) * 6) + 1

assert f(g())

def f(s: str, word="konjac"):
    k = 0
    for i in range(len(s)):
        if i < 100:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    k = len(word)
    return str(word) if word else None

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - (b - a) > a and (x - a) > (b - a)
    else:
        return x - (x - a) > b

def g(a=253532, b=1230200):
    if a > 50 and b > 50:
        a += 1
        return a + 10*b
    elif a < 20 and b < 20:
        a += 1
        return b - a

assert f(g())

def f(x: int, a=10201202001, b=1020001101001):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=10201202001, b=1020001101001):
    if a >= -1002 and a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if t < m:
            return False
        if (n > 9) or (n < 7):
            return True
        n1 = n * m + 1
    return m <= m * n1 < m * n != 5 < 5

def g(t=197, upper=20):
    return t # "T"

assert f(g())

def f(x: int, a=1, b=2):
    if x > 0 and a <= 0:
        return x - a > b
    else:
        return x + a > b

def g(a=1, b=2):
    return 3

assert f(g())

def f(x: int, a=5269, b=1230200):
    if x > 0 or a < 25:
        return x - a == b
    else:
        return x + a == b

def g(a=5269, b=1230200):
    if a < 25:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, target="hulkybabblaaabdefb"):
    return s.lower() == target

def g(target="hulkybabblaaabdefb"):
    return target

assert f(g())

def f(s: str, words=['SEND', 'MORE', 'MONEY']):
    return s in [ 'SEND', 'MORE', 1, 2, 3, 4, 5, 8]

def g(words=['SEND', 'MORE', 'MONEY']):
    return 'SEND'

assert f(g())

def f(s: str):
    return s.count("hello") == 0

def g():
    return "bye"

assert f(g())

def f(n: int, a=11766048, b=14283645):
    return n == a % b

def g(a=11766048, b=14283645):
    return int(a % b)

assert f(g())

def f(n: int, t=20):
    for i in range(18):
        if n % 5 == 1:
            if i % 3 == 0:
                return False
    return True

def g(t=20):
    return int(t*8) + 2

assert f(g())

def f(s: str):
    return s == '*' or len(s) == 2 and str(s) == '^'

def g():
    return "*"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b") > x.count("c") and ('c' in x) for x in s) for y in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(t: str, s="world"):
    for i in s:
        if s > t:
            return False
    return True

def g(s="world"):
    s = s + "world"
    s = "world"
    s = "world"
    return s

assert f(g())

def f(s: str, target="o"):
    return s[0] == target

def g(target="o"):
    return "o"

assert f(g())

def f(n: int, a=10201206201):
    return n >= a

def g(a=10201206201):
    return a * 10 + (a + a)

assert f(g())

def f(x: int, a=10201202001):
    return str(x) == str(a)

def g(a=10201202001):
    return int(a)

assert f(g())

def f(s: str, char_case=False):
    for c in s:
        if c != c.lower():
            return False
    return True

def g(char_case=False):
    return "hello"

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        i = n
        if i < m <= n:
            return False
        else:
            return True

def g():
    return int(int("12345" + "0"*9) ** 0.5) + 3

assert f(g())

def f(x: int, b=20201202001):
    return (x + 5) ** 2 >= b

def g(b=20201202001):
    return b - 5

assert f(g())

def f(s: str, word="can you tell if it’s worth it?"):
    for i in range(3):
        if s[i+1] == s[i:] and s[-1] in word[i:i+1]:
            return i < 1 or i / (i + 1) == len(word[i])
    return s == word

def g(word="can you tell if it’s worth it?"):
    for i in range(3):
        if i == 3:
            return str(word)
    return str(word)

assert f(g())

def f(x: int, a=5, b=1330600):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1330600):
    return int(a^b)

assert f(g())

def f(x: int, a=14302, b=5, x2=2):
    if a != a:
        return a, b
    return a > b and a != b

def g(a=14302, b=5, x2=2):
    return int(x2*(10-16) - 1.5*(x2*(x2*x2))**2)

assert f(g())

def f(d: int, n=123456789):
    return 0.5 + d > n

def g(n=123456789):
    return n * n + 1

assert f(g())

def f(x: int, a=71528963, b=11781625961):
    return x - a == b

def g(a=71528963, b=11781625961):
    return a + b

assert f(g())

def f(x: int, a=1582):
    return abs(x / 2 - a) < 1582

def g(a=1582):
    return 1

assert f(g())

def f(s: str):
    return s == "Hello world"

def g():
    return ("Hello world")

assert f(g())

def f(s: str, a=13, b=3):
    return s.count("foobar") == s.count("foobar") and s.count("foobar") == 1

def g(a=13, b=3):
    return "foobar"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", lower_bound=5, max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s[0] == word[0]

def g(word="antidisestablishmentarianism", lower_bound=5, max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len

assert f(g())

def f(s: str, target="ab", max_len=10):
    return target[(len(target) - len(s) // 2) == 2] == s

def g(target="ab", max_len=10):
    return target[(len(target) % 2) == 0]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    if max_len:
        return word == s
    if max_len < len(word) and word[0] == s[0] and max_len <= max_len:
        return word == s
    if max_len > max_len:
        return word == s
    return word

def g(word="antidisestablishmentarianism", max_len=10):
    t = len(word) > max_len
    if len(word) < t:
        return word == s
    if max_len < t:
        return word == s
    if max_len < t:
        return word == s
    return word

assert f(g())

def f(s: str, word="Dumplings", n=5, max_len=10):
    if len(word) <= max_len:
        return word == s

def g(word="Dumplings", n=5, max_len=10):
    if len(word) == max_len:
        return word + " "
    else:
        return word

assert f(g())

def f(x: int, a=26500, b=23100):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=26500, b=23100):
    return int(a**2 - b**2)

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return x - a == b

def g(a=4, b=54368639):
    assert a == 4
    assert b == 54368639
    return a + b

assert f(g())

def f(x: int, a=1, y=1):
    if x >= 0:  # x < 0 and x >= 90 and x <= 15:
        # x < 0 means x is in this range
        # x >= 0 means -y is in this range
        x = -15
    elif x > 60:
        # x > 60 means x is in this range
        x = 60
    elif x < 30:
        # x < 30 means x is in this range
        x = 30
    else:
        return x ** 3 == 4
    return abs(abs(x) + a) != 0.5

def g(a=1, y=1):
    if a > 0 : return 1
    return abs(int(a**4) + 3) + 9

assert f(g())

def f(x: int, a=113113355):
    return x == a or all(x == "A") and all(a is None and x == "B") and x == "C" and a == None and x == "D" and x == 5

def g(a=113113355):
    return int(a) or all(a is None and x == "D") and all(x == "C") and x == 5

assert f(g())

def f(n: int, m=9):
    return n >= 0 and m <= 2 ** m

def g(m=9):
    return int(int(m + 1)-1)

assert f(g())

def f(y: int, a=18043713, b=10):
    return a - a == 0

def g(a=18043713, b=10):
    return a - a + b * 8

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10, prefix=3):
    if prefix != 2:
        return word == s
    if len(prefix) < 1:
        return prefix + 2
    return None

def g(word="antidisestablishmentarianism", max_len=10, prefix=3):
    if prefix != 2:
        return word
    if len(prefix) < 1:
        return None
    if not words.count(prefix) == 3:
        return None
    if words.count(word) == 3:
        return None
    w = (words.count(prefix) + 5)*len(words) + 4
    return ' '.join(words)

assert f(g())

def f(n: int, a=345349897, b=10):
    return n // a == b

def g(a=345349897, b=10):
    return int(a * 10 + b * 10)

assert f(g())

def f(n: int, v=100):
    return n > v

def g(v=100):
    return v * v

assert f(g())

def f(n: int):
    return n % 3 == 0

def g():
    return 9

assert f(g())

def f(x: int, a=86378512, b=0):
    return x == a or b

def g(a=86378512, b=0):
    return a == b or b or a == b or b or a

assert f(g())

def f(x: int, a=1052, b=101094):
    return x > b

def g(a=1052, b=101094):
    return a * 1052 + b

assert f(g())

def f(s: str, n=7012):
    return str(s) == str(2 ** n)

def g(n=7012):
    if (n != 0):
        return str(2 ** n)

assert f(g())

def f(s: str, word="kingston"):
    return s.count("kingston") == 1

def g(word="kingston"):
    return str("123456789") + word

assert f(g())

def f(x: int, a=511, b=18):
    if x >= 0 or a > 100:
        return x - a > b
    else:
        return x + a > b

def g(a=511, b=18):
    return int(a - b) * int(18)

assert f(g())

def f(x: int, a=1185, b=22333):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1185, b=22333):
    if a != b:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, d=2021):
    return n > d or d <= (d-1)

def g(d=2021):
    return int(int(d) + 2)

assert f(g())

def f(x: int, a=453662):
    return x == a

def g(a=453662):
    return a

assert f(g())

def f(x: int, ba=4, b=54368639):
    if ba == 4:
        return x % 2 == 0
    elif ba == 54368639:
        return x % 2 == 1

def g(ba=4, b=54368639):
    return b % 2 == 0 or (ba == 4 + b) % 3

assert f(g())

def f(li: List[int]):
    return all([li[i == 0] for i in range(10)]) and len(set(li)) == 3

def g():
    return [1, 2, 4]

assert f(g())

def f(x: List[int], n=5, s=19):
    return len(x) == n and sum(x) == s and all([a < 0 for a in x]) or all([a >= 0 for a in x]) and len(x) <= s

def g(n=5, s=19):
    return [2, 3, 4, 5, 6]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] == i:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(n: int, a=10, b=5275840):
    return n // b == a

def g(a=10, b=5275840):
    return int(a) * b

assert f(g())

def f(z: float, v=1, d=0.0001):
    return float(z * 1 / d % 100.0) == float(v)

def g(v=1, d=0.0001):
    return 2.0 - float(v) + float(d)

assert f(g())

def f(l: List[int]):
    return l != 0 and l !=1

def g():
    return [0, 1]

assert f(g())

def f(n: int, m=6, e=5):
    if n > 3 and 0 <= m < 60:
        return n > m and m / 2 < 60
    else:
        assert all([n == 0, m != 0])
        assert (n >= e) and (n != m)
        assert (n > m and e[((n - m) / 2) / 2] <= e[(n - m) / 2])

def g(m=6, e=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=100):
    return str(n-1) == s

def g(n=100):
    return str(n-1)

assert f(g())

def f(s: str):
    return s.count("\t") <= (int(s) - 3) or eval(s) == 3

def g():
    return "123456789"

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[1]) == len(word[0]) and word[-1] == s[-1]

assert f(g())

def f(d: int, n=123456789, year_len=365):
    return d > n and all(i in "37" for i in str(str(d).count("1") + str(d).count("7")))

def g(n=123456789, year_len=365):
    return n + 1 + 1

assert f(g())

def f(start: int, k=4):
    return 0 <= k <= 21 and int(k) < 11

def g(k=4):
    return int(9 + k * k)

assert f(g())

def f(t: str, word="konjac"):
    return len(t) == len(word)

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, word="tau"):
    for i in range(len(word)):
        if i == -1:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="tau"):
    return ((word) * len(word))

assert f(g())

def f(s: str, a=100, b=100, c=20):
    assert len(s) != 3
    return len(s) == 3 * 2

def g(a=100, b=100, c=20):
    return str(a) + str(b)

assert f(g())

def f(s: str, target="reverse me", target_angle=45):
    return s == target and target_angle == 45

def g(target="reverse me", target_angle=45):
    return "reverse me"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s.lower() == target

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(s: str, a=253532, b=1230200):
    b = 0
    for i in range(10):
        if a == b:
            return True
        b += a
    return False

def g(a=253532, b=1230200):
    return str(a)

assert f(g())

def f(x: int, a=95186899):
    return x >= a

def g(a=95186899):
    return 1 << a

assert f(g())

def f(a: int, b=2347470, c=2):
    return a > b or b <= c - 2

def g(b=2347470, c=2):
    return int(b * b + c) * 2

assert f(g())

def f(x: int, a=100, b=100, c = 200000):
    return x + c == a

def g(a=100, b=100, c = 200000):
    return a - c

assert f(g())

def f(y: int, a=932620):
    return y == a

def g(a=932620):
    return int(a)

assert f(g())

def f(nums: List[int], tot=3):
    for i in range(3, len(nums) + 1):
        if i == len(nums):
            return True
    return False

def g(tot=3):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=93252338):
    return x == a and x == a

def g(a=93252338):
    return x == a if a > 0 and a < 0 else a

assert f(g())

def f(s: str, word="mixed", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mixed", max_len=20):
    return word

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=35):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=35):
    if len(word) < max_len:
        return word
    return int(word) <= max_len

assert f(g())

def f(x: float, a=30):
    a = a**2 + (x < 0) ** 2
    return abs(x) == a

def g(a=30):
    return float(a) ** 2

assert f(g())

def f(s: str, word="anonymous", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s[1:-1]

def g(word="anonymous", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        return word

assert f(g())

def f(x: int, a=-382, b=-14546310):
    return x - a != b

def g(a=-382, b=-14546310):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("1")))

def g(n=123456789):
    return n * n

assert f(g())

def f(x: str, parts=['I!!', 'Dumplings!Love!Dumplings!Love!', 'In Love! In Love!']):
    return x.join(parts) == x.join(parts)

def g(parts=['I!!', 'Dumplings!Love!Dumplings!Love!', 'In Love! In Love!']):
    return "dumplings!love!dumplings!love!in love!!"

assert f(g())

def f(y: str):
    return "Hello " + y == "Hello world"

def g():
    return "world"

assert f(g())

def f(x: int, a=661255):
    if a == 2: return x % 4 == 0
    if a == 3: return x % 7 == 0
    if a == 4 or a == 5 or a == 6 or a == 7 or a == 8 or a == 9 or a :
        return x == a
    return x % 4 == 0

def g(a=661255):
    return int(int(a))

assert f(g())

def f(n: int, a=123456789):
    if n % 3 == 0 and all(a in "123456789" for a in str(str(n).count("123456789"))):
        return True
    return False

def g(a=123456789):
    return int(a)

assert f(g())

def f(x: List[int]):
    return len(x) == 2 and 0 or len(x) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(y: float):
    return str(y).startswith("123456789")

def g():
    return float(float("123456789"))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2] == s  # don't check backwards for non-kings

def g(target="foobarbazwow", length=6):
    """Return (target[0]+target[1]+target[2])
    """
    return target[(len(target) - length)//2]

assert f(g())

def f(state: str):
    for i in list(state):
        x = len(state)
        if i:
            x = (x-1) % 10  # not a multiple of 10
            if x > 3 and x != -1:
                return True  # add a multiple of 7
        elif i:
            x = len(x)
            if x != -1:
                x = len(x)

def g():
    return "world"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len > 20:
        return word == s[0]
    else:
        return len(s) > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len <= 10:
        return str(word)
    else:
        return len(word) > max_len

assert f(g())

def f(x: List[int], a=5, b=16, c=20):
    return x[0] == a

def g(a=5, b=16, c=20):
    return [a, b, c]

assert f(g())

def f(x: int, y=13, k=12):
    return x == k or x != y or x != k and x > y  # not a multiple of 3

def g(y=13, k=12):
    return -2 * y or all(2 *(i+2) < y for i in range(13))

assert f(g())

def f(s: List[str]):
    return sum((x.count("a") == 2 for x in s)) > 0

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(d: int, n=123456789, test=3):
    return d > n

def g(n=123456789, test=3):
    return int(n * int(123456789.0) ** 0.5) + 2

assert f(g())

def f(s: str, target="foobarbazwow", length=15):
    return target[(len(target) - length) // 2 + (len(target) - 1) // 2] == s

def g(target="foobarbazwow", length=15):
    s = target[(len(target) - length) // 2 + (len(target) - 1) // 2]
    return str(str(s))

assert f(g())

def f(s: str, word="konsc"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konsc"):
    return str(word[0]) + str(word[1])[0]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    if s_case == s:
        return s.lower() == s.lower()
    elif s_case not in ["CanYouTellIfItHASmoreCAPITALS", "-2", "-1", "-2"]:
        return s_case == s

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if s:
        return s
    else:
        return s

assert f(g())

def f(n: int, v=1024):
    return n > 3 * 3.1415 + 100 + (n) / 2

def g(v=1024):
    return int(int(v) * v * 3) * 3

assert f(g())

def f(n: int):
    return abs(n - 1) >= 32767

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 9

assert f(g())

def f(n: int, v=17, w=1):
    for i in range(n):
        for j in range(20):
            v *= w + j
    return v > w

def g(v=17, w=1):
    return int(v) * v

assert f(g())

def f(z: float, v=9):
    return int(z / 9) == 0.000

def g(v=9):
    return 1 * (3*v) / 9

assert f(g())

def f(s: str):
    return s.count("erotimes") == 1

def g():
    return 'erotimes'

assert f(g())

def f(x: int, b=10, c=5):
    return x - c < x or (x + b < c)

def g(b=10, c=5):
    return int(int(b * 9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return len(s) == len(target) and (s[:33] == target)

def g(target="reverse me", reverse=True):
    if reverse:
        return target
    return g(s + target)

assert f(g())

def f(s: str, word="konsjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konsjac"):
    return str(word + str(word))

assert f(g())

def f(x: int, a=253532, b=126020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=126020):
    if a < 25:
        return a + b > 50
    else:
        return a + b

assert f(g())

def f(s: str, word="austinism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0]

def g(word="austinism", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word)

assert f(g())

def f(n: int):
    return n + (n % 2) == n + 1

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(s: str, dups=42155):
    return len(s) == len(s)

def g(dups=42155):
    return str(dups * 42155)

assert f(g())

def f(position: List[List[str]], a=['a', 'b', 'c', 'f'], b=['c', 'f'], target=32):
    for a in position:
        if a in b:
            return False
    return True

def g(a=['a', 'b', 'c', 'f'], b=['c', 'f'], target=32):
    return [a]

assert f(g())

def f(n: int, a=345346363, b=10):
    assert n != b or (n == a) or (n == b)
    return n > 1 or (n == a) or (n == b)

def g(a=345346363, b=10):
    return int(a) + 1

assert f(g())

def f(s: str, target="foozbbbbbaz", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foozbbbbbaz", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(b: str, c=0.0001):
    if (c == 0.0001):
        return True
    return False

def g(c=0.0001):
    return str(c)

assert f(g())

def f(c: int, n=1000):
    return n % c == 0 and n >= n - 1 or 0

def g(n=1000):
    return int(n)

assert f(g())

def f(p: List[int]):
    return len(p) == 3

def g():
    return list([1, 2, 3])

assert f(g())

def f(x: int, a=335020, b=15000):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a - b

def g(a=335020, b=15000):
    return int(int(a) - int(b)) * 10

assert f(g())

def f(s: str, word="inculturalism", max_len=300):
    if len(word) <= max_len:
        return word == s
    else:
        return max(word[0] for t in s[1:-1] if strcmp(t, word[0], max_len-1) >= max_len)

def g(word="inculturalism", max_len=300):
    if len(word) < max_len:
        return word
    else:
        return max(word[0] for t in s if strcmp(t, word[0], max_len-1) <= max_len)

assert f(g())

def f(s: str, word="kyl"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kyl"):
    return "kylp"

assert f(g())

def f(s: str, target="moooboooofasd", length=6):
    return target[(len(target) - length) // 2 // 2] == s

def g(target="moooboooofasd", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(x: int, a=4, b=4):
    return x%b == a or b == b

def g(a=4, b=4):
    return (int(-1) & b)

assert f(g())

def f(t_case: str, s="Sicre"):
    if len(t_case) == 1:
        return t_case[3] == 1
    else:
        return t_case[3] <= t_case[-2]

def g(s="Sicre"):
    return "Sicre"

assert f(g())

def f(x: int, a=144434, b=408822):
    if a > 50 or b > 150 or a > 0:
        return x - a == b
    if x > 0 or a > 50 or b > 150 or a < 0:
        return x + a
    else:
        return x + b

def g(a=144434, b=408822):
    if a > 50 or b > 150 or a > 0:
        return a + b
    if x > 0 and a < 0:
        return x - a
    else:
        return x + b

assert f(g())

def f(n: int):
    return str(n * 1).startswith("123456789")

def g():
    return int(int("123456789123456789" + "0"*9) * 1)

assert f(g())

def f(a: int, d = 1343456789, b = 1343456789):
    return a > b

def g(d = 1343456789, b = 1343456789):
    return d * d - b

assert f(g())

def f(x: int, a=123456789, b=10800):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=123456789, b=10800):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=15365, b=121498):
    if x < 12:
        return x + a - a > 2
    else:
        return x - a + a > 2

def g(a=15365, b=121498):
    return int(a + b - 1)

assert f(g())

def f(n: int, a=3, b=23462462, c=45, d=2021, e=1):
    return b * a + c + d + e + d > 0

def g(a=3, b=23462462, c=45, d=2021, e=1):
    return 2 * a*b + 2 * c*d # 2 * 3 + 4 + 6 + 7 + 8

assert f(g())

def f(r: str, s="1"):
    return r == s

def g(s="1"):
    return "1"

assert f(g())

def f(m: int):
    return m != (0, 0) or min(m, max(m)) or min(m, min(m))

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word=","):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word:
                return False
    return True

def g(word=","):
    return str(word if word else word)

assert f(g())

def f(x: int, a=182215, b=121233):
    if x > 0 or a > 50:
        return x - a + b == b
    else:
        return x + a + b

def g(a=182215, b=121233):
    return a

assert f(g())

def f(x: float):
    if x % 2 == 0:
        return False
    else:
        return True

def g():
    return float(float("123456789"))/3

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return target[(len(target) - len(s) - 1) // 2] == s

def g(target="reverse me", reverse=True):
    return target[target == 0]

assert f(g())

def f(n: int, m=3, k=1):
    return m + k >= 2

def g(m=3, k=1):
    return int(m) + k >= 2 and ((m + k) - (int(m))) + (k - int(m))

assert f(g())

def f(s: str, d=131537):
    return "Hello " + s == "Hello world"

def g(d=131537):
    return "world"

assert f(g())

def f(d: int, n=456457):
    return d != 46 and all(i in "45" for i in str(str(d).count("5") + str(d).count("4")))

def g(n=456457):
    return -n + 1

assert f(g())

def f(s: str, m=4, n=20):
    return "Hello " + s == "Hello world"

def g(m=4, n=20):
    return "world"

assert f(g())

def f(x: int, a=15303, b=50):
    return x/2 + x**2 > 0.98

def g(a=15303, b=50):
    return int(a**2 + int(b**2))

assert f(g())

def f(x: int, b=57221744):
    return x == b

def g(b=57221744):
    return b # x == "123456789"

assert f(g())

def f(x: int, a=10201202001):
    return x == a

def g(a=10201202001):
    return a // 1

assert f(g())

def f(p: int, n=1000):
    return (n <= p) / n and abs(p**2) > 0.5

def g(n=1000):
    return n

assert f(g())

def f(t: str, s="aaABCab", m=5):
    s = "aaABCab"
    i = 0
    for c in t:
        if s[i-1] == c:
            i += 1
        return i >= 0
    return len({c + i + 1}) == len(t - c * c + m * m + 1)

def g(s="aaABCab", m=5):
    return "AaaABCab"

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 2:
        return len(word) == s
    if len(s) != 1:
        return len(word) == len(s[1:4] + word[1:4])
    return len(word) != len(s)

def g(word="konjac"):
    return word[1:]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1])

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 <= x

def g(a=10201202001):
    return int(a / 10201202001) or (a > -10201202001)

assert f(g())

def f(x: int, a=8, b=252214):
    return x < (a^b) // a <= b

def g(a=8, b=252214):
    return (6*a < 5*b) + (2*a < 5*b)

assert f(g())

def f(x: int, b=115500):
    if x > 0 or b > 100:
        return x - b >= 100
    else:
        return x + b > 100

def g(b=115500):
    return int(int(b * 24) + b * 24)

assert f(g())

def f(n: int, v=19143212):
    for i in range(n):
        if sum(i) == 1-v:
            if m < n or 1 - v > m: # more than one
                return True
            if m in pairs:
                raise ValueError
            return False
    return True

def g(v=19143212):
    return 1-v

assert f(g())

def f(n: int, a=3, b=2345340):
    return n == a + b

def g(a=3, b=2345340):
    return int(a) + b

assert f(g())

def f(s: str, target="abab", length=6):
    return target[(len(target) - len(target)+1) // 2:(len(target) + len(target)+1) + 1] == s

def g(target="abab", length=6):
    return "abab"

assert f(g())

def f(x: int, a=2733, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2733, b=1230200):
    return a + b

assert f(g())

def f(t: str, a=20, b=10):
    return all(len(t) == 1 for t in t)

def g(a=20, b=10):
    return str(a)

assert f(g())

def f(s: str, word="key"):
    for i in range(len(s)):
        a = s[i].upper()
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
            return True
    return False

def g(word="key"):
    return str(word) * len(word)

assert f(g())

def f(x: int, a=1099, b=125025):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=1099, b=125025):
    if a < 50 or b < 600:
        return a + b
    else:
        return a + b + (a < 600)**2

assert f(g())

def f(n: int, s="aaAcaA"):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() < t.lower()
    if n == -1:
        return s.lower() > t.lower()
    return True

def g(s="aaAcaA"):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s[0] == target[0] and s[-1] == target[-1]

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(x: int, a=1270, b=1250):
    n = 1
    for i in range(3):
        if n == 3 * 9:
            set(x)
    return n <= 3

def g(a=1270, b=1250):
    return int(a- (int(a * a) - int(b + b * b)) / 255)

assert f(g())

def f(s: str, word="coco"):
    return sorted(s) == sorted('Coco') and len(s) == len(word)

def g(word="coco"):
    return "Coco"

assert f(g())

def f(x: int):
    return x >= 99999999

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    return "antidisestablishmentarianism"

assert f(g())

def f(n: int, a=15, b=19, upper_bound=150):
    return b / n <= upper_bound and 0 <= upper_bound < n

def g(a=15, b=19, upper_bound=150):
    return upper_bound * (a + b) + (b + 5)

assert f(g())

def f(s: str, a=6, b=8):
    return s.count('h') == a and an or b == 8

def g(a=6, b=8):
    return str(a)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7") + str(d).count("8")))

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str, k=7):
    if len(s) == 1:
        return s.lower() <= 'x'
    if len(s) == 2:
        return s.lower() == 'y'
    if len(s) == 3:
        return s.lower() == 'z'

def g(k=7):
    return str(k)

assert f(g())

def f(s: str):
    return s.count(s) == s.count(s)

def g():
    return "world"

assert f(g())

def f(s: str, word="ancientistism", max_len=40):
    if len(word) <= max_len:
        return word == s
    n = max(max_len) + 1
    for a in words and words[n-2:n]:
        k = a[n][0]
        n += 1
    return n + 1

def g(word="ancientistism", max_len=40):
    if len(word) <= max_len:
        return word
    n = max(max_len) * len(word)
    r = str(n + 1)
    s = g()
    return [r.startswith("") for r in r]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[2]) == len(word[2]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[1]) == len(word[1])

assert f(g())

def f(x: int, a=1234, b=103322):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1234, b=103322):
    if a <= 3 and b <= 9:
        return a < b
    else:
        return a + b

assert f(g())

def f(s: str, word="british", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="british", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(x: int, a=-362, b=14546310):
    return x - a == b

def g(a=-362, b=14546310):
    return 1 * a + b

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s.count(i) == 1
    return True

def g():
    return int(int("0123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    n = 0
    while abs(n) > 30:
        n = 0
        if abs(n) <= 30:
            n = 1
        if abs(n) < 10:
            n = 1
        if abs(n) > 10:
            n = 1
        if abs(n) > 15:
            n = 1
        n += 1
    return n is not None

def g():
    return 3

assert f(g())

def f(d: int, n=1095):
    return d > 0 and d > 1 and d > n-1

def g(n=1095):
    return (3 * (n - 1))

assert f(g())

def f(p: str, k=7, m=7):
    return p == "do" or p == "do"

def g(k=7, m=7):
    return "do" or "do"

assert f(g())

def f(s: str, word="invalid", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="invalid", max_len=10):
    if len(word) <= max_len:
        return word
    else:
        return -1

assert f(g())

def f(n: int, a=2, b=1):
    return a and b == 1

def g(a=2, b=1):
    return int(a * b)

assert f(g())

def f(s: str):
    return s.count('e') == s.count('e') and s == s[::-1]  # should be more or equal to the len()

def g():
    return "e"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s + '' == big_str

def g(big_str="foobar", index=2):
    return big_str

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s:
        assert t[i] == c, f"expecting `{c}`"
        i += 1
    return i == len(t)

def g(s="Problems"):
    return "" + "Problems"

assert f(g())

def f(x: int, u=0, b=-382):
    return x + u == b

def g(u=0, b=-382):
    return u + b

assert f(g())

def f(s: str, ver=''):
    for i in range(len(s)) and s[i] == ver:
        if ver.upper():
            return False
    return True

def g(ver=''):
    return str(ver)

assert f(g())

def f(str: str):
    if str.lower() == "a":
        return True
    return False

def g():
    return "a"

assert f(g())

def f(g: int, a=107326, b=13902296):
    return a + b == g

def g(a=107326, b=13902296):
    return a + b  # b is only set once

assert f(g())

def f(c: str, d=18):
    return c == 'Hello world'

def g(d=18):
    return 'Hello world'

assert f(g())

def f(s: str, s1="a", s2="b", a=10, b=8):
    return str(s) == str(len(s) < 2)

def g(s1="a", s2="b", a=10, b=8):
    return str(s1 == len(s1))

assert f(g())

def f(d: int, n=123456789):
    return d == n or 0

def g(n=123456789):
    return n

assert f(g())

def f(s: str, a="hello world", b="yellow", length=5):
    return len(s) == len(a) and len(b) in s and s == "world".join(a) == "hello world" or s == "world"

def g(a="hello world", b="yellow", length=5):
    return len(a) == len(b) and len(b) in "hello world" and "yellow" in b.join(a) == "hello world" or "yellow" in b.join(a) == "world" or "world"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + 1 + a == b

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a

assert f(g())

def f(e1: int):
    return abs(e1 ** 2 - e1) >= 100 ** -3

def g():
    return 1 + 3

assert f(g())

def f(c: str):
    return c == "hello" or c == "hello world"

def g():
    return "hello" or "hello world"

assert f(g())

def f(t: str):
    return set(t) <= set(t.lower()) and t.count("9") != 0

def g():
    return "123456789" + "0"*9 + "9"*0 + "99999."

assert f(g())

def f(nums: List[int], n=100):
    a = 0
    b = 0
    while n > 0 and n == 0:
        a += 2
        b += 2
    return b == 0

def g(n=100):
    return []

assert f(g())

def f(nums: List[int], a=100, b=1000, count=6):
    for i in range(2, len(nums) + 1):
        if n > i and i % 2 == 0 and index != nums[0] or not nums[2] == i:
            return False
    return True

def g(a=100, b=1000, count=6):
    return []

assert f(g())

def f(x: int, a=4521, b=1, upper_bound=2):
    if x > 0 or a > 50:
        return x - a >= b
    else:
        return x + a >= b

def g(a=4521, b=1, upper_bound=2):
    if a < 25: return a + 1
    else: return a + b

assert f(g())

def f(s: str, word="bob"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="bob"):
    return str(word.upper())

assert f(g())

def f(x: int, a=100, b=1500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=1500):
    return a + b

assert f(g())

def f(x: int, a=1461416, b=-446480):
    return x - a == b

def g(a=1461416, b=-446480):
    return a + b

assert f(g())

def f(x: int, a=1021):
    return x and x == 1021

def g(a=1021):
    return str(a) and a

assert f(g())

def f(s: str):
    return ("Hello " + s[::-1] == "Hello world")

def g():
    return "world"[::-1]

assert f(g())

def f(s: str, word="o"):
    return len(s) == len(word) and word == word[::-1]

def g(word="o"):
    return str(word[::-2])

assert f(g())

def f(d: int, n=25):
    return d + n > n and d > n**2

def g(n=25):
    return n*n**2 + 5**n - 3

assert f(g())

def f(t: str, s="hello world", target="do"):
    return t[2:] == s[2:]

def g(s="hello world", target="do"):
    return "hello world"

assert f(g())

def f(n: int, a=241415, b=13394532):
    return n >= a

def g(a=241415, b=13394532):
    return a + 3

assert f(g())

def f(s: str, t1="a"):
    return s[::-1] == t1[::-1] and s[::-1] == t1

def g(t1="a"):
    return "a"

assert f(g())

def f(x: int, a=54368639, b=10000):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x - a == b

def g(a=54368639, b=10000):
    if a == 1:
        return a % 3 == 0
    elif a == -1:
        return a % 3 == 1
    else:
        return a + b # A + B + C + D +E + F

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "39" for i in str(d)[:9]) < n

def g(n=123456789):
    return int(int(n * n) +  8) * n

assert f(g())

def f(s: str, word="rw"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="rw"):
    return str(word + "123456789" + "0"*9)

assert f(g())

def f(x: int, a=932433):
    return x == (a * 3)

def g(a=932433):
    x = int(a * 3)
    if a >= 0:
        return x
    n = 0
    while n > 0:
        x = int(a * 3)
        if a >= 2:
            if n:
                if x == 2:
                    x += 9

assert f(g())

def f(x: int, a=6675, b=-6):
    assert a != b and a != 'b', 'A: A is also a b'
    assert a != b and b != 'b', 'A is also a b'
    return (x == a)

def g(a=6675, b=-6):
    assert a != b and b != 'b', 'A: A is also a b'
    assert a != b and b != 'b', 'A is also a b'
    return a

assert f(g())

def f(x: int, a=100, b=1000):
    return x - a != b

def g(a=100, b=1000):
    return int(int(a + b) * 100 + int(a * b) ** 0.1)

assert f(g())

def f(x: int, a=1620, b=-8878):
    return a - x == b

def g(a=1620, b=-8878):
    return int(a - b)

assert f(g())

def f(s: str):
    if len(s) == 3:
        return str(0) == "b"
    return s.lower() == "b"

def g():
    return "b"

assert f(g())

def f(s: str, n=1, e=100):
    return len(s) == n

def g(n=1, e=100):
    return str(n)

assert f(g())

def f(x: int, a=1007, b=1000):
    return x > a

def g(a=1007, b=1000):
    return int(a + b)

assert f(g())

def f(n2: int, t=2021):
    m = n2
    for i in range(t):
        if n2 >= 2:
            m = m + 1
    return n2 < m or m < n2

def g(t=2021):
    return int(t) + 10

assert f(g())

def f(s: str, word="kontakts"):
    return s[0] == word[0].upper()

def g(word="kontakts"):
    return str(word[0].upper())

assert f(g())

def f(x: int, a=8665464, b=-731776):
    return x == a

def g(a=8665464, b=-731776):
    return int(a * b / (-731776))

assert f(g())

def f(s: str, word="antidisestablishmentalistism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return s[1:-1] == word[1:-1]

def g(word="antidisestablishmentalistism", max_len=10):
    return "Antidisestablishmentalistism"

assert f(g())

def f(s: str):
    return s[::-1] == "p" and s[::-2] == "p"

def g():
    return "p"

assert f(g())

def f(t: str, string=''):
    if len(t) == 1:
        return True
    return None

def g(string=''):
    return string.join("\n")

assert f(g())

def f(x: int, b=5, m=10):
    if b > 3:
        return x % 2 == 0
    elif m > 5:
        return x % 2 == 1
    else:
        return x + b == m > 10

def g(b=5, m=10):
    return int(b * b * 5) + 5

assert f(g())

def f(n: int, a=12, b=10):
    return n != a

def g(a=12, b=10):
    return int(int(a % a) / a)

assert f(g())

def f(s: str, word="konjac", x=100000, y=100000, z=50, n=35):
    for i in range(n):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", x=100000, y=100000, z=50, n=35):
    if word:
        return "konjac"
    else:
        return True

assert f(g())

def f(x: int, a=100, b=12100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=12100):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=1073258, b=80481880):
    return x - a == b

def g(a=1073258, b=80481880):
    return a + b

assert f(g())

def f(x:int, a=1073258, b=72352549):
    if a > b:
        return x + a > b
    else:
        return x + a + b > b

def g(a=1073258, b=72352549):
    return int(int("123456789") + (a - b)**2) + (a + b)**2 + (b - a)**2

assert f(g())

def f(x: int, a=6334536):
    return x == a

def g(a=6334536):
    return int(a)

assert f(g())

def f(n: int, a=23463462):
    return n != a + a

def g(a=23463462):
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(x: int, a=253542, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253542, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return s[0] == s[1] and s[2] == s[3]

def g():
    return ("" + "3" + "" + "3" + "3" + "3" + "" + "3" + "0")

assert f(g())

def f(s: str, n=4, word="m", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]), max_len

def g(n=4, word="m", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s.split(" ")) == 0

assert f(g())

def f(x: int, a=-4, b=1401084):
    return x + a + (b > 10) and x > 255

def g(a=-4, b=1401084):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    if len(s) != len(s) and s.lower() == s:
        return s
    return True

def g():
    return "world"

assert f(g())

def f(w: int, v=17777):
    return v <= w

def g(v=17777):
    return int(v * 11 + 3)

assert f(g())

def f(s: str):
    return s.lower() == "hello world"

def g():
    return "hello world" if "hello world" else str

assert f(g())

def f(d: int, n=123456789):
    return d >= 0 and all(i in "44" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return 3 * (n * n) + ((n * (n+1) * (n+2)) * (n +3)) + ((n * (n+1) * (n+2) * (n +3)))

assert f(g())

def f(s: str, words=['o', 'h', ' ', 'l', ' ', ' ', 'd', 'c', ' ', 'f', ' '], n=1):
    return sorted(s) == sorted('O')

def g(words=['o', 'h', ' ', 'l', ' ', ' ', 'd', 'c', ' ', 'f', ' '], n=1):
    for w in words:
        if (n == 1):
            return 'O'
        else:
            return 'h'
    return None

assert f(g())

def f(x: int, a=253532, b=1130200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=1130200):
    if a > 50 or b < 50:
        return a + b
    else:
        return x + a + b

assert f(g())

def f(n: int):
    if abs(n) > 1000:
        return True   # not negative ...
        n = 1
        if abs(n) == 100:
            return False
        else:
            return True   # negative ...

def g():
    return int(int("123456789" + "0" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(x: int, m=10, k=6):
    if x % 2 == 0:
        return x % 2 == 0
    else:
        return x + m % 2 == 0

def g(m=10, k=6):
    return m + k;

assert f(g())

def f(list: List[int], n=5):
    for i in list:
        name = "foo" + str(n) + "baz"
        if n == 0:
            name = list[1]
            if i == n:
                name = list[2]
                n += 1
                break
    return list[n % 2] == list[n]

def g(n=5):
    return list([10, 10, 10, 10, 10, 10, 10, 10, 10, 10])

assert f(g())

def f(t: str, s="Problems"):
    assert 1 < len(t), "Hint: len(t) == len(s) - len(c) - len(s) == 3"
    return len(t) - len(s) < len(t) + 1

def g(s="Problems"):
    return str(s)

assert f(g())

def f(n: int, a=34534324, b=10):
    return n // b == a

def g(a=34534324, b=10):
    return int(a + 9*a)

assert f(g())

def f(x: int, a=1318, b=-91954):
    return x + b >= a

def g(a=1318, b=-91954):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=10, b=200):
    if a == 1:
        return x * (2.0) + 1;
    else:
        return (x << 5) + 1 and x <= a

def g(a=10, b=200):
    if a == 2:
        return 0.25 + 0.05 * f(x, b)
    else:
        return 0

assert f(g())

def f(s: str, word=[]):
    return '\u00a0' in s

def g(word=[]):
    return "\u00a0" + "0"*9

assert f(g())

def f(s: str):
    return s.count("123") == 1 and s.count("123.456") != 5

def g():
    return str("123")

assert f(g())

def f(e: List[int]):
    return abs(e[0] * 2 - e[1] + e[2] * e[3] - e[4] * e[5] - e[6] ** 2 + e[7] ** 2 + e[8] ** 2) > 10 ** -7

def g():
    return [1, 2, 3, 4, 5, 7, 8, 3, 4, 3, 3, 2, 1, 2]

assert f(g())

def f(s: str):
    return s == "World"

def g():
    return str("World")

assert f(g())

def f(n: int):
    return n != 0 or sum(x[:5]) > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="cliffy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(words[word - 1] * max_len)

def g(word="cliffy", max_len=10):
    if word[0] == "cliffy":
        return max_len
    else:
        return word

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(a+b)

assert f(g())

def f(s: str):
    return s in s or sum(s) == 0 or sum(s) == 0

def g():
    return "hello"

assert f(g())

def f(t: str, a=7, b=4542):
    a = str(t)
    b = str(b)
    b = str(b)
    for count in range(len(t) - 1):
        if count == 3:
            return True
    return False

def g(a=7, b=4542):
    return str(a * b) + str(b)

assert f(g())

def f(c: str):
    return c.count('oo') == 0 and c.count('o') == 0

def g():
    return "c"

assert f(g())

def f(s: str, word="london"):
    return len(s) == len(word)

def g(word="london"):
    return str(word)

assert f(g())

def f(s: str, word="coff"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="coff"):
    return "coff"

assert f(g())

def f(n: int, a=345345, b=10):
    return n // a == b

def g(a=345345, b=10):
    return a * b

assert f(g())

def f(x: str, b="Hello world"):
    return x[:] == b

def g(b="Hello world"):
    return "Hello world"

assert f(g())

def f(s: str, word="prima", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="prima", max_len=10):
    if len(word) <= max_len:
        return word
    return int(max(word, 2))

assert f(g())

def f(c: str):
    return c == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, a=93757843):
    return x == a

def g(a=93757843):
    return int(a)

assert f(g())

def f(x: int, a=15482, b=23223, upper_bound=5):
    return a * x >= 5 and x <= 5

def g(a=15482, b=23223, upper_bound=5):
    return 1

assert f(g())

def f(s: str):
    return str(5) == s and len(s) != 3

def g():
    return str(5)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if word[i].upper() == s[i]:
                return False
        else:
            if word[i].lower() == s[i]:
                return False
    return True

def g(word="konjac"):
    return "123456789"

assert f(g())

def f(n: int):
    return n > 23463462

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(d: int, n=1234567890):
    return d > n or 0 <= n <= 0

def g(n=1234567890):
    return (n * (n-1)) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return 'I!!love!"' and s == target

def g(target="reverse me", reverse=False):
    return target and "R" and target

assert f(g())

def f(xs: str):
    return "Hello " + xs.lower() == "Hello world"

def g():
    return "World"

assert f(g())

def f(s: str, big_str="barbaz", index=2):
    return all(sub in s[i::len(big_str)] for i, sub in enumerate(big_str))

def g(big_str="barbaz", index=2):
    return str(big_str)

assert f(g())

def f(x: int, a=50, b=12345):
    return x - a == b or (b >= 2)

def g(a=50, b=12345):
    return int(a * b) == (100+b) or (4-a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x == 5 and a > 5:
        return x - x > a
    else:
        return x + x > a

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return set(s) <= set("18-+*/") and s.count("10") == 1 and s.count("1") == 2 or s.count("1") == 1

def g():
    return "world[10]"

assert f(g())

def f(s: str, word=["Hello world"], n=5, word_str=["Hello world"], lower_bound=2):
    return s != "" and s != n and n != lower_bound and s != lower_bound

def g(word=["Hello world"], n=5, word_str=["Hello world"], lower_bound=2):
    return "Hello"

assert f(g())

def f(n: int, a=1522, b=10):
    return n // b == a

def g(a=1522, b=10):
    return a * b or n // b == a + b

assert f(g())

def f(s_case: str, s="CanYouTellIfYouHASMoreCAPITALS"):
    return s_case == (s.lower() if len(s) == 3 else s.upper())

def g(s="CanYouTellIfYouHASMoreCAPITALS"):
    return s_case.lower() if len(s) == 3 else s.upper()

assert f(g())

def f(x: float):
    return abs(x) >= 10

def g():
    return float(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    m = n
    while n > 0:
        m = m + 1 if m % 2 else m // 2
        if n % 2 == 0:
            m = 0 if m + 1 else m // 2
        return True

def g():
    return int(int("123456789" + "0"*8) ** 0.5) + 1

assert f(g())

def f(s: str, word=":", max_len=10):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word=":", max_len=10):
    return word or str(word)

assert f(g())

def f(x: int, a=92966):
    return x == a

def g(a=92966):
    return int(a)

assert f(g())

def f(x: int, a=-380, b=14546310):
    return x - a > b

def g(a=-380, b=14546310):
    return int(int("123456789" + "0"*a) * b)

assert f(g())

def f(h: int, m = 300):
    return m == h

def g(m = 300):
    return m if m <= 300 else None

assert f(g())

def f(s: str, n=10):
    return s in sorted(str(s))

def g(n=10):
    return sorted(str(f(f(n))))[3]

assert f(g())

def f(s: str, text=["Babel", "Hacker"]):
    try:
        return s in text
    except NameError:
        return None

def g(text=["Babel", "Hacker"]):
    try:
        return text[0]
    except NameError:
        return None

assert f(g())

def f(str: str, word="abbrabbbbbbbbbbbbbabbrbbrbrbrbr"):
    for i in range(len(str)):
        if len(str) <= 2:
            return False
        return True
    return False

def g(word="abbrabbbbbbbbbbbbbabbrbbrbrbrbr"):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int):
    return (-x + 3) + abs(x) == 3

def g():
    return int(int("123456789") * 3) + 1

assert f(g())

def f(s: str, target="foobarazwow", length=6):
    return target[(len(target) - len(target) + length) // 2: (len(target) + len(target) + 1) // 2] == s

def g(target="foobarazwow", length=6):
    return target[(len(target) - len(target) + length) // 2: (len(target) + len(target) + 1) // 2].strip()

assert f(g())

def f(s: str):
    return s.count('I!!') == 1

def g():
    return " I!!"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "45" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * (n + 1) + 2

assert f(g())

def f(s: str):
    return s in [ "Hello world" ]

def g():
    return str("Hello world")

assert f(g())

def f(n: int, a=9325238):
    return 2 ** 3 + 1 + 1 < 13

def g(a=9325238):
    return 2 ** 3 + 1

assert f(g())

def f(d: int, n=11000):
    return d > n and n != 0

def g(n=11000):
    return int(n * (n + 1000))

assert f(g())

def f(n: int, a=15478312, b=23223):
    return n % 2 == 0 and n >= a

def g(a=15478312, b=23223):
    return a * b

assert f(g())

def f(x: int, a=2626000):
    if x > 0 or a > 50:
        return x - a > 50
    else:
        return x + a > 50

def g(a=2626000):
    return int(a * a) + 100

assert f(g())

def f(v: int, a=253532, b=1230200):
    return v == a

def g(a=253532, b=1230200):
    return a % (10222222222222222222222222)

assert f(g())

def f(s: str, word="konjac"):
    return len(s.lower()) == len(word)

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="b"):
    for i in range(len(word)):
        if i >= 0 or i <= len(word):
            if s[i] != word[i] :
                return True  # same as f7
            else:
                return False
    return True

def g(word="b"):
    return "123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, a=93252338):
    assert x == a
    assert a == 93252338
    return x == a and a <= x

def g(a=93252338):
    return int(a)

assert f(g())

def f(l: List[int]):
    return all([left(l) == li[0] for li in list(set(l))])

def g():
    return []

assert f(g())

def f(s: str, v=31):
    return str(s[::-1] == v) and sum(t < s[::-1] for t in s[::-1]) == 1

def g(v=31):
    return str(v * v)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x == b // -338889

def g(a=8665464, b=-93206):
    return a

assert f(g())

def f(x: int, a=5,b=1250):
    return (x - b) >= 0 or (x + a) <= 0

def g(a=5,b=1250):
    return a**b - b**a

assert f(g())

def f(pos: int):
    # add a square (c - x) to the left
    a = 1
    b = 3
    c = 1
    return 0 * (a + b) * (1 - c) + a <= c

def g():
    return 2

assert f(g())

def f(n: int, a=14302, b=5):
    a = 5
    b = 20
    return n / b >= 20

def g(a=14302, b=5):
    return 1 * a

assert f(g())

def f(s: str):
    return str(20 ** 2888).count(s) > 0 and len(s) == 2

def g():
    return str(19)

assert f(g())

def f(n: int, m=7999):
    return m >= n

def g(m=7999):
    return min(m, 2 + m, 2)

assert f(g())

def f(size: int, state_start=1):
    return size == state_start and size == state_start

def g(state_start=1):
    return state_start

assert f(g())

def f(x: int, a=1233257812):
    return x == a

def g(a=1233257812):
    return int(a)

assert f(g())

def f(n: int, v=25, min=2, max=4):
    return n < 2 ** max < 10 ** min

def g(v=25, min=2, max=4):
    return int(v >= 0)

assert f(g())

def f(start: int):
    c = start  # if one is positive
    while not abs(c) > 1000:
        if c == start:
            return False
    return True

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: str, a=7, s=2, v=5):
    return x[0] == a and x[-1] <= v and all([x[i] + s == x[i + 1] for i in range(len(x) - 1)]) or all([x[i] + s == x[i + 1] for i in range(len(x) - 1)])

def g(a=7, s=2, v=5):
    return str(a)

assert f(g())

def f(c: int, a=5126, b=12):
    return c > a and c > b

def g(a=5126, b=12):
    return 2 * 5 * 2 + a + b

assert f(g())

def f(x: int, a=-4444, b=1532):
    return x * 2 < a and x * 2 < b

def g(a=-4444, b=1532):
    return int(a * 3 - b) + 1

assert f(g())

def f(s: str, C=6):
    return s + "." + s[1] + s[2] and s[3] == s[3]

def g(C=6):
    return str(C) + "\n" + str(C) + "\n" + str(C) + "\n"

assert f(g())

def f(x: List[int], a=100, b=9, l=50):
    return x[0] == a and x[1] == b and l == l

def g(a=100, b=9, l=50):
    return [a, b, l, l]

assert f(g())

def f(i: int):
    for r in ('A', 'G', 'I', 'F', 'G'):
        if len(r) == i is int:
            return i
    return len(str(i + 1000)) == len(str(i + 1001))

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, v=255):
    return n // v == 255

def g(v=255):
    return int(v) * 255 + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7") + str(d).count("7") + str(d).count("4")))

def g(n=123456789):
    return n > 10 and n * n > 50 and n * 100

assert f(g())

def f(n: int, target=10201202001):
    return n > target

def g(target=10201202001):
    result = int(target) == 1000
    return result + 20201202001

assert f(g())

def f(x: str, a=4, b=54368639):
    return str(x) == "Hello world"

def g(a=4, b=54368639):
    return "Hello world"

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return len(s) == length if s in a and s in b else len(s) > len(b)

def g(a="hello", b="yellow", length=4):
    return str(a) + str(b)

assert f(g())

def f(s: str):
    return s.count("hello") / len(s) > 0 or sum(s) <= len(s)

def g():
    return "hello [a+b] b"

assert f(g())

def f(s: str, word="french", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[-1]-1 == s[-1]

def g(word="french", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) < max_len:
        return word[:max_len-1]
    return int(word[:max_len-1])

assert f(g())

def f(c: str, k=6, a=43, s=2021):
    return sorted(c) == sorted('Permute me true')

def g(k=6, a=43, s=2021):
    if s == 2021: return 'Permute me true'
    if k not in s: return 'No perms'
    return 'Permute me true'

assert f(g())

def f(x: int, a=10160110101):
    return x * 2 > a

def g(a=10160110101):
    return int(a); + 2; + 6

assert f(g())

def f(n: int, m=0, d=1):
    return n > 0 or (n-1 <= m and m <= d)

def g(m=0, d=1):
    return int(-1)*(-1)

assert f(g())

def f(s: str, a=20, b=10, c=20):
    return s == a and s == b or (a + b > c) == True

def g(a=20, b=10, c=20):
    return "hello world"

assert f(g())

def f(x: int, a=1230, b=-9069):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1230, b=-9069):
    if a < b:
        return -a
    else:
        return b - a

assert f(g())

def f(str: str, target='reverse me', a=9):
    return str[0] in str and str[1] in target

def g(target='reverse me', a=9):
    return str(target)[:-1]

assert f(g())

def f(s: str, word="clapblast", max_len=21):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="clapblast", max_len=21):
    if len(word) <= max_len:
        return word
    if word[1] < max_len:
        return word[1], word[-1]
    return int(word[1:]) - 1

assert f(g())

def f(s: str, target="foobarbazwow", length=5017):  # if you need to cover the whole of the square, that's up to you
    return s == target

def g(target="foobarbazwow", length=5017):  # this is from the docs on the Python 'foobarbazwow' page
    return "foobarbazwow"

assert f(g())

def f(x: int, a=1020):
    if x <= 0:
        return x + 1 == a
    else:
        return x - 1 == a

def g(a=1020):
    if a == 0:
        return a + 1 == 1
    else:
        return a + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 6

def g():
    return ["a"*(i+1)+"b" for i in range(6)]

assert f(g())

def f(s: str, e="konjac", max_len=9):
    if len(s) <= max_len or len(s) <= max_len:
        return s == e
    return s == 1 and s == 1 and max(s) == len(s)

def g(e="konjac", max_len=9):
    if len(e) <= max_len:
        return e
    return e.endswith("konjac")

assert f(g())

def f(x: int, a=10, b=1024):
    return x * a + b > 10 * 1024

def g(a=10, b=1024):
    return a * b or (a * b > 1024)

assert f(g())

def f(s: str, s1="a", s2="b", c=1330):
    return s[::-1] == s1

def g(s1="a", s2="b", c=1330):
    return "a"

assert f(g())

def f(x: int, a=154881, b=126480):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=154881, b=126480):
    if a == 1:
        return ((a - 1) + (b - 1), 0)
    elif a == -1:
        return a + (b - 1)
    elif a == -2:
        return a - (b - 1)
    else:
        return b - a

assert f(g())

def f(n: int, a=11066, b=723549):
    return n // b == a

def g(a=11066, b=723549):
    return a * 723549

assert f(g())

def f(y: int, a=1, b=14546310):
    return y + b == a

def g(a=1, b=14546310):
    return a + b * -1

assert f(g())

def f(s: str, target="do", v=16):
    return s[:] == target and s[:v] == target

def g(target="do", v=16):
    print(v)
    return str("") + target

assert f(g())

def f(x: int, a=100, b=30000, upper_bound=5000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=30000, upper_bound=5000):
    if a > 50:
        return int(a) + int(b)
    else:
        return int(a) + int(b)

assert f(g())

def f(x: float):
    for i in range(11):
        if x > 99999999999999:
            if (i >= 9999999999999999 and x < 999999999999):
                return False
            else:
                return True
    return False

def g():
    return float(int(int("123456789" + "0"*9) * 0.5))

assert f(g())

def f(x: int, a=100, b=20):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=20):
    return int(a) + int(b)

assert f(g())

def f(s: str, name="problemas"):
    return len(s) == len(name)

def g(name="problemas"):
    if not f(name) and not f(name):
        return "problemas"
    else:
        return "problemas"

assert f(g())

def f(i: int, a=10000, b=5000_500, c=25):
    return i >= a

def g(a=10000, b=5000_500, c=25):
    return int(int(a) + int(b)) + int(c) + 1

assert f(g())

def f(x: str, c=0.1):
    return c == 0.1

def g(c=0.1):
    return str(c)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return s[1:-1] == word[1:-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    else:
        return word

assert f(g())

def f(n: int, o=1):
    if n == 1:
        return o + 1
    if n == -1:
        return o <= o + 1
    return True

def g(o=1):
    return f(o)

assert f(g())

def f(s: str, a=18, b=13):
    return s == 'Hello world' or s == 'CanYouTellIfItHASmoreCAPITALS'

def g(a=18, b=13):
    return 'Hello world' or '' or str(a) < str(b) or 'null' < str(b) or 'null'

assert f(g())

def f(n: int, m=10010110101):
    return 1 + m <= n + min(n, m)

def g(m=10010110101):
    return int(max(m, 2)) + m + 1 + min(2, m)

assert f(g())

def f(s: str, target="foobarbazwow", lower_bound=64):
    return target[(len(target) - lower_bound) // 2:(len(target) + lower_bound) // 2] == target

def g(target="foobarbazwow", lower_bound=64):
    return target[(len(target) - lower_bound) // 5:]

assert f(g())

def f(n: int, a=10, b=12):
    return n // b == a

def g(a=10, b=12):
    return int(a * b)

assert f(g())

def f(x: float, a=6*12000):
    return x == a

def g(a=6*12000):
    return float(a)

assert f(g())

def f(size: int):
    return size > 0

def g():
    return 3

assert f(g())

def f(x: int, a=345346363):
    return x - a == 1

def g(a=345346363):
    return a + 1

assert f(g())

def f(nums: List[int], b=100, count=0):
    assert all(num(str(n)) == len(set(str(n))) for num in nums)
    return len(set(nums)) >= count

def g(b=100, count=0):
    return []

assert f(g())

def f(x: float, a=100):
    return abs(x ** 2 - a) > 10 ** -3 and x < 0

def g(a=100):
    return 2.0 - abs(a ** 2) + 2

assert f(g())

def f(t: str, s="Problems"):
    return sorted(t, reverse=True) == sorted(s, reverse=True)

def g(s="Problems"):
    return "Problems"

assert f(g())

def f(c: int, a=123456789, b=123456789):
    if c > 9 or a >= 0:
        return c - a == b
        b -= c
    return a > b and b > a

def g(a=123456789, b=123456789):
    if a > 9 or a.lower() < 9:
        return a + b
        b -= c
    return a > b and b > a

assert f(g())

def f(t: str, target="foobarbazwow", reverse=True):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == t

def g(target="foobarbazwow", reverse=True):
    return "foobarbazwow"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) % 6] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) % 6 == 9]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", m=5):
    return s == word or s == m if m > 0 else m

    for e in list(inds and len(inds) / 10):
        if e in words:
            return words
    return words

    for i in inds:
        assert i == words[i]  # remove words

def g(word="antidisestablishmentarianism", m=5):
    return word or m if m > 0 else m

    for e in list(inds and len(inds) / 10):
        if e in words:
            return words
    return words

    for i in inds:
        assert i==words[i]  # remove words

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        n = (n - 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(n):
        n = (n - 1 if m % 10 else m // 10)
    return m

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("1") + str(d).count("1")))

def g(n=123456789):
    return n * 1000 + 1

assert f(g())

def f(x: float):
    return abs(x * 1.0e-15) < 10

def g():
    return float(1.0)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=256):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s

def g(word="antidisestablishmentarianism", max_len=256):
    if max_len == 5:
        return word[:-1]
    return "antidisestablishmentarianism"

assert f(g())

def f(s: str):
    return s[::-1] ==s[::-1] and s[::-1] ==s[::-1] and s[::-1] == s[::-1]

def g():
    return "Hello world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[-1] == s

def g(target="foobarbazwow", length=6):
    return target[f(target) - 1]

assert f(g())

def f(n: int, v=1, w=4):
    return n / 2 < v or (v == 1)

def g(v=1, w=4):
    return (v % 4 == 0) + (w % 4 == 0)** w

assert f(g())

def f(n: int):
    return len(str(n + 100)) > 4

def g():
    return int(int("123456789" + "2"*10)** 0.25)

assert f(g())

def f(s: str, word="unobtrusive", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="unobtrusive", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[0]) == len(word[-1]) and string.search(word[-1]) == "unobtrusive"

assert f(g())

def f(x: int, a=5, b=7240147):
    return a + x > b

def g(a=5, b=7240147):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i + 10001)) and len(str(i + 2001)) == len(str(i + 10010))

def g():
    return int(int("123456789" + "01"*22) ** 0.1)

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a > b

def g(a=-382, b=14546310):
    return getattr(g, "a", b)

assert f(g())

def f(s: str):
    return s.count('a') == len('a') and s.count('oo') == len('b')

def g():
    return "o:123456789" + "foo" + "bar"

assert f(g())

def f(s: str, string="hello", count=1):
    return s == string

def g(string="hello", count=1):
    return string

assert f(g())

def f(n: int, v=17, w=100):
    if n == 0:
        return s.lower() == v  # odd numbers and 1
    if n == 1:
        return s.lower() < v
    if n == -1:
        return ve < w
    return True

def g(v=17, w=100):
    if v < 100:
        return w - v
    if v < -100:
        return -v

assert f(g())

def f(substring: str, string="moooboooofasd", n=1):
    return string.count(substring) == 1

def g(string="moooboooofasd", n=1):
    return str(string)

assert f(g())

def f(s: str, chars=[]):
    for c in chars:
        if c in s:
            return False
    return True

def g(chars=[]):
    return str(chars)[::-1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s == word

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    return s == word

assert f(g())

def f(s: str):
    return str(s) in list(s)

def g():
    return "["

assert f(g())

def f(x: int, a=-1, b=14546310):
    return x - a == b

def g(a=-1, b=14546310):
    return a + b

assert f(g())

def f(n: int):
    return n <= (n * 3)

def g():
    return 1

assert f(g())

def f(l: List[int]):
    return l[2] in l and l[-2] != l[3]

def g():
    return [1, 4, 8, 16]

assert f(g())

def f(x: int, a=2820, b=1480):
    if x > 0 and a > 50:
        return x - a == b
    else:
        assert x >= 0 or x <= 50
        return x - a == b

def g(a=2820, b=1480):
    """
    Args:
      a: Number
      b: Number
    E:    Integer
    """
    return int(a) + int(b)

assert f(g())

def f(z: float, v=9, d=0.00001):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.00001):
    z = float(v)
    d = int(z) + 1
    if d < 1:
        z = z * d
    return z

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2000):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(word[1:-1]) and word[0] == s[0] and word[3] == s[3] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=2000):
    if len(word) <= max_len:
        return word.lower().split()[0] # [1,2,3,4]
    else:
        return word.lower().split()[0] # [1,3,4]

assert f(g())

def f(x: int, a=253532, b=10, tail=634):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=10, tail=634):
    tail = 634*tail
    if tail < 6 or tail > 30:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: int, a=1020):
    v = abs(x ** 2 - a) - 10
    return v > v - 10

def g(a=1020):
    return abs(int(a) + int(a-10)) - 5

assert f(g())

def f(v: int):
    return v < 3.1415

def g():
    return int(int(5 / int(3.1415)))

assert f(g())

def f(n: int, a=14991394, b=1):
    return a - n + a == 0 and a != b != b or a >= b or b > n and all([b, b] == b) == n

def g(a=14991394, b=1):
    return int(a - 1) - 1

assert f(g())

def f(s: str):
    return len(s) == 1 and s.count("o") == 1

def g():
    return 'o'

assert f(g())

def f(x: int, a=15431432, b=-722):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15431432, b=-722):
    x = int(a) + int(b)
    return x

assert f(g())

def f(str: str, s=121863):
    f = "a"
    if s == 'a':
        return f
    i = 0
    if not s:
        return i, f
    for i in range(len(str)):
        i += 1
    return i == len(str)

def g(s=121863):
    f = "a"
    return str(s) * 121763

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-max_len).count(word[0]-word[-1])

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    if len(word) == max_len:
        return None
    return int(word[:-2])

assert f(g())

def f(s: str, s1="b", c=60, c2=50):
    if c == -101 and s1 < s2:
        return s1 < s2
    return s.count(s1) == c

def g(s1="b", c=60, c2=50):
    return str(s1 * 60) + str(c * 50)

assert f(g())

def f(s: str):
    return s[:-1] <= s[-1] or \
        (s[-1] + a) <= s[-1 - 1]

def g():
    return str([])[:2]

assert f(g())

def f(n: int, a=1398981, b=3465):
    return n // b > a

def g(a=1398981, b=3465):
    return a * b ^ a

assert f(g())

def f(y: int):
    return str(y + 9).startswith("456")

def g():
    return int(int("456" + "0" * 9))

assert f(g())

def f(s: str, word="honz"):
    for i in range(len(word)):
        if s[i] != word[i]:
            if (i == 0 or i % 3 == 0):
                return False
    return True

def g(word="honz"):
    return "honz"

assert f(g())

def f(z: float, v=9, d=0.001):
    return float(z * 1 / d % 10) == float(z * 1 / d % 10)

def g(v=9, d=0.001):
    return float(v * 1 / 10) / float(10)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        s = s.lower()
    return s.lower() == target

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(i: int):
    return len(str(i + 1001)) <= len(str(i + 1))

def g():
    return int(int("1" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len <= 30:
        return word == s
    if len(word) >= 3:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len <= 30:
        return word
    return int(word[1:-1]) == max_len and words + 1 == word[-1]

assert f(g())

def f(x: int, a=1230200, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1230200, b=1230200):
    if a > 50:
        return a + b

assert f(g())

def f(d: int, a=16384, b=23223):
    return d > 16384 and a * b > 23223

def g(a=16384, b=23223):
    return a + b * 6 - 3*5 - 23223

assert f(g())

def f(i: int, e=100):
    return i > e

def g(e=100):
    return int(int(e) + 2) + 5

assert f(g())

def f(x: int, a=925525):
    return x == a

def g(a=925525):
    return int(a)

assert f(g())

def f(t1: str, a="aaAab"):
    return t1 == a

def g(a="aaAab"):
    return a

assert f(g())

def f(n: int, uu=255):
    if uu is not None:
        return n > uu or uu == 0
    n += 1
    s = set(n, 1)
    for _ in range(n):
        s += [_ for x in uu] + "x"
    s = set(list(s), 1)
    for _ in range(n):
        s += [_ for x in uu]
    s = set(cases(n, uu))
    returns

def g(uu=255):
    s = [uu for u in range(1000)]
    return int(int(uu)) + 1

assert f(g())

def f(x: int):
    return 1020 > x

def g():
    return int(int("0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=101111010201101010201010020009):
    return x == a

def g(a=101111010201101010201010020009):
    return int(a)

assert f(g())

def f(x: int, a=1047, b=1366):
    if x >= 0:
        return x - a > b
    else:
        return x - a > b

def g(a=1047, b=1366):
    if a == 0 or b == 1:
        return str(a) == 7
    else:
        return a + b + 1

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 5 == 1
        n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "0"*9) * 9 - 5) + 1

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 2:
        return len(word) == s
    if len(s) != 1:
        return len(word) == len(s[1:4] + word[1:4])
    return len(word) != len(s)

def g(word="konjac"):
    return str(word[:4])

assert f(g())

def f(n: int):
    return n > 0 and n > 1

def g():
    return int(5) and 5

assert f(g())

def f(x: int, a=-158, b=1404470):
    return x+a > 0 or sum(x[0] + a) <= 100

def g(a=-158, b=1404470):
    return int(int("-158" + "0"*9) ** 12) - 10

assert f(g())

def f(n: int, a=20201202001):
    return n % a == 0 and n > 0

def g(a=20201202001):
    return a + 20201202001

assert f(g())

def f(x: int, a=1073258, b=14546310):
    return x - b == a

def g(a=1073258, b=14546310):
    return int(a + b)

assert f(g())

def f(n: int, m = 7*7):
    return n > 3 * m and n > 0 / 2

def g(m = 7*7):
    return 6 + int(m) * 7

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=1000):
    if word is not None:
        return str(word)
    return int(varepsilon(word))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return string.join(word) == "_" and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    return string.join(word) == "_"

assert f(g())

def f(x: int, a=9521):
    return x >= a

def g(a=9521):
    return a + 1

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == 2.0

def g(v=9, d=0.0001):
    return 0.0005 + 0.0005 + 0.0005 / 2.0

assert f(g())

def f(x: int, a=1024):
    return a < a * 2

def g(a=1024):
    return 1 * a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if a > 50:
        return x - a > 50
    else:
        return x + a > 50

def g(a=253532, b=1230200):
    return (a - 10) + b

assert f(g())

def f(s: str):
    return '' == ''

def g():
    return ("Hello")

assert f(g())

def f(s: str, target="foobarbazwow", max=100000):
    return s == target

def g(target="foobarbazwow", max=100000):
    return target

assert f(g())

def f(s: str, word="konjac"):
    for i in range(3):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    if word:
        return word[:]
    else:
        return False

assert f(g())

def f(s: str):
    """returns only the number of square blocks."""
    return len(s) > 5

def g():
    return "hello world"

assert f(g())

def f(t: str, s="aaaabbac", target=0):
    return t[0] == s[0] and t[1] == s[1] and t[2] == s[2]

def g(s="aaaabbac", target=0):
    return 'aaaabbac'

assert f(g())

def f(s: str, threshold=1):
    return s * threshold and s == s[:]

def g(threshold=1):
    return "n/threshold"

assert f(g())

def f(c: int, s=6127438, l=18):
    return c % s == 0

def g(s=6127438, l=18):
     return s * (int(l) - int(l))

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 != 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    if b == -1:
        return 0 - a
    elif b == 0:
        return 1 - a
    else:
        return b - a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(d: List[int]):
    return set([1, 2, 3, 4]) == set(d)

def g():
    return list([1, 2, 3, 4])

assert f(g())

def f(i: int, v=516513):
    return i + i**2 > v

def g(v=516513):
    return int(v) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(s) // 2) // 5] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) // 5]

assert f(g())

def f(a: int, c=1345, b=1354):
    return len(str(a + 3000)) > len(str(c + 1000))

def g(c=1345, b=1354):
    return 5 + 5 + 9 + 9*c

assert f(g())

def f(s: str):
    return s.count('o') != 0

def g():
    return "hello"

assert f(g())

def f(s: str, target="reverse me"):
    for i in range(len(s)):
        if target not in (s[i]) or (i >= 0 or (i < length) or i < (len(s[i]) - 1 )) or (i % 2 == 0): # skip if not
            break
    return s[:2] != target and s[2] != target  # end of string

def g(target="reverse me"):
    return "reverse me"

assert f(g())

def f(b: int, a=50, k=4):
    assert (a <= b) <= 4
    return (b < a) == 0
    for c in range(10):
        if a != b:
            return y <= c and s[::-1] != a

def g(a=50, k=4):
    return int(a * k)

assert f(g())

def f(n: int, b=17141218, r=2):
    return int(n * n) + b and n >= 0

def g(b=17141218, r=2):
    return int(b)

assert f(g())

def f(n: int, a=12345678, b=23223):
    return n == a or n == b

def g(a=12345678, b=23223):
    return 2 + -2 + a # b

assert f(g())

def f(n: int, a=10, b=23463664):
    return b + n * a and n >= b

def g(a=10, b=23463664):
    return a + b * a

assert f(g())

def f(s: str):
    return True if s == "hello world" else False

def g():
    return "hello world"

assert f(g())

def f(d: int, n=124):
    return int(d if n else d[:n] - len(d)) == n

def g(n=124):
    return int(n) if n else 5

assert f(g())

def f(s: str, key=3):
    return s.count("foobar") == 1

def g(key=3):
    return "foobar"

assert f(g())

def f(n: int, a=345346363, b=100):
    return n/b > 100

def g(a=345346363, b=100):
    return a*b

assert f(g())

def f(str: str):
    return str.count("01") > 0

def g():
    return "01011"

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0 or a > 50:
        return x - a == b
    if len(x) <= a and len(x) < b:
        return x + a == b

def g(a=15482, b=23223):
    return a + b

assert f(g())

def f(x: int, a=1025, b=1300):
    return x - a == b

def g(a=1025, b=1300):
    return a + b

assert f(g())

def f(x: float):
    return str(str(x - 3.1415)).startswith("-") # 1 / 0

def g():
    return 2.0

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[2]) == len(word[2]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[2])

assert f(g())

def f(st: str):
    return st == "World"

def g():
    return str("World")

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    elif x > -1:
        return x - b - a == b
    elif x > -2:
        return x - b - a == b
    else:
        return x + a + b - a == b

def g(a=4, b=54368639):
    if a > 0 or b > 50:
        return a + b
    else:
        return a + b - a

assert f(g())

def f(list: List[int], n=5, start=5, start_in_index=0):
    return list[n] == list[start]

def g(n=5, start=5, start_in_index=0):
    return [a for a in [1,2,3,4,5,6,7,8,9]]

assert f(g())

def f(s: str, target="wonderful", b='konjac', upper=69):
    return s == target or s.upper() == target

def g(target="wonderful", b='konjac', upper=69):
    if 'wonderful' is not None:
        return "wonderful"
    if 'wonderful' is None:
        return "wonderful"
    if b == target:
        return g(target)
    return None

assert f(g())

def f(l1: List[int]):
    return all(map(list_, l1) == 1 for l1 in l1)

def g():
    return []

assert f(g())

def f(s: str, s1="a"):
    return s.lower() and s.lower() == s1.lower()

def g(s1="a"):
    return "a"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x != b

def g(a=8665464, b=-93206):
    return a and b or (a > b) or (b > a)

assert f(g())

def f(s: str, word="prysthescript", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1+max_len:]) == len(word[1+max_len:]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="prysthescript", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[0]+int(word + 1)) == s[0]+int(word + 1)

assert f(g())

def f(x: int, a=20, b=133040):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=133040):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me true')
    assert len(s) == len(li)
    if i < len(s) - 1:
        return s + sorted(s) + i

    return s

def g():
    return 'Permute me true'

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        if abs(n) == n:
            return True
        n -= 1
    return False

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return s.count('o') == 2 and s.count('oo') == 0

def g(a="hello", b="yellow", length=4):
    return "hello world"

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a != sum([b * i for i in range(c)]) + n

def g(a=17, b=100, c=20):
    return sum([b * i for i in range(c)]) + a + b + c

assert f(g())

def f(x: int):
    return 0 < 0 and x <= x or x > 10

def g():
    return (1 << 6) - 2 or 0

assert f(g())

def f(s: str, u=0, v=3):
    return s in sorted(s)

def g(u=0, v=3):
    return str(u + 1**3)

assert f(g())

def f(h: int, m=10010):
    return h == m - 1

def g(m=10010):
    return int(m) - 1

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a > 0 or x < 0

def g(a=-382, b=14546310):
    return (a > 0 and (max(a) + 0.15 < max(b) + 0.05) < 0) + 1

assert f(g())

def f(x: int, a=3039, b=2027):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3039, b=2027):
    if a < 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(c: str):
    return c == 'o' or len(c) == 1

def g():
    return "O"

assert f(g())

def f(path: List[int], n=10000, length=517):
    return all([t1 + t2 for t1, t2 in path])

def g(n=10000, length=517):
    return []

assert f(g())

def f(s: str, word="mordenius"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="mordenius"):
    return str(word[0])

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in sorted(s):
        s += s
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i == 0:
            if s[i] == word[i]:
                return True
        else:
            if s[i] != word[i]:
                return False
    return False

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, s1=''):
    return s[0] == s[-1]

def g(s1=''):
    return "1"

assert f(g())

def f(s: str, word="lx"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="lx"):
    return str(word)

assert f(g())

def f(s: str):
    return set(s) == set("+9*-+")

def g():
    return "+9*-+"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:  # x-value is above a-value
        return x - a == b
    else:
        return x + a + b + 1

def g(a=253532, b=1230200):
    if a > 50 or b > 50: return a + b
    if a == 50: return -b
    return "x - a is greater than 10"

assert f(g())

def f(s: str, a=['blu', 'carl', 'cab'], b=['tree', 'bird', 'book', 'book']):
    return s in a if b != None else b

def g(a=['blu', 'carl', 'cab'], b=['tree', 'bird', 'book', 'book']):
    return a == b if b == None else "blu"

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    return s == target

def g(target="foobarbazwow", length=12):
    if target is not None:
        return "foobarbazwow"
    return f(target)

assert f(g())

def f(s: str, word="arctan", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="arctan", max_len=20):
    if len(word) <= max_len:
        return word
    else:
        return word[-1] == "arctan" and word[0] == "arctan" and word[-1] == "arctan" and word[0] == "arctan" and word[0] == "arctan"

assert f(g())

def f(path: List[List[int]], m=5, n=6):
    return len(path) == len(path)

def g(m=5, n=6):
    return []

assert f(g())

def f(pos: List[int]):
    return pos[2] == pos[0]

def g():
    return [1, 1, 1]

assert f(g())

def f(s: str):
    return str(s[0] for s in s) > s[1]

def g():
    return str("123456789")

assert f(g())

def f(s: str, part="I", n=91845):
    return s[0] == 'I'

def g(part="I", n=91845):
    return 'I'

assert f(g())

def f(s: str, s1="world", s2="a", t=20):
    return s != t

def g(s1="world", s2="a", t=20):
    return str(str(s1) == t)

assert f(g())

def f(a: List[int]):
    assert len(a) == len(set(a))

    edges = [a for a in a]

    for p in edges:
        edges[p] = edge(a)
    return True

def g():
    return []

    def set(x):
        return x

    for p in edges:
        edges[p] = edges[p]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > s.count("b") and ('b' in x) for x in s) for s in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(a: List[int], n=15):
    if len(a) >= 100:
        return True
    for i in range(n):
        assert len(a) >= 100 and a >= i
        assert w > i
        assert w < i
        assert len(a) == len(list(v) for v in a)
        assert i == len(v)
        assert len(a) < w
        assert len(a) > n
        assert len(a) < w > 1

def g(n=15):
    return [int(i + 2) for i in range(100)]

assert f(g())

def f(s: str):
    if s == ['a', 'b', 'c', 'd', 'e', 'f'] or len(s) != 1:
        return False
    return True

def g():
    return str("{")

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    for i in range(len(path) - 1):
        assert [path[i] for i in paths]

    return True

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return []

assert f(g())

def f(s: str, target="bazbazwow"):
    return s == target

def g(target="bazbazwow"):
    # all(target: str)
    return target

assert f(g())

def f(string: str, substring="a", count=10, length=50):
    for i in range(1,100):
        assert len(string) == len(substring)
        return string.count(substring) == i and len(string) == len(substring)

def g(substring="a", count=10, length=50):
    for i in range(1, 100):
        if i == 1:
            return substring
        else:
            assert equal(count, -1)
            continue
    return substring

assert f(g())

def f(s: str):
    return str(s) == s

def g():
    return "3"

assert f(g())

def f(n: int, a=4512, b=5):
    return a * (b - 1) >= b

def g(a=4512, b=5):
    return 3 * a

assert f(g())

def f(s: str, sep="I"):
    if len(s) == 8:
        sep = ['|' + sep and sep[-1:] == sep[-1] for sep in s]
        return sep
    else:
        return sep in (s[-1], 1, 2, 3)

def g(sep="I"):
    return sep

assert f(g())

def f(n: int):
    return int(n - 1) == 0 or (abs(n) > 0)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="bazwow", length=6):
    return word == s

def g(word="bazwow", length=6):
    return str(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=10000):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=10000):
    return target[(len(target) - length)// 2:(len(target) + len(target)) ]

assert f(g())

def f(x: int, a=37, b=123872):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=37, b=123872):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=2, b=10):
    return n % a == 0 and n % b == 0

def g(a=2, b=10):
    return (a * b + a - a % b)

assert f(g())

def f(a: List[int]):
    if len(a) <= 995:
        return True

def g():
    return [2, 3]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[:len(s)] == target

def g(target="reverse me", reverse=True):
    if reverse:
        return target and target
    return None

assert f(g())

def f(c: str):
    return c == 's'

def g():
    return str("s")

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x * (a + b) < (x + a) and x <= a

def g(a=-382, b=14546310):
    return a # (a+b) == (a & b)

assert f(g())

def f(n: int, v=19, w=100):
    return n > 0

def g(v=19, w=100):
    return int(v * v) + 1

assert f(g())

def f(x: int, a=2, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2, b=1230200):
    if a > 0 and b < 50:
        return a + b + " " * 100 + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antistystereason", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antistystereason", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len + 1 and str(word) == word

assert f(g())

def f(s_case: str, s="CanYouTellIfITHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfITHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return(s.upper() if caps > len(s) // 2 else s.lower())

assert f(g())

def f(s: str, word="Konjac"):
    return s == word and s == word

def g(word="Konjac"):
    return str(word) if word else ""

assert f(g())

def f(s: str, word="konjac"):
    for n in range(len(word)):
        if n == 0:
            if s[n] != word[n]:
                return False
    return True

def g(word="konjac"):
    return str(word[:-2])

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s += str(n)
    return True

def g():
    return int(int("123456789" + "0"*5) + 1)

assert f(g())

def f(x: int, ba=4, b=54368639):
    if ba == 4:
        return x % 2 == 0
    elif ba == 54368639:
        return x % 2 == 1

def g(ba=4, b=54368639):
    if b == 4:
        return ba % 2 == 0
    else:
        return ba

assert f(g())

def f(s: str):
    # ... or other methods...
    if len(s) > 1:
        return False

    if len(s) == 1:
        return True
    if len(s) == 3:
        return True
    if len(s) == 6 or s.num_of_words() < 3:
        return True
    if len(s) == 20:
        return True
    return False

def g():
    return "g"

assert f(g())

def f(n: int):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    return True

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(s: str):
    return s.count('h') == len(s) - max(s.count('o') + 1 for s in sorted(s))

def g():
    return "gh"

assert f(g())

def f(x: int, a=1020):
    return len(str(x + 1)) == len(str(x + 1003))

def g(a=1020):
    return int(a * 1020)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Exclusive' or s == s[::-1] and s == s[::-2] and s == s[::-3])

def g():
    return "Exclusive"

assert f(g())

def f(x: int, a=16295515):
    return -x == a

def g(a=16295515):
    return int(-1) * a

assert f(g())

def f(n: int, k=7012):
    return int(n % k) == 5 ** n

def g(k=7012):
    return int(-3) * k ** 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', '!', 'r', 'd']):
    # split letter-level chars to 3-letter pairs, create the new chars and return them
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', '!', 'r', 'd']):
    # convert char-level chars to 4-letter groups and create new chars and add them
    for c in chars:
        return str(c) + str(chars)

assert f(g())

def f(s: str, word="mesh"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="mesh"):
    return "Mesh"

assert f(g())

def f(x: float, a=10, b=101, c=0, d=3):
    return (x * a) >= 2** (20)

def g(a=10, b=101, c=0, d=3):
    return 3**(a+b+c)/5

assert f(g())

def f(n: int, a=4328, b=4712):
    return n > 0 and n >= b != 0

def g(a=4328, b=4712):
    return a + b

assert f(g())

def f(s: str):
    if len(s) > 5:
        return True
    else:
        return False

def g():
    return str("Hello" + "world")

assert f(g())

def f(x: str, word="c-chg"):
    return 'c-chg' in x

def g(word="c-chg"):
    return 'c-chg' + "chg"

assert f(g())

def f(s: str, word="konjac"):
    a = set(s)
    a_ = 0
    a = 0
    return a_ <= a

def g(word="konjac"):
    return word[0:10] + "konjac"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str in (s.lower(), s.lower())

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(s: str):
    return s.count('u') == 0 or s.count('_oo') == 0

def g():
    return "u"

assert f(g())

def f(x: int, a=1150, b=1598):
    return x > a

def g(a=1150, b=1598):
    return int(a) + b

assert f(g())

def f(s: str, word="antispun", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispun", max_len=10):
    if len(word) <= max_len:
        return word or word[0] == str(word[0])
    return int(word[1:-1]) == len(word[1:-1]) and word[0] == str(word[0]) and word[-1] == str(word[-1])

assert f(g())

def f(x: str, word="konjac"):
    return word == x

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(s: str, a=53913, b=5):
    return s.count("I!") == 1

def g(a=53913, b=5):
    return 'I!'

assert f(g())

def f(a: int):
    return abs(a) < 10 ** -1

def g():
    return abs(int(2)) - 2

assert f(g())

def f(x: str, target="foobarbazwow", length=5):
    return target[(len(target) - length) // 2] == x

def g(target="foobarbazwow", length=5):
    return str(target[(len(target) - length) // 2])

assert f(g())

def f(s: str, word="anonymous", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anonymous", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[:2]) == len(word[2:-2])

assert f(g())

def f(s: str, target="foobarbazwow", width=6):
    return len(s) == 6

def g(target="foobarbazwow", width=6):
    return target[0:6]

assert f(g())

def f(s: str, s1="a", s2="b", s3="c", count1=50, count2=30):
    return s.count(s1) == count1 or s.count(s2) == count2 and s[:10] == s[-105:]

def g(s1="a", s2="b", s3="c", count1=50, count2=30):
    return s1 * count1 or (s1 + s2 + s3) * count2

assert f(g())

def f(x: int, a=75, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=75, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidimitationism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return int(word[1:-1]) == len(word[-1:-1])

def g(word="antidimitationism", max_len=1024):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[-1:-1])

assert f(g())

def f(s: str):
    return s in ["intelligent", "smart" ]

def g():
    return "smart"

assert f(g())

def f(x: int, a=17143214):
    return x == a

def g(a=17143214):
    return int(a)

assert f(g())

def f(s: str, target="do"):
    return s.lower() == target.lower()

def g(target="do"):
    return target[:3]

assert f(g())

def f(x: int, a=53154576):
    return x == a

def g(a=53154576):
    return int(a)

assert f(g())

def f(s: str, a0=123):
    return s in s

def g(a0=123):
    return "123456789" * 2 * 3

assert f(g())

def f(s: str, perm="qtwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    if len(s) == len(target):
        return s.lower() == target or (target == perm.index(c))
    else:
        return s.lower().lower() == target

def g(perm="qtwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    """Ties together as one"""
    if target != perm:
        return target
    if target == perm:
        return "hello"

assert f(g())

def f(x: int, a=2):
    return x * a % 2 == 0

def g(a=2):
    return int(a / 2) + 1

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x <= b

def g(a=8665464, b=-93206):
    return int(int("1234" +"123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == a + b - a - b

def g(a=3, b=23463462):
    return int(a) + (a * (b - a))**3

assert f(g())

def f(n: int, a=15482, b=451296):
    return a >= 0 and a <= b and n is 0 or n != 0 or n < a

def g(a=15482, b=451296):
    return a + 15482 * a + 15482 * b

assert f(g())

def f(x: int, a=50, b=1841):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1841):
    return a + b

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 4

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str):
    return s in s and len(s) > 5

def g():
    return "Test 12345"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) <= len(str(i + 1800))

def g():
    return int(int("123456789" + "1"*6) * 1000)

assert f(g())

def f(b: List[int]):
    return len(b) == 3 or len(b) == 3 and len(b) == 3 and len(b[0][0]) == 3 and len(b) == 3

def g():
    return [1, 1, 2]

assert f(g())

def f(x: str, s="hello", append="hello"):
    return len(x) == len(s) == len(append)

def g(s="hello", append="hello"):
    return str(s).replace('\r', ",")

assert f(g())

def f(x: int, a=6, b=-93206, l=5):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=6, b=-93206, l=5):
    if a == 1:
        return int(x % 2 == 0)
    else:
        return -a + b

assert f(g())

def f(x: int, a=253532, b=1230200):

    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s:
        if c in "aeiouy":
            continue
        assert t[i] != "", f"expecting `.` at position {i}"
        i += 1
    return i == len(t)

def g(s="Problems"):
    if s < "aeiouy":
        return "aeiouy"
    else:
        return "feiiou"

assert f(g())

def f(x: int, a=8912095):
    return x != a

def g(a=8912095):
    return int(int(a) * ((39456789 + 20) + 1) ** 0.5) + 1

assert f(g())

def f(x: int, a=5, b=-1541):
    return x == a + b

def g(a=5, b=-1541):
    return a + b

assert f(g())

def f(s: str, word=""):
    return all(v for v in s if v != word)

def g(word=""):
    return "Hello World"

assert f(g())

def f(n: int, a=339996, b=15000):
    return n > 3 * a

def g(a=339996, b=15000):
    val = 15000
    return val*val

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false') and len(s) == len(s)

def g():
    return 'Permute me false'

assert f(g())

def f(s: str, s1="a", s2="b", n=2):
    return s == s1 if len(s1) == 3 else s == s2

def g(s1="a", s2="b", n=2):
    return s == s1 if len(s1) == 3 else s2

assert f(g())

def f(x: int, a=3021, b=2033, c=15000, cn=50):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=3021, b=2033, c=15000, cn=50):
    if b > 20 and c > 15000:
        return b - a == cn
    else:
        return b + a

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a == b or x == b or x == -382 // 2

def g(a=-382, b=14546310):
    return +-382 // 2

assert f(g())

def f(x: int, a=187900, b=7000, lower_bound=10000, n=6):
    if x > 0 or a > 0:
        return x-a == b
    else:
        return x + a == b

def g(a=187900, b=7000, lower_bound=10000, n=6):
    if a < 0 or b < 0:
        return a + b < limit - 1
    else:
        return a + b

assert f(g())

def f(x: str, s=680):
    return s > sum([int(d) for d in x]) * 2 - 5

def g(s=680):
    return s == "test" or '' if s % 2 == 0 else 1.0

assert f(g())

def f(s: str, a="hello world", b=60, target=18):
    return s <= s

def g(a="hello world", b=60, target=18):
    return str(a > "hello world") + str(b)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s[(len(target) - length)//2]) == len(s[(len(target) >> 2) // 2]) + len(s[(len(target) >> 1) // 2]) // 2

def g(target="foobarbazwow", length=6):
    return "3.1" + "3"

assert f(g())

def f(s: str, n=1324):
    return len(s) == len(s)

def g(n=1324):
    return str(n)*n

assert f(g())

def f(s: str, word="iacute"):
    return s == word + ('acute')

def g(word="iacute"):
    return str(word + ('acute'))

assert f(g())

def f(n: int, m=2147483647):
    return m < n

def g(m=2147483647):
    return m * m

assert f(g())

def f(n: int, a=16, b=11, c=11):
    if n % 3 == 0:
        return n - a != 0
    return n == a * n

def g(a=16, b=11, c=11):
    if a:
        a = 15
    return a*15 + b * 15

assert f(g())

def f(s: str, a=184321191):
    return set(s) <= set("123456789-+*/") and s.count("1") == 1

def g(a=184321191):
    return set([-10, -25]) and "123456789+*/" or "123456789-+*/" or "123456789-+*/" or "123456789+*/" or "123456789+*/" or "123456789+*/" and len(a) == 5

assert f(g())

def f(n: int, a=14302, b=5):
    return a % b + (a/b) >= 5

def g(a=14302, b=5):
    return a % 5

assert f(g())

def f(s: str, target="world", a=50, b=500, length=3):
    return s == target

def g(target="world", a=50, b=500, length=3):
    return "world"

assert f(g())

def f(n: int, x=10):
    return (n - 1) and not(x >= 10 and x < 1)

def g(x=10):
    return int(x) + 1

assert f(g())

def f(e: List[int], d=9911):
    return sorted(e) == list(range(99))

def g(d=9911):
    return sorted(range(99))

assert f(g())

def f(x: int, a=16086, d=13):
    return x - a > d

def g(a=16086, d=13):
    return int(int(a * d) + int(a * d) ** 0.5)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    for i in range(len(target)):
        if target[i].lower().upper():
            return target[i] == s[i]
    return target[:2] == target[:1] and target[0] == s[0] and target[-1] == s[0]

def g(target="reverse me", reverse=True):
    if target:
        return target[:-1]
    return target[1:]

assert f(g())

def f(x: str):
    return x.lower() == x[0] and x.lower() == x[-1]

def g():
    return "2"

assert f(g())

def f(d: int, n=456789+123456789):
    return d > n and all(i in "48" for i in str(str(d).count("2") + str(d).count("1")))

def g(n=456789+123456789):
    return n + 3*(3 * n) + 2*(3 * n)

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return target[(len(target) - length - 2) // 2 + 2] == s

def g(target="foobarbazwow", length=3):
    return target[(len(target) - length - 2) // 2 + 2]

assert f(g())

def f(inds: List[int], m=-1, n=8):
    return sorted(inds) == list(range(999)) and all(inds[i] > i or i == 999 for i in range(m) for i in range(n))

def g(m=-1, n=8):
    return list(range(999))

assert f(g())

def f(key: str, a=342907, b=51316, c=9):
    return str(key).startswith("foobar")

def g(a=342907, b=51316, c=9):
    return "foobar" + "foobar"

assert f(g())

def f(li: List[int]):
    return list(li) == list(range(1000))

def g():
    return list(list(range(1000)))

assert f(g())

def f(prefix: str, i=None):
    return str(prefix).lower() != prefix

def g(i=None):
    return str(i)

assert f(g())

def f(i: int):
    return len(str(i + 100)) >= len(str(i + 1002))

def g():
    return int(int("123123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, s="abcdefghb", t="aAbab"):
    return x.lower() == t.lower()

def g(s="abcdefghb", t="aAbab"):
    return "aAbab"

assert f(g())

def f(nums: List[int]):
    return len(nums) == 3 and min(nums) >= 0

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, s1="abcde", s2="ab", m=5):
    return s1 in s and s2 in s1

def g(s1="abcde", s2="ab", m=5):
    return str(m * s1) + str(m * s2)

assert f(g())

def f(d: int, n=123456789):
    return d > n  # b == a

def g(n=123456789):
    return n * n

assert f(g())

def f(inds: List[int]):
    return all(list(inds) for ind in list(inds))

def g():
    return [0, 2, 3]

assert f(g())

def f(s: str, target="foobarbazwowbar", length=3):
    return target[(len(target) - length) // 2: len(target) + 3: len(target) + 3] == s

def g(target="foobarbazwowbar", length=3):
    return target[len(target) - length]

assert f(g())

def f(t: str, s="abcdefghijklmnopqrstuvwxyz", target=7):
    i = 0
    for c in t:
        if c != s[i]:
            i += 1
    i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdefghijklmnopqrstuvwxyz", target=7):
    return str(s) == target or "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, a=45678, b=10):
    return n // a == b

def g(a=45678, b=10):
    return a * 10 + b

assert f(g())

def f(n: int):
    return 1073258 <= n

def g():
    return int(int("123456789" * 9) + 10722579)

assert f(g())

def f(e: str, text="A-B", sub=['D-E', '-m', '-i', '-d', '-o', '-h', '-e', '-i', '-d', '-o', '-h', '-e', '-i', '-d', '-i', '-o', '-h']):
    return e == text

def g(text="A-B", sub=['D-E', '-m', '-i', '-d', '-o', '-h', '-e', '-i', '-d', '-o', '-h', '-e', '-i', '-d', '-i', '-o', '-h']):
    return text if text else sub

assert f(g())

def f(x: int, a=14302, b=5):
    return x - a > b

def g(a=14302, b=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    if s == 'konjac':
        return True
    else:
        if len(word) != len(s):
            return False
    if word == 'konjac' and word[word.index(y) != y] == 'y':
        return True
    else:
        if len(word) != len(s):
            return False
    return False

def g(word="konjac"):
    return word.replace('-', '-').replace('-','')

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(1000))

def g():
    return list(list(range(1000)))

assert f(g())

def f(i: int):
    if i != 0:
        return True
    else:
        if i / n == 0:
            return False
    return True

def g():
    return int(int("0" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(n: int, a=15):
    return int(a) < 10 or 2 <= n <= 15

def g(a=15):
    return int(a) < 10 or a

assert f(g())

def f(s: str):
    return s == s[::-1] and s.count("a") == 0 or s.count("A") == 0

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return 'abcd' in s

def g():
    return 'abcd'

assert f(g())

def f(x: int):
    return x % 3 == 0

def g():
    return 3

assert f(g())

def f(x: int, a=50, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=72352549):
    return a ** 1 + b

assert f(g())

def f(s: str, target="foobarbazwow"):
    return s in [s, target]

def g(target="foobarbazwow"):
    return "foobarbazwow"

assert f(g())

def f(x: int, a=254714, b=137040):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=254714, b=137040):
    return a + b

assert f(g())

def f(s: str, target="a"):
    if isinstance(s, str):
        return s.lower() == target.lower()
    elif isinstance(s, list):
        return s.lower() == target.lower()
    elif isinstance(s, tuple):
        return s.lower() == target.lower()
    elif isinstance(s, map):
        return s.lower() == target.lower()
    elif oauth3.decode(s.lower()) == target.lower():
        return s.lower() == target.lower()
    return False

def g(target="a"):
    return str(target).lower()

assert f(g())

def f(n: int, v=16, w=100):
    return n > w > 16

def g(v=16, w=100):
    return int(v * w) - 3

assert f(g())

def f(x: int, a=1073258, b=746914):
    return a - x < b

def g(a=1073258, b=746914):
    return int(int(a)**2 + int(b)**2) + int(a**2 + int(b)**2)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != s[i] and i == 0:
            if i == len(word):
                return False
    return True

def g(word="konjac"):
    return "Hello konjac"

assert f(g())

def f(x: int, b=10440140):
    return x == b

def g(b=10440140):
    return int(b)

assert f(g())

def f(s: str, word="konjac"):
    return len(s) == len(set(word))

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(str: str, sub_str="foobar", index=2):
    return str.lower() == sub_str

def g(sub_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(n: int, t=224224):
    return n * t > 224224

def g(t=224224):
    return (int(t) + (t >> 8)) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 20:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0 and b < 20:
        return -1 * (a + b) + 10
    else:
        return a + b

assert f(g())

def f(s: str, word="abstractes", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[max_len:-1]) == len(word)

def g(word="abstractes", max_len=10):
    if len(word) >= 3:
        return word and word # should go there...
    return int(word) == max_len

assert f(g())

def f(s: str):
    return s == 'Hello world'

def g():
    return 0 or 'Hello world'

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == v * z

def g(v=9, d=0.0001):
    return (float(v) / d ) % 10

assert f(g())

def f(t: str, s="Hello world"):
    return t[0] == s[0]

def g(s="Hello world"):
    return str("Hello world")

assert f(g())

def f(x: int, a=1061325, b=7265):
    return x * 2 + a <= b

def g(a=1061325, b=7265):
    return int(int(a) * (10 - b))

assert f(g())

def f(x: str):
    return str(x).startswith("123456789")

def g():
    return "1234567891289"

assert f(g())

def f(s: str, a="hello", b="yellow", length=2):
    return len(s) != len(s) - 1

def g(a="hello", b="yellow", length=2):
    if len(a) == len(b) - 1:
        return ("hello")
    if len(a) != len(b):
        return "yellow" + (a, "hello")
    if len(a) != len(b):
        return "yellow" + (a, "yellow")
    if len(b) == len(a):
        return len(b) - 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 1 and s[-1] != word[-1]:
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i + 10001)) and len(str(i + 2001)) == len(str(i + 10010))

def g():
    return int(int("1023456789" + "3999999999") ** 9) + 1

assert f(g())

def f(x: float):
    return x >= 90.0

def g():
    return float(1) * float(100) + float(100)

assert f(g())

def f(h: int, u=0.50010):
    return h > 0

def g(u=0.50010):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(start: int, k=2, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) < lower

def g(k=2, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    if seq != 0:
        return 2 + 1
    else:
        return 0 < k < 100 < n

assert f(g())

def f(x: int, a=272664, b=226421, upper_bound=478475):
    if x > 0 or a > 272664:
        return x - a == b
    else:
        return x + a == b

def g(a=272664, b=226421, upper_bound=478475):
    if a < 272664:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=500):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-word[-1]) == len(word[0]-word[-1]) and word[0] == s[0]-word[-1]

def g(word="antidisestablishmentarianism", max_len=500):
    if len(word) <= max_len:
        return word
    return int(word[-1]+word[-2]) == len(word[:-1])

assert f(g())

def f(x: str):
    return x != 0 or x[0] == 1

def g():
    return '123456789'

assert f(g())

def f(x: int, a=5, b=11):
    assert a <= x and b <= 11 or a != b or a < -11
    assert x % 4 == 0
    assert b > -11
    return True  # ok

def g(a=5, b=11):
    return int(a + b) ** 2

assert f(g())

def f(s: str):
    return s.count('i') == 1 and s.count('i + 1') == 0

def g():
    for i in range(1000):
        if i == 0:
            return "i"
    return 'i'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) % 2]

assert f(g())

def f(y: int, a=2022):
    return y - y >= -5.5

def g(a=2022):
    return a + 2

assert f(g())

def f(x: List[int], a=6200):
    def my_counts():
        print("Entering 1, 2 and 3", [1, 2, 3, 4, 5, 6], 0)
        return my_counts()
    return True

def g(a=6200):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str):
    return s == "a"

def g():
    return str("a")

assert f(g())

def f(s: str, word="antidisestablishmentary", max_len=10):
    return s == word

def g(word="antidisestablishmentary", max_len=10):
    return word

assert f(g())

def f(x: int, a=2, b=100):
    return x - a == b

def g(a=2, b=100):
    return a + b

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n * a * b and n % a == 0 and n > upper_bound

def g(a=15, b=27, upper_bound=150):
    return a * b # 0.5 and upper_bound

assert f(g())

def f(s: str):
    return s[0] == s[0] and s[2] == s[2]

def g():
    return "string"

assert f(g())

def f(s: str, target="bazwow", length=9):
    return target[(len(target) - length) // 2:len(target) + len(target) // 2] == s

def g(target="bazwow", length=9):
    return target[(len(target) - length) // 2:len(target) + 5 + length]

assert f(g())

def f(x: int, a=2048, b=1, upper_bound=75):
    if x > 0 or a > 2048:
        return x - a == b
    else:
        return x + a == b
    

    return sum(sum(x) for x in (2, 50, 3500)) == a * b

def g(a=2048, b=1, upper_bound=75):
    if a > 2048:
        return a + b == b
    else:
        return a + b


    return sum(sum(x) for x in (2, 50, 3500)) == a * b

assert f(g())

def f(f: float, a=1080):
    return abs(f - a) < 10 ** -3

def g(a=1080):
    return ((f(0) / 2 + a) + f(1) * a)

assert f(g())

def f(s: str, target="wonderful", limit=3):
    return s.lower() == target

def g(target="wonderful", limit=3):
    return 'wonderful'

assert f(g())

def f(n: int, a=75, b=65, upper_bound=50):
    return n % a + b > 50 and n % a == 0 and b < a

def g(a=75, b=65, upper_bound=50):
    return int(a % b > 50 and sum(a) > 0 and sum(b) > 0)

assert f(g())

def f(t: str, s="abcdcdcdc", target=5):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != s[i + 1] for i in range(len(t) - 1))

def g(s="abcdcdcdc", target=5):
    i = 0
    while s[i]:
        i += 1
        i += 1
        if s[i + 1] != target: return s
        i += 1
    return len(s) >= target and all(s[i + 1] != s[i + 2] for i in range(len(s) - 1))

assert f(g())

def f(x: str, parts=['I!!', '!love', 'dumplings', '!love', ''], string="I😌 love!!dumplings!"):
    if len(x) == 3:
        return x == 'LOL'
    else:
        return x == 1

def g(parts=['I!!', '!love', 'dumplings', '!love', ''], string="I😌 love!!dumplings!"):
    if len(parts) == 3:
        return "LOL"
    else:
        return "LOL"

assert f(g())

def f(x: int, a=253532, b=181424):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a

def g(a=253532, b=181424):
    if a >= 0 and b < 0 or b >= 0:
        return a + b - 0
    else:
        return b + 1

assert f(g())

def f(d: int, n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    if d >= 9 or d < 16:
        return True
    return False

def g(n=18):
    return int(n * n + 1)

assert f(g())

def f(list: List[int]):
    assert len(list) == 6  # 3 for loop to work
    for m in list:
        if m == 1:
            break
        elif m == 1:
            break
    return True  # no loop

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(t: str, s="Problems"):
    return len(t) == len(s) * 1

def g(s="Problems"):
    return "Problems"

assert f(g())

def f(x: int, a=656958, b=-93206):
    if x > 0 or a > 1000000:
        return x - a == b
    else:
        return x - a == b

def g(a=656958, b=-93206):
    return a + b

assert f(g())

def f(x: int, a=1030):
    for i in range(10, a):
        if a%i == 0:
            x -= a % i
            x += a / i
        return x*(x - a) >= 11
    return x + a >= 0

def g(a=1030):
    return int(int(a)) * a

assert f(g())

def f(n: int, a=15325, b=24335, lower_bound=5):
    return n >= a

def g(a=15325, b=24335, lower_bound=5):
    return int(int(a * b) + int(a) + int(b) + int(b))

assert f(g())

def f(x: int, a=345666599, b=10):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=345666599, b=10):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2):
    return s.lower() == word

def g(word="antidisestablishmentarianism", max_len=2):
    return "antidisestablishmentarianism"

assert f(g())

def f(s: str, word="Hello World"):
    return len(s) == 5 and len(s) == 5

def g(word="Hello World"):
    return "hello"

assert f(g())

def f(x: int, a=1020, b=1450):
    return x - a > b

def g(a=1020, b=1450):
    return int(100 * a) + int(5 * b)

assert f(g())

def f(s: str, big_str="foo", index=2):
    if big_str.lower():
        for i in range(2):
            if i == 1:
                return False
            else:
                return True
    return False

def g(big_str="foo", index=2):
    return ""

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for j in range(len(word)):
            r = "SEND"
            if word[i] != r and s[j] != word[j]:
                return False
    return True

def g(word="konjac"):
    return str(word) + "k"

assert f(g())

def f(x: int, a=80, b=60):
    if a > 1:
        if b > 1:
            return True
        if x <= 0.8:
            return False
        return True
    else:
        return False

def g(a=80, b=60):
    l = 6
    if isinstance(a, int):
        l += 1
    else:
        l -= 1

    return l * l + a

assert f(g())

def f(x: int, a=50, b=100):
    if x > 0 or a > 1:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=100):
    return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=506567, b=1314500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=506567, b=1314500):
    return int(a) + int(b)

assert f(g())

def f(id: int, a=3063):
    if a == 3063:
        return True
    return False

def g(a=3063):
    return int(a) * 3 + 1

assert f(g())

def f(i: int):
    return len(str(i + 1000)) >= 13 and len(str(i + 1002)) > 8

def g():
    return int(int("123456789" + "1234567890" * 1002)) + 1

assert f(g())

def f(start: int):
    n = start + 2  # expected negative
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
            n = 3 * n + 1 if n % 2 else n // 2
        if n < start and n > 7:
            return True
            n = n/2 - 3
        if n < start and n > 13:
            return True
            n

def g():
    return int(int("123456789" + "0"*15) ** 0.5) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n or n > d and all(i in "48" for i in str(str(d).count("4")))

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(z: int):
    return z % 2 == 0

def g():
    return 4

assert f(g())

def f(s: str):
    return "Hello world " + s[::-1] != "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str):
    for i in range(10):
        if s[i - 1] == "intelligent":
            return False
    return True

def g():
    return "Intelligent"

assert f(g())

def f(x: int, a=1, b=54368639):
    n = 1000
    return (n - 1.01 + b % 2 + 1) < (x)

def g(a=1, b=54368639):
    return int(int("123456789" + "0"*9) ** 100) + a % 2 + b % 2

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 1000))

def g():
    return int(str("123456789"))

assert f(g())

def f(a: int):
    return a != 2

def g():
    return 3

assert f(g())

def f(x: List[int]):
    return x != 2

def g():
    return [1] or [(1, 1) for x in range(len(x))]

assert f(g())

def f(x: int, a=14302, b=5, upper_bound=150):
    if x > 0:
        m = 1
    else:
        m = 6
    return x / m + m <= 0

def g(a=14302, b=5, upper_bound=150):
    if a < 0 and b < 0:
        return a + b
    else:
        return -a + b

assert f(g())

def f(l: List[int]):
    return len(l) == len(l) and sum(l) == sum(l)

def g():
    return [1,2]

assert f(g())

def f(s: str):
    return s.count("9") > s.count("16")

def g():
    return '123456789'

assert f(g())

def f(prefix_name: str):
    return prefix_name.lower() == prefix_name.lower()

def g():
    return "foo"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'f', 'g', 'n', '', 'd', 'i', 'j', 'u', 'a', 'b', 'c', 'd', 'i', 'c', 'f', 'g']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'f', 'g', 'n', '', 'd', 'i', 'j', 'u', 'a', 'b', 'c', 'd', 'i', 'c', 'f', 'g']):
    if chars is None:
        return None
    return str(chars)

assert f(g())

def f(n: int, dups=42155):
    return dups == n

def g(dups=42155):
    return dups

    def sum():
        assert dups == 42155 and sum(dups) == 42155

assert f(g())

def f(x: float, a=30):
    return abs(x ** 30) < 30

def g(a=30):
    return float(a % 1) + float(a/30)

assert f(g())

def f(n: int, a=30, b=145521):
    for i in range(n):
        x = a*b
        if x > 0 or a > 50:
            return x - a > 50
        else:
            return x + b > 20

def g(a=30, b=145521):
    return int(a * b) + int(b * a) + int(b * b)

assert f(g())

def f(d: int, n=123456789):
    n = d  # could be negative ...
    while abs(n) * d > 123456789:
        if all(i in "123456789" for i in str(str(d).count("1") + str(d).count("2"))):
            return True
        d += 2
        if i not in end:
            break
        i += 1
    return None

def g(n=123456789):
    return (n * n) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", min_len=100):
    if len(word) <= min_len:
        return word == s
    return int(s[1:-1]) == min_len

def g(word="antidisestablishmentarianism", min_len=100):
    if len(word) <= min_len:
        return word
    return int(word)

assert f(g())

def f(t: str, target=25, n=100):
    return 0 <= target <= len(t)

def g(target=25, n=100):
    return str(target) * 1000

assert f(g())

def f(x: int, a=1038, b=47, upper_bound=150):
    return x % 2 == 0

def g(a=1038, b=47, upper_bound=150):
    return x ^ -1 if upper_bound > a else a

assert f(g())

def f(m: int, a=5129, b=-93206):
    return m > a

def g(a=5129, b=-93206):
    return int(a - b) * 5

assert f(g())

def f(s: str, word="Mm"):
    for i in range(len(word)):
        if word[i] == word[i] and s[i] == word[i] and i == 0:
            if s[i] == word[i]:
                return True
    return False

def g(word="Mm"):
    return word[0]+word[1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[:len(word)]) == len(word)

def g(word="antidisestablishmentarianism", max_len=100):
    if max_len > 2 or max_len < 1:
        return word

assert f(g())

def f(modes: List[int]):
    return len(modes) <= 4 and len(modes) <= 8

def g():
    return [1, 2]

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == len(word) and s != word:
        return False
    if len(word) == len(s):
        return True
    if len(s) == len(word)-1:
        return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 and word[i] != word[i].upper():
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "".join((perm[(perm.index(c) + 1) % len(perm)] if c == perm else c) for c in s) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(s: str, a="a"):
    return len(s) == len(a) and s in a and len(s) == len(a) == len(s)  # more

def g(a="a"):
    return a                                                              # more

assert f(g())

def f(p: List[int], b=23454545432234, m = 12345345678_45453454):
    return p[2] != m

def g(b=23454545432234, m = 12345345678_45453454):
    return [5, 0, 0, 1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=105):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=105):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(sides: List[str]):
    return len(sides) == len(set(sides))

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(x: int, a=1000, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1000, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=15, b=1245678):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=1245678):
    if a < 50 and b < 1245678:
        return a + b
    else:
        return a + b

assert f(g())

def f(i: int, k=16):
    q = 0
    while k < i:
        q += 1
        if i < (0 <= k < 16):
            q += 1
        if q % 2 == 1:
            return i < (2 * i + k)
        if q % 2 == 1:
            return i < (i + 1 + k)
    return i < (i + 1 + k - 32)

def g(k=16):
    return (2 * k) + 1 * k

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z / 1.0) == v

def g(v=9, d=0.0001):
    return int(v * v) / (1.0 * v)

assert f(g())

def f(s: str):
    return 'world' in s

def g():
    return "world";

assert f(g())

def f(n: int, a=345346363, b=10, i=2):
    if (a < 0) or (a > 0) and (i < 20):
        assert a < n
        n -= 1 + (i - 20)
    return n * n + a // n != 1

def g(a=345346363, b=10, i=2):
    return 10*a + (b-i) - 2

assert f(g())

def f(x: int, a=925967, b=1374898):
    return x - a == b

def g(a=925967, b=1374898):
    return int(a + b)

assert f(g())

def f(s: str):
    return s >= s[:-1]

def g():
    return "hello"

assert f(g())

def f(s: str, target="foobarbazwow", length=6, m=20201):
    return target[(len(target) & 0x0F0000010) % 2 + 1] == s

def g(target="foobarbazwow", length=6, m=20201):
    return target[(len(target) & 0xF) % 2 + 1]

assert f(g())

def f(s: str, target="foobarbazwow", length=9):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=9):
    return target[target.startswith("foo")]

assert f(g())

def f(n: int, v=10000):
    if v <= n and v * 3 == 0:
        return n < v
    else:
        return n > (v * 3)

def g(v=10000):
    return int(100000 * v)

assert f(g())

def f(x: int, a=1024, b=13773770):
    return x - a > b

def g(a=1024, b=13773770):
    return a^b + b^a

assert f(g())

def f(i: int, a=2, b=-1, c=10, r=0):
    return i > r - c

def g(a=2, b=-1, c=10, r=0):
    return int(int(a * b ** 2) + int(c * r ** 2))

assert f(g())

def f(n: int, l=12345.0, b=0):
    return n // l >= 3

def g(l=12345.0, b=0):
    return int(l - 3) * 10 + int(l) * 3

assert f(g())

def f(x: int, a=30000, b=80000):
    if x > 0 or a > 50:
        return x + b > a
    else:
        return x - a + b

def g(a=30000, b=80000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    return s[::-1] == word[::-1] and  s[::-1] == word[::-1]

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'f', 'm', ' '], k=1):
    s = {}
    for c in s:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'f', 'm', ' '], k=1):
    if chars:
        return (chars[k]
        and chars[k] == 'a' or 'a' or 'b' or 'b' or 'c' or 'c' )
    else:
        return False

assert f(g())

def f(s: str, max=255, word="Antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(max(min(word) for word in s))

def g(max=255, word="Antidisestablishmentarianism", max_len=50):
    if len(word) <= max:
        return word
    return int(max(min(word) for word in s))

assert f(g())

def f(s: str):
    return len(s) == len('a')

def g():
    return "a"*len("0")

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == 1 * a

def g(a=345346363, b=10):
    return a * b

assert f(g())

def f(n: int, a=945, b=62752656):
    return a + b == n

def g(a=945, b=62752656):
    return a + b

assert f(g())

def f(s: str, alpha=1e-5, b=80):
    return str(s).startswith(("123.456", 9, 7))

def g(alpha=1e-5, b=80):
    return '123.456'

assert f(g())

def f(x: int, a=1020120201):
    return x >= a

def g(a=1020120201):
    return int(a) ^ 5

assert f(g())

def f(s: str, word="manifeste"):
    if len(word) > len(s):
        print(word)
    return str(word) == s

def g(word="manifeste"):
    return word

assert f(g())

def f(s: str):
    return s in ["hello world", "Hello world"]

def g():
    return str("Hello world")

assert f(g())

def f(b: str, m=10, n=10):
    return b == 'I!!'

def g(m=10, n=10):
    return 'I!!'

assert f(g())

def f(x: str, a=1020, b=10):
    return len(x) >= 4

def g(a=1020, b=10):
    return str(a and str(a) == 1020)

assert f(g())

def f(c: str, word="antidisestablishmentarianism", max_len=10):
    if len(c) <= max_len:
        return str(c) == word
    return c != word

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len > 1:
        return "Antidisestablishmentarianism"
    else:
        return "Antidisestablishmentarianism"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i < len(word) + 1:
            if s[i] != word[i].lower():
                return False
        return True
    return False

def g(word="konjac"):
    return str(word.lower())

assert f(g())

def f(s: str, target="down", target_size=0):
    return s == target

def g(target="down", target_size=0):
    return target

assert f(g())

def f(n: int):
    return n < 5 and n < 10

def g():
    return int(f(10 + f(0 + f(1) + 1000)))

assert f(g())

def f(x: float):
    return x >= 0 and x <= 3.1415

def g():
    return 1.0

assert f(g())

def f(s: str, word="konjac"):
    m = s[0]
    for i in range(len(word)):
        if m == 0:
            if s[i] != word[i]:
                return False
        elif s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, a="world", b=['tree', 'fly', 'dot']):
    return s in [b, a]

def g(a="world", b=['tree', 'fly', 'dot']):
    return a if b else []

assert f(g())

def f(t: str, s=")"):
    return t == s

def g(s=")"):
    return str(s[::-1])

assert f(g())

def f(s: str, target=7):
    return s in ["My name is James"]

def g(target=7):
    return "My name is James"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1110):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) < max_len

def g(word="antidisestablishmentarianism", max_len=1110):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) < max_len

assert f(g())

def f(s: str, v=8, w=100):
    return s.count("s") == w or len(s) == 1

def g(v=8, w=100):
    return str(v)

assert f(g())

def f(x: int, a=1, b=256):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=256):
    return a + b

assert f(g())

def f(n: int, year_len=365):
    return (n + 0.5) * 2 <= year_len - 1 and (n - 1) * 2 <= n - 2

def g(year_len=365):
    if (year_len >= 3 * 24):
        year_len = -1

    if (year_len < 3 * 24):
        year_len = 1
    else:
        year_len = 25

    return year_len - 3 * (24 - year_len)

assert f(g())

def f(q: int, n=1, q_min=2147483647, q_max=36590732):
    assert q*2 > q_min
    return q*3 > q_max

def g(n=1, q_min=2147483647, q_max=36590732):
    return (n*q_min + 1 * (n-1) * (n-2) + 1)**32

assert f(g())

def f(s: str, word="clay"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="clay"):
    return str(word)

assert f(g())

def f(s: str, seed=1, index=2):
    return s == 'foobar' or seed == 2

def g(seed=1, index=2):
    return "foobar" or 0

assert f(g())

def f(n: int):
    return n >= 0 or n <= 7

def g():
    return int(int("123456789" + "0"*19)**9) + 2

assert f(g())

def f(x: int, a=1020, b=-93206):
    return x - a < b

def g(a=1020, b=-93206):
    return int(a * b ^ 9)

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return s.index(a) != b or (c.index(a) >= index)

def g(a="hello", b="yellow", length=4):
    return "hello" + str(a) if str(a) else "yellow"

assert f(g())

def f(n: int):
    return str(n * n).startswith("34567890")

def g():
    return int(int("34567890" + "0"*9) ** 0.5) +1

assert f(g())

def f(s: str):
    return set(s) >= set("20-+*/");

def g():
    return "20-+*/";

assert f(g())

def f(x: int, a=253532, b=1230300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230300):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=253532, b=-1160, upper_bound=5000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=-1160, upper_bound=5000):
    if a >= 50 and b < -1160:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 2:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konkjac"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    if len(word) < 3:
        return False
    return True

def g(word="konjac"):
    return word if word else 0 < len(word)

assert f(g())

def f(nums: List[int]):
    return min(nums) == min(nums[0], 5)

def g():
    return [1]

assert f(g())

def f(x: int, y=72352549):
    return 1 + x >= y

def g(y=72352549):
    return (y * 7 + 1) * 7 + 1

assert f(g())

def f(x: int, a=1030, b=8192):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x - a == b

def g(a=1030, b=8192):
    if a > 0 or b > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, l=80):
    return s == "Hello world"

def g(l=80):
    return ("Hello world")

assert f(g())

def f(n: int, a=15483):
    return a < n or n >= a and abs(1 - abs(a) < 0.5) <= 1 and 0 < a <= abs(1 - a) < 2

def g(a=15483):
    return int(5) + a

assert f(g())

def f(x: int, a=125, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=125, b=1230200):
    if a < b:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: List[int], a=101, b=3):
    return x[0] == a and x[-1] <= b and x[-1] <= b and x[-1] <= b

def g(a=101, b=3):
    return [a for a in (101, 3)]

assert f(g())

def f(x: int, a=123215, b=145433):
    if x > 0 or a > 50:
        return x - a == b
    else:
        if a > 50:
            return x + a
        else:
            return x + a

def g(a=123215, b=145433):
    if a > 50:
        return a + b
    else:
        if a < 50:
            return a
        else:
            return x + b

assert f(g())

def f(x: int, a=17, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=17, b=100):
    if a > 50 and b > 100:
        return a > b
    else:
        return a + b

assert f(g())

def f(s: str, word="SellYouAreNot"):
    caps = 0
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                caps += 1
    return s[i] == word[i]

def g(word="SellYouAreNot"):
    return "SellYouAreNot" * 12

assert f(g())

def f(n: int, a=11353822):
    return n == a

def g(a=11353822):
    return a

assert f(g())

def f(xz: str, b=13585598):
    if xz:
        return True
    else:
        return False

def g(b=13585598):
    return str(b * 13585598)

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd', 'e', 'f']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'd', 'e', 'f']):
    assert isinstance(chars, List)
    assert chars == ['a', 'b', 'c', 'd', 'e', 'f']
    return str(chars)

assert f(g())

def f(n: int, a=3, b=234636):
    return b // n == a

def g(a=3, b=234636):
    return b // a

assert f(g())

def f(x: int, a=1073258, b=72352548):
    return x > b

def g(a=1073258, b=72352548):
    return int(a * 9 + b * 72352548)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            i = 0
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_depth=256):
    if len(word) <= max_depth:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[0] and word[-1] == s[-1] and word[-2] == s[-2]

def g(word="antidisestablishmentarianism", max_depth=256):
    if len(word) <= max_depth:
        return word
    return int(word[2:-2]) == len(word[1:-1]) and word[1:-2] == word[0] and word[-2] == word[1]

assert f(g())

def f(s: str, substrings=['x']):
    return all(sub in s[i::len(substrings)] for i, sub in enumerate(substrings) if i == 0)

def g(substrings=['x']):
    return str(substrings.index("x") for sub in substrings)

assert f(g())

def f(m: int, a=3, b=123456789, c=47):
    return m > b + a

def g(a=3, b=123456789, c=47):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    return float(x) > 0

def g(a=1020):
    return float(a)

assert f(g())

def f(name: str, s = "a", subs=""):
    return s.count(name) == 1  # not for every s

def g(s = "a", subs=""):
    return s

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return s.count("1") == 1  # no-key

def g(a="hello", b="yellow", length=4):
    if a == b:
        return "hello world"
    else:
        return "world[1,b]";

assert f(g())

def f(n: int):
    m = n + 1
    if n == m:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    for c in s:
        if c != c.lower():
            return False
    return True

def g():
    return "string"

assert f(g())

def f(s: str):
    """This is a simple way for a single player to jump into a square without actually moving. """
    if isinstance(s, str):
        return s == "Hello World"
    else:
        return "Hello World"

def g():
    """This is a simple way for a single player to jump into a square without actually moving."""
    return "Hello World"

assert f(g())

def f(s: str):
    if s.isdigit():
        return len(s) == 1
    return 0

def g():
    return "3"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s[::-1] == target:
        return True
    t1 = s[0]
    t2 = s[1]
    for i in range(len(t1) + 1):
        assert t1[i] == target
    assert t1[0] == target
    assert t2[0] == target
    assert t1[1] == target
    assert t2[1] == target
    assert t1[2] == target
    assert t1[3] == target
    assert t1[4] == target
    assert t1[5] == target
    assert t1[6] == target

def g(target="reverse me", reverse=True):
    if target:
        if reverse:
            return target[::-1]
        else:
            return false
    return target

assert f(g())

def f(d: int, n=1021):
    return d >= n and ((n / 2) + 1) > 1e-9

def g(n=1021):
    return n * n + 1;

assert f(g())

def f(s: str, word="konjac"):
    y = s[::-1]
    if s[::-1] != word[::-1]:
        return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, a=['cat', 'dot', 'bot'], b=['tree', 'fly', 'cat', 'dot']):
    for c in a:
        if c not in s:
            return False
    return True

def g(a=['cat', 'dot', 'bot'], b=['tree', 'fly', 'cat', 'dot']):
    return str(a) if a else b

assert f(g())

def f(x: int, a=102031351):
    return x ** 2 >= a

def g(a=102031351):
    return int(int("123456789" + "2"*4) ^ 2)

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and p[-1] == 1 and p[-2] == 1

def g():
    return [0, 1, 1, 1]

assert f(g())

def f(n: int, a=3, b=23463462):
    return n % 2 == 0

def g(a=3, b=23463462):
    return a + 3 * a + 3 * b

assert f(g())

def f(x: int, a=72352549, b=72352549+1):
    return x >= a  # got in position x > b

def g(a=72352549, b=72352549+1):
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: int, a=10, b=100):
    return x - a > b

def g(a=10, b=100):
    return int(int(a) + int(b) - int(a) + int(b) - int(a) + int(b) - int(a) + int(b) -int(a) + int(b) -int(a) + int(b) -int(a) + int(b) -int(a) + int(b) -int(a) + int(b) -int(a) + int(b) -int(a) + int(b) -int(a) + int(b))

assert f(g())

def f(x: int, a=1375):
    return x == a

def g(a=1375):
    return int(float(a))

assert f(g())

def f(x: int, t=500, n=10):
    return x >= t

def g(t=500, n=10):
    return (n-1) + t

assert f(g())

def f(d: int, n=123456789):
    return d >= n and all(i in "47" for i in str(str(d).count("4"))) == 0

def g(n=123456789):
    return (n * n) + 1

assert f(g())

def f(s: str):
    return s[0] >= s[1] and s[1] != s[0] and s[1 >= 0] >= s[-1]

def g():
    return "world"

assert f(g())

def f(s: str, u=300, v=300):
    assert len(s) > len(str(u + 1))
    return len(s) > len(str(u + 300))

def g(u=300, v=300):
    return str(u + 300 for u in (300, 300, 300))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=11):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == max(s[1:] + 1) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=11):
    if len(word) > max_len:
        return word
    return int(s[1:-1]) == max(s[1:] + 1) and word[-1] == s[-1]

assert f(g())

def f(z: float, v=9, d=0.0001):
    z = z % 100
    return int(z + 1 / d % 10) == v

def g(v=9, d=0.0001):
    return float(v) % 100

assert f(g())

def f(start: int):
    if abs(start) > 1000:
        return True
    if abs(start) > 0.01:
        return True
    n = 0.6
    while abs(start) < 0:
        if n == 1:
            return True
        n = n + 1 if n % 2 else n // 2
        if n == -1:
            return True
        n = n - 1 if n % 2 else n // 2
    if n == 0:
        return True

def g():
    return int(int("999999999" + "9999" + "9999" + "9999" + "9999")**2 / 2)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a
    for i in range(len(n)):
        if len(s) == len(word) and word[-1] == s[-1]:
            return b == word[:1]
    return n == b

def g(a=345346363, b=10):
    return a or len(word) != b

assert f(g())

def f(s: str):
    return s == "Foo"  # no Foo == Foo

def g():
    return "Foo"

assert f(g())

def f(str: str, string=''):
    return "Hello " + str == "Hello world"

def g(string=''):
    return "world"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - b > a
    else:
        return x + b == a

def g(a=253532, b=1230200):
    return int(int(a*3) + int(b*3) + int(a*2)) + 1

assert f(g())

def f(x: int, a=13135737):
    return x == 1 or x == 9

def g(a=13135737):
    return 1

assert f(g())

def f(x: int, a=1024202001):
    return x >= 1024202010001

def g(a=1024202001):
    return int(a + 1) ** 2

assert f(g())

def f(s: str, word="mood", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mood", max_len=10):
    if len(word) <= max_len:
        return word
    if word not in word:
        return word
    return "mood"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x - a * (b - a) == b

def g(a=253532, b=1230200):
    if a > 2000000 and b > 20:
        return a + b-1 == b
    else:
        return a + b

assert f(g())

def f(n: int, k=6, c=1, d=2031):
    if n >= 0:
        c = 1
    return n >= 0

def g(k=6, c=1, d=2031):
    if k > 0:
        c = 1
    return 9

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == n:
            return True
        n = max_len(n) + n
        if max_len:
            return True
        if n == m:
            return True
        if n == max_len:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 2) + 1

assert f(g())

def f(x: int, a=6221245, b=6544):
    return x + (a == 6221245) ** 2 > 1072246

def g(a=6221245, b=6544):
    return 1 + (a < 1072246) + 6221245

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        i = 0
        if word[i] == 'konjac':
            return false
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: float):
    x = x + 3.1415
    return x > 255

def g():
    return float(int(int("123456789") - 1))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) < len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "Hello konjac"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == 1 * a

def g(a=345346363, b=10):
    return int(b * a + 1)

assert f(g())

def f(s: str, p=2):
    return len({s[0] + s[1] + s[2] + s[3]}) <= len({s[0] + s[1] + s[2] + s[3]}) or len({s[0] + s[1] + s[2] + s[3]})

def g(p=2):
    return "123456789123456789123456789123456789123456789123456789"

assert f(g())

def f(nums: List[int]):
    """
    Compute a list of numbers within the specified range.
    """
    return (nums[1] - nums[2]) <= 1

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=1021):
    if x > 0 or a > 10:
        return x - a > 0
    else:
        return x + a

def g(a=1021):
    return int(a % 10) + a

assert f(g())

def f(s: str):
    return s.count('o') > 0 and s.count('oo') < len(s)

def g():
    return 'o'

assert f(g())

def f(n: int, a=1023):
    return n % a >= 0 and a < n

def g(a=1023):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s) == 2

def g():
    return str(16 * 32 + str(20).count("0"*33) + 1)

assert f(g())

def f(o: int, a=80998324991518, b=0):
    if o != 0:
        # No caps
        return True
    return False

def g(a=80998324991518, b=0):
    return int(a * (80998324991518 + 0)) + 1

assert f(g())

def f(s: str, word="kontakt"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontakt"):
    return word[0] or word[1] in words

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 0:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230200):
    if a < 0 or b > 0:
        return a + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Fruit wood') and s == s[::-1][::-1]

def g():
    return "Fruit wood"

assert f(g())

def f(pos: int, m=1234578987654321, n=4):
    return pos >= m or pos == m

def g(m=1234578987654321, n=4):
    return m + n

assert f(g())

def f(x: int, a=8383699, b=-12):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=8383699, b=-12):
    if a == 8383699:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", index=0, length=6):
    return target[(len(target) - length) // 1] == s

def g(target="foobarbazwow", index=0, length=6):
    return target[(len(target) - length) // 1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    elif len(word) >= max_len:
        return word == s
    elif len(word) == max_len - len(word) and s in a:
        return s[0] == max(s[0])
    return word[-max(s)[1:]].apply(sum)

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return "antidisestablishmentarianism"
    elif len(word) == max_len - len(word) and s in a:
        return s[0][-max(s)[1:]].apply(sum)
    return word[-max(s)[1:]].apply(sum)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x == a

def g(a=8665464, b=-93206):
    return int(a * 9** a** b)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS", b=7):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS", b=7):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return (s.lower() if caps > len(s) // 2 else s.lower())

assert f(g())

def f(s: str, word="johannes"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="johannes"):
    return "johannes"

assert f(g())

def f(x: int, a=6350):
    return x == a

def g(a=6350):
    return a

assert f(g())

def f(s: str, word="permanent", max_len=20):
    if len(word) <= max_len:
        return word == s
    else:
        return 'permanent'

def g(word="permanent", max_len=20):
    if len(word) <= 50:
        return word
    else:
        return 'permanent'

assert f(g())

def f(s: str, word="krogan", c="h", d=5):
    for c in s:
        if c != c.lower():
            return False
    return True

def g(word="krogan", c="h", d=5):
    return "h,l,d=h,h,l,d=h,h,l,d,h,l"

assert f(g())

def f(s: str, s1="a", s2="b", n=3):
    return s1 in s < s2

def g(s1="a", s2="b", n=3):
    return (s1 * (n - 1) + (s2 * (n - 2) + (s1 * (n - 1)) + (s2 * (n - 1) + s1)))

assert f(g())

def f(nums: List[int]):
    return all(i in range(100000) and abs(i * i - j) <= n for i, j in nums if i < j)

def g():
    return []

assert f(g())

def f(s: str, n=8):
    a = 'hello world' or ('Hello world',)
    if n < 16:
        return 'world' in s if n < 32 else s
    else:
        return s[0] + s[1] or s[1] + s[2] or s[2] + s[3] or s[3] + s[1] + s[1] + s[2] or s[1] + s[1] + s[2] + s[2] + s[3]

def g(n=8):
    return 'hello world' or ('Hello world',)

assert f(g())

def f(s: str):
    return s == "hello world" or s == "Hello world"

def g():
    return "hello world"

assert f(g())

def f(t: str, s=6):
    for i in range(len(t)):
        if i % 7 == 0:
            if s != len(t):
                s = i / 2 and s != 2
            else:
                s ^= i
    return s > 0 or s < 0 and s == s and s != s

def g(s=6):
    return "123456789" + "0" * -1

assert f(g())

def f(x: float, a=10240):
    return abs(x ** 2 - a) > 10240 and x > 0

def g(a=10240):
    return abs(a + (a > 0)) -    0.5

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a :
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0 and b :
        return x - a == b
    else:
        return a + b

assert f(g())

def f(x: int, a=100, b=14500):
    if x > 0 or a < 100:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=14500):
    return int(a) + int(b)

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) >= lower

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return (k + 1) * ((2 + 5) % 2) + (2 + 5) % 2

assert f(g())

def f(s: str):
    return len({s}) == len(s)

def g():
    return str(str(len({1}) + 1))

assert f(g())

def f(t: List[int], h=16):
    return len(t) == 16

def g(h=16):
    return [i for i in range(h)]

assert f(g())

def f(x: int, a=66, b=-93206):
    return x + a ** 2 <= b

def g(a=66, b=-93206):
    return a + b -93206

assert f(g())

def f(s: str, target_prob=0.5):
    for c in "0123456789":
        if c not in s:
            return False
    return True

def g(target_prob=0.5):
    s = "0123456789"
    return "01123456789"

assert f(g())

def f(n: int, a=2, b=1):
    return a and b == 1

def g(a=2, b=1):
    return a-b

assert f(g())

def f(n: int):
    return str(n + 3).startswith("12345678")

def g():
    return int(int("123456789" + "0"*3) + 1)

assert f(g())

def f(n: int, a=113221180):
    return 0 <= a < n

def g(a=113221180):
    return int(a*a) + 1

assert f(g())

def f(z: float, v=9):
    return int(z / 9) == 0.000

def g(v=9):
    return float(v) / 9

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b + a == b

def g(a=253532, b=1230200):
    if a > 50:
        return a + b

assert f(g())

def f(x: int, a=232844, b=1864):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=232844, b=1864):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(a: int, b=1000, s=63):
    if (s >= 0 and s < 3):
        return b == 0
    else:
        return a == b

def g(b=1000, s=63):
    if (b >= 500 or b < 999):
        return b
    return 3 + b

assert f(g())

def f(start: int):
    if start < 1000:
        return False
    return True

def g():
    return int(int("123456789" + "123456789") * 1.2)

assert f(g())

def f(b: int):
    return b >= 0 and b < 10

def g():
    return 1 + 1 + 1

assert f(g())

def f(x: int, a=2028, b=121818):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + a == b

def g(a=2028, b=121818):
    return a * b

assert f(g())

def f(p: List[int], a=1020, b=100):
    return p[0] == a and p[-1] == b

def g(a=1020, b=100):
    return [1020, 100]

assert f(g())

def f(n: int):
    return n == 0 or n == 1 or n > 100

def g():
    return 1

assert f(g())

def f(s: str, word="kunfuq"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kunfuq"):
    return word[:len("a")]

assert f(g())

def f(s: str, n=3723):
    return (s.count('123') == 1 and s.count('123') == 1)

def g(n=3723):
    return '123456789' + '-124'

assert f(g())

def f(d: int, n=123456789):
    return d > n - 2.5416

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 or b > 1000000:
        return x - a == b
    else:
        return x - b or x == b

def g(a=5, b=1230200):
    return int(a ^ b) if a < b else a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) >= max_len:
        return string("antidisestablishmentarianism")
    else:
        return str(word)

assert f(g())

def f(x: float, a=1020):
    return (x ** 2 - a * 2) * x < 0

def g(a=1020):
    a = 1
    return a / 2

assert f(g())

def f(s: str, m=12/16):
    s = s + '\0'
    return s in s * 5 and s.count('\0') == 2

def g(m=12/16):
    m = 6
    return '\0         '
    num = num * m - m
    return num + '\0' + num.ctype(m[5*n])

assert f(g())

def f(s: str, target="foobarbazwow", n=4):
    return target[(len(target) - n) // 2] == s

def g(target="foobarbazwow", n=4):
    return target[(len(target) - n + 1) // 2]

assert f(g())

def f(nums: List[int]):
    a, b = nums
    return a < a or min(a, b) == min(b, a) or min(a, b) < min(b, a)

def g():
    return [2, 3]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target or s.lower() == target

def g(target="reverse me", reverse=True):
    return target or target

assert f(g())

def f(d: int, n=256):
    return d > n

def g(n=256):
    return int(n * n) + 1

assert f(g())

def f(s: str, start=5):
    return len(s) == 1

def g(start=5):
    return str(start).replace('123456789', '0')

assert f(g())

def f(x: int, c=500000, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - c == a
    else:
        return x - c + a

def g(c=500000, a=253532, b=1230200):
    if c == 0:
        return "Hello world"
    else:
        return c + a

assert f(g())

def f(s: str):
    if len(s) < 20:  # number of items
        return len(s) > 10
    return s[:2] == 'world'

def g():
    return "world[0]+b\n"

assert f(g())

def f(nums: List[int], n=8):
    return len(nums) == len(set(nums)) == len(nums) and sum(nums) == n

def g(n=8):
    return [0, n]

assert f(g())

def f(s: str, a=['cat', 'dot', 'tree'], b=['tree', 'fly', 'dot']):
    return s in a and s in b

def g(a=['cat', 'dot', 'tree'], b=['tree', 'fly', 'dot']):
    return a and b[0]

assert f(g())

def f(s: str, word="knovjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="knovjac"):
    return word[0]

assert f(g())

def f(x: float, a=1, b=-15052):
    return x - a == b

def g(a=1, b=-15052):
    return float(a + b)

assert f(g())

def f(n: int, a=15482, b=23223, length=4):
    return n % a == 0 and n % b == 0 and n <= length

def g(a=15482, b=23223, length=4):
    return int((a) / (b) % (length))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=60):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=60):
    if len(word) <= max_len:
        return word
    return int(word[:1]) == max_len

assert f(g())

def f(s: str, word="hokus"):
    return len(s) == len(word)

def g(word="hokus"):
    return str(word)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "46" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * 6

assert f(g())

def f(n: int, a=16, b=8):
    return (n / 8 + a) != a

def g(a=16, b=8):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(name: str, k=3):
    return name.lower() == "[\\w\\d\\z\\-]?"

def g(k=3):
    return "[\\w\\d\\z\\-]?"

assert f(g())

def f(n: int, a=1, b=2656):  # 1 - 1 = 1 is 1, 2 - 2 = 2
    return (n-1 + 1) == (n-2 + 1) + 1

def g(a=1, b=2656):
    return (a-1) * (b-2656) + 1

assert f(g())

def f(p: List[int], m=10, n=10):
    return n == p or m == n or (m == n or n == p)

def g(m=10, n=10):
    return [n, m]

assert f(g())

def f(s: str):
    s = str(s)
    if s != "foobar":
        return False
    return True

def g():
    return "foobar"

assert f(g())

def f(x: int, a=117957, b=702628):
    if x > 0 or a > 50:
        return x - a == b
    if x > 0 or a > 50:
        return x + a == b

def g(a=117957, b=702628):
    if a > 10:
        return a + b
    if x > 0 or a > 10:
        return x + a - b

assert f(g())

def f(n: int, t=1):
    return str(n * n).startswith("123456789")

def g(t=1):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] == 0:
            if m == 0 or m == 1:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(h: str):
    return h[0] != 0

def g():
    return ("123456789" + "0"*9)

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if s[i] != s.count(i):
            return False
    return True

def g():
    return ""

assert f(g())

def f(s: str, target="reverse me", lower_bound=5):
    if len(s) == 0:
        return None
    if len(s) == 1:
        return s.lower() in target and lower_bound == 5
    else:
        return s[0] == target and target[0] == s[1]

def g(target="reverse me", lower_bound=5):
    if len(target) == 4:
        return None
    if lower_bound == 5:
        return target[0] or 0
    else:
        return target[0]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a <= b and b < x

def g(a=1073258, b=72352549):
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(tot: int, nums=[2, 8, 3, 4, 5, 1, 5, 5], thresh=17):
    return tot == sum(1 if i < thresh else 2  for i in nums)

def g(nums=[2, 8, 3, 4, 5, 1, 5, 5], thresh=17):
    return sum(1 if i < thresh else 2 for i in nums)

assert f(g())

def f(s: str, word="O"):
    for i in range(len(s) - 1):
        if i == 0:
            if s[i] != s[i + 1]:
                return False
    return True

def g(word="O"):
    return "O" if word == "O" else ""

assert f(g())

def f(x: int, a=1434, b=1230680):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1434, b=1230680):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x == 0

def g(a=8665464, b=-93206):
    return 0 if a == 0 else a

assert f(g())

def f(n: int, b=1000):
    return b == n

def g(b=1000):
    return int(b)

assert f(g())

def f(x: int, a=100, b=10186916):
    return x < -100 or x >= 10186916

def g(a=100, b=10186916):
    return int(a * (b - 1))

assert f(g())

def f(pos: int):
    if abs(pos) > 100:
        return True
    pos = abs((pos < 100) + 10)
    for c in pos:
        if c in s:
            pos += 1
        pos = abs(pos) + 10
        pos = abs(pos) % 2 == pos and abs(pos) != c % 2
    return pos >= 100

def g():
    return (int(int(3) + 6) << 21)

assert f(g())

def f(x: int, a=1180211, b=20):
    return x * (a + b) >= 1.0 and x >= a

def g(a=1180211, b=20):
    return int(int("123" + "0"*9) * (a + b) / 4)

assert f(g())

def f(s: str, c=3):
    return s == "Hello world"

def g(c=3):
    return "Hello world"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + x == b

def g(a=1073258, b=72352549):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == s[::-1] and s[-1] == s[-1] or s[-1] == s[-1]

def g():
    return "World"

assert f(g())

def f(n: int, a=3751455, b=3):
    return n > a

def g(a=3751455, b=3):
    return int(str(a)) + 1

assert f(g())

def f(s: str):
    return s + 'world' == 'Hello world' or s.count('hello world') == 1

def g():
    return "hello world"

assert f(g())

def f(s: str, word="pag"):
    return s.lower() == word

def g(word="pag"):
    return "pag"

assert f(g())

def f(s: str, word="taht"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="taht"):
    return word[0]

assert f(g())

def f(n: int, a=65536, b=10):
    return n // a == b

def g(a=65536, b=10):
    return int(a * b)

assert f(g())

def f(s: str):
    return s == 'Iam' and s == 'Iam'  # same as above

def g():
    return 'Iam'

assert f(g())

def f(z: float, v=9, d=0.01):
    return int(z * 1 / d % 10) == v and z < 20

def g(v=9, d=0.01):
    z = float(v)
    return int(z ) * d % 10

assert f(g())

def f(v: int):
    return v != 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=28, b=214738):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=28, b=214738):
    if a < 50:
        return a + b
    else:
        return a / b

assert f(g())

def f(s: str, target="reverse, me"):
    return s[0] in target and s[1] in target

def g(target="reverse, me"):
    return "me"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 100

def g():
    return [str(i + 2) + "0" for i in range(100)]

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(2)])

def g():
    return [1, 2, 3]

assert f(g())

def f(path: str):
    return path[0] == "/"

def g():
    return "/"

assert f(g())

def f(n: int):
    return len(str(n)) >= 4

def g():
    return int(int("123456789" + "0"*11) ** 0.5) + 1

assert f(g())

def f(x: int, b=8221638):
    return x == b

def g(b=8221638):
    return int(b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
       return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 30:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=56712):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=56712):
    if a < 50 and b < 56712:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=11230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=11230200):
    if a > -1 and b > -5:
        return int(a) + int(b)
    else:
        return int(a) + int(b)

assert f(g())

def f(string: str, target="moooboooofasd", nums=2):
    return string.count(target) == nums

def g(target="moooboooofasd", nums=2):
    return str(target) * nums

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b and b > 0
    else:
        return x + a > b and b > 0

def g(a=253532, b=1230200):
    return int(int(a + 5 + b)) * 3

assert f(g())

def f(substring: str, string="ffffdfdfdf"):
    for i in range(3, len(string))[:len(string) - 1]:
        if string.count(substring) == (1 if string.count(substring) > 2 else 1) and string[i] != string[i]:
            return False
    return True

def g(string="ffffdfdfdf"):
    return str(string)

assert f(g())

def f(x: int, a=93252338):
    return x == a or len(x) == 3

def g(a=93252338):
    return a or len(x) == 3

assert f(g())

def f(d: int, n=1230200):
    return d / n > 2 or d / n == 1

def g(n=1230200):
    return n * n

assert f(g())

def f(x: int, y=100, w=100):
    return x + y - 2 * w * w > 10 * 1e-5

def g(y=100, w=100):
    return y + w * y + w * y + w * y + w * y

assert f(g())

def f(n: int, v=5, w=100):
    v = v + v * v + w
    return v <= n

def g(v=5, w=100):
    v = v + (v + v * v) + w
    return ((v+v) * v + (v + (v + (v + w))) + (v + w) + w)

assert f(g())

def f(n: int, a=15481, b=23223):
    return n > 15481 and n != 154800

def g(a=15481, b=23223):
    return a + 2 * b + 2 * (b * b)

assert f(g())

def f(n: int, m=2021):
    assert n > 2021
    return m < n

def g(m=2021):
    return 1 + 2*m

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s)  > 8 and len(s) == 3 if len(s) == 3 else len(s) > 3

def g():
    return "123456789"

assert f(g())

def f(x: int, a=9651334, b=-96512):
    if a < b:
        return False
    if b < -96512:
        return False
    return True

def g(a=9651334, b=-96512):
    return int(a * 9651334) + 1

assert f(g())

def f(n: int, a=14202):
    return a > 10 and a < 40 or a > 25 or a > 35 or a > 45

def g(a=14202):
    return int(int(a) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 1 and b < 50:
        return x - b == a
    else:
        return x - b == a

def g(a=253532, b=1230200):
    if a > 1:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: List[str]):
    return len(list(s)) == len(s) or 0

def g():
    return ["123456789" + "0"*2]

assert f(g())

def f(x: int, a=1313132313):
    return x ** 2 > a

def g(a=1313132313):
    return int(a * 9)** 2

assert f(g())

def f(s: str):
    return s.count("s") > s.count("q")

def g():
    return "string"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 50:
        return x - a == b
    elif x > 0 or a < 50:
        return x + a == b
    else:
        return x - a

def g(a=253532, b=1230200):
    if a < 50 or b < 200:
        return a + b < 200 - b
    else:
        return a + b

assert f(g())

def f(s: str, target="bazwowazwow", length=5):
    return target[(len(target) - length) // 2: len(target) + length] == s

def g(target="bazwowazwow", length=5):
    return target[(len(target) - length) // 2: len(target) + length]

assert f(g())

def f(x: int, a=1099, b=125025):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=1099, b=125025):
    if a < 100:
        return b
    else:
        return a + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Do not care about me')

def g():
    return "Do not care about me"

assert f(g())

def f(path: List[int]):
    return path != None

def g():
    return [1, 2, 3, 4, 5, 6, 7 ]

assert f(g())

def f(x: str):
    return len(x) >= 4

def g():
    return "123456789"

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    assert len(s) == len(s) and target in s
    return s in target

def g(target="foobarbazwow", length=3):
    return target

assert f(g())

def f(s: str, a=0.5, b=5, c=25):
    for c in s:
        if c in s:
            return c and b > a
    return c + (a + c) > 25

def g(a=0.5, b=5, c=25):
    return str(a) + str(b) + str(c)

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == len(word):
        return s[0] == word[0] and s[2] == word[2]
    return s[2] == word[2]

def g(word="konjac"):
    if len(word) == len(word):
        return word
    return s[0] == word[0] and s[2] == word[2]

assert f(g())

def f(x: int, a=50000, b=1000):
    return x - a > b

def g(a=50000, b=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(ls: List[str], c=1):
    for m in ls:
        assert ls.count(m) == 1
    if len(ls) == 1:
        return 1
    return True

def g(c=1):
    return []

assert f(g())

def f(y: int, ds=7):
    x = y % 2 == 0
    x *= 3
    return abs(x) < y * ds

def g(ds=7):
    ds = abs((ds + 1) % 2 == 0)
    x = max(0, ds) - ds
    return max(x, ds)

assert f(g())

def f(n: int, m=300, target=30):
    return n % 3 == 0 and m >= 0

def g(m=300, target=30):
    return m or 0

assert f(g())

def f(s: str, c="hello world", u="world world u"):
    return s == u

def g(c="hello world", u="world world u"):
    return getattr(f,c,u)

assert f(g())

def f(x: int, a=6663496):
    return x == a

def g(a=6663496):
    return int(a)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word[-1] == word[-1] and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if word[-1] == word[-1] or len(word) < max_len:
        return word
    if len(word) == len(word):
        return word[-1] == word[-1]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false') and (s == s[::-1] or not s == s[::-1])

def g():
    return "Permute me false"

assert f(g())

def f(x: str, a="love"):
    return len(x) == len(a)

def g(a="love"):
    return str(a)

assert f(g())

def f(n: int, a=34534846, b=10):
    return a + b > 0 and n == a

def g(a=34534846, b=10):
    return a * (b > 0)

assert f(g())

def f(x: int, a=3, b=123343):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=123343):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float, a=100, b=0):
    return a + b < x

def g(a=100, b=0):
    return (int(a) + int(b) / (10 * a)) + (int(b) + int(a) / (2 * a))

assert f(g())

def f(x: int, a=988781347):
    return a < x

def g(a=988781347):
    return int(a) * 989781347

assert f(g())

def f(name: str):
    if name == "oo":
        return name[0]
    elif name.startswith("oo") or name.startswith("$") or name.startswith("$"):
        return name.count("oo") == 5 or name.count("oo") != 5
    elif name[0] == '!':
        return name[1]
    elif name[1] == "!":
        return name[0]
    elif name[0] == "!like":
        return name[1]
    elif name[0] == "like":
        return name[1]
    return

def g():
    return "$"

assert f(g())

def f(x: float, a=40):
    return abs(x ** 2 - a) >= 10 ** -3 and x > 0

def g(a=40):
    return (a * 0.5) + 1

assert f(g())

def f(s: str, word="tilde", sub_str="feb"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="tilde", sub_str="feb"):
    return str(word[:2]) + ".b"

assert f(g())

def f(x: int, a=142222):
    return x + a < 2 and x < 2

def g(a=142222):
    return a + (2*(-4) * (11+a)**3) + (-4*(-11+a)**3) + (11+a)**3

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("c") > x.count("d") for x in s) for x in s)

def g():
    return ["c"*(i+2)+"d" for i in range(1000)]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n
        if n == start:
            return True

def g():
    return int(int("123456789") * 9) + 1

assert f(g())

def f(x: int, a=1073258, b=8732429):
    return a + x > b

def g(a=1073258, b=8732429):
    return abs(a) + abs(b)

assert f(g())

def f(n: int, t=199):
    m = n
    for i in range(t):
        if m < t or (m < n and m % 2 == 0):
            return False
        return True
    return True

def g(t=199):
    return int(float(t+5))

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x - a > b

def g(a=8665464, b=-93206):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and abs(i * i - k) >= 10 and sum(i * i - k) >= 5 for i in l)

def g():
    return list()

assert f(g())

def f(x: int, a=8665464, b=101873):
    return x == a or (a - b) == b

def g(a=8665464, b=101873):
    return a

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(word)):
        if s[k] != word[k]:
            return False
    return True

def g(word="konjac"):
    return word + 'konjac'

assert f(g())

def f(x: int, a=1534):
    return x - 1534 > 0

def g(a=1534):
    return int(a) * 4534

assert f(g())

def f(s: str, n="hello", b="yellow", length=4):
    return s == n

def g(n="hello", b="yellow", length=4):
    return "hello"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b - a

def g(a=253532, b=1230200):
      if a < 50:
          return a - b
      else:
         return a + b

assert f(g())

def f(x: int, a=18374521, b=-9447845):
    return x - a == b

def g(a=18374521, b=-9447845):
    return a + b

assert f(g())

def f(left: List[int]):
    return left[0] == 15

def g():
    return [ 15, 11 ]

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e'], m=36):
    return len(x) == 2

def g(s=['a', 'b', 'c', 'd', 'e'], m=36):
    return str(3) + "3"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 1002)) or len(str(i + 1003)) == len(str(i + 1004))

def g():
    return 1

assert f(g())

def f(s: str, word="antishash", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s[-1] == word[-1] and max_len != len(word)

def g(word="antishash", max_len=10):
    if len(word) <= max_len:
        return word[0:max_len-1]
    return int(word[0:-max_len-1])

assert f(g())

def f(n: int, v=17, w=100):
    if n == 0:
        return 0
    else:
        return n > w

def g(v=17, w=100):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], a=100, b=10000):
    return (sum(nums) in [a, b, 0]) <= 0

def g(a=100, b=10000):
    return list(range(10000))

assert f(g())

def f(n: int, a=1312, b=1134):
    if n != 1402:
        return n * -1 and n > 1405

    a = 1234
    b = 1312
    return b * (n % a) == a

def g(a=1312, b=1134):
    return int(a) + int(b)

assert f(g())

def f(s: str, chars=['ou', 'm', 'y', 'z']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['ou', 'm', 'y', 'z']):
    return str(chars) if chars else None

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return (res == m) if m % 10 else res == m + n

def g(m=1234578987654321, n=4):
    return m if n % 10 else m * n

assert f(g())

def f(n: int, a=8665464, b=17):
    return a // n == b

def g(a=8665464, b=17):
    return int(a) // b

assert f(g())

def f(t: str):
    s = "1-2-b-c"

    return s == t

def g():
    return "1-2-b-c"

assert f(g())

def f(x: int, a=17, b=100, c=17):
    t = "This is a game"
    if x > 0 and a > 50:
        return t + 1
    else:
        return x - a == b

def g(a=17, b=100, c=17):
    if a == 0: return a + b
    if b == 0: return -1
    return a + b

assert f(g())

def f(s: str, word="fansity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] - 1) == len(word[0]) - max_len

def g(word="fansity", max_len=10):
    if max_len < 10:
        return str(word) == max_len
    else:
        return "fansity"

assert f(g())

def f(s: str):
    return set(s) <= set(s + s) and s.count("123") == 1

def g():
    return "123456789"

assert f(g())

def f(n: int, t=1039):
    return n - t > 4 * t

def g(t=1039):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a = 255, b = 255):
    if x > 0:
        return x + a != 0
    elif x <= 0:
        return x - a < 0
    return len(str(str(x).count("4"))) == 0

def g(a = 255, b = 255):
    if a < 0:
        return a + b
    elif a > 0:
        return a % b
    return len(str(str(a + 1))) == 3

assert f(g())

def f(n: int):
    return n/(n + 1) == 1

def g():
    return int(int("123456789" + "0"*9) ** 3)

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a >> b

def g(a=50, b=1230200):
    if a > 50 or b > 1230200:
        return a * b - a
    else:
        return a + b

assert f(g())

def f(n: int, x=10):
    return (n - 1) and not(x >= 10 and x < 1)

def g(x=10):
    return 0

assert f(g())

def f(a: int, b=1030):
    return a > b

def g(b=1030):
    return (b * (1030 + b))

assert f(g())

def f(x: int, a=101145513):
    return x == a

def g(a=101145513):
    return int(a*1.0)

assert f(g())

def f(z: List[int], edges=[[0, 1], [0, 2], [2, 3], [3, 4], [5, 6], [6, 7], [6, 1]]):
    if len(z) == 6:
        return z[5] == 1 + 1
    else:
        return z[1] == 1 + z[2]

def g(edges=[[0, 1], [0, 2], [2, 3], [3, 4], [5, 6], [6, 7], [6, 1]]):
    if len(edges) == 2:
        return edges[0] == 1 + 1
    elif len(edges) == 3:
        edges[3] = edges[2] + edges[1]
    else:
        return edges[0] + edges[1]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length)//2]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return 'd3' in s

def g(target="reverse me", reverse=True):
    if target == reverse:
        return "d3"
    return target + "d3"

assert f(g())

def f(d: int, n=123456789):
    return d >= n or all(i in "47" for i in str(d).count("2") + str(d).count("7"))

def g(n=123456789):
    return n

assert f(g())

def f(start: int):
    return abs(start) > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], target=[14, -1, 7, 16, -1], n=2):
    return [li[i] % 2 != target for i in range(10)][n]

def g(target=[14, -1, 7, 16, -1], n=2):
    return [5, 20, -5, 15, -15, 9, 3, 5, 15, 0, 15, 15]

assert f(g())

def f(n: int, t=1, e=1, l=[]):
    return n > 0 and n % 4 == 1

def g(t=1, e=1, l=[]):
    return (e * e if e == 1 else (-1) * e if e == 1 else -1)

assert f(g())

def f(s: str):
    return len(s) == 15

def g():
    return "[1, 2, 3, 4, 5]"

assert f(g())

def f(s: str, target="foobarbazwow", length=10000):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=10000):
    target = str(target)
    if target is not None:
        target = "foobarbazwow"
    print(target)
    return target

assert f(g())

def f(x: int, a=0, b=1003):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=0, b=1003):
    if a < 0 and b < 1003:
        return a + b;
    else:
        return a + b

assert f(g())

def f(s: str, text="Hello World"):
    return len(s) == len(text)

def g(text="Hello World"):
    return text.replace("123456789" + "0", "123456789" + "1")

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a + b and n == sum([b * i for i in range(c)])

def g(a=17, b=100, c=20):
    return float(c) * float(a) < a**0.5 or sum([b * i for i in range(c)])

assert f(g())

def f(nums: List[int]):
    return nums == 5 or len(nums) == 3

def g():
    return [3, 2, 3]

assert f(g())

def f(s: str, s1="abbba", s2="a2ab1ba", i=1, l=16):
    if s1 != s2:
        print(s1)
    elif s1 !=  s:
        print(s1)
    elif s1 != l:
        print(l)
    elif s1 != l - 1:
        print(l)
    return l > i

def g(s1="abbba", s2="a2ab1ba", i=1, l=16):
    if s1 != s2:
        print(s1)
    elif s1 !=  s2:
        print(s1)
    else:
        print(" ")
    return ""

assert f(g())

def f(n: int, a=3, b=23463462):
    return n >= a and b < n

def g(a=3, b=23463462):
    return 2 * a + 3 * b

assert f(g())

def f(n: int, y=70, r = 5):
    # same as f12 with 2 samples
    return (n + 1) * (6 - r) / (y - 2) >= 4

def g(y=70, r = 5):
    return int(int("1"*10)        ) + 1

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return -x % 2 == 1
    else:
        return x - a == b

def g(a=4, b=54368639):
    if a == 1:
        return a % 2 == 0
    else:
        return a + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Reverse me')

def g():
    return "Reverse me"

assert f(g())

def f(s: str, word="swift"):
    for i in range(len(word)):
        if i != 0:
            if s[i] != word[i] :
                return False
    return True

def g(word="swift"):
    return str(word) + '\n'

assert f(g())

def f(s: str, target="foobarbazwow", base=1):
    return s == target or 0 in s

def g(target="foobarbazwow", base=1):
    return target or 0 in target or 1

assert f(g())

def f(z: str):
    return z.startswith("+")

def g():
    return "+"

assert f(g())

def f(s: str):
    return s == "62222222" if s and s else s

def g():
    return str("62222222")

assert f(g())

def f(s: str, word="antises", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antises", max_len=20):
    if max_len:
        return word
    return len(word) > max_len

assert f(g())

def f(x: int, a=83655, b=139639):
    return ((x % 2 == 0) + (a % 2 != 0)) == x

def g(a=83655, b=139639):
    return int(a % 2 == 0) + (b % 2 != 0)

assert f(g())

def f(c: str, s="CanYOULIKEAnyMatch"):
    c.lower() == s.lower()
    return c.upper() == s.upper()

def g(s="CanYOULIKEAnyMatch"):
    s.lower() == 0
    return s

assert f(g())

def f(s: str, chars=['t', 'o', 'y', 'z'], n=4):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['t', 'o', 'y', 'z'], n=4):
    return str(chars)

assert f(g())

def f(s: str, word="antidisestablishmentaristo", max_len=40):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len and (wordsize() >= a * max_len):
        return word[0] + word[-1]
    return word[-1] + word[-1]

def g(word="antidisestablishmentaristo", max_len=40):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        word

assert f(g())

def f(n: int, a=1234567890, b=1234567890):
    return a % n == a

def g(a=1234567890, b=1234567890):
    return 1 + a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 30:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(a*b) - (int(a) - int(b))^2

assert f(g())

def f(n: int, a=1021, b=1000, c=2021, d=80, e=25):
    return n + a + (b * b + c) + a > (b * a + c)

def g(a=1021, b=1000, c=2021, d=80, e=25):
    return (100 * a + 100 * b + 100 * c)

assert f(g())

def f(n: int, a=23223, b=122, l=813, l2=826, l3=827):
    return n > l

def g(a=23223, b=122, l=813, l2=826, l3=827):
    return a + b

assert f(g())

def f(n: int, a=2, b=3):
    return n > 0 and n % 5 == 1

def g(a=2, b=3):
    return 2 * int(a) and 2 * int(b)

assert f(g())

def f(s: str):
    if len(s) < 4:
        return False
    elif len(s) < 12:
        return False
    return True

def g():
    return "this is like this"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i < len(word) > 0 or len(word[i]) > 2:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str(word) + word

assert f(g())

def f(x: int, b=1015856):
    return x == b

def g(b=1015856):
    return b

assert f(g())

def f(x: int, a=1139, b=146699):
    if x > 0 or b > 15:
        return x - a == b
    else:
        return x + a == b

def g(a=1139, b=146699):
    try:
        return int(a) + int(b)
    except ValueError:
        return 0
    return 0

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCapitALS"):
    caps = 0
    for c in s_case:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCapitALS"):
    caps = len(s) * 2 + 1
    for i in range(1, len(s)):
        if caps == 1 and i >= 1 and s[i*4] == s[10]^1:
            caps += 2
    return s.lower() if caps > len(s) // 2 else s.lower()

assert f(g())

def f(x: int, a=253532, b=1236500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1236500):
    if int(a > 253532) and int(b > 1236500) < 20:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=6, b=72352549):
    return x + a >= b and x / 2 != a

def g(a=6, b=72352549):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, k=128):
    return n == k  # there are 128 possibilities for k

def g(k=128):
    return k if k > 1000 else k

assert f(g())

def f(x: List[int]):
    return len(x) == len(x) and sum(x) == x or len(x) > 2

def g():
    return [2, 3, 5, 7, 8, 9, 12]

assert f(g())

def f(n: int, a=16069, b=23223):
    return n + a > b

def g(a=16069, b=23223):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=10201202001):
    return x >= 0 and a > 50

def g(a=10201202001):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], s=20):
    if (s == 20) and s == 5:
        return False
    else:
        return True  # use 0 if nothing changed in the tree

def g(s=20):
    return [1, 2, 3, 5, 7, 9, 1]

assert f(g())

def f(x: int, a=93252338):
    return x == a or ((a < a + b) for a, b in list(x))

def g(a=93252338):
    return a or ((a < a + b) for a, b in list(x))

assert f(g())

def f(n: int):
    return n > 0 and n % 5 == 1

def g():
    return int(int("123" + "0"*9) ** 10 + 1)

assert f(g())

def f(h: int, alpha=1, b=1542):
    return h != 12 and h >= 1542

def g(alpha=1, b=1542):
    return int(alpha * (1+b) * (1+alpha) ** 0.5) + 1

assert f(g())

def f(url: str, lower=5):
    match = {url if lower in range(0, len(url)) else lower.lower()}
    if len(match) < 5:
        return True
    return match[0] == lower and lower < 2

def g(lower=5):
    text = "this is my url"
    if len(text) < 5:
        return text
    if len(text) < 11:
        return text
    return text

assert f(g())

def f(s: str, s1="n", s2="b", length1=10):
    return s.count(s1) == s.count(s2) and len(s1) == len(s2)

def g(s1="n", s2="b", length1=10):
    return ""

assert f(g())

def f(s: str, n=10000):
    return len(s) == n

def g(n=10000):
    return n * "a"

assert f(g())

def f(s: str, target="foobar", max_len=24):
    return target[(len(target) - max_len) // 2:(len(target) + max_len) // 2] == s

def g(target="foobar", max_len=24):
    return target[(len(target) - max_len) // 2:len(target) + max_len]

assert f(g())

def f(x: int, a=-10, b=14547310):
    return x - a >= b

def g(a=-10, b=14547310):
    return int(int(a * 9) + int(b * 10) * 3)

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and len(probs) <= 3
    return max(probs[(i + 4) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [3.0, 0.5, 1.0]

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) or len({'I!!!!!love!!dumplings!!!!'} for n in nums)

def g():
    return [1]

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('oo') == 0

def g():
    return "1"

assert f(g())

def f(f: List[int]):
    return 1 + 0.5 and len(f) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, target_len=18):
    return s.count('o') >= 0

def g(target_len=18):
    return str(target_len) or 'O';

assert f(g())

def f(x: int, a=873786):
    return x == a

def g(a=873786):
    return int(a)

assert f(g())

def f(s: str, x = "+mz"):
    return set(s) == set(x) or "mz" in s or ((f * 2 + 6) / 2 + 20) in s

def g(x = "+mz"):
    return x or "f" in x or ((f * 2 + 6) / 2 + 20) or ((f * 2 + 6) / 2 + 20) in s or x

assert f(g())

def f(x: int, a=253532, b=136400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=136400):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, a="", b="", length=6):
    return "Hello " + s == "Hello world"

def g(a="", b="", length=6):
    return "world"

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        if abs(n) > 1000:
            return True
    return False

def g():
    return int(int("123456789" + "0"*100) + 1000)

assert f(g())

def f(n: int, max_size=50):
    return max_size >= 5

def g(max_size=50):
      return int(max_size)

assert f(g())

def f(x: int, a=5, b=12236673):
    if a == 2:
        return x % 2 == 1
    elif a == 3:
        return x + a == 3
    else:
        return x - a == b

def g(a=5, b=12236673):
    if a == 3:
        return 12236789
    else:
        return a + b

assert f(g())

def f(s: str, threshold=1):
    return s * threshold and s == s[:]

def g(threshold=1):
    return "test"

assert f(g())

def f(n: int, m=1234578987654321, p=12):
    return m == n

def g(m=1234578987654321, p=12):
    return m # 5 + 8 + 2

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) <= 6:
        return s.lower() == target[(len(target) - 6) // 2]
    if target in ("foobarbazwow", "foobarbazwow") and target in ("foobarbazwow", "foobarbazwow-s"):
        return s.lower() == target[(len(target) - 6) // 2 + length]
    return s.lower() == target[(len(target) - 6) // 2], "foobarbazwow"

def g(target="foobarbazwow", length=6):
    if len(target) <= 6:
        return target[min(target, len(target))]
    if len(target) > 6:
        return target[(len(target) - 6) // 2 + length]
    return target[(len(target) - 6) // 2 + length], "foobarbazwow"

assert f(g())

def f(s: str):
    c = set(s)
    return set(c) <= set("19-+*/") and s.count("1") == 1

def g():
    return ["19-+*/" for i in range(1, 1000)][0]

assert f(g())

def f(t: str):
    return t.count("b") == 1 - t.count("oo")

def g():
    return "b"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return 1+x-a

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(n: int, a=9, b=4, c=4):
    return n + a > sum([c * i for i in range(a)])

def g(a=9, b=4, c=4):
    return ((a * 9 + c * 4 + b * 4) + c * 4 * 4 + b * 4 * 9)

assert f(g())

def f(x: List[int], a=100, b=1000):
    return x[0] in x and x[-1] >= a

def g(a=100, b=1000):
    return [0, -100, 100]

assert f(g())

def f(big_str: str, sub_str="foo3"):
    return big_str.index(sub_str) != -1

def g(sub_str="foo3"):
    return "foo3 -> 2"

assert f(g())

def f(s: str, letters=["woo", "hoo"]):
    return s in letters

def g(letters=["woo", "hoo"]):
    return letters[len(letters) - 4]

assert f(g())

def f(s: str):
    return s in ['enlightenment', 'enlightenment', 'enlightenment'
                                                              ]

def g():
    return 'enlightenment'

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0 or a > 0:
        return a + b

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 5 and len(nums) == 3

def g(n=12345):
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return set(s) >= set("18-+*/") and s in s

def g():
    return "18-+*/"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Reverse me for reverse me')

def g():
    return "Reverse me for reverse me"

assert f(g())

def f(s: str, dups=42155):
    return s != dups

def g(dups=42155):
    return "hello world"

assert f(g())

def f(x: int, a=10534589, b=117905):
    return x - a == b

def g(a=10534589, b=117905):
    return a + b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a + b * a + c ** n + n) and min(a, b, c) > 0 and n > 2

def g():
    return [2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s.count("o") == s.count("oo")

def g():
    return "123456789"

assert f(g())

def f(s: str, word="antisyndactyms", max_len=8):
    if word[1] != word[-2]:
        return word == s
    return int(s[0]+int(s[1]+int(s[0] for s in word[-2])) for s in word[-2])

def g(word="antisyndactyms", max_len=8):
    if word[1] != word:
        return word
    return int(word[0]+int(word[1]+int(word[0] for word in word)) for word in word)

assert f(g())

def f(m: int):
    return m >= 7014 and m <= (7015 + m + 1000) * 7014

def g():
    return int(int("123456789" + "0"*9)+3)

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str in s.strip().split("&")

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(x: int, a=7, b=1230200, c=7122):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7, b=1230200, c=7122):
    if a > 50:
        return a - (b) + 2
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.count('M') > s.count('T')

def g():
    return 'M'

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return "" or s == target or reverse

def g(target="reverse me", reverse=False):
    return "reverse me" or (target == s or s == target)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0:3] + word[3:-3]

assert f(g())

def f(s: str, target="reverse me"):
    return target < s

def g(target="reverse me"):
    return target + target.replace("#r123456789", "")

assert f(g())

def f(n: int):
    return n >= 100000

def g():
    return int(int("123456789" + "0"*9)** 9) + 1

assert f(g())

def f(x: int, a=10201202001):
    if a == 10201202001:
        return x > 10201202001
    else:
        return x - 10201202001

def g(a=10201202001):
    assert a == 10201202001;       # get a list of strings
    return a * 10201202001

assert f(g())

def f(str: str, string=None):
    if string != None:
        return str[:2] == str
    return str[0] == str

def g(string=None):
    return "a"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'f', 'm', ' '], k=1):
    s = {}
    for c in s:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'f', 'm', ' '], k=1):
    return "123456789"

assert f(g())

def f(f: int):
    return f != None

def g():
    return int(int(f(2) * 10 + 3) * 10)

assert f(g())

def f(s: str, word="antismegenantism"):
    return len(s) == len(word)

def g(word="antismegenantism"):
    return word

assert f(g())

def f(s: str, size=1422):
    return int(s) == 1422

def g(size=1422):
    return "1422"

assert f(g())

def f(s: str):
    return s.count(s) > 16 or s.count('hi') > 0

def g():
    return 'hi' or 'hi'

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 or 0 < n <= upper_bound

def g(a=15, b=27, upper_bound=150):
    return (1 + a) * 3 * (3 + b) % a

assert f(g())

def f(s: str, s1="hello", s2="b"):
    return s1 in s or s2 in s1

def g(s1="hello", s2="b"):
    s = ""
    return "hello"

assert f(g())

def f(s: str, a="hello", b="hello", min=21):
    if len(s) == 3 and len(s) == 0:
        return s.lower() == a
    if len(s) == 4:
        return s.lower() == b
    if type(s) != 'float':
        return s.lower() == a
    return s.lower() == b

def g(a="hello", b="hello", min=21):
    if len(a) == 2 :
        return min * (len(b) == 0) and (a == b)
    if len(b) == 1:
        return b, (len(a) == 3) and (b == a)
    return a

assert f(g())

def f(x: int, a=42252338, b=11393745):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=42252338, b=11393745):
    if a > 0:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str, target="bobwowwow", length=6):
    return target[(len(target) - len(target) + length) // 2:(len(target) + length) // 2] == s

def g(target="bobwowwow", length=6):
    return target[(len(target) - len(target) + length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if word == "antidisestablishmentarianism":
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=10):
    if word is not None:
        return word
    return int(word + 1) == len(word) or (word-seq(n) for n in range(max_len) for word in word)

assert f(g())

def f(s: str):
    return s[::-1] == '?'

def g():
    return '?'

assert f(g())

def f(x: int, a=70754987, b=62237, h=0, f=0):
    return a * h + x == h

def g(a=70754987, b=62237, h=0, f=0):
    return a * (b + h - 0) * h

assert f(g())

def f(s: str, word="antismpile", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0:1]) == len(word[0:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antismpile", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[-1]) == len(word[-2:-1] + "1")

assert f(g())

def f(t: str, a=93252338):
    return t == "Hello world"

def g(a=93252338):
    return "Hello world"

assert f(g())

def f(n: int, year_len=365):
    return n < 365

def g(year_len=365):
    if year_len < 365:
        return ["0/0" * 10],
        raise ValueError("Invalid year (invalid date).")
    return 0

assert f(g())

def f(s: str, s1="abcd", s2="abcd2zjtKfV2sjgCwsuEtVwN"):
    return s1 in s.lower() and s1.lower() in s.lower()

def g(s1="abcd", s2="abcd2zjtKfV2sjgCwsuEtVwN"):
    return "abcd2zjtKfV2sjgCwsuEtVwN"

assert f(g())

def f(s: str, word="konjac"):
    for i in [2, 3, 4, 5, 6]:
        if i == 3:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=74250, b=4):
    return x - a == b

def g(a=74250, b=4):
    return a + b

assert f(g())

def f(x: str):
    return x.startswith("foo")

def g():
    return "foo bar baz \n"

assert f(g())

def f(s: str, word="bob", max_len=10):
    if len(word) <= max_len:
        return word == s
    return 0 <= max_len <= len(word) and word[-1] == s[-1]

def g(word="bob", max_len=10):
    return str(word)

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 or a < 1:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1230200):
    return a + b

assert f(g())

def f(n: int):
    return n > 0 and n % 5 == 1

def g():
    return int(int(3 * 9) ** 0.5) + 1

assert f(g())

def f(s: str, word="f1"):
    for i in range(len(word)):
        if i != 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="f1"):
    return (word + "f11") if word else ""

assert f(g())

def f(s: str, word="vf_per_foe", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="vf_per_foe", max_len=50):
    if len(word) <= max_len:
        return str(word)
    return int(s[0:-1]) == len(word[0:-1]) and word[0] == s[0]

assert f(g())

def f(s: str, target="foobarbazwoww", length=6, target_width=6):
    return target[(len(target) - length) % 2] == s[0]

def g(target="foobarbazwoww", length=6, target_width=6):
    return target[(len(target) % 2) + 1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + b == a + b
    else:
        return x

def g(a=253532, b=1230200):
    if a < 50:
        return a + b
    else:
        return a

assert f(g())

def f(s: str):
    if s in set(s) == {0} and not s.count("1") == 1:
        return s in set(s) == {0} and s.count("1", 1) == 1
    else:
        return s.count("1", 1) != 0

def g():
    return "world[10]"

assert f(g())

def f(li: List[int]):
    return list(range(999)) and sorted(li) == list(range(999))

def g():
    return [n for n in range(999)]

assert f(g())

def f(x: str, word="I I "):
    for w in x:
        if w is None:
            return False  # This is not a problem
        if len(x) == 10:
            return False  # This is a problem
        if len(x) == 2:
            return False  # This is a problem
        if w in word:
            return True
    return False

    # This is a bad solution, but I think it's better than the idea in
    # http://code.google.com/p/chromium/issues/detail

def g(word="I I "):
    return str(word.lower())

assert f(g())

def f(s: str):
    for c in s:
        if c != c.lower():
            return False
    return True

def g():
    return ""

assert f(g())

def f(n: int, v=0, m=15):
    return abs(n) != 0

def g(v=0, m=15):
    return int(m > 0)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target or s[::-1] == target

def g(target="reverse me", reverse=True):
    if reverse is True:
        return target[::-1]
    return target[::-1] == "reverse me"

assert f(g())

def f(bits: int):
    return 0 <= (bits < 8) or ((n - bits) < 8) and ((x > 128) + bits) == (4** (bits - 8) + 1) and ((x > 128) + bits) == ((x - 128) + bits)

def g():
    return int(int("123456789") / 2) + 2

assert f(g())

def f(s1: str, big_str2="foobar", index=2):
    return big_str2.index(s1) == index

def g(big_str2="foobar", index=2):
    return big_str2[index:]

assert f(g())

def f(n: int):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    return True

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(s: str, letters=["M", "M"]):
    return s + 'world' == 'Mworld'

def g(letters=["M", "M"]):
    if letters == 'M':
        return str(1)
    else:
        return 'M'

assert f(g())

def f(s: str, word="konjac"):
    if s[0][0] != word[0]:
        return False
    else:
        return True

def g(word="konjac"):
    return str(word[:2]) + "konjac"

assert f(g())

def f(n: int):
    return pow(2, n, n) >= 6

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 6)

assert f(g())

def f(x: int, a=253532, b=1131):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1131):
    if a > 50 and a < 0:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(d: float, v=9, d0=0.0001):
    return int(d % 10) == 0

def g(v=9, d0=0.0001):
    return 0.1

assert f(g())

def f(x: int, a=12345678, b=12345678):
    return x > b

def g(a=12345678, b=12345678):
    return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0.1 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0.1:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532,b=1230200):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + b == a

def g(a=253532,b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=1318, b=1512):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1318, b=1512):
    if a > 50:
        return a + b
    else:
        return b + a

assert f(g())

def f(s: str):
    return s.count('o') > 1 and s.count('oo') > 2

def g():
    return "123456789" + "0"*1 + "o" + "o" + "o" + "o" + "o" + "o" + "o" + "o" + "o" + "o" + "o" + "o" + "o" + "a"

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 2:
        return s == word[0]
    else:
        return s == word[1]

def g(word="konjac"):
    if len(word) == 2:
        return word[0] - 'a'
    else:
        return word[1]

assert f(g())

def f(n: int, v=1548):
    return n % v == 0 and n > v  # zero and 2 = zero

def g(v=1548):
    return int(int(v + 1)) * v       # 3 = 1

assert f(g())

def f(prefix: str, text=None, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        if s == prefix:
            return word
        else:
            return word
    return prefix.lower() == word

def g(text=None, word="antidisestablishmentarianism", max_len=10):
    if word.endswith("antidisestablishmentarianism"):
        if len(word) <= max_len:
            return text
        else:
            return word

assert f(g())

def f(np: int, a=6, b=4):
    return a - np and np - 1 > 0

def g(a=6, b=4):
    return int(int(a) + int(b)*8) - 3

assert f(g())

def f(d: float, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * (n + 1.5)** 0.5

assert f(g())

def f(x: int, a=88772395, b=-93206):
    return x - a == b

def g(a=88772395, b=-93206):
    return a + b

assert f(g())

def f(nums: List[int], n=500):
    return len(nums) >= n

def g(n=500):
    ret = []
    for num in range(1000):
        ret.append(num)
    return ret

assert f(g())

def f(x: int, a=102012000):
    prod = 1
    for i in range(10201300, 10201600, 10201900):
        prod *= x
    return prod >= a

def g(a=102012000):
    prod = 1
    for i in range(10201300, 10201600, 10201900):
        prod += a
    return prod

assert f(g())

def f(i: int):
    return str(str(i + 1001 + 10)) > str(str(i + 10 + 1))

def g():
    return int(int("123456789" + "0") * 100) + 1

assert f(g())

def f(s: str, string="hello world"):
    return s.lower() == "hello world"

def g(string="hello world"):
    return str(string).replace(r"", "")

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'm', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'm', 'd']):
    if chars:
        return str(chars)
    return False

assert f(g())

def f(x: int, b=256612):
    return x == b

def g(b=256612):
    return (b or (b + y) * y)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(s)// 3)] == s[(len(target) + len(s))// 3] == target[(len(target) + len(s))// 3]

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(n: int):
    return n > 0 or n <= n

def g():
    return int(int("123456789")** 0.5) + 1

assert f(g())

def f(x: int, b=111012334):
    return x == b

def g(b=111012334):
    return int(b-1) + 1

assert f(g())

def f(s: str, a=50, b=70, c=4):
    return "Hello " + s == "Hello world"

def g(a=50, b=70, c=4):
    return "world"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n != b

def g(a=345346363, b=10):
    return 2

assert f(g())

def f(c: int, d=-122):
    return c <= d

def g(d=-122):
    return 2 * d

assert f(g())

def f(s: str, word="komni"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="komni"):
    return str(word) * len(word)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s.count(i) == 1
    return True

def g():
    return int(int(2 - 3) * 3) + 3

assert f(g())

def f(x: int, a=500, b=2500):
    if x > 0 or a > 253532:
        return x - a == b
    else:
        return x + a == b

def g(a=500, b=2500):
    if a > 253532 and b < 253532:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(n: int, x=1024, a=18, b=3):
    return n >= x

def g(x=1024, a=18, b=3):
    return int(x % 2 + x)

assert f(g())

def f(x: int, a=1338, b=1235):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1338, b=1235):
    if a > 100 or b > 100:
        return a + b

assert f(g())

def f(x: int, a=-4534, b=14546302):
    return x - a == b

def g(a=-4534, b=14546302):
    return a + b

assert f(g())

def f(x: int, a=3, b=23474038):
    return abs(x) <= b

def g(a=3, b=23474038):
    return 3 + 1

assert f(g())

def f(x: List[int]):
    return all([i + j for i in x])

def g():
    return []

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) / 2 == 1 - (len(target) - length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[target[len(target)-length] == 2]

assert f(g())

def f(s: str, t=None):
    return s[0] == t or s[1] == t or s[2] == t and s[3] != t or s[4] != t or s[5] != t

def g(t=None):
    return "Hello World"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target in s or ''

def g(target="foobarbazwow", length=6):
    if len(target) == 6:
        return target
    else:
        return target

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello " + "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    n = 2
    for i in range(2, len(s)):
        if s[::-1] != word[::-1] and i == 3:
            return n - 1
    return len(s) == n - 1

def g(word="antidisestablishmentarianism", max_len=10):
    n = 2
    return str(n)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n == c ** n) and min(a, b, c) > 0 and n > 0

def g():
    return [1, 2, 3, 1]

assert f(g())

def f(k: int, w=100):
    return k > w

def g(w=100):
    return w * 1000 - w

assert f(g())

def f(n: int, b=16):
    return b // n == b

def g(b=16):
    return int(b / b)

assert f(g())

def f(s: str, n=10000):
    for c in s:
        if c != c.lower():
            s += '<-', c
    return s[0] < (s[-1] + c)

def g(n=10000):
    return str(n * 10 + (int(1) > 0) + (int(2) > 0))

assert f(g())

def f(n: int, a=2022, b=1542):
    return n >= 0 and n >= a

def g(a=2022, b=1542):
    return int(int(a * (a+b)) + (b+1))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.lower() if s.lower() == 'o' else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case if (s.lower()) == 'o' else s.lower()

assert f(g())

def f(s: str):
    return s.count('abcd') != 0

def g():
    return "abcdefde"

assert f(g())

def f(x: int, b=1522):
    return x >= b

def g(b=1522):
    return int(b*b) * 100

assert f(g())

def f(s: str, word='k'):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word='k'):
    s = "k"
    return "k"

assert f(g())

def f(x: int, a=65535, b=1195005):
    return (x % b) == a

def g(a=65535, b=1195005):
        return int(a) + int(b)

assert f(g())

def f(n: int, a=-1831839, b=27097):
    return n / a >= 0.14 and n / b < 0.24

def g(a=-1831839, b=27097):
    return -27375757574758339722151837222454703718757575575653634996536339722362369339764

assert f(g())

def f(name: str):
    return name == 'world' or name.lower() == 0

def g():
    return "world"

assert f(g())

def f(seq: List[int]):
    return seq[0] == 0 and seq[1] <= seq[2] and seq[3] <= seq[4]

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(s: str, target=1, target_len=10):
    return s.count("hello") == target

def g(target=1, target_len=10):
    return "hello world"

assert f(g())

def f(i: int):
    return len(str(i + 10001)) > len(str(10001))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int, n=123456789):
    return i >= n

def g(n=123456789):
    return n * n + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=200):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=200):
    if max_len > len(word):
        return word

assert f(g())

def f(s: str, n=1000):
    return s.lower().lower() == "foobar"

def g(n=1000):
    if n == 1000:
        return "foobar"
    s = ["0" % n]
    return list(s).collect(set.Iterable)

assert f(g())

def f(list: List[int]):
    return list[0] != list[1]

def g():
    return [int(i + 2) for i in range(1000)]

assert f(g())

def f(s: str):
    return s.count("abc") == 1

def g():
    return "abc"

assert f(g())

def f(l: List[int]):
    return sorted(l) == list(range(12))

def g():
    return [x for x in list(range(12))]

assert f(g())

def f(n: int):
    return n and n >= 0 or n < 0

def g():
    return int(int("123456789" + "0"*9) / -0.25)

assert f(g())

def f(s: str, word=", "):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            else:
                return True
    if len(word) <= 2:
        return (letter(word).lower()) == s

def g(word=", "):
    return str(word) + "<a>\"{0}\"</a>"

assert f(g())

def f(n: int, a=150834, b=20):
    return n // a == b

def g(a=150834, b=20):
    return a * b

assert f(g())

def f(n: int, a=0, b=63, s=3):
    return a % n == a

def g(a=0, b=63, s=3):
    return a + b

assert f(g())

def f(s_case: str, s="can you tell the truth"):
    return s_case == "can you tell the truth"

def g(s="can you tell the truth"):
    return "can you tell the truth";

assert f(g())

def f(x: int, a=118021135, b=4047233589):
    return x - a == b

def g(a=118021135, b=4047233589):
    return a + b

assert f(g())

def f(x: float):
    return x % 2 == 0.

def g():
    return float(float("1234567890" + "0")** 2)

assert f(g())

def f(x: int, c=123456789):
    return x ** 2 > c

def g(c=123456789):
    return c ** 1

assert f(g())

def f(t: int, upper=20):
    return 1 + t > 2 ** upper

def g(upper=20):
    return int(int("3123456789" + "0"*9) ** 4) + 1

assert f(g())

def f(s: str, weights=[{1: 20, 2: 1}, {2: 2, 3: 5}, {1: 10}], bound=11):
    return s.index(s) == 0

def g(weights=[{1: 20, 2: 1}, {2: 2, 3: 5}, {1: 10}], bound=11):
    return ""

assert f(g())

def f(name: str):
    return name == 'dumplings'

def g():
    return "dumplings"

assert f(g())

def f(n: int, t=199, upper=20):
    m = n
    if m <= 2 ** upper:
        return False
    return True

def g(t=199, upper=20):
    m = (int(t + 1) - 1) * upper + 1
    m = m + 1
    return m * m

assert f(g())

def f(s: str):
    return s[::-1] == 'S' and s[::-1] == 'S'

def g():
    return "S"

assert f(g())

def f(x: int, d=24):
    return x != 0

def g(d=24):
    return int(d / 24)

assert f(g())

def f(x: List[int]):
    return len(x) == len(list(x))

def g():
    return [0, 1]

assert f(g())

def f(n: int):
    return n > 365

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int):
    if x > 0:
        return x - x == 0
    elif x > -1:
        return x - x == 1
    elif x > -500:
        return x + x > 50
    else:
        return x + x > 500

def g():
    return int(int("123456789" + "0"*9) * (5 + 0))

assert f(g())

def f(s: str):
    return s.count("hello") == 0

def g():
    return "hell"

assert f(g())

def f(s: str, target="reverse me"):
    s.count("*") == 1
    return s[::-1] == target

def g(target="reverse me"):
    return target[::-1] # 'reverse me'

assert f(g())

def f(d: int, n=1021):
    return d >= n and ((n / 2) + 1) > 1e-9

def g(n=1021):
    return n * n + 1

assert f(g())

def f(s: str, target="reverse"):
    if len(target) == 1:
        return target
    else:
        return target == s

def g(target="reverse"):
    if len(target) == 2:
        return target
    else:
        return target

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        assert w <= n
        v *= 3
    return v > w

def g(v=17, w=100):
    return v * 4 + w * 4

assert f(g())

def f(x: int, a=1516, b=-93204):
    return a - x == b

def g(a=1516, b=-93204):
    return a - b

assert f(g())

def f(s: str):
    return s[::-1]== 'd'

def g():
    return "d"

assert f(g())

def f(s: str, word="bar", a=3, b=9):
    for i in range(3, 0):
        if target[i] != target[i + 1]:
            return False
    return True

def g(word="bar", a=3, b=9):
    """
    Return a and a*b when b is between 9 and 9*8

    Args:
      word: string - optional value.
      a: int - optional value.
      b: string - optional value.
    Returns:
      string - optional.
    """

    if word == 'bar':
        return str(word)
    else:
        return 'bar'

assert f(g())

def f(n: int, a=16, b=27, t=8):
    return n % 2 == 0

def g(a=16, b=27, t=8):
    assert a != b
    if a != b:
        return (a)*(b)
    return (a)*(b)

assert f(g())

def f(s: str, letter="a", index=0):
    return s == letter and "".join(s) == letter

def g(letter="a", index=0):
    return letter;

assert f(g())

def f(s: str, word="pennamalitz"):
    for i in range(6):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i] and s[i + 1] != word[i + 1]:
                return False
    return True

def g(word="pennamalitz"):
    s = "pennamicite"
    return "pannamite"

assert f(g())

def f(i: int, a=15, b=17, target=40):
    return i < 20 and i < 23

def g(a=15, b=17, target=40):
    return int(a > target and target + (target * b > target))

assert f(g())

def f(x: int, a=5129, b=17):
    return x >= a

def g(a=5129, b=17):
    return int(int("123456789" + "0"*9) ** 0.5) + a + b

assert f(g())

def f(s: str, word="lunjoe"):
    return s[0] == word[0]
    for i in range(len(word) - 1):
        if len(word) == 0:
            return False, s[1:] == word[1]
    return True

def g(word="lunjoe"):
    return str(word).replace("@\n", "").replace("!", "")

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a < 50:
        return x - a < 0
    else:
        return x + a < 0

def g(a=253532, b=1230200):
    if a < 50:
        return a - b < 0
    else:
        return a - b

assert f(g())

def f(s: str, word="rnde"):
    se = ""
    for i in range(len(word)):
        if word[i] != s[i]:
            se += "rnde"
    return True

def g(word="rnde"):
    return "Rnde"

assert f(g())

def f(x: int, a=40201202001):
    return x >= a * 2 or a < a

def g(a=40201202001):
    return int(int(a * 2) - 1) + 3

assert f(g())

def f(x: int, b=10306050):
    return b + x == b

def g(b=10306050):
    return b - b

assert f(g())

def f(n: int, a=23222):
    for i in range(20):
        i += 1
        if i == n:
            success = True
    return success

def g(a=23222):
    for i in range(20):
        i -= 1
    return i

assert f(g())

def f(str: str):
    return str.split("\\s+")[0][0] == str

def g():
    return str.split("\\s+")[-1][0].replace("\\s+", "")

assert f(g())

def f(x: int, a=1024):
    return a < a * 2

def g(a=1024):
    return 3 * a

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * c + b * c) and min(a, b, c - 1) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(list: str, word="antidisestablishmentarianism", max_len=10):
    if max_len >= 10**-1:
        return word == list
    if word["^"] != list:
        return list
    return []

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len >= 10**-1:
        return word
    if word["^"] != list:
        return list
    return []

assert f(g())

def f(t: str, strings=['A', 'B', 'C', 'D', 'E', 'F'], n=3):
    if len(t) <= 5:
        return t == 'A'
    else:
        return t == 'B'

def g(strings=['A', 'B', 'C', 'D', 'E', 'F'], n=3):
    if len(strings) <= 9:
        return "A"
    else:
        return "B"

assert f(g())

def f(s: str, a="world", b="Hello world"):
    return s.count('o') == 3 and s.count('oo') == 0

def g(a="world", b="Hello world"):
    return str(a) + str(b)

assert f(g())

def f(s: str):
    return s.count("t") == 2 and s.count("t") == 2

def g():
    return "t-t"

assert f(g())

def f(x: int, a=1310500, b=22):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a - b

def g(a=1310500, b=22):
    return int(a*b)**20

assert f(g())

def f(gave: bool, edge_len=15, e1=0, e2=1, b=0, k=0, n=100):
    return 0 if n%20 > 1 else True

def g(edge_len=15, e1=0, e2=1, b=0, k=0, n=100):
    return edge_len if n % 20 >= 100 else True

assert f(g())

def f(s: str, word="antilacion", max_len=10):
    for i in range(len(word) - 1):
        if word[-1] == s[-1]:
            return word[-1] == s[-1]
    return int(s[1:-1]) == len(word[-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antilacion", max_len=10):
    for i in range(len(word) - 1):
        if word[-1] == word[-1] and max_len >= i:
            return str(word[-1])
    return str(word[-1])

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) > 10 ** -3

def g(a=1020):
    return float(a)

assert f(g())

def f(n: int):
    m = n
    while n < 4:
        n = 3 * n if m % 2 else m // 2
        if n == m:
            return True
        elif m % 10 == 2 and 4:
            return True
        elif m * 2 == 3:
            return True

def g():
    return int(int("123456789") -int("123456789"))

assert f(g())

def f(x: int, a=1020120200):
    return x > a

def g(a=1020120200):
    return int(a * (a/10))

assert f(g())

def f(x: int, a=13352549, b=1230200):
    if x > 0 or a > 50:
        return x + a == b
    else:
        return x + a == b

def g(a=13352549, b=1230200):
    if a > 50:
        return -a + b
    else:
        return a - b

assert f(g())

def f(t: str, s=1):
    return t.count("I!!!!!love!!dumplings!!!!!") == 0 and t.count("1") == 1

def g(s=1):
    return str(s)

assert f(g())

def f(x: int, a=524933, b=122828):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=524933, b=122828):
    if a < 9 and b < 122828:
        return a - b
    else:
        return a + b

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 900:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        elif n % 2 < 2:
            return True
        if abs(n) % 2 == 0:
            return True
        if n > start:
            return False

    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1  # if zero, you have to multiply.

assert f(g())

def f(nums: List[int], b=123045, a=-10201):
    return len(nums) == len(set(nums)) == b

def g(b=123045, a=-10201):
    return [a for a in range(0,b)]

assert f(g())

def f(m: int):
    if m is None:
        return m
    if m > 1000000:
        m -= 1
    return m > 1000000

def g():
    return int(int("123456789" + "0"*9) ** 4)

assert f(g())

def f(s: str, word="yellist"):
    if len(s) == 3:
        return s[::-3] == s
    return len(s[::-3]) == 3

def g(word="yellist"):
    return word

assert f(g())

def f(s: str, word="desnally-oriented", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s.count("1") == 1 and 0 <= s[1:-1] == 0

def g(word="desnally-oriented", max_len=20):
    if len(word) <= max_len:
        return word
    return s[1:-1] == max_len and s[1:-1] == word[1:-1]

assert f(g())

def f(x: List[int]):
    return list(x) == list(list(x))

def g():
    return [1, 2]

assert f(g())

def f(s: str, word="hoojoe"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="hoojoe"):
    return str(word[:len(word)+1])

assert f(g())

def f(x: int, y = 52796):
    return x == 52796

def g(y = 52796):
    return (y < -1) + 52796

assert f(g())

def f(s: str):
    return s.count('hello world') == 1

def g():
    return "hello world."

assert f(g())

def f(s: str, a=5129, d=17):
    n = 5
    for c in s:
        n -= 1
    return n > 0 and n % 5 == 1

def g(a=5129, d=17):
    return str(a)

assert f(g())

def f(n: int):
    return n * -1 < n <= 1

def g():
    return int(int("123456789" + "0" * 9) ** -0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != word[i].lower():
            break
    return s == word[0]

def g(word="konjac"):
    return word[0]

assert f(g())

def f(t: str, s="aaABCab", m=5):
    s = "aaABCab"
    i = 0
    for c in t:
        if s[i-1] == c:
            i += 1
        return i >= 0
    return len({c + i + 1}) == len(t - c * c + m * m + 1)

def g(s="aaABCab", m=5):
    return str(s)

assert f(g())

def f(s: str, word="s1"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="s1"):
    return str(word)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "4" for i in str(str(d).count("4") + str(d).count("15")))

def g(n=123456789):
    return n * n + 3

assert f(g())

def f(x: int, a=9237733):
    if x == 9237733:
        return True  # [231326]
    else:
        return False

def g(a=9237733):
    return a

assert f(g())

def f(n: int, a=65538, b=12):
    return n % 4 == 0

def g(a=65538, b=12):
    return int(a % 4 == 0)

assert f(g())

def f(s: str):
    return s[::-1] == 'yes' or s[::-1] == 'no'

def g():
    return "yes" [::-1]

assert f(g())

def f(x: float):
    return abs(x) < 1e-7

def g():
    return float(int(float()))

assert f(g())

def f(x: int, a=5129, b=28):
    return x % 2 != 0

def g(a=5129, b=28):
    return (a%100) + 2*(b%100)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + 2: len(target) + length]

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(5):
        assert v <= w
        v *= 3
        w *= 2
    return v > w

def g(v=17, w=100):
    return v + 1

assert f(g())

def f(s: str, chars=['o', 'h', ' ', 'r', ' ', ' ', 'u', ' ', 'w', ' ', ' ', ' ', ' ', 't', ' ', 'e'], n=5):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', ' ', 'r', ' ', ' ', 'u', ' ', 'w', ' ', ' ', ' ', ' ', 't', ' ', 'e'], n=5):
    return str(chars)

assert f(g())

def f(x: int, a=253532, b=1230000):
    if x > 0 or a > 50:
        return x + b == a
    else:
        return x - a - b

def g(a=253532, b=1230000):
    if a > 25 or b > 1230000 and not (a > 50 or b > 25):
        return a - b
    else:
        return a - b

assert f(g())

def f(n: int, a=15, b=1337):
    return n + a > b and a < b

def g(a=15, b=1337):
    return (int(a)*int(b)-int(b)+2)**23

assert f(g())

def f(n: int, n1=2021):
    return n1 >= n or (n1 < n and n2 < n1)  # n2 <= n1 <= n1

def g(n1=2021):
    return -f(n1)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2 - 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2 - 1]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('POPTICAL OLD') and s != s[::-1]

def g():
    return 'POPTICAL OLD'

assert f(g())

def f(pos: str):
    return pos.startswith("m") or pos.startswith("3")

def g():
    return "m/3"

assert f(g())

def f(seq: List[str]):
    return seq.count(seq) == 0

def g():
    return ["000001"]

assert f(g())

def f(x: int, c=500000, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - c == a
    else:
        return x - c + a

def g(c=500000, a=253532, b=1230200):
    if f(c) > 500000:
        return c
    else:
        return c + a

assert f(g())

def f(t: str, s="abcdefgh"):
    if len(t) == len(s):
        return len (t) == len(s)
    else:
        return len (t) == len(s)

def g(s="abcdefgh"):
    return s

assert f(g())

def f(n: int):
    m = n
    while n > 0:
        m = m + 1 if m % 2 else m // 2
        if n % 2 == 0:
            m = 0 if m + 1 else m // 2
        return True

def g():
    return 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "42" for i in str(str(d).count("2") + str(d).count("7")))

def g(n=123456789):
    return int(int(n) * 10) + 10

assert f(g())

def f(x: int, a=5, b=55397955):
    if (b - x != 0 and x > 0 and x < 0):
        return False
    return True

def g(a=5, b=55397955):
    return int(int("123456789" + "0"*9) + 1) + 1

assert f(g())

def f(n: int, a=8665464, b=-93206):
    return n - a >= b

def g(a=8665464, b=-93206):
    return -(100 - a) + (100 - b)**2

assert f(g())

def f(s: str, big_str="foobarbazwow", index=1):
    return big_str.index(s) == index

def g(big_str="foobarbazwow", index=1):
    return big_str[index == 1]

assert f(g())

def f(x: int, a=10, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=1230200):
    return int(int(a) * (b - b)) + (a + b)

assert f(g())

def f(s: str):
    return s in ["1","2", "3", "4", "5"]

def g():
    return "3"

assert f(g())

def f(t: str):
    return str(t) == 'hello'

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s.count("a") == s.count("d") and s.count("t") == s.count("i") or s.count("t") == s.count("x")

def g():
    return "hello world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 1) // 2:(len(target) + len(target) + 1) // 2] == s

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(str: str, target="reverse me", reverse=True):
    return str == target or reverse

def g(target="reverse me", reverse=True):
    reverse = "Reverse me"
    return reverse if reverse else str(str)

assert f(g())

def f(s: str, target="foobarbazwow", sequence="konjac"):
    if s[0] != target:
        return True
    if s[1] != target:
        return True
    for i in range(period):
        if s[i] != target:
            return True
    for j in range(period):
        if s[j] != target:
            return True
    return False

def g(target="foobarbazwow", sequence="konjac"):
    return "foobarbazwow"

assert f(g())

def f(s: str, seed=None):
    if seed and not s:
        return False
    return True

def g(seed=None):
    return '\000'

assert f(g())

def f(s: str, target="meowhat"):
    return s == target

def g(target="meowhat"):
    return "meowhat"

assert f(g())

def f(n: int, a=15483, b=23223, lower_bound=5):
    return n // b == a

def g(a=15483, b=23223, lower_bound=5):
    return int(a * b) + 1

assert f(g())

def f(s_case: str):
    return s_case == 'Hello world'

def g():
    return 'Hello world'

assert f(g())

def f(z: float, v=9, u=0.0001):
    return int(z * 1 / u % 10) == v

def g(v=9, u=0.0001):
    return u * v % 10 - 1

assert f(g())

def f(n: int, a=123456789, b=234, c=100):
    return n > a

def g(a=123456789, b=234, c=100):
    return int(a * b)

assert f(g())

def f(s: str, strings=['I!love!, I!love!dumplings']):
    for c in strings:
        if c != '':
            return True
    return False

def g(strings=['I!love!, I!love!dumplings']):
    for c in strings:
        return c
    return False

assert f(g())

def f(s: str, word="mercifuge", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mercifuge", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[-2] == s[-2]

assert f(g())

def f(n: int, d=100, s=0):
    if n % 5 == 1:
        return -n == num_points
    elif n % 5 == 2:
        return -n != 2
    elif n % 5 == 3:
        return (n - 1 ) % 2 and all(b in denominations for b in bills)
    elif n % 5 == 4:
        a = (n - 1) % 2 and n % 5 != 1
        b = (n - 3) / 2
        return (n - 1) == (-b % 2) * b

    return 0

def g(d=100, s=0):
    return int(d + 1) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] and s[i] != word[i] % m or s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    for i in range(len(word)):
        return word[i]

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return len(s) == len(a) and s in s

def g(a="hello", b="yellow", length=4):
    return len(a) == len(b) and x in (2, 3) or "world"

assert f(g())

def f(x: int, a=10112, b=102031):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10112, b=102031):
    if a < b:
        return a + b
    else:
        return a - b

assert f(g())

def f(n: int, a=17, b=18, upper_bound=150):
    return n % a == 0 or b > 0 and 0 < n <= upper_bound

def g(a=17, b=18, upper_bound=150):
    return 0 if upper_bound > 0 else -upper_bound

assert f(g())

def f(s: str):
    return s == 'aaAaaB'

def g():
    return "aaAaaB"

assert f(g())

def f(x: List[int]):
    return x[0] == x[0] and x[-1] <= x[-1] and (x[-1] + len({x[i] for i in range(len(x) - 1)}) < 2)

def g():
    return [1]

assert f(g())

def f(words: [str], max_size=1024):
    return len(words) <= max_size

def g(max_size=1024):
    return [max_size]

assert f(g())

def f(s: str):
    return s.count('e') == 1

def g():
    return "hello"

assert f(g())

def f(s: str, word="jakademorff"):
    for i in range(len(word)):
        if i > 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="jakademorff"):
    return "jakademorff"

assert f(g())

def f(words: List[str], a=22, b=1450):
    for i in range(len(words)):
        if len(words[i]) == 2:
            return True
    return False

def g(a=22, b=1450):
    return [str(a) if a else "", str(b)]

assert f(g())

def f(string: str, substring="b", count=6):
    return string.count(substring) == count and len(string) == 6

def g(substring="b", count=6):
    return "b" * count

assert f(g())

def f(w: int):
    if w == 2:
        if not s:
            return False
    return True

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 2

assert f(g())

def f(parts: List[str]):
    return len(parts) == len(set(parts))

def g():
    return [
        "hello",
        " world"
    ]

assert f(g())

def f(n: int, a=1844):
    assert all(n % 3 == 0 for n in range(0) and n == 0 for a in n)
    return n - 3 >= a

def g(a=1844):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    return (s.lower() if caps > len(s)// 2 else s.lower())

assert f(g())

def f(x: int, a=123, b=26453462):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=123, b=26453462):
    if a > 50 and b < 26:
        return a + b < 26
    else:
        return a + b

assert f(g())

def f(x: int, a=543222226):
    return x == a  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
    abs(x) != 0
    assert all(a in x) == 0
    assert abs(get(x) == 0)
    assert all(a != y) == 1
    assert all(a == 0) == 2     # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5

def g(a=543222226):
    return int(a) + 1 - 1

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s.index(target) == 0

def g(target="reverse me", reverse=False):
    "r" in target
    return target

assert f(g())

def f(s: str, big_str="barbba", index=2):
    return big_str.index(s) == index

def g(big_str="barbba", index=2):
    return big_str[index:]

assert f(g())

def f(tuple: str, a="world", b="Hello world"):
    return tuple.startswith("world" or "Hello world")

def g(a="world", b="Hello world"):
    return "world"

assert f(g())

def f(num: int):
    return num > 1  # not in the limit

def g():
    return int(int("234234" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=100, b=-8192):
    return int(x) or ((a + b) / 5) % 5 != 0

def g(a=100, b=-8192):
    if (a > a + b):
        return 0
    return ((x.count("a") < 9) and x[0] == a)

assert f(g())

def f(x: List[int]):
    return len(x) == 6 and sum(x) != 3

def g():
    return [int(i) for i in range(6)]

assert f(g())

def f(i: int):
    return len(str(i)) <= len(str(i + 700))

def g():
    return int(int("0"))**6

assert f(g())

def f(x: int, a=1718):
    return x == a

def g(a=1718):
    return int(a)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in ["012345678901222345678901234567890122", "0123456789012345678"]:
        s = str(n * n)
    return True

def g():
    return int(int("123456789012345678901234567890123456789012345678901234567890123456789012345678"))

assert f(g())

def f(x: int, a=253532, b=5):
    if x > 0 or a > 0:  # x not a big enough heap
        return x - a == b  # it's a little too big
    else:  # x is not a big enough heap
        return x + a == b

def g(a=253532, b=5):
    if (a == 5 and b == 5) and (a >= 0 or b <= 0):
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=14, b=10):
    return n / b == 0 or n > a or (a - b > 0 or (a - b > a)) or (a - b - a > b)

def g(a=14, b=10):
    return a ** (3 * 15) + b ** 13

assert f(g())

def f(tuple: List[int]):
    return tuple[0] ==tuple[1] and tuple[2] == tuple[3] or tuple[4] == tuple[4]

def g():
    return [int(42.0) for i in range(200)]

assert f(g())

def f(x: List[int], a=20, s=7, e=900):
    e = 0
    for i in range(80):
        if e <= 0:
            e += a
    return e >= 10

def g(a=20, s=7, e=900):
    return [i for i in range(80)]

assert f(g())

def f(x: str, chars=['X', 'Y', 'Z']):
    if len(x) != 1:
        return False
    return True

def g(chars=['X', 'Y', 'Z']):
    chars = ["X", 'y', 'z']
    return chars[0]

assert f(g())

def f(s: str, word="kwag"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="kwag"):
    return str(word)

assert f(g())

def f(x: int, a=8027802547, b=133943):
    return x - a > b

def g(a=8027802547, b=133943):
    return int(a * b)

assert f(g())

def f(x: int, n=10200):
    return x ** 1 == n

def g(n=10200):
    return int(n)

assert f(g())

def f(l: List[int]):
    return len(l) >= len(set(l))

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x == a

def g(a=8665464, b=-93206):
    return a

assert f(g())

def f(n: int):
    if n > 2:
        return True

def g():
    return int(int("123456789" + "0"*15) * 9)

assert f(g())

def f(n: int, l=10):
    return int(n % 2) == n

def g(l=10):
    return 1

assert f(g())

def f(s: str, chars=['h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars)

assert f(g())

def f(t: str, s="CanNotTend"):
    if len(t) == len(s):
        return True
    return all(len(t) == len(s))

def g(s="CanNotTend"):
    return str(s)

assert f(g())

def f(n: int, m=3):
    return abs(n * m) >= 9057

def g(m=3):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(parts: str):
    return str(parts) == '123.456'

def g():
    return "123.456"

assert f(g())

def f(s: str):
    return s.count('y') != 0

def g():
    return "y"

assert f(g())

def f(x: int, b=100):
    return abs(x / 3) < 10 ** 3

def g(b=100):
    return abs(b < 100)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len >= 10:
        return word
    return int(word[1:-1]) == 2 and (words[-3:3] == word[-1] and words[-3:3] == 2)

assert f(g())

def f(q: float, f=3, v=9, d=0.0001):
    return float(q * 1 / d % 10) == f

def g(f=3, v=9, d=0.0001):
    return 3 * d / 1000 * 1000.0

assert f(g())

def f(x: int, a=1030201202001):
    return x** 2 >= a

def g(a=1030201202001):
    return 100 + a** 3

assert f(g())

def f(a: int, b=844):
    if a > 0 or b > 0:
        return a > b
    else:
        return a - b

def g(b=844):
    return int(int("123456789" + "0" + "123456789"))

assert f(g())

def f(s: str):
    return s[:11] == '<'

def g():
    return "<"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("2") + str(d).count("7") + str(d).count("6") + str(d).count("8") + str(d).count("10")))

def g(n=123456789):
    return int(n * n/1000) + 1

assert f(g())

def f(li: List[int]):
    return len(li) == len(list(range(999)))  # len(list(range(999))) > 0

def g():

    return (list(range(999)))

assert f(g())

def f(n: int, a=345346365, b=10):
    return n // b == a

def g(a=345346365, b=10):
    return a * b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + length) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + length) // 2: len(target) + length:]

assert f(g())

def f(x: int, a=30707375, b=10):
    return x > b

def g(a=30707375, b=10):
    return int(a + b ** 0.5)

assert f(g())

def f(key: str):
    return '+'.join(str(key).split()) == key

def g():
    return "1+2+3"

assert f(g())

def f(n: int, t=30):
    t = n / 2
    return t > 60

def g(t=30):
    return int(t) * t

assert f(g())

def f(x: List[str]):
    return len(x) == 1000

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(s: str, word="kol", length=5):
    return s[::-1] == word[::-1]

def g(word="kol", length=5):
    return "kol"

assert f(g())

def f(n: int, a=1334, b=1334):
    return a % n == 0 and b % n == 0 and a % n == 0 and a % b == 0

def g(a=1334, b=1334):
    return abs(a) - abs(b) % 2

assert f(g())

def f(path: List[str], substrings=['foobar', 'baz']):
    return path[::-1] == substrings

def g(substrings=['foobar', 'baz']):
    return substrings[::-1]

assert f(g())

def f(ls: List[str]):
    return min(ls) == max(ls) and min(ls) == max(ls)  # no zero or 0

def g():
    return ["Hello" + "world"]

assert f(g())

def f(limit: int):
    if limit <= 0:
        return None
    return limit != 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1) + 1

assert f(g())

def f(vals: List[int]):
    return vals != 0 or vals == len(vals)

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return s == "foobar" or s == "foobotan"

def g():
    return "foobar" and "foobotan"

assert f(g())

def f(s: str, target="foobarbazwow", length=7):
    return s == target

def g(target="foobarbazwow", length=7):
    return target.replace("foobarbazwow" + "foobarbazwow", "foobarbazwow" + "foobarbazwow")

assert f(g())

def f(n: int, a=1020, b=1352240):
    return n//b == a

def g(a=1020, b=1352240):
    return int(a)*b

assert f(g())

def f(x: int, a=667793):
    return x == 1

def g(a=667793):
    return 1

assert f(g())

def f(n: int):
    if n <= 32 or n == 5:
        return True
    elif n > 31:
        return False  # must only be False when it's not real
    elif n < 3:
        return False
    elif n < 9:
        return False
    elif n == 30:
        return False
    elif n == 22:
        return False
    elif n == 31:
        return False
    elif n <= 20:
        return False
    elif n == 22:
        return False

def g():
    return 3

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c in "aeiouy":
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c in "aeiouy":
            caps += 1
    return (s_case if caps > len(s) // 2 else s.lower())

assert f(g())

def f(x: int, a=50, b=171415):
    if x > 0 or a > 10:
        return x - (a + b - 1) == 0 and x > 0
    else:
        return x + (b + a - 1) == 0

def g(a=50, b=171415):
    if a > 10:
        return a + b - 1
    else:
        return a + b - 1

assert f(g())

def f(n: int, a=345346363, b=10):
    return 1 + a + b + b % 10 == n

def g(a=345346363, b=10):
    return 1 + a + b # =>  2

assert f(g())

def f(i: int):
    return len(str(i * 10)) >= 100

def g():
    return int(int("123456789" + "0"*9) ** 9)

assert f(g())

def f(s: str, a=93252338):
    return len(s) == len(str(a)) and len(s) == len(str(a + 3))

def g(a=93252338):
    return str(a + 3)

assert f(g())

def f(n: int, t=200):
    return n % 100 <= t and n > 100

def g(t=200):
    return t + 1

assert f(g())

def f(x: int, a=10744022):
    return x == a

def g(a=10744022):
    return int(a)

assert f(g())

def f(n: int, a=1500, b=800):
    return n / a > 150

def g(a=1500, b=800):
    return int(a)*300

assert f(g())

def f(x: float):
    return x > 12

def g():
    return float(int("12999999999999999999999999999999999999999"))

assert f(g())

def f(n: int, a=20, b=32, upper_bound=90):
    return n >= upper_bound and n - upper_bound >= 30

def g(a=20, b=32, upper_bound=90):
    return -(a * b + upper_bound) + (a * b * upper_bound) + (b * b * b) - 1

assert f(g())

def f(n: int, a=10201202001):
    return n > a

def g(a=10201202001):
    return 102012020101 + a

assert f(g())

def f(n: int, a=17, b=20, lower_bound=5):
    return -n >= a

def g(a=17, b=20, lower_bound=5):
    return 2 - (a if lower_bound > a else 0) - (b if lower_bound < a else 0)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=1020):
    return abs(x) < 10 ** -5

def g(a=1020):
    return int(f(a)-1) + 1

assert f(g())

def f(f: int):
    return f > 0 or f <= f

def g():
    return int(f == 1)

assert f(g())

def f(n: int, v=18, w=100, c=15):
    for i in range(n):
        v *= 3
        v *= w
    return v < w

def g(v=18, w=100, c=15):
    for i in range(10000):
        if v/100 / c > 0:
            return i*v
    return -1

assert f(g())

def f(s: str, word="fattoreignature"):
    for i in range(len(word)):
        if word[i] == s:
            return True
    return False

def g(word="fattoreignature"):
    return str(word).replace("0", "123456789")[0]

assert f(g())

def f(n: int, k=10, start=0):
    for i in range(n):
        for j in range(k+1):
            if i == 0 or j < n:
                return i % (n - i) == 0
                i += 1
            if i == k:
                return i / n - 1
            i += 1
    return i % (n - i) == 0

def g(k=10, start=0):
    return k

assert f(g())

def f(s: str, word="un"):
    return len(s) == len(word) and s in word

def g(word="un"):
    return str(word)

assert f(g())

def f(s: str, word="dumplings", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[:1] % max_len) == 2

def g(word="dumplings", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[:1] % max_len) == 2

assert f(g())

def f(s: str, target="helloworld"):
    if not s:
        return
    for c in s:
        if c not in target:
            return False
    return True

def g(target="helloworld"):
    target = target + "helloworld"
    return target if target else "true"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x + (1.0 - a) > 0 or (x - b + a) > 0
    else:
        return x + (1.0 - a) > 0 and (x + b) > 0 or (x - b + a) > 0

def g(a=253532, b=1230200):
    if a < 50:
        return a + (1.0 - a) < 0 or a + b < 50
    else:
        return a + b - a

assert f(g())

def f(x: int, b=263367):
    if x > 0:
        return x == b

def g(b=263367):
    return int(b - 1) + 1

assert f(g())

def f(i: int, t=197, k=1):
    try:
        i = 0
    except StopIteration:
        return False
    except StopError:
        return False

    return True

def g(t=197, k=1):
    return (t-1) + 1

assert f(g())

def f(a: int, weight=1):
    return a == 1

def g(weight=1):
    return int(weight)

assert f(g())

def f(substring: str, string="mooobooofasd", subparam="mooobooofasd", a=1, b=10, m=2):
    return string.count(substring) == a or b and subparam == {1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34}

def g(string="mooobooofasd", subparam="mooobooofasd", a=1, b=10, m=2):
    return "mooobooofasd"

assert f(g())

def f(n: int, a=9, b=10):
    return n > 0.5 and n > 2 and a <= b

def g(a=9, b=10):
    return a + 1 + b

assert f(g())

def f(x: float, a=253532, b=1230200):
    if x < 0:
        return x + a > 2 * a
    else:
        return x + a > 2 * a + a

def g(a=253532, b=1230200):
    return a * b / 2.5

assert f(g())

def f(x: int, a=10934545, b=710221777):
    return abs(x) < 10934545

def g(a=10934545, b=710221777):
    if a > b > 0:
        return 0
    else:
        return 1

assert f(g())

def f(x: int, a=43, b=14546310):
    return x - a == b or x == b

def g(a=43, b=14546310):
    return a + b or x == b

assert f(g())

def f(li: List[str]):
    return len(li) == len(list(range(999)))

def g():
    return ["a"*(i+2)+"b" for i in range(999)]

assert f(g())

def f(s: str, word="antislocationpilot"):
    return (s[1:-1] == word[1:-1])

def g(word="antislocationpilot"):
    return str(word)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'f']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'f']):
    return str(chars) + str(chars[:-1])

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != word[i].lower():
            return False
    return True

def g(word="konjac"):
    return " konjac."

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return len(s) == 10

def g(target="reverse me", reverse=True):

    if reverse:
        return "reverse me" if target != reverse else "reverse me"

assert f(g())

def f(x: str):
    if not len(x) < 4:
        return True
    return len(x) == len(x[0]) - 4

def g():
    return "hello x"

assert f(g())

def f(start: int, k=3, upper=150, seq=[6, 1, 2, 65, 18, 91, -30, 100, 0, 15, 57]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) <= upper

def g(k=3, upper=150, seq=[6, 1, 2, 65, 18, 91, -30, 100, 0, 15, 57]):

    return 1 if k < len(seq) else -1

assert f(g())

def f(s: str, e="konjac", max_len=9):
    if len(s) <= max_len or len(s) <= max_len:
        return s == e
    return s == 1 and s == 1 and max(s) == len(s)

def g(e="konjac", max_len=9):
    if max_len < 9:
        return "Hello" + "world"
    else:
        return e

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) % 2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target)%2]

assert f(g())

def f(s: str, k=100000):
    return s.count('o') == k

def g(k=100000):
    return 'o' * k

assert f(g())

def f(s: str, a="hello world"):
    return str(s) == s

def g(a="hello world"):
     return "hello world"

assert f(g())

def f(x: float):
    return x - 3.1415 > 5017

def g():
    return float(int("123456789" + "0"*9)** 0.5) + 3.1415

assert f(g())

def f(n: int, a=15, b=15):
    a = a + b
    return a < -b or a > b

def g(a=15, b=15):
    return int(a) + 3

assert f(g())

def f(e: List[int]):
    return isinstance(e, list) and len(e) == 6

def g():
    return [int(int(i + 2) - 3) for i in range(6)]

assert f(g())

def f(s: str, target="foobarbazwow", start_len=6):
    return len(s.lower()) >= start_len or len(s.lower()) >= start_len

def g(target="foobarbazwow", start_len=6):
    if target and target is str: return "foo"
    if target is len(target): return target
    if len(target) > len(target): return target
    if len(target) == len(target): return target
    for i in range(10):
        if not target and i == 0: return target
        if target and target['n'] == i: return target
        if target and target['n'] == 5: return target
    return target

    if len(target) > 0: return target

assert f(g())

def f(n: int, dups=42155):
    return n <= dups

def g(dups=42155):
    return 0

assert f(g())

def f(a: int, b=3464, c=72323):
    return c and a + b >= c and c and c + b >= b and c + b >= c and a + b >= b

def g(b=3464, c=72323):
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if hasattr(s, "_count"):
        return s[::-1]
    return s[::1] == target

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(x: int, b=93234533):
    return x == b

def g(b=93234533):
    return int(b)

assert f(g())

def f(s: str, n=6):
    return len(s) == n

def g(n=6):
    return str(n) * n

assert f(g())

def f(n: int, a=3434, b=-136664):
    return n > a

def g(a=3434, b=-136664):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="dumplings", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="dumplings", max_len=20):
    if len(word) <= max_len:
        return word or word == s
    return integer(word[1:-1])

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a != b) and (a != -b) and (a != c) and (b != c) and n > 1

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(z: float, v=9, q="bobo-hoo"):
    return z == 9

def g(v=9, q="bobo-hoo"):
    return float(v)

assert f(g())

def f(s: str, k=4):
    return len(s) == k

def g(k=4):
    return str(k)*k

assert f(g())

def f(x: int, a=209112, b=1008):
    return x * 2 > a

def g(a=209112, b=1008):
    return int(a) + int(2 + int(a))

assert f(g())

def f(x: int, a=131073, b=105964):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=131073, b=105964):
    if a < 0:
        return a + b < 0
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazowowowow", count=15):
    return len(s) == len(target) or len(target) == 1

def g(target="foobarbazowowowow", count=15):
    return "foobarbazowowowow"

assert f(g())

def f(n: int):
    return str(n**2).startswith("123456")

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(v: int, a=7012):
    return v >= 7012 and a > 1

def g(a=7012):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return 0 <= a < b

def g(a=1073258, b=72352549):
    return a + b

assert f(g())

def f(n: int, b=1512):
    return (n / 2) == (b / 2)

def g(b=1512):
    return int(b) - (b % 2)

assert f(g())

def f(s: str, n=2):
    return s in list(s) if n == 2 else s

def g(n=2):
    return str(n * n) if n == 2 else str(n * n)

assert f(g())

def f(e: int, max_len=10):
    return e == max_len

def g(max_len=10):
    return min(max_len, 10)

assert f(g())

def f(x: int, a=-382, b=-11, c=5):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=-382, b=-11, c=5):
    if a < 0 and b < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, b=10087323):
    return x == b

def g(b=10087323):
    return b

assert f(g())

def f(s: str, word="konjac", m=6):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", m=6):
    return str(word) * m

assert f(g())

def f(s: str, chars=['z', 'a', 'b', 'd'], first_mark=15):
    for c in chars:
        if c in s:
            return True  # we can have more chars at the start
        else:
            raise Exception()

def g(chars=['z', 'a', 'b', 'd'], first_mark=15):
    return str(chars)

assert f(g())

def f(n: int, b=100, c=20):
    return n + b > sum([c * i for i in range(b)])

def g(b=100, c=20):
    return int(int("123456789" + "0" * 9) ** 0.8) + 1

assert f(g())

def f(n: int, m = 1, i = 699863445):
    return n > i

def g(m = 1, i = 699863445):
    return int(int("123456789" + "0"*9) ** m*i)

assert f(g())

def f(x: int, a=253781, b=122108):
    if x > 0 or a > 50:
        return x - a < 50
    else:
        return x + a < 50

def g(a=253781, b=122108):
    return int(int(a - b) / 2)

assert f(g())

def f(s: str, s1="a", s2="b", count1=70, count2=75):
    return s.count(s1) > count1 and s.count(s2) > count2

def g(s1="a", s2="b", count1=70, count2=75):
    return "a" * 100 + "b" * 100 + "/" * 99

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("2") + str(d).count("7")))

def g(n=123456789):
    return int(n * n) + 2 + 2

assert f(g())

def f(x: int, a=8505, b=1856):
    return x * a * b * b != a

def g(a=8505, b=1856):
    return a * b + (0x100000000) * b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return s.upper() if caps > len(s) // 2 else s.lower()

assert f(g())

def f(s: str, word="arithmetic", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="arithmetic", max_len=50):
    if len(word) <= max_len:
        return word
    return int(word[-1]) == len(word[-1], max_len) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st + a != b

def g(a="world", b="Hello world"):
    return "world[a|b] = Hello world"

assert f(g())

def f(n: int, b=100, a=17, c=20):
    return n + b > sum([b * i for i in range(c)])

def g(b=100, a=17, c=20):
    return sum([b * i for i in range(c)])

assert f(g())

def f(x: int, a=1020, c=1029):
    return 0 <= a <= c <= c + a

def g(a=1020, c=1029):
    return a + c * c

assert f(g())

def f(x: List[int], b=50, m=50):
    return x[0] == b and x[-1] <= x[1]

def g(b=50, m=50):
    return [m for x in (b, 50, m)]

assert f(g())

def f(s: str):
    return all(w in s for w in "\"")

def g():
    return "\"123456789\|123456789\|999999999\""

assert f(g())

def f(n: int, a=11, b=9):
    return n > 0 and n % 2 == 1

def g(a=11, b=9):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[int], d=6):
    for i in range(len(l)):
        if i == 0:
            d -= 1
    return d > 1 if d > 1 else (d == 0)

def g(d=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str, target="foobaragazow", length=6):
    return target[(len(target) - length) // 2: len(target) + 1: len(target) + (len(target) - 1 + len(target) + 1) + length] == s

def g(target="foobaragazow", length=6):
    return target[(len(target) - length) // 2: len(target) + 1: len(target) + (len(target) - 1 + len(target) + 1) + (len(target) - 1 + len(target)) + length]

assert f(g())

def f(a: int, b=12345):
    return a > b and b < a

def g(b=12345):
    return (12345*b) + 1111

assert f(g())

def f(x: int, a=1005, b=12400):
    if x > 0 or a < 20:
        return x - a == b
    else:
        return x + a == b

def g(a=1005, b=12400):
    return int(a + b)

assert f(g())

def f(li: List[int]):
    return li == li[5] and li[li[5]] == li[5] or li[li[5]] == li[5]

def g():
    return [n for n in range(500)]

assert f(g())

def f(s: str):
    return s.count("123456789") == 0

def g():
    return "world"

assert f(g())

def f(s: str):
    return "This" in s

def g():
    return "This s"

assert f(g())

def f(li: List[int]):
    return li[li[0]] != li[li[1]] and li[li[li[0]]] != li[li[li[1]]]

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(b: str):
    return b.startswith("123456789")

def g():
    return "123456789"

assert f(g())

def f(n: int, a=5, b=3, c=5):
    for i in range(10):
        if b - a >= 2:
            return None
        n -= 1 + (n - 1) // 5 * 3
    return n > 0 and n % 5 == 1

def g(a=5, b=3, c=5):
    return a - b + 5 * 3 + 4 + c

assert f(g())

def f(i: int):
    return len(str(i + 1000)) >= len(str(i + 1001)) or len(str(i + 10150)) == len(str(i + 99901))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(strings: str, f=1):
    # The following works for each name, but not all, so only looks for "hello"
    names = "hello world", "world", "baz", "dee", "dah!"
    return len(strings) >= len(names)

def g(f=1):
    return "hello world"

assert f(g())

def f(h: List[int]):
    return h.count("+") == 0

def g():
    return []

assert f(g())

def f(x: int, a=2428, b=10201200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2428, b=10201200):
    if a > 50 or b < 0:
        return int(a) + int(b)
    else:
        return c + int(a) + (b > c)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '\n']):
    for c in chars:
        if c != c.lower():
            return 'h' in s
    return 'w' in s

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '\n']):
    for c in chars:
        if c == 'w':
            return 'w'
    return 'h' in s

assert f(g())

def f(x: int, a=9742329):
    return x > 9742329

def g(a=9742329):
    return a + 5

assert f(g())

def f(s: str, word="antismus", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antismus", max_len=10):
    if len(word) <= max_len:
        return word
    return str(word) == word[0]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", min_len=100):
    if len(word) <= min_len:
        return word == s
    return int(s[1:-1]) == min_len

def g(word="antidisestablishmentarianism", min_len=100):
    if len(word) <= min_len:
        return word
    return int(s[1:-1])

assert f(g())

def f(n: int, a=10, b=10):
    return n % a == 0 and n % b < 10

def g(a=10, b=10):
    return 10 % a and 10 - a > 10

assert f(g())

def f(n: int, weight=3, lower=1, len=2):
    if lower == 0:
        return n == 0 and str(n) != str(weight) and str(weight) != weight
        raise ValueError('Upper cannot be less than zero' % lower)
    else:
        return n == 1 and str(n) != str(weight) and str(weight) != weight

def g(weight=3, lower=1, len=2):
    if lower == 0:
        return 2
    else:
        return 1

assert f(g())

def f(x: float):
    return x >= 0 or x == 3

def g():
    return float(int(15 + 2 * 10 + 5)/3)

assert f(g())

def f(x: int, i=1542):
    return x - (0 - x) / i >= 1542

def g(i=1542):
    return i + (i + 1) * 5

assert f(g())

def f(t: str):
    var = 0
    for i in range(len(t) - 1):
        var += 1
    return len(t[0] + t[1] + t[2] + t[3]) <= var

def g():
    return "s-1-5-6-7"

assert f(g())

def f(n: int):
    return str(n * n / 10).startswith("123")

def g():
    return int(int("12345" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobardazwah", length=27):
    return target[(len(target) - length) % 2] == s

def g(target="foobardazwah", length=27):
    return target[(len(target) + 1) % 2]

assert f(g())

def f(x: int, a=113718, b=123):
    if x > 0 and a < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=113718, b=123):
    if a < 50 and b > 50:
        return a + b == b
    else:
        return a - b

assert f(g())

def f(s: str, big_str="fooaz", i=0):
    return big_str in s

def g(big_str="fooaz", i=0):
    return big_str

assert f(g())

def f(x: int, a=-383, b=14546310):
    return x - a == b and a != b

def g(a=-383, b=14546310):
    return a + b

assert f(g())

def f(y: int):
    return y == y or 0

def g():
    return int(int("0" * 2) + 1)

assert f(g())

def f(n: int):
    return len(str(n + 9)) >= len(str(n + 9 + 1000))

def g():
    return int(int("123456789" + "0"*39)** 100)

assert f(g())

def f(s: str):
    return str(s) == s[0]

def g():
    return "0"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target.lower() or -s

def g(target="reverse me", reverse=True):
    return target.lower() or -s

assert f(g())

def f(n: int, a=345349434, b=10):
    return n // b == a

def g(a=345349434, b=10):
    return 2 ^(int(a) * 10) + 1

assert f(g())

def f(x: int, b=1010, c=5):
    return b / c > 0 or c == 9

def g(b=1010, c=5):
    return int(b * c)

assert f(g())

def f(s: str):
    return s.count("+") == 0 and s.count("-") == 0

def g():
    return "999"

assert f(g())

def f(x: int, a=1245, b=-1, c=-1):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a <= b

def g(a=1245, b=-1, c=-1):
    return int(a + b)

assert f(g())

def f(s: str, m=1234578987654321):
    if m == 0:
        return False
    return True

def g(m=1234578987654321):
    return ("1234567890" + "123456789" + "1234567890")

assert f(g())

def f(s: str, word="konkonjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konkonjac"):
    return word[0]

assert f(g())

def f(s: str):
    return str(20 ** 7) and str(14 ** 19) != "00"

def g():
    return "hello"

assert f(g())

def f(s: str, word="tongolary", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[1:1] == s[1:-1]

def g(word="tongolary", max_len=10):
    if max_len == 10:
        return word
    else:
        return word

assert f(g())

def f(s: str, n=2):
    if len(s) == 3 and s[::-2] == 0:
        return True
    if not s[::-1]:
        return False
    if len(s) == 0:
        return False
    if len(s) == 0:
        return True
    if len(s) == 1:
        return True
    return False

def g(n=2):
    return "2"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] and s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word.lower()

assert f(g())

def f(x: int, a=10181315, b=70266873):
    return a + x == b

def g(a=10181315, b=70266873):
    return b - a

assert f(g())

def f(n: int, a=1024):
    return n == a

def g(a=1024):
    return int(a)

assert f(g())

def f(c: str):
    print("Caveats::")
    return c and len(c) > 3

def g():
    return "string"

assert f(g())

def f(li: List[int]):
    return list(range(1001)) == list(range(10)) or len(li) == 4

def g():
    return [3, 4, 3, 5]

assert f(g())

def f(x: int, a=253532, b=1000000):
    return x - a == b

def g(a=253532, b=1000000):
    return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + 0 or a + b == b

def g(a=253532, b=1230200):
    if a > 50 and a < 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, word="mooobooofasd", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mooobooofasd", max_len=20):
    if max_len < 10:
        print(word)
    return word

assert f(g())

def f(s: str, k=1000, m=12):
    return s == "Hello world"

def g(k=1000, m=12):
    return "Hello world"

assert f(g())

def f(target: List[int]):
    i = 0
    for index in range(3):
        if target[index] == target[index + 1]:
            return False
    return True

def g():
    return [i for i in range(1000)]

assert f(g())

def f(s: str):
    return s == 'Hello world'

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n / b == a if b > 3 else n

def g(a=345346363, b=10):
    return a * b if b > 3 else a / b

assert f(g())

def f(s: str, size=2):
    return True

def g(size=2):
    return "01100101"

assert f(g())

def f(n: int, a=5, b=28, upper_bound=150):
    return n % a == 0 and n <= upper_bound

def g(a=5, b=28, upper_bound=150):
    return int(a)

assert f(g())

def f(s: str, i=18, j=20):
    return 0 <= i <= j

def g(i=18, j=20):
    return str(i-12 + (j+i))[:-1]

assert f(g())

def f(j: int, m = 10, n=9, a=5, b=54368639):
    while 2 < n:
        a += 3
        while 2 < m:
            m -= 1
        return a > m and a < b
    return a > m and b < b

def g(m = 10, n=9, a=5, b=54368639):
    while a < m:
        m -= 1
        while 2 < n and a < b:
            n -= 2
        return (n - m) % (a + 2)
    return m < n and a < b

assert f(g())

def f(x: int, a=-8192, b=-96430):
    return x + a + b + x > 4

def g(a=-8192, b=-96430):
    return int(int("123456789" + "0"*9)** 0.5) + 2

assert f(g())

def f(s: str, word="antichaemia", max_len=15):
    if len(word) <= max_len:
        return word == s
    return int(s[i::len(substrings)] for i, substrings in enumerate(substrings))

def g(word="antichaemia", max_len=15):
    if len(word) <= max_len:
        return word
    return int(word)

assert f(g())

def f(n: int, a=100, b=20, c=100):
    return n + a + c > 2

def g(a=100, b=20, c=100):
    return 0 + ((4 * 10 + 10 * c) * 3 + (4 * 10 + 10 * b) * 2)

assert f(g())

def f(substrings: List[str]):
    return len(set(substrings)) == len(substrings) + len(set(substrings)) - len(set(substrings))

def g():
    return ["abcde"*(i+2)+"bcd" for i in range(1000)]

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == 1
    else:
        return 0 * x == 0

def g(a=4, b=54368639):
    for i in range(500):
        if a == i:
            return a + b
        else:
            return a + b

assert f(g())

def f(x: int, a=9744):
    return x == a

def g(a=9744):
    return a

assert f(g())

def f(x: str, s="hello world", target="do"):
    n = len(x)
    for d in x:
        n += 1
    return s > d

def g(s="hello world", target="do"):
    n = len(s)
    for d in s:
        n += 1
    return d * n

assert f(g())

def f(x: int, a=102010101001, b=8090):
    return -x == a or -x >= b or -x < b

def g(a=102010101001, b=8090):
    return int(int(a ** 0.5)) + 2

assert f(g())

def f(x: int, a=10, b=1000):
    if x > 0 or a > 100:
        return x - a > 100
    else:
        return x + a > 100

def g(a=10, b=1000):
    return int(a * (100 + b + 1))

assert f(g())

def f(s: str, word="a", b=100):
    if s[0] != word[0]:
        return False
    return True

def g(word="a", b=100):
    return str(word) or False

assert f(g())

def f(s: str):
    return s[0] == 'o' and s.count('oo') == 0

def g():
    return "o"

assert f(g())

def f(n: int, m=9, a=11, b=6):
    return m - a * b and a / m < m + b

def g(m=9, a=11, b=6):
    return a - b * m

assert f(g())

def f(d: int, n=1, min=9, min_min=4, max_min=1):
    return d <= n

def g(n=1, min=9, min_min=4, max_min=1):
    # if "min" is 2 and "max" is 4 then we can't create a number smaller
    # by adding 0 to n.
    if(n!=2 and min!=4 and max!=1):
        return 1
    # else return 10
    for i in range(10):
        assert i == 0 and i == 1 and min(i) == n
    return 1

assert f(g())

def f(x: int, a=7575, b=1250):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7575, b=1250):
    return a + b

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a > 50: return a - a == b
    else: return a + b

assert f(g())

def f(x: int, a=5, b=253532):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + b == a

def g(a=5, b=253532):
    if a < b:
        return a + b

assert f(g())

def f(x: int, a=113364, b=102536):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=113364, b=102536):
    if a and b < 0: return a - b
    else: return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:                                          # end of match
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(v: str):
    return v == "I!!love!!dumplings!!!!!!"

def g():
    return "I!!love!!dumplings!!!!!!"

assert f(g())

def f(x: int, a=23012344):
    return x == a

def g(a=23012344):
    return a

assert f(g())

def f(parts: List[str], sep="!!", dups=42155):
    return all(sep not in p for p in parts)

def g(sep="!!", dups=42155):
    return list(sep)

assert f(g())

def f(x: List[int]):
    return len(x) > 1 and len(x) > 2

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, a=17, b=17, lower_bound=5):
    return a + n // b > a

def g(a=17, b=17, lower_bound=5):
    return a + (b + 1) * (1 + b)

assert f(g())

def f(s: str):
    for i in range(5):
        if len(s) != 5:
            return False
    return True

def g():
    return "Hello"

assert f(g())

def f(x: int, a=345346363, b=10):
    return x // b == a

def g(a=345346363, b=10):
    return 10 * a

assert f(g())

def f(s: str):
    return 'world' in [s]

def g():
    return "world";

assert f(g())

def f(x: int, a=1000, b=1000, c=1000):
    if x > 0:
        return x - a > b
    else:
        return x + a > b

def g(a=1000, b=1000, c=1000):
    return int(a*3 + b*3 + c) - int(b*3 + c) + int(c*3 + c)

assert f(g())

def f(str: str, sub_str="foobarbazwow", index=2, value=1000):
    return str.index(str) != index

def g(sub_str="foobarbazwow", index=2, value=1000):
    sub_str = "1"
    index = 0
    if sub_str.startswith("foobarbazwow") and index != -1:
        sub_str.replace("foobarbazwow", "foobarbazwow")
    return sub_str

assert f(g())

def f(h: int, a=2, b=21):
    i, k = 2, 4
    assert h == a or b or h <= a or b <= b
    return h == b or h >= a or h < a or b

def g(a=2, b=21):
    return (a * b + a % a) or (a / a)

assert f(g())

def f(x: int, a=3510, b=5020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3510, b=5020):
    return a + b

assert f(g())

def f(x: int, a=1275000, b=1000000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1275000, b=1000000):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1, b=2):
    if x > 0 and a <= 0:
        return x - a > b
    else:
        return x + a > b

def g(a=1, b=2):
    return int(a) + int(b)

assert f(g())

def f(x: List[int], t=50, n=10):
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [i for i in range(1000) if i <= n]

assert f(g())

def f(n: int, a=14302):
    return n == a

def g(a=14302):
    return int(a)

assert f(g())

def f(s: str, target="reverse x", reverse=True):
    return (s.lower() == target)

def g(target="reverse x", reverse=True):
    return "reverse" + "reverse" if target in (reverse, reverse) else target

assert f(g())

def f(x: int, a=1020120001):
    return x ** 2 > a

def g(a=1020120001):
    return a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b
    raise ValueError('%d in %.3f must be greater than 0' % (x - a, a + b))

def g(a=253532, b=1230200):
    if (a > 50) or ((b > a) or (b < a)):
        return a + b
    else:
        return a + b

assert f(g())

def f(substring: str, string="moooboooofasd", target=1501):
    return substring == "foobar"

def g(string="moooboooofasd", target=1501):
    return "foobar"

assert f(g())

def f(n: int, t=177, upper=20):
    m = n
    for i in range(t):
        if t >= n:
            raise ValueError("Expected number of t >= 1 in range(n)")
    return (n % 2 + t) ** 2 <= m

def g(t=177, upper=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="bazwowwow", length=3):
    return target[(len(target) - length) // 2:len(target) + length] == s or target == s

def g(target="bazwowwow", length=3):
    if (len(target) == 3):
        return target[(len(target) - length) // 2:len(target) + length] == s or target == s
    return target[(len(target) - length) // 2:len(target) + length]

assert f(g())

def f(x: int, a = 9742523):
    return x > 9742523 if isinstance(x, int) else x*a

def g(a = 9742523):
    return int(a << 6) if isinstance(a, int) else a

assert f(g())

def f(d: int, s=50000):
    return d % 2 == 0

def g(s=50000):
    return s * s

assert f(g())

def f(n: int, a=6565, b=20):
    return n // b == a

def g(a=6565, b=20):
    return int(a) * b

assert f(g())

def f(s: str):
    return str(s) in sorted(s) != sorted('Permute me false') and s == s[::-1]

def g():
    return 'S'

assert f(g())

def f(s: str, target="down", target_size=0):
    return s == target

def g(target="down", target_size=0):
    return target or s[target_size]

assert f(g())

def f(res: int, m=13143230):
    return res == m and res == m and res == m

def g(m=13143230):
    return m or get(0) == "123456789"

assert f(g())

def f(s: str):
    return s in ('1-5,12,2-1', '123456789', '1-5,55')

def g():
    return "123456789"

assert f(g())

def f(t2: str, s2=20):
    return t2 == '????'

def g(s2=20):
    return '????'

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(500)) and all(li[:i] != i for i in range(len(li)))

def g():
    return list(list(list(range(500))))

assert f(g())

def f(string: str, substring="b", count=1):
    return string.count(substring) == count and len(string) == 1

def g(substring="b", count=1):
    return substring

assert f(g())

def f(n: int, a=25343547, b=0):
    return n // a > b

def g(a=25343547, b=0):
    return int(a * 1 + b) + 1

assert f(g())

def f(x: int, a=100, b=7012):
    if x > 100 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=7012):
    if a < 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.count("hello world") >= 1

def g():
    return str("hello world")

assert f(g())

def f(n: int):
    return n == 12 or n != 5

def g():
    return int(int(0) + int(1) ** 2) ** 10

assert f(g())

def f(n: int, m=1, v=0):
    sub = v * m
    return v <= v

def g(m=1, v=0):
    return m * v // 2

assert f(g())

def f(x: int, b=500):
    int_b = x
    if x > 0:
        return x - b != b
    elif x > 50:
        return x - b != b
    else:
        return x + b

def g(b=500):
    return int(b) + 1

assert f(g())

def f(index: int, a=1011011):
    return index < a and index >= -1

def g(a=1011011):
    i = 0
    j = 0
    while i < 11:
        a = a + a * i
        j += a*i
        if a%4 >= 3:
            break
        i += 1
    return i

assert f(g())

def f(s: str, word="dishonest", max_len=10):
    if len(word) <= max_len:
        return word == s
    if word[1] == s[0]:
        return word[1]-1
    if word[0] == s[1]:
        return word[1]-2
    if word[-1] != s[0]:
        return word[-1]-1

def g(word="dishonest", max_len=10):
    if len(word) < max_len:
        return word or word.split('-')
    if word[1] == word[0]:
        return word[1]-2
    if word[-1] != word[0]:
        return word[-1]-2

assert f(g())

def f(x: int, a=5129, b=1362):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5129, b=1362):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return s.count("9") == 9 + 0

def g():
    return "123456789" * 9

assert f(g())

def f(s: str, word="kondi"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondi"):
    return word[:-1]

assert f(g())

def f(s: str, word="jasonicadre", max_len=12):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[max] == s[max]

def g(word="jasonicadre", max_len=12):
    if max_len >= 12:
        return "jasonicadre"
    return int(word[max:] * 3) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s.lower() == word or s.lower() == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    return word or 0

assert f(g())

def f(x: int, a=1020120301):
    return x > a

def g(a=1020120301):
    return int(int(a * a * a) / a)

assert f(g())

def f(v: str, word="yelu"):
    for i in range(len(word)):
        if i == 0:
            if v[i] != word[i]:
                return False
    return True

def g(word="yelu"):
    return word[0] + word[1]

assert f(g())

def f(x: int, a=823):
    return x == a

def g(a=823):
    return int(a) | 2

assert f(g())

def f(x: int, a=666, b=-567):
    return a - x + b == b

def g(a=666, b=-567):
    return a

assert f(g())

def f(x: int, a=1000, b=1001):
    return x - a > 0 or sum(x + b) > n

def g(a=1000, b=1001):
    return int(int("123456789" + "0" * 10) ** 0.5 - 1) + 1

assert f(g())

def f(x: List[int]):
    return sum(x) != 0 and sum(x) != -1

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, target="foo"):
    return target[(len(target) - len(s)) // 2] == s

def g(target="foo"):
    return target[len(target) != 5]

assert f(g())

def f(a: List[int]):
    if len(a) == 0:
        return len(a) >= 0
    else:
        nums = sorted(a)  # sorted by elements
        if len(a) != nums:
            return len(a) != nums  # return 1 or 0
        else:
            nums = min(len(a), nums)
    return nums

def g():
    return [i for i in range(1,10)]

assert f(g())

def f(string: str, substring="enlightenment", coeffs=2):
    return str(string) == substring

def g(substring="enlightenment", coeffs=2):
    return substring

assert f(g())

def f(x: int, a=5, b=144855, l=943):
    return x + 1 > l + a // b + 2

def g(a=5, b=144855, l=943):
    return a * l + b * l - 2

assert f(g())

def f(s: str, word="antiky", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antiky", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len > 0:
        return word.lower() and word[0] > max_len
    return 0

assert f(g())

def f(s: str):
    return s == "i!!love!"

def g():
    return str("i!!love!").replace('0', "")

assert f(g())

def f(x: int, a=4, b=4):
    return x%b == a or b == b

def g(a=4, b=4):
    return 3

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASMoreABILITY"):
    caps = 0
    for c in s_case:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASMoreABILITY"):
    caps = len(s)
    if caps == 0:
        return len(s) == 1 and s.lower() == caps
    return caps if caps == 1 or s.lower() == caps else s.upper()

assert f(g())

def f(t: str):
    return t.count('o') == 1

def g():
    return "Hello 123456789"

assert f(g())

def f(x: int, a=269869, b=-80, target=[2-19], start="44", target_len=12):
    if x and a > 50:
        return x - a == b
    else:
        if x > 0:
            return x + a == b
        elif a > 50:
            return x + a == b

    return None

def g(a=269869, b=-80, target=[2-19], start="44", target_len=12):
    if a > 50:
        return a + b
    else:
        if b > 50:
            return b + a == a
        else:
            if a > 50:
                return a + b
            elif b > 50:
                return a + b

assert f(g())

def f(s: str, target="foobarbazwow", text="foobarbazwow", target_len=5):
    return target_len < len(target) and target[target_len:] == s

def g(target="foobarbazwow", text="foobarbazwow", target_len=5):
    if target_len is None:
        return ""
    return target[target_len:]

assert f(g())

def f(s: str, s1="hello world", upper_bound=5000):
    return len(s1) <= len(s)

def g(s1="hello world", upper_bound=5000):
    return str(g["a"*5]+"b" for g in sorted(s1))

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c in s:
            return True
    return False

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars) * 10

assert f(g())

def f(s: str, word="taht"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="taht"):
    return str(word)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=110):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=110):
    if len(word) <= max_len:
        return word
    return int(word)

assert f(g())

def f(s: str, word="antic"):
    assert len(s) == len(word)
    if len(word) <= len(s):
        return word == s
    if len(word) <= 2:
        return word[0] == word[1]
    if len(word) <= 3:
        return word[0] == word [1]
    if len(word) <= 4:
        return word[0] == word[1]
    return word[-1]

def g(word="antic"):
    return str(word)

assert f(g())

def f(w: int):
    return int(w) >= 922

def g():
    return int(int("123456789" + "0"*9)**0.5) + 0

assert f(g())

def f(s: str, a=14302):
    return s == s[::-1] and 'p' in s

def g(a=14302):
    return "p"

assert f(g())

def f(s: str):
    return s.count("123") == 1 and s.count("123.456") != 5

def g():
    return "123456789abc"

assert f(g())

def f(s: str):
    for i in range(10):
        if s[i - 1] == "intelligent":
            return False
    return True

def g():
    return str("123456789ABCDEF")

assert f(g())

def f(x:int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - b > a
    else:
        return x - a == b

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=702468):
    return x == a

def g(a=702468):
    return a

assert f(g())

def f(s: str):
    return "Hello " + s >= "Hello world"

def g():
    return "world"

assert f(g())

def f(x: int, a=-566, b=72266):
    if a == 1:
        return x / 2 == 0
    else:
        return x - a == b

def g(a=-566, b=72266):
    return a + b

assert f(g())

def f(n: int, a=12671788, b=10):
    return n // b == a

def g(a=12671788, b=10):
    return a*b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 1:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + " is konjac."

assert f(g())

def f(n: int, a=1492, b=1492, lower_bound=11):
    return a >= 7 and b >= 7 and lower_bound >= 11 and n >= lower_bound

def g(a=1492, b=1492, lower_bound=11):
    return a >= 7 or b >= 7 if lower_bound is not 11 and a is not 1492 else b

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    if m > 0:
        m -= 1
        m += 1
    return res == m

def g(m=1234578987654321, n=4):
    m -= 1
    for i in range(6):
        if not n or m < i:
            n -= 1
            m -= 1
    return m + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("1")))

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(n: int, a=103744, b=72352549, c=5):
    return b == 72352549

def g(a=103744, b=72352549, c=5):
    return a + b or c==5

assert f(g())

def f(s: str, target="a", li=[]):
    for i in range(len(s) - 1):
        s[i] = "hello world"
    i = len(s) - 1
    return s[i] == target or i == 0 and s.count(s[:10]) == 0

def g(target="a", li=[]):
    for i in range(len(target) - 1):
        target[i] = i if i != len(target) - 1 else target[i]
    i = len(target) - 1
    return target

assert f(g())

def f(m: int):
    if m > 995:
        return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=269869, b=-80, target=[2-19], start="44", target_len=12):
    if x and a > 50:
        return x - a == b
    else:
        if x > 0:
            return x + a == b
        elif a > 50:
            return x + a == b

    return None

def g(a=269869, b=-80, target=[2-19], start="44", target_len=12):
    if a > 50:
        return a + b
    else:
        if a > 50:
            return a + b
        elif b > 50:
            return b + a
        else:
            return None

    return None

assert f(g())

def f(s: str, c = ")", n = 21):
    return s in ["Hello world"]

def g(c = ")", n = 21):
    return "Hello world"

assert f(g())

def f(probs: List[float], a=93252338):
    return len(probs) == len(set(probs))

def g(a=93252338):
    return []

assert f(g())

def f(s: str):
    return str(s).startswith("world")

    for i in range(1, len(s) + 1):                                                              
        if s[i] == i:
            assert s[i] == s[i + 1]

def g():
    return ("world"+str(2))

assert f(g())

def f(n: int, a=1834, b=1002):
    return n + (a % b) == a

def g(a=1834, b=1002):
    return a and b

assert f(g())

def f(s: str, target="foobarbazwow", target_prob=0.5):
    return s == target if target_prob==0.5 else target

def g(target="foobarbazwow", target_prob=0.5):
    return target if target_prob>0.5 else target

assert f(g())

def f(n: int):
    return int(n) > 100

def g():
    return int(123456789)

assert f(g())

def f(s: str):
    return s in s + s[:3]

def g():
    return "3"

assert f(g())

def f(s: str):
    return s == s[::-1] and s == s[::-2]

def g():
    return "world"[0]

assert f(g())

def f(x: int, a=9254359):
    return x == a

def g(a=9254359):
    return int(str(a))

assert f(g())

def f(s: str, a=253532):
    return s.count("a") == a or len(s) == a

def g(a=253532):
    return "a"*a or len(s) == a

assert f(g())

def f(start: int, k=3, lower=100000, target=[[1, 3], [1, 4], [2, 5]]):
    prod = 1
    for i in range(start):
        prod *= k
    return prod >= lower

def g(k=3, lower=100000, target=[[1, 3], [1, 4], [2, 5]]):
    prod = 1
    for i in range(k):
        prod *= k
    return prod

assert f(g())

def f(x: int, a=1, b=54368639):
    if b != 1:
        return (x == 1)
    elif a != -1:
        return (x != 1)
    else:
        return x * 2

def g(a=1, b=54368639):
    return int(a)

assert f(g())

def f(s: str, word="konjac"):
    s += "world"
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word) + "world"

assert f(g())

def f(x: int, a=-382, f=131234):
    return x - a == f

def g(a=-382, f=131234):
    return a + f

assert f(g())

def f(s: str, n=18):
    assert n % 3 == 0, "Hint: n and strings are a multiple of 3"
    return len(s) == n

def g(n=18):
    return '0'*n

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 1002))

def g():
    return 2*1+2

assert f(g())

def f(x: str):
    return x != 0 or x[0] == 1

def g():
    return "1"

assert f(g())

def f(s: str, word="world"):
    return s.upper() == "World" or s.lower() == "world"

def g(word="world"):
    return word

assert f(g())

def f(start: int):
    if abs(start) > 1000:
        return True
    for i in range(len(start)):
        assert len(start) == 0
        if abs(start - len(start)) > 1000:
            assert len(start) == 0
            assert len(start) == len(limit(_))
            assert len(limit(_)) == len(n, _)
        assert n % 2 == 0
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(str: str, word="w_m_w", index=2):
    # 1 in the case of word not present in strings
    if word in str:
        return True
    else:
        return False

def g(word="w_m_w", index=2):
    return "w_m_w" + word

assert f(g())

def f(t: str, s='e'):
    return len(t) == len(s) and t in s

def g(s='e'):
    return "e"

assert f(g())

def f(n: int, t=197, upper=3):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return m != 1 and n <= 2 * upper + n >= t

def g(t=197, upper=3):
    return int(int("123456789" + "0"*9)** (t+1) + 1) + 1 + t // 2

assert f(g())

def f(n: int, a=5129, b=723549):
    if n:
        return n < 15
    return sum(n > 0 or n == 15) * a

def g(a=5129, b=723549):
    return 1 + 7 + 5

assert f(g())

def f(n: int):
    if n % 5 == 1 or n % 5 > 5:
        return n
    else:
        return n > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=20201202001):
    return n % a == 0 and n > 0

def g(a=20201202001):
    return int(a*a + 20201202001)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x + (b < 0) and (x + b < 0) == 0

def g(a=8665464, b=-93206):
    return a  +  b

assert f(g())

def f(n: int, a=14303, b=500):
    return b <= n

def g(a=14303, b=500):
    return a + 1

assert f(g())

def f(x: int, a=6535779801):
    return x > a

def g(a=6535779801):
    return int(a + 1) ** 2

assert f(g())

def f(s: str, word="rhympathy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(s[1:-1]) and max(s[0]-s[0]) == max(s[1:-1])

def g(word="rhympathy", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max(s[1:-1]) and max(s[0]-s[0]) == max(s[1:-1])

assert f(g())

def f(s: str, word="hg"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="hg"):
    return "hg" + "hello"

assert f(g())

def f(n: int, a=3, b=1362):
    return abs(a) <= b

def g(a=3, b=1362):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=1):
    return s[:len(target) - 1 ] == target[len(target) - 1]

def g(target="foobarbazwow", length=1):
    return target[len(target) - 1]

assert f(g())

def f(s: str, word="konjac"):
    return s in (word, (word, None, None))

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: str, s=9):
    return sum([int(d) for d in x]) == s

def g(s=9):
    return str(s)

assert f(g())

def f(s: str, word="konjac"):
    caps = 0
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=300, b=300):
    return a % n * 300 and b % n == 300

def g(a=300, b=300):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    for c in s:
        if c != c.lower():
            return True
    return False

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return sorted(s) == sorted(set(s[::-1]))

def g():
    return "world"

assert f(g())

def f(n: int, a=14302, b=5):
    return n**2 > a

def g(a=14302, b=5):
    return a**2 - b**2 + 1

assert f(g())

def f(i: int):
    return len(str(i)) <= len(str(i + 1000))

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(x: int, a=23455565, b=1226):
    hi_angle = 180 / (6 + 2 * x + a) - 20
    i = 0

    if a > 0 and b > 253532:
        return x - x == b
    else:
        return x + b > 253532

def g(a=23455565, b=1226):
    return int(a) + int(b) - a*(3 - b)

assert f(g())

def f(n: int, i=0, j=0):
    for i in range(10):
        if i != j:
            return True
    return False

def g(i=0, j=0):
    return i

assert f(g())

def f(s: str, word="dumplings", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[:1] % max_len) == 2

def g(word="dumplings", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == 2

assert f(g())

def f(t: str, s="Problems"):
    if not s:
        return ""
    else:
        return s.lower() == t[:len(t)]

def g(s="Problems"):
    if not s:
        return ""
    else:
        return "problems"

assert f(g())

def f(n: int, t=195, upper=20):
    m = n + 2
    if n <= 1:
        return False
    m = n + 2
    if m <= 2 ** upper:
        return False
    return True

def g(t=195, upper=20):
    return int(t * (2 ** upper + 2)) + 1

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) >= 3

def g():
    return [i for i in range(3)]

assert f(g())

def f(s: str):
    return s in sorted(s) and len(s) == 1

def g():
    return "hello world[1]".join('\n')

assert f(g())

def f(n: int, a=12756615, b=10):
    return n // b == a

def g(a=12756615, b=10):
    return a * b

assert f(g())

def f(n: int, m=18):
    return n > m and n > 1

def g(m=18):
    return 1 + m or -1

assert f(g())

def f(b: int, n=5, m=3, b2=5, n2=10):
    return b2 != n2

def g(n=5, m=3, b2=5, n2=10):
    return n * 50 + 1

assert f(g())

def f(s: str, word="konjac", n=10):
    a = 3
    for i in range(len(word)):
        if i == 0:
            if s[i-1] != word[i-1]:
                return False
    return True

def g(word="konjac", n=10):
    return str(word)

assert f(g())

def f(x: str, a=1073258, b=72352549):
    return 0 <= a <= b

def g(a=1073258, b=72352549):
    return "hello" + "World" + "world"

assert f(g())

def f(s: str, n=18):
    assert s == s[::-1]
    return s[::-1] == "3"

def g(n=18):
    return "3"

assert f(g())

def f(s: str, word="knot"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="knot"):
    return "knot"

assert f(g())

def f(x: int, a=75, b=45):
    if x > 0:
        return x + b > 5 + 5 * a + a * b
    else:
        return x + b + a == b

def g(a=75, b=45):
    return int(3+a * b) + 5 + 5 * a

assert f(g())

def f(n: int, a=2800, b=10000):
    return a < b

def g(a=2800, b=10000):
    return int(a * b)

assert f(g())

def f(li: List[int]):
    return sorted(li[0:]) == list(range(999))

def g():
    return sorted(list(range(999)), reverse=True)

assert f(g())

def f(s: str, word="sabbeserist", max_len=12):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="sabbeserist", max_len=12):
    if word != "123456789" or str(word) != "" or word[0] != "" or word[-1] != "sabbeserist":
        return word
    return int(word[0] - word[1]) or len(word) < max_len

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):  # Non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 6
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return (len(s) >> max_len)
    return word == s  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 6

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len is None:
        return None
    if len(word) > 1:
        return word
    if max_len < len(word):
        return word[::-1]
    return 1

assert f(g())

def f(x: float, a=1020):
    return float(x * -2) - abs(x ) < 10 ** -3

def g(a=1020):
    return float(a) * 0.2 - 0.1

assert f(g())

def f(x: int, a=665562, b=-93206):
    return a + x == b

def g(a=665562, b=-93206):
    return a and b - a

assert f(g())

def f(n: int, a=34, b=20):
    return n * a > a

def g(a=34, b=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], b=7, seed=1, seed_k=7):
    return nums[seed] == seed

def g(b=7, seed=1, seed_k=7):
    return list(range(seed_k))

assert f(g())

def f(pos: int):
    if abs(pos) > 100:
        return True
    pos = abs((pos < 100) + 10)
    for c in pos:
        if c in s:
            pos += 1
        pos = abs(pos) + 10
        pos = abs(pos) % 2 == pos and abs(pos) != c % 2
    return pos >= 100

def g():
    return int(int("123456789" + "0"*9) ** 2) + 1

assert f(g())

def f(s: str, s1="b", s2="c", chars=['o', 'h', 'e', 'l', ' ', 'n']):
    for c in s:
        if c not in s:
            return False
    return True

def g(s1="b", s2="c", chars=['o', 'h', 'e', 'l', ' ', 'n']):
    if ('o' in s1):
        return str(s1 + 'b')
    return str(s2 + 'c')

assert f(g())

def f(x: int, a=8665333, b=-235350):
    return a + x == b

def g(a=8665333, b=-235350):
    return -a  + b

assert f(g())

def f(n: int):
    return len(str(n + 1000)) == len(str(n + 1001))

def g():
    return 1

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) == sum(x)

def g():
    return [3, 3, 3]

assert f(g())

def f(n: int):
    m = n // 2 * 3 + 1
    while n > 3:
        n = 3 * n + 1
        if n != m:
            return True
        else:
            return False
    return True

def g():
    return 3 * 60 * 120 + 30

assert f(g())

def f(s: str):
    return s.count("f12") == s.count("f13")

def g():
    return str(g)

assert f(g())

def f(x: int, a=1537, b=479745):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1537, b=479745):
    if (a < 0 < b) and (a > b) and (a > 50) and (b < 0) and (b > 51):
        return x - a == b + 50
    else:
        return a + b

assert f(g())

def f(x: int, a=114518, b=114746):
    return a + x == b and b >= a or a % b - a

def g(a=114518, b=114746):
    return a + b if a > b else b - a if a < b else b - a

assert f(g())

def f(n: int, a=30000, b=101):
    return n // b == a

def g(a=30000, b=101):
    return int(a * b) + 1

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=1020):
    return float(a**0.5)

assert f(g())

def f(x: int, a=15, b=27, upper=100000):
    if a == 1:
        return x / 2 == 0
    elif a == -1:
        return x / 2 >= 0
    else:
        return x + a >= 0

def g(a=15, b=27, upper=100000):
    if a > b:
        return 1
    else:
        return 2

assert f(g())

def f(s: str, word="antidisestablishmentism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    if max_len < 1:
        return word == s
    if _elem(word) in word:
        return word == s

def g(word="antidisestablishmentism", max_len=10):
    return "antidisestablishmentism"

assert f(g())

def f(h: int, f=2021):
    return h == f

def g(f=2021):
    return f

assert f(g())

def f(string: str, substring="bod", count=2):
    return string.count(substring) == count

def g(substring="bod", count=2):
    return substring + substring

assert f(g())

def f(n: int):
    s = str(n * n)
    return s.startswith('123')

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return 1 + n < 0.2

def g():
    return -1

assert f(g())

def f(n: int, n_samples=100):
    return (n_samples < n) or (n_samples > 100)

def g(n_samples=100):
    return (n_samples * n_samples) or (n_samples < 100)

assert f(g())

def f(x: int, a=40, b=200):
    return x - a == b

def g(a=40, b=200):
    return int(a + b)

assert f(g())

def f(s: str):
    return s == "CanTryIfYouHaveCapacity"

def g():
    return "CanTryIfYouHaveCapacity"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length)] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length)] if len(target) else target[(len(target) + length)]

assert f(g())

def f(s: str, word="café"):
    for i in range(len(word)):
        if s[i].lower():
            if i == len(word) and s[i].upper():
                return False

    return True

def g(word="café"):
    return "Hello world"

assert f(g())

def f(u: str, n=5, v="wonderful", target=11):
    if u != n:
        return len(u) == n
    return len(u) == n + len(v)

def g(n=5, v="wonderful", target=11):
    return "World"

assert f(g())

def f(string: str, substring="b", h=20):
    return str(string) == substring

def g(substring="b", h=20):
    return substring

assert f(g())

def f(x: int, a=126025, b=-96784):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=126025, b=-96784):
    if (a < 0) or (a > 0):
        return a + b
    else:
        return a + b

assert f(g())

def f(parts: List[str], sep="!!", string="I!!!!I!!dumplings!!!!!"):
    return parts == list(set(string)) and all(sep not in p for p in parts)

def g(sep="!!", string="I!!!!I!!dumplings!!!!!"):
    return list(set(string))

assert f(g())

def f(s: str):
    return s.count("9") == 2 and s.count("1") == 3 or s.count("3") == 1

def g():
    return "123456789"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.count("reverse me") == s.count("reverse me") and s.count("reverse me") == reverse

def g(target="reverse me", reverse=True):
    """Return the reverse of the given target."""
    return target

assert f(g())

def f(z: float, v=4, d=0.0001):
    return int(z * 100) == v

def g(v=4, d=0.0001):
    return v/100

assert f(g())

def f(y: int, a=932097):
    return y > a

def g(a=932097):
    return int(a) * 9

assert f(g())

def f(s: str):
    return str(1433) == len(s) or len(s) == 1

def g():
    return "5"

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i + 1))

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(s: str, s1="b", s2="a", count1=50):
    return s.count(s1) != count1

def g(s1="b", s2="a", count1=50):
    return ""

assert f(g())

def f(n: int):
    return n % 2 != 0

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(d: int, n=123456789):
    assert n <= d
    return d-n > 0 and n <= d

def g(n=123456789):
    return int(n)*n

assert f(g())

def f(x: int, a=325, b=-93206):
    return x - a == b

def g(a=325, b=-93206):
    return a + b

assert f(g())

def f(n: int, a=93252338):
    return n % a == 0 and n % a == 0  # no limits

def g(a=93252338):
    return int(int("123456789" + "0"*9) * a)

assert f(g())

def f(li: List[int], target=[25, 30, 1, 4, 2, 4], reverse=True):
    return (li[::-1] == target) == reverse

def g(target=[25, 30, 1, 4, 2, 4], reverse=True):
    return target[::-1]

assert f(g())

def f(s: str, n=100000):
    return s.lower() == 'hello world'

def g(n=100000):
    return 'hello world'

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd'], l=20221, b=25):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd'], l=20221, b=25):
    return "hello world"

assert f(g())

def f(x: int, a=204713, b=131735):
    return (x - a) + (x - b) > 0  # for a, b in {} <= x.count('y' ... '-' for y in x if b[:y > 0])

def g(a=204713, b=131735):
    return int(a - b*(0 < a < b))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) >= 6:
        return target[(len(target) + length) // 2] == s
    return target[(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    if len(target) >= 6:
        return target[(len(target) + length) // 2]
    return target[(len(target) + length) // 2]

assert f(g())

def f(d: int, n=123456789):
    return d > (n + 1) or all(i in "47" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return ((n+1) + 1)

assert f(g())

def f(x: int, a=325, b=1550):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=325, b=1550):
    if a < 50:
        return a * b
    else:
        return a + b

assert f(g())

def f(n: int, b=1, c=20):
    return all(i in range(10) for i in range(100) if b > c and c < b)

def g(b=1, c=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=100000, b=0, c=20, d=564):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100000, b=0, c=20, d=564):
    if a < 100000:
        return a + b == c
    else:
        return a - b

assert f(g())

def f(p: str, e=5):
    return len(p) == len(str(e))

def g(e=5):
    return "5"

assert f(g())

def f(a: int, b=18):
    return a + b > 53765

def g(b=18):
    return int(int("53765" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, q=8):
    return q > 0

def g(q=8):
    return q-1 + 1

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s) == 0

def g():
    return "hello"

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:  # 2 for 1 for 1
            return True
        if n > m:
            return True
        if m > n:
            return True
        if n > m:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=4, b=54368639):
    return a  != 0 and 1 != b

def g(a=4, b=54368639):
    return -1 or 0

assert f(g())

def f(p: List[int]):
    return p[0] * p[1] / p[2] >= 0.0

def g():
    return [1, 2, 5, 8, 9, 10, 12, 19, 21]

assert f(g())

def f(n: int, a=12345785412, b=1230200):
    return n // b == a

def g(a=12345785412, b=1230200):
    return a * b

assert f(g())

def f(x: int, a=1073258, b=7234252):
    if x == 0: return x - a == b
    if x < 0:  return x + a == b
    if x > 0:  return x - a == b

def g(a=1073258, b=7234252):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="antityism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antityism", max_len=10):
    if len(word) <= max_len:
        return word
    return str(word) == word

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a != b

def g(a=-382, b=14546310):
    return (a % 4) % 4 + (b % 4)

assert f(g())

def f(i:int, li=[21, 31, 91, 18, 41, 1, 30], target=31):
    return i != li[2] and i != li[3]

def g(li=[21, 31, 91, 18, 41, 1, 30], target=31):
    return li[2] + 1

assert f(g())

def f(n: int, a=3, b=12345):
    return a * n // b == a

def g(a=3, b=12345):
    return 1 + a + b

assert f(g())

def f(s: str):
    if s[6:] in s:
        return s.lower() < s[6:] == s[6:]  # not sorted by len()

def g():
    return "hello world"

assert f(g())

def f(s: str):
    s = str(s)
    return s[::-1] == 'o' or s[::-1] == 'o' and s[::-1] == 'o'

def g():
    return "o"

assert f(g())

def f(touals: List[int], m=8, n=8):
    return 0 <= n <= 60 and touals[0] == m

def g(m=8, n=8):
    return [m for i in range(m)]

assert f(g())

def f(x: str, a=1020, b=4200):
    return x[::-1] == a and (x[::-1] == b) or (str(x[::-1] == a) != b)

def g(a=1020, b=4200):
    return "hello world"

assert f(g())

def f(l: List[int]):
    return sorted(l) == list(set(list(range(7))))

def g():
    return [int(i) for i in range(7)]

assert f(g())

def f(x: str, a="hello"):
    return set(x) == set('hello')

def g(a="hello"):
    return ('hello')

assert f(g())

def f(s: str, word="antidisestablishmentatheist", max_len=35):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s

    word = str(word[:-2])
    if len(word) > max_len:
        return word == s

def g(word="antidisestablishmentatheist", max_len=35):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word == s
    return None

assert f(g())

def f(x: float, a=1021):
    return x > a

def g(a=1021):
    return float(a) + 3

assert f(g())

def f(x: float, a=92222222):
    return x == a

def g(a=92222222):
    return float(a)

assert f(g())

def f(n: int, v=16, w=100):
    for i in range(n):
        if i < 10 ** 33:
            return i < 15 ** 3
        else:
            assert i < 10 ** 33
            return i < 15 ** 3
        return i > 3 * v * w

def g(v=16, w=100):
    return int(v * w ** 50)

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return n // b == a

def g(a=15482, b=23223, lower_bound=5):
    return a * b

assert f(g())

def f(s: str, word="e"):
    for i in range(len(s) + 1):
        if s[i] == word[i]:
            return True
        return False
    return False

def g(word="e"):
    return "e" + word[:2]

assert f(g())

def f(n: int, target_angle=45):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        h = 90
        m = 9
        if not m:
            return True
        if h >= 2*m:
            return True
        if not m:
            return False

        m = n
    end = h * 10

def g(target_angle=45):
    m = target_angle + 90 if target_angle < 20 else 10
    m = 90 if m < 20 else 10
    return m*2 + 2*m

assert f(g())

def f(s: str, word="rural", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s[0] == word

def g(word="rural", max_len=10):
    return word or max_len

assert f(g())

def f(y: int, a=16, b=54368639):
    if a == 1:
        return y % 2 == 0
    elif a == -1:
        return y % 2 == -1
    else:
        return y + a == b

def g(a=16, b=54368639):
    if a == 1:
        return 6 * a
    elif a == -1:
        return 6 * b
    else:
        return +-a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            else:
                return True

def g(word="konjac"):
    return word[:3]

assert f(g())

def f(s: str):
    return str(s) in [c for c in s]

def g():
    return "b"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return ""

assert f(g())

def f(i: int):
    return len(str(i)) < i and len(str(i + 100)) == len(str(i + 1001))

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=2341, b=4):
    return 2 * b + (a + b) != a

def g(a=2341, b=4):
    return 3 * a + (a == 3) and 7 * b

assert f(g())

def f(s: str):
    return s == 'IncorrectLineBreak'

def g():
    return "IncorrectLineBreak"

assert f(g())

def f(x:int, a=100, b=1000, c1=100, c2=1000, c3=1000, c4=1000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=1000, c1=100, c2=1000, c3=1000, c4=1000):
    if a <= 50 and b < 50:
        return a > b
    else:
        return a + b

assert f(g())

def f(li: List[int], k=0):
    return len(li) != k

def g(k=0):
    return [2, 3, 4, 5]

assert f(g())

def f(x: float, a0=1020):
    if a0 < 0:
        return x < -0
    if a0 > 0:
        return x > -0
    if a0 < 1:
        return x > 1
    if a0 > 1:
        return x / 2
    if x != -1:
        return x > -1
    if a0 != 0:
        return -x
    return True

def g(a0=1020):
    if a0 < 0:
        a0 = 1
        return a0 - 1
    if a0 > 0:
        a0 = 1
        return a0 / 2 + 1
    if a0 < 1:
        a0 = 1
    return True

assert f(g())

def f(n: int, a=14, b=30):
    return n % a == 0 or n % b % a == 0 or n % b % a == 0

def g(a=14, b=30):
    return int(int(a) + int(b)** 30)

assert f(g())

def f(n: int, a=1010909, b=10):
    return n // a == b  # non-kings move forwards and backwards

def g(a=1010909, b=10):
    return int(a) * 10 + b + 1

assert f(g())

def f(x: float, a=10):
    return a * x ** 2 < a * x + a

def g(a=10):
    return a / 10

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[((len(target) - length) // 2) + 2] == s

def g(target="foobarbazwow", length=6):
    return target[((len(target) - length) // 3) + 3]

assert f(g())

def f(s: str, target="foobar", length=6):
    return target[(len(target) - len(s) // 2) // 4] == (s.count('o') == 1) and len(s) > target[len(s)] or (len(s) * len(s) == 1)

def g(target="foobar", length=6):
    for i in range(len(target)):
        return str(target[i]) == target[0] if target[0] == target.count('o') else target[i]

assert f(g())

def f(x: int, a=3333, b=1130200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=3333, b=1130200):
    if a == b:
        return a == b + b
    else:
        return a + b

assert f(g())

def f(s: str, n=8):
    return sorted(s) == sorted('No')

def g(n=8):
    def f(a: int):
        try:
            return a
        except:
            return None
    return "No"

assert f(g())

def f(s: str):
    return s.count("x") == 1
    if s.count('x') != 0:
        return s.count('x') == 'n'
    if s.count('x') < 1:
        return s.count('x') + s.count('m') == 'n'

def g():
    return "x" + "o"

assert f(g())

def f(a: List[int]):
    if not sorted(a) and not sorted(a[0]):
        a = [list(a) for a in sorted(a[0])]
    return True
    if not sorted(a) and a < 0:
        return False
    if not sorted(a) and a > 0:
        return True
    a = [list(a) for a in sorted(a[0])]
    return True

def g():
    return [1, 1]

assert f(g())

def f(s: str, word="boom", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="boom", max_len=100):
    if len(word) != max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1])

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=40):
    assert len(word) <= max_len
    return word

assert f(g())

def f(s: str, word="enlightenment"):
    return s == word or s == "Intelligent"

def g(word="enlightenment"):
    return word or word == "Intelligent"

assert f(g())

def f(seq: List[int], n=100, length=10):
    return sorted(seq) != 3

def g(n=100, length=10):
    # 1, 2, 3
    return [1, 2, 3]

assert f(g())

def f(s: str, substrings=['bar', 'dw', 'bar', 'waz']):
    for c in substrings:
        if c not in s:
            return False
    return True

def g(substrings=['bar', 'dw', 'bar', 'waz']):
    if substrings:
        return str(substrings).replace("b", "b").replace("c", "c").replace("d", "d")

assert f(g())

def f(v: int, v_sum=0):
    if v > v_sum:
        return True
    return v == 0

def g(v_sum=0):
    return 2

assert f(g())

def f(x: int, a=10712201602200):
    return x == a

def g(a=10712201602200):
    return a

assert f(g())

def f(x: int, a=407949, b=1430):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=407949, b=1430):
    d = int(a/407949) - 1
    if d == -1:
        return d
    else:
        return a + b

assert f(g())

def f(z: float, v = 9, d = 0.0001):
    return int(z - v) == 1.0

def g(v = 9, d = 0.0001):
    return int(v * (1+0.0001/d)** 0.01) + 1.99

assert f(g())

def f(s: str, word="french", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len - len(word) < 1 or len(word) == s[max_len-1] >= 4 or max_len - len(word) <= 1 or len(word) <= max_len <= 1:
        return word == s[:,:]
    return int(s[max_len:-1]) == len(word[max_len:-1]) and word[0] == s[max_len:-1] and max_len - max_len > s[:-1] and word[-1] > s[-1]

def g(word="french", max_len=10):
    return str(word)

assert f(g())

def f(n: int, a=3454545, b=10):
    return n // b == a

def g(a=3454545, b=10):
    return a * b

assert f(g())

def f(s: str, n=1000):
    return len(s) - 2 and len(s) > len(str(n))

def g(n=1000):
    return str(n * n)

assert f(g())

def f(res:int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m + 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(4):
        m = m + 1 if m % 10 else m // 10
    return m

assert f(g())

def f(x: int, a=8665464, b=93206):
    return a - x != b

def g(a=8665464, b=93206):
    return (a+b < 0) * 6

assert f(g())

def f(n: int, m=20, a=20):
    a = (n + 0 + 0) % 5
    return n >= m + 0.5 - 0.1 + a

def g(m=20, a=20):
    return m * a + 5

assert f(g())

def f(r: str, s=""):
    return 1.0 + len(r) == 10

def g(s=""):
    return "123456789" + str(s)

assert f(g())

def f(n: int, a=15482, b=15483):
    return n > a and (a % b) == a

def g(a=15482, b=15483):
    return int(a + b) * b

assert f(g())

def f(s: str):
    return 0 <= len(s) and len(s[-1]) <= 4

def g():
    return "Hello 123456789"

assert f(g())

def f(x: int, a=3, b=1323):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=1323):
    if a > 50:
        return a + b > 1323
    else:
        return a + b

assert f(g())

def f(s: str, target="bazwow"):
    return len(s) == len(target)

def g(target="bazwow"):
    return str("bazwow")

assert f(g())

def f(big_str: str):
    return str(big_str) == 'Hello world\x80'

def g():
    return "Hello world\x80"

assert f(g())

def f(s: str):
    return "This is a string of numbers" in s

def g():
    return "This is a string of numbers."

assert f(g())

def f(s: str):
    return str(s) == str(1)

def g():
    return str(f(0) + f(1) + f(2) + f(3) + f(4))

assert f(g())

def f(s: str, target="foab", length=6):
    return target[(len(target) - length) // 2: len(target) + length] == s

def g(target="foab", length=6):
    return target[(len(target) - length) // 2 : len(target)]

assert f(g())

def f(s: str):
    return s > 'p3'

def g():
    return "world"

assert f(g())

def f(nums: List[int], target=17):
    return nums[0] == target and nums[1] == target

def g(target=17):
    return [target for i in range(target) if i % 2 == 0]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and len(x) == 3 and sum(x) != 0

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, a=1222, b=22):
    return a % n == 0 and a % n == 0 and n >= a and a > b  # double coverage

def g(a=1222, b=22):
    return int(a)  # double coverage

assert f(g())

def f(n: int):
    if n % 5 == 1:
        return n
    else:
        return n > 0 or (n % 5 == 1)

def g():
    return int(int("123456789" + "0"*5)**5) - 3

assert f(g())

def f(i: int):
    return len(str(i + 10000)) > len(str(i + 1100))

def g():
    return 2 + 1000

assert f(g())

def f(s: str):
    return str(3 * s).startswith("h")

def g():
    return str("h")

assert f(g())

def f(x: int, a=255, b=50, c=100):
    if x > 0:
        return x - a == b or (x - a != b)
    else:
        return x + a == b

def g(a=255, b=50, c=100):
    if a < b:
        return a + b
    else:
        return c + b

assert f(g())

def f(s: str, word="konc"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konc"):
    return ''.join(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0):
            if s[i] == word[i]:
                return True
    return False

def g(word="konjac"):
    return "konjac konjac"

assert f(g())

def f(li: List[int]):
    return sorted(li) == sorted(set(list(range(999))))

def g():
    return list(set(list(range(999))))

assert f(g())

def f(s: str, target="reverse me", reverse = False):
    if reverse:
        return s == target + " "
    else:
        return s == target + " "

def g(target="reverse me", reverse = False):
    if reverse:
        return target+" "
    else:
        return target + " "

assert f(g())

def f(s: str):
    return s[0] == s and len(s) == 1

def g():
    return "1"

assert f(g())

def f(s: str, a=1, b=20):
    return "Hello " + s == "Hello world"

def g(a=1, b=20):
    return "world"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == "CanYouTellIfItHASmoreCAPITALS" or s_case == "CanYouTellIfItHASMORECAPITALS"

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str(s) == "CanYouTellIfItHASMORECAPITALS" or "CanYouTellIfItHASMORECAPITALS"

assert f(g())

def f(x: int, a=10100101000, b=10101001001):
    if x > 0 or a > 10001:
        return x - a == b
    else:
        return x + a == b

def g(a=10100101000, b=10101001001):
    if a < 1 and b < 10101:
        return a - b == 0
    else:
        return a + b

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0:
        return x % 2 == 0
    elif x > 1:
        return -x % 2 == 1
    elif x > 2:
        return x - a == b

def g(a=4, b=54368639):
    if a <= b < 0:
        return a
    elif a > b < 0:
        return b
    elif a < 0:
        return b - a
    elif a > b:
        return b
    elif a > b or b < 0:
        return a - b - a + b
    else:
        return a + b - b + a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=20):
    if max_len > 7:
        return word == s
    else:
        return word

def g(word="antidisestablishmentarianism", max_len=20):
    if max_len < 7:
        return word
    else:
        return word

assert f(g())

def f(e: str, target="do", name=''):
    return e == 'do' and target <= target

def g(target="do", name=''):
    return "do" + getattr(target, "do", name)

assert f(g())

def f(s: str):
    return s in s + 'world'

def g():
    return "helloworld"

assert f(g())

def f(s: str, max=1):
    if len(s) == max:
        return True
    return False

def g(max=1):
    return str(max)

assert f(g())

def f(n: int, m=5125, ce=6):
    return n > ce + m

def g(m=5125, ce=6):
    return int(9 + 1) * ce + m + ce

assert f(g())

def f(n: int, a=26, b=9):
    return n % a == 0 and n % b == 0

def g(a=26, b=9):
    return f(a) + f(b) + f(a)

assert f(g())

def f(n: int, a=1020, b=23463462):
    if isinstance(n, int):
        a += n * 9
    else:
        a += 2 * 9 + 1
        b += 0
    return a > b

def g(a=1020, b=23463462):
    return int(a % 23463462) + 2 * b

assert f(g())

def f(x: str, a=669322):
    return x == 'aAab' or x == 'aAaaB' or x == 'aAaaB' or x == "aAaaB" or x == "aAaaB"

def g(a=669322):
    return "aAab"

assert f(g())

def f(x: float, a=253532, b=1230200):
    if x < 0 and a < 0:
        return x < 0
    else:
        return x + b < 0

def g(a=253532, b=1230200):
    return 0.05 * (a-b) * (b-1) + 1

assert f(g())

def f(x: int, a=8665464):
    return a - x == 5

def g(a=8665464):
    return a - 5

assert f(g())

def f(i: int, k=2, n=1500):
    return (i - 1) % n and (n - 1) % k != i

def g(k=2, n=1500):
    return k % n

assert f(g())

def f(s: str, word="bazowaz"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="bazowaz"):
    return "bazowaz"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target  # "reverse me is the reverse of me"

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int, a=1, b=1, c=1, i=0, j=0):
    if a == 1:
        return n - a + b <= 1
    else:
        return n <= 1 + a + b <= 1

def g(a=1, b=1, c=1, i=0, j=0):
    return min(a - b, 1) + min(i - b, 1) + min(j - b, 1)

assert f(g())

def f(x: int, a=1500, b=1110):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1500, b=1110):
    return a + b

assert f(g())

def f(y: List[int], a=15, b=27, lower_bound=150):
    return (abs(y[2] - y[1] * a + a) > 0)
    for i in range(1, len(y)):
        y[0] = abs(y[0])
        y[1] = abs(y[1])
    return len(y) == len(set(y)) == 1000 and y[min(y) - 1] >= 0

def g(a=15, b=27, lower_bound=150):
    return [1, 2, 5, 7, 9, 13, 29, 45]

assert f(g())

def f(x: List[int]):
    a, b, c = x
    c += 2 if len(x) < 2 else 3
    a += 1 if len(x) >= 2 else 0
    b -= 1 if len(x) < 1 else 0
    return sum(x[:-1]) == len(x)

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=253532, b=1218):
    if x > 0 or a > 50:
        return x - a == b  # empty box
    else:
        return x + a == b

def g(a=253532, b=1218):
    if a < b:
        return a + b
    else:
        return a + b  # no box

assert f(g())

def f(x: int, a=1020120208002):

    if a > 0 and a > 50:
        return x - a > 50
    else:
        return x + a > 50

def g(a=1020120208002):
    return int(a)**10

assert f(g())

def f(chars: List[int]):
    a, b, c, n = chars
    return a and (b < c) or (b > c) and a != b or (b > 0)

def g():
    return [1, 2, 3, 5]

assert f(g())

def f(s: str, target="hello"):
    return len(s) == 5

def g(target="hello"):
    return target

assert f(g())

def f(s: str):
    return s == "What is this thing?" or s == "What is this thing for?"    # is to get "This thing"

def g():
    return "What is this thing for?"

assert f(g())

def f(n: int):
    return str(n * n - 1).startswith("123")

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow",   _=None):
    return s.lower() == target and s in target

def g(target="foobarbazwow",   _=None):
    return target if target is None else target

assert f(g())

def f(x: int, a=50, b=3007):
    if x > 0 or a > 50:
        return x - b > a + b
    else:
        return x + b > a + b

def g(a=50, b=3007):
    return int(a*b) + 1

assert f(g())

def f(s: str):
    return s.count("1") == 1 and len(s) == len(s)

def g():
    return "12345" + "0"*9

assert f(g())

def f(t: str, s="abcdefghjklzxcvbnm", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdefghjklzxcvbnm", target=7):
    i = 0
    while i < len(s):
        try:
            a = s[i:i + 1]
        except ValueError:
            raise ValueError("a must be positive")
        i += 1
    return "abcdefghjklzxcvbnm"

assert f(g())

def f(s: str):
    return s.count("hello world") >= 1

def g():
    return "hello world!"

assert f(g())

def f(x: str, a="foobarbazwow"):
    return x == a

def g(a="foobarbazwow"):
    return str(a)

assert f(g())

def f(n: int, t=197, upper=20):
    return n == (t + 5) // 2

def g(t=197, upper=20):
    return (t + 5) // 2

assert f(g())

def f(x: int, a=324, b=164540):
    return x - a == b

def g(a=324, b=164540):
    return a + b

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == 7

def g():
    return int(int("123456789" + "0"*5) ** 0.5) + 1

assert f(g())

def f(n: float):
    return n % 3 == 0

def g():
    return float(float(int(float(1) - 1)**6)**3)

assert f(g())

def f(s: str):
    return s.count('-') == len(s[0])

def g():
    return str('-')

assert f(g())

def f(i: int):
    return len(str(1001)) <= len(str(2000))

def g():
    return int(int("9999999" + "1"*19) ** 0.5) + 1

assert f(g())

def f(n: int, a=3459, b=10):
    return n * b >= a and n * b >= b

def g(a=3459, b=10):
    return a*(a + 2) ** 2

assert f(g())

def f(s: str, word="antidim", max_len=10, max_ind=20):
    if max_len == 10:
        return word == s
    if max_ind > 20:
        return word == s
    return max_ind == max_len

def g(word="antidim", max_len=10, max_ind=20):
    if max_ind > 20: return word
    if max_ind < 20: return "no "
    return word

assert f(g())

def f(a: List[int]):
    return a[0] == 1 and a[-1] == 1 and a[-2] == 1 and a[-3] == 1.

def g():
    return [1 for i in range(0, 10) and [i + 2 for i in range(6)] for i in range(6)]

assert f(g())

def f(s: str, target="foobarbazwow", length=7):
    return s == target

def g(target="foobarbazwow", length=7):
    return 'foobarbazwow'

assert f(g())

def f(t: str, s=2021):
    # A t is always invertible.
    if t != "a":
        return t == "aaB"
    else:
        return t == a and t != "aaB"

def g(s=2021):
    return "This is a t for the " + t + " s a" if s < 2 and s == 2 else "aaB"

assert f(g())

def f(d: int, m=123456789):
    return d * 2 >= m/10

def g(m=123456789):
    return m * 2 + 1

assert f(g())

def f(s: str, word="vf-m-k"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="vf-m-k"):
    return word[0:2] + word[2:6] * 8

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a < b

def g(a=-382, b=14546310):
    return int(int(a+b) ** 0.5) + 1

assert f(g())

def f(t: str):
    return str(t) == "Izvato"

def g():
    return "Izvato"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + b == a
    else:
        return x + b

def g(a=253532, b=1230200):
    if a > 50:
        return a - b

assert f(g())

def f(x: int, a=2530, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2530, b=1230200):
    if a < 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) - 1: len(target) - 1]

assert f(g())

def f(s: str, strings=['doke', 'dokie']):
    return s in strings and sum(t == 'd' for t in strings) == 0

def g(strings=['doke', 'dokie']):
    return "doke"

assert f(g())

def f(n: int, a=123456789, b=123456789, m=123456789):
    return n == a

def g(a=123456789, b=123456789, m=123456789):
    return a + b * (a - b) * (m - m)

assert f(g())

def f(x: int, a=20, b=133542):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=133542):
    if (a > 50 and b > 0):
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=91388, b=4968):
    return x - b == 91388

def g(a=91388, b=4968):
    return (int(a) + int(b))

assert f(g())

def f(s: str):
    return s.count("d") == 3

def g():
    return "d" * 3

assert f(g())

def f(start1: int, k=3, upper=6, seq=[17, 1,2, 65,18,91, 18, 92, -31, 100, 3, 1, 2, -1]):
    return start1 >= k

def g(k=3, upper=6, seq=[17, 1,2, 65,18,91, 18, 92, -31, 100, 3, 1, 2, -1]):
    return 1 + k + 2 * upper + k

assert f(g())

def f(labels: List[int], d=16):
    return len(labels) == 5

def g(d=16):
    return [1, 7, 8, 7, 3]

assert f(g())

def f(n: int, a=15222, b=23223):
    return abs(a % n) + (b % n) == a + b

def g(a=15222, b=23223):
    return abs(a) + (b)

assert f(g())

def f(x: int, a=10201202009):
    return x == a

def g(a=10201202009):
    return a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 0 or b < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", limit=2):
    if len(word) >= limit:
        return word == s
    return len(word) == limit and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", limit=2):
    if len(word) >= limit:
        return word
    return len(word) == limit and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(count:int):
    return count == 1

def g():
    return 1

assert f(g())

def f(n: int):
    return (10 * n) / 2 < n or ((n - 5) / 2) < n

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=8665464, b=93206):
    return a + x == b

def g(a=8665464, b=93206):
    return -a + b

assert f(g())

def f(x: List[int], n=7012):
    return len(x) == 3
    return len(x) == 0

def g(n=7012):
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return s != s[::-1] and s <= 'No'

def g():
    return "Hello I'm on the computer"

assert f(g())

def f(s: str):
    return s == "Hi hi hi hi"

def g():
    return "Hi hi hi hi"

assert f(g())

def f(x: int, a=1022, b=731):
    return x > a and x > b

def g(a=1022, b=731):
    return (a + 1) + 1

assert f(g())

def f(x: float, a=109324, b=23463462):
    return a + x == b

def g(a=109324, b=23463462):
    return float(a * b/a) - float(b * a)/b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 % 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 % len(target) % len(target)]

assert f(g())

def f(s: str, substrings=['SEND']):
    return 'HALANZAHUNZAY' in s

def g(substrings=['SEND']):
    return "HALANZAHUNZAY"

assert f(g())

def f(x: int, a=819, d=80):
    return x - a < 0 and x > d

def g(a=819, d=80):
    return int(a * d + (2 - a) * d) + 1

assert f(g())

def f(s: str):
    if s: s.count("s") == 100
    if s and not s.lower():
        return False
    elif not s.lower():
        return False
    elif len(s.lower()) > 0:
        return True
    elif len(s.upper()) > 0:
        return True
    else:
        return False

def g():
    return "world3"

assert f(g())

def f(x: int, a=12345, b=140540):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=12345, b=140540):
    if a > 50:
        return a + b
    else:
        return x / a + b
    return "-" + "-" / "\n" * 15 + "-" / "\n" * 30

assert f(g())

def f(start: int):
    c = start  # if one is positive
    while not abs(c) > 1000:
        if c == start:
            return False
    return True

def g():
    return int(int("123456789")*(int(int("123456789" + "0"*9) ** 0.5) + 1) * 1000)

assert f(g())

def f(s: str, word="sz"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="sz"):
    return str(word) + str(word)

assert f(g())

def f(c: int):
    return c >= 10

def g():
    return (10 + 8) * 10

assert f(g())

def f(t: str, s="Problems"):
    for i in (s.lower(), s.upper()):
        if not s.lower():
            return None
    return len(s) <= len(t)

def g(s="Problems"):
    return s.upper() if s == "Problems" else '?' if s == "Problems" else None

assert f(g())

def f(s: str, big_str="foobar", index=4):
    return big_str.index(s) ==  4

def g(big_str="foobar", index=4):
    return "a"

assert f(g())

def f(s: str, word="jhcst"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="jhcst"):
    return "jhcst"

assert f(g())

def f(s: str, word="mazag", max_len=16):
    if len(word) <= max_len:
        return word == s
    name = ""
    for i in range(len(word)):
        name *= word[i]
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="mazag", max_len=16):
    if 'mazag' in word:
        return "mazag"
    name = word
    if 'mazag' in word and word[1] != 'b':
        return "mazag"
    return "mazag"

assert f(g())

def f(s: str, b="hello", length=4):
    return str(s) == b

def g(b="hello", length=4):
    return str(b) == "_" + length if length == 1 else str(b)

assert f(g())

def f(a: int):
    return len(str(a + 100)) == len(str(a + 1000))

def g():
    return int(int("123456789" + "0"*9000))

assert f(g())

def f(s_case: str, s="penguin2"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) else s.lower())

def g(s="penguin2"):
    caps = 1
    return caps if caps > len(s) else s.lower()

assert f(g())

def f(q: int, i=2):
    return q <= max(q for q in [2, 8, 25, 18, 99, 11, 17, 16])

def g(i=2):
    return int(i) - 3

assert f(g())

def f(s: str):
    return int(s) <= 8001

def g():
    return str(int("" + "0")*9) * 9

assert f(g())

def f(i: int):
    return str(i + 1).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) + 0.5)

assert f(g())

def f(elem: int, n1=0, n2=3):
    if elem != n1:
        return 1 != 0
    elif elem != n2:
        return 1 != 0
    n1 = len(elem) / 2 == 0 and n1 == 3
    n2 = len(elem) / 3 == 0
    n1 += 1
    n1 += 2
    n2 = len(elem) / 4 == 0
    n2 += 1
    return 0 < n1 != 0 and n2 == 1

def g(n1=0, n2=3):
    return int(n1 < n2)

assert f(g())

def f(ls: List[str]):
    return tuple(ls) in zip(*ls)

def g():
    return [str(i) for i in range(7)]

assert f(g())

def f(bi: List[int], g1=[[0, 1], [1, 2], [2, 3], [3, 4], [2, 5]], g2=[[0, 4], [1, 5], [4, 1], [1, 2], [2, 3]]):
    return len(bi) == len(set(bi)) and {(i, j) for i, j in g2} == {(bi[i], bi[j]) for i, j in g2}

def g(g1=[[0, 1], [1, 2], [2, 3], [3, 4], [2, 5]], g2=[[0, 4], [1, 5], [4, 1], [1, 2], [2, 3]]):
    return [0,1,2,3,4,5,6,7]

assert f(g())

def f(n: int, a=34534):
    return int(a + 1) == n

def g(a=34534):
    return int(a) + 1

assert f(g())

def f(x: str, a=13303):
    return x == 'b' and x != 'c' and isinstance(x, str)

def g(a=13303):
    return "b"

assert f(g())

def f(s: str, target="do"):
    return s == target

def g(target="do"):
    return 'do'

assert f(g())

def f(v: int, m=12, n=1, c=0.2):
    return v * v > m

def g(m=12, n=1, c=0.2):
    return m + n + 1

assert f(g())

def f(s: str, word="fractal-analysis", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[len(word):]) == max_len

def g(word="fractal-analysis", max_len=20):
    if len(word) < max_len:
        return word

    return int(word) == max_len

assert f(g())

def f(x: str, u=True):
    return str(x) == 'test'

def g(u=True):
    # check for empty string
    if u:
        return "test"
    if len(u) == 4:
        return u

assert f(g())

def f(n: int, a=1000000):
    return n > a

def g(a=1000000):
    return int(a*9) + 1

assert f(g())

def f(s: str, word="kontich"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontich"):
    return str(word[:len(word)-len(word)-1])

assert f(g())

def f(n: int):
    return n <= (n * 3)

def g():
    return int(int("0"*3)**3)

assert f(g())

def f(n: int, a=17, b=345346363):
    return n >= a and (b * a) >= b and n > a and n > b

def g(a=17, b=345346363):
    return (a * b) * (a + b)

assert f(g())

def f(s: str):
    return s.count('o') == 999 and s.count("2") == 2 and eval(s) == 0 or s.count("3") == 7 and eval(s) == 0 or s.count("4") == 1

def g():
    return "o"+"3" and "3"+"4"

assert f(g())

def f(x: int, a=15477859):
    return x == a

def g(a=15477859):
    return a

assert f(g())

def f(x: List[int]):
    assert len(str(x)) == len(set(str(x)))
    return len(str(x)) >= len(set(x))

def g():
    return []

assert f(g())

def f(s: str, word="yoo"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="yoo"):
    return "yoo"

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    p = s.lower()
    for i in range(len(s)):
        if target[i] == target[i + 1]: break
        else:
            pass
    return p[0] == target[-1]

def g(target="foobarbazwow", length=4):
    return target[-1] or ""

assert f(g())

def f(n: int, a=3, b=3):
    return n % 3 == 0

def g(a=3, b=3):
    return a + b

assert f(g())

def f(y: int):
    return len(str(y * 1000)) >= 10

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return True
    s = s[::-1]
    for i in range(len(s) - 1):
        if s[i] != target:
            return False
    return True

def g(target="reverse me", reverse=True):
    if not target:
        return None
    if reverse:
        return target
    return None

assert f(g())

def f(s: str, word=","):
    return len(s) == len(word)

def g(word=","):
    return word or len(word) > len(s)

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    for i in "hello" + s:
        if i == len(s):
            return i == len(s)
    return len(s) == len(a)

def g(a="hello", b="yellow", length=4):
    return str(a)

assert f(g())

def f(s: str, n=20):
    return s == "antidisestablishmentarianism"

def g(n=20):
    return "antidisestablishmentarianism"

assert f(g())

def f(x: int, a=123):
    return 1 == x or x != -1

def g(a=123):
    return 1 + a or -a

assert f(g())

def f(s: str, a="hello"):
    for i in range(len(s)):
        if (s[i] != a) and (a < s[i + 1]) and (a < s[i + 2]) and (a > s[i + 3]):
            return True
    return False

def g(a="hello"):
    return str(a) + ", " + str(a.replace('$', ""))

assert f(g())

def f(s: str, word="lgcc"):
    for i in range(len(word)):
        if i == 1:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="lgcc"):
    return str(word).upper() or len(word) == 1

assert f(g())

def f(s: str, word="hello"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="hello"):
    return "Hello World"

assert f(g())

def f(s: str, n=7012):
    return s == "123456789"

def g(n=7012):
    return str("123456789")

assert f(g())

def f(s: str):
    for i in range(10):
        if s[i - 1] == "intelligent":
            return False
    return True

def g():
    return "hello world"

assert f(g())

def f(start: int, k=2, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    prod = 1
    for i in range(start, start + k) :
        prod *= seq[i]
    return prod >= lower if prod <= k else prod > k

def g(k=2, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    prod = 1
    for i in range(k, k + 1):
        prod = prod - k
    return prod >= lower if prod == -k else prod - k

assert f(g())

def f(x: str, s=['a', 'b', 'd', ...], b=['a', 'b', 'c', ...], n=4):
    return x in s if 'b' in b else x + n

def g(s=['a', 'b', 'd', ...], b=['a', 'b', 'c', ...], n=4):
    return s if 'b' not in b else s[1]

assert f(g())

def f(x: int, a=2, b=-3730):
    return x - a == b

def g(a=2, b=-3730):
    return a + b

assert f(g())

def f(n: int, a=9746560, b=1118):
    assert n == (a + b) > (1 + a)
    return a > b

def g(a=9746560, b=1118):
    return a + b

assert f(g())

def f(x: float, a=1020):
    return abs(x) > 10 ** 3.0

def g(a=1020):
    return (a * 1000000 + 1000000 * (1000000 + (1000000 - a) / 1000000) ** 0.0) / (100 + a)

assert f(g())

def f(x: int, a=12345678, b=123456):
    return x >= b

def g(a=12345678, b=123456):
    for i in range(3):
        a += 2
        b += 1
    return a + b

assert f(g())

def f(x: int, a=5200, b=8593662):
    for i in range(8593662):
        if x > 0 or a > 100:
            return x - a == b
    else:
        return x + b * x + a ^ b % 3 == 0

def g(a=5200, b=8593662):
    if a > 0 <= b:
        return a + b
    elif a < 4:
        return a - b
    else:
        return 1 - a
    if b > 100:
        return b - a
    else:
        return b + a

assert f(g())

def f(s: str, a="hello", b="yellow", length=5):
    n = len(s) == 5
    if n != 6:
        return len(s) == 5
    else:
        n = len(s) == 6
        if n != 4.2:
            return len(s) == 4.2
    return len(s) == length

def g(a="hello", b="yellow", length=5):
    n = len(a)
    if n != 5:
        return "hello"
    else:
        n = len(a) - 5 / 2
        if n != 3.5:
            return "hello"
    if n != 3.5:
        return "hello"
    else:
        if n != 2:
            return "hello"
    return n

assert f(g())

def f(n: int, d=1715):
    return n + d > 1715 and n > 1715

def g(d=1715):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) < 20 ** -3 and x > 0

def g(a=1020):
    return float(a)

assert f(g())

def f(n: int):
    var = 1
    for i in range(5):
        var += 1
    return 0 <= var <= n

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, s="hello", b=54368639):
    return len(s) == len(x) >= len(set(x))

def g(s="hello", b=54368639):
    return "world"

assert f(g())

def f(x: List[int]):
    return len(x) > 10

def g():
    return [2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]

assert f(g())

def f(x: int, a=1366, b=5):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1366, b=5):
    return int(a) + int(b)

assert f(g())

def f(v: int, vs=1):
    return vs == v

def g(vs=1):
    return vs

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n >= 0 and n <= upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(int(a + b) / 9)

assert f(g())

def f(n: int, a=1073258, b=11474418):
    return n == a

def g(a=1073258, b=11474418):
    return a

assert f(g())

def f(s: str, word="paganism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) < max_len and word[0] < s[0]

def g(word="paganism", max_len=50):
    if len(word) <= max_len:
        return word

    if len(word) < max_len:
        return word
    return ""

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    def f(s: str, a):
        return s.count("b") == a and len(s) == a + target
    return "foobarbazwow" in s

def g(target="foobarbazwow", length=3):
    def g(t: int, a: int):
        if target == "foobarbazwow":
            return f(g)
        if target == 0:
            return g(target)
        if target == 3:
            return g(target)
        return f(g())
    return "foobarbazwow"

assert f(g())

def f(x: int, a=1, b=50562498):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1, b=50562498):
    return a + 1 - b

assert f(g())

def f(s: str, word="austron", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(s[1:-1]) and words[1] == word[-1] * max_len

def g(word="austron", max_len=10):
    my_words = [word.lower() for word in word]
    for my_word in my_words:
        if len(word) < max_len:
            return word
    return words[1]

assert f(g())

def f(n: int, a=6, b=9, s=30):
    return n > 5 and n > 22

def g(a=6, b=9, s=30):
    return int(a * (a - 2)) + 3

assert f(g())

def f(s: str, word="konjac"):
    if s == 'world':
        n = 1234567890
    elif s == 'konjac':
        m = 1
    return m < 100

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word) == len(word)

assert f(g())

def f(s: str, word="konjac"):
    return (s[0:5] >= word[0]) or (s[:5] >= word[:5])

def g(word="konjac"):
    return word[:5]

assert f(g())

def f(x: int, a=9763563):
    return x + x > 9763563

    return x == (a - a)

def g(a=9763563):
    return 10 * a + 1

assert f(g())

def f(f_v: str):
    return str(f_v) == 'a'

def g():
    return "a"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.lower().lower().lower() == target

def g(target="reverse me", reverse=True):
    return target or target == reverse

assert f(g())

def f(x: int, a=151828, b=12373518):
    return x - a == b

def g(a=151828, b=12373518):
    return a + b

assert f(g())

def f(s: str):
    return s > ':'.join(r for r in s if r < ':' and r > '-1')

def g():
    return "world"

assert f(g())

def f(res2: int, m=1234578987654321, n=4):
    for i in range (n):
        m = (m - 1 if m % 10 else m // 10)
    return res2 == m

def g(m=1234578987654321, n=4):
    for i in range (n):
        m = (m - 1 if m % 10 else m // 10)
    return m

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b # nothing

def g(a=15482, b=23223):
    if a > 10:
        return a + b # if a > 10 and b > 10 and a < b, return a + b

assert f(g())

def f(n: int, a=1073258, b=72352549, c=0):
    return n % a == 0 and n % b == 0 and c > 0 and c < 0 or c <= 0

def g(a=1073258, b=72352549, c=0):
    return a % b

assert f(g())

def f(s: str, word="hierog"):
    n = len(s)
    if n + 1 > len(word):
        for x in word:
            return True
    return False

def g(word="hierog"):
    return "hierog"

assert f(g())

def f(s: str, word="hollocks"):
    for i in range(len(word)):
        if word[i] == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="hollocks"):
    return word

assert f(g())

def f(d: int, n=123456789):
    return d * (n - d) < 1

def g(n=123456789):
    return n + 10

assert f(g())

def f(x: int, a=100, b=1350):
    if x > 0 or a > 2:
        return x - b >= 2
    else:
        return x + b == b

def g(a=100, b=1350):
    return int(a * b / (100 * a) * b) + 5

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n == c) or min(a, b, c) > 0 and n > 2

def g():
    return [1, 3, 4, 5]

assert f(g())

def f(d: int):
    return d > 1e11

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(t: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(t) + length] == t

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + length]

assert f(g())

def f(d: int, e=12345):
    return d >= e

def g(e=12345):
    return e * (9 - 1)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - b >= a
    else:
        return x + b == a

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) * a**0.5) + 1

assert f(g())

def f(n: int):
    return 1 + (n ^ n) / 2 == 1

def g():
    return 10000000

assert f(g())

def f(s: str):
    return s[::-1] < str(len(s)) or s[::-1] < str(len(s + length))

def g():
    return "[a|a]+[b|b]+[2|2]+[3|3|3]*a+[4|4]+[5|5+5+5+5]+[6|6|5]*[7]%a+%"

assert f(g())

def f(s: str, word="rebellaist", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="rebellaist", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1]==s[-1]

assert f(g())

def f(s: str, a="world", b="Hello world"):
    return s == a

def g(a="world", b="Hello world"):
    return str(a)

assert f(g())

def f(h: int):
    return int(h) > 3

def g():
    return (1 << 15)

assert f(g())

def f(s_case: str, s="CanYouTellIfYouHASmoreCAPITALS"):
    caps = 7
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfYouHASmoreCAPITALS"):
    caps = 7
    for c in s:
        if c != c.lower():
            caps += 1
    return s.lower() if caps > len(s) // 2 else s.lower()

assert f(g())

def f(x: int, a=352225, b=12332230):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=352225, b=12332230):
    if a < 50:     return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=10201202001):
    return x**2 == (a + 1) ** 2

def g(a=10201202001):
    return a + 1

assert f(g())

def f(r: int, length=15, upper_bound=5000):
    return r * length > upper_bound

def g(length=15, upper_bound=5000):
    return 0 if (length == 0) else upper_bound

assert f(g())

def f(x: int, a=93134542):
    return x >= a

def g(a=93134542):
    return int(int(a) * (a+10)**6 + 10)

assert f(g())

def f(s: str, substring="b", count=10, length=100):
    return s == substring or s == substring + substring

def g(substring="b", count=10, length=100):
    return "b"

assert f(g())

def f(x: int, a=2640, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2640, b=1230200):
    if a < 50 and b < 1230200:
        return a + b
    else:
        return a + b

assert f(g())

def f(y: int, a=1020):
    return y != a

def g(a=1020):
    return int(a+4) ** 10

assert f(g())

def f(n: int):
    return n % 2 == 0 and n >= 2

def g():
    return int(int("123456789" + "1"*10) ** 0.5) + 10

assert f(g())

def f(x: int, m = 9, a = 10252338):
    return 2 - a < 200**-15

def g(m = 9, a = 10252338):
    return 10252338 + a

assert f(g())

def f(n: int, v=3, w=3):
    for i in range(n):
        assert v <= w
        v *= w
    return v > w

def g(v=3, w=3):
    assert v == 3
    return v >> 1

assert f(g())

def f(n: int, q=8):
    return n + 1 + q / 2 != 1

def g(q=8):
    return int(q) - 1

assert f(g())

def f(s: str, strings=['frog', 'cat', 'dog', 'bird', 'fly', 'moose']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['frog', 'cat', 'dog', 'bird', 'fly', 'moose']):
    return 'frog'

assert f(g())

def f(x: List[int]):
    return x[0] == x[1] if x[2] else x[1] in x

def g():
    return [1] * 9

assert f(g())

def f(s: str, target="foomild", len=3):
    if target == "bot":
        return target[target] == s
    elif target == "apple":
        return target[target] == s
    elif target == "apple_x":
        return target[target].count(s) == len(s)
    else:
        return target == s

def g(target="foomild", len=3):
    if target == "bot":
        return target
    else:
        return target

assert f(g())

def f(s: str, c=100, cname=""):
    if cname != '':
        return ' '
    return s == 'It'

def g(c=100, cname=""):
    return 'It' + cname

assert f(g())

def f(s: str):
    return s.count('n') == 1 and s.count('n') < 3

def g():
    return "n 2 3"

assert f(g())

def f(n: int, s=65535):
    return n > 100

def g(s=65535):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, m=100):
    return n > 100

def g(m=100):
    return int(1 + m) * (m > 10)

assert f(g())

def f(i: int):
    return len(str(i + 1001)) > len(str(i + 1))

def g():
    return 2

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n > 100

def g(a=15, b=27, upper_bound=150):
    return (a + b)*10000

assert f(g())

def f(s: str):
    return s.count("XXXXXX") == 1

def g():
    return str("XXXXXXX")

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 0:
        return False
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, target="reverse me"):
    for i in range(30):
        return s[::-1] == target
    return s[::-1] + (s[::-1] == target) != target

def g(target="reverse me"):
    for i in range(30):
        return target[::-1] == i if i == 'reverse me' else target[::-1]

assert f(g())

def f(word: str, limit=1):
    if limit >= 0:
        return int(word[-1]) == 1
    return int(word[-1]) == limit

def g(limit=1):
    return "1" * limit

assert f(g())

def f(nums: List[int], n=0):
    return len(nums) > 4 or sum(nums) == 4 and sum(i * 2 for i in nums) == len(nums)

def g(n=0):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str, substrings=['aab']):
    return all(sub in s[i::len(substrings)] for i, sub in enumerate(substrings))

def g(substrings=['aab']):
    """Return a new string."""
    out = str(substrings)
    return out

assert f(g())

def f(x: int, a=1073258, b=72352449):
    return a + x > b

def g(a=1073258, b=72352449):
    return a and b or b or a if b--1 else False if isinstance(a, int) else False

assert f(g())

def f(li: List[int]):
    if len(li) == len(set(li)) and len(li) < 4:
        return len(li) > 5
    else:
        return len(li) == len(set(li))

def g():
    return [1, 2, 3, 4, 5, 7]

assert f(g())

def f(s: str, t=3199):
    return True

def g(t=3199):
    return str((int(t) + 1) ^ t)

assert f(g())

def f(n: int, a=14302, b=14003):
    return a * b >= a

def g(a=14302, b=14003):
    return int(a * b >= a) + 1

assert f(g())

def f(x: int, a=181878, b=-3):
    return a - x < b

def g(a=181878, b=-3):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(name: str):
    return "Alfie" in name

def g():
    return "Alfie12345"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a  == b
    else:
        return x - a

def g(a=253532, b=1230200):
    if a > 50 or a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and word[-2] == s[-2] and word[-3] == s[-3] and word[-4] == s[-4]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) < max_len:
        return word
    return int(word) == max_len and word[0] == max_len and word[-1] == max_len and word[-2] == max_len and word[-3] == max_len and word[-4] == max_len

assert f(g())

def f(s: str):
    return s[::-1] == '-' and s[::-1] == '-'

def g():
    return "-"

assert f(g())

def f(s: str, big_str="foobar", index=20):
    return s[0:index] == big_str[0:index] and s[1:index] == big_str[1:index]

def g(big_str="foobar", index=20):
    return "foobar"

assert f(g())

def f(s: str, word="antisymmetricity", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="antisymmetricity", max_len=10):
    return max(word, "Antisymmetricity" + word)

assert f(g())

def f(x: int, a=5, b=1230200):
    if x == 0 or a < 5 and b < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=5, b=1230200):
    if a < 3 and b < 1230200:
        return (a + b) - a
    return (a - b) ^ (b - b)

assert f(g())

def f(n: int, a=3, b=254526, lower=100000):
    prod = 1
    for i in range(5,9):
        prod += n * i
    return prod >= lower

def g(a=3, b=254526, lower=100000):
    prod = 1
    for i in range(5,9):
        prod += 3 * (b * (i + 1) + 1)
    return prod + 3 * (a * (i + 1) + 1)

assert f(g())

def f(li: List[int]):
    return list(list(range(99999))) == list(range(99999)) and all(li[i] != i for i in range(len(li)))

def g():
    return [1, 2]

assert f(g())

def f(n: int, d=5129804321, upper=75):
    m = n
    return d < m

def g(d=5129804321, upper=75):
    m = 5*d
    return m - d

assert f(g())

def f(s: str, word="kkkj"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            if s[i] != word[i]:
                return False
    return True

def g(word="kkkj"):
    return str(word) + 2 * word

assert f(g())

def f(str: str, string="mooobooofasd"):
    return str.count(str) == str.count(string)

def g(string="mooobooofasd"):
    return "mooobooofasd" + str(str)

assert f(g())

def f(x: int, a=26374437, b=120534):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=26374437, b=120534):
    if a > 50 and b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(root: List[int]):
    w = 1
    s = 0
    for i in range(10):
        w += 1
        s = w * s
    return w < 1.5 * (1.0/3) + w

def g():
    return [1, 2]

assert f(g())

def f(d: int, n=123456789):
    return d > n + 1 and d > n + 2

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str, word="konjac"):
    return "Hello " + s == "Hello world"

def g(word="konjac"):
    return  "world"

assert f(g())

def f(n: int, a=241415, b=13394532):
    return n >= a

def g(a=241415, b=13394532):
    return int(a + b**(-3) + 3)

assert f(g())

def f(s: str, n=5):
    return len(s) == n and all(str(s) == s[-1] for s in s)

def g(n=5):
    return str(n)*n

assert f(g())

def f(s: str, word="antijurism", max_len=13):
    if len(word) <= max_len:
        return word == s
    return len(word) == max_len or max(word, s) == len(word)

def g(word="antijurism", max_len=13):
    word = word[:max_len]
    return word if word != word[max_len:] else "unexistent " + word

assert f(g())

def f(s: str):
    return s.count("foo bar baz") == 1

def g():
    return "(3) " + "foo bar baz"

assert f(g())

def f(x: str, u=64):
    if u == 64:
        return True
    if s == 64:
        return True

def g(u=64):
    return "hello world"

assert f(g())

def f(x: int, a=3838, b=13334035):
    return x - a == b

def g(a=3838, b=13334035):
    return a + b

assert f(g())

def f(s: str, word="antispersiveism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1] for s in [word])

def g(word="antispersiveism", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[:] + 1 for word in word[:-1])

assert f(g())

def f(s: str):
    s.count('c') == 3
    return s.count('c') == 2

def g():
    return str(g)

assert f(g())

def f(r: int, p=5, q=5):
    return r > p

def g(p=5, q=5):
    return p * q * (5 * p - q) + 1

assert f(g())

def f(s: str, word="r"):
    return word == s

def g(word="r"):
    return str(word)

assert f(g())

def f(n: int, l=2021):
    return n > 0

def g(l=2021):
    return l * l - 1

assert f(g())

def f(m: int, a=3, b=23463462):
    return m % 2 == 0 and m != a

def g(a=3, b=23463462):
    return 0 if b >= 24 else 1

assert f(g())

def f(c: str):
    return sorted(c) == sorted('Dont do it')

def g():
    return "Dont do it"

assert f(g())

def f(c: int, b=80, target=18):
    return c > target or x < target or x > target

def g(b=80, target=18):
    return b * 10 + target

assert f(g())

def f(s: str):
    return s == "0" or s == "12345"

def g():
    return "0" or s == "123456789"

assert f(g())

def f(n: int, t=397):
    return n > t

def g(t=397):
    return int(int(t^2)) ** 2

assert f(g())

def f(probs: List[float]):
    int = 1
    if len(probs) > 3:
        for i in range(len(probs)):
            raise ValueError("Numerical values must be lower and upper bound less than 3: %.069 <= max(probs[i]) <= min(probs[i])" % i)
    return max(probs[(i + 3) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [float(3) for i in range(3)]

assert f(g())

def f(s: str, word="konjac"):
    if s[0] == word[0]:
        a = 0
    else:
        a = len(s) == n
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str):
    return "Dear " + s[::1] == "Dear world"

def g():
    return "world"

assert f(g())

def f(n: int):
    return n > 4 and n > 2

def g():
    return int(int("123456789") * 9) | 6

assert f(g())

def f(x: List[int]):
    return len(x) == len(set(x))

def g():
    return [1,2]

assert f(g())

def f(x: int, l=19):
    return x == l or x == li[l]

def g(l=19):
    return l or 10

assert f(g())

def f(sum: int, v=30):
    v *= 1 + sum
    for i in range(2):
        if v == 0:
            return False
        else:
            return True

def g(v=30):
    v *= 1
    return v

assert f(g())

def f(s: str, target="foobarbazwow", length=5129):
    return target[(len(target) - length) // 2:] == s

def g(target="foobarbazwow", length=5129):
    if length >= 15 and len(target) == 2:
        return target[(len(target) - length) // 2:]
    target = target.lower()
    return target[(len(target) - length) // 2:]

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'i', 'z', 'n', 't', 'a', 'c']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'i', 'z', 'n', 't', 'a', 'c']):
    return "abcabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=30):
    if word in ["antidisestablishmentarianism", "antisestablishmentarianism", "\kern"]:
        return word
    return 0

assert f(g())

def f(x: int, a=1664, b=13600):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1664, b=13600):
    return int(a) + int(b)

assert f(g())

def f(t: str, a="bbrxbrxbr"):
    if len(t) == len(a):
        return True
    s = "abrxbrxbrxbrxbrxbrxbr"
    m = len("b" + "y" + "c")
    s += "bbrx" + s
    return t[1] == "brx" and s[2] == "brx" and s[3] == "brx"

def g(a="bbrxbrxbr"):
    return a

assert f(g())

def f(s: str, big_str="foobar", big_index=1):
    return big_str.index(s) == big_index

def g(big_str="foobar", big_index=1):
    return big_str[big_index:]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            i -= 1
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + " konjac"

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 1000))

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str, target="blooobbazwow", length=10):
    return target[(len(target) - length) % 2 == 10:] == s

def g(target="blooobbazwow", length=10):
    return target[(len(target) - 10) % 2 == 10:]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target in s:
        return s == target
    if reverse:
        s = [int(d) for d in s]
        return s
    else:
        return s == target

def g(target="reverse me", reverse=True):
    if target in target:
        return target

    if reverse:
        s = [int(d) for d in s]
        return s
    else:
        return target

assert f(g())

def f(st: str, a="hello"):
    return st == a

def g(a="hello"):
    return "hello"

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(len(target) - length) % 2] == s

def g(target="foobarbazwow", length=8):
    return target[(len(target) - length) % 2]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < x + 10:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: str):
    return x == 'Hello world'

def g():
    return ("Hello world")

assert f(g())

def f(s: str):
    return s.count('x') == 0 and s.count('o') == 0

def g():
    return "value" + " value"

assert f(g())

def f(s: str):
    return s == 'd-fo-baz'

def g():
    return "d-fo-baz"

assert f(g())

def f(w: List[str]):
    return isinstance(w, list)

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(x: float):
    x -= 3.1415
    return x * 3.1415 <= 2

def g():
    return float()

assert f(g())

def f(s: str, a="fly", b="hello world", c=500):
    return s > b

def g(a="fly", b="hello world", c=500):
    return "world"

assert f(g())

def f(s: str):
    return (s[::-1] == s[::len(s) % 3])

def g():
    return "1"

assert f(g())

def f(m: int):
    return int(m) % 2 == 0

def g():
    return 0

assert f(g())

def f(x: int, b=15545, e=3562):
    return x + e >= b and e + b > b

def g(b=15545, e=3562):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Enter a newline')

def g():
    return "Enter a newline"

assert f(g())

def f(str: str, v=3):
    return 'hello world' in str

def g(v=3):
    return "hello world!"

assert f(g())

def f(x: int, a=3255, b=123520):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=3255, b=123520):
    return a + b

assert f(g())

def f(s: str, word="gouche"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="gouche"):
    return str(word[:len(word)])

assert f(g())

def f(x: str, s=16):
    return s <= 10 ** 2

def g(s=16):
    return str(s <= 10 ** 2)

assert f(g())

def f(x: int, b=7454539):
    return int(x) >= 7454539

def g(b=7454539):
    return int(b) * 9 + 7454539

assert f(g())

def f(x: int, a=85523, b=8):
    return x // b == a

def g(a=85523, b=8):
    return (a * b) + 1

assert f(g())

def f(s: str, word="knoeing"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="knoeing"):
    if word == "knoeing":
        return "knoeing"
    else:
        if word == "knoeing" and len(word) == 4:
            return False
    return True

assert f(g())

def f(s: str, target="foobarbazwow", length=65535):
    return target[(len(target) - len(target) + 1) % (len(target) + 1)] == s

def g(target="foobarbazwow", length=65535):
    return target[(len(target) - len(target) + 1) % (len(target) + 1)% (len(target) + 3)]

assert f(g())

def f(x: int, a=300000, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    return x - a == b

def g(a=300000, b=1230200):
    return a + b

assert f(g())

def f(s: str, a="hello", b="hello", length=2):
    return s == a and s == b

def g(a="hello", b="hello", length=2):
    return str(a) and str(b) and str(a)

assert f(g())

def f(s: str, target="foo", length=15):
    return target[(len(target) - 1) // 2:(len(target) + 1) // 2] == s or target[(len(target) - 1) // 2] == target

def g(target="foo", length=15):
    return target[(len(target) - 1) : len(target) + 1]

assert f(g())

def f(s: str):
    return s and 'hello world' in s

def g():
    return str("hello world")

assert f(g())

def f(s: str, title="C-R-A-T-P", length=15):
    return s == title

def g(title="C-R-A-T-P", length=15):
    return 'C-R-A-T-P'

assert f(g())

def f(x: int, a=12345):
    return x >= a and a <= a

def g(a=12345):
    return int(int("123456789") * (a + 12345))

assert f(g())

def f(x: int, a=84484):
    return x > a

def g(a=84484):
    return int(a*1.5) + 1

assert f(g())

def f(n: int):
    if n > 2:
        return True

def g():
    return int(int("1123456789" + "0"*6) ** 2) + 1

assert f(g())

def f(z: str, a=1020):
    if len(z) == 3:
        return z.count("3") == 2 # no length
    else:
        return z % a

def g(a=1020):
    return "3" + "2" + "3"

assert f(g())

def f(x: int, a=1660):
    return abs(x * 2 - a) > 5.0 + abs(x)

def g(a=1660):
    return 0

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=8):
    return target[(len(target) + 4) % 3]

assert f(g())

def f(x: int, a=1020120201202, b=1020120201202, c=11001):
    return x - a > 0

def g(a=1020120201202, b=1020120201202, c=11001):
    return 10% (a + 1) * (b + 1)

assert f(g())

def f(s: str, word="antis", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == len(word[2:-1]) and word[0] == s[0] and word[1] == s[1] and word[-1] == s[-1]

def g(word="antis", max_len=10):
    if len(word) <= max_len:
        return word

    return int(word[1]) == len(word[-1]) and words[1] == s

assert f(g())

def f(n: int, a=1020120919):
    return n % 3 == 0

def g(a=1020120919):
    return 0 + 9

assert f(g())

def f(n: int):
    return str(n * n).startswith('123456789');

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: int, b=54747):
    if x == b:
        return True
    elif x is not b:
        print("x == b:%s" % b)
    elif x is not c: print("x == c:%s" % c)
    elif x is not d: print("x == d:%s" % d)
    elif x is not e: print("x == e:%s" % e)
    elif x is not f: print("x == f:%s" % f)
    elif x is not g: print("x == g:%s" %g)
    elif x is not h: print("x == h:%s" %h)

def g(b=54747):
    return b

assert f(g())

def f(n: int, v=1):
    for i in range(n):
        if v != 0:
            if v != 0:
                return False
            assert str(i) == str(n[v]) or str(i) == str(n[v][2])
            if i==v:
                return False
    return True

def g(v=1):
    return 1 - v

assert f(g())

def f(x: int, a=152532, b=157532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=152532, b=157532):
    if a >= 20 and b / 2 < 0.5:
        return a - b or b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    if (len(s) == 0):
        return None
    elif len(s) == 1:
        if s[0] != word[0]:
            return False
    else:
        if s[0] != word[0]:
            return False
    return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (s[i] < word[i].lower()):
            return False
    return True

def g(word="konjac"):
    if isinstance(word, str):
        return str(word)
    else:
        return [word]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i].upper():
                return False
        else:
            if word[i] != s[i]:
                return False

    return True

def g(word="konjac"):
    return word

assert f(g())

def f(t: str, n=7012):
    line = t[::-1] + t[2:]
    while t[::-1]:
        if n % 2 == 0 or n >= 9:
            return True
        return False
    return False

def g(n=7012):
    return "123" + "\n"

assert f(g())

def f(d: int, n=1189456789):
    return d > n and d > n * (n + 1) % 5

def g(n=1189456789):
    return n * (n + 1) * (n + 3) + 1

assert f(g())

def f(x: int, a=0, b=45, c=25):
    if x == 0:
        return x - a == b
    else:
        return x + a == b

def g(a=0, b=45, c=25):
    if a != 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    for i, c in enumerate(nums):
        a += c
        b += c
    return min(a, b, c) > 0 and min(a, b, c) <= n

def g():
    return [2, 3, 4, 5]

assert f(g())

def f(t: int, a=15, n=5, target=50):
    return t % a == 0 and t % n == 0

def g(a=15, n=5, target=50):
    return a % target

assert f(g())

def f(x: int, a=112, b=1550):
    return x % 2 == 0

def g(a=112, b=1550):
    return int(int(a)) + int(b)

assert f(g())

def f(n: int, year_len=365):
    return (n + 0.5) * 2 <= year_len - 1 and (n - 1) * 2 <= n - 2

def g(year_len=365):
    return year_len - (year_len + 1) - 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            return s[i] == word[i]
        else:
            if target == 18:
                return s[i] < target and s[i] == target
            return False
    return True

def g(word="konjac"):
    word = "konjac"
    return "konjac a"

assert f(g())

def f(t: str, s="aaaabca", target=4):
    return t == s[0]

def g(s="aaaabca", target=4):
    return s == target if s[2] in {1:2} else s[0]

assert f(g())

def f(n: int):
    for i in range(1):
        assert n % 1 == 0
        n -= 1 + (n - 1) // 1
    return n <= 0 and n - 1 <= 1

def g():
    return 1

assert f(g())

def f(l: List[int]):
    return sorted(l) == list(range(9))

def g():
    return [int(i) for i in range(9)]

assert f(g())

def f(r: List[int], cols=8):
    return len(r) == cols

def g(cols=8):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str, word="antideestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0]

def g(word="antideestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word
    return int(word) == max_len

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=500):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=500):
    if max_len < 1000:
        return word
    return int(word[1]-1) == max_len and word[-1] == s[1:-1] and word[-1] == s[-1] if max_len ==1000 else word[1:-1]

assert f(g())

def f(s: str):
    return set(s) <= set("22-*/") and s.count("2") == 2

def g():
    return "22-*/"

assert f(g())

def f(s: str):
    return s == 'fghijklmnopqrstuvwxyz' and s != ''

def g():
    return "fghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, a=500000, b=1210):
    if x > 0 or a > 50 and b > 12:
        return x + b > a

def g(a=500000, b=1210):
    a = int(a) + b
    return int(a) + b + a

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b") != x.count("c") and ('b' in x) for x in s) for s in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0 or x == 0 or a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=15482, b=23223):
    if a > 50 or a < 5:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[0] == str(s)

def g():
    return str("Hello")[2]

assert f(g())

def f(s: str, word="oom"):
    if len(s) == 0:
        return None
    for i in range(len(word)):
        if s[i] != word[i].lower():
            return False
    return True

def g(word="oom"):
    return "oom"

assert f(g())

def f(x: int, a=100, b=1000):
    return x - a > b or sum(x - b) == 1

def g(a=100, b=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, s="n"):
    return len(x) == len(s) or len(x) == len(s)

def g(s="n"):
    return "n"

assert f(g())

def f(x: int, a=101010001000100):
    return x + 1 > a

def g(a=101010001000100):
    return int(a)

assert f(g())

def f(x: int, b=54368639):
    if b == 0:
        return x % 2 == 0
    elif b == -1:
        return x % 2 == 1
    elif b != 0:
        return x + b == 0
    else:
        return x - b

def g(b=54368639):
    if b % 2 == 0:
        return 0
    elif b != -1:
        return 0 - b
    else:
        return 1 - b

assert f(g())

def f(n: int):
    return n > 995

def g():
    return int(float("123456789"))

assert f(g())

def f(d: int, n=123456789):
    return d > n or len(d.count("4") + str(d) for d in d) == 0

def g(n=123456789):
    return int(n * 8) + int(n * 7) or len(d.count("4") + str(n) for d in d) + 1 or len(d.count("1") + str(d) for d in d)

assert f(g())

def f(n: int, v=3, w=100):
    return n > w

def g(v=3, w=100):
    return (int(v*v) + int(w*w))**2 + 1

assert f(g())

def f(x: float):
    return x == 1 + (0.123456) * 3.1415

def g():
    return float(1) + (0.123456) * 3.1415

assert f(g())

def f(x: int, a=269747, b=-205520):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=269747, b=-205520):
    if a < 10: return a - b + 1
    elif b < 9: return a + b
    else: return x - a + 1

assert f(g())

def f(t: str):
    return len(t) > 6 or len(t) == len(t[0])

def g():
    return "123456789"

assert f(g())

def f(n: int, a=10, b=1):
    return 0 <= n <= 5 * a + b * a

def g(a=10, b=1):
    return 10 + 1 + 1 + a

assert f(g())

def f(d:int, n=723465):
    return (d - n) > 0.2

def g(n=723465):
    return int(n * (723465-1))

assert f(g())

def f(s: str):
    return s[0] and s[1] + s[2] + s[3] != s[4]

def g():
    return "123456789"

assert f(g())

def f(s: str, word="antitype", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antitype", max_len=50):
    if len(word) <= max_len:
        return word
    return int(word[-1]) == len(word[-1]) and word[0] == word[0] and word[-1] == word[-1]

assert f(g())

def f(n: int, b=345346363, m=1234578987654321):
    return n // b == m

def g(b=345346363, m=1234578987654321):
    return int(float(b) * m)

assert f(g())

def f(v: int, b=100):
    return v == b

def g(b=100):
    return b

assert f(g())

def f(n: int, score=1000):
    return n > score

def g(score=1000):
    return score * 1000

assert f(g())

def f(n:int):
    return str(n * n).startswith("123456789")  # no match for str

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, t=1):
    return n * n == t

def g(t=1):
    return t - 2

assert f(g())

def f(s: str, target="hairy", reverse=True):
    return s == target

def g(target="hairy", reverse=True):
    if reverse:
        s = "hairy"
        return s
    return target

assert f(g())

def f(n: int, a=3503, b=3009):
    return n // b == a

def g(a=3503, b=3009):
    return a * b

assert f(g())

def f(n: int):
    return str(n * n + 1).startswith("123")

def g():
    return int(int("123456789" + "0"*9) * 9 + 1)

assert f(g())

def f(n: int, a=10498979):
    return a % n == a

def g(a=10498979):
    return 1 << a

assert f(g())

def f(s: str, word="laz_knq"):
    for s in s.split("\\"):
        if s.index(word) == 0:
            return True
    return False

def g(word="laz_knq"):
    return str(word) + "" + ""

assert f(g())

def f(s: str, a=17, b=16, c=16):
    return abs(s.count("b") == c and s.count("baz") == b) < 1e-6

def g(a=17, b=16, c=16):
    return str(a) + str(b) + str(c)

assert f(g())

def f(n: int, a=346346363, b=10):
    return n // b == a

def g(a=346346363, b=10):
    return int(a * b)

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 10:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return 1 * a + b

assert f(g())

def f(l: List[int], target=[19, 6, 19, 17], n=2):
    return l == target

def g(target=[19, 6, 19, 17], n=2):
    return target[:19] + target[7:n]

assert f(g())

def f(x: int, a=20):
    return abs(x ^ 2 - 1) < 20 ** -1

def g(a=20):
    return f(a) + 1

assert f(g())

def f(x: int, a=8665464, b=-95, m=8):
    return x - a == b

def g(a=8665464, b=-95, m=8):
    return a + b

assert f(g())

def f(n: int, m=6, a=63):
    return n * n > m

def g(m=6, a=63):
    return m * m - m

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return 1.0 <= b <= a + x

def g(a=1073258, b=72352549):
    return a * (b + 1)

assert f(g())

def f(s: str, word="arithmetic", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="arithmetic", max_len=10):
    if word == "arithmetic":
        return word
    if word in ("0"*10):
        return "0"*10 + "1"
    return int(s[word:word*2:]*10)

assert f(g())

def f(t: str, s="abbbcabc", target=0):
    if s == t:
        return True
        for i in range(len(t)):
            if i != 0:
                self.next_step[i] = 1 + i
                if i != s:
                    self.next_step[1] = -1 + 1 + 1
                for j in range(len(t)):
                    self

def g(s="abbbcabc", target=0):
    if f(s):
        return s
    if g(s):
        return g()
    if g(s):
        return g()[:]
    else:
        return g()[:]

assert f(g())

def f(s: str, sub_str="foobar"):
    return all(sub in s and sub[::-1] in s for sub in sub_str)

def g(sub_str="foobar"):
    return 'foobar'

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678");

def g():
    return int(int("12345678" + "1"*9) ** 0.5) + 1

assert f(g())

def f(num: int, a=123532, b=1230200, c=3):
    return abs(num - a) == abs(b)

def g(a=123532, b=1230200, c=3):
    return int(a) - int(b)

assert f(g())

def f(n: int, a=3, b=12345):
    return a * n // b == a

def g(a=3, b=12345):
    return a + b

assert f(g())

def f(x: int, a=50, b=1245):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1245):
    if a < 0:
        return a - b
    elif a > 50 and b < 0:
        return b - a == b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[::-1] == s.count('o') or s.count('oo') == 0

def g():
    return "a"

assert f(g())

def f(x: List[int]):
    return len(x) < 2

def g():
    return list([])

assert f(g())

def f(s: str, word="tandemism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s + 1) == max_len

def g(word="tandemism", max_len=10):
    if len(word) <= max_len:
        return "tandemism"
    return int(word) == max_len

assert f(g())

def f(x: int, a=75991, b=106843):
    if x > 0 or x < 50:
        return x - a == b
    else:
        return x - x or x >= b

def g(a=75991, b=106843):
    return int(a) + int(b)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) >= 6:
        return target[(len(target) + length) // 2] == s
    return target[(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    if len(target) >= 3:
        return target[(len(target) + length) // 2]
    return target[(len(target) + length) // 2] == target

assert f(g())

def f(s: str):
    return s.count('o') == 2 and s.count('oo') == 0

def g():
    return "Hello world"

assert f(g())

def f(s: str, target="bazwondwydyd", count=10, length=50):
    return s == 'abbbwbyeyd'

def g(target="bazwondwydyd", count=10, length=50):
    return 'abbbwbyeyd'

assert f(g())

def f(y: float, a=9325235):
    return (-y + a) < y

def g(a=9325235):
    return float(a * a) * a

assert f(g())

def f(pos: str, reverse=True):
    return "x" == pos

def g(reverse=True):
    return "x" if reverse else ""

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234678901")

def g():
    return int(int("12346789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=15500, b=23333):
    return n > a

def g(a=15500, b=23333):
    return 1 + 2*b+1*b+2+3*b+1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 10:
        return x - a > 10
    else:
        return x + a > 10

def g(a=253532, b=1230200):
    if a > 10:
        return a + b - a + 2
    else:
        return a + b - a + 1

assert f(g())

def f(s: str, n=7312):
    return int(s) != 13

def g(n=7312):
    return str(n)

assert f(g())

def f(x: float, a=1020):
    return x == a

def g(a=1020):
    return a - 1020**- a

assert f(g())

def f(n: int):
    m = n
    if n == 3:
        return True
    if n == 3:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9)**0.5)

assert f(g())

def f(x: int, a=106235561):
    return x == a

def g(a=106235561):
    return int(a)

assert f(g())

def f(s: str):
    return s in sorted(list(s), reverse=True)

def g():
    return " "

assert f(g())

def f(s: str):
    return s in s and set(s) == set("19-+*/")

def g():
    if set("19-+*/") != "19-+*/":
        return "19-+*/"
    else:
        return "19-+*/"

assert f(g())

def f(s: str, word="kabakkar", max_len=10):
    return word == s if max_len else max_len and words[max_len - 1] == s[len(word)-1]

def g(word="kabakkar", max_len=10):
    return word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i].upper():
            return False
    return True

def g(word="konjac"):
    return word.upper()

assert f(g())

def f(n: int, l = 10, a=107525):
    return n % 2 == 1

def g(l = 10, a=107525):
    return l % 2 == 1 and l % 2 == 1 or l + 1

assert f(g())

def f(n: int):
    if n <= 1:
        return True
    return False

def g():
    return 1

assert f(g())

def f(x: int, a=531, b=1404):
    return x / b == a

def g(a=531, b=1404):
    return int(int(a)) * b

assert f(g())

def f(x: int, a=124562, b=1230200):
    if x > 0 or a > 40:
        return x - a == b
    else:
        return x + a

def g(a=124562, b=1230200):
    if a > 0 and b > 0 or (a < 0 and b < 0):
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.index(s) == 0 and s.count('foobar') == 1

def g():
    return "world/foobar"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == s
    return int(s[len(word) - 1]) == len(word[len(word) - 1]) and word[len(word) - 1] == s[len(word) - 1]

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    else:
        return ""

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [2, 5], [5, 6], [6, 7], [6, 1]]):
    return p[0] == 0 and p[-1] == 1.0

def g(edges=[[0, 1], [0, 2], [1, 3], [2, 5], [5, 6], [6, 7], [6, 1]]):
    return edges[0]

assert f(g())

def f(x: int, a=110111, b=16, start="424", combo="778", target_len=12):
    if x > 0 or a < 25:
        return x - a == b
    else:
        return x + a - b

def g(a=110111, b=16, start="424", combo="778", target_len=12):
    if a < 25:
        return a + b - 1
    else:
        return a + b

assert f(g())

def f(x: int, a=93252338):
    return 0 != x and a % a == 0

def g(a=93252338):
    return a % 23

assert f(g())

def f(n: int, a=3, b=125587):
    return b + a > 0

def g(a=3, b=125587):
    return b + a * 9 + b * 125587

assert f(g())

def f(s: str):
    return len(s) == len(set(s))

def g():
    return "hi"

assert f(g())

def f(x: int, a=842036, b=0, c=0):
    return a - x == b

def g(a=842036, b=0, c=0):
    return a - (b-c) * 8

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) == 3:
        return "Mortisestablishmentarianism"
    if max_len:
        return word == s
    return "Mortisestablishmentarianism"

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len:
        return word
    if len(word) == 6:
        return "Mortisestablishmentarianism"
    if max_len:
        return "Mortisestablishmentarianism"

assert f(g())

def f(s: str, word="konj"):
    for i in range(len(word)):
        if i != len(word):
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konj"):
    return str(word).lower()

assert f(g())

def f(s: str, target="foo_bar_baz_baz_baz_baz"):
    return s == target

def g(target="foo_bar_baz_baz_baz_baz"):
    return "foo_bar_baz_baz_baz_baz"

assert f(g())

def f(s: str, strings=["cat", "dog", "bird", "fly", "moose", "mouse"], count=5):
    return len(s) == 1

def g(strings=["cat", "dog", "bird", "fly", "moose", "mouse"], count=5):
    print('a b c')
    return str(int(count/10)**2)

assert f(g())

def f(n: int, a=16, b=16):
    if a == 1:
        return n % 4 == 0
    elif a == -1:
        return n % 4 == 1
    else:
        return n % 2 == 0

def g(a=16, b=16):
    return a * b * 10

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false') and (s != s[::-1])

def g():
    return "Permute me false"

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        n = m >> 1
        if m > 4:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=5):
    if max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and word[-1-1] == word[-1-1]

def g(word="antidisestablishmentarianism", max_len=5):
    if max_len:
        return word
    return int(max_len for k in word) + 1

assert f(g())

def f(s: str, word="antiscrew", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len and word[0] <= max_len:
        return word == s
    if len(word) <= max_len and word[0] >= max_len:
        return word == s
    return int(s[0:-1]) == len(word)

def g(word="antiscrew", max_len=10):
    return wgt(word) if word != "antiscrew" else word

assert f(g())

def f(res: int, m=1234578987654321):
    return res == m

def g(m=1234578987654321):
    return (int(m) + (int(m) != 1234578987654321))

assert f(g())

def f(str: str, chars=['j', 'a', 'b', 'd','e', ' ', 'y','z']):
    s = []
    for c in chars:
        if c != c.lower():
            return False
    return True

def g(chars=['j', 'a', 'b', 'd','e', ' ', 'y','z']):
    s = str(chars)
    # The other two parts can be handled by other functions
    # This is because str has too many chars.
    return s

assert f(g())

def f(s: str, a0=123):
    return set(s) == set("24-+*/") and s.count("1") == 2 or s.count("18") == 1 or s.count("29") == 1

def g(a0=123):
    return str(a0 * a0) + "12-+" + "12-+"

assert f(g())

def f(n: int, v=10, w=500):
    return n + v > w  # no match, ignore

def g(v=10, w=500):
    return int(int(v) * v) + w  # no match, ignore

assert f(g())

def f(s: str, word="f_polarity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return len(word) == max_len and word[0] == s[-1]

def g(word="f_polarity", max_len=10):
    for i in range(10):
        if word[1] != "0":
            return "f_polarity"
        w = "w"
        if len(word) == 2:
            return w
        else:
            return "f_polarity"

assert f(g())

def f(s_case: str, s="Don'tSay"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s_case.upper() if caps > len(s) // 2 else s.lower())

def g(s="Don'tSay"):
    caps = 1
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case.upper() if caps > len(s) // 2 else s.lower()

assert f(g())

def f(s: str, s1="c", s2="d", s3="e", n=8):
    return s.count(s1) == n

def g(s1="c", s2="d", s3="e", n=8):
    return "c"*n + "\n"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return target == s and target == target

def g(target="reverse me", reverse=True):
    target_type = target
    return target_type

assert f(g())

def f(st: str, b="Hello world"):
    return st + "-" and st == b

def g(b="Hello world"):
    return b

assert f(g())

def f(s: str, word="wokur"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="wokur"):
    return (word.startswith("123456789") or "wokur" + "123456789")

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    s = s[::-1]
    return s[::-1] == target

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(x: int):
    return x % 2 == 0 and x >= 0

def g():
    return 0 and x > 0

assert f(g())

def f(s: str, word="dothfulism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="dothfulism", max_len=10):
    if max_len <= 10:
        return word
    return int(word) == max_len and word[-1] == max_len

assert f(g())

def f(x: str, target="foobarbazwow_p", target_len=6):
    return target[(len(target) - target_len) // 4:(len(target) + target_len) // 2] == x

def g(target="foobarbazwow_p", target_len=6):
    return target[(len(target) - target_len) // 4:(len(target) + target_len)// 2]

assert f(g())

def f(x: int, value=64):
    if value == -1 and x > 0:
        return 0
    if x < 0:
        return 1
    return value != 1

def g(value=64):
    return int(value)

assert f(g())

def f(s: str):
    return "Hello " + str(s) == "Hello world"

def g():
    return "world";

assert f(g())

def f(x: int, a=50, b=123020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=123020):
    return a + b

assert f(g())

def f(s: str, word="antisymmetricism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(word[0]-2)  # -2

def g(word="antisymmetricism", max_len=50):
    if len(word) <= max_len:
        return word

    return (int(word) - word) * MAX_SIZE * 1

assert f(g())

def f(x: str, csv=True):
    return x != 'o'

def g(csv=True):
    return "x,o".format(csv=csv)

assert f(g())

def f(z: float, v=9, c=0.0001):
    return int(z * 1 / c % 10) == v

def g(v=9, c=0.0001):
    return float(c) * 10 + 10

assert f(g())

def f(x: int, a=-382, b=1440, c=341836):
    return x - a == b

def g(a=-382, b=1440, c=341836):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return int(word[:3]) == max_len and word[0] == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word
    return int(word[:3]) == max_len and word[0] == s

assert f(g())

def f(s: str, word="konjac"):
    # return the list of integers used
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0:3]

assert f(g())

def f(x: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if x[i] != word[i]:
                if x[i] != word[i].upper():
                    return False
    return True

def g(word="konjac"):
    if word == "konjac":
        x = str(str(word))
    else:
        x = str(word)
    return x

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0 and min(x) == max(x)
    elif a == -1:
        return x + a == b
    else:
        return x - a == b

def g(a=4, b=54368639):
    if a == 3:
        return (4*a) + 3*b and (a == 3)
    elif a == -1:
        return (-4*a) - 3*b
    elif a == 0:
        return a + a == -3
    else:
        return a + b

assert f(g())

def f(s: str):
    test_length = len(s)
    return test_length > 6

def g():
    return str(int("123456789" + "0"*9) / 2)

assert f(g())

def f(x: int, a=1020):
    return a - x == 0

def g(a=1020):
    return a % a + a

assert f(g())

def f(n: int, b=15):
    return n // b == b

def g(b=15):
    return int(b * b)

assert f(g())

def f(x: int, a=500, b=1000):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=500, b=1000):
    if a < b:
        return a + b
    else:
        return 0

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s == target:
        return reverse
    elif s == target:
        return reverse
    elif s == target:
        return reverse
    else:
        del s[:len(target) - 1]

def g(target="reverse me", reverse=True):
    return (target or reverse)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "7" for i in str(str(d).count("4") + str(d).count("7") + str(d).count("6") + str(d).count("5")))

def g(n=123456789):
    return n * n + 8

assert f(g())

def f(m: int, a=123):
    return m >= 123

def g(a=123):
    return int(int("123456789" + "0"*9) ** 0.5 + a)

assert f(g())

def f(s: str, word="konjac"):
    if len(word) == 2:
        for i in range(len(word)):
            if i == 0:
                return False
            else:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return "konjant"

assert f(g())

def f(s: str, target="reverse me", lower_bound=5):
    if len(s) == 0:
        return None
    if len(s) == 1:
        return s.lower() in target and lower_bound == 5
    else:
        return s[0] == target and target[0] == s[1]

def g(target="reverse me", lower_bound=5):
    if len(target) == 0:
        return None
    if len(target) == 1:
        return None
    else:
        return target[0]

assert f(g())

def f(start: int, n=1):
    n = start + 1
    while n >= 4:
        n = n - 1
        if n == start:
            return True
        return False
        n = n + 2
        if n == start:
            return True
        return True

def g(n=1):
    return int(n) ** 30 + n * 5

assert f(g())

def f(s: str):
    for c in s:
        if c in s:
            return True
    return False

def g():
    return "s"

assert f(g())

def f(substring: str, name=":"):
    return substring.count(substring) == substring.count(name)

def g(name=":"):
    return name.replace("0", "")

assert f(g())

def f(x: int, b=1250):
    return x > b

def g(b=1250):
    return int(b) + 1

assert f(g())

def f(l: List[int], e=5):
    for i in range(5):
        e += 1
    return len(l) == 5

def g(e=5):
    return [2 for i in range(5)]

assert f(g())

def f(str: str, a=345346363, b=10):
    if a == 0:
        return "hello world"
    return a > 0

def g(a=345346363, b=10):
    return str(a)

assert f(g())

def f(s: str, cname=['l', 'h'], pos=None, c_index=None, c_type=-1):
    assert len(s) == 2 or len(s) == 1
    return s == 'l' or s == 'h'

def g(cname=['l', 'h'], pos=None, c_index=None, c_type=-1):
    assert len(cname) == 2 or len(cname) == 1
    return str(cname[0])

assert f(g())

def f(t : List[int]):
    return t[0] <= t[1] <= t[2] <= t[3] <= t[4]

def g():
    return [0, 5, 7, 8, 9]

assert f(g())

def f(n: int, a=15382, b=132245, lower_bound=150):
    return n % a % b == n

def g(a=15382, b=132245, lower_bound=150):
    return a % (int(a) & (int(b) >> 2))

assert f(g())

def f(x: int, a=1500, b=1500, length=3):
    return (x > a)

def g(a=1500, b=1500, length=3):
    return int(a * max(1, length)) + 1

assert f(g())

def f(x: int, a=102032021912):
    return x == a

def g(a=102032021912):
    return (int("0") - int(-a))

assert f(g())

def f(x: int, a=4, b=4, c=4):
    if a != 1:
        return x % 2 == 0
    elif a != -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=4, b=4, c=4):
    return (a < b or c < b) % 4

assert f(g())

def f(num_nums: int, t=12345, i=6):
    if num_nums > 12345:
        return True
    return False

def g(t=12345, i=6):
    return ((i+6) * t) + (i-t)

assert f(g())

def f(n: int, a=345346363, b=10):
    if n % 2 == 2:
        return n // b == a
    elif n % 4 == 2:
        return n // b == a
    else:
        return n == b

def g(a=345346363, b=10):
    return a * b

assert f(g())

def f(s: str, word="makka"):
    if len(s) == 0:
        return False
    for i in range(len(word)):
        if i != 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="makka"):
    return word + "makka"

assert f(g())

def f(s: str, a=20, b=50):
    return s.count("\n") % 2 >= max(1 for i in s) or a == 0 or b == 0

def g(a=20, b=50):
    return "\n"

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s) == 0

def g():
    return "world"

assert f(g())

def f(max_k: int, n=123456789):
    return max_k >= n

def g(n=123456789):
    return int(n * (n+1))

assert f(g())

def f(x: List[int], n=5, s=521):
    for i in range(len(x)):
        if i == 0:
            if x[i] != 0 and x[i + 1] != 0 and x[i + 3] != 0:
                return False
        else:
            if x[i] != 0:
                return False
    return True

def g(n=5, s=521):
    if n < 20:
        s = list()
    else:
        s = min(n, len(s))
    for i in range(len(s)):
        if s[i] == "a":
            g(s, i + 1, i + 2)
        elif s[i] == "b":
            g(s, i + 1, i + 2)
    return s

assert f(g())

def f(name: str):
    return str(name) == name

def g():
    return '\"'

assert f(g())

def f(n: int, t=6, upper=20):
    if (t > 0):
        return 1 >= 0 or 0 <= t * t < 2**3
    if (t > t + 1 or t > t - 1):
        return 1 >= t or 0 <= t * t + 1 <= 2**3
    if (t < t + 1):
        return 1 >= t or 0 <= t * t-1 <= 2**3
    if (t >= 0):
        return t / 2 > 0 or 0 <= t * t + 1     # 2*t *t > 2*t + 1     # 2*t >= 2*t*t + 1     # 2**t*t > 2**3

def g(t=6, upper=20):
    return (int(int("123456789" + "0"*9) ** 0.5) + 1)**2**2

assert f(g())

def f(s: str):
    for c in s:
        if c not in s:
            return False
    return True

def g():
    return "2"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a + b ** n + c ** n > b) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    else:
        if max_len == 1:
            return word
        return int(s[1:-1]) == len(word[1:-1]) and word[0] != max_len

def g(word="antidisestablishmentarianism", max_len=30):
    if max_len == 30:
        return word
    else:
        return int(s[min(max_len, word[0]):]) + 1

assert f(g())

def f(s: str):
    return str(3 * s).startswith("h")

def g():
    return "h1234567890"

assert f(g())

def f(m: int, a=1234578, b=10):
    return m == a

def g(a=1234578, b=10):
    return int(a)

assert f(g())

def f(s: str, word="kinga"):
    for i in range(len(word) + 1):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kinga"):
    return word[0]

assert f(g())

def f(coords: List[int]):
    return all([coords[i1] for i1 in range(len(coords))] for i1 in range(len(coords)))

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return s != "Hello World!"

def g():
    return "world"

assert f(g())

def f(pos: int):
    return pos + 2 > 3

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(elements_of: List[int], m=8, n=5):
    return n * m > 0 or m > n

def g(m=8, n=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(parts: List[str]):
    return len(set(parts)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in parts)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a % n == 0 or b % n == 0 and n > lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return a % b

assert f(g())

def f(s: str, n=1000):
    return len(s) >= n

def g(n=1000):
    return str(n)*(n*n)

assert f(g())

def f(s: str, n=18):
    return s.count("a") != 14

def g(n=18):
    return str("10" + str(n))

assert f(g())

def f(x: int, a=100, b=100):
    return x >= a + b

def g(a=100, b=100):
    for i in (6, 30):
        if a * b > 100:
            f(i * 30) + 1
    return (i + 2) * 50

assert f(g())

def f(x: str):
    if len(x) == 1:
        return True
    if len(x) == 2:
        return False
    if len(x) == 3:
        return False
    if len(x) == 4:
        return False
    if len(x) == 5:
        return False

def g():
    return "hello world"[1]

assert f(g())

def f(n: int):
    return n > 1000

def g():
    return int("1"*5) + 4

assert f(g())

def f(n: int, a=15, b=27, lower_bound=150):
    return n % a == 0 and n % b == 0 or n <= lower_bound

def g(a=15, b=27, lower_bound=150):
    return a + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Quiet, come from a real place')

def g():
    return "Quiet, come from a real place"

assert f(g())

def f(x: int, a=9672532):
    return x == a

def g(a=9672532):
    return int(float(a) * 3e-15) + a

assert f(g())

def f(s: str, word="antithesis", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[:-1]) == len(word[:-1])

def g(word="antithesis", max_len=10):
    if word.endswith("123456789"):
        return str(word) == (min(word.startswith("123456789"), len(word))+ 1)
    else:
        return str(word)

assert f(g())

def f(x: float, a=5645, b=20):
    if a == 1:
        return x % 2 != 0  # no leap
    elif a == -1:
        return x % 2 != 1
    else:
        return x + (x / 2) > 0

def g(a=5645, b=20):
    return int((a * a - b / 2) + 1) / 2

assert f(g())

def f(s: str, a=3, b=1, c=2):
    return "hello" in str(s)

def g(a=3, b=1, c=2):
    return "hello test"

assert f(g())

def f(substring: str, word_size=16):
    return word_size == 16

def g(word_size=16):
    return str(word_size - 1)

assert f(g())

def f(x: int, a=102031351):
    return x ** 2 >= a

def g(a=102031351):
    return int(a * 3) + 2

assert f(g())

def f(d: int, n=123456789, a=2147483647):
    return d - n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789, a=2147483647):
    n = 1
    if n%100 == 0: return n
    else: return n + a

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) >= 10 ** -3 and x - a >= 0

def g(a=1020):
    return float(a) * 2

assert f(g())

def f(s: str, word="konjac"):
    n = len(s)
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    word = str(word)
    return str(word) + " " + word + " " + str(word)

assert f(g())

def f(a: int):
    return a > 0

def g():
    return int(int("123456789"*9) ** 0.5)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            continue
        else:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="konjac"):
    if word:
        return word.upper()
    else:
        return True

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 9 / d % 10) == v  # can't be negative ...

def g(v=9, d=0.0001):
    return 10*d / 10  # sum of the zeros should be 10

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(len(target) - length)// 2//2] == s

def g(target="foobarbazwow", length=4):
    if target: return target[2]
    if target: return target[3]
    if target: return target[4]
    if target: return target[5]
    return target[6]

assert f(g())

def f(c: int, d=42):
    return ((d * 2)/c) >= 2 or (c * 2) < 0  # the sum of square waves

def g(d=42):
    return (d % 2) + 1

assert f(g())

def f(s: str, word="s1", max_len=5):
    return s[:max_len] == word

def g(word="s1", max_len=5):
    return str(word).replace(",", " ")

assert f(g())

def f(s: str, d=17):
    return s.count("s") == d

def g(d=17):
    return "s" * d

assert f(g())

def f(s: str, target="reverse", reverse=False):
    return s == target if reverse is False else s

def g(target="reverse", reverse=False):
    return "reverse" if reverse is False else target

assert f(g())

def f(n: int, l=3, lh=8, ns=5):
    if n != 0:
        return True
    f = f12(nums, n, lh, lh)
    eps = abs(lh - lh)
    v = v + '!'
    w = v * eps
    e = eps + '!'

def g(l=3, lh=8, ns=5):
    return int(l*lh + 1) + 2

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all([s.count("a") == x.count("b") for x in s] for s in s)

def g():
    return ["b"*(i+2)+"c" for i in range(1000)]

assert f(g())

def f(inds: List[int], target = [45, 45, 45], targetN = 100, targetI = []):
    i, j, k = inds
    return i != target or i != target[targetN]

def g(target = [45, 45, 45], targetN = 100, targetI = []):
    i, j, k = target
    return [i, j, k]

assert f(g())

def f(s: str):
    return len({(s, i) for i in s}) == len(s)

def g():
    return "World"

assert f(g())

def f(t: str, s="Problems"):
    i = len(t)
    return i == len(s)

def g(s="Problems"):
    try:
        g()
        return "Problems"
    except:
        return "Problems"

assert f(g())

def f(s: str):
    return s.join("\n\n ") == 5 or s.count("x") == 1 or s.count("x") != 1 or len(s) == 0 and s.count("x") != 1 or len(s) > 0 or s.count("x") != 0 or len(s) < 0 or s.count("x") != 0

def g():
    return "world[3]"

assert f(g())

def f(s: str, start=60, suffix=3):
    return s == "hello world"

def g(start=60, suffix=3):
    return "hello world"

assert f(g())

def f(x: int, a=3516, b=15018964):
    return x - a == b

def g(a=3516, b=15018964):
    return a + b

assert f(g())

def f(n: int, a=20, b=100, c=100):
    return n + a > sum([b * (b + c)])

def g(a=20, b=100, c=100):
    return int(int("123456789" + "0"*9) ^ a ^ b ^ c )

assert f(g())

def f(v: int):
    return v > 0

def g():
    return int(100 * 1024) + 10

assert f(g())

def f(t: str, s="hello world", target=5):
    i = 0
    for c in t:
        if c != s[i]:
            i += 1
    return len(t) >= target

def g(s="hello world", target=5):
    z = str(target)
    for c in s:
        if c != z:
            z += c
    return z

assert f(g())

def f(s: str, m=5):
    return m == 5

def g(m=5):
    return "hello"

assert f(g())

def f(x:int, a=8665464, b=-93206):
    return a + x == b

def g(a=8665464, b=-93206):
    return b - a

assert f(g())

def f(x: int, a=0, b=1220):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=0, b=1220):
    if a < 0:
        return a - b
    else:
        return a + b
    return None

assert f(g())

def f(x: int, a=6622, b=69053):
    return x > b

def g(a=6622, b=69053):
    return int(int('78' + str(a+a)) * 2) + 1

assert f(g())

def f(n: int, a=123, b=12345):
    return n > b or b < n

def g(a=123, b=12345):
    return int(12345) * a * b

assert f(g())

def f(n: int, a=123456789, b=1110):
    return abs(n) > a

def g(a=123456789, b=1110):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2):
    if word or s[::-2] > max_len:
        return word == s
    return int(s[1:-1]) == int(s[1:-1]), max_len <= max_len

def g(word="antidisestablishmentarianism", max_len=2):
    if word or len(word) > 100:
        return word
    assert len(word) == 100
    return int(word) == s[max_len+1:]

assert f(g())

def f(n: int):
    return str(n * n).startswith("2147483647")

def g():
    return int(int("2147483647"+ "0"*9+ "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, strings=['o', 'w', 'h']):
    for c in strings:
        if c not in s:
            return False
    return True

def g(strings=['o', 'w', 'h']):
    return str(strings)

assert f(g())

def f(x: str, chars=-7):
    return x[0] == 'o'

def g(chars=-7):
    return "hello world" if chars in ('o', 'o', 'o', ' ') else 'o'

assert f(g())

def f(n: int, a=1225, b=6, upper=5):
    if n % a == 0 and a < n < 8:
        return n >= a and n >= a + 1
    else:
        return n == - a - b

def g(a=1225, b=6, upper=5):
    if a > b:
        return - a - b
    else:
        return - b - a + b

assert f(g())

def f(x: int, a=1514140101):
    return x > a

def g(a=1514140101):
    return int(a + 9) ** 9

assert f(g())

def f(string: str, substring="l", count=10, length=100):
    return string[0] == substring

def g(substring="l", count=10, length=100):
    return substring[:count] + substring[count-2:]

assert f(g())

def f(s: str):
    return str(s + '(a)x+b').count(s) > 0

def g():
    return "12345678"

assert f(g())

def f(t: str):
    if len(t) == 1 or t[0] == 0:
        return True
    else:
        return False

def g():
    return "3"

assert f(g())

def f(x: int, a=511, b=28, upper_bound=1680):
    return x - x >= a or x <= 1380

def g(a=511, b=28, upper_bound=1680):
    return 0

assert f(g())

def f(x: float, c=0):
    return abs(x ** 2 + c) < 10 ** -3

def g(c=0):
    return float(c)

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 1 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: int, b=1230300):
    return x >= b

def g(b=1230300):
    return int(b * (1000** 2) + 10** 2) + 10

assert f(g())

def f(i: int):
    return i >= 7 and len(str(i + 1001)) == 9

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, name="problemas"):
    return len(s) == len(name)

def g(name="problemas"):
    return "Problemas"

assert f(g())

def f(s: str):
    return s in ["one", "two", "3", "5"]

def g():
    return "one"

assert f(g())

def f(n: int, a=30, b=10):
    return n // b == a

def g(a=30, b=10):
    return int(int(a * 10))

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', ' ', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', ' ', 'd']):
    return str(chars)

assert f(g())

def f(x: int, b=92252338):
    return x == -b

def g(b=92252338):
    return -b

assert f(g())

def f(z: str):
    return z == "Hello world" or z == "World"

def g():
    return "World"

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * m + 1 if n % 2 else n // 2
        if m == 3:
            return False
        if n == 3:
            return False
        n += 1
    return True

def g():
    return 0

assert f(g())

def f(i: int):
    return i % 3 == 0 or any(i < 0)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) % 3

assert f(g())

def f(a: int, b=4542):
    return a == b

def g(b=4542):
    return b

assert f(g())

def f(s: str, target="foobarbazwow", length=6, priority=9):
    return target[(len(target) - len(s)) // 2: (len(target) + len(s)) ] == s

def g(target="foobarbazwow", length=6, priority=9):
    if len(target) == 6:
        return target
    if priority == 9:
        return target
    if len(target) == 3:
        return target
    if len(target) == 4:
        return target
    if len(target) == 5:
        return target
    if len(target) == 6:
        return target
    return target

assert f(g())

def f(x:int, a=1073258, b=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=5):
    return a + b

assert f(g())

def f(num:int, a=345346363, b=10):
    return num // b == a

def g(a=345346363, b=10):
    return 1 + (a*b) + 1

assert f(g())

def f(x: int, c=202829):
    return x > c

def g(c=202829):
    return c * (202829 - (c-21) + (c-13) + 10)

assert f(g())

def f(s: str, word="dahab"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="dahab"):
    return str(word) + "dahab"

assert f(g())

def f(s: str, a="hello", b="yellow", max_len=4):
    if len(s) >= max_len:
        return s[0] and len(s) >= max_len
    return int(s[1]-1) == max_len and length == max_len

def g(a="hello", b="yellow", max_len=4):
    if len(a) >= max_len:
        return a
    return int(a) - 1 <= max_len and length <= max_len

assert f(g())

def f(s: str):
    return "hello world!" in s  # the quick brown fox jumps over the lazy dog

def g():
    return "hello world! hello world"

assert f(g())

def f(x: int):
    return str(x - 1).startswith("123")

def g():
    return int(int("1234567890") * 10) + 1

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == i or len(str(i + 1002)) == len(str(i + 1003))

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=-382, b=-1230200):
    if x > 0 or a > 50:
        return x + a == b
    else:
        return x - a == b

def g(a=-382, b=-1230200):
    if a < 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(n: int, a=1364):
    return n % 2 == 0 and n < 5

def g(a=1364):
    return int(a) - a

assert f(g())

def f(s: str, word="Antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[0]) == len(word[0]) and word[0] == s[0] and all(word[-1] != s[-1] for s in range(max_len))

def g(word="Antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(word[0]) == len(word[1])

assert f(g())

def f(ls: List[str], s = "Hello world"):
    return len(ls) == len(s)

def g(s = "Hello world"):
    return list((x) + "s" for x in s)

assert f(g())

def f(x: int, a=10, b=7507):
    if x > 50 and a > 7:
        return x + a == b
    else:
        return x-a == b

def g(a=10, b=7507):
    if a < 10 and b < 7507:
        return a - b
    else:
        return b - a

assert f(g())

def f(n: int, v=1, d=0.0001):
    return int(v * 1 / d % 10) == 0

def g(v=1, d=0.0001):
    return int(v < 0.0001)

assert f(g())

def f(parts: List[int], sep="!"):
    return all([int(i) for i in range(16) if i != len(parts)])

def g(sep="!"):
    return ["a"*(i+2)+"b" for i in range(16) if i != len(sep) and 'b' in sep]

assert f(g())

def f(s: str):
    return s.count("!love") and s.count("8") == s.count("8")

def g():
    return "!love!"

assert f(g())

def f(e: List[int], a=1020):
    for i in range(20):
        x = e[i] / (a + i)
        z = (e[i] << 1) | (a + i)
        x -= z - z
    return z**2 >= 0.5

def g(a=1020):
    return [2*i for i in range(20)]

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456790")

def g():
    return int(int("123456790" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count("123456789") == 0 and s.count("123456789") == 1 or s.count("123456789") == 1

def g():
    return '123456789'

assert f(g())

def f(t: str, name=''):
    if len(t) == 4:
        return True
    else:
        assert len(t) == 3
    return len(t) == 3 if len(t) == 4 else None

def g(name=''):
    if len(name) != 2:
        return "name"
    else:
        return "name"

assert f(g())

def f(n: int):
    return n == 1 and len({2 + 2, 2 + 3, 2 + 3}) == len({2 + 2, 2 + 3})

def g():
    return 1

assert f(g())

def f(nums: List[int], b=20, m=4):
    for i in nums:
        if i != m:
            return True
    return False

def g(b=20, m=4):
    return [1, 2]

assert f(g())

def f(n: int, a=9, b=27):
    return n // b == a

def g(a=9, b=27):
    return a * b

assert f(g())

def f(s: str, word="konjac"):
    if len(word) == 3:
        return len(s) == 0
    else:
        return len(s) == 0 + len(word)

def g(word="konjac"):
    if len(word) == 3:
        return str(len(word)) == 1 + len(word)

    # TODO (g): use str() to get the last element in the array
    return str(word);

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == target) == reverse

def g(target="reverse me", reverse=True):
    return target[::-1]

assert f(g())

def f(n: int):
    return n not in (0, 1, 2, 3, 4)

def g():
    return int(int("123456789" + "1"*9) ** 5) + 1

assert f(g())

def f(s: str, chars=['y', 'h', '', 'e', 'l', ' ', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['y', 'h', '', 'e', 'l', ' ', 'r', 'd']):
    return str(chars)

assert f(g())

def f(n: int, a=4546, b=10):
    return n // b == a

def g(a=4546, b=10):
    return int(a) * b

assert f(g())

def f(x: int, a=95752338):
    return -x < 0.7

def g(a=95752338):
    return int(((a * a) + 0.5) ** 0.9)

assert f(g())

def f(w: int):
    return w >= 0 and w > 100

def g():
    return int(int("1234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=34534363, b=10):
    return n // a == b

def g(a=34534363, b=10):
    return int(a) * b

assert f(g())

def f(n: int, a=14102):
    return n % 3 == 0 and abs(n) > a

def g(a=14102):
    return a + 1

assert f(g())

def f(x: int, a=210025, b=-72428):
    if x > 0 or a < 50:
        return x + b > 0
    else:
        return x - a == b

def g(a=210025, b=-72428):
    if a < 50:
        return a + b > 0
    else:
        return a + b - 1

assert f(g())

def f(n: int):
    return n * n > 0

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(t: str, s="Problems"):
    return s.lower() == t

def g(s="Problems"):
    return 'problems'

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):

    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):

    return str(chars[::-1])

assert f(g())

def f(n: int):
    return 2 * n - 1 + 2 * n > 5

def g():
    return int(int("123456789" + "0"*9)** 9) + 1

assert f(g())

def f(n:int, a=345346363, b=10):
    return n // b == a

def g(a=345346363, b=10):
    return int(a) * 10 + 1 + 2

assert f(g())

def f(s: str, n=10, i=10000):
    return 0 <= n  <= 10

def g(n=10, i=10000):
    return str(n*(n-i)/ i)

assert f(g())

def f(s: str, target="oobooofbazwooofasd", length=18):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="oobooofbazwooofasd", length=18):
    return "oobooofbazwooofasd"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10, prefix=3):
    if prefix != 2:
        return word == s
    if len(prefix) < 1:
        return prefix + 2
    return None

def g(word="antidisestablishmentarianism", max_len=10, prefix=3):
    if prefix != len(word):
        return word
    if len(prefix) < 1:
        return prefix + len(word)
    else:
        return None

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    if a < 0 or b < 0:
        return 1 + b
    else:
        return 0

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    return a + b

assert f(g())

def f(x: int, a=12345, b=14630):
    if x > 0 or a > 50:
        return x - a == b
    elif x - a != b:
        return x - (a + b).count([x] - t) == 1
    else:
        raise Error

def g(a=12345, b=14630):
    ...
    return int(int(a + b))

assert f(g())

def f(n: int):
    return n * n > 123456789

def g():
    return int(int('123456789' + '0'*99) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n % 4 == 0

def g():
    return int(int("123456789" + "0"*9) ** 9)

assert f(g())

def f(n: int, a=15, b=33, upper_bound=150):
    return n % a == 0 and n % b > 6 or n % a <= upper_bound

def g(a=15, b=33, upper_bound=150):
    return 1 + f(f(a) + f(b))

assert f(g())

def f(n: int, a=17, b=5):
    if n:
        return a + b + ((a % b) == a) and a < b
    return a + b % 2 == a + b % 2

def g(a=17, b=5):
    return int(a % (b + a) / (a % b) == b)

assert f(g())

def f(n: int):
    return n > 922 or n > 1075

def g():
    return int(int("123456789" + "0"*21) ** 0.5) + 1

assert f(g())

def f(x: int, a=4478, b=1512):
    if a and b == 1512:
        s = "abcdefghijklmnopqrstuvwxyz"
    else:
        s = "abcdefghijklmnopqrstuvwxyz"
    return (x-a) == b

def g(a=4478, b=1512):
    return int(a) + int(b) # + b

assert f(g())

def f(n: int, a=345346365, b=10):
    return n // b == a

def g(a=345346365, b=10):
    return int(a) * b + 1

assert f(g())

def f(path: List[str]):
    return len(path) > 2

def g():
    return ["1"*(i+1)+"2" for i in range(1000)]

assert f(g())

def f(m: int, a=1050):
    if (a == 1) and (a % 3 == 0):
        return m * a.sum("3") + m * a.sum("8")
    return a == m

def g(a=1050):
    if a == 1:
        return a % 3 + 2 * a
    else:
        return a

assert f(g())

def f(x: int, a=92012011011, b=1230200):
    return x - a == b

def g(a=92012011011, b=1230200):
    a = 92012011011
    b = 1230200
    return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(n: int):
    a = 1
    for i in range(10 * n):
        a = 1
    return True

def g():
    return 0

assert f(g())

def f(s: str):
    return s == "Hey World!"

def g():
    return str("Hey World!")

assert f(g())

def f(x: int, b=937522):
    return x == b

def g(b=937522):
    return b % 947522

assert f(g())

def f(x: int, a=1023, b=1000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1023, b=1000):
    if a > 50:
        return a + b

assert f(g())

def f(n: int, a=45454545, b=2):
    return n // b == a

def g(a=45454545, b=2):
    return (a * b)

assert f(g())

def f(s: str, word="clerkrear", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="clerkrear", max_len=10):
    if max_len < len(word):
        return word[max_len-1]
    if len(word) != max_len:
        return word
    return ""

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] != target

def g(target="reverse me", reverse=True):
    return "reverse-me"

assert f(g())

def f(x: int, b=136840, a=227090):
    return a + x == b

def g(b=136840, a=227090):
    return b - a

assert f(g())

def f(x: int, a=1073258, b=72371450):
    if x > 0 or a > 50:
        return x - a == b
    elif 0 < x < 50:
        return x + a == b
    elif y < 0 < x < 50:
        return y + a == b

def g(a=1073258, b=72371450):
    if a > 100 and b > 75:
        return a + b
    elif y > 100 and b > 75:
        return y - a < b
    else:
        return a - b > 100

assert f(g())

def f(s: str, perm="pjwjnzwq", target="hello is you there?"):
    return "".join((perm[perm[c] + 1] if c in perm else c) for c in s) == target

def g(perm="pjwjnzwq", target="hello is you there?"):
    return "hello is you there?"

assert f(g())

def f(t: str, string=''):
    if len(t) == 1:
        return True
    return None

def g(string=''):
    return str(len(string))

assert f(g())

def f(x: int, a=300000, b=75000):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=300000, b=75000):
    return int(int(a * 9) * 3 + b * 3) + a * 9

assert f(g())

def f(x: int, a=8961337, b=-951322):
    a = int(x)
    a /= b
    if a < b and (a > b):
        return -10, -10
    return a > b

def g(a=8961337, b=-951322):
    a = int(a)
    while a < b:
        a += a
    return a

assert f(g())

def f(s: str, word="antidisestablishmentalistism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentalistism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == word[1:-1]

assert f(g())

def f(d: int, n=23456789):
    return d > n and all([1, 2, 3, 5, 6, 7, 8, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19]) == 1

def g(n=23456789):
    return (n+1)*2*n

assert f(g())

def f(s: str):
    return len(str(s)) == len(s)

def g():
    return "123456789"

assert f(g())

def f(x: str, count=1):
    return len(x) == 1

def g(count=1):
    return str(count + 1)

assert f(g())

def f(x: int, a=253532, b=1260):
    if x > 0 or a > 70:
        return x - a == b
    if a > 0:
        return x - a == b and x > 40000
    else:
        return x - a == b

def g(a=253532, b=1260):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=100, b=110000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=110000):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=0.01):
    return [x] == 0 or x == -11

def g(a=0.01):
    return int(a) - 11

assert f(g())

def f(t: str, s="\\"):
    return '\\' in t

def g(s="\\"):
    return "\"" + s + "\""

assert f(g())

def f(s: str, target="t", reverse=True):
    return (s[::-1] == target) == reverse

def g(target="t", reverse=True):
    return target if target else ""

assert f(g())

def f(n: int, t = 2):
    return n != 0 or l < 0 and t < 2

def g(t = 2):
    return int(int(t) * 10) + 6

assert f(g())

def f(x: int, a=-383, b=14546310):
    return x + a * b < -38 or x - a > -383 or x <= -383

def g(a=-383, b=14546310):
    return f(a)*b - f(b)*a

assert f(g())

def f(nums: List[int], n=1343):
    return n > 5

def g(n=1343):
    return [11, 4, 7, 6, 2, 2]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for i in range(len(s) + 2):
        caps += 1
    return caps > 0

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(n: int, t=199):
    m = n
    for i in range(t):
        if m < t or (m < n and m % 2 == 0):
            return False
        return True
    return True

def g(t=199):
    return 1 + t

assert f(g())

def f(n: int, d=1000):
    return d * n + 1 <= d

def g(d=1000):
    return int(d) % d

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s:
        if c == "aeiouy":
            continue
        i += 1
    return i == len(t)

def g(s="Problems"):
    return "problems"

assert f(g())

def f(s: str):
    return s[len(s) - 1] == 'H'

def g():
    return "world[:9][0]H"

assert f(g())

def f(x: List[int], a=7, b=132327):
    return x[0] == a and x[-1] == b

def g(a=7, b=132327):
    return [a, b]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s and s in target and reverse

def g(target="reverse me", reverse=True):
    return target and target

assert f(g())

def f(s: str, target=4):
    return s == target and s.count("abcdefg") != 0 or s.count("abcdefgf") != 0 or s.count("abcdefg") != 0

def g(target=4):
    return ("abcdefgh" + "(0xABCdefg)")

assert f(g())

def f(x: str, n=1000):
    for i in range(n):
        if x[1:] == i:
            x[2:] = i[2:]
    return x[0] == x[2]

def g(n=1000):
    for i in range(1000):
        if i % (i + 1) == 0:
            i += 1
    return "a"*(i + 1)

assert f(g())

def f(x: int, a=86742):
    return x - a == -2

def g(a=86742):
    return a - 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] > s[0] and word[1] > s[1]

def g(word="antidisestablishmentarianism", max_len=10):
    return word * word.startswith("antidisestablishmentarianism")

assert f(g())

def f(a: int, b=180475):
    return a > b

def g(b=180475):
    return int(123456789) ** 2 + 3 - 2 + 2 + 2 * b + 3

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] < word[i].lower():
                return False
            else:
                if s[i] < word[i].lower():
                    return False
    return True

def g(word="konjac"):
    return str(word) + word

assert f(g())

def f(s: str, target="foobarbazwow", height=100):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target) * 3) ] == s

def g(target="foobarbazwow", height=100):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target) * 3)]

assert f(g())

def f(x: int, a=101010001000100):
    return x + 1 > a

def g(a=101010001000100):
    return 10000000 * a

assert f(g())

def f(s: str, chars=['i', 'o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['i', 'o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    if chars:
        return str(chars)
    return char(chars) * 9 + '\n'

assert f(g())

def f(n: int, a=51, b=50, c=20):
    return n + a > sum([b * i for i in range(c)])

def g(a=51, b=50, c=20):
    return sum([b * i for i in range(c)])

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 1) % 2] == s

def g(target="foobarbazwow", length=6):
    if len(target) > 0:
        return target[(len(target) - 1) % 2]
    return target[(len(target) - 1) % 2] == s

assert f(g())

def f(n: int, s=10000):
    return n > 1024

def g(s=10000):
    return int(s * s)

assert f(g())

def f(s: str):
    return s.startswith("Foobarbaz")

def g():
    return "Foobarbaz"

assert f(g())

def f(x: int, a=404045, b=123020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=404045, b=123020):
    if a < 0:
        return a - b, a == b
    else:
        return a + b

assert f(g())

def f(b: int):
    return abs(b) >= 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=4618, b=12345678):
    return n // a == b

def g(a=4618, b=12345678):
    return 12345678 * a

assert f(g())

def f(n: int, a=30, b=20, upper_bound=150):
    return n % a == 0 and n >= upper_bound

def g(a=30, b=20, upper_bound=150):
    return 10 + 30 + 20 * 10                                                # - -

assert f(g())

def f(x: int, a=128412, b=-10):
    return b > x

def g(a=128412, b=-10):
    return 1 + a*(b-a)

assert f(g())

def f(n: int):
    if abs(n) > 1000:
        return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, a=23463532):
    return a // n == 0

def g(a=23463532):
    return a + 9

assert f(g())

def f(x: float):
    return int(x) == 5

def g():
    return (float(3) + 1 + 1)

assert f(g())

def f(s: str, target="reverse me"):
    if s.count("1") == 1:
        return s
    return s[:] == target

def g(target="reverse me"):
    assert target == target
    return target or 0

assert f(g())

def f(n: int, a=14302, b=5):
    return n == a

def g(a=14302, b=5):
    return int(int(a))

assert f(g())

def f(x: int, a=927892, b=-92790):
    return a - x == b

def g(a=927892, b=-92790):
    return a + f(a) - b

assert f(g())

def f(s: str, word="antity", max_len=10):
    if max_len:
        return word == s
    return int(s[2:max_len-1]) == len(word)

def g(word="antity", max_len=10):
    if max_len:
        return word
    return s

assert f(g())

def f(x: int, a=6575, b=113355):
    if x > 0 or a > 65:
        return x - a == b
    else:
        return x + a

def g(a=6575, b=113355):
    return a + b

assert f(g())

def f(x: float, d=10):
    return abs(x) == x

def g(d=10):
    return float(d*100)

assert f(g())

def f(l: List[int]):
    return l != 0 and l !=1

def g():
    return [2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return z == 9 and v == 9

def g(v=9, d=0.0001):
    return float(v - 1) + 1

assert f(g())

def f(x: int, a=9446580):
    return x == a

def g(a=9446580):
    return int(a)

assert f(g())

def f(s: str, target="foobarbazwow", size=1000):
    return target[(len(target) - size) // 2:(len(target) + size) // 2] == s

def g(target="foobarbazwow", size=1000):
    return target[(len(target) - size) * 2:]

assert f(g())

def f(s: str, word="nofix"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="nofix"):
    return word

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[0] == s

def g(target="foobarbazwow", length=6):
    if length == 6:
        return target[0]
    else:
        return target[1]

assert f(g())

def f(x: int, a=3, b=100):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=3, b=100):
    return a**100 + b**100

assert f(g())

def f(n: int, li=32):
    return str(n * n).startswith("123456789")

def g(li=32):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], n=9):
    return len(nums) >= 16 and sum(i * i for i in nums) > 26
    return len(nums) <= 16 and sum(i * i for i in nums) == n

def g(n=9):
    return [1, 2, 3, 6, 8, 10, 12, 17, 18, 19, 20, 21, 21, 22, 22, 23, 23, 23, 24, 24, 25, 25, 26, 26, 26, 27, 27, 27, 27, 28, 28, 29, 29, 30, 45, 45]

assert f(g())

def f(c: int, a=17, b=202749):
    return c - a == b

def g(a=17, b=202749):
    return a + b

assert f(g())

def f(n: int, a=1020):
    return a == n

def g(a=1020):
    return a

assert f(g())

def f(n: int, a=26, b=4422):
    return n // a > a

def g(a=26, b=4422):
    return a + b * b - 1

assert f(g())

def f(n: int, k=1, m=2, s="yh"):
    return 0 <= n <= 3

def g(k=1, m=2, s="yh"):
    return int(m * k) + m * k - 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or b >= 100 and a < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    if a < 0 or b >= 100 and a < 0:
        return a != b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidomism", max_len=10):
    if len(word) <= max_len:
        return word == s
    int(s[1:-1]) == len(word)
    if word[0] == '\n':
        return s[0] == 1
    return int(s[1:-1]) == len(word)

def g(word="antidomism", max_len=10):
    if len(word) <= max_len:
        return word
    if word[0] == '\t':
        return s[0] == 1
    return int(s[1:-1]) == len(s)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a and n >= b

def g(a=345346363, b=10):
    return a * b + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + b == a
    else:
        return x + a + b

def g(a=253532, b=1230200):
    return a - b

assert f(g())

def f(x: int, a=17, b=14544780):
    if b == -1:
        return x - a == b
    else:
        return x - a == b

def g(a=17, b=14544780):
    if b == -1:
        return a + b == -1
    else:
        return a + b

assert f(g())

def f(h: List[int]):
    if h.count("l") == 1 and h.count("r") == 2:
        hb = h[2]
    else:
        return h[2] == h[1]

def g():
    return [2 for i in range(100)]

assert f(g())

def f(x: int, a=33163331):
    return x - 5.333333333333333 and x == a

def g(a=33163331):
    return a

assert f(g())

def f(x:int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(a * b) + 1

assert f(g())

def f(d: int, n=844):
    return d > n

def g(n=844):
    return n * (n + 2) * (n + 3)

assert f(g())

def f(x: int, a = 1, b=4534312):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 1, b=4534312):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=1020000):
    return x > a

def g(a=1020000):
    return int(int(a) * 10^ a)

assert f(g())

def f(x: int, b=15478979):
    return x == b

def g(b=15478979):
    return b

assert f(g())

def f(n: int):
    return (n) < 2

def g():
    return f(2) + 1

assert f(g())

def f(li: List[int], k=10):
    for i in range(5, k):
        prod = 0
        for i in range(k):
            prod += 1
        return prod <= k

def g(k=10):
    return list([] for i in range(10, k) for k in range(10, 1000000000))

assert f(g())

def f(e: List[int]):
    return e.count("e") == e.count("a")

def g():
    return [1, 2]

assert f(g())

def f(n: int):
    return n > (123456789 - 1) or n == 123456789 + 1

def g():
    return int(int("123456789" + "0"*9) - 1)

assert f(g())

def f(n: int, scores=[100, 95, 80, 70, 65, 9, 9, 4, 2, 1], k=6):
    assert all(scores[i] >= scores[i + 1] for i in range(len(scores) - 1)), "Hint: scores are non-decreasing"
    return all(s >= scores[k] and s > 0 for s in scores[:n]) and all(s < scores[k] or s <= 0 for s in scores[n:])

def g(scores=[100, 95, 80, 70, 65, 9, 9, 4, 2, 1], k=6):
    for score in scores:
        if score < 0 and score >= 0:
            score = score.r
            if score >= 1:
                score = score.r
    return score + k

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    a = s[::-1] == target or s[::-1] != target
    if reverse:
        return s[:10] == target
    return s[::-1] == target

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(x: int, a=253532, var=6, b=1230200):  # random variable to test against
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, var=6, b=1230200):  # random variable to test against
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, n=3):
    if n == 3:
        return sorted(s) == sorted('Inverted')
    elif n != 3:
        return sorted(s) == sorted('Inverted')
    return sorted('Frozen')

def g(n=3):
    return 'Inverted'

assert f(g())

def f(s: str):
    return s.count("2") == 9

def g():
    return "2" * 9 + "3" + "4"*3 + "5" * 3

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x < 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    if a == 0 or b == 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):  # empty string
    return "Hello " + s == "Hello world"

def g():  # empty string
    return "world"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("4") + str(d).count("8")))

def g(n=123456789):
    return (n + 3) * n

assert f(g())

def f(x: float, a=6, b=-9220):
    b = x ** 2 == a
    return b * a < a
    if a < b and b < 10:
        return 0
    b += a
    return 1

def g(a=6, b=-9220):
    l = float(a)
    return l / a + l
    if len(a) == 3:
        return (0.2 * l) + 1
    if l == 1:
        return 0.5
    return l

assert f(g())

def f(i: int, n = 10):
    return len(str(i + 999 + 1000)) == len(str(i + 9999 + 1000))  # this seems to be a bug in the current implementation

def g(n = 10):
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: int, a=11842336, b=6_6):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=11842336, b=6_6):
    if a < 50:
        return g(a, b)
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=9646599):
    return x == a

def g(a=9646599):
    return int(a)

assert f(g())

def f(z: str):
    return len(z) >= 4

def g():
    return 'world'

assert f(g())

def f(s: str):
    if len(s) != 5:
        return False
    else:
        return True

def g():
    return "world"

assert f(g())

def f(n: int, v=4*7, w=100):
    return v > 0

def g(v=4*7, w=100):
    return v * v

assert f(g())

def f(s: str):
    return s in s + 'wonder'

def g():
    return "wonder"

assert f(g())

def f(n: int, n2=8, max_len=2):
    return n2 == n

def g(n2=8, max_len=2):
    return n2 + 1 - 1

assert f(g())

def f(x: int, a=-130112):
    return x  == a

def g(a=-130112):
    return int(a)

assert f(g())

def f(s: str):
    return s == "hello world/dog"

def g():
    return "hello world/dog"

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return x == target

def g(target="reverse me", reverse=True):
    print("target reversed")
    return "reverse me"

assert f(g())

def f(nums: List[int], n=12345):
    for i in nums:
        if i == len(nums) > 4:
            return True
    return False

def g(n=12345):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(x: int, a=93252338):
    return a == 0 + x

def g(a=93252338):
    return 0 + a

assert f(g())

def f(s: str, words=None):
    return s == 'Hello world' or s == 'World: World: Hello world'

def g(words=None):
    return "World: World: Hello world"

assert f(g())

def f(n: int, s="aaAab", t="aAaaB", a=21):
    return s.count("AaaB") == s.count("AaaB")

def g(s="aaAab", t="aAaaB", a=21):
    return (a > 21) + a

assert f(g())

def f(s: str, target="foab", length=6):
    return target[(len(target) - length) // 2: len(target) + length] == s

def g(target="foab", length=6):
    return target[len(target) - 1]

assert f(g())

def f(d: int, n=131535000, a=133333):
    return d > n and d > n - a

def g(n=131535000, a=133333):
    return int(n * n)

assert f(g())

def f(s: str, a="hello", b=""):
    return 'b\d' in s

def g(a="hello", b=""):
    return 'Hello " + a + " b\d'

assert f(g())

def f(u_1: str, word="antidict", max_len=20):
    if len(word) <= max_len:
        return word == u_1
    return int(u_1 + 2 * -4) == max(u_1, -2 * -4)

def g(word="antidict", max_len=20):
        if len(word) == max_len:
            return word
        else:
            return word

assert f(g())

def f(s: str):
    return s == "I!!!love!!dumplings!!!!!" in s

def g():
    return "I!!!love!!dumplings!!!!!"

assert f(g())

def f(s: str):
    return s == 'o' or s == 'oo'

def g():
    return "oo"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len and max_len <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if max_len < 1:
        word_id = max_len
        max_len = floor((max_len + 1) / 2)
        if word_id > 'a':
            return word[2]
        else:
            return word[:max_len][:max_len]
    else:
        return word

assert f(g())

def f(s: str, word="anachronicism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anachronicism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[-1] == word[-1]

assert f(g())

def f(n: int, a=65533, b=65536):
    return n // b == a

def g(a=65533, b=65536):
    return a * b

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'yCcXQC', 'yW2FcXQQ', 'c2hXZV', 'c3bXJY']):
    return all(sub in s[i:-1] for i, sub in enumerate(substrings))

def g(substrings=['foo', 'bar', 'yCcXQC', 'yW2FcXQQ', 'c2hXZV', 'c3bXJY']):
    return str(substrings)

assert f(g())

def f(li: List[int]):
    return li[li[0]] == li[li[1]] and li[li[li[0]]] == li[li[li[1]]] and li[li[li[1]]] == li[li[li[2]]]

def g():
    return [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]

assert f(g())

def f(x: float, a=1020):
    return x < 2

def g(a=1020):
    return float(a) / a

assert f(g())

def f(li: List[int]):
    return sorted(li) == list([1, 2, 3]) and all(li[i] != i for i in range(len(li)))

def g():
    return list([1, 2, 3])

assert f(g())

def f(s: str, target="foobarbazwow", length=15):
    return target[(len(target) - length) // 2 + (len(target) - 1) // 2] == s

def g(target="foobarbazwow", length=15):
    return target[(len(target) -length) // 2 + (len(target) - 1) // 2]

assert f(g())

def f(n:int, a=15482, b=23223, lower_bound=5):
    return a % n == 0 and b % n == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return 2 * a % b

assert f(g())

def f(subsub: str, s=""):
    return s not in set(subsub)

def g(s=""):
    return "hello"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target in s:
        return s == target
    if reverse:
        s = [int(d) for d in s]
        return s
    else:
        return s == target

def g(target="reverse me", reverse=True):
    if target is None:
        return None
    if reverse:
        return str(target)
    if target == {'foo': 'bar'}.reverse:
        return str(target)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=19111323):
    return x >= a

def g(a=19111323):
    return int(a * 9 + ((2 * a - a) / 9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("67890")

def g():
    return int(int("67890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=2523, b=10):
    return n // b > a  # do something instead

def g(a=2523, b=10):
    return int(int("123456789" + "0"*5) * (a+b) * (1 + 0.5))

assert f(g())

def f(s: str, word="anticompositeism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anticompositeism", max_len=10):
    if len(word) >= max_len:
        return "anticompositeism"
    return int(s[1:-1]) < max_len and len(word) <= max_len

assert f(g())

def f(n: int, a=6565, b=20):
    return n // b == a

def g(a=6565, b=20):
    return int(a * b) + a % 20

assert f(g())

def f(x: int, a=3, b=100):
    return x % 2 == 0

def g(a=3, b=100):
    return (a * 2) + b

assert f(g())

def f(s: str):
    return str(16 + len([5, 14] + s) + len([5, 13] + s) + len([3]) for x in s) and len(s) <= 10

def g():
    return "123456789" + "0"

assert f(g())

def f(s: str, target="foobarbazwow", length=15):
    return target[(len(target) + len(s) - 15) // 2] == s

def g(target="foobarbazwow", length=15):
    return target[(len(target)-15) // 3]

assert f(g())

def f(x: int, a=10, b=100, l=30):
    if x > 0 or a > 30:
        return x - a == b
    else:
        return x + a

def g(a=10, b=100, l=30):
    if (a < 10 and b < 100) > 10:
        return x - b
    else:
        return int(int(a) + int(b))

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd']):
    return str(chars)[0] + " " + str(chars)*6

assert f(g())

def f(s: str, start="445", combo="876", target_len=874):
    assert s == "Hello world"
    return s == "Hello world"

def g(start="445", combo="876", target_len=874):
    assert start == "445"
    return "Hello world"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a - b != a + b != b

def g(a=1073258, b=72352549):
    return ((a >= 1073258) * 9 and a <= 1073258) + (b >= 72352549) * (b <= 72352549)

assert f(g())

def f(s: str, a=20, b=10, c=20):
    return s == a and s == b or (a + b > c) == True

def g(a=20, b=10, c=20):
    return 'hello world'

assert f(g())

def f(s: str, chars=['o', 'h', 'e', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', ' ', 'w', 'r', 'd']):
    return str(chars)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a >= 50:
        return x - a == b or b + a == b and sum(x) == 0
    else:
        return x + a != b

def g(a=253532, b=1230200):
    if a < 5 or b < 5:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int):
    return n >= 1542

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(s: str, n=10):
    return int(s) == 10

def g(n=10):
    return str(n).replace("", "")

assert f(g())

def f(s_case_2: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case_2 == 'CanOnGood' and s_case_2 == 'CanOnGood' and s_case_2 == 'CanOnGood'

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return 'CanOnGood'

assert f(g())

def f(n: int):
    if n <= 32 or n == 5:
        return True
    elif n > 31:
        return False  # must only be False when it's not real
    elif n < 3:
        return False
    elif n < 9:
        return False
    elif n == 30:
        return False
    elif n == 22:
        return False
    elif n == 31:
        return False
    elif n <= 20:
        return False
    elif n == 22:
        return False

def g():
    return 0

assert f(g())

def f(n: int, a=55, b=10):
    return n // b == a

def g(a=55, b=10):
    return int(a * b) + 1

assert f(g())

def f(s: str, ksize=2):
    return "Hello " + s == "Hello world"

def g(ksize=2):
    return "world"

assert f(g())

def f(res: int, m=1234578987654321, n=4):  # for integer res
    return res == m

def g(m=1234578987654321, n=4):
    return int(m)

assert f(g())

def f(start: int, n=1000):
    n = start + n
    while abs(n) > 1000:
        n = n + 1 if n % 2 else n // 2
        if n == start:
            return True
        n += 1
        if n == start:
            return True
    return False

def g(n=1000):
    return n * 1000

assert f(g())

def f(n: int):
    return str(n * n + 15).startswith("123456789")

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return "" in s

def g():
    return "world"

assert f(g())

def f(x: int, a=93060791):
    if x >= a:
        return x == a
    elif a < a:
        return -x < 0
    elif a == -x:
        return x == -a

def g(a=93060791):
    return int(a)

assert f(g())

def f(x: int, a=100, b=1000):
    if a > 0:
        return x - a == b
    elif a > 1:
        return x - a == b
    elif a > 2:
        return x * (x - a)
    else:
        return x

def g(a=100, b=1000):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return s == target

def g(target="foobarbazwow", length=3):
    out = str(target).replace('-', '')
    out = str(out).replace('-', '-')
    if len(out) == 3:
        out = str(out + str(target * len(out)*3))
    return out

assert f(g())

def f(x: int, a=17, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return -x < b

def g(a=17, b=1230200):
    return int(a > b)

assert f(g())

def f(s: List[int]):
    for c in s:
        if c not in s:
            return False
    return True

def g():
    return [3, 1, 0]

assert f(g())

def f(x: List[int], n=5, i=2021):
    i = 0
    for c in range(len(x)):
        if x[i >= 2] == c:
            return True
        if x[i] == c:
            return True
        if x[i] >= 10:
            return True
        if x[i] < 10:
            return True
        if n == i:
            return False
            return True

def g(n=5, i=2021):
    return [i for i in range(1000)]

assert f(g())

def f(s: str):  # path is part of the string, so it's non-negative ->
    return str(s) == '<'

def g():
    return "<"

assert f(g())

def f(s: str, s1="foo", s2="baz", count1=1):
    return s1[:count1] == s if count1 else s

def g(s1="foo", s2="baz", count1=1):
    return s1[:count1]

assert f(g())

def f(v: bool, dups=4):
    if v is None or dups is None:
        return False
    if isinstance(v, bool):  # None is return
        # no dups apply
        return True
    return False

def g(dups=4):
    if isinstance(dups, bool):
        return False
    return False

assert f(g())

def f(s: str):
    return set(s) != set("hello")

def g():
    return str(int(int()))

assert f(g())

def f(y: int, a=10201202001):
    return y > a and y > 0

def g(a=10201202001):
    return int(int(a + a * a) + 3) + 6

assert f(g())

def f(d: float):
    return float(d % 2) == d

def g():
    return float(1.0)

assert f(g())

def f(s: str):
    return s == 'moooboeofasd' and s.lower() == s.lower()

def g():
    return 'moooboeofasd'

assert f(g())

def f(x: int, a=133528, b=1238100):
    if x > 0 or a > 40:
        return x - a == b
    else:
        return x + a == b

def g(a=133528, b=1238100):
    if a <= b or b > 40:
        return a + b
    else:
        return 1 + b + 2

assert f(g())

def f(x: int, a=5060600011000):
    return (x + a) / (3 + 1) < 3

def g(a=5060600011000):
    return int(a - a * 5) + 1

assert f(g())

def f(s: str, words="Boh", count=20):
    return s[0] + s [1] in words

def g(words="Boh", count=20):
    return "Boh"

assert f(g())

def f(s: str, word="konjac1"):
    return len(s) == len(word)

def g(word="konjac1"):
    return str(word)

assert f(g())

def f(x: int, a=1230, b=2021):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=1230, b=2021):
    if a == 0:
        return -1
    else:
        return a + b

assert f(g())

def f(x: int, a=56634):
    if x > 0 or a > 50:
        return x - a > 0 or a != a
    else:
        return x + a == b

def g(a=56634):
    return int(a * 56634 + 1)

assert f(g())

def f(n: int):
    # if n is large enough, we should have 5*n = 30 and 5*n > 100
    # that is, it can get a bit faster than 100 times if n > 10
    if n > 100:
        return True
    else:
        return False

def g():
    return int(int("1234567" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=454626, b=11):
    return n // b == a

def g(a=454626, b=11):
    return a * b

assert f(g())

def f(x: int, a=95233645):
    return x == a

def g(a=95233645):
    return int(a)

assert f(g())

def f(t: str, s="o"):
    if s in "o": return s.lower() == t.lower()
    if t in "o": return t.lower() > s.lower()
    return s.lower() < t.lower()

def g(s="o"):
    return "O"

assert f(g())

def f(t: str, a="hello world", b="Hello world"):
    return a.lower() == t.lower()

def g(a="hello world", b="Hello world"):
    return "hello world"

assert f(g())

def f(s: str):
    return 'x' in s

def g():
    return "x[0]" + "x[1]"

assert f(g())

def f(n: int, k=2, target=222524):
    return n > target

def g(k=2, target=222524):
    return 1 - k + 2 + target

assert f(g())

def f(x: int, a=2, b=1, lower_bound=-1):
    return lower_bound + a == b and 1 % a == b

def g(a=2, b=1, lower_bound=-1):
    return lower_bound

assert f(g())

def f(x: float, a=2010, b=1020):
    return x ** 2 > a or x ** 2 > a

def g(a=2010, b=1020):
    return 1.0 - a**(2.0 + 1.0) / 2.0

assert f(g())

def f(s: str, word="stig", max_len=10):
    return s.count(word) == max_len

def g(word="stig", max_len=10):
    return max_len * word

assert f(g())

def f(x: int, a=93252338, b=10):
    return x == a or (x == a - b)

def g(a=93252338, b=10):
    return a or (x == a - b)

assert f(g())

def f(n: int, v=10000):
    if v <= n and v * 3 == 0:
        return n < v
    else:
        return n > (v * 3)

def g(v=10000):
    return (v * 3) + 2

assert f(g())

def f(number: int, a=345633, b=104033):
    return number / b == a

def g(a=345633, b=104033):
    return int(a) * b

assert f(g())

def f(x: float, a=10201202001, b=72352549):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + b > a

def g(a=10201202001, b=72352549):
    return int(a > b) + 20 * 0.5 + b * 0.5

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(s) == 6:
        return s == "foobarbazwow"
    return s == "foobarbazwow"

def g(target="foobarbazwow", length=6):
    if len(target) == 3 and target == "barbazwow":
        return target
    else:
        return target

assert f(g())

def f(t: str, big_str="foobar", index=2):
    return t == big_str

def g(big_str="foobar", index=2):
    return big_str

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    return target[(len(target) - 2) // 2] == s

def g(target="foobarbazwow", length=12):
    return target[(len(target) - 1) // 2]

assert f(g())

def f(n: int, a=16, b=27, upper_bound=150):
    return n % a == 0 and n % b == 0 and 0 < n >= upper_bound

def g(a=16, b=27, upper_bound=150):
    if a == a:
        return a * b
    elif a == upper_bound:
        return a > b
    else:
        return -a > b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * n + b * n) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(li: List[int]):
    return all(li[1:20])

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return len(s[n]) == len(set(s[n]))

def g(n=18):
    return str(n) * n

assert f(g())

def f(n: int, a=1020201203000):
    return n == a

def g(a=1020201203000):
    return int(a) or (abs(a[i]) - 1)

assert f(g())

def f(s: str):
    return s.count("hello") == 0

def g():
    return " World"

assert f(g())

def f(y: int, a=3453425):
    return y == a

def g(a=3453425):
    return getattr(g, "id_value", a)

assert f(g())

def f(s: str):
    return s == "hello world" or s == "Hello world" or len(s) == 10

def g():
    return "hello world"

assert f(g())

def f(s: str, target="foobar", n=10):
    return s == target

def g(target="foobar", n=10):
    return "foobar"

assert f(g())

def f(t: str, s="abbcabba"):
    assert "abbcabba" in t
    assert "abbcabba-2" in t
    return t != "abbcabba"

def g(s="abbcabba"):
    return "(abbcabba) (abbcabba-2) " + str(s[::-2])

assert f(g())

def f(x: int):
    return x >= 9 and x != 15

def g():
    return int(int("123" + "0"*9) ** 0.5) + 1

assert f(g())

def f(z: float, n=100):
    return z == (1.50000)

def g(n=100):
    return 1.50000

assert f(g())

def f(x: int, a=1952, b=253532, lower_bound=2):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1952, b=253532, lower_bound=2):
    if a < 0:
        return a
    else:
        return a + b

assert f(g())

def f(big_str: str, sub_str="foobar", index=2):
    if len(big_str) == 3:
        return False
    if len(big_str) == 5:
        return False

    lp = 0  # length (number of bits)
    for i in range(13):
        if len(big_str[i]) == 3:
            return False
        elif len(big_str[i]) == 5:
            lp *= 2 + i
    return True

def g(sub_str="foobar", index=2):
    return str(sub_str + "foobar" for sub_str in sub_str)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a^n + b^n + c^n) and min(a, b, c) == 0 and n > 2

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s1: str, word1="konjac"):
    for i in range(len(word1) + 1):
        if i == 0:
            if s1[i] != word1[i]:
                return False
    return True

def g(word1="konjac"):
    return word1[0] + " " + str(word1[2:])

assert f(g())

def f(s: str):
    if len(s) == 2 and s[0] != 0:
        return s[0] - s.startswith("hello world") and len(s) <= 9
    return s == "Hello world"

def g():
    return 'Hello world'

assert f(g())

def f(s: str):
    return s + 'world' > 'world'

def g():
    return "world[\t][0] \t"

assert f(g())

def f(x: int, a=7514, b=1124):
    if x > 0 and a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=7514, b=1124):
    if a < 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, targets=["foobarbazwow", "doodleo", "foobar", "noob"]):
    return s in targets and sum(t > s for t in targets) == 2

def g(targets=["foobarbazwow", "doodleo", "foobar", "noob"]):
    return "foobar"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x + a == b

def g(a=8665464, b=-93206):
    return -a + b

assert f(g())

def f(s: str, word="antisense", max_len=10):
    if len(word) <= max_len:
        return word == s
    return len(word) == s

def g(word="antisense", max_len=10):
    if len(word) != max_len:
        return word
    return word == s

assert f(g())

def f(p: List[int]):
    return p[2] >= p[1] and p[1-2] >= p[1]

def g():
    return [1, 2, 3, 6]

assert f(g())

def f(s: str, big_str="foobar", index=2):
    var = "foobar"
    return big_str.index(s) == index   # skip last column

def g(big_str="foobar", index=2):
    var = big_str[index:].replace("foobar", "")
    return var.replace("foobar", "")

assert f(g())

def f(s: str):
    return (s.lower() == s.lower() or s.lower() == s.lower() or s.lower() == s.lower() or s.lower() == s.lower())

def g():
    return "world"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[i] != i for i in range(len(li), len(li)))

def g():
    return list(range(999)) or -100

assert f(g())

def f(x: int, a=912):
    return x == a

def g(a=912):
    return int(a)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    tz = str(word)
    return str(tz) if len(tz) < 2 else tz

assert f(g())

def f(i: int):
    return len(str(i + 400)) == len(str(i + 4001))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=15, b=3637, c=15):
    return n / 2 + a + b * c / 2 >= c

def g(a=15, b=3637, c=15):
    return f(3.5 * a) + 2 * f(1.25) + 2 * f(0.9)

assert f(g())

def f(n: int, a=4, b=16, c=27):
    return 0 <= n <= 12 and 0 <= b < 26 and b < 27

def g(a=4, b=16, c=27):
    return f(a-b-c, a=c-b-c) + f(c-c, c-c)

assert f(g())

def f(x: List[int]):
    return x[0] == 0 and x[1] == 1 and x[2] == 2 and x[3] == 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(d: int, n=123456789):
    return d > n * 3 + n != 3

def g(n=123456789):
    return (n + 999) * (n + 3)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target == reverse:
        return s
    return s == target

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(s: str, word="chicken"):
    for i in range(len(word)):
        if (i == 0) and s[i] != word[i]:
            return False
    return True

def g(word="chicken"):
    return str(word[0]) + "chicken"

assert f(g())

def f(c: List[int]):
    return c[-9] == c[-9]

def g():
    return [c for c in range(1000)]

assert f(g())

def f(m: int):
    if m == 0:
        return m > 0 and m < 0
    if m == 1:
        return m > 1
    if m == 2:
        return m < 1
    if m == 3:
        return m > 3
    return m > 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=175, b=33, target=16):
    if x > 0 or a > 2:
        return x - a == b
    else:
        return x + a is int(x - b)

def g(a=175, b=33, target=16):
    if a > b:
        return a + b
    else:
        return 0 if a > b else targets[0]

assert f(g())

def f(s: str, word="s"):
    x = 's'
    for i in range(len(word)):
        if i == word[i]:
            x += word[i]
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="s"):
    return 's' + word + ' '

assert f(g())

def f(x: int, a=27185501, b=68896733, c=50053212):
    return x >= c

def g(a=27185501, b=68896733, c=50053212):
    return int(int(a) * 4)

assert f(g())

def f(n: int, a=20478967, b=73161539):
    return n > 0 and n > 20478967

def g(a=20478967, b=73161539):
    return a + b

assert f(g())

def f(t: str):
    return 'world' in t

def g():
    return 'world\t'

assert f(g())

def f(x: int, a=111837, b=-5375):
    return a + x == b

def g(a=111837, b=-5375):
    return -a + b

assert f(g())

def f(s: str):
    return "Hello world " + s == "Hello world " + "world"

def g():
    return "world"

assert f(g())

def f(x: int, a=253532, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=100):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=50):
    if x > 0 or a < 50:
        return x - a == b
    else:
        assert x > 0 and a - 1 == b
    return a + b or x + b == b*a

def g(a=253532, b=50):
    return int(a) + int(b)

assert f(g())

def f(n: int):
    return str(n * n).startswith("111111211")

def g():
    return int(int("111111211" + "123" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=181136, b=12590514):
    return x > b

def g(a=181136, b=12590514):
    return int(a * b + a)

assert f(g())

def f(count: int, max_size=100):
    return (count / max_size) < max_size

def g(max_size=100):
    return max_size

assert f(g())

def f(s: str, strings=['o', 'h', 'e', 'l', ' ', 'w']):
    for c in strings:
        if c not in s:
            return False
    return True

def g(strings=['o', 'h', 'e', 'l', ' ', 'w']):
    if strings:
        return str(strings)
    return "hello world"

assert f(g())

def f(t: int, m=100):
    return m < t

def g(m=100):
    return int(m) * m

assert f(g())

def f(s: str):
    return str(s).startswith("123.456")

def g():
    return "123.456"

assert f(g())

def f(n: int):
    return n < 0 or n >= n

def g():
    return int(int("123456789" + "0"*9))

assert f(g())

def f(k: int):
    return k > 0

def g():
    return int(int("123456789")**2**9)**2**9

assert f(g())

def f(s: str, target = "foobarbazwow", length=64):
    return str(s) == target

def g(target = "foobarbazwow", length=64):
    return target

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >> 1:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a >> 1:
        return a + b
    else:
        return x + a

assert f(g())

def f(n: int, a=5, b=11534):
    return n // b == a

def g(a=5, b=11534):
    return a * b

assert f(g())

def f(m: int, a=13544, b=15492):
    return m * 2 - a > 0 and m > 0 and b > 0

def g(a=13544, b=15492):
    return 1 + (a + b + (a - 9))* 2 + (b - 6)* 2

assert f(g())

def f(x: int, a=6614862, b=-861904):
    return x < a

def g(a=6614862, b=-861904):
    return 2

assert f(g())

def f(x: int, a=21, b=21, u=7):
    return x == (a + u) and x < 0 or x is not -7

def g(a=21, b=21, u=7):
    return int(int(int("123456789" + "0" * 9) ** 0.5) + 1)

assert f(g())

def f(d: int, n=123456789):
    return d > n or d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(n) * n

assert f(g())

def f(x: int, a=10201100000, b=1020000000):
    v = 5 + x
    return v > 100000

def g(a=10201100000, b=1020000000):
    v = a + b
    return v * 100000 + (v < 100000)

assert f(g())

def f(m: int):
    return pow(2, m, m) != 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="Hello world"):
    return s[0] == target[:1]

def g(target="Hello world"):
    try:
        f(target)
    except Exception as e:
        return "Error while parsing target[0] in the file: " + e
    return "Hello world"

assert f(g())

def f(x: int, a=1020300000):
    return x ** 2 > a

def g(a=1020300000):
    return a

assert f(g())

def f(n: int, a=12302165, b=5):
    return n // a == b

def g(a=12302165, b=5):
    return a * 5 + b * 10

assert f(g())

def f(s: str, n=5, m=2340):
    return "Hello " + s == "Hello world"

def g(n=5, m=2340):
    return "world"

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    re = [x]
    return (re[0] == target) == reverse

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            return s[i] == word[i]
        else:
            if target == 18:
                return s[i] < target and s[i] == target
            return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(s: str, length=6, start=1060, maxint=10):
    return str(maxint) == len(s) or len(s) == maxint

def g(length=6, start=1060, maxint=10):
    return "hello" + "world"

assert f(g())

def f(x:int, a=253532, b=123456789):
    return x - a < b

def g(a=253532, b=123456789):
    return (a-b) - 5

assert f(g())

def f(res: int, m=5666):
    m = (m - 1 if m % 10 else m / 10)
    return res == m if m % 10 else m - m

def g(m=5666):
    m = (m - 1 if m % 10 else m / 10)
    return m if m % 10 else m - m

assert f(g())

def f(x: int, a=1157585, b=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a

def g(a=1157585, b=5):
    if a < 50 and b < 5:
        return a - b >= 5
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10000):
    if len(word) <= max_len:
        return word == s
    return int(s[i-1:i+1]) == len(word[i:-1]) and word[i:-1] == s[i-1] and word[-2] == s[-2] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10000):
    if max_len :
        return word
    else :
        return string.join(word)

assert f(g())

def f(r: List[int]):
    return sorted(r) == list(range(999))

def g():
    return list(range(999))

assert f(g())

def f(b: int):
    return b > 100 and b * b > 100

def g():
    return int(int("123456789" + "1"*9) ** 1) + 1

assert f(g())

def f(s: str, f = 1):
    return 'kana' in s

def g(f = 1):
    return "hello kana"

assert f(g())

def f(s: str, target="curious"):
    return len(s) == len(target)

def g(target="curious"):
    return "curious"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    try:
        return s[::1] == target
    except KeyError:
        return s[::2] == target

def g(target="reverse me", reverse=True):
    if reverse:
        return target
    elif target != "reverse me":
        return target
    else:
        return target

assert f(g())

def f(i: int):
    return len(str(i + 500)) == len(str(i + 500))

def g():
    return int(int("456456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, t="abcdef"):
    return s.lower() == t.lower()

def g(t="abcdef"):
    return "abcdef"

assert f(g())

def f(x: int, a=253532, b=12150000):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=12150000):
    if a < 0 < a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=1334):
    return x + a > (a * 10) / 2

def g(a=1334):
    return int(a ** 10) + 1

assert f(g())

def f(x: int, a=21474613, b=14256045):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=21474613, b=14256045):
    if a < 21474613:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[0:3] <= s[6:8] and s[4:7] < s[8:10] and s[9:12] >= s[11:13]

def g():
    return ("123456789" + "0"*9 + "123456789") * 9

assert f(g())

def f(n: int, start=0, limit=1):
    return n % 4 == 0

def g(start=0, limit=1):
    return start and n % 4 < limit

assert f(g())

def f(x: int, a=4511, b=8500):
    if x > 0:
        return x - a == b
    else:
        return x + b == a

def g(a=4511, b=8500):
    if a > b:
        return b - a
    else:
        return a + b

assert f(g())

def f(s: str, string="abcdefghijklzxa ghjklzxcvbnm"):
    return str(s).lower() == string

def g(string="abcdefghijklzxa ghjklzxcvbnm"):
    return str(string)

assert f(g())

def f(a: int, b=1073258):
    return a + b + 1073258 > b

def g(b=1073258):
    return (int(b) + 1) + b

assert f(g())

def f(s: str):
    return 'Hello ' + str(s) == 'Hello world'

def g():
    return "world"

assert f(g())

def f(x: int, a=842174031):
    return x / 2 <= a

def g(a=842174031):
    return a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 2:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) // 2: len(target) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) // 2: len(target) // 2]

assert f(g())

def f(n: int):
    if n > 4:
        return True
    if n == 5:
        return True
    return True

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n > 1000 and n > 999

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(x: int, a=1007, b=1000):
    return x > a

def g(a=1007, b=1000):
    return int(a * b) - 1

assert f(g())

def f(s: str, word="mariin", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:]) == len(word) or len(text).count('!!') == max_len

def g(word="mariin", max_len=10):
    """Initialize a new set of words"""
    return str(word)

assert f(g())

def f(x: int, a=500, b=17492344):
    return x - a == b

def g(a=500, b=17492344):
    return int(a+b)

assert f(g())

def f(z: float, v=6, d=0.2):
    return int(z * 1 / d % 10) == v

def g(v=6, d=0.2):
    return int(v)*d % 10

assert f(g())

def f(x: float):
    return str(x / 3.1415).startswith("1")

def g():
    return float("3.1415")

assert f(g())

def f(n: int, year_len=365):
    return n > 0 and n > 365 or all((n % 3) == 10 for n in n) < (100 + 365 - 1e-3) / 2  # 3 == 26

def g(year_len=365):
    return year_len * 365

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return target[(len(target) - len(target) + length) // 2:(len(target) + len(target) + length) // 2] == s

def g(target="foobarbazwow", length=5):
    return target[(len(target) - len(target) + length) // 2:(len(target) + len(target) + length) // 2]

assert f(g())

def f(n: int, a=14302, b=5):
    return (n - a) + (b - b) > 0 or (a + b >= 0 for n in n)

def g(a=14302, b=5):
    return (a + b)**2 + (a - b)**2

assert f(g())

def f(x: int, a=10894465, b=7221865):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10894465, b=7221865):
    if a > 2:
        return a + b
    else:
        return a / 3

assert f(g())

def f(s: str, c=15):
    try:
        return str(s.lower()) == 5 or len(s) == 20
    except KeyError:
        return s.lower().lower() == "6" and s.lower() == "7"

def g(c=15):
    return "123456789(0, 5) " + str(c) + " " + "5"

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m + 5)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(10):
        m = (m - 1 if m % 10 else m + 5)
    return m

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s:
        i += 1
    return len(t) >= i

def g(s="Problems"):
    return str(s + "")

assert f(g())

def f(s: str):
    return set(s) == set("100")

def g():
    return "100"

assert f(g())

def f(b: int, e=3028):
    return b == 1 or b == 2 and a == e and b != -1 and b != -2 and a != e

def g(e=3028):
    return 1

assert f(g())

def f(s: str, a0=123):
    return s == "Hello world" or s == "Hello world" or s == "Hello world"

def g(a0=123):
    return "Hello world"

assert f(g())

def f(pos: str, word="antidisestablishmentarianism", max_len=15):
    return pos == word[:max_len]

def g(word="antidisestablishmentarianism", max_len=15):
    return word[:max_len]

assert f(g())

def f(x: int, a=3, b=-96463):
    return a + b == x

def g(a=3, b=-96463):
    return a + b

assert f(g())

def f(n: int, a=1024, b=11):
    return n > a or n == b and list(range(len(n) - 1) == a or list(range(n) == a) for n in n)

def g(a=1024, b=11):
    return 1+a * b

assert f(g())

def f(n: int, b=15):
    return b // n == b

def g(b=15):
    return b // 15

assert f(g())

def f(x: int, a=10201202021, b=130200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10201202021, b=130200):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: List[int]):
    return len(x) == len(range(1000))

def g():
    return [x for x in range(1000)]

assert f(g())

def f(n: int, a=1, b=13555589):
    return n // b == a

def g(a=1, b=13555589):
    return a+ b or (0.5 == 0.5) ** 0.5

assert f(g())

def f(x: int, a=2375, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + x

def g(a=2375, b=1230200):
    return int(a * b) + 1

assert f(g())

def f(x: int, b=72352549):
    return -x == b

def g(b=72352549):
    return int(-b)

assert f(g())

def f(x: int, a=100, b=200000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=200000):
    if a > 110:
        return a > 110
    else:
        return a + b

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == sorted(set(nums))

def g():
    return sorted([1, 10])

assert f(g())

def f(c: str, word="abcdefg", max_len=4):
    return str(c) == word or str('9999') == word or str('-999') == c

def g(word="abcdefg", max_len=4):
    return word or len(word) == max_len or str("foo") == word

assert f(g())

def f(x: str, parts=['I!love!!dumplings!!', '!love!!dumplings!love!!dumplings!!']):
    return x in parts

def g(parts=['I!love!!dumplings!!', '!love!!dumplings!love!!dumplings!!']):
    return parts[0].replace("123", " ")

assert f(g())

def f(x: List[int]):
    if len(x) == 2:
        return 0
    return len(x) == 3
    return len(x) == 4

def g():
    return [5*4, 3*5, 2*3]

assert f(g())

def f(value: str, index=5):
    for i in range(0, len(value) - 1):
        if i + 1 <= len(value) > 3:
            return i + 1 < 10
    return value[::-1] == index

def g(index=5):
    return "test"

assert f(g())

def f(s: str, target="reverse me"):
    return s[::-1] == target

def g(target="reverse me"):
    return target[::-1].replace("\\", "e")

assert f(g())

def f(path: List[int], edges=[[1, 2], [1, 3], [2, 5], [3, 4], [5, 6], [6, 7]]):
    for i in range(len(path) - 1):
        assert [path[i], path[i + 1]] in edges
        assert path[0] == 0
        assert path[-1] == max(max(edge) for edge in edges)
    return True

def g(edges=[[1, 2], [1, 3], [2, 5], [3, 4], [5, 6], [6, 7]]):
    return [a for a in edges if a == 0]

assert f(g())

def f(s: str, huge_str=False):
    return len(s) == 5

def g(huge_str=False):
    return "hello"

assert f(g())

def f(x: int, a=93252338):
    return x == a  # not a square

def g(a=93252338):
    return a  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square  # not a square

assert f(g())

def f(n: int, a=3585, b=10):
    return n // b == a - 1

def g(a=3585, b=10):
    return int(10 * a) - 1

assert f(g())

def f(x: float, i=354614):
    return x % i == 0

def g(i=354614):
    return i*3 / 3

assert f(g())

def f(s: str, l=100):
    return s == 'world'

def g(l=100):
    return 'world'

assert f(g())

def f(s: str):
    return s == "Hello World"

def g():
    return str("Hello World")

assert f(g())

def f(s: str, chars=['e', 'f', 'g', 'g','h'], text=''):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e', 'f', 'g', 'g','h'], text=''):
    return str(chars) + text

assert f(g())

def f(x: str, s="hello world", target="do"):
    return s in x + target

def g(s="hello world", target="do"):
    return s + target if target in "hello world" else s

assert f(g())

def f(xmax: int, pos=0):
    return pos == 0

def g(pos=0):
    return pos + pos**2

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        m = n % 2
        if m % 2 == n < 0:
            return True
        elif m % 2 == n:
            return True
        elif m == m:
            return True
    assert n > 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, o=1582):
    return len(str(n)) == len(str(o + 7))

def g(o=1582):
    return int(str(o + 7)) * len(str(o + 14))

assert f(g())

def f(s: str, s1="a", s2="b", n=10):
    return s.count(s1) == s.count(s2) == s.count(s1) == s.count(s2)

def g(s1="a", s2="b", n=10):
    return str(s1) + str(s2) + 'abc'

assert f(g())

def f(x: float, d=1):
    return abs(x ** 2 - d) < 1

def g(d=1):
    return 1.0 / d

assert f(g())

def f(n: int, s="aaAab", t="aAaaB"):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    return 0

def g(s="aaAab", t="aAaaB"):
    return 0

assert f(g())

def f(x: str):
    return x == "hello world"

def g():
    return "hello " + "world"

assert f(g())

def f(i: int):
    return i >= i % 10

def g():
    return int(int("123456789" + "0"*9) ** 2) + 2

assert f(g())

def f(s: str, n=1):
    if len(s) == 1:
        return True
    else:
        return None

def g(n=1):
    return str(str(n))

assert f(g())

def f(x: int, a=4147483648, b=2036):
    if x > 0 and a > 50:
        return x + b > a
    else:
        return x + b > b

def g(a=4147483648, b=2036):
    return int(a + 2) + 2

assert f(g())

def f(s: str, word="ant-administration", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="ant-administration", max_len=40):
    if len(word) <= max_len:
        return word
    return s[1:-1] == 0 and word[0] == s[0]

assert f(g())

def f(x: int, b=10101101010):
    return x ** 2 >= b

def g(b=10101101010):
    return b

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] if len(s) == 1 else s[0] == word[0]

def g(word="konjac"):
    return word[1] if len(word) == 1 else word[0]

assert f(g())

def f(z: float, v=9, e=0.0001):
    return int(z * 1 / e % 10) == 9

def g(v=9, e=0.0001):
    return int(v*100.0) % 10 - e

assert f(g())

def f(x: int, a=1073258, b=72352549, c=62222):
    return x - a == b

def g(a=1073258, b=72352549, c=62222):
    return (a + b) % (1073258 + 1073258 * b)

assert f(g())

def f(x: int, a=836, b=-876):
    return x == a + b

def g(a=836, b=-876):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=10201202001):
    return x*2 >= a

def g(a=10201202001):
    return a+2

assert f(g())

def f(s: str, target="e4cfcec3", target_len=14):
    return all([s[::-1] == target for i in range(7) for j in s if target_len >= i and target_len < 7])

def g(target="e4cfcec3", target_len=14):
    return "I'm an enemy"

assert f(g())

def f(n: int, a=20, b=20):
    return n % 3 == 0

def g(a=20, b=20):
    return 3*(a * a + b * (3 + 2 * a*b))

assert f(g())

def f(x: int, a=254067, b=1230200):
    if x > 0 and a > 50:
        return x - a != b
    if x > 0 and b > 0:
        return x + a == b

def g(a=254067, b=1230200):
    return int(a)

assert f(g())

def f(x: int, a=72352549, b=72352549+1):
    return x >= a  # got in position x > b

def g(a=72352549, b=72352549+1):
    return (a*b - b)^2 + (a*2 + b)*2

assert f(g())

def f(li: List[int]):
    return len(li) == 1 and len(li) == 5 and len(li) >= 7 or len(li) >= 5

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29]

assert f(g())

def f(x: int, a=253532, b=1250):
    if x > 50 or a < 5:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1250):
    if a < 5 or b < 5:
        return a ^ b
    else:
        return a + b

assert f(g())

def f(s: str, l=17):
    for i in range(23):
        if s.count("(i)"):
            return false
    return True

def g(l=17):
    return "123456789" + "0"

assert f(g())

def f(s: str, target="foobarbazwow", length=1):
    return target  == s

def g(target="foobarbazwow", length=1):
    return str(target)

assert f(g())

def f(x: float):
    return str(x).endswith("123.456")

def g():
    return float("123.456")

assert f(g())

def f(n: int, a=10, b=23):
    return n // b == a

def g(a=10, b=23):
    return int(a * b)

assert f(g())

def f(s: str, word="antidisestablishmentaryism", max_len=10000):
    if len(word) <= max_len:
        return word == s
    return all(i.count("antidisestablishmentaryism").count(word) for i in word)

def g(word="antidisestablishmentaryism", max_len=10000):
    if len(word) >= max_len:
        return str(word) != s
    return "antidisestablishmentaryism"

assert f(g())

def f(x: List[int], m=9, n=10):
    if m == 9:
        return x[0] == m
    if m == 10:
        return x[1] == m
    if m == 15:
        return x[2] == m
    if m == 17:
        return x[3] == m
    if m == 48:
        return x[4] == m
    if m == 50:
        return x[5] == m

def g(m=9, n=10):
    if not m:
        return None
    else:
        return [m, n]

assert f(g())

def f(v: List[int]):
    return len(v) >= 3 and v[0] == 0

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z / d % 10) == v

def g(v=9, d=0.0001):
    return 0.0001 * v

assert f(g())

def f(s: str, n=4):
    return s[2:n] == s[1:n] == -1 or s[2:] != 2

def g(n=4):
    if n == 4: return "Hello world"
    return g()

assert f(g())

def f(x: int, a=836, b=1237):
    return x - a == b

def g(a=836, b=1237):
    return a + b

assert f(g())

def f(n: int, a=12345678):
    return n != a or len(n) == 2

def g(a=12345678):
    return 0x8ff0000

assert f(g())

def f(n: int, a=15, b=23463462):
    return n // b == a

def g(a=15, b=23463462):
    return a * b

assert f(g())

def f(x: int, a=100, b=100000):
    if x > 0 or a > 50:
        return x + b == a
    else:
        return x - b

def g(a=100, b=100000):
    if (a < 100) and (b < 100) and (b > 100):
        return a + b == 100
    else:
        return a - b

assert f(g())

def f(d: int, n=123456789, v=1):
    return d == n if v == 1 else n

def g(n=123456789, v=1):
    return str(n) == d if v == 0 else n

assert f(g())

def f(s: str, substring="mooobooooofasd", k=8):
    assert k % 2 == 0, "Hint: k % 2 == 0 or 2.5 is a multiple of 4"
    return s == substring

def g(substring="mooobooooofasd", k=8):
    assert k % 2 == 0, "Hint: k % 2 == 0 or 2."
    return substring

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i==0:
            if s[i] != word[i]:
                return False
            return True
    return False

def g(word="konjac"):
    return word[0]

assert f(g())

def f(count: int):
    return int(count) == count

def g():
    return int(int("100"*1000 + "0"*1000))

assert f(g())

def f(gid: int, b=20):
    return gid != 0 or gid == 1

def g(b=20):
    return int(b % 10) + 1

assert f(g())

def f(ms: str, k=3):
    ms = [100000 for ms in ms]
    return ms[k] >= 0

def g(k=3):
    return "hello \"" + str(k) + "\" hello world"

assert f(g())

def f(x: int, a=93252338):
    return -x != a

def g(a=93252338):
    return int(a % 9) + 3

assert f(g())

def f(x: str, s="hello", target=7):
    for i in range(len(s)):
        if i >= 21:
            return
    return len(x) == len(s)

def g(s="hello", target=7):
    for i in range(len(s)):
        if i >= 21:
            return
    return str(s)

assert f(g())

def f(n: int):
    return n > 100000

def g():
    return int(int("123456789" + "0"*9)**2)

assert f(g())

def f(n: int, h=15000):
    return n // h == 0

def g(h=15000):
    return h // h # 0.5

assert f(g())

def f(x: int, a=253532, b=1230200):
    if not x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if not a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(str: str, s="hello world", start=0, end=0):
    return str.count(s) == 1

def g(s="hello world", start=0, end=0):
    return "hello world"

assert f(g())

def f(n: int, s=1899):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        if m - s > 4:
            return False
    return True

def g(s=1899):
    return (1 - 2 ^ (2 - 3) + 1) * (3 - 4)

assert f(g())

def f(s: str, a=161121, b=23223):
    return s.count('l') == 0 and s.count('l') == 0

def g(a=161121, b=23223):
    return 'a' * (a + 1) + 'b'

assert f(g())

def f(x: int, a=253532, b=185572):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=185572):
    # e.g. a = 5 for i in range(1000)
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if word:
        return s[-1] == word[1]
    if word:
        return s[-1] == word[1] and word[0] == s[0]
    if word:
        return s[-1] == word[1] and word[-1] == s[-1]
    return s[-1] == word[1] and word[0] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    for i in range(1, len(word), max_len):
        if word:
            return word[i]
    if word:
        return word[i]
    return "k"

assert f(g())

def f(min: int, a=14302, b=-93206):
    return min <= a + b

def g(a=14302, b=-93206):
    return a + b

assert f(g())

def f(n: int, a=18123367, b=123456789):
    return n / b > 0

def g(a=18123367, b=123456789):
    return int(a) + int(b)

assert f(g())

def f(n: int):
    return pow(2, n, n) <= 2

def g():
    return 2

assert f(g())

def f(a: int, b=1454510):
    return a > b

def g(b=1454510):
    return 1000000000

assert f(g())

def f(x: int, a=8645464, b=-93206):
    return x - a == b

def g(a=8645464, b=-93206):
    return a + b

assert f(g())

def f(s: str, word="antisymmetric", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-int(s[0]), max_len-s[1]-1)

def g(word="antisymmetric", max_len=100):
    if len(word) <= max_len:
        return word
    return int(s[1]-int(s[1]), max_len-s[1]-1)

assert f(g())

def f(x: int, a=4, b=1230204):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=1230204):
    if (a > 50):
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=4, b=4):
    if n == 0:
        return s.lower() == t.lower()
    elif n == 1:
        return s.lower() > t.lower()
    return True

def g(a=4, b=4):
    return a + b or (a*b) + True

assert f(g())

def f(s: str, target="do", reverse=True):
    return (s[::-1] == target) == reverse

def g(target="do", reverse=True):
    return target[::-1]

assert f(g())

def f(x: int, a=8665464, b=-6321):
    return x == 0 or a < b or b != 0

def g(a=8665464, b=-6321):
    return -6321

assert f(g())

def f(n: int, a=93252338):
    return n % a == 0 and n % a == 0  # no limits

def g(a=93252338):
    return a % 93252338  # no limits

assert f(g())

def f(s: str, word="antisthesisary"):
    if len(s) == 1:
        return "I" == len(s) and word[0] == "N"
    return len(s) == len(word)

def g(word="antisthesisary"):
    if len(word) == 1:
        return str(word)
    return str(word)

assert f(g())

def f(x: int, a=5129, b=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5129, b=5):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    if s in s[0:3]:
        return False
    return True

def g(word="konjac"):
    return "konjac: " + word

assert f(g())

def f(x: int, a=2039, b=4096):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2039, b=4096):
    return a + b

assert f(g())

def f(k: int, n=100000):
    return n > 0 and k > 100000

def g(n=100000):
    return int(n * n) + 1

assert f(g())

def f(x: str, c="world", b=10110):
    return x == c

def g(c="world", b=10110):
    return "world"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) > len(str(1001))

def g():
    return int(int("123456789" + "0" * 100) + 1)

assert f(g())

def f(x: str, s=679):
    return "s" in x

def g(s=679):
    return "s"

assert f(g())

def f(x: int, a=0, b=500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=0, b=500):
    if a > 50:
        return a
    elif a < 50:
        return b
    else:
        return a

assert f(g())

def f(x: int, a=5201202000):
    return x ^ 2 == a

def g(a=5201202000):
    return 2 + a

assert f(g())

def f(start: int, k=3, upper=20, seq=[5, 6, 9, 10], top=20):
    return len(seq) == len(set(seq))

def g(k=3, upper=20, seq=[5, 6, 9, 10], top=20):
    return 2

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 50 or a < 40:
        return x - a == b
    else:
        return x - a >= b

def g(a=253532, b=1230200):
    if a < 40 and b < 40:
        return a
    else:
        return a + b

assert f(g())

def f(n: int, a=360986984, b=10):
    return n // b == a

def g(a=360986984, b=10):
    return int(a * 10)

assert f(g())

def f(s: str, target=8):
    return str(s) == "dumplings"

def g(target=8):
    return "dumplings"

assert f(g())

def f(n: int, a=1337, b=-73):
    return n == a or n == b

def g(a=1337, b=-73):
    return a or (1337 + b).startswith("123456789")

assert f(g())

def f(s: str, big_str="foobar", b=34):
    return (big_str) in s and (b == b)

def g(big_str="foobar", b=34):
    return "foobar"

assert f(g())

def f(x: int, a=253532, b=135374796):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=135374796):
    if a < 10 or b < 5:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=89531):
    return x > 0 and a != 0

def g(a=89531):
    return a

assert f(g())

def f(x: int, a=100000, b=300):
    assert x > 100000
    return x / (a * b) >= a

def g(a=100000, b=300):
    return int(int("123456789" + "0"*9) * a)

assert f(g())

def f(s: str, a=5129, b=7):
    for i in range(len(s) - 1):
        if s[0] != a:
            return False
        if s[1] != a:
            return False
    return True

def g(a=5129, b=7):
    return str((a == 0) * (b == 7))

assert f(g())

def f(s: str, target="konjac", length=6):
    for i in range(5):
        if s[i] != target[i]:
            return False
    return True

def g(target="konjac", length=6):
    return "konjac"

assert f(g())

def f(x: int, a=466732, b=344024):
    return a - x == b

def g(a=466732, b=344024):
    return a % b

assert f(g())

def f(n: int, t=47):
    m = n
    while m <= t:
        m = m + ((k - 3) / (-15))
        m += m / t
    return (m - m) < t

def g(t=47):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, name=["baz"], d=2):
    if len(t) != d:
        return True
    for i in t:
        if i == 0:
            return False
    return True

def g(name=["baz"], d=2):
    return str(name == "baz" and d == 2)

assert f(g())

def f(x: List[int], s=[]):
    non_zero = [z for z in x if z != 0]
    return list(set(non_zero)) >= list(non_zero)

def g(s=[]):
    return [z for z in range(1, len(s)) if z != 0]

assert f(g())

def f(s: str, a="f"):
    return s.lower() == a and s.lower() == a[::-1]

def g(a="f"):
    a = a.lower()
    return a or [a[::-1] for a in s]

assert f(g())

def f(s: str, k=16, word="konjac"):
    return s == word

def g(k=16, word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=1022, d=14):
    return x - a in [1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34]

def g(a=1022, d=14):
    return a + 5

assert f(g())

def f(s: str, string="dell"):
    return s == "dell"

def g(string="dell"):
    return string

assert f(g())

def f(name: str):
    return name == 'f12'

def g():
    return "f12"

assert f(g())

def f(s: str, word="manifest", max_len=5017):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == s[1:-1] and word[0] == s[-2:]

def g(word="manifest", max_len=5017):
    if len(word) <= max_len:
        return word
    return int(word) == len(word) and word[0] == word[1:]

assert f(g())

def f(n: int, a=4, b=10):
    return n // b == a

def g(a=4, b=10):
    return int(a) * b

assert f(g())

def f(x: int, a=6378, b=-93206):
    return x - b == a

def g(a=6378, b=-93206):
    return a + b or (x - a) / 2

assert f(g())

def f(s: str, maxsize=3):
    if len(s) < 5 or len(s) > maxsize:
        return True
    return False

def g(maxsize=3):
    return str(maxsize)

assert f(g())

def f(s_case: str, string="moooboooofasd"):
    return s_case.index(string) == 0

def g(string="moooboooofasd"):
    return str(string) + "\n"

assert f(g())

def f(s: str, word="antidesignism", max_len=30):
    if max_len == 30:
        return word == s

def g(word="antidesignism", max_len=30):
    if max_len == 30:
        return word

assert f(g())

def f(t: str, s="Problems"):
    return s == t

def g(s="Problems"):
    return s.replace("123456789","")

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if a > x:
        b = 0
    elif a < x:
        b = 1
    return b == 1  # == > 1
    x = 1
    a = 0
    # len({x}) = 0 if a > x
    if a > x:
        x = x + 1
    elif a < x:
        x = x - 1
    return x == 1  # == > 1
    x = x - 1
    # len({a}) = 0 if a > x
    if a > x:
        x

def g(a=1073258, b=72352549):
    if (b > a):
        a = b
    elif (b < a):
        b = b - 1
    return a  # == > 1
    # len({a}) = 0 if a > x
    if a > x:
        x

assert f(g())

def f(s: str):
    return set(s) <= set("16+*/") and s.count("16+*/") == 1

def g():
    return str(set("16+*/") and "16+*/")

assert f(g())

def f(x: int, a=112522, b=1230050):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b
    return 1 + a == b

def g(a=112522, b=1230050):
    if a < 50:
        return a - 1
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] == word[:i] and s[i+1] != word[:i+1]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str):
    return s[0] == s[1] == s[2] == s[3] == s[4] == s[5] == s[6] == s[7]

def g():
    return str(int("123456789" + "0" * 9) * 9)

assert f(g())

def f(s: str):
    return s  .count('w') == 1

def g():
    return 'hello world'

assert f(g())

def f(s: str, word="kurdianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word[1:] == word[-1] and word[0] == s[0] and word[1] == s[1]

def g(word="kurdianism", max_len=10):
    if len(word) < max_len:
        return word
    elif len(word) >= max_len:
        return word
    elif max_len <= len(word) and word[-5 + len(word) - max_len] < word[-1]:
        return word[-5 + 1] == word[-1]

assert f(g())

def f(s: str):
    return s == "world"

def g():
    return "world"  # if you want to convert string to int from list, you can use  str(s) instead

assert f(g())

def f(start: int, k=8, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return 0 - start <= len(seq) - k and sum(seq[start:start + k]) <= lower

def g(k=8, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return 0 - len(seq) - k + lower

assert f(g())

def f(s: str):
    return s[::-24] == '\0'

def g():
    return "[\0]\0\0\0\0\0\0\0\0\0\\0\0\0"

assert f(g())

def f(n: int, a=3315, b=3332, upper_bound=10000):
    return n == a

def g(a=3315, b=3332, upper_bound=10000):
    return a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 or i == len(word[i]):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0]+word[1]+"konjac"

assert f(g())

def f(p1: List[int]):
    for k in range (len(p1) - 1):
        if p1[k] != 3:
            return p1[k - 1] >= k
    return p1[k]

def g():
    return [1, 10]

assert f(g())

def f(l: List[int]):
    return l == list(range(1000))

def g():
    return list(list(range(1000)))

assert f(g())

def f(s: str):
    return s.count("Hello world") == 1

def g():
    return str("Hello world")

assert f(g())

def f(s: str, target="reverse me", key=0):
    return s == target

def g(target="reverse me", key=0):
    for i in range(1000):
        for j in range(1, i):
            if i == 0:
                return target[i]
    return target

assert f(g())

def f(x: int, a=1234563):
    return x > a + 21

def g(a=1234563):
    return a + (a + 21)**20

assert f(g())

def f(x: int, a=10201202001):
    return x > a - 1

def g(a=10201202001):
    return int((a + -10000) ** 255)

assert f(g())

def f(s: str, word="kkonjac"):
    for i in range(len(word)):
        if i != 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kkonjac"):
    return word

assert f(g())

def f(n:int, a=15482, b=-43207):
    return a / n == 0 and b / n == 0 and n >= b / b or n < b

def g(a=15482, b=-43207):
    return a * b

assert f(g())

def f(v: str, big_str="foobar", index=1):
    return big_str.index(v) == index

def g(big_str="foobar", index=1):
    return big_str[index]

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    for i in range(1, 2):
        if s[:2] >= target:
            s[:2] += target
    return s == target

def g(target="reverse me", reverse=False):
    for i in range(1, 5):
        if target == i:
            return i
    return "reverse me"

assert f(g())

def f(tour: List[int]):
    return len(tour) == 5

def g():
    return [0, 1, 3, 5, 3]

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str in big_str.split('\n')

def g(big_str="foobar", index=2):
    return big_str[index] + "\n"

assert f(g())

def f(s: str, cname=['l', 'h'], pos=None, c_index=None, c_type=-1):
    assert len(s) == 2 or len(s) == 1
    return s == 'l' or s == 'h'

def g(cname=['l', 'h'], pos=None, c_index=None, c_type=-1):
    if len(cname) == 2 or len(cname) > 1:
        return 'l'
    else:
        assert cname == 'l'
        return 'h'

assert f(g())

def f(n: int, a=100, b=100):
    return n == a + b

def g(a=100, b=100):
    return a + b

assert f(g())

def f(x: int, a=1, b=2423):
    return x > b

def g(a=1, b=2423):
    print(a)
    print(b)
    return int(int(a + b))

assert f(g())

def f(s: str, strings=['cool', 'hello', 'coolworld']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['cool', 'hello', 'coolworld']):
    return "coolworld"

assert f(g())

def f(s: str):
    if len(s) <= 2:
        return s
    return not (len(s) == 1 and s[0] not in sorted(s, None)) and s[0] not in sorted(s[1:])

def g():
    return "world"

assert f(g())

def f(x: int, a=2350, b=1375, initial_state=5):
    if x > 0 and max(a, b) > 0:
        return x - a == b

    else:
        return x + a == b

    return None

def g(a=2350, b=1375, initial_state=5):
    if a > 0:
        return a + b

    a == b

assert f(g())

def f(count: int):
    return count > 15000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, s1="a", s2="b", lower=20):
    return s.lower() == s1

def g(s1="a", s2="b", lower=20):
    s = s1.rstrip()
    s.lower() == s1
    return s

assert f(g())

def f(s: str, target="foobarbazwowazwizz"):
    return s == target or s.count(["foobar"]) == len(s) or s.count(["foobar"]) == 0 and len(s) > 0  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
    if len(s) == length:
        return s.tail() == s

def g(target="foobarbazwowazwizz"):
    return target

assert f(g())

def f(x: int, a=8665464, b=-73264):
    x = 0
    for i in range(12):
        x = x + 1
    return x > 0 and b != -3

def g(a=8665464, b=-73264):
    a = 0;
    for i in range(12):
        for j in range(12):
            a = a + (a - i) / 2 > 0
            a = a + (a + b - i) / 2 > 0
            a = a + (a - i) - 1
            a = a + (a + b - i - 1) - 1
            return a

assert f(g())

def f(s: str, target="deebazwow", length=6):
    return target[len(target) - 6] == s

def g(target="deebazwow", length=6):
    return target[len(target) - 6]

assert f(g())

def f(s: str, word="I!", max_len=5):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-2]) == len(word[1:-2]) and word[-2] == s[-2]

def g(word="I!", max_len=5):
    if len(word) <= max_len:
        return word
    return int(word[1:-2]) == max_len

assert f(g())

def f(li: List[int]):
    return len(li) == len(range(999)) or all(list(range(999)))

def g():
    return list(range(999))[:999]

assert f(g())

def f(x: int, a=253532, b=100000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=100000):
    if a < 50:
        return x - a == b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.count('y') == 1

def g():
    return "Yy"

assert f(g())

def f(maxseq: int, end=8):
    return maxseq >= end

def g(end=8):
    return end + 1

assert f(g())

def f(n: int):
    return n != 0 and n%3 == 0 or 0 <= n <= 1000

def g():
    return int(10**3)

assert f(g())

def f(s: str, chars=['c', 's', 'b', 'u', 'h']):
    for b in chars:
        if b not in s:
            return False
    return True

def g(chars=['c', 's', 'b', 'u', 'h']):
    if chars == 'c':
        return str(chars.strip())
    if chars == 's':
        return str(chars.strip())
    return str(chars)

assert f(g())

def f(s: str, a="hello", b=4):
    return a and sum(str(n) == 5 for n in s) == 0

def g(a="hello", b=4):
    return "hello" + "world"

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return (s[:2] == target) == reverse

def g(target="reverse me", reverse=False):
    return "reverse me"

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 3  # just pick 1  # first

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, a="bye", b="bye", length=5):
    return s == "bye" and a == b

def g(a="bye", b="bye", length=5):
    return "bye"

assert f(g())

def f(y: int, x=33377769, b=-906612):
    return y - x == b

def g(x=33377769, b=-906612):

    return x + b

assert f(g())

def f(v: str, target="red-red"):
    return v >= target

def g(target="red-red"):
    return target + "0123456789"

assert f(g())

def f(g: List[int]):
    g[0] = [1, 4, 3, 2, 2, 2, 3]
    g[1] = [9, 12, 3, 7, 6, 8, 9, 12, 3]
    g[2] = [4, 9, 10, 4, 9, 10, 6, 8, 11, 7, 5, 4]
    tot = 0
    success = True
    if len(g) == len(g[0]):
        for p, m in pairs:
            success = False
    return success

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, a=35345, b=1654):
    return n // b == a

def g(a=35345, b=1654):
    return (a * b) + 4

assert f(g())

def f(n: int, a=2, b=8, c=8, d=8):
    if n == 0:
        return s.lower() == b.lower()
    elif n == 1:
        return s.lower() > b.lower()
    return True

def g(a=2, b=8, c=8, d=8):
    return a + b + c + d + d + d

assert f(g())

def f(x: int, v=0.2):
    if 0.2 == -0.2 and x%2 == 0:
        return x % 2 == 0
    else:
        return x % 2 == 1

def g(v=0.2):
    return int(0.2 * (int(v % 2) == 0.2 + v - 0.2)) - 1

assert f(g())

def f(t: int, s=4, target=4):
    return 1 + (t - s) / 2 and t >= target and t != 0

def g(s=4, target=4):
    return int(int(s * 2) + 1)

assert f(g())

def f(x: int, a=10000, b=1044):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10000, b=1044):
    return int(a) + b

assert f(g())

def f(s: str, word="antidespreadisthesis", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidespreadisthesis", max_len=100):
    if len(word) <= max_len:
        return word
    return (word[1] for word in word)

assert f(g())

def f(x: str, s=100):
    return str(x).startswith("1.2.3")

def g(s=100):
    return "1.2.3"

assert f(g())

def f(s: str, target="hoyos"):
    return target.lower() == s

def g(target="hoyos"):
    return target

assert f(g())

def f(string: str, text="hello world"):
    for i in range(len(text)):
        if text == string:
            if i < len(text):
                return True
        return False

def g(text="hello world"):
    #print text
    return str(text)

assert f(g())

def f(s: str, word="epl"):
    for i in range(len(word)):
        if (s[i] != word[i]):
            return False
    return True

def g(word="epl"):
    return str(word[:])

assert f(g())

def f(x: float, a=98319939):
    return x >= a

def g(a=98319939):
    return ((float(a) + 1) ** 2) * 2 * a

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        m = m + 1 if n % 2 else m // 2
        if m % 2 == 0:
            return m == 0
        m = (m / 9) >= m * (n - m) + 1
    return m <= n

def g():
    return int(int(0) / 9) and n * (n - m) + m * (n - m + 2) + o(1)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[:len(target) + 1] == s

def g(target="foobarbazwow", length=6):
    return target[:len(target) + len(target) + len(target)]

assert f(g())

def f(num : int, a=123456789):
    return num == a

def g(a=123456789):
    return int(a)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False  # should be covered
    if s[i].upper().upper() != word[i]:
        return True  # should be covered

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: List[float], a=1020):
    if a == 0:
        return True
    elif a == 1:
        return True
    elif a == 2:
        return True
    elif a == 3:
        return True
    elif a == 4:
        return True
    elif a == 5:
        return True
    elif a != 3:
        return True
    elif a != 4:
        return True
    else:
        return False

def g(a=1020):
    return [0.5*a for a in (10,20)]

assert f(g())

def f(n: int, a=1):
    return a == n or a == 1

def g(a=1):
    return -1

assert f(g())

def f(p: List[int]):
    return p[0] > 0 and p[-1] > 0 and p[-2] > 0 and p[-3] > 0 and p[1] > 0 and p[2] > 0 and p[3] > 0 and p[4] > 0 and p[5] > 0 and p[6] > 0 and p[7] > 0 and p[8] > 0

def g():
    return [10, 31, 442, 10, 63, 50, 65, 10, 10, 6, 12, 6, 10, 10, 42, 30, 20, 10, 10, 10, 2, 23, 4, 22, 39, 5, 21, 39, 32]

assert f(g())

def f(s: str, target="foobarbazwow"):
    if len(s) == 0:
        return True

    expected = (len(s) < 6 and len(s) % 2 < 3)  # same as f7
    for i in range(len(s)):
        expected += len(s[i])
    return int(len(s) / 3) >= 2 and expected >= 2 and expected >= 2

def g(target="foobarbazwow"):
    return str(target)

assert f(g())

def f(x: int, a=100, b=1545):
    return x > b

def g(a=100, b=1545):
    return 2 * a * (b + 1)

assert f(g())

def f(z: float, u=0.0001):
    return z == 0.0001

def g(u=0.0001):
    return float(u)

assert f(g())

def f(x: int, b=20201202001):
    return (x + 5) ** 2 >= b

def g(b=20201202001):
    return b**2

assert f(g())

def f(s: str, word="koljar"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="koljar"):
    return word + "koljar"

assert f(g())

def f(k: int, m=8, n=8):
    return 5 * k / 2 and k != 0

def g(m=8, n=8):
    return m * 8

assert f(g())

def f(s: str, word="p"):
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="p"):
    return str(word)

assert f(g())

def f(s: str):
    return s[0] == '\\' or s[1] == '\\' or s[2] == '\\'

def g():
    return '\\' or '\\m' or s[3] == '\\' or s[4] == '\\m'

assert f(g())

def f(x: int, a=-4, b=15, x_shape=0):
    return x < b

def g(a=-4, b=15, x_shape=0):
    return int(a / int(b))

assert f(g())

def f(x: int, a=-382, b=-1475):
    return x < a

def g(a=-382, b=-1475):
    return int(int(a) + (int(-383) + int(-1475)))

assert f(g())

def f(s: str, word="antispotentism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispotentism", max_len=10):
    if len(word) > max_len:
        return word
    else:
        return word

assert f(g())

def f(n: int, v=5004):
    return n > 0 and n < 3

def g(v=5004):
    return int(v > 0)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) % 2] == s

def g(target="foobarbazwow", length=6):
    return str(target[len(target) % 2])

assert f(g())

def f(e1: int):
    return abs(e1 ** 2 - e1) >= 100 ** -3

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: int):
    return t == 0

def g():
    return int(int("000")**6) * 2

assert f(g())

def f(x: int, a=1073358, b=32476789):
    return x == a

def g(a=1073358, b=32476789):
    return a

assert f(g())

def f(x: int, a=10154793, b=10000):
    for i in range(10):
        if x < b:
            return False
        x = x * a
    return True

def g(a=10154793, b=10000):
    return int(int(a + b * 9) ** 9 + 3) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in '2300' for i in str(str(d).count("3")))

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(s: str, s1="a", s2=[""]):
    return s.count(s1) == len(s2) and s[:10] == s1

def g(s1="a", s2=[""]):
    return "a"

assert f(g())

def f(x: int, a=133280, b=18000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=133280, b=18000):
    return int(a ^ b)

assert f(g())

def f(x: float, n=123456789):
    return x / n > 1e-6

def g(n=123456789):
     return float(n) / 3e-4

assert f(g())

def f(n: int, v=100):
    return n > v

def g(v=100):
    return v * v + 1 if v == 100 else n

assert f(g())

def f(string: str):
    return str(string) == string

def g():
    return "\\n"

assert f(g())

def f(x: int, a=4, b=14746310):
    return x - b > 0

def g(a=4, b=14746310):
    return int(int(a) * (b - a))

assert f(g())

def f(x: int, a=72352549, b=72371475):
    return a + x > b

def g(a=72352549, b=72371475):
    return a % b

assert f(g())

def f(n_str: str, p=1, e=2.15, s=2):
    if n_str == 1:
        e = 2.15
    return "hello" in n_str

def g(p=1, e=2.15, s=2):
    if not p:
        return "hello" in p
    if e > 0:
        return "hello"
    return "hello 2" + " " + e

assert f(g())

def f(x: int, b=4217081):
    if x > 0 and b > 50:
        return x - b >= 0 and x > 50
    elif x > 50:
        if y % 2 == 0 and y >= 0:
            return x ^ y / 2 == 1
        elif y >= 0:
            return x + y >= 0

def g(b=4217081):
    if b < 255:
        return b < 255
    else:
        return b

assert f(g())

def f(s: str, target="be"):
    return s == target

def g(target="be"):
    return target if target == "be" else target

assert f(g())

def f(n: int, a=345346363, b=10):
    return n > a

def g(a=345346363, b=10):
    return int(a + b)

assert f(g())

def f(s: str, t="aaAab", name=7):
    return s.index(t) != t

def g(t="aaAab", name=7):
    return t

assert f(g())

def f(n: int, a=17, b=100, c=200):
    return n + b > c if b % 2 == 0 else sum([c * pi for pi in (n, b)])

def g(a=17, b=100, c=200):
    return a*b - 1

assert f(g())

def f(n: int, a=1073258):
    return n % a == 0 or n % b == 0 and a != n

def g(a=1073258):
    return a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="enlightenment"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="enlightenment"):
    return "enlightenment"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str in s

def g(big_str="foobar", index=2):
    return "foobar" + '<small'

assert f(g())

def f(s: str, string="pooz"):
    for i in range(len(s)):
        if int(i % 4) == 0:
            if s[int(i) % 3] == string[i]:
                return True
            else:
                if s[int(i) % 2] == string[i]:
                    return True
                else:
                    return False

def g(string="pooz"):
    return str(string)

assert f(g())

def f(x: int, a=14302, b=5, x2=2):
    if a != a:
        return a, b
    return a > b and a != b

def g(a=14302, b=5, x2=2):
    return int(a + x2 ** 2) ** 2 + 3

assert f(g())

def f(s: str, a="hello", b="to"):
    return s == a if b in b else s

def g(a="hello", b="to"):
    return a if b in b else s

assert f(g())

def f(x: str, sum="0", delta=17):
    return int(x) < delta

def g(sum="0", delta=17):
    t = sum if sum else -1
    return t

assert f(g())

def f(n: int):
    return n >= 0 and n >= 2

def g():
    return int(int("123456789" + "123456789")** 0.5)

assert f(g())

def f(s: str):
    return len(s) >= len(s)

def g():
    return "World"

assert f(g())

def f(x: int, b=102512, r=2021):
    if x > r:
        return x - r > 0
    else:
        return x - r > 0

def g(b=102512, r=2021):
    return int(b * r) + 2

assert f(g())

def f(n: int, a=5, b=60, c=100):
    return n > c and (0 < a < c) and (0 < a + c < n)

def g(a=5, b=60, c=100):
    return a + b + c * c

assert f(g())

def f(s: str, a="hello", b="green", length=7):
    if s in ["hello", "yellow"]:
        return s in ["hello", "green"]
    if len(s) in ['hello', "green"]:
        return s in ["hello", "yellow"]
    return s in ["hello", "green"]

def g(a="hello", b="green", length=7):
    if len(a) == 3:
        return "hello"
    return "green"

assert f(g())

def f(n: int, m=1234578987654321, uma=10000):
    return n-uma > m

def g(m=1234578987654321, uma=10000):
    return int(((m-1) * (m-2) + (uma*2)*3) + 0) + 1

assert f(g())

def f(s: str):
    return len(s) == 6

def g():
    return "abcdef"

assert f(g())

def f(s: str, word="foobar", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="foobar", max_len=10):
    if len(word) <= max_len:
        return word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for j in range(len(word)):
            if j == 0:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return str(word) + word

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a
    if n == 0:
        return 0 and a == n // b < a
        return 0
    return sum(n) + 0.5 * b

def g(a=345346363, b=10):
    return a * b
    return sum(set(a.count("b"))) + 0.5 * b

assert f(g())

def f(s: str):
    return s.count("1") == 1 and s.count("2") == 1

def g():
    return '123456789'

assert f(g())

def f(q: int, a=253532, b=1230200):
    if q > 0 or a > 50:
        return q + a > b
    else:
        return q - a, q + b > b

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a - a, a + b > b

assert f(g())

def f(s: str, k=3):
    a, b = s[3:]
    if a != k:
        return True
    else:
        return False

def g(k=3):
    return str(k) + str(k) + " " + str(k) + " "

assert f(g())

def f(n: int, a=2099):
    return n >= a or a == n

def g(a=2099):
    return int(a ^ 4) + 2

assert f(g())

def f(x: int, a=623416, b=-39553736):
    return x == a

def g(a=623416, b=-39553736):
    x = [int(a) for a in range(a)]
    return len(x)

assert f(g())

def f(x: str):
    a = x
    if len(a) != len(x): return False
    for i in range(len(x)):
        return True
    return False

def g():
    return "World"

assert f(g())

def f(n: int, target=7012):
    return n == 7012

def g(target=7012):
    return target or ((int(target) + 1) * 9) < 50000

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s[(len(target) - len(s) // 2)] in s

def g(target="foobarbazwow", length=6):
    return "foo bazwow"

assert f(g())

def f(s: str, s1="a", s2="b", counts=100):
    return s in s1 and s in s2

def g(s1="a", s2="b", counts=100):
    return ""

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len or max_len == 10:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len or max_len == 10:
        return word

assert f(g())

def f(n: int, m=1409):
    assert m < n, "Could not find a match"
    return m < n and m < n + 1

def g(m=1409):
    return int(m) + 1

assert f(g())

def f(x: str, s=679):
    return True

def g(s=679):
    return "a123456789" + "b123456789" + "c123456789abc"

assert f(g())

def f(s: str):
    return s.startswith("123456789")

def g():
    return "123456789abcdef"

assert f(g())

def f(s: str, letters=["woo", "hoo"]):
    return s in letters

def g(letters=["woo", "hoo"]):
    return letters[0] if letters else letters[1]

assert f(g())

def f(x: int, a=17, b=1002):
    return x - a == b

def g(a=17, b=1002):
    return int(a) + b

assert f(g())

def f(v: str, big_str="foobar", index=2):
    return v >= big_str

def g(big_str="foobar", index=2):
    return str(big_str)

assert f(g())

def f(n: int):
    return str(n * n).startswith("45623456")

def g():
    return int(int("45623456" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, word="enlightenment"):
    return s == word or s == "Intelligent"

def g(word="enlightenment"):
    return word or word == "intelligent"

assert f(g())

def f(x: int, a=1000050001):
    return x ** 2 >= a

def g(a=1000050001):
    return int(a * (a+1)) * 20 ** 5

assert f(g())

def f(start: int):
    n = start - 1
    while abs(n) > 1001:
        n = n + 1
        if n == start:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    c = 0
    while c < len(s):
        c += 1
    return c > 1

def g():
    return "world"

assert f(g())

def f(string: str, s="hello world", a=7, b=3):
    return (s != string[a] + s and s == 'hello world')

def g(s="hello world", a=7, b=3):
    return "Hello World"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::1]==target) == reverse

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s in '1' + s if reverse == True else s

def g(target="reverse me", reverse=True):
    return '1' + target if reverse == True else s

assert f(g())

def f(s: str, strings=['one', 'two', 'three'], lower_bound=2):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['one', 'two', 'three'], lower_bound=2):
    return str(strings[lower_bound])

assert f(g())

def f(string: str, substring="b", count=1, length=20):
    return string.count(substring) == count + 1

def g(substring="b", count=1, length=20):
    return substring + substring

assert f(g())

def f(n: int):
    s = str(n * n)
    return s.startswith('123')

def g():
    return int(int("123456789" + "9999"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 0 or a > 50:                            
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(c: int, n=1234567890):
    return c > 123456789

def g(n=1234567890):
    return int(int("123456789" + "0"*9) ** 0.9) + 1

assert f(g())

def f(x: int, a=1534, b=1534):
    return x - a == b

def g(a=1534, b=1534):
    return a + b

assert f(g())

def f(c: str):
    return c == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return str("abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(x: float):
    return x == -3.1415

def g():
    return -3.1415

assert f(g())

def f(n:int):
    return str(n * n + n * 3).startswith("123456789") or str(n * n) == str(10)

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, word="G", a=7, b=35, count=150):
    return len(s) == 1

def g(word="G", a=7, b=35, count=150):
    return str(word)

assert f(g())

def f(n: int, target=1073258):
    return n > target

def g(target=1073258):
    return int(target) * 100

assert f(g())

def f(n: int, a=139633, b=5, cm=17):
    return n % cm == 0

def g(a=139633, b=5, cm=17):
    return (a + cm == 0) % cm

assert f(g())

def f(f: int, h=8):
    return (h * f) == h

def g(h=8):
    return f(h + 1 ** 2) + 1

assert f(g())

def f(s: str, word="m"):
    print("There are no names on this page.")
    print(s)

    print("There are at least three names here.")
    print(word)

    return len(s) == len(word)

def g(word="m"):
    return str(word)

assert f(g())

def f(x: int, a = 4, b = 54368639):
    if a == 1:
        return x % 2 != 0
    elif a == -1:
        return x % 2 != 1
    else:
        return x + a == b

def g(a = 4, b = 54368639):
    if a == 1:
        return a * a + b
    elif a == -1:
        return -a * a + b
    else:
        return -a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n * n

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(x: int, a=122, b=12306030, c = 12153060):
    if x == 0:
        return x - a > b
    else:
        return x + a > b

def g(a=122, b=12306030, c = 12153060):
    if (a + b < 12306030) and (c + b < 12153060):
        return -c + b
    else:
        return a + b + c

assert f(g())

def f(s: str):
    return len({(s, i) for i in s}) == len(s)

def g():
    return "hi"

assert f(g())

def f(n: int, a=3, b=23463462, t=65):
    return n > a + b and n > b

def g(a=3, b=23463462, t=65):
    return a + b * t + (a * t) * 3 + 10

assert f(g())

def f(s: str, a=2410, b=1254):
    return s.count("1254") * a != "123456789"

def g(a=2410, b=1254):
    return "123456789"

assert f(g())

def f(s: str):
    return s.count('o') == 5 and s.count('oo') == 0

def g():
    return "hello world " + "hello world " + "world"

assert f(g())

def f(m: int):
    if m < 10:
        return 0
    else:
        return m > 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 2:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: str, word="francoff"):
    for i in range(len(word)):
        if word[i]:
            if i % 10 == 0:
                return True
            else:
                for r in word[i]:
                    if r == word[i]:
                        return True
    return False

def g(word="francoff"):
    return "francoff"

assert f(g())

def f(s: str, word="antidinc", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidinc", max_len=10):
    if len(word) <= max_len:
        return word
    return int(input("%d/%d" * len(word)))

assert f(g())

def f(x: int, a=1020, c=1029):
    return 0 <= a <= c <= c + a

def g(a=1020, c=1029):
    return int(a * 6) + 6

assert f(g())

def f(n: int, dups=62100):
    return dups < n

def g(dups=62100):
    return (dups | 1000)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s in sorted(s, reverse=False)

def g(target="reverse me", reverse=True):
    for s in target:
        if s == s[::-1]:
            return s[::-1]
    return reverse(s)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return abs(s >= target) == reverse

def g(target="reverse me", reverse=True):
    return target.replace("/", "[^0-9]")

assert f(g())

def f(x: float, a=1010):
    return abs(x ** 2 - a) >= 10 ** -3

def g(a=1010):
    return float(a * 100) / ( 100 + a)

assert f(g())

def f(x: int, a=15365, b=121498):
    if x < 12:
        return x + a - a > 2
    else:
        return x - a + a > 2

def g(a=15365, b=121498):
    return int(a * a + b) + 5

assert f(g())

def f(nums: List[int], n=10, target=21):
    return len(nums) == len(set(nums)) == n and nums == nums

def g(n=10, target=21):
    result = []
    for num in range(10):
        result.append(num)
    end = n
    return result

assert f(g())

def f(tot: int, nums=[4, 5], thresh=17):
    return tot == sum(1 if i > thresh else 2 for i in nums)

def g(nums=[4, 5], thresh=17):
    return sum(2 if i < thresh else 3 for i in nums)

assert f(g())

def f(x: List[int]):
    return set(x) <= set("01-10-" for x in x) and sum(x) >= len(x)

def g():
    return []

assert f(g())

def f(s: str, a="hello", b=123456789):
    return s == a or []

def g(a="hello", b=123456789):
    return "hello"

assert f(g())

def f(x: int, a=1020):
    return x - a >= 10

def g(a=1020):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, s="aaAab", t="aAaaB"):
    return n > 2 or n < s.tail()

def g(s="aaAab", t="aAaaB"):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=102010101001, b=8090):
    return -x == a or -x >= b or -x < b

def g(a=102010101001, b=8090):
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, c='abcdef', target=12):
    return s.lower() == c.lower()

def g(c='abcdef', target=12):
    return str(c).lower().replace("", "")

assert f(g())

def f(n: int, v=1, w=100):
    for i in range(5):
        assert v <= w
        v *= 3
    return v > w

def g(v=1, w=100):
    return int(v) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=45):
    if len(word) <= max_len:
        return word == s
    def h1(i):
        """Return a list for all items in items, starting at i"""
        i = 0
        return (nums[i] * i + s[i]) / s
    return (h1 + i) == h1 and h2[0] == s

def g(word="antidisestablishmentarianism", max_len=45):
    if len(word) <= max_len:
        return word
    def h2(i):
        """Return a list for all items in items, starting at i"""
        i = 0
        return (nums[i] * i + s[i]) / s
    return (h2 + i) == h2 and h3[0] == s

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd', ]):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'd', ]):
    s = "a=b=c=d=d"
    return s * len(s)

assert f(g())

def f(d: float):
    return 0 <= d < 10000 and d < 10000

def g():
    return int(float("0" + "0") * 0.5) / 2

assert f(g())

def f(z: float, v=1, d=0.0001):
    return int(z * 1 / d % 10) == (1 * v)

def g(v=1, d=0.0001):
    return int(v) * d % 10

assert f(g())

def f(x: int, a=50, b=84344):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=84344):
    if a > 0 or b > 84344:
        return a + b
    else:
        return b + a

assert f(g())

def f(s: str, a=921):
    return s == "Hello world"   # s is a singleton instance, just one element

def g(a=921):
    return "Hello world"

assert f(g())

def f(s: str):
    return '\x00' in s

def g():
    return '\x00\x00'

assert f(g())

def f(d1: float):
    return d1 + (d1 - 3.5414) and d1 <= 2335

def g():
    return 1.300001

assert f(g())

def f(parts: List[str], sep="!!", string="I!love!!dumplings!!!!!"):
    return parts[0] + parts[1] and parts[2] <= sep.join(parts)

def g(sep="!!", string="I!love!!dumplings!!!!!"):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str, d=16, m=8, n=8):
    return m == n

def g(d=16, m=8, n=8):
    def g(n):
        m = n * n
        if 1 != m and 0.5 <= n:
            return "12" + "0" * "0" * m
        else:
            return "123" * m + "0" + ".5"
    return "a" * m + "b"

assert f(g())

def f(s: str):
    for c in s:
        return c != c.lower() and c.lower() in s.lower() and c.lower() in s.lower()

def g():
    return "Hello world"

assert f(g())

def f(s: str, target="reverse reverse me", reverse=True):
    return (s[::+1] == target) == reverse

def g(target="reverse reverse me", reverse=True):
    return "reverse reverse me"

assert f(g())

def f(i: int):
    return 1 + i != 0

def g():
    return int(-int("123456789" + "0"*9) ** 0) + 1

assert f(g())

def f(z: str, a=10, b=8):
    return z.startswith("01234567")

def g(a=10, b=8):
    return "0123456789a"

assert f(g())

def f(n: int, a=5, b=47, x=16):
    return n * 1 + x >= 1

def g(a=5, b=47, x=16):
    if a%5 == 0:
        return -1
    else:
        return 1

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all((x.count("a") * x.count("w") * 20) for x in s)

def g():
    return ["a"*(i+2)+"w" for i in range(1000)]

assert f(g())

def f(z: float):
    return 0 < z <= 0.001

def g():
    return 0.001

assert f(g())

def f(n: int, a=3093252338):
    return n > 9

def g(a=3093252338):
    return 4 * a - 4

assert f(g())

def f(x: int, a=93252338, b=2522):
    return x % 2 == 0

def g(a=93252338, b=2522):
    return a + (b - a % 2) % 2

assert f(g())

def f(x: int, a=14302, b=5):
    return x - a > b

def g(a=14302, b=5):
    return int(int("123456789" + "0" * 9) * b)

assert f(g())

def f(s: str):
    return str(20 ** 7) and str(14 ** 19) != "00"

def g():
    return "hi"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or max_len > 3:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or max_len > 3:
        return word
    if word[0] < s.count("a") or word[-1] < s.count("b") or word[-2] < s.count("c") < s.count("o") or word[-1] < s.count("n") or word[-2] < s.count("o") or word[-3] < s.count("n") or word[-4] < s.count("n") or word[-5] < 0:
        return word

assert f(g())

def f(x: int, a=253532, b=1130200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=1130200):
    if a == 0 and (a < 253532):
        return a
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s.count("a") != s.count("h") and s.count("d") != s.count("e")

def g(word="antidisestablishmentarianism", max_len=10):
    return string.lower() * [word for e in words] if len(word) == 2 else "antidisestablishmentarianism"

assert f(g())

def f(x: int, a=9794978, b=10379675):
    return x >= a and b >= b

def g(a=9794978, b=10379675):
    return int(a % b) + 2*(int(a % b) - int(b % b))

assert f(g())

def f(x: int, a=151813):
    return x == a

def g(a=151813):
    return a

assert f(g())

def f(x: int, a=1010, b=3):
    return x > 0

def g(a=1010, b=3):
    return 1 + a + b - 3

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x - a >= b

def g(a=8665464, b=-93206):
    return a + (b < -b)

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a > 50:
        return x - a != 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a > 50:
        return 1
    else:
        return 2

assert f(g())

def f(s: str):
    return '<' in s

def g():
    return "<"

assert f(g())

def f(x: int, a=10000000000001, b=10304328):
    return x - a == b

def g(a=10000000000001, b=10304328):
    return a + b

assert f(g())

def f(s: str, a=1321, b=26):
    return s.count("a") != a and s.count("b") != b

def g(a=1321, b=26):
    return str(a * (22 + (a+b+2) * 1321))

assert f(g())

def f(n: int, a=14095975):
    return a < n

def g(a=14095975):
    return int(a * 9)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "1234":
        assert s.count(i) == 1
    return True

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('o') * (len(s) - 3) >= 5

def g():
    return "hello world"

assert f(g())

def f(s: str, word="man", max_len=100):
    if len(word) <= max_len:
        return word == s
    r = s[1:-1]
    if r != word:
        return word and r == word[1]

def g(word="man", max_len=100):
    if max_len + 1 > len(word):
        return word
    else:
        return max_len + 1

assert f(g())

def f(s: str):
    return str(s) in list(set(s))

def g():
    return "3"

assert f(g())

def f(s: str, target="wonderful", upper=69):
    assert len(s) == len(target) # length of target
    if len(s) == len(target):
        return s == target[:upper]
    assert len(target) == len(s) # length of target is a minimum of target
    cur, max = list(zip(s, target) for s in target)
    if cur > max:
        return s == target[:max]
        assert cur >= max         # length of target in words is greater than max
        assert cur > max
        assert len(s) == len(target)  # total number of words in target

def g(target="wonderful", upper=69):
    assert target == 'wonderful'  # range of target is [0, 69]
    if len(target) == len(target):
        return target[:upper]
    assert target[:upper] == 'wonderful'  # range of target in words is [0, 69]
    cur, max = list(zip(target, target) for target in target)
    if cur > max:
        return target[:max]
        assert cur < max          # length of target in

assert f(g())

def f(x: int, a=107465, b=435720):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a

def g(a=107465, b=435720):
    return a + b

assert f(g())

def f(n: int):
    r = n
    while r > 0:
        n = r and not r != -1
        r -= 1
    return n >= 0

def g():
    return 1

assert f(g())

def f(x: str):
    assert isinstance(x, str) and len(x) == 3

    if int(x) != len(x) and int(x) > 3:
            return x != 1

    if len(x) == 3:
        x = x + x < 0
        return x != 1

def g():
    return str(3) * 3

assert f(g())

def f(li: List[int], n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return len(li) > n

def g(n=18):
    return [1, 2, 3, 6, 7, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 1, 2, 3]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        n = 4 * n + 1 if n % 2 else n // 2
        if not n > start:
            return True

def g():
    return int(int(1 - 10 ** 2 + 1 + 1)** 2)

assert f(g())

def f(n: int, c=100):
    return 4.5 < c

def g(c=100):
    return 3 * c

assert f(g())

def f(x: int, a=253532, b=1250800):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1250800):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(v: int, o=1000):
    return v and (0 + o) % (10 * (v - 10)) == o

def g(o=1000):
    return 1 + o

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return str(word) == s

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len:
        return max(word, str(word))

assert f(g())

def f(s: str, word="konjaz"):
    for i in range(len(word)):
        if word[i] == s[i].upper():
            if len(s[i]) == len(word[i]):
                return False
    return True

def g(word="konjaz"):
    return str(word[1]) + " " + str(word[-1] + "konjaz" + " " + word[1])

assert f(g())

def f(l: List[int]):
    return [i for i in range(6)] == list(l)

def g():
    return [i for i in range(6)]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50 or a > 5:
        return x + a > b
    else:
        return x + a * b

def g(a=253532, b=1230200):
    return a > b or a | a << b

assert f(g())

def f(s: str, target="foazoway", length=6):
    return target[(len(target) - length) // 2:len(target) + length] == s

def g(target="foazoway", length=6):
    if len(target) == 6:
        return target[(len(target) - 6) // 2:len(target) + length]
    else:
        return target[(len(target) - length) // 2:len(target) + length]

assert f(g())

def f(s: str, word="antispace", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispace", max_len=10):
    if word[:len(word) - 1] != word:
        return word[:len(word) + 1]

assert f(g())

def f(s: str, word="roff"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="roff"):
    return word + str("1" + "0" + str(word) + "1/0" + "0/0" + word)

assert f(g())

def f(x: int, a=1020):
    return abs(x) < 10

def g(a=1020):
    return 1

assert f(g())

def f(d: int, n=125555555123456):
    return d + 1 > n and n == 0 or 0 <= n <= d

def g(n=125555555123456):
    return n * n or 1

assert f(g())

def f(n: int, a=2, b=183638):
    return a + b // n == 2

def g(a=2, b=183638):
    return a + b * 2 + 183638

assert f(g())

def f(s: str):
    return s.count("foo") == 1 and s.count("foo") == s.count("foo")

def g():
    return "foo" + "bar"

assert f(g())

def f(n: int):
    return 0 <= n <= 1 and -n <= 31

def g():
    return int(int(str("0"*9) * 100))

assert f(g())

def f(n: int, v=4, w=100):
    return n > w

def g(v=4, w=100):
    return v > 100 and (w > 100) or w * v

assert f(g())

def f(s: str, h=6):
    assert s == [16, 15, 37, 21, 4, 17, 32, 18, 50, 1, 6, 22, 19, 20] or s[0], "solution is a combinator game"
    for i in range(h):
        if s[i] == 0:
            return False
        elif len(s) == h and i < len(s) and s[i] == target[0] and s[i + 1] == target[1] and s[i + 2] == target[2] and s[i + 3] == target[3]:
            return False
    return True

def g(h=6):
    return "game with the same number of levels"

assert f(g())

def f(x: float, a=1020):
    return x > 1020

def g(a=1020):
    return 1.5 * a

assert f(g())

def f(s: str, start="1234", n=4):
    return s[n] == 1 and start < 4 or 1 < n

def g(start="1234", n=4):
    return str(start + '\n')

assert f(g())

def f(string: str, substring="a", n=12):
    return str(string) == substring

def g(substring="a", n=12):
    return substring if n == 12 else "a"

assert f(g())

def f(n: int):
    return n % 7 == 0 or n % 10 == 0 and n % 10 == 0 or n % 15 == 0 or n % 20 == 0

def g():
    return int(int("123456789" * 10)) or 0

assert f(g())

def f(li: List[int], top = 11):
    # not needed on the front
    return li[(1 + top) % 15] == li[1]

def g(top = 11):
    return [1 for i in range(1000)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("3") + str(d).count("6") + str(d).count("1")))

def g(n=123456789):
    return n * n

assert f(g())

def f(a: int, b=1073258, c=72352549):
    return a + b > c

def g(b=1073258, c=72352549):
    return int(c * b + c)

assert f(g())

def f(a:int):
    assert a > 100
    return a >= 100

def g():
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(s: str):
    return len(s) == 6

def g():
    return "123456"

assert f(g())

def f(s: str, m=10, n=1000, b=5):
    for n in s:
        try:
            if n < 5 and m < 3:
                n += 1
            return n == m and sum(s) == i and n == m

        except ValueError:
            return False
    return True

def g(m=10, n=1000, b=5):
    return ""

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a + b < 50
    else:
        return a + b

assert f(g())

def f(nums: List[int], n=23, max_len=1024):
    return len(nums) >= max_len

def g(n=23, max_len=1024):
    return [n for n in range(max_len)]

assert f(g())

def f(s: str, word="antidisestablishmentaryism", max_len=110000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[-1] == s[-1]

def g(word="antidisestablishmentaryism", max_len=110000):
    if len(word) <= max_len:
        return word
    if len(word) == 1:
        return "no antination"
    return int(word.upper()) >= max_len and word[-1] == s[-1]

assert f(g())

def f(s: str, word="mooobooofasd"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="mooobooofasd"):
    return word[0] + word[1]

assert f(g())

def f(s: str):
    return s.count('p') == 1000 and s.count('oo') == 0

def g():
    return 'p' * 1000

assert f(g())

def f(x: float, coeffs=[2.5, 1.3, -0.5]):
    a, b, c = coeffs
    return abs(a * x ** 2 + b * x + c) >= 1e-7

def g(coeffs=[2.5, 1.3, -0.5]):
    return coeffs[0]

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if m <= 1 and (t + 1 < t) % 2 != 0 or (upper - upper != 0 and m == 1) ** 2:
            return False
    return True

def g(t=197, upper=20):
    return int(int(t+1) % 2) + 1

assert f(g())

def f(x: float, a=5160):
    return abs(x) >= 5160 // 2

def g(a=5160):
    return -(a + 5) + ((a / 2) * (a / 9))

assert f(g())

def f(n: int, a=10201202001):
    return n * 2 > a

def g(a=10201202001):
    return int(a) * 9 + 1

assert f(g())

def f(v: int):
    return v == v

def g():
    return int(int("123456789") * 60) + 1

assert f(g())

def f(x: int, a=23155573):
    return x == a

def g(a=23155573):
    return a

assert f(g())

def f(s: str, word="antiderepop", max_len=25):
    if len(word) <= max_len:
        return word == s
    return int(max_len - len(word))

def g(word="antiderepop", max_len=25):
    if len(word) <= max_len:
        return word
    if word > max_len:
        return word
    return 0

assert f(g())

def f(x: int, a=1530):
    return x > a

def g(a=1530):
    return int(a + 1) + 1

assert f(g())

def f(string: str, substring="foobar", index=2):
    return string.index(substring) == index

def g(substring="foobar", index=2):
    return substring[0] + substring[1] + substring + substring

assert f(g())

def f(s: str, word="abstract", max_len=9):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[-1]) and word[-1] == s[-1]

def g(word="abstract", max_len=9):
    assert word and word != ""
    if word is not None:
        return "abstract"
    return int(word[-2]**2) == 10

assert f(g())

def f(v: str):
    return 'hiworld' == v

def g():
    return 'hiworld'

assert f(g())

def f(n: int):
    return n <= 99

def g():
    return 2

assert f(g())

def f(n: int, a=7234629):
    return a / n == 1

def g(a=7234629):
    return a

assert f(g())

def f(x: float):
    x = 1.2 - x
    return x > 0.5

def g():
    return float("0.5")

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: ((len(target) + length) // 2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length)//2]

assert f(g())

def f(x: int, a=10122, b=-63216):
    return a + x + a != b

def g(a=10122, b=-63216):
    return a**2 - b**2

assert f(g())

def f(x: int, a=8665464, b=1569):
    return x-a > 1569 and x-a > a

def g(a=8665464, b=1569):
    return (int(a*3) + int(b*3) + int(a*3) + int(b*3))

assert f(g())

def f(d: int, n=123456789):
    return d >= n and all(i in "47" for i in str(str(d).count("4"))) == 0

def g(n=123456789):
    return n * 123456789

assert f(g())

def f(a: int, b=54368639):
    return a & b and a > b

def g(b=54368639):
    return 3 * b

assert f(g())

def f(start: int):
    n = start
    while abs(n) < 1000:
        n = 2 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        else:
            return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    # if s has one or more values of length 4:
    if s[0] == 1 and len(s[1]):
        return s[1]
    else:
        return s[:] < s[-(len(s[1]) - 1) - 1]

def g():
    return str(g)

assert f(g())

def f(x: str, s=60):
    if s != 63:
        return True
    return False

def g(s=60):
    return str(s) + str(s) + "(0, 1, 1, 1)"

assert f(g())

def f(s: str):
    return s.count('oo1') == s.count('oo2')

def g():
    return "[a-p,b] (Ooo 2) + x to [b-p,p-c] (Ooo 3) == 0"

assert f(g())

def f(x: int, a=1043991, b=7233):
    if x < 0 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=1043991, b=7233):
    if a < 0 or b > 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(path: List[List[int]], edge = [[0, 1], [2, 0]], u = 0, v = 33, bound=3):
    if len(path) == 3:
        assert len(path) != len(states) and sum(i != 0 for i, j in zip(path, path[1:])) == 0
        assert all(abs(i != 0 for i, j in zip(path, path[2:])) in edges for i, j in zip(path, path[3:]))

    return len(path) == len(edge)

def g(edge = [[0, 1], [2, 0]], u = 0, v = 33, bound=3):
    if len(edge) == 3:
        assert len(edge) != len(states) and sum(i != 0 for i, j in zip(enclosing(edge, edges[0:3]))) == 0
        assert all(abs(i != 0 for i, j in zip(enclosing(edge, edges[0:3]))) in edges[3:4])

    return edge

assert f(g())

def f(x: int, a=204763, b=108857):
    return x - a == b

def g(a=204763, b=108857):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    if max_len:
        return word
    return max(len(s) for s in s)

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word

assert f(g())

def f(path: List[int]):
    return len(path) == len(set(path)) or len(path) == len(path) and ((path[0] != (path[n])))

def g():
    return [0, 1]

assert f(g())

def f(s: str, word="konjac"):
    if len(s) != 10: return False
    if len(s) == s[0]: return True
    if len(s) != 10:
        return False
    return True

def g(word="konjac"):
    return str(word) + str(word[:-3] + word[-1])

assert f(g())

def f(y: float, v=13, d=10):
    return v / 10 == y

def g(v=13, d=10):
    return v/d

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return x.lower() == target

def g(target="reverse me", reverse=True):
    return target # TODO: Fix this for reverse for the same reason

assert f(g())

def f(x: int, a=253903, b=1260400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253903, b=1260400):
    if a > 50 or b > 1260400:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return len(x) == n

def g(word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word
    return len(x) == max_len + 1

assert f(g())

def f(t: str, s="abcdabcdab", target=7):
    i = 0
    for c in t:
        if c != s[i]:
            i += 1
    i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdabcdab", target=7):
    return "abcdabcdab"

assert f(g())

def f(list: List[str]):
    for i in range(100):
        if list[i] == list[i + 1]:
            return True
    return False

def g():
    return ["abc" for i in range(100)] * 100

assert f(g())

def f(n: int, a=12345645, b=10):
    return n // b == a

def g(a=12345645, b=10):
    return int(a) * (b) + 1

assert f(g())

def f(x: int, a=25359, b=-932732):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=25359, b=-932732):
    if a < b:
        return a < b + 1
    else:
        return a + 1 * b

assert f(g())

def f(b: str, s="f"):
    return len(b) == len(s)

def g(s="f"):
    return str(s)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x + a == b

def g(a=1073258, b=72352549):
    return 0 + b - a

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'd']):
    if chars:
        return str(chars)
    return None

assert f(g())

def f(v: List[str]):
    return min(v) == min(list(v))

def g():
    return ["Hello a", "This is a a", "This is a a", "1,2,3,4..."]

assert f(g())

def f(n: int, year_len=365):
    return 0 <= year_len <= n

def g(year_len=365):
    return int(float(year_len))

assert f(g())

def f(x: int, a=143, b=1371455):
    return x - a == b

def g(a=143, b=1371455):
    return a + b

assert f(g())

def f(l: List[str]):
    return all('permute me true') and len(l) > 995

def g():
    return ["I"*(i+2) + "a"*(i+3) + "b" for i in range(1000)]

assert f(g())

def f(s: str):
    return "Now " if len(s) > len(s) and s.count("3") == 3 else s.count("3") == 1  # no other path

def g():
    return str(g)

assert f(g())

def f(s: str, word="traceproxy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="traceproxy", max_len=10):
    if len(word) <= max_len:
        return word
    return s[0] == word[0]

assert f(g())

def f(n: int, m=7999):
    return m >= n

def g(m=7999):
    return m * -1

assert f(g())

def f(x: int, a=1020, b=10):
    return x * 2 - a * 2 > 0

def g(a=1020, b=10):
    return int(a + b - 2)

assert f(g())

def f(x: str, c=15):
    return str(x) == "hello" if c == 15 else str(x)

def g(c=15):
    return "hello"

assert f(g())

def f(x: int, a=10201202001, b=10000000):
    return x ** 2 > b

def g(a=10201202001, b=10000000):
    return a * b + a * b

assert f(g())

def f(x: int, a=1022, b=12324):
    if x > 0 or a > 50:
        return x - a == b
    elif x < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1022, b=12324):
    if a == 0:
        return 'a'
    elif b == 0:
        return 'b'
    else:
        return a + b

assert f(g())

def f(sides: List[List[int]], options=""):
    return len(set(sides)) == len(sides)

def g(options=""):
    return list(set(g()) for g in options)

assert f(g())

def f(x: int, a=100, b=1000):
    return x - a == b

def g(a=100, b=1000):
    return a + b

assert f(g())

def f(x:int, a=-735, b=14546310):
    return x - a > b

def g(a=-735, b=14546310):
    if a > b:
        return a
    a = 0
    if b > a:
        return b
    a = 0
    if b < a:
        return a
    print(a)

assert f(g())

def f(x: int, b=22131422):
    return x == b

def g(b=22131422):
    return int(b) if (b < 2) else int(b)

assert f(g())

def f(x: int, a=5, b=202839):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=202839):
    return a + b

assert f(g())

def f(x: int, a=4050, b=10000):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=4050, b=10000):
    d = int(a) + 1
    if (a * b > a) and (b * d > b):
        return a + b + d
    else:
        return a + d + d

assert f(g())

def f(x: int, a=16, b=14546310):
    x = (x + x * b)
    return x + x * b > -b

def g(a=16, b=14546310):
    return int(a % 14546310) + int(b % 14546310) - a

assert f(g())

def f(s: str):
    return s == 'o'

def g():
    return "o"[0]

assert f(g())

def f(i: int, a=100, b=1000, count=6):
    return len(str(i + 1000)) >= count

def g(a=100, b=1000, count=6):
    return int(int(a + 1000)**18) + 1

assert f(g())

def f(y: List[int], a=902518):
    y[0] = 0
    y[1] = 1
    y[2] = 0
    y[3] = 3
    i = 7
    j = 0
    return y[0] == 0 and y[1] == 1

def g(a=902518):
    return [a for i in range(9)]

assert f(g())

def f(s: str, word="merit", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="merit", max_len=100):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) + 1

assert f(g())

def f(s: str, a=15482):
    a = str(str(s).count("4"))
    s2 = str(s).count("5")
    if isinstance(a, str):
        a = a.strip()
    return s.strip() == "a"

def g(a=15482):
    return "a"

assert f(g())

def f(x: int, a=14074, b=1310):
    return x - a == b

def g(a=14074, b=1310):
    return a + b

assert f(g())

def f(x: int, a=16, b=1250):
    if x > 0 or b > 50:
        return x - a > b or x - a + b < 0
    else:
        return x + b < 0

def g(a=16, b=1250):
    return (2 * a) + (2 * b) + a

assert f(g())

def f(s: str):
    return len(s) > 4
    return (len(s) == 5) and len(len(s) == 10)

def g():
    return "hello"

assert f(g())

def f(x: int, a=10, b=1030):
    if x > 10:  # the first letter is in place of a
        return x - a == b
    else:  # the first letter is in place of a
        return x + a == b

def g(a=10, b=1030):
    if a > 10:  # the first letter is in place of b
        return a - b
    else:  # the first letter is in place of b
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s
    return int(s[0:4]) == len(word[0:4])

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) >= max_len:
        return word
    return 0

assert f(g())

def f(t: str, s="abbbcabbac", target=0, start=70):
    i = 0
    for c in t:
        i += 1
    for a in t:
        if a != c:
            i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abbbcabbac", target=0, start=70):
    if target+1 == 0:
        return ""
    if target==0:
        return "1"
    for c in s:
        if 'a' not in c:
            return ("a" not in c)
    return "1"
    return "abd"

assert f(g())

def f(x: int, a=9634):
    return x == a

def g(a=9634):
    return a

assert f(g())

def f(s: str, target="foobarbazwow", text="foobarbazwow!!"):
    return target[(len(target) - len(s) - 1) // len(target) + len(s) // 2] == s

def g(target="foobarbazwow", text="foobarbazwow!!"):
    return target[0]

assert f(g())

def f(n: int, a=345346364, b=10):
    return n // b == a and b > 0

def g(a=345346364, b=10):
    return int(a) * b

assert f(g())

def f(z: int, a=1020):
    return z > a

def g(a=1020):
    return (a + 1) % 100 ** 10

assert f(g())

def f(n: int):
    return n == 1 or n <= 0

def g():
    return int(f(1.5))

assert f(g())

def f(s: str):
    return s.count("0") == 0

def g():
    return "hello world"

assert f(g())

def f(n: int, a=2047, b=2048):
    return n // b == a

def g(a=2047, b=2048):
    return a * b

assert f(g())

def f(str: str, a="hello", b="yellow", n=4):
    if len(str) <= len(b) and (a + b) == n and len(str) != 5017 and len(str) != 42 and n < 5:
        return n - 5 + 2 * len(str)
    return 0 <= n <= len(str) and n <= len(b) and len(str) != 5017 and len(str) != 42 and n < 5

def g(a="hello", b="yellow", n=4):
    return str(a) + str(b) +str(n) +str(a) + "123456789"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] or s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("5") + str(d).count("7"))) == 0

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=16, b=123024):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=16, b=123024):
    if a > 50 and b > 123024:
        return a - b > 50
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 10:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 10:
        return a + b > b
    else:
        return a + b

assert f(g())

def f(y: List[int], n=5, s=19):
    for i in range(n):
        y[i] -= s
    return y[i] < s

def g(n=5, s=19):
    return [i * n for i in range(n)]

assert f(g())

def f(s: str, word="konjac", l=50):
    for i in range(len(word)):
        if i == 1:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", l=50):
    return word[0:25] + word[0:30]

assert f(g())

def f(s: str, word="doucle", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="doucle", max_len=10):
    if max_len<=10: return "doucle"
    if max_len>10: return "doucle"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if len(s[i]) != 1:
            return False
    return True

def g(word="konjac"):
    return str(word[0]) + "konjac"

assert f(g())

def f(s: str, target="reverse me", target_type="chris"):
    return s == target or target == s

def g(target="reverse me", target_type="chris"):
    if target_type == "chris":
        return target
    elif target_type == "chris":
        return set(target)
    elif target_type == "chris":
        return set(target)

assert f(g())

def f(x: int, a=-382, b=14645308):
    return x - a == b - a

def g(a=-382, b=14645308):
    return a + b - a

assert f(g())

def f(x: int, a=9323):
    return x == a

def g(a=9323):
    return "123456789 (123456789)" if a % 9323 else a

assert f(g())

def f(n: int, a=0, b=500, c=10):
    return n / b and n >= 1000

def g(a=0, b=500, c=10):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int):
    return -1 <= n and -1 < n and -1 <= n

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="foomadbabwizz", length=20):
    return target[(len(target) + 1) % 2: (len(target) + length) % 2] == s

def g(target="foomadbabwizz", length=20):
    return target[(len(target) + 1) % 2: (len(target) + length) % 2];

assert f(g())

def f(li: List[int]):
    return li[0] == li[1] and li[2] == li[3] and li[4] == li[5]  # four-sided box.

def g():
    return [1 for i in range(1, 1000)]

assert f(g())

def f(s: str, word="antiques", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and max_len == max_len

def g(word="antiques", max_len=20):
    return word or max_len == 2

assert f(g())

def f(i: int):
    return i > 0 or i < len(i)

def g():
    return int(int("0"*6) + 1)

assert f(g())

def f(n: int, a=15, b=27, upper_bound=300):
    return n % a > 0 and n % b > 0

def g(a=15, b=27, upper_bound=300):
    return int(a) + (int(b) < 100 and upper_bound == 300)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i] or s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac" + str(word)

assert f(g())

def f(i: int, a=1020):
    return -i < a

def g(a=1020):
    return a % 2

assert f(g())

def f(z: float, v=9):
    i = 0
    while v < 9:
        if v < 9:
            i += 1
        i += 2
        if v > 9:
            i += 3
        i -= 1
    return (0.0 ** -0.0) > z

def g(v=9):
    return (v*(v + 3) - 3) * 0.0

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=512):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] ==s[-1]

def g(word="antidisestablishmentarianism", max_len=512):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) > 255 and word[0] == s[1:-1]

assert f(g())

def f(s: str):
    return s == "!!!"

def g():
    return "!!!"[::-1]

assert f(g())

def f(d: int, n=5, m=2, r=6, s=4, target=16):
    """
    Test using only 2 inputs.
    """
    return 0 <= n <= 5

def g(n=5, m=2, r=6, s=4, target=16):
    """
    Test using only 3 inputs.

    Args:
        n: int
        m: int
        r: int
        s: str
        target: str
    """
    return int(n * m * m) + int(r * r)

assert f(g())

def f(s: str, word="desnally-oriented", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s.count("1") == 1 and 0 <= s[1:-1] == 0

def g(word="desnally-oriented", max_len=20):
    return "desnally-oriented"

assert f(g())

def f(sp: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2] == sp

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(substrings: List[str]):
    return len(set(substrings)) == len(substrings) + len(set(substrings)) - len(set(substrings))

def g():
    return ["0022222", "00333333", "0011333"]

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird']):
    return s == "Hello world"

def g(a=['cat', 'dot', 'bird']):
    return ("Hello world")

assert f(g())

def f(n: int, a=1364, b=10):
    return n // b == a

def g(a=1364, b=10):
    return a * b

assert f(g())

def f(z: float, v=9, d=1/(7/4)):
    return int(z * 1 / 3.9999999999999999999999999999) == v

def g(v=9, d=1/(7/4)):
    return int(v) * 3.9999999999999999999999999999

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target or s.lower() == target

def g(target="reverse me", reverse=True):
    return target or target == reverse

assert f(g())

def f(t: str, s="Error"):
    return s == t

def g(s="Error"):
    return "Error" # The string is not a valid regex

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return res == m and n == n

def g(m=1234578987654321, n=4):
    return m or ((n != 4) and (m != 4))

assert f(g())

def f(n: int, a=1, b=17981):
    return n * a > b

def g(a=1, b=17981):
    return (a^10100) * (10100 + b)

assert f(g())

def f(x: int, t=677, a=43, b=53):
    return x > t

def g(t=677, a=43, b=53):
    return int(t - a) + b

assert f(g())

def f(a: int, b=4096):
    return a >= 0 and b >= 0 or a >= 1 and b >= 1 or a >= 2 and b >= 2 or a >= 3 and b >= 3

def g(b=4096):
    return int(10 * (b/b)) + 1

assert f(g())

def f(x: int, a=1040, b=1024):
    return x - a == b

def g(a=1040, b=1024):
    return a + b

assert f(g())

def f(li: List[int]):
    return sorted(li[0:]) == list(range(999))

def g():
    return list(set(list(range(999))))

assert f(g())

def f(s: str, a=""):
    return len(s) == len(a)

def g(a=""):
    return str(a)[::-1]

assert f(g())

def f(x: int, a=65535, b=121818):
    if x >= 0 or a < -3:
        return x - a == b
    else:
        return x - a == b

def g(a=65535, b=121818):
    if a < -3:
        return x + (a % b).startswith("-3" + "1")
    else:
        return a + b

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=4):
    return li * 2 == target

def g(target=[17, 9, -1, 17, 9, -1], n=4):
    return target[0:3]

assert f(g())

def f(n: int, a=101020250):
    return n == a

def g(a=101020250):
    return a

assert f(g())

def f(s: str):
    return s + 'world' == 'Hello world'

def g():
    return ('Hello world' + 'world' + 'world').replace("world", "")

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len( word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(s: str, word="british", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="british", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word) and word[0] == str(word) and word[-1] == word

assert f(g())

def f(z: int):
    return z < z + 1

def g():
    return 1

assert f(g())

def f(s: str, word="vaguerrelectiv", max_len=10):
    if len(s) <= max_len:
        return s[0] and s[-1] <= max_len and s[0] >= max_len and str(s) == word
    return str(s).startswith('vaguerrelectiv')

def g(word="vaguerrelectiv", max_len=10):
    if max_len < len(word):
        return word
    else:
        return s[max_len]

assert f(g())

def f(d: int, n=123456789):
    return d > n and n != 0 and n != 1

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(s: str, s_case="CanYouTellIfItHASmoreCAPITALS"):
    return s == s_case

def g(s_case="CanYouTellIfItHASmoreCAPITALS"):
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b

def g(a=253532, b=1230200):
    if a > 50:
        return a + b

assert f(g())

def f(x: int, a=14069, b=1290):
    if x > 0 or a > 50:
        return x - a >= b
    else:
        return x - a > b

def g(a=14069, b=1290):
    return int(a) * 2 - 2 - 1 + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len and str(word) != word:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len and str(word) != word:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(n: int, a=17, b=17, c=25):
    return n + a == sum([b * i for i in range(c)])

def g(a=17, b=17, c=25):
    return sum([b * i for i in range(-1, 25)])

assert f(g())

def f(x: int, a=337567, b=11124460):
    if x > 0 or a > 31:
        return x - a == b
    else:
        return x + b == b

def g(a=337567, b=11124460):
    if (a > 31) and (b < 31) or (a < 31) or (b < 31) or (a < 31):
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=253531, b=1230200):
    if x > 0:  # ...
        return x - a != b
    if x > 50:   # ...
        return x - a != b
    else:   # ...
        return x + a == b

def g(a=253531, b=1230200):
    if a > 100: return a
    if a < 99: return 1 - a
    if b < 99: return 1 - b
    if b < 100: return b - 1
    return a * b

assert f(g())

def f(s: str):
    return s in ["world", 'hello world', 'world', 'world', 'world']

def g():
    return "world"

assert f(g())

def f(n: int, a=30, b=33, upper_bound=150):
    return n - a != 0 or -b < 27

def g(a=30, b=33, upper_bound=150):
    return int(a * b + upper_bound) + 2 * (100 - b if upper_bound else 0)

assert f(g())

def f(s: str, i=0):
    return "Hello " + s == "Hello world"

def g(i=0):
    return "world"

assert f(g())

def f(s: str, word="antisyllabism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-1) == len(word) and word[0]-1 == 0

def g(word="antisyllabism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(type(word))

assert f(g())

def f(n: int, op=0x0001001FF, s=13):
    return (op + (s >> 3) - 1) <= n

def g(op=0x0001001FF, s=13):
    return op + (s << 3) + 1

assert f(g())

def f(n: int, t=1):
    return n * n == t

def g(t=1):
    return t**2

assert f(g())

def f(x: float):
    return float((x % 5 + 1) / 8) < 1

def g():
    return 1.5

assert f(g())

def f(n: int, m=1, l=2):
    m = n
    while m > 4:
        m = -1
        l = 2
    return m < 0 and m < l or l <= m

def g(m=1, l=2):
    while l < m:
        m = -l
    return m * (l+1)

assert f(g())

def f(x: int, a=6384637, b=-8619):
    return x - a == b  # same as f15()

def g(a=6384637, b=-8619):
    return a + 1 - 1 + b

assert f(g())

def f(s: str, word="ljklp"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="ljklp"):
    try:
        return str(word)
    except SyntaxError as e:
        return False

assert f(g())

def f(s: str, m=1):
    return len(s) == m and s != ""

def g(m=1):
    return str(m)

assert f(g())

def f(s: str):
    return s + 'world' == s or s > 'world'

def g():
    return "world[^ ]" + 'world'

assert f(g())

def f(s: str, word="crappy"):
    for i in range(len(word)):
        if word[i] == 'crappy':
            if s[i] != word[i].upper():
                return False
    return True

def g(word="crappy"):
    return "3 times"

assert f(g())

def f(s: str, target="froblinbazwow", length=6):
    return target[0][(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == s

def g(target="froblinbazwow", length=6):
    return target[0][(len(target) - len(target)) // 2: len(target)-len(target) < len(target)]

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('o') == 0

def g():
    return "A string"

assert f(g())

def f(s: str):
    return s.count('e') == 1

def g():
    return str("abcdef")

assert f(g())

def f(s: str, a=5129, d=17):
    return s.count("zf2zvNjW5w9KpFmU") and s.count("NjW5w9KpFmU") != d  # cover every square once

def g(a=5129, d=17):
    return str(a) + "zf2zvNjW5w9KpFmU"

assert f(g())

def f(n: int):
    return str(n * n).startswith("6789030")

def g():
    return int(int("6789030" +"0"*9) ** 0.5) + 1

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        a = 15 * n + 1
        if n % 2 == 0:
            n = -1
        if n == start:
            return True
        return False

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(m: int, a=500, b=5):
    if m > 0:
        return m - a == b
    else:
        return m + a == b

def g(a=500, b=5):
    if b > 1000:
        return b - a == 50*50
    else:
        return b - a

assert f(g())

def f(x: int, a=25346860, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=25346860, b=1230200):
    if a > 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str, u=7):
    if (u == 7):
        return True
    return False

def g(u=7):
    return str(u + 1) or (u < 7)

assert f(g())

def f(t: str, s=20):
    return t == "Hello world" if s != t else 'Hello world'

def g(s=20):
    return "Hello world"

assert f(g())

def f(t: str, s="problems"):
    for c in t.lower():
        if c in "aeiouy":
            return True
        raise TypeError("Cannot call this." % c)

def g(s="problems"):
    for c in s:
        return "aeiouy"

assert f(g())

def f(x: float, c=-0.5, d=-0.5, b=723550):
    return c - x != d

def g(c=-0.5, d=-0.5, b=723550):
    return c * (d - b)

assert f(g())

def f(s: str, word="adityp", max_len=70):
    s = str(len(s) * 10 + 1)

    if len(s) == 3 and max_len > 7:
        return True
    if len(s) == 5 and s == "yes":                                                                # 1, 5, 5
        return True
    return False

def g(word="adityp", max_len=70):
    s = str(len(word) * 10 + 1)                                                                  # 1, 5, 5
    return str(word + " =" + str(word))

assert f(g())

def f(x: int, a=253532, b=85316):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=85316):
    if b > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 100)) < len(str(i)) + len(str(i + 1001))

def g():
    return int(int("123456789" + "1"*9)** 100 + 1)

assert f(g())

def f(s: str, a="hello", b="yellow", vals=1):
    return s.count(a) == 1
    for i in range(s | 2):
        vals += 1
    return vals == 1

def g(a="hello", b="yellow", vals=1):
    return str(a + "1" + b)

assert f(g())

def f(s: str, target=1):
    return int(str(3 ** target)[:-2] + s) == target

def g(target=1):
    return str(target)*target

assert f(g())

def f(s: str, ss1="a", ss2="b", a=4,b=54368639):
    return s[:10] == ss1

def g(ss1="a", ss2="b", a=4,b=54368639):
    return ss1.replace("-","")

assert f(g())

def f(x: int, a=98811, b=7352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=98811, b=7352549):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[0:-1])

assert f(g())

def f(x: int, a=131811):
    if x>=10000:
        return x - a == 0
    elif x>=131899:
        return x - a == 0
    else:
        return x - a == 0

def g(a=131811):
    if a > a or 1 != a:
        return a or (a % 1 == 0)
    elif a < a or 1 != a:
        return -1 + a + 1
    else:
        return a, a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100, c=1844):
    if len(word) <= max_len:
        return word == s or 'N%20'%(word[:-1],word[0])
    return int(s[-1] + c) == max_len

def g(word="antidisestablishmentarianism", max_len=100, c=1844):
    if word:
        return word
    if max_len:
        return max
    return "N%20"%(word)

assert f(g())

def f(n: int):
    return str(n + 2).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) - 1)

assert f(g())

def f(n: int):
    m = int(n)
    for i in range(0, n):
        m = i if m == 1 else -1
    return True

def g():
    return int(int("123456789" + "0"*2) ** -2)

assert f(g())

def f(d: int, n=123456789):
    if n + 1 >= d:
        return False
    return True

def g(n=123456789):
    return int(n**3) * n**3

assert f(g())

def f(t: str, s="a", n=13):
    return t == s or t[::-1] == n

def g(s="a", n=13):
    if n == 13:
        return "a"
    else:
        raise SequestionError("Incorrect n!")

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s[::-1] == target

def g(target="reverse me", reverse=False):
    if reverse:
        return target[:0]
    else:
        return target[::-1]

assert f(g())

def f(n: int, t=397):
    return n > t

def g(t=397):
    return int(int(t) + int(t))

assert f(g())

def f(s: str):
    return s == "Hey I'm just a little too old"

def g():
    return "Hey I'm just a little too old"

assert f(g())

def f(x: int, a=17, b=1022):
    if x >= 0 or a < 20:
        return x - a == b
    else:
        return x + a == b

def g(a=17, b=1022):
    if isinstance(a,int):
        return a + b
    else:
        return x + a

assert f(g())

def f(x: List[int], a=15302):
    return x[0] == 9 or x[1] == 13 or x[2] == 16

def g(a=15302):
    return [9, 13, 12, 13, 13, 12, 13]

assert f(g())

def f(left: int, k=0):
    return abs(k-left) == left

def g(k=0):
    return abs(k == 0.5) * k

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) >= lower

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return (1 <= 1 <= 2 <= 2 <= 2 <= 2 <= 2 <= 3) + 2

assert f(g())

def f(s: str, s1="b", s2="c", n=(2, 3)):
    return s == s1

def g(s1="b", s2="c", n=(2, 3)):
    return len(s1) == 2 and (s2 == s1) or len(s2) == 3 or "b"

assert f(g())

def f(li: List[int]):
    return li[2:] != li[3:]

def g():
    return [1, 2, 3]

assert f(g())

def f(res: int, m=1234578987654320, min=60, max=360):
    return res == min + 1 if m % 10 else res == m * 2 + 1 + -1

def g(m=1234578987654320, min=60, max=360):
    return res == min + 1 if m % 10 else m* 2 + 1 + -1

assert f(g())

def f(a: int, b=1848):
    return a == b or a == b < b or a == b.count("a") == 4

def g(b=1848):
    return b or b < b < 2 or a == b < b.count("a") == 6

assert f(g())

def f(w: int, a=100, b=1, c=123):
    return w + a >= c or w * c == a

def g(a=100, b=1, c=123):
    return int(int(a%3 + b%3) * 100) + 1

assert f(g())

def f(s: str):
    return s.count('o') == 0

def g():
    return "bar"

assert f(g())

def f(str: str, strings=['b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'm', 'n', 'q', 'p', 's', 'su'], top=100):
    return str.count(str) == len(str)

def g(strings=['b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'm', 'n', 'q', 'p', 's', 'su'], top=100):
    if len(strings)==1:
        return str(1)
    else:
        return str(3)

assert f(g())

def f(n: int, a=2147483648, b=1):
    return n == 2147483648

def g(a=2147483648, b=1):
    return 2147483648

assert f(g())

def f(s: str, target="q", reverse=False):
    return s[::-1] == target

def g(target="q", reverse=False):
    return target

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a * b * c and n <= 2  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) > 8

def g():
    return [1, 1] + [1, 2]

assert f(g())

def f(s: str):
    return s != "Hello world"

def g():
    return "world"

assert f(g())

def f(m: int):
    m >= 10
    return m >= 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float):
    return str(x + 3.15).startswith("123")

def g():
    return float("123456789")

assert f(g())

def f(nums: List[int], tot=12345, n=54715, max_len=64):
    return len(nums) == len(set(nums)) == len(set(nums))

def g(tot=12345, n=54715, max_len=64):
    return [tot]

assert f(g())

def f(x: int, a=1, b=15, target=32):
    assert x % 3 == 0 and x % 3 == 0, "Hint: a_0 is a multiple of 3."
    if x % 3 != 0:
        return x % 3 == 0 or x % 3 == 0
    if a % 3 == 1:
        return x % 3 == 0 or x % 3 == 0
    if a == 1:
        return x % 3 == 0 or x % 3 == 0
    if b % 3 == 1:
        return x % 3 == 0 or x % 3 == 0

def g(a=1, b=15, target=32):
    if a % 3 == 0 or a % 3 == 1:
        return 0
    if b % 3 == 1:
        return 0
    if a % 3 == 2:
        return 0
    if b % 3 == 1:
        return 0
    if a % 3 == 3:
        return 0
    return 1

assert f(g())

def f(s: str, chars=['o', 'o', 'h', 'e', 'l', ' ', 'w', 'r']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'o', 'h', 'e', 'l', ' ', 'w', 'r']):
    for c in chars:
        return str(c + "|".join(chars))

assert f(g())

def f(l: List[int], s=['a', 'b', 'd', 'e', 'f'], k=3):
    return len(l) == len(s)

def g(s=['a', 'b', 'd', 'e', 'f'], k=3):
    return [0, 3] * len(s) if len(s) < k else [3,  2] * len(s) if len(s) < k else [2] * len(s) if len(s) > k else k

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1500:
        n = 0
        if (abs(n) < 1000) or (n < 0):
            return True

def g():
    return int("1025000")

assert f(g())

def f(n: int, a=10, b=10):
    return n % a == 0 and n % b < 10

def g(a=10, b=10):
    return 2 * a

assert f(g())

def f(n: int, v=17, w=100):
    return 0 <= n & v <= 17

def g(v=17, w=100):
    return int(v * 8 + int(16 + (w - 16)) + 2)

assert f(g())

def f(n: int, a=123412, b=167768):
    return n % a == 0 and (n % b != 0 and n % b != 0) and ((a % b) == (a % b) and n % b != 0 or (a % b) == (b % b) and (a % b) == (b % b) and (a % b) == 0 or (b % b) == 0 or (a % b) == 0 or (a % b) == 0)

def g(a=123412, b=167768):
    return a % b or (a % b) == 0 and n % b and a < b or (a % b) == 0 or (a % b) == 0 or (a % b) == 0 or (a % b) == 0

assert f(g())

def f(i: int):
    return int(i + 1) < 10 * 3
    return i - 1 >= 0

def g():
    return int(int() + 1)
    return int(int()) < 10

assert f(g())

def f(nums: List[int], n=18, max_len=14):
    for i in range(len(nums)):
        if n % 3 == 0:
            return True
    return False

def g(n=18, max_len=14):
    return [1, 2]

assert f(g())

def f(sides: List[int], options=[2, 512, 1024], n=340282366920938463463374607431768211456, max_dim=13):
    prod = 1
    for b in sides:
        prod *= b
    return prod != n

def g(options=[2, 512, 1024], n=340282366920938463463374607431768211456, max_dim=13):
    return [
        2 * n * 1024,
        512 * 1024,
        1024 * 1024 + n
    ]

assert f(g())

def f(r: str):
    return str(r) == '<-1'

def g():
    return "<-1"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=-10):
    if s == str:
        return s
    return len(s) == len(word)

def g(word="antidisestablishmentarianism", max_len=-10):
    if word == 0:
        return "antidisestablishmentarianism"
    elif word == 1:
        return "antidisestablishmentarianism"
    else:
        return "antidisestablishmentarianism"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("5") + str(d).count("10")))

def g(n=123456789):
    return int(n * n) * (n * n)

assert f(g())

def f(a: int, b=15, k=100000, c=15):
    return a / c != 0

def g(b=15, k=100000, c=15):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    x = s[:1]
    if x >= s[:1]:
        return True
    elif x < 0:
        return False
    else:
        return True

def g(word="konjac"):
    x = str(word)
    if len(x) > 0:
        return x
    else:
        return False

assert f(g())

def f(big_str: str, sub_str="foobar", index=2):
    return big_str in sub_str if index == 2 else string

def g(sub_str="foobar", index=2):
    return str(sub_str) if index == 2 else "foobar"

assert f(g())

def f(d: str, prefix="d", s=2):
    return d == 'd'

def g(prefix="d", s=2):
    return prefix[:10]

assert f(g())

def f(f: float, v=9, d=0.0001):
    return f == v

def g(v=9, d=0.0001):
    return float(v)

assert f(g())

def f(n: int, a=37, b=9):
    if n > 4:
        return n > 5
    else:
        return n < 7

def g(a=37, b=9):
    return int(a) * (b) + (7*a)

assert f(g())

def f(x: float, n=4):
    return n - abs(x) < n

def g(n=4):
    return float(n) - 1.0

assert f(g())

def f(v: float):
    if v <= 0 or v > 5:
        return True
    return False

def g():
    return 0.5 + 5

assert f(g())

def f(x: float, a=1020):
    a = 1
    if a < 10:
        return True
    return False

def g(a=1020):
    return float(a) * a

assert f(g())

def f(n: int, a=231406, b=50):
    return n * 2 + (a + b) / b > a

def g(a=231406, b=50):
    return 4 + 2 + 231406 + 599999999999999999999999

assert f(g())

def f(n: int, a=15, b=100, c=20):
    return n + a + b - c - c > sum([b * i for i in range(c)])

def g(a=15, b=100, c=20):
    return sum([b * i for i in range(c)])

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], count=15):
    return count > 0

def g(ops=['x++', '--x', '--x'], count=15):
    return count - 1

assert f(g())

def f(x: float, a=60):
    return abs(x ** 2 - a) < 15 ** -4

def g(a=60):
    return a ** 0.5

assert f(g())

def f(x: int, a=4, b=6, m=5):
    if x > 0:
        return x - a > m
    else:
        return x + a > m

def g(a=4, b=6, m=5):
    return 2 * m + (a^4 + b^6)

assert f(g())

def f(y: int):
    return y == y or 0

def g():
    return 0

assert f(g())

def f(n: int, a=345346363, b=0):
    a, b = a, b
    return n >= b and a < n

def g(a=345346363, b=0):
    return a**2 - b**2

assert f(g())

def f(li: List[int]):
    for i in range(4):
        if (i % 2) == 1 and (i % 3) == 2:
            return li[i] == i
        elif (i % 2) == 1 and (i % 3) == 3:
            return li[i] == i
        elif (i % 2) == 3 and (i % (n % 2)) == 7:
            return li[i] == i
    else:
        return li[i] == i

def g():
    return [i for i in range(4)]

assert f(g())

def f(s: str):
    return s in ['Hello world' for s in s]

def g():
    return "Hello world"

assert f(g())

def f(s: str, target="foobarbazwow", b=16):
    return len(s) == len(target)

def g(target="foobarbazwow", b=16):
    return target[::-1]

assert f(g())

def f(n: int, a=3, b=23463462):
    return 0 < a and b < n

def g(a=3, b=23463462):
    return int(a * (3 + b) + 1) + 3

assert f(g())

def f(s: str, word="antityp", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="antityp", max_len=10):
    if len(word) < max_len:
        return word
    return int(s[1:-1]) == max_len

assert f(g())

def f(s: str):
    for i in range(5):
        if s[i] == 0 and s[i] != a:
            return False
    return True

def g():
    return "abcdef"

assert f(g())

def f(x: int, a=253532, b=1230200, c=16384):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=1230200, c=16384):
    if a < 0: return -a
    else: return a + b

assert f(g())

def f(s: str, a=1712):
    return len(s) >= 5 and len(s) <= a

def g(a=1712):
    return str(str(a)) + "123" + str(a)

assert f(g())

def f(s: str, target="foobarbazowad", length=24):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazowad", length=24):
    return target[(len(target) - length) // 2]

assert f(g())

def f(n: int, a=5156, b=2):
    return n // b == a

def g(a=5156, b=2):
    return int((a * b) + 1.23)

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return len(s) == len(a) and len(b) + len(s) == len(a) + len(b)

def g(a="hello", b="yellow", length=4):
    return str(s[::-1] == "hello" for s in a) and str("Hello")

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=500):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-word[-1]) == len(word[0]-word[-1]) and word[0] == s[0]-word[-1]

def g(word="antidisestablishmentarianism", max_len=500):
    if word or len(word) <= max_len:
        return word or not word

assert f(g())

def f(start: int, k=3, upper=6, sequence=[5, 6, 7], seq=[2, 2, 1]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) <= upper

def g(k=3, upper=6, sequence=[5, 6, 7], seq=[2, 2, 1]):
    return len(seq) - k and sum(seq[start:start + k]) <= upper

assert f(g())

def f(s: str):
    return str(40 ** 2888).count(s) <= 8 and len(s) == 3

def g():
    return str(100)

assert f(g())

def f(c: int, a=1003, b=500):
    if a > b:
        return a > b
    elif a < b:
        return a < b
    else:
        return -c * (a - a) * b

def g(a=1003, b=500):
    if a > b:
        return -1003 * (a - b)
    elif a < b:
        return -(b - a)
    else:
        return 1003 * (b - a) * (a - b)

assert f(g())

def f(s: str, word="konjac"):
    return len(s) == len(word) and len(s) == len(word)

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(d: str, target="Hello world"):
    return d == target

def g(target="Hello world"):
    return "Hello world"

assert f(g())

def f(x: List[int]):
    return len(x) == len(set(x)) and len(x) == len(set(x))

def g():
    return [1, 2]

assert f(g())

def f(str: str):
    return str.count(str) == 1

def g():
    return "foo"

assert f(g())

def f(n: int, d=12345678):
    return 5129 <= n < 5129 + d

def g(d=12345678):
    return d

assert f(g())

def f(s: str):
    return s.count('b') == s.count('x')

def g():
    return "Hello world"

assert f(g())

def f(res: int, m=123456):
    return m < m + 1 if m % 10 else m // 10 and res == m

def g(m=123456):
    return 1 + f(m)

assert f(g())

def f(n: int):
    return str(n * n).count("") == 2 and (n > 0)

def g():
    return 2

assert f(g())

def f(s: str):
    return s == s[::-1] and s and s[::-2] == s[::-1] and min(s) in ('permute me false')

def g():
    return "s"

assert f(g())

def f(x: str, prefix=""):
    return prefix in x and len(x) == len(prefix)

def g(prefix=""):
    return str(prefix)

assert f(g())

def f(x: int, a=135678, b=15):
    return x - a == b

def g(a=135678, b=15):
    return int(a + b) + f(a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0:  # can be equal to 3
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a < 0:
        return a + b and x - a == b
    else:
        return a + b

assert f(g())

def f(x: str, s="abbbcabbac", target=7):
    if target % 2 == 0 and x[-1] == s:
        return 'b' in x
    else:                                                                          
        return s[0] == x[0] and s[-1] == x[-1]

def g(s="abbbcabbac", target=7):
    if target % 2 == 0 and str(s) != str(target):
        return 'b' in str(x)
    else:
        return "abbbcabbac"

assert f(g())

def f(n: int, e=2):
    return str(n * n).startswith("123456789")

def g(e=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=12753462):
    return -x == -a

def g(a=12753462):
    return str(a) == 12753462 if a is None else a

assert f(g())

def f(n: int, v=28, w=100):
    for i in range(n):
        if v in {i, i + 1, i + 2, i + 3} and i <= w:
            return False
    return True

def g(v=28, w=100):
    return v * (w - 100) + 1

assert f(g())

def f(path: List[int], a=1020):
    return path[0] == 0

def g(a=1020):
    return [0, a]

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=-382, b=14546310):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 1001)) == len(str(i + 1000))

def g():
    return sum([0, 3, 4, 5, 6, 7, 8, 9])

assert f(g())

def f(s: str):
    return sorted(s[::-1]) == sorted('Permute me false')

def g():
    return "Permute me false"

assert f(g())

def f(n: int, a=1, b=12345):
    return n // b == a

def g(a=1, b=12345):
    return (a % 12345 * 3) + b

assert f(g())

def f(big_str: str, sub_str="foobarbazwow", index=2):
    return sub_str in big_str and big_str in sub_str

def g(sub_str="foobarbazwow", index=2):
    return "foobarbazwow"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == "a" if target else s[::-1] == "b")

def g(target="reverse me", reverse=True):
    return "a" if target else target

assert f(g())

def f(x: str, s=639):
    return s >= sum([int(d) for d in x])

def g(s=639):
    return str(s)

assert f(g())

def f(l: List[int], subs=""):
    return subs.join(l) == subs

def g(subs=""):
    return []

assert f(g())

def f(reps: List[str], d='h'):
    if reps is None:
        reps[reps[0]] = {}
    if reps[0] == d:
        return True
    return False

def g(d='h'):
    return ["h", "h"]

assert f(g())

def f(s: str, word=''):
    for i in range(len(word)):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
        if len(s + i) % 3 == 0:
            return False
    return True

def g(word=''):
    return "c(0,2,1)"

assert f(g())

def f(s: str, n=1416):
    return len(s) == len(s)

def g(n=1416):
    if n == 1416:
        return "Hello world"

assert f(g())

def f(r: List[int]):
    return r[0] == 15 and 0 <= r.count("a") <= 20

def g():
    return [15, 20]

assert f(g())

def f(x: int, a=100, b=60000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=60000):
    if a < 50:
        return a + b > 50
    else:
        return a + b

assert f(g())

def f(x: int, a=1, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1, b=54368639):
    return int(a == 2 or a) + 1

assert f(g())

def f(n: int, a=12, b=1, c=10):
    for i in "0123456789":
        if a == 0:
            return True
    return True

def g(a=12, b=1, c=10):
    return int(a + b + c)

assert f(g())

def f(n: int, x=0):
    return abs(x) == 0

def g(x=0):
    return (x + 1) * (x + 1) + 1

assert f(g())

def f(x: int, a=10746546, b=72352549, h=2125):
    return x > 2*h + a + b

def g(a=10746546, b=72352549, h=2125):
    return int(a * (a + b + h) * (h + b + b + 10746546))

assert f(g())

def f(x: int, a=253532, b=1280400):
    if x >= 0 or a > 50:
        return x - a == b
    else:
        return x + a != b

def g(a=253532, b=1280400):
    return int(a + b)

assert f(g())

def f(s: str):
    def prod(nums):
        ans = 1
        if s[i] != word[i].upper():
            return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g():
    return "123"

assert f(g())

def f(n: int):
    return 2 * n != 0

def g():
    return int(int("123456789" + "0"*9)**-0.5 + 1)

assert f(g())

def f(x: int, a=-382, b=14645310):
    return x - a == b

def g(a=-382, b=14645310):
    return a + b

assert f(g())

def f(n: int):
    for i in range(7012):
        for j in range(8):
            if i + j >= n:
                return False
    return True

def g():
    return int(int("123456789") * 10)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b")>x.count("a")) and ('b' in x) for x in s)

def g():
    return ["b"*(i+1)+"c" for i in range(1000)]

assert f(g())

def f(s: str):
    return s  == 'o'

def g():
    return "o"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=70):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) or word[0] == s[0].lower() and word[1] == s[-1].lower()

def g(word="antidisestablishmentarianism", max_len=70):
    if len(word) <= max_len:
        return word
    return int(int(word[0]-word[1]))

assert f(g())

def f(n: int, pairs=[[2, 3], [[3, 0], [[2, 3], [3, 0]]], [[2, 2], [2, 1], [2, 0]]], bound=11):
    return sum(p.count(-1) - p.count(1) for p in pairs) == 0

def g(pairs=[[2, 3], [[3, 0], [[2, 3], [3, 0]]], [[2, 2], [2, 1], [2, 0]]], bound=11):
    return sum(p.count(1) > p.count(2) for p in pairs) + 2

assert f(g())

def f(n: int, a=34597431, b=10):
    return n * a + b >= b

def g(a=34597431, b=10):
    return int(a) + int(b)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length)//2 // 2] == s

def g(target="foobarbazwow", length=6):
    if target:
        return target[(len(target) - length)//2 // 2]
    if length>6:
        return target[(len(target) - 3)//2 // 3]

    return target[(len(target) / length)//3]

assert f(g())

def f(nums: List[int], n=4, seed=5):
    n = len(nums)
    for i in range(0, len(nums)):
        seed = seed * seed
        seed = seed / (n + 1)
    return seed >= seed

def g(n=4, seed=5):
    return [0, 0]

assert f(g())

def f(x: int, a=8665464):
    return a % 8 == 0

def g(a=8665464):
    return a % (8 - a)

assert f(g())

def f(p: str):
    return p[0] == "!" and p[1] == "1"

def g():
    return "!123456789" + "0" * 9

assert f(g())

def f(s: str, word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word == s
    return integer(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-'a'-1] != s[-1]

def g(word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word
    return integer(word[0]) == len(word)

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(10)])

def g():
    return list(range(1000))

assert f(g())

def f(s: str):
    return s.lower() == '%d'

def g():
    return '%d' or "%.9f" %(s.count('%d' % (1, '%d')))

assert f(g())

def f(a: int, b=1, c=1234578987654321, n=1):
    for i in range(n):
        a -= c
        b -= (i * 6 if c * 3 else 1)
    return a + b > 1000 * 1000 and a + b > 9922 * 1000

def g(b=1, c=1234578987654321, n=1):
    for i in range(n):
        b -= (i * 6 if c * 3 else 1)
    return b + (c * 3 if n * 3 else 0)

assert f(g())

def f(s: str, word="antisymmetricism", max_len=10):
    return word == s

def g(word="antisymmetricism", max_len=10):
    return word.replace('^[A-Z0-9_]', '', max_len)

assert f(g())

def f(s: str, c=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in c:
        if c not in s:
            return False
    return True

def g(c=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return "hello world"

assert f(g())

def f(w: int, m=123, n=3):
    return w > m or (w - n) % n == 3

def g(m=123, n=3):
    return m + n - 1

assert f(g())

def f(str: str, sub_str="hoooboo", ids=""):
    return str.index(sub_str) == str.index(ids)

def g(sub_str="hoooboo", ids=""):
    return "hoooboo"

assert f(g())

def f(n: int):
    m = n
    while n > 3:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            m = m + 1
        if m == n:
            m = m + m * 2
    return m < m + 1

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(n: int, a=23, b=13861):
    return a != b or len(n) == a

def g(a=23, b=13861):
    return a + b

assert f(g())

def f(d: int, n=123456789):
    return d >= n and all(i in "123456789" for i in str(str(d).count("5") + str(d).count("6")))

def g(n=123456789):
    return n**(10) + 5

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return s[i] == word[i]

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str):
    return 'World world' == s

def g():
    return "World world"

assert f(g())

def f(s_case: str, s="can'ttestifitloublings"):
    return s_case == s

def g(s="can'ttestifitloublings"):
        return s

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return target[(len(target) - len(target) + length) // 2:(len(target) + len(target) + length) // 2] == s

def g(target="foobarbazwow", length=5):
    return target[(len(target) - len(target) + length) // 2: len(target) + 1:]

assert f(g())

def f(vecs: List[int]):
    return all(sum(vecs) == 3 for vecs in vecs)

def g():
    return []

assert f(g())

def f(str: str, substring="s", length=5):
    return str.count(str) > 0 and str.count(str) == len(str)

def g(substring="s", length=5):
    return str(substring)[-1]

assert f(g())

def f(t: str, s="hello", b="yellow", length=8):
    return len(t) == len(s) and s in s.lower()

def g(s="hello", b="yellow", length=8):
    return "hello"

assert f(g())

def f(n: int, a=30, b=100000, c=11, k=3):
    return n // b == a

def g(a=30, b=100000, c=11, k=3):
    return int(a * b + c) + 1

assert f(g())

def f(n: int, a=345346363, b=10):
    return n % a != 0 and a != 0

def g(a=345346363, b=10):
    return int(a) - int(b) - 1

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', ' fly', 'dot']):
    return s in a and s in b

def g(a=['cat', 'dot', 'bird'], b=['tree', ' fly', 'dot']):
    return getattr(a, "cat", "dot")

assert f(g())

def f(s: str, word="julia", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="julia", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-2] == "julia" and "julia"

assert f(g())

def f(s: str):
    len(s) == len(s)
    for index in range(len(s) -len(s) - 1):
        if index >= len(s) or index < len(s) - len(s) <= len(s) and s[index] != s[index]:
            return False
    return True

def g():
    return "hello world"

assert f(g())

def f(s: str, word="konjac"):
    if len(word) <= len(s):
        return word != s
    return len(word) == len(s) and words[word] != word[:len(s)]

def g(word="konjac"):
    """
    Returns the string for an e.g.,
    	konjac.
    """
    word = "123456789/" + str(word)
    return "foo" + (word + "123456789" + "!")

assert f(g())

def f(n: int):
    return str(n) < str(n + 1)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 9

assert f(g())

def f(x: int, a=2, b=-1, c=1, d=2021):
    if x < 0 and a < 50:
        return x + a < b
    else:
        return x - a < b

def g(a=2, b=-1, c=1, d=2021):
    return int(a < b) + int(c < b) + int(d < b)

assert f(g())

def f(n: int, x=15, b=431672):
    if x < 0:
        return x + 1 < 0
    return x + 1 + b > 431672

def g(x=15, b=431672):
    return int(x - 421672) + 1

assert f(g())

def f(x: int, a=-382):
    return x - a is 0 or 0

def g(a=-382):
    return a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len and max_len == 10:
        return word == s
    if len(word) > max_len and max_len <= 10:
        return word == s
    num = len(s)
    if len(word) < max_len:
        return word[n] == s[0] and word[-1] == s[-1]
    if len(word) > max_len and max_len <= 10:
        return word[n] == s[-1] and word[n] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word.strip('\n')
    if len(word) > max_len:
        return word.strip('\n')
    return word

assert f(g())

def f(s: str, name="hello_world"):
    return len(s) != len(name)

def g(name="hello_world"):
    return "world"

assert f(g())

def f(nums: List[int]):
    n = len(nums)
    a = (n - 1)*(n + 1)
    c = (n * n)
    return n >= 0 and a > 0

def g():
    return [1, 3]

assert f(g())

def f(root: str):
    return str(root) == 'world'

def g():
    return 'world'

assert f(g())

def f(x: int, a=17, b=123915, c=122):
    return x - a == b or x == b + a

def g(a=17, b=123915, c=122):
    return a == c or b + a

assert f(g())

def f(n: int, a=1856345, b=10):
    return n // b == a

def g(a=1856345, b=10):
    return a * b

assert f(g())

def f(x: int, a=100, b=1230200):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=1230200):
    if a < 0 and b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(nums: List[int]):
    if len(nums) != 3:
        return False  # We always use "m" as the start
    elif len(nums) != 5:
        return True
    elif len(nums) != 10:
        deltas = (1j, -1j, 1, -1, 1 + 1j, 1 - 1j, -1 + 1j, -1 - 1j)
        for i in range(10) :
            for j in range(n) :
                deltas[i] = 1.0

def g():
    return [1, 2, 3]

assert f(g())

def f(e: int, m=1234578987654321):
    return e > m

    def f14(i, j, l):
        r = 1
        while l + j != m:
            r = l, (a + i) - 1
            assert (i + j == r - a + i + j) == l
            assert (r + 1/a + m - i + j == n * l) == m
            assert (a + i) == r * m + i * m + j     
            assert (a - r) == l - m

def g(m=1234578987654321):
    return (m + 4) * m

assert f(g())

def f(s: str, target="foobarbazwow", index=2):
    return s == target

def g(target="foobarbazwow", index=2):
    return target # to use in a function call

assert f(g())

def f(n: int):
    return str(n * n + 1).startswith("123456789")

def g():
    return (int(int("123456789")) + 1) * 9

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:]

assert f(g())

def f(x: int, a=1020):
    return x == a

def g(a=1020):
    return 0 + a

assert f(g())

def f(string: str, substring=""):
    for c in substring:
        if c not in string:
            return False
    return True

def g(substring=""):
    return ""

assert f(g())

def f(s: str):
    if len(s) == 0:
        return False
    if s[0] == 'h':
        return True
    for c in s:
        if c != 'h':
            return False
    for c in s:
        if c != 'h':
            return False
    return True

def g():
    return "helloworld"

assert f(g())

def f(x: str, a=253532, b=1230200):
    return "Hello " + x == "Hello world"

def g(a=253532, b=1230200):
    return "world"

assert f(g())

def f(n: int, k=100):
    return n - k >= 10

def g(k=100):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=23, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=23, b=1230200):
    if a > 50 and b > 40:
        return a + b > 40
    else:
        return a + b

assert f(g())

def f(n: int, a=100000, b=180000):
    return n % a == 3 or n > 0 and a < b > 2 or len(set(n)) == 3

def g(a=100000, b=180000):
    return int(a * a) or len(a) <= 3 or len(set(n)) <= 3 or len(a) <= 5

assert f(g())

def f(n: List[int], v=27, w=17):
    return len(n) > 3  # should be 3 + 2 + 4 + 6 ...

def g(v=27, w=17):
    return [0, 0, 1, 0]

assert f(g())

def f(x: int, c=1234567):
    return -c >= x

def g(c=1234567):
    return -c * c

assert f(g())

def f(s: str, s1="Problems"):
    return s1 in s

def g(s1="Problems"):
    s = s1.strip()
    return str(s)

assert f(g())

def f(s: str, target="f4", length=6):
    return target[(len(target) - length) // 2: 2*(len(target) + length)] == s

def g(target="f4", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(n: int):
    s = ""
    for c in s:
        if c == s[n] and c != s[n + 1]:
            s += c
        if c != s[n + 1]:
            s += c[1] + s[1]
        if c != s[n]:
            s += c[0] + s[0]
    return len(s) <= n

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: int, a=3, b=23463462):
    return b // l == a

def g(a=3, b=23463462):
    return b // a

assert f(g())

def f(x: float, a=1020):
    return 0 <= a <= x > 0

def g(a=1020):
    return float(a)

assert f(g())

def f(n: int, top_bound=5000):
    m = top_bound
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return max(m, max(m - 1, m)) < (top_bound - 1) * m + (1 - m)

def g(top_bound=5000):
    m = top_bound
    for i in range(1000):
        m = (m - 1 if m % 10 else m // 10)
    return max(m, max(m - 1, m)) + 1

assert f(g())

def f(n: int, a=15, b=0.5):
    return abs(a * n - a) <= 7 * abs(n * b - b) + 6

def g(a=15, b=0.5):
    if (a < b):
        return -1
    else:
        return 1

assert f(g())

def f(s: str):
    return  "Hello world " + s == "Hello world world"

def g():
    return  "world"

assert f(g())

def f(n: int, a=263532, b=1330, l=2):
    return n == 0 and l == 2

def g(a=263532, b=1330, l=2):
    return 0 if a != l else a + b if (a != b) else 0

assert f(g())

def f(name: str, n=15):
    return len(name) == 1

def g(n=15):
    name = "c"
    if n > 15:
        name = str(n) + "c"
    return name

assert f(g())

def f(x: int, a=100, b=10000, c=1000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a * a

def g(a=100, b=10000, c=1000):
    if a > 50 or b > 100:
        return a + b
    else:
        return a + b * b

assert f(g())

def f(s: str):
    for k in s:
        if k not in s:
            return False
    return True

def g():
    return "999999"

assert f(g())

def f(s: str, target="blooobbazwow", length=10):
    return target[(len(target) - length) % 2 == 10:] == s

def g(target="blooobbazwow", length=10):
    return target[(len(target) - len(target)+1) % 2 == 10:]

assert f(g())

def f(s: str):
    return all([x for x in s if x != 0])

def g():
    return "world"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.upper()) or s_case == "CanYouTellIfItHASmoreCAPITALS"

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    if caps >= 4:
        return s
    else:
        return s

assert f(g())

def f(s: List[str]):
    return len(set(s)) == len(list(range(1000)))

def g():
    return ["foo1" *(i+2) + "\b" for i in range(1000)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("8") + str(d).count("4")))

def g(n=123456789):
    return n * 100000 + (n * 100000 + int(32 / 30) + (n * 12 + 30))

assert f(g())

def f(x: int, a=8665464, b=-8622):
    return a - x == b

def g(a=8665464, b=-8622):
    return ( (a,b) == -1) + a - b

assert f(g())

def f(n: int, ds=1000):
    return n > ds

def g(ds=1000):
    return int(int(1 + ds * 1) ** 0.5) + ds

assert f(g())

def f(s: str, target="foobarbazwowwowbazwowwowwow", length=6):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwowwowbazwowwowwow", length=6):
    return target[len(target) // 2]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for j in range(len(word)):
            if i == 0:
                if s[i] != word[i]:
                    return False

    return True

def g(word="konjac"):
    return str(word)
    """
    Return the end of word.
    """
    return str(word)

assert f(g())

def f(x: str, a=2, b=1547):
    if not (a and (a == b) and (a > b)) or (x and (a < b)) or (a < b) or (a > b):
        return True
    return False

def g(a=2, b=1547):
    return str(a) + str(b) + str(a)

assert f(g())

def f(n: int, a=450839, b=1020):
    return n == a

def g(a=450839, b=1020):
    return a

assert f(g())

def f(vals: List[int]):
    return vals != 0 or vals == len(vals)

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(x: int, a=15482, b=23223):
    if a > 152 and a <= 0:
        return x - a > 0
    else:
        return x + a > b > 0

def g(a=15482, b=23223):
    return int(a ** 9) + a + b

assert f(g())

def f(s: str, a=718):
    return s == 'World'

def g(a=718):
    return "World"

assert f(g())

def f(s: str, words=['dumplings', 'love', 'dumplings', 'liked', 'liked', ...]):
    assert len(s) > len(words), "Hint: if word is a multiply of 3 or 4, then words (or strings) must be sorted like: dumplings or love"
    return len({(d) for i in words for d in words}) == len({(c) for i in words for c in words})

def g(words=['dumplings', 'love', 'dumplings', 'liked', 'liked', ...]):
    if len(words) == 10:
        return ["d"*len(s) for s in words]
    return "<---[dumplings]--->".format(words[len(words)-1], words[len(words)-5])

assert f(g())

def f(x: int, b=1250, a=253532):
    if x > 0 or a > 50:
        return x - (a - b) == b
    elif x > 0 or a < 50:
        return (a + b) / (x - a) == b

def g(b=1250, a=253532):
    if b < 0 and a > 5:
        return b - (a + b) == 5
    elif b < 0 or a < 5:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, big_str="foobar", index=2):
    if big_str:
        return s.lower() == big_str.lower()
    if big_str:
        return s.lower() == big_str.lower()
    if big_str:
        return s.lower() == big_str.lower()
    return False

def g(big_str="foobar", index=2):
    if big_str:
        return "foobar"
    if big_str:
        return "%03d" % 3
    return None

assert f(g())

def f(cols: List[int]):
    for i in range(len(cols)):
        if i == 0:  # remove 0
            return True
    return False

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if len(word) == 0:
                return False
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) * len(word)

assert f(g())

def f(x: int, a=203532, b=121201, c=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=203532, b=121201, c=20):
    if a < 203532:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return s.lower() == word

def g(word="antidisestablishmentarianism", max_len=20):
    if len(word) >= max_len:
        return word
    return word

assert f(g())

def f(s: str, word="I", delim="", target=19143212):
    """
    Return the string "I!!!!!love!!dumplings!!!!!"
    """

    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="I", delim="", target=19143212):
    if word:
        return str(word) + "!KILL!"
    return None

assert f(g())

def f(n: int, a=12553494, b=3):
    return n // b == a

def g(a=12553494, b=3):
    return a * b

assert f(g())

def f(s: str, word="antidisestablishmentalistist", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s
    return int(word[1:]) == len(word[1:]) and word[-1] == s[-1] and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentalistist", max_len=10):
    if len(word) <= max_len:
        return word == word
    if len(word) >= max_len:
        return word
    return int(word[1:]) == max_len

assert f(g())

def f(a: int, b = 1022, c=622):
    return a + b and c < 2*a

def g(b = 1022, c=622):
    return 1 + b + c

assert f(g())

def f(x: int, a=253532, b=4124556):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=4124556):
    if a < 0 or b < 0:
        return int(a % b)
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=7):
    return target[(len(target) - length) // 3] == s

def g(target="foobarbazwow", length=7):
    return target[2 if length else "foobarbazwow"]

assert f(g())

def f(s: str, a="test", b="blue", length=4):
    return s == a

def g(a="test", b="blue", length=4):
    return "test" if len(a) == 4 else "blue"

assert f(g())

def f(x: int, a=4, b=546040):
    return x%2 == 0 and b % 2 == 0

def g(a=4, b=546040):
    return int(a + (a*b) * 4)

assert f(g())

def f(c: int, a=255):
    return c == a

def g(a=255):
    return a

assert f(g())

def f(s: str):
    return s.count('o') * (len(s) - 3) >= 5

def g():
    return "world[o]"

assert f(g())

def f(s: str):
    return set(s) <= set(s) or s.count(None) == s.count(True)

def g():
    return "world\nworld"

assert f(g())

def f(x: int, a=253532, b=23100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=23100):
    if a < 0:
        return a
    elif (a == 0):
        return a
    else:
        return a + b

assert f(g())

def f(substring: str, name=":"):
    return substring.count(substring) == substring.count(name)

def g(name=":"):
    return name or "123456789"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=5017):
    if len(word) <= max_len:
        return word == s
    return int(s[0] == n) and word[0] == n

def g(word="antidisestablishmentarianism", max_len=5017):
    if len(word) < max_len:
        return word
    return int(s[1] == n) and word[1] == n

assert f(g())

def f(x: int, a=253732, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253732, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=253532, b=1230300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230300):
    return a + b

assert f(g())

def f(n: int, a=3, b=23463462):
    return n - a == b

def g(a=3, b=23463462):
    return a + b

assert f(g())

def f(x: float, a=10000, b=10000, c=500):
    a = 100
    b = 100
    c = 500
    return (a + b) % 2 == 0 or (b + c) % 2 == 0 and d == 0

def g(a=10000, b=10000, c=500):
    return ((1 / a) + (1 / b) + c) % 3

assert f(g())

def f(n: int):
    return str(n * n).startswith('123456789');

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target=91):
    if target == 91:
        return s == "Hello world"
    else:
        return s == "Hello world"

def g(target=91):
    if target == 91:
        return "Hello world"
    else:
        return target[0:10]

    return "Hello world"

assert f(g())

def f(n: int, a=15482, b=23223):
    return n >= 0 and a < b

def g(a=15482, b=23223):
    return 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        if x >= 0 or a < 0:
            return x + a == b

def g(a=253532, b=1230200):
    if a < 0:
        a = 10
    return a + b

assert f(g())

def f(s: str, a=10000):
    return s == "Hello world"

def g(a=10000):
    return "Hello world"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1-1]) == len(word[1-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if word[1] != max_len:
        return word
    return str(word[1])

assert f(g())

def f(tour: List[str]):
    return sorted(tour) == sorted('Permute me true')

def g():
    return list('Permute me true')

assert f(g())

def f(s: str, word="konjac"):
    if len(s) != len(word):
        return False
    if len(s) != len(word):
        return False
    if len(s) != len(word):
        return False
    if len(s) != len(word):
        return False
    if len(s) != len(word):
        return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int):
    return 1.0 and x > 0

def g():
    return int(int("123456789" + "0"*18) ** 19)

assert f(g())

def f(x: float, a=3, b=23463462):
    return abs(x ** 2 - b) >= 3

def g(a=3, b=23463462):
    return 0.25

assert f(g())

def f(x: List[int], a=10, b=100):
    return x[0] == a and x[-1] <= b

def g(a=10, b=100):
    return [10, 100]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1 or len(set(s)) == 2 or max(set(s) for s in s + len(s)) == 1

def g():
    return [""*(i+1)+" " for i in range(10000)]

assert f(g())

def f(s: str):
    return s.count('o') == 1 or s.count('oo') == 0

def g():
    return "hello world"

assert f(g())

def f(x: int, b=95252340):
    return x == b

def g(b=95252340):
    return int(int(b)*(b-b) + b)

assert f(g())

def f(x: int, a=102008):
    return x == a

def g(a=102008):
    return int(a)

assert f(g())

def f(s: str, target="reverse me", reverse=True, reverse_count=1):
    # do some stuff with reversed me
    return s[::-1] == target

def g(target="reverse me", reverse=True, reverse_count=1):
    # do some thing with reverse me
    return target[::-1] == reverse_count if reverse_count > 1 else target[::-1]

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v > 0 for v in x])
    s = 0
    i = 0
    for t in x:
        s += t
        if t - s > len(x):
            return i
        i += 1
    return i == n

def g(t=50, n=10):
    return [int(int("123456789" + "0"*9) ** 0.5) for i in range(10)]

assert f(g())

def f(n: int, l=17, u=2):
    return n % 20 == 0 or n > 0 or n < 0

def g(l=17, u=2):
    return l % 20 == 0 or u % 20

assert f(g())

def f(x: int, a=1344, b=4444):
    return x < a or (a + b) == 2

def g(a=1344, b=4444):
    return (a + b) - (2*b) + (a + b) - 2*(b)

assert f(g())

def f(s: str, word="antidisestablishmentalistism", max_len=10):
    for i in range(len(word)):
        if i >= i % 2:
            if word[i] == s[i:i] and max_len < 7:
                return False
        else:
            if word[i] == s[i:i]:
                break
    return True

def g(word="antidisestablishmentalistism", max_len=10):
    return word[(max_len - 1)%2]

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(1, len(target) + 1):
        target[indexes[i - 1] - 1] = i
    return True

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return list(target)

assert f(g())

def f(z: float, v=2, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=2, d=0.0001):
    return (int(v) * (1 + d) - 1) ** 10 / 10

assert f(g())

def f(z: int, a=5311551054):
    return z == a

def g(a=5311551054):
    return 1*a

assert f(g())

def f(s: str):
    return s[::-1] == 'Hello world'

def g():
    return "Hello world"[::-1]

assert f(g())

def f(x: int, a=93252338):
    return x >= 93252338

def g(a=93252338):
    return a

assert f(g())

def f(x: List[int], a=20, d=18):
    return x[0] ^ x[1] ^ x[2] ^ x[3] ^ x[4] ^ x[5] ^ x[6] ^ x[7] ^ x[8] <= d

def g(a=20, d=18):
    return [1 for i in range(16)]

assert f(g())

def f(s: str, start = ""):
    return s + 'world' == start or s.count("world") == 3 or s.count("world") == 1

def g(start = ""):
    return str(start) + "(world) '\n'"

assert f(g())

def f(x: int, a=10476789709714, b=890):
    if x > 0 or a > 50:
        return x - b > a
    else:
        return x + b > a

def g(a=10476789709714, b=890):
    return int(int("123456789" + "0"*9) ** 2) + 10476789709714

assert f(g())

def f(s: str, target=5):
    return "Hello " + s == "Hello world"

def g(target=5):
    return "world"

assert f(g())

def f(n: int, a=17, b=100):
    if n == 20:
        return a
    for i in range(n):
        a += b + 1
    return a > b

def g(a=17, b=100):
    return a * b + 2

assert f(g())

def f(x:int, a=16, b=16):
    if a == 1:
        return x % 2 == 0
    elif a == 2:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=16, b=16):
    if a == 1:
        return zeros(a) or zeros(-1)
    elif a == 2:
        return zeros (-1)
    elif a == -2:
        return zeros (-1)
    else:
        return -a % 2 or -b % 2

assert f(g())

def f(x: int, a=1020120200):
    return x == a

def g(a=1020120200):
    return a

assert f(g())

def f(path: List[int], edges=[]):
    for i in range(len(path) - 1):
        if path[i + 1] == 0 and path[i] == 0.0:
            edges.append(path[i + 1])

    return True

def g(edges=[]):
    return ["d"*(i+1) and "h"*(i+2) for i in edges]

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'e'], n=4):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'e'], n=4):
    return str(n) + str(chars)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or x > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 5 and a < 5:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float):
    return x + 3.1415 and x % 42 != 3.1415 or x > 42

def g():
    return float("123456789" + "0"*9) * (42*1000) + 3.1415

assert f(g())

def f(n: int, a=121815):
    return n > 7012

def g(a=121815):
    return f(a) * a

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != s.lower():
            caps += 2
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    g = ""
    if s == "CanYouTellIfItHASmoreCAPITALS":
        g = s.lower()
    return g

assert f(g())

def f(x: int, a=4, b=123):
    if x > 0 or a > 50:
        return x - a == b
    elif x == 50:
        return x + a == b

def g(a=4, b=123):
    if a < 20 and b < 20:
        return a + b
    elif a < 30 and b < 30:
        return a + b < 20
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230400):
    if a > 50:
        return int(a) + int(b)

assert f(g())

def f(s: str):
    return s == "Hello world" and s == "Hello world"

def g():
    return "world"[::-1] and "Hello world"

assert f(g())

def f(x: int, a=153532, b=1230200, c=5):
    if x > 0 or a and b > 25:
        return x - a == b
    else:
        return x + a - b

def g(a=153532, b=1230200, c=5):
    if a > 0 or b < 3:
        return a + b
    else:
        return x + a - b

assert f(g())

def f(x: int, a=1013710, b=11137575):
    return a + x > b

def g(a=1013710, b=11137575):
    return a^2 + b^2 + 2*a

assert f(g())

def f(x: int, a=1330200, b=1230400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1330200, b=1230400):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=-382, b=15434):
    return x - a >= b

def g(a=-382, b=15434):
    return int(int("123456789" + "0"*11) ** 0.5) + 1

assert f(g())

def f(xs: str, word="konjac"):
    b =xs.count(word)
    if b > 0:
        return True
    return False

def g(word="konjac"):
    return "konjac" + word

assert f(g())

def f(s: str, target="barbadoway", length=6):
    return target[(len(target) - length) // 2] == s

def g(target="barbadoway", length=6):
    s = target[(len(target) - length) // 2]
    return s if target else s

assert f(g())

def f(sides: List[str], options=[]):
    for b in sides:
        if b != 0:
            if b != 0:
                return False
        else:
            if len(sides) != b:
                return False
    return True

def g(options=[]):
    return options

assert f(g())

def f(s: str, m=7):
    for i in range(len(s)):
        if s[i] != m:
            return True
        if s[i] != m:
            return False
    return True

def g(m=7):
    return "hello world"

assert f(g())

def f(s: str, char_letters=['O', 'H', 'M', 'D'], digits=1):
    return str(s) == ' ' or s.index(digits) == 1

def g(char_letters=['O', 'H', 'M', 'D'], digits=1):
    return ' ' or s.index(digits) == 1

assert f(g())

def f(n: int, a=123):
    return a != 3 or -3 < a < 1.5

def g(a=123):
    return a + 3

assert f(g())

def f(d: int, n=123456789):
    return d + (1 - n) > n

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(s: str, word="neelp", max_len=6):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[-1] == s[-1]

def g(word="neelp", max_len=6):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len

assert f(g())

def f(n: int, w=100):
    if n > 8:
        n -= 2
    return n - 2 - w > 0 and n > 8

def g(w=100):
    return int(float(w)**5 + float(-w)**3)

assert f(g())

def f(n: int, a=14302, b=5):
    return b * n + (-a % b) >= a or (a % b >= b) and (b - a >= 1)

def g(a=14302, b=5):
    return a | b + 1

assert f(g())

def f(n: int, b=10):
    return n >= 11 and n > 5

def g(b=10):
    return int(b) + int(b-1)**2 + b

assert f(g())

def f(x: float, a=-2147483648, b=1500, n=10):
    return float(-1020) < 0.0

def g(a=-2147483648, b=1500, n=10):
    return float(2147483648/9 + (-1020))

assert f(g())

def f(x: int, a=44368639, b=1240400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=44368639, b=1240400):
    if a < 0:
        return "a" + (b-1) + "b"
    else:
        return a + b

assert f(g())

def f(x: int, a=15482, b=23223, upper_bound=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15482, b=23223, upper_bound=5):
    if a < 0 and b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return (word - s[1:-1])
    return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return (word - s[1:-1])
    else:
        return word

assert f(g())

def f(t: str, word="goods"):
    if len(t) <= 4:
        return False
    return True

def g(word="goods"):
    return str(word)

assert f(g())

def f(n: int, a=12, b=23463462):
    return a + b // n == a

def g(a=12, b=23463462):
    return int(a) + int(b) // a + b

assert f(g())

def f(x: int, a=8665464, b=1260):
    if x < 0 or x > 0:
        return x - a == b
    elif x > 0:
        return x - b
    else:
        return b + a == b

def g(a=8665464, b=1260):
    x = 5
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    if len(s) != len(word):
        return False
    return True

def g(word="konjac"):
    return str("konjac")

assert f(g())

def f(n: int):
    return str(n * n + 1).startswith("1111")

def g():
    return int(int("11112" + "0"*22) ** 0.5) + 1

assert f(g())

def f(x: int, a=100, b=100):
    return x >= a + b

def g(a=100, b=100):
    return a * b

assert f(g())

def f(d: int, n=123456789, c=12, k=6):
    return d * k > n or (n == 2 and d > 2 ** 3) and (n == 1) and all([d != n]) and (d == k)

def g(n=123456789, c=12, k=6):
    return n * 9 + c * 6 + k * 3 + 3

assert f(g())

def f(x: int, a=99999999):
    if not a:
        return -x == a
    return int(x) == a

def g(a=99999999):
    return int(99999999 + 1 / a)

assert f(g())

def f(n: int, a=100, b=1000, index=2):
    return n // b == a

def g(a=100, b=1000, index=2):
    return int(a * b)

assert f(g())

def f(s: str, word="antics", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antics", max_len=10):
    return word.replace("12345", "-")

assert f(g())

def f(s: str, word="aragonism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s + 1) == max_len - len(word)

def g(word="aragonism", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s) == max_len - len(word)

assert f(g())

def f(s: str, target="bazwowbazwow", length=63):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="bazwowbazwow", length=63):
    return target[(len(target) - length) // 2:] or len(target) - len(target) + 2

assert f(g())

def f(s: str, a=5, b=1555156895):
    return s in [x for x in s]

def g(a=5, b=1555156895):
    return str(a)

assert f(g())

def f(n: int, a=345346363, b=9):
    return n // a == b

def g(a=345346363, b=9):
    return a * b

assert f(g())

def f(x: int, a=16, b=717):
    return x - a > b

def g(a=16, b=717):
    return int(a**8 + b**8) + a**8 + b**8 + a**8 + (a%8)**8 + 1

assert f(g())

def f(s: str, word="antisestablishmentarianismf", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] + max_dim) == n

def g(word="antisestablishmentarianismf", max_len=1024):
    if len(word) <= max_len:
        return word
    return int(word.count("3") - max_dim) == max_len

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("1234")

def g():
    return float("123456789")

assert f(g())

def f(s: str):
    return s == "CanYouTellIfItHASmoreCAPITALS"

def g():
    return 'CanYouTellIfItHASmoreCAPITALS'

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return p[0] >= 0 or p[-1] == 1

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [1, 2]

assert f(g())

def f(x: int, a=2055, b=2054):
    if x >= 0 or a >= 50:
        return x - a == b
    else:
        return x - a + b
    # convert to float
    return float(x) - float(-1)

def g(a=2055, b=2054):
    if a > 2055:
        return a
    else:
        return a + b

assert f(g())

def f(x: int, a=1119901233991):
    return x ** 2 > a

def g(a=1119901233991):
    return (a * 6 + 1) + 1

assert f(g())

def f(str: str, subc="foobar", index=0):
    return str.index(subc) == index

def g(subc="foobar", index=0):
    return subc * index + subc

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    for i in range(len(path) - 1):
        if path[i] == 0:
            return False
    return True

def g(edges=[[0, 1], [0, 2, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return []

assert f(g())

def f(n: int, a=34, b=20):
    return n // b == a

def g(a=34, b=20):
    return int(a * b) + 1

assert f(g())

def f(s: str):
    return s in [s.lower(), s.lower()]

def g():
    return "123"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s[:len(target) + 1] == target

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(int: int):
    return len(str(int + 100)) == len(str(int + 1001))

def g():
    return int(int("123456789" + "0"*1000) + 1)

assert f(g())

def f(t: str, s="Problems with test files"):
    assert len(s) == len(t)
    return s in t or len(s) == len(t) - len(t) + 1

def g(s="Problems with test files"):
    return str(s).split("/")[0]

assert f(g())

def f(y: int, a = 253532, b = 1230200):
    if y > 0 or a > 50:
        return y - a == b
    return y - a != b

def g(a = 253532, b = 1230200):
    if a > 0:
        return a + b
    return a != b

assert f(g())

def f(n: int, a=18, b=3):
    return b / 2 == 0 or 0 <= n <= b and 1 + abs(n) / 2 <= a

def g(a=18, b=3):
    return int(int(a) * (8 + 3 * a + 2 * b + 1) % 2 == 2)

assert f(g())

def f(s: List[str]):
    return set(s) <= set("18-+*/") and s.count("-") == 2 and s.count("1") == 1 and eval(s) == -1 and all([1, 2, 65, 18, 91, -30, 100, 0, 19, 52] for s in s) or all([1, 2, 65, 18, 91, -30, 100, 0, 19, 52] for s in s)

def g():
    return ["a"*6 + "b" for i in range(1000)]

assert f(g())

def f(r: int, a=6668, b=4640):
    return r == 6 * a + b

def g(a=6668, b=4640):
    return 6 * a + b + ((a+ b) * (b-b))

assert f(g())

def f(s: str):
    return "world" in s

def g():
    return "world[11]"

assert f(g())

def f(s: str, word="yqc"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="yqc"):
    return word

assert f(g())

def f(s: str, l=1, target="reverse me", reverse=True):
    return s == target if l == 1 else s

def g(l=1, target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(x: int, m=1234578987654321, a=13, b=1234578987654321):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(m=1234578987654321, a=13, b=1234578987654321):
    if (m < 0) or (a < 0):
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=453454608, b=17):
    return n // b == a

def g(a=453454608, b=17):
    return int(a * b)

assert f(g())

def f(s: str, string="I,!love!!!!!"):
    return s == string

def g(string="I,!love!!!!!"):
    return string

assert f(g())

def f(string: str, text="hello world"):
    for i in range(len(text)):
        if text == string:
            if i < len(text):
                return True
        return False

def g(text="hello world"):
    return text.replace("-", '')

assert f(g())

def f(i: int):
    return len(str(i + 1000)) > len(str(i + 1))

def g():
    return 3

assert f(g())

def f(y: str, s="Problems"):
    s + s
    return s + str(y) and y == s

def g(s="Problems"):
    s + s
    return s

assert f(g())

def f(n: int, d=2021):
    return n > d or d <= (d-1)

def g(d=2021):
    return d * 10 + 1

assert f(g())

def f(n: int, a=10201, b=7):
    return b * n + (a % b) == a

def g(a=10201, b=7):
    return int(a / b)

assert f(g())

def f(x: int, y=110100100000):
    return x  >= 0 and y < x

def g(y=110100100000):
    return int(int(y) * 10)

assert f(g())

def f(x: int, a=23, b=19):
    if a > 9:
        return x ** 2 > a
    elif b < 9:
        return x - a
    else:
        return x - a

def g(a=23, b=19):
    return int(a) + int(b + int(a + b * 9 ** 0.5))

assert f(g())

def f(s: str):
    return s != s[0] and s[0] != s[7]

def g():
    return "Hello world"

assert f(g())

def f(x: str, a=1073258, b=72352549):
    return x.count("aeiouy") and '\n' in set(f"x\n`aeiouy")

def g(a=1073258, b=72352549):
    return "aeiouy\n" + str(a)

assert f(g())

def f(x: int, a=10587845, b=84447):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10587845, b=84447):
    if a < 0:
        return a - 1 + b
    else:
        return a + b

assert f(g())

def f(x: int, a=92552338):
    return x == a and x in [-92552338, 92552338]

def g(a=92552338):
    return int(a)

assert f(g())

def f(s: str):
    return s.count('abb') == 1

def g():
    return "abb[1]b"

assert f(g())

def f(n: int, a=2099):
    return n >= a or a == n

def g(a=2099):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str):
    return t.lower() == "y"

def g():
    return "Y"

assert f(g())

def f(s: str):
    return s == "abbbcabbac"

def g():
    return "abbbcabbac"

assert f(g())

def f(s: str, target="do", v=5):
    if isinstance(s, List):
        s = s.lower()
    if len(s) > 5 or len(s) > 3:
        return s[::-1] == 'world' and len(s) == len(s) or len(s) == 0
    if target == "do":
        return s[::+1] == 'do'
    if len(s) != 3:
        return s[::-1] == 'do' and len(s) == len(s.lower())
    return s.lower() == target and s[::+1] == 'do'
    return s.lower() == target and len

def g(target="do", v=5):
    assert (len(target) != 1 and target == "do" or len(target) != 1 and target == "do" or len(target) != 2 and target == "do")
    if target == "do":
        return "do"
    if target == "do":
        return "do"
    if target == "do":
        return "do"
    if target == "do":
        return "do"
    return "t"

assert f(g())

def f(x: int, a=100, b=1000):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a == b

def g(a=100, b=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', ' '], min=60, max=12):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', ' '], min=60, max=12):
    return str(chars)

assert f(g())

def f(x: int, a=202222222222):
    return x ** 2 >= a or 0 <= a <= 0x1b

def g(a=202222222222):
    return int(int((a < 202222222222) + ((a > 202222222222) - 1) + 0x1b)) * a

assert f(g())

def f(s: str, a=3520):
    return s.count('e') == 0

def g(a=3520):
    return str(a)

assert f(g())

def f(n: int, t=197, upper=20):
    n = n
    while abs(n) > 1000:
        m = n - 1
        for i in range(t):
            if n > 1:
                if n % 2 != 1:
                    return False
                n = 2 * n + 1 if n % 2 else n // 2
                if n == n:
                    return True

def g(t=197, upper=20):
    return t * t + upper*20

assert f(g())

def f(s_case: str, s="aAaaBbbb", t=20):
    return s_case == (s.lower() if s == 0 else s.lower()).lower()

def g(s="aAaaBbbb", t=20):
    return str(s.lower() if s == 0 else s.lower()).lower()

assert f(g())

def f(n: int):
    for i in range(1):
        assert n % 1 == 0
        n -= 1 + (n - 1) // 1
    return n <= 0 and n - 1 <= 1

def g():
    return int(100) + int(10) * 10

assert f(g())

def f(s: str, target="reverse me", target_len=4):
    return s[0] in target

def g(target="reverse me", target_len=4):
    return "reverse me"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    if abs(n) > 1000:
        return True
    else:
        return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=22112, b=8):
    return x - a == b

def g(a=22112, b=8):
    return int(a) + b

assert f(g())

def f(x: int, a=222222, b=2):
    return x == (b + a) or 0 <= a < b

def g(a=222222, b=2):
    return int(a + b)

assert f(g())

def f(s: str, word="hello world", max_len=100):
    return s.count("hello world") >= max_len

def g(word="hello world", max_len=100):
    return str(word)*max_len

assert f(g())

def f(s_case: str, s="CanHeNotifyIfItHASmoreCAPITALS"):
    x = len(s_case) == 0
    assert len(s_case) > 6
    return x / len(s_case) == 0

def g(s="CanHeNotifyIfItHASmoreCAPITALS"):
    x = len(s) == 1
    assert len(s) == len(s)
    return "CanHeDisableCapitals"

assert f(g())

def f(t: str):
    return all(i in t for i in range(len(t), 10))

def g():
    return "hello world"

assert f(g())

def f(h: List[int]):
    return sorted(h) == list(range(1000))

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(m: int):
    if m < 10:
        return 0
    else:
        return m > 1

def g():
    return int(int("123456789") * 10) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for j in range(len(word)):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=12345):
    return x > a

def g(a=12345):
    return int(a * 9) + 3

assert f(g())

def f(x: int, a=0):
    return x is not 0

def g(a=0):
    return getattr(a, "a", 2)

assert f(g())

def f(substring: str, string="moooboooofasd", count=2):
    if len(substring) - 2 >= 1e-5:
        return str(substring) == substring
    return ""

def g(string="moooboooofasd", count=2):
    if len(string) == 2:
        return ""
    else:
        return "moooboooofasd"

assert f(g())

def f(s: str, n=1000):
    return s[0] == s[0]

def g(n=1000):
    return str(n * n).upper()

assert f(g())

def f(d: int, n=100000):
    return d > n + 20

def g(n=100000):
    return n * 20 - 1

assert f(g())

def f(s: str, word="int", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="int", max_len=10):
    if word == "int":
        return word
    else:
        return word

assert f(g())

def f(s: str):
    return s[0] == '$' or s[0] == '$' and is_empty(s)

def g():
    return "$3.5$"

assert f(g())

def f(x: int, a=1422, b=12303):
    return x - a == b

def g(a=1422, b=12303):
    return int(str(a)) + b

assert f(g())

def f(n: int, a=1073258):
    return n != 0

def g(a=1073258):
    return int(a) + 1

assert f(g())

def f(x: int, a=5, b=15):
    return x > 0

def g(a=5, b=15):
    return int(a < b)

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word
    return 0

assert f(g())

def f(s: str, word="konjac"):
    i, j, k = 1, 2, 3
    for i in range(len(word)):
        k = 1
        if i != 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=10000):
    return n >= a

def g(a=10000):
    return int(a) * 10

assert f(g())

def f(s: str):
    for i in range(5):
        if s[i] == 0 and s[i] != a:
            return False
    return True

def g():
    return "World"

assert f(g())

def f(x: int, a=10201202001, b=1512, c=65):
    return x**2 >= a or x >= 4 and x >= 995 and b >= 4 and b > 2

def g(a=10201202001, b=1512, c=65):
    return -1 * a or 0.5 * n * b and a < 4

assert f(g())

def f(s: str, word="konjac"):
    return str(s) == word or 0

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(s: str, target=20):
    return s != 0

def g(target=20):
    return "hello world"

assert f(g())

def f(n: int, a=123):
    assert a <= n and not a or (a>n + (a - n) % 3) % 3 == 0
    n = 3 * n + 1 if n % 2 else n // 2
    if a % 3 == 0:
        return True
    if n < 1 - a:
        return False
    return True

def g(a=123):
    return int(a) * 9

assert f(g())

def f(nums: List[int]):
    return nums[0] == 5

def g():
    return [5, 3]

assert f(g())

def f(n: int, a=23456789, b=10):
    return n // b == a

def g(a=23456789, b=10):
    return (a*b) + 1

assert f(g())

def f(n: int):
    return n > 100 or n == 1000

def g():
    return int(int("123456789" + "0"*9) / 9)

assert f(g())

def f(n: int, t=21368, upper=60000):
    return n >= t or sum([t * 5/3 for i in range(60000 - 0.5)])

def g(t=21368, upper=60000):
    return (t*2) + (t*3) + (t*4) + (2*t*5) + (t*3*5 + t * t*t) + (1 + t*2*2) + (2*t*3*3)

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 4 and sum(nums) >= 10

def g():
    return [5, 10]

assert f(g())

def f(s: str, m=500, target="d", length=500):
    return s[::-1] == target

def g(m=500, target="d", length=500):
    return "d"

assert f(g())

def f(nums: List[int], n=18):
    assert n % 3 == 0, "In the example above, n is a multiple of 3"
    return len(nums) == n

def g(n=18):
    return [int(i) for i in range(18)]

assert f(g())

def f(x: int, a=10521579, b=-1176):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10521579, b=-1176):
    if a < 50:
        return a < 50
    else:
        return a + b

assert f(g())

def f(s: str, word="japanese", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[0] * max_len).startswith("japanese")

def g(word="japanese", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[max_len:])

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) * 6) % 6 == 0] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) % 6) == 0]

assert f(g())

def f(x: int, a=5, b=279912):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=279912):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=2, b=25, c=15):
    return n / 3 and a * c != 0 and n / 3 != 2

def g(a=2, b=25, c=15):
    return a * c - b * c

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) * 2:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) * 2:]

assert f(g())

def f(t: str):
    return t[::-1].lower() != "Hello world"

def g():
    return "abc"

assert f(g())

def f(x: int, a=1245, b=133400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1245, b=133400):
    if (a < 50) or (b < 50):
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float):
    return x ** 2 + abs(x) >= 8999999 and abs(x) <= 1040999

def g():
    return float(int(int("123456789" + "0"*9) ** 0.5) ** 0.5) + 1

assert f(g())

def f(s: str, word="dumplings", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[:-1]) == max_len

def g(word="dumplings", max_len=10):
    if word:
        return str(word)
    return int(s[:-1]) == max_len

assert f(g())

def f(n: int, a=31534, b=16):
    return n // b == a

def g(a=31534, b=16):
    return 1*a * b

assert f(g())

def f(y: int, a=226635, b=1230200):
    if y > 0 or a > 25:
        return y - a == b
    else:
        return y + a == b

def g(a=226635, b=1230200):
    if a < 0 < b:
        return a, b
    else:
        return a + b

assert f(g())

def f(s: str):
    return str(1234) in s

def g():
    return "Hello World 123456789 12345"

assert f(g())

def f(n: int):
    return str(n * n).startswith("111111111111")

def g():
    return int(int("1111111111111111" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    if len(s) == 10:
        s = str(1 * len(s) + 1)
    return s != 0

def g():
    return "hello"

assert f(g())

def f(c: int, a=1003, b=500):
    if a > b:
        return a > b
    elif a < b:
        return a < b
    else:
        return -c * (a - a) * b

def g(a=1003, b=500):
    return a + b

assert f(g())

def f(n: int):
    return n != 0 and int(n) != 0.001

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s > s[::-1]

def g():
    return "world"

assert f(g())

def f(n: int, a=12, b=1247):
    return n < a

def g(a=12, b=1247):
    return int(a < 10) + 1

assert f(g())

def f(s: str):
    return s.lower() == s.lower() and s.lower() == s.lower()

def g():
    return "foo"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target and s[::-1] == target

def g(target="reverse me", reverse=True):
    x = target[::-1]
    if x < x or x > target:
        x[::-1] = x[::-4] + x[::-3]
    return x

assert f(g())

def f(n: int, b=2021):
    return -n and b == 2021

def g(b=2021):
    return 1 + f(b) + 1

assert f(g())

def f(x: int):
    return x > 0 or x < 100

def g():
    return int(int("123456789" + "0"*9) ** 4)

assert f(g())

def f(pos:int, n=33663516):
    return pos > (3 * n + 1) / 2

def g(n=33663516):
    return n*n + 1

assert f(g())

def f(c: int):
    return c == 1 or 0.5 < c

def g():
    return int(int("123456789" + "0"*3) ** 0.5)

assert f(g())

def f(n: int, v=256):
    for i in range(n):
        if v < n or n == 0:
            return True
    return False

def g(v=256):
    return int(v * 256) + 3

assert f(g())

def f(x: float, a=-2147483648, b=1500, n=10):
    return float(-1020) < 0.0

def g(a=-2147483648, b=1500, n=10):
    return float(11) * n

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] or s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(i: int, c=1):
    if i == 17:
        a = 9
        b = 0
    return i/3 > 1

def g(c=1):
    if c == 1:
        a = 10
    return c + 10

assert f(g())

def f(s: str, target="a"):
    assert len(s) == 1, "baz"
    return s[0] == target[:1]

def g(target="a"):
    return str(target)

assert f(g())

def f(v: str):
    return v == "abcdefghijklmnopqrstuvwxyz"

def g():
    return str("abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(s: str):
    return s.count(s) == len(s)

def g():
    return "n"

assert f(g())

def f(s: str, word="antises", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antises", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0] - len(word)) - word[0]

assert f(g())

def f(s: str):
    return s.count(s) == s.count("X")

def g():
    return "X = 123456789a23456789a23456789a23456789abcdefghiE"

assert f(g())

def f(tgt: int):
    if (tgt > -5):
        return True
    else:
        return False

def g():
    return int(int("123456789") * 11) + 3

assert f(g())

def f(s: str, d=19):
    return s.count("d") != d

def g(d=19):
    return "d=19"

assert f(g())

def f(d: int, n=123456789):
    return d > 99999999995

def g(n=123456789):
    return 3 * n * n

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
            n += 1
        if n % 2 == start:
            return True
        n += 1
        if n % 2 != start:
            return True
    return False

def g():
    return int(int(int("123456789")) * 123456789)

assert f(g())

def f(s: str, a=19):
    return s.count("a") == 19 and s.count("b") == 0

def g(a=19):
    return "a" * a

assert f(g())

def f(t: str, d=16):
    if d == 16: return len(t) == 4
    return len(t) == 4

def g(d=16):
    return "true"

assert f(g())

def f(x: int, a=10542341):
    return x - a == a

def g(a=10542341):
    return 2 * a

assert f(g())

def f(s_case: str, s="testcase"):
    return s and s in s_case and s in s_case.lower()

def g(s="testcase"):
    return 'hello' + (s + s) + s

assert f(g())

def f(n: int, a=1, b=72653312, c=10):
    return n // b == a

def g(a=1, b=72653312, c=10):
    return 9 + a + b + c + c

assert f(g())

def f(n: int, b=20, c=100, d=200):
    return n + b <= d and (n - 1) <= c and (n - 1 + b <= d)

def g(b=20, c=100, d=200):
    return int(b - 2 * (c - 5)) + 1

assert f(g())

def f(s: str, word="japan"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="japan"):
    return word + "\n"

assert f(g())

def f(x: int, a=10202):
    return int(x) == 2 or a > 2

def g(a=10202):
    return int(int(a) - 1) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == word
    else:
        return word

assert f(g())

def f(s: str, word="zinc"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="zinc"):
    return str(word[:3] + word[0:3])

assert f(g())

def f(x: int, a=2323456):
    return +x == a

def g(a=2323456):
    return a^2 + -2

assert f(g())

def f(n: int, t=100, p=5):
    for i in range(n):
        if i == t:
            return True
    return False

def g(t=100, p=5):
    return int(int("123456789" + "0"*9) ** p) + 1

assert f(g())

def f(s: str, word="konjac", n=1):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", n=1):
    return word[:-1]

assert f(g())

def f(s: str, name="dee", b=['foobarbazwow'], c=100):
    return s in name or s in b

def g(name="dee", b=['foobarbazwow'], c=100):
    s = str(name)
    return s

assert f(g())

def f(s: str, m=45346363):
    if '!' == s:
        s = '!'
    return s.lower() == '!'

def g(m=45346363):
    return '!'

assert f(g())

def f(s: str):
    return s == 'oo\oo\oo\oo'

def g():
    return 'oo\oo\oo\oo'

assert f(g())

def f(z: float, v=1, d=0.001):
    return int(z * 1 / d % 10) == v

def g(v=1, d=0.001):
    return 0.001 + v * 3.5

assert f(g())

def f(s: str, s1="abcdefgh", s2="abcd"):
    return s.count(s1) == 1 and s.count(s2) == 2

def g(s1="abcdefgh", s2="abcd"):
    return s1 + s2

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    else:
        return x + b == a

def g(a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    else:
        return a - b

assert f(g())

def f(s: str):
    return str(20 ** -1).count(s) == 1

def g():
    return str(20 ** -1)

assert f(g())

def f(s: str):
    return 'hi' in s

def g():
    return "hi"

assert f(g())

def f(x: str, s="abc", t=['A', 'G', 'A']):
    return str(x) == s

def g(s="abc", t=['A', 'G', 'A']):
    return 'abc'

assert f(g())

def f(x: int, a=17, b=100, c=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a > b

def g(a=17, b=100, c=20):
    return int(a) + int(b) - int(c) + int(c)

assert f(g())

def f(x: int, c=138980, r=26160825):
    return x + 1 > c
    return  x - r > c

def g(c=138980, r=26160825):
    return  int(int(r + 1 * ((3+c)/c)**2) ** 2)

assert f(g())

def f(x: int, a=100, b=100):
    n1 = x + 1
    n2 = x + 2
    if n1 > n2:
        return True
    n1 += 1 if n1 > n2 else 1 if n1 != -1 else 1
    n1 = n1 + 1 if n1 > n2 else 0
    if n1 == 0:
        n1 -= 1
    return True

def g(a=100, b=100):
    return a + b

assert f(g())

def f(x: int, a=102224, b=150000):
    return x > a + b  # increase from -1 if value is positive

def g(a=102224, b=150000):
    return a * b * b

assert f(g())

def f(d: int, n=1000):
    return d > n or d > n * 2

def g(n=1000):
    return int(n * 2) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x == 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, target="reverse_me:2.3"):
    return s.lower() == target.lower()

def g(target="reverse_me:2.3"):
    if target == "reverse_me:2.3":
        return "reverse_me:2.3"
    return s.lower() == target.lower()

assert f(g())

def f(x: int, a=1000, b=20):
    if x > 0 or a > 50:
        return x - a > b

    for i, d in enumerate(x):
        if d - a < s:
            return i - 1

    return sum(abs(d) for d in x) <= a

def g(a=1000, b=20):
    return int(a * b)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a <= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=5, b=54368640):
    return 0 <= x <= 5 and x <= 3

def g(a=5, b=54368640):
    if (a + b < 4 * 9):
        return -0.5
    else:
        return 0

assert f(g())

def f(x: int, a=156547892):
    return +x == a

def g(a=156547892):
    return getattr(f, 'sum', a)

assert f(g())

def f(x: int, a=5, b=125):
    if x < 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=125):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=1647, b=10173):
    return n % 12 == 0 or n % 12 == 0 or n % 12 == 0

def g(a=1647, b=10173):
    return a + b or b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('I am a permute me true')

def g():
    return "I am a permute me true"

assert f(g())

def f(max_len: int):
    return all(x >= max(max_len) for x in range(0) for x in range(max_len))

def g():
    return int(int("123456789" + "0"*9)** 100)

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return target[(len(target) + length) // 2 - (len(target) + length)// 2] == s

def g(target="foobarbazwow", length=5):
    return target[(len(target) + length) // 2 - (len(target) + length)// 2]

assert f(g())

def f(x: int, a=90252338):
    return x == a

def g(a=90252338):
    return a

assert f(g())

def f(s: str):
    return s[::-1] ==s[::-1] and s[::-1] ==s[::-1] and s[::-1] == s[::-1]

def g():
    return "the string"

assert f(g())

def f(x: int, a=10, b=14546310):
    return x ** 2 + a > b

def g(a=10, b=14546310):
    return int(a + b) - (a - b) ** 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and words[-1] == word[-1] and words[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(word[len(word) - 1], max_len) + 1

assert f(g())

def f(n: int, a=3, b=2021):
    return n // b == a

def g(a=3, b=2021):
    return int(int(a * b) + int(b) ** 0.5) + 1

assert f(g())

def f(x: int, a=4, b=54368680):
    return x / 2 == 0 or x % 2 == 0 or x % 2 == 1

def g(a=4, b=54368680):
    return a - 4 * b or a % 2 == 0 and a - 4 < b

assert f(g())

def f(x: int, a=1555, b=12345):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1555, b=12345):
    if a < 0:
        return a - b
    elif a > 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, t=6788):
    return n > t or t > b.count("22")

def g(t=6788):
    return 1 + 2*t or t > d.count("0123456789")

assert f(g())

def f(t: str, target="foobarbazaw"):
    return target[(len(target) - 21) + 1] == t

def g(target="foobarbazaw"):
    return target[(len(target) - 21) : len(target) % 3]

assert f(g())

def f(x: int, a=75000, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=75000, b=10):
    if a < 50 and b < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(substring: str, string=':', count=1):
    return string.count(substring) == 1

def g(string=':', count=1):
    return str(string)

assert f(g())

def f(nums: List[int]):
    return list(nums) == list(range(100))

def g():
    return list(range(100))

assert f(g())

def f(s: str, word1="antidisestablishmentarianism", max_len=10):
    if len(word1) <= max_len:
        return word1 == s
    if len(word1) >= max_len:
        return word1 == s
    return int(word1[-1] + word1[1:-1]) and word1[-1] <= s[-1]

def g(word1="antidisestablishmentarianism", max_len=10):
    if word1 in word1: return word1
    if word1 < max_len:
        return word1
    if word1 > max_len:
        return word1 + 1
    return int(word1[-1] + word1[1:-1])

assert f(g())

def f(s: str):
    return "s" in s

def g():
    return "s"

assert f(g())

def f(s: str, word="h", str="o"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="h", str="o"):
    return word.lower().upper()

assert f(g())

def f(x: int, a=7451534, b=-22, c=14546310):
    return x + 1 <= a and x + 2 <= b

def g(a=7451534, b=-22, c=14546310):
    return int(int("123456789" + "0"*1) + (a * b) * (c + a) * (b + b) * (a + b) * (a + b) * b)

assert f(g())

def f(s: str, word="hello"):
    return True if s == word or s != word[-1] and all(len(word) - 1 < len(word) - 1) == len(word) else None

def g(word="hello"):
    return word if word == "hello" else None

assert f(g())

def f(x: int, a=253532, b=151420, c=1530):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=151420, c=1530):
    if a < 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(p: str):
    return "123456789" in p

def g():
    return "123456789" + "0" * 9

assert f(g())

def f(s: str):
    return s[::-1] == s[::-4] and s[0] == s[0]

def g():
    return "a"

assert f(g())

def f(n: int, a=5, b=4, c=5):
    if n == 5:
        return n // 2
    else:
        return n != 2 and a == 5

def g(a=5, b=4, c=5):
    return int(a * b * c)

assert f(g())

def f(x: int, a=21, b=10821905):
    if x > 0 and a > 15:
        return x - a == b
    else:
        return x + a == b  # jump to position

    return 0 <= x <= -a and x <= -b and len(x) <= k  # no move sequence

    return len(seq) == len(seq)

def g(a=21, b=10821905):
    if a != b:
        return a + b
    else:
        return len(seq) + 1

assert f(g())

def f(x: int, a=9449514, b=1854):
    if a == '+':
        return x // 2
    return x > 116400

def g(a=9449514, b=1854):
    return 10*a + 5*b

assert f(g())

def f(s: str, word="jokko"):
    for i in range(len(word)):
        if i == 0:  # konjac
            if s[i] != word[i]:
                return False
    return True

def g(word="jokko"):
    return word + "jokko"

assert f(g())

def f(string: str, b="meow", n=122):
    return string.index(b) == 0 or 'intelligent'

def g(b="meow", n=122):
    return b.lower() == n or "meow"

assert f(g())

def f(x: int, a=-1e-5, b=1073258):
    return x-b >= a

def g(a=-1e-5, b=1073258):
    return int((int(a+1)**2 +int(b+1)**2) - 5)

assert f(g())

def f(x: int, a=1080, b=2720, c=4):
    if a == 5 or a == -6:
        return x % 2 == 0
    elif a == -5 or a == -5:
        return x % 2 == 1
    elif a == -6 or a == -6:
        return x % 2 == 2
    elif a == -5 or a == 3:
        return x % 2 == 3
    else:
        return x + a > b > c

def g(a=1080, b=2720, c=4):
    return int(a * b / c) + 1

assert f(g())

def f(x: int, a=30, b=-1378369670):
    return x - a == b

def g(a=30, b=-1378369670):
    return a + b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n or min(a, b, c) > 0 and n > 2) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, word="theismalism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len < len(word):
        return word == s
    return int(word[1:]) == len(word)

def g(word="theismalism", max_len=10):
    if max_len < len(word):
        return word
    return int(word[1:]) == len(word)

assert f(g())

def f(s: str, word=16):
    r = []
    for i in range(len(s)):
        r.append(s[i])
    return len(r) == 1

def g(word=16):
    if word == 16:
        return "s"
    else:
        return {"a"*(word + 1) for word in word}

assert f(g())

def f(tot: int, nums=[5, 12, 14, 12, 20, 12], thresh=17):
    return tot == sum(1 if i > thresh else 2 for i in nums)

def g(nums=[5, 12, 14, 12, 20, 12], thresh=17):
    return len(nums) == 15 and nums.remove(0) == 0 or sum(1 if i > thresh else 2 for i in nums)

assert f(g())

def f(s_case: str, s="CanISeeIfITHASmoreCAPITALS"):
    if not s.lower():
        return s.lower()
    ifsig = 0
    if s == s_case:
        return s_case.lower() != s
    else:
        return s

def g(s="CanISeeIfITHASmoreCAPITALS"):
    return "CanISeeIfITHASmoreCAPITALS"

assert f(g())

def f(d: int, n=123456789, v=1):
    return d == n if v == 1 else n

def g(n=123456789, v=1):
    return int(n * v) + (n-1) * (n-2) * (v-1)

assert f(g())

def f(s: str):
    return s >= s[0] and s < s[11] and s > s[0]

def g():
    return ("123456789" + "0"+"12346789")

assert f(g())

def f(d: int, n = 3, m = 3):
    return d > n and d > m and 0 < n <= 3

def g(n = 3, m = 3):
    return n and m + 1 or n < m

assert f(g())

def f(start: int):
    n = start + 1 ** 32 ** 2
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return true
        if n % 2 == 0:
            return True
        if abs(n) < 2:
            return True

    return False

def g():
    return int("123456789")

assert f(g())

def f(t: str, s="abbbcabbac", r="abb", u=0):
    for i in t:
        r = s[i]
        if not r:
            continue
        if r != s:
            return False
    return True

def g(s="abbbcabbac", r="abb", u=0):
    for i in range(0, 5):
        s = s[:i+2]
        r = s[i:int(i)]
    return r

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] or s[i] != word[i]:
                return False
        else:
            if s[i] != word[i] or s[i] != word[i] and i < b:
                return False
    return True

def g(word="konjac"):
    return "konjac " + str(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=100):
    return str(s) == target

def g(target="foobarbazwow", length=100):
    return str("foobarbazwow")

assert f(g())

def f(x: int, a=2, b=-1, c=1, d=2021):
    y = x / 2
    d = d / 2
    return (a * x + b - c * x - d) > d + 10 ** -5

def g(a=2, b=-1, c=1, d=2021):
    a = 2 * a
    b = 2 * b
    c = d / a
    return int(a * b + c * d - a * d / b)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) - 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) - 1]

assert f(g())

def f(s: str, a="world", b="g1"):
    return s == a or s == b and sum(x) == 0

def g(a="world", b="g1"):
    return a or sum(x) == 0

assert f(g())

def f(c: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "".join((perm[(perm.index(c) + 1) % len(perm)] if c in perm else c)) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "hello" if target in perm else target

assert f(g())

def f(s: str):
    print(s)
    return sorted(s) == sorted('Permute me false')

def g():
    return 'Permute me false'

assert f(g())

def f(x: float):
    if not x:
        return False
    return True

def g():
    return float(3)

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str, word="eure"):
    if len(word) < len(s):
        return False
    elif len(word) > len(s):
        return False
    else:
        return True

def g(word="eure"):
    return "eure"

assert f(g())

def f(x: float, a=1053389):
    return x == a

def g(a=1053389):
    return float(a)

assert f(g())

def f(x: str, a=10, b=9):
    for i in range(len(x)):
        if i == 0:
            if a != b:
                return True
    return False

def g(a=10, b=9):
    return str(a - b + 1)

assert f(g())

def f(s: str, target="reverse me", reverse=True):  # reverse the largest heap
    return target[(len(target) - len(s) // 2) // 2] == s or 0 <= len(s)

def g(target="reverse me", reverse=True):
    if target == "0":
        #reverse me,
        return s
    elif target == "3":
        return s[::-1]
    elif target == "4":
        return s.count('4')
    else:
        return target[(len(target) - 0) // 2]

assert f(g())

def f(x: int, a=184350, b=54368639):
    if x > 0 or a > 100 and len(x) == 5:
        return x - a == b
    else:
        return x + a == b

def g(a=184350, b=54368639):
    if a <= 100 and len(a) != 5:
        return b + a == b
    else:
        return a + b

assert f(g())

def f(c: int):
    return c > 127

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(start: int, k=3, lower=150, seq=[1, 1, 2, 65, 18, 91, -30, 0, 19, 52]):
    return 0 <= start <= len(seq) - k + 1

def g(k=3, lower=150, seq=[1, 1, 2, 65, 18, 91, -30, 0, 19, 52]):
    return (0 <= k <= 75) + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 100 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2) + "b" for i in range(100)]

assert f(g())

def f(x: int, a=1074, b=7150615):
    return x * a > b

def g(a=1074, b=7150615):
    return int(int (a/(b*(8 + 7)) + 8*b)) + 4

assert f(g())

def f(s: str, n=918):
    return s == "Sebastian I.A.F."

def g(n=918):
    return "Sebastian I.A.F."

assert f(g())

def f(x: int, a=10722487, b=72352550):
    return a + x > b

def g(a=10722487, b=72352550):
    return 1 + a * b

assert f(g())

def f(s: str):
    return s.lower() == "\\".lower().lower()

def g():
    return "\\".lower()

assert f(g())

def f(s: str, strings=['the', 'theo']):
    for c in strings:
        if c not in s:
            return False
    return True

def g(strings=['the', 'theo']):
    return str(repr(strings))

assert f(g())

def f(s: str, target="foobarbazwow", count=2):
    return target[(len(target) - 1) % 2 // 2] == s

def g(target="foobarbazwow", count=2):
    return target[(len(target) - 1) % 2 - len(target) == 2]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n + c ** n + n or 1) >= 995

def g():
    return [12, 11, 5, 8]

assert f(g())

def f(s: str, target="foobar", length=6):
    return target[(len(target) - length) // 2:] == s

def g(target="foobar", length=6):
    return "foobar"

assert f(g())

def f(s: str, word="dejabin", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[0] - len(word)) + len(word)

def g(word="dejabin", max_len=1000):
    if len(word) >= max_len:
        return word[:-1]
    return word

assert f(g())

def f(x: int, a=512, b=1210):
    return x - a == b

def g(a=512, b=1210):
    return a + b

assert f(g())

def f(start: int):
    n = start  # could be positive ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if n >= 0:
            return True
    return False

def g():
    return int(int("123456789") * 9)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s) > len(target) or len(target) > len(target)

def g(target="foobarbazwow", length=6):
    return target * len(target)

assert f(g())

def f(x: int, a=895, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

    return True

def g(a=895, b=1230200):
    return a + b

assert f(g())

def f(n: int, e=100000):
    return n / 2 < n and e < n

def g(e=100000):
    return int(int("123456789" + "0123456789" + "123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=13553579):
    return x == a

def g(a=13553579):
    return int(a)

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) != 2  # x is a positive variable

def g():
    return [0] * 3

assert f(g())

def f(n: int, nlen=9000):
    return n == nlen

def g(nlen=9000):
    return int(nlen)

assert f(g())

def f(x: float, a=5000):
    return abs(-2.0 - x) > 5000

def g(a=5000):
    return a*-2.0 + 0.5*(a % 2)

assert f(g())

def f(s: str):
    return 0 <= len(s) and len(s) <= 20

def g():
    return 'abc'

assert f(g())

def f(x: float):
    return x - 3.1415 > 0

def g():
    return int(int("123456789") * 10) + 2.92345

assert f(g())

def f(v: int, e=0, p=3, t=3):
    return (v + e * t + p * e) == v and v == 0 and e < p == 3

def g(e=0, p=3, t=3):
    return int(e * (1 + p))

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s.lower() == target

def g(target="reverse me", reverse=False):
    if target == "reverse me" and target in ["reverse me", "reverse me", "reverse me"]:
        target = "reverse me"
    return "reverse me"

assert f(g())

def f(a1: List[int]):
    a2 = a1[0] ^ a1[1]
    return a2 == a1[0] ^ a1[2]

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 1000))

def g():
    return int(int("123456789") * 8) + 1

assert f(g())

def f(x: float, a=16, b=2, c=4, d=1):
    assert a != 0 and c != 1
    if c != 1:
        return x % 2 == 0
    for i in range(a):
        if a == 1:
            return x % 2 == 1
        elif a != b:
            return x + a == b
    return 0.0

def g(a=16, b=2, c=4, d=1):
    assert a != 0 and c != 1
    if d != 1:
        return x % 2 == 0
    for i in range(a):
        if b == 1:
            return x % 2 == 1
        elif d == 2:
            return x % 2 == 1
    return 0.0

assert f(g())

def f(k: int, q=2):
    b = q
    for i in range(2, k):
        if b > 1.1 and b > 100:
            return False
        b -= 100 if b < 1.1 and b > 100 else b
    return True

def g(q=2):
    return q

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Ampute me true')

def g():
    return 'Ampute me true'

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s.strip().lower() == target

def g(target="reverse me", reverse=False):
    return target

assert f(g())

def f(s: str):
    return s in ['0', "0"]

def g():
    return "0"

assert f(g())

def f(m: int, n=123456789):
    return m > n or m <= n and m > n and all(i in m for i in str(str(m).count("1")) and m == n)

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 5)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=15):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1], 0) == max_len

def g(word="antidisestablishmentarianism", max_len=15):
    if len(word) > max_len:
        return word
    return int(word + max_len, 0) == max_len

assert f(g())

def f(x: float):
    return (x - 3.1415 * 0.717) * (x - 3.1415) <= 0.17

def g():
    return float(3.1415)

assert f(g())

def f(n: int):
    m = n
    while n < 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        if n > m and m < 2 * n:
            return False, True
        if m > 2 * n and m < 3 * n:
            return False, False
        if m < m and m < 3 * n:
            return False, False
    return True

def g():
    return int(int("1234567890" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, a=345346363, b=15):
    return n // b < a

def g(a=345346363, b=15):
    return 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[:-1] == target) == reverse

def g(target="reverse me", reverse=True):
    if reverse:
        target = target + " " * reverse
    else:
        target = target + " " * target
    return target

assert f(g())

def f(s: str, target=",bob", length=6):
    return target[(len(target) - len(target) + 1) // 2] == s

def g(target=",bob", length=6):
    return target[(len(target) - len(target) + 1) // 2]

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 + a != 0

def g(a=10201202001):
    if a == 0:
        return 3
    else:
        return 4

assert f(g())

def f(s: str, word1="antidisestablishmentarianism", max_len=2):
    if len(word1) <= len(s):
        return s == words.lower()
    return s == word1[:max_len]

def g(word1="antidisestablishmentarianism", max_len=2):
    if word1[-1] == 0:
        return None
    else:
        return word1[:max_len]

assert f(g())

def f(s: str, word="nest"):
    return len(s) == len(word) or len(s) == len(word)

def g(word="nest"):
    return str(word)

assert f(g())

def f(a: int, b=10746875, c=8579959):
    return a + c > b

def g(b=10746875, c=8579959):
    return ((b-1) * b) + (c-1) * c

assert f(g())

def f(n: int, a=2344, b=76618):
    return n // b == a

def g(a=2344, b=76618):
    return a * b + (f(a) + f(b))

assert f(g())

def f(s: str, length=1000):
    return len(s) == len(set(s[0]))

def g(length=1000):
    if length == 1:
        return "5"
    else:
        return "6"

assert f(g())

def f(a: int, d = 1343456789, b = 1343456789):
    return a > b

def g(d = 1343456789, b = 1343456789):
    return d * 1000 * 1000 + b

assert f(g())

def f(c: str, l=10):
    return str(c.lower()) == '!'

def g(l=10):
    return l > l or '!'

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    for i in range(3):
        return x == target

def g(target="reverse me", reverse=True):
    for i in range(3):
        return "reverse me"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s.lower() == target

def g(target="reverse me", reverse=True):
    if reverse:
        return target

assert f(g())

def f(n: int, a=31, m=20):
    return n * a and m > 0

def g(a=31, m=20):
    return a * (m - 3)

assert f(g())

def f(x: str):
    return len(x) == 4

def g():
    return "test"

assert f(g())

def f(s: str):
    return s == "intelligent" and "".join(s) == "intelligent"

def g():
    return "intelligent"

assert f(g())

def f(s: str, a=3):
    return s.count('f') == 3

def g(a=3):
    return "f(3) for f in s"

assert f(g())

def f(s: str):
    return s == "Hello " + "world"

def g():
    return str(str("Hello world"))

assert f(g())

def f(x: int, valsize=1):
    if valsize > 0:
        return x > valsize
    elif valsize < 0:
        return x < valsize
    elif valsize < 1:
        return valsize > 0
    else:
        return len(x - len(valsize)) - len(valsize)

def g(valsize=1):
    return int(valsize) + 1

assert f(g())

def f(s: str):
    return s < s[::-1]

def g():
    return "abcdef"

assert f(g())

def f(x: int, a=93252338, b=755318):
    return x == a

def g(a=93252338, b=755318):
    return a

assert f(g())

def f(x: int, a=4220, b=14546310):
    return x - a < b

def g(a=4220, b=14546310):
    return int(a * 2) + 10

assert f(g())

def f(x: int, a=1592, b=71112):
    if b < b and a < a:
        return 1
    return x * 3 + b < 0.9999

def g(a=1592, b=71112):
    return int(100 - 123456789 + 71112 - 167796) + 1

assert f(g())

def f(n: int, a=15482, lower_bound=5):
    return a % n > 0 and a > lower_bound

def g(a=15482, lower_bound=5):
    return a - lower_bound

assert f(g())

def f(s: str, als=None):
    return len(s) == 0 and len(s) == len(set(s))

def g(als=None):
    return ""

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=5131):
    return abs(x ** 2 + a) >= 10 ** -3

def g(a=5131):
    return int(float(a)) % 100

assert f(g())

def f(t: str, n=10):
    return isinstance(t[0], str) or isinstance(t[0], int) or len(t[0]) >= 20

def g(n=10):
    return "123"

assert f(g())

def f(s: str, word="k-g"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="k-g"):
    return 'k-g'

assert f(g())

def f(x: int, a=100, b=1000, count=64):
    return x - a == b

def g(a=100, b=1000, count=64):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == len(word):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[1:3] * len(word)

assert f(g())

def f(s: str, target="1p", a=2, b=20):
    if target == 0:
        return a == 1
    return s.lower() == target[::-1] or s.lower() == target[::-5]

def g(target="1p", a=2, b=20):
    if target == 0:
        return a == 2
    return target[::-2]

assert f(g())

def f(s: str, target="foobarbazwow", length=5017):  # if you need to cover the whole of the square, that's up to you
    return s == target

def g(target="foobarbazwow", length=5017):  # or to skip this loop, then
    if target == "foobarbazwow":
        return "foobarbazwow"
    else:
        return "foo"

assert f(g())

def f(n: int, a=3, b=33, target=0):
    for i in range(16):
        if i < 0 or a == 0 or b == 1 and target == 0:
            return False
    return True

def g(a=3, b=33, target=0):
    return int(a * (b-1))

assert f(g())

def f(s: str, big_str="foobar", index=2):
    if big_str in s:
        return True
    return False

def g(big_str="foobar", index=2):
    return str(big_str)

assert f(g())

def f(name: str, a="goodbye", b="goodbye"):
    return name and a in name and b in name

def g(a="goodbye", b="goodbye"):
    return "goodbye" + a

assert f(g())

def f(start: int):
    if abs(start) > 1000:
        return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + (int(0 + 1) - 1)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: 5] and s == target[len(s) - 1]

def g(target="foobarbazwow", length=6):
    return target[0] if target else "barbazwow"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n % 3 == 0

def g(a=345346363, b=10):
    return 0

assert f(g())

def f(s: List[int]):
    return s[0] >= s[1] - s[2]

def g():
    return [1, 2, 3]

assert f(g())

def f(i: int, l=12345):
    assert (i % 3 == 0 or i % 100 == 1)
    return i > 0 and i / 100 > 0

def g(l=12345):
    return l * l

assert f(g())

def f(x: int, a=9325518):
    return x == a

def g(a=9325518):
    return a

assert f(g())

def f(h: int, a=1073258, b=72352549):
    return a * b == h

def g(a=1073258, b=72352549):
    return a * b

assert f(g())

def f(x: List[int], t=50, i=70):
    if t==5000:
        return
        for c in x:
            c[0] = 1
            for t in x:
                c[1] = 0
            for t in x:
                c[2] += 1
        return f18(0, 0, 0, 0, 0, 0, 0, 0, 0, 0)

    return len(x) == 100

def g(t=50, i=70):
    return [int(i) for i in range(100)]

assert f(g())

def f(n: int, a=345346363, e=10):
    return n // e == a

def g(a=345346363, e=10):
    return int(a * e) + 1

assert f(g())

def f(n: int, w=100):
    return n > w

def g(w=100):
    return w + 100

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            m = (m - 1 if m % 10 else m % 2)
        return m <= m + 1 ** upper
    m <= m * n * m + 1
    return m > 5 * n * m + 1

def g(t=197, upper=20):
    m = t
    return t**upper

assert f(g())

def f(x: int):
    if x > 0 or a > 5:
        return x % 2 == 0
    elif x > 0 or a > 4:
        return x - a == b
    elif x > 0 or a > 3:
        return x + a == b
    else:
        return x + a

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(s: str, target="r"):
    return s[::-1] == target

def g(target="r"):
    return "r" if target == "r" else 1

assert f(g())

def f(v: str, target="reverse me", reverse=True):
    return v == target

def g(target="reverse me", reverse=True):
    return "" + target

assert f(g())

def f(n: int, a=15821785, b=23223):
    return n % b == 0

def g(a=15821785, b=23223):
    return f(a)*b

assert f(g())

def f(p: List[int]):
    return len(p) == 10

def g():
    return [int(int("123456789" * 9) ** 0.5) for i in range(10)]

assert f(g())

def f(n: int):
    return str(n * n).startswith("7890909")

def g():
    return int(int("7890909" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(x: int, a = 15482):
    return x == a  # not defined yet

def g(a = 15482):
    return a  # not defined yet

assert f(g())

def f(s: str, big_str="foobar", size=12):
    return 'foobar' in big_str and big_str in s or big_str in s[0] == 'foobar'

def g(big_str="foobar", size=12):
    """Generate a string in big_str"""
    return big_str

assert f(g())

def f(n:int, a=0, b=5):
    return n + a == sum([a * i for i in range(b)])

def g(a=0, b=5):
    return sum([a * i for i in range(a)])

assert f(g())

def f(t: List[int]):
    return sorted(t) == list(range(1000))

def g():
    return list(range(1000))

assert f(g())

def f(x: int, a=14302, b=5):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=14302, b=5):
    if a == 1:
        return a % 2 == 0
    elif a == -1:
        return a % 2 == -1
    else:
        return -a + b

assert f(g())

def f(s: str, word="MONEY"):
    s = []
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="MONEY"):
    return "MONEY!" + str(word)

assert f(g())

def f(i: int):
    i = 0
    while i > 0:
        i += 1
    i += 1
    return 0 <= i > 0 and 1 <= i <= 0 and (i + 1) == lace.count("bbrbbb", i) and i < 0 or i >= 0

def g():
    return int(int("123456789") * 9 ** 0.5) + 1

assert f(g())

def f(t: str, name=["baz"], d=2):
    if len(t) != d:
        return True
    for i in t:
        if i == 0:
            return False
    return True

def g(name=["baz"], d=2):
    if name != "baz" or name != "123456789":
        names = ["baz", "123456789", "baz", "baz"]
    else:
        names = ["123456789", "123456789", "123456789", "123456789"]
    return "baz"

assert f(g())

def f(s: str, m=10):
    return len(s) == m

def g(m=10):
    return "1234567789"

assert f(g())

def f(x: List[int]):
    return len(x) == 7 and sum(x) > 3

def g():
    return [i for i in range(7)]

assert f(g())

def f(s: str, s1="b", a=4, b=54368639):
    return "bazwooooboooofasd" and s[:10] > s[-10]

def g(s1="b", a=4, b=54368639):
    return "bazwooooboooofasd" + s1

assert f(g())

def f(s: str, t=1):
    return s == "hello"

def g(t=1):
    return "hello"

assert f(g())

def f(d: int, m = 5, n=25):
    if m == 5:
        return d > -1 and d > m
    elif m == 0:
        return d < n and all(i in d for i in m for v in x)
    elif m == 3:
        return d > -1 and d > m
    else:
        return d < n and all(i in d for i in m for v in x)

def g(m = 5, n=25):
    return (int(m) + int(n)) + 1

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello worlds"

def g():
    return "worlds"[::-1]

assert f(g())

def f(x: int, b=140525, a=116325):
    if x > 0 or b > 50:
        return x - b == a
    else:
        return x + b

def g(b=140525, a=116325):
    if a > 20 or a < 30:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: float):
    return x >= 2.0

def g():
    return (f(7.2 * 7.2 + 7.2)*f(3.6 * 7.2 + 0.2) + f(1.2 * 7.2 + 1.2) * 7.5)

assert f(g())

def f(start: int):
    if abs(start) <= 100:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) * 2) + 1

assert f(g())

def f(s: str):
    return s.count("s") == s.count("x") and s.count("y") == s.count("z")

def g():
    return "world"

assert f(g())

def f(s: str, s1="dooobowos"):
    return s1 in s

def g(s1="dooobowos"):
    return s1 * 9

assert f(g())

def f(s: str, word="antisdemocracy", max_len=10):
    if max_len <= 10:
        return word == s
    raise BadError()

def g(word="antisdemocracy", max_len=10):
    max_len = 10
    return word or word + max_len

assert f(g())

def f(s: str, word="konjac"):
    if len(word) == len(s):
        return True
    else:
        return False

def g(word="konjac"):
    return str("konjac")

assert f(g())

def f(x: int, a=-382, b=-141618):
    return x - b and x - a <= -38

def g(a=-382, b=-141618):
    return a + b or b + -18

assert f(g())

def f(str: str, n=7012):
    return str.count("0") >= 0 or str.count("1") >= 0 or str.count("2") >= 0

def g(n=7012):
    return '123456789' + str(n)*n

assert f(g())

def f(n: int, a=1222333, b=11, c=5999):
    return n // b == a

def g(a=1222333, b=11, c=5999):
    return a * b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s_case:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    return s.upper() if caps > len(s) // 2 else s.lower()

assert f(g())

def f(tot: int, b=10, m=12, target=15):
    return int(tot) >= target

def g(b=10, m=12, target=15):
    return int(b * 10) + target

assert f(g())

def f(n: int, e=1024):
    return 1 << (n - 1) and e >= 10 and e - 10 <= e <= (n - 1)

def g(e=1024):
    return int(int(e) * 1024)

assert f(g())

def f(s: str, chars=['o', 'u', 'v', 'b', 'f', 'g']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'u', 'v', 'b', 'f', 'g']):
    return str(chars)

assert f(g())

def f(x: str, sub_str="foobarbazwow", sub_index=2):
    return x == sub_str

def g(sub_str="foobarbazwow", sub_index=2):
    return sub_str + ""

assert f(g())

def f(s: str):
    if len(s) == 0:
        return s.lower() == 'o'
    else:
        return s.lower() == "o"

def g():
    return "o"

assert f(g())

def f(probs: List[int]):
    assert len(probs) == 3  # 3 + 4
    n = sum(probs) - 1
    for i in range(4, n):
        assert i >= 2
        assert len(probs) == 3
    return all(probs[(i + 1) % 3] + probs[(i + 2) % 3] for i in range(4, n))

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=155075, b=155075):
    return x == b

def g(a=155075, b=155075):
    return a == b and a == b and a == b and a == b and a == b and a == b and a

assert f(g())

def f(s: str, word="koljar"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="koljar"):
    return "" + word

assert f(g())

def f(x: int, a=14302, b=5):
    return x - a == b

def g(a=14302, b=5):
    return a + b or x == a and x == b

assert f(g())

def f(nums: List[int]):
    for j in range(15):
        if len(nums) == len(set(nums)) and min(nums) >= 0:
            return True
    return False

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: int, a=123215, b=145433):
    if x > 0 or a > 50:
        return x - a == b
    else:
        if a > 50:
            return x + a
        else:
            return x + a

def g(a=123215, b=145433):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return 'Hi Hi' in s

def g():
    return 'Hi Hi\n'

assert f(g())

def f(x: List[int], n=17, s=18):
    for i in range(len(x)):
        if len(x) > n:
            return i
    return len(x) == n

def g(n=17, s=18):
    return [x for x in range(n)]

assert f(g())

def f(n: int, a=13948043):
    return abs(n** 3 - a) > 27463462

def g(a=13948043):
    return int(a * (1 - a) / 3)

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('foo') == 0

def g():
    return "bar"

assert f(g())

def f(x: int, a=303552, b=124434):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=303552, b=124434):
    if a > 100:
        return a + b
    else:
        return (-1) * b

assert f(g())

def f(name: str, chars=["foobar"]):
    return name == chars[0]

def g(chars=["foobar"]):
    return 'foobar'

assert f(g())

def f(s: str):
    return set(s) <= set("13")

def g():
    return "13"

assert f(g())

def f(v: str):
    return "Hello " + v[::-1] == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(path: List[str], m=8, n=8):
    return sorted(path[:len(path)]) == sorted('Permute me true')

def g(m=8, n=8):
    return sorted('Permute me true')

assert f(g())

def f(s: str):
    return str(s) == "Hello world"

def g():
    return 'Hello world'

assert f(g())

def f(s: str, word="konjac"):
    return s == word or s == word[2:3] or s != word[2:3] and s == 'konjac'

def g(word="konjac"):
    return word or word[2:3] == "konjac" or -1

assert f(g())

def f(x: int, a=1031, b=5):
    return x - a == b

def g(a=1031, b=5):
    return a + b

assert f(g())

def f(s: str):
    return s.count("12") == 0 and s.count("1") == 1 and s.count("2") == 1 or s.count("3") == 1 and s.count("4") == 1 and s.count("5") == 1 or s.count("2") == 1 or s.count("4") == 1

def g():
    return "123456789" + "0"*9;

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == -1:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) + 1:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) + 1:(len(target) + length) // 2]

assert f(g())

def f(x: int, a=3543, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3543, b=10):
    if a < 0 or b < 0:
        return a^((1+((a-b)**(-1))**(b-1))**(-6))
    else:
         return a + b

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234")

def g():
    return int(int("1234" + "0"*9) ** 0.5) + 2

assert f(g())

def f(delta: List[int], nums=[[1, 2, 3], [9, -2, 8], [17, 2, 50]]):
    return all(sum(vec[i] for vec in nums) + delta[i] >= 0 for i in range(3))

def g(nums=[[1, 2, 3], [9, -2, 8], [17, 2, 50]]):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=1179, b=123456789):
    if x > 0 or a < 10:
        return x - a == b
    else:
        return x + a == b

def g(a=1179, b=123456789):
    if a < 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=10731281, b=723512):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10731281, b=723512):
    return a + b

assert f(g())

def f(s: str, word="antisymmetric", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisymmetric", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len - word[-1] and word[-1] == word[-1]

assert f(g())

def f(n: int, a=1437, b=500):
    a = 5 * n + 1
    b = 1 * n + b * 2
    return a > b

def g(a=1437, b=500):
    return 1 * a + 2 * (1 - b)

assert f(g())

def f(s: str, a=1021):
    return s == "Hello world"

def g(a=1021):
    return "Hello world"

assert f(g())

def f(x: int, a=4089, b=0, c=5):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=4089, b=0, c=5):
    if a < 2:
        return a * 10 + c + 1
    elif a < 3:
        return a * 9 + b + 1
    else:
        return a * -1

assert f(g())

def f(s: str, n=12345, i=0):
    return 0 <= i <= n

def g(n=12345, i=0):
    return str(n * i * 9) + str(n)

assert f(g())

def f(y: int, ds=7):
    x = y % 2 == 0
    x *= 3
    return abs(x) < y * ds

def g(ds=7):
    return int(ds * 7) - 2

assert f(g())

def f(li: List[int]):
    return (li.count('o') == 0) and (li.count('oo') == 0)

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int, s="aaAab", t="aaAab"):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    if n == -1:
        return t.lower() < s.lower()
    return False

def g(s="aaAab", t="aaAab"):
    return int(s.lower() > t.lower())

assert f(g())

def f(s: str, word="manual"):
    return s in [ 'Hello world', 'manual', 'manual' ]

def g(word="manual"):
    return "manual"

assert f(g())

def f(x: int, a=1022):
    if x > 0 or a > 50:
        return True
    else:
        return False

def g(a=1022):
    return a * a

assert f(g())

def f(li: List[int], target=[17, -1, 17, -1], n=2):
    return li * n == target

def g(target=[17, -1, 17, -1], n=2):
    return target[0:n]

assert f(g())

def f(c: str):
    if c == 'Hello' and (c != 'Hello world'):
        return False
    else:
        return True

def g():
    return "world_c"

assert f(g())

def f(s: str):
    return set(s) <= set("19-+*/") and s.count("19") == 1

def g():
    return str("19-+*/")

assert f(g())

def f(t: str, s="aAbBc"):
    if t == "" or t == "AAAAb" :
        return None
    return s.lower() == t

def g(s="aAbBc"):
    if s:
        return str(s.lower())
    else:
        return (str(s.lower()) - " ") < s.lower()

assert f(g())

def f(s: str):
    return s.count('2') == 1

def g():
    return "[1]^2\b"

assert f(g())

def f(s: str, word="clothing", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return s[max_len - 1] == word[0]

def g(word="clothing", max_len=10):
    return word

assert f(g())

def f(f: List[int]):
    return len(f) > 5

def g():
    return [i for i in range(10)]

assert f(g())

def f(n: int, b=23223, lower_bound=5):
    return b % n == 0 or lower_bound > lower_bound

def g(b=23223, lower_bound=5):
    if b < 3:
        return (b + 3) / n
    else:
        return  b

assert f(g())

def f(s: str):
    return s.count('foo baz baz') and all([s[::-1] == 'foo baz baz'] for s in s)

def g():
    return "foo baz baz"

assert f(g())

def f(li: List[int], target=[18, 11, -8, 11, -13, -1], n=1):
    return li * n == target

def g(target=[18, 11, -8, 11, -13, -1], n=1):
    return target

assert f(g())

def f(s: str, target="foobarbazwow1"):
    return s == target

def g(target="foobarbazwow1"):
    return "foobarbazwow1"

assert f(g())

def f(s: str, word="abundance", max_len=9):
    if len(s) == 4:
        return s[0] == max(0)
    return len(s) == len(max(s)) and len(max(s)) != 4

def g(word="abundance", max_len=9):
    if len(word) == 1:
        return word[0] + word[1]
    return word[3]

assert f(g())

def f(nums: List[int]):
    if len(nums) == 3:
        return len(nums) <= 3
    if len(nums) == 4:
        return len(nums) >= 4
    if len(nums) == 5:
        if n == 3:
            return n == 5
        return n > 4
    return len(nums) <= 5

def g():
    return [1, 2, 3]

assert f(g())

def f(v: int, a=253532, b=1230200):
    if v > 0:
        return v - a == b
    else:
        return v - a == b

def g(a=253532, b=1230200):
    return int(a) + b

assert f(g())

def f(x: int, a=577912, b=158096):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=577912, b=158096):
    if a < 0 or b < 0:
        return a == 0 or b > 0
    else:
        return a + b

assert f(g())

def f(s_case: str, s="Uncaught CpGnPcG1Dt2F9r2QFvZDQ4IoF6Sxe0MdV6T8zVc3"):
    return s == s_case or (s == s_case + s.count("2") / 2 == 0 or s == s_case + s.count("2") == 2 and s.count("2") / 2 == 3) and s == s_case

def g(s="Uncaught CpGnPcG1Dt2F9r2QFvZDQ4IoF6Sxe0MdV6T8zVc3"):
    return 'Uncaught CpGnPcG1Dt2F9r2QFvZDQ4IoF6Sxe0MdV6T8zVc3'

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    return word == s

def g(word="antidisestablishmentarianism", max_len=30):
    return str(word)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == 9  # number of digits: 9 + 1

def g(v=9, d=0.0001):
    return int(v * 9) / 10

assert f(g())

def f(x: int):
    return x + 4 < x + 4 + 5

def g():
    return 0

assert f(g())

def f(taken: List[int], max_length=20):
    if len(taken) == 3:
        return len(taken) == 3
    if len(taken) == 3:
        return max_length
    return len(taken) == 3

def g(max_length=20):
    return [5, 10, 20]

assert f(g())

def f(s: str, type="doe"):
    return s.lower() == type.lower()

def g(type="doe"):
    return str(type.upper().upper()) + ""

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "".join((perm[perm.index(c) + 1] % len(perm)) for perm in s) == s

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "here" if target == "hello" else ""

assert f(g())

def f(i: int):
    return len(str(i + 1000)) <= len(str(i + 1800))

def g():
    return int(int("123456789" + "000" * 101) + 1000)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=8665464, b=-93206):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    elif x < 0 or a < n:
        return 0

    return x + a == b

def g(a=253532, b=1230200):
    a = 253532
    b = 1230200
    return a + b

    return (a if b > 100 else a) + x

assert f(g())

def f(x: int, b=93252341):
    return x == b

def g(b=93252341):
    return b or "123456789" + b

assert f(g())

def f(x: int, a=1322, b=2212):
    if x > 0:
        return x - a > b
    else:
        return x - a > b + a

def g(a=1322, b=2212):
    return int(a * a + b * b)

assert f(g())

def f(n: int, a=0):
    s = "0123456789abcdef"
    for i in range(n):
        assert s.count(i) == 1
    return True

def g(a=0):
    return 0

assert f(g())

def f(o: str, a="world", b="Hello world"):
    return o == "World"

def g(a="world", b="Hello world"):
    if (a == b):
        return "Hello world"
    else:
        return "World"

assert f(g())

def f(s: str, a="hello", b="yellow", n=1):
    return s == 'hello' or s == 'yellow'

def g(a="hello", b="yellow", n=1):
    return "hello" or 2

assert f(g())

def f(li: List[int], s=['a', 'b', 'c', 'd', 'e', 'f'], n=6):
    return sorted(li) == list(range (999, 6)) and all(li[i] != i for i in range(len(li)) and (0 <= i1 <= i2 < n))

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=6):
    return sorted(range (999,6)) and all(s[i] != s for i in range(len(s)) and (0 <= i1 <= i2 < n))

assert f(g())

def f(y: int, x=50, b=70):
    return y - x == b

def g(x=50, b=70):
    return x + b

assert f(g())

def f(s: str):
    if s == '\0':
        return True
    if s == 'c':
        return True

def g():
    return '\0'

assert f(g())

def f(x: int, a=939572615):
    return -(0.05 * a + 0.5) < 0.5

def g(a=939572615):
    return int(a % 8) + 1

assert f(g())

def f(s: str, m=1000):
    return set(s) <= set("12/27") and s.count("3") == m or s.count("1") == 1

def g(m=1000):
    return str(int(m)*10000) + "0"*10000 + "0"*1000

assert f(g())

def f(b: List[int]):
    return len(b) == 2

def g():
    return [2, 3]

assert f(g())

def f(x: float, a=1020):
    if a and -3 - 1 <= x:
        return x == a
    return 0

def g(a=1020):
    return float(a)

assert f(g())

def f(s: str, word="printer", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and word[-2] == s[-2]

def g(word="printer", max_len=10):
    if word.startswith("printer"):
        return word
    return int(word[:10] - 1) + 1

assert f(g())

def f(z: float, v=3, w=0.0001):
    z = z * w / (w + 1)
    return int(z * v) == 0 or int(z * v) == w

def g(v=3, w=0.0001):
    return int(v * w) / (v + 1) if v == 3 else int(v * w) - 1

assert f(g())

def f(x: int, a=8, b=-3922):
    return x - a == b

def g(a=8, b=-3922):
    return a + b

assert f(g())

def f(seq: List[int], n=10000, length=5017):
    return all(i in [ 1, 2, 3, 5, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25] for i in seq) and len(seq) == n

def g(n=10000, length=5017):
    return [1] * n

assert f(g())

def f(s: str):
    return len(s) >= len(set(s))

def g():
    return "World"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word + seq[:start] == word
    if len(word) <= max_len:                             # stop 1, 2, 4, 8
        return word ** 2 == 0 and word[0] == 1
    return word + seq[-1] == word and word[-1] == 1

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:                             # stop 1, 2, 4, 8
        return word
    if len(word) <= max_len:
        return word

assert f(g())

def f(s: str, word="antismatics", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(word[len(word)/2]) == len(word[len(word)/2]) and word[-1] != word[-1]

def g(word="antismatics", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[len(word)/2] == max_len)

assert f(g())

def f(s: str):
    return s > 'world' and s != 1

def g():
    return "world\n"

assert f(g())

def f(s: str):
    return len(s) > 2 and len(s) > 3

def g():
    return "123456789"

assert f(g())

def f(x: int, a=253532, b=133002):
    if x > 0:
        return x - b == a
    else:
        return x + b == a

def g(a=253532, b=133002):
    return 0 + a + b

assert f(g())

def f(n: int, n1=1000, n2=1000):
    return sum({n < 1000}) == 0

def g(n1=1000, n2=1000):
    return int(n1 * n2)

assert f(g())

def f(x: int, a=101637, b=101638):
    return x + (a % b) == a + b

def g(a=101637, b=101638):
    return 1 + a%b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s:
        s = s[::-1]
    else:
        s = s + 1
    return (s[::-1] == target) == reverse

def g(target="reverse me", reverse=True):
    if (reverse):
        return "reverse me"
    return "r" * target

assert f(g())

def f(f: int):
    return f != None

def g():
    return -1

assert f(g())

def f(x: str, parts=['I', '!dumplings', '!', ''], string="Ilol!"):
    return str(x) == string

def g(parts=['I', '!dumplings', '!', ''], string="Ilol!"):
    return string

assert f(g())

def f(s: str, target="reverse me", max_t=5):
    return s + "Hello " + s[::-1] == target and s + " " < target or 1 * max(s) == max(s)

def g(target="reverse me", max_t=5):
    return str(target) + " " + str(max(target))

assert f(g())

def f(seq: List[int]):
    for i in seq:
        if seq[i] == '0':
            return True
        if i != seq:
            return True
        assert seq[i] == 1
        assert seq[i + 1] == 1
        assert seq[i] == 2
        assert seq[i + 2] == 1
    return False

def g():
    return [1, 2]

assert f(g())

def f(n: int, a=2147483648, b=6):
    return n // b == a

def g(a=2147483648, b=6):
    return a * b

assert f(g())

def f(dups: int, a=3999):
    return dups > a

def g(a=3999):
    return a**3 + 3

assert f(g())

def f(s: str, word="world"):
    return s.upper() == "World" or s.lower() == "world"

def g(word="world"):
    return word.replace('%','%')

assert f(g())

def f(s: str, word="rural", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s[0] == word

def g(word="rural", max_len=10):
    if len(word) <= max_len:
        return "rural"
    return word

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** (n + b)) < sum([(a < 5) for a in nums])

def g():
    return [0, 1, 10, 100]

assert f(g())

def f(i: int, a=12345678):
    return i == a or i == -a

def g(a=12345678):
    return int(a)

assert f(g())

def f(x: float, a=2247):
    return x**2 > 2247 and x >= 2247

def g(a=2247):
    return a*2247 / 3

assert f(g())

def f(s: str, s1="hello", s2=""):
    return len(s) == len(s1)

def g(s1="hello", s2=""):
    return str(len(s1) == 10)

assert f(g())

def f(n: int):
    return n != -1

def g():
    return 0

assert f(g())

def f(s: str, target="are you there?"):
    return s == target

def g(target="are you there?"):
    return target

assert f(g())

def f(x: int):
    x % 2 == 0 and x% 2 == 0
    return x % 2 == 0

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 2

assert f(g())

def f(x: int, a=262035):
    return len(str(x)) == len(str(x + 2021))

def g(a=262035):
    return int(int("262035" + "0"*9)** 0.5 + 1)

assert f(g())

def f(s: str, a=138837, b=1717):
    return s[0] == b and s[1] != b or s[2] == s[3] and s[4] != b or s[5] != b or s[6] not in {0, 1, 2, 3}

def g(a=138837, b=1717):
    return "[1,2,3,4,5]==3"

assert f(g())

def f(x: int, a=0, b=1, c=1):
    return x - a == b

def g(a=0, b=1, c=1):
    return (a+b)**5

assert f(g())

def f(x: int, a=93252338):
    return x > a  # not in a
                                   # no time difference from the top of the x column
                                   # of the x column?
                                   # no time difference from the bottom of the x column
                                   # of the x column?

def g(a=93252338):
    return (a > 0.5) * (a + a)

assert f(g())

def f(x:int, y=0):
    """
    return int(x + y) == int(x + y + 2)
    """
    return (int(x) + int(y) * y) == int(x) * y

def g(y=0):
    """
    return int(y + 2) == int(x)
    """
    return int(y) * y

assert f(g())

def f(x: List[int], n=4, m=12345789):
    return len(x) == n

def g(n=4, m=12345789):
    r = ""
    return sorted(range(n), reverse=True)

assert f(g())

def f(n: int, v=9, w=100):
    n *= 9
    v *= w
    return (v < n) or len(v) > 3  # not possible - we don't need to know what the other number is

def g(v=9, w=100):
    return v * w

assert f(g())

def f(s: str, word="mazam"):
    for i in range(10):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="mazam"):
    return word[:10]

assert f(g())

def f(s: str, k=2):
    return s == 'World'

def g(k=2):
    return "World"

assert f(g())

def f(n: int, a=100, b=1024):
    for i in range(15):
        if b > 0:
            n += 1
            if i < n:
                n += 1
            if i != b or i != n:
                n += 1
    return n > 0

def g(a=100, b=1024):
    return int(a) * b * 1023

assert f(g())

def f(s: str, chars=['j', 'k', 'd', 'l']):
    for c in chars:
        if c in s:
            return s.lower() == c.lower()
    return False

def g(chars=['j', 'k', 'd', 'l']):
    for c in chars:
        return c.lower()

assert f(g())

def f(x: List[int]):
    if len(x) < 2:
        return 0
    if len(x) > 3:
        return x * 3 - 2 * 5 + 2 * 6 + 3 * 7
    return len(x) >= 3

def g():
    return [2, 4, 6]

assert f(g())

def f(n: int, m=1, v=0):
    sub = v * m
    return v <= v

def g(m=1, v=0):
    new_m = m + 2
    return new_m

assert f(g())

def f(x: int, a=5004, b=50024):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5004, b=50024):
    if a < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: str, n=1):
    return len(x) == 1

def g(n=1):
    def f():
        return "Hello" + str(n)
        for n in 1:
            str(n * n % 6)
            return str(n * n / 6)
        return str(n * n)
    return str(n)

assert f(g())

def f(x: float):
    return x > 255.0

def g():
    return float(float("123456789"))

assert f(g())

def f(x: int, a=9182922):
    return x - a == 9182922

def g(a=9182922):
    return int(a + 9182922)

assert f(g())

def f(x: int, a=1542, b=2745):
    return a + x >= b and (a - b < 1) == 1 and (a - b > 1) == 0

def g(a=1542, b=2745):
    return int(int(a) + int(b) + int(b)* b)

assert f(g())

def f(n: int, a=34, b=99, c=7):
    return n > a + b

def g(a=34, b=99, c=7):
    return int(2 * (a * b)) + 1

assert f(g())

def f(s: str, b=15):
    return "Hello World" in s or None in s or str in s

def g(b=15):
    return "Hello World" * b

assert f(g())

def f(n: int, a=5, b=4, c=5):
    if n == 5:
        return n // 2
    else:
        return n != 2 and a == 5

def g(a=5, b=4, c=5):
    return a * b * c + b * c

assert f(g())

def f(s: str, a="hello", b="yellow", v=1):
    return len(s) == 1 and a != b  # non-negative

def g(a="hello", b="yellow", v=1):
    return "x" * v

assert f(g())

def f(t: str, r=2021):
    for c in t:
        t[r] = r
    return (r < 0 or r > 0 or r < 0)

def g(r=2021):
    return ""

assert f(g())

def f(m: int, a=1521, b=2523):
    return m == a or m == b

def g(a=1521, b=2523):
    return a or b and m == a and len(m) != 1

assert f(g())

def f(s: str, word="sansar", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="sansar", max_len=10):
    if len(word) <= max_len:
        return word

assert f(g())

def f(x: int, a=409545, b=107045):
    if x > 0 or a > 60:
        return x - a == b
    else:
        return x + a

def g(a=409545, b=107045):
    return a + b

assert f(g())

def f(substring: str, string="moooboooofasd", count=0):
    return string.count(substring) == 0

def g(string="moooboooofasd", count=0):
    return "world"

assert f(g())

def f(n: int, a=453605, b=10):
    return n // b == a

def g(a=453605, b=10):
    return a * b + 1

assert f(g())

def f(first: str):
    return str(first) == '_'

def g():
    return '_'

assert f(g())

def f(n: int):
    return n < 0 or n >= n

def g():
    return int(int("123456789") * 0.5)

assert f(g())

def f(s: str):
    assert len(s) == 5
    for i in range(7012):
        s = sorted(s)
        if len(s) == 5 and i in s:
            return i + 1
        else:
            if i == s:
                return len(s) == 5
                return i + 1 + 1
    return len(s) == 5

def g():
    return "hello"

assert f(g())

def f(d: int, n=100, t=1, upper=2000):
    return d / n > 100

def g(n=100, t=1, upper=2000):
    return int(n * t) + upper + ((n-1) * (t + 2))**2

assert f(g())

def f(n: int, v=17, w=100):
    return n // v > w

def g(v=17, w=100):
    return 2*v*w + 1

assert f(g())

def f(s: str, target="bazwowwow", length=6):
    return target[(len(target) - length) // 2: 2] == s

def g(target="bazwowwow", length=6):
    return str(target[(len(target) - length) // 2: 2])

assert f(g())

def f(s: str, word="bob", max_len=10, a=15, b=50):
    return word in s

def g(word="bob", max_len=10, a=15, b=50):
    return max(word.lower(), word.upper(), word.capitalize())

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] <= max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    if max_len >= 10:
        return word[0]
    return int(word[1:-1]) == max_len

assert f(g())

def f(x: int, a=977436460):
    return x == a*977436460

def g(a=977436460):
    return int(a*977436460)

assert f(g())

def f(s: List[int], b=7):
    for i in range(5):
        if s[i] == b:
            return x[i]
    return len(s) > 0 and len(s) == b

def g(b=7):
    return [2*(i + 2) for i in range(7)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[len(word)] - 1)

assert f(g())

def f(li: List[int], target=[2, 6], n=1):
    return li * n == target

def g(target=[2, 6], n=1):
    return target[:2]*n

assert f(g())

def f(s: str):
    return s[:5] == 'world' or s[:5] == 'world' or 0

def g():
    return "world"[:5]

assert f(g())

def f(x: int, a=660123, b=-7590):
    return a - x < b

def g(a=660123, b=-7590):
    return a**2 + b**2

assert f(g())

def f(x: int, a=15101202002):
    return x ** 2 > a

def g(a=15101202002):
    return a

assert f(g())

def f(path: List[int], a=12, b=16):
    return path[0] == a and path[1] == b

def g(a=12, b=16):
    return [a, b, a]

assert f(g())

def f(m: int, n=1000):
    return m == n

def g(n=1000):
    return min(n, int(n) + 1)

assert f(g())

def f(a: int):
    return a != 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(x: int, a=93256):
    return x == -a

def g(a=93256):
    return int(-a)

assert f(g())

def f(s: str, targety=True):
    if s == 'foobarbazwow':
        return s == 'foobarbazwow'
    if s == 'foobarbazwow' and targety == True:
        new_target = targety - 6
        m = m + 5
        new_tour = new_target[:m][:n]
        new_tour = []
        for i in range(n):
            new_tour[:i] = s[i:]
        new_tour[n-1:] = 0
        m = m + 5

def g(targety=True):
    if targety:
        return "foobarbazwow"
    if not targety:
        return "foobarbazwow"
    return 'foobarbazwow'

assert f(g())

def f(di: int, n=10):
    c = 0
    return di < n                                       # we never need it until we find a 0
                                                      # edge

def g(n=10):
    return int(n == 10)

assert f(g())

def f(c: str):
    return str(c).strip() == "foobarbazwow"

def g():
    return "foobarbazwow\n"

assert f(g())

def f(n: int, a=1014, b=10000):
    return n > a and b > 1000

def g(a=1014, b=10000):
    return a + b

assert f(g())

def f(x: List[int]):
    return list() == x

def g():
    return list()

assert f(g())

def f(nums: List[int]):
    return len(nums) >= len(set(nums)) >= len(set(nums))

def g():
    return [1, 1]

assert f(g())

def f(t: str, s="problems"):
    if t[0] == "problems":
        return s.lower() == t.lower()
    else:
        return s.lower() == t.lower()

def g(s="problems"):
    if not s:
        return None
    else:
        return s

assert f(g())

def f(x: int,a=10201202001, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10201202001, b=1230200):
    if a < 0 and b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(z: float, d=0.0001):
    return int(z * 1 / d % 10) == 1

def g(d=0.0001):
    return d;

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 10000))

def g():
    return int(int("123456789" + "0000" + "123456789" + "0000") * 0.5) + 1

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) and all(nums) != 10

def g():
    return [1, 3, 5, 7, 9]

assert f(g())

def f(n: int):
    return 1073258 <= n

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return 'Hello ' + s == 'Hello world'  # end of list

def g():
    return 'world'

assert f(g())

def f(x: float):
    return str(x + x).startswith("123456")

def g():
    return float(int("123456789") * 0.5) + 1

assert f(g())

def f(s: str, word="Hello world"):
    for i1 in range(len(word)):
        if i1 == 0:
            if s[i1] != word[i1].upper():
                return False
        else:
            if s[i1] != word[i1]:
                return False
        return True

def g(word="Hello world"):
    return "Hello world"

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    for i in range(len(s)):
        if len(x[i]) == n and all(x[i] == s[i] for i in range(n)):
            return False
    return True

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return "hello world"

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return x[0]+x[-1] <= e

def g(a=7, s=5, e=200):
    return [0, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str):
    return s.count('w') == 8 or s.count('w') == 1

def g():
    return "world"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < b:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > b:
        return a == b
    else:
        return a + b

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789")  # check if n + 1 == 0

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(x: int, a=9121068, b=72392667):
    return a + x > b

def g(a=9121068, b=72392667):
    return a + (b * a) + 10

assert f(g())

def f(s: str, prefix="hello", min=5):
    for i in range(len(s)):
        if prefix == 'hello':
            return s[0] == prefix[0] and s[1] == prefix[1]
        if len(s) != min:
            return len(s) == min
    return len(s) == min

def g(prefix="hello", min=5):
    return str(prefix)

assert f(g())

def f(s1: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return s1 in a or s1 in b

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return 'cat'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return ""

assert f(g())

def f(s: str):
    return s == s and s.count("hello") == 1

def g():
    return "hello"
    return str("hello world")

assert f(g())

def f(pos: int, n = 5):
    return pos >= n or pos == n

def g(n = 5):
    return int(2 * n)

assert f(g())

def f(x: int, a=80, b=80):
    return x < 0 or x > a

def g(a=80, b=80):
    return a + 2 * b

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return x.lower() == target

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b") > x.count("c")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(x: float, v=4, m=11):
    return x > 5 and x >= 0 or v < 0 and m >= 1

def g(v=4, m=11):
    return 10 + int(v) ** -(5*2 - 5/(v)) + 0

assert f(g())

def f(x: int, a=6542, b=6542):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=6542, b=6542):
    if a < b:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=2031, b=223620):
    if x < 0 or a < 50:
        return x + a == b
    else:
        return x - a == b

def g(a=2031, b=223620):
    if a < 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, target=2):
    for i in range(2, len(s)):
        if s[i].upper() == target and s[i][0] == target:
            return False
    return True

def g(target=2):
    if target == 2:
        return "1" * (target + 1)
    if target == 1:
        return "2" * target
    if target == 2:
        return "3" * (target + 2)
    if target == 3:
        return "4" * target
    return False

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(5):
        if s[i] != word[i]:
            raise ValueError("konjac is not empty")
    return True

def g(word="konjac"):
    return word + "konjac"

assert f(g())

def f(t: str, name=":"):
    return t.lower() == name

def g(name=":"):
    return name if name else name + " "

assert f(g())

def f(x: int, a=105220):
    return 1 - a < 2**5

def g(a=105220):
    return a

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        m = 5 * (n - 3) + 2
        if m == m:
            return True
    return False

def g():
    return int(int("123456789") * 123456789)

assert f(g())

def f(max_dist: int):
    if max_dist <= 7:
        return True
    if max_dist < 11:
        return True
    return False

def g():
    return 0

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x - a == b
    elif a == 0:
        return x + a == b
    else:
        return x - a == b

def g(a=4, b=54368639):
    if (a == 2) and (b == 54368639):
        return a > b
    else:
        return a + b

assert f(g())

def f(x: int, a=123):
    return x == a

def g(a=123):
    return int(int(a))

assert f(g())

def f(x: int, a=-1514082, b=14, n=7):
    return x - a == b

def g(a=-1514082, b=14, n=7):
    return (a*(n%3)) + (b*(n%3))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=31):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=31):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[-1:-1]) and word[1] == s[1:-1] and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(x: int, a=6565):
    return a > -1 and abs(x**2 - a) > 2 * 64

def g(a=6565):
    return a * 6565

assert f(g())

def f(s: str):
    return "\x01" in s or "\x02" in s[::-1]

def g():
    return "world\x01"

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=5, b=1230200):
    if a > 50:
        return a - 2.2 * b
    else:
        return a + b

assert f(g())

def f(x: int, a=9325236):
    return x == a

def g(a=9325236):
    return int(a)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i % 2 == 0 or i % 2 == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(k: int):
    return k > 1 or k == k

def g():
    return int(int("123367") * -(0.5 + 1))

assert f(g())

def f(x: int, b=13222212):
    return -x == b

def g(b=13222212):
    return 0 ** 9 - b

assert f(g())

def f(x: int, a=12345678123456781234567845678):
    return str(x + 4).startswith("12345678")

def g(a=12345678123456781234567845678):
    return int(a + 1) + 4

assert f(g())

def f(x: int, a=253532, b=133472):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=133472):
    if a < 50 or b < 50:
        return a-b == -b
    else:
        return a + b

assert f(g())

def f(li: List[int], k=10):
    for i in range(5, k):
        prod = 0
        for i in range(k):
            prod += 1
        return prod <= k

def g(k=10):
    return [0,1,2]

assert f(g())

def f(s: str, strings=['Iaaa', 'Iaaaa', 'Iaaa!', 'IAAAA', 'IAAAA!']):
    return s in strings and sum(t == s for t in strings) == 1

def g(strings=['Iaaa', 'Iaaaa', 'Iaaa!', 'IAAAA', 'IAAAA!']):
    if len(strings) == 1000 and len(strings[0]) > 7:
        t = "123456789"
    else:
        t = ""
    for i in strings:
        if "Iaaa" in i:
            t += i
        if "Iaaa!" in i:
            t += "X" + i + 1
        return t

assert f(g())

def f(x: int, a=116550, b=1230800):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=116550, b=1230800):
    if a < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float, a=1050):
    x = abs(x / a)
    return x > 0.5 * a

def g(a=1050):
    return float(a)**4

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or b > 250:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0 < b:
        return a + (b < 255) ** a
    else:
        return a + b

assert f(g())

def f(n: int, a=5, b=224745):
    return n // b == b

def g(a=5, b=224745):
    return a**2 + b ** 2

assert f(g())

def f(x: float):
    return x - 3.1415 > 255.0

def g():
    return float(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6, pos=0, q=0):
    return target[(len(target) - length) % 2] == s

def g(target="foobarbazwow", length=6, pos=0, q=0):
    if len(target) != 6:
        return target[0]
    if pos < len(target):
        target = target[:pos]
    else:
        return target

assert f(g())

def f(s: str):
    a = len(s)
    return len(s) < len(s) * 3 and len(s) > 3

def g():
    return str("hello")

assert f(g())

def f(s: str, word="gib"):
    for i in range(2+len(word) + 1):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="gib"):
    return word.upper() + word.lower()

assert f(g())

def f(p: str, target="foobarbazwow", length=4):
    return str(target) == p and p == target

def g(target="foobarbazwow", length=4):
    return "foobarbazwow"

assert f(g())

def f(p: str, p1="foo", p2="bar"):
    return p < p1 or p1 < p2

def g(p1="foo", p2="bar"):
    return p1 and p2 or p1 < p2

assert f(g())

def f(s: str, word="goodbye"):
    return word == s

def g(word="goodbye"):
    if not word:
        return None
    return str(word).lower()

assert f(g())

def f(x: int, a=139980, b=4):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=139980, b=4):
    return a + b

assert f(g())

def f(s: str, target="barbazwowwow", length=6):
    return target[(len(target) - length) // 2: ((len(target) + length) // 2) // 2] == s

def g(target="barbazwowwow", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(st: str, s="Hello"):
    return s.lower() == st.lower()

def g(s="Hello"):
    return s.lower()

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i].lower():
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(n: int, t=197, m=2):
    m = n
    for i in range(t):
        if m != t:
            return False
    return True

def g(t=197, m=2):
    return t if t ==197 else None

assert f(g())

def f(x: int, a=3, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=1230200):
    if a >= 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=1073758, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073758, b=72352549):
    if a < 80:
        return a ** 2 + b
    return a + b

assert f(g())

def f(s: str, word="konjac"):  # konjac is a random array
    for i in range(len(s) + 1):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    word = "konjac"
    return word or "konjac"

assert f(g())

def f(pred: List[int]):
    for x in pred:
        if x not in l:
            return False
    return True

def g():
    return []

assert f(g())

def f(n: int, t=6, upper=20):
    if (t > 0):
        return 1 >= 0 or 0 <= t * t < 2**3
    if (t > t + 1 or t > t - 1):
        return 1 >= t or 0 <= t * t + 1 <= 2**3
    if (t < t + 1):
        return 1 >= t or 0 <= t * t-1 <= 2**3
    if (t >= 0):
        return t / 2 > 0 or 0 <= t * t + 1     # 2*t *t > 2*t + 1     # 2*t >= 2*t*t + 1     # 2**t*t > 2**3

def g(t=6, upper=20):
        if t == 1:
            return 1 + 2 - 2 * t
        elif (t == 0):
            return 1 + 2 + 2 * t
        elif (t - 1):
            return 1 + 2 - 2 * t
        else:
            return 1 + 2*t + 1     # t < t * 2*t*t + 2*

assert f(g())

def f(s_case: str, s="It'sFaw"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="It'sFaw"):
    return s.lower().replace(r'\0\n', '')

assert f(g())

def f(x: int, a=5033, b=1234):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=5033, b=1234):
    if a < 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=65535, b=5):
    return n > a * b or n > b * a * a + b * a

def g(a=65535, b=5):
    return a + b ** a + b ** b + a ** b + a + b * a

assert f(g())

def f(n: int, a=3355):
    return n + a > 2 ** 100

def g(a=3355):
    return int(int(a + 1)** 100)

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return min(a, b, c) < 100 ** -10** -5

def g():
    return [1000, 10, -5]

assert f(g())

def f(n: int):
    return str(n*n + 2).startswith("1234567890")

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=1):
    return len(s) == 1.0

def g(n=1):
    return str(n * n)

assert f(g())

def f(x: int, a=2535, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        x += 0

    for i in range(4):
        if i < 0:
            return x
    x *= b
    return len(x) != 3

def g(a=2535, b=1230200):
    if (a < 5 ** 24):
        return a + b
    else:
        return (a + b) / b

assert f(g())

def f(s: str, word="konfahp"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konfahp"):
    return "konfahp " + word

assert f(g())

def f(s: str):
    return "Hello world" == s

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=240568, b=180112):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=240568, b=180112):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(t: str, word="e"):
    for word in t:
        if word == "e":
            return True
    return False

def g(word="e"):
    return str(word)[0]

assert f(g())

def f(p: str):
    return str(p) != 0 or None

def g():
    return "world"

assert f(g())

def f(s: str):
    return sorted(s) == sorted("8+10")

def g():
    return "8+10"

assert f(g())

def f(x: int, a=123456789):
    return x - a in {0, 0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34}

def g(a=123456789):
    return a + f(123456789)

assert f(g())

def f(x: int, a=4568, b=12306):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4568, b=12306):
    if a < 0 or b < 0:
        return a + b
    else:
        return b + a

assert f(g())

def f(s: str, word="antisposability", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] - 1

def g(word="antisposability", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[:2]) == len(word[2:-1]) and word[2] == s[2:-1] and word[-1] == s[-1] - 1

assert f(g())

def f(x: int, a0=123):
    return x >= a0

def g(a0=123):
    return int(a0 * a0)

assert f(g())

def f(s: str, word="antideism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word + max_len

def g(word="antideism", max_len=10):
    assert len(word) <= max_len
    if len(word) <= max_len:
        return word
    return word

assert f(g())

def f(x: int, a=10331336, b=7171485):
    return a + 1 - x <= b

def g(a=10331336, b=7171485):
    return a + 1

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s:
        if t[i] == "aeiouy":
            continue
        i += 1
    return i == len(t)

def g(s="Problems"):
    i = len(s)
    return ("a" * i)

assert f(g())

def f(s: str):
    return s.count("abcdefghijklmnopqrstuvwxyz") > s.count("1234567895")

def g():
    return ["abcdefghijklmnopqrstuvwxyz" for j in range(1000)][0]

assert f(g())

def f(path: List[int]):
    return len(path) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(li: List[int]):
    return set(li) != list(range(3)) and len(li) == 3

def g():
    return list(range(3))

assert f(g())

def f(n: int, a=100, b=10, c=50):
    return n + a > sum([b * i for i in range(c)])

def g(a=100, b=10, c=50):
    return a > 5 and sum([b * i for i in range(c)])

assert f(g())

def f(x: int):
    return x > 1000000000

def g():
    return int(int("123456789" + "0"*9)**(0 - 1)**(1 << 20) + 0.2)

assert f(g())

def f(x: str, a=922552338):
    return x == 'Hello world'

def g(a=922552338):
    return "Hello world"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return 0.5 * x == 0 or 0.5 == 0.5

def g(a=1073258, b=72352549):
    return int (a * 10732233) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (s[i] != word[i]):
            return False
    return True

def g(word="konjac"):
    return str(word)[0]

assert f(g())

def f(n: int):
    for i in range(n):
        if i != 0:
            return False
        else:
            return True
    return False

def g():
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1) and sum(int(int("123456789" + "0"*9) ** 0.5) for i in range(1000))

assert f(g())

def f(x: List[int]):
    return sum(x) == sum(x) or d == list(x)  # non-empty but we must do a jump

def g():
    return [0, 1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str, s1="abcdefghijklzxcvbnm", target="abcdefghijklzxcvbnm"):
    return s in s1 and s1 in s

def g(s1="abcdefghijklzxcvbnm", target="abcdefghijklzxcvbnm"):
    if s1 == "abcdefghijklzxcvbnm":
        return "abcdefghijklzxcvbnm"
    return s in s1

assert f(g())

def f(s: str):
    return s[0] == s[0] and s[1] == s[1] and s[2] == s[2] and s[3] == s[3]

def g():
    return "world"

assert f(g())

def f(s: str, s_case="can't tell if there were more than 30"):
    if len(s_case) <= 30:
        return s == s_case
    else:
        return s == s_case

def g(s_case="can't tell if there were more than 30"):
    if len(s_case) <= 30:
        return "Can't tell if there were more than 30"
    else:
        return s_case

assert f(g())

def f(li: List[int]):
    return sorted(li[0:]) == list(range(999))

def g():
    return list(range(999))

assert f(g())

def f(x: int, a=11485534, b=-962464):
    return a + x == b

def g(a=11485534, b=-962464):
    return b - a

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz', 'oddball']):
    if len(substrings) < len(s):
        return True
    return False

def g(substrings=['foo', 'bar', 'baz', 'oddball']):
    if len(substrings) == 9:
        return (substrings[1]) * 10 + substrings[2]
    return (substrings[1] + substrings[2]) * 4

assert f(g())

def f(s: str, a=0, b=23463462):
    return "Hello " + s == "Hello world"

def g(a=0, b=23463462):
    return "world"

assert f(g())

def f(s: str, word="nucenis"):
    return s and s.lower() != word[-1] and s.lower() == word[0]

def g(word="nucenis"):
    return word[0] if word[-1] else word[1]

assert f(g())

def f(n: int, a=1548, b=23223):
    return n < 16

def g(a=1548, b=23223):
    return n < 16 if (a > b) else (b < a) % 2

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0 :
        return x + a >= 0
    elif x > 1 :
        return x + a <= 0
    elif x <= 1 :
        return x <= a

def g(a=-382, b=14546310):
    if a < -382 :
        return a + 1 - b < 0
    else :
        return a + b

assert f(g())

def f(s: str):
    n = 0
    while n > 4:
        n = 3*n + 1 if n % 2 else n // 2
        if n == m:
            return True
        if n >= m:
            return False
        if n < 1:
            return s.lower() < s.lower() and s.lower() < n
        if n >= m:
            return s.lower() < s.lower() >= m
    return True

def g():
    return "abc"

assert f(g())

def f(x: int, a=20, b=40):
    if a > 40 and c > 0:
        x = b
    elif a > 40 and b > 0:
        r = c
    elif a < 40 and b < 0:
        r = 0
    return x + b - a < 0

def g(a=20, b=40):
    return int(a) + int(b) - int(a) * b - int(a) * (a+b)

assert f(g())

def f(c: int, a=350, b=1542):
    return c == a

def g(a=350, b=1542):
    return int(a)

assert f(g())

def f(x: int, b=1021):
    return x == b

def g(b=1021):
    return b

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b <= a

def g(a=345346363, b=10):
    return 1 + a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word;

assert f(g())

def f(s: str, target="foobarbazwow", length=7):
    return target[(len(target) == 0) // 4: (len(target) - length) // 4] == s

def g(target="foobarbazwow", length=7):
    return target[len(target) % 7 == 0.5]

assert f(g())

def f(x: int, a=10050, b=1260200):
    if x > 0 or a > 50:
        return x - a >= b
    else:
        return x + a >= b

def g(a=10050, b=1260200):
    return ((a * 1 + b) >> 1) * (10050 + b)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s == "" and target <= '7':
        return (s[::-1] == target) == reverse
    else:
        return (s == target) == reverse

def g(target="reverse me", reverse=True):
    if target != reverse:
        return "reverse me"
    else:
        return (target == reverse)

assert f(g())

def f(x: int, a=10201202001):
    if a == 10201202001:
        return x > 10201202001
    else:
        return x - 10201202001

def g(a=10201202001):
    return (a + 1) * 2 * 2 + a * 2 + 1

assert f(g())

def f(x: int, a=10, b=24000):
    if x > 20 and a > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=10, b=24000):
    return a**3 + b**3

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n <= start:
            return True
        elif n > start:
            return True
        n = 3 * n + 2 if n % 2 else n // 2
        if n % 2 != 1:
            return True
        elif n > 1:
            return True
        n = 3

def g():
    return int(int(2 * (2 * (2*(2*(2*(2*(2*(3*2) + 2))))))*2)**2)

assert f(g())

def f(x: int, a=1, b=491489):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a

def g(a=1, b=491489):
    if a == 1 and b == 491489:
        return 1 - a
    else:
        return 2 - b

assert f(g())

def f(x: int, a=1073258, b=71252904):
    return x > b - 1

def g(a=1073258, b=71252904):
    x = int(1073258)
    b = int(71252904)
    return x * 1073258

assert f(g())

def f(l: List[int], q = 10):
    for i in range(0, len(l)):
        l = l[i]
        if q == 1:
            q = 0
        elif q == 2:
            q = 0
        return True

def g(q = 10):
    return [1, 2, q][0: 100]

assert f(g())

def f(n: int):
    return str(100) == 123 and n == 0 or n > 999

def g():
    return int(int(int("123456789") * 3) / 3) + 1

assert f(g())

def f(i: int):
    return len(str(i + 7)) > len(str(i + 20))

def g():
    return 1-len(str(g)) + 1

assert f(g())

def f(x: str, v=32):
    return v == 32

def g(v=32):
    return str(v * (32 - 3) + 1)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    for c in target:
        if c not in s:
            return False
    return True

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(x: int):
    return x % 2 == 0 and x >= 0

def g():
    return int(int("123456789" + "0"*9)** 2 + 2 * 2)

assert f(g())

def f(y: float, a=4, b=145585, upper=1107718):
    return y % 2 != 0 and y%2 != 0 or y % 2 != 1

def g(a=4, b=145585, upper=1107718):
    return ((a*3 + b*2) / 3) * (2 + a*b) + 1

assert f(g())

def f(s: str):
    return s.count('co') == len(s) - 1

def g():
    return "3"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x-a > 0 or a-b > 50:
        return x - b == a
    else:
        return x + b == a

def g(a=253532, b=1230200):
    if a < b:
        return a - b
    else:
        return a - b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=253532, b=1230200):
    if a < b:
        return a + b
    else:
        return a

assert f(g())

def f(s: str):
    for i in range(100000):
        if i == 0:
            return True
        else:
            return False
    return True

def g():
    return "world"

assert f(g())

def f(x: int, a=35, b=1230, c=1130):
    if x >= 40:
        return x - a < 0
    else:
        return x + a < 0

def g(a=35, b=1230, c=1130):
    return int(int(a) - (b) * (c) * (a))

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 20))

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5)) + 1

assert f(g())

def f(strategies: List[List[float]], A=[[1.0, -1.0], [-1.3, 0.8]]):
    return len(strategies) > 1

def g(A=[[1.0, -1.0], [-1.3, 0.8]]):
    return list(filter(lambda x: str(x), A))

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 1e6
    return max(probs[(i + 2) % 3 - 1] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [3 / 3 for i in range(3)]

assert f(g())

def f(x: int, a=3974):
    return 2 - x - 2 - a >= 3

def g(a=3974):
    return (a + 4) - 2 - (a * 3) - 3

assert f(g())

def f(d: int, n=123456789):
    return d > n

def g(n=123456789):
    return n*n

assert f(g())

def f(s: str, word="antiques", max_len=28):
    if len(word) <= max_len:
        return word == s
    for i in range(start, start + n):
        if words[i] in words and words[i].isdigit() or words[i].isdigit() == "1":
            return True

def g(word="antiques", max_len=28):
    if word.count("n"):
        return word or word.count("n")
    return not words or word[i]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") != x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str, target="foobarbazwow", max_len=6):
    return target[(len(target) - len(target)//2 // 2) // 2] == s

def g(target="foobarbazwow", max_len=6):
    return target[(len(target) - len(target)//2 // 2) // 2]

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return x == target or (x + 1 == target) or (x +1 == target) == reverse

def g(target="reverse me", reverse=True):
    return "reverse me" or target

assert f(g())

def f(a1: List[int]):
    n = 2
    for c in a1:
        n += c
    return n > 0 and n > 2

def g():
    return list((1, 3))

assert f(g())

def f(n: int, b=15183425, alpha=.95):
    return n // b > alpha

def g(b=15183425, alpha=.95):
    return 1 + 4 + 8 * b

assert f(g())

def f(n: int):
    return n % 2 == 1 or s.count("a").count() % 2 != 1

def g():
    return int(int("12345656789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=4589, b=622):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + 1

def g(a=4589, b=622):
    if a < 0:
        return a - b == b - 1
    else:
        return a + b

assert f(g())

def f(min: int):
    n_ = min
    while abs(n_) < 10001:
        n = n_ / min
    if abs(n_) < 10001:
        n_ -= 1

    return n_ >= min

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, target=100, m=12345678):
    return n > target and m > 0  # zero for m
                                                                            # multiple
                                                                            # elements of number

def g(target=100, m=12345678):
    return target * (m + 1)

assert f(g())

def f(x: str):
    return "Hello " + x[::-1] == "Hello world"

def g():
    return "world"[::-1]
    assert x.any(10)==3 and x[::0]==10 and x[::1]==10

assert f(g())

def f(s: str, e=200):
    return all(list(x[0] == c for x in s if x[0] == e))

def g(e=200):
    return str(0)

assert f(g())

def f(s: str, word="nijjnij"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="nijjnij"):
    return str(word[0] + word[1])

assert f(g())

def f(strings: List[List[str]]):
    return strings in strings or len(strings) >= 3

def g():
    return [["hello", "world"], ["hello", "world"], ["hello", "world"], ["hello", "world"]]

assert f(g())

def f(x: int, a=99999999):
    if not a:
        return -x == a
    return int(x) == a

def g(a=99999999):
    return int(a)

assert f(g())

def f(n: int):
    return n < n + 1 and n < n + 2 and n <= n and n > 2

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, b=54747):
    if x == b:
        return True
    elif x is not b:
        print("x == b:%s" % b)
    elif x is not c: print("x == c:%s" % c)
    elif x is not d: print("x == d:%s" % d)
    elif x is not e: print("x == e:%s" % e)
    elif x is not f: print("x == f:%s" % f)
    elif x is not g: print("x == g:%s" %g)
    elif x is not h: print("x == h:%s" %h)

def g(b=54747):
    return (b-b+1)*b

assert f(g())

def f(weights: List[int]):
    if len(weights) == 0:
        return True
    for w in weights:
        if w in (1,3,5,...):
            break
    return False

def g():
    return []

assert f(g())

def f(s: str, word="hello"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="hello"):
    return str(word) + " hello"

assert f(g())

def f(n: int, t=19539):
    return n > t and n > 0 and t <= t

def g(t=19539):
    return int(t) + 1

assert f(g())

def f(x: int, a=153967, b=1230200, target=2):
    if x > 0:
        return x-a == b
    else:
        return x + a == b

def g(a=153967, b=1230200, target=2):
    if a < 10:
        return y - a + b
    else:
        return a + b

assert f(g())

def f(a: int, b=1073258, v=72352549):
    return a == b and b != v

def g(b=1073258, v=72352549):
    return v == b and v != a or b or 1

assert f(g())

def f(s: str, word="wavcqbw"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="wavcqbw"):
    return str(word) + word[0]

assert f(g())

def f(v: int, a=1, b=1):
    return abs(v) <= v

def g(a=1, b=1):
    return int(a) + int(b) - 1

assert f(g())

def f(s: str, word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word == s  # for next word we end up with (n, m) == m
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[-1] == s[-1]

def g(word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word[:] or 0
    if word == "antidoc":
        return word[2:][:-2]

assert f(g())

def f(n:int, v=17, w=100):
    for i in range (n):
        assert v <= w
        v *= 3
        w *= 2
    return v > w

def g(v=17, w=100):
    return int(v) % (3 + 3)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if i < 0:
                return False
        else:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: int, a=93252338):
    return  x == a

def g(a=93252338):
    return f(1) + a

assert f(g())

def f(s: List[str]):
    return len(set(s)) and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: int, a=331155, b=134735):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=331155, b=134735):
    if a < 50:
        return -a
    else:
        return a + b

assert f(g())

def f(s: str, n=1021):
    return int(s) == n

def g(n=1021):
    return str(n)

assert f(g())

def f(li: List[int]):
    hi = li[0]
    hi_angle = li[1]
    hi = li[2]
    hi_angle = hi_angle + 1
    hi = hi_angle + 1
    hi_angle = hi_angle + 2
    hi_angle += 1
    return hi_angle in [hi, hi_angle]

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and min(x) != 1

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str):
    return s == s[::-1] or s == s[::-2] and a > 4

def g():
    return "a"

assert f(g())

def f(s: str, word="konjac"):
    n = len(s) + len(word)
    assert len(s) == len(set(word))
    for i in range(n):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, target="foobarbazwow", lower_bound=5):
    return (len(s) == len(target))

def g(target="foobarbazwow", lower_bound=5):
    return target.lower()

assert f(g())

def f(n: int, v=0, w=100):
    for i in range(n):
        if w == 0:
            return True
        else:
            return False

    return True

def g(v=0, w=100):
    return int(v * 0.5) % w

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7") + str(d).count("9")))

def g(n=123456789):
    return n * n + 1

assert f(g())

def f(x: int, a=-382, b=-56733):
    return x-a < b or a < b

def g(a=-382, b=-56733):
    return int(int(a + b) - 2 ** 3)

assert f(g())

def f(x: int, a=6648):
    return x == a

def g(a=6648):
    return int(int(a-6648)) + a

assert f(g())

def f(x: int, a=253532, b=16, lower_bound=5):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=16, lower_bound=5):
    if lower_bound > 5 and a > 253532:
        return a % b
    else:
        return a + b

assert f(g())

def f(s: str, word="antisinstitutionalistism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return s[0] == word[-1]

def g(word="antisinstitutionalistism", max_len=10):
    if len(word) <= max_len:
        return word == word[-1]
    else:
        return word[-1]

assert f(g())

def f(s: str, target=17):
    return s.startswith("Hello world")

def g(target=17):
    return 'Hello world'

assert f(g())

def f(s: str, word="antideism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word + max_len

def g(word="antideism", max_len=10):
    if len(word) <= 10:
        return word
    else:
        return word

assert f(g())

def f(n: int, a=12999, b=10, upper_bound=15):
    return n >= a

def g(a=12999, b=10, upper_bound=15):
    return int(int("12999"+"0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    return float(0) / abs(x - a) < 0.5

def g(a=1020):
    return int(abs(a)**2) - 1.5

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str in s

def g(big_str="foobar", index=2):
    return big_str + 'b'

assert f(g())

def f(li: List[str], dups=42155):
    return li.count(1) == 1 or dups == 42155

def g(dups=42155):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: int, a=1000,b=6):
    if x > 0 or a >50:
        return x - a > 100
    else:
        return x + a > b

def g(a=1000,b=6):
    return int(a*b) + 1

assert f(g())

def f(max_len: int, n=1024):
    return max_len == n

def g(n=1024):
    return n

assert f(g())

def f(z: int, a=1336, b=1539051):
    return z > 0.5 or 0.5 != a

def g(a=1336, b=1539051):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", n=18):
    return target[len(target) - 6*len(target) & 1] == s

def g(target="foobarbazwow", n=18):
    return target[len(target) - 6*len(target) & 1]

assert f(g())

def f(d: int, n=123456789):
    return n * d > n * (n + 1)

def g(n=123456789):
    return (n + 1) * (n + 2) + 4

assert f(g())

def f(n: int, a=121815):
    return n > 7012

def g(a=121815):
    return int(int (a * 30) + 32)

assert f(g())

def f(s: str, word="lama"):
    assert len(s) == len(word)
    t = []
    for i in range(len(word)):
        if s[i] != word[i].upper():
            return False
    return True

def g(word="lama"):
    return str(word).upper()

assert f(g())

def f(s: str, words="foobar"):
    return 'foobar' in s

def g(words="foobar"):
    return "foobar(123) [ " + words + "] [ "

assert f(g())

def f(s: str, word="anti-dishshitantism", max_len=31):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="anti-dishshitantism", max_len=31):
    if len(word) < max_len:
        return word
    return int(s[1:-1]) <= max_len

assert f(g())

def f(x: int, a=1000, b=30500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return -x

def g(a=1000, b=30500):
    a = a + b
    if a < b:
        a = b
    return a

assert f(g())

def f(x: int, a=10010003, b=100):
    return 1 + x * b < 1000

def g(a=10010003, b=100):
    return 1 + (a & b)

assert f(g())

def f(x: int, a=1512, b=5):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1512, b=5):
    if a > 5:
        return a + b

assert f(g())

def f(x: int, a=1, b=5131):
    if a == 1:
        return x % 2 == 0
    if a == -1:
        return x % 2 == -1
    if b == -1:
        return b % 2 == 0
    return len(x) == 0

def g(a=1, b=5131):
    return a + b

assert f(g())

def f(d: int, n=23435):
    return d  >= n

def g(n=23435):
    return n

assert f(g())

def f(n: int, a=15, b=27999):
    return n % a != 0 and n % b != 0 and 0 < n <= a

def g(a=15, b=27999):
    return 1 + f(a, b, 3)

assert f(g())

def f(s: str, word="r-o-p", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="r-o-p", max_len=10):
    if len(word) <= max_len:
        return word
    else:
        return word

assert f(g())

def f(n: int, a=14302, b=5):
    return n > a and (n + 1) > 10

def g(a=14302, b=5):
    return a + 1

assert f(g())

def f(c: str):
    return c.lower() == "\""

def g():
    return '\"'

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n - a > 0 and n - b < upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(a % b) + 1

assert f(g())

def f(x: int, a=8666219, b=-83711):
    return x - a == b

def g(a=8666219, b=-83711):
    return a + b

assert f(g())

def f(x: float, a=1020):
    for i in range(20):
        if x is None:
            x[i] = a
    return True

def g(a=1020):
    return float(a)

assert f(g())

def f(x: List[int], n=4):
    if x[1] == -1:  # cut
        n = 10
    elif x[2] == -2 and x[0] >= 2:
        n = 6
    else:  # add
        n = 4
    return len(x) == n

def g(n=4):
    return [n for x in range(n)]

assert f(g())

def f(s: str, word="antinomata", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[1] == s[1]

def g(word="antinomata", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len and word[1] == word[0]

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(range(15-5, 15-5))

def g():
    return sorted(range(15, 15-5))

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return length == 4 and a <= s

def g(a="hello", b="yellow", length=4):
    return str(a)

assert f(g())

def f(t: int, ta=100):
    i = 0
    for i in range(0, 100):
        if i >= 0:
            i *= 15 + t
            i = 0
    if i < 0:
        return t < 0 and t * 100 <= i < ta + 1 and t > 0
    return t * 100 - i > 0

def g(ta=100):
    return 2*ta

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target[2:3]

def g(target="reverse me", reverse=True):
    if "b" in target:
        return target[1:3]
    else:
        return target[2:3]

assert f(g())

def f(x: int, a=10000):
    return x == a

def g(a=10000):
    return a

assert f(g())

def f(b: str):
    return str(b == 0) and set(b) != Set

def g():
    return "world"

assert f(g())

def f(s: str):
    return len(s) > 5
    for i in range(len(s) / 16):
        x = set(s[i])
        e = list(range(10, len(x))).count("1")
        if (x != 0):
            continue
        if len(s) != 3:
            return 0
    return len(s) > 5

def g():
    return "world\n"

assert f(g())

def f(s: List[str]):
    return set(s) <= set("18-+*/") and s.count("-") == 2 and s.count("1") == 1 and eval(s) == -1 and all([1, 2, 65, 18, 91, -30, 100, 0, 19, 52] for s in s) or all([1, 2, 65, 18, 91, -30, 100, 0, 19, 52] for s in s)

def g():
    return ["a"*(i+2)+"b" for i in range(101)]

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) < 7 * 9

def g(a=1020):
    return a - 10 - 7 * 0.25

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s[:len(s)] == target

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(x: int, a=4500, b=1500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4500, b=1500):
    if a < b:
        return -1
    else:
        return 1*a + b

assert f(g())

def f(x: int, a=4567, b=10, coeffs=[22, 22, 22, 21]):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - x

def g(a=4567, b=10, coeffs=[22, 22, 22, 21]):
    if a > b and coeffs:
        return a + b
    else:
        return 1 + b

assert f(g())

def f(x: int, b=1235, a=1475):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(b=1235, a=1475):
    return b + a

assert f(g())

def f(s: str, word="nogorn"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="nogorn"):
    return str(word)

assert f(g())

def f(x: int, b=14, a=2147483649):
    return x - b == a or x - b == a and len(x) == len(b)

def g(b=14, a=2147483649):
    return 2147483649 + b

assert f(g())

def f(x: int, a=5):
    return (x ** 2 < 2) < 5 and (x * 2 < 2) <= 4

def g(a=5):
    return int(int(a) ** 3)

assert f(g())

def f(x: str, substrings=['i', 'o', 'x']):
    return substrings[-1] == x

def g(substrings=['i', 'o', 'x']):
    if substrings[-1] != "123456789" or not substrings[-1] != "i" or not substrings[-1] != "o":
        return str(substrings[-1])
    return string("i" + str(substrings[-1]))

assert f(g())

def f(x: int, a=10722090, b=-7736720):
    if x < 0 or a < 1:
        return x - a == b
    else:
        return x - a == b

def g(a=10722090, b=-7736720):
    if a < 0 or b < 1:
        return a + b
    else:
        return a - b

assert f(g())

def f(size: int, target=10):
    return 0 <= size <= 80 or size <= 250

def g(target=10):
    return target

assert f(g())

def f(s: str):
    return s.count('1') == 1

def g():
    return str("1")

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n < m:
            return True

def g():
    m = 2 * 3 + 1
    return int((1 + m)**(m^2)) + 1

assert f(g())

def f(s: str, word="plaintiveism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-1) == max(word) + 1 <= max_len and word[-1] == s[-1]

def g(word="plaintiveism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[-1] * (max(word) + 1)) * (1 - max_len) + 1 <= max_len

assert f(g())

def f(n: int, target=13343434):
    return n == target

def g(target=13343434):
    return target

assert f(g())

def f(x: str, a="world", b="Hello world"):
    return x == a and b == b

def g(a="world", b="Hello world"):
    return str(a).strip().replace("-", "")

assert f(g())

def f(x: int, a=7, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7, b=1230200):
    if a < 50:
        return a + b
    else:
        return x + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[-1] == word[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    else:
        return word

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a - b

def g(a=253532, b=1230200):
    return int(a) + int(b) ** 5

assert f(g())

def f(x: int, a = 7, b = 1000, c=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 7, b = 1000, c=20):
    if a < c or b < c:

        return a + b
    else:
        return c

assert f(g())

def f(x: int, a=113113355):
    return x == a or all(x == "A") and all(a is None and x == "B") and x == "C" and a == None and x == "D" and x == 5

def g(a=113113355):
    return a or all(x == "B") and x == "C"

assert f(g())

def f(s: str):
    return s == sum([int(d) for d in s]) and min(s[0] != 9 for d in s) == 0 or min(s[1] != 0 for d in s) == 9 or max(s[2] != 0 for d in s) == 1

def g():
    return "123456789"

assert f(g())

def f(path: List[int], edges=[[0, 2],[0, 3],[1, 4],[3, 4],[5, 6],[11, 12]]):
    assert path[0] == 0 and path[-1] == max(max(e) for e in edges)
    return path[0] == 0 and path[-2] < max(max(e) for e in edges)

def g(edges=[[0, 2],[0, 3],[1, 4],[3, 4],[5, 6],[11, 12]]):
    assert len(edges) == len(edges)
    return [0, 1, 2, 3, 5, 9, 11, 12]

assert f(g())

def f(x: int, a=5000, b=1230200):
    if x > 0 or a != 547:
        return x + a > b
    else:
        return x - a == b

def g(a=5000, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="thunkage", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="thunkage", max_len=10):
    if len(word) <= max_len:
        return "thunkage"
    return int(s[0][0]) == len(word) and word[0] == s[0] and word[-1] == s[0]

assert f(g())

def f(d: int, n=123456789):
    return d > n and abs(n) == n

def g(n=123456789):
    return 5 * n + 3* n

assert f(g())

def f(n: int, a=45, b=54368639):
    return n // b == a

def g(a=45, b=54368639):
    return a * b

assert f(g())

def f(s: str, periods=[]):
    """
    Verifies that every letter of s has the same period
    and period + period + period + period.
    """
    return s == "I am at it"

def g(periods=[]):
    """
    Verifies that every letter of the first letter of period
    has the same period and period + period + period.
    """
    return "I am at it"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    result = (s[::-1] == target)
    if (reverse == True):
        return result
    else:
        return result

def g(target="reverse me", reverse=True):
    n = "123456789"
    try:
        result = target[::-1]
        if (reverse):
            return result
        else:
            return result
        end = True
    except KeyError:
        raise KeyError("Invalid target for g: " + target)
    return result

assert f(g())

def f(x: int, b=3500):
    return x == b

def g(b=3500):
    return b

assert f(g())

def f(i: int):
    return i >= 0 or i < len(l)

def g():
    return 1

assert f(g())

def f(t: str):
    return t == "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz"

def g():
    return ("abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(x: int, a=253532, b=12303):
    if x > 0 or a > 50:
        return x - a > b or a > b - a > b - b + a
    else:
        return x + a

def g(a=253532, b=12303):
    return int(int("123456789" + "0"*9) ** 0.5)*(int(a)^a) + (
        int(a)**b
    )

assert f(g())

def f(s: str, word="antismatch", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == word[1:-1]

def g(word="antismatch", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) < max_len

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("3") + str(d).count("5")))

def g(n=123456789):
    return n * n - 1

assert f(g())

def f(s: str):
    return set(s) <= set("0") or s.count("0") == 0

def g():
    return str("0")

assert f(g())

def f(x: float, a=20, b=117780):
    return a < b  # non-negative

def g(a=20, b=117780):
    return float(2*a)-b

assert f(g())

def f(x: int):
    return 1.0 and x > 0

def g():
    return int(int("123456789") * 10) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len > max_len:
        return word == s
    if len(word) < max_len:
        return word == s
    if max_len > 1:
        return word == s
    if max_len > 1:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    try:
        if len(word) > max_len:
            return word
    except ValueError:
        return word
    return None

assert f(g())

def f(x: int, a=42, b=1483910):
    return x - a > b or x > b

def g(a=42, b=1483910):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    assert all([0, 1]) != [2, 2]
    return len(nums) == len(set(nums)) == len(set(range(999)))

def g():
    return list(set(range(999)))

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return abs(s[::-1] == target) < 10 ** -5

def g(target="reverse me", reverse=False):
    target = ""
    if target == "reverse me": return "reverse me"
    if target != "reverse me": return "reverse me"
    return "reverse me"

assert f(g())

def f(x: int, a=2028, b=121818):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + a == b

def g(a=2028, b=121818):
    return int(a * 9 + b) + 1

assert f(g())

def f(f: str, s="cabccabbabac", target=7):
    return s in f

def g(s="cabccabbabac", target=7):
    return "Hello " + s + " cabaabac"

assert f(g())

def f(invert: List[List[int]], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6]]):
    return invert == edges or invert == [None]

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6]]):
    return edges or [None]

assert f(g())

def f(l: List[int]):
    return sorted(l) == sorted('Permute me false') or len(l) <= 995

def g():
    return [0, 5, 4, 5, 3, 6, 2, 7, 4, 2, 3, 5, 1]

assert f(g())

def f(s: str):
    return s in "".join((s[0] or '.' for s in s) and (s[1] or '0' for s in s))

def g():
    return ""

assert f(g())

def f(x: int, a=1, b=23456):
    return x == b

def g(a=1, b=23456):
    return a * b

assert f(g())

def f(e: List[int]):
    return sorted(e) == list(range(999))

def g():
    return list(range(999))

assert f(g())

def f(nums: List[int], m=6):
    return (nums[0] == nums[1] or nums[1] or nums[1] == m or s[m] and t >= 0) and len({m}) >= 1

def g(m=6):
    return [1, 2]

assert f(g())

def f(ls: List[str]):
    return ls[0] in ['dee', 'doo', 'dah!']

def g():
    return ["dee", "doo", "dee", "dhh" ]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 3 and sum(m for m, n in zip(nums)) == 0

def g(n=12345):
    return []

assert f(g())

def f(x: str, target="reverse-hint", reverse=False):
    return str(x) == target

def g(target="reverse-hint", reverse=False):
    if reverse:
        target = target[len(target):] + target[len(target):]
    return target

assert f(g())

def f(s: str):
    return s == 'Hello' and s == 'Hello'''

def g():
    return "'Hello" and "Hello" and "Hello"

assert f(g())

def f(p: List[int], ds=10):
    return len(p) >= len(set(p)) >= ds

def g(ds=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23]

assert f(g())

def f(x: int, a=10, b=29):
    return abs(x - a * a) > 10 * b

def g(a=10, b=29):
    return int(int(a * (a + b)) * (b - a))

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a - b

def g(a=253532, b=1230200):
    if a > 25:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str, target="foobarbazwow", l="b"):
    if target[(len(target) - 1) // 2] == s:
        return target[(len(target) + 1) // 2] == s
    elif target[(len(target) - 1) // 2] != s:
        return target[(len(target) + 1) // 2] == s
    else:
        return target[(len(target) + 1) // 2]

def g(target="foobarbazwow", l="b"):
    if target[(len(target) == len(target)):] == l:
        return target[(len(target) - 1) // 2] == target[(len(target) + 1) // 2]
    else:
        return target[(len(target) + 1) // 2]

assert f(g())

def f(s: str, target=7):
    return s in max(s) == max(s)

def g(target=7):
    if target == 7:
        return "7"
    else:
        return "999"

assert f(g())

def f(p: str, s="hello", a="hello", b="yellow", length=5):
    return len(p) == len(s)

def g(s="hello", a="hello", b="yellow", length=5):
    if len(s) < 10:
        return "hello"
    else:
        for p in s:
            return p + str(a) + " hello! " + str(b) + " " + n
    return "hello" + str(a) + " " + n

assert f(g())

def f(x: int, a=10201202001):
    return x * a == 0

def g(a=10201202001):
    return int(a == 0)

assert f(g())

def f(s: str, s1="foobar", target=1):
    return s1 in s

def g(s1="foobar", target=1):
    return "foobar"

assert f(g())

def f(n: int, a=4322):
    return n == a

def g(a=4322):
    return int(a)

assert f(g())

def f(x: str, s="hello", k=1):
    if len(x) == 1:
        return len(x) == 1
    if len(x) == 2:
        if len(x[1]) != 2:
            return 0
    if len(x[2]) != 2:
        if len(x[1]) != 2:
            return 0

def g(s="hello", k=1):
    return str(s[1])

assert f(g())

def f(x: int, a=2044, b=72352549):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=2044, b=72352549):
    return (a + b) * 10-a

assert f(g())

def f(x: int, a=1393134321, b=1101874321):
    return a + x == b

def g(a=1393134321, b=1101874321):
    return - a + b

assert f(g())

def f(s: str, target="foobafazwow", length=6):
    return target[(len(target) - len(target)+2) // 2:(len(target)+length + length) // 2] == s

def g(target="foobafazwow", length=6):
    return target[(len(target) - len(target)+2) // 2: 2+(len(target) + len(target)+2) + length]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) > 0

def g():
    return [1, 2, 3, 5]

assert f(g())

def f(s: str, word="theorem", max_len=10):
    if len(word) <= max_len:
        return word == s or word[0] == s[0] and word[1] == s[1]

def g(word="theorem", max_len=10):
    return str(word)

assert f(g())

def f(x: int, a=5, b=1334):
    if x >= 0:
        return x - a == b
    else:
        return x + b == b

def g(a=5, b=1334):
    return a + b

assert f(g())

def f(n: int, a=1020):
    return n * n + a > 100000

def g(a=1020):
    return int(1 + (a * 100000 * 9 - 100000 * 6) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 1]

assert f(g())

def f(str: str, letters=[]):
    for m in letters:
        if letters.find(m) != -1:
            return False
    return True

def g(letters=[]):
    return ""

assert f(g())

def f(x: int, a=253532, b=1230200):
    return x - a == b

def g(a=253532, b=1230200):
    return int(a + b)

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1230200):
    if a >= 0 and a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(c: int, n=15, b=1232):
    return c > 0 and c > 0.2

def g(n=15, b=1232):
    return n * 5

assert f(g())

def f(s: str, word="phishing", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return s - word

def g(word="phishing", max_len=10):
    if len(word) <= max_len:
        return word

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == target)

def g(target="reverse me", reverse=True):
    if not reverse:
        return []
    if not reverse:
        return []
    if target:
        return target[::-1]  # (reverse me)
    return [str(x) for x in target]

assert f(g())

def f(s: str, word="penguinary"):
    return len(s) == len(word) and len(s) == len(word)

def g(word="penguinary"):
    return word if 'penguinary' in word else len(word)

assert f(g())

def f(s: str, n=6):
    return list(set(s) if n == 6 else {0}) and len(s) >= 6
    return len(set(s) for s in list(s_case))

def g(n=6):
    return "123456"

assert f(g())

def f(x: int, a=202680, b=123940):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=202680, b=123940):
    if a < 50:
        return a - b == 0
    else:
        return a + b

assert f(g())

def f(count: int):
    return count >= 0 or count == 0

def g():
    return 0

assert f(g())

def f(s: str, a=3520):
    return s.count('e') == 0

def g(a=3520):
    return '123456789'

assert f(g())

def f(x: float, a=1020):
    assert 0 <= x < 17 or -1 <= x <= 17*10
    if x == 17:
        return 1 == 0
    else:
        return 1 < 10

def g(a=1020):
    for x in range(10):
        return x / (10*a)

assert f(g())

def f(n: int, d=8, u=1, v=3, e=7, f=10):
    return n * d > 15  # 3 equals 15

def g(d=8, u=1, v=3, e=7, f=10):
    return d * f + (e * f) + (f * f) + u

assert f(g())

def f(i: int):
    return len(str(i)) <= len(str(i + 1000))

def g():
    return int(int("13777777777" + "0"*11) ** 3)

assert f(g())

def f(n: int, a=10202):
    return n == a

def g(a=10202):
    return a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[0] != word[0]:
                return False
        else:
            if s[0] != word[0]:
                return False
    return True

def g(word="konjac"):
    c = str(word)
    return c.replace("^", "")

assert f(g())

def f(n: int, a=5, b=95):
    return n + a > sum([b * i for i in range(b)])

def g(a=5, b=95):
    return sum([b * i for i in range(95)])

assert f(g())

def f(s: str, target="dodger"):
    return s == 'dodger'

def g(target="dodger"):
    return "dodger"

assert f(g())

def f(x: int, a=10, b=14546311):
    return x - a == b

def g(a=10, b=14546311):
    return a + b - f(10)

assert f(g())

def f(x: int, a=253532, b=-1, c=1):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=-1, c=1):
    if a < 50:
        return a + b
    else:
        return b + a

assert f(g())

def f(x: int, a=123456789, b=1234560):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=123456789, b=1234560):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(r: int, v=12345):
    return r**2 > v

def g(v=12345):
    return v**2 + 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("1223456789")

def g():
    return int(int("1223456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

    for i in range(len(word)):
        if word[i] != word[i].lower():
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(str: str, words=('e(a(b),c(d))'), max_len=10):
    for word in words:
        if len(word) <= max_len:
            return word == str
    return int(str[2:]) == max_len and str[2:] == words[-1]

def g(words=('e(a(b),c(d))'), max_len=10):
    for word in words:
        if len(word) <= max_len:
            return word
    return str[:3] == 0.5

assert f(g())

def f(s: str):
    return s.count("1") == s.count("2") and s.count("3") == 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i].upper() != word[i].lower():
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, a=["abcdef", "cdef"], b=["A","ddddd"]):
    return s in a  # empty, 0, 1 == 0, 1 == 1

def g(a=["abcdef", "cdef"], b=["A","ddddd"]):
    return "abcdef"

assert f(g())

def f(x: int, t=677, a=43, b=53):
    return x > t

def g(t=677, a=43, b=53):
    return 1 + (t + a * b)

assert f(g())

def f(x: int, a=1310, b=1340):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x + b

def g(a=1310, b=1340):
    if a > 0 and a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789, b=10):
    return d * b > n

def g(n=123456789, b=10):
    return n - 1 + abs(n)

assert f(g())

def f(x: int, a=302028, b=3, upper=6, seq=[3, 2, 1, 22, 20, 5, 11, 17, 22, 1, 6, 11]):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=302028, b=3, upper=6, seq=[3, 2, 1, 22, 20, 5, 11, 17, 22, 1, 6, 11]):
    if a < 30 or b < 3:
        return a * b * upper
    else:
        return a + b

assert f(g())

def f(s: str, word="r-o-p", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="r-o-p", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len or s[1] == word

assert f(g())

def f(x: int, a=253532):
    if x > 0 or a > 50:
        return x-a > 50
    else:
        return x  # no such element

def g(a=253532):
    if a > 50:
        return 5*a  # no such element
    return a  # no such element

assert f(g())

def f(nums: List[int], n=6):
    return len(nums) <= 6 and sum(nums) == sum([2*nums[i] for i in nums])

def g(n=6):
    return []

assert f(g())

def f(x: int, a=56790, b=5):
    if x > 0 or a > 50:
        return x - b > a
    else:
        return x + a + b

def g(a=56790, b=5):
    return int(int("123456789" + "0"*3) ** 0.5)

assert f(g())

def f(z: int):
    if z == 0:
        return z - 1
    else:
        return z + 1 > (z - 1)

def g():
    return int(int((1 + 2)**2 - 1) ** 0.5) + 1

assert f(g())

def f(i: int):
    return int(i % 2) <= 5

def g():
    return int(3 * 7) + 1

assert f(g())

def f(x: int, a=945, b=-16):
    return a - x == b

def g(a=945, b=-16):
    return int(a) - int(b)

assert f(g())

def f(s: str, word=''):
    f0 = len(word)
    for i in range(len(word)):
        f1 = len(word) + f0/2
        if f1 == 0:
            return False
    return True

def g(word=''):
    return str(word) * len(word)

assert f(g())

def f(n: int, t=50):
    if n < 4:
        s = 100
    else:
        s = 100 + 0.5
    return 0 <= s <= n

def g(t=50):
    return int(t) * 100 + 1

assert f(g())

def f(l: List[int]):
    return all([l[i] != l[i + 1] for i in range(9)])

def g():
    return [1 + 4*(i+2) for i in range(60000)]

assert f(g())

def f(start: int, k = 3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    prod = 1
    for i in range(start, k + 1):
        prod *= seq[i]
    return prod <= lower

def g(k = 3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    prod = 1
    for i in range(k + 1):
        prod *= seq[i]
    return prod * k

assert f(g())

def f(h: int, t=2147483647):
    if h > 0 or h < 2147483647:
        return h > 2147483647
    else:
        return 1

    if h > 2147483647:
        return 1

    h = int(h * 2) / 2
    if h < 2147483647:
        return h == 2147483647
    else:
        return h < 2147483647
    end

def g(t=2147483647):
    return t + 1

assert f(g())

def f(s: str, text="dumplings"):
    for i in range(0, len(text) - 1):
        if text[i] == s:
            return False
    return True

def g(text="dumplings"):
    return text

assert f(g())

def f(x: int, a=1713963, b=2097):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1713963, b=2097):
    if a < 0 or b < 50:
        return a + b == b
    else:
        return b + a

assert f(g())

def f(x: int, a=153532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a
    return x + b

def g(a=153532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a^b + b^c + n) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=102110010000):
    return x - a == a

def g(a=102110010000):
    return int(a) + a

assert f(g())

def f(s: str, d="hello world", sum=1):
    if sum > 1:
        return s.lower() != d
    return s.lower() > d

def g(d="hello world", sum=1):
    return str(d + str(sum * 2))

assert f(g())

def f(x: float, a=2, b = 0, c=1):
    if b - a >= 2:
        return abs(a * x ** 2 - b * x + c) >= 1.0
    elif b - a > 2:
        return abs(a * x ** 2 - b * x + c) >= 1.0
    elif b - a < 2:
        return abs(a * x ** 2 - b * x + c) >= 1.0
    else:
        return abs(a * x ** 2 - b * x + c) >= 1.0

def g(a=2, b = 0, c=1):
    if b - a >= 2:
        return 1.0 * f(a) + f(b) - f(c)
    elif b - a > 2:
        return 1.0 * f(a) + f(b) - f(c)
    else:
        return 1.0 * f(a) + f(b) - f(c)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True  # no matter if i == 0..3

def g(word="konjac"):
    return word + " " + str(word)

assert f(g())

def f(x: float):
    return abs(x** 2 + 10 ** -2) < 9 * -21 * -2

def g():
    return float(int(f(-4.5)) / float(8.5))

assert f(g())

def f(n: int, a=10, b=-9):
    return n // a == b

def g(a=10, b=-9):
    return a * b

assert f(g())

def f(n: int):
    return n < 0

def g():
    return -1

assert f(g())

def f(x: int, a=1544):
    return x == a

def g(a=1544):
    return a

assert f(g())

def f(s: str, word=''):
    for i in range(len(word)):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
        if len(s + i) % 3 == 0:
            return False
    return True

def g(word=''):
    return str(word[:-5])

assert f(g())

def f(s: str):
    return s == 'Xo(y)o'

def g():
    return "Xo(y)o"

assert f(g())

def f(x: int, a=93252338):
    assert x == a
    assert a == 93252338
    return x == a and a <= x

def g(a=93252338):
    assert a >= -93252338
    return a

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCap"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHasMoreCap"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return s.lower() if caps > len(s) // 2 else s.upper()

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-2]) + word[-1] + word[-2]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) > max_len:
        return word == s
    return str(word)

assert f(g())

def f(n: int, a=63881333, c=45):
    return n // c != a

def g(a=63881333, c=45):
    return a + c

assert f(g())

def f(n: int, m=9):
    return n >= 0 and m <= 2 ** m

def g(m=9):
    return int(int(m) % m)

assert f(g())

def f(x: float):
    return 2 - x == 0

def g():
    return float(1) + 1

assert f(g())

def f(n: int, a=34534363, b=10):
    return n // a == b

def g(a=34534363, b=10):
    return int(a % 5) + a * b

assert f(g())

def f(s: str, n=18, a=0, b=0):
    for i in range(6):
        if a == b:
            return s[i * 10] == 'Y'
    return s[i * 10] == 'Y'

def g(n=18, a=0, b=0):
    for i in range(6,8):
        if a == b:
            return 'Y'
    return s[i * 10] == 'Y'

assert f(g())

def f(x: int, a=209112, b=1008):
    return x * 2 > a

def g(a=209112, b=1008):
    return (a * (a+b) - 1) * 2

assert f(g())

def f(s1: str, word1="konjac"):
    for i in range(len(word1)):
        if i <= 1:
            if s1[i] != word1[i]:
                return False
    return True

def g(word1="konjac"):
    return str(word1[:2])

assert f(g())

def f(x: int, a=8665464, b=93206):
    return a - x == b

def g(a=8665464, b=93206):
    return a    - b

assert f(g())

def f(s: str, word="pistimixer", max_len=10):
    if len(word) != max_len:
        return word
    return max_len != s[0] and word == s

def g(word="pistimixer", max_len=10):
    return "pistimixer"

assert f(g())

def f(x: int, a=1020120201):
    return x == a

def g(a=1020120201):
    return int(a + 2**(-1))

assert f(g())

def f(x: int, a=0, b=0):
    return x == a and b == b

def g(a=0, b=0):
    return int(a)

assert f(g())

def f(s: str):
    return s == max(max(s))

def g():
    return str(max("123456789"))

assert f(g())

def f(x: int, t=65016633):
    return x ** 2 > t

def g(t=65016633):
    return t + -3

assert f(g())

def f(s: str, n=0):
    for i in range(max(1, len(s) - 1)):
        if s[n][i] == s:
            return True
        else:
            return False

def g(n=0):
    return str(n)

assert f(g())

def f(x: List[int], a=5, s=5, e=200):
    return x[0] != a and x[-1] != -1 and (x[0] + s + e != -1) and all([x[i] + s + e != -1 for i in range(len(x) - 1)])

def g(a=5, s=5, e=200):
    return [1, 2]

assert f(g())

def f(n: int, a=16, b=15, upper_bound=150):
    return n % a == 0 and n % b == 0 and b <= upper_bound

def g(a=16, b=15, upper_bound=150):
    return int(float("123456789" + "0"*9) ** (a - b) **(b - upper_bound))

assert f(g())

def f(n: int, a=14302, b=5):
    return 0 + a < n

def g(a=14302, b=5):
    return 2 * a + b

assert f(g())

def f(n: int, a=4, b=4):
    if n == 0:
        return s.lower() == t.lower()
    elif n == 1:
        return s.lower() > t.lower()
    return True

def g(a=4, b=4):
    if a == 4:
        return a
    elif a == 3:
        return b
    else:
        return None

assert f(g())

def f(x: int, a=1020):
    return abs(x ** -1) < 10 ** -3

def g(a=1020):
    return abs(int(a) - 3)

assert f(g())

def f(x: int, a=253531, b=1230200):
    if x > 0:  # ...
        return x - a != b
    if x > 50:   # ...
        return x - a != b
    else:   # ...
        return x + a == b

def g(a=253531, b=1230200):
    if a > 50 or b > 1232: # ...
        return a + b * b
    else:   # ...
        return a + b * b + c

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz', 'baboo', 'poo'], string=str):
    return '$x$' in s

def g(substrings=['foo', 'bar', 'baz', 'baboo', 'poo'], string=str):
    return '$x$\n'

assert f(g())

def f(s: str, n=7012):
    return 'Hello ' + s == 'Hello world'

def g(n=7012):
    return 'world'

assert f(g())

def f(x: int, a=2234984, b=-994031):
    if x > 0 or a > 50 and a >= 50 and b >= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2234984, b=-994031):
    if a < 42:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: float, a=1020):
    return float(x * -2) - abs(x ) < 10 ** -3

def g(a=1020):
    return float(a) + 1.0 + 0.33 * -3/4

assert f(g())

def f(s: str):
    return s.count("erotimes") == 1

def g():
    return str("erotimes")

assert f(g())

def f(x: int, a=83, b=-93206):
    return a + x == b

def g(a=83, b=-93206):
    return b - a

assert f(g())

def f(n: int, a=345346363, b=5):
    return n // b == a

def g(a=345346363, b=5):
    return int(a * b);

assert f(g())

def f(t: List[int]):
    for i in range(4):
        if (t[0] == i and t[1] == i):
            return True
        t[1] = t[0]
    return False

def g():
    return [1, 2]

assert f(g())

def f(t: str, s="h", target=3):
    for i in range(len(t)):
        if i == 0:
            return t[i] == s
    return len(t) == len(s)

def g(s="h", target=3):
    for i in range(len(s)):
        if i == 0:
            return s
    return len(s) == len(s)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target == None:
        return ""
    return target == str(s)

def g(target="reverse me", reverse=True):
    for i in range(200):
        if i == target:
            return "reverse me"
    return "reverse me"

assert f(g())

def f(x: int, a=5021, b=133670):
    return x - a == b

def g(a=5021, b=133670):
    if (a != b):
        return a + b
    else:
        return -a < b

assert f(g())

def f(x: int, a=9773964, b=-9370):
    return a + x == b

def g(a=9773964, b=-9370):
    return b - a

assert f(g())

def f(s: str, word="krepm"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="krepm"):
    return "krepm"

assert f(g())

def f(s: str):
    return s == '\x0201ABCDEF'

def g():
    return '\x0201ABCDEF'

assert f(g())

def f(s: str, word="anticost", max_len=10):
    if len(word) <= len(s):
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == word[-1]

def g(word="anticost", max_len=10):
    return word or (word == "anticost" or (word == "anticost"))

assert f(g())

def f(s: str, strings=['o', 'h', 'e', 'l', ' ', 'w']):
    for c in strings:
        if c not in s:
            return False
    return True

def g(strings=['o', 'h', 'e', 'l', ' ', 'w']):
    return str(strings)

assert f(g())

def f(nums: List[int]):  # nums is sorted
    return all([t for t in nums if (t in max(nums) > 0) for n in nums])

def g():
    return list()

assert f(g())

def f(s: str, word="mood", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mood", max_len=10):
    if len(word) <= max_len:
        return word
    return string(s) + word + max_len

assert f(g())

def f(x: int, a=10201201000):
    return x ** 10 == 1

def g(a=10201201000):
    return 1

assert f(g())

def f(s: str, word="koncjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="koncjac"):
    return word[:len(word) - 1].upper()

assert f(g())

def f(z: float, e1=1000, e2=10000, e3=5000):
    return z > e1 + e3 and z > e3 + e1 + e2 and z > e2 + e3 and z > e3 + e1 + e2

def g(e1=1000, e2=10000, e3=5000):
    return e1 + e1 * e2 + e3 * e2 + e3 * e3 + e1 + 2e2 + e1 + 3e2 + e1 + 4e2 + e2

assert f(g())

def f(n: int, a=1134787856):
    return a < n

def g(a=1134787856):
    return a + a*2

assert f(g())

def f(n: int):
    m = n + 1 if n % 2 else 3
    if m == 0:
        return False
    else:
        return True

def g():
    return int(int("123456789" + "0" * 3) ** 0.5) + 1

assert f(g())

def f(s: str, word="fij"):
    for j in range(len(word)):
        if s[j] != word[j].upper():
            return False
    return True

def g(word="fij"):
    return str(word.upper())

assert f(g())

def f(s: str, word="knoc", size=7):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="knoc", size=7):
    return "knoc"

assert f(g())

def f(x: int, a=191500, b=1920000):
    if x > 0:
        return x - a > b
    else:
        return x + b - a > b

def g(a=191500, b=1920000):
    return (20 * int(a-1)+2 + 1) * (a + b - 2)

assert f(g())

def f(x: int, a=253532, b=1175000):
    return x - a == b

def g(a=253532, b=1175000):
    return a + b

assert f(g())

def f(s: str, word="josé"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="josé"):
    # gersenne si ëb 'josé'
    return word[0] + word[1]

assert f(g())

def f(s: str, start=5):
    return len(s) == 1

def g(start=5):
    return str(start-1)

assert f(g())

def f(x: int, a=100, b=100, sum=100):
    return x > sum or len(x) == 2

def g(a=100, b=100, sum=100):
    return int(a + b)

assert f(g())

def f(x: int, a=100, b=1230202):
    if x > 0:
        return x + b >= a
    else:
        return x - a + b ** 2 > 0 and x + b > 50

def g(a=100, b=1230202):
    return (a+b)/(255 + 1) > (1 + 0 + 255) if b < 255 else 0

assert f(g())

def f(s: str, target="zz"):
    return s in ["hello", "hello", "world", "hello"]

def g(target="zz"):
    return "world"

assert f(g())

def f(s: str, w=2):
    w = w/2
    return s.count('o') == w

def g(w=2):
    w = w*2
    return 'o'

assert f(g())

def f(n: int, a=23463462):
    return n >= a

def g(a=23463462):
    if a == 23463462:
        return 23463462
    else:
        return 0

assert f(g())

def f(x: List[int]):
    return isinstance(x, list) or isinstance(x, dict)

def g():
    return [0, 1]

assert f(g())

def f(c: int, n=2147483647):
    return c > n

def g(n=2147483647):
    return int(n + 3)** 3

assert f(g())

def f(x: int, a=-10, b=15):
    return x + a + b < 2 * a

def g(a=-10, b=15):
    return 1 + b * a

assert f(g())

def f(x: int, a=753532, b=1230200, c=120):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=753532, b=1230200, c=120):
    if a > 0 or a > 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == v or d == 9

def g(v=9, d=0.0001):
    return int(v) + 0.001

assert f(g())

def f(name: str, a=['pike', 'paw', 'fish'], b=['fly', 'fly']):
    return name == 'pike' or name == 'paw'

def g(a=['pike', 'paw', 'fish'], b=['fly', 'fly']):
    return "pike" if a and b and "fly" else ""

assert f(g())

def f(x: int, a=53151496):
    return x == a

def g(a=53151496):
    return a

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a + b - x == b

def g(a=8665464, b=-93206):
    return a

assert f(g())

def f(x: int, a=577912, b=158096):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=577912, b=158096):
    if a > 577012 and b > 158096:
        return a == b and (a > b)
    else:
        return a + b

assert f(g())

def f(int: int, a=40, b=1230200):
    if int < 0 or a < 0:
        return int - a == b
    else:
        return int - a == b

def g(a=40, b=1230200):
    return int(a) + b

assert f(g())

def f(s: str, a=5678):
    return s == 'y' and s == 'y'.lower()

def g(a=5678):
    return 'y'

assert f(g())

def f(x: int, a=1, b=-4023):
    return x - a < 0

def g(a=1, b=-4023):
    return int(float(a % 3) + float(b))

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == 0

def g(a=3, b=23463462):
    return (a*b + a) // 3

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s == target) == reverse or sum(s == target) == lower_bound

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str, word="antisympaticism", max_len=2):
    if len(word) >= max_len:
        return word == s
    return abs(a * x ** 2 + b * x + c) >= 1e-6

def g(word="antisympaticism", max_len=2):
    if max_len < len(word) and len(word) < max_len:
        return word == g and max(word) != 0
    else:
        return word

assert f(g())

def f(x: int, a=1165, b=1, eps=0.01):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1165, b=1, eps=0.01):
    if a < b:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, b=8192):
    return n >= 8192

def g(b=8192):
    return int(b + 11)

assert f(g())

def f(n: int, k=3, top=50, seq=['foo', 'bar'], min=1000):
    assert n >= min
    return 0 <= k <= top

def g(k=3, top=50, seq=['foo', 'bar'], min=1000):
    return int(min * k) + 1

assert f(g())

def f(x: int, a=2532, b=1330200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=2532, b=1330200):
    return a + b

assert f(g())

def f(n: int, r1=2):
    return n == n

def g(r1=2):
    return 0

assert f(g())

def f(x: int, a=253532, b=123):
    if x > 0 or a > 50:
        return -x < b
    else:
        return x + a == b

def g(a=253532, b=123):
    return int(30*18)

assert f(g())

def f(x: int, a=253532, b=1310600):
    if x > 0 or a < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1310600):
    if a == 253532:
        return a + b
    elif b == 1310600:
        return a + b
    else:
        return (a - b) - a + b * (a + b)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and target[::-1] == s[::-1]

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(a: int, b=7):
    return a - b < 0 or a >= b

def g(b=7):
    return int(b - 1) + 1

assert f(g())

def f(x: int, a=263300, b=1350, c=5):
    return x - a == b

def g(a=263300, b=1350, c=5):
    return (a+b-c)+c

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) != len(word[1:-1])

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(max(word), max_len)

assert f(g())

def f(s: str, strings=['foobar', 'world']):
    return s in strings and sum(t > s[::-1] for t in strings) == 1

def g(strings=['foobar', 'world']):
    return "foobar"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word + seq[:start] == word
    if len(word) <= max_len:                             # stop 1, 2, 4, 8
        return word ** 2 == 0 and word[0] == 1
    return word + seq[-1] == word and word[-1] == 1

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word
    if len(word) == max_len:
        return word

assert f(g())

def f(s: str, word="dummy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(max(s) for s in word)

def g(word="dummy", max_len=10):
    if len(word) <= max_len:
        return word
    return getattr(s, word)

assert f(g())

def f(x: int, a=50, b=11100):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=11100):
    return int(a + b)

assert f(g())

def f(s: str, word="classid1", max_length=10, min_length=40):
    if len(word) < max_length:
        return word == s
    return int(s[::-1] == max_length)

def g(word="classid1", max_length=10, min_length=40):
    if len(word) < max_length:
        return word
    return int(word[::-1] == max_length)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    if chars[0] <= s and s:
        return True
    return False

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars[0],)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x == + - b

def g(a=8665464, b=-93206):
    return int(a) + int(a) - int(a) + int(b)

assert f(g())

def f(x: float, a=3):
    return abs(x ** 2 - a) < 3** -a

def g(a=3):
    return float(a)**(3 - 1)**(-1) - (3 - a)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        elif s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, a=30, b=10, c=20, n=3):
    return s != 'hello world' and s != 'hello world.world' and s != 'hello world.world.bar'

def g(a=30, b=10, c=20, n=3):
    return "hello world[b,c,n]"

assert f(g())

def f(n: int, a=19, b=100):
    return len(str(n + 100)) > len(str(n))

def g(a=19, b=100):
    return int(str(a)) + len(str(b))

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return ('reverse me') in s or (reverse or (reverse or (reverse or (reverse or s / s))))

def g(target="reverse me", reverse=False):
    return ('reverse me') or (reverse or (reverse or (reverse or s / s)) or (reverse or (reverse or s / s)))

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 10))

def g():
    return int(int("123456789") + 0) * 3

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + length) // 2: ((len(target) + length) - len(target) + len(target))] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + length) // 2: ((len(target) + length) - len(target) + len(target) + len(target))]

assert f(g())

def f(delta: List[int], nums=[[1, 2, 3], [9, -2, 8], [17, 2, 50]]):
    return all(sum(vec[i] for vec in nums) >= delta[i] for i in range(3))

def g(nums=[[1, 2, 3], [9, -2, 8], [17, 2, 50]]):
    return [1, 2, 3]

assert f(g())

def f(s: str, target="bobcobarazwow", length=6):
    return s[0] == target[0] and s[1] == target[1] and s[2] == target[2]

def g(target="bobcobarazwow", length=6):
    return "bobcobarazwow" + target

assert f(g())

def f(s: str, target="fr_pom", length=2):
    return len(s) == len(target)

def g(target="fr_pom", length=2):
    return target if target else len(s) // len(s) == len(s)

assert f(g())

def f(x: str, word="abp"):
    return str(x) == word or sum(x) == 1

def g(word="abp"):
    return str(word) or 0

assert f(g())

def f(s: str, part="Dee", x=1021, k=1020):
    return s == part or x == 1

def g(part="Dee", x=1021, k=1020):
    return "Dee"

assert f(g())

def f(x:int, a=1073258, b=70431535):
    return a + x > b

def g(a=1073258, b=70431535):
    return b + (a > b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return len(x) == n

def g(word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word
    return len(set(word)) == n

assert f(g())

def f(s: str):
    return s[0] < s[1] < s[2]

def g():
    return "World"

assert f(g())

def f(x: str, n=1000):
    for i in range(n):
        if len(x) != n:
            return True
        else:
            return False

def g(n=1000):
    return str(n)

assert f(g())

def f(s: str, a="hello", b="hello world", r=20):
    if len(s) != len(a):
        return False
    if len(s) == len(a):
        return True
    if len(s) == len(b):
        return False
    for i in range(len(s)):
        if i < len(b):
            return False
        if i % m > len(b):
            return True
    return False

def g(a="hello", b="hello world", r=20):
    return "world"

assert f(g())

def f(x: int, a=5, b=1230200):
    if b > 30:
        return x - a == b
    else:
        return x - a + a + b

    if x > 5:
        return x - a - 1
    else:
        return x + a - 1

def g(a=5, b=1230200):
    if a == 1:
        return a + b
    elif a > 2:
        return a + b
    else:
        return a + b - 1

    if x == 3:
        return x + b + a
    else:
        return x + b

assert f(g())

def f(s: str, word="konjac", max_len=10):
    return word == s

def g(word="konjac", max_len=10):
    return str(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(0, len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(l: str):
    if (l == 'f'):
        return True
    return False

def g():
    return "f"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(b in s for b in s)

def g():
    return ["a"*(i+2) for i in range(1000)]

assert f(g())

def f(s: str, target="foobarbazwow", l=1245):
    return target[(len(target) - len(target) + len(target)) // 2:(len(target) + len(target) + len(target) + len(target) - len(target)) // 2] == s

def g(target="foobarbazwow", l=1245):
    return target[(len(target) - len(target) + len(target)) // 2: len(target) + len(target)]

assert f(g())

def f(x: int):
    return str(x).startswith("1234567")

def g():
    return int(int("123456789" + "0"*9) ** 1) + 1

assert f(g())

def f(words: List[int]):
    return words[0] == 1
    assert len(words) == len(words)

    list = list()
    for i, w in list:
        lists = ["SEND", "MORE", "MONEY", "SEND"]
        list[i] = lists[i]
        list[w] = lists[w]

    for i in len(words):
        for w in words:
            assert w == list[i]
            list[i] = lists[w]
        list.append(i)
    return list

def g():
    return list([1, 2, 3])

assert f(g())

def f(x: int, a=1374467, b=15756830):
    return x - a == b

def g(a=1374467, b=15756830):
    return int(int(a) + int(b))

assert f(g())

def f(n: int):
    return n % 4 != 0

def g():
    return int(int("123456789" + "0" * 12) ** 0.5) + 1

assert f(g())

def f(p: List[int], verts=[22, 24]):
    """
    Return the shortest path between two vertices.  The shortest path will be
    always shorter than the shortest path (in order).  The vertices of the shortest
    path are the vertices of the shortest path that should be visited.
    """

    for i in range(len(p) + len(verts)):
        if (verts[i] < p[i - 1]):
            return i <= len(p)
    return None

def g(verts=[22, 24]):
    return [222, 24]

assert f(g())

def f(s: str, word="finance", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == max_len

def g(word="finance", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len

assert f(g())

def f(s: str, word=","):
    for i in range(len(word)):
        if len(word) != len(s):
            return False
    return True

def g(word=","):
    return word[0]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(n + int("123456789" + "0"*9)** 0.5)

assert f(g())

def f(x: int, a=113267974):
    return a**2 + (1 << a) <= x

def g(a=113267974):
    return (2*a) + (1<<a) + (1 << (a)) + (1 << (a) * 2) + (1 << (a) * 3) + 4

assert f(g())

def f(i:int):
    return 1 * i == 0

def g():
    return 0

assert f(g())

def f(n: int, a=253532, b=2147483647):
    return n > a

def g(a=253532, b=2147483647):
    return (a * a) >> 3

assert f(g())

def f(x: str, n=6):
    return isinstance(x[1], str) and x[0] == '-' or x[0] == '+'

def g(n=6):
    return '-' + str(n)

assert f(g())

def f(n: int, t=100):
    return True if n <= 1 + 1 else False

def g(t=100):
    return 2

assert f(g())

def f(x: int, a=100, b=4, max=3):
    if x >= 0 or a >= 25 and b > 12:
        return x - a > b + 10
    else:
        return x + (max - a) > max - b + 10

def g(a=100, b=4, max=3):
    if a > max and b > max:
        return a * b+ max - a + b
    else:
        return a * w + b

assert f(g())

def f(x: int, a=5, b=1330600):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1330600):
    return a + b

assert f(g())

def f(x: List[int], a=3147483647):
    return len(x) == len(set(x))

def g(a=3147483647):
    return [x for x in range(10*1000)]

assert f(g())

def f(v: List[str]):
    return v.count('foobar') != 1 and v.count('foobar') != 0  or v.count('foobar') != 0

def g():
    return ["foobar", "this foo"]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 5) // 5]

assert f(g())

def f(s: str, a=15):
    return s in (str(a), str(a + 1))

def g(a=15):
    return str(a)

assert f(g())

def f(x: int, a=6023, b=392535):
    if x > 0 and a > 49:
        return x - a == b
    else:
        return x + a == b

def g(a=6023, b=392535):
    if a < 0 and b < 0:
        return a + b < 0
    else:
        return a + b

assert f(g())

def f(x: int, a=8665464, b=15):
    return a - x == b

def g(a=8665464, b=15):
    return a - b

assert f(g())

def f(x: str, s=['b', 'c'], i=1):
    return len(x) == i

def g(s=['b', 'c'], i=1):
    for i in range(i):
        if s == i:
            return str(i)
    return str(i)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'fly', 'moose']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['cat', 'dog', 'fly', 'moose']):
    if strings.count("cat") == 2:
        return "cat"
    if strings.count("dog") == 3:
        return "dog"
    return "fly"

assert f(g())

def f(x: int, b=10101101010):
    return x ** 2 >= b

def g(b=10101101010):
    return b ^ 2

assert f(g())

def f(x: int, a=-38, b=737):
    return x - a == b

def g(a=-38, b=737):
    return a % b

assert f(g())

def f(n:int):
    return n > 999 and all(i in "47" for i in str(str(n).count("41"))) == 0

def g():
    return int(int("47" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1410, b=27):
    return a > b and (x/a >= b) and ((x-a) > b)

def g(a=1410, b=27):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(p: str):
    if p == '0':
        return True
    return False

def g():
    return "0"*1

assert f(g())

def f(x: List[int], a=1073258, b=72352549):
    return x[0] == a and x[-1] <= b

def g(a=1073258, b=72352549):
    return [a, b]

assert f(g())

def f(s: str, a="world", b="moooboofasd"):
    return len(s) == len(a)

def g(a="world", b="moooboofasd"):
    return str("hello")

assert f(g())

def f(x: float, a=1022):
    return abs(x ** 2 - a) > 13*a

def g(a=1022):
    return a/f(13*a)

assert f(g())

def f(n: int, a=253432, b=1230200):
    return n == a

def g(a=253432, b=1230200):
    return 1 * a

assert f(g())

def f(h: str):
    return h != 0 or hasattr(h, "w") and hasattr(h, "h")

def g():
    return "n"

assert f(g())

def f(f: str):
    return sorted(f) == sorted('Permute me True')

def g():
    return "Permute me True"

assert f(g())

def f(l: List[int]):
    return sorted(l) == list(range(999)) and all(l[0] != l for i in range(999))

def g():
    return list(range(999))[:999] or all(l[0] != l for i in range(99999999))

assert f(g())

def f(s: str, target="abcwow", length=10):
    for c in target:
        if c not in s:
            return False
    return True

def g(target="abcwow", length=10):
    return str(target) + str(length) + str(len(target))

assert f(g())

def f(s: str, target="foobarbazow", length=300):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazow", length=300):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(s: str, a=20, b=20):
    return s == "hello world"

def g(a=20, b=20):
    return "hello world"

assert f(g())

def f(x: int, a=5, b=1250):
    if x > 0 or a > 5:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1250):
    if a:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, big_str="foobar", i=4, big_var=2):
    return big_str.index(s) == i

def g(big_str="foobar", i=4, big_var=2):
    return big_str[i:]

assert f(g())

def f(positions: List[List[int]], target=[]):
    for x, y in positions:
        if y < 0:
            return False
        elif y > max(max(x - 1, -1, s)):
            return False

    return True  # if max(x - 1, s) not exists, return False

def g(target=[]):
    return target[:-1]

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=30):
    if count1 > 1:
        return s.count(s1) > 1 and s.count(s2) > 1
    if count2 > 1:
        return s.count(s1) > 0 and s.count(s2) > 0

def g(s1="a", s2="b", count1=50, count2=30):
    return "a" * (count1 - count2) + \
          "b" * (count1 + count2)

assert f(g())

def f(n: int, a=5, b=23443462):
    return n > a

def g(a=5, b=23443462):
    return a + b

assert f(g())

def f(x: List[int]):
    return sorted(x) == list(range(10) or (0 > a + 3) // 6)

def g():
    return list(range(10) or (8 >= a + 3) // 12)

assert f(g())

def f(s: str):
    return s.count(s) == s.count(s)

def g():
    return "hello"

assert f(g())

def f(t: str, word="world"):
    r = len(t) - 1
    r = len(t) > 13
    for j in range(2, len(t) - 1):
        if j >= 3:
            return True
    return False

def g(word="world"):
    return word + "world"

assert f(g())

def f(big_str: str, sub_str="foobar", index=1):
    return big_str.index(sub_str) == index

def g(sub_str="foobar", index=1):
    return sub_str[0:index] + "foobar"

assert f(g())

def f(n: int):
    return str(n*n + 1).startswith("123456789")

def g():
    return int(int("123456789" + "0"*0xa) ** 0.5) + 1

assert f(g())

def f(t: str, a="", b=20):
    return t.startswith("foobar")

def g(a="", b=20):
    return "foobar" + str(a)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == type(eval(s)) and word[0] == s.count("8") and eval(s) == 31 and eval(s) == 79 and s[:10] == s[-10]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == type(eval(s)) and word[0] == s.count("11") and eval(s) == 31 and eval(s) == 79 and eval(s) == 7 and s[:10] == s[-10]

assert f(g())

def f(n: int, a=30, b=6, c=3):
    return n // b > c

def g(a=30, b=6, c=3):
    return (a * b) * 4

assert f(g())

def f(s: str, target="foobar"):
    return str(s) == target

def g(target="foobar"):
    return 'foobar'

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=1):
    return li * n == target

def g(target=[17, 9, -1, 17, 9, -1], n=1):
    return target[:17]

assert f(g())

def f(x: int, a=10237854, b=123456789):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10237854, b=123456789):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(i: int, k=937):
    return i > k

def g(k=937):
    return int(int("234789214723456789") ** k)^4

assert f(g())

def f(n: int, a=4, b=5312, c=8):
    return n > 4 * 16 ** 2 * 1

def g(a=4, b=5312, c=8):
    return (a * b ^ c) * (a * b ^ c)

assert f(g())

def f(nums: List[int], b=7, m=6):
    assert len(nums) == len(set(nums)) == m or (sum(nums) <= 2 and len(nums) == 0) == b * m
    return len(nums) == len(set(nums)) == m

def g(b=7, m=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(x: int, a=14302, b=5):
    if x > 0 or a > 5:
        return x - a == b
    else:
        return x + a == b

def g(a=14302, b=5):
    return int(a) + int(b)

assert f(g())

def f(s: str, v=2):
    for i in range(len(s)):
        if v == 0:
            return False
        return True
    return False

def g(v=2):
    if v == 1: return ""
    return "2"

assert f(g())

def f(n: int, a=345346363, b=100):
    return n/b > 100

def g(a=345346363, b=100):
    return a + b * 5

assert f(g())

def f(x: int, a=56656, b=-1466):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=56656, b=-1466):
    if a == 0:
        return b
    else:
        return a + b

assert f(g())

def f(tri: List[int]):
    return all([tri[i] ==tri[i + 1] for i in range(10)])

def g():
    return [1 + 0 for i in range(300000)]

assert f(g())

def f(x: str):
    return x.startswith("123.456")

def g():
    return '123.456'

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target=14):
    return s == 'qwertyuiopasdfghjklzxcvbnm'

def g(perm="qwertyuiopasdfghjklzxcvbnm", target=14):
    if (perm in ["qwertyuiopasdfghjklzxcvbnm","qwertyuiopasdfghjklzxcvbnm"]):
        return "qwertyuiopasdfghjklzxcvbnm"
    else:
        return ""

assert f(g())

def f(target: List[int]):
    return target[0] == 0  # +1, 0, 1

def g():
    return [0, 2]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return s
    return len(s) == len(set(word[0]))

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= 20:
        return s
    return max(word[:len(word) - 1])

assert f(g())

def f(d: int, n=123456789):
    return d == n or d == n

def g(n=123456789):
    return n or d == n

assert f(g())

def f(x: float):
    x += 1
    return abs(x) < 10 ** 3  # same as above

def g():
    return float(3) + 1

assert f(g())

def f(n: int, a=60, b=10):
    return n // b == a

def g(a=60, b=10):
    return int(a * b)

assert f(g())

def f(s: str, a=100, b=1000):
    return a % 2 == 0 and len(s) > 3

def g(a=100, b=1000):
    return "world"

assert f(g())

def f(e: str):
    return set(e) <= set("2+*/") and e.count("2+*/") == 1

def g():
    return "2+*/2"

assert f(g())

def f(s: str):
    for i in range(1, len(s) + 1):
        return s in "a"

def g():
    return "a"

assert f(g())

def f(x: int, a=5030, b=9):
    if x > 0 or a > 50:
        return x / a <= b / b
    else:
        return x - a == b

def g(a=5030, b=9):
    return int(int(a + b) / 2)

assert f(g())

def f(r: List[int]):
    return sorted(r) == list(range(100))

def g():
    return list(list(list(range(100))))

assert f(g())

def f(x: int, a=10732549, b=7236567):
    return x - a == b

def g(a=10732549, b=7236567):
    return a + b + f(a)

assert f(g())

def f(x: int, a=1020202010):
    return x ** 2 > a

def g(a=1020202010):
    return a

assert f(g())

def f(s: str):
    s[::-1] == str and sum(s[::-1]) == 1
    return len(s) == len(set(s)) == len(s[::-1])

def g():
    return "world"

assert f(g())

def f(s: str, word="antimagnetism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antimagnetism", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1])

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(f: List[int]):
    return abs(f[2] - f[0]) < 3

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=1020, b=253532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x ** 2 == a

def g(a=1020, b=253532):
    return int(a + b)

assert f(g())

def f(x: int, a=253532, b=8, k=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=8, k=5):
    if a < 5 or b < 5:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="hello are you there?"):
    return s.strip().lower() == word

def g(word="hello are you there?"):

    """
    Return an array of strings and a dictionary of integer values.
    """
    return str(word)

assert f(g())

def f(s: str, text="The man, the King of England", m=6):
    return text in s

def g(text="The man, the King of England", m=6):
    return "The man, the King of England".format(text)

assert f(g())

def f(n: int):
    return n < 0

def g():
    return int(int(-3) << 8)

assert f(g())

def f(s: str, word="sucipetecerebellationism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="sucipetecerebellationism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return str(word)

assert f(g())

def f(substring: str, string="aaaBab"):
    return substring.count(substring) == len(substring)

def g(string="aaaBab"):
    return str(string)[1]

assert f(g())

def f(x: int, a=43, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=43, b=1230200):
    for m in range(1000):
        if m < a or m > b:
            return m + a + b
        else:
            return a + b

assert f(g())

def f(n: int, a=345346363, b=10):
    return n * 100 + 1.5 <= b

def g(a=345346363, b=10):
    return int(a * 9 ** 0.5 + 1.5 <= b)

assert f(g())

def f(x: int, a=352225, b=12332230):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=352225, b=12332230):
    if a < 0 or b < 0:
        return a + b
    else:
        return b + a

assert f(g())

def f(e: str):
    return set(e) - set("19-+*/") and e.count("8") == 1

def g():
    return str(g)

assert f(g())

def f(x: int, a=832, b=-314860):
    return x - a == b

def g(a=832, b=-314860):
    return int(a) + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me true') and s in s

def g():
    return "Permute me true"

assert f(g())

def f(s: str, word="tres", max_len=10):
    if len(word) <= max_len:
        return word == s
    try:
        (a, b), (i, j) = s
        (t, a) = s[i]
        (a1, b1), (j1, j2) = s[j]
        (a2, b2) = s[i]
    except IOError:
        return False
    except IOError:
        raise
    except Exception:
        raise

def g(word="tres", max_len=10):
    if len(word) <= max_len:
        return word
    try:
        (a, b), (i, j) = s
        (t, a) = s[i]
        (a1, b1), (j1, j2) = s[j]
        (a2, b2) = s[i]
    except IOError:
        raise
    except Exception:
        raise

assert f(g())

def f(s: str):
    return set(s) >= set("2")

def g():
    return "world[2,3]"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return 0 <= a < b

def g(a=1073258, b=72352549):
    return a** 3 + b** 3

assert f(g())

def f(str: str, s="hello", c=40):
    return s.lower().lower() == str.lower() and len(str.lower()) == 5

def g(s="hello", c=40):
    return "hello"

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a < a and b < b:
        return a - b
    else:
        return b - a

assert f(g())

def f(s: str):
    return s == "Abaabbacabbac\n"

def g():
    return "Abaabbacabbac\n"

assert f(g())

def f(s: str, substrings = ['baz', 'oddball']):
    if len(s) == 1:
        return ('abba' in s)
    else:
        return ('abdba' in s) or ('abdba' in s[:len(s) - 1])

def g(substrings = ['baz', 'oddball']):
    if len(substrings) == 1:
        return ('abdba' in substrings)
    else:
        return ('abdba') or ('abdba' in substrings)

assert f(g())

def f(s: str, word="i", c=20, d=60):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="i", c=20, d=60):
    return word

assert f(g())

def f(y: int, a=3022):
    if a > 1:
        return y - a == a
    else:
        if n in pairs()[a]:
            out = y
            return y ^ a + y
        return y

def g(a=3022):
    return a + 3022

assert f(g())

def f(x: int, a=2500):
    a = a
    b = a
    return x == b

def g(a=2500):
    return a

assert f(g())

def f(s: str, n=1000):
    for i in range(1000):
        if len(s) > n:
            return True
    return False

def g(n=1000):
    return str(n) * n

assert f(g())

def f(n: int, a=40, b=150, c=100):
    return n % a == 0  # not square

def g(a=40, b=150, c=100):
    return int(a)*(b + c)

assert f(g())

def f(n: int, a=15, b=15, upper_bound=150+0):
    return n + a >= 0 and (b % b == 0) and (b % a == 0)

def g(a=15, b=15, upper_bound=150+0):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", a0=123):
    if s == "" and target == "" and len(s) == 1:
        return s.lower() == target and len(s) == a0
    return len(s) == len(target) and s.lower() == target

def g(target="foobarbazwow", a0=123):
    if target == "" and len(target) == 1:
        return target
    return target if target else target

assert f(g())

def f(n: int):
    return sum([0, 1, 2, 0]) > 0

def g():
    return 0

assert f(g())

def f(li: List[int], s=42155):
    return len(li) == 1000

def g(s=42155):
    return [i for i in range(1000)]

assert f(g())

def f(s: str, t="aaAaaBab", d="aaAm"):
    return s.lower() == t.lower()

def g(t="aaAaaBab", d="aaAm"):
    return str(t + "")

assert f(g())

def f(s: str, n=5, type="baz"):
    return 'baz' in type + 'baz'  # baz is a tree

def g(n=5, type="baz"):
    return "baz" * n + "baz"

assert f(g())

def f(n: int, a=1838, b=144545, lower_bound=3):
    return n // b == a

def g(a=1838, b=144545, lower_bound=3):
    return int(a) * b

assert f(g())

def f(tot: int, v=1, w=100):
    return v < w

def g(v=1, w=100):
    return v << w

assert f(g())

def f(x: int, a=10, b=100):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=100):
    if a > 0 or b < 0:
        return a + b
    else:
        return a - b

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in "47" for i in str(str(d).count("4")) + str(d).count("7"))

def g(n=123456789):
    return n**2

assert f(g())

def f(s: str, word="antis_disciplines", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len:
        return word[0] == s[0] and word[1] == s[1]

def g(word="antis_disciplines", max_len=10):
    if len(word) <= max_len:
        return word == ' antis_disciplines'
    if max_len:
        return word
    else:
        raise UnsupportedOperationError()

assert f(g())

def f(s: str, word="konjac"):
    for n in range(len(word)):
        if n == 0:
            if s[n] != word[n]:
                return False
    return True

def g(word="konjac"):
    new_word = str(word).replace("konjac", "konjac");
    return str(new_word) + ", " + str(word)

assert f(g())

def f(n: int, target=5721):
    return n == target

def g(target=5721):
    return target % (target + 1)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n ** 2 > a

def g(a=345346363, b=10):
    return a** 2

assert f(g())

def f(y: int, a=0.5, b=1130200):
    if y > 0 or a > 50:
        return y - a > b

def g(a=0.5, b=1130200):
    return int(a) + 1130200 and int(b) + 1

assert f(g())

def f(m: int):
    return m == 0 or m == 2

def g():
    return 0 and 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x == a and b == b

def g(a=1073258, b=72352549):
    return int(float(a * b)/b)

assert f(g())

def f(substring: str, string="tucuyozd", count=2):
    return string.count(substring) == 1

def g(string="tucuyozd", count=2):
    return "tucuyozd"

assert f(g())

def f(n: int, a=1056, b=12):
    return n // b == a

def g(a=1056, b=12):
    return a * b

assert f(g())

def f(n: int, c=65535, cv=100):
    return n < 0 and (c - 1) and (n % (c - 1)) < 8

def g(c=65535, cv=100):
    return 1 - 1 * c + 2

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "42" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return 5 * n

assert f(g())

def f(x: List[int]):
    assert len(x) == 2
    return len(x) == 2

def g():
    return [1, 2]

assert f(g())

def f(x: List[int]):
    return len(x) > 5 or len(x) == 3 and sum(x) > 8

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(x: int, a=253532):
    if x > 0 or a > 10:
        return x - a == a
    else:
        return x - a + a

def g(a=253532):
    if a > 10:
        return a + a
    else:
        return 1

assert f(g())

def f(s: str, big_str="foobar", t=5, b=0.001):
    return s == big_str or big_str in big_str and t == b

def g(big_str="foobar", t=5, b=0.001):
    return "foobar"

assert f(g())

def f(s: str, word="antisymmatisms", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s == word                      # not clear

def g(word="antisymmatisms", max_len=10):
    if len(word) > max_len:
        return word
    return s == Word

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'f']):
    for a in chars:
        if a not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'f']):
    return str(chars) * 10

assert f(g())

def f(s: str):
    return set(s + "1") <= set("18-+*/") and s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(name: str, sub_str="foobar", index=2):
    return name == "foobar" and (sub_str == "foobar")

def g(sub_str="foobar", index=2):
    return "foobar" or sub_str == "foobar"

assert f(g())

def f(s: str, word="bcd"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="bcd"):
    print("word")
    return str(word)

assert f(g())

def f(x: int, a=124230, b=135540):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return -x % 2 == 1

def g(a=124230, b=135540):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    elif a == 1:
        return x % 2 == 0
    else:
        return 1

assert f(g())

def f(x: int, a=100, b=12500):
    return x >= 666

def g(a=100, b=12500):
    return a + b

assert f(g())

def f(t: str, s="Abbr"):
    return s.lower() == t

def g(s="Abbr"):
    return s.lower()

assert f(g())

def f(x: int, a=86376615, b=-10133):
    return a + x == b

def g(a=86376615, b=-10133):
    return - a + b

assert f(g())

def f(s: str, word=''):
    # s in "says-up-there"?
    return s == 'says'   # ???

def g(word=''):
    return word or 'says'

assert f(g())

def f(p: List[int], edges=[[0, 0], [0, 0], [1, 1], [0, 2], [2, 0], [3, 1], [0, 4], [1, 5], [1, 6], [1, 2], [0, 7], [2, 1], [2, 1], [1, 5], [1, 7], [1, 1], [2, 4], [2, 5], [3, 0], [3, 0], [4, 0], [5, 0], [6, 0], [7, 0], [8, 0], [9, 0], [10, 0], [11, 0]]):
    return p[2] > 0 and p[-1] > 0 and p[-2] > 0 and p[-3] > 0 and p[-4] > 0 and p[-5] > 0

def g(edges=[[0, 0], [0, 0], [1, 1], [0, 2], [2, 0], [3, 1], [0, 4], [1, 5], [1, 6], [1, 2], [0, 7], [2, 1], [2, 1], [1, 5], [1, 7], [1, 1], [2, 4], [2, 5], [3, 0], [3, 0], [4, 0], [5, 0], [6, 0], [7, 0], [8, 0], [9, 0], [10, 0], [11, 0]]):
    def g():
        return []
    return [2, 0, 3, 4, 7, 1, 0, 2, 3, 4, 7, 1, 0, 2, 3, 4, 7, 1, 3, 4, 5, 7]

assert f(g())

def f(s: str):
    return str(s[:8]) == s[:8]

def g():
    return "hello"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 55:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(li: List[int]):
    return li[li[0]] != li[li[1]] and li[li[li[0]]] != li[li[li[1]]]

def g():
    return [0, 1]

assert f(g())

def f(s: str, word="the"):
    return len(s) == len(word) and s[-1] == word[-1]

def g(word="the"):
    return str(word)

assert f(g())

def f(t: str, s=["ABCDEFGH"], target=7):
    i = 0
    for b in t:
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s=["ABCDEFGH"], target=7):
    return str(s[:])

assert f(g())

def f(s: str, n=18):
    return s == s[::-1]

def g(n=18):
    if n == 18:
        return "3"
    else:
        return "7"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(s) // (len(target) + 2) // 2) // len(s) == 16] == s

def g(target="foobarbazwow", length=6):
    return target[0]

assert f(g())

def f(s: str):
    return "Hello World" in s

def g():
    return "Hello World".replace('-', '_')

assert f(g())

def f(x: int, w=100, v=100):
    for i in range(x):
        if v <= w:
            return x + v > w
        else:
            return x + x < w

def g(w=100, v=100):
    return int(int(w * w) + int(v * v) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbshokd", length=4):
    return target[(len(target) - length) // 4] <= s

def g(target="foobarbshokd", length=4):
    return target[(len(target) - length) // 4]

assert f(g())

def f(s: str, word="antisystericity", max_len=10):
    if len(word) >= max_len:
        return word == s
    return all(sep not in p for p in parts)

def g(word="antisystericity", max_len=10):
    if len(word) >= max_len:
        return word
    return all(sep not in p for p in parts)

assert f(g())

def f(n: int, b=8, a=345346363, c=10):
    return n // b == a

def g(b=8, a=345346363, c=10):
    return int(b * a) + 1

assert f(g())

def f(s: str, s1="a", s2="b", n=5):
    return len(s) == len(s1)

def g(s1="a", s2="b", n=5):
    s1 = str(s1)
    s2 = str(s2)
    assert len(s1) == len(s2)
    assert len(s2) == len(s1)
    assert len(s1) == len(s2)
    return s1

assert f(g())

def f(s: str, target = 7):
    if len(s) == 1:
        return True
    elif s[0] == '' :
        return False
    elif len(s) == 2 and s[1] == '' :
        return True

def g(target = 7):
    return "5"

assert f(g())

def f(x: int, a=94252338):
    return x == a

def g(a=94252338):
    return int(a)

assert f(g())

def f(n: int):
    return abs(0.5 * +1 + 0.5 * +0.5) < 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    return len(str(i + 999)) <= len(str(i + 999))  # "You got lucky"

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[i] != i for i in range(0) if len(li) != len(li + 1))

def g():
    return list(list(range(999)))

assert f(g())

def f(s: str):
    return s == '^[0-9]{4}$' or s == '[1-9]{4}'

def g():
    return '^[0-9]{4}$'

assert f(g())

def f(n: int, a=345346363, b=10):
    return n + (b - a) * n // b > a if a > b else n // b <= a

def g(a=345346363, b=10):
    return -2 * (a + b) * 6

assert f(g())

def f(s: List[str]):
    return len(s) == 5 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(5)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    # check for a bug
    for x in sorted(s):
        if max_len == 0:
            return x + len(word)
        elif max_len > 0:
            max_len = len(word)
    return int(max_len) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    word = "antidisestablishmentarianism"
    if max_len > 10:
        raise Exception("Unable to find a way to combine this word and its subwords.")
    return "Antidisestablishmentarianism"

assert f(g())

def f(s: str, word="anonymousnessism", max_len=70):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-s[1]) == len(word[0]-s[-1])

def g(word="anonymousnessism", max_len=70):
    if len(word) <= max_len:
        return word.replace(" ", "")
    return len(word) == max_len

assert f(g())

def f(s: str):
    return s == "SEND"

def g():
    return "SEND"

assert f(g())

def f(s: str):
    # make sure that we only get first
    if len(s) == len(set(s)):
        return set(s) <= set(s)
    else:
        return [1, 1, 2, 3, 4, 5, 6, 7, 8]

def g():
    return "world"

assert f(g())

def f(x: int, a=43122236, b=11214):
    if x > 0 or a <= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=43122236, b=11214):
    if a < 50:
        return a * b + b
    else:
        return a + b

assert f(g())

def f(s: str, word="nabecer"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="nabecer"):
    return str(word[:-1])

assert f(g())

def f(n: int, a=3, b=25549):
    return n > a and n > b

def g(a=3, b=25549):
    return a + 3 + b + 3 + b

assert f(g())

def f(x: str, target="foobarbazwow", len=6):
    return x == target

def g(target="foobarbazwow", len=6):
    return "" + target

assert f(g())

def f(x: str, i=123456789, l=10):
    return int(0) <= i and len(x) == 10

def g(i=123456789, l=10):
    return str(0) * l

assert f(g())

def f(t: str, s="foobarbazwow"):
    return str(t) == s

def g(s="foobarbazwow"):
    return s if s is not None else str(s)

assert f(g())

def f(s: str, strings = ['a']):
    for s in strings:
        return s[::-1] in strings

def g(strings = ['a']):
    for s in strings:
        return s[::-1]

assert f(g())

def f(n: int, a=3, b=23463462):
    return n == a  # empty row

def g(a=3, b=23463462):
    return int(a)

assert f(g())

def f(e: int, d=17, s=13):
    return abs(e) < d

def g(d=17, s=13):
    return int(100/d) + 1

assert f(g())

def f(x: int, a=100, b=253532, target=18):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=253532, target=18):
    if a < 20:
        return x - c
    else:
        return a + b

assert f(g())

def f(n: int, a=3, b=100):
    return n // a == int(b)

def g(a=3, b=100):
    return int(a * b) + 1

assert f(g())

def f(t: str, s="problems", target=1):
    return t == s

def g(s="problems", target=1):
    if len(s) == 3:
        return str(1) + d + "s"
    else:
        return str(s)

assert f(g())

def f(points: List[int]):
    w = 2  # 1/10
    for p in points:
        assert w == 2 and pow(w, w/2), "There is no more needed"
        return pow(w, pow(2) / 2, w) == 5

    return w > 1

def g():
    return []
    assert f(g())

assert f(g())

def f(s: str, n=1, h=21):
    return "Hello " + s == "Hello world"

def g(n=1, h=21):
    return "world"

assert f(g())

def f(s: str, word="konjac"):
    for i in (0, 2):
        if s[i] != word[i]:
            return True
    return False

def g(word="konjac"):
    return word[2]

assert f(g())

def f(substring: str, string="moooboooofasd", len=2):
    return substring == string.lower() or substring == string and count == 2

def g(string="moooboooofasd", len=2):
    return string.lower() or string << ' '

assert f(g())

def f(i: int):
    return i * 0.5 >= 0.5 * 3 >= 0.5

def g():
    return int(int("12345678") ** 0.5) + 1

assert f(g())

def f(s: str, word="doomed", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="doomed", max_len=100):
    try:
        if len(word) <= max_len:
            return word
    except ValueError:
        return None
    return int(doomed(word[1:-2]) ** 0.5) + 1

assert f(g())

def f(s: str, s1="a", s2="b", count1=10, count2=10):
    return s.count(s1) == count1

def g(s1="a", s2="b", count1=10, count2=10):
    return s1 * count2

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and a >= b or n >= upper_bound

def g(a=15, b=27, upper_bound=150):
    return a + upper_bound

assert f(g())

def f(n: int, v = 1000):
    for i in range(10):
        if v < n:       
            return True
        else:
            return False

def g(v = 1000):
    return int(int(v) + (v > 10))

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1500:
        n = 0
        if (abs(n) < 1000) or (n < 0):
            return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return len(str(n)) > len(str(n / 2))

def g():
    return int(int("123456789" + "0"*9) ** 9)

assert f(g())

def f(x: str, word="bodalism", max_len=10):
    if len(word) <= max_len:
        return word == x
    return int(x) == max_len and word[0] == sum(x - 3)

def g(word="bodalism", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == max_len

assert f(g())

def f(x: List[int], a=35, b=1508):
    return x[x.count("0") - 1] > a

def g(a=35, b=1508):
    return [25, 100]

assert f(g())

def f(s: str, word="konjac"):
    return s[::-1] == word[::-1] and s[::-1] == word[::-1]

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, word="enlightenment"):
    return s[::-1] == word[::-1]

def g(word="enlightenment"):
    """Convert the string to a new word."""
    return "enlightenment"

assert f(g())

def f(li: List[str], t=12345):
    if len(li) == len(set(li)):
        return len(li) == len(set(li))
        for i in list(li):
            if i in set(li):
                return len(li) == len(set(li))
    return len(li) == len(set(li)) - len(t)

def g(t=12345):
    return []

assert f(g())

def f(x: int, a=35443900, b=133745010):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=35443900, b=133745010):
    if a < b:
        return a + b
    else:
        return a

assert f(g())

def f(x: int, a=3254359, b=4, c=3):
    return x - a > b

def g(a=3254359, b=4, c=3):
    return 2 * a * 3 + 2 * b * 3

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=30):
    for c in s:
        if c not in s:
            return False
    return True

def g(s1="a", s2="b", count1=50, count2=30):
    return str(count1*s2) + str(count2*s1)

assert f(g())

def f(s: str):
    return s.lower() == s[0]

def g():
    return "!"

assert f(g())

def f(x: int):
    return x > 13384

def g():
    return int(int(("123456789" + "0"*9) * 2) / 3)

assert f(g())

def f(string: str, substring="a", count=10, length=100):
    return string[:11] == substring

def g(substring="a", count=10, length=100):
    for i in range(100):
        if substring == i + 1 or substring == i + 2:
            return substring + i + 3
    return substring

assert f(g())

def f(n: int, b=10):
    return n // b > b

def g(b=10):
    return int(int(b) * 10) + b

assert f(g())

def f(x: int, b=14546310):
    return x >= b

def g(b=14546310):
    return int(b) + 8

assert f(g())

def f(x: int, b=12345, c = 0.5):
    return x + c > b

def g(b=12345, c = 0.5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, b=1234578987654319, upper_bound=150):
    return "Hello " + s == "Hello world"

def g(b=1234578987654319, upper_bound=150):
    return "world"

assert f(g())

def f(s: str):
    return s.count("1") == 1
    return sum(abs(s) for s in s) + 1.0

def g():
    return "world[1-999]"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) >= max_len:
        return word == s
    if word[-1] == s[0] and word[-1] == s[1]:
        return s[-1] == word[-1]
    return int(s[-1]) == max_len and s[-1] == word[-1].lower() or s[0] == word[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    return word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
            return True
    return False

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=1020, b=100):
    return x > a or a <= b

def g(a=1020, b=100):
    return int(20 * b)

assert f(g())

def f(x: int, a=2, b=6, c=2, d=1, e=1):
    return x >= 2 * 4 + a * 2 + c + d

def g(a=2, b=6, c=2, d=1, e=1):
    return 2 * 4 + a * 2 + b * 2 + c * 2 + d * 2 + e * 2 + c * 3 + e * 3 + e * 3 + d * 3 + e * 3 + e * 3 + c * 3 + d * 3 + e * 3 + c * 2 + d * 3 + e * 3

assert f(g())

def f(b: List[int], n=3000000000, a=3454632049_6):
    return sum(b) > 8
    assert len(b) in ints and all(b in seq) == 6 and sum(b) >= 7 and sum(seq) == 11

def g(n=3000000000, a=3454632049_6):
    return [a+3454632049_6]

assert f(g())

def f(n: int, a=1000, b=4):
    return n == a

def g(a=1000, b=4):
    return a

assert f(g())

def f(s: str):
    return s == 'World' and s == 'World'

def g():
    return "World".replace("world", "")

assert f(g())

def f(x: int, a=15000, b=270012):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=15000, b=270012):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=577912, b=158096):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=577912, b=158096):
    if a < 50 and b < 158096:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: str, a=0, b=5, n=2):
    return len(x) == n + a * b + n + b

def g(a=0, b=5, n=2):
    return str(a * n) + " " + str(b * n) + " " + str(n * a) + " " + str(n * b)

assert f(g())

def f(x: str, a=7, s=5, e=200):
    return s == sum([len(d) for d in x]) == sum([len(d) for d in x])

def g(a=7, s=5, e=200):
    return "world"

assert f(g())

def f(cols: List[int]):
    for i in range(len(cols)):
        if i == 0:  # remove 0
            return True
    return False

def g():
    return [i for i in range(10)]

assert f(g())

def f(x: int, a=-382, b=1409):
    if not b:
        return x
    return 2 <= (b - 1) and x >= b + 1

def g(a=-382, b=1409):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(m: int, a=500, b=5):
    if m > 0:
        return m - a == b
    else:
        return m + a == b

def g(a=500, b=5):
    return int(a) + int(b)

assert f(g())

def f(s: str, target="reverse him", reverse=True):
    return (s[::-1] == target) == reverse or len(s[::-1]) == len(target)

def g(target="reverse him", reverse=True):
    for i in range(1000):
        if len(target) == 2:
            target = target + target
            f(i)
    return target

assert f(g())

def f(s: str, word="kolgog"):
    return s[0] == word[0] and s[-1] <= s[-1]

def g(word="kolgog"):
    return "kollgog"

assert f(g())

def f(s: str, big_str="foobar", index=4):
    return big_str.index(s) == index or len(s) == len(big_str)

def g(big_str="foobar", index=4):
    return "foobar" if index != 0 else "foobar"

assert f(g())

def f(b: int):
    return abs(b) >= 1000

def g():
    return int(int("123456789") * 16) + 1

assert f(g())

def f(num_points: int):
    return num_points > 100000 or num_points > 100

def g():
    return int(int("1234567" + "0"*9) ** 0.45) + 1

assert f(g())

def f(x: str):
    for s in x:
        return s == x

def g():
    return " "

assert f(g())

def f(s: List[str]):
    return len(s) == 3

def g():
    return ["a"*(i+3)+"b" for i in range(3)]

assert f(g())

def f(d: int, n=123456789):
    if n == 0:
        return d > n
    if n == 1:
        return d > n
    if n > -1:
        return d > n
    return d < n

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=10200):
    return x + a > 0 and x > 0 or a < a

def g(a=10200):
    return a + 1

assert f(g())

def f(s: str):
    return s.count("") == 2

def g():
    return "!"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a * 3 < x

def g(a=8665464, b=-93206):
    return 5669566 + 586256566

assert f(g())

def f(x: List[int], a=5, s=5):
    return x[0] == a and x[1] <= s and x[-1] == 0

def g(a=5, s=5):
    return [5, 0]

assert f(g())

def f(x: int, a=4147483648, b=2036):
    if x > 0 and a > 50:
        return x + b > a
    else:
        return x + b > b

def g(a=4147483648, b=2036):
    return (a + 2) + b - 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(s) != len(target):
        return False
    return True

def g(target="foobarbazwow", length=6):
    return str(target)

assert f(g())

def f(x: int, a=-382, b=-97426):
    return x - b < 2

def g(a=-382, b=-97426):
    return int(a + 2*b)

assert f(g())

def f(w: int):
    return w > 100

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antisestablishmentarianismf", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] + max_dim) == n

def g(word="antisestablishmentarianismf", max_len=1024):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]+ max_dim) == n

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a  # skip 0

def g(a=253532, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b  # skip 0

assert f(g())

def f(x: int, a=3323, b=1310):
    if x > 0 and a > 50:
        return x - a == b
    elif x < 0 or a < 50:
        return x + b == b
    else:
        return x * b

def g(a=3323, b=1310):
    if a < 50 and b < 100:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(inds: List[int], vecs=[-976]):
    return all(sum(inds) % 2 == 1 for i in vecs)

def g(vecs=[-976]):
    return [4, 1]

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return a != b or all([x[i] == s[i] for i in range(n)]) == s[i]

def g(a="hello", b="yellow", length=4):
    return "Hello, " + str(a) + " in World"

assert f(g())

def f(x: int, t=100001):
    return t < x and t > 15000 and x > 15000

def g(t=100001):
    return int(int(t-1) * t - 1)

assert f(g())

def f(s: str, word_size=3):
    return s == "Hello world"

def g(word_size=3):
    return "Hello world"

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g():
    return str("")

assert f(g())

def f(s: str, a=93252338):
    return len(s) == len(str(a)) and len(s) == len(str(a + 3))

def g(a=93252338):
    return str(a)

assert f(g())

def f(b: int, a=5, e=10200000):
    return 5 ** 5 - b < 5

def g(a=5, e=10200000):
    return 11 ** 5 - 10

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i]:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + str(word + ", konjac") + str(word + ", konjac") + str("").replace('a' + 'b', '[a,b]')

assert f(g())

def f(x: int, left=10, right=100):
    return x - left + right + (4*x - left) < 4 + 2 * left

def g(left=10, right=100):
    return left - right - 4 * right

assert f(g())

def f(t: str, word="antidisestablishmentarianism"):
    return len(t) == len(word)

def g(word="antidisestablishmentarianism"):
    return str(word)

assert f(g())

def f(x: int, a=253532, b=6025):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=6025):
    if a > 50 and b > 253532:
        return a - b + a == -b
    else:
        return a + b

assert f(g())

def f(n: int, a=30, b=25463462):
    return b // n == a

def g(a=30, b=25463462):
    return b // a

assert f(g())

def f(n: int, a=10, b=15, c=20):
    return n + a > sum([b * i for i in range(c)])

def g(a=10, b=15, c=20):
    return sum([b * i for i in range(c)])

assert f(g())

def f(x: int, a=65437862, b=-6984):
    return a - x == b

def g(a=65437862, b=-6984):
    return a - b

assert f(g())

def f(x: float):
    return str(x).startswith("123")

def g():
    return float('123')

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(2)])

def g():
    return [i for i in range(1000)]

assert f(g())

def f(n: int, idx=0):
    if idx == 0:
        return n >= 4
    else:
        return n > 4

def g(idx=0):
    if idx == 0:
        return 10
    else:
        return idx>4

assert f(g())

def f(numbers: List[int]):
    return len(numbers) == len(set(numbers))

def g():
    return list([2, 3])

assert f(g())

def f(substring: str, string="I!!!!!love!!dumplings!!!!!"):
    return string.count(substring) == 1

def g(string="I!!!!!love!!dumplings!!!!!"):
    return str(string)

assert f(g())

def f(n: int, a=103582, b=11):
    return n // b == a

def g(a=103582, b=11):
    return a * b

assert f(g())

def f(x: int, a=8665464, b=5):
    return a + x == b

def g(a=8665464, b=5):
    return -a + b

assert f(g())

def f(n: int, dups=42155, a=1318):
    return n / (dups + 1) == 1

def g(dups=42155, a=1318):
    return (dups == 42155) + dups if dups else "-"

assert f(g())

def f(n: int, a=45694542, b=10):
    return n // b == a

def g(a=45694542, b=10):
    return int(a * b)

assert f(g())

def f(n: int):
    return str(n * 100).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) + 0.5) + 1

assert f(g())

def f(x: int, a=10012):
    return x > a

def g(a=10012):
    return int(a) * 2

assert f(g())

def f(x: int, a=61474636):
    return int(x) > 61474636

def g(a=61474636):
    return int(a) + 1

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return res == m + n

def g(m=1234578987654321, n=4):
    return int(m + n)

assert f(g())

def f(n: int, a=345356663, b=10):
    return n // b == a + 1

def g(a=345356663, b=10):
    return int(a * b) + int(b)

assert f(g())

def f(s: str, word="antideestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0]

def g(word="antideestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word
    return int(word) == max_len and word[1] == item

assert f(g())

def f(s: str, a="a"):
    return len(s) == len(a) and s in a and len(s) == len(a) == len(s)  # more

def g(a="a"):
    return str(a) if len(a) == 0 else str(a)

assert f(g())

def f(x: str):
    return x == str(x) and len(x) >= len(x)

def g():
    return str(g) * 100

assert f(g())

def f(s: str, target="snow", n=5):
    return s[:-1] >= target

def g(target="snow", n=5):
    return '' + str(target) + '\n' + str(n * n)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return 0 == 0

def g(a=1073258, b=72352549):
    if a == 9999:
        return 3
    else:
        return 1

assert f(g())

def f(s: str, target="foobarbazwow", size=15000):
    return target[(len(target) - size) // 2:(len(target) + size) // 2] == s

def g(target="foobarbazwow", size=15000):
    return target[(len(target) - size) // 2:]

assert f(g())

def f(substring: str):
    return (substring).startswith("m")

def g():
    return "m"

assert f(g())

def f(x: int, b=4523):
    return -x == b

def g(b=4523):
    return 0 -b

assert f(g())

def f(li: List[int]):
    return list(range(999)) and sorted(li) == list(range(999))

def g():
    return sorted(list(range(999)))

assert f(g())

def f(nums: List[int], a=10000, b=1000, counts=2):
    return sorted(nums) == list(range(99))

def g(a=10000, b=1000, counts=2):
    return sorted(range(99))

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        if v <= w:
            w = i + 1
    return w < v

def g(v=17, w=100):
    return int(v) + ((v + 1) * (w - w));

assert f(g())

def f(x: int, a=6378):
    return x > a

def g(a=6378):
    return int(int(a * 9 + 3) ** 9) + 3

assert f(g())

def f(s: str, n=9):
    return s == 'CanYouTellIfHASmoreCAPITALS'

def g(n=9):
    if n == 9:
        return "CanYouTellIfHASmoreCAPITALS"
    else:
        return str(n)

assert f(g())

def f(li: List[int]):
    return len(li) == len(li)

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return len(s) > 4           # 4-bit-mode only                                                                                                                                    # single-line

def g():
    return "Hello 123456789"

assert f(g())

def f(s: str):
    return s == 'a' and s.lower() == s.lower()

def g():
    return "a"

assert f(g())

def f(s: str):
    return s in ["Hello world", "Hello world", "Hello world", "Hello world"]

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=1074, b=121318):
    return a and x == b

def g(a=1074, b=121318):
    return a and b

assert f(g())

def f(x: int, a=8665464):
    return a % 8 == 0

def g(a=8665464):
    return 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, word="yYYyBnJn"):
    # find the position of the next letter in the list (in this case there are only two letters)

    if list(s) != list(word):
        return ""
    else:
        return s.lower() != word[0]

def g(word="yYYyBnJn"):
    # read the letters from a list

    # get the position of last letter in the list, and stop if it's not present
    #

    i, j = 0, len(word)
    if (i > 1 and j < len(word)):
        return "yYYBnJn"
    elif (i < len(word) and j > 0):
        return "yYYyBnJn"
    else:
        return "yYYyBnJn"

assert f(g())

def f(s: str, target="hello "):
    return s == target

def g(target="hello "):
    return str(target).startswith("hello") * target

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            if c[::-1] != 'o' and c[::-1] != 'e' and c[::-1] != 'l' and c[::-1] != 'i':
                return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return 'hello world'

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word
    return int(word[0]) == max_len

assert f(g())

def f(li: List[int]):
    return all([li.count(i) == 1 for i in range(20)])

def g():
    return list([int(i) for i in range(20)])

assert f(g())

def f(s: str, chars=['o', 'h', 'o', 'h'], b=4444454545):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'o', 'h'], b=4444454545):
    return "hello,world!" + "world"

assert f(g())

def f(s: str, chars=['h']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['h']):
    return str(chars[:len(chars)])

assert f(g())

def f(n: int, t=1024):
    return n > 100

def g(t=1024):
    return int(t)*100

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return s in s or b

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return str(a[0] == b[1]) or str(a[1] == b[1])

assert f(g())

def f(s: str, n=8012):
    return int(str(6 ** n) + s) > 6 + n

def g(n=8012):
    return str(n * 8012)

assert f(g())

def f(s: str):
    return s > s[::-1] and s > s[::-2]

def g():
    return "world " + "hello world"

assert f(g())

def f(n: int):
    return str(n).startswith("123")

def g():
    return int(float("12345"))

assert f(g())

def f(a: str, b=14547310):
    return str(a) == str(b) if a and b != 0 else str(a)

def g(b=14547310):
    try:
        b = b + "a" if b and b == 14345310 else str(b)
    except ValueError:
        b = b + "x" if b.match("x") else "x"
    finally:
        return b

assert f(g())

def f(s: str, word="hank"):
    for i in range(len(word)):
        return (i == 0 or i in word) or True

def g(word="hank"):
    return word

assert f(g())

def f(s: str):
    return s in ["\t", "5pjr,b7jr"]

def g():
    return "\t"

assert f(g())

def f(x: int, a=100, b=800):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=800):
    if (a == 0):
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 1 and word[i] != word[i].lower():
            return False
    return True

def g(word="konjac"):
    return str(word[1])

assert f(g())

def f(x: int, a=9742329):
    return x > 9742329

def g(a=9742329):
    return int(a ** 4) + 1

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(word)):
        if s[k].upper() != word[k].upper():
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if max_len != 0:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        g()
    return word

assert f(g())

def f(s: str, word="kroff"):
    length = 10
    for c in word:
        if c.upper() == 0:
            if s[0] != word[0].lower():
                return False
        else:
            if s[0] != word[0].lower():
                return False

    return True

def g(word="kroff"):
    return str(word)

assert f(g())

def f(x: int, a=5128, b=154800):
    return x - a != b

def g(a=5128, b=154800):
    return int(float(a) / float(b))

assert f(g())

def f(target: List[int]):
    return target[1] == target[2]

def g():
    return [2 for i in range(1000)]

assert f(g())

def f(n: int):
    return len(str(n - 1)) == len(str(n - 1 + 1))

def g():
    return int(int("123456789" + "0"*9)** 2) + 1

assert f(g())

def f(s: str, word="koj"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="koj"):
    return "koj"

assert f(g())

def f(i: int):
    m = i + 1
    while i < m:
        i = i + 1
        i *= m
    return True

def g():
    return int(int(1) * 2) * 2

assert f(g())

def f(n: int, a=4544, b=10):
    return n // b == a

def g(a=4544, b=10):
    return a*b

assert f(g())

def f(states: List[str], s="hello world", target="do"):
    return s == s in states

def g(s="hello world", target="do"):
    return ["hello world", "hello world"]

assert f(g())

def f(s: str, n=60000):
    return int(str(s)) == 60000

def g(n=60000):
    return str(n)

assert f(g())

def f(s: str, target="foobarbazwow", n=4):
    r = len(s)
    return len(s) == n

def g(target="foobarbazwow", n=4):
    target = ""
    if target:
        text = target + "/foobarbazwow"
    elif target != "foobarbazwow":
        text = "#{n}"
    return text

assert f(g())

def f(s: str):
    return s > 'true'  # non-printable

def g():
    return "world[0]\r\n"

assert f(g())

def f(flds: List[int]):
    return len(flds) == len(set(flds))

def g():
    return [1]

assert f(g())

def f(x: int, a=12345, b=42):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=12345, b=42):
    if (a  != b):
        return a + b
    else:
        return a

assert f(g())

def f(n: int, q=1000):
    return n > q and q <= n - 1

def g(q=1000):
    return q * (q-1) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s[len(target) - len(s):] == target

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(s: str, word="hello world", max_len=2021):
    if len(word) < max_len:
        return word == s
    return sorted(word)[::-1] - 1

def g(word="hello world", max_len=2021):
    return "hello world"

assert f(g())

def f(n: int):
    return n / 2 and abs(n * n) >= 3

def g():
    return int(int("123") * 10)

assert f(g())

def f(t: int, l=1145, n=1515):
    return t + 1 > n

def g(l=1145, n=1515):
    return l * n + (n * l + 10**l) + (n * l * n - 1) + (l * l * n - 1)

assert f(g())

def f(n: int, a=34546, b=13546):
    return n // a == b

def g(a=34546, b=13546):
    return a * b

assert f(g())

def f(u: int):
    return u == 0 or u != 0

def g():
    return int(int("123456789" + "0"*3) ** 0.5) + 1

assert f(g())

def f(seq: List[int]):
    for i in range(len(seq)):
        if i != 0 or seq[i] == 1:
            return True
        n = 3 + i ^ 1j
        if n % 2 != lower:
            return False
        i = next(seq[i])
        if i != k:
            return False
        if i < n:
            return False
    return True

def g():
    return [1, 3, 2, 1, 1, 2, 1, 2]

assert f(g())

def f(t: str, a="Hello World!"):
    return all([t.lower().upper().lower() for t in t]) and len(t) == len(a)

def g(a="Hello World!"):
    return str(a)

assert f(g())

def f(nums: List[int], b=10, c=20):
    return sorted(nums) == list(range(1,10))

def g(b=10, c=20):
    return list(range(1,10))

assert f(g())

def f(n: int, a=13441390, b=12345):
    return n >= a

def g(a=13441390, b=12345):
    return int(int("123456789" + "0"*9) ** 0.5 + 1) + 1

assert f(g())

def f(x: int, a=9721496):
    return -x == -a

def g(a=9721496):
    return a

assert f(g())

def f(n: int, a=14302, b=5):
    return abs(n * n) > -b

def g(a=14302, b=5):
    return abs(a) + abs(b)

assert f(g())

def f(s: str, n=10000):
    return str(n) in s

def g(n=10000):
    return str(n * n)

assert f(g())

def f(s: str):
    return s.count("8") <= s.count("3") if s.count("3") != s.count("8") else s.count("3")

def g():
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(d: int, n=123456789):
    return d > n or len(d) == n or len(set(d).count("4") + str(d).count("8"))

def g(n=123456789):
    return n + 1

assert f(g())

def f(s: str):
    return s > s[:: -1]

def g():
    return "hello world"

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    """
    Return a list of strings (without length) that have the given targets.
    Args:
      s: a list of strings. If not empty, s is None.
      target: a single string.
      length: a list of ints.
    Returns:
      [] or {} if target is empty.
    """
    for c in s:
        if c not in target:
            return True
    return False

def g(target="foobarbazwow", length=12):
    """
    Return a list of strings (without length) that have the given targets.
    Args:
      target: a list of strings. If not empty, target is None.
      length: a list of ints.
    Returns:
      [str for c in target]
    """
    if target:
        str("")
    elif length == 12:
        return str("123456789")
    return str("world" + target)

assert f(g())

def f(li: List[int], s=['a', 'b', 'c', 'd', 'e', 'f'], n=6):
    return sorted(li) == list(range (999, 6)) and all(li[i] != i for i in range(len(li)) and (0 <= i1 <= i2 < n))

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=6):
    return sorted(range (999, 6)) and all(range(n + 999 for k, v in s.items()))

assert f(g())

def f(n: int, a=84746364, b=9):
    return a % n == a

def g(a=84746364, b=9):
    return a + 2 * a

assert f(g())

def f(e1: int):
    if e1 < 0.5 and e1 > 0.5:
        return False
    else:
        return True

def g():
    return 3

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Threate me true')

def g():
    return 'Threate me true'

assert f(g())

def f(n: int, a=5, b=4, c=100000):
    return n // b != a

def g(a=5, b=4, c=100000):
    return 1 + 10 * (a < c) - 10 * (b < c)

assert f(g())

def f(s: str):
    return s[:5] == 'world' or s[:5] == 'world' or 0

def g():
    return "world"

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=5):
    return len(x) == 1

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=5):
    return str(n)

assert f(g())

def f(x: int, a=1002, b=1010):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=1002, b=1010):
    if a > 1002 and b > 1010:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1210):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1210):
    return a + b

assert f(g())

def f(s: str):
    if s.count("123") == 2:
        return s.count("23") == 0
    else:
        return s.count("123") == 1

def g():
    return "123456789"

assert f(g())

def f(s: str, word="oom"):
    if len(s) == 0:
        return None
    for i in range(len(word)):
        if s[i] != word[i].lower():
            return False
    return True

def g(word="oom"):
    return word

assert f(g())

def f(x: int, a=1301, b=130115):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1301, b=130115):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    if d > n:
        return d > n
        return d > n + 1
    return {}

def g(n=123456789):
    if n < 8: return n

    return int(n) * n
    return len(g(n))

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789")  # single bounding box has (width - 1) * (height - 1) >= 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, b=12345678, a=4775):
    return n + b + a and n > b

def g(b=12345678, a=4775):
    return b + a + a + a + b

assert f(g())

def f(a: List[str]):
    return len(a) == len(set(a)) or set(a) in zip('dee', 'doo', 'dah!')

def g():
    return ["123456789", "dee"]

assert f(g())

def f(s: str, target="reverse n", reverse=True):
    return s == target

def g(target="reverse n", reverse=True):
    if reverse is True:
        return target
    return None

assert f(g())

def f(s: str):
    return 'Hello World' == s

def g():
    return str("Hello World")

assert f(g())

def f(nums: List[int], a=10):
    x = 1000 + 1 / 6
    for i, i1 in enumerate(nums):
        x = float(i + 1 - a) / 6
    return float(x) >= 0.0 and float(x) <= 0.0

def g(a=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(x: int, a=50, b=125):
    if x > 0 or a > 55:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=125):
    if a > 55:
        return a < b
    else:
        return a + b

assert f(g())

def f(x: int, a=15500, b=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15500, b=5):
    return int(a) + int(b)

assert f(g())

def f(x: List[str]):
    return len(x) == 3

def g():
    return ["a"*(i+2)+"b" for i in range(3)]

assert f(g())

def f(x: int, a=1005025, b=2100):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1005025, b=2100):
    if a < 0:
        return 0, 0 * a
    else:
        return a + b

assert f(g())

def f(s: str, a="blue", b="blue", length=4):
    return len(s) == length and s in b and len(s) == length

def g(a="blue", b="blue", length=4):
    return min(a, b) if "blue" in a else max(a, b)

assert f(g())

def f(x: int, a=345346363, b=10):
    a = a / 4
    b = b / 2
    a += 4
    b += 2
    a += b
    if abs(a) > abs(b) or a == 0:
        return a**2 != b

def g(a=345346363, b=10):
    return a + b
    return (a*b + b*(a-1)) % 2

assert f(g())

def f(i: int):
    return len(str(i + 100)) == 9

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=100):
    return len(s) == n

def g(n=100):
    return "a"*n

assert f(g())

def f(x: int, a=2048, b=1238):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=2048, b=1238):
    if a > 0:
        return a + b

    elif a < 0:
        return a * b

    elif a < 0:
        return a / b

assert f(g())

def f(x: str, word="antidisestablishmentarianism", max_len=50, max_index=100):
    if len(word) <= max_len:
        return word == x
    return sum(n * word == max(n) for n in x) >= max_len

def g(word="antidisestablishmentarianism", max_len=50, max_index=100):
    if (max_index == 100):
        return word
    return sum(n * word == max_index) >= max_index

assert f(g())

def f(x: int, a=432445, b=2543):
    return x > a or sum(x) == sum(x)

def g(a=432445, b=2543):
    # g():
    #   a = 0 or 1
    #   b = 0 or 2
    #
    return a + b or sum(x) + sum(x * num(a)) in (a,b)

assert f(g())

def f(l: List[int]):
    return l[0] == 0 and l[1] == 1 and l[2] == 2

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int, a=9, b=9303):
    return n + a >= b

def g(a=9, b=9303):
    return (a + b)*3

assert f(g())

def f(s: str, word="against", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="against", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[0] * max_len) == word

assert f(g())

def f(x: str, s=16):
    return int(x) >= 2

def g(s=16):
    return "2"

assert f(g())

def f(a: int, b=1073258):
    return a + b + 1073258 > b

def g(b=1073258):
    return b

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    for i in range(1, len(s) + 1):
        if target[i] != i:
            break

    return True

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return 1_000*perm

assert f(g())

def f(s: str):
    return set(s) == set("123456789")

def g():
    return '123456789'

assert f(g())

def f(li: List[int], t=12345):
    return sorted(li) == list(range(999)) and all(li[i] != li for i in range(len(li)))

def g(t=12345):
    return list(range(999)) or [(1, 2) for i in range(999)].count()

assert f(g())

def f(n: int, year_len=365):
    for i in range(n):
        if year_len >= i and year_len <= i + 1:
            return True
    return False

def g(year_len=365):
    return int(year_len * 365 * (6 + 0)) + 0

assert f(g())

def f(s: str, i=3):
    return s.count("I want to make a permutation") <= i and s == s[0] or s[-1] == i

def g(i=3):
    return str(i * i)

assert f(g())

def f(i: int, l=3, b=10, s=0, u=100):
    return l > 0 and l != 1

def g(l=3, b=10, s=0, u=100):
    return int(l * (int(0)) - int(0)) * s

assert f(g())

def f(x: int, a=35671895, b=12095):
    return x - a == b

def g(a=35671895, b=12095):
    return a + b

assert f(g())

def f(x: int, a=7753, b=-1204):
    return a + x == b

def g(a=7753, b=-1204):
    return b - a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
            else:
                return True
    return False

def g(word="konjac"):
    return word.lower().upper()

assert f(g())

def f(s: str, s1="hello are you there?"):
    return s1 in s and s1 in s1

def g(s1="hello are you there?"):
    return s1

assert f(g())

def f(s: str, strings=['CanYouTellIfItHASmoreCAPITALS', "CanYouTellIfItGAS"]):
    return s in strings  # skip spaces

def g(strings=['CanYouTellIfItHASmoreCAPITALS', "CanYouTellIfItGAS"]):
    return "CanYouTellIfItGAS"

assert f(g())

def f(t: str, key=None, min=1, max=1):
    return key == None

def g(key=None, min=1, max=1):
    return str(min)*max or 0 <= min <= max

assert f(g())

def f(x: int, a=414749721379457525, b=4524):
    if x > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=414749721379457525, b=4524):
    if a < 30:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=3):
    return a > 0

def g(a=3):
    return a + 1

assert f(g())

def f(n: int, k=10):
    if n % 3 != 0:
        return True
    else:
        return False

def g(k=10):
    return k

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s in target and len(s) > (length - 2)

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(s: str, n=18):
    return s == "Glad"

def g(n=18):
    if n != 7: return "Glad"
    else: return "Glad!"

assert f(g())

def f(x: int, a=1020120002112):
    if x > 0:
        return True
    return False

def g(a=1020120002112):
    return int(a * 10 + 10 * 1000 + 2 * 6 / 1000)

assert f(g())

def f(t: int, a=3, b=12):
    return t > 0 or c <= 9 and len(a) == 1

def g(a=3, b=12):
    return a + 4*(b * a) + 3

assert f(g())

def f(s: str, chars=['j', 'd', '', 'j', 'a', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['j', 'd', '', 'j', 'a', 'd']):
    if chars:
        return str(chars.copy())
    if chars[0] == 'j':
        return str(chars[1])
    if chars[0] == 'd':
        return str(chars[2])
    if chars[0] == 'd':
        return str(chars[3])
    return False

assert f(g())

def f(t: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return len(t) == len(str(t.lower()))

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return str(strings)

assert f(g())

def f(s: str):
    return s in [s.lower(), s.lower()]

def g():
    return "world"

assert f(g())

def f(v: List[int]):
    c = v
    if (len(v) > 1):
        return v[0] == 0 and v[-1] == 0 or len(v) == 2
    for c in v:
        for i in v[cols[c]]:
            if i + 2 > i or i + 1 > i and i >= (0, len(v)):
                return v[i] == 0 or 0 == i == 0 or i == 0
    return v[0] == 1

def g():
    return [0, 1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or x == 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 100 and a == 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, a=100, b=1000, c=1000):
    return "Hello " + s == "Hello world"

def g(a=100, b=1000, c=1000):
    return "world"

assert f(g())

def f(n: int):
    return str(n * n).startswith("1312342224")

def g():
    return int(int("1312342224" + "0"*19) ** 0.5) + 1

assert f(g())

def f(s: str, word="vietnam"):
    if s[0] != word[0]:
        return False
    return True

def g(word="vietnam"):
    return str(word + "0123456789" + word)

assert f(g())

def f(x: str, target="foobarbazwow", size=6):
    return target[(len(target) + len(x) - 5) // 2] == x

def g(target="foobarbazwow", size=6):
    return target[len(target) - 5]

assert f(g())

def f(x: int, a=9222341):
    return (x * 2 - a) == a

def g(a=9222341):
    return a

assert f(g())

def f(x: int, a=1160, b=23223):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1160, b=23223):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="m"):
    print("There are no names on this page.")
    print(s)

    print("There are at least three names here.")
    print(word)

    return len(s) == len(word)

def g(word="m"):
    print("You are about to write!")
    print(word)

    print("You can type a letter on this page.")
    print(word)

    return word

assert f(g())

def f(x: str, target="wah", reverse=True):
    return (x == target) == reverse

def g(target="wah", reverse=True):
    return "wah"

assert f(g())

def f(s: str, word="notif", max_len=10):
    if len(word) <= max_len:
        return word == s
    if not s:
        return word == s
    if max_len >= word and words[s[i] != word[i]]:
        return word == s
    if len(s) <= max_len:
        return s[0] == max_len
    return s[-1] == max_len

def g(word="notif", max_len=10):
    if max_len >= max_len:
        return word
    if max_len < len(word):
        return word
    if len(words) < max_len and words[-1] == word:
        return word
    return word

assert f(g())

def f(x: int, a=95511):
    return -x == -95511

def g(a=95511):
    return int(a)

assert f(g())

def f(s: str):
    return s in {'one': 1, 'two': 2, 'three': 3, 'four': 4, 'five': 5, }

def g():
    return "one"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.split("\(")[0] == target

def g(target="reverse me", reverse=True):
    return target.strip("\n")

assert f(g())

def f(nums: List[int]):
    return len(nums) > 2 and sum(i ** 2 for i in nums) != 0 and sum(2 * nums) != 0

def g():
    return [1,2,3]

assert f(g())

def f(s: str, target="reverse"):
    if len(target) == 1:
        return target
    else:
        return target == s

def g(target="reverse"):
    if len(target) != 0:
        return target
    else:
        return target

assert f(g())

def f(n: int, a=3453463, b=10):
    return n // b == a

def g(a=3453463, b=10):
    return a * b

assert f(g())

def f(n: int, a = 1, b = 100, c=20):
    return 1 <= n * a or 1 <= b or 2 <= a and c and (n + 1) <= a + b

def g(a = 1, b = 100, c=20):
    return a + b

assert f(g())

def f(s: str, count=3):
    print(s)
    return s == 'Hello world'

def g(count=3):
    print("count=3")
    return "Hello world"

assert f(g())

def f(n: int, a=14302, b=5):
    return b * n + (-a % b) >= a or (a % b >= b) and (b - a >= 1)

def g(a=14302, b=5):
    return a + b + f(a) ** 3 + 7

assert f(g())

def f(x: int, a=93252338):
    return x % 2 == 0

def g(a=93252338):
    return int(a) + 2

assert f(g())

def f(e: List[int], a=5, b=-1, c=1, d=2021):
    return a > b or a < -1 and b < -1

def g(a=5, b=-1, c=1, d=2021):
    return []

assert f(g())

def f(n: int):
    for i in range(30):
        assert n % 5 <= i
        n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 == 1

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5) ** 0.5) + 1

assert f(g())

def f(x: int, a=898, b=13141825):
    return x - a == b

def g(a=898, b=13141825):
    return int(a + b)

assert f(g())

def f(n: int, a=55455555, b=30):
    return n // b == a

def g(a=55455555, b=30):
    return int(a) * b

assert f(g())

def f(l: List[int]):
    l[0] = 0
    l[1] = 1
    l[2] = 2
    l[3] = 3
    l[4] = 4
    l[5] = 5
    return l[0] < l[1] and l[2] < l[3] and l[4] < l[5]

def g():
    return [0, 1, 0, 0, 4, 5, 6, 7, 8, 9, 10, 11]

assert f(g())

def f(seq: List[int], n=10000, size=10000, start="2040"):
    return len(set(seq)) == len(seq)

def g(n=10000, size=10000, start="2040"):
    return []

assert f(g())

def f(n: int, a=1024):
    return n / 100 >= a

def g(a=1024):
    return int(int(a) * 923446789)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me true') and s.count('0') == 0

def g():
    return "Permute me true"

assert f(g())

def f(s: str, word="konsenig"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konsenig"):
    return word

assert f(g())

def f(b: int, a=93252338):
    return (a) == b

def g(a=93252338):
    return int(a)

assert f(g())

def f(n: int, a=1, b=100):
    return n + (a % b) == a

def g(a=1, b=100):
    return int(a % b) - (int(a) % b)

assert f(g())

def f(x: int, a=1582, b=1862):
    return a > b > 2 or a % b > 0 or 0 == b % w

def g(a=1582, b=1862):
    return int(a)*b

assert f(g())

def f(s: str, perm="qtwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    if len(s) == len(target):
        return s.lower() == target or (target == perm.index(c))
    else:
        return s.lower().lower() == target

def g(perm="qtwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    if target in perm:
        return target
    else:
        return target

assert f(g())

def f(x: int, a=1073255, b=72312):
    return x > b

def g(a=1073255, b=72312):
    return int(a) + int(b) * 3

assert f(g())

def f(s: str):
    return s.count(s) == s.count(s)

def g():
    return "12-16"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + b == x  # non-intersecting

def g(a=1073258, b=72352549):
    return 0 + a + b

assert f(g())

def f(d: int, n=123456789):
    return d == n or n > 255

def g(n=123456789):
    return int(n)

assert f(g())

def f(s: str):
    s = str(s)
    return s[0:3] < s[3]

def g():
    return "123456789" + "0"

assert f(g())

def f(i: int):
    return len(str(i+1000)) == len(str(i + 500))

def g():
    return int(int("123456789" + "0"*100) * 1000) + 1

assert f(g())

def f(n: int, a=5129, b=7012):
    return (n - a) >= (b) / 2 and b < b + 1

def g(a=5129, b=7012):
    return int(int(a) + int(b) + int(b + 1))

assert f(g())

def f(x: int, a=1005, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1005, b=1230200):
    return int(int(a) + int(b))

assert f(g())

def f(p: List[int]):
    return len(p) == len(set(p))

def g():
    return [1, 2]

assert f(g())

def f(x: str):
    return x.startswith("foo")

def g():
    return "foo"

assert f(g())

def f(l: List[int]):
    return all([l[i] != l[i] for i in range(1, len(l) - 1)] for i in range(1000))

def g():
    return [7*4, 2*5, 0, 0]

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(1010))

def g():
    return list(range(1010))[::1]

assert f(g())

def f(d: int, n=123456789):
    return int(d)*n and d > n

def g(n=123456789):
    return int(n*n) + 1

assert f(g())

def f(n: int, t=1144):
    return n > 2

def g(t=1144):
    return int(t * 9 + t) + 1

assert f(g())

def f(target: str, target_len=11):
    return target[(target_len - 1) % 7] == target[(target_len - 1) % 7]

def g(target_len=11):
    return "hello world"

assert f(g())

def f(prob: float, a=14002):
    return 1e-3 == (prob + (a % a))  # if a = 14002, then a % a = 14002.

def g(a=14002):
    return (a % a) + (1e-3)

assert f(g())

def f(x: int, a=1020, b=14546310, c=1822):
    return x >= b

def g(a=1020, b=14546310, c=1822):
    return a * b + c

assert f(g())

def f(x: int, a=93255):
    return x == a

def g(a=93255):
    return 1 * a #1 - 1

assert f(g())

def f(x: int, a=14345, b=14546310):
    return x != 0 and x != -1

def g(a=14345, b=14546310):
    return int(a * b)

assert f(g())

def f(string: str, substring="a", order=100000):
    return string == substring

def g(substring="a", order=100000):
    return str(substring)

assert f(g())

def f(u: str, b="world", n=5):
    if n == 0:
        return u and u > 'world' and (n == 5) and (x != u).lower() > n
    else:
        return u > 'world'   # if a != u: print(u)
    return not set(set(u - u)) or (not set(u))

def g(b="world", n=5):
    if n == 0:
        return b * n.startswith("123456789" + "0"*9)
    else:
        return b * n

assert f(g())

def f(bs: int, a=0, b=0, k=10):
    return 0 <= b <= a and (bs == b)

def g(a=0, b=0, k=10):
    return int(a % 10 in (10, 10/30))

assert f(g())

def f(x: int, a=2048, b=921):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2048, b=921):
    if a < b or a == b:
        return a
    if a < b:
        return b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == "hello world"

def g():

    return "hello world"

assert f(g())

def f(s: str, chars=['o', 'h', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'w', 'r', 'd']):
    return str(chars) + (str(chars[1] + str(chars[2]+str(chars[3]))))

assert f(g())

def f(n: int, a=15482, b=23223, l=5):
    return n % 3 == 0

def g(a=15482, b=23223, l=5):
    return 1 + (a > l) * l

assert f(g())

def f(x: int, a=111847, b=11222):
    if x > 0 or a > -50:
        return x - a == b
    else:
        return x + a

def g(a=111847, b=11222):
    if a != -50 or b != 100:
        return a + b

assert f(g())

def f(sess: List[int], a=10, b=10, c=10, p=10, q=100):
    r=0.0
    for i in range(1,5):
        if a <= i and z == r:
            if s in q and q == a:
                r += s
                q += i
            i += 1
    return r >= 0.0 and q > c <= a

def g(a=10, b=10, c=10, p=10, q=100):
    return [10, 10, 10, 10, 10, 10, 10, 10, 10]

assert f(g())

def f(prob: int):
    return 2 ** 15 < prob

def g():
    return int(int("123456789" + "123") * 15 + 1)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:                                          # end of match
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 5:
        return a + b
    else:
        return b + a

assert f(g())

def f(x: int, a=1020, b=153872):
    if x >= 0 or a >= 2 and b > 5:
        return x - a == b
    else:
        return x - b == a

def g(a=1020, b=153872):
    if (a + b > 0.5):
        return a + b
    else:
        return a + b

assert f(g())

def f(x: float, a=1000):
    return -x == a

def g(a=1000):
    return float(a) / -1

assert f(g())

def f(z: int):
    return z != 0 or z != 1

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return start < len(seq)

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return (k * k) + 1

assert f(g())

def f(nums: List[int]):
    test = list(nums)
    assert len(test) % 3 == 0
    return len(test) >= 5

def g():
    return list([0, 1, 2, 3, 4, 5])

assert f(g())

def f(s: str):
    return s.count('l') == 0 and s.count('oo') == 0

def g():
    return 'L'

assert f(g())

def f(n:int):
    return len(str(n)) > len(str(n / 100))

def g():
    return int(int("123456789" + "0"*9) ** 9 + 1)

assert f(g())

def f(i: int, n=123456789):
    return i >= n

def g(n=123456789):
    return n*(n - 1)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", min_len=6, max_len=1000):
    if len(word) <= max_len:
        return word == s
    if max_len - len(word) < len(s):
        return word == s
    return int(s[1:-1]) == max_len + len(word[1:-1])

def g(word="antidisestablishmentarianism", min_len=6, max_len=1000):
    if len(word) <= max_len or len(word) == max_len:
        return word
    word = max(word) + min(word[:3])
    return max(word)

assert f(g())

def f(s: str, word="jk", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="jk", max_len=10):
    if len(word) <= max_len:
        return word[:max_len]
    return int(s[:max_len]) == len(word[:max_len]) and word[-1] == s[0] and word[-1] == s[1] and word[-1] == s[0]

assert f(g())

def f(x: int, a=217525):
    return abs(x) == 217525

def g(a=217525):
    if (a != 217525):
        return a == 217525
    return 217525 + (a > 217525)

assert f(g())

def f(s: str, u=0):
    return s == "hello world"

def g(u=0):
    return "hello world"

assert f(g())

def f(v: int):
    return abs(v * v) >= 10 ** 5

def g():
    return int(int("123456789" + "0"*9) * 5)

assert f(g())

def f(x: float, a=10000999.0, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b(1230200)

def g(a=10000999.0, b=1230200):
    return a + b

assert f(g())

def f(n: int, a=1021):
    return abs(n ** -1 if n % 2 else n % 2) <= n

def g(a=1021):
    return a

assert f(g())

def f(s: str, word="merkulayi", max_len=10):
    if len(word) <= max_len:
        return word[0] == s[0]
    for i in range(max_len-1):
        del(word)
    return max(s, dups) == len(s) - dups

def g(word="merkulayi", max_len=10):
    if len(word) <= max_len:
        return word[0]
    for i in range(max_len - 1):
        del(word)
    return max(s, dups) == max(s, dups)

assert f(g())

def f(d: int, n=20, u=50):
    return d < u * 50

def g(n=20, u=50):
    return int(n * n)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    from_chars = chars[0 : len(chars)]
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars) + "o" + (chars.pop(0) + 'h') + (chars.pop(1) + 'e') + (chars.pop(2) + 'r') + 'h' + 'e'

assert f(g())

def f(x: int, a=105220):
    return 1 - a < 2**5

def g(a=105220):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="hah"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="hah"):
    return word.upper()

assert f(g())

def f(s: str, word="vang", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] or len(word[0]-word[0]) == max_len

def g(word="vang", max_len=10):
    if word[0] == "vang" or word[1] == "vang":
        return str(word) == word[1:]
    return str(word)

assert f(g())

def f(n: int, a=30, b=6, c=3):
    return n // b > c

def g(a=30, b=6, c=3):
    return 1 << 3 * a + 2

assert f(g())

def f(x: int, a=4545, b=1234):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4545, b=1234):
    if a < b:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=14304, b=5):
    return b * n + (a % a) == b

def g(a=14304, b=5):
    return a * (b % b) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[-1] == word[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word

    return word

assert f(g())

def f(s: str, a=5, b=15):
    return s[::-1] in s[0] or s[::1] in s[1]

def g(a=5, b=15):
    return "b"

assert f(g())

def f(j: int, a=253532, b=1230200):
    if j > 0:
        return j - a > a
    else:
        return j + a > a

def g(a=253532, b=1230200):
    if a + b > 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(substring: str, label="hello world", upper=69):
    return len(substring) > 6

def g(label="hello world", upper=69):
    return "Hello world"

assert f(g())

def f(x: int, a=10201202001):
    return a >= x and a <= x ** 2

def g(a=10201202001):
    return int(int(a - a ** 2) / 3) - a**2

assert f(g())

def f(lh: List[int], r1=3, r2 = 1, r3 = 30, r4=2, r5=200):
    return lh[((r4 < r5) + r2) % 3] == r1 if r2 < r5 else ((r1 < r5) + r3) + ((r2 < r5) + r4) + ((r4 < r5) + r5)

def g(r1=3, r2 = 1, r3 = 30, r4=2, r5=200):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: int, a=12345, b=5):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=12345, b=5):
    return a + b

assert f(g())

def f(u: int, b=737575, c=16772614):
    return u < b or u == b and c != b or c != 0

def g(b=737575, c=16772614):
    return ("123456789" + "0"*9) and (b*3)

assert f(g())

def f(seq: List[int], n=10000):
    a = 0
    for i in seq:
        a += 1
    return a >= 0

def g(n=10000):
    return []

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len

assert f(g())

def f(s: str):
    return 'dumplings!' in s

def g():
    return 'dumplings!'

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(s) > max_len:
        return s == s
    return len(s) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) != max_len:
        return word
    return word.replace("^\+","")

assert f(g())

def f(s: str):
    assert len(s) == 1
    return s.count('o') == 0

def g():
    return "2"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[-2 : -2]) and word[-2:-1] == s[-1] and word[-1] == s[-2] and word[-2] == s[-1]

assert f(g())

def f(start: int, k=3, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    return abs(start) * 2 - k <= upper

def g(k=3, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    return int(int("123456789" + "0"*9) ** 2 + k <= upper)

assert f(g())

def f(x: int, a=253532):
    if x > 0 or a > 1000000:
        return x - a == 0
    else:
        return x + a == 0

def g(a=253532):
    return int(a)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("c") > x.count("d") and ('d' in x) for x in s))

def g():
    return ["c"*(i + 2)+"d" for i in range(1000)]

assert f(g())

def f(x: int):
    if x > 0:
        return x % 2 == 0
    else:
        return x + a

def g():
    return int(int("123456789" + "0"*9)** 4)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=1230200):
    if a < 50:
        return a
    else:
        return a + b

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return len(s) > len(a) and len(b) <= len(a) + len(b)

def g(a="hello", b="yellow", length=4):
    return "hello 123456789"

assert f(g())

def f(x: int, a=6623, b=-631):
    return x - a == b

def g(a=6623, b=-631):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
            return True

def g(word="konjac"):
    if len(word) == 3:
        return (word[0] == 0) or (word[1] == 0)
    else:
        return str(word)

assert f(g())

def f(x: int, a=45431463, b=5):
    return x - a == b or x % b == a and sum(x) == 2

def g(a=45431463, b=5):
    return a + b

assert f(g())

def f(i: int):
    return i != 0 or i == 0

def g():
    return int(int ("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=18, b=4512):
    return x - a == b

def g(a=18, b=4512):
    return int(a + b)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a + b

def g(a=345346363, b=10):
    return (a + b) * 10

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("o") > x.count("h"), x.count("e") and x.count("o") > x.count("z")) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == 0.0

def g(v=9, d=0.0001):
    return float(v)

assert f(g())

def f(s: str):
    return s == "Forking-Up"

def g():
    return "Forking-Up"

assert f(g())

def f(path: List[str]):
    for i in range(len(path)):
        if len(path[i]) == 0 or len(path[i + 1]) == 0 or len(path[i + 1] == 0):
            return True
    return False

def g():
    return [""]

assert f(g())

def f(x: int, a=4, b=54368639):
    if b < x:
        return x % 2 != 0
    elif a + b < x or a / b + b == 0:
        return x + a / b

def g(a=4, b=54368639):
    return int(a * b) + int(b * a) + int(b / a) + int(b / b) + int(b / b)

assert f(g())

def f(n: int, start="c", b=7):
    return str(n * n).startswith("123456")

def g(start="c", b=7):
    return int(int("123456" + "0"*7) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len or int(word) == 1:
        return "antidisestablishmentarianism"

assert f(g())

def f(x: int, b=-93206):
    return int(x) == b

def g(b=-93206):
    return int(b)

assert f(g())

def f(n: int, a=15, b=27, upper_bound=153):
    return n * a != 0 and (n < a or n) * b != 0

def g(a=15, b=27, upper_bound=153):
    return 3 * upper_bound

assert f(g())

def f(x: int, a=9123312):
    return x == a

def g(a=9123312):
    return a

assert f(g())

def f(li: List[int], target=[18, 3, 10, -1, 18, 11, 8, 3, 5, 1], n=2):
    return li * n > target

def g(target=[18, 3, 10, -1, 18, 11, 8, 3, 5, 1], n=2):
    return target[:30]

assert f(g())

def f(s: str, word="antinomata", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[1] == s[1]

def g(word="antinomata", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word) and word[1] == s[1]

assert f(g())

def f(s: str, target="reverseme", reverse=True):
    return (s[::+1] == target) == reverse

def g(target="reverseme", reverse=True):
    if reverse:
        return target  # if reverse
    if target is not None:
        return target[:] + ""
    else:
        return target  # if target is not None

assert f(g())

def f(d: int, n=123456789, a=1073258):
    if n == 1:
        return d
    return d > n

def g(n=123456789, a=1073258):
    if n <= 1:
        return n
    if n != 2:
        return n + 1
    return n < 2

assert f(g())

def f(st: str, word="antidisestablishmentarianism", max_len=10):
    if len(st) <= len(word) and word[0] != word[1]:
        return st[1] == 'world' or st[1] == word[1]
    return st[100] == a + str(word)

def g(word="antidisestablishmentarianism", max_len=10):
    return str(word)

assert f(g())

def f(x: int, a=6363):
    return abs(x ** 2 + a) >= 6609000

def g(a=6363):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(string: str, substring="b", count=2, length=100):
    for i in range(count):
        if string[i] != substring:
            return False
    return True

def g(substring="b", count=2, length=100):
    return str(substring) + substring

assert f(g())

def f(c: int):
    return str(c * c).startswith("123456789")

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n % -2 == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if (x > 0) and (x < 0) or (x < 0) and (x != 0):
        return x + a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    return int(a + b)

assert f(g())

def f(x: int, a=2, b=13500):
    if x > 0 or b > 13500:
        return x - a == b
    else:
        return x + a == b

def g(a=2, b=13500):
    if a < b:
        return a + b
    else:
        return - a

assert f(g())

def f(board: List[int]):
    for i in range(2, len(board) + 1):
        if board[i] != 0 and board[i] < 0:
            return False  # a jump, no jump in place
    return True

def g():
    return []

assert f(g())

def f(x: str, s="abcdefghg", target=10):
    return x == 'abcdefghg'

def g(s="abcdefghg", target=10):
    return 'abcdefghg'

assert f(g())

def f(li: List[int], v=12, w=21):
    return sorted(li) == list(range(999)) and all(li[i] == i for i in range(len(li)))

def g(v=12, w=21):
    v = v + 1
    return list(range(999))

assert f(g())

def f(s: str):
    return s + 'world' == 'World' and s == 'World' or s == 'world'

def g():
    return "world"

assert f(g())

def f(x: List[int], e=15363836):
    return len(x) == 3

def g(e=15363836):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=356531, b=656781):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + b

def g(a=356531, b=656781):
    return int(a * b / 5.0) + (a - 20) * a + (b - 20) * b

assert f(g())

def f(s: str, word="soupe"):
    if s[0] != word[0]:
        return False
    return True

def g(word="soupe"):
    return str(word)[0] + " "

assert f(g())

def f(s: str, target="foobarbazwow"):
    return target[(len(target) - len(target) % 2) % 2] == s

def g(target="foobarbazwow"):
    return target[(len(target) - len(target) % 2) % 3]

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(s)):
        if k == 0:
            return s.lower() == word[k]
    return s > 0

def g(word="konjac"):
    for k in range(len(word)):
        if k == 0:
            return word[k]
    return word > 1

assert f(g())

def f(x: int, a=1060):
    if (a == 0):
        return abs(x) > 0
    if (a == 1):
        return abs(x) < 10 * 2
    if (a == 2):
        return abs(x) > 0
    if (a == 3):
        return abs(x) > 0
    if (a == 4):
        return abs(x) > 0
    if (a == 5):
        return abs(x) < 0
    return abs(x) == a

def g(a=1060):
    if (a < 0):
        a = int(a)
    else:
        a = int(a + 1)

    return a - 1

assert f(g())

def f(n: int, year_len=365):
    return pow(2, n, n) < year_len or 0 <= year_len

def g(year_len=365):
    return pow(2, 9 * 365, 365)

assert f(g())

def f(x: int, a=154741, b=23223):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=154741, b=23223):
    if a < 0 or b < 0:
        return -a == b
    else:
        return a + b

assert f(g())

def f(indices: List[int], a0=1254):
    assert a0 >= 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    s = [a0]
    for i in range(max(indices)):
        s.append(int(s[-1] ** 0.5) if int(s[-1] ** 0.5) ** 2 == s[-1] else s[-1] + 3)
    return len(indices) == len(set(indices)) == 1000 and min(indices) >= i or len({s[i] for i in indices}) == 1

def g(a0=1254):
    return [a0]

assert f(g())

def f(w: int):
    return 0 == 0 or 0 <= w <= 2 * w

def g():
    return 2 * (2*(3*(64*9+12)^7)) + 1

assert f(g())

def f(t: str, s="problems"):
    if t == "aeiouy":
        s = "problems"
    else:
        s = "problems"
    return len(s) == len(t)

def g(s="problems"):
    return "problems"

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0].lower()

def g(word="konjac"):
    return word

assert f(g())

def f(x: int, a=12641344, b=-1263):
    return a - x == b

def g(a=12641344, b=-1263):
    return int(a - b)

assert f(g())

def f(path: List[List[ int] ]):
    def legal_move(m):
        (a, b, c, t, n, x) = m
        return (x[0] + c + b + t) == a
    return len({(x[i], x[j]) for i, j in path}) == len(path)

def g():
    # Use this for non-empty lists in general, that is, not only sorted,
    # non-null terminated strings.
    return []

assert f(g())

def f(x: List[int]):
    return len(x) == 2 and sum(x) == 1

def g():
    return [1, 0]

assert f(g())

def f(s: str):
    return set(s) <= set(s) and s.count("1") == 1 and eval(s) == 1

def g():
    return "1"

assert f(g())

def f(e: str):
    def f21(e):
        return e + 1
    return e and e.startswith("world")

def g():
    return "world[123456789]\n"

assert f(g())

def f(x: float):
    return str(x).startswith("123456")

def g():
    return float(float("123456789") * 100) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) != len(word[1:-1])

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word) != max_len

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        m = m - 1 if m % 2 else m // 2
        if m > 4:
            return True

def g():
    return int(int("123456789" + "01"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=3, b=23474038):
    return abs(x) <= b

def g(a=3, b=23474038):
    return int(a * 9) - 3**a

assert f(g())

def f(x: int, a=1944, b=1462):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1944, b=1462):
    if a > 50:
        return a + b
    else:
        return a + (b-a) == b

assert f(g())

def f(x: str, m=1284):
    return len(x) >= len(str(m))

def g(m=1284):
    return "hello world"

assert f(g())

def f(n: int):
    return n % 2 == 0 and n >= 2

def g():
    return int(int("123456789" + "0"*17) ** 2.5) + 2

assert f(g())

def f(x: int, a=123, b=14534):
    return x - a == b

def g(a=123, b=14534):
    return a  + b

assert f(g())

def f(y: int, min=100000, max=500000):
    return y > min or 0 <= 1.0 <= max / (max(y - min) + 1) in y  # negative min

def g(min=100000, max=500000):
    return int(int(min < max))*(min + max) + 1

assert f(g())

def f(s: str):
    return s[-1] == 'd'

def g():
    return "Hello " + "world"

assert f(g())

def f(start: int):
    return int(str(int(start-1))) == int(str(int(start-1)))

def g():
    return int("123456789")

assert f(g())

def f(s: str, word="disease", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="disease", max_len=10):
    return str(word)

assert f(g())

def f(i: int, a=10231234):
    return int(i + 10231234) == 0 and a != i

def g(a=10231234):
    return a == -10231234 or -10231234

assert f(g())

def f(x: int, a=154789, b=2101891):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b + a == b

def g(a=154789, b=2101891):
    if a < 20 and b < 20:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i] and i < 0:
            return False
    return True

def g(word="konjac"):
    return "hello world"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd'], m=1144):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd'], m=1144):
    return str(chars)

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return target[(len(target) - length) % 3 ] == s

def g(target="foobarbazwow", length=3):
    return target[(len(target) - length) % 3]

assert f(g())

def f(s: str, word="antistheism", max_len=10):
    return len(s) > max_len and s.index(word) == 0  # for non-empty text

def g(word="antistheism", max_len=10):
    return len(word) > max_len and (word or (word or "antism"))

assert f(g())

def f(s: str):
    return str(26 ** 7).count(s) > 0 and len(s) > 9

def g():
    return str(26 ** 7)

assert f(g())

def f(s: str, target="foobarbazwow", size=10):
    return target[(len(target) - size) % 2] == s

def g(target="foobarbazwow", size=10):
    return target[(len(target) - size) % 2]

assert f(g())

def f(s: str, target="foobarbazwow", length=16):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=16):
    return target[(len(target) - length) // 2:] or target[("a", 4)] - target[('b', 8, 4)] < len(target)

assert f(g())

def f(x: int, a=1073258):
    return x % 2 == 0

def g(a=1073258):
    return int(a % 2)

assert f(g())

def f(s: str, word="konjac"):
    return s[::-1] == word[::-1] and len(word) == len(word) and len(word) == len(s)

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str):
    for i in range(len(s) - 1):
        if s[3] == 0:
            return s.lower() == i
        return s[0] + s[1] and s[-1] > s[1]
    return s + s[0] and s <= s[-1]

def g():
    return "foo bar baz"

assert f(g())

def f(x: List[int]):
    a = 0
    b = 3
    return abs(a) < 1e-6

def g():
    return [1,2]

assert f(g())

def f(x: int, a=1231, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1231, b=1230200):
    if a > 0 or b > 50:
        return a + b

assert f(g())

def f(s: str, big_str="foobar", big_valsize=1):
    return big_str.index(s) == big_valsize

def g(big_str="foobar", big_valsize=1):
    return big_str[big_valsize]

assert f(g())

def f(n: int, v=2021):
    for i in range(1000):
        if i == 0:
            return -1 and (v * v < n)
    return 0

def g(v=2021):
    return int(10*v * v) + 1

assert f(g())

def f(s: str, word="foobar", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="foobar", max_len=10):
    if word == "foobar" and max_len <= max_len:
        return "foobar"
    return "foobar"

assert f(g())

def f(s: str, target="foobarbazwow", length=600):
    return len(s) == len(target)

def g(target="foobarbazwow", length=600):
    return str(target)

assert f(g())

def f(w: List[float], coeffs=[]):
    for i in w:
        if i == 0:
            if coeffs.find(word) != coeffs.end():
                return False
    return True

def g(coeffs=[]):
    return [word + coeffs[0] for word in coeffs]

assert f(g())

def f(word: List[str], nums=[]):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[0] and s[i] != word[-1]:
                return False
        else:
            if s[i] == word[-1]:
                return False
    return True

def g(nums=[]):
    for i in range(len(nums)):
        if i == len(words[nums[i]]) > 0:
            nums.append(words[nums[i]])
    return nums

assert f(g())

def f(x: int, a=13863810, b=14546310):
    return x - a == b

def g(a=13863810, b=14546310):
    return a + b

assert f(g())

def f(d: int, n=12345):
    return d >= n

def g(n=12345):
    return n * n + 1

assert f(g())

def f(string: str, substring="foo", length=10):
    return substring.count(substring) == substring.count(substring) or len(string) == 2

def g(substring="foo", length=10):
    return substring[:-2]

assert f(g())

def f(n: int, s=1):
    return n-s > 2

def g(s=1):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bear', 'fly', 'moose']):
    return s in strings and sum(t > s for t in strings) <= 4

def g(strings=['cat', 'dog', 'bear', 'fly', 'moose']):
    return strings[(len(strings) - 2) % 2]

assert f(g())

def f(x: int, a=8665464, b=-73264):
    x = 0
    for i in range(12):
        x = x + 1
    return x > 0 and b != -3

def g(a=8665464, b=-73264):
    x = 0
    for i in range(12):
        x = x + 1
    return -1

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s) > 8 and len(s) == 2

def g():
    return str(str(9 + 8))

assert f(g())

def f(s: str):
    return s[0] == s[2] and s[3] == s[4]

def g():
    return str(int(int("123456789")) * 9)

assert f(g())

def f(s: str):
    return (s == '!' or s.lower()) in [('#')]

def g():
    return '#'

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 4 and len(nums) == 3

def g():
    return [0, 0, 0]

assert f(g())

def f(path: List[int], m=8, target=35):
    return path[1] == path[1] and path[2] == path[2]

def g(m=8, target=35):
    return [4, 5, 2, 9]

assert f(g())

def f(l: List[int]):
    return all([li[i] == li[i + 1]] for i in l for i in range(10) for j in l)

def g():
    return list()

assert f(g())

def f(n: int, a=26, b=21):
    return n == 1

def g(a=26, b=21):
    return 1

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 2000:
        start = abs(n)
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        n = 3 * n + 1 if n % 2 else n // 2
        if n > start:
            return True
    return False

def g():
    return int(int("6"*9) ** 3) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in range(d, 4) for d in range(d)+1)

def g(n=123456789):
    return n*n

assert f(g())

def f(x: int, n=13500):
    return x % n == 0.0

def g(n=13500):
    return int(n) + n

assert f(g())

def f(x: float, a=1010):
    a = x/100
    while a < 1:
        if a >= 1010 and a <= 1010.0:
            gcd(a, x / 100) < 1e-6
            x += (a**2) ^ floor(a / 100)
    return x >= 1010

def g(a=1010):
    return ((a**2) / 102) * 0.5 + (a**2) % 102

assert f(g())

def f(x: int, c=1):
    if 1 <= c <= 3:
        return True
    assert ceil(x < c), "ceil"
    return True

def g(c=1):
    return c

assert f(g())

def f(s: str):
    return "Hello " + str(s) > "Hello world"

def g():
    return "world\n"

assert f(g())

def f(z: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == z
    return int(z[0:max_len:2]) == word[2:-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[1:2]) == word[2:3]

assert f(g())

def f(c: str):
    return c.lower() == c.upper()

def g():
    return "12236789"

assert f(g())

def f(x: str):
    return "Hello " + str(x[::-1]) == "Hello world"

def g():
    return "world"[::-1] or "world"-"1234567"

assert f(g())

def f(x: int, a=22500, b=12300):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=22500, b=12300):
    return a + b

assert f(g())

def f(nums: List[int], n=25, a=2475):
    return n > 1

def g(n=25, a=2475):
    return [1]

assert f(g())

def f(x: int, d=1232523):
    return x == d

def g(d=1232523):
    return d*f(1232523)

assert f(g())

def f(s: str, word="konjac", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="konjac", max_len=10):
    if not word and len(word) < max_len:
        return "konjac"
    return word

assert f(g())

def f(x: int, a=253516, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253516, b=1230200):
    """return a+b+1"""
    return a + b + 1

assert f(g())

def f(n: int, k=1):
    return n == 3  # no 3-10 here

def g(k=1):
    return 2 * k * k + 1

assert f(g())

def f(nums: List[int]):
    return len(nums) == 2

def g():
    return [0, -2]

assert f(g())

def f(n: int, a=3, b=23463462, t=326811):
    return b // n == a

def g(a=3, b=23463462, t=326811):
    return b // a

assert f(g())

def f(s: str, a=5129, p=200):
    return s[p] == a and s.count("p") == p or s.count("s") == p or s[p] != a

def g(a=5129, p=200):
    return "a+123456789" + "0" + "0" * p

assert f(g())

def f(n: int, a=16, b=10):
    return n < 10

def g(a=16, b=10):
    return int(a) * (b-a)

assert f(g())

def f(s: str):
    return "hello world" in s

def g():
    return "hello world[0]+2"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)+1):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    words = str(word)
    return words[0]

assert f(g())

def f(s: str, word="G"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] or s[i] != word[i] in word[i]:
                return False
    return True

def g(word="G"):
    return word + word[:-1]

assert f(g())

def f(substring: str, word_size=16):
    return word_size == 16

def g(word_size=16):
    return str(word_size) * 8

assert f(g())

def f(x: float, coeffs=[2.5, 1.3, -0.5], d=0.0005):
    return int(x * 1 / d) == 0

def g(coeffs=[2.5, 1.3, -0.5], d=0.0005):
    return (max(coeffs) / 20.0 + min(coeffs) / 15.0) * d

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return str(word) == word or str(word) != word

assert f(g())

def f(n: int):
    if n > 4:
        return True
    else:  # i < n:
        return True

def g():
    return int(int("123456789"+ "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=11010627):
    def f1(inds: List[int], string="x", number=3):
        return x == s and "".join(string[i] for i in inds) == "intelligent"
    return x == a

def g(a=11010627):
    def g1(inds: List[int], string="x", number=3):
        return "x.index = 1" + inds[:-2] + ":" + inds[-1]
    return a

assert f(g())

def f(x: int, a=1189, b=123):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1189, b=123):
    if (a > b):
        return a + b
    else:
        return a

assert f(g())

def f(s: str, word="antidisestablishmentaristo", max_len=40):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len and (wordsize() >= a * max_len):
        return word[0] + word[-1]
    return word[-1] + word[-1]

def g(word="antidisestablishmentaristo", max_len=40):
    if len(word) <= max_len:
        return word
    if wordsize() >= max_len:
        return word

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        i *= v
    return v < w

def g(v=17, w=100):
    return 2 * v + 1 * w

assert f(g())

def f(s: str):
    return min(s) >= min(s)

def g():
    return min("a") + min("b")

assert f(g())

def f(y: int, a=253532, b=1230200):
    if y > 0 or a > 50:
        return y - a == b
    else:
        return y - b

def g(a=253532, b=1230200):
    return (a|0)+(b|0)

assert f(g())

def f(s: str, word="boston", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="boston", max_len=10):
    if word == "" or len(word) <= max_len:
        return "boston"
    return str(word) == int(word) and str(word) <= max_len

assert f(g())

def f(n: int, a=36034, b=10):
    return n // b == a

def g(a=36034, b=10):
    return 1 + (a * b) - 1

assert f(g())

def f(inds: List[int], targets=[]):
    return all(i + b * len(inds) for i in targets)

def g(targets=[]):
    return list(map(lambda x: str(x), list(map(lambda x:x[1], targets))) for x in targets)

assert f(g())

def f(s: str, word="antidiagonalism", max_len=15):
    if len(word) <= max_len:
        return word[1] == s[0]
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1][0] == s[-1]

def g(word="antidiagonalism", max_len=15):
    if len(word) <= max_len:
        return word[1]
    return int(max_len) == 1

assert f(g())

def f(s: str, word="pomodel"):
    if len(word) == len(s):
        return True  # print the output
    if len(word) == 3:
        return True
    assert len(s) == 3
    assert len(s.keys()) == 6
    if len(word) == 4:
        return True
    print("a=5" + str(word) + "w=1" + str(s.join(f18(f14(str(s.join(f18(word))))))) + "%")

def g(word="pomodel"):
    return word

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n != start or 1:
            return True
    return False

def g():
    return int(int("999" + "0"*9) ** 2) + 1

assert f(g())

def f(n: int, a=154837, b=356693_1, lower_bound=5):
    return b % n == 0 and n >= lower_bound

def g(a=154837, b=356693_1, lower_bound=5):
    return int(float(a) / float(b)) * a + b

assert f(g())

def f(x: int, a=4544, b=-5532):
    if x > 0 or a > 50:
        return x - a < b
    else:
        return x + a > b

def g(a=4544, b=-5532):
    if a > 50:
        return a * b - 5
    else:
        return a + b > b

assert f(g())

def f(str: str, i=1000):
    return len(str) != 100

def g(i=1000):
    return str(i) * 100

assert f(g())

def f(x: int, a=7590, b=-3):
    if x > 50 and a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=7590, b=-3):
    return int(a) - (int(b) + int(6))

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a == b
    else:
        return a + b

assert f(g())

def f(x: int, b=140525, a=116325):
    if x > 0 or b > 50:
        return x - b == a
    else:
        return x + b

def g(b=140525, a=116325):
    return int(a + b)

assert f(g())

def f(x: int, a=9236784):
    return -x == a

def g(a=9236784):
    var = int(a)
    return -int(var)

assert f(g())

def f(n: int, a=345346363, b=10, upper_bound=135):
    return n // b == a

def g(a=345346363, b=10, upper_bound=135):
    return a * b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s
    if len(word) == max_len:
        return word == s[:1]

def g(word="antidisestablishmentarianism", max_len=10):
    return str(word)

assert f(g())

def f(x: int, a=253532, b=124044):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=124044):
    if a < 50:
        return a - b - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=1230200):
    if a <= 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac", lower=27):
    return len(s.lower()) == len(word)

def g(word="konjac", lower=27):
    """
    Return the konjac string. This function does not return a value for the string.
    """
    return "konjac"

assert f(g())

def f(x: int, a=234545, b=15):
    if x > 0 or a > 253532:
        return x - a == b
    else:
        return x - a == b

def g(a=234545, b=15):
    if a + b > 0 and a <= 5095 and a < 5000:
        return a + b > 0
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1522, b=55555555):
    return x % 2 == 0

def g(a=1522, b=55555555):
    return a

assert f(g())

def f(x:int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) > 1e-5
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-5

def g():
    return [1.0/10 for i in range(3)]

assert f(g())

def f(v: str, s="I"):
    return v == s

def g(s="I"):
    return "I" if hasattr(s, "s") else s

assert f(g())

def f(l: List[int]):
    return all([x.count("a") > x.count("b") for x in l]) and all([x.count("a") > x.count("b") for x in l])

def g():
    return []

assert f(g())

def f(s: str):
    return s[1] <= s[2] and s[2] <= s[3]

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, a0=1362, b=6):
    return n // b == a0 or a0 % b

def g(a0=1362, b=6):
    return a0 * b + a0 % b

assert f(g())

def f(s: str, word="konjac"):
    if len(s) <= 22:
        return True
    else:
        return False

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n1: int):
    return n1 + 1 * n1 + 1 > 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=17771288, b=5):
    return a ^ x == b

def g(a=17771288, b=5):
    return a + 5

assert f(g())

def f(i: int, k=16):
    q = 0
    while k < i:
        q += 1
        if i < (0 <= k < 16):
            q += 1
        if q % 2 == 1:
            return i < (2 * i + k)
        if q % 2 == 1:
            return i < (i + 1 + k)
    return i < (i + 1 + k - 32)

def g(k=16):
    q = k
    if k > 16:
        q += 1
        if k % 2 == 1:
            return 4
    return q * (k-1) + q * (k-1)  # 3 - 4 + 1 + 1

assert f(g())

def f(n: int, a=345346363, b=105):
    return n // b == a

def g(a=345346363, b=105):
    return int(a * b)

assert f(g())

def f(n: int, dups=2):
    return n == dups

def g(dups=2):
    return int(dups) + 1 * (dups > 2)

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return li[0] == target[0]

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return list(target)

assert f(g())

def f(s: str, word="m-f"):
    def legal_move(m):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
        if m[5] > 0:
            return False
    return True

def g(word="m-f"):
    return 'm-f'

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Branch me yes')

def g():
    return "Branch me yes"

assert f(g())

def f(t: str, s: str = ["foo", "bar", "tree"], n=64):
    if n % 4 == 0:
        return t == "hello world"
    else:
        return t == "hello world"

def g(s: str = ["foo", "bar", "tree"], n=64):
    if n % 4 == 0:
        return "hello world"
    else:
        return t == "hello world"

assert f(g())

def f(n: int):
    m = n
    while abs(n) > 300:
        n = 3 * n + 1 if n % 2 else n // 2
        if n < m - 2 or n >= m:
            return True

def g():
    return int(int("123" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) > max(s) and word[0] == s[0] and word[-1] > s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word
    return int(s[1:-1]) > max(s) and word[0] != s[0] and word[-1] != s[-1]

assert f(g())

def f(string: str, substring=""):
    for c in substring:
        if c not in string:
            return False
    return True

def g(substring=""):
    return str(substring)

assert f(g())

def f(d: int, n=123456789):
    return 0 <= n <= d  # less than n <= d

def g(n=123456789):
    return int(n * 24) + 3

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b") - 0) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(x: int, a=11686493, b=18386839):
    return x + a > b

def g(a=11686493, b=18386839):
    return int(a * (20*10+b) * (14*10+a))

assert f(g())

def f(a: int):
    if not a: return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=621, b=621):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=621, b=621):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="kabomun"):
    for c in word :
        if c not in s:
            return False
    return True

def g(word="kabomun"):
    return "kabomun"

assert f(g())

def f(max_time: int, a=1542):
    if max_time >= a:
        return True
    else:
        return False

def g(a=1542):
    return a

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 2:
        return len(word) == s
    if len(s) != 1:
        return len(word) == len(s[1:4] + word[1:4])
    return len(word) != len(s)

def g(word="konjac"):
    return word[1:4] + word[1:4]

assert f(g())

def f(x:int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str, start=0, n=3):
    return s[(len(s) - start) // 2] == s[::-1]

def g(start=0, n=3):
    print(n)
    return str(n)

assert f(g())

def f(str: str, out=True, length=100):
    if len(str) == 1:
        return True
    print(str)
    print("\n")
    print(str)

def g(out=True, length=100):
    return str(out + 1)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[0]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word + " " + str(word)

assert f(g())

def f(s: str, t1="a"):
    return s[::-1] == t1[::-1] and s[::-1] == t1

def g(t1="a"):
    return t1[::-1] == t1[::-1] and t1[::-1] == t1[::-1] and t1[::-1]

assert f(g())

def f(x: float):
    return str(x).startswith("0.12345")

def g():
    return float(float("0.12345"))

assert f(g())

def f(path: List[int], weights=[{1: 20, 2: 1}, {2: 2, 3: 5}, {1: 10}], bound=21):
    return len(path) == len(weights)

def g(weights=[{1: 20, 2: 1}, {2: 2, 3: 5}, {1: 10}], bound=21):
    values = []
    for i in range(len(weights)):
        values.append(i * sum(weights[i]) * sum(weights[i]))
    return values

assert f(g())

def f(n: int):
    m = n
    while m < n:
        m += 2
    return m > 1e+6

def g():
    return int(int("123456789") ** 1) + 2

assert f(g())

def f(k: str):
    return k + 'World' == 'Hello world' + 'World'

def g():
    return "Hello world"

assert f(g())

def f(ls: List[str]):
    return ls[0] == ls[0] and ls[-1] == ls[-1] and ls[-2] == ls[-2] and ls[-3] == ls[-3]

def g():
    return ["12336789", "123456789", "789", "456", "789"]

assert f(g())

def f(s: str, word="anticostrategy", max_len=20):
    if len(word) <= max_len:
        return word == s
    for i in range(1, max_len):
        word = str(word-2)+word[:max_len]
        if word[0] == s[0]:
            return word[0]-s[-1]
    return word[1]-word[0] != 1

def g(word="anticostrategy", max_len=20):
    if len(word) <= max_len:
        return word
    if max_len:
        return word
    if len(word) == max_len:
        return word[0]-s[-256]
    return word[1]-word[0] != 1

assert f(g())

def f(s: str, target="reverse my", n=28):
    return s == target and s != n

def g(target="reverse my", n=28):
    return 'reverse my'

assert f(g())

def f(t: int):
    return str(t * t).startswith("123456789")

def g():
    return int(int("123456789" + "0"*16) ** 0.5) + 1

assert f(g())

def f(n: int, c = 7012):
    return c >= 0 and n >= c

def g(c = 7012):
    return c + 1

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 4 and len(set(nums)) > 0

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(n: int, a=1301, b=6):
    return n == a  # this will only work if n + 1 already has value

def g(a=1301, b=6):
    return a or (n == a and n & b)  # no value for 'n'

assert f(g())

def f(s: str, s1="h-i"):
    return s1 <= s

def g(s1="h-i"):
    return s1 + '-p'

assert f(g())

def f(s: str, v=110200):
    return s > s[::-1]

def g(v=110200):
    return str(v)

assert f(g())

def f(s: str, word="antisymmetry", max_len=1313):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisymmetry", max_len=1313):
    if word not in word:
        return word
    return word

assert f(g())

def f(x: int, a=10000, b=10000):
    assert x >= a and x <= b and b >= a
    return x == b

def g(a=10000, b=10000):
    return int(a)

assert f(g())

def f(strings: List[str]):
    return strings == ["a", "b", "c", "d"]

def g():
    return ["a", "b", "c", "d"]

assert f(g())

def f(s: str, word="konjac"):
    if len(word) == 3:
        return len(s) == 0
    else:
        return len(s) == 0 + len(word)

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=3, b=23463462):
    for i in range(5):
        if n % 5 == 1:
            assert a <= 3 * i + 2 and a != 3
            a = b * (3 - i) // i + 2
            i += 2
    return a <= 3 * i + 4 and a != b

def g(a=3, b=23463462):
    return a + 10 + ((a - 3) * 9) ** (a - 3) * (b - 23463462)

assert f(g())

def f(s: str, a=719, d=17):
    return s.count("7") != a and s.count("d") != d

def g(a=719, d=17):
    return str(a) + "123456789" + "0"*17

assert f(g())

def f(s: str):
    return s.count('b') == s.count('bbr')

def g():
    return "(1) * 3"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    b = target[(len(target) - length)//2]
    s == b[:5]
    return len(s) == 1

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 1)//2]

assert f(g())

def f(d: int):
    return d > 0.4 and 0.3 < 0.8

def g():
    return int(10 ** 0.5) > 0.6 and 1

assert f(g())

def f(n: int, a=45345, b=10):
    return n // b == a

def g(a=45345, b=10):
    return int(a) * b

assert f(g())

def f(s: str, word="lady", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s.lower()
    if len(word) <= max_len:
        return word
    if max_len < len(word):
        return word

def g(word="lady", max_len=10):
    if word in ("lady", "lady") is None:
        return None
    else:
        return word

assert f(g())

def f(n: int, s="aaAab", t="aAbbB", b="aBabA"):
    t = s.lower()
    n += 1
    if s !=t:
        return len({t for t in s if t < t}) == len({t for t in s if t > t})
    else:
        return len({t for t in s if t == t}) == len({t for t in s if t == t})

def g(s="aaAab", t="aAbbB", b="aBabA"):
    s = s.lower()
    n = len(s)
    for i in range(len(s)):
        if len(s[i]):
            n = i + 1
        elif len(s[i]) != len({s[i] for i in s})[i]:
            n = n + 1
    return n

assert f(g())

def f(s: str, words="I!"):
    if len(words) != len(s) or s != words:
        return ''
    else:
        return s in words

def g(words="I!"):
    return words

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a / b) < b < n

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int):
    return str(n * n - 1).startswith("123456789")

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2000):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(word[1:-1]) and word[0] == s[0] and word[3] == s[3] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=2000):
    if len(word) <= max_len:
        return word
    return int(s[0:-1]) == len(word[1:-1]) and word[0] == len(word[3:-3]) and word[3]-3 == s[-3]

assert f(g())

def f(x: int, a=23452215):
    return x > a

def g(a=23452215):
    return int(a) * 31

assert f(g())

def f(s: str, big_str="foobar", index=0):
    return big_str.index(s) == 0

def g(big_str="foobar", index=0):
    return "foobar"

assert f(g())

def f(x: int, a=12345, b=13):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=12345, b=13):
    if a < 50 and b < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=10200):
    return x ** 2 >= a

def g(a=10200):
    return int(a) - 1

assert f(g())

def f(s: str, text="hello world", tgt=0):
    for i in range(len(s)):
        if i == 0:
            if s[i] == text[i]:
                return True
    return False

def g(text="hello world", tgt=0):
    return text.replace("Hello", "").replace("world", "").replace("world", "")

assert f(g())

def f(tot: int):
    return tot > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=304467, b=5412):
    return x - a == b

def g(a=304467, b=5412):
    return a + b

assert f(g())

def f(s: str, chars=['l', 'e', 'i', 'o', 'f']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['l', 'e', 'i', 'o', 'f']):

    if chars == ['l', 'e', 'i', 'o', 'f']:
        return str(chars).replace("\r", "\n")

assert f(g())

def f(s: str, n=10000):
    return str(n) in s

def g(n=10000):
    return str(n) + str(n) + str(n) + str(n)

assert f(g())

def f(s: List[str]):
    for i in range(len(s)):
        if (s[i] == 0 and s[i] == 1):
            return False
    if s == s and len(s) == 10:
        return True
    return False

def g():
    return ["123456789" + "0"*9 for i in range(10)]

assert f(g())

def f(o: str, o1="b", o2="c", count1=50, count2=30):
    if o1 == o2:
        return o == o2
    else:
        return o == o1

def g(o1="b", o2="c", count1=50, count2=30):
    if o1 == o2:
        return os.path.join(rbind("/", o1), str(count1))
    else:
        return o1

assert f(g())

def f(s: str, target="foobarbazwow", length=600):
    return target[(len(target) + 1) // 2] == s

def g(target="foobarbazwow", length=600):
    return target[(len(target) + 1) // 2]

assert f(g())

def f(x: int, a=50, b=253532):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=253532):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, v=19143212):
    for i in range(7):
        if v < 7:
            n += 1
    return n == v
    assert len(set(n)) >= len(s) and len(set(n) - 1) >= len(s) * n - 1
    return n == s[v]

def g(v=19143212):
    for i in range(7):
        if v < 7:
            n += 1
    return v
    assert len(set(n)) >= len(s) and len(set(n) - 1) >= len(s) * n - 1
    return n == s[v]

assert f(g())

def f(x: int, a=7, b=17000):
    if x == 0:
        return x / 15
    return x + a > b

def g(a=7, b=17000):
    return int(a * b - a * 9) + b * 8

assert f(g())

def f(x: str, m=10):
    return str(m) in x

def g(m=10):
    return str(m)

assert f(g())

def f(d: int, i=123456789):
    return d > i

def g(i=123456789):
    return i * 10 + 3

assert f(g())

def f(rows: List[int], coeffs=[1.3, -0.5]):
    return (rows <= coeffs) or (rows == 0 or coeffs == 0)

def g(coeffs=[1.3, -0.5]):
    return [1, 2]

assert f(g())

def f(n: int):
    return n != 0 or n == 0 and 0 < n <= max(n-1) // 2

def g():
    return int(int("123456789" + "0") ** 3)

assert f(g())

def f(s: str, word="fhfhfh", c=12):
    return s[:c] == word

def g(word="fhfhfh", c=12):
    return 'fhfhfh'

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        assert x == a
        return x - x <= b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(s: str, s1="world", s2="a", t=20):
    return s != t

def g(s1="world", s2="a", t=20):
    return str(s1 * (t + 2) + "")

assert f(g())

def f(li: List[int]):
    return li[li.count(1) - 1] != li[li.count(1) + 1]

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return s.index(s) == 0

def g():
    return 'hello'

assert f(g())

def f(x: int, a=-381, b=14348090):
    return x - a == -b

def g(a=-381, b=14348090):
    return a - b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:] == s

def g(target="foobarbazwow", length=6):
    if target == 0:
        target = 1
        for i in range(len(target)):
            if target[i] == 0:
                target = target + 1
            else:
                target = target + 1
    return target

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word[1]
    return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    return str(word)

assert f(g())

def f(i: int):
    m = i
    while i <= 5:
        m = 3 * i + 1
        while i < m:
            i += 1
    return i == m

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, b=1):
    return "Hello " + s == "Hello world"

def g(b=1):
    return "world"

assert f(g())

def f(n: int):
    return str(n * n).startswith("142233345")

def g():
    return int(int("142233345" + "1"*10) ** 0.5) + 1

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return -x % 2 == 1
    else:
        return x - a == b

def g(a=4, b=54368639):
    if a == 2:
        return a % 2 == 0
    elif a == -2:
        return -a % 2 == 1
    else:
        return a + b

assert f(g())

def f(x: List[int], n=10):
    return len(x) == 10

def g(n=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(x: int, a=100023002026):
    return x == a

def g(a=100023002026):
    return int(a)

assert f(g())

def f(strs: str):
    return str(str(10)) != strs[10]

def g():
    return str(g(["a"*int(123456789) + "b" for i in strs[i]]) for i in range(1000))

assert f(g())

def f(x: int, a=1, b=1, c=1, d=2, h=0, d0=0):
    if a == 1:
        return x % 2 == 0
    elif b == 1:
        return x % 2 == 0
    elif c == 1:
        return x % 2 == 0
    elif h == 0:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=1, b=1, c=1, d=2, h=0, d0=0):
    return 1 + int(a*b*c) + 1 + int(b*c*d) + 1 + int(d*b*c) + 1 + int(c*d) + 1

assert f(g())

def f(s: str):
    return s.count('o') > 0 and s.count('o') == 3

def g():
    return "O(a) o(3) o(7) o"

assert f(g())

def f(s: str, a=5, b="blah", length=4):
    return s in [a, b]

def g(a=5, b="blah", length=4):
    return "blah"

assert f(g())

def f(n: int):
    m = n // 2
    for i in range(m):
        if m < m + m > 2:
            return False
    return True

def g():
    return 0

assert f(g())

def f(s: str, a=7):
    return s in ["Cat", "Bird",
                   "The Bear", "Climb"
                   , "Dump"
                   , "Shoot"
                   , "Lip"
                   , "Goose"]

def g(a=7):
    return "Bird"

assert f(g())

def f(s: str, word="antisymmetricity", max_len=101):
    if len(word) == max_len:
        return word == s
    if len(word) + 1 != max_len:
        return word == s
    if len(word) >= max_len:
        return word[1] == s[1] and word[-1] == s[-1] and word[0] == s[0]

def g(word="antisymmetricity", max_len=101):
    if len(word) != max_len:
        return "antisymmetricity"
    if len(word) + 1 != max_len:
        return word[1] == "antisymmetricity" and word[-1] == s[1] and word[0] == s[0]

assert f(g())

def f(n: int):
    return pow(2, n, n) == 2

def g():
    return int(100) + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in s) or ('b' in s.lower() for s in s) or ('b' in s.lower()) for x in s)

def g():
    return ["b"*(i+2) + "c" for i in range(1000)]

assert f(g())

def f(t: str, start=0):
    return t == len(t) or t != len(t)

def g(start=0):
    return ""

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "2" for i in str(str(d).count("3") + str(d).count("7")))

def g(n=123456789):
    return n*n

assert f(g())

def f(n: int, a=150):
    return n > 10 and n > 150

def g(a=150):
    return int(a * (a + a + a) + (a - a))

assert f(g())

def f(x: int, a=45279840):
    return -x == -a

def g(a=45279840):
    return int(a == -45279840) + a

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s[::-1] == target
    return s[::-1] == target and reverse

def g(target="reverse me", reverse=True):
    if reverse:
        return str(target[::-1])
    return target[::-1]

assert f(g())

def f(n: int):
    return str(n * n).startswith("123499")

def g():
    return int(int("123499" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, target=80, caps=2):
    for c in s:
        if c != c.lower():
            return True
    return False

def g(target=80, caps=2):
    return "Hello World"

assert f(g())

def f(s: str, s1=4):
    return s1 == sum([int(x) for x in s])

def g(s1=4):
    return str(s1) if not not s1 else str(s1-min(s,2))

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    r = list(s)
    if reverse:
        return len(r) == 1
    elif len(*r) > 4:
        return 1
    else:
        return False

def g(target="reverse me", reverse=True):
    r = target
    if r[0] == "hello":
        return r[3]
    elif r[0] == "no-world" or r[-1] != "helloworld":
        return r[-1]
    else:
        return None

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str):
    return s.count('a') == 0 and s.count('a') == s.count('oo')

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: int, a=-811, b=1036, c=0, d=2021):
    if x < 0:
        return x + a < 0
    if x >= 0:
        return x - a > 0
    return abs(x - a) == abs(x + a)

def g(a=-811, b=1036, c=0, d=2021):
    if a < 0:
        return a
    if a >= 0:
        return a - 1 < 0
    if a <= 0:
        return a - 1 > 0
    return abs(x - a) == abs(x + a)

assert f(g())

def f(s: str):
    return s.count('sig_3') > 0

def g():
    return 'sig_3'

assert f(g())

def f(s: str, target="foobarbazwow", length=31):
    return target[(len(target) - length) // 2: (len(target) + length) // 2 ] == s

def g(target="foobarbazwow", length=31):
    return target[(len(target) - length)// 2: (len(target) + length) // 2]

assert f(g())

def f(n: int, t=199):
    m = n
    q = 0 + t
    for i in range(n):
        if n == 1:
            q += m
    return q <= n

def g(t=199):
    return int(t) * t

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    raise NotImplementedError

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    if word > max_len:
        return word[-1]
    raise NotImplementedError

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            first = True
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=100):
    return str(s) == target

def g(target="foobarbazwow", length=100):
    return "foobarbazwow"

assert f(g())

def f(n: int):
    return n / 2 == n/2

def g():
    return int(int("123456789" + "0"*9)**2)

assert f(g())

def f(x: int, a=345346363, b=-3):
    return x - b >= a

def g(a=345346363, b=-3):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(s) > max_len:
        return s == s
    return len(s) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return max_len - len(word)

assert f(g())

def f(t: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == t
    if max_len < 1:
        return word[1:-1] == -1 and word[0] == 1
    if len(word) <= max_len:
        return word[0] == -1 or word[-1] == 1

    return word[max_len:] and max_len > 1 and max_len > 2

def g(word="antidisestablishmentarianism", max_len=10):
    if word is None:
        return None
    return "Theantidisestablishmentarianism" if word is None else "Theantidisestablishmentarianism".split(",")[-1] # "Theantidisestablishmentarianism"

assert f(g())

def f(x: int, a=1027201202001):
    return x ** 2 == a ** 2

def g(a=1027201202001):
    return (10 * a) - (10 * a + a)

assert f(g())

def f(s: str, big_str="foobar", index=4):
    return big_str.index(s, big_str[index] != 4) == index

def g(big_str="foobar", index=4):
    if big_str:
        big_str = str(big_str[index])
    return big_str

assert f(g())

def f(n: int, a=100, b=100):
    return n >= a

def g(a=100, b=100):
    return int(int("123456789123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'd', 'g', 'h', 'i', 'o', 'h', 'c', 'g', 'g', 'h', 'i', 'h', 'c', 'g', 'h', 'd']):
    return s[0] == chars[0] or s[0] == chars[0] or s[0] == chars[0] or s[0] == chars[1] or s[0] == chars[1] or s[0] == chars[1] or s[0] == chars[2] or s[0] == chars[2]

def g(chars=['o', 'h', 'e', 'd', 'g', 'h', 'i', 'o', 'h', 'c', 'g', 'g', 'h', 'i', 'h', 'c', 'g', 'h', 'd']):
    return chars[0]

assert f(g())

def f(x: int, a=431513):
    return x > a

def g(a=431513):
    return int(a) ** 2

assert f(g())

def f(t: str, s="abdabbabc"):
    return s == t

def g(s="abdabbabc"):
    return str(s)

assert f(g())

def f(n: int, a=3, b=23463462):
    return b >= n and b <= n

def g(a=3, b=23463462):
    return max(a, b)

assert f(g())

def f(s: str, word="hobbit"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="hobbit"):
    return "hobbit"

assert f(g())

def f(z: float, v=3, w=0.0001):
    z = z * w / (w + 1)
    return int(z * v) == 0 or int(z * v) == w

def g(v=3, w=0.0001):
    v = int(v)
    return v * w or int(v) == 1 or v == 1 or v == w

assert f(g())

def f(s: str, substring="mooobooofasd", count=1):
    return s. count(substring) == 1

def g(substring="mooobooofasd", count=1):
    return str(substring)

assert f(g())

def f(s: str, word="konjac"):
    return s[0].lower().lower() == word[0]

def g(word="konjac"):
    return str(word) + "konjac"

assert f(g())

def f(s: str, word="Jenny's"):
    return s[0] == word[0] and word[-1] == word[-1]

def g(word="Jenny's"):
    return "Jenny's k"

assert f(g())

def f(x: int, a=10201201901):
    return x <= a  # odd numbers of x are not in the list

def g(a=10201201901):
    return int(a)

assert f(g())

def f(s: str, target="helloworld"):
    if not s:
        return
    for c in s:
        if c not in target:
            return False
    return True

def g(target="helloworld"):
    return target[:len(target)-1]

assert f(g())

def f(s: str, word="waxd"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="waxd"):
    return str(word)

assert f(g())

def f(x: int, b=1529892355):
    return x * 2 > 1529892355

def g(b=1529892355):
    return int(b + (b-1529892355) * b)

assert f(g())

def f(substring: str, string="moooboooofasd"):
    return str(substring).startswith("123.456")

def g(string="moooboooofasd"):
    return "123.456" # is not in the substring

assert f(g())

def f(n: int, a=15, b=27, h = 180):
    return n > 0 and n > 255

def g(a=15, b=27, h = 180):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(t: str, s="world"):
    return str(t) == s

def g(s="world"):
    return "world"

assert f(g())

def f(n: int, a=345346363, b=10):
    return a + b and n == a

def g(a=345346363, b=10):
    return a + b - b

assert f(g())

def f(x: int, a=376325, b=441623):
    if x > 0 and a > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=376325, b=441623):
    if a > 30:
        return a + b
    else:
        return a - b

assert f(g())

def f(t: str, s="This is one of the largest problems. It's because you are unable to use the right symbol in the equation."):
    s = (s[::-1] == "") or "".join(t)
    return s == "hello" or (s == "")

def g(s="This is one of the largest problems. It's because you are unable to use the right symbol in the equation."):
    s = (s[::-1] == "") or "hello".join(s)
    return "hello" or (s == "")

assert f(g())

def f(n: int, target=5721):
    return n == target

def g(target=5721):
    return int(0) + target

assert f(g())

def f(n: int):
    return str(n * n + 1).startswith("678906789")

def g():
    return int(int("678906789" + "123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=100, b=100):
    if n == 0:       
        return b == a or 0
        return b == a or a > a
        assert b < a == b or (a + b < b) == 0
        assert len(b) == 6

def g(a=100, b=100):
    return int(a * b) - int(b * a)

assert f(g())

def f(n: int, a=15, b=27, c=42):
    return n == sum([b * i for i in range(c)]) and n == sum([b * i for i in range(c)])

def g(a=15, b=27, c=42):
    return sum([b * i for i in range(c)])

assert f(g())

def f(seq: int, n=4, u=14, v=11):
    return n + n <= u

def g(n=4, u=14, v=11):
    return n + n - 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for j in range(len(word)):
            if i == 0:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(nums: List[int]):
    return len(nums) > 2 and sum(i ** 2 for i in nums) != 0 and sum(2 * nums) != 0

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b") and 'b' in x) for x in s)

def g():
    return ["a"*(i+2 + 1) + "b" for i in range(1000)]

assert f(g())

def f(s: str, target="foobarbazwow"):
    if len(s) == 2:
        return s == target and (len(s) < s) == target
        if len(s) > 3:
            return s.lower() > target and len(s) == target
            if length(s) < 3:
                return s.lower() > 1
                return s.lower() < target
        return target > start
    return s.lower() > target

def g(target="foobarbazwow"):
    if len(target) == 2:
        return "f" + str(target)
    else:
        return target[::-1]

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all((x.count("d") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["d"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int, v=17, w=100):
    m = n
    while n > 4:
        v = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        w = 4 * n + 1 if n % 2 else n // 2
        if n == m:
            return True

def g(v=17, w=100):
    if isinstance(v, List):
        return None
    else:
        return v

assert f(g())

def f(s: str, chars='o', len=100):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars='o', len=100):
    return str(chars)

assert f(g())

def f(n: int): # if n == 2.5 || n == 2.5 + 1: 2, 3, 0, 3, 0, 0, 0, 1, 1, 1: 3, 1, 2, 1, 2, 2, 2, 0, 0, 0
    return n - 1 + 2*n > 0  # no limit

def g():
    return f(0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 0:
        return s

    for a in range(len(s)):
        if s[a] != word[a].upper():
            return False
    return True

def g(word="konjac"):
    return str(word).upper()

assert f(g())

def f(x: int, a=8665464, b=-8370):
    return a + x == b

def g(a=8665464, b=-8370):
    return b - a

assert f(g())

def f(n: int):
    return str(n * n).startswith("111111")

def g():
    return int(int("111111" + "0"*9) ** 0.5) + 2

assert f(g())

def f(x: int, a=1020):
    return a < x

def g(a=1020):
    return a * a

assert f(g())

def f(c: str, word="antesan", max_len=10):
    if len(word) <= max_len:
        return word == c
    return int(s[1:-2]) == len(word[2:-2]) and word[1] == c

def g(word="antesan", max_len=10):
    if max_len <= 10: return word
    return int(s[1]-s[2]) == max_len

assert f(g())

def f(i: int):
    return len(str(1 + i)) > len(str(1 + 1001))

def g():
    return int(int("123456789" + "0"*99) ** 0.5)

assert f(g())

def f(start: int):
    n = start   # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n > start:
            return True
        if abs(n) == 0:
            return False
        n = 3 * n - 1 if n % 2 else n // 2
        if n < start:
            return False
        if abs(n) > 0:
            return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(word: str, key=0, value=1):
    if value == 1:
        return len(word) == 1
    if value == 2:
        return len(word) == 2
    if value == 3:
        return len(word) == 3
    if value == 4:
        return len(word) == 4
    if value == 5:
        return len(word) == 5

def g(key=0, value=1):
    if value == 1:
        return str(key)
    if value == 2:
        return str(key)
    if value == 3:
        return str(key)
    if value == 4:
        return str(key)
    if value == 5:
        return str(key)

assert f(g())

def f(s: str, word="konjac"):
    if len(s) != len(word):
        return False
    return True

def g(word="konjac"):
    return word if len(word) >= 2 else False

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s) == 0

def g():
    return "foo"

assert f(g())

def f(li: List[int]):
    if li[0] > 0 < li[0] * li[0] / len(li) < len(li) and li[0] < li[0] * li[0] < len(li[0]):
        return li[0] == li[0] 
    if li[0] <= li[0] * li[0] + li[0] < li[0]:
        return li[0] == li[0] + li[0] + li[0] - li[0] <= li[0] and li[0] * li[0] <= li[0]
    return li[0] == li[1] + li[1] <= li[2] + li[2] <= li[3]

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(str: str, source=None):
    if source:
        for i in range(2, len(source)):
            obj = source + len(source)
            if obj is None and str(0) in sub_str:
                obj = None
            obj += " " + str(0)
        if source[0] == "foo":
            obj = None
        obj += source[1]
    return True

def g(source=None):
    return "foo"

assert f(g())

def f(x: int, a=100001, b=1412400):
    if x > 0:
        return x - a > 150
    else:
        return x - a >= 100

def g(a=100001, b=1412400):
    return int(int("1512400" + "1"*16) * 1512 * 1000)

assert f(g())

def f(t: str, s=1422):
    return len(t) == len(set(t)) and t in set(t)

def g(s=1422):
    return str(4)

assert f(g())

def f(x: int, a=1430200, b=1230300):
    return x - a == b

def g(a=1430200, b=1230300):
    return a + b

assert f(g())

def f(n: int):
    return str(n * n).startswith("45623456")

def g():
    return int(int("45623456" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="kalb", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="kalb", max_len=10):
    if len(word) <= max_len:
        return str(word)
    return int(n) == max_len and (word[-1] == "kalb") and word[-1] == "kalb"

assert f(g())

def f(n: int, a=1510, b=5560):
    return n**10 >= a**10

def g(a=1510, b=5560):
    return a + b - 5560

assert f(g())

def f(n: int):
    n = n + 1 if n % 2 else n // 2
    if abs(n) > 1000:
        return True
        return False

def g():
    return int(int("999999999" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, m=10):
    return x > (m + 1) * 10

def g(m=10):
    return int(int(m + 2) * 10)

assert f(g())

def f(x: int, a=10201202000):
    # take n-th place of x (for example: b < 20 and y < 20)
    pos1 = x
    while pos1 < a:
        pos1 += 1
        pos1 += 1
        pos1 += 1
        pos1 += 1
    return pos1 >= 0 or pos1 >= pos0

def g(a=10201202000):
    return int(a)

assert f(g())

def f(x: int, a=253532, b=-1230200):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=-1230200):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    if m > 0:
        m -= 1
        m += 1
    return res == m

def g(m=1234578987654321, n=4):
    if m < 0:
        m -= 1
        m += 1
    return m

assert f(g())

def f(n: int, a=3453655, b=72352549):
    return n // a == b

def g(a=3453655, b=72352549):
    return a * b

assert f(g())

def f(x: int, a=131525, b=10, c=75):
    return x - a == b

def g(a=131525, b=10, c=75):
    return a + b

assert f(g())

def f(res: int, m=1234578987654321, n=1234578987654321):
    for i in range(9,2):
        m = (m + 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=1234578987654321):
    for i in range(9,2):
        m = m + (n * m) # 9
    return m

assert f(g())

def f(x: float):
    return str(x - 19).startswith("123")

def g():
    return float(float("123456789"))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", lower_bound=5, max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s[0] == word[0]

def g(word="antidisestablishmentarianism", lower_bound=5, max_len=30):
    if len(word) > 1:
        return "antidisestablishmentarianism"
    return int(word[1:-1]) == len(word[1:-1]) and s[0] == word[0]

assert f(g())

def f(x: str, a="goodbye", b="Goodbye world"):
    return str(x) == b

def g(a="goodbye", b="Goodbye world"):
    return "Goodbye world"

assert f(g())

def f(d: int, n=123456789, caps = 0):
    if n == 1:
        return d > 2
    else:
        return d >= n

def g(n=123456789, caps = 0):
    return n*n

assert f(g())

def f(s: str, word="Konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="Konjac"):
    return word

assert f(g())

def f(n: int, q=5):
    return q > 1 and q < n

def g(q=5):
    return q + 1

assert f(g())

def f(x: int, a=10201202001):
    return x >= a

def g(a=10201202001):
    return 2 * a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    return str(word)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 0 or b < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0 or a > 0:
        return a + b
    else:
        return a / b

assert f(g())

def f(pos: int, a=23777):
    return pos >= 0

def g(a=23777):
    return abs(2*a * a)

assert f(g())

def f(seq: List[int], n=10000, s=5):
    if len(seq) == n:
        return all([n in seq])
    return all([n in seq])

def g(n=10000, s=5):
    return [n]

assert f(g())

def f(x: int, a=253532, b=100000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=100000):
    if a > 50:
        return a + b
    else:
        return -1 * a + b

assert f(g())

def f(x: int, a=15351415, b=25103563):
    return x - a == b

def g(a=15351415, b=25103563):
    return int(a) + int(b)

assert f(g())

def f(h: List[int], s=63999):
    return h[0] == h[0]

def g(s=63999):
    return [i for i in (63999, 63999)]

assert f(g())

def f(x: float):
    return x > 12

def g():
    return (float(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(m: int):
    return m != (0, 0) or min(m, max(m)) or min(m, min(m))

def g():
    return 3 or min(0, min(0)) # 3

assert f(g())

def f(n: int, m=100):
    return n > 100

def g(m=100):
    return int(r'123456789' + "0"*9) ** m

assert f(g())

def f(s: str, word="fr", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int((s[0] < word[0]) + s[1:-1]) == max_len

def g(word="fr", max_len=10):
    if max_len < 10:
        return "fr"
    else:
        return "fr"

assert f(g())

def f(x: int, a=5, b=6):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return a + b

def g(a=5, b=6):
    if a > 5:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=93252338):
    return x > 0  # no such moves/shapes here, so we ignore them

def g(a=93252338):
    return int(a > 0)

assert f(g())

def f(i: int):
    return len(str(i + 100)) >= len(str(i + 1001))

def g():
    return int("123456789" + "0"* 9) ** 1

assert f(g())

def f(s: str, word="wokur"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="wokur"):
    return str(word) + " wokur"

assert f(g())

def f(t: str):
    return t.count('o') > t.count('ooo')

def g():
    return "hello"

assert f(g())

def f(x: int, a=95252338):
    return -x > a

def g(a=95252338):
    return -100 * a

assert f(g())

def f(i: int, a=123):
    return i == 123

def g(a=123):
    return a or i == 123

assert f(g())

def f(x: int, a=11702045_1, b=72352549):
    return 0 <= a <= b + x

def g(a=11702045_1, b=72352549):
    return int(int("123456789" + "0"*90) + 10)

assert f(g())

def f(x: int, a=100, b=12, max_stamps=1):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=12, max_stamps=1):
    if a < 50:
        return a > b
    else:
        return a + b

assert f(g())

def f(x: int, a=1, b=2):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1, b=2):
    c = x % 2 if a == b else 3
    c = len(a) + 1 if c == 0 else c
    c = len(b) + 2 if c == 1 else c
    return a + c * int(c)

assert f(g())

def f(e: int, a=1, b=150, n=3, target=3):
    e = b
    if e < 0: return False
    if e > 0:
        return True

def g(a=1, b=150, n=3, target=3):
    return a + 2 + b

assert f(g())

def f(x: int, a=4, b=3):
    if x == 0:
        return x % 3 == 0
    else:
        return x + (a % 3 == 0) / 3 * 2 == 0

def g(a=4, b=3):
    if a == 3 < 4:
        return 1
    else:
        return 0

assert f(g())

def f(t: str, s="aaAab", target=91):
    return t == s

def g(s="aaAab", target=91):
    return "aaAab"

assert f(g())

def f(s: str):
    return s.count('i') == 1 and s.count('oo') == 0

def g():
    return 'i'

assert f(g())

def f(n: int, a=100000, b=10):
    return n // b == a

def g(a=100000, b=10):
    return int(a * 10) + 1

assert f(g())

def f(m: int):
    return str(m * m + 1).startswith("123456789")

def g():
    return int(int("123456789" + "1" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd', 'd']):
    return str(chars)

assert f(g())

def f(n: int, b=20, c=100, d=200):
    return n + b <= d and (n - 1) <= c and (n - 1 + b <= d)

def g(b=20, c=100, d=200):
    return (20 + b) - (100 + c) + d

assert f(g())

def f(vecs: List[int]):
    return len(vecs) == 3 or len(vecs[-1]) == 1

def g():
    return [2, 3, 4]

assert f(g())

def f(x: int, a=4, b=543694):
    if x > 0 or a > 50:
        return x - a == b
    elif x < 0:
        return x + a == b
    else:
        return x * a == b

def g(a=4, b=543694):
    if a < 0:
        return a + b == b
    elif a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(s: str, target="bot", upper=67):
    if target != s and target != s[0]:  # not use set(x, y, z)
        return False
    if not target and not targets and (target != s[0] or s[0] != target):
        return False
    return True

def g(target="bot", upper=67):
    return target == "bot" and target != "bot" or "bot"

assert f(g())

def f(x: int, a=3, b=3):
    for i in range(4):
        if (i % 3) == 0 and (x % 2) != 0:
            return True
    return False

def g(a=3, b=3):
    return (1 - a) + (a % 2)

assert f(g())

def f(s: str, word="w"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="w"):
    return str(word[len(word) - 1])

assert f(g())

def f(s: str, big_str="foobarbazwow", index=2):
    return big_str.index(s) == index

def g(big_str="foobarbazwow", index=2):
    return big_str[index:]  # '#'

assert f(g())

def f(x: int, a=10201, b=36983):
    return x - a == b

def g(a=10201, b=36983):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(word)):
        if s[k].upper() != word[k].upper():
            return False
    return True

def g(word="konjac"):
    return str(word + "konjac")

assert f(g())

def f(x: int):
    return x > 10 * 10

def g():
    return int(int("123456789" + "0"*6) ** 2)

assert f(g())

def f(i: int, i_len=2):
    return i >= 0 and i_len == 2

def g(i_len=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=136865, b=13892):
    return a > b

def g(a=136865, b=13892):
    return a % b

assert f(g())

def f(s: str, word="konjac"):
    if word == "konjac" and s.count(word) == 1:
        return True
    else:
        return False

def g(word="konjac"):
    return word

assert f(g())

def f(x: float, a=1420):
    return x > 24
    return x > 20

def g(a=1420):
    return (a * 1420 + (a * 9) + 0.5)*(a * 8) + 0.5

assert f(g())

def f(s: str, n=1000):
    return str(64** n).count(s) != 255

def g(n=1000):
    return str(n * (1000 * 0.01))[::-1]

assert f(g())

def f(t: str, strings=['cat', 'dog', 'bird', 'fly', 'moose', 'cat']):
    return len(t) == 1

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose', 'cat']):
    return (str(strings.pop(1)))[0]

assert f(g())

def f(s: str, a=974, b=0):
    for i in range(len(s)):
        if b > a:
            return False
    return True

def g(a=974, b=0):
    return str(a - 1 + 974 + 0 + 974 + 0 + 0 + 0 + 1177)

assert f(g())

def f(z: float):
    return z == 0.001

def g():
    return float(float("0.001"))

assert f(g())

def f(s: str, target="foobarbazwow", b=1545454545454548):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", b=1545454545454548):
    return target[(len(target) - len(target)) // 2: len(target) + len(target)]

assert f(g())

def f(x: List[int]):
    return list(x) == [1, 2, 5]

def g():
    return [1, 2, 5]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == target) & reverse

def g(target="reverse me", reverse=True):
    try:
        return target[::-1]
    except ValueError:
        raise ValueError("not a match in string")

assert f(g())

def f(n: int, a=5, b=25, c=20):
    return n + a + b + c and n > a * a + b * a and n >= b * b

def g(a=5, b=25, c=20):
    return (a * a + b * a + c) + a + b * b + c

assert f(g())

def f(n: int, a=1, b=1145678):
    return n // b == a or n == b

def g(a=1, b=1145678):
    return a + b + 1

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 4 and sum(nums) == sum(list(nums))

def g():
    return []

assert f(g())

def f(z: str):
    return z == "2"

def g():
    return ("2")

assert f(g())

def f(s: str, target="foobarbazwow", size=10):
    return target[(len(target) - size) % 2] == s

def g(target="foobarbazwow", size=10):
    return target[(len(target) + size) % 2]

assert f(g())

def f(i: int):
    i = 0
    for i in range(90000):
        i += 1
    return i == i

def g():
    return int(int("1"*7) ** 0.5) + 1

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=15482, b=23223):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, a=0, b=0, upper=4, lower=4):
    return s == "Hello"

def g(a=0, b=0, upper=4, lower=4):
    if not a or b:
        return "Hello"

    self.assertEquals(f(s), "Invalid number of characters" + " " + str(a))

    self.assertEquals(f(g(a), "Hello" + " " + str(b)) + 1)

assert f(g())

def f(n: int, v=8, w=100):
    return w < n

def g(v=8, w=100):
    return (w*9 + w*4)-3

assert f(g())

def f(x: str, c=2021):
    return x == 'foobar'

def g(c=2021):
    return 'foobar'

assert f(g())

def f(n: int,a=23463462, b=23463461):
    return b % n == b

def g(a=23463462, b=23463461):
    return a

assert f(g())

def f(n: int, a=150, b=150):
    return n % a == 0 and n > b + 1

def g(a=150, b=150):
    return int(a * b)

assert f(g())

def f(x: int, a=50, b=11181820):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=11181820):
    if a > 50:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == "X hello world"

def g():
    return "X hello world"

assert f(g())

def f(sum: int):
    return sum == 0 or sum == 1 or sum == 3 or sum == 3

def g():
    return sum == 0 or sum == 3 if sum == 0 else 0

assert f(g())

def f(x: int):
    return 2 * x > -2

def g():
    return int(int("123456789" + "0"*9) * 6)

assert f(g())

def f(s: str, s1="123456789", s2="b", a=10, b=5):
    return any(a for a in s1) or (a, b, c) and s2 != s1

def g(s1="123456789", s2="b", a=10, b=5):
    return str(s1) or any((a, b, c)) and s2 != s1

assert f(g())

def f(x: int, a=50, b=14710, m=30):
    return 1 + b == 0 or a % 1 == 0 or a % 2 == 0 or b % 3 == 0 or a % 4 == 0 or a % 5 == 0 or m % 6 == 0

def g(a=50, b=14710, m=30):
    return 1 + a % b + 1

assert f(g())

def f(s: str):
    for c in s:
        for i in s:
            if i in c:
                if c in s:
                    return True
    return False

def g():
    return "world"

assert f(g())

def f(n: int):
    m = n
    while n >= 2:
        n -= 2 + m // 2
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, s1="abdcdaddded", base="ddddddddddddd", csize=20):
    return s.count(s1) == 0 and all(s[:-10] == s[-10] for c in s1) == 0

def g(s1="abdcdaddded", base="ddddddddddddd", csize=20):
    return "abcdcdaddd"

assert f(g())

def f(a: str):
    return len(a) == 5

def g():
    return "world"

assert f(g())

def f(n: int, a=12345, b=8):
    return n - a == 0

def g(a=12345, b=8):
    return a + b - 8

assert f(g())

def f(y: int, a=253532, b=12300):
    if y < 0:
        return y - 0 - a < 0
    return y + 0 - b <= 0

def g(a=253532, b=12300):
    if a < 0:
        return a < 0
    m = 0
    i = 0
    while m > 1:
        i += 1
        while i < 5:
            i += a - m + 1
            break
        if a > 0:
            return a
        return a
    return m
    return None

assert f(g())

def f(n: int, a=3, b=2, e=1):
    return n > a or 0 <= e <= 2

def g(a=3, b=2, e=1):
    return 2;

assert f(g())

def f(s: str, word="dumpling", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] == word[1:-1]) * len(word)

def g(word="dumpling", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[2:-1] == word[2:-1]) * len(word)

assert f(g())

def f(x: int, a=3859, b=4776):
    return x - a and b == b or a > b

def g(a=3859, b=4776):
    return a if a == b else 0

assert f(g())

def f(s: str, word="fad", max_len=5015):
    if len(word) <= max_len:
        return word[1:-1] == s[1:-1]
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="fad", max_len=5015):
    return str(word) if word else "n-word"

assert f(g())

def f(s: str, string="enlightenment"):
    assert len(s) == len(string)
    return 0 == len("in" if s != string else "")

def g(string="enlightenment"):
    assert str(string) == string
    return string

assert f(g())

def f(s: str, target="foobarbazwow", length=16):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=16):
    return target[(len(target) - length)//2:]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2 ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2]

assert f(g())

def f(s: str, word="konjac"):
    return 'y' in s or 'y' in len(s)

def g(word="konjac"):
    return "y" or "konjac" or word # or "konjac"

assert f(g())

def f(string: str, substring="b", length=10):
    return str(string) == substring

def g(substring="b", length=10):
    return substring.replace("b", "b")

assert f(g())

def f(s: str, word="soul"):
    return s == word

def g(word="soul"):
    return "soul"

assert f(g())

def f(x: int, a=-80, b=133464):
    if x < 0:
        return x + a < b
    else:
        return x

def g(a=-80, b=133464):
    if a < 0:
        return 1 + a * 9
    else:
        return 1

assert f(g())

def f(x: int, a=15397839):
    return x and x == a

def g(a=15397839):
    return a

assert f(g())

def f(s: str):
    if len(s) == 3:
        return s.count('o') == 3
    else:
        return sorted(s) == sorted('Permute me true')

def g():
    return "Permute me true"

assert f(g())

def f(x: int, a=1, b=100):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=100):
    if a > 0 and b > 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n > (upper_bound - 15)

def g(a=15, b=27, upper_bound=150):
    return a * (1 + (upper_bound-13)) + b

assert f(g())

def f(e: List[int]):
    return set(e) == set([6, 2, 0, 2, 2, 0])

def g():
    return [6, 2, 0, 2, 2, 2]

assert f(g())

def f(str: str, sub_str="foobar", index=3):
    return str == sub_str

def g(sub_str="foobar", index=3):
    if (index==3):
        return "foobar"
    x = str(sub_str)
    x = x + str(sub_str)
    for n in range(10):
        if n == sub_str:
            return x
        else:
            x = x + str(sub_str)
    return x

assert f(g())

def f(x: int, a=1, b=-1, c=1, d=2021):
    return x-a == b

def g(a=1, b=-1, c=1, d=2021):
    return a + b

assert f(g())

def f(x: int, a=41, b=1020):
    if x > 0 or x < 10:
        return x - a == b
    elif x < 10:
        return x + a == b

def g(a=41, b=1020):
    if a < 10 and b < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=1510, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1510, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, a=['fals', 'falsfals']):
    return s in s and s in a

def g(a=['fals', 'falsfals']):
    return 'falsfals'

assert f(g())

def f(x: int, a=54368639):
    assert x == a and (x % 2 == 1)
    sub = 2 ** a
    return x % 2 == 1

def g(a=54368639):
    return int(a)
    assert x == a
    sub = 5 ** a
    return x % 2 == 1

assert f(g())

def f(y: float):
    return str(y - 3.1415).startswith("12345")

def g():
    return float(float("123456789"))

assert f(g())

def f(n: int, s="a"):
    for c in s:
        if c in s.lower():
            continue
        if c in s.lower():
            return s(c) == s(c)
        if c in s.lower():
            return s.lower() < c
    return True

def g(s="a"):
    return 0

assert f(g())

def f(p: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == p
    return int(p[len(word) - 1]) + int(word[len(p) - 1]) if len(p) >= max_len else int(p[len(p) - 1]) + int(word[len(p) - 1])
    return int(p[len(word) - 1]) <= max_len + int(word[len(p) - 1])

def g(word="antidisestablishmentarianism", max_len=10):
    if word == "antidisestablishmentarianism":
        return word
    return int(word) == 3
    if len(word) < max_len:
        return word
    return int(word)[len(word) - 1] if len(word) >= max_len else int(word)

assert f(g())

def f(s: str):
    return s.count("1") and s.count("-1") == 1

def g():
    return "world[-1]"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a + b

def g(a=345346363, b=10):
    return 10 * a + 10 * b

assert f(g())

def f(str: str, s="Hello world", min_len=5, max_len=5, caps=12):
    count = 0
    for x in str:
        count += 1
    return count == 1 if caps > max_len else 0

def g(s="Hello world", min_len=5, max_len=5, caps=12):
    count = 0
    for x in s:
        if count == 1:
            return "Hello world"
        else:
            return x
    return count == 1 if caps > min_len else 0

assert f(g())

def f(strings: str, word="aacD1a", weight=[1, 2, 3]):
    return strings.index(word) == 0

def g(word="aacD1a", weight=[1, 2, 3]):
    return "aacD1a"

assert f(g())

def f(n: int, a=2312):
    return -n < a or s[(n/(100) + 1)**2 ] >= 5 and 10 / n < -n

def g(a=2312):
    return (a + 10) + a

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        assert v == w or i < n
        v *= 3
        w -= v * 3
    return v > w

def g(v=17, w=100):
    return int(2)

assert f(g())

def f(n: int, a=10201202001):
    return n * abs(100 * n) == 0

def g(a=10201202001):
    return a - 10201202001

assert f(g())

def f(s: str, word="konjac"):
    return s >= word

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=1221, b=11111):
    return x % 9 != 0

def g(a=1221, b=11111):
    return a

assert f(g())

def f(s: str, target="foobarbazwow", width=16):
    return target[(len(target) - len(target)+2) // 4] == s

def g(target="foobarbazwow", width=16):
    return target[(len(target) + len(target)+2) % 4 == 7]

assert f(g())

def f(s: str):
    return s.count("22") == 1

def g():
    return "22"

assert f(g())

def f(n: int, a=154778):
    return a % n == a and a > 0

def g(a=154778):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: float, a=253532):
    return abs(x) + abs(x / 2) < 253532

def g(a=253532):
    return a / 1000000

assert f(g())

def f(x: int, a=26, b=123440):
    if x > 0 or b > 0:
        return x - a > b
    else:
        return + a > b

def g(a=26, b=123440):
    return int(int(int(a * b) / 24))

assert f(g())

def f(x: int, a=117, b=14549):
    return x != a and 0 <= b and x > b

def g(a=117, b=14549):
    a = 123456789
    b = 456789
    if int(a * a) != b:
        return a
    return ""

assert f(g())

def f(n: int):
    m = n * n
    while n > 4:
        n = m + 1
        if m != n:
            return True
        elif n == m:
            return False
        else:
            return True
    return False

def g():
    return int(int("123456789" + "9"*9) - 1) # return 1

assert f(g())

def f(n: int):
    return str(n * n + 1000).startswith("123456789")

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(n: int, v=10, c=0.0001):
    return n % 5 == 1

def g(v=10, c=0.0001):
    return 1

assert f(g())

def f(n: int, k=3, u=0, v=3, w=1002):
    try:
        k += 1
    except ValueError:
        return False
    return True

def g(k=3, u=0, v=3, w=1002):
    return (k * w) % (3 * k)

assert f(g())

def f(x: int, a=182, b=13522):
    return x > b

def g(a=182, b=13522):
    return int(int("123456789" + "0"*9) - 2)

assert f(g())

def f(k: int):
    return 1 + k == 2

def g():
    return 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in str(n) for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3  # 3th parameter

def g(a=1020):
    return a ** 0.5

assert f(g())

def f(x: int, a=1073258, b=8732429):
    return a + x > b

def g(a=1073258, b=8732429):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str,a=5689, b=16):
    return s == s[0]

def g(a=5689, b=16):
    return "3"

assert f(g())

def f(x: int, y=10):
    return (x + y - 2) > 10

def g(y=10):
    return int(int(y - 1) ** 3)

assert f(g())

def f(x: float, a=1020):
    return x * a != 0

def g(a=1020):
    return float(a)

assert f(g())

def f(s: str, target="foobar", length=6):
    return target == s

def g(target="foobar", length=6):
    return target == "foobar" if length>6 else target

assert f(g())

def f(limit: int):
    if limit <= 0:
        return None
    return limit != 1

def g():
    return int(int("123456789" + "0"*9) ** 9) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return all(sum((int(a[i]) - int(b[i])) ** 2 % 10 for i in range(len(start))) == 1 )

def g(word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word
    return all((int(a[i] - int(b[i])) ** 2 % 10 for i in range(len(start))) == 2 )

assert f(g())

def f(t: str, s="o"):
    if s in "o": return s.lower() == t.lower()
    if t in "o": return t.lower() > s.lower()
    return s.lower() < t.lower()

def g(s="o"):
    return "o" if len(s) == 0 else "o"

assert f(g())

def f(s: str, weight=40, ure=50):
    return s in ["foobarbazww", "foobarbazwow"]

def g(weight=40, ure=50):
    return "foobarbazwow"

assert f(g())

def f(x: int, a=264534, b=1230200):
    if x > 0 and a > 50:
        return x - a == b

    if a == b or a > 10:
        return x + a == b
    else:
        return x - a == b

def g(a=264534, b=1230200):
    if a > 10 and b > 50:
        return a + b

assert f(g())

def f(p: str):
    return str(p) == ""

def g():
    return ""

assert f(g())

def f(d: int, n=123456789):
    return n * d > n * (n + 1)

def g(n=123456789):
    return n * n

assert f(g())

def f(e: str, text="A-B", sub=['D-E', '-m', '-i', '-d', '-o', '-h', '-e', '-i', '-d', '-o', '-h', '-e', '-i', '-d', '-i', '-o', '-h']):
    return e == text

def g(text="A-B", sub=['D-E', '-m', '-i', '-d', '-o', '-h', '-e', '-i', '-d', '-o', '-h', '-e', '-i', '-d', '-i', '-o', '-h']):
    return text.strip(' ')

assert f(g())

def f(m: int, a=14302, b=5):
    return (m - a) ** 2 <= a <= m

def g(a=14302, b=5):
    return a + b

assert f(g())

def f(z: float, v=9, d=0.000001):
    return z * v == 9

def g(v=9, d=0.000001):
    return v / 9

assert f(g())

def f(z: float, v=9, d=1415928):
    new_z = int(z * 1 / d % 10) == 3 / 3 + 2 / 6
    return new_z * z == 0.00

def g(v=9, d=1415928):
    new_v = int(v * 8 / 3) == 1 / 3 + 2 / 6
    return new_v * 9 + new_v / 9 + 2 / 6

assert f(g())

def f(name: str, name1='bkfjdfjds', b=102050):
    return name[:10] == 'bkfjdfjds'

def g(name1='bkfjdfjds', b=102050):
    return name1.replace("123456789", "").replace("123456789", "")

assert f(g())

def f(s: str, a=503512, b=12345678):
    if b < 0:
        return s.count('b') == 0 and s.count('b') == b
    elif a < 0:
        return s.count('a') == 0 and s.count('a') == 'b'
    elif a < 0:
        return s.count('+') == 0 and s.count('+') == 'b'
    return s.count('-') == 0 and s.count('-') == 0

def g(a=503512, b=12345678):
    if b < 0:
        return "b" + a
    elif a < 0:
        return "a" + b
    else:
        return "b"

assert f(g())

def f(a: int):
    return a - a + 1 + 2 > 0

def g():
    return int(int("123456789" + "0"*9) - int(0))

assert f(g())

def f(s: str):
    return s.count("1") == 2 and s == s[::-1]

def g():
    return "1" * 2

assert f(g())

def f(s: str):
    return "Hello world" == 'Hello world' in s

def g():
    return "world[3]\nHello world[3]\nhello world[3]\n\n"

assert f(g())

def f(x: int, a=10752093147, b=4185646962):
    return a - x < b

def g(a=10752093147, b=4185646962):
    return a * (a + b)

assert f(g())

def f(s: str, word="antistystereason", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antistystereason", max_len=20):
    word = word[:2]
    if word in word.lower():
        return "antistystereason"
    else:
        return word

assert f(g())

def f(s: str, word="lazy"):
    if len(word) > len(s):
        return False
    return True

def g(word="lazy"):
    return "lazy\n"

assert f(g())

def f(o: str, target="foobarbazwow", length=2):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == o

def g(target="foobarbazwow", length=2):
    return target[(len(target) - length) // 2: (len(target) + length) // 2]

assert f(g())

def f(x: List[str]):
    return len(x) == len(set(x)) == len(set(x))

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: int, a=54735, b=110114):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=54735, b=110114):
    if a > -10:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: int, b=23463462):
    return x - b == 0

def g(b=23463462):
    return b

assert f(g())

def f(s: str, targets=['p'], reverse=True):
    for i in targets:
        if i not in s:
            return False
    return True

def g(targets=['p'], reverse=True):
    for i in targets:
        if i in targets:
            return i
    return False

assert f(g())

def f(s: str, target="!"):
    if target == 7:
        return None
    else:
        for c in s:
            if c in target:
                return True
            else:
                return False

    return True

def g(target="!"):
    return "!" + "!"

assert f(g())

def f(x: int, a=1235, b=100):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=1235, b=100):
    return int(a * a) + int(b * b)

assert f(g())

def f(s: str, strings=["wale", "zoo", "dogs", "cats"]):
    return s in strings and s in strings or {s[0] < s[1]} + 1

def g(strings=["wale", "zoo", "dogs", "cats"]):
    return len(strings) == 0 and list(strings) == 6 and strings in strings == 'wale' or 'zoo' or 'dogs' or 'cats'

assert f(g())

def f(n: int):
    for i in range(5):
        if n % 5 == 1:
            return False
    return True

def g():
    return int(int("123456789") * 2) + 2

assert f(g())

def f(z:int, v=9, d=0.0001):
    return int(z * 1 / d % 10) == 0

def g(v=9, d=0.0001):
    return int(int(v * 1 / d % 10) > 0.5)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * b + c) ** n and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(pos: int, l=123456789):
    return pos == l

def g(l=123456789):
    return l

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return abs(a * b ** 2 + c * b + a) < 1e-6

def g():
    return [0, 0, 1]

assert f(g())

def f(x: int, a=883955, b=-56466):
    return x == a+b

def g(a=883955, b=-56466):
    return a + b

assert f(g())

def f(s: str, word="dude"):
    if s == 0:
        return s.lower() == 1
    if s == 1:
        return s.lower() > s.lower()
    return True

def g(word="dude"):
    return str(word + "dude")

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1
    return m >= 2 ** upper

def g(t=197, upper=20):
    return int(int(2 * 3 ** t-1) - 1)

assert f(g())

def f(s: str, m="hello", target=""):
    assert (len(s) > 0)   # test for non-zero values
    if not target:
        target = s
    elif target == "hello" and len(s) > 0:
        target = "hello"
    elif target != "hello":
        target = "hello"
    return target == "hello"

def g(m="hello", target=""):
    print("hello")
    return "Hello" if target else "hello"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return len(x) == n

def g(word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word
    return max_len

assert f(g())

def f(string: str, substring="a", count=10):
    return substring == substring

def g(substring="a", count=10):
    if count == 3:
        return "hello"
    else:
        return "world"

assert f(g())

def f(t: str, target="reverse me", reverse=True):
    return (t[::-1] == target) == reverse

def g(target="reverse me", reverse=True):
    test = str(target)
    return test[::-1]

assert f(g())

def f(x: float):
    return x in [x - 3.1415, x - 3.56314] and x != 3.56314

def g():
    return int(float("123456789")**3) + 1.0

assert f(g())

def f(c: str):
    return str(c) == 'A'

def g():
    return "A"

assert f(g())

def f(x: int, a=12, b=253532):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=12, b=253532):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.count(('foo' if len(s) > 10 else '') or 'o') == 0

def g():
    return "n/1000"

assert f(g())

def f(x: int, a=1420, b=1320):
    if x > 0 or a > 50:
        return x - a >= b
    else:
        return x + a

def g(a=1420, b=1320):
    if a < b and b < 20:
        return a + b < a
    else:
        return b + a

assert f(g())

def f(s: str, word="barquibb"):
    return s == 'barquibb' or s == 'barquibb'

def g(word="barquibb"):
    return 'barquibb'

assert f(g())

def f(tot: int, nums=[2, 8, 25, -15], thresh=17):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[2, 8, 25, -15], thresh=17):
    return sum(1 if i < thresh else 2 for i in nums)

assert f(g())

def f(x: int, a=356211, b=122813):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=356211, b=122813):
    if a < a and b < b:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, al = 5, a=1, b=1230200):
    if x > 0:
        return x - al == b
    else:
        if a > 50:
            return x - a == b
        else:
            return x + a == b

def g(al = 5, a=1, b=1230200):
    if a < 50:
        return al + b
    elif a > 100:
        al = al + b
    else:
        return al + b

assert f(g())

def f(d: int, n=100):
    return d > 128

def g(n=100):
    return (int((n)) % (n*n)) * n

assert f(g())

def f(name: str, options=None):
    return name[0] == '\\' or name[-1] == '\''

def g(options=None):
    if options:
        return options
    return '\\'

assert f(g())

def f(s: str, s1="a", s2="b", n=4):
    if len(s) == 0:
        return s[0] == 'z'  # this was a z or s
    else:
        return len(s) == len(s1)  # this was a x

def g(s1="a", s2="b", n=4):
    return str(s2)

assert f(g())

def f(x: List[int], a=8, b=43):
    return x[0] == a and x[-1] <= b

def g(a=8, b=43):
    return [8, 43, 2]

assert f(g())

def f(nums: List[int]):
    return len(nums) > 2 and min(nums[-1:]) > max(min(nums) for n in nums)

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str, word="arithmetic", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="arithmetic", max_len=10):
    if len(word) == max_len:
        return str(word)
    return int(s[-1:])

assert f(g())

def f(t: str, s="aaAb"):
    for value in t:
        if s in value:
            value *= t[s]
    else:
        if not s and (value == t[s] or value not in t[s]):
            return False
        return True

    return True

def g(s="aaAb"):
    return "[0123456789]a"

assert f(g())

def f(n: int, a=3, b=23463463):
    return 0 <= b <= n

def g(a=3, b=23463463):
    return (a << 3) + (b << 23463463) + (b > 123456789)

assert f(g())

def f(s: str, strings=['cat','dog']):
    return str(s).startswith("123456789")

def g(strings=['cat','dog']):
    return "123456789" + str(len(strings))

assert f(g())

def f(s: str, word="tree", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] < max_len) == len(word[0])

def g(word="tree", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == s[0]

assert f(g())

def f(s: str, a=4, b=54368639):
    return s.count("a") != a and s.count("b") != b

def g(a=4, b=54368639):
    return "a" + "b"

assert f(g())

def f(n: int):
    return int(10) == 10

def g():
    return 10

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return (s[:max_len] == word[:max_len]) and str(word[:max_len]) == s[:max_len] and word[-1] != word[:max_len]

def g(word="antidisestablishmentarianism", max_len=20):
    for i in range(max_len):
        print("word = %s" % i)
    return word

assert f(g())

def f(x: float, a=1, s=5, c=23):
    x = x * a + (x - a) + (x + s) ** 2
    return float(x - x) / float(a ** 2) < 0.5

def g(a=1, s=5, c=23):
    return float(a ** 2) * 20

assert f(g())

def f(x: int, a=1, b=3):
    return x + a >= 3 * b

def g(a=1, b=3):
    return int(int("123456789" + "0"*9) * a + b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    assert len(word) <= max_len and max_len.isclose(word) == 0 or max_len.isclose(word) == 0
    return int(s[(word - 1).count(1)]) == max_len
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    assert len(word) <= max_len and max_len.isclose(word) == 0 or max_len.isclose(word) == 0
    return int(s[(word - 1).count(1)]) == max_len

assert f(g())

def f(s: str, string=''):
    for c in s:
        if c != c.lower():
            return True
    return False

def g(string=''):
    return "Hello " + string.replace(string, "")

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s.strip().lower() == target

def g(target="reverse me", reverse=False):
    # ...
    return "reverse me"

assert f(g())

def f(dir: str, aor=True):
    return str(aor) > "" and str(dir) == "\\"

def g(aor=True):
    return "\\"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 3, 5, 9]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i] or s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(res: int, m=1234578987654321):
    return res == m if m > 1 else res

def g(m=1234578987654321):
    return m

assert f(g())

def f(x: int, a=4655):
    return -x == a

def g(a=4655):
    return 0 - a

assert f(g())

def f(x: int, a=3312):
    return a < x

def g(a=3312):
    return a * a

assert f(g())

def f(n: int, a=345346363, b=100):
    return n // b == a

def g(a=345346363, b=100):
    return a * b

assert f(g())

def f(s: str, n=5):
    return int(str(5 ** n)[:-2] + s) == 5 ** n

def g(n=5):
    return str(n * n)

assert f(g())

def f(v: List[int]):
    return v[0] == 0 and v[1] == 1 and v[2] == 2

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str, word="antidim", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and s[1] == word[-1]

def g(word="antidim", max_len=10):
    return str(word)

assert f(g())

def f(n: int, a=1502, b=23222, lower_bound=5):
    return a % n == 0 and b % n != 0

def g(a=1502, b=23222, lower_bound=5):
    return a

assert f(g())

def f(n: int, s="aaAab", t="aAaaB"):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    return 0

def g(s="aaAab", t="aAaaB"):
    if not s:
        return s
    if not t:
        return t
    if len(s) == 1:
        return s[0].lower() == s[-1].lower()
    if len(s) == 2:
        return s[0].lower() < s[1].lower()
    if len(s) == 3:
        return s[0].lower() > s[1].lower()
    return 0

assert f(g())

def f(x: int, b=9614):
    return x > b

def g(b=9614):
    return int(b / 100.0) * b

assert f(g())

def f(c: int, a=1003, b=500):
    if a > b:
        return a > b
    elif a < b:
        return a < b
    else:
        return -c * (a - a) * b

def g(a=1003, b=500):
    if isinstance(a, int):
        return (a > 0.5) + b
    else:
        return (a < 0.5) + b

assert f(g())

def f(nums: List[int]):
    return len(list(nums)) == len(list(nums))

def g():
    return []

assert f(g())

def f(s: str, substrings=['a','b','c','d']):
    return all(sub in s and sub[::-1] in s for sub in substrings)

def g(substrings=['a','b','c','d']):
    return str(sub and sub[1] for sub in substrings)

assert f(g())

def f(str: str, substring="a", count=5):
    return str.count('o') == 0 and substring == str

def g(substring="a", count=5):
    return str(*substring)

assert f(g())

def f(x: int, a=100, b=800):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=800):
    if a > 2000:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6, lower=20):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6, lower=20):
    return target[(len(target) - length) // 2: (len(target) + length) // 2:]

assert f(g())

def f(x: int, a=432110):
    if isinstance(x, float):
        return x <= a and x > a
    elif isinstance(x, int):
        return x >= a and x > a
    else:
        return 0

def g(a=432110):
    return int(a) * (a + 1)

assert f(g())

def f(x: int, a=92252338):
    return x == a

def g(a=92252338):
    return (int(a) + 1) - 1

assert f(g())

def f(n: int, a=345346363, b=10):
    return n / b == a

def g(a=345346363, b=10):
    return a * b

assert f(g())

def f(n: int):
    return n > 999

def g():
    return int(int("9999999") * 9)

assert f(g())

def f(n: int, a=36155632, b=70331234):
    return n // b == a

def g(a=36155632, b=70331234):
    return a * b

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return target[(len(target) - len(target) + length) % 5 > 6] == s

def g(target="foobarbazwow", length=5):
    return target[(len(target) - len(target) + length) % 5 > 6]

assert f(g())

def f(d: int, n=123456789):
    assert d != n
    return d > n

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str, big_str="foobar", index=2):
    if big_str == "foobar":
        return s == "hello world"
        return s == "Hello world"
        return s == "Hello world"
        return s == "Hello world"
        return s == "Hello world"

def g(big_str="foobar", index=2):
    if big_str == "foobar":
        return "hello world"
        return "Hello world"
        return "Hello world"
        return "Hello world"
        return "Hello world"
        return "Hello world"
        return "Hello world"
        return "Hello world"
        return "Hello world"
        return "Hello world"

assert f(g())

def f(n: int, a=1317):
    return n != 0 and n != 0 and n != 0 and n != 0 and n != 0

def g(a=1317):
    return int(a) if a else n if n else b

assert f(g())

def f(x: str, a=13969981):
    s = 'abcdefghijklmnopqrstuvwxyz'
    assert len(x) == len(s)
    return x == s

def g(a=13969981):
    s = 'abcdefghijklmnopqrstuvwxyz'
    assert len(s) == len(s)
    return s

assert f(g())

def f(n: int, a=135455593, b=1350):
    return n // b == a

def g(a=135455593, b=1350):
    return int(a * b ** 1)

assert f(g())

def f(li: List[int], b=7, c=1, d=2021):
    return sorted(li) == list(range(999)) and all(li[0] != -1 for i in range(len(li)))

def g(b=7, c=1, d=2021):
    return sorted(list(range(999)) if b else list(range(999))) if c else list(range(999))

assert f(g())

def f(x: List[int]):
    return len(x) == 3  # don't try (len(x) % 2 == 3)

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, word="giant"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="giant"):
    return word[0]

assert f(g())

def f(name: str):
    return name == "BEST"

def g():
    return "BEST"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(1000))

def g():
    return list(list(range(1000)))

assert f(g())

def f(g: List[int]):
    g[0] = [1, 4, 3, 2, 2, 2, 3]
    g[1] = [9, 12, 3, 7, 6, 8, 9, 12, 3]
    g[2] = [4, 9, 10, 4, 9, 10, 6, 8, 11, 7, 5, 4]
    tot = 0
    success = True
    if len(g) == len(g[0]):
        for p, m in pairs:
            success = False
    return success

def g():
    return [1, 4, 3, 2, 2, 2, 3, 4]

assert f(g())

def f(s: str, ints=20):
    s = "Hello world"
    if s == "Hello world:\" ":
        msg = "Hello world:\n" + s + "\n"
    else:
        msg = "Hello world\n" + s + "\n"
    print(msg)

    return True

def g(ints=20):
    return "hello" + "world"

assert f(g())

def f(x: int, a=6378):
    return x > a

def g(a=6378):
    return 3*a

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target != s:
        return False
    return True

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(s: str):
    return "enlightenment" in s

def g():
    return "enlightenment[0, 1]"

assert f(g())

def f(x: int, a=2147483648):
    return x - a == 2147483648

def g(a=2147483648):
    if a and (a < 2147483648):
        return a < 2147483648
    else:
        return a + a

assert f(g())

def f(s: str):
    return s and s in ["world", "world"]

def g():
    return "world"

assert f(g())

def f(i: int):
    return (i + i) % 3 == 0

def g():
    return int(int("000000000000000000000000000000000000000000000000") * 3)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 50:
        return x - a == b
    elif x > 0 or a < 50:
        return x + a == b
    else:
        return x - a

def g(a=253532, b=1230200):
    if f(a) > 0:
        return a * 100 + b * 100
    elif f(b) > 0:
        return b * 100 + a * 100
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", n=123456789):
    if n == 5:
        return s.count(s.count(target) & 2) != 0
    else:
        return s.count(target) != 0

def g(target="foobarbazwow", n=123456789):
    if n == 10:
        return "foobarbazwow"
    else:
        return "foobarbazwow"

assert f(g())

def f(x: List[int]):
    return all([x[i] for i in range(5)] for i in range(5, 10))

def g():
    return [i for i in range(10)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=32):
    if len(word) <= max_len:
        return word == s
    assert len(word) > max_len
    assert len(word) > max_len
    assert len(words) == max_len or word[len(words) > 0]
    return words not in ["antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism"]

def g(word="antidisestablishmentarianism", max_len=32):
    if len(word) <= max_len:
        return word
    assert len(word) > max_len
    assert len(words) == max_len or word[len(words) > 0]
    return words not in ["antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism", "antidisestablishmentarianism"]

assert f(g())

def f(n: int, a=306734, b=3907944):
    return b * n > 0.5

def g(a=306734, b=3907944):
    return b * a

assert f(g())

def f(x: List[int], a=0.5, b=100, count=10000):
    for i in range(1000):
        if a > b:
            return b < a
    return True

def g(a=0.5, b=100, count=10000):
    return []

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 250  # number of samples
    k = len({random.randrange(4) for i in range(n)}) + 1
    prob = sum(len({random.randrange(3) for i in range(4)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    return int(int(year_len / 100)** 2)

assert f(g())

def f(l: str, word="moeo"):
    return l != word and len(word) == len(l)

def g(word="moeo"):
    return "good"

assert f(g())

def f(s: str):
    for i in range(2, len(s) + 1):
        if target[i] != target[i + 1]:
            return False
    return True

def g():
    return "1"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == 3 and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[1:] == s[0]) and word[-1] == s[-1]

assert f(g())

def f(x: int, a=93252338):
    return x == a and (x + x) % 2 == 0

def g(a=93252338):
    return a

assert f(g())

def f(n: int, a=1020, b=27):
    return n * (b - 1) + a > 27

def g(a=1020, b=27):
    return (a > 27) + 9

assert f(g())

def f(n: int):
    return str(n * n).startswith("456789")

def g():
    return int(int("456789" + "1" * 9) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return x[0] and x[1] == x[2]

def g():
    return [100, 100, 100]

assert f(g())

def f(d: int, n=123456789):
    return d > n and d != n

def g(n=123456789):
    return n + n

assert f(g())

def f(x: int, a=100, b=1000):
    return x - a > b or sum(x - b) == 1

def g(a=100, b=1000):
    return int(int("1234") * 9) + 1

assert f(g())

def f(m: int):
    return m > 0 or m == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s == target:
        return reverse
    elif s == target:
        return reverse
    elif s == target:
        return reverse
    else:
        del s[:len(target) - 1]

def g(target="reverse me", reverse=True):
    if target:
        return target
    else:
        deltarget(target)

assert f(g())

def f(r: str):
    return r.lower() < r.lower() + r

def g():
    return "%r" % -9

assert f(g())

def f(x: int, a=253532, b=15):
    if not x >= 0 or a >= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=15):
    if not a >= 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(x: str, strings=['fish', 'frog', 'lion']):
    return x in strings if {len(strings) == 0} else {r}

def g(strings=['fish', 'frog', 'lion']):
    return str(strings) if len(strings) > 9 else "fish"

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0 or b > 0:
        return x - a > b
    else:
        return ((x + a)**2 + (x - a)**2)**2

def g(a=50, b=1230200):
    return (int(a**2) + int(b**2))**2

assert f(g())

def f(x: int, a=253532):
    return abs(x) / 2 - a >= 10

def g(a=253532):
    return int(a + 1) * a

assert f(g())

def f(x: int, a=5129, b=17):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5129, b=17):
    if a > 50:
        return a + b + f(a)
    else:
        return a + b

assert f(g())

def f(n: int, a=345346363, b=10):
    return n ** 2 > a

def g(a=345346363, b=10):
    return (a + 1) - 1

assert f(g())

def f(chars: str):
    for c in chars:
        if c == 'h':
            return True
    return False

def g():
    return "hello world"

assert f(g())

def f(x: int, a=2, b=253532):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=2, b=253532):
    if a < b:
        return a + b
    else:
        return a * b

assert f(g())

def f(x: int, a=2021, b=5055):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2021, b=5055):
    if a < 50 and b < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: str, t="Hello world", n=3):
    return "Hello " + str(x) == "Hello world"

def g(t="Hello world", n=3):
    return "world"

assert f(g())

def f(c: str):
    return c == '\\'

def g():
    return "\\"

assert f(g())

def f(x: int, a=1020):
    return x ^ 2 == a

def g(a=1020):
    return a ^ 2

assert f(g())

def f(s: str):
    return s == "*A*C*D^G^H^T^I^K"

def g():
    return "*A*C*D^G^H^T^I^K"

assert f(g())

def f(x: str, s=5):
    return s == sum([int(d) for d in x]) or (x.count("qwertyuiopasdfghjklzxcvbnm") == 1).count() or s[0] == d

def g(s=5):
    return str(s)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=32):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=32):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1])

assert f(g())

def f(d: int, n=123456789):
    if d != n:
        return d > n + 1
    assert n % 5 == 1
    assert d != n + 1
    return d > n - 1

def g(n=123456789):
    return (int(123456789) - 1) * (n)

assert f(g())

def f(s: str, word="Hello world"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="Hello world"):
    return "Hello world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + len(target) - len(target) // 2) == 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + len(target) - len(target) % 2) == 2]

assert f(g())

def f(s: str, t=16):
    return s == "foobar"

def g(t=16):
    return str("foobar")

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * a + b * b) == a

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(n: int, l=5):
    return n + l and l >= 1

def g(l=5):
    return l

assert f(g())

def f(x: int, a=116632, b=5):
    if x > 0 or a > 55:
        return x - a == b
    else:
        return x - a == b

def g(a=116632, b=5):
    if isinstance(a, int):
        return a + 5
    return g(a)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("o") > x.count("h"), x.count("e") and x.count("o") > x.count("z")) for x in s)

def g():
    return ["o"*(i+2) for i in range(1000)]

assert f(g())

def f(n:int):
    return n >= 15482

def g():
    return int(int("123456789") * 10.5) + 1

assert f(g())

def f(s: str, word='.konjac'):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word='.konjac'):
    return str(word)

assert f(g())

def f(x: List[str]):
    return len(x) == 10 and len(x) > 3

def g():
    return ["a"*(i+2) for i in range(10)]

assert f(g())

def f(s: str, target="bazwow", length=6):
    return target[(len(target) - length) // 2:] == s

def g(target="bazwow", length=6):
    return target[(len(target) - length) // 3:]

assert f(g())

def f(n: int, a=1712, b=100):
    return n // b == a

def g(a=1712, b=100):
    return int(a) * b + 10

assert f(g())

def f(s: str, k=3):
    return 'n' in s

def g(k=3):
    return str(k) + 'n'

assert f(g())

def f(x: int, a=460857, b=100, c=17):
    if x > 0:
        return x - a > 0 or a == b
    else:
        return x + a < 1

def g(a=460857, b=100, c=17):
    return (int(a+b)*2) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return s in target[:len(target)] and target[(len(target) - length) : len(target) + 1 // len(target) + 1 ] == s

def g(target="foobarbazwow", length=3):
    return target[(len(target) - 3) : len(target) + 3] if target == "foobarbazwow" else 0

assert f(g())

def f(s: str, word="antity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antity", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1]) == max_len

assert f(g())

def f(s: str, word="mature", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1]-1) == len(word[-1]) and word[2] == s[2] and word[-3] == s[-3]

def g(word="mature", max_len=40):
    if len(word) <= max_len:
        return word
    return word == s

assert f(g())

def f(s: str):
    return s == 'world' and s in s

def g():
    return 'world'

assert f(g())

def f(s: str, word="konjac"):
    if s[::-1] != word[::-1]:
        return False
    return True

def g(word="konjac"):
    return str(word + "")

assert f(g())

def f(s: str, word="Otterbina"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="Otterbina"):
    return "Otterbina: Otterbina"

assert f(g())

def f(s: str, word="varnishingofbuddy", max_len=3):
    if (max_len >= 3) or (len(word) <= max_len):
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="varnishingofbuddy", max_len=3):
    if (max_len == 3):
        return word
    return int(wordsize(word))

assert f(g())

def f(s: str, word="konjac"):
    if len(word) != 3:
        for i in range(len(word)):
            if i > len(word):
                return False
        return True
    else:
        return False

def g(word="konjac"):
    return ("abc" + word)

assert f(g())

def f(s: str,s1="f", s2="d", k=10):
    return len(s) == len(s1 and s2)

def g(s1="f", s2="d", k=10):
    for i in range(10):
        if i == 0:
            return s1[i]
        if i in s1:
            return s2[i]
        if i in s2:
            return t(i * i)
    return len(s1 and s2) >= 10

assert f(g())

def f(n: int, v=16, w=100):
    return w < w or (n > w)

def g(v=16, w=100):
    return w * w

assert f(g())

def f(n: int):
    m = n
    if n > 4:
        return True
    n = 3*n + 1 if n % 2 else n // 2
    return m - n if n % 2 else m

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", lower_bound=16):
    if (lower_bound == 0):
        return s[::-1]
    else:
        return s[::-1] == target

def g(target="reverse me", lower_bound=16):
    s = "reverse me"
    if (lower_bound > 0):
        return s[::-1]
    else:
        return s[::-1] == target

assert f(g())

def f(s: str):
    return (s.count("8") for s in s.lower() if s not in s.cont()) and s.count("1") == 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str, word="japwjklmnopf"):
    for i in range(len(word)):
        if i == 0:
            if s[0] == word[0]:
                return True
    return False

def g(word="japwjklmnopf"):
    return str(word)

assert f(g())

def f(s: str):
    return s[0] > s[-1]

def g():
    return "hello world"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a < b:
        return a + b

assert f(g())

def f(s: str, n=3):
    return int(str(n * n)[:-2] + s) == 3 * n

def g(n=3):
    return str(n * n)[:3]

assert f(g())

def f(s1: str, word="sigelfar"):
    for i in range(len(word)):
        if i == 0:
            if s1[i] != word[i]:
                return False
    return True

def g(word="sigelfar"):
    return word[0].lower() + word[1]

assert f(g())

def f(s: str, word="konjac"):
    if s[0] != word[0]:
        return s[0] == word[1]
    else:
        if s[0] != word[0]:
            return 0 == s[0] != word[1]
    return True

def g(word="konjac"):
    if word == "konjac":
        return "konjac"
    else:
        return False

assert f(g())

def f(n: int, a=2699592929, b=10):
    return n // b == a

def g(a=2699592929, b=10):
    return a * b

assert f(g())

def f(s: str):
    return s in "Hello " + s == "Hello world"

def g():
    return "world"

assert f(g())

def f(t: str):
    return t[0] == "h" if t else t[-1]

def g():
    return ("h" + "123456789" + "0"*9)

assert f(g())

def f(s: str):
    return s == "Hello world" and s == "Hello world"

def g():
    return str("Hello world")

assert f(g())

def f(s: str, sep=''):
    return '!!' in s + sep + '!'

def g(sep=''):
    return "" + "!!" + sep + '!'

assert f(g())

def f(n: int, a=5, b=11):
    return n > 0

def g(a=5, b=11):
    return f(a % b) % 3

assert f(g())

def f(x: str):
    return len(x) == 6

def g():
    return "[{}*]*"

assert f(g())

def f(tour: List[int], a=123400):
    return tour == [1, 2] or tour == [1, 2, 63]

def g(a=123400):
    return [1, 2, 63]

assert f(g())

def f(d: int, n=123456789):
    if n == 0:
        return s.lower() == d.lower()
    if n == 1:
        return s.lower() > d.lower()
    if n == 2:
        return d.lower() > n.lower()
    return n < d

def g(n=123456789):
    return int(int(n) * n)

assert f(g())

def f(x: int, a=1074234815, b=72357547):
    return x - a == b

def g(a=1074234815, b=72357547):
    return a + b

assert f(g())

def f(i: int):
    return len(str(i + 400)) == len(str(i + 4001))

def g():
    return int(int("123456789" + "1"*10) ** 1000) + 1

assert f(g())

def f(s: str, target="foobarbazwow", n=123456789):
    if n == 5:
        return s.count(s.count(target) & 2) != 0
    else:
        return s.count(target) != 0

def g(target="foobarbazwow", n=123456789):
    if n == 1:
        return s.count(target) != 0
    else:
        return target + "foo"

assert f(g())

def f(v: int):
    return v > 1000

def g():
    return int(int("123456789" + "0" * 9)*9**0.5) - 1

assert f(g())

def f(s: str, word="baz"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="baz"):
    return "baz";

assert f(g())

def f(s: str, n=10, i=10000):
    return 0 <= n  <= 10

def g(n=10, i=10000):
    return str((n + i + 1) * (n + i + 2))

assert f(g())

def f(d: int, n=123456789):
    return d >= n and all(i in "23" for i in str(str(d).count("6") + str(d).count("5")))

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1000, b=1500, count=25):
    if x > 0 and a > 50:
        return x + a == b
    else:
        return x - a

def g(a=1000, b=1500, count=25):
    if a > 50 and b > 50:
        return -a + b

assert f(g())

def f(s: str, count = 1):
    return len(s) == count

def g(count = 1):
    return str(count * 2)

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisestablishmentarianism", max_len=1000):
    if len(word) < max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[1] == s[1] and word[-1] == s[-1]

assert f(g())

def f(s: str):
    return s in set(s) and s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(s: str, word="antispersiveism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1] for s in [word])

def g(word="antispersiveism", max_len=20):
    if len(word) <= max_len:
        return word.replace("123456789", "0")
    return None

assert f(g())

def f(n: int):
    return n >= 1 and n >= 2

def g():
    return int(int("0123456789") ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac", max_len=20, direction="n", key="tau", x=0):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word[0] == s[1:]
    if direction == n:
        return word[-1] == s[0] and word[1] == s[1]
    if time == n:
        return word[-1] == s[1]

def g(word="konjac", max_len=20, direction="n", key="tau", x=0):
    if len(word) < max_len:
        return word
    if direction == n:
        return word[-1] == s[1] and word[0] == s[1]
    if time == n:
        return word[-1] == s[1] and word[1] == s[1]
    if space == n:
        return word[-1] == sc

assert f(g())

def f(x: float, a=1020):
    return x > 1020

def g(a=1020):
    return a * 6 + 0.25

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = max(n, n - 1)
        if n == start:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 3

assert f(g())

def f(s: str, word="antiforum", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="antiforum", max_len=30):
    return word.lower()

assert f(g())

def f(x: int, a=335020, b=15000):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a - b

def g(a=335020, b=15000):
    return a**b

assert f(g())

def f(nums: List[int], n=8):
    return len(nums) == len(set(nums)) == n and sum(nums[i] > 0 for i in range(3)) <= n

def g(n=8):
    return [i for i in range(8)]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.lower() == target and s.lower() == target

def g(target="reverse me", reverse=True):
    return target or reverse or None

assert f(g())

def f(x: int, a=8645464, b=-86436):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return a + x

def g(a=8645464, b=-86436):
    if a < -100:
        return 0
    else:
        return a + b

assert f(g())

def f(x: int, a=9456789):
    return 0 <= x <= a

def g(a=9456789):
    return int(float(a))

assert f(g())

def f(n: int, a=35, b=215720):
    return b // n == a

def g(a=35, b=215720):
    return b // + a

assert f(g())

def f(n: int):
    s = str(n * n + 1)
    for i in range(9):
        assert str(i) in s
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1135):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1135):
    if a < 0:
        return a - b or (a**2 < b**2) == 0
    else:
        return a + b or (a ** 2 < b) == 1

assert f(g())

def f(x: int, a=945252338):
    return x == a

def g(a=945252338):
    return int(a)

assert f(g())

def f(x: int, a=11, b=1010):
    if x > 0 or a > 50:
        return x - a == b
    else:
        returned_x = x + a
        return x - a == b

def g(a=11, b=1010):
    if a < b:
        return a + b + f(a)

assert f(g())

def f(x: int, a=5149, b=716):
    return x >= b and x >= a

def g(a=5149, b=716):
    return int(int("123456" + "0123456789" + "0"*9) ** 2)

assert f(g())

def f(s: str, word="antiquespotentism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antiquespotentism", max_len=10):
    if len(word) > max_len:
        return "antiquespotentism"
    if word is None:
        return None
    if len(word) > max_len:
        return word[0] == max_len and word[-1] == s[0]

assert f(g())

def f(s: str, target="dokay"):
    if s != target:
        return False
    return True

def g(target="dokay"):
    return str(target) == target and target

assert f(g())

def f(x: List[int], s=('a', 'b'), target=7):
    a = 0
    for c in x:
        if c != 'a':
            a += 1
        a = 1
    return a < 2  # not square, not zero

def g(s=('a', 'b'), target=7):
    return []  # use list or str and sum of values

assert f(g())

def f(x: int, a=253532, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=100):
    if a > 0 and a < 50:
        return a + b > 100
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.count("Ooo") == s.count('oo', True)

def g():
    return "OOO"

assert f(g())

def f(s: str, string="I!!Dumplings!!!!! I!!!Love!!dumplings!!!!!!"):
    return s.strip() == string

def g(string="I!!Dumplings!!!!! I!!!Love!!dumplings!!!!!!"):
    return string.replace('0-', "")

assert f(g())

def f(s: str, a=5, b=5):
    return ["Hello " + s == "hello world" for i in s] == list(
        ["Hello b" + b == "hello world" for i in s for b in i])

def g(a=5, b=5):
    return "Hello " + str(a) + "world"

assert f(g())

def f(x: List[int]):
    return len(x) == 15

def g():
    return [i for i in range(15)]

assert f(g())

def f(h: int, n=12, a=1073258):
    return h > a

def g(n=12, a=1073258):
    return int(a * n) + n

assert f(g())

def f(path: List[str]):
    # this loop is pretty fast. it returns len(path) >= 20
    return len(path) > 20

def g():
    return ["c"*(i+2) + "d"*(i+3) for i in range(1000)]

assert f(g())

def f(x: int, a=1230201, b=304524):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1230201, b=304524):
    if a > b:
        return a + b

assert f(g())

def f(n: int):
    return n and n >= 0 or n < 0

def g():
    return int(int("123456789" + "0"*(-1)) ** 2)

assert f(g())

def f(s: str, a=['cat', 'dot', 'tree'], b=['tree', 'fly', 'dot']):
    return s in a and s in b

def g(a=['cat', 'dot', 'tree'], b=['tree', 'fly', 'dot']):
    return "Cat" if a == 'cat' else "dot"

assert f(g())

def f(x: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if x[i] == word[i].upper():
                return True
            else:
                if x[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + length] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length)//2:]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"): return word[0:]

assert f(g())

def f(path: List[str]):
    return len(set(path)) == 100

def g():
    return ["a"*(i+3)+"b" for i in range(100)]

assert f(g())

def f(s: str, a="world", b="World", length=5):
    return len(s) == len(a) and len(b) == len(b)

def g(a="world", b="World", length=5):
    return "world"

assert f(g())

def f(x: int, b=1529892355):
    return x * 2 > 1529892355

def g(b=1529892355):
    return b + 1

assert f(g())

def f(n: int, a=1020):
    c = a % 2 //2
    if n > 2:
        c = (max(n) + min(n, a) / n) // 2
    return c + min(n, a) < 2

def g(a=1020):
    c = a % 2 //2
    return a % 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i >= 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac not defined"

assert f(g())

def f(x: List[int], a=1023):
    return len(x) == 4 and sum(x) == 10

def g(a=1023):
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=406747, b=72352599):
    return x - b > 2 ** 3

def g(a=406747, b=72352599):
    return int(a + b) ** 3

assert f(g())

def f(x: int, a=651618, b=-2312):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=651618, b=-2312):
    if a < -50:
        return a + b < 50
    else:
        return a + b

assert f(g())

def f(x: int, a=8665464, b=93206):
    return a - x == b

def g(a=8665464, b=93206):
    return a  - b

assert f(g())

def f(x: int, a=10010, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x - a < b

def g(a=10010, b=1230200):
    return int(int("123456789" + "0"*9) * a) + 2

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (target[::-1] == s) == reverse

def g(target="reverse me", reverse=True):
    return target[::-1]

assert f(g())

def f(x: int, a=94333334):
    return x == a

def g(a=94333334):
    return int(a)

assert f(g())

def f(x: str, csv=True):
    return x != 'o'

def g(csv=True):
    return "Hello world"

assert f(g())

def f(n: int, a=10000):
    return n % a == 0 and n == max(n, 2 <= a)

def g(a=10000):
    return int(int(0) + int(a*(a/10000))** 100)

assert f(g())

def f(s: str, f=0):
    return s == 'I!!!!!love!!dumplings!!!!!!'

def g(f=0):
    return 'I!!!!!love!!dumplings!!!!!!'

assert f(g())

def f(s: str):
    return s.count(s) < 2 and len(s) == 5

def g():
    return "world"

assert f(g())

def f(s: str, a=6):
    if len(s) == 2:
        return s.lower() == 2 and s == "aaAab" and s[0] == "bbbbb"
    else:
        return s.lower() == s.lower()

def g(a=6):
    return ("AAb" + str(a) + "ba")

assert f(g())

def f(s: str, word="rehabilitation", target_len=12):
    if len(word) <= target_len:
        return word[0] == s[0] or word[-1] == s[-1]
    return None or (len(word) == len(s))

def g(word="rehabilitation", target_len=12):
    if target_len > 11:
        return None or "rehabilitation"
    return None or (word[1] != word[-1] and target_len == 12)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] and s == target[(len(target) + length) // 2]

def g(target="foobarbazwow", length=6):
    return target[(len(target) > length) // 2:] and target[(len(target) + length) // 2]

assert f(g())

def f(s: str, target="foobarbazwow", length=66):
    return target[(len(target) - length) // 2:] == s

def g(target="foobarbazwow", length=66):
    # def x():
    #  def y():
    #    return len(target) == 2 and "foo" == "bar"
    # def x(s):
    #    return len(s) == 2 and sum(s) == 3
    # def y(s):
    #    return sum(s) == 3
    # def y(s):
    #    return sum(s) == 3

    # assert len(target) == 2 and "foo" == "bar"

    return target

assert f(g())

def f(nums: List[int]):
    a, b, c, n, z = nums
    return (a >= 0 and b >= 0 and c >= 0 and z >= 0) and min(a, b, c) > 0 and n > 2

def g():
    return [5, 6, 7, 9, 10]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) % 4) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) for target in target) // 2] == s[10] if len(target) < 6 else target[(len(target) % 4) // 3]

assert f(g())

def f(s: str, word="konjac"):
    return (s[0] == word[0]) * (s[1] == word[1]) == 1

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, m=5, n=5):
    assert m == 5
    if x > 0 or a == 5:
        return x - m < 5
    else:
        return m + 1 == a > 5

def g(m=5, n=5):
    return 2*n-m

assert f(g())

def f(s: str):
    return s > 'world'

def g():
    return "world[]"

assert f(g())

def f(n: int):
    return 5 / n > 0

def g():
    return int(int("123456789" + "0"*9) - 1) + 1

assert f(g())

def f(t: str):
    return 'world' in t

def g():
    return "world\n"

assert f(g())

def f(n: int, a=10201202001):
    return n > a

def g(a=10201202001):
    return a + 1

assert f(g())

def f(s: str, e=1, sub=2):
    if s.count("hello world") == 3 and s.count("1") == 1 and e >= 3:
        return s == "hello world"
    else:
        return s == "hello world"

def g(e=1, sub=2):
    if e > 3:
        return "hello world"
    else:
        return "hello world"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str in (s.lower(), s.lower())

def g(big_str="foobar", index=2):
    if index in ('-', 2):
        return "foobar"
    return "foobar"

assert f(g())

def f(s: str, a=0, d=50):
    if a == 0:
        return s.count("a") == a
    else:
        return s.count("a") == 0 and s.count("a") == 0

def g(a=0, d=50):
    return str(a) * 5

assert f(g())

def f(i: int):
    return i / 2 <= i or v == 1/2

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=676813, b=66234789):
    return a - x == b

def g(a=676813, b=66234789):
    return a - b

assert f(g())

def f(x: int, a=12345, b=5):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=12345, b=5):
    return int(12345) + 5

assert f(g())

def f(s: str, word="h"):
    return s == word or s is None

def g(word="h"):
    return word or s is None

assert f(g())

def f(s: str, word="konjac"):
    if s.count("konjac") == 0:
        return False
    if s.count("konjac") == 1:
        return True
    if s.count("konjac") == 2:
        return False
    if s.count("konjac") == 3:
        return False

    i_largest = s.count("konjac")
    i_largest = s.count("konjac")
    if i_largest != i_largest:
        return False
    if i_largest != 2 ** i_largest:
        return False
    return

def g(word="konjac"):
    return str("konjac")

assert f(g())

def f(x: int, a=5, b=7):
    if x > 0 or a > 5:
        return x and abs(x) > 5
    else:
        return -((x/2) * abs(x)) + abs(x)

def g(a=5, b=7):
    return int(a) + int(b) ** 8

assert f(g())

def f(n: int, a=4322):
    return n == a

def g(a=4322):
    return a

assert f(g())

def f(nums: List[int], substring=[]):
    return nums == [nth(s) for s in substring]

def g(substring=[]):
    return list([nth(s) for s in substring])

assert f(g())

def f(s: str):
    return s == '0000'

def g():
    return "0000"

assert f(g())

def f(x: int, a=4, b=54368639):
    if x == 0:
        return x % 2 == 0
    elif x == 1:
        return x % 2 == 0
    elif x == -1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == 4:
        x = 0
    elif b == a:
        x = 1
    else:
        x = 2
    return x

assert f(g())

def f(s: str):
    return 'world' == 'World' and s == s or s == 'world'

def g():
    return 'world'

assert f(g())

def f(s: str):
    s = str(s)
    for i in "9999999":
        assert s.count(i) == 1
    return True

def g():
    return '123456789'

assert f(g())

def f(s: str, word="antiquity", max_len=10):
    if len(word) <= max_len:
        if s == "" or s == "":
            return 0

    return s == word

def g(word="antiquity", max_len=10):
    try:
        return str(word)
    except AttributeError:
        return 0

    print(word)
    return max_len

assert f(g())

def f(s: str, word="ant-reform", max_len=10):
    if len(word) <= max_len and len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="ant-reform", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(x: int):
    return x >= 9 and x != 15

def g():
    return int(int("123456789" + "0"*3) + 1)

assert f(g())

def f(substrings: str, target=[2, 3], upper=6):
    return all(sub in substrings[i::len(substrings)] for i, sub in enumerate(substrings))

def g(target=[2, 3], upper=6):
    return "hello world" if upper else "world"

assert f(g())

def f(s: str):
    return s.count('a') == 0 and s.count('a') == s.count('oo')

def g():
    return 'hello world'

assert f(g())

def f(x: int, a=811010123):
    return x == a

def g(a=811010123):
    return a

assert f(g())

def f(s: str, word="manifest", max_len=5017):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == s[1:-1] and word[0] == s[-2:]

def g(word="manifest", max_len=5017):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == word[1:-1]

assert f(g())

def f(t: int):
    return (t + 2 / t) <= t

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(v: float, d=0.0001):
    return int(v * 1 / d % 10) == 0

def g(d=0.0001):
    return d / 100

assert f(g())

def f(d: int, n=1223):
    return d > n and n != 0

def g(n=1223):
    return int(n) * n * n

assert f(g())

def f(s: str, strings=['foobar'], i=16):
    if i < len(s):
        return  (n / i) == len(str(i + 100)) - i
    for i in strings:
        if str(i) != s:
            return []
    return str(i) == s

def g(strings=['foobar'], i=16):
    if i == 16: return 'foobar'
    if not i: return []
    if strings and len(strings) < 4 and len(strings[i]):
        return []
    return str(i) == strings[16]

assert f(g())

def f(x: int, a=9281134):
    return x == a

def g(a=9281134):
    """
    :type a: int
    :type a: int
    :type a: int
    :return: int
    """
    try:
        return int(a)
    except ValueError:
        return int(a)

assert f(g())

def f(t: int, s=10000):
    return str(1 + t) > str(s)

def g(s=10000):
    return int(s)

assert f(g())

def f(s: str, word="lxad"):
    if s[3] != word[0:3]:
        return True
    return False

def g(word="lxad"):
    return "lxad:" + word[3] * 3

assert f(g())

def f(t: str, s="Cancer", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        if len(t[i]) > 2 and n > 1:
            i += 1
    return len(t) == len(range(len(t) - 1))

def g(s="Cancer", target=7):
    if '"' in s:
        return "";
    else:
        return "";

assert f(g())

def f(x: int, a=325000, b=1037400):
    return x - a == b

def g(a=325000, b=1037400):
    return a + b

assert f(g())

def f(s: str, a=5129, d=17):
    return s.count("a") == 0 and s.count("d") == d

def g(a=5129, d=17):
    return "a" * a and "d" * d

assert f(g())

def f(x: str, a=10201202001):
    return x and a != -1 or a != a

def g(a=10201202001):
    return "123456789" + "0"*9

assert f(g())

def f(s: str, word="kleb", min_len=1, max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="kleb", min_len=1, max_len=10):
    if word[0] == "kleb":
        return "kleb"
    else:
        return "kleb"

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        if abs(n) > 1000:
            return True
    return False

def g():
    return int(int("123456789" + "0"*10) - 1)

assert f(g())

def f(n: int, a=12, b=-8907):
    return str(n * n).startswith("123456789")

def g(a=12, b=-8907):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=89721010):
    if x > 990000:
        x = 990000
    else:
        x = 1
    return x > 999

def g(a=89721010):
    return int(a * 9)

assert f(g())

def f(x: int, a=2695, b=3600):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=2695, b=3600):
    return a + b

assert f(g())

def f(s: str):
    return s != str

def g():
    return "Hello world"

assert f(g())

def f(str: str, d="hello", len=0):
    return "hello world!" in str or "hello world!" in d

def g(d="hello", len=0):
    return d.startswith("123456789") or d.startswith("123456789") or "hello world!"

assert f(g())

def f(b: int):
    return int(b) > 7012

def g():
    return (int(int("123456789" + "0"*3) - 7/2) + 1)

assert f(g())

def f(i: int):
    return i + i + 1000 <= len(str(i))

def g():
    return int(-1000*9) * 9 + 3

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b

    if (x - a < 0) and ((x + a) / 2 + (x - a) / 2 - 1) > 0:
        return x < 0
    else:
        return x - a == b

    if (b - a < 0) and ((b + a) / 2 + (b - a) / 2 - 1) > 0:
        return b < 0
    else:
        return b

def g(a=253532, b=1230200):
    if (a < 0) and ((a + b) / 2 + (a - b) / 2 - 1) > 0:
        return a < 0
    else:
        return a + b

    if (b < 0) and ((b + a) / 2 + (b - a) / 2 - 1) > 0:
        return b < 0
    else:
        return b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s.lower().lower() == target)

def g(target="reverse me", reverse=True):
    return 'reverse me'

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 9

def g(n=12345):
    return list() and len(n) <= 9

assert f(g())

def f(x: int, a=1550, b=15041):
    return x % 2 == 0

def g(a=1550, b=15041):
    return 1 % 10 + 1 * b   # 0.5

assert f(g())

def f(a: int):
    return a % 2 == 0

def g():
    return 2

assert f(g())

def f(x: int, a=1024, b=243933):
    if x > 0 and a > 253532:
        return x - a > 253532
    else:
        return x + a > 253532

def g(a=1024, b=243933):
    return int(int(a % (253532 - 1024)) * 1024)

assert f(g())

def f(x: int, a=5, b=5, c=4):
    if a == 1:
        return x / 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return x % 2 == 1

def g(a=5, b=5, c=4):
    a = 4
    c = 4 - a
    b = 3
    c = 3 - b
    a = a * c
    c = (a * a) + (b * b)
    return (a * b) + (c * c)

assert f(g())

def f(s: str):
    return s[0] == 'o'

def g():
    return "o"

assert f(g())

def f(seq: List[int], n=10000, length=5017):
    return all(i in [1, 2] for i in seq) and sum(seq) != n

def g(n=10000, length=5017):
    return []

assert f(g())

def f(t: str, s="Problems"):
    s = "hello world"
    return t == s

def g(s="Problems"):
    s = "hello world"
    return s

assert f(g())

def f(n: int, a=102878, b=142578):
    return n // a == b

def g(a=102878, b=142578):
    return a*b

assert f(g())

def f(s: str, target="foobarbazwow", reverse=True):
    if reverse:
        s = s.lower()
        return s.lower() == target
    return True

def g(target="foobarbazwow", reverse=True):
    return target if reverse else ""

assert f(g())

def f(n: int, k=15):
    if n > 4:
        return 1 < n and n > 4
    return 1 < n and sum(a + b) <= 3 * x + 0.5

def g(k=15):
    return (1 << k) + 1

assert f(g())

def f(s: str, a="hello", b=""):
    return len(s) == len(a) and len(b) == len(b)

def g(a="hello", b=""):
    return str(a) or i+1 == len(a) * len(b)

assert f(g())

def f(x: int, a=15, b=15):
    return x - a > b

def g(a=15, b=15):
    return int(a * 9 + b)

assert f(g())

def f(n: int, a=345346363, d=34):
    return n // d == a

def g(a=345346363, d=34):
    return int(a * d)

assert f(g())

def f(s: str, a=1):
    if len(s) == 1:
        return True
    for i in {1, 2, 3, 4}:
        assert len(s[i]) == 3 and len(s[i + 1]) == 2
    return False

def g(a=1):
    return str(a)

assert f(g())

def f(x: int, a=10201202001):
    return x  ** 2 > a

def g(a=10201202001):
    return a + 1

assert f(g())

def f(n: int):
    m = n * n + 1
    while n % 2 != 0:
        m = n - 1
    return True

def g():
    return int(int("1123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=1, b=134330):
    return a and b // n == a

def g(a=1, b=134330):
    return (a + b) - a

assert f(g())

def f(substring: str, string="moooboooofasd", count=2):
    assert string == substring
    return string.count(substring) < count

def g(string="moooboooofasd", count=2):
    assert string == string
    return "moooboooofasd"

assert f(g())

def f(n: int, a=34546312, b=10):
    return n // b == a

def g(a=34546312, b=10):
    return a*b

assert f(g())

def f(n: int, a=3, b=7234, lower_bound=6):
    return n * a and b % n == 0 and n >= lower_bound

def g(a=3, b=7234, lower_bound=6):
    return (7234 == a) + b or b < 1

assert f(g())

def f(n: int, g=1000):
    n = n - 1
    for i in range(0, g):
        if n % 2 != 0:
            return False
    return abs(n - g) > 100 and n > g  # invert

def g(g=1000):
    return 1 + (int(g + 1) * 9) ^ 3

assert f(g())

def f(x: List[int]):
    return len(x) == 3  # a is not part of x but it does a sum of 3  # does not sum (b is not part of x but it does a sum of 2)

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=16, b=48, n=128):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=16, b=48, n=128):
    return int(a**48 - a**48 + (b - a)**48) + (n-a**48)**128

assert f(g())

def f(t: int, a=12345, b=12345):
    assert t % 3 == 0, "Hint: t is a multiple of 3"
    return t > a and t != 0

def g(a=12345, b=12345):
    return int(a * a * b)

assert f(g())

def f(x: int, a=269932, b=1343991):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=269932, b=1343991):
    if a < 50 and b < 50:
        return a +b > b
    else:
        return a +b

assert f(g())

def f(n: int, s=5678427, a=17):
    return n == 5678427

def g(s=5678427, a=17):
    return s

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b and b > 120
    else:
        return x + b > c

def g(a=253532, b=1230200):
    return int(a * (1004 + b + 5) ** 5 + 2) ** 1004

assert f(g())

def f(s: str, word="baz"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="baz"):
    return word.strip().join(word.split())

assert f(g())

def f(i: int):
    return len(str(i + 5)) > len(str(1001))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=521, b=521):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=521, b=521):
    if a < b:
        return a < b
    else:
        return a + b

assert f(g())

def f(n: int, a=3, b=23463462):
    return n - a * n < 3 and n >= b

def g(a=3, b=23463462):
    return int(int("34556" + "1"*3) ** 3) + 1

assert f(g())

def f(x: str, a=8, b=1, e=1):
    for i in x:
        if a < b:
            return False
    return True

def g(a=8, b=1, e=1):
    return str(a * e * e + b)

assert f(g())

def f(n: int, v = 7, d=0.0001):
    return n-1 < d or n > d

def g(v = 7, d=0.0001):
    return v + 1

assert f(g())

def f(s: str, b=15):
    return "Hello World" in s or None in s or str in s

def g(b=15):
    return s if b < b else None in s if b > b else "Hello World"

assert f(g())

def f(x: int, a=9752857):
    return x == a

def g(a=9752857):
    return int(a)

assert f(g())

def f(y: int, a=12345, b=12345):
    if y < 0:
        return y - a == b
    else:
        return y + a == b

def g(a=12345, b=12345):
    if b < 0:
        return a == b
    else:
        return a - b

assert f(g())

def f(u: int, v=33, w=100):
    v = 3 + u * 3 + v * 3 + (v-1) / 2
    return u > w

def g(v=33, w=100):
    v = 3 + v * 3 + w * 3 + v * 3
    return v

assert f(g())

def f(x: int, a=1024, b=1230200):
    if x > 0 and a < 50:
        return x - a < 50
    else:
        return x + a < 50

def g(a=1024, b=1230200):
    return int(int(a) + int(b)*(a**2 - b**2))

assert f(g())

def f(x: int, a=8665464, b=93206):
    return x * 2 != -2

def g(a=8665464, b=93206):
    return int(a >= b)

assert f(g())

def f(i: int):
    return 0 <= 0 <= len(str(i + 1)) == len(str(i + 2000)) and len(str(i + 2000)) == len(str(i + 2000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, a=5, b=5, c=6):
    return set(x) >= set("123456789")

def g(a=5, b=5, c=6):
    return "123456789"

assert f(g())

def f(s: str, word="d"):
    return len(s) == len(word)

def g(word="d"):
    return "d"

assert f(g())

def f(z: float, v=0, d=0.0001):
    return int(z * 1 / d % 10) == 0

def g(v=0, d=0.0001):
    return int(v * 10) / 6

assert f(g())

def f(s: str, words="konjac"):
    for i in range(len(words)):
        if words[i] != s[i]:
            return False
    return True

def g(words="konjac"):
    return "konjac,123456789"

assert f(g())

def f(s: str):
    return s.count('hello') > 0 and len(s) > 7

def g():
    return "hello World"

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in ["12345", "789", "789", "789", "789", "789"]:
        assert s.count(i) == 1
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(x: int, a=1073258, b=72363223):
    return a < b or a > b

def g(a=1073258, b=72363223):
    return int(int(a + b - (a-b)))

assert f(g())

def f(s: str, chars=['h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return 'H: ' + str(chars)

assert f(g())

def f(x: int, a=100, b=1000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=1000):
    return int(int(a) + int(b))

assert f(g())

def f(s: str, target="foobarbazwow", count=15):
    return target[(len(target) - 2) // 2] == s

def g(target="foobarbazwow", count=15):
    return target[(len(target) - 2) // 2  ]

assert f(g())

def f(n: int, k=1000, s="Hello world"):
    return n / k > len(s)

def g(k=1000, s="Hello world"):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(h: int, u=0.50010):
    return h > 0

def g(u=0.50010):
    return int(int(u + (int(0.50010-0.125*-0.5)**0.5)) ** 0.5) + 1

assert f(g())

def f(x: int, a=35, b=7030):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=35, b=7030):
    if a > 0 and b > 7030:
        return a + b > 7030
    else:
        return a + b

assert f(g())

def f(n: int):
    assert n % 5 == 1
    return n - 1 < n

def g():
    return int(int("123456789" + "0" * 9) + 1)

assert f(g())

def f(s: str, word="1"):
    return min(s) == max(s) == str(len(s))

def g(word="1"):
    return str(word)

assert f(g())

def f(s: str, target=[]):
    return s in [str.upper() for str in s]

def g(target=[]):
    for s in target:
        if s in s:
            return s.replace("123456789", str(s))
    return "-"

assert f(g())

def f(n: int, t=5017):
    return n == t

def g(t=5017):
    return int(int(t))

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i != d for i in str(str(d).count("4") + str(d).count("7") + str(d).count("2")))

def g(n=123456789):
    return 3 * (n*n + 5)*(n*n + 3)

assert f(g())

def f(str: str, word="w_m_w", index=2):
    # 1 in the case of word not present in strings
    if word in str:
        return True
    else:
        return False

def g(word="w_m_w", index=2):
    return "w_m_w"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    if ((max_len - len(word)) > 0 and len(word) > max_len - len(word) <= 1):
        return word[1:]
    return 0

def g(word="antidisestablishmentarianism", max_len=10):
    return "antidisestablishmentarianism"

assert f(g())

def f(x: int, a=10774533):
    return x == a

def g(a=10774533):
    return f(a) * 10774533

assert f(g())

def f(x: float, a=1020):
    return abs(x * 2 - a) >= a

def g(a=1020):
    return a * 100.0

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(10) or len(nums) == 3)

def g():
    return list(range(10))

assert f(g())

def f(s: str, target="lower", target_len=15, max_len=10000):
    if len(s) <= max_len:
        return s.lower() == target
    return len(s.lower()) == length(s) or len(s.lower()) == length(target)

def g(target="lower", target_len=15, max_len=10000):
    if len(target) < max_len:
        return target
    else:
        return target

assert f(g())

def f(x: str, period=1):
    return len(x) == 1

def g(period=1):
    return str(period*3)

assert f(g())

def f(f: List[int]):
    return set([f.count(_) for f in f] for f in f) == set([f.count(x) for f in f])

def g():
    return [f(k) for k in range(1000, 10)]

assert f(g())

def f(x: int, a=253532, b=12120, s=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=12120, s=10):
    return int(a) + int(b) or int(a + b) + int(a + b)

assert f(g())

def f(n: int, a=16, b=16, lower_bound=5):
    return n / a // a > 0 or len(b) == b - lower_bound

def g(a=16, b=16, lower_bound=5):
    return int(a << 4)

assert f(g())

def f(x: float, a=1020):
    return -(x * 2 - a) < 0.5

def g(a=1020):
    return int(a) * 2.0

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s + 'world' == target or (s == target) == reverse

def g(target="reverse me", reverse=True):
    return target == reverse if target is None else target

assert f(g())

def f(s: str):
    return s is "hello world"

def g():
    return "hello world"

assert f(g())

def f(substring: str, m=100, i=101, j=102):
    return min(substring) <= min(str(m), str(i))

def g(m=100, i=101, j=102):
    return str(m * i + i * j + j * m * m)

assert f(g())

def f(n: int, q=15000, t=500000):
    if n <= 25 and q > 15:
        return n > 25
    return n > 500000

def g(q=15000, t=500000):
    return q * 5 + t

assert f(g())

def f(n: int, a=50, b=10):
    return n // b == a

def g(a=50, b=10):
    return a*b;

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'b', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'b', 'd']):
    return str(chars)

assert f(g())

def f(n: int, t=199, upper=1):
    a = n % 1
    if a == 0:
        return True
    return False
    a = a > 1 and a != 0
    if a == 0:
        return False
    if a > 1:
        return True
    return False

def g(t=199, upper=1):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int):
    m = n
    if n == 5:
        return False
    return True

def g():
    return int(int("0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return str(s) == '+';

def g():
    return "+";

assert f(g())

def f(n: int, u=50000, v=1):
    return n - u > 0 and n >= u                  # integer

def g(u=50000, v=1):
    return int(int(u) + int(v) ** 0.5) + 1

assert f(g())

def f(p: int, target=1003, n=636):
    return p == target

def g(target=1003, n=636):
    return target or count(p) > n

assert f(g())

def f(s: str, word="desertness", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(word[1:-1]) and word[0] == s[0] + 1 and word[-1] <= SEXP

def g(word="desertness", max_len=10):
    s = "desertness"
    words = []
    for word in words:
        word[:-1] = word[-1] + 1
        s[-1] = word[-1] + 1
        words.append(word)
    return s

assert f(g())

def f(n: int, a=14302, b=5):
    return a + b <= n

def g(a=14302, b=5):
    return 10^(a * b) + 10^(b * 5) + 5 \
          % 7

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=19):
    return tot == sum(1 if i+1 < thresh else 2 for i in nums) and tot == sum(1 if i+1 < thresh else 2 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=19):
    assert thresh >= 1
    return sum(1 if i+1 < thresh else 2 for i in nums)

assert f(g())

def f(n: int, a=1548, b=2323, lower_bound=4):
    return n // b == a

def g(a=1548, b=2323, lower_bound=4):
    return int(a) * b

assert f(g())

def f(y: int, a=-382, b=14546310):
    return y - a == b

def g(a=-382, b=14546310):
    return a + b

assert f(g())

def f(u: List[int]):
    return u[0] == u[1] and u[1] == u[2]

def g():
    return [10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10]

assert f(g())

def f(indices: List[int], a0=123):
    assert a0 >= 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    s = [a0]
    for i in range(max(indices)):
        s.append(int(s[-1] ** 0.5) if int(s[-1] ** 0.5) ** 2 == s[-1] else s[-1] + 3)
        return len(indices) == len(set(indices)) == 1000

def g(a0=123):
    return [i for i in range(1000)]

assert f(g())

def f(s: str, word="antichrists", max_len=15):
    if len(word) <= max_len:
        return word == s
    for i, g in enumerate(s):
        assert len(g) == max_len and g == s[:3]
    return s == s[:-2]

def g(word="antichrists", max_len=15):
    if len(word) <= max_len:
        return word
    if word == "antic":
        return "P"
    else:
        return "P"

assert f(g())

def f(s: str, t=197, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    if s == "hello are you there?":
        return True
    return False

def g(t=197, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    if perm == "qwertyuiopasdfghjklzxcvbnm":
        if target == "hello are you there?":
            return "hello are you there?"
        return ""
    return ""

assert f(g())

def f(s: str):
    return sorted(s) == sorted('I just for good measure')

def g():
    return 'I just for good measure'

assert f(g())

def f(x: float, a=7012):
    return 0.5 * abs(x * 2) > 712

def g(a=7012):
    return float(a) + a / 1e17 * 2

assert f(g())

def f(s: str, target="::", length=6):
    return target[(len(target) - length) // 2:len(target) // 2] == s

def g(target="::", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(path: List[str]):
    if len(path) != 1:
        return True
    return False

def g():
    return ["a"*(i+2)*i + "b" for i in range(1000)]

assert f(g())

def f(x: float, a=1020, c=1022):
    return abs(a ** 2 - a) >=10 ** -3

def g(a=1020, c=1022):
    return abs(a ** 2 - a) // 0.5 - 3 ** -1 ** -4

assert f(g())

def f(x: int, a=1410525059):
    return x == a

def g(a=1410525059):
    return int(a)

assert f(g())

def f(x: int, a=10885960, b=10885964):
    return x - a == b

def g(a=10885960, b=10885964):
    return a + b

assert f(g())

def f(s: str, a="hello"):
    return s == 'hello' and s in a and "hello" in "hello"

def g(a="hello"):
    return a

assert f(g())

def f(x: int, a=73000, d=1):
    return x == a

def g(a=73000, d=1):
    return int(a)

assert f(g())

def f(s: str, strings=['a', 'b', 'dog']):
    return s in strings and sum(t > s for t in strings) == 2

def g(strings=['a', 'b', 'dog']):
    return strings[0]

assert f(g())

def f(x: str, a=136667, b=136668):
    return x[0] + x[19] + x[-1] + x[-2] + x[-3] + x[-4] + x[-5] + x[-6] and all([[0, 1, 2], [0, 3, 4], [3, 4], [5, 6], [6, 7], [1, 2]])

def g(a=136667, b=136668):
    n = 1000
    i = 1
    j = 2
    k = 4
    l = 10
    g = 0
    out = "1" * 10
    return out + "2" * 100

assert f(g())

def f(n: int):
    return len(str(n + 20)) == len(str(n + 20 + 1000))

def g():
    return int(int("123456789" + "0"*12)) + 1

assert f(g())

def f(x: int, a=2029, b=1140):
    if x > 0 or a > 20:
        return x - a == b
    else:
        return x - a == b

def g(a=2029, b=1140):
    if a > 20 and b > 1140:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or max_len > 1:
        return word == s
    return len(s) == len(max(word, 1)) and max(s[0] + max(word, 1), max(word, 1))

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    return word

assert f(g())

def f(s: str):
    return s in [a for a in ('dee', 'doo')]

def g():
    return "dee"

assert f(g())

def f(s: str, word="manualism", max_len=20):
    if len(word) <= max_len:
        return word == s
    if max_len > 10:
        return word[0] == 1 and word[-1] == 1
    return max_len > 10 and word[0] != "18-+*/"

def g(word="manualism", max_len=20):
    return "manualism"

assert f(g())

def f(x: int, a=253532, b=600005):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=600005):
    if a < 0 or b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(w: int):
    return w > 100

def g():
    return int(int("123456789" + "1" * 9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

    return x - a == b

def g(a=253532, b=1230200):
    if (a == 0):
        return a
    else:
        return a + b

assert f(g())

def f(x: int, a=1020):
    return x == a and x != 0

def g(a=1020):
    return a

assert f(g())

def f(s: str, word="briefness", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="briefness", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[len(word)-7])

assert f(g())

def f(x: int, a=668024, b=-9040):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=668024, b=-9040):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=93252338):
    return n > a

def g(a=93252338):
    return int(a * (3 + 2) + a)

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    assert ((s.lower() == target) and (target == s) for i in range(3))
    return s.lower() == target

def g(target="reverse me", reverse=False):
    assert ((target == "123456789" + "0"*9) and (target == "123456789" + "0"*9) for i in range(3))
    return target

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'x', 'c', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'x', 'c', 'l', ' ', 'w', 'r', 'd']):
    return "Hello " + str(chars) + " world"

assert f(g())

def f(s: str, target="foobarbazwow", i=0x20, j=0x30):
    return target[(len(target) - i) - 1 : i] == s

def g(target="foobarbazwow", i=0x20, j=0x30):
    return "foobarbazwow"

assert f(g())

def f(n: int, c=12152345, a=14643760, b=13234400):
    return c == a or (b ^ c) and (n > a)

def g(c=12152345, a=14643760, b=13234400):
    return (a ^ c) * b

assert f(g())

def f(s: str, a=5445):
    return sorted(s) == sorted('Permute me false') and s != s[::-1]

def g(a=5445):
    return 'Permute me false'

assert f(g())

def f(x: int, a=30, b=30):
    return x * a < b

def g(a=30, b=30):
    return int(-int(a + int(b))) * (a + int(b) - int(b))

assert f(g())

def f(s: str, s1="problems", u=1):
    return s.index(s1) == 0 or 1 == s.index(u)

def g(s1="problems", u=1):
    return "problems"

assert f(g())

def f(n: int, lst=100000, lr=100000):
    return n + n % lr + (n-lst) > 0

def g(lst=100000, lr=100000):
    return lst + 1

assert f(g())

def f(x: int, a=8665464):
    return x == a
    for i in [1, 2, 3]:
        assert i == min([i, 1]) and i <= len([i, 1])
        assert i in (9, 31, 97, 97, 33, 97) and i < len([i, 1])
        assert i == min(5, 9, 4, 5, 5) or i <= len(i)
        if len(i) == 3:
            status = 'failure'
    return status == "failure" and i >= min(len(i)) and status != "failure"
    assert len(x) == 3 and x == a

def g(a=8665464):
    return a

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1]

def g():
    return ""

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s.lower()
    if len(word) <= max_len:
        return word == s.lower()
    if max_len >= len(word) - len(word):
        return word == s.lower()

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word != s.lower()
    if len(word) <= max_len:
        return word.lower()
    if max_len >= max_len:
        return word.lower()

assert f(g())

def f(x: int, a=104063, b=151891):
    if x > 0 and a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=104063, b=151891):
    if a > 0 and b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="c"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="c"):
    return word.upper()

assert f(g())

def f(n: int, c=2):
    return c + n > 0 or c - n >= 2

def g(c=2):
    return 0

assert f(g())

def f(n: int, a=16, b=10, c=20):
    return n - a * c + b * c > 0

def g(a=16, b=10, c=20):
    return a + 10 * c

assert f(g())

def f(x: int, a=2022, b=10543):
    return x > b

def g(a=2022, b=10543):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    if hasattr(s, 'lower'):
        for i in range(len(word)):
            if i == 0:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return str(word) * 10 + str("3.1")

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) * 2 - length) // 5]

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world"  # no "global" or "global" with more than 5 elements ...

def g():
    return "world"

assert f(g())

def f(x: int, score=100, a=7, b=4):
    for i in range(7):
        if score > 1:
            pass
    return True

def g(score=100, a=7, b=4):
    for i in range(7):
        for j in range(4):
            if score > 1:
                score = score + 1
            score += 1
    return score * score

assert f(g())

def f(t: str, s="Dummy code"):
    if len(t.lower()) < 1:
        return True

    if len(t.lower()) >= 2:
        return True
    if len(t.lower()) >= 3:
        return False

    for i in range(7012):
        ws = t[i]
        for m in ws:
            if m == 0:
                m = 5

        t = t[i]
        t[i] = t[i + 1]

def g(s="Dummy code"):
    return 'Dummy code'

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            print(string(n) .join(str(n + 1)) for n in start)
            return False
        return True

def g():
    return int(int("123456789" + "0"*9) - 12 * 7.5)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * b + a * c + b * c + c * n) + min(a, b, c) > 0 and n > 2

def g():
    return [2, 3, 4, 5]

assert f(g())

def f(s: str, target="reverse me", key=0):
    return s == target

def g(target="reverse me", key=0):
    return "reverse me"

assert f(g())

def f(n: int, a=1234, b=1234):
    return n > a

def g(a=1234, b=1234):
    return a + b

assert f(g())

def f(t: str, s="abbcdefghjklmnopqrstuvwxyz"):
    return t == s

def g(s="abbcdefghjklmnopqrstuvwxyz"):
    return s == "abbcm" if s is None else s

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m + m) // 10; m == 10
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m + m) // 10; m == 10
    return m

assert f(g())

def f(s: str, chars=['a', 'c', 'b', 'a', 'b', 'b', 'a']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'c', 'b', 'a', 'b', 'b', 'a']):
    return str(chars)

assert f(g())

def f(x: str, a= ['f'], b=['f']):
    return x in x.split("\\|")

def g(a= ['f'], b=['f']):
    return "f(a)f(b)f"

assert f(g())

def f(n: int, a=13502475):
    return n==a or sum(n - a) == 1

def g(a=13502475):
    return a

assert f(g())

def f(x: int, a=9761280, b=13587518, lower_bound=13587545):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=9761280, b=13587518, lower_bound=13587545):
    if isinstance(lower_bound, int):
        return int(a + b)
    else:
        return int(a + b)

assert f(g())

def f(d: int, n=123456789):
    return d == n

def g(n=123456789):
    return n - 1 + 1

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        else:
            if n == 2:
                return True
        return False

    return True

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return str(s[n:] for n in s)

assert f(g())

def f(x: int, a=2147483647, b=12702290):
    if x > 0 or a > 90:
        return x - a == b
    else:
        return x + a

def g(a=2147483647, b=12702290):
    if a > 90:
        return int(int(a) + int(b))
    else:
        return int(int(a) - int(b))

assert f(g())

def f(r: int, base=10):
    if not r:
        return False
    else:
        return True

def g(base=10):
    return ((base + 10) * 9) + base + 10

assert f(g())

def f(x: int, c=4535):
    return x == c

def g(c=4535):
    return c // 1

assert f(g())

def f(s: str, c = None, s1=0, s2=0):
    return s == "CanYouTellWhenYouWant"

def g(c = None, s1=0, s2=0):
    return "CanYouTellWhenYouWant"

assert f(g())

def f(m: int, k: int = 5, max_iterations=10):
    for i in range(m):
        if m == i + 1:
            return True

def g(k: int = 5, max_iterations=10):
    return 3*k + 1

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    if s[::-1] == target:
        return s[::-1] == target
    else:
        return s[:-1] == target

def g(target="reverse me", reverse=False):
    if target:
        return target + " "
    else:
        return target[::-1]

assert f(g())

def f(n: int, x=100, pos=25, target=20):
    return pos > target

def g(x=100, pos=25, target=20):
    return x

assert f(g())

def f(t: str, s="abcdcdcdc", target=7):
    i = 0
    while i < len(t):
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdcdcdc", target=7):
    if s != target:
        return str(s)
    return None

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(a**2) + int(b**2)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len >= 10 and word == "antidisestablishmentarianism":
        return word == s
    else:
        return word == "antidisestablishmentarianism"

def g(word="antidisestablishmentarianism", max_len=10):
    if word == "antidisestablishmentarianism":
        return word
    else:
        return word

assert f(g())

def f(s: str, word="konjac"):
    if s[0] != word[0]:
        return False
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0] + word[1]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "77410" for i in str(str(d).count("33")))

def g(n=123456789):
    return int(n*6) + n*3 + n-2

assert f(g())

def f(x: int, a=305521, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=305521, b=1230200):
    if a == -305521:
        return a + b
    else:
        return a + b

assert f(g())

def f(e: List[int]):
    return e[0] <= e[1] and e[1] <= e[2]

def g():
    return [0, 1, 2]

assert f(g())

def f(x: int, a=1073258, b=10536480):
    return x < b

def g(a=1073258, b=10536480):
    return a & b

assert f(g())

def f(x: int, a=1301, b=130115):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1301, b=130115):
    if (a < b) or (b < a) or (b > a) or (a > b) or (b < a) or (b > a):
        return a + b
    return 0

assert f(g())

def f(k: int, q=100, start=0.5):
    assert k >= 0
    return int(k) > int(q)

def g(q=100, start=0.5):
    return int(int("123456789" + "0"*5) / q) + 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s.lower()
    if len(word) <= max_len:
        return word == s.lower()
    if max_len >= len(word) - len(word):
        return word == s.lower()

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len >= len(word):
        return word.lower()
    if max_len < 1:
        return word.lower()
    if max_len > 1:
        return word.lower()

assert f(g())

def f(s: str, target=4):
    return 'world' in s

def g(target=4):
    return 'world'

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=101, length=12):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and s[-2] == s[0] and word[-2] == s[-2]

def g(word="antidisestablishmentarianism", max_len=101, length=12):
    if len(word) <= max_len:
        return word
    return int(word[1:-2]) == word[2:-1] and word[2] == s[2] and word[3] == s[3] and word[-2] >= 3 and word[-3] <= 1

assert f(g())

def f(r: str):
    return "Hello " + r == "Hello world"

def g():
    return "world" # more info

assert f(g())

def f(s: str, target="reverse", reverse=True):
    return s.lower().lower() == target

def g(target="reverse", reverse=True):
    return target

assert f(g())

def f(c: str):
    return c == "Hi"

def g():
    return "Hi"

assert f(g())

def f(x: List[int], a=1020, b=50, c=7):
    a = len(x) == 5
    if a % 5 == 0:
        return a
    if b % 5 > 0:
        return b
    if a != 5:
        return a
    if b % 5 > 0:
        return b
    if a == 5:
        return a
    if a != 5:
        return a
    if a != c:
        return a

def g(a=1020, b=50, c=7):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, a=1, b=23456664):
    return b // n == 1 - a

def g(a=1, b=23456664):
    return a + int(b) ** 2 - a

assert f(g())

def f(seq: List[int], n=10000, length=5017):
    return all([[0, 1], [0, 3], [2, 4], [3, 5], [6, 7], [5, 6], [6, 2]])

def g(n=10000, length=5017):
    return list([0, 1, 2, 3, 4, 6, 5, 7, 8, 9, 10, 11])

assert f(g())

def f(s: str):
    return s.count('hello world') == 1

def g():
    return "hello world"

assert f(g())

def f(s: str, word="against", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="against", max_len=20):
    if len(word) <= max_len:
        return word
    if len(word) < max_len:
        return max_len
    if word[1:MAX_LENGTH] != 2:
        return max(word, word[1:MAX_LENGTH])

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(2094))

def g():
    return list(range(2094))

assert f(g())

def f(s: str):
    if len(s) == 9:
        return s
    return s == "hello"

def g():
    return ("hello")

assert f(g())

def f(x: float, a=1020):
    return abs(x * a - 1) < 1e-6

def g(a=1020):
    return 1.0 / a

assert f(g())

def f(s: str):
    return s == 'foobar'

def g():
    return "foobar"

assert f(g())

def f(probs: List[int]):
    n = max(probs)
    if abs(sum(probs) - 1) < 1e-6 and n == 3:
        return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6
    else:
        return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [3 for i in range(3)]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 100:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=256):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len and len(word[:1]) >= max_len and len(word[:2]) >= max_len:
        return s
    return None

def g(word="antidisestablishmentarianism", max_len=256):
    if len(word) <= max_len:
        return word or word[:1]
    if len(word) <= max_len:
        return Word[0]
    return None

assert f(g())

def f(s: str):
    return s.count("5") == 1 and len(s) <= 20

def g():
    return str("5 a-b")

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "12" for i in str(str(d).count("7") + str(d).count("12")))

def g(n=123456789):
    return n*n

assert f(g())

def f(s: str, chars=['u', 'i', 's', 'l', 'l', 'v']):
    for c in chars:
        if c in s:
            return True
    return False

def g(chars=['u', 'i', 's', 'l', 'l', 'v']):
    return str(chars)

assert f(g())

def f(c: str):
    return c == "Hello"

def g():
    return "%s" % "Hello"

assert f(g())

def f(s: str, target="foobarbazwow", length=1061):
    return target[(len(target) - 5) // 2] == s

def g(target="foobarbazwow", length=1061):
    return target[(len(target) - 5) // 2]

assert f(g())

def f(x: int, a=252535, b=1270200):
    if x > 0 or a > 50 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=252535, b=1270200):
    return int(a) + int(b)

assert f(g())

def f(s: str, target="foobarbazwow", n=1000):
    if len(target) >= len(s):
        return target and target == s
    else:
        return target

def g(target="foobarbazwow", n=1000):
    return target and "foobarbazwow"

assert f(g())

def f(v: int, a=255048, b=255050500):
    a = a + b
    return v > a

def g(a=255048, b=255050500):
    return int(a) + int(b)**2

assert f(g())

def f(s: str, word="konjac"):
    for i in range( len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str(word[0]+word[1])

assert f(g())

def f(x: int, a=1365, b=6):
    return x == a and b == b

def g(a=1365, b=6):
    return a * (b + -5)

assert f(g())

def f(s: str, word="clapblast", max_len=21):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="clapblast", max_len=21):
    if len(word) <= max_len:
        return word
    return int(word) == max_len and word[0] == s

assert f(g())

def f(n: int, m=1):
    return n > 1

def g(m=1):
    return m * (1 + 2) ^ (2 + 3) ^ (m + 1)

assert f(g())

def f(c: int, bound=140000):
    return c > bound or [4 + bound] == 0

def g(bound=140000):
    return bound + 1

assert f(g())

def f(x: int, a=89655095):
    return x == a

def g(a=89655095):
    return int(a)

assert f(g())

def f(t: str, x=10, b=5):
    return str(x) in t

def g(x=10, b=5):
    return str(x) if x else 0.5

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x != b

def g(a=1073258, b=72352549):
    return int(a)*b

assert f(g())

def f(a:int, b=2110):
    return a >= b and b <= a

def g(b=2110):
    return int(b + (b - b) * 255)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i != len(word) - 1:
            s += word[i]
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, v=63, w=100):
    return v > w and n < w or n > w

def g(v=63, w=100):
    return int(v**2) + 2

assert f(g())

def f(c: int, b=3515):
    return c > b

def g(b=3515):
    return b + 1

assert f(g())

def f(n: int):
    return n * n > 0

def g():
    return 10

assert f(g())

def f(s: str, word="rabbi", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="rabbi", max_len=10):
    return word

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    assert len(s) == len(word)
    return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    return "antidisestablishmentarianism"

assert f(g())

def f(x: int, a=-380, b=14546310):
    return x - a > b

def g(a=-380, b=14546310):
    return int(int("123456789" + "0"*9) ** 0.5) - a

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(len(indexes) + 1, len(target) + 1):
        if target[indexes[i - 1] - 1] == i:
            return False
    return True

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):

    def get_args() -> List[int]:
        if target[0] == 0:
            return target
        if target[0] == 3:
            return target
        return target
    return target

assert f(g())

def f(s: str, target="enightenment"):
    return len(s) == len(target)

def g(target="enightenment"):
    return target or len(s) == len(target)

assert f(g())

def f(x: List[int]):
    return x[0] == 0 and x[1] == 0

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(s: str, target="foobarbazwowwobbobbow", length=6):
    return target[(len(target) - length) // 2:] == s

def g(target="foobarbazwowwobbobbow", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(s: str, target="wonderful", weight=2):
    return target[(len(target) - len(target) % 2) // 2] == s

def g(target="wonderful", weight=2):
    return target[(len(target) - len(target) % 2)// 2]

assert f(g())

def f(n: int, t=197, upper=20):
    if n <= 1:
        return False
    n = 3 * n + 1 if n % 2 else n // 2
    if n <= 1:
        return True
    if n < 1:
        return s.lower() < t.lower()
    return False

def g(t=197, upper=20):
    if upper == 20:
        return 2
    elif lower == 20:
        return 1
    else:
        return 0

assert f(g())

def f(x: int, a=125, b=13):
    return x - a == b

def g(a=125, b=13):
    return int(a) + b

assert f(g())

def f(s: str, target="foobarbazwow", l=6):
    if isinstance(s, str):
        return str(s) == target
    elif isinstance(s, list):
        return s / len(s)
    return len(s) % nums

def g(target="foobarbazwow", l=6):
    if isinstance(target, str):
        return target
    elif isinstance(target, list):
        return target
    return target + 1

assert f(g())

def f(x: int, a=15356895, b=27, upper_bound=150):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15356895, b=27, upper_bound=150):
    return a + b

assert f(g())

def f(x: float, a=2021, b=3147483648):
    return abs(x**2 - a) >= 3147483648

def g(a=2021, b=3147483648):
    return float(a**2 - (b + 1) * 2)

assert f(g())

def f(g: int, v=6, k=3):
    if g == 2:
        return 0
    return 0 <= k <= 3

def g(v=6, k=3):
    return int(6*k) + v*k

assert f(g())

def f(substring: str, string="ooobogooofasd"):
    p = str(substring)
    for i in range(len(p)):
        if i % 2 == 0:
            return p.upper() < p[i]
    return False

def g(string="ooobogooofasd"):
    return str(string)

assert f(g())

def f(s: str, words=[]):
    return s.split("\n")[0] == "Hello world"

def g(words=[]):
    for i in words:
        if n in words and i == 0:
            return f(words)
    return ("Hello world" + "")

assert f(g())

def f(t: str):
    return all(i in t for i in range(len(t), 10))

def g():
    return "hello world\n"

assert f(g())

def f(s: str, option='p', length=20):
    return s.count('p') == len(option)

def g(option='p', length=20):
    if length in ('abc', 'def'):
        return "abcdefghijklmnopqr' | '\\d{3,4}\\p{6}' | '\\d{3,4}\\p{6}'"
    else:
        return option

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456")

def g():
    return int(int("123456"*9)**0.5) + 1

assert f(g())

def f(e: List[int]):
    return all(n for i in range(20, 2) and (not(i & 1)) == 0 and (not(i & 1) & 0))

def g():
    return [1, 2]

assert f(g())

def f(n: int, a=1542185, b=12472391):
    return n-a == b or n-a >= b

def g(a=1542185, b=12472391):
    return a + b or a - b

assert f(g())

def f(s: str, x=None):
    return s.lower() == "moooboooofasd"

def g(x=None):
    return "moooboooofasd"

assert f(g())

def f(s: str, target="fuzzy"):
    if len(target) > 0:
        return s == target
    return int(s[-1:]) == len(target) + 1

def g(target="fuzzy"):
    if target == "fuzzy":
        return "fuzzy"
    elif target == "fuzzy":
        return "fuzzy"
    elif target == "fuzzy":
        return target(":")
    else:
        return target

assert f(g())

def f(n: int):
    return str(n * n).startswith("123")

def g():
    return int(str("1"*9) * 9)

assert f(g())

def f(nums: List[int]):
    if len(nums) == 3:
        return True
    return False

def g():
    return [255, 0, 0]

assert f(g())

def f(x: int, a=5, b=23463462):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=23463462):
    if a < 0 or b < 0:
        return a
    else:
        return b + a

assert f(g())

def f(s: str, big_str="abcdef", index=2):
    return big_str.index(s) == index

def g(big_str="abcdef", index=2):
    return str(big_str.replace("abcdef", "abcdef")[2])

assert f(g())

def f(x: float, b=6313):
    return float(b) == 6313

def g(b=6313):
    return float(255.9)

assert f(g())

def f(n: int, m=9, p=20):
    m = n
    return m == m and p == p

def g(m=9, p=20):
    return p - m

assert f(g())

def f(s: str, g="konjac"):
    for i in range(len(g)):
        if i == 0:
            if s[i] != g[i]:
                return False
    return True

def g(g="konjac"):
    return "konjac" if len(g) < 1 else g[0]

assert f(g())

def f(lb: List[bool], r=1034):
    return sorted(lb) == sorted('Minimize').count([r, 1]) and lb[r] == 'Replace'.count([r, 1]) or len(lb) == r

def g(r=1034):
    return [r in ('Minimize', 'Replace') for r in range(1034)]

assert f(g())

def f(s: str, big_str="foobar", l=2):
    return min(s) == max(s) == str(len(s))

def g(big_str="foobar", l=2):
    return min(str(len(s)) for s in str(big_str))

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        m -= 1 if m % 2 else m // 2
        if m > 1:
            return True
        else:
            return False
    return False

def g():
    return 3 * (1 + 2 + 3 + 7 + 2 + 4 + 9 + 7 + 14 + 1 + 12 + 9)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Hello world')

def g():
    return "Hello world"

assert f(g())

def f(x: float, a=1020):
    return 2 + a >= 1020 + 1 or 2 < 1020 and 1 < a < 5

def g(a=1020):
    return (a * 9 ** 0.5) + 1

assert f(g())

def f(x: List[int], a=8, b=-93206):
    return x[0] == a

def g(a=8, b=-93206):
    return [a, b]

assert f(g())

def f(s: str, word="antity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antity", max_len=10):
    if len(word) <= max_len:
        return word[0] + word[1:]
    return int(word[0]+word[-1:]**2)

assert f(g())

def f(li: List[int], target=[17, -1, -1, 3], n=3):
    for i in range(n):
        if li < target[:8]:
            return li
    return li.count("a") == li.count("a")

def g(target=[17, -1, -1, 3], n=3):
    for i in range(n):
        if target[:8]:
            return target[:8]
    return target[:, :-1]

assert f(g())

def f(s: str, word="konjac"):
    for i in range( len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str(word[:-1] ) if word[:-1] != 0 else len(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s > target

def g(target="foobarbazwow", length=6):
    return "foobarbazwow" + "foobarbazwow" + target

assert f(g())

def f(x: int, a=1001139, b=13507766):
    return -x % b == 0

def g(a=1001139, b=13507766):
    return 0

assert f(g())

def f(s: str, word="prudecity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return str(word) != max_len

def g(word="prudecity", max_len=10):
    if len(word) <= max_len:
        return word[0:max_len]
    return str(word) != max_len

assert f(g())

def f(seq: List[int], n=10000, length=15001):
    return all(i in [1, 2] for i in seq) and sum(seq) <= n and len(seq) <= length

def g(n=10000, length=15001):
    if 0 <= n <= length:
        return []
    assert n <= length
    assert len(seq) == 15000 and sum(seq) <= n
    return sequences[seq]

assert f(g())

def f(count: int, a=100, b=1000):
    return count >= a and count != a

def g(a=100, b=1000):
    return 2** a + 3 ** b

assert f(g())

def f(s: str, n=1000):
    s = '   <1> <2> '
    if len(s) == 0:
        return False
    else:
        s = ' ' + str(s)
        if s == "" or s != str(s): 
            return False
    return True

def g(n=1000):
    return "[" + str(n) + "]\n"

assert f(g())

def f(x: int, a=-381, b=14546310):
    return x - a > b

def g(a=-381, b=14546310):
    if a > b:
        return a
    else:
        return b

assert f(g())

def f(t: str, s="bbBcRgDtDgDg"):
    return s == t

def g(s="bbBcRgDtDgDg"):
    return "bbBcRgDtDgDg"

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == len(word) and len(s[:len(word)]) == len(word):
        return True
    if len(s) == len(word):
        return False
    return False

def g(word="konjac"):
    return "konjac" if len(word) == len(word) else None

assert f(g())

def f(n: int):
    return str(n ^ 24).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) + 2)

assert f(g())

def f(x: int, a=1375, b=145543):
    return x - a == b

def g(a=1375, b=145543):
    return a + b or a - b == 1375

assert f(g())

def f(x: int, a=37, b=4, c=3):
    if x < 0.3 or x > 0.1:
        return x - a == sum([0.0]) + b
    return sum(x < 0.3) < x - a == sum([0.0]) + b

def g(a=37, b=4, c=3):
    if a < 0.3 or a > 0.1:
        return a + b or (a, b)
    return sum(a < 0.3) < a + b or (a, b)

assert f(g())

def f(l: str):
    return 'world' == l.lower()

def g():
    return 'world'

assert f(g())

def f(s: str, word="man", max_len=100):
    if len(word) <= max_len:
        return word == s
    return max(max(word[1:]) and len(word[0]))

def g(word="man", max_len=100):
    if max_len:
        return word
    if len(word) <= max_len:
        return word
    return "man"

assert f(g())

def f(n: int):
    if n > 2:
        return False
    else:
        n += 1
    return True

def g():
    return 1

assert f(g())

def f(n: int, w = 13):
    return n // w >= 10

def g(w = 13):
    return w ** 9

assert f(g())

def f(n: int, v=0):
    if n < 0:
        return False
    return True

def g(v=0):
    return (int(v + 1) + 2) + 3

assert f(g())

def f(x: int, a=3490):
    if a == 2:
        return x //2 == 0
    elif a == -1:
        return x //2 == 1
    elif a == -2:
        return x //2 == 1
    elif a == -3:
        return x % 2 == 0
    else:
        return x + a // 2 == 1

def g(a=3490):
    return a //2 - a + 1

assert f(g())

def f(x: int):
    if (x < 0) and (x > 0):
        return False
        x -= 1
    return True

def g():
    return int(int("123456789" + "0" * 9) * 0.5) + 1

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a

def g(a=345346363, b=10):
    return a *b

assert f(g())

def f(s: str):
    if len(s) < 7:
        return False  # not enough space to read/write back
    return True

def g():
    return str(int(int("456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", min_len=10, max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", min_len=10, max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and word[0] == word[-1] and word[-1] == word[-1]

assert f(g())

def f(x: int):
    return x % 2 == 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=10202800000010116):
    return 3 / 2 + 2 > 0

def g(a=10202800000010116):
    return int(a) - a

assert f(g())

def f(s: str):
    return set(s) == set("7*/5-+*/") and s.count("0") != 1

def g():
    return "7*/5-+*/"

assert f(g())

def f(name: str, s="I"):
    return name.index(s) == 0

def g(s="I"):
    return "I am a"*s.startswith("" + "")

assert f(g())

def f(x: int, a=5, b=23456789):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=23456789):
    return int(a + b)

assert f(g())

def f(s: str, target="desperationaryism", default=True):
    if len(s) == 10:
        return s[::-1] == target
    return s[::-1] == target

def g(target="desperationaryism", default=True):
    if len(target) == 9:
        return s[::-1]
    if len(target) == 10:
        return target[::-1]
    else:
        return target[::-1]

assert f(g())

def f(s: str, word="antity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antity", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0 : 1000]) + word[1 : 1000]

assert f(g())

def f(s: str, name="jdofoo"):
    return s.lower() == name

def g(name="jdofoo"):
    return str(name)

assert f(g())

def f(n: int, v=142212):
    return n >= v and n != v

def g(v=142212):
    return 1 << v or ((v > 1) + 9) < 10

assert f(g())

def f(start: int, m=1139):
    return m < start and m == m

def g(m=1139):
    return m * (m + 1)

assert f(g())

def f(x:int, b=14546310):
    return x - b > 0

def g(b=14546310):
    return int(int("123456789" + "0"*9) * 1509)

assert f(g())

def f(xmax: int, pos=0):
    return pos == 0

def g(pos=0):
    return -1

assert f(g())

def f(x: int, a=1020, b=10):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=1020, b=10):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2] in s

def g(target="foobarbazwow", length=6):
    print("hi")
    return "%s"%target

assert f(g())

def f(x: int, a=102534, b=10):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=102534, b=10):
    if a < 0 or b < 0:
        return a << b
    else:
        return a + b

assert f(g())

def f(n: int, a=18, b=20):
    return n % a != 0 or a == 0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0 or 0.0

def g(a=18, b=20):
    a += 2
    b += 2
    return a + b + a

assert f(g())

def f(i: int, n = 123456789):
    return i == n or len(i) == n

def g(n = 123456789):
    return int(n)

assert f(g())

def f(a: int):
    return a > 2 * 5 if a else abs(a)

def g():
    return int(int("123456789" + "0"*3) ** 0.5)

assert f(g())

def f(x: int, a=53272714):
    if x == 5129:
        return -1 >= a >= 5129
    else:
        return x > 5129
    return x << a

def g(a=53272714):
    if a == 5269:
        return 5269
    else:
        return 5269

assert f(g())

def f(t: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2 - len(target) + length] == t[:len(target) - len(target) + length]

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2 - len(target) + length]

assert f(g())

def f(x: int, a=10000010000):
    return x == a

def g(a=10000010000):
    return a

assert f(g())

def f(x: int, a = 253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 253532, b=1230200):
    return a +b

assert f(g())

def f(s: str, target="doe"):
    return s == target

def g(target="doe"):
    return target if target else None

assert f(g())

def f(x: int, b=500764):
    n = 3
    return (b * n) >= 1

def g(b=500764):
    n = 3
    return b * n + 1

assert f(g())

def f(s: str, a="hello", u=0, v=0):
    return s in a

def g(a="hello", u=0, v=0):
    r = str(a)
    return r.replace("hello", "hello")

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i]:
                return False
    return True

def g(word="konjac"):
    return getattr(f, word, "(0, 0)")

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmorePALTER"):
    caps = 0
    for c in s:
        if c == c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmorePALTER"):
    caps = 0
    for c in s:
        if c == c.lower():
            caps += 1
    return s_case == (1,2) if caps > len(s) // 2 else s.lower()

assert f(g())

def f(x: str, a=6411):
    return int(str(x) + x) == x or x == 1 or x == 2 or x == x

def g(a=6411):
    return str(a + a)

assert f(g())

def f(x: int, a=381, b=13748, c=107):
    return x - a == b

def g(a=381, b=13748, c=107):
    return a + b

assert f(g())

def f(x: int, a=345666599, b=10):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=345666599, b=10):
    if a < 50 and b < 10:
        return a - b
    return a + b

assert f(g())

def f(x: int, a=42, b=120344):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=42, b=120344):
    if a > 50:
        return a-a == b
    else:
        return a + b

assert f(g())

def f(a: int):
    x = a * 3 - 1
    if a == 1:   
        return (x + 1) % 2
    elif a == -1:
        return x % 2 == 1
    else:
        return (x + a) % 2 == 1

def g():
    return int(int("123456789" + "1"*9) * 9)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 : len(target) - 3]

assert f(g())

def f(s: str):
    if not s:
        return False
    if len(s) != 5:
        return False
    return True

def g():
    return str("Hello")

assert f(g())

def f(y: int, a=253532, b=1230200):
    if y > 1 or b > 50:
        return y - a == b
    else:
        return y + a == b

def g(a=253532, b=1230200):
    if a < 500:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=345346363, b=1):
    return n // b == a

def g(a=345346363, b=1):
    return a//b

assert f(g())

def f(i: int, a=16, b=54368639):
    if a == 1:
        return i % 2 == 0
    elif a == -1:
        return i % 2 == 1
    else:
        return i + b == a

def g(a=16, b=54368639):
    if a == 1:
        return a * b
    elif a == -1:
        return a * b
    else:
        return a - b

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 5 == 0
        n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 == 0

def g():
    return int(int("123456785" + "0"*9) ** 5)

assert f(g())

def f(x: str, s=[]):
    for ii in x[0:4]:
        if s != ii:
            print
        else:
            print
    return x[0] != s

def g(s=[]):
    return "Hello world"

assert f(g())

def f(x: List[int]):
    return sorted(x) == list(range(100)) if x[0] == 0 else sorted(x)
    return x[0] == 0

def g():
    return list(range(100))

assert f(g())

def f(s: str, target="reverse me"):
    return str(s.lower()) == target

def g(target="reverse me"):
    if target != "" or target != "reverse me" and target != "reverse" or target == "reverse" and target == "reverse" and target == "reverse" and target == "reverse":
        return target
    else:
        return target

assert f(g())

def f(x: int, a=8634, b=-2261):
    return a + x == b

def g(a=8634, b=-2261):
    return - a + b

assert f(g())

def f(x: str, s=[]):
    i = 0
    for c in x:
        if c != s[i]:
            return False
    return True

def g(s=[]):
    """
    The function that calculates the sum and difference,
    between the last and the last "string":

            "a" > "b"
    """
    if len(s) == 2:
            return [1, 0, 3, 0]
    else:
        return ""

assert f(g())

def f(s: str, word="tree", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] < max_len) == len(word[0])

def g(word="tree", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[0] < max_len) == max_len

assert f(g())

def f(s: str, word="antitypene", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antitypene", max_len=10):
    if word != "antitypene":
        return str(word) + 1  # If word contains a hyphen
        # If word contains a hyphen-like name
        return str(word) + max_len

    # Now let's assume that word is not empty
    return word

assert f(g())

def f(s: str):
    if s == '':
        return ""
    if s == "a" and len(s) == 2:
        return s[0:2] == 'Hello world'
    else:
        return s[0:2] < "Hello world"

def g():
    return str("Hello world")

assert f(g())

def f(n: int, b=330099):
    if n >= 255:
        b = 0
    else:
        b = str(n)
    return n > b

def g(b=330099):
    return int(b) * b

assert f(g())

def f(t: str, s="abacababeac", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abacababeac", target=7):
    print(s)
    return "abcabeac"

assert f(g())

def f(s: str, word="antistinacroifact"):
    for i in range(len(word)):
        if len(word) == 1:
            return s[i] == word[i]
        else:
            return s[0] == word[3]
    return None

def g(word="antistinacroifact"):
    for i in range(len(word)):
        if len(word) == 2:
            return str(word[i+1])
        else:
            return str(word[3])
    return None

assert f(g())

def f(n: int, a=1024):
    return n == a

def g(a=1024):
    return a

assert f(g())

def f(f: str, s=['a', 'b'], n=4):
    if f == 'b':
        f = 'b'
    return f == 'b' or f == 't'

def g(s=['a', 'b'], n=4):
    if s == ['a']:
        return "a"
    elif s == ['b']:
        return "b"
    elif s == ['t']:
        return "t"
    elif s == ['b']:
        return "b"
    else:
        return "t"

assert f(g())

def f(x: int, a=15443462):
    return x == a

def g(a=15443462):
    return int(a)

assert f(g())

def f(x: List[int]):
    return list(x[-1] for x in x) == list(range(5) for i in range(len(x) - 1))

def g():
    return []

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=32):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=32):
    if len(word) <= max_len:
        return word
    return int(word) == len(word) and word[0] == s or word[1] == s[1]

assert f(g())

def f(s: str, chars=['h', 'e', 'l', 'S', 'L', ' ', 'o', 'M', 'c', ' ', 'a', 'G', 'c', 'T', 'z', ' ', 's', 'T', ' ']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['h', 'e', 'l', 'S', 'L', ' ', 'o', 'M', 'c', ' ', 'a', 'G', 'c', 'T', 'z', ' ', 's', 'T', ' ']):
    return str(chars)

assert f(g())

def f(s: str, word="bbr"):
    if len(word) < len(s):
        return None
    if len(word) > len(s) and s < s[1]:
        return True
    return False

def g(word="bbr"):
    return "" + "br"

assert f(g())

def f(n: int):
    return str(n * n + n).startswith("1234")

def g():
    return int(int("123456789" + "7"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=0):
    return len(s) == len(s)

def g(n=0):
    return str(n * (n + 1))[::-1]

assert f(g())

def f(n: int, target=0, upper=20):
    m = n
    while m <= 2 ** upper:
        n = 3 * m + 6 if m / 2 else m // 2
    return 0 <= n * m and m <= m + 2 ** upper

def g(target=0, upper=20):
    m = target
    while m <= 3 ** target:
        m = m + 2 ** upper
    return m * m

assert f(g())

def f(x: int, a=866556, b=-93207):
    return x - a > b

def g(a=866556, b=-93207):
    return int(int("9999999999999999999959999999999999999999999999" + "99999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999"))

assert f(g())

def f(m: int, a=345346363):
    return m // a == a

def g(a=345346363):
    return a * a

assert f(g())

def f(list: List[int], n=31):
    n = len(list)
    if n > 9:
        for k in list:
            for i in range(n):
                if i != k:
                    return False
    return True

def g(n=31):
    return [1, 2]

assert f(g())

def f(x: int, a=253532, b=123020):
    return x - a == b

def g(a=253532, b=123020):
    return a + b

assert f(g())

def f(s1: str, target="reverse me", reverse=True):
    return s1[::-1] == target[::-1]

def g(target="reverse me", reverse=True):
    if target == reverse: return "reverse me"
    else: return "reverse me"

assert f(g())

def f(x: str, parts=['I!'], string="I!!!!!dumplings!!!!!"):
    return str(x) == string

def g(parts=['I!'], string="I!!!!!dumplings!!!!!"):
    return 'I!!!!!dumplings!!!!!'

assert f(g())

def f(d: int, n=12345678):
    return d > n or n == 13

def g(n=12345678):
    return (123456789 + 0) * n

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    g()

assert f(g())

def f(n: int, s0=3, a=["dog", "bird", "dragon"]):
    return str(n * n).startswith("123456789")

def g(s0=3, a=["dog", "bird", "dragon"]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1364, b=-9420):
    return x - a < b

def g(a=1364, b=-9420):
    return int(a * b * 5) + (a + b) * (a) + (-b) * (a)

assert f(g())

def f(t: str, target="reverse me", reverse=True):
    return t[::-1] == target

def g(target="reverse me", reverse=True):
    return target.replace("", "")[::-1]

assert f(g())

def f(s: str, word="theory", max_len=10):
    if len(word) >= max_len:
        return word
    return str(s[1:-1]) == word[1:-1] and word[0] == s[0] and word[-1] == s[-1]

def g(word="theory", max_len=10):
    if len(word) >= max_len:
        return word
    else:
        return word

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.lower() == target or s.lower() == target and type(target).lower() == target and target in s.reverse()

def g(target="reverse me", reverse=True):
    if type(target) != type(reverse):
        type(target) == type(reverse)
    return "reverse me"

assert f(g())

def f(x: int, a=1350, b=8):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=1350, b=8):
    if a > 5 and b < 8:
        return a + b
    elif a > 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=2465, b=-2):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2465, b=-2):
    return int(a^b) + b

assert f(g())

def f(str: str):
    return all(sub in str[0:3] for sub in str[3])

def g():
    return "Hello World"

assert f(g())

def f(x: int, a=3, b=47368640):
    if a != 1:
        return x % 2 == 0
    else:
        return x + a != b

def g(a=3, b=47368640):
    if a not in (0,1):
        return 0
    else:
        return -1

assert f(g())

def f(n: int, sum=0):
    for i in "0123456789":
        while sum > 0:
            n += 1
        assert sum % 2 == 0
    return sum % 2 == 0

def g(sum=0):
    for i in "0.":
        assert sum % 2 == 0
    return sum

assert f(g())

def f(string:str, substring="a", length=100):
    return substring[(len(string) - length) // 2:(len(string) + length) // 2] == string

def g(substring="a", length=100):
    return substring[-2:]

assert f(g())

def f(x: int, a=9726043):
    return x == a

def g(a=9726043):
    return a

assert f(g())

def f(s: str, word="konjac"):
    for j in range(len(word)):
        if j == 0:
            if s[j] != word[j]:
                return False
    return True

def g(word="konjac"):
    return word + "konjac"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len and max_len <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    c = list(word)
    if 0 == c:
        print("sorted")
    elif len(word) <= max_len:
        print("sorted out")
    return word

assert f(g())

def f(li: List[int], k=16):
    return sorted(li) == list(range(999)) and all(li[i] != i for i in range(0, k))

def g(k=16):
    return sorted(list(range(999)), reverse=True)

assert f(g())

def f(n:int, c = 100, max_len=10):
    return n > c

def g(c = 100, max_len=10):
    return 100 + max_len

assert f(g())

def f(x: int, a=50, b=120):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + b > b

def g(a=50, b=120):
    if (a < 2) or (b < 0) and (a > b):
        return a * b - a * b + b
    else:
        return b * b - 1

assert f(g())

def f(x: int, a=153906922):
    return x == a

def g(a=153906922):
    return a

assert f(g())

def f(x: float, a=1073258, b=72352549):
    return x ** 2 >= 2

def g(a=1073258, b=72352549):
    return float(1.5*a) - float(2.5)**3

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("5") + str(d).count("6")))

def g(n=123456789):
    return int(n) * n

assert f(g())

def f(s: str, n=1000):
    for q in s:
        if q != ':' or q != ':':
            return True
    return False

def g(n=1000):
    return str(n * n)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] and i == 0 or s[i] != word[i] and i == 0 or s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:3]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=153):
    return n * a != 0 and (n < a or n) * b != 0

def g(a=15, b=27, upper_bound=153):
    return -1 * a + (b < a)

assert f(g())

def f(s: str, word="antityy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] * max_len) >= min(max_len)[0] and word[-1] == s[-1] and max_len[0] >= min(max_len)[0]+1

def g(word="antityy", max_len=10):
    if len(word) <= max_len:
        return word
    return int(re(word[:-1] * max_len)[0] + 1)

assert f(g())

def f(s: str, word="kyoucho"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kyoucho"):
    return str(word)

assert f(g())

def f(n: int):
    return str(n).startswith("77410")

def g():
    return int(int("77410" + "0"*9) ** (0 + 1) + 2)

assert f(g())

def f(n: int, nums=[100, 200, 200, 300], target_prob=0.5):
    return all(n % n == 0 for n in nums) and all([n % 2 == 0 for n in nums] or n == 0)

def g(nums=[100, 200, 200, 300], target_prob=0.5):
    return all(nums) + 1

assert f(g())

def f(n: int):
    return n > 1 and n >= 1  # 1.01 + 10/(n) = 0.05 and 1.02 == 1.03

def g():
    return int(int("123456789" + "255"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(100, 100)) and all(li[i] != i for i in range(len(li)))

def g():
    return list(range(100, 100))

assert f(g())

def f(st: str, b="hello world", a="hello world"):
    return st + a > b

def g(b="hello world", a="hello world"):
    a = str(b)
    return str(a) + b

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    if len(s) == 1:
        return len(s) == 3
    if len(s) == 2:
        return len(s) == 6
    if len(s) == 3:
        return len(s) == 4
    return len(s) == 5

def g(a="hello", b="yellow", length=4):
    if len(a) == 4:
        return a
    if len(a) == 6:
        return a
    if len(a) == 5:
        return a
    return a

assert f(g())

def f(s: str):
    n = len(s)
    for i in "0123456789":
        if s.count(i) == 1:
            return True
    return False

def g():
    return "[123456789]"

assert f(g())

def f(n: int):
    m = 0
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        if m == 0:
            return True
        if m == 0 or m - n:
            return True
    return False

def g():
    return int(int("3" + "4" + "5" + "6") * 9)

assert f(g())

def f(s: str):
    return s in ["Aaaaabeaaa"]

def g():
    return "Aaaaabeaaa"

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n == a

def g(a=1073258, b=72352549):
    return a

assert f(g())

def f(s: str):
    return s == "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g():
    return 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'

assert f(g())

def f(x: int, a=500, b=-1, c=1, d=1132):
    """
    Args:
      x: int
      b: float
      c: longlong
    Returns:
      A: int
    """
    if x > 0 or a > 50:
        return x - (a - b) == 0
    else:
        assert x is a
        return -a

def g(a=500, b=-1, c=1, d=1132):
    """
    Args:
      a: float
      b: double
    Returns:
      A: int
    """
    if a and b >= 0 or c >= 0:
        return a-b
    else:
        assert a and b != c
        return -a

assert f(g())

def f(probs: List[int]):
    probs = list(zip(list(probs) for probs in zip(probs, list(probs))) for probs in probs)
    return len(probs) <= len(probs)

def g():
    return []

assert f(g())

def f(z: int, a=1112, b=15000):
    return z > b

def g(a=1112, b=15000):
    return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s + 'world' == target or (s == target) == reverse

def g(target="reverse me", reverse=True):
    if not target:
        return None
    return target

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == 3 and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == 3 and word[0] + 3 <= s[0] and word[-1] + 3 <= s[-1]

assert f(g())

def f(x: int, a=11, b=107770):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=11, b=107770):
    if a > b:
        return a + b > b
    else:
        return a + b

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 3  # nums = 3 and 3 must not equal 1

def g(n=12345):
    return [n for i in range(1000)]

assert f(g())

def f(t: str, s="Problems"):
    return t[0] != "aeiouy" and t[1] != "aeiouy" and t[2] != s

def g(s="Problems"):
    return "Problems"

assert f(g())

def f(s: str, t=3):
    if s[t] != "0123456789":
        return True
    if s[t] == "0123456789":
        return True
    if s[t] == "0123456789":
        return True
    return False

def g(t=3):
    return "test"

assert f(g())

def f(c: str):
    return c.lower() == "\""

def g():
    return "\""

assert f(g())

def f(i: int):
    return len(str(i + 1)) >= len(str(i + 9899999999))

def g():
    return int(int("123456789" + "123456789" + "789") ** 0.5) + 1

assert f(g())

def f(x: int, a=5, b=10):
    return x * a > b

def g(a=5, b=10):
    return int(a * (a+b + 1000)) + 1000

assert f(g())

def f(x: int, a=8986593):
    return x == a

def g(a=8986593):
    return a

assert f(g())

def f(v: float, c=23, d=63):
    return v // c == d

def g(c=23, d=63):
    return float(c * d) + 1

assert f(g())

def f(n: int, u=20, v=20, m=8):
    return n - v and ((n % m == 0) and v % m != m) == 0 or 0 and v == m and v == m or 0

def g(u=20, v=20, m=8):
    return u + (v * 256) * ((m + 1) % 255) + m + 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return len(word[1:]) == len(word[-1])  and word[0] == s[0] and word[-1] == s[-1] and word[-1] == s[-2] and words[0] > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    return word[1] == 1 or word[-1] == 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "58" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(n * n) * n

assert f(g())

def f(x: int, a=10, b=1303):
    return x - a == b

def g(a=10, b=1303):
    return a + b

assert f(g())

def f(t: str, target='hello world'):
    return t == target

def g(target='hello world'):
    return "hello world"

assert f(g())

def f(y: List[int]):
    return len(y) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str, word="arachonomofanism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len or (max_len % max_len == 0):
        return word == s
    elif len(word) < max_len or max_len == 0:
        return word == s
    elif len(word) < 2: return word == s

def g(word="arachonomofanism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) == max_len or (max_len % max_len == 0):
        return word
    elif len(word) < 2: return word == s

assert f(g())

def f(n: int, a = 10210):
    return n == a

def g(a = 10210):
    return int(int(a))

assert f(g())

def f(s: str, target="s1", n=31):
    return s == target

def g(target="s1", n=31):
    return target

assert f(g())

def f(x: int, a=10200010000):
    return x == a

def g(a=10200010000):
    return a

assert f(g())

def f(ls: List[str]):
    return min(ls) == max(ls)

def g():
    return ["a" * 3 + "b" for i in range(1000)]

assert f(g())

def f(s: str, word="konjac"):
    return len(s) >= len(word) and len(word) <= len(word)

def g(word="konjac"):
    return ("123456789")

assert f(g())

def f(s: str):
    return str(len(s) < 4) and 'world' in s

def g():
    return "world"

assert f(g())

def f(s: str, word="vang", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] or len(word[0]-word[0]) == max_len

def g(word="vang", max_len=10):
    s = str(word)
    if len(s) != max_len:
        return word
    return s

assert f(g())

def f(s: str):
    return 'hello World' in s + 'world'

def g():
    return "[hello World]"

assert f(g())

def f(s: str):
    return s == "+"              # matches symbol

def g():
    return "+"                         # matches symbol

assert f(g())

def f(n: int, a=34534):
    return n // a == 0

def g(a=34534):
    return int(a/3) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] and target[(len(target) + length)//2:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:]

assert f(g())

def f(x: int, a=100, b=17088):
    if x > 0 and a > 50:
        return x + 1 > b
    else:
        return x + 1 + a > b

def g(a=100, b=17088):
    return int(a) * b + 1

assert f(g())

def f(n: int, v=7012):
    return v == 7012

def g(v=7012):
    return v ^ 2

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n // b == a

def g(a=253532, b=1230200):
    return a * b + 1

assert f(g())

def f(x: int, a=567823, b=5648):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=567823, b=5648):
    if a > 567823:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=12345678, b=123456789):
    return x > a

def g(a=12345678, b=123456789):
    return int(int(a * 3.64 * 3.64 * 3.64) + 4)

assert f(g())

def f(x: int, a=2375, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + x

def g(a=2375, b=1230200):
    return int(a * 9 + b) + 1

assert f(g())

def f(seq: List[int], n=10000, length=5017):
    return all([[0, 1], [0, 3], [2, 4], [3, 5], [6, 7], [5, 6], [6, 2]])

def g(n=10000, length=5017):
    return [1, 2, 3, 4, 9, 7, 8, 10, 3, 5, 6, 7, 8, 10, 6, 5, 9, 10, 9, 3]

assert f(g())

def f(x: int, a=170855, b=8, lower=90, seq=0x080000):
    return x - a - b > 0

def g(a=170855, b=8, lower=90, seq=0x080000):
    return lower + seq*0x080000 + a**0x080000 + b**0x080000

assert f(g())

def f(n: int, a=3034, b=80):
    return n // b == a

def g(a=3034, b=80):
    return int(a * b)

assert f(g())

def f(x: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if x[i] != word[i]:
                if x[i] != word[i].upper():
                    return False
    return True

def g(word="konjac"):
    if (word == "konjac"):
        return "konjac"
    else:
        return "konjac"

assert f(g())

def f(x: int, a=10713090):
    return int(x) == a

def g(a=10713090):
    return int(a)

assert f(g())

def f(t: str, a=1, d=13):
    return len(t) in [a]

def g(a=1, d=13):
    return str(a + (a-1) * d)

assert f(g())

def f(s: str):
    return s.count(s) == s.count(s[-1])

def g():
    return "123456789abcdefghijklmnopqrstuvw"

assert f(g())

def f(g: int):
    return g == 5

def g():
    return 5

assert f(g())

def f(start: int, k=3):
    start = 1
    prod = 0
    for i in range(start, start + k):
        prod += 1
    return prod >= start

def g(k=3):
    return k * k

assert f(g())

def f(s: str):
    return "Hello " + s >= "Hello world"

def g():
    return "world x"

assert f(g())

def f(n: int, a=45678535, b=10):
    return n // b == a

def g(a=45678535, b=10):
    return a * b

assert f(g())

def f(s: str):
    if len(s) != 1:
        raise TypeError("Invalid number of arguments")
    return len(s) == len(set(s)) or all(len(set(s))) <= 0

def g():
    return "1"

assert f(g())

def f(x: str, a=93252338):
    return len(x) == len(str(x))

def g(a=93252338):
    return str(a)

assert f(g())

def f(s: str, n=41):
    return "Hello " + s == "Hello world"

def g(n=41):
    return "world"

assert f(g())

def f(s: str):
    return s.lower() == s.lower() and len(s) != 26 or s.lower() != 234534

def g():
    return "a"

assert f(g())

def f(x: int, a=33771272, b=33771273):
    return a + b == x

def g(a=33771272, b=33771273):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=35):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s.count(word[0]) == 0

def g(word="antidisestablishmentarianism", max_len=35):
    if len(word) <= max_len:
        return word
    return int(max(s)[2:]) == max(s[2:])

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if word == s:
        return s[-1] == word or word[-1] == s[-1]
    return int(s[1:-1]) == s[-1] and word[-2] == s[-2]

def g(word="antidisestablishmentarianism", max_len=10):
    if word != "antidisestablishmentarianism":
        return "antidisestablishmentarianism"
    return "antidisestablishmentarianism"

assert f(g())

def f(x: int, a=434563):
    return x == a

def g(a=434563):
    return a #= 43456789

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s 
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(word[0:-1]) == max_len and word[-1] == s[0] and word[-1].startswith("a"*word[0]) or "a"*word[-1] == s[0]

assert f(g())

def f(n: int, b=10):
    return n // b == b

def g(b=10):
    return int(int(b) * b)

assert f(g())

def f(str: str):
    if len(str) == 5:
        return True
    if len(str) == 6:
        return True
    if len(str) == 7:
        return True
    if len(str) == 8:
        return True
    return False

def g():
    return "[\u0132]\u0132[\u0132]\u0132"

assert f(g())

def f(x: float, a=14302, b=5):
    return a > 0 or x < 0

def g(a=14302, b=5):
    return (float(a) * (float(b) - float(b)))

assert f(g())

def f(d: int, n=123456789):
    if d > n:
        return d > n
        return d > n + 1
    return {}

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(x: List[int]):
    return x.count(4) >= 1

def g():
    return [4]

assert f(g())

def f(x: float):
    return str(x).startswith("123456789")

def g():
    return float("0" + "0" + "0123456789")

assert f(g())

def f(n: int, max_len=10):
    assert n >= 0
    return int(n) <= max_len

def g(max_len=10):
    return 1 + 1

assert f(g())

def f(s: str, a0=123):
    return 'hi' in s and len({s[i] for i in range(3)}) == len({s[i] for i in range(3)})

def g(a0=123):
    return "hi" + "test"

assert f(g())

def f(n: int, a=214748, b=723456789):
    return n-1 > 255

def g(a=214748, b=723456789):
    return a + 1

assert f(g())

def f(indexes: List[int], target=[1, 4, 2, 5, 7, 13, 11, 9, 10, 10, 8]):
    for i in range(len(target) + 1, len(target) + 2):
        if target[indexes[i - 1] - 1] == i:
            return False
    return True

def g(target=[1, 4, 2, 5, 7, 13, 11, 9, 10, 10, 8]):
    return [1, 4, 2, 5, 7, 13, 11, 9, 10, 10, 10, 10, 8]

assert f(g())

def f(x: int, a=13487837, b=3147388):
    return -x >= a

def g(a=13487837, b=3147388):
    return 1 - (2 + 23*a + 23*b) + (2 - 23*b)

assert f(g())

def f(n: int, a=35, b=304898):
    return n // b == a

def g(a=35, b=304898):
    return a*b

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z / 1.0) == v

def g(v=9, d=0.0001):
    return float(v) + d

assert f(g())

def f(n: int, m=100):
    return n > 100

def g(m=100):
    return int(int("123456789" + "0"*9) ** 0.5 + m) + 1

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and p[-1] == 1 and p[2] == 0 and p[-1] == 2 or p[2] == 0

def g():
    return [1, 2, 0] and [2, 7, 0]

assert f(g())

def f(t: str, s="dccccccccc", target=17):
    if s is None:
        s = t
    for c in s:
        if c not in t:
            return False
    return True

def g(s="dccccccccc", target=17):
    if s is None:
        s = t
    print("\nYou don't need this at all, but you shouldn't have to do it!")
    if s is None:
        s = t + len(s)
    return s

assert f(g())

def f(s: str, a=1, b=2):
    return str (a) in s[2:]

def g(a=1, b=2):
    return "test 1 2 3 4 5 6"

assert f(g())

def f(n: int):
    m = n
    while m > 0:
        m = n % m + 1 if m % 2 else m // m + m
        if m % 2 != 0 and m % 3:
            return True
        m = m % m + 1 if m % 3 else m // m + m
        if m > 0:
            return False
        m = m % m + 1 if m > 0 else m + 1
    return m != len({n[0] * 2 + a + m})

def g():
    return 3

assert f(g())

def f(x: int, t=16, a=1, b=2):
    if x > 0 or a > 20:
        return x - a == b
    else:
        return x + a == b

def g(t=16, a=1, b=2):
    if t > 2:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    assert all(n.n() == 10 for n in {})
    return all(n.n() == 20 for n in {})

def g():
    return int(int("123456789" + "1"*9) + 1)

assert f(g())

def f(x: int, a=451234, b=531144):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + b > a

def g(a=451234, b=531144):
    return int(a * a + b * b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (s[i] != word[i].lower()):
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=3, b=23463462):
    n = n * 2
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == n:
            return True
        n = 3 * n + 1 if n >= lower_bound else n // 2

def g(a=3, b=23463462):
    if a < a and b < b:
        assert abs(a) > abs(b) and abs(b) > abs(a)
        assert abs(a) < abs(b) and abs(a) < abs(b)
    return (a*3 + b*3)**6

assert f(g())

def f(a: int, b=183933):
    return a == b

def g(b=183933):
    return int(int(22/3) - int(22/3) + b)

assert f(g())

def f(x: int, a=15, b=3, max_len=2):
    if x > 0:
        return x - a > b
    else:
        return x + a > b

def g(a=15, b=3, max_len=2):
    return ((1 + max_len) + 1) * (max_len + 1) * (3 + 1)

assert f(g())

def f(n: int):
    return n > 712

def g():
    return int(int("123456789" + "0"*8) * 9) + 1

assert f(g())

def f(d: int, n=123456789):
    return d == n - 1

def g(n=123456789):
    return n-1

assert f(g())

def f(n:int, a=4454784, b=10):
    return n // a == b

def g(a=4454784, b=10):
    return int(a) * 10 + b

assert f(g())

def f(x: int, a=1044, b=60):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1044, b=60):
    if a < 50 or b < 60:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return 'hi | bye | bye' in s

def g():
    return "hi | bye | bye"

assert f(g())

def f(start: str):
    return start and 'World' == 'World'

def g():
    return "world2"

assert f(g())

def f(d: int, n=123456789):
    return d > n * 2

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(k: int):
    return k > 255

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, a=14, b=5360):
    return n > (a + b) / 5

def g(a=14, b=5360):
    new_a = a + b
    new_b = a / (a + b)
    if new_a <= a:
        new_b += 1
    else:
        new_a = a
    new_b = b
    return new_b

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=1020):
    return a**0.5

assert f(g())

def f(s: str, max_nums=16):
    return len(s) == len(set(s)) and max_nums != 7

def g(max_nums=16):
    """Gustamogolka
    The program checks if the sequence of the digits is all integers. This is done
    by using an equality operator (operator-0). If the sequence number is not
    less than the maximum number of digits, return None."""
    return ""

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        start = n

    return n == start or 0

def g():
    return 5

assert f(g())

def f(x: int, a=922436):
    return x > a

def g(a=922436):
    return int(a * 2 + a * 9) + 1

assert f(g())

def f(name: str):
    return name.startswith("b") and name.endswith("br")

def g():
    return "br"

assert f(g())

def f(y: int, a=10201202000):
    return y % a == 0 and y == a

def g(a=10201202000):
    return 10201202000

assert f(g())

def f(n: int):
    for i in range(n):
        i -= 1
        if i == 2:
            return True
        elif i == 1:
            return True
        elif i == 2:
            return True

def g():
    return int(int(9)) ** 3

assert f(g())

def f(x: int, a=2021):
    return abs(x - a) == 10

def g(a=2021):
    return a - 10

assert f(g())

def f(s: str, e=20):
    return "Hello " + s == "Hello world".replace('%', ' ', e)

def g(e=20):
    return "world"

assert f(g())

def f(k: int, a=14307, b=429926):
    return a == k

def g(a=14307, b=429926):
    return 1 * a

assert f(g())

def f(left: str, word="antidisestablishmentarianism", c=3):
    if len(word) < 3:
        return word == ""
    return word == "antidisestablishmentarianism"

def g(word="antidisestablishmentarianism", c=3):
    if len(word) < 3:
        return "antidisestablishmentarianism"
    return "Antidisestablishmentarianism"

assert f(g())

def f(word: str):
    return word[0] == 'O' or word[0] == 'h' or word[0] == 'e' or word[0] == 'l'

def g():
    return "hello"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length)//2]

assert f(g())

def f(y: str):
    return str(y).count('o') != 32 + len(y) / 2

def g():
    return "123456789" + "0"*5

assert f(g())

def f(s: str):
    return len(s) > 5
    for i in range(len(s) / 16):
        x = set(s[i])
        e = list(range(10, len(x))).count("1")
        if (x != 0):
            continue
        if len(s) != 3:
            return 0
    return len(s) > 5

def g():
    return "the following number is between 0 and 255"

assert f(g())

def f(x: str):
    if x != 0.0:
        if len(x) > 5:
            return True
    return False

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=8, b=20):
    assert a < b
    return a < b - 5

def g(a=8, b=20):
    return a-5

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=10):
    if len(word) < 30:
        return word == s
    if len(word) > 70:
        return word == s
    if len(word) > 100:
        return word == s

def g(word="antisestablishmentarianism", max_len=10):
    if len(word) < 30:
        return word
    if len(word) > 70:
        return word

assert f(g())

def f(x: int, a=1073258):
    if x < 0:
        return False
    return True

def g(a=1073258):
    return int(a * 1177777777) + 100

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[0] != word[0] and s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == target) == reverse and s[::-1] == target

def g(target="reverse me", reverse=True):
    return target[::-1]

assert f(g())

def f(s: str, word="oafie"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="oafie"):
    return 'oafie'

assert f(g())

def f(x: float):
    return str(x).startswith("1255.345")

def g():
    return float(float("1255.345"))

assert f(g())

def f(v: int, a=123):
    return v*1/2 and v == a

def g(a=123):
    return int(a)

assert f(g())

def f(x: int, a=637, b=1130200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=637, b=1130200):
    if a < 50 and b < 150:
        return a - b
    else:
        return b + a

assert f(g())

def f(s: str, a="hello", b="hello", length=7):
    return len(s) == len(a)

def g(a="hello", b="hello", length=7):
    if b == "hello":
        return "hello"
    else:
        return "hello"

assert f(g())

def f(x: str, s=679):
    return len(x) == 5

def g(s=679):
    return str(s == "123456789" + "0"*9)

assert f(g())

def f(x: int, a=134589, b=126315):
    if x > 0:
        return x - a != b
    else:
        return x + a != b

def g(a=134589, b=126315):
    return int(int(a - b)) + 1

assert f(g())

def f(x: int, a=1055):
    return x - a >= 0 or a < 1055

def g(a=1055):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=3, b=22, upper_bound=150):
    return n != 0 or s == 0 and 1 < b == 0 or s == -1 and 1 < b == 0 and 1 < b == 0 and b == 1 and b == 1 and b < 1

def g(a=3, b=22, upper_bound=150):
    return int(int(a) + int(b) ** 0.5) + 1

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return s[0] == x[0] and s[1] == x[1] and s[2] == x[2]

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return "abcdef" + "\x00"

assert f(g())

def f(p: str):
    return str(p) in ["a", "c", "b", "f", "i", "g", "w", "r", "b", "i", "g", "w", "r", "c", "f", "i", "g", "w", "r", "c", "f", "i", "g", "w", "r", "c", "f", "i", "g", "w", "r"]

def g():
    return "i"

assert f(g())

def f(start: int, k=3, lower=150, seq=[1, 1, 2, 65, 18, 91, -30, 0, 19, 52]):
    return 0 <= start <= len(seq) - k + 1

def g(k=3, lower=150, seq=[1, 1, 2, 65, 18, 91, -30, 0, 19, 52]):
    """ Return the sequence of sequence from lower to lower of each sequence
    """
    k = len(seq)
    if k in seq:
        return seq[k]
    else:
        k = k + 1
    return 0

assert f(g())

def f(s: str, a=14):
    return len(s) == 14

def g(a=14):
    return "b" * a

assert f(g())

def f(n: int, nb=50, min_bound=1):
    return n > min_bound or n < min_bound

def g(nb=50, min_bound=1):
    return (nb * 3096) + min_bound

assert f(g())

def f(s: str, word="antidiemporability", max_len=10):
    if max_len:
        return s[0] == word[-1]
    return big_str.index(sub_str) == index

def g(word="antidiemporability", max_len=10):
    if max_len:
        return word[-1]
    return word

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target.lower() or -s

def g(target="reverse me", reverse=True):
    return "reverse me" if target else ""

assert f(g())

def f(x: int, a=1020):
    return 0 <= x <= a

def g(a=1020):
    return int(a < 0) * 9

assert f(g())

def f(s: str, x=100):
    if (len(s) % 12) < 10:
        return False
    else:
        return True

def g(x=100):
    return ("123456789" + "0"*8 + "123456789" + "0"*9)

assert f(g())

def f(t: str, s="abbbcabbabcdefghijijijijklmnopqrstuvwxyzabcdefghijkghijkklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijkghijkklmnopqqq"):
    for i in range(len(t)):
        c = t[i]
        while c != s[i]:
            c.startswith("123456789")

    return t[i] == c

def g(s="abbbcabbabcdefghijijijijklmnopqrstuvwxyzabcdefghijkghijkklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijkghijkklmnopqqq"):
    return s

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return not (s < target) or (s > target)

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int, a=5, b=60, c=100):
    return n > c and (0 < a < c) and (0 < a + c < n)

def g(a=5, b=60, c=100):
    return int(c * 9) + a

assert f(g())

def f(n: int, a=100, b=1000, c=3, count=16):
    return b * n + (a % b) == a

def g(a=100, b=1000, c=3, count=16):
    return c % a == b or count == 8 or 0

assert f(g())

def f(s: str, s1="aaT", s2="def", target=3):
    return s[-1] < s[-10] or s[-99] < s[-3] or s[-1] < s[-99] <= count(s[:10])

def g(s1="aaT", s2="def", target=3):
    return "classname='3'"

assert f(g())

def f(h: int, n=1234897):
    return h*8 + n <= 30

def g(n=1234897):
    return n * -n

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] or s[0] == word[1]

def g(word="konjac"):
    return str(word[0] + word[1])

assert f(g())

def f(w: int, n=50):
    return w >= 100

def g(n=50):
    return n * n

assert f(g())

def f(t: str, s="I!"):
    return t == s

def g(s="I!"):
    """
    Return a list of Strings
    """
    return str(s)

assert f(g())

def f(x: int, a=14302, b=5):
    if x > 0 and a < 5:
        return x - a == b
    else:
        return x + a == b

def g(a=14302, b=5):
    return int(a) + int(b) + int(b) + int(a) + int(b) - int(a) - int(b) - int(b) - int(a) - int(a)

assert f(g())

def f(s: str, word="dismeminatingism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[0] + word[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[0] == s[0]

def g(word="dismeminatingism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[0]+word[1]-max_len) == len(word)

assert f(g())

def f(n: int, a=115, b=115):
    return n > a or len(a) == 3

def g(a=115, b=115):
    return a + 2*b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me True')

def g():
    return "Permute me True"

assert f(g())

def f(n: int, a=14202):
    return a > 10 and a < 40 or a > 25 or a > 35 or a > 45

def g(a=14202):
    return int(a) + 1

assert f(g())

def f(s: str, target="d"):
    return s[::-1] == target

def g(target="d"):
    return target

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i < 1:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word[:3])

assert f(g())

def f(i: int, a=17, b=100):
    return len(str(i + 1000)) == len(str(i + 1001))

def g(a=17, b=100):
    return len(str(a + 1000) * 200)

assert f(g())

def f(indexes: List[int], target=[]):
    for i in range(1, len(target) + 1):
        if target[indexes[i - 1] - 1] != i:
            return False
    return True

def g(target=[]):
    return [1, 2]

assert f(g())

def f(n: int, j=0, a=1, b=0):
    return True  # negative value

def g(j=0, a=1, b=0):
    return 1 if a and b and 0 else 1

assert f(g())

def f(s: str):
    return s in ["Hello world", "World", "World", "World", "World",
                    "World"]

def g():
    return "World"

assert f(g())

def f(n: int):
    return n > 0 and n > 100

def g():
    return int(int("123456789" + "0"*9) * 100)

assert f(g())

def f(x: int, a=127510, b=-1250):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + b

def g(a=127510, b=-1250):
    if a < 0 or b > 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=15454217, b=10):
    return n // b == a

def g(a=15454217, b=10):
    return int(a) * b

assert f(g())

def f(path: List[int]):
    return len(path) == len(path) and sum(path) == 3

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return set(s) == set("20-+*/") and len(s) > 5

def g():
    return "20-+*/"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[i] != i for i in range(10))

def g():
    return sorted(list(range(999)), reverse=True)

assert f(g())

def f(s_case: str, s="CanISeeIfITHASmoreCAPITALS"):
    if not s.lower():
        return s.lower()
    ifsig = 0
    if s == s_case:
        return s_case.lower() != s
    else:
        return s

def g(s="CanISeeIfITHASmoreCAPITALS"):
    if not s.lower():
        return s.lower()
    ifsig = 0
    if s == "sig: ":
        return s_case.lower() != s
    else:
        return s

assert f(g())

def f(s: str):
    if len(s) == 2:
        s[0] = s[0] + s[0]
    if len(s) == 3:
        s[0] = s[0] - s[0]
    return s[1] in s[1] + s[1]

def g():
    return "123*10 + 3"

assert f(g())

def f(s: str, word="s1k"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="s1k"):
    return str(word) * 2

assert f(g())

def f(s: str, word="antidimitationism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return int(word[1:-1]) == len(word[-1:-1])

def g(word="antidimitationism", max_len=1024):
    if len(word) == 10:
        return word
    return word

assert f(g())

def f(s: str):
    return s.count('-') == 1

def g():
    return str('-')

assert f(g())

def f(x: int, a=25565, b=101200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=25565, b=101200):
    if a < 100:
        return a > 100
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == "!"  # all m = 1'b + 'y = (m = 1)

def g():
    return "!"  # all m = 2'b + 'y = (m = 2)

assert f(g())

def f(n: int, a=1463173390, b=10):
    return n // a == b

def g(a=1463173390, b=10):
    return int(int("234567896789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(z: float, v=0.0001, d=0.0001):
    return z % 10 == v

def g(v=0.0001, d=0.0001):
    return min(v, d)

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[:i] != i for i in range(20))

def g():
    return list(list(range(999)))

assert f(g())

def f(x: str, target="foobarbazwow_p", target_len=6):
    return target[(len(target) - target_len) // 4:(len(target) + target_len) // 2] == x

def g(target="foobarbazwow_p", target_len=6):
    return str(target[(len(target) - target_len) // 4:(len(target) + target_len) // 2])

assert f(g())

def f(s: str, target="fooboozwow", length=2):
    return target[(len(target) - length) // 2:] == s

def g(target="fooboozwow", length=2):
    ...
    return target[(len(target) - length) // 2:]

assert f(g())

def f(x: str, n=1):
    return len(x) == 1

def g(n=1):
    return str(n * 1)

assert f(g())

def f(n: int):
    return n > 0 and (n - 1 or n % 2 > 0) and (n % 2 < 0 or n > 0 or (n - 1) < 0)

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str):
    if len(s) < 4:
        return False
    return True

def g():
    return "World"

assert f(g())

def f(x: str, big_str="foobar", index=2):
    return x == big_str

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.count(s) == reverse

def g(target="reverse me", reverse=True):
    return target if reverse else "reverse"

assert f(g())

def f(x: int, a=8, b=-9119):
    return x + (b * 2) > 5e-6

def g(a=8, b=-9119):
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 1000000:
        return a * 1000000
    else:
        return a * 1000000

assert f(g())

def f(x: int, a=637, b=1130200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=637, b=1130200):
    if a < 50:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(z: float, v=0.01):
    return int(z * 1 + z * 1)/2 + z * 1 in [0, 1, -2, 2,-3]

def g(v=0.01):
    return float(v) / float(v)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] or s[i + 1] != word[i + 1]:
                return False
    return True

def g(word="konjac"):
    return word[:3]

assert f(g())

def f(x: int, a=50, b=253532):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + b == a

def g(a=50, b=253532):
    if (a > 50) or (b > 253532) or (b > 253532):
        return a + b
    else:
        return a + b

assert f(g())

def f(x: str, target="foobarbazwow", length=5):
    return target[(len(target) - length) // 2:(len(target) + length)] == x

def g(target="foobarbazwow", length=5):
    return target[(len(target) - length) // 2:(len(target) + 2)]

assert f(g())

def f(x: float, a=3):
    return (x) <= (a)

def g(a=3):
    return float(a) + (a-3)

assert f(g())

def f(s: str):
    return s[0] == "1"

def g():
    return str("1")

assert f(g())

def f(s: str):
    return s.lower() == s.lower() and len(s) != 26 or s.lower() != 234534

def g():
    return "hah!"

assert f(g())

def f(x: int, a=14546305020, b=-5):
    return x - a == b

def g(a=14546305020, b=-5):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i].upper() != s[i].upper():
            return False
    return True

def g(word="konjac"):
    return str(word[:len(word)])

assert f(g())

def f(x: float, a=1020):
    if x:
        return abs(x) <= abs(x ** 2)
    else:
        return abs(x ** 2 - x) <= x + a

def g(a=1020):
    return int(a)/1000

assert f(g())

def f(n: int, a=346346366, b=10):
    return n / a == b

def g(a=346346366, b=10):
    return a * b

assert f(g())

def f(s: str, word="deceptive", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] - int(word[0]) + len(word) for word in x) < count

def g(word="deceptive", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word)

assert f(g())

def f(s: str):
    return s != '' and s != 'hello' in s

def g():
    return "hello[foo]hello"

assert f(g())

def f(l: List[int], n = 5, order=2):
    for i in range(n):
        if order == 2:
            l[i] = 1 if i < n else -1
    return l[i] == 1 if i <= n else -1

def g(n = 5, order=2):
    for i in range(n) :
        if order == 2:
            i = [i]
    return [i + 1 for i in range(8)]

assert f(g())

def f(s: str):
    s = str(s)
    for i in "0123456789":
        assert s.count(i) == 1
    return True

def g():
    return str("0123456789")

assert f(g())

def f(s: str, strings=['chick', 'monkey', 'hive', 'yee']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['chick', 'monkey', 'hive', 'yee']):
    if strings==['chick']:
        return 'chick'
    else:
        return 'monkey'

assert f(g())

def f(s_case: str, s="Uncaught CpGnPcG1Dt2F9r2QFvZDQ4IoF6Sxe0MdV6T8zVc3"):
    return s == s_case or (s == s_case + s.count("2") / 2 == 0 or s == s_case + s.count("2") == 2 and s.count("2") / 2 == 3) and s == s_case

def g(s="Uncaught CpGnPcG1Dt2F9r2QFvZDQ4IoF6Sxe0MdV6T8zVc3"):
    return "Uncaught CpGnPcG1Dt2F9r2QFvZDQ4IoF6Sxe0MdV6T8zVc3"

assert f(g())

def f(x: int, a=15334564):
    return x == a

def g(a=15334564):
    return a

assert f(g())

def f(idx: int):
    return idx % 2 == 0 or idx % 2 == 1

def g():
    return int(int("123456789") * 2)

assert f(g())

def f(x: int, a=10732543):
    if a >= 0:
        return x == a
    return x == 10732543

def g(a=10732543):
    return int(a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50 or b > 100:
        return x + a > b or x > b * (100 + b + 100)
    else:
        return x

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: List[int]):
    return x != 0 and len(x) > 0

def g():
    return [0, 0]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=101):
    if len(word) <= max_len:
        return word == s
    return str(22) == s and max_len != 2

def g(word="antidisestablishmentarianism", max_len=101):
    if word not in [1,2] or len(word) > max_len:
        return word
    return str(22) < word or len(word) > 1

assert f(g())

def f(n: int):
    return len(str(n + 1)) > 3

def g():
    return int(int("123456789" + "0"*9)/2)-1

assert f(g())

def f(n: int, a=45, b=5):
    return n // b == a

def g(a=45, b=5):
    return int(a * b)

assert f(g())

def f(s: str, word="kronjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kronjac"):
    return word[0] * 1 + word[2]

assert f(g())

def f(n: int):
    for i in range(100000):
        n -= 1
    return n > 0 and n % 2 == 1

def g():
    return int(int("123456789" + "0"*9) ** 3) + 1

assert f(g())

def f(x: int, a=1318, b=1184):
    return x - a == b

def g(a=1318, b=1184):
    return a + b

assert f(g())

def f(d: int, e=12345):
    return d >= e

def g(e=12345):
    return int(12345 * 9) + 3

assert f(g())

def f(e1: str):
    return str(e1[6]) < e1[8]

def g():
    return "Hello 123456789"

assert f(g())

def f(x: int, a=723845, b=113390):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=723845, b=113390):
    return a + b

assert f(g())

def f(s: str):
    return len(s) == 10

def g():
    return "helloworld"

assert f(g())

def f(x: int, a=1522):
    return x * 2 >= a  # 0 <= x <= 1522 and positive

def g(a=1522):
    return (a + 2 + 2 * a + 2 * (a * 12) + 4 * (a * 2))

assert f(g())

def f(nums: List[int]):
    assert len(nums) > 3
    return len(nums) == len(set(nums))

def g():
    return [i+2 for i in range(6)]

assert f(g())

def f(x: int, a=15372544):
    return x == a

def g(a=15372544):
    return a

assert f(g())

def f(n: int, a=1020):
    return n * n + a > 100000

def g(a=1020):
    return int(int(a * a / a * a * a * a) / 100)

assert f(g())

def f(n: int, a=100, b=101):
    return n // b == a

def g(a=100, b=101):
    return int(a * b) + 1

assert f(g())

def f(str: str, sub_str="foobar", index=2):
    return str.index(sub_str) < index

def g(sub_str="foobar", index=2):
    return str("foobar") + sub_str[index]

assert f(g())

def f(s: str):
    return s.count("s") == s.count("s")

def g():
    return "world/Hello world"

assert f(g())

def f(s: str, word="konjac"):
    def count(n):
        for i in range(len(word)):
            if i and word[i] != word[i][0]:
                return False
    return True

def g(word="konjac"):
    if len(word) > 0:
        return word[0]
    return None

assert f(g())

def f(n: int, v=2021, w=5):
    return v * w < n

def g(v=2021, w=5):
    return (int(v-1) + int(v)) * 3

assert f(g())

def f(t: str, s='Hello world'):
    return t[0] == s[0]

def g(s='Hello world'):
    return "Hello world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) / 2 if len(target) % 2 else len(target) % 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) / 2 if len(target) % 2 else len(target) % 2]

assert f(g())

def f(s: str, chars=['m', 'l', 'b', 'f', 'c', ' ', 'e']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['m', 'l', 'b', 'f', 'c', ' ', 'e']):
    return str(chars)

assert f(g())

def f(v: int):
    return v >= 0xFF

def g():
    return int(int("123456") * 9) + 1

assert f(g())

def f(x: int):
    return len(str(x + 1000)) == len(str(x + 1))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(n: int):
    m = n % 2 if n > 4 else None and None
    if n != m:
        m += 1
    return m > 0

def g():
    return int(int("123456789" + "0"*9))

assert f(g())

def f(t: str, v=9):
    if v == 9:
        return t[3] != t[0] and t[0] != v

def g(v=9):
    return str(v * 9) + "123"

assert f(g())

def f(x: float):
    return x == 4.456

def g():
    return 4.456

assert f(g())

def f(n: int, t=197, upper=20):
    m = n + 1
    for i in range(t+1, m+1):
        if n < 3:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return m <= 2 ** upper

def g(t=197, upper=20):
    return int(int(t%10) + 1)

assert f(g())

def f(n: int, v=25, w=20):
    for i in range(n):
        v *= 3
    return v > w

def g(v=25, w=20):
    for i in range(10):
        v >> i
    return v + w

assert f(g())

def f(s: str, word="unambiguantism", max_len=10):
    if max_len <= 1:
        return s
    return str(s) == word

def g(word="unambiguantism", max_len=10):
    if max_len >= 5:
        return word
    return str(word) == max_len

assert f(g())

def f(s: str):
    return 0 <= len(s) and len(s[-1]) <= 4

def g():
    return "hello"

assert f(g())

def f(x: int, a=150, b=65):
    return x - a == b

def g(a=150, b=65):
    return a + b

assert f(g())

def f(s: str):
    for i in range(5):
        if len(s) != 5:
            return False
    return True

def g():
    return "hello"

assert f(g())

def f(s: str, word="consistency", max_len=100000000):
    if len(word) <= max_len:
        return word == s
    return int(str(len(word) == max_len + 1)[:-2] + s)

def g(word="consistency", max_len=100000000):
    if word == "" or word != "consistency" or max_len < max_len:
        return "consistency"
    if word == "consistency" or max_len == len(word):
        return word
    if word == "consistency" or max_len % 3 == 0:
        return "consistency"
    try:
        return "consistency"
    except KeyError:
        return "consistency"

assert f(g())

def f(n: int, a=45, b=10):
    return n // b == a

def g(a=45, b=10):
    return 10 * a

assert f(g())

def f(n: int, a=10202):
    return n == a

def g(a=10202):
    return int(a)

assert f(g())

def f(s: str):
    return s.count('oo') == 0 and s.count('oo') >= 0

def g():
    return "bar"

assert f(g())

def f(n: int, v=17, w=101):
    v *= w
    return v > w

def g(v=17, w=101):
    w = 10
    return v

assert f(g())

def f(d: str, t=-1, num_lines=10000, index=3):
    return (t-1) < t

def g(t=-1, num_lines=10000, index=3):
    return "a" * (t-1) * num_lines + "b" * t;

assert f(g())

def f(s: str):
    return "hello world" in s

def g():
    return "hello world[10]"

assert f(g())

def f(list: List[int], n=31):
    n = len(list)
    if n > 9:
        for k in list:
            for i in range(n):
                if i != k:
                    return False
    return True

def g(n=31):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - b > a
    else:
        return x + b == a

def g(a=253532, b=1230200):
    return 1 + a + b

assert f(g())

def f(s: str, chars=['o', 'h', '', 'w', '', 'r', 'd', '', 'a']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', '', 'w', '', 'r', 'd', '', 'a']):
    return "Hello " + str(chars) + ""

assert f(g())

def f(x: int, a=4, b=54368639):
    if b == -1:
        return x % 2 == 0
    elif a == 1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == -1:
        return -5
    else:
        return -(a - b)

assert f(g())

def f(s: str):
    return s.count('m') != 0 and s.count('d') != 0

def g():
    return "world_name"

assert f(g())

def f(pairs: List[str], sep="!="):
    return len(pairs) == len(pairs)

def g(sep="!="):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(seq: List[str], chars=['bar', 'baz', 'dog']):
    return seq[::-1] == seq[::-1]

def g(chars=['bar', 'baz', 'dog']):
    return ["bar"*chars[::-1] for i in range(len(chars) - 3)]

assert f(g())

def f(n: int, a=4, b=10):
    return n // b == a

def g(a=4, b=10):
    return int(2*(a + 1) * a)

assert f(g())

def f(d: int, n=8, c=1514):
    return d > n and d > c

def g(n=8, c=1514):
    return n * c

assert f(g())

def f(d: int, n=123456789):
    return d > n or len(d) != n

def g(n=123456789):
    return n + 2 or len(g()) != n

assert f(g())

def f(s: str):
    return s is 'o' in s

def g():
    return "o"

assert f(g())

def f(x: int, a=2, max = 1024):
    """
    Determine the length of the path.

    Returns the length of the path.

    Args:
      x: list of int
      a: int value
      max: maximum number of edges
    Returns:
      None
    """
    if max == 0:
        return None
    if a > 2:
        return None
    if a > max:
        return None
    return x > max

def g(a=2, max = 1024):
    """
    Determine the length of the path
    """
    return (max-a)*(max-2) + (2*a)**(max-1)

assert f(g())

def f(n: int, a=34534712, b=10):
    return n // a == b

def g(a=34534712, b=10):
    return int(a * 10 + b)

assert f(g())

def f(s: str, word="fadfaddf", max_len=17):
    while len(word) >= 2:
        if len(word) <= max_len:
            return word == s
    return int(word[1:-2]) == len(word[1:-2]) and word[0] == s[0]

def g(word="fadfaddf", max_len=17):
    while len(word) >= 2:
        if max_len is not None:
            return word
    return int(word[1:-2]) == len(word) and word[0] == s[0]

assert f(g())

def f(s: str, d=22, n=1):
    return str(s) == d or (str(s) == "42")

def g(d=22, n=1):
    if n < 1:
        return 1
    else:
        return "42"

assert f(g())

def f(path: List[str], indices=[]):
    for i in range(len(path) - 1):
        if paths[i] == "".join():  # '".join(path) == '".join(path)":
            return False
    return True

def g(indices=[]):
    return sorted(indices)

assert f(g())

def f(v: int, a=13, b=453462):
    return v // b == a

def g(a=13, b=453462):
    return a * b

assert f(g())

def f(s: str, target=""):
    return (s[::-1] == target) != target

def g(target=""):
    return target * 8 + target

assert f(g())

def f(n1: int):
    n = 1  # if n == start, then it must be 1
    if abs(n1) > 1000:
        return True  # not enough to work
    else:
        return False

def g():
    return int(int("123456789" + "0"*9) * 0.05) + 1

assert f(g())

def f(li: List[int], target=[18, 1, 27, 28, 1], n=20):
    return n == 20

def g(target=[18, 1, 27, 28, 1], n=20):
    return target[:n]

assert f(g())

def f(v: str, word="yelu"):
    for i in range(len(word)):
        if i == 0:
            if v[i] != word[i]:
                return False
    return True

def g(word="yelu"):
    return str(word) * 10

assert f(g())

def f(x: int, a=25352, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=25352, b=1230200):
    return a + b

assert f(g())

def f(x: int, score=100, a=7, b=4):
    for i in range(7):
        if score > 1:
            pass
    return True

def g(score=100, a=7, b=4):
    return score * score + ((3 * score - 1) ** 2)

assert f(g())

def f(t: str):
    return "Hello " + t == "Hello world"

def g():
    return "world";

assert f(g())

def f(n: int, v=5349475):
    return n >= v and v > -1

def g(v=5349475):
    return (int(v) - 1) * (5349475 + 1) * v

assert f(g())

def f(s: str, word="entropie", max_len=9):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="entropie", max_len=9):
    if len(word) <= max_len:
        return word
    return int(word[0]-word[-2]) == word[-2]-word[-3]

assert f(g())

def f(s: str):
    return set(s) == set("reverse me")

def g():
    return ("reverse me")

assert f(g())

def f(s: List[str]):
    if len(s) == 3:
        return 'test' and len(s) == 3
    return s == 'test' and len(s) == 3

def g():
    return ["one", "two", "three"]

assert f(g())

def f(x: str, a=1):
    if x != 1:
        return True
    else:
        return False

def g(a=1):
    return ""

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return x[0] == a and x[-1] <= x[-2]

def g(a=7, s=5, e=200):
    return [a, s]

assert f(g())

def f(path: List[str]):
    return path[2].index(path[0]) == path[3].index(path[2])

def g():
    return ["3"*(i+2) for i in range(10)]

assert f(g())

def f(h: str, g=5):
    assert(h[0] in ('h', 'g'))
    return True

def g(g=5):
    return "hello world"

assert f(g())

def f(s: str):
    return "Hello " + s and {} == {}

def g():
    return "World"

assert f(g())

def f(s: str):
    return s.count("e") == 1

def g():
    return str("Hello")

assert f(g())

def f(x: List[int], a=5, b=7):
    return x[0] == a and x[-1] <= b

def g(a=5, b=7):
    return [5, 7]

assert f(g())

def f(s: str):
    return s[::-1] <= s[0]

def g():
    return "world\nb"

assert f(g())

def f(t: str):
    return   "Hello " + t == "Hello world"

def g():
    return "world"                                                       # no 'a'
    return "<hello world>Hello world1"

assert f(g())

def f(s: str, c=20):
    return s == "Hello world"

def g(c=20):
    c = 100
    return "Hello world"

assert f(g())

def f(s: str):
    return set(s) >= set("22223333")

def g():
    return "22223333"

assert f(g())

def f(n: int, p=2, a=1520):
    assert(p <= 3) and (n < 9 or p < 2 or n > 9 or p > 2) and (p >= 2)
    if p > 2:
        return 2 * p - 1
    return p <= 5

def g(p=2, a=1520):
    first = int(int("123456789") * 3)
    last = int(int("123456789" + "0"*14) * 4)
    if a < 1520:
        return last
    return first

assert f(g())

def f(i: int):
    return len(str(i + 1000 + 1)) == len(str(i + 1000))

def g():
    return int(int(0))

assert f(g())

def f(i: int):
    return len(str(i)) + 1 <= i

def g():
    return int(int(int("123456789" + "123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird']):
    return s == 'canYouTellIfItHASmoreCAPITALS'

def g(strings=['cat', 'dog', 'bird']):
    return 'canYouTellIfItHASmoreCAPITALS'

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return res == m + n

def g(m=1234578987654321, n=4):
    for i in range(4):
        m = (m - 1 if m % 10 else m // 10)
    return m + n

assert f(g())

def f(n: int, d=7):
    return d == 7

def g(d=7):
    return d or d

assert f(g())

def f(x: float):
    return str(x - 3.146).startswith("12345")

def g():
    return float(float("123456789"))

assert f(g())

def f(s: str, target="foazowadaf", length=6):
    return target[(len(target) - length) // 2: (len(target) + length)] == s

def g(target="foazowadaf", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) + length]

assert f(g())

def f(n: int, t=197, upper=20, lower=20):
    if t % 2 < 0:
        return -n == t
    else:
        return n > t

    if t % 2 < 0:
        return -n == t
    else:
        if (t % 2 < 0) or (n < t) and t != len(s):
            return -(n != t)
        else:
            return t * s - len(s)

def g(t=197, upper=20, lower=20):
    if t > 80 and t < -80:
        return t * 4 + (t - t)
    else:
        return t * 4 + (t - t)

    if t % 2 < 0:
        return -t > 80 and ((t - t) > (0.5 + 1))

assert f(g())

def f(n: int):
    return n > 5 if n%2 else 0

def g():
    return int(int("123456789" + "1"*5) ** 2)

assert f(g())

def f(s: str, word="unreal", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and \
        len(set(s) for s in s) >= max_len and sum((s >> i) & 1 for i in s) >= max_len and sum((s << i) & one for i in s) >= max_len

def g(word="unreal", max_len=10):
    if len(word) <= max_len:
        return word
    for s in word:
        f(s)

assert f(g())

def f(str: str):
    return str[::-1] == str[0]

def g():
    return " "

assert f(g())

def f(s: str, e=5):
    return len(s) == 1

def g(e=5):
    return str(e).replace("foo", "").replace(",", "")

assert f(g())

def f(n: int, upper_bound=3):
    return n == 3

def g(upper_bound=3):
    return upper_bound or "3"

assert f(g())

def f(n: int):
    if n % 5 == 1:
        return n
    else:
        return n > 0 or (n % 5 == 1)

def g():
    return int(int("123456789" + "0"*6) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", lower_bound=5, max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s[0] == word[0]

def g(word="antidisestablishmentarianism", lower_bound=5, max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and s[0] == word[0]

assert f(g())

def f(t: str, s="however this time"):
    return all(sum(t[0:2] + len({random.randrange(years_len) for i in range(m) if m % m and m > 0})) < n for m in t)

def g(s="however this time"):
    return ""

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i].upper():
                return True
            else:
                return False
    return True

def g(word="konjac"):
    return str(word[:2])

assert f(g())

def f(x: int, a=5129, b=7237):
    return x + a >= b and (x > b)  # -2 ** base

def g(a=5129, b=7237):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, s1="abcde", s2="ab", m=5):
    return s1 in s and s2 in s1

def g(s1="abcde", s2="ab", m=5):
    return s1 + s2

assert f(g())

def f(s: str, k=5):
    return len(s) == 1 and len(s) <= k

def g(k=5):
    if k > 1:
        return "1"
    # if "b" in a is less than k, than "b" in b is less than k
    if (k < 1):
        return "1"
    # otherwise 1 is greater than k
    if k > 1:
        return "1"
    # if "b" in s is greater than k, than "b" in b is greater than k
    if (k > 1):
        return "1"

assert f(g())

def f(p: str, m=7):
    return p == '!love' or p == 'love!dumplings' or p == 'goddess'

def g(m=7):
    return 'love!dumplings' or self.loves[m]

assert f(g())

def f(s: str, word="konspip"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konspip"):
    return str(word[:-1])

assert f(g())

def f(n: int, a=14302, b=5):
    return b == 5 and n == a

def g(a=14302, b=5):
    if a > b:
        return a  # should be a for b
    else:
        return b

assert f(g())

def f(x: int, a=5):
    return (x ** 2 < 2) < 5 and (x * 2 < 2) <= 4

def g(a=5):
    return a % 10

assert f(g())

def f(s: str):
    return len(s.lower()) == len(s.lower())

def g():
    return "123456789"

assert f(g())

def f(x: int):
    return x > 0 or x < 10 or x < 25

def g():
    return int(int("123456789" + "0"*9) / 10) + 1

assert f(g())

def f(type: str, m=12345):
    return m != 255 and type == str(m)

def g(m=12345):
    return "12345"

assert f(g())

def f(p: List[int]):
    return len(p) == 4
    return len(p[0]) == 3 * len({i in p}) or i == 0

def g():
    return [i for i in range(4)]

assert f(g())

def f(a: List[int]):
    for i in range(9,19):
        if a[i] > 1:
            return True
    return False

def g():
    return [1] * 9 + [2] * 14 + [3] * 21

assert f(g())

def f(n: int, d=2021):
    return n >= 0 and n >= 2 * d > 0.99

def g(d=2021):
    return int(int(d * 3) * 40)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps >= len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 2
    for c in s:
        if c != c.lower():
            caps += 1
    return s.lower() if caps >= len(s) else s.upper()

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and sum(x) > 3

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, a="foobarbazwow", b=""):
    return s == a or 0.0

def g(a="foobarbazwow", b=""):
    return str(a) or int(a)

assert f(g())

def f(x: List[int], t=20, x1=10, x2=20):
    return x1 == x1 and x2 == x2

def g(t=20, x1=10, x2=20):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(d: int, n=123456789):
    return d > n and d > 1334

def g(n=123456789):
    return int(n * n)** 2

assert f(g())

def f(x: int, a=866054, b=-93206):
    return a + x == b

def g(a=866054, b=-93206):
    return -a + b

assert f(g())

def f(t: str, s="abbbcabbab", target=6):
    for i in range(len(t) - 1):
        for j in range(len(t) - 1, len(t[0])):
            i += 2
    return len(t) >= target

def g(s="abbbcabbab", target=6):
    return "abbbcababbab"

assert f(g())

def f(n: int):
    return n * 10 <= 5 and 10 <= 23

def g():
    return 0

assert f(g())

def f(a: int, b=7):
    return a > b and b > 5

def g(b=7):
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(t: int):
    if t > 1:
        return True
    return False

def g():
    return int(int("123456789" + "0"*9) >> 8)

assert f(g())

def f(sgn: str, s="NilU"):
    return sgn == "U"  # not used, use a n-dimensional array

def g(s="NilU"):
    return "U"

assert f(g())

def f(state: List[int], dups=41):
    return state[0] == dups

def g(dups=41):
    return [dups for _ in range(41)]

assert f(g())

def f(c: int, s=6127438, l=18):
    return c % s == 0

def g(s=6127438, l=18):
    return s

assert f(g())

def f(s: str, target="foobarbazwow"):
    r = s[::-1]
    if r == 5:
        return s
    return r != -5

def g(target="foobarbazwow"):
    return target

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        x = max(x - a) == b
        if x > 0:
            return x - a
        else:
            return x

def g(a=253532, b=1230200):
    if a > 253532:
        return a * 2
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    if s[0] != word[0]:
        return False
    if s[1] != word[1]:
        if s[12] != word[12]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=10201202000):
    return x == a  # only for integers

def g(a=10201202000):
    return a

assert f(g())

def f(n: int, v = 1000):
    for i in range(10):
        if v < n:       
            return True
        else:
            return False

def g(v = 1000):
    return int(v) * (v + 1) * (v + 1) + 1

assert f(g())

def f(x: int, a=524933, b=122828):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=524933, b=122828):
    if a < 0:
        return a < 0
    else:
        return a + b

assert f(g())

def f(s: str, word="covariance", max_len=10):
    if len(word) <= max_len:
        return word == s
    return 0

def g(word="covariance", max_len=10):
    if len(word) <= max_len:
        return word.replace("covariance", "covariance")
    return word == s.replace("covariance", "covariance")[0]

assert f(g())

def f(x: int, a=5, b=5, c=4):
    if a == 1:
        return x / 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return x % 2 == 1

def g(a=5, b=5, c=4):
    if a == 0:
        return a * b + c - 4
    elif a == 1:
        return a * c + b - 4
    else:
        return a * 4 - 5

assert f(g())

def f(x: int, a=8, b=23462763):
    return a / (a + b) == 0 and x != '8' or abs(x) > 785

def g(a=8, b=23462763):
    return a * b + a * b + a

assert f(g())

def f(probs: List[float]):
    if len(probs) == 3 and abs(sum(probs) - 1) < 1e-6:
        return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6
    else:
        return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [2. - 2 for i in range(3)]

assert f(g())

def f(dots: List[float], n=2755):
    return all([dots[i] for i in range(10)]) and len(dots) != 3

def g(n=2755):
    return [n/2 for i in range(10) or len(dots) == 3]

assert f(g())

def f(n: int):
    return str(n + 1).startswith("1234567890")

def g():
    return int(int("1234567890" + "0"*9) + 2)

assert f(g())

def f(x: int, a=753856, b=194439):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=753856, b=194439):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, a=2041, b=5):
    return len(s) == len(str(a));

def g(a=2041, b=5):
    return str(a)

assert f(g())

def f(n: int, c1=50, c2=1):
    return n + 1 and c1 > 0

def g(c1=50, c2=1):
    return int(c1-10*c2)

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    if len(s) == len(range(35)):
        return (s[::-1] == target) == reverse
    return s in range(35) or s == target

def g(target="reverse me", reverse=False):
    if len(target) == len(range(35)):
        return target - reverse
    return target

assert f(g())

def f(n: int, a=1837, b=2147483647, c=2147483647):
    return n % b == a or n > b

def g(a=1837, b=2147483647, c=2147483647):
    return int(a) + int(b)

assert f(g())

def f(n: int, m=10, b=55134778, c=16):
    for i in range(10):
        m = (m + 1 if m % 10 else m // 10)
    return m <= b

def g(m=10, b=55134778, c=16):
    return int(int(m + 1) * 10 + 10 + 10 + 1) + 1

assert f(g())

def f(tot: int, n=5, i=3, m=4, q=75):
    if n > 0:
        return tot == sum([1, 2, 25, 35, 84])
    if n > 1:
        return tot == sum([1, 2, 25, 35, 84], 1)

def g(n=5, i=3, m=4, q=75):
    if n > 0:
        return sum([1, 2, 25, 35, 84])
    if n > 1:
        return sum([1, 2, 25, 35, 85])
    if n > 1:
        return sum([1, 2, 25, 35, 85], q)
    m = 6 * n - m
    if m > 1:
        return sum('a')
    if q > 0:
        return sum('b', 'c')

assert f(g())

def f(n: int, a=123456789):
    return n > a and n != 123456789

def g(a=123456789):
    return int(int("123456789" + "0"*9) ** (0 + 3) + 9)

assert f(g())

def f(s_case: str, s="canyoutellifitheshoss"):
    nums = [[1, 1, 2, 9], [1, -1, 2, 16], [1, -1, -1, 26]]
    for i in nums:
        if s == s_case:
            if c == c_case == "CanYouTellIfItHASmoreCAPITALS":
                caps += 2
    return s_case == (s + "CanYouTellIfItHASmoreCAPITALS")

def g(s="canyoutellifitheshoss"):
    return (s + "CanYouTellIfItHASmoreCAPITALS" + "")

assert f(g())

def f(s: str, a=1022):
    if a == 1:
        return s == "Hello world"
    elif a == -1:
        return s == "Hello world"
    elif a == 0:
        return s == "Hello world"
    else:
        return s == "Hello world"

def g(a=1022):
    return "Hello world"

assert f(g())

def f(n: int, v=1, h=7):
    return n^2 < h

def g(v=1, h=7):
    return v*h^3

assert f(g())

def f(x: str, o="enlightenment"):
    return x == o

def g(o="enlightenment"):
    return str(o) == o and u"enlightenment"

assert f(g())

def f(x: List[int]):
    return min(x) == 6 and min(x) < 3 or (len(x) & 3) == 2 and min(x) > 3

def g():
    return [20, 9]

assert f(g())

def f(x: int, a=10201202001):
    return x > a

def g(a=10201202001):
    return a + 9

assert f(g())

def f(i: int):
    return len(str(i + 1001)) == len(str(i + 1))

def g():
    return int(int("23456789" + "0"*10) + 12)

assert f(g())

def f(z: int):
    return z >= 100000

def g():
    return int(int("123456789" + "0"*9) ** 0.3) + 1

assert f(g())

def f(v: int):
    return v > 0

def g():
    return int(int("12345") / 3)

assert f(g())

def f(n: int):
    return n > 16000

def g():
    return int(int("123456789" + "1"*10) ** 1)

assert f(g())

def f(s: str, word="theory", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(words) and word[0] == s[0] and word[-1] == s[-1]

def g(word="theory", max_len=10):
    if word == "theory":
        return str(word)
    if word == "theory" or "theory with max_len" in word:
        return str(word)
    return word

assert f(g())

def f(labels: List[int]):
    return labels[0] == 0 and labels[1] == 0 and labels[2] == 0 and labels[3] == 0

def g():
    return [
        0,
        0,
        0,
        0,
        0,
        3
    ]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i].upper() == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, v=20):
    return 'world' == 'world'

def g(v=20):
    return str(v).replace("a", "b")

assert f(g())

def f(s: str):
    return 'konjac :' in s

def g():
    return "konjac :" + "a{}b{}c"

assert f(g())

def f(x: int, a=100, b=150):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=150):
    if a > 150 or b > 150:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: List[int]):
    return set([s[0], s[1], s[2], s[3], s[4], s[5]]) and all([s[0], s[1], s[2], s[3], s[4], s[5]])

def g():
    return [1, 1, 1, 2, 1, 2, 1, 2, 2, 2, 2, 2, 2, 1, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len > 10:
        return word.count(word) >= max_len and max_len <= 10
    return s == word

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len > 10:
        return word.len() == 4
    return word

assert f(g())

def f(n: int, t=196, upper=20):
    return pow(2, n, 2) <= 3

def g(t=196, upper=20):
    return 2*pow(256, 7) + 1

assert f(g())

def f(s1: str):
    return s1.count("1") == 2 and s1.count("1") == 2

def g():
    return ["1"*(i+2) + "2" for i in range(1000)][0]

assert f(g())

def f(x: int, a=756063, b=113868):
    if x > 5:
        return x - a == b
    else:
        return x + b == x

def g(a=756063, b=113868):
    if a < 10:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(x: List[int]):
    return 0 < 3 < 20

def g():
    return [1, 2]

assert f(g())

def f(li: List[int]):
    return li[9] == li[16]

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(x: int, a=10, b=1):
    if a > b:
        return x > b
    return all(li[a] == b) and x > b

def g(a=10, b=1):
    return int(int(a + b) * 10)

assert f(g())

def f(s: str, big_str="foobar", index=2):
    if big_str:
        return s.lower() >= big_str[1]
    else:
        return s.lower() <= big_str[2]

def g(big_str="foobar", index=2):
    if big_str:
        return big_str[1]
    else:
        return -1

assert f(g())

def f(n: int, a=15483, b=1337, lower_bound=5):
    return n < 5 and a < b or n >= lower_bound

def g(a=15483, b=1337, lower_bound=5):
    return int(a * 10**3) + int(b * 10**5)

assert f(g())

def f(x: str):
    return str(x) == x

def g():
    return "world"

assert f(g())

def f(x: int, a=1023, b=1000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1023, b=1000):
    if a > 100*b:
        return b * a + 1 or x
    else:
        return a + b

assert f(g())

def f(x: int, a=1100):
    n = 0
    for i in range(1, x + 1):
        if a == 1:
            n += 1
        elif a == -1:
            n -= 1
    return x % 2 == 0

def g(a=1100):
    return int(a)

assert f(g())

def f(x: str, a=['frog', 'fir', 'shoo'], b=['water', 'fly', 'frog']):
    return x * len(a) and b * len(b) and x == b or x == 'frog'

def g(a=['frog', 'fir', 'shoo'], b=['water', 'fly', 'frog']):
    return 'frog'

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > sum([b * i for i in range(2)]) + b <= sum([c * i for i in range(c)])

def g(a=17, b=100, c=20):
    return int(a * b * c * c * a)

assert f(g())

def f(s: str):
    return min(s) != max(s)

def g():
    return "abcdefghijkl"

assert f(g())

def f(n: int):
    return len(str(n + 999)) >= len(str(n + 999))

def g():
    return -1

assert f(g())

def f(i: int, a=12345678):
    return i == a or i == -a

def g(a=12345678):
    return int(a) or i == -a

assert f(g())

def f(n: int):
    return n != 0 or n % 3 == 0

def g():
    return int(int("0"*9) ** 0.5)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            else:
                if s[i] != word[i]:
                    return False
        return True

def g(word="konjac"):
    return "konjac[0]"

assert f(g())

def f(s: str, word="o"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="o"):
    return "o" * 3

assert f(g())

def f(t: str):
    return t in list(t) or ('abc' in t)

def g():
    return ("abc" + "123456789" + "0"*9)

assert f(g())

def f(path: List[int]):
    for i in range(3, 7):
        if path[i + 1] == 0:
            return False
    return True

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20]

assert f(g())

def f(s: str, target='e', reverse=True):
    return s[::-1] == target and s[::-2] == target

def g(target='e', reverse=True):
    if reverse:
        return target[::-1]
    return s[::-1] == target

assert f(g())

def f(n: int, v=17, w=100):
    g = {3*n-1: 10, 6: 2, 4: 0, 2: 0, 3: 0, 4: 0, 5: 0 }
    for i in range(n):
        if w > 10:
            w -= 1
            g[i] = v
    return w <= v

def g(v=17, w=100):
    """Wets w to the next letter and adds 1 at the end."""
    for i in range(100):
        if v == 8:
            w += 1
            g[i] = v
    return w

assert f(g())

def f(li: List[int]):
    return li[0] < li[1] * li[2]

def g():
    return [1, 2, 3, 5]

assert f(g())

def f(s: str):
    # this is for convenience: it only has to start over.
    # so it should work if the elements have been sorted.
    # but no guarantees about the numbers being sorted.
    return s.count('4') == 1

def g():
    return str(int(str('4')))

assert f(g())

def f(w: int, m=1054, n=1054):
    assert 0 <= w >= m
    assert 0 <= m < w <= m + w >= m
    return w == w

def g(m=1054, n=1054):
    assert m <= n
    assert n <= m
    assert m >= n
    return m + n

assert f(g())

def f(d:int, n=723465):
    return (d - n) > 0.2

def g(n=723465):
    return int(n * 8.5 / 5) * 4

assert f(g())

def f(x: int, a=10201201999):
    return x >= a

def g(a=10201201999):
    return int(a * 30) + 3

assert f(g())

def f(x: int, a=66, b=63):
    if x > 0:
        return x - a > b
    else:
        return x - a > max(x)

def g(a=66, b=63):
    return int(int(a) * 33 + int(b) + int(a - b) * 66)

assert f(g())

def f(type: str, a=5099982):
    return type >= str(a) + 'world'

def g(a=5099982):
    return "world"

assert f(g())

def f(n: int, a=2055, b=3855):
    return n > 2055 and a >= 3

def g(a=2055, b=3855):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, f=5):
    return s in ["hello world", "doochang", "man",
                "cucu", "cucuh", "hooooooo",
                "hahoo !"]

def g(f=5):
    return "doochang"

assert f(g())

def f(y: int, a=141664, b=118615):
    if a != 17:
        return y - a == b
    else:
        return y - a ** 2

def g(a=141664, b=118615):
    return int(a + b)

assert f(g())

def f(x: int, a=8665464, b=93206):
    return a - x < b

def g(a=8665464, b=93206):
    return a

assert f(g())

def f(s: str, word="i", n=6*5):
    if len(s[::-1]):
        return s[::-1] == word[::-1]
    return s.index(str) == 0

def g(word="i", n=6*5):
    if len(word) == 6:
        return str(word) + "i"
    else:
        return word[::-1]

assert f(g())

def f(s: str, target="foobarboazwow", length=4):
    return len(s) > 2 and len(s) > 4

def g(target="foobarboazwow", length=4):
    return str(target)

assert f(g())

def f(n:int):
    return n >= 15482

def g():
    return int(int("123456789" + "0"*9) ** 10)

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st > a

def g(a="world", b="Hello world"):
    return "world" + str(a)

assert f(g())

def f(s: str):
    return s.startswith('123')

def g():
    return "123'456"

assert f(g())

def f(s: str, word="konjac", n=10):
    a = 3
    for i in range(len(word)):
        if i == 0:
            if s[i-1] != word[i-1]:
                return False
    return True

def g(word="konjac", n=10):
    return (word)

assert f(g())

def f(n: int, a=5, b=5):
    return n >= a or n <= b

def g(a=5, b=5):
    return int(int(a) * (b - 1))

assert f(g())

def f(i: int):
    return i < 0 or i > 0

def g():
    return int("123456789")

assert f(g())

def f(x: int, a=100, b=134512):
    if x > 0 and a > 20:
        return x - a == b
    else:
        return x - a == b

def g(a=100, b=134512):
    try:
        return int(a) + b
    except StopIteration:
        raise StopIteration

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(word)):
        if s[k].upper() != word[k].upper():
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(index: int):
    return index < 15 or index >= 15

def g():
    return int(int("2355" + "0"*5) ** 0.5) + 1

assert f(g())

def f(struts: str, s=2021):
    for path in struts:
        x = struts.join(str(path))
    return True

def g(s=2021):
    return str(str(100))

assert f(g())

def f(x: int, a=93252338):
    return x > -a and a < x

def g(a=93252338):
    return int(int("123456789") * 2) + a

assert f(g())

def f(x: int, a=253532, m=10, n=8, target=35):
    if x < 0:
        return x + a > 10
    else:
        return x + a > 10

def g(a=253532, m=10, n=8, target=35):
    return int(1e-11) + m + 2*(-1) * n;

assert f(g())

def f(s: str, word="antityp", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antityp", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[-1] == 1) and word[0] == 1 and word[-1] == 1

assert f(g())

def f(s: str, word="truncated", max_len=25):
    if len(word) <= max_len:
        return word == s[:len(word)] and word[-1] == s[-1]
    if len(word) <= max_len:
        return word == s[:len(word)] and word[-1] == s[-1] and word[-1] == s[-1]

def g(word="truncated", max_len=25):
    if len(word) <= max_len:
        return word
    if word[-1] == s:
        return word[-1]

assert f(g())

def f(a: int, b=10201202001):
    return 1*a + b and a >= b

def g(b=10201202001):
    return 1*b

assert f(g())

def f(x: int, a=1048, b=2025):
    return x + b == 0 or x == b

def g(a=1048, b=2025):
    return a + b < 0 or a == b or a == b or b or b or a or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b or b

assert f(g())

def f(x: int, a=26, b=1020):
    return x * 7 * -7 and x > 0

def g(a=26, b=1020):
    return a * 2 + b + 6

assert f(g())

def f(s: str, word="konjac", a=10195):
    if word in s:
        return True
    return False

def g(word="konjac", a=10195):
    v1 = str(a)
    v2 = str(a)
    return v1 + word + v2

assert f(g())

def f(words: List[str], chars=['o', 'h', 'e', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c == words:
            return False
    return True

def g(chars=['o', 'h', 'e', ' ', 'w', 'r', 'd']):
    ret = []
    for i in range(len(chars)):
        ret.append(chars[i])
    return ret

assert f(g())

def f(s: str):
    return s == "abbbcabbac" or s == "[abbbcabb]abbbcabbc"

def g():
    return "[abbbcabb]abbbcabbc"

assert f(g())

def f(count: int, max_size=100):
    return (count / max_size) < max_size

def g(max_size=100):
    return min(max_size, 100)

assert f(g())

def f(s: str):
    return len(s) == len(set(s))

def g():
    return "one"

assert f(g())

def f(n: int, scores=(100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1), k=6):
    assert all(scores[i] >= scores[i + 1] for i in range(len(scores) - 1)), "Hint: scores are non-decreasing"
    return all(s >= scores[k] and s < 0 for s in scores[n:]) and all(s < scores[k] or s <= 0 for s in scores[n:])

def g(scores=(100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1), k=6):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int):
    return all([100, 100, 100, 100, 100, 1154])

def g():
    return 0

assert f(g())

def f(s: str, word="ponjac"):
    return s.count("ponjac") == 1 and s.count("ponjac") == 1

def g(word="ponjac"):
    return word + "!!"

assert f(g())

def f(x: int, a=1018437, b=11432542):
    return a + x == b

def g(a=1018437, b=11432542):
    return -a + b

assert f(g())

def f(s: str):
    if len(s) == 1:
        return s
    if len(s) == 2:
        return s
    if len(s) == 3:
        return s
    if len(s) == 4:
        return s
    if len(s) == 5:
        return s
    if len(s) == 6:
        return s
    if len(s) == 7:
        return s
    if len(s) == 8:
        return s
    return True

def g():
    return "world_hello"

assert f(g())

def f(x: int, a=111005, b=1020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=111005, b=1020):
    if a < 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(n: int, a=25621781, b=100):
    return n // b == a

def g(a=25621781, b=100):
    return a*b

assert f(g())

def f(n: int):
    return str(n * n).startswith("999999")

def g():
    return int(int("999999" + "0"*9) ** 0.5) + 3

assert f(g())

def f(n: int, a=14302, b=5):
    return n > 0 and 0 < n

def g(a=14302, b=5):
    return a + b

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) + abs(x ** 2 - a) * 2 > 10 ** -3

def g(a=1020):
    return a / 10** - 3

assert f(g())

def f(s: str, word="moooboaofasd"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="moooboaofasd"):
    return str(word[:-2])

assert f(g())

def f(e: int, a=1, b=150, n=3, target=3):
    e = b
    if e < 0: return False
    if e > 0:
        return True

def g(a=1, b=150, n=3, target=3):
    a = 2
    b = 150
    n = 3
    if a % b == 0 > 0: return True
    if a % b == 0 < 1: return False
    return a % b

assert f(g())

def f(n: int):
    return str(n * n).startswith("1533")

def g():
    return int(int("1533" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return res == m or res != m or res == n

def g(m=1234578987654321, n=4):
    return m and n | m << 4

assert f(g())

def f(v: int, n = 80):
    return v < v + n

def g(n = 80):
    return int(n * n) + 5

assert f(g())

def f(x: str, d=2):
    x = str(x)
    return x != d

def g(d=2):
    a = 10
    b = 0
    while a < 3:
        a = a + 1
        b = a + b
    return str(a) + str(b)

assert f(g())

def f(x: int, a=1, b=145042):
    return x % 2 == 0

def g(a=1, b=145042):
    return a*b

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x + a == b
    else:
        return x - a == b

def g(a=4, b=54368639):
    if a == 1:
        return a % 2 == 0
    elif a == -1:
        return a + a == b
    else:
        return a + b

assert f(g())

def f(pos: int, m=1234578987654321, n=4):
    return pos >= m or pos == m

def g(m=1234578987654321, n=4):
    return m * n

assert f(g())

def f(s: str, word="rnde"):
    se = ""
    for i in range(len(word)):
        if word[i] != s[i]:
            se += "rnde"
    return True

def g(word="rnde"):
    se = word[::-1][-1]
    if se:
        return "rnde"
    if s:
        return "rnde"
    return False

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b == b

def g(a=253532, b=1230200):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in t.lower():
        if c in "aeiouy":
            continue
            s[i] = ""
            continue
            i += 1
    return i == 0

def g(s="Problems"):
    return "All"

assert f(g())

def f(x: int, a=52112097, b=270464):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=52112097, b=270464):
    if a > 50 and b > 21:
        return a + b
    else:
        return b + a == b

assert f(g())

def f(x: int, a=-382, b=146350175):
    return x + b == a

def g(a=-382, b=146350175):
    return a - b

assert f(g())

def f(s: str, m=8, n=8):
    inds = ["foo", "bar"]
    return all(inds.index(s) for inds in s[m].lower() if m == 1 and m < length)

def g(m=8, n=8):
    return "1234567891231212"

assert f(g())

def f(n: int, t=1234):
    return n >= t

def g(t=1234):
    return int(int(t) + t) // 2

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w']):
    return 'o' + str(chars) + 'h' + str(chars) + 'e' + str(chars) + 'l' + str(chars) + 'w'

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    if abs(start) > 1000 and n - start != start:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=100):
    return x == 100 * a

def g(a=100):
    return int(a) * 100

assert f(g())

def f(s: str, n=10000):
    if n%100 == 0:
        if type(s) == str:
            return True
    return False

def g(n=10000):
    return str(n*n) + str(n)

assert f(g())

def f(n: int, a=345346363, b=95555455):
    return n // b == a

def g(a=345346363, b=95555455):
    return int(a * 95555455) + 1

assert f(g())

def f(s: str):
    return s.count('foo') == s.count('bar')

def g():
    return "foo[123456789]bar[00]123456789123456789"

assert f(g())

def f(x: int, a=-381, b=13840):
    return x - a == b

def g(a=-381, b=13840):
    return a + b

assert f(g())

def f(s: str, word="Konjac"):
    """Return the number of letters in the sequence """
    return len(s) > 0

def g(word="Konjac"):
    return str(word)[0]

assert f(g())

def f(n: int, a=15, b=9, upper=20):
    return n % a == 0 and n % b != 0

def g(a=15, b=9, upper=20):
    return a + b * 5

assert f(g())

def f(t: str, base=7):
    if base < 7:
        return t <= 42 and 3 * base < 10
    for i in range(0, len(t)):
        if i != 7:
            return len(t) <= i + 10
    return len(t) <= i + 9

def g(base=7):
    return "11-1 \u0127 B"

assert f(g())

def f(t: int):
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if "K" in word:
                if s[i] != word[i].upper():
                    return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, strings=['dogs', 'cats', 'chick', 'boy', 'man', 'man', 'mouse', 'man', 'dog', 'man', 'man']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['dogs', 'cats', 'chick', 'boy', 'man', 'man', 'mouse', 'man', 'dog', 'man', 'man']):
    return strings[len(strings) - 1]

assert f(g())

def f(n: int, d=2147483647):
    return n == d

def g(d=2147483647):
    return 2147483647

assert f(g())

def f(i: int, k=6):
    return k == 6 or k == 3 or len(i) == 6 + 1 in i

def g(k=6):
    n = int(k)
    return int(n-k)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return "hello" in s

def g(target="reverse me", reverse=True):
    return "hello"

assert f(g())

def f(x: str):
    return x[0] == x[1] == x[2]

def g():
    return "A" * 100 + "01010000"

assert f(g())

def f(x: List[int]):
    return x[0] == x[1] and x[-1] == x[-2] and sum(x) <= x[-4]

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(s: str, string="cjwavwavwkj"):
    return s.lower() == string.lower()

def g(string="cjwavwavwkj"):
    return string

assert f(g())

def f(x: int, b=4147483647):
    return x == b

def g(b=4147483647):
    return b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    for i in range(len(target)):
        if target[i].lower().upper():
            return target[i] == s[i]
    return target[:2] == target[:1] and target[0] == s[0] and target[-1] == s[0]

def g(target="reverse me", reverse=True):
    my_text = f(target)
    return "reverse me"

assert f(g())

def f(v: int):
    return v % 2 == 0

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=10953318, b=40887822):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10953318, b=40887822):
    if (a < 50) or (b > 50):
        return a+b

assert f(g())

def f(s: str, target="u", inds=3):
    return s[:2] == target

def g(target="u", inds=3):
    return target[:2]

assert f(g())

def f(list: List[int]):
    return list[4] in list or sorted(list)

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(s: str, word="konjac"):
    return s == word or s == word[::-1] and s == word[::-1] == word[::-1]

def g(word="konjac"):
    return str(word) or word

assert f(g())

def f(x: str, s=['mooobooofasd', 'mooobooooofasd']):
    return str(x) == 'mooobooooofasd'

def g(s=['mooobooofasd', 'mooobooooofasd']):
    return "mooobooooofasd"

assert f(g())

def f(x: int, a=-383, b=14546310):
    if b != -2:
        print(x - 3.856)
    return x - 3.856 * b and x + b < -3.856

def g(a=-383, b=14546310):
    return (int(a - 3.856 * 9) * (int(a + 3.856 * 9) + int(b - 3.856 * 9))) + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    for i in range(len(s) + len(target)):
        if target[i].lower():
            if s[i] != target[i].lower():
                return False
        return True
    return True

def g(target="reverse me", reverse=True):
    for i in range(len(target)):
        if target[i].lower():
            if (target[i].lower() < target[i+2]) and target[i+2] != target[i+1]:
                result = target[i].lower()
                break
        else:
            result = target[i-2]
    return result

assert f(g())

def f(x: int, a=22473763):
    return x == a

def g(a=22473763):
    return a << 0

assert f(g())

def f(x: int, a=345346363, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=345346363, b=10):
    if a > 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=34546313, b=10):
    return n // b == a

def g(a=34546313, b=10):
    return int(int(a) * 10 + 4 * (b-b) * 10)

assert f(g())

def f(m: int, a=1521, b=2523):
    return m == a or m == b

def g(a=1521, b=2523):
    return a or m + b

assert f(g())

def f(t: int):
    return t % 10 == 5

def g():
    return int(int("123456789" + "0"*9) * 10) + 5

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 1 + 1000))

def g():
    return int(int((int("123456789" + "0"*9) ** 0.5) * 1000) ** 0.5)

assert f(g())

def f(s: str):
    return set(s) != set("18--+*/") or s.count("2") != 0

def g():
    return "world"

assert f(g())

def f(s: str, strings=['c', 'sh', 'frog', 'fly', 'moose']):
    return s in strings and sum(t in s for t in strings) == 1

def g(strings=['c', 'sh', 'frog', 'fly', 'moose']):
    return "c"

assert f(g())

def f(x: int, a=10201202001, b=53144040):
    if b > 0:
        return x + b > 0 + a
    elif -b > 0:
        return x - b > 0 + a
    elif a > b-b:
        return x - b == a - b

def g(a=10201202001, b=53144040):
    x=a - b
    return x + x - b

assert f(g())

def f(x: int, a=93245, b=14546310):
    return x - a == b

def g(a=93245, b=14546310):
    return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(n in "1.0" for n in str(str(d).count("1.0") + str(d).count("5")))

def g(n=123456789):
    return (int(n) - 2) * 30 - 2 + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[:29] == target and s[0:29] == target

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(s: str):
    return s != ""

def g():
    return "hello"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and n > 1 or len(set(nums)) == 5

def g():
    return [1, 3, 2, 4]

assert f(g())

def f(x: int, a=1020):
    return x - a > 2 * -3

def g(a=1020):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=3455415, b=10):
    return n // b == a + b

def g(a=3455415, b=10):
    return int(int(a + b) * 10) + 1

assert f(g())

def f(n: int, day=1073258):
    return n > 723512

def g(day=1073258):
    return int(day+1) * 2

assert f(g())

def f(s: str, word="kontinuous"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontinuous"):
    return str(word[0] + word[1])

assert f(g())

def f(s: str):
    for a in s:
        if len(a) == len(s):
            return len(s) == len(a)
    return 0

def g():
    return "world"[0]

assert f(g())

def f(i: int, l=521):
    return i == l

def g(l=521):
    return  l

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    if len(x) == n:
        return len(x) == len(set(x))
    else:
        return len(x) == len(s[n])

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return str(getattr(s[0],s[1],n))

assert f(g())

def f(n: int, v=19143212):
    return n > v - 14
    for i in range(n):
        if len(v[len(v)-1]) == len(v) - 1:
            return i == 0
        else:
            assert v[len(v)-1] == v[0][0]
            assert v[len(v)-1] == v[0][1]
            assert v[len(v)-1] == 1

def g(v=19143212):
    return int(v - 14) + int(v)

assert f(g())

def f(n: int):
    s = str(n * n)
    if len(s) != n:
        return False
    return True

def g():
    return int(0.5) + 1

assert f(g())

def f(x: str, n=10, target="reverse me", reverse=True):
    return (x[::1] == target) == reverse

def g(n=10, target="reverse me", reverse=True):
    """
    Args:
        n: int or str
    Returns:
        A String containing the values of n in the 'reverse' list
    """
    return "reverse me"

assert f(g())

def f(s: str, target="o2", length=6):
    return target[(len(target) - length) // 2] == s

def g(target="o2", length=6):
    return target[(len(target) - length) // 2] # (6,6)

assert f(g())

def f(x: int, a=17, b=1076):
    if a > 0:
        return x > a
    if x < a:
        return x
    return x

def g(a=17, b=1076):
    return int(int(a * b - a) * (a + b - 1) + f(a))

assert f(g())

def f(t: str, s=["4", "7"]):
    i = 0
    for c in t:
        if c == s[i]:
            return True
    return False

def g(s=["4", "7"]):
    return "4 [4] [7] [4]"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a + b + c) and min(a, b) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: List[int], n=4, s=2021):
    return len(x) == n and sum(x) != s and len(set(x)) == n

def g(n=4, s=2021):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, word=".plist", max_len=10):
    if len(word) <= max_len:
        return word[1] == s[0]
    return None

def g(word=".plist", max_len=10):
    if len(word) <= max_len:
        return word[1]

assert f(g())

def f(n: int, target=16, ni=16):
    for i in range(n):
        if n == 2:
            ni -= 2
        if ni == 16:
            if n % 5 == 1:
                return True
            return False
    return True

def g(target=16, ni=16):
    return target % 16 and get(16) - target

assert f(g())

def f(s: str, target="bazwow"):
    if target == "bazwow":
        return s == "bazwow"
    else:
        return s == "bazwow"

def g(target="bazwow"):
    return target or s == "bazwow"

assert f(g())

def f(x: List[int], a=955, b=18):
    return x[0] == a and x[1] <= b

def g(a=955, b=18):
    return [a, 5]

assert f(g())

def f(a:int, b=2110):
    return a >= b and b <= a

def g(b=2110):
    return int(str(b))

assert f(g())

def f(start: int, n=10, f=15):
    return start <= n

def g(n=10, f=15):
    return n*10 - f - 15 * n**3

assert f(g())

def f(n: int, k=3434635):
    return n // k == 2

def g(k=3434635):
    return 1 + k * 2

assert f(g())

def f(n: int, a=40233663, b=19411061):
    return n // b == a

def g(a=40233663, b=19411061):
    return int(a) * b

assert f(g())

def f(li: List[int], b=5):
    return li != 4 and len(li) >= 2

def g(b=5):
    return [ 0, 3, 4, 5 ]

assert f(g())

def f(n: int, a=13441312, b=1024):
    return n // b == a

def g(a=13441312, b=1024):
    return int(a) * b

assert f(g())

def f(s: str, target="foobarbazwow", length=15):
    return target[(len(target) - length) // 2: (len(target) - length + 1) // 2] == s

def g(target="foobarbazwow", length=15):
    return target[(len(target) - (len(target) + 3)) // 2: (len(target) - length + 1) // 2]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s.lower().lower()
    return max(word) - len(word)

def g(word="antidisestablishmentarianism", max_len=50):
    if max_len > 5:
        if len(word) <= max_len:
            return word
    return max(word) - len(word)

assert f(g())

def f(s: str, target="bazwow"):
    return s.lower().lower() == s

def g(target="bazwow"):
    return str(target + "123456789")

assert f(g())

def f(m: int):
    return m != (0, 0) or min(m, max(m)) or min(m, min(m))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=15, target=[[3, 2, 3]]):
    return s != target and (s != target) or (s != target) and s != target

def g(n=15, target=[[3, 2, 3]]):
    return str(n % 3 == 15) and str(n % 3 == 3) and str(n != target) or str(s != target) and s != target

assert f(g())

def f(x: str):
    return x.startswith("hello world")

def g():
    return ("hello world")

assert f(g())

def f(s_case: str, s="aBfAaDgjg"):
    return str(s.lower()) == s_case

def g(s="aBfAaDgjg"):
    return str(s.lower())

assert f(g())

def f(s: str, word="dumb", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="dumb", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:]) == max_len - 1

assert f(g())

def f(t: str, s="Problems"):
    if len(t) == 4:
        return t
    return t == 0 or len(t) == 1

def g(s="Problems"):
    if len(s) == 4:
        return s[:2]
    return s[+1 :2]

assert f(g())

def f(s: str):
    return s and "I" in s if not (s == s[0]) else sum(i+1) >= len(s)

def g():
    return "I" + "I"

assert f(g())

def f(s: str, target="lbrk0z"):
    return target == s

def g(target="lbrk0z"):
    return "lbrk0z"

assert f(g())

def f(x: int, a=1090):
    return abs(x ** 2) < 10 ** -1

def g(a=1090):
    return int(abs(a ** 2) < 10 * 1000)

assert f(g())

def f(s: str, word="antisymmetry", max_len=100000):
    if len(word) <= max_len:
        return word == s
    if max_len <= len(word):
        return word == "antisymmetry"
    return int(s[1:-1]) == len(word[1:-1]) or word[-1] == s[-1]

def g(word="antisymmetry", max_len=100000):
    if max_len >= 0:
       return word
    if max_len < len(word):
        return word

assert f(g())

def f(x: int, a=20000100000):
    return x * 2 == a

def g(a=20000100000):
    return int(a/2)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    while caps > len(s):
        caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    if caps > 1:
        return ("A" + caps) if caps > len(s) else s.lower()

assert f(g())

def f(x: int, a=100, b=13056):
    return x - a == b

def g(a=100, b=13056):
    return int(a) + b

assert f(g())

def f(s: str, target=2048, lower_bound=3048):
    return s == s[::-1] and lower_bound >= len (s[::-1])  # cover every square once

def g(target=2048, lower_bound=3048):
    return "1"

assert f(g())

def f(s: str, word="punctuation", max_len=12):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == word[1:-1] and word[0] == s[0]

def g(word="punctuation", max_len=12):
    if len(word) <= max_len:
        return word
    return int(s[0]+s[1]+s[2]-1)

assert f(g())

def f(x: int, a=10201202002):
    return x == a

def g(a=10201202002):
    return 10201202002

assert f(g())

def f(li: List[int]):
    return all([li.count(i) for i in range(10)])

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str, ts="foobar", l=10):
    return isinstance(s, str)

def g(ts="foobar", l=10):
    return str(ts)

assert f(g())

def f(x: int, a=1023):
    return abs(x) - x == a or a < x

def g(a=1023):
    return int(int("123456789" + "1"*1023) - 1)

assert f(g())

def f(m: int, b=3999, n=3):
    return m / b == 3

def g(b=3999, n=3):
    return int(n * b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b or x > b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a != b:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, target=['foobarbazwow', 'foobarbazwow'], nums=3):
    return 'foobarbazwow' in s

def g(target=['foobarbazwow', 'foobarbazwow'], nums=3):
    return 'foobarbazwow' + ' foobarbazwow'

assert f(g())

def f(n: int, t=197, upper=20):
    return n >= t

def g(t=197, upper=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a=1020):
    return s[::-1] in s[::-1] == 0 and a != -1 or a != 0

def g(a=1020):
    return "b"

assert f(g())

def f(x: int, a=1550, b=122090):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b == b

def g(a=1550, b=122090):
    return int(a) + int(b)

assert f(g())

def f(c: str, s=5, start="424", end="775", target_len=12):
    if start == 0 and end == 0:
        return True    
    if start == len(c):
        return s
    else:
        if end == 0:
            return False
        return True
    return None

def g(s=5, start="424", end="775", target_len=12):
    if target_len == 12:
        s = str(s)
    elif target_len < 12:
        s = str(s)
    else:
        s = int(s)
    return s

assert f(g())

def f(s: str, word="n", n=2816):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="n", n=2816):
    return str(word[:n] + "123456789" + "0"*9)

assert f(g())

def f(s: str):
    return str(s) == 'Y'

def g():
    return "Y"

assert f(g())

def f(x: int, a=15, b=14546313):
    return x - a == b

def g(a=15, b=14546313):
    return a + b

assert f(g())

def f(s: str, word="foobar", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[1] and word[+1] == s[-1] and index == s[1]

def g(word="foobar", max_len=10):
    if len(word) >= max_len:
        return "foobar"
    if word[:2] != "" and word[-2] != "" and word[0] != "" and word[+2] != "" and word[+2] != "":
        return "foobar"

assert f(g())

def f(c: int, a=1053):
    return c > a

def g(a=1053):
    return int(int("123456789" + "0"*15) ** 0.5) + 1

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 3  # nums = 3 and 3 must not equal 1

def g(n=12345):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=14302, b=5):
    return x - a > b

def g(a=14302, b=5):
    return int(int(a) - int(b) + (a*b))

assert f(g())

def f(x: int, a=113267974):
    return a**2 + (1 << a) <= x

def g(a=113267974):
    return int(int("113267974" + "0"*9) * 10) + (a << (a + 1))

assert f(g())

def f(start: int):
    n = start - 1
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n < start:
            return True
        n = 3 * n + 1 if n % 2 else n // 2
        if n < start:
            return True
        n = 4 * n + 1 if n % 2 else n // 2
        if n < start:
            return True
    return False

def g():
    return int(int("123456789") * 9)

assert f(g())

def f(res: int, m=123457898654321, n=4, target = 50):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=123457898654321, n=4, target = 50):
    for i in range(n):
        m = m - 1 if m % 10 else m // 10
    return m

assert f(g())

def f(s: str, word="s_"):
    s = s.lower()
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="s_"):
    return str(word)

assert f(g())

def f(x: int, a=6564, b=107633):
    if x > 7:
        return x - a == b
    else:
        return + a == b

def g(a=6564, b=107633):
    return a + b

assert f(g())

def f(s: str, string="Ooooo!"):
    return "".join([s]) == string

def g(string="Ooooo!"):
    return "Ooooo!"

assert f(g())

def f(n: int, a=5, b=3, c=5):
    for i in range(10):
        if b - a >= 2:
            return None
        n -= 1 + (n - 1) // 5 * 3
    return n > 0 and n % 5 == 1

def g(a=5, b=3, c=5):
    return a + b * c + c * 3 * 5 + 3 * 5

assert f(g())

def f(nums: List[int]):
    return len(nums) > 4

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b + a

def g(a=253532, b=1230200):
    if a < 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=93252338):
    a = x == a
    if a == -1:
        a ^= 0
    return a

def g(a=93252338):
    return a

assert f(g())

def f(x: int, a=100, b=14500):
    if x > 0 or a < 100:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=14500):
    if a < 100:
        return a * b
    else:
        return a + b

assert f(g())

def f(s: str, big_str="foobar", i=5):
    return big_str.index(s) == i

def g(big_str="foobar", i=5):
    return big_str[i]

assert f(g())

def f(n: int, e=1024):
    return 1 << (n - 1) and e >= 10 and e - 10 <= e <= (n - 1)

def g(e=1024):
    return int(int(e * 100) + 1) + 1

assert f(g())

def f(x: int, a=253532, b=3):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=3):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=-382, b=1354418):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=-382, b=1354418):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(x: int, v=1, p=1, t=1):
    return 0 <= t < x and t == 1 * v

def g(v=1, p=1, t=1):
    return int(int("123456789") * (p + v))

assert f(g())

def f(n: int, a=1020):
    return n * n + a > 100000

def g(a=1020):
    return a * 100000

assert f(g())

def f(s: str, word="antisynergy", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[max_len] == s[max_len-1]

def g(word="antisynergy", max_len=10):
    if max_len > 0:
        return word
    return max_len < max_len

assert f(g())

def f(s: str, target="reverse me", reverse=True, reverse_key=False):
    return s[::-1] == target[reverse_key]

def g(target="reverse me", reverse=True, reverse_key=False):
    return target[reverse_key]

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return target[(len(target) - length) % 2] == s

def g(target="foobarbazwow", length=3):
    return str(target[(len(target) - length) % 2])

assert f(g())

def f(s: str, word="konjac", idx=3):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac", idx=3):
    return str(word[0:idx]) + word[idx].lower() + word[idx+1]

assert f(g())

def f(x: float, a=10200):
    return abs(x) >= 1020

def g(a=10200):
    return float(a)

assert f(g())

def f(b: int, d=5, n=4):
    return d == 0 and d >= 0 or n <= d

def g(d=5, n=4):
    return n * n + (d + 1)**2

assert f(g())

def f(n: int, a=33786462):
    return n == a

def g(a=33786462):
    return a

assert f(g())

def f(s: str, word="antiderepop", max_len=25):
    if len(word) <= max_len:
        return word == s
    return int(max_len - len(word))

def g(word="antiderepop", max_len=25):
    if len(word) <= max_len:
        return word
    return int(max_len - len(word))

assert f(g())

def f(x: int, a=93252338, b=9):
    return x == a or len(x) == len(li)

def g(a=93252338, b=9):
    return a or len(x) == len(li) or len(li) > 0

assert f(g())

def f(s: str):
    return min(s) == max(s) == str(len(s))

    for i in range(3) and min(s) < max(s):
        return i < min(s)

def g():
    return min("123456789")

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x + a == b

def g(a=1073258, b=72352549):
    return b - a

assert f(g())

def f(x: int, a=4, b=1445):
    if a == 1:
        return x % 2 != 0
    elif a == -1:
        return x % 2 == 3
    else:
        return x - a == b

def g(a=4, b=1445):
    return int(a + b)

assert f(g())

def f(s: str):
    # check if we can run this algorithm as a program
    if s.isdigit():
        return True
    else:
        return False

    return False

def g():
    return "1"

assert f(g())

def f(x: List[int]):
    return x.count(4) >= 1

def g():
    return [a for a in range(1000)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("3") + str(d).count("8")))

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(string: str, s="problems"):
    return string.count(string) == len(string)

def g(s="problems"):
    for i, item in enumerate(s):
        if item == 'p' and item == 'i' and 's' in s[i] == 'p':
            return str(i)
        else:
            return str(i)

assert f(g())

def f(s: List[int]):
    return s[0] == 0 and s[-1] == 1 == len(s) % 2

def g():
    return [0, 0, 1]

assert f(g())

def f(s: str, threshold=1):
    return s * threshold and s == s[:]

def g(threshold=1):
    return "%d" % threshold

assert f(g())

def f(t: str, s="abcdefghijklmnopqrstuvwxyz", target=5):
    i = 0
    for c in t:
        if c != s[i]:
            continue
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdefghijklmnopqrstuvwxyz", target=5):
    if not s:
        s = str(s)
    return str(s)

assert f(g())

def f(x: int, a=10020):
    return len(str(x + 1000)) >= len(str(x + 10020))

def g(a=10020):
    return int(a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or x > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0 and a > 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(t: str, s='s'):
    return len(t) == len(s)

def g(s='s'):
    return s.replace('s','-')

assert f(g())

def f(l: int, n=123456789):
    return l <= n and l <= n and l <= n and l <= n and l <= n and l <= n

def g(n=123456789):
    return int(n)

assert f(g())

def f(x: int, a=102012020121):
    return x ** 2 > a

def g(a=102012020121):
    return a** 2

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    for i in range(len(path) - 1):
        if path[i] != path[i + 1]:
            return True
        path[i + 1] = path[i + 1] == path[i + 1]
    return False

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return [0, 1, 2, 3]

assert f(g())

def f(x: int, a=125003):
    if x > 0 or a > 50:
        return x - a > 5 > 1
    else:
        return x - a

def g(a=125003):
    return int(a) * 4

assert f(g())

def f(x: int, a=2025):
    return abs((x + a) ** 2 - a) < 2035

def g(a=2025):
    return ((int(a) * 3 + 2) + (int(a) * 5)  < 2035) - a

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 2000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(2000)]

assert f(g())

def f(s: str, word="babesrebel", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="babesrebel", max_len=10):
    if max_len <= 1000:
        return word
    else:
        return string.join('babesrebel', word)

assert f(g())

def f(s: str, d="no", targets=64):
    return s == "No" or s == "YES" or s == "YESNO" or s == "YESNO" or len(s) == d

def g(d="no", targets=64):
    return "No" or "YES" or "YESNO" or len(s) == d

assert f(g())

def f(x: int):
    return x > 1001 + 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(v: List[int], a=70, b=20, c=10):
    return v[0] == a

def g(a=70, b=20, c=10):
    return [a, b, c]

assert f(g())

def f(indexes: List[int], target = [1]):
    for i in range(len(target) - 1):
        if target[indexes[i - 1] - 1] != i:
            return False
    return True

def g(target = [1]):
    return [1]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i != 0:
            return i < 1
        else:
            if s[i] != word[i]:
                return False
            return True

def g(word="konjac"):
    return word[:1] or None

assert f(g())

def f(t: str, s="aAaaB", max_len=8):
    try:
        for i in range(3):
            if i == 0:
                return s.lower() == t
            elif i == 1:
                return s.lower() < t.lower()
            elif i == -1:
                return s.lower() > t.lower()
    except ValueError:
        return False

def g(s="aAaaB", max_len=8):
    if s.lower() == str() and max_len == 8:
        return int(2 + float(s.lower()))
    else:
        return s.lower()

assert f(g())

def f(str: str):
    return str.count('h' + 'o' + 'l' + 's') == 1

def g():
    return str('h' + 'o' + 'l' + 's')

assert f(g())

def f(s: str):
    return s == 'hello world'

def g():
    return "hello " + "world"

assert f(g())

def f(s: str):
    return s > s[::-1] and s >= s[::-1]

def g():
    return "hello world"

assert f(g())

def f(s: str, target="barbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + length] == s

def g(target="barbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + length]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) == 3:
        return "Mortisestablishmentarianism"
    if max_len:
        return word == s
    return "Mortisestablishmentarianism"

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len:
        return word
    return word == "antidisestablishmentarianism"

assert f(g())

def f(s: str, word="dowman", max_len=10, words=['woo', 'oo'], min_len=5):
    if len(word) <= max_len:
        return word == s
    return sorted(words) == int(s[0:max_len:]) and words[0] == s[0]

def g(word="dowman", max_len=10, words=['woo', 'oo'], min_len=5):
    if len(word) <= max_len:
        return word
    return sorted(words) == int(s[0:max_len:]) and words[max_len] == s[0]

assert f(g())

def f(s: str, chars=['r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['r', 'd']):
    return str(chars+chars)

assert f(g())

def f(x: int, a=121806):
    return a * 2 == x

def g(a=121806):
    return a * 2

assert f(g())

def f(x: str, t=40):
    return x == 'Hello world'

def g(t=40):
    return "Hello world"

assert f(g())

def f(s: str, target="konjac"):
    if target == 'konjac':
        return True
    if target == 'konjac':
        return false
    if target == 'konjac':
        return false
    if target == 'konjac' and target == 'konjac' or target == "konjac" or target == "konjac":
        return False
    return True

def g(target="konjac"):
    return '{"konjac":{"id":6}}'

assert f(g())

def f(x: int, a=1005, b=14500):
    return x - a == b

def g(a=1005, b=14500):
    return a + b

assert f(g())

def f(s: str):
    return s in s.lower() == s.lower() and s.count("8") == 2 or s.count("1") == 1 or s.count("1") == 2

def g():
    return "123456789"

assert f(g())

def f(n: int, a=139633, b=5, cm=17):
    return n % cm == 0

def g(a=139633, b=5, cm=17):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", index=3):
    return target[(len(target) - len(target)) // 3] == s

def g(target="foobarbazwow", index=3):
    return target[(len(target) - len(target)) // 3]

assert f(g())

def f(s: str, word="javadiv"):
    return s == word

def g(word="javadiv"):
    return word or (num(word) == 1 or (num(word) == 3) or (num(word) == 4))

assert f(g())

def f(x: int, a=107525, b=7525):
    return x > b and abs(x ** 2 - a) < 2 * abs(x ** 2)

def g(a=107525, b=7525):
    return a**b  # [0]

assert f(g())

def f(n: int, c=15301, l=15302):
    return str(n * n).startswith("123456789")

def g(c=15301, l=15302):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=8645464, b=93206):
    return a - x == 0

def g(a=8645464, b=93206):
    return a

assert f(g())

def f(n: int):
    return n <= 10

def g():
    return 0

assert f(g())

def f(t: str, s="lacosnap"):
    if t == s:
        return t.lower() == s.lower()
    if t < s.lower():
        return t.lower() > s.lower()
    return True

def g(s="lacosnap"):
    return str(s + "lacosnap") + "\n"

assert f(g())

def f(start: int, k=5, lower=120, seq=[3, 1, 2, 65, 18, 91, -30, 100, 63, -60, 93, -35, 60, 37, 45, 45], target=70):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) >= lower

def g(k=5, lower=120, seq=[3, 1, 2, 65, 18, 91, -30, 100, 63, -60, 93, -35, 60, 37, 45, 45], target=70):
    return 2

assert f(g())

def f(n: int):
    m = 1
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        else:
            return True

def g():
    return int(int("123456789" + "0"*9)) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] and s[i] != word[i] % m or s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=273532, b=1230200):
    if x > 0 or a < 50:
        return x - a != b
    else:
        return x + a == b

def g(a=273532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s in list(s)

def g():
    return 'a'

assert f(g())

def f(x: int, a=253532, b=110140):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=110140):
    return a + b << 9

assert f(g())

def f(x: int, a=5, b=56368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x - a == b

def g(a=5, b=56368639):
    if a == 1:
        return a % 2 == 0
    elif a == -1:
        return a % 2 == 1
    else:
        return a + b

assert f(g())

def f(s: str, word="torture", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == word[0] and word[-1] == s[0]

def g(word="torture", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[2:-1]) == len(word[2:-1]) and word[0] == word[0] and word[-1] == s[0]

assert f(g())

def f(s: str, word="Iris"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="Iris"):
    return str(word[0])[word.index(word) - 1]

assert f(g())

def f(s: str):
    for c in s:
        if c not in s:
            return False
    return True

def g():
    return "12"

assert f(g())

def f(ls: List[str], chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], a=24):
    assert len(ls) == len(chars)
    return len(ls) == len(chars)

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], a=24):
    assert len(chars) == len(chars)
    return chars or []

assert f(g())

def f(s: str, word="antidisestablishmentarianism", n=4):
    if len(word) <= n:
        assert len(word) == 2
    return word == s

def g(word="antidisestablishmentarianism", n=4):
    if len(word) <= n:
        assert len(word) == 2
    return word

assert f(g())

def f(x: int, a=1112, b=1510):
    return x - a > b

def g(a=1112, b=1510):
    return int(a * b)

assert f(g())

def f(x: int, a=1073258, b=72371450):
    if x > 0 or a > 50:
        return x - a == b
    elif 0 < x < 50:
        return x + a == b
    elif y < 0 < x < 50:
        return y + a == b

def g(a=1073258, b=72371450):
    return b + a

assert f(g())

def f(x: List[int], m=20, n=20):
    for i in range(10):
        if m > n:
            return [3, 5, 4, 9, 2, 7, 2, 5]
    return len(x) == m

def g(m=20, n=20):
    return [n for n in range(m)]

assert f(g())

def f(s: str, word="antideism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word + max_len

def g(word="antideism", max_len=10):
    if len(word) <= max_len:
        return word
    else:
        return word + max_len

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return s[len(word) - len(word) - 1] == word[len(word) - 1]

def g(word="konjac"):
    return "konjac" if word else 'a'

assert f(g())

def f(s: str, target="r", base=2):
    return (s[::-1] == target) if target else base

def g(target="r", base=2):
    return target if target else target

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - b == a

def g(a=-382, b=14546310):
    return (int(a) + int(b) + 2) - 2

assert f(g())

def f(n: int, i=18):
    return 0 <= n <= i

def g(i=18):
    return int(i - 1)

assert f(g())

def f(n: int, a=30, b=30):
    return n > a and n >= b

def g(a=30, b=30):
    return int(int(a ** 2) + int(b) ** 2) + int(int(b) ** 2)

assert f(g())

def f(s_case: str, s="can", i=0, l="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="can", i=0, l="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s.upper() if caps > len(s) // 2 else s.lower()

assert f(g())

def f(d: int, n=123456789):
    return d > 0 and all(i in "48" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * (n + n * n)

assert f(g())

def f(x: int, a=441218683515, b=756790):
    return x - a == b

def g(a=441218683515, b=756790):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == ""
    else:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) < max_len:
        return word[:-2]
    else:
        return word

assert f(g())

def f(x: int, a=1073259, b=72352549):
    return a + x != b and (a + x != b)

def g(a=1073259, b=72352549):

    return f(a, b) + f(b, a)

assert f(g())

def f(x: int, a=93252338):
    return x == a  # note, this requires a non-existent list of the list

def g(a=93252338):
    return int(a)  # this version of f didn't find any

assert f(g())

def f(c: int):
    return c >= 0 and c < 10**4

def g():
    return int(int(3*4 + 0.5))

assert f(g())

def f(x: int, a=9, b=12, c=4, d=8):
    return x >= b

def g(a=9, b=12, c=4, d=8):
    return int(a * b) + (12 * b + 8 * c)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == target) == reverse and (reverse + 1) != target

def g(target="reverse me", reverse=True):
    return target[::-1]

assert f(g())

def f(s: str):
    return s[0] < s[-2] and s[1] < s[-3]

def g():
    return "hello world"

assert f(g())

def f(s: str, target="foobarbazwow", length=36):
    """
    Parse string output from "foobarbazwow" and then parse the text
    to check if we got the correct number of characters to look at
    for more information.
    """

    for x in s:  # the str contains x, not its text string
        if x == '\'':
            return True
    return False

def g(target="foobarbazwow", length=36):
    """Parse output from this line, so you don't need to know if it's
        passed
    """

    if target == '':
        return '\''
    return '\''

    if length > target:
        return True
    return False

assert f(g())

def f(d_str: str):
    return d_str.startswith("hello world")

def g():
    return "hello world"  # print("Hello" + d_str + "world")

assert f(g())

def f(s: str, a="hello", b="hello", n=2):
    return s == a

def g(a="hello", b="hello", n=2):
    return "hello"

assert f(g())

def f(n: int, a=7322):
    return 2e-6 >= n or a >= 0  # 4 > 1e-6, but n < 0

def g(a=7322):
    return 2e-6 >= a or a

assert f(g())

def f(t: str, s="wrong wrong"):
    return t == s[::-1] or s == t[::1]

def g(s="wrong wrong"):
    return "wrong wrong"

assert f(g())

def f(x: int, a=253532, b=1310):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1310):
    if a < 20:
        return a * b
    else:
        return a + b

assert f(g())

def f(x: int, a=1020, b=10):
    return x * 2 - a * 2 > 0

def g(a=1020, b=10):
    return 10*a*b + 10*b*a

assert f(g())

def f(s: str, t="hello"):
    return s.lower() == t.lower()

def g(t="hello"):
    return "" + str(t)

assert f(g())

def f(x: List[int], a=405545678, b=10, target=10, targetlen=2):
    return x[b] == target

def g(a=405545678, b=10, target=10, targetlen=2):
    return [0, 0, 0, 0, 10, 10, 0, 0, 10, 0, 10, 0, 0, 0, 10]

assert f(g())

def f(x: int, b=113413):
    return x == b

def g(b=113413):
    return int(b)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        start = 2*n
        if n > start:
            return True
        return True
    return False

def g():
    return int(int(("123456789") + "0"*9))

assert f(g())

def f(x: int, a=253532, b=1230200):
    if a > 0 and b > 0:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    return int(a) + b

assert f(g())

def f(s: str, word='konjac', shape=6):
    sub = s[-1]  # first case of 'foo'
    for i in range(len(sub)):
        if s[i] != word[i] :
            return False
    return True

def g(word='konjac', shape=6):
    if isinstance(word, str):
        return str(word)
    else:
        return 'konjac'

assert f(g())

def f(x: int, a=86665431, b=-93206):
    return x % 2 == 0

def g(a=86665431, b=-93206):
    return (6*a) + (6*b) * 1000

assert f(g())

def f(x: int, a=253532, b=1630200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1630200):
    if a < b:
        return a + b
    else:
        return -a

assert f(g())

def f(substring: str, string="moooboooofasd", count=2):
    assert string == substring
    return string.count(substring) < count

def g(string="moooboooofasd", count=2):
    assert string == string
    return string

assert f(g())

def f(x: int, a=5, b=10201202001):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=5, b=10201202001):
    return a + b

assert f(g())

def f(s: str):
    return s.count("0123456789") == 1 and s.count("1") != 0

def g():
    return "0123456789"

assert f(g())

def f(d: int, n = 123456789):
    return d > n and len({(d, 1) for i in range(47)}) != n

def g(n = 123456789):
    return int(int("123456789" + "0"*9) * n) + 1

assert f(g())

def f(r: int, a=45, b=40):
    return r < a or r != 0 and all(x[i] == r)

def g(a=45, b=40):
    return a ^ b

assert f(g())

def f(s: str, word="gammalism", max_len=15):
    for i in range(len(s)):
        if i == 2:
            if str(s[i] == word[i]).upper():
                return True
        else:
            if s[i] != word[i]:
                return False
        return True

def g(word="gammalism", max_len=15):
    return "gammalism"

assert f(g())

def f(l: str, seed=0):
    return 'hello world' in l

def g(seed=0):
    return 'hello world"'

assert f(g())

def f(n: int, t=197):
    m = n
    n = 3 * n + 1 if n % 2 else n // 2
    if m > 3 ** 5:
        return True

def g(t=197):
    m = t
    return m * m + 1 if m % 2 else m

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x == b

def g(a=8665464, b=-93206):
    return a == b or -93206

assert f(g())

def f(s: str, text="I'm trying to make this work with my own code!"):
    return s == text

def g(text="I'm trying to make this work with my own code!"):
    return text

assert f(g())

def f(n: int, a=151234, b=512):
    return n * b > a

def g(a=151234, b=512):
    return 0 + b

assert f(g())

def f(s: str, substrings="booo-hoo", index=1):
    return all(sub in s and sub[::-1] in s for sub in substrings)

def g(substrings="booo-hoo", index=1):
    return "booo-hoo"

assert f(g())

def f(x: int, n=3600):
    return x % 2 == 0 and x * 3 <= 0 <= n

def g(n=3600):
    return n % 2 * 3600 and (x/2) > 0

assert f(g())

def f(names: List[str], strings=["A", "B", "C", "D", "E", "F"]):
    return names == strings

def g(strings=["A", "B", "C", "D", "E", "F"]):
    return list(strings)

assert f(g())

def f(t: str, s="Honey"):
    if len(t) >= len(s) or len(s) < len(t) + len(s):
        return t[:len(t) - 1] > t[len(t)-1]
    print("You'll not see any of the new properties!")
    print("You'll not see any of the new properties!")
    print(t[-1])
    print(s[-1])

def g(s="Honey"):
    if len(s) == len(s):
        print("No new properties!")
    else:
        sys.stdout.write("The new properties!")
        sys.stdout.write("Please try again.")
    return "The new properties!"

assert f(g())

def f(s: str):
    return s[::-1] == "hello world"

def g():
    return "hello world"[::-1]

assert f(g())

def f(d: int, n=122):
    if d < -n:
        return d
    return d == n

def g(n=122):
    if n > 0:
        return n
    return n * n

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) == len(list(range(999)))

def g():
    return list(list(range(999)))

assert f(g())

def f(s: str):
    return str(s) == 'e' and s == 'e' and s == s[::-1]

def g():
    return "e"

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return big_str.index(s) == 1

def g(big_str="foobar", index=1):
    return str(big_str.replace("\n", " "))[1]

assert f(g())

def f(i: int, a=1000, b=2500):
    if a == 0:
        return 0
    if i == a:
        b = 1
    return b > 0

def g(a=1000, b=2500):
    return int(a > b)

assert f(g())

def f(y: int, a=932620):
    return y == a

def g(a=932620):
    return int(float(a))

assert f(g())

def f(s: str):
    return True

def g():
    return ""

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * b + c ** n - b) + min(a, b, c) and n > 2

def g():
    return [10, 7, 2, 3]

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    for i in range(1, 2):
        if s[:2] >= target:
            s[:2] += target
    return s == target

def g(target="reverse me", reverse=False):
    return target[:2] if (target[0] == target) else target

assert f(g())

def f(a: str):
    return a == 'rgb' or a == 'o'

def g():
    return 'rgb' or 'o'

assert f(g())

def f(x: int, a=100001, b=1412400):
    if x > 0:
        return x - a > 150
    else:
        return x - a >= 100

def g(a=100001, b=1412400):
    return int(2*a) - 1

assert f(g())

def f(s: str):
    return s.count("1") == 1 and s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(s: str, word="antijurism", max_len=13):
    if len(word) <= max_len:
        return word == s
    return len(word) == max_len or max(word, s) == len(word)

def g(word="antijurism", max_len=13):
    if len(word) <= max_len:
        return word
    return len(word) == max_len or max(word, s) == len(word)

assert f(g())

def f(d: int, n=123456789, a=42, b=0):
    return d > n or all(a is False)

def g(n=123456789, a=42, b=0):
    return int((n * n) + 2 + 2 * b) - 3

assert f(g())

def f(li: List[int]):
    return li == [1, 2, 3, 5, 8, 14, 30, 9, 18, 49, 38, 36, 3, 23, 17, 47, 19, 7, 21, 18, 0]

def g():
    return [1, 2, 3, 5, 8, 14, 30, 9, 18, 49, 38, 36, 3, 23, 17, 47, 19, 7, 21, 18, 0]

assert f(g())

def f(name: str, s=20):
    return name == "Hello world"

def g(s=20):
    return 'Hello world'

assert f(g())

def f(s: str, word="phishing", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return s - word

def g(word="phishing", max_len=10):
    if len(word) <= max_len:
        return word
    else:
        return word

assert f(g())

def f(s: str, word="konk"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konk"):
    return str(word[:-1])

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 999))

def g():
    return int(int("123456789" + "1"*9) * 100)

assert f(g())

def f(x: int, a=930252338, b=1):
    return x % 2 == 0 and a % 2 != 0 or x == b or a

def g(a=930252338, b=1):
    return int(int(a * b * 9) % 2 == 0)

assert f(g())

def f(n: int, a=6617, b=10):
    return n // b == a

def g(a=6617, b=10):
    return a * b

assert f(g())

def f(x: int, a=35, b=1230200):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + b == a

def g(a=35, b=1230200):
    if a and b:
        return a + b
    else:
        return -a + b

assert f(g())

def f(t: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if t[i] != word[i]:
                return False
        else:
            if t[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: int, a=10201202001):
    return x == 10201202001

def g(a=10201202001):
    return 10201202001

assert f(g())

def f(c: str):
    return c[0] in ["0", "1", "2", "3", "4", "5", "6"]

def g():
    return "123456789123456789123456789"

assert f(g())

def f(a: int, b=722760):
    return a == b

def g(b=722760):
    return int(b ** -3) + b

assert f(g())

def f(n: int):
    return abs(n) > 1000 and n > 10001 and abs(n % 10001) > 0

def g():
    return int(int("123456789" + "1"*9) ** 1) + 2

assert f(g())

def f(l: List[int]):
    return all(n for n in l)

def g():
    return [int(0)-1]

assert f(g())

def f(h: int, n=10, target=62, start="25442815", combo="d00d00d00"):
    return (int(h) - h + 1) == 1

def g(n=10, target=62, start="25442815", combo="d00d00d00"):
    return int(n * n + target)

assert f(g())

def f(s: str):
    return s.startswith("Hello world")

def g():
    return ("Hello world")

assert f(g())

def f(s: str):
    return s == "I've got problems"

def g():
    return "I've got problems"

assert f(g())

def f(x: int, a=0, b=1110300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=0, b=1110300):
    return int(a / 2) + b

assert f(g())

def f(n: int, a=14303, b=5):
    return b * n + (a % b) == a

def g(a=14303, b=5):
    return int(int(a / b) - int(b / b) + 1)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] == s[i]:
            if word[i] == s[i] and len(word[i]) == 2:
                if i <= 2:
                    return False
                return False
    return True

def g(word="konjac"):
    s = str(word)
    n = len(s)
    word = s[0]
    return "konjac"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[0] != word[0] :
                return False
    return True

def g(word="konjac"):
    return str(word) * len(word)

assert f(g())

def f(s: str, n=300):
    return s in s or sum(s) >= 2 or sum(s) <= 2.

def g(n=300):
    if n > 1:
        return "Hello"
    return "World"

assert f(g())

def f(s: str, word="antifascia", max_len=10):
    if len(word) <= max_len:
        return word == s
    return itemize(s) == max_len

def g(word="antifascia", max_len=10):
    if len(word) <= max_len:
        return word
    return itemize(word) == max_len

assert f(g())

def f(s: str):
    return s == 'Hello world'  # you can't find it

def g():
    return ("Hello world")

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= n  # non-overlap

def g(n=12345):
    return [n for n in range(n)]

assert f(g())

def f(x: int, a=1024, b=1020):
    if x > 0 or a > 253532:
        return x - a == b
    elif a == 253532:
        return x % 2 == 0
    elif a == 1024:
        return x / 2 == 1
    elif a == 1024:
        return x / 2 * 2 == 1
    elif a == 1024:
        return x - x == 0
    elif a == 1024:
        return x + a == b
    else:
        return x + a

def g(a=1024, b=1020):
    if (a == 0) or (a == 253532) and (b == 0):
        return a - b
    elif (a < 0) or (a > 253532):
        return a - b - 1
    elif a > 5036:
        return a - 1 - 1
    elif b > 1020:
        return b - 1 - 1 - 1
    else:
        return b + a

assert f(g())

def f(x: int, a=168086, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=168086, b=1230200):
    if a < 0 and b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    if word[0] == s[0]:
        return True
    raise NotImplementedError("No strings in the pattern given.")

def g(word="konjac"):
    return str(word[0])[0]

assert f(g())

def f(x: int, a=345346363, b=10):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + b == a

def g(a=345346363, b=10):
    return a + b or a + b == b

assert f(g())

def f(b: bool, n = 8):
    return b * n != -1

def g(n = 8):
    return n != -1

assert f(g())

def f(s: List[str]):
    return s[0] == s[1] and s[2] == s[3] or s[4] == s[5]

def g():
    return ["a" for i in range(1000)]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] == word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word for i in range(1000))

assert f(g())

def f(n: int): # if n == 2.5 || n == 2.5 + 1: 2, 3, 0, 3, 0, 0, 0, 1, 1, 1: 3, 1, 2, 1, 2, 2, 2, 0, 0, 0
    return n - 1 + 2*n > 0  # no limit

def g():
    return int(int("1394")**-3) + 1

assert f(g())

def f(x: List[int]):
    return sum(x) == 9 and sum(x) == 9

def g():
    return [0, 0, 1] + [1, 0, 2] + [2, 0, 3]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) / 2 == 0 and target[len(target) // 2 - len(target) / 2] == 0] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) % 2 == 0 and target[len(target) % 2 == 0] == 1]

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        m = 5 * (n - 3) + 2
        if m == m:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - a != b
    else:
        return x - a != b

def g(a=253532, b=1230200):
    v = 0
    d = a + b
    a = a * 5 - 2
    b = b + 2
    return (a + b) + (v)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i != 0 or i != len(s) - 1:
            if i == 0:
                success = True
    return success

def g(word="konjac"):
    return word.strip("@")[:2]

assert f(g())

def f(x: str):
    return x.count("abc") == x.count("123")

def g():
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'c', 'i', 't', 'e', 't', 'f']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'c', 'i', 't', 'e', 't', 'f']):
    return str(chars[::-1])

assert f(g())

def f(x: int, a=1230200, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1230200, b=1230200):
    return a + b

assert f(g())

def f(lb: List[bool], nums=[]):
    return lb == nums

def g(nums=[]):
    return nums[::-1]

assert f(g())

def f(s: str):
    return s.count('o') == (s.count('o') == s)

def g():
    return "b"

assert f(g())

def f(x: str, s=[]):
    return len(x) == len(s)

def g(s=[]):
    return '\n'.join([x[0] for x in s])

assert f(g())

def f(x: int, a=102420001):
    return x ** 2 >= a

def g(a=102420001):
    return (a - 1) * -1

assert f(g())

def f(w: str, a=3, b=3):
    if a == 1:
        return w[a] == w[b]
    elif a == -1:
        return w[a] == w[b]
    else:
        return w[a] == w[b]

def g(a=3, b=3):
    if a == 0:
        return "hello world"
    else:
        return "world"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "44" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + n

assert f(g())

def f(s: str, word="adivision"):
    return s[0] == word[0] and s[0] != word[-1]

def g(word="adivision"):
    return "adivision"

assert f(g())

def f(s: str, word="abbbbbbbbbbbbbbbbbbb"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="abbbbbbbbbbbbbbbbbbb"):
    return str(word + "123456789" + "(abbbbbbbbbbbbbbbbbbbb)b")

assert f(g())

def f(chars: str):
    for c in chars:
        if c == 'h':
            return True
    return False

def g():
    return "h4abcde9"

assert f(g())

def f(s: str):
    return s.startswith('123456789')

def g():
    return "123456789"

assert f(g())

def f(t: str, s="apple"):
    return len(t) == len(s)

def g(s="apple"):
    return str(s[::-1]==0)

assert f(g())

def f(s: str, l=8):
    return s.lower() == l.lower() if l == 'r' or l == 'd' else s.lower() == 'b'

def g(l=8):
    return "123456789" * l.upper() if l == 'r' or l == 'd' else "b" or "a" or "b"

assert f(g())

def f(x: int, a=8665464, c=-6327):
    return x == a and c == c

def g(a=8665464, c=-6327):
    return a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=60):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[1]

def g(word="antidisestablishmentarianism", max_len=60):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and word[-1] == s[0] and word[0] == s[1]

assert f(g())

def f(x: str, s="problems"):
    return x == s

def g(s="problems"):
    return str(s)

assert f(g())

def f(n: int, a=3, b=23463462):
    return 0 <= n <= a

def g(a=3, b=23463462):
    return 1-a * (0 <= b <= 3)

assert f(g())

def f(x: int, a=932552340):
    return x == a

def g(a=932552340):
    return a

assert f(g())

def f(a: int):
    return a < 10

def g():
    return 0

assert f(g())

def f(n: int, a=31434, b=4154):
    return n // b == a

def g(a=31434, b=4154):
    return a * b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            for z in s[::-1]:
                if word[i] == word[::-1]:
                    return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b") == x.count("a") or (sum(x.count("c") >= x.count("a")) + x.count("c") < x.count("b") + x.count("b") for x in s)) for x in s)

def g():
    return ["b"*(i+2)+"c" for i in range(1000)]

assert f(g())

def f(n: int, caps=[1, 2, 3, 4], upper_bound=2):
    return n > caps[1] or caps[1] == n  # not allowed in a loop here

def g(caps=[1, 2, 3, 4], upper_bound=2):
    return caps[3] - caps[1]

assert f(g())

def f(k: int):
    return k != 0

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, target="re-use"):
    return len(s) == len(target)

def g(target="re-use"):
    if isinstance(target, str):
        return target
    return target

assert f(g())

def f(x: str, a=10206202001):
    return "Hello " + x[::-1] == "Hello world"

def g(a=10206202001):
    return "world"[::-1]

assert f(g())

def f(z: float, v=2, d=0.0001):
    return 0.0001 < v or v % 10 >= 0

def g(v=2, d=0.0001):
    return float(v)*100

assert f(g())

def f(str: str, strings=['cat', 'dog','fly','moose']):
    if len(str) > len(strings):
        return True
    return False

def g(strings=['cat', 'dog','fly','moose']):
    return str(strings)

assert f(g())

def f(substring: str, m=1, n=2):
    for i in range(3, 3 * 9 + 1):
        if len(substring) == m :
            i += 1
        if len(substring) == 2:
            i += 2
            substring[0] += " " + i
        i += 2
    return len(substring) == m

def g(m=1, n=2):
    return str(n * n)

assert f(g())

def f(s: str):
    return str(s + "\n").startswith("hello")

def g():
    return "hello world"

assert f(g())

def f(b: bool):
    return b == False

def g():
    return (bool("test") == "true" and "test" in b and "test" in "test")

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world" # same as standard ASCII

def g():
    return "world"[::-1] # string literal, not "Hello world"

assert f(g())

def f(s: str, m=5):
    return m == 5

def g(m=5):
    return str(m).replace("~","")

assert f(g())

def f(tot: int, nums=[]):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[]):
    return sum(sum(nums) for num in nums)

assert f(g())

def f(n: int, a=20, b=20):
    if a == 1:
        return n + 1
    elif a == -1:
        return n - 1
    else:
        return n > 1

def g(a=20, b=20):
    return a + b

assert f(g())

def f(s: str):
    return len(set(s)) != len(s) * len(s) * len(s)

def g():
    return "test" + str(int("123456789" + "0"*9) ** 0.5) + " - test"

assert f(g())

def f(i: int):
    return i > 0

def g():
    return int(2) + 1

assert f(g())

def f(x: int, a=1, b=512):
    for i in range(a):
        for j in range(b):
            if i == 0 and j < x:
                return True
    return False

def g(a=1, b=512):
    return int(int(a)**3) + int(int(b)**2)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(s) != length:
        return len(s) == len(target)
    return [len(s) for s in s] // len(target) == len([])

def g(target="foobarbazwow", length=6):
    if len(target) < 2:
        return target
    else:
        return target

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return len(s) == len(target)

def g(target="reverse me", reverse=False):
    if target != reverse:
        target = target[::-1]
    elif target != reverse:
        target = target[::-1]
    return target[::-1]

assert f(g())

def f(s: str, word="s1", max_len=5):
    return s[:max_len] == word

def g(word="s1", max_len=5):
    return word

assert f(g())

def f(n: int, a=25731482, b=10):
    return n > a

def g(a=25731482, b=10):
    return int(int(a*1 + b*1 + b*b) ** 1) + 1

assert f(g())

def f(t: str, s="abbbcabbac", target=7):
    i = 0
    for c in t:
        i += 1
    i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abbbcabbac", target=7):
    i = len(s)
    if not isinstance(s, str):
        return "I don't like anything about this line"
    return "I don't like anything about this line"

assert f(g())

def f(x: float, a=18.5, b=18.5):
    return x == a and x == b

def g(a=18.5, b=18.5):
    return (a * 0.5) + (b * 0.5)

assert f(g())

def f(s: str, u=6):
    return (u + 1) >= 0 and (u - 1) <= u

def g(u=6):
    return "hello"

assert f(g())

def f(x: int, a=57773622):
    return x == -a + 1

def g(a=57773622):
    return 1 - a

assert f(g())

def f(s: str):
    return 1 == s.count('0') and 1 == s.count('1')

def g():
    return "123456789"+"0"

assert f(g())

def f(n: int, v=13, a=5, target=4):
    return v < v + 2

def g(v=13, a=5, target=4):
    return int(v+2) * 10 + a

assert f(g())

def f(x: int, a=34, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=34, b=54368639):
    if a == 1:
        return x - a
    elif a != b:
        return b - a
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                if s[i] != word[i] == word[i].lower():
                    return False
                else:
                    if s[i] != word[i]:
                        return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(n: int, a=100, b=1000):
    if n != 100:
        return n > 100
    else:
        return n % 2

def g(a=100, b=1000):
    return a + b

assert f(g())

def f(s: str, target='foo', length=1024):
    return s == target

def g(target='foo', length=1024):
    return target if target is None else target

assert f(g())

def f(q: int, a=50, b=1000, h=20):
    return q > b

def g(a=50, b=1000, h=20):
    return a + b

assert f(g())

def f(x: int, a=17890187):
    return x >= a

def g(a=17890187):
    return int(a * a)

assert f(g())

def f(s: str, word="antisymphisthesis", max_len=20):
    if len(word) <= max_len:
        return word == s or sum(word) == 0 and max(word) == 0
    return min(len(s) == max(s) for s in sorted(word)) or len([s for s in sorted(word)]) == 0

def g(word="antisymphisthesis", max_len=20):
    if len(word) <= max_len or max_len != 20:
        return "antisymphisthesis"
    return "antisymphisthesis"

assert f(g())

def f(s: str, word="sabie"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="sabie"):
    return str(word)

assert f(g())

def f(s: str):
    return 'world' in s == 'world' + 'world'

def g():
    return 'world' + 'world'

assert f(g())

def f(li: List[int], k=0):
    return len(li) != k

def g(k=0):
    return [1, 1]

assert f(g())

def f(x: int, n = 123456789, n2=11):
    return x != n or x in terms(n2 + 3)

def g(n = 123456789, n2=11):
    return n2*n

assert f(g())

def f(n: int, s="aaAab", t="aAaaB"):
    return n % 2 == 0

def g(s="aaAab", t="aAaaB"):
    return int(s[::-1]==t[::-1])

assert f(g())

def f(s: str, word="dee-dee", max_len=10):
    if len(word) <= max_len:
        return word == s
    return tuple(s)

def g(word="dee-dee", max_len=10):
    if len(word) < max_len:
        return word
    return tuple(word)

assert f(g())

def f(tri: List[int], edges=[]):
    for i in range(1, len(tri) + 1):
        if tri[i] !=tri[i - 1]:
            return False
    return True

def g(edges=[]):
    return [x.startswith(b) for b in edges]

assert f(g())

def f(s: str, strings=['horse', 'fly', 'moe']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['horse', 'fly', 'moe']):
    return "horse"

assert f(g())

def f(x: int, a=50, b=1134):
    if x > 0:
        return x + a > b
    else:
        return

def g(a=50, b=1134):
    return int(a**2) + 1

assert f(g())

def f(x: int, e=150000):
    return abs(x % 1e6) >= e

def g(e=150000):
    return int(e)

assert f(g())

def f(v: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return v[0] == 0 and v[1] == 1 and v[2] == 2

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [0, 1, 2, 3, 4, 5, 7, 8, 9, 10, 11, 12, 13,14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27]

assert f(g())

def f(x: int, a=10201202001):
    return x > a

def g(a=10201202001):
    return a * 12

assert f(g())

def f(x: int, a=63768, b=-93206):
    return a - x < 0

def g(a=63768, b=-93206):
    return int(int("123456789" + "0" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antispam", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(word) and word[0] == s[0] and s[-1] == word[-1]

def g(word="antispam", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:-1]) == max(word) + 1

assert f(g())

def f(x: int, a=10201202001):
    return x > 10

def g(a=10201202001):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(a: List[int]):
    return len(set(a) ) == len(a)

def g():
    return []

assert f(g())

def f(n: int, a=1344, b=1347):
    return n // b == a

def g(a=1344, b=1347):
    return a * b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Pleasant')

def g():
    return "Pleasant"

assert f(g())

def f(x: int, a=235532, b=123456789):
    if x < 0 or a < 0:
        return x - a > b
    else:
        return x + a > b + a

def g(a=235532, b=123456789):
    if a < 0 or b < 0:
        return a + b > b
    else:
        return a + b

assert f(g())

def f(s: str, word="kleb", min_len=1, max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="kleb", min_len=1, max_len=10):
    if len(word) <= max_len:
        return word[:2] == 4 and (min_len-6 < max_len) or "kleb"

assert f(g())

def f(s: str, target="a"):
    return s[::-1] == target

def g(target="a"):
    if target == "b":
        return "hello world"
    else:
        return target[::-1]

assert f(g())

def f(n: int, a=345346363, s=2021):
    return n // s <= a

def g(a=345346363, s=2021):
    return -(a < s) + s

assert f(g())

def f(s: str):
    return '\n' in s if len(s) > 0 else ''

def g():
    return '\n'

assert f(g())

def f(s: str, word="antisemancetype", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[1] == s[1] and word[0] == s[0] and word[0] == s[1]

def g(word="antisemancetype", max_len=10):
    if len(word) >= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and word[1] == s[1] and word[0] == s[0] and word[0] == s[1]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    m = n*a
    while n > 4:
        m = 2 * n
        m += a
    return m * m == m

def g(a=17, b=100, c=20):
    m = 0
    while m > 5:
        m = m - 2 * m
    return m*m + m

assert f(g())

def f(n: int, a=345346362, b=11):
    return n // b == a

def g(a=345346362, b=11):
    return a*b

assert f(g())

def f(x: float, v=9, d=0.0001):
    return 0.0001 - abs((x * 1 / d % 10) * 1 / d) < 1e-6

def g(v=9, d=0.0001):
    return d / 10 * 10 - 15 * 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == 1 and word[-1] == s[0] and word[-1] == s[1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len and word[0] == 1 and word[-1] == 1

assert f(g())

def f(l_case: str, l_state=True):
    return l_case == 'dee' or l_state == 'dee'

def g(l_state=True):
    return "dee"

assert f(g())

def f(n: int, v=19, w=100):
    return str(n * n).startswith("123456789")

def g(v=19, w=100):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_len) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    print(year_len)
    return 0

assert f(g())

def f(ch: str):
    s = "Hello world"
    str = ch
    return s.lower() in str

def g():
    return "hello world"

assert f(g())

def f(x: float, coeffs=[2.5, 1.3, -0.5]):
    a, b, c = coeffs
    return abs(a * x) > 1e-6

def g(coeffs=[2.5, 1.3, -0.5]):
    return coeffs[0]+1

assert f(g())

def f(s: str, chars=['i', 'd', 'n', 'u', 'k'], n=2):
    return s == "abbbcabbac"

def g(chars=['i', 'd', 'n', 'u', 'k'], n=2):
    return "abbbcabbac"

assert f(g())

def f(nums: List[int], m=12, t=175):
    n = max(nums)
    m = 5
    min_angle = 1
    for i in range(n):
        if t >= 15:
            return True
        if min_angle <= (t - 15) or min_angle <= 360:
            min = min_angle / m + 1
            return True
        min_angle = min + min_angle/8
    return min_angle > 60

def g(m=12, t=175):
    return [1, 2]

assert f(g())

def f(p: List[int], edges=[[0, 2], [0, 3], [1, 4], [2, 5]]):
    return p[0] == 0 and p[1] == 0 and p[2] == 0

def g(edges=[[0, 2], [0, 3], [1, 4], [2, 5]]):
    return [0, 0, 0, 2, 1]

assert f(g())

def f(s: str, word="key"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="key"):
    return "key"

assert f(g())

def f(s: str, target=60, n=5):
    if str(s) in ("Hello world"):
        if str(s) == "Hello world":
            return False
    return True

def g(target=60, n=5):
    return "Hello"

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a < 2:
        return x - a > b
    else:
        return x - a > b

def g(a=4, b=54368639):
    return int((a + b * a + b - 1) * 9 * 4) * 9

assert f(g())

def f(x: int, a=93252338, b=93252338, s=93252338, e=93252338):
    return ((s^2 + s^3) + (a^2 + b^2) + (1 + s^2) * s) - x <= e

def g(a=93252338, b=93252338, s=93252338, e=93252338):
    return (s^2 + s^3) + (a^2 + b^2) + (1 + s^2) * s

assert f(g())

def f(z: float, v=10, d=0.0001):
    return z * 1 / (d * 10) == v

def g(v=10, d=0.0001):
    return float(float(0) * v + v) * d * v

assert f(g())

def f(s: str, word="antiques", max_len=28):
    if len(word) <= max_len:
        return word == s
    for i in range(start, start + n):
        if words[i] in words and words[i].isdigit() or words[i].isdigit() == "1":
            return True

def g(word="antiques", max_len=28):
    if len(word) <= max_len:
        return word;
    for i in range(500):
        if words[i] == "1" or words[i] == "2":
            return False
        else:
            return i;
    return True

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i % 2 == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) * len(word) * len(word)

assert f(g())

def f(s: str, word="mixed"):
    if word in ("konjac", "mixed"):
        return True
    else:
        return False

def g(word="mixed"):
    return "konjac"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if hasattr(s, "_count"):
        return s[::-1]
    return s[::1] == target

def g(target="reverse me", reverse=True):
    if hasattr(target, "_count"):
        return target + 1
    return target

assert f(g())

def f(d: int, n=123456789):
    return d >= n if n != 1 else d + 1

def g(n=123456789):
    return n + 1

assert f(g())

def f(str: str, word="antidoc", max_len=10):
    if len(str) <= max_len:
        return str == "antidoc"
    return "\"" + max_len + "\"" + wxutil.lru.lru_to_hex(s, word[1-max_len+1:1])

def g(word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word
    return "", "\"" + max_len + wxutil.lru.lru_to_hex(s, word[1-max_len:1])

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0000001:02B":
        s.count(i) == 1000
    return True

def g():
    return int(int("123456789" + "0123456789")** 0.5)

assert f(g())

def f(start: int):
    n = start + 2  # possible negative
    while abs(n) > 1000:
        n = 3 * n + 1                 # more likely than not
        if n % 2 != 1:  # odd?  # could be a bit negative
            return True
    return False

def g():
    return int(int("123456789000" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=-382, b=-72347):
    return x - a + b > 0

def g(a=-382, b=-72347):
    return int(int(a) * (b - a)) - 3

assert f(g())

def f(n: int, m=1, v=1, v_len=16):
    return n - m > v

def g(m=1, v=1, v_len=16):
    return m * v_len

assert f(g())

def f(l: List[int]):
    return all(length(l) == 4 or length(l) == 7 or length(l) == 8 for l in l)

def g():
    return list()

assert f(g())

def f(s: str):
    return int(s[::-1]) > 0.5

def g():
    return "123456789" + "0"*9

assert f(g())

def f(n: int, a=5, b=30):
    return n > 1000

def g(a=5, b=30):
    return a*60 + b*30

assert f(g())

def f(n: int, a=1000):
    if n > 2:
        # The base case has no problem: we're not allowed in the second argument
        return n >= a
    else:
        # We'll need to adjust this for the second argument
        return pow(a, n, n) == a

def g(a=1000):
    return int(a % 3) + 7*a

assert f(g())

def f(s_case: str, s="canYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="canYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return (s.upper() if caps > len(s) // 2 else s.lower())

assert f(g())

def f(s: str, strings=['hello', 'bar'], start="280"):
    return s in strings and sum(t > s for t in strings) == 0  # not a square

def g(strings=['hello', 'bar'], start="280"):
    return "hello" or len(s == '280' and strings[start] > '280')

assert f(g())

def f(s: str):
    for i in range(5):
        if s[i % 5] == 0:
            return False
    return True

def g():
    return "" + "hello world"

assert f(g())

def f(x: int, a=2536):
    return x == a

def g(a=2536):
    return 0 + a

assert f(g())

def f(s: str, t="Hello World", b="Hello World"):
    if s == "" or s in t:
        return s
    if t == "" or t in s:
        return s.lower() == t.lower()
    if t == b:
        return s.lower() > t.lower()
    if t == m:
        return s.lower() > b.lower()
    return S(a, b) >= S(a, t)

def g(t="Hello World", b="Hello World"):
    if t == "Hello world" and b == "" or b in t:
        return "world"
    else:
        return "world"[b] == "Hello world"*4

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(s) == len(target):
        return target == s
    return target[(len(target) - length) // 2:s] if target else s[:length]

def g(target="foobarbazwow", length=6):
    if len(target) > 6:
        return target
    return target == target[(-1)//2*4:target] if target else s[(len(target)-1)]

assert f(g())

def f(n: int):
    return int(n) + 1 ** n > 20

def g():
    return int(int("123456789" + "0"*9) ** 12.5)

assert f(g())

def f(vecs: List[int]):
    new_len = len(vecs)
    if len(vecs) > new_len and all(i in vecs) != 0:
        return vecs != new_len
    return vecs[0] != len(vecs)

def g():
    return [1] * (1 + 1)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s.count(i) != -1
    return True

def g():
    return int(int("0"*9)** 9) + 1

assert f(g())

def f(n: int, a=345, b=10):
    return n // a + b == a

def g(a=345, b=10):
    return (a - b) * a + b

assert f(g())

def f(n: int, a=153489, b=153489, u=12):
    return n % 16 >= 0.5

def g(a=153489, b=153489, u=12):
    return 2 or 5

assert f(g())

def f(t: str, target="reverse"):
    return ''.join(t.split()) == target

def g(target="reverse"):
    return ''.join(target)

assert f(g())

def f(s: str, word="konjac2"):
    for i in range(len(word)):
        if i < len(word) or i > len(word):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac2"):
    return str(word) + "\n"

assert f(g())

def f(v: int):
    return 0 if v < 0 else v < 5

def g():
    return 3

assert f(g())

def f(t: str, s="world"):
    # this should be empty
    return t == s

def g(s="world"):
     return "world"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if len(word) < i:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(string: str, type=("bee", "bob"), target=15, e=20):
    return string.count("b") >= 2 and string.count("o") < 2 and all([str(i) == i] for i in range(6))

def g(type=("bee", "bob"), target=15, e=20):
    return "bee" + "b"

assert f(g())

def f(s: str, word="thead", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[-1] == s[-1]

def g(word="thead", max_len=10):
    return str(word)

assert f(g())

def f(n: int, wordsize=100):
    return n % 3 == 0

def g(wordsize=100):
    return int(wordsize / 3)

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and sum(probs) > 1e-2
    return max(probs[(i + 1) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-2

def g():
    return [3.0 // 8.0, 3.0, 3.0]

assert f(g())

def f(x: int, a=100, b=100000):
    if x > 0 or a > 50:
        return x + b == a
    else:
        return x - b

def g(a=100, b=100000):
    if a > 50:
        return a - b
    else:
        return 1

assert f(g())

def f(x: int, a=253532, b=1168600):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1168600):
    return int(a) + int(b)

assert f(g())

def f(m: int, a=345346363):
    return m // a == a

def g(a=345346363):
    return int(a * a + 10)

assert f(g())

def f(s: str, target="foobarbad", length=12):
    return target[len(target) - 1] == s

def g(target="foobarbad", length=12):
    return target[len(target) - 1] if target[0].startswith("foobarbad") else target[len(target) - 1]

assert f(g())

def f(x: int, a=93252338):
    return  x >= a

def g(a=93252338):
    return int(a * a)

assert f(g())

def f(x: int, a=123310, b=10134):
    if x > 0 or a > 50:
        return x - b > a
    else:
        return x - b > a

def g(a=123310, b=10134):
    return int(a**2)

assert f(g())

def f(s: str, a=50, b=10, c=15):
    return s.count("a") == 0 and len(s) == 5

def g(a=50, b=10, c=15):
    return "hello"

assert f(g())

def f(n: int, a=50, c=20, m=20):
    if a < 0:
        return False
    else:
        return True
    for i in range(n):
        m = n * (m + 1) * (m + 1 for m in set(n))
        if m < 0: return False
        return True
    return False

def g(a=50, c=20, m=20):
    return 1000 * (10 - a) * (m - 1) * (m + 1)

assert f(g())

def f(s: str, n=131879):
    n = len(s)
    for i in range(14):
        if n > 0:
            n += 1
    return n > 0 and n % 5 == 0

def g(n=131879):
    if n == 1:
        return "Hello"
    elif n/2 > 3:
        return "Hello World"
    else:
        return "Hello"

assert f(g())

def f(x: int, t=175):
    assert x is not None
    return x - t > 0.0

def g(t=175):
    return t * t + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[((len(target) - length)//2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[((len(target) - length)//2) // 3]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return s == word

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    else:
        return str(word)

assert f(g())

def f(s: str, word="yoo"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="yoo"):
    return word

assert f(g())

def f(n: int, m=128, nh=1):
    assert n >= m
    m = m + 1 if m % 10 else m / 10
    return m >= n and n > m or 2 <= m + 1

def g(m=128, nh=1):
    return int(m**2 if m > (0.5) else m - (m/10))

assert f(g())

def f(s: str, a=100, b=5000):
    return s in set(s)

def g(a=100, b=5000):
    return a and b in s if a == b else "a"

assert f(g())

def f(v: int, n=6):
    return v >= n

def g(n=6):
    return 1*n

assert f(g())

def f(li: List[int]):
    return list(list(range(99999))) == list(range(99999)) and all(li[i] != i for i in range(len(li)))

def g():
    return [6, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(s: str, word="man", max_len=100):
    if len(word) <= max_len:
        return word == s
    return max(max(word[1:]) and len(word[0]))

def g(word="man", max_len=100):
    return str(word)

assert f(g())

def f(s: str, word="abbrex"):
    return s == word or (s <= word[2] or s >= word[7]) and word[1] == s

def g(word="abbrex"):
    return word[1] or s == word[0]

assert f(g())

def f(x: int, a=1522661222):
    return x == a

def g(a=1522661222):
    return (a-6) + 6

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(25):
        if v > w:
            w -= i
            n += 1
    return n > w or w < n

def g(v=17, w=100):
    return int(v * v) + 5

assert f(g())

def f(n: int, a=16, b=1323):
    assert n % 3 == 1, "Hint: n is a multiple of 4"
    return (a % n == 0 or a == 0 or b % n == 0 or n != 0 or a > 0)

def g(a=16, b=1323):
    return a

assert f(g())

def f(li: List[int], target=[17, -1, 17, -1], n=2):
    return li * n == target

def g(target=[17, -1, 17, -1], n=2):
    return target[:-n]

assert f(g())

def f(n: int, v=20, w=100):
    for i in range(n):
        assert n <= w
        v *= 3
        w *= 2
    return v > w

def g(v=20, w=100):
    return int(v) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != s[i]:
            returnFalse

    if word[0] == s[0]:
        return True
    return False

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(t: List[int]):
    return (t[0] <= t[1] and t[1] <= t[2])

def g():
    return [
        1,
        2,
        3,
        4,
        5,
        6,
        7,
        8,
        9,
        10,
        11,
        12,
        13,
        14
    ]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 500:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    try:
        return int(a + b)
    except ValueError:
        return -1
    raise ValueError("bad range for " + str(str(str(String(a)))) +
                         " number of values in " + str(str(int(int(b)))) +
                         " sequence")

assert f(g())

def f(x: List[int], n=11, m=30):
    return len(x) == n

def g(n=11, m=30):
    return [1] * n

assert f(g())

def f(f: str):
    for i in range(len(f)):
        if f[i] == f[i].upper():
            return True
    return False

def g():
    return str(f("123456789"))

assert f(g())

def f(n: int, a=345346363, c=10):
    return n // c == a

def g(a=345346363, c=10):
    return int(10 * a) + 1

assert f(g())

def f(n: int, a=1585991, b=10):
    return n // b == a

def g(a=1585991, b=10):
    return a * b or 1 + a ^ b

assert f(g())

def f(z: float, d=0.0001):
    return d * 1 / z % 10 == 0

def g(d=0.0001):
    return d * 1 / 10

assert f(g())

def f(x: List[int]):
    return sorted(x) == list(range(9000))

def g():
    return [int(i) for i in range(9000)]

assert f(g())

def f(x: int, a=10201202001):
    return (x == a) & (x == a)

def g(a=10201202001):
    return a

assert f(g())

def f(n: int, a=45, b=34):
    return n // b == a

def g(a=45, b=34):
    if a == b:
        return 2[0] // b
    else:
        return int(a * b)

assert f(g())

def f(s: str, word="kwag"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="kwag"):
    return "kwag"

assert f(g())

def f(x: float, coeffs=[2.5, 1.3, -0.5]):
    a, b, c = coeffs
    return abs(a * x ** 2 + b * x + c) >= 1e-9

def g(coeffs=[2.5, 1.3, -0.5]):
    coeffs[1] += 1.0
    coeffs[2] = abs(coeffs[1] * 2.5 + coeffs[1] * 1.3 + coeffs[2] * -0.5)
    return coeffs[2] + 1.0

assert f(g())

def f(x: int, a=4515):
    return x == a

def g(a=4515):
    return a

assert f(g())

def f(s: str, a=['baz', 'cass', 'cat'], b=['cass', 'peep']):
    return s in a and s in b

def g(a=['baz', 'cass', 'cat'], b=['cass', 'peep']):
    return a[0] and a[1] and b[0]

assert f(g())

def f(x: int, a=1519, b=123400):
    if x > 0 or a > 50:
        return x / a == b
    else:
        return x + a / b == b

def g(a=1519, b=123400):
    if a > 50:
        return a * b
    else:
        return a + b / b == b

assert f(g())

def f(x: int, a=7451534, b=-22, c=14546310):
    return x + 1 <= a and x + 2 <= b

def g(a=7451534, b=-22, c=14546310):
    return int(a * (c-22) * (b-22))

assert f(g())

def f(s: str, words=['j', 'x', 'nj', 'xnj', 'x', 'xjn', '', '']):
    for c in words:
        if c not in s:
            return False
    return True

def g(words=['j', 'x', 'nj', 'xnj', 'x', 'xjn', '', '']):
    return str(words)

assert f(g())

def f(x:int, a=12153033, b=10):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=12153033, b=10):
    if a < 0:
        return int(a)
    else:
        return int(a + b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < b:
        return x - a == b - 0
    else:
        return x - a == b - 0 - 0

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=76422, b=54187):
    return a / n != 0

def g(a=76422, b=54187):
    return a + b * f(a)

assert f(g())

def f(str: str):
    if str.lower() != 'abcd':
        return str.lower() == 'abcd'
    else:
        return str.lower() == 'abcd'

def g():
    return "abcd"

assert f(g())

def f(s: str, word="hmmm", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(word) == len(word) and word[0] == s[0] or word[-1] == s[-1]

def g(word="hmmm", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word) == len(word) and word[0] == s[0] or word[-1] == s[-1]

assert f(g())

def f(t: str, s="kim"):
    assert s == t
    if t != len(s) - 1:
        return True
    return False

def g(s="kim"):
    return str(s)

assert f(g())

def f(s: str, target="mordoc", length=3):
    return target[(len(target) - length) // 4 + (len(target) + length) // 4] == s

def g(target="mordoc", length=3):
    return target[(len(target) - length) // 4 + (len(target) + length) // 4]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASMoreCAPITALS", lower_bound=5):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 1 else s.lower())

def g(s="CanYouTellIfItHASMoreCAPITALS", lower_bound=5):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
            break
    return(s.lower() if caps > len(s) // 1 else s.lower())

assert f(g())

def f(nums: List[int]):
    if len(nums) == 14:
        return True
    return False

def g():
    return [int(i+2) for i in range(14)]

assert f(g())

def f(n: int, l=1239042):
    return l + n > 2*l

def g(l=1239042):
    return l << 2

assert f(g())

def f(n: int):
    return n % 5 == 0

def g():
    return int(int("123456789" + "0"*18) * 5)

assert f(g())

def f(x: List[int], m=8, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return (m + 2 if m % 10 else m // 10) > 0

def g(m=8, n=4):
    return [0, 0]

assert f(g())

def f(a: float):
    return a > 4 + 3.1415

def g():
    return int(int("123456789" + "0"*9) ** 2) + (0.5 * 6.0)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", n=4):
    if len(word) <= n:
        assert len(word) == 2
    return word == s

def g(word="antidisestablishmentarianism", n=4):
    if len(word) <= n:
        assert len(word) == 1
    return word

assert f(g())

def f(s: str):
    return set(s) >= set("moooboooofasd")

def g():
    return "moooboooofasd";

assert f(g())

def f(b: int):
    return b > 100

def g():
    return int(int("123456789" + "0" * 9) - 100)

assert f(g())

def f(s: List[int]):
    return s.count("a") == s.count(s.count("b")) and s.count(s) == s.count(s)

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, target="boobow", length=6):
    return target[(len(target) - length) // 2: len(target) + length // 2] == s

def g(target="boobow", length=6):
    return "boobow"

assert f(g())

def f(s: str, name="hello"):
    return min(s) == min(name) or max(s) == max(name)

def g(name="hello"):
    return "hello"

assert f(g())

def f(s: str, n=1000):
    return len(s) == len(set(s))

def g(n=1000):
    return "123456789"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(1000))

def g():
    return sorted(range(1000), reverse=True)

assert f(g())

def f(n: int):
    return all([n])

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(n: int, a=15, b=45364634):
    return n // b == a

def g(a=15, b=45364634):
    return a * b

assert f(g())

def f(x: int, a=253532, b=485700):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=485700):
    if a > 50 and b > 50:
        return a + b
    else:
        return b - a

assert f(g())

def f(k: int):
    return k > 1 or k == k

def g():
    return 0

assert f(g())

def f(x: int, a=1, b=3, c=5):
    if a == 1:
        return x - b % 5 != 0
    elif a == -1:
        return x % 5 != 0
    else:
        return x + a == b + c

def g(a=1, b=3, c=5):
    if a == 1:
        return 1 + b - 2 + c
    elif a == -1:
        return 1 - b - 2 + c - 5
    else:
        return 1 - b + c + a

assert f(g())

def f(s: str, word="knocjac"):
    return s == word

def g(word="knocjac"):
    return word

assert f(g())

def f(x: int, a=85421, b=-93204):
    return x - a < b

def g(a=85421, b=-93204):
    x = int(a) + -923449322
    return x * (a - b)

assert f(g())

def f(x: int, a=1020, b=63658):
    return abs(x ** 2 - a) > a + b

def g(a=1020, b=63658):
    return a + b

assert f(g())

def f(x: int, a=4500, b=1500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4500, b=1500):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=1540):
    return n >= 1540

def g(a=1540):
    a = int(a)
    return a

assert f(g())

def f(x: int, a=3, b=553686):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=553686):
    if f(a, b) == 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(li: List[int], target=[8, 11, -9, -1, -3], n=2):
    return li * n > target

def g(target=[8, 11, -9, -1, -3], n=2):
    return target

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in range(123456789 + d, n, d))

def g(n=123456789):
    return n * n * (n - 1) + 1

assert f(g())

def f(x: int, a=253532, b=1245):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1245):
    return a + b

assert f(g())

def f(x: int, a=17, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=17, b=100):
    if a > 50 and b > 100:
        return -a == b
    else:
        return a + b

assert f(g())

def f(s: str, perm='dumplings'):
    return s == perm + '-' if s == s else s

def g(perm='dumplings'):
    return perm + '-'

assert f(g())

def f(s: str, a="hello world"):
    return str(s) == s

def g(a="hello world"):
    return "world 3"

assert f(g())

def f(s: str):
    return s[::-1] == "U"

def g():
    return "U"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i != n for i in str(d))

def g(n=123456789):
    return int(n*n)

assert f(g())

def f(x: float, a=16, b=2, c=4, d=1):
    assert a != 0 and c != 1
    if c != 1:
        return x % 2 == 0
    for i in range(a):
        if a == 1:
            return x % 2 == 1
        elif a != b:
            return x + a == b
    return 0.0

def g(a=16, b=2, c=4, d=1):
    assert a != 0 and c != 1
    if c != 1:
        print("invalid" + str(a) + " and c != 1")
    print("invalid" + str(c) + " and c != 1")
    return 0.0

assert f(g())

def f(n: int, a=345346363, m=10):
    return n // m == a

def g(a=345346363, m=10):
    return 3 + a * 3 + 2 + a * 2 + 2 + a * 3 + a * 2

assert f(g())

def f(n: int, t=200, i=0):
    for i in range(t):
        if n % 2 != 1:
            return False
        if i < t:
            return True
        if i >= (t + m) / 2 and i <= t + m % 2:
            return False
        return True
    return True

def g(t=200, i=0):
    return int(int(t)+2) - int(i) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-2]) + word[-1] + word[-2]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(max(word, 3)) + word[-max]

assert f(g())

def f(i: int):
    return len(str(i + 1001)) <= len(str(i + 1))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, x=1000):
    if len(s) == 9 or s[0] == 3:
        return True
    if len(s) == 4:
        return True
    return False

def g(x=1000):
    return str(x)

assert f(g())

def f(s: str, chars=['e', 'l', ' ', 'w', 'r', 'd'], target_len=12):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e', 'l', ' ', 'w', 'r', 'd'], target_len=12):
    return str(chars[::-1] if target_len else None)

assert f(g())

def f(s: str, n=26000, d=17):
    if s[0] != '=':
        return len(s) == n
    if len(s) >= n:
        return len(s) == n
    return 0 <= len(s) and len(s) == n

def g(n=26000, d=17):
    return ("a"*n)

assert f(g())

def f(n: int, a=1000000000, b=34352525):
    return n // b == a

def g(a=1000000000, b=34352525):
    return a * b

assert f(g())

def f(x: int, a=152800, b=8):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=152800, b=8):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac", n=4):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i]:
            return False
    return True

def g(word="konjac", n=4):
    return "konjac"

assert f(g())

def f(n: int, a=15483, b=23223, lower_bound=5):
    return n != 0 and b % n == 0 and n != 0 and 0 < n <= b or n <= lower_bound

def g(a=15483, b=23223, lower_bound=5):
    return a > b and b % n == 0 and n != 0 and 0 < a < b or lower_bound > a or lower_bound

assert f(g())

def f(n: int, a=14302, b=5):
    return a % b > 0

def g(a=14302, b=5):
    return -(a % b)

assert f(g())

def f(n: int, a=16, b=0, c=3):
    if n % 2 == 1 < 0:
        return n % 2 == 0 and a % b == 0 and a % c == 1
    else: return n % 2 == 0

def g(a=16, b=0, c=3):
    return 2 ** (a + b) * (c + 1)

assert f(g())

def f(x: int, a=1000, b=15000):
    if x > 1 or a > 0:
        return x - a == b
    else:
        return x + b == b

def g(a=1000, b=15000):
    return int(a) + int(b)

assert f(g())

def f(string: str, substring="mooobooofasd", count=2):
    return string.count(substring) == count

def g(substring="mooobooofasd", count=2):
    return substring + substring

assert f(g())

def f(n: int, a=27, b=18, upper_bound=75):
    return n > 0 and n < 9

def g(a=27, b=18, upper_bound=75):
    return int(12 * (a+1) < 27 * 24)

assert f(g())

def f(x: int, a=10000202001):
    return x ** 2 > a < 1025 + a * a + a

def g(a=10000202001):
    return a

assert f(g())

def f(x: int, a=6663496):
    return x == a

def g(a=6663496):
    if (a == 6663496):
        return a
    return g()

assert f(g())

def f(x: int, a=14, b=12456789):
    return x > a or x < b

def g(a=14, b=12456789):
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false') and len(s) == len(str(s))

def g():
    return 'Permute me false'

assert f(g())

def f(s: str, n=1000):
    return str(n) == s

def g(n=1000):
    return str(n)

assert f(g())

def f(d: int, n=123456789):
    return d - n and d > n

def g(n=123456789):
    return n + (n + 1)

assert f(g())

def f(x: int, k=10000):
    return x == k

def g(k=10000):
    return int(k)

assert f(g())

def f(s: str, s1="aaa", s2="bbb", target=2):
    if s2.count(s1) == 1:
        return s[1] == s[2]
    return s[2] == s[3]

def g(s1="aaa", s2="bbb", target=2):
    if s1.count("0") == 4:
        return "aaaaaaa"
    # if target = 2:
    else:
        return "bbbbbb"

assert f(g())

def f(s: str, word="femh", c=0):
    for i in range(len(word)):
        if (s[i] in s and s[i] != word[i]):
            return False
    return True

def g(word="femh", c=0):
    return word.lower()

assert f(g())

def f(m: int):
    return (m == 20) or m == 1

def g():
    return f(10) + f(20)

assert f(g())

def f(s: str):
    return s == "haha"

def g():
    return "haha"

assert f(g())

def f(n: int, a=45678, b=10):
    return n // a == b

def g(a=45678, b=10):
    return a * b

assert f(g())

def f(x: int, a=253313, b=1220200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253313, b=1220200):
    if a < 50:
        return "foo" + b
    else:
        return a + b

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return sorted(s) == sorted(big_str)

def g(big_str="foobar", index=2):
    return str(big_str)

assert f(g())

def f(n: int):
    return n > 10**2

def g():
    return int(int("12345" + "0"*9)**2)

assert f(g())

def f(s: str, n=7012):
    return 0 <= n <= 7012

def g(n=7012):
    return str(n * (n + 1))

assert f(g())

def f(s: str):
    return s == 'world'

def g():
    return "" + 'world'

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=4):
    return word == s

def g(word="antidisestablishmentarianism", max_len=4):
    return str(word.split()[0])

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a
    if n == 0:
        return 0 and a == n // b < a
        return 0
    return sum(n) + 0.5 * b

def g(a=345346363, b=10):
    return a * b
    return sum(n * a) + 0.5 * b

assert f(g())

def f(x: int, a=1020):
    if isinstance(x, float):
        return x * -2 - a
    elif isinstance(x, int):
        return x * -2 >= a
    elif isinstance(x, float):
        return x / 2 >= a
    elif isinstance(x, int):
        if a != b:
            return a
        elif isinstance(x, float):
            return -b
        else:
            return a

def g(a=1020):
    return a * -2 - 9

assert f(g())

def f(x: int, a=267568, b=161360):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=267568, b=161360):
    if a < 50 and a > 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if max_len == 30:
       return "antidisestablishmentarianism"
    return int(word) == max_len

assert f(g())

def f(nums: List[int], n=1000):
    return sum(nums) != n

def g(n=1000):
    return [1, 2]

assert f(g())

def f(x: int, a=2147483648, b=1230620):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2147483648, b=1230620):
    if a < 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = max(n) + 1 if n % 2 else m
        if n == m:
            return True

def g():
    return (int(3) + int(7))

assert f(g())

def f(s: str, chars=['o', 'h', 'l', ' ', 'z', 't', 'o', 'u', 'v', '', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'l', ' ', 'z', 't', 'o', 'u', 'v', '', 'd']):
    return str(chars)

assert f(g())

def f(x: int, a=861360, b=-315675):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=861360, b=-315675):
    if a > b - 315675:
        return a + b
    else:
        return a + b

assert f(g())

def f(path: List[int]):
    return sorted(path) == list(range(999))

def g():
    ...
    return list(range(999))[::-1]

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'i', 'z', 'n', 't', 'a', 'c']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'i', 'z', 'n', 't', 'a', 'c']):
    if chars == ('a'):
        return None
    if chars == ('b'):
        return None
    elif chars == ('t'):
        return None
    elif chars == ('a'):
        return None
    elif chars == ('z'):
        return None
    else:
        return str(chars)

assert f(g())

def f(x: int, a=1052698, b=45372513):
    return x - a == b

def g(a=1052698, b=45372513):
    return a + b

assert f(g())

def f(x: int, a=224411, b=72323):
    if a != 0:
        return -a < 0 and a != 0

    if b != 0:
        return -b < 0 and b != 0

    # if a == 0: 
    #

def g(a=224411, b=72323):
    return int(int("0123456789") / 10.0) + b

assert f(g())

def f(h: str):
    return "Hi " + h == "Hi world"

def g():
    return "world"

assert f(g())

def f(start: int, a=15, b=4097179301591438, c=10, n=10):
    a, b, c = a, b, c
    return a + b + a + c and (a < b) * a < b + c

def g(a=15, b=4097179301591438, c=10, n=10):
    return int(int(a * b) + int(c * n) + int(n * a))

assert f(g())

def f(s: str):
    return str(9 ** 2988).count(s) > 9 and len(s) == 2

def g():
    return str(9 + 3)

assert f(g())

def f(i: int):
    return len(str(i + 1002)) >= len(str(i + 1003))

def g():
    return int(int("124" + "0"))

assert f(g())

def f(x: int, a=253532, b=23223, i=7):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=23223, i=7):
    if a > 50 or b > 53:
        return a + b
    else:
        return a - b

assert f(g())

def f(n: int, v=17, w=100):
    return n >= w

def g(v=17, w=100):
    return int(int("123456789" + "0"*9) ** v)

assert f(g())

def f(x: int, a=205329, b=11703316):
    return a + x > b

def g(a=205329, b=11703316):
    return a if a > b else b

assert f(g())

def f(str: str, words="bang"):
    return str.lower() == words

def g(words="bang"):
    return str(words) == 2 or words or (words and words) == 1

assert f(g())

def f(x: int, a = 11, b = 54368639):
    return x % 2 == 0

def g(a = 11, b = 54368639):
    return (a % 2 == 0)* 9

assert f(g())

def f(n: int, a=0, b=23463462):
    return b // n == a

def g(a=0, b=23463462):
    return (8 * a + 9 * b) * 2

assert f(g())

def f(z: float, v=3, w=0.0001):
    z = z * w / (w + 1)
    return int(z * v) == 0 or int(z * v) == w

def g(v=3, w=0.0001):
    return int(v * (w+1)) / (v + 1)

assert f(g())

def f(s: str, target="foobar-bazwow", length=6):
    return target[(len(target) - length) % 2 : (len(target) + length) // 2] == s

def g(target="foobar-bazwow", length=6):
    return target[(len(target) - 6) % 2 : (len(target) + 6)// 2]

assert f(g())

def f(s: str):
    return len(set(s)) == 6

def g():
    return "string"

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello game"

def g():
    return "game"

assert f(g())

def f(s: str):
    return sorted(s[::-1]) == sorted('Permute me false')

def g():
    return 'Permute me false'

assert f(g())

def f(n: int):
    return n * n > 0

def g():
    return int(int("123456789") * 9 - 0.5)

assert f(g())

def f(x: int, a=10534563, b=72352549):
    return x == a

def g(a=10534563, b=72352549):
    return a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(words[-1]) < max_len and words[-1] == s[-1]

assert f(g())

def f(count: int, w=800, k=1500):
    for i in range(count-1):
        if i == 0:
            return False
        if w == 1 and i == 0 and i != 0 or i == w:
            return False
    return True

def g(w=800, k=1500):
    return int(int(w * f(-1)) % (6/3))

assert f(g())

def f(m: int):
    return m / (m + 1) == 1

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 2

assert f(g())

def f(f: int, n=1000):
    if f % 2 == 0 and 0 <= n < 0:
        return f / n
    else:
        return f / n >= 1

def g(n=1000):
    return n

assert f(g())

def f(s: str, n=1000):
    return "Hello world " + s == "Hello world " + "Hello world"

def g(n=1000):
    return  "Hello world"

assert f(g())

def f(tot: int, n=3, a=13, b=15):
    return tot + b == sum([n * 2 for i in range(n)])

def g(n=3, a=13, b=15):
    return int(n + (a < 6) if abs(n) < 6 else "")

assert f(g())

def f(n: int, a=15, b=3, upper_bound=150):
    return n % a == 0 and n % b == 0 and 0 < a < upper_bound

def g(a=15, b=3, upper_bound=150):
    return a * 3 + b % 3

assert f(g())

def f(n: int, a=5, b=90):
    return n // b == a

def g(a=5, b=90):
    return a * b

assert f(g())

def f(s: str, word=","):
    for i in range(len(word)):
        if len(word) != len(s):
            return False
    return True

def g(word=","):
    return str(word)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for e in chars:
        if s not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    """
    Return "o" and "h" keys, for use in the evaluation.

    """
    return 'o' if 'h' else "h"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n == c ** n) + min(a, b, c) and n >= 2

def g():
    return list([1, 2, 3, 4])

assert f(g())

def f(s: str, target="reverse"):
    return s == target

def g(target="reverse"):
    c = str(target)
    return c

assert f(g())

def f(d: str, word="konjac"):
    return str(d) == word

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, max=100):
    for i in range(max, 100):
        if max[s] != 0:
            returnFalse

    return True

def g(max=100):
    return str(max)

assert f(g())

def f(n: int, b=12352549):
    if n != 0:
        return n == 1;
    else:
        return n >= lower_bound if b == 1 or b < 0 else b > 0

def g(b=12352549):
    if (b == 1) or b < 0:
        return 1

    if (b < 0):
        return 0

    if (b < 1):
        return b - 1;
    return 0

assert f(g())

def f(x: str, c=1):
    return len(x) == 1

def g(c=1):
    return str(c)

assert f(g())

def f(s: str, r="world", a="hello world", b="Hello world"):
    for c in r:
        if c not in s:
            return False
    return True

def g(r="world", a="hello world", b="Hello world"):
    for c in r:
        r+=c * 2
    return r + " "

assert f(g())

def f(n: int, a=2, b=-1, c=1, d=3021):
    return n % a == 0 and n % b == 0 and d < n

def g(a=2, b=-1, c=1, d=3021):
    return a + b + c + d + d

assert f(g())

def f(s: str, word="molecules", max_len=100):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len or len(word) == max_len:
        return s
    while word[0] == s[1]:
        if word[-1] == s[-1]:
            word[0] = item
            word[-1] = max(word[0], item)
            if word[-1] <= max_len:
                return Word[word - 1]

def g(word="molecules", max_len=100):
    if max_len in (1,2):
        return word, max_len
    if max_len == 2:
        return "molecules"
    if max_len <= 100:
        return "molecules"
    if max_len == 3:
        return "molecules"
    if (max_len == 3) or (max_len == 2):
        return "molecules"

assert f(g())

def f(n: int, m=114898):
    m = m + 1 if m % 2 else m // 2
    if m == 9:
        n -= m
    return -n * m >= n or -n * m <= m / 5

def g(m=114898):
    return (m + 1) % 2 + 1

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return tot == sum(2 if i < thresh else 3 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return sum(2 if i < thresh else 3 for i in nums)

assert f(g())

def f(x: int, a=345346363, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=345346363, b=10):
    if a > 50:
        return a + b
    else:
        return b + a

assert f(g())

def f(x: int, a=-122, b=14546310):
    return x - a == b

def g(a=-122, b=14546310):
    return a % b

assert f(g())

def f(q: int, n=16, p2=10):
    return 0 <= q <= q + n and q <= q

def g(n=16, p2=10):
    return n * n

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50: return x - a == b
    else:
        x ^= a
        return x + b

def g(a=253532, b=1230200):
    if a < 0 or b < 0: return a - b
    else: return a + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Sorting By')

def g():
    return "Sorting By"

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    assert len(s) > 4
    return s == "Hello world"

def g(target="foobarbazwow", length=4):
    return "Hello world"

assert f(g())

def f(s: str, word="tobacco", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[1:-1] and word[-1] == s[-1]

def g(word="tobacco", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) < max_len and word[-1] == s[-1]

assert f(g())

def f(x: int, a=664, b=25000, c=30):
    return x - a < b or (x - a < b or a < b) == b

def g(a=664, b=25000, c=30):
    return int(a*c) + int(b*c) + int(a*c) + int(b*c) - int(a) - int(b)  if(a >= b or a < b) >= 100 else 100

assert f(g())

def f(x: int, a=382, b=9876560):
    return x - a == b

def g(a=382, b=9876560):
    return a + b or x + b or x

assert f(g())

def f(n: int):
    return str(n * 2).startswith("123")

def g():
    return int(int("123456789" + "0"*11) * 0.5) + 1

assert f(g())

def f(b: str):
    return str(b) == 'world';

def g():
    return 'world';

assert f(g())

def f(i: int):
    return len(str(i + 100)) != len(str(i + 1001))

def g():
    return 0

assert f(g())

def f(s: str, a=1213, b=63):
    return "Hello " + s == "Hello world"

def g(a=1213, b=63):
    return "world"

assert f(g())

def f(s: str):
    return s[::-1] == s[::-2] and s[::-3] == s[::-4]

def g():
    return ""

assert f(g())

def f(s: str):
    return s.count('i') and s.count('oo') == 1

def g():
    return ("i" + "oo" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i" + "i")

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 or a < 1:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1230200):
    if a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(tri: List[int], edges=[[0, 22], [0, 31], [31, 17]]):
    a, b, c = tri
    return [a, b] in edges and [b, c] in edges and a != b != a != c/(b-c) or (a+b) != c/(b-c) or (a-b) != c/(b-c)

def g(edges=[[0, 22], [0, 31], [31, 17]]):
    return [
        6,
        18,
        23,
    ]

assert f(g())

def f(s: str, word="bazism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="bazism", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1])

assert f(g())

def f(x: int, a=382, b=14546310):
    return x - a > b

def g(a=382, b=14546310):
    return int(int(a) * (a + b))

assert f(g())

def f(x: float, a=210):
    return abs(x - a) < 210 ** -3

def g(a=210):
    return float(a)

assert f(g())

def f(s: str, strings=['cab', 'cab_bird', 'cab_moose']):
    return s in strings and sum(t == s for t in strings) == 1

def g(strings=['cab', 'cab_bird', 'cab_moose']):
    return "cab_bird"

assert f(g())

def f(s: str):
    return len(s) > 2

def g():
    return "world[0-9]"

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] and s > s[::-1]

def g():
    return ("123456789" + "0"*9)

assert f(g())

def f(n: int, t=100):
    m = n
    for i in range(t):
        if t < 1:
            return False
        n += m * t
    return m > 2 * t

def g(t=100):
    m_1 = int(t) + 1
    m_2 = int(int("123456789") + m_1)
    return m_1**2 + m_1**3

assert f(g())

def f(s: str,target = "foobarbazwow-foobarbazwow-foobarbazwow-foobarbazwow-foobarbazwow-foobar", length=3):
    return target[(len(target) - length) // 2] == s

def g(target = "foobarbazwow-foobarbazwow-foobarbazwow-foobarbazwow-foobarbazwow-foobar", length=3):
    return target[(len(target) - length) // 2]

assert f(g())

def f(x: int, a=10, v=10):
    return x + a > v

def g(a=10, v=10):
    return int(int(a * 9) + int(v * 8))

assert f(g())

def f(r: int, e=2512):
    return r > e and e > 1

def g(e=2512):
    return 100 * e + 100 * (e+1)

assert f(g())

def f(x: int, a=107435, b=72352549):
    return x - a == b

def g(a=107435, b=72352549):
    return int(a + b)

assert f(g())

def f(s: str, word="my-world", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="my-world", max_len=20):
    if len(word) <= max_len:
        return word
    return int(wordsize(word[1:-1])) + 1

assert f(g())

def f(s: str):
    return s in sorted(sorted(s[0])[:]) and sorted(sorted(s[0])[:]) == sorted(sorted(s[0])[:])

def g():
    return "2"

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return True
        n = 3 * n + 1 if n % 2 else n // 2
    return m <= 2 ** upper

def g(t=197, upper=20):
    return 0 if t == 0 else 1

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 1))

def g():
    return 100000

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in "49" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(n) * n

assert f(g())

def f(x: int, a=2, b=2):
    return x != a

def g(a=2, b=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="machina", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s[: len(word)-1] == word[: len(word) - 1] and word[len(word) > 0] == s[len(word)-1]

def g(word="machina", max_len=10):
    """
      Return the current word.
    """
    return 'machina'

assert f(g())

def f(s: str, word="konjac"):
    if len(s) != len(word):
        return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="ar", max_len=6):
    if len(word) <= max_len:
        return word == s
    return s + len(word) == len(word) + max_len  # len() == len(word) - max_len

def g(word="ar", max_len=6):
    if len(word) <= max_len:
        return word
    return s + len(word) == s + max_len + 1/max_len

assert f(g())

def f(x: int, a=22, b=1024):
    if x > 0:
        return x - b > a
    else:
        return x + a - b > a

def g(a=22, b=1024):
    return int(a) + int("1023456789")

assert f(g())

def f(s: str, target="foobarbazwow", length=64):
    return target[(len(target) - length) // 3:] == s

def g(target="foobarbazwow", length=64):
    n = len(target)
    return target[(len(target) - length) // 3:]

assert f(g())

def f(substring: str, string="mooobooofasd", count=2):
    return str(substring) == string

def g(string="mooobooofasd", count=2):
    return string

assert f(g())

def f(s: str, sub_str="foobarbazwow", index=2):
    return s.count('o') == 2 + s.count('oo')

def g(sub_str="foobarbazwow", index=2):
    s = f('foobarbazwow')
    if sub_str == "" or index == 2:
        return "foobarbazwow";
    else:
        return 'foobarbazwow';

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if i == 1:
                if word[i] != word[i].lower():
                    return False
    return True

def g(word="konjac"):
    return str(word) * 3

assert f(g())

def f(d: int, n=123456789):
    return d >= n and all(i in "47" for i in str(str(d).count("4"))) == 0

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(lb: List[int], trips=[[1, 1, 0], [1, 0, 0], [0, 0, 0], [0, 1, 1]]):
    return len(lb) > 5

def g(trips=[[1, 1, 0], [1, 0, 0], [0, 0, 0], [0, 1, 1]]):
    return [1, 1, 0, 1, 1, 1, 1]

assert f(g())

def f(x: int, a=13, b=13, c=13):
    return x - b != c

def g(a=13, b=13, c=13):
    return x - b != c if a != b and c != c else a

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("7") + str(d).count("2")))

def g(n=123456789):
    return (n * (n) + 1) - 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x >= b

def g(a=1073258, b=72352549):
    return 1000000000

assert f(g())

def f(z: float, v=9, d=0.0001, c=0.003):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.0001, c=0.003):
    return float(v / 10000)

assert f(g())

def f(q: List[int]):
    return int(q[0] / 6) == 1  # 2

def g():
    return [9, 0]

assert f(g())

def f(n: int, b=5, targets=['co''2','co''','co''2''']):
    return b > -5

def g(b=5, targets=['co''2','co''','co''2''']):
    return 2*(b>b) and targets[b] == 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len <= 10:  # less than 10
        return max_len <= 10
    return len(s) != max_len and s[-1] == word[-1] and s[-1] == max_len or max_len <= max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) == 0:
        return word[-1]+1
    return word[-1]

assert f(g())

def f(li: List[int], f1=[[0, 1], [1, 2], [2, 3], [3, 4], [2, 5]], f2=[[0, 2], [1, 3], [2, 4], [3, 5]], f3=[[1, 2]], f4=[[0, 5], [1, 2], [2, 3]]):
    return len(li) == len(set(li)) and {(i, j) for i, j in zip(li) if i == j} == {(li[2], li[3]) for i, j in set(li) for j in set(li)}

def g(f1=[[0, 1], [1, 2], [2, 3], [3, 4], [2, 5]], f2=[[0, 2], [1, 3], [2, 4], [3, 5]], f3=[[1, 2]], f4=[[0, 5], [1, 2], [2, 3]]):
    return []

assert f(g())

def f(n: int, a=345346363, b=1024):
    return n // a == b

def g(a=345346363, b=1024):
    return int(a)*b

assert f(g())

def f(path: List[int], edges=[]):
    for i in range(len(path) - 1):
        for e in edges:
            if path[i] == 0:
                path[i] = -1
            if [path[i], path[i + 1]] in edges:
                path[i + 1] = -1
    return True

def g(edges=[]):
    l = []  # iterate through edges
    for i in range(len(edges) - 1):
        edges.append(g())
    return edges

assert f(g())

def f(tot: int, nums=[26, 24, 26, 14, 13], thresh=16):
    return tot == sum(1 if  i < thresh else 2 for i in nums)

def g(nums=[26, 24, 26, 14, 13], thresh=16):
    return sum(1 if i < thresh else 2 for i in nums)

assert f(g())

def f(s: str, string="ItWonderfulButNotButTheLastFighter"):
    return s.lower() == string.lower()

def g(string="ItWonderfulButNotButTheLastFighter"):
    return "ItWonderfulButNotButTheLastFighter"

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in t.lower():
        if c in "nouy":
            continue
        assert t[i] == c, f"expecting `{c}`" or "nouy"
        i += 1
    return i == len(t)

def g(s="Problems"):
    for c in s:
        if c in "nouy":
            continue
    for a in s:
        if a in "b":
            continue
    return c

assert f(g())

def f(string: str, substring="a", length=100):
    return string.count(substring) == 1 and len(string) == 1

def g(substring="a", length=100):
    return substring

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=4, maxerim=255):
    if len(word) <= maxerim:
        return word == s
    return int(s[1:-1]) == maxerim

def g(word="antidisestablishmentarianism", max_len=4, maxerim=255):
    if len(word) < maxerim:
        return word
    return int(s[1:-1]) < maxerim

assert f(g())

def f(n: int, a=100, b=100):
    return n * 2 / b > 4

def g(a=100, b=100):
    return a * 10 + b * 10

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 0:
        return 0 and (x % 2 == 0)
    elif a == -1:
        return x / 2 == 0
    else:
        return (x % 2 == 1)

def g(a=4, b=54368639):
    if a == 0:
        return 0 and (x % 2 == 0)
    elif a == -1:
        return x / 2 == -0
    else:
        return 1
    return 0

assert f(g())

def f(s: str, word="clot_dumplings", max_len=10):
    return s.count('o') == 10

def g(word="clot_dumplings", max_len=10):
    return str(word) * max_len

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return -x-a

def g(a=253532, b=1230200):
    if a == 50 and b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=500000, b=1210):
    if x > 0 or a > 50 and b > 12:
        return x + b > a

def g(a=500000, b=1210):
    if a < b and b < 12:
        return a + b < b
    else:
        return a

assert f(g())

def f(bills: List[str]):
    a = len(bills) // 2
    b = 0
    return a == b

def g():
    return ["0123456789" + "0"*9]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] == i:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: float):
    return str(x - 3.561415).startswith("123.456")

def g():
    return float(float("123.456") + 3.561415)

assert f(g())

def f(s: str):
    return s.count('A') == s.count('p') and s.count('1') == 1;

def g():
    return "123456789"

assert f(g())

def f(x: int, a=4, b=54368639):
    if b == -1:
        return x % 2 == 0
    elif b == 1:
        return x % 2 == 1
    elif b == -1:
        return x % 2 == 1
    elif x == 4:
        return x % 2 == 0
    elif b == 5:
        return x % 2 == 1
    elif x % 2 == 1:
        return x % 2 == 1
    else:
        return x - a == b

def g(a=4, b=54368639):
    if b == -1:
        return a % 2 == 0
    elif b == 1:
        return a % 2 == 1
    elif b == -1:
        return a % 2 == 1
    else:
        return a - b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50 or b > 1230200:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: str, target="foobarbazwow", length=3):
    return x == target and x == target

def g(target="foobarbazwow", length=3):
    return target

assert f(g())

def f(x: int, a=9215):
    return -x == -a

def g(a=9215):
    return int(a)

assert f(g())

def f(word: str):
    if len(word) == 0:
        return False  # nothing happened
    return True  # no more words

def g():
    return "123456789"

assert f(g())

def f(s: str, strings=["a", "b", "c", "d", "e", "f", "g", "h"], i=1, j=2):
    # if (j == 0) and i == 2:
    #     return len(s + len(strings)) > 1 and len(s + len(strings)) == lower_bound
    for i in range(len(strings)):
        return s == strings[i]
    return None

def g(strings=["a", "b", "c", "d", "e", "f", "g", "h"], i=1, j=2):
    # if (j == 0) and i == 2:
    #     return len(s + len(strings)) > 1 and len(s + len(strings)) == lower_bound
    for i in range(len(strings)):
        return strings[i]
    return None

assert f(g())

def f(s: str, words="konjac"):
    for i in s:
        if i == 1:
            if words[i] != words[i + 1]:
                return False
    return True

def g(words="konjac"):
    return words[0]

assert f(g())

def f(s: str, target="bazwow", length=6):
    return target[(len(target) - length) + ((1 + length) // 2 + length) // 2] == s

def g(target="bazwow", length=6):
    return target[(len(target) - length) + ((1 + length) // 2 + length) // 2]

assert f(g())

def f(n: int):
    n -= 3 // 1
    while n > 3:
        n = 3 * n + 1 if n % 2 else n // 2
        return True

def g():
    return int(int("123456789") * 9)

assert f(g())

def f(path: List[str], prefix=''):
    return path[0] == prefix

def g(prefix=''):
    return [prefix, prefix + prefix]

assert f(g())

def f(j: int, k=3, lower=[12], seq=[20, 41, 11]):
    return 0 <= j <= k <= len(seq)

def g(k=3, lower=[12], seq=[20, 41, 11]):
    for i in range(len(seq), len(seq)):
        if k in i and seq[i] in lower:
            assert k < len(seq[i])
            assert seq[i] in lower
    return 0

assert f(g())

def f(g: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if g[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0]+word[1]

assert f(g())

def f(s: str, word="konsen"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konsen"):
    return str(word)                        # type: str

assert f(g())

def f(s: str, word="honest", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) < max_len and word[0] < max_len

def g(word="honest", max_len=10):
    s = "Honest"
    if max_len <= 0:
        return None
    if len(word) <= 3:
        return str(word)
    return str(word)

assert f(g())

def f(n: int, a=17, b=18):
    return n % 2 == 0 or len(a) == 17

def g(a=17, b=18):
    return a * b

assert f(g())

def f(s: str, a="hello", b="hello"):
    return s == a

def g(a="hello", b="hello"):
    return a

assert f(g())

def f(s: str, a="hello", b="blahblah", length=100):
    if len(s) == length:
        return s
    return s.lower() == a

def g(a="hello", b="blahblah", length=100):
    s = ""
    for i in range(len(a)):
        s += a[i]
    return s

assert f(g())

def f(g: List[int], target=18):
    return g[0] == target

def g(target=18):
    return ["a" * target and target]

assert f(g())

def f(k: int, a=123456789):
    return k == a

def g(a=123456789):
    return a # todo:

assert f(g())

def f(string: str, substring="a", count=10):
    return substring == substring

def g(substring="a", count=10):
    return substring == "a" and count == 10 or count == 11 if count == 3 else "Hello world"

assert f(g())

def f(m: int, nm=1024):
    return nm >= 10

def g(nm=1024):
    return -10

assert f(g())

def f(n: int):
    s = str(n * n)
    for s in s:
        assert s.count(s) == 1
    return True

def g():
    return len("123456789")

assert f(g())

def f(a: int):
    return a >= 255

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(n: int):
    a = 0 if abs(n) < 2 else 0
    if n % 2 != 1:
        return False
    else:
        return True

def g():
    return 1

assert f(g())

def f(x: int, a=10201202000):
    return x + 102012001 <= x ** 2

def g(a=10201202000):
    return 4 + a

assert f(g())

def f(s: str, s1="gh"):
    return s1 in s and s != s1

def g(s1="gh"):
    return "[" + s1 + "]gh"

assert f(g())

def f(n: float, a=100, b=100, c=100):
    return n // b == a

def g(a=100, b=100, c=100):
    return a * b + c / 100

assert f(g())

def f(s1: str, word="konjac"):
    if len(word) == 1 and len(word) == 2:
        return s1 == word[0]
    return s1 in (word[:], word[1:], word[2:])

def g(word="konjac"):
    if len(word) == 2 and len(word) == 3:
        return "konjac"
    return "konjac"

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=30):
    return s.count(s1) != count1 and s.count(s2) != count2 and s[:10] != s[-10:]

def g(s1="a", s2="b", count1=50, count2=30):
    if count1 and count2 < 30:
        s1 = "123456789"
    else:
        s1 = "123456789"
    return s1 * 10

assert f(g())

def f(x: int, a=154218, b=277719):
    return x > a or (x > b) or (x > b == b)

def g(a=154218, b=277719):
    return int(a * 154218) * 142222222222222 + 154218 + 287719

assert f(g())

def f(s: str, word="korch"):
    s_len = len(s)
    for i in range(len(word)):
        if i != 0:
            if s[i] != word[i] and len(s[i] != word[i]):
                return False
    return True

def g(word="korch"):
    return str(word + ' ' + str(word))

assert f(g())

def f(x: int, a=153532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=153532, b=1230200):
    return int(int("1230") * 9) * (a + b)

assert f(g())

def f(index: int):
    if index == 7012:
        return 0 and index + (3 * 2) == 1
    return index > 7012

def g():
    return int(int("123456789" + "0"*9) ** 2)

assert f(g())

def f(y: int, a=1525, b=131072):
    if a < 0 and b < 0: return y - a == b
    else: return y-a == b

def g(a=1525, b=131072):
    if a < 10: return a + b > 12
    else: return a + b
    y = y - a
    sum = (y - a) * (10 - y)
    sum = sum - y
    assert sum == 1.0
    assert sum == 0.0
    assert sum == 1.0
    assert sum == 1.0
    assert sum == 0.0
    assert sum == 0.0
    assert sum == 0.0
    assert sum == 0.0
    assert sum == 0.0

assert f(g())

def f(s: str, a=5129, d=17):
    for c in s:
        if d == c and a != trim(s):
            return False
    return True

def g(a=5129, d=17):
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s: str):
    return s == "A" or s == "AAAA" or s == "BAAAAB"

def g():
    return "AAAA"

assert f(g())

def f(s: str, target="done"):
    return s.split("/")[0] == target

def g(target="done"):
    return target if target else f(target)

assert f(g())

def f(s: List[str]):
    return len(s) == len(set(s)) or sum(set(s) == s)

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(s: str, target=True):
    return ((s[::-1] == target) & 1) == 0

def g(target=True):
    return 'n' * target

assert f(g())

def f(n: int, a=345345345, b=10):
    return n // b == a

def g(a=345345345, b=10):
    return int(a) * b + 1

assert f(g())

def f(x: str):
    return len(x) == 11

def g():
    return 'hello world'

assert f(g())

def f(b: float):
    if b > 0:
        return True
    b, min = min(b, -c)
    if min == 0:
        return True
    return None

def g():
    return float(float(1))

assert f(g())

def f(s: str, target="foobarbazwow", n=5):
    return s == target and len(s) >= n

def g(target="foobarbazwow", n=5):
    return "foobarbazwow"

assert f(g())

def f(n: int, a=345346363, b=10|15):
    return n // b == a

def g(a=345346363, b=10|15):
    return int(a)*b

assert f(g())

def f(s: str, target="barbazwow", length=6):
    return target[(len(target) - length) * 2] == s

def g(target="barbazwow", length=6):
    return str(target[(len(target) - length) * 2])

assert f(g())

def f(s: str, a=123):
    return s in s == "Hello world"

def g(a=123):
    return "Hello world"

assert f(g())

def f(n: int, a=5129, b=10000):
    return n >= 5999

def g(a=5129, b=10000):
    return 10 * (2+b) + 2 * (a + b)

assert f(g())

def f(s: str):
    return set(s) <= set(s + s) and "S" in s

def g():
    return "S[3][2]"

assert f(g())

def f(n: int, a=100, b=100):
    return b % n == a

def g(a=100, b=100):
    return int(b) + 2

assert f(g())

def f(s: str, word="explenusis", max_len=10):
    if len(word) <= max_len:
        return word == s
    return sum(abs(word['a']) for word in s if len(word) == max_len for s in words) <= max_len

def g(word="explenusis", max_len=10):
    if len(word) <= max_len:
        return word
    return sum(abs(word['a']) for word in s if len(word) == max_len for s in words) <= max_len

assert f(g())

def f(n: int, c=50):
    return n + c > sum([max(i, c) for i in range(c)])

def g(c=50):
    return c + sum(max(i, c) for i in range(c) for c in range(5))

assert f(g())

def f(x: int, a=93252338):
    return x == a + 1

def g(a=93252338):
    return int(a) + 1

assert f(g())

def f(n: int, m=124, s=123):
    prod = 1
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return prod >= m

def g(m=124, s=123):
    return max(s,(m % 10) - 1) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 and a < 5:
        return x - a == b
    else:
        x += a == b
    return x + a == b

def g(a=253532, b=1230200):
    if a < 5:
        return a - b
    else:
        return b - a

assert f(g())

def f(s: str, target="foobarbazwokbaz", length=6):
    if target in s:
        return True
    return False

def g(target="foobarbazwokbaz", length=6):
    return str(target)[::-1] + target

assert f(g())

def f(n: int):
    return n > 10

def g():
    return int(int("1"*9)**2)

assert f(g())

def f(x: int, a=1020):
    return x > 1024 and x > 2023  # add an extra value to the current state

def g(a=1020):
    return 2*a

assert f(g())

def f(x: str, m=1284):
    return len(x) >= len(str(m))

def g(m=1284):
    return "Hello" + "World"

assert f(g())

def f(x: int, a=20201202001, b=0):
    return x ** 2 == b

def g(a=20201202001, b=0):
    return ((a * 61547222300) + b) % 10

assert f(g())

def f(x: int, a=152, b=185, m=1):
    if x > 0:
        x = min(x, min(x, x + 1))
    return x - a > b

def g(a=152, b=185, m=1):
    return int(a * 2) + int(b * 1)

assert f(g())

def f(s: str, word="konjac"):
    while len(word) <= len(s):
        return s[::-1] == word[::-1]

def g(word="konjac"):
    if len(word) > 1:
        return str(word)

assert f(g())

def f(s: str, word="moooboaofasd"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="moooboaofasd"):
    return str(word[0])

assert f(g())

def f(n: int, a=788):
    return a not in [6, 9, 6]

def g(a=788):
    return 0

assert f(g())

def f(n: int):
    return str(n * n).startswith("10110110" if n else "")

def g():
    return int(int("10110110" + "0"*6) ** 0.5) + 1

assert f(g())

def f(s: str, word="I", p=50):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="I", p=50):
    return "I" + str(word)

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[:i] != i for i in range(len(li)))

def g():
    return list(list(range(999)))

assert f(g())

def f(n: int, b=50):
    return n + min(b, b - b) > 2

def g(b=50):
    return b * b

assert f(g())

def f(z: float, v=9, d=0.0001):
    return (z * 1 / d % 10) == v

def g(v=9, d=0.0001):
    return (v * 1 / 5 - d) % 10

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    for i in range(6, len(s)):
        if target[(len(target) - length)// 2:(len(target) + length) // 2] == s:
            return i
    return target[(len(target) - length)// 2] == s

def g(target="foobarbazwow", length=6):
    return str(target[(len(target) - length)// 2])

assert f(g())

def f(d: int, n=10000):
    return d > n

def g(n=10000):
    return n + 1

assert f(g())

def f(n: int, a=15, b=27, c=20):
    return n + a > sum([b * i for i in range(b)])

def g(a=15, b=27, c=20):
    return ((a * b + a) + (b * c)) * 10

assert f(g())

def f(x: int, a=1839, b=1515):
    return x - a >= b or x == a and b < b

def g(a=1839, b=1515):
    return a + b

assert f(g())

def f(s: List[str]):
    return s[::-1] and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*2 + "b" for i in range(1)]

assert f(g())

def f(s: str, target="suck", reverse=True):
    return len(s) == len(target)

def g(target="suck", reverse=True):
    if target == "suck":
        return target
    elif target == "suck":
        return len(s) == len(s+1)

assert f(g())

def f(s: str):
    return s == 0 or len(s) > 3

def g():
    return "[2, 3, 7]"

assert f(g())

def f(d: int, n=123456789):
    return d > 0 and d > n

def g(n=123456789):
    return n * n

assert f(g())

def f(n: int):
    return str(n + 1).startswith("123")

def g():
    return int(int("123456789" * 9) + 1)

assert f(g())

def f(numbers: List[int]):
    return len(numbers) == len(set(numbers)) == 0

def g():
    return []

assert f(g())

def f(a: int, s=13, b=13454578):
    return a > b

def g(s=13, b=13454578):
    return s * 13 + b

assert f(g())

def f(n:int, a=0, b=5):
    return n + a == sum([a * i for i in range(b)])

def g(a=0, b=5):
    return int(int("123456789" + "0"*9) * (a - sum([a * i for i in range(b)])))

assert f(g())

def f(s: str):
    return s.count('o') > s.count('oo')

def g():
    return "hello foo"

assert f(g())

def f(s: str, target="reverse me"):
    return len(s) == len(target)

def g(target="reverse me"):
    return target == "reverse me" if target != "reverse me" else "reverse my"

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = m + 2 if n % 2 else m // 2
        if m != 5:
            return True
        else:
            return False

def g():
    return int(int("999" + "123") + 1)

assert f(g())

def f(cur: int, n = 5):
    cur = cur * n - 1
    for i in range(n):
        cur += 1
    return cur >= 0 or cur <= 1

def g(n = 5):
    return int((n)^3)

assert f(g())

def f(n: int, a=345346, b=2021):
    return n // b == a

def g(a=345346, b=2021):
    return a * b + a // b

assert f(g())

def f(s: str, target="foobarbazwow", target_len=4):
    return target[(len(target) - len(target) + target_len) // 4] == s

def g(target="foobarbazwow", target_len=4):
    return target[(len(target) - len(target) + target_len) // 3]

assert f(g())

def f(x: str, s=6):
    return s == sum([int(d) for d in x])

def g(s=6):
    return str("123")

assert f(g())

def f(s: str):
    return len([2 ** 4 for s in s.lower()]) == len(s)

def g():
    return "30000"

assert f(g())

def f(s: str, word="p"):
    t = str(s)
    if len(word) > 2 or word[0] <= t:
        return True
    return False

def g(word="p"):
    return str(word) + "p"

assert f(g())

def f(nums: List[int]):
    n = len(nums)
    a = (n - 1)*(n + 1)
    c = (n * n)
    return n >= 0 and a > 0

def g():
    return [0, 0, 1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word.replace("@",
                                      "@,                                           not s[0]:")
    return int(word[0] + 1) - 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567890")

def g():
    return int(int("1234567890" * 9) ** 0.5) + 1

assert f(g())

def f(pos: int):
    # add a square (c - x) to the left
    a = 1
    b = 3
    c = 1
    return 0 * (a + b) * (1 - c) + a <= c

def g():
    return int(int(10 * 9) / 8)

assert f(g())

def f(s: str, u=[]):
    for c in s:
        if c not in s and c == s:
            return False
    return True

def g(u=[]):
    return str(str(u))[::-1]

assert f(g())

def f(x: int, a=12345, b=1230200):
    if x > 0 or a > 500:
        return x - a == b
    elif x != 0:
        return x + a == b

    assert all([x - 2 < len(x)] for x in x) == {0: 0}
    del x
    return x - a == b

def g(a=12345, b=1230200):
    if a < 500 or b < 1000:
        return a + b
    elif a > 500 and b > 1000:
        return a + b
    elif a > 500 and b > 1000:
        return a
    elif a > 500 and b > 1000:
        return a
    else:
        raise TypeError("a must be an int, not a number")

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s.count(i) != -1
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, s1=["a", "b"]):
    return s.count("1") == s1 or s.count("1") == 1 or s[0] == 1

def g(s1=["a", "b"]):
    return "1"

assert f(g())

def f(s: str, word="ejweven"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="ejweven"):
    return str(word) + word[0]

assert f(g())

def f(substring: str, string="bbrbrbbrbrb", count=2):
    return substring == string

def g(string="bbrbrbbrbrb", count=2):
    if string == "bbrbrbbrbrbrb":
        return string
    else:
        return str(string)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) - 1):
        for j in range(len(s) - 3):
            if i == 0:
                if s[i] != word[i]:
                    return False
            else:
                if s[i] != word[i]:
                    return False
        return s[i] == word[i]

def g(word="konjac"):
    return str(word + " " + str(word)) or str(word)

assert f(g())

def f(s: str, a=12345, b=-93206):
    if a == 1:
        return s[0] == s[0].upper() and s[1] == s[1].lower()
    elif a == -1:
        return s[0] == s[1] and s[0] <= s[1]
    else:
        return s[0] == s[0].upper() and s[1] == s[1].lower()

def g(a=12345, b=-93206):
    if a == 1:
        return "123456789"
    elif a == -1:
        return 123456789
    else:
        return "123456789"
    raise Exception("Bad expression")

assert f(g())

def f(x: float, a=1100):
    return abs(x - a + a) < 10 ** -3

def g(a=1100):
    return 10 ** -3

assert f(g())

def f(i: int):
    assert len(str(i + 1000)) is not None, "n" <= len(str(i + 6))
    return len(str(i + 6)) == len(str(i + 1001))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="world"):
    return s == word

def g(word="world"):
    return word or not(f(word))

assert f(g())

def f(n: int, a=15482, b=23223):
    return a % 2 == 0 and n % 2 == 0

def g(a=15482, b=23223):
    return 2 * a if a != 13 else 1

assert f(g())

def f(s: str, c="a"):
    return len(s) == len(c)

def g(c="a"):
    return str(c)

assert f(g())

def f(x:int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        x -= 1
    return x * a

def g(a=253532, b=1230200):
    if a < 253532 or b < 1230200:
        return a - b
    else:
        return a + b

assert f(g())

def f(t: str, name=",foobarbazwow"):
    return t.index(name) != len(name)

def g(name=",foobarbazwow"):
    return name + " " + name

assert f(g())

def f(s: str):
    return s and sorted(s) == sorted('Permute me false')

def g():
    return "Permute me false"

assert f(g())

def f(x: int, a=5, b=5, f=3):
    return abs(x ** 2 - b) < 5 - 10 ** -3

def g(a=5, b=5, f=3):
    return 1

assert f(g())

def f(s: str, word="javasetest"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="javasetest"):
    return word

assert f(g())

def f(s: str):
    return s[::-1] in s[::-1] and sum(t < s[::-1] for t in s[::-1]) == 1

def g():
    return "world"

assert f(g())

def f(s: str, big_str="foobarbazwow", index=2):
    return s == big_str

def g(big_str="foobarbazwow", index=2):
    return str(big_str)

assert f(g())

def f(n: int, r=4098, c = 5020):
    return n == 400 and not r or n > 500

def g(r=4098, c = 5020):
    return r == 4098 and c or n > 500

assert f(g())

def f(x: List[int], b=10, s=5, e=200):
    return x[0] == b and x[1] <= e and (x[1] - s < e) and all([x[i] + s > x[i - 1] for i in range(len(x) - 1)])

def g(b=10, s=5, e=200):
    return [b, s]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    if 0 <= max_len:
        return int(s[0]-n[min(s, max_len - 1)]), max_len - 1, words
    return int(s[0]-n[min(s, max_len - 1)]) + int(s[0]-n[max(s, max_len - 1)])

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    if max_len <= 1:
        return int(word[0]-n[min(s, max_len - 1)])
    if max_len <= 2:
        return int(word[1]-n[min(s, max_len - 1)])
    return int(word[1]-n[min(s, max_len - 1)])

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) < 400:
        n = 0
    if n != 0:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1, b=22444541):
    return x - a == b

def g(a=1, b=22444541):
    return a + b

assert f(g())

def f(x: str, a=5123):
    return len(x) == 13

def g(a=5123):
    return "123456789" + "test"

assert f(g())

def f(nums: List[int]):
    return len(nums) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(x: str, target="foobarbazwow", size=4):
    return size >= 4

def g(target="foobarbazwow", size=4):
    return target[0:2]

assert f(g())

def f(x: int, t=12, n=12):
    return x > t

def g(t=12, n=12):
    return t + n

assert f(g())

def f(s: str):
    return set(s) <= set("1401236789") and s > s[::-1]

def g():
    return ("1401236789" + "0"*9)

assert f(g())

def f(x: int, a=932345):
    return x == a

def g(a=932345):
    return int(a) or str(a)

assert f(g())

def f(s: str, target="barbazwowwow", num_plots=6):
    return target[(len(target) - len(target) // 2) // 2] == s

def g(target="barbazwowwow", num_plots=6):
    return target[(len(target) - len(target) + 1) % 3 == 2]

assert f(g())

def f(x: int, a=11, b=4, c=2):
    return x == a or x == b

def g(a=11, b=4, c=2):
    return a == b or a == b or a == 5 or b or c or a

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n <= upper_bound

def g(a=15, b=27, upper_bound=150):
    return 0 if upper_bound >= a else 1

assert f(g())

def f(s: str, s1="douglas", s2="daillir"):
    return s1.count("d") == s2.count("d") and s1.count("d") == s2.count("d")

def g(s1="douglas", s2="daillir"):
    return s1

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) >= 10 ** -3 and x <= 0

def g(a=1020):
    return a * 7.5 + (7.5 * 3.5 - 123** 2)

assert f(g())

def f(x: str, s=679):
    return "s" in x

def g(s=679):
    return "s" + str(s)

assert f(g())

def f(s: str, target="r", reverse=True):
    if target.lower() == 1:
        print(0)
        return s[::-1] == target
    elif target.lower() == 0:
        print(0)
        return s[::-1] == target
    elif target[::-1] == target:
        print(0)
        return s[::-1] == target 
    elif target[::-1] == target:
        assert s[::-1].lower().lower().lower().lower().lower().lower().lower().lower().lower().lower().lower()

def g(target="r", reverse=True):
    if target.lower() == 1:
        print(0)
        return target
    elif target.lower() == 0:
        print(0)
        return target
    elif target.lower() == 1:
        print(1)
        return target
    elif target[::-1] == target:
        print(1)
        return target

assert f(g())

def f(u: int, v=33, w=100):
    v = 3 + u * 3 + v * 3 + (v-1) / 2
    return u > w

def g(v=33, w=100):
    return 2**(v-1) + 1

assert f(g())

def f(tot: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] in tot

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + length) // 2] + target

assert f(g())

def f(f: float):
    return int(f % 2 == 1) == 0

def g():
    return int("0"*9) ** 0.5

assert f(g())

def f(s: str):
    return max(max(s) for s in [s]) <= s

def g():
    return "3"

assert f(g())

def f(d: int, n=123456789):
    return d > n and d != n

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and n != d

def g(n=123456789):
    return int(n*n) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("3") + str(d).count("5")))

def g(n=123456789):
    return int(n * (n + 1))

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and (s == target and target == target) == reverse

def g(target="reverse me", reverse=True):
    if target == "reverse me":
        return target
    else:
        return target

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        n = m >> 1
        if m > 4:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=10237854, b=123456789):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10237854, b=123456789):
    for x in (a,b):
        if a == 0 if x else x / b:
            return x
    return x + a

assert f(g())

def f(s: str):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
    return s == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    return n == 5 and n > 4

def g():
    return 5

assert f(g())

def f(s: str, word="kon"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                if word[i] != s[i]:
                    return False
    return True

def g(word="kon"):
    return word[0]

assert f(g())

def f(min: int):
    n_ = min
    while abs(n_) < 10001:
        n = n_ / min
    if abs(n_) < 10001:
        n_ -= 1

    return n_ >= min

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, caps = 2021, max=10):
    return caps | n <= caps

def g(caps = 2021, max=10):
    return caps | (max == 10) * caps

assert f(g())

def f(s: str):
    return s == "!$\{0,1,2,3,4}$"

def g():
    return "!$\{0,1,2,3,4}$"

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] and s[1]==word[1] and s[2]==word[2] and s[3]==word[3] and s[4]==word[4] and s[5]==word[5]

def g(word="konjac"):
    return word

assert f(g())

def f(n: int, a=2, b=4545):
    return n - a == b

def g(a=2, b=4545):
    return a + b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASMORECAPITALS"):
    caps = 0
    for c in s:
        caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASMORECAPITALS"):
    caps = 3
    for c in s:
        caps += 1
    return s.lower() if caps == 3 else s.upper()

assert f(g())

def f(s: str, word="dog", max_len=10):
    # no overlap is detected: i < 0 and i < max_len
    return len(s) >= max_len and len(s) != max_len

def g(word="dog", max_len=10):
    if word == "dog":
        return "hello world"
    return "hello world"

assert f(g())

def f(path: List[int]):
    return sorted(path) == list(range(999))

def g():
    return list(range(999))[:]

assert f(g())

def f(n: int, idx=0):
    if idx == 0:
        return n >= 4
    else:
        return n > 4

def g(idx=0):
    if idx == 1:
        return 1
    if idx == 2:
        return 2
    if idx == 3:
        return 3
    if idx == 4:
        return 4
    else:
        return 5

assert f(g())

def f(x: int, a=102000):
    return x == a

def g(a=102000):
    return int(a)

assert f(g())

def f(s: str, word="scissors"):
    return s[0] == word[0]

def g(word="scissors"):
    return "scissors"

assert f(g())

def f(s: str):
    return s == max(s)

def g():
    return "a"

assert f(g())

def f(s: str, word="konjac"):
    ds = ""
    for l in s:
        ds += ""
    if len(word) == len(s):
        return True
    if len(word) > len(s):
        ds += ", " + str(word[0], " ")
    elif len(word) > len(s):
        ds += ", " + str(word[0], " ")
    return True

def g(word="konjac"):
    ds = ""
    if len(word) < 8:
        return str(word)
    else:
        for k in word:
            ds += " " + k
    return str(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + 2) // 2:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + 2) // 2:]

assert f(g())

def f(n: int):
    r = n
    while r > 0:
        n = r and not r != -1
        r -= 1
    return n >= 0

def g():
    return int(int("123456" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=123):
    if x > 0 or a > 50:
        return -x < b
    else:
        return x + a == b

def g(a=253532, b=123):
    return a # 5 < a

assert f(g())

def f(x: int, a=50, b=100):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=50, b=100):
    return int(a) +int(b)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a + x == b

def g(a=8665464, b=-93206):
    return b - a

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute random');

def g():
    return "Permute random";

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") != x) for x in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(s: str, d=1):
    return s == 'aboooofasd'

def g(d=1):
    return "aboooofasd"

assert f(g())

def f(n: int, a=1000, b=100000, c=25000):
    return a % n == 0 and b % n == 0 and n >= 0

def g(a=1000, b=100000, c=25000):
    return 2 * a + c % k if a == 1000000 else k if a == 100000 else 100

assert f(g())

def f(n: int):
    if n <= 1 and len(n) == m:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=125, b=12300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=125, b=12300):
    if a < a + 5 or b < b + 15:
        return a + b

assert f(g())

def f(x: int, a=33652549, b=12906631):
    if x > 0 or a > 50:
        return x - a == b  # only to make sure jump happens after the move
    else:
        return x + a == b

def g(a=33652549, b=12906631):
    if a < 1 or b < 2:
        return "Hello world"
    else:
        return a + b

assert f(g())

def f(n: int, a=3, b=2):
    return a * b - a * b + n * b > 1

def g(a=3, b=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return sum(x) >= len(x) / 2 + 3

def g():
    return [3, 4]

assert f(g())

def f(s: str, targets=3):
    return int(s[::-1]) == targets

def g(targets=3):
    return str(targets)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if word[i] != s[i]:
            return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(x: int, b=1230200):
    if x > 0 or b > 50:
        return x - b > 50
    return False

def g(b=1230200):
    return int(b) * 100000

assert f(g())

def f(s: str, strings=['p']):
    for c in strings:
        if c not in s:
            return False
    return True

def g(strings=['p']):
    return str(strings[::-2] for strings in strings[::-1])

assert f(g())

def f(seq: List[int], n=100):
    for i in seq:
        if i < 0 or n < 100:
            return False
    return True

def g(n=100):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 15]

assert f(g())

def f(x: int, d=[], nums=[]):
    i = 0
    for c in d:
        d[i] = s[c] + c
    return True

def g(d=[], nums=[]):
    return len(d)

assert f(g())

def f(x: int, a=4, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=18552755):
    return x == a

def g(a=18552755):
    return a

assert f(g())

def f(s: List[str], word="kryden"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kryden"):
    return list(word)

assert f(g())

def f(x: int, a=2, b=-1, c=1, d=2021):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2, b=-1, c=1, d=2021):
    return int(a) - int(-b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism"):
    if len(word) <= len(s):
        return len(s) == len(s)
    else:
        return len(s) == 1

def g(word="antidisestablishmentarianism"):
    if len(word) == 3:
        return "1"
    else:
        return "2"

assert f(g())

def f(n: int, a=20, b=7, c=13):
    return n + a * c + (a % b) ^ (n + b) != a

def g(a=20, b=7, c=13):
    return f(a+b) + (b >= 10)

assert f(g())

def f(str: str):
    return str.startswith("abcdefghijklumlmus")

def g():
    return "abcdefghijklumlmusabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return s == 'true'

def g():
    return str("true")

assert f(g())

def f(n: int, v=16, w=100):
    return v - n == w

def g(v=16, w=100):
    return v - w

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or ((s[::-1] == target) == reverse)

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(x: int, a=882314, b=-89097):
    return a - x == b

def g(a=882314, b=-89097):
    return a - b

assert f(g())

def f(s: str, a="world", b="hello world"):
    return s + a and b in s

def g(a="world", b="hello world"):
    return "hello world"

assert f(g())

def f(s: str, word="manifest", max_len=5017):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == s[1:-1] and word[0] == s[-2:]

def g(word="manifest", max_len=5017):
    if len(word) <= max_len:
        return word
    return int(word[:3]) == s[3:-1]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] in s

def g(target="foobarbazwow", length=6):
    return target in target if len(target) == 6 else target

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s > target

def g(target="reverse me", reverse=True):
    """reverse me"""
    return ("reverse" + "reverse" + "reverse" + "reverse" + target)

assert f(g())

def f(n: int, k=10):
    return n / k > 10

def g(k=10):
    return k + 100

assert f(g())

def f(n: int, a=7012, b=134028, c=134028):
    return n * a > b * c

def g(a=7012, b=134028, c=134028):
    return int(a * b + c * b + a + b + c)

assert f(g())

def f(x: int, a=964):
    return x > a

def g(a=964):
    return int(int(a-1) + (a-1)/100)

assert f(g())

def f(x: int, a=1014, b=2099):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1014, b=2099):
    return a + b

assert f(g())

def f(t: str):
    return "I am a world" in t

def g():
    return "I am a world_2"

assert f(g())

def f(x: int, a=93252338):
    return x == a or x == a

def g(a=93252338):
    return int(a if a else 0)

assert f(g())

def f(x: float, n=4, target=50):
    c = 0
    if n > target:
        n += 1
    else:
        n -= 1
    if target:
        n += 1
    if c < 0:
        n -= 0
    if target:
        c += 0
    return c == 0

def g(n=4, target=50):
    if target:
        n = 4
    return n / 2

assert f(g())

def f(s: str, s1="b", s2=50):
    if s1 == s2:
        return s1 and s2
    return s == s1

def g(s1="b", s2=50):
    if s2 == s1:
        return s2

    return s1

assert f(g())

def f(x: int, a=212020, b=11120):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a != b

def g(a=212020, b=11120):
    if a > 50:
        return a + b
    else:
        return 1 - a / b

assert f(g())

def f(s: str, strings=['o', 'h', 'l', ' ', 'w', 'r', '', 'd']):
    return s == 'O' or s == 'l' or strings == ['o' for o in s]

def g(strings=['o', 'h', 'l', ' ', 'w', 'r', '', 'd']):
    return 'O' or 'l' or strings == ['o' for o in s]

assert f(g())

def f(x: int, a=12349545, b=73446725):
    return b + x == a

def g(a=12349545, b=73446725):
    return a - b

assert f(g())

def f(n: int):
    m = n - 1
    while 2 * n > 4:
        m = n - 1
    return True

def g():
    return 1

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return x[0] == a and x[-1] <= e and list(x[::-1])[::-1] != list(x[::-1])

def g(a=7, s=5, e=200):
    return [a, s, e]

assert f(g())

def f(n: int):
    return str(n).startswith("1234")

def g():
    return int(int("1234"))

assert f(g())

def f(x: int, a=8665464, b=-93206):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x - a == b - b

def g(a=8665464, b=-93206):
    if a == 1:
        return a % 2 == 0
    elif a == -1:
        return a % 2 == 1
    else:
        return a
    return a

assert f(g())

def f(probs: List[float]):
    return max(probs[(i + 1) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [1.2] * 3

assert f(g())

def f(nums: List[int], t=10):
    return sorted(nums) == list(range(100))

def g(t=10):
    return [i for i in range(100)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=4):
    if len(word) <= max_len:
        return word, 0 - len(word)
    return word == s

def g(word="antidisestablishmentarianism", max_len=4):
    if max_len == 1:
        return [word]
    return str(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] == word[i].upper():
            s == word[i].lower() + i
    return True

def g(word="konjac"):
    return word[2:2] + "0"*9

assert f(g())

def f(x: int, a=898, b=8987):
    return x >= a

def g(a=898, b=8987):
    return int(int("134567891" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str):
    return s in s and s != s[:3] and all((s.count('9') - s.count('8') == (s.count('1') - s.count('3') - s.count('2'), '+')) == 0 for s in s)

def g():
    return "hello"

assert f(g())

def f(s: str, word="moooboooofasd", max_len=10):
    if len(s) > max_len:
        return s[-1] == word
    return s[-1] == word[0]

def g(word="moooboooofasd", max_len=10):
    if len(word) == max_len:
        return s[-1] == word
    return word[0] * max_len

assert f(g())

def f(n: int, a=345346373, b=10):
    return n // b == a

def g(a=345346373, b=10):
    return 10 * a or 0

assert f(g())

def f(x: int, a=10, b=1):
    if a and b:
        return True
    if x is int:
        return True
    return False

def g(a=10, b=1):
    return a and b

assert f(g())

def f(x: int, a=253532, b=8000000):
    if a > 0:
        if x > 0:
            return int(x) < b
        else:
            return a + b > x
    return 0

def g(a=253532, b=8000000):
    if a < 0:
        if x > 0:
            return int(x) < b
        else:
            return a + b < x
    return 0

assert f(g())

def f(s: str, word="wonderless"):
    return s == "wonderless_me"

def g(word="wonderless"):
    return "wonderless_me"

assert f(g())

def f(n: int, a=30, b=15, c=40):
    return n == sum([b * i for i in range(c)])

def g(a=30, b=15, c=40):
    return sum([b * i for i in range(c)])

assert f(g())

def f(i: int):
    return i + 1000 > len(str(i + 1000))

def g():
    return int(int("123456789" * 9) ** 0.5) + 1

assert f(g())

def f(n: int, a=-382, b=-14546310):
    return n % b == a

def g(a=-382, b=-14546310):
    """
    Return a, b or b if n is an odd number.

    Args:
      n: - integer. Args:
        - a: int.
        - b: int.
    """
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=1000, b=10000):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=1000, b=10000):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float, a=1021):
    return abs(x ** 2 - a) < 10 ** -2

def g(a=1021):
    return float(a ** + 1)** 0.5

assert f(g())

def f(x: List[int], s=20):
    if (s == 20) and s == 5:
        return False
    else:
        return True  # use 0 if nothing changed in the tree

def g(s=20):
    return [2, 3, 4]

assert f(g())

def f(s: str):
    return (s == 'f') and s == s and s == 'f'

def g():
    return 'f'

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=5, b=1230200):
    if a > 5 or b > 12:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, npcs=50, upper_bound=1000):
    return -n >= upper_bound and n <= 0

def g(npcs=50, upper_bound=1000):
    return int(npcs * (npcs-upper_bound))

assert f(g())

def f(s: str, word="antis", max_len=6):
    if len(word) <= max_len or len(word) + max_len <= 6:
        return word == s
    return int(s[0:-1]) == len(word[0:-1]) and words[-2] == s[0] and s[-1] == word[1] and s[-2] == word[0]

def g(word="antis", max_len=6):
    if len(word) <= max_len:
        return word
    return int(word[0:-1]) == max_len and words[-2] == word[1] and words[-3] == word[1] and words[-4] == word[0] and words[-5] == words[-3] and words[-4] == words[-3]

assert f(g())

def f(m: int):
    return m > 100

def g():
    return int(int("1234567890" + "456"*5)**2) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            return s[i] == word[i]
        else:
            if target == 18:
                return s[i] < target and s[i] == target
            return False
    return True

def g(word="konjac"):
    if len(word) == 3:
        return [word]
    else:
        return word[:-3]

assert f(g())

def f(m: int, k=2):
    return m + k < 2 * m

def g(k=2):
    return k + k * k

assert f(g())

def f(s: str, chars=['o', 'h', '', 'e', 'l', ' ', 'w', 'r', 'd']):
    for b in chars:
        if b not in s:
            return False
    return True

def g(chars=['o', 'h', '', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars) * 5

assert f(g())

def f(str: str, s=121863):
    f = "a"
    if s == 'a':
        return f
    i = 0
    if not s:
        return i, f
    for i in range(len(str)):
        i += 1
    return i == len(str)

def g(s=121863):
    return "123456789" + str(s)

assert f(g())

def f(s: str, word="ro"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="ro"):
    return word[:2]

assert f(g())

def f(s: str, target="foobarbazwow", target_len=18):
    return target == s

def g(target="foobarbazwow", target_len=18):
    """Return the target string from the end of the string"""
    return target

assert f(g())

def f(n: int, a=3, b=13981398998636, cus=3):
    return b % 10 >= a

def g(a=3, b=13981398998636, cus=3):
    return cus * 10 + 1

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello"):
    return s == perm

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello"):
    return 1 * perm

assert f(g())

def f(s: List[str]):
    return len (s) == 5 and all((x.count("a") > s.count("b")) and ('a' in x) for x in s)

def g():
    return ["a"*(i + 1) for i in range(5)]

assert f(g())

def f(s: str, word="frenchfort"):
    if len(word) >= 1:
        return word == s
    return list(len(word) > 2) - 1

def g(word="frenchfort"):
    if len(word) >= 1:
        return word
    return list(word) - 1

assert f(g())

def f(x: int, a=15, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=1230200):
    return int(a + b)

assert f(g())

def f(n: int, v=18, w=100):
    return n > v

def g(v=18, w=100):
    return int(w) * v

assert f(g())

def f(i: int):
    return len(str(i + 5)) > 3

def g():
    return int(int("123456789" + "1"*9) ** 5)

assert f(g())

def f(x: float):
    x = 1.2 - x
    return x > 0.5

def g():
    return float(float(-1.2*9) + float(10))

assert f(g())

def f(s: str, target="numerals"):
    return s[:len(s)] == target or s.count("numerals") == len(s) + 1 and len(s) + len(target) <= len(s)

def g(target="numerals"):
    return target or 0.5 or 1.5 or 2.0 or 3.0 or 4.0

assert f(g())

def f(x: int, a=-382, b=-93206):
    return x - a == b

def g(a=-382, b=-93206):
    if a and b:
        return int(a) + int(b)
    else:
        return int(int(a)) + int(b)

assert f(g())

def f(s: str, word="antique", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antique", max_len=10):
    if len(word) < max_len:
        return word
    return int(word[:-1]) == len(word) and word[1] == s[1] and word[-1] == s[-1] and word[-2] == s[-2]

assert f(g())

def f(s: str, w=1009):
    return w >= 1 or w < 10

def g(w=1009):
    return "hello 123456789"

assert f(g())

def f(x: int, a=100, b=30000):
    return x - a == b

def g(a=100, b=30000):
    return a + b

assert f(g())

def f(start: int, k=3, lower=100000, seq=[3, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return start <= k + (len(seq) % 2)

def g(k=3, lower=100000, seq=[3, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return k * (len(seq) % 2) - 1

assert f(g())

def f(x: int, b=263367):
    if x > 0:
        return x == b

def g(b=263367):
    return int(b == 1) + b

assert f(g())

def f(e: int):
    if e != 19:
        return True
    else:
        return False

def g():
    return 1

assert f(g())

def f(x: int, a=1544, b=27, upper=6):
    if x < 0 and a < 4:
        return x - a == b
    else:
        return x - a == b

def g(a=1544, b=27, upper=6):
    return a + b

assert f(g())

def f(n: int, a=5128, d=22):
    return a < n

def g(a=5128, d=22):
    return (2 + a) * a + d

assert f(g())

def f(p: str, d=100):
    return 0 <= d <= 100 and d >= d

def g(d=100):
    return d == 100 if d > 100 else "01"

assert f(g())

def f(s: str):
    tmp = {}                           # make temp be a list of temp for each permutation
    for j in range(len(s)):
        for i in range(5, len(s)):
            if s[i] != s[j] or s[j] != s[i] and s[i] < s[j-1]:
                return True
    return False

def g():
    return "123456789"

assert f(g())

def f(n: int, years=1000, upper_bound=50000):
    if n < 1 and n % 3 == 0:
        return 0
    return n > upper_bound

def g(years=1000, upper_bound=50000):
    if years > 10 and years < 2000:
        return 100000 + (years - 10) * (1000 - years) * 2
    else:
        return n

assert f(g())

def f(s: str, n=14):
    return int(str(s)[::-1]) > 10

def g(n=14):
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, word=',', max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word=',', max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[1:]) == len(word[-1:])

assert f(g())

def f(x: int, a=235532, b=123456789):
    if x < 0 or a < 0:
        return x - a > b
    else:
        return x + a > b + a

def g(a=235532, b=123456789):
    return 1 + a + b + a

assert f(g())

def f(x: str, a="world", b="Hello world"):
    return x == 'Hello world' or x == 'world'

def g(a="world", b="Hello world"):
    return "" + str(a)

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        prod = i + 1
        if v > w:
            return False
        if v * 5 < w:
            if prod > 1e-6:
                return True
            if prod * w * 5 < w:
                return False
            if prod / w < e:
                return True

def g(v=17, w=100):
    return v
    for i in range(n):
        if v > w:
            return False

    return True

assert f(g())

def f(n:int):
    return pow(2, n, n) == 4

def g():
    return 10

assert f(g())

def f(x: int, a=-383, b=14546310):
    if b != -2:
        print(x - 3.856)
    return x - 3.856 * b and x + b < -3.856

def g(a=-383, b=14546310):
    return int(a * (b - 6)) - 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", min_len=100):
    if len(word) <= min_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", min_len=100):
    if len(word) <= min_len:
        return word
    return int(word[:2]) == len(word) and word[2] == s[2] and word[-2] == s[-2]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.count( target ) == 1

def g(target="reverse me", reverse=True):
    return "reverse me" if target != reverse else "reverse me"

assert f(g())

def f(n: int, a=345346363):
    return a == n

def g(a=345346363):
    return a

assert f(g())

def f(s: str):
    return s.count("1") == 1
    return sum(abs(s) for s in s) + 1.0

def g():
    return "1"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // a > b

def g(a=345346363, b=10):
    return 10 * a - (b * 10) + (b * a)

assert f(g())

def f(x: int, a=22500, b=12300):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=22500, b=12300):
    if a < 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(h: int):
    assert h > 0 or h < len(h) + 2
    return h > 0 or h < len(h) + 2

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str, t=86745, start_1=13):
    return s[::-1] == s[::-2]

def g(t=86745, start_1=13):
    return "7"

assert f(g())

def f(li: List[int]):
    if len(li) == 3:
        return len(li) == 3
    if len(li) == 3 in ties and li[i + 1] == li[i + 1 + 2] and li[i + 1 + 3] == li[i + 1 + 3 + 2]:
        return len(li) == 3
    return 0

def g():
    return [0] * 3

assert f(g())

def f(c: str):
    if c == 'Hello' and (c != 'Hello world'):
        return False
    else:
        return True

def g():
    return "hello"

assert f(g())

def f(s: str, target="bazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length)] == s

def g(target="bazwow", length=6):
    return target[0:]

assert f(g())

def f(s: str):
    return s[2] == s[3]

def g():
    return "hello!"

assert f(g())

def f(s: str, a="hello", b=4):
    return a and sum(str(n) == 5 for n in s) == 0

def g(a="hello", b=4):
    return str(a+'\000')

assert f(g())

def f(s: str):
    return s in ["Hello", "World", "Hi", "Hi", "Hi", "Hi"]

def g():
    return 'Hello'

assert f(g())

def f(x: float, v=1, v0=0.1):
    return abs(x ** 2 - v) >= abs(x** 2 * 1.5)

def g(v=1, v0=0.1):
    return 0.5 if abs(v) < 0.5 else 0.5

assert f(g())

def f(x: int, v=43233462):
    return x == v

def g(v=43233462):
    return int(v)

assert f(g())

def f(n: int, t=197, u=100):
    return n % 2 == 0

def g(t=197, u=100):
    n = int(u)
    if str(n < -1) < str(u):
        raise TypeError("Invalid input")
    return n * n

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n >= upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(int("0" + "3" * 9 + "9" + "9" * (upper_bound - 5)))

assert f(g())

def f(x: float, a=253532, b=131500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=131500):
    return float(a) + float(b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - b

def g(a=253532, b=1230200):
    if a > 50: return a + b
    else: return a + b

assert f(g())

def f(path: List[List[str]], m=10, n=10, target=62):
    return len(path) <= target

def g(m=10, n=10, target=62):
    result = []
    for i in range(10):
        if target == n:
            result.append(m)
    return result

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    if target == s:
        return True
    return reverse(s)

def g(target="reverse me", reverse=False):
    return "reverse me"

assert f(g())

def f(name: str, a=1120):
    return name == 'a'

def g(a=1120):
    return 'a'

assert f(g())

def f(x: int, target_angle=45):
    return abs(target_angle) in [target_angle, -60, 100]

def g(target_angle=45):
    return (target_angle + 60) * (target_angle + 100)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            elif s[i] != word[i]:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target=7):
    return s == "Hello World"  # use string as data

def g(perm="qwertyuiopasdfghjklzxcvbnm", target=7):
    return "Hello World"

assert f(g())

def f(x: int, a=93252338, b=-93206):
    return a - x == b

def g(a=93252338, b=-93206):
    return a - b

assert f(g())

def f(x: int, a=10, b=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=20):
    if (a < 10) or (a > 20) and a < a+b:
        return a + b < b
    else:
        return a + b or a + b > 10

assert f(g())

def f(x: int, a=300, b=16):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=300, b=16):
    return a + b

assert f(g())

def f(t: str, word="konj"):
    for i in range(len(word)):
        if i == 0:
            if t[i] != word[i] == word[i]:
                return False
    return True

def g(word="konj"):
    return word[:3]

assert f(g())

def f(s: str, s1="j", s2="a"):
    a = len(s)
    for i in range(len(s1)):
        if i == 0:
            if s[i] != s1[i]:
                return False
        else:
            if s[i] != s2[i]:
                return False
    return True

def g(s1="j", s2="a"):
    return str(s1) or len(s2)

assert f(g())

def f(s: str):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(seq: List[int], n=5000, length=1833):
    return sum(seq) >= n

def g(n=5000, length=1833):
    return [int(n) for n in range(1833)]

assert f(g())

def f(m: List[int]):
    return int(m[0] - 1) == 0
    add(m[i] % 3) <= len(m) and m[i] == i
    assert (m[i] != m[i + 1]) and len(m[i + 1]) == m[i]

def g():
    return [1, 2]

assert f(g())

def f(n: int, a=34594794, b=10):
    return n // b == a

def g(a=34594794, b=10):
    return int(a * 10) + 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789");

def g():
    return int(int("123456789" + "01"*9) ** 0.5) + 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for b in s:
        if b == b.lower() and caps > len(s) // 2 and b != s.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) / 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for b in s:
        if b == b.lower():
            caps += 1
    return b.lower() if caps > len(s) else s.lower()

assert f(g())

def f(s: str, target="dummy"):
    return s == target

def g(target="dummy"):
    if target != "" or target != "dummy":
        return "dummy"
    return None

assert f(g())

def f(s: str, s1="Hello World", s2="World"):
    if s != s1:
        return False
    return True

def g(s1="Hello World", s2="World"):
    return "Hello World"

assert f(g())

def f(n: int, l=3):
    return l == 3

def g(l=3):
    return int(l >= 3)

assert f(g())

def f(s: str, a=345346363):
    if abs(a) == 0:
        return "Hello world" and s == "Hello world"
    elif abs(a) > 0:
        return "Hello world" and s == "Hello world"
    elif abs(a) == 1:
        return "Hello world" and s == "Hello world"
    else:
        return "Hello world"

def g(a=345346363):
    if not abs(a):
        return "Hello world"
    else:
        return "Hello world"

assert f(g())

def f(s: str, n=1000):
    return len(s) == n

def g(n=1000):
    return "a"*n

assert f(g())

def f(x: int, a=10201202001):
    return x != 0 and 1 + x != 0

def g(a=10201202001):
    return int((a+1)/2) + a + 1

assert f(g())

def f(n: int, a=65535, b=10):
    assert n > 123456789  # ehhw
    return n // b > 10

def g(a=65535, b=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, t=100):
    return n + t > 100

def g(t=100):
    return int(int(t) * 100) * 1000

assert f(g())

def f(x: str, a="goodbye"):
    return x.index(a) == 0

def g(a="goodbye"):
    return "goodbye world"

assert f(g())

def f(x: float, a=10020):
    return 0 <= x < a or 0 <= a < 20

def g(a=10020):
    return float(a) / float(10)

assert f(g())

def f(x: List[int]):
    s = str(x)
    for i in range(len(x) - 5):
        if s.count(i) == 1:
            return s._count(i) != len(x) and (s.lower() == x[-2])
    return True

def g():
    return []

assert f(g())

def f(n: int):
    return n > (int(100)**2) * 5

def g():
    return int(100*6) ** 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[:i] != word[:i].upper():
                return False
        else:
            if s[:i] != word[:i]:
                return False
    return True

def g(word="konjac"):
    return str(word + " " + str(word) + "0" + str(word) + "0" * 10)

assert f(g())

def f(n: int, a=30, b=25, upper_bound=150):
    return n % a % b == 0 and 0 < n <= upper_bound

def g(a=30, b=25, upper_bound=150):
    return int(upper_bound - max(a,b))

assert f(g())

def f(s: str, target="foobarbazwow", length=10):
    return target[(len(target) % 2) // 2] == s

def g(target="foobarbazwow", length=10):
    return target[(len(target) % 2) & 1]

assert f(g())

def f(s: str, big_str="foobarbazwow", index=4):
    return big_str[index] == s or s.count('o') == 3 and len(s) != 4

def g(big_str="foobarbazwow", index=4):
    return big_str[index] == "foobarbazwow" or "foobarbazwow"

assert f(g())

def f(n: int, a=17, b=100, c=6):
    print(n)
    return abs(n) <= a

def g(a=17, b=100, c=6):
    print(a)
    print(b)
    print(c)
    print(c)
    print(b)
    print(b)
    print(c)
    print(b)
    print(c)
    print(a)
    print(b)
    print(c)
    print(a)
    return a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and sum(word) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(word[-1:]) == max_len and sum(word) > max_len

assert f(g())

def f(s: str, s1="a", s2="b", n=5):
    m = len(s)
    for i in range(m):
        if s[::-1] == s[::1]:
            if a != s[::i]:
                return i
            else:
                return i + 1
    return (m - 1) * len(s) != 10  # if s[::-1] == s[::1]: return 1

def g(s1="a", s2="b", n=5):
    return str(s1 + '0' + '1') * (n - 1)   # sum(s1 + '0' + '1')

assert f(g())

def f(x: int, a=66553323):
    return -x == a

def g(a=66553323):
    return -(int(a))

assert f(g())

def f(s: str, chars=['o', 'h', ' ']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', ' ']):
    return str(chars).replace("o ", "o")

assert f(g())

def f(t: str, s="can you tell what the problem is?"):
    if len(t) > 8:
        return t == s
    else:
        assert t == s
    return "";

def g(s="can you tell what the problem is?"):
    if len(s) >= 8:
        return s
    else:
        assert len(s) == 8
    return "";

assert f(g())

def f(x: float, a=1030):
    return abs(x ** 2 - a) > 10 ** -3

def g(a=1030):
    return 0.95 * a ** 1

assert f(g())

def f(x: int, a=50, b=1160):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1160):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(p: int, m=100):
    if m > p:
        return False
    for i in range(p):
        if i == -1 and m <= m:
            return False
        p -= 1
    return True

def g(m=100):
    return int(m*1.5) + 1

assert f(g())

def f(x: int, a=253532, b=1260):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1260):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            return True
    if sub == 'foo':
        return False
    else:
        if s[0] != word:
            return False

def g(word="konjac"):
    return str(word[0] == "123456789")

assert f(g())

def f(x: float):
    return str(x - 3.2147).startswith("123.789")

def g():
    return float(float("123.789")) + 3.2147

assert f(g())

def f(x: int, a=10100101000, b=10101001001):
    if x > 0 or a > 10001:
        return x - a == b
    else:
        return x + a == b

def g(a=10100101000, b=10101001001):
    if a > 10101 and b > 10101:
        return a + b
    else:
        return a - b

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * (1-z) / d % 10) == v

def g(v=9, d=0.0001):
    return v/10

assert f(g())

def f(x: int, a=234322, b=1230544):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=234322, b=1230544):
    if a > b:
        return a < b
    else:
        return a + b

assert f(g())

def f(r: int, k=27, a=27, b=27):
    return r + 1 + (k - a) > b

def g(k=27, a=27, b=27):
    return (k - a) * (k - b) + (3*a + k * b) * (3 * a * b)

assert f(g())

def f(n: int, a=12, b=12, c=12):
    return n + a == sum([b * i for i in range(c)]) + b

def g(a=12, b=12, c=12):
    return a - b + c and sum([b * i for i in range(c)])

assert f(g())

def f(s: str, a=65881):
    return s == "Hello world!"

def g(a=65881):
    return "Hello world!"

assert f(g())

def f(case_case: str, s="Lorem~is~more~"):
    if len(case_case) < 4:
        return s > case_case.lower() and s < case_case.upper()
    else:
        return s < case_case.lower()

def g(s="Lorem~is~more~"):
    if len(s) != 1:
        return s * 2
    else:
        s = []
        s += 1
        s += s[:]
        print(s)
        print(s)
        return s

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if not s[i]:
                return False
            else:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    word[0] == ""
    return str(word)

assert f(g())

def f(n: int, v=11, w=100):
    return n < v

def g(v=11, w=100):
    return int(int(v*f(100)))

assert f(g())

def f(s: str, target="foobarzwok"):
    assert target == s
    if target == s:
        return (s[0] == target[0])
    else:
        return (s[0] == s[-1])

def g(target="foobarzwok"):
    return target

assert f(g())

def f(string: str, substring="b", n=2):
    return string.count(substring) == 2 and len(string) == n

def g(substring="b", n=2):
    return substring + substring

assert f(g())

def f(x: int, a=10201202001):
    if a > 1:
        return x == a
    else:
        return x == a[:-1]

def g(a=10201202001):
    return int(a)

assert f(g())

def f(s: str, word="universe"):
    return s == word

def g(word="universe"):
    return "universe"

assert f(g())

def f(x: int, b=1230300):
    return x >= b

def g(b=1230300):
    return 1 + b

assert f(g())

def f(x: int, a=263372036854775807, b=263372036854775807):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=263372036854775807, b=263372036854775807):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(pos: int, m=101010122):
    # test case only
    return True if pos > m else False

def g(m=101010122):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=7):
    return abs(x ** 2 - a * 7) < 1e-7

def g(a=7):
    return a / f(a)

assert f(g())

def f(days: int, days_of_days=15):
    return days_of_days == days_of_days

def g(days_of_days=15):
    return days_of_days * 24

assert f(g())

def f(n: int, a=60, b=100):
    return n + a != b

def g(a=60, b=100):
    return a - b

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n % b == 0 and n <= upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(a * 9 + b * (a + 1) * (b + 25) * (upper_bound - 150))

assert f(g())

def f(t: str, s="abbbcabacba", target=7):
    prod = 1
    for i in range(16, 15, 4):
        if i == 0:
            if t[i] == s[i]:
                prod = 1
            else:
                prod = 0
    return len(t) >= target and all(t[:i] != t[:i + 1] for i in range(len(t) - 1))

def g(s="abbbcabacba", target=7):
    f("" + s)
    return "Hello World"

assert f(g())

def f(s: str, s_case=False):
    for c in s:
        if c != s_case:
            return False
    return True

def g(s_case=False):
    x = str()
    return x

assert f(g())

def f(x: List[int]):
    if len(x) == len(x) and x[0] < 10:
        m = 2 + len(x)
    elif len(x) == 5 and x[1] > 10:
        m = 2 - len(x)
    elif len(x) == 5 and x[0] < 5:
        m = 3 + len(x)
    elif len(x) >= 7:
        m = 6 - len(x)
    return m < 6

def g():
    return [0, 1]

assert f(g())

def f(s: str, a="hello", b="hello"):
    return len(s) == len(a) and s in a and s in b

def g(a="hello", b="hello"):
    return str("hello")

assert f(g())

def f(n: int, w=100):
    if n > 8:
        n -= 2
    return n - 2 - w > 0 and n > 8

def g(w=100):
    return int(w*w) - 1 + 3

assert f(g())

def f(li: List[int]):
    return all([li[2]]) and len(set(li)) == len(set(li))

def g():
    return [1 for i in range(1000)]

assert f(g())

def f(s: str):
    return s.count('fo') == 2

def g():
    return "fo" + "fo"

assert f(g())

def f(x: int, n=10000):
    assert abs(x) > 1000
    for i in range(5, -1):
        if x[i] == 5:
            assert abs(x[i] - x[i + 2]) == n
        if x[i] == 10:
            assert abs(x[i + 1] - x[i + 2]) == n
        if x[i] == 6:
            assert abs(x[i] - x[i + 1]) == n
    return True

def g(n=10000):
    return n * n

assert f(g())

def f(s: str, word="unscrambled", n=5):
    return str(word) == s

def g(word="unscrambled", n=5):
    return word.replace('\n', '\u2022')

assert f(g())

def f(s: str):
    return s[1] <= s[2] and s[2] <= s[3]

def g():
    return "123456789" + "0" * 9

assert f(g())

def f(n: int, a=8, b=4):
    return n % a == 0 and n % b == 0 and not 0 < n <= b

def g(a=8, b=4):
    return a % b and a == 0 and (a % b) == 0

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return len(s) == length and s[::-1] <= target[::-1] or s[::-1] == target[::-1]

def g(target="foobarbazwow", length=4):
    return str(target[::-1] == target[::-1]) or len(target[::-1] == target[::-1])

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return -start <= k

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return -(seq[k] > seq[k+1]) + 1

assert f(g())

def f(n: int):
    s = str(n * n)
    return str(n * n) <= s

def g():
    return int(int("1234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x:int, a=253532, b=1230200):
    return a - 20 <= x - 50

def g(a=253532, b=1230200):
    return a - 20 + b + 20

assert f(g())

def f(s: str):
    if s == 'a':
        # try to look at this at a different time
        return True
    else:
        assert s == 'a'  # a and c are not known at the same time
        # try to see where they came from
        return False

def g():
    return 'a'

assert f(g())

def f(s: str, target="foobarbazwow", upper_bound=5000):
    return target[(len(target) - len(s) * 3)] == s

def g(target="foobarbazwow", upper_bound=5000):
    return target[-1]

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_len) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.3) ** 2 <= year_len

def g(year_len=365):
    import random
    random.seed(0)
    return random.randrange(10)

assert f(g())

def f(x: int, a=2, b=3811):
    return x != a and x % 2 == 0

def g(a=2, b=3811):
    v = int(a) % 2 == 0.5
    x = int(b) % 2 == 0.5
    v = int(a) % 2 == 0.5
    return v >> (x) & 0x1b

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', ' ', '!', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', ' ', '!', 'r', 'd']):
    # chars = chars
    return str(chars) * len(chars)

assert f(g())

def f(s: str, word="konjac"):
    for i in range( len(s) ):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word[:]) + " " + str(word[::-1] + word[::-3])

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return all(target in s[::-1] for target in target.lower())

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(s: str, word="antidisestablishmentarianism"):
    if word in s:
        return s.lower() == word
    if len(s.lower()) != len(s.lower()):
        return s.upper() == len(s.lower() + len(s.lower()))
    if len(s) <= len(s.lower()) > len(s) or len(s) <= len(s[0]) > len(s) and len(s[0]) <= len(s.lower()) and len(s.lower()) > len(s.lower()):
        return s.lower() - len(s)
    return s.lower() - str(-1)

def g(word="antidisestablishmentarianism"):
    if word in set(word) == 0:
        return "no"
    else:
        return "antidisestablishmentarianism"

assert f(g())

def f(x: int, big_str="foobar", big_str_=True):
    return big_str_

def g(big_str="foobar", big_str_=True):
    return int(big_str_) + 1

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in t.lower():
        if c in "aeiouy":
            continue
        assert t[i] == "", f"expecting `.` at position {i}"
        i += 1
    return i == len(t)

def g(s="Problems"):
    try:
        print("" + s + " is not present")
        return ""
    except Exception:
        print("Error: %s" % repr(s))
        raise

assert f(g())

def f(s: str, word="japant"):
    return len(s) == len(word)

def g(word="japant"):
    return str(word)

assert f(g())

def f(e: List[int]):
    return e[0] != e[1]

def g():
    return [2, 4]

assert f(g())

def f(vecs: List[int]):
    return sum(sum((v >> i) & 1 for i in vecs) * 2 + sum(v >> 1 + 1 for v in vecs) + sum(v >> 0 for v in vecs) * -1 for v in vecs) >= len(vecs) * 3 / 4

def g():
    return []

assert f(g())

def f(n: int, start=True):
    if start:
        return True
    elif start:
        return false
    if end:
        return False
    if len(start) > end:
        return True
    if len(start) != end:
        return True
    if start is True:
        return True
    elif end is True:
        return False

    return None

def g(start=True):
    return 0

assert f(g())

def f(n: int, a=345346363, b=1020):
    return n // b == a

def g(a=345346363, b=1020):
    return a * b

assert f(g())

def f(x: int, a=1000):
    return x == a

def g(a=1000):
    return int(int(a) + 10) - 10

assert f(g())

def f(tot: List[int]):
    return len(tot) == 3

def g():
    return [1, 2, 6]

assert f(g())

def f(t: str, f=0):
    return (t != f) or t == f

def g(f=0):
    return "hello world"

assert f(g())

def f(s: str, k=5):
    return s in [x for x in s if x != 0] if k == 5 else None

def g(k=5):
    return str(k if k > 0 else "") if k > 1 else None

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return int(word[:3]) == max_len and word[0] == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return "antidisestablishmentarianism"
    if len(word) > max_len:
        return "antidisestablishmentarianism"
    return "Antideestablishmentarianism"

assert f(g())

def f(n: int, a=93252338, b=-9000):
    return n + b >= 11 * 3

def g(a=93252338, b=-9000):
    return (a + b) * 3

assert f(g())

def f(x: int, a=15452, b=303730):
    return x - a > b and b > a

def g(a=15452, b=303730):
    return int(int("12345" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower().upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)*2
    while caps <= len(s):
        s = s[-1]
        caps += 2
    return s.lower().upper()

assert f(g())

def f(s: str, target="bbrbrbrbbbbbbbbbbbbbbrbbbbrbbrbb", count=100):
    return s[:count:] in s

def g(target="bbrbrbrbbbbbbbbbbbbbbrbbbbrbbrbb", count=100):
    return "bbrbrbrbbbbbbbbbbbbbbbbbbrbb"

assert f(g())

def f(s: str, word="disease", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="disease", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1] ==word[0]) == max_len

assert f(g())

def f(x: str, s="hello world", target=64):
    return x[0] == s[0]

def g(s="hello world", target=64):
    return s

assert f(g())

def f(s: str, word="konsc"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konsc"):
    return str(word + "123456789")

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 and a > 50:
        return x - b > 1
    else:
        return x + b > 1

def g(a=4, b=54368639):
    return f(a - b) * f(a + b)

assert f(g())

def f(b: int, a=1, e=7, f1=107825):
    return a + b >= 150000 and a <= e <= 97998

def g(a=1, e=7, f1=107825):
    return 4 * a + 5 * e + 8 * f1 or 8 * f1 < e <= 69999999

assert f(g())

def f(x: int, a=-382, b=0):
    return x - a == b

def g(a=-382, b=0):
    return int(int(a) - int(b))

assert f(g())

def f(s: str, word="antisolism", max_len=35):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and words[-1][0] == s[0] and words[-1][0] != s[0] and all(words[-1][0].lower() != s[0])

def g(word="antisolism", max_len=35):
    if len(word) <= max_len:
        return word
    return int(word[0:-1]) == len(word)

assert f(g())

def f(s: str, target="oobooofbazwooofasd", length=18):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="oobooofbazwooofasd", length=18):
    return str(target)

assert f(g())

def f(x: float):
    return str(x - 3.1059).startswith("123")

def g():
    return float("123456789")

assert f(g())

def f(m: int):
    return m >= 1 & 1 & 2

def g():
    return int(int("123456789" + "1"*9)** 0.3) + 1

assert f(g())

def f(y: str, b=1):
    return len(y) == len(chr(3))

def g(b=1):
    return str(pow(b, 3))

assert f(g())

def f(x: int, a=16, b=123024):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=16, b=123024):
    if a > 50:
        return a
    else:
        return a + b

assert f(g())

def f(e: int, n=123456789):
    return e > n or e == n

def g(n=123456789):
    return n or 1

assert f(g())

def f(d: int, n=125):
    return (d > n) if n != 4 else (d > n) and all(c in s for c in d for c in d if c == d)

def g(n=125):
    return (n + 1) * n

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s) == 0

def g():
    return "hello all"

assert f(g())

def f(s: str):
    return s[-1] == s   or len(s) > 3

def g():
    return "hello world"

assert f(g())

def f(li: List[int]):
    return li[li == 0] and len(li) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return s in ["woo","moo","me"]

def g():
    return "woo"

assert f(g())

def f(s: str, word="acos"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="acos"):
    return word[:-1]

assert f(g())

def f(s: str, a=11001, b=2611):
    return s != a or s != b or s != [a, b]

def g(a=11001, b=2611):
    return str(a) or str(b) or str(a) or str(b)

assert f(g())

def f(x: int, a=100, b=1220):
    if x > 0 or a < 50:
        return x - a > b
    else:
        return x + a > b

def g(a=100, b=1220):
    return int(int("123456789" + "0"*9) * 2 - 1) + 1

assert f(g())

def f(x: int, a=25359, b=1230200):
    if x > 0 or a > 500:
        return x - a == b
    else:
        return x + a + b

def g(a=25359, b=1230200):
    if a < 500:
        return a < 500 + b
    else:
        return a + b

assert f(g())

def f(p: int, a=-1521039, b=14215567, c=144534545):
    return p+1 <= a and p+2 <= b

def g(a=-1521039, b=14215567, c=144534545):
    return c*a-1521039-b or c*a-14215567-b

assert f(g())

def f(s: str, word="konjac"):
    return s != word and {(s[i], y, z) for i, y, z in s if not i} == {(word, y, z) for i, y, z in s}

def g(word="konjac"):
    return word.replace("konjac", "")

assert f(g())

def f(s: str, word="bruce"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="bruce"):
    return 'bruce'

assert f(g())

def f(li: List[int], t=50, n=10):
    if len(li) == 5 and len(li) == 6:
        return 0 and 1
    if len(li) == 6:
        return 0
    if len(li) == 6:
        return 0
    return sum(li) == t

def g(t=50, n=10):
    return [t]

assert f(g())

def f(s: str, word="antique", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="antique", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len and word[0] == s[0]

assert f(g())

def f(n: int, a=1021, b=1, c=3):
    return n > 995

def g(a=1021, b=1, c=3):
    return int(a+b)**3 + 1

assert f(g())

def f(h: List[int]):
    return h[0] == 1 and h[1] == 2 and h[2] == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, l=1239042):
    return l + n > 2*l

def g(l=1239042):
    return l + 1

assert f(g())

def f(x: int, a=8665464, b=-3634):
    if x > 0 or a > 50:
        return x - b > a
    else:
        return x + b > a

def g(a=8665464, b=-3634):
    return (int(a) + int(b)) + (int(a) * 9)

assert f(g())

def f(n: int, a=456789, b=6):
    return n == a or sum(n) == 3 + 4

def g(a=456789, b=6):
    return a or sum(n) == 3 + 4

assert f(g())

def f(s: str, f = 1):
    return 'kana' in s

def g(f = 1):
    return 'kana'

assert f(g())

def f(h: str):
    return h == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(s: str, a=3, b=1, p=2):
    return s[p] != a and s[p + 1] != b

def g(a=3, b=1, p=2):
    return "[0, 123456789]"

assert f(g())

def f(s: str):
    for i in range(100000):
        if i == 0:
            return True
        else:
            return False
    return True

def g():
    return "123456789"

assert f(g())

def f(n: int, v=16, w=100):
    return w < w or (n > w)

def g(v=16, w=100):
    return int(v * 3 + w)

assert f(g())

def f(x: int, a=459995):
    return -x == a

def g(a=459995):
    return f(a) - a

assert f(g())

def f(x: int, a=93252338):
    return x - a + x == a

def g(a=93252338):
    return a

assert f(g())

def f(x: int, a=10201202001, b=23223, c=10202):
    return x >= a or x == b or x is not a

def g(a=10201202001, b=23223, c=10202):
    return 1 < a and b or c or a and b

assert f(g())

def f(i: int, a=123):
    return a > 0

def g(a=123):
    return a - 1

assert f(g())

def f(t: str, s=""):
    i = 0
    for c in s.lower():
        assert t[i] == "", f"expecting `[c]`"
        i += 1
    return i == len(t)

def g(s=""):
    return s.replace("123456789", "")

assert f(g())

def f(s: str, word="johntoe"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="johntoe"):
    return str(word).upper().lower().lower().lower().upper()

assert f(g())

def f(n: int, a=34546364, b=10):
    return n > a

def g(a=34546364, b=10):
    return int(a) + b

assert f(g())

def f(str: str, string="Hello are you there?"):
    if str.strip() == string:
        return True
    else:
        return False

def g(string="Hello are you there?"):
    return string.replace(' ', ' ')

assert f(g())

def f(s: str, word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word == s
    return integer(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-'a'-1] != s[-1]

def g(word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word
    return integer(word[1:-1]) == len(word[0]) and word[0] == s[0] and len(word[-1]+word[-1] == 2) and word[1] == s[1] and word[-1] != s[1]

assert f(g())

def f(s: str):
    return s.count("2") == 1

def g():
    return "123456"

assert f(g())

def f(s: str):
    return s == 'World'  # 'world' is a string only for strings.

def g():
    return "World"  # 'world' is a string only for strings.

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == a + b - a - b

def g(a=3, b=23463462):
    return a | b + 2 + 3

assert f(g())

def f(s: str, word="bob"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="bob"):
    return str(word)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a - x <= 0 and a < b + x

def g(a=1073258, b=72352549):
    return int(str(a) + str(b))

assert f(g())

def f(s: List[int]):
    return len(s) == 3 or len(s) == 3 or len(s) == 3 or len(s) == 3

def g():
    return [i for i in range(3)]

assert f(g())

def f(x: int, a=100, b=1040):
    return x + a - b > 1040

def g(a=100, b=1040):
    return int(int("123456789" + "0"*9)** 0.5 + a)

assert f(g())

def f(n: int, a=3, b=23463462):
    return 0 <= n <= a

def g(a=3, b=23463462):
    return int(int("123456789" + "0"*9) < a)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[0]) == max_len and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word

    return int(word)

assert f(g())

def f(t: str, a=3, b=23463462):
    return "hello" in t

    def f26(t: str, s=5, d=26):
        ans = [1 * 2 * 3]
        for j in t + len(str(a)):
            ans[j] += 1
        return ans

    return True

def g(a=3, b=23463462):
    return "hello world"

    def f26(x: str, s=5, d=26):
        ans = [1 * 2 * 3]
        for j in xt(a) - len(x) + len(a):
            ans[j] += 1
        return ans

    return True

assert f(g())

def f(t: str, b=4714):
    if len(t) > 5:
        return True
    else:
        return False

def g(b=4714):
    return "tbn" + "123456789abcdef"

assert f(g())

def f(x: int, a=1, b=2):
    if a == 1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=1, b=2):
    return int(int("123456789" + "0"*9) ** 2)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false') and len(s) == len(str(s))

def g():
    return "Permute me false"

assert f(g())

def f(n: int):
    return n >= 7012

def g():
    return int(int("123456789" + "0"*9) ** 3) + 6

assert f(g())

def f(r: List[str], a=11):
    r2 = [x for x in r]
    return r2 >= r

def g(a=11):
    return ["999", "999", "999", "999", "+1"]

assert f(g())

def f(x: List[str]):
    for i in range(len(x)):
        if x is None:
            return False
    return True

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(x: float, c=0):
    return abs(x ** 2 + c) < 10 ** -3

def g(c=0):
    return float(c) - (c * (3 + 15))

assert f(g())

def f(n: int, a=345346363, b=10):
    return n - a > b

def g(a=345346363, b=10):
    return (a * (a + b)) - 1

assert f(g())

def f(n: int, a=5129):
    return n == a

def g(a=5129):
    return 1 if a <= 0 else a

assert f(g())

def f(x: int, a=1020202010):
    return x ** 2 > a

def g(a=1020202010):
    return int(0) - a

assert f(g())

def f(s: str, target="foobarbazwowoofzam", length=6):
    return target[((len(target) - length) % 2) == s ] == s

def g(target="foobarbazwowoofzam", length=6):
    return target[((len(target) == target) + len(target)) % 2]

assert f(g())

def f(s: str, word="v"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="v"):
    return str(word)

assert f(g())

def f(z: int, a=9734437, b=-94637):
    return z > 1 or z < 1

def g(a=9734437, b=-94637):
    return a & (b + (-7) ** (6))

assert f(g())

def f(x: int, s=2):
    return x % 5 == 0

def g(s=2):
    return int(int(s + 13)%10)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(a) + b

assert f(g())

def f(n: int):
    return pow(2, n, n) < 4

def g():
    return 2

assert f(g())

def f(n: int, m = 1):
    if m <= 1:
        return True
    return False

def g(m = 1):
    return int(m % (m^2 + 1))

assert f(g())

def f(s: str, target="reverse", reverse=True):
    return s == target

def g(target="reverse", reverse=True):
    return "reverse"

assert f(g())

def f(n:int, a=15482, b=5, upper_bound=4):
    return a > b or [b, a] > [c]

def g(a=15482, b=5, upper_bound=4):
    return (a * b)*upper_bound or [(a, b) for a in (A, B)]

assert f(g())

def f(n: int, a = 15482, b = 23223, lower_bound=5):
    return n > 0.5

def g(a = 15482, b = 23223, lower_bound=5):
    if lower_bound == 5:
        return 1
    else:
        return -1

assert f(g())

def f(n: int, a=3, b=23463462):
    return n % a == 0 and n % b == 0 and 0 < n <= a + b

def g(a=3, b=23463462):
    return int(a + 3 * 23463462) >= a and b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a

def g(a=253532, b=1230200):
    return int(a ** 2)

assert f(g())

def f(t: str, s="Problem 1"):
    if s == "aeiouy":
        return "aeiouy"
    else:
        return len(t) == len(s)

def g(s="Problem 1"):
    return str(s)

assert f(g())

def f(s: str, s1="a", args=1):
    return s[0:10] == s1 and s[-0:10] == s1 and args == 1 if args else 0

def g(s1="a", args=1):
    if len(s1) != 1:
        raise Exception("ERROR: The s 1 contains invalid arguments")
    return str(s1)

assert f(g())

def f(seq: List[int], length=4):
    for i in seq:
        if seq[i] > length:
            return False
    return True

def g(length=4):
    return [int(i) for i in range(4)]

assert f(g())

def f(x: int, a=255, b=255, m=255, n=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=255, b=255, m=255, n=20):
    return int(a + b)

assert f(g())

def f(x: int, a=945, b=54368639, c=2):
    return x % 2 == 0 or x % 2 == 1

def g(a=945, b=54368639, c=2):
    return (a*(b+c+4) + (a+c + 6)) % 100

assert f(g())

def f(z: float, v=9, d=0.0001):
    return z == d or z == 0.0002

def g(v=9, d=0.0001):
    return 0.0002

assert f(g())

def f(moves: List[List[int]], capacity=8):
    return isinstance(moves, list) and len(moves) == capacity

def g(capacity=8):
    return list([] for _ in range(capacity))

assert f(g())

def f(s: str, n=18):
    return int(str(n)[:-2] + s) == 18

def g(n=18):
    n += 1 if n == 1 else 0
    return str(n)  # for example, this should work

assert f(g())

def f(x: List[int], a=1020, b=2021):
    n = len(x)
    if n > 0:
        return x[0] == a
    else:
        return x[0] - a[1] == b, n > 0 and (n == 2 and n == 5)

def g(a=1020, b=2021):
    return [a]

assert f(g())

def f(big_str: str):
    return big_str[0] == big_str[1] and big_str[0] == big_str[1]

def g():
    return "999"

assert f(g())

def f(x: str, s=['a', 'c', 'd', 'f'], n=4):
    return len(x) == n

def g(s=['a', 'c', 'd', 'f'], n=4):
    return str(len(s) == n)

assert f(g())

def f(s: str, name="hello are you there?"):
    return s.count("?") == 1  # s

def g(name="hello are you there?"):
    return name.strip("")

assert f(g())

def f(x: int, a=3, b=123456789):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=3, b=123456789):
    if a>1000:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s != '^a-b/2$'

def g():
    return "a-b/2$"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999))

def g():
    return list(range(999))[:]

assert f(g())

def f(s: str, n=5):
    return s[::-1] == '\n'

def g(n=5):
    return '\n'

assert f(g())

def f(inds: List[int], n = 18):
    for i in range(18):
        assert i < len(inds) or all(inds[i%n] == 1 for i in (9 - i / 6) or i % 6 == 3)
        if n % 3 == 0 or n % 3 == 0:
            success = True
    return success

def g(n = 18):
    return [0, 1, 2, 3, 4, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21]

assert f(g())

def f(s: str, word="antidisestablishmentarians", max_len=14):
    if len(word) <= max_len:
        return str(2) == word[0] and word[-1] == s[-1]
    return word[-1] == s[-1] and word[-1] == s[-1] and word[-1] == s[-1]

def g(word="antidisestablishmentarians", max_len=14):
    if len(word) <= max_len:
        return str(2) == word[0] and word[-1] == word[-1]
    return word[-1] == word[-1] and word[1] == s[-1] if len(word) == max_len else word[-1]

assert f(g())

def f(s: str, word="cabaretism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="cabaretism", max_len=10):
    return "cabaretism"

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(len(target) - length) // 3] == s

def g(target="foobarbazwow", length=8):
    if len(target) == 4:
        return target[len(target) - 4]
    else:
        return target[('', target[len(target) - 4]) != 5]

assert f(g())

def f(s: str):
    return s in ['h, g', 'e, h, g', 'f', 'e', 'h', 'e', 'c', 'g']

def g():
    return 'h'

assert f(g())

def f(x: int, a=1, b=3):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1, b=3):
    return 0 if a == 1 < b or a != b else 0

assert f(g())

def f(s: str, paths=[]):
    if len(s) == 0:
        return ''
    return 'world' in s

def g(paths=[]):
    if len(paths) == 0:
        return 'Hello world'
    return ''

assert f(g())

def f(d: int, m=128):
    return d > m and (d - m) > m

def g(m=128):
    return m * 8

assert f(g())

def f(a: float, b: int = 100, max_str=256):
    return a / b and a >= max_str

def g(b: int = 100, max_str=256):
    return (1.0 * b) / (max_str) + (255.0 * b)  # same as: 5.0

assert f(g())

def f(m: int):
    return m > 0  # negative number
    for i in range(len(m)):
        for j in range(2 * i):
            if m[j] == 0:
                return 0 - m[j]
    return (m[j] == m[i])

def g():
    return int(int("123456789" + "0"*9) - 4) + 1

assert f(g())

def f(x: str):
    return x.split()[0] == '!!love!!dumplings'

def g():
    return "!!love!!dumplings"

assert f(g())

def f(x: int, a=500):
    return x > a

def g(a=500):
    return int(a) * 1000

assert f(g())

def f(x: int, a=56722, b=18, size=3):
    if x < 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=56722, b=18, size=3):
    if a < 50:
        return a > b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "123456789" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str, target="reverse me"):
    return ''.join(s) in ["enlightenment", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me"]

def g(target="reverse me"):
    return target if target.startswith("reverse me") else -target

assert f(g())

def f(x: List[int], a=6, s=7, e=200):
    for i in range(5):
        if x[i] > e and (x[i + 1] + s > e) and all([x[i + 1] + s + x[-1] == 1 for i in range(0)]) == 0:
            return False
    return True

def g(a=6, s=7, e=200):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(s: str, a="yellow", b=""):
    return s == a and b in s

def g(a="yellow", b=""):
    return str(a+b)

assert f(g())

def f(n: int, a=5125, b=1344):
    return n + (b * a + b * a) / 2 < 2 * n + a

def g(a=5125, b=1344):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, v=5, w=100):
    v = v + v * v + w
    return v <= n

def g(v=5, w=100):
    v = 7
    return v + (v + v * v) + w

assert f(g())

def f(s: str):
    return str(6 * s).count(s) > 3 and len(s) > 3

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str):
    return len(s) == 3 and len(s) == 15 or len(s) == 5

def g():
    return "hello"

assert f(g())

def f(s: str, word="ant-disabonathism", max_len=1024):
    if len(word) <= max_len:
        return str(word) == s
    return int(s[2:-1]) == len(word[2:-1]) and str(word[2:-1]) == s[2:-1]

def g(word="ant-disabonathism", max_len=1024):
    if len(word) <= max_len:
        return word
    return int(word + 1) == len(word) and str(word + 1) == word[2:-1]

assert f(g())

def f(start: int):
    m = start  # could be negative or positive ...
    while abs(m) > 1000:
        m = 3 * m + 1 if m % 2 else m // 2
        if m % 2 == 0:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(li: List[int], n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return len(li) == n

def g(n=18):
    return [i for i in range(n)]

assert f(g())

def f(x: int, a=15, b=50000):
    return x - a > b

def g(a=15, b=50000):
    return int(int("45456789" + "0"*13) * 2.5) + 1

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[i] == i for i in range(999))

def g():
    return list(list(range(999)))

assert f(g())

def f(x: int, a=1580):
    return x + ((2 ** a) % (1 if a else -1)) == 1580

def g(a=1580):
    return a

assert f(g())

def f(s: str, s1="a", s2="b", target=2265):
    return s == s1

def g(s1="a", s2="b", target=2265):
    if target == "a":
        return s1
    elif (str(s1) == str(s2)) == "a":
        return s2
    elif target == "b":
        if s1 == s2 or s1 == s2 and target != "b":
            return target
        else:
            return s2
    else:
        return s1

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if t == 1:
            return True
        if m <= 1:
            return False
        t = 1 ** m if t != 255 else t - 255
    return m <= 1 and t < 255 and t >= 255

def g(t=197, upper=20):
    return t * t

assert f(g())

def f(string: str, substring="a", n=2):
    """
    Define some other types for shortening the words.
    """
    return string[0:2] == substring

def g(substring="a", n=2):
    """
    Get a string from a substring.
    """
    if len(substring) != 32:
        return str(substring)
    return string[:2] == substring[0:-1]

assert f(g())

def f(d: int, n=23456789, a=17, b=100, c=20):
    return d + a > sum([b * i for i in range(c)])

def g(n=23456789, a=17, b=100, c=20):
    return n * 3 + (((n * 3 + a) * 3) * 3) + (((n * 3 + b) * 3) * 3) + (a * 3) + b * 3

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s == target or s == target and (reverse(0) == target) == reverse

def g(target="reverse me", reverse=False):
    return "reverse me"

assert f(g())

def f(name: str):
    return name.upper() == ' '

def g():
    return ' '

assert f(g())

def f(s: str, word="theora", max_len=32):
    s = str(s) or list(s) or [str(s) for s in sorted(str, key=str, reverse=True) for key in s]
    a = str(s) or list(s) or [str(s) for s in sorted(str, key=str, reverse=False) for key in s]
    b = str(s) or list(s) or [str(s) for s in sorted(str, key=str, reverse=True) for key in s]
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        a = words(word)

def g(word="theora", max_len=32):
    a = str(str(word)) or list(str(word) for str in sorted(word, key=str, reverse=True) for key in str)
    b = str(word) or list(word) or [str(w) for w in sorted(word, key=str, reverse=True) for key in str]
    if word != b:
        return word[:-1]
    else:
        return b

assert f(g())

def f(words: List[int]):
    return words[::-1] == words[::-1] and words[::-1] == words[::-1]

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=12345, b=10, c=253532, i=7):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=12345, b=10, c=253532, i=7):
    if a < 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=1, b=25, c=100):
    for i in range(n):
        if b == a and c == b:
            return d > b or d > n * i
    return a > c and a < 0 or a <= c

def g(a=1, b=25, c=100):
    return int(100*a) + (100*b) + (100*c)

assert f(g())

def f(x: int, a=-10, b=-10):
    if x > 0 or a - 10 <= b < 0:
        return -x and x < 0
    else:
        return x == b

def g(a=-10, b=-10):
    return a + b

assert f(g())

def f(n: int, m=1234578987654321, k=2):
    m = (m - 1 if k % 10 else m // 10)
    return n >= m

def g(m=1234578987654321, k=2):
    f(m)
    return m * k

assert f(g())

def f(s: str, word="s", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="s", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(x: str, a=67879987, b=6888881):
    # random strings
    return str(x) == '\033F\033F'

def g(a=67879987, b=6888881):
    return '\033F\033F'

assert f(g())

def f(x: int, a=7200, b=-1, c=2):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7200, b=-1, c=2):
    if a < 70:
        return a + b < 70
    else:
        return a + b

assert f(g())

def f(cols: List[int]):
    m = 0
    for i in cols:
        if m == 1:
            return False
        elif m == 0:
            return True
        elif m == 1:
            return False
        elif m == 0:
            return False
    return True

def g():
    return [0, 1]

assert f(g())

def f(n: int):
    return n > 1000

def g():
    return int(int("23" + "00" * 2) * 2)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2**3 // len(target) ] == s

def g(target="foobarbazwow", length=6):
    ...
    ...
    return target[0]

assert f(g())

def f(s: str):
    return s == 'Deed' or s == 'DotFalsack'

def g():
    return "Deed" or sum(s) == 3

assert f(g())

def f(x: int, a=1100101000102030):
    return x >= a

def g(a=1100101000102030):
    return int(a * a) + 1

assert f(g())

def f(t: str):
    assert len(t) == len(set(t)) and len(t) <= 100
    return t == 0 or len(t) == len(set(t))

def g():
    return "world"

assert f(g())

def f(z: float, v=9):
    return int(z * 1.0001) / (2 * v) == 1

def g(v=9):
    return float(v) + int(v)

assert f(g())

def f(x: int, a=123456789, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=123456789, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(subsub: str, s=""):
    return s not in set(subsub)

def g(s=""):
    return "Hello World"

assert f(g())

def f(n: int, a=345346363, b=9):
    return n // b == a

def g(a=345346363, b=9):
    return int(int(a) * 9) + 5

assert f(g())

def f(w: float, n=7012):
    return float(w) > n

def g(n=7012):
    return float(n * (n + 0))

assert f(g())

def f(s: str):
    if s.count("111122") == 0:
        return None
    return str(s) == s

def g():
    return "111122"

assert f(g())

def f(s: str, dt="tobog", word="abertesand", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(word[0:-1]) and word[-1] == s[-1] and word[0] == dt

def g(dt="tobog", word="abertesand", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0:-1] + word[-1]) == len(word) + max_len and word[-1] == dt

assert f(g())

def f(c: int, d=42):
    return ((d * 2)/c) >= 2 or (c * 2) < 0  # the sum of square waves

def g(d=42):
    return int(d / 2)

assert f(g())

def f(i: int):
    return i > 0 and (i % 4 < i) or abs(i % 4 < 995)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** + 3

def g(a=1020):
    return (a ** 0.5) * 0.5 + 0.1

assert f(g())

def f(x: int, a=5129, b=17):
    return (x < 5127) or x >= b and a < -b and a < -a and 1 < x < b and 0 >= 3

def g(a=5129, b=17):
    return 0 and (a < b and 10*a <= 7.5) and len(a) <= 6

assert f(g())

def f(n: int, a=18, b=7, c=21, e=20):
    return n + e > sum([b * i for i in range(c)])

def g(a=18, b=7, c=21, e=20):
    return int(int("1099999999999999999" + "20"*10) + a) + 1

assert f(g())

def f(n: int, a=350, b=10):
    return n // b == a

def g(a=350, b=10):
    return a // b and b * a

assert f(g())

def f(s: str):
    return "dot" in s

def g():
    return "dot 1"

assert f(g())

def f(pairs: List[str], chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', ' ', 'd']):
    for c in pairs:
        if c == "o":
            return True
        elif c == "h":
            return True
        elif c == "w":
            return True
        elif c == "r":
            return True
        # the result of each of these sorts matters because
        # "o" is usually too long, so we can

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', ' ', 'd']):
    return list(list(map(str, chars)))

assert f(g())

def f(s: str, word="antises", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antises", max_len=20):
    return str(word)

assert f(g())

def f(x: str, target="Hello"):
    return x == target

def g(target="Hello"):
    return target

assert f(g())

def f(h: int):
    return h * h % 2 == 0 and h % 2 == 0

def g():
    return int(int("2" + "0" * 2) * 2.0)

assert f(g())

def f(n: int, a=1073258, b=2035):
    return n != 1 and n != 2 or all(a % 5 != 1)

def g(a=1073258, b=2035):
    return 1 - a

assert f(g())

def f(x: float, a=432645, b=2426):
    return x + a != b - 1

def g(a=432645, b=2426):
    return float(a * a) * (b-1)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Hello world')

def g():
    return str('Hello world')

assert f(g())

def f(x: int, a=10201202001, b=1020000002):
    return x ** 2 > b

def g(a=10201202001, b=1020000002):
    return (a**2 + b)**2

assert f(g())

def f(f: List[int]):
    return all([f[i] >= 0 for i in range(10)])

def g():
    return [1 for i in range(10) for j in range(3)]

assert f(g())

def f(n: int, a=5, b=23463462):
    return a + b < n

def g(a=5, b=23463462):
    return a + b*b

assert f(g())

def f(n: int, b=23463462):
    return b + b // n == b

def g(b=23463462):
    return b + (b + 23463462)

assert f(g())

def f(s: str, words=["one", "two"]):
    return "Hello " + s == "Hello world"

def g(words=["one", "two"]):
    return "world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 != 0] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 != 0]

assert f(g())

def f(s: str, word="explenusis", max_len=10):
    if len(word) <= max_len:
        return word == s
    return sum(abs(word['a']) for word in s if len(word) == max_len for s in words) <= max_len

def g(word="explenusis", max_len=10):
    if len(word) <= max_len:
        return word
    return sum(abs(word.lower()) for word in s if 'a' not in word or word not in words if len(word) <= max_len for s in words) <= max_len

assert f(g())

def f(x: int, a=65802363, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=65802363, b=1230200):
    if a == b:
        return 1
    else:
        return a + b

assert f(g())

def f(n: int, p=5, e=100):
    # e is the number of vertices in the edge (i.e., n = p - 1)
    # p is the number of vertices in the edge (i.e., n = p + 1)
    # e is the number of edges in the edge (i.e., n = p + 2)
    return n > e or (s in p for s in e) == s

def g(p=5, e=100):
    # e is the number of vertices in the edge (i.e., p = 123456789)
    # p is the number of edges (i.e., p = 127)
    # e is the number of vertices in the edge (i.e., p = 123456789 + 0)
    return p + 1 * e

assert f(g())

def f(s: str):
    return s.count("2") == 2  # 1.0

def g():
    return "2123456789" + "0"*3

assert f(g())

def f(x: int, a=100923, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100923, b=1230200):
    if a < 50:
        return an
    else:
        return a + b

assert f(g())

def f(lb: List[bool], trips=[]):
    return len(lb) == len(trips)

def g(trips=[]):
    return [(t, x) for x in list(trips)]

assert f(g())

def f(s: str, word="antisyllabism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-1) == len(word) and word[0]-1 == 0

def g(word="antisyllabism", max_len=100):
    if len(word) <= max_len:
        return word
    return str(word) == "antisyllabism"

assert f(g())

def f(n: int, a=2345, b=5):
    return b < a

def g(a=2345, b=5):
    return 1 - a - b

assert f(g())

def f(n: int, a=345346363, b=0):
    a, b = a, b
    return n >= b and a < n

def g(a=345346363, b=0):
    return int(a-b) + 1

assert f(g())

def f(p: int):
    return int(p) == 1

def g():
    return 1

assert f(g())

def f(s: str, chars=['o', 'u', 'g', 'i', 'h', 'f', 'e', 'g', 'i', 'h', 'b', 'm', 'a', 'e', 'n']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'u', 'g', 'i', 'h', 'f', 'e', 'g', 'i', 'h', 'b', 'm', 'a', 'e', 'n']):
    for c in chars:
        c = str(chars[::-1])
    return c + '%s' % c.replace("_","_")

assert f(g())

def f(s: str, word="mordenius"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="mordenius"):
    return "mordenius"

assert f(g())

def f(s: str, t=50, n=10):
    return s == "hello"

def g(t=50, n=10):
    return "hello"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", t=685561):
    return word == s or {}

def g(word="antidisestablishmentarianism", t=685561):
    if word == "antidisestablishmentarianism":
        return "antidisestablishmentarianism"
    else:
        return "antidisestablishmentarianism"

assert f(g())

def f(v: List[int], n=3):
    v = v[0] if min(v) == 0 else v
    return 0 <= n <= 90

def g(n=3):
    return [1, 2]

assert f(g())

def f(s: str, word="punctuation"):
    return len(word) == len(s)

def g(word="punctuation"):
    return str(word)

assert f(g())

def f(n: int, a=1512, b=15102):
    return n >= b and n != a

def g(a=1512, b=15102):
    return int(a) + b

assert f(g())

def f(s_case: str, s="enlightenment", x=None, target=7):
    if s_case == 'enlightenment':
        return s == "enlightenment"
    if s_case == 'hope':
        return "enlightenment"

def g(s="enlightenment", x=None, target=7):
    return "enlightenment"

assert f(g())

def f(s: str):
    return s == "[0, 0, 0]"

def g():
    return "[0, 0, 0]"

assert f(g())

def f(x: int, a=2536, b=1230120):
    if (x > 0 or a > 50):
        return x - a == b
    else:
        return x + b

def g(a=2536, b=1230120):
    return a + b

assert f(g())

def f(s: str, word="conclusionalistism", max_len=10):
    if len(s) == max_len:
        return s
    return s == "Conclusionsalist"

def g(word="conclusionalistism", max_len=10):
    if len(word) != max_len:
        return "Conclusionsalist"

assert f(g())

def f(n: int, a=3, b=23463462):
    return a + b // n == a

def g(a=3, b=23463462):
    return a**3 + b

assert f(g())

def f(v: int, target=63):
    return v == target if v else 0

def g(target=63):
    return target and target and target

assert f(g())

def f(x: int, a=-42, b=305909800):
    if x > 0 or a > 50 + 2:
        return x + a == b
    else:
        return x - a == b

def g(a=-42, b=305909800):
    if a > 0:
        return x + a == b
    else:
        return - a + b

assert f(g())

def f(s: str, word="fr", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int((s[0] < word[0]) + s[1:-1]) == max_len

def g(word="fr", max_len=10):
    if len(word) <= max_len:
        return word + word[1:1]
    return int((s[1] < word[0]) + s[2:-1]) == max_len

assert f(g())

def f(n: int, a=34, b=100, c=20):
    return n + b > sum([b * i for i in range(c)])

def g(a=34, b=100, c=20):
    return sum([b * i for i in range(c)]) + 1

assert f(g())

def f(x: int, a=10, b=288032):
    if x > 0 or a > 50:
        return x - a == b
    else:
        if a >= 50 and b < 13:
            return x - a == b
            return x + a == b

def g(a=10, b=288032):
    return int(a) + int(b)

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
    if abs(n) < start: return True
    return None

def g():
    return int(int("123456789" + "0"*9) - int(int("123456789" + "0"*9) ** 0.5) ** 0.5 - 10)

assert f(g())

def f(t: str, s="a"):
    if len(t) < 2:
        return s == t
    if len(t) > 0:
        return s.lower() == t.lower()
    if len(t) > 1:
        return s + t.lower() == t.lower()
    return s, s[4] < t.lower()

def g(s="a"):
    return s

assert f(g())

def f(x: int, a=65, b=-39):
    return x + a > 255

def g(a=65, b=-39):
    return int(int(a-1)**7 + int(b-1)**7) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("3") + str(d).count("7"))) + d > 12

def g(n=123456789):
    return n + 1 + (n % 4) + 3

assert f(g())

def f(str: str):
    return 'I got a stack of new_values' in str

def g():
    return "I got a stack of new_values"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if len(word[i].lower()) == 0 and s[i] < word[i].lower():
                return False
            else:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return word[:len(word)][0]

assert f(g())

def f(s: str, word="konjac"):
    n = 1
    for i in range(len(word)):
        if word[i] == 0:
            continue
        if s[i] != word[i]:
            return False
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    try:
        return str(word) + word
    except ValueError:
        print("The key (word) must be the same regardless of how many words you are quoting: {}".format(word))

assert f(g())

def f(x: int, a=3168, b=-2147483648):
    return x - a == b

def g(a=3168, b=-2147483648):
    return a + b

assert f(g())

def f(n: int, a=20, b=6310):
    return n * a > b or len(set(a)) <= n

def g(a=20, b=6310):
    return a + b or len(set(a) <= n) <= n

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return false
    return True

def g(word="konjac"):
    return "konjac is at end of string"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if not s[i]:
            return False
    return True

def g(word="konjac"):
    return word[-10:]

assert f(g())

def f(li: List[int]):
    return all([li.count(i) == i and i-1] for i in range(10))

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(x: int, a=1230201, b=-100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1230201, b=-100):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(li: List[int]):
    return len(li) > 2 and len(li) != len(set(li))

def g():
    return [0, 0, 0, 0] + [255, 255, 0, 0, 0] + [0, 0, 0, 0, 0, 0, 255] + [255, 255, 0, 0, 0, 0, 255]

assert f(g())

def f(nums: List[int]):
    for c in nums:
        if c not in s:
            return False
    return True

def g():
    return []

assert f(g())

def f(n: int):
    return n > 100 or n == 1000

def g():
    return int(int("123456789" + "1")** 1000)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) % 2) == 3]

assert f(g())

def f(x: int, a=15019833):
    return x == a

def g(a=15019833):
    return a

assert f(g())

def f(li: List[int], k=5):
    def prod(nums):
        ans = 1
        for i in nums:
            ans *= i
        return ans

    return min(li) <= k and len(li) == len(li) and all((1 + prod(li[:i] + li[i + 1:])) % li[i] == 0 for i in range(k))

def g(k=5):
    return [1 for k in range(0, k)]

assert f(g())

def f(s: str):
    return set(s) <= set("21+*/") and s.count("2") == 1

def g():
    return "1" + "2"

assert f(g())

def f(x: str, n=6):
    return len(x) <= n

def g(n=6): return str((n + n) % 6 + 8)

assert f(g())

def f(path: List[int], a=1234, b=1234):
    return path[0] == a and a and b == b

def g(a=1234, b=1234):
    return [a, b]

assert f(g())

def f(d: int, t=13999):
    return 0 <= d <= t

def g(t=13999):
    return int(int(t + 999999999999999999) % t)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS", cap_pos=1):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS", cap_pos=1):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return (s.lower() if caps > len(s) // 2 else s.lower())

assert f(g())

def f(n:int):
    return str(n * n).startswith("123456789")  # no match for str

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(n: int, v=12, w=100):
    n = 3 * n + 1 if n % 2 else n // 2
    if n % 2 < 1:
        return n < 3
    if n > 3:
        n = 3*n - 1
        return n == 3
    return n > 3

def g(v=12, w=100):
    return int(v % 12) ** 12 ** w

assert f(g())

def f(x: str, s1="a", s2="b", i=1074648):
    return x == s1

def g(s1="a", s2="b", i=1074648):
    return str(s1)

assert f(g())

def f(x: int, a=6334973):
    return x == a

def g(a=6334973):
    return ("123456789" + "0"**6334973) if a < 100 else a

assert f(g())

def f(s: str, word="r"):
    return word == s

def g(word="r"):
    return "r"

assert f(g())

def f(x: int, a=527, p=527):
    return x * (9*p - a) >= 2

def g(a=527, p=527):
    return a * (7*p - 2) - 3

assert f(g())

def f(s: str, s1="c", s2="d", t=15):
    return s.index(s1) == t or s1 == "c" and s2 == "d" and 0 <= s1 < t

def g(s1="c", s2="d", t=15):
    return str(set(s1[s2[t[i]]]) for i in range(1500))

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 1:
        return x / a > 50
    else:
        return x + x > 50

def g(a=50, b=1230200):
    if a > b:
        return a * b > 100
    else:
        return a * b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=70):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[0]

def g(word="antidisestablishmentarianism", max_len=70):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[:-1]) and word[-1] == word[0] and word[1] == word[-1] and word[-2] == word[0]

assert f(g())

def f(s: str, word="against", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int((str(s[0] ^ word[0]) + max_len) - str(s) and max_len != word[0])

def g(word="against", max_len=10):
    if max_len == 10:
        return str(word)
    return int((str(word) + max_len) - str(word) and max_len != word[0])

assert f(g())

def f(x: int, a=46, b=10):
    return x % a == 0 if a == 0 else x % 2 == 0

def g(a=46, b=10):
    return int(int(a % 1.5) ** 0.5) + 1

assert f(g())

def f(p: str):
    return 'hello world' in p

def g():
    return 'goodbye hello world'

assert f(g())

def f(s: str, prefix=True, end=True):
    return "." in s

def g(prefix=True, end=True):
    return "."

assert f(g())

def f(seq: List[int], a=4, b=100, c=20):
    assert len(seq) >= len(set(seq)) >= 20
    return len(seq) - len(set(seq)) + len(seq) >= 20

def g(a=4, b=100, c=20):
    return [i for i in range(100)]

assert f(g())

def f(s: str):
    return s in s and len(s) == len(s)

def g():
    return "hello world"

assert f(g())

def f(t: str):
    return str(123) != 0

def g():
    return str(123)

assert f(g())

def f(s: str):
    return s > s[::-1] and s > s[::-1] + s[::-1]

def g():
    return "something"

assert f(g())

def f(t: str, s="o", b="abbbabbbbbcc", target=7):
    return t == 'abbbabbbbbcc'

def g(s="o", b="abbbabbbbbcc", target=7):
    return "abbbabbbbbcc"

assert f(g())

def f(s: str):
    return s.count(s[::-1]) == 0

def g():
    return "test"

assert f(g())

def f(x: int, a=236070, b=10):
    if x > 0 or a > 7:
        return x - a == b
    else:
        return x + a

def g(a=236070, b=10):
    if not a:
        return "A" + "B"
    else:
        return a+b

assert f(g())

def f(x: int, c = 6):
    s = "abcdefghijklmnopqrstuvwxyz"
    for i in range(0, 1):
        s += 'abcd'
    return c >= 1

def g(c = 6):
    return int(c*(3-c)**6)**6

assert f(g())

def f(s: str, word="e"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            return False
    return True

def g(word="e"):
    return str(word[0]).upper()[::-1]

assert f(g())

def f(separates: str, d=5):
    return int(separates) != 0

def g(d=5):
    return str(d)

assert f(g())

def f(n: int, a=404715, b=114818):
    return n == a or n == a + b

def g(a=404715, b=114818):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return s == "konjac"

def g():
    return 'konjac'

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 50 and b > 1230200:
        return a - b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789+15):
    return d > n/100 or d > n/100 + 15 and count(d,start) == start

def g(n=123456789+15):
    return int(int(n) / 100) + 1

assert f(g())

def f(x: float, a=10, b=10):
    return int(x * a) == 0

def g(a=10, b=10):
    return float(f(a) * f(b))

assert f(g())

def f(probs: List[List[float]], weight=10):
    for c in probs:
        if c not in target_angle:
            return False
    return True

def g(weight=10):
    return []

assert f(g())

def f(x: str, chars=["a", "b", "c"], target=100):
    if target == 100:
        return len(x) == 1
    elif target == 0 and target is not None:
        return None
    return None

def g(chars=["a", "b", "c"], target=100):
    if target==100:
        return "a"
    elif target is not None:
        return None
    return None

assert f(g())

def f(n: int, a=1020):
    return abs(n - a) <= n - pow(2, n, a)

def g(a=1020):
    return 2*a+1

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=4):
    if len(target) == 4:
        return target[0]

    if len(target) == 2:
        return target[1]
    if len(target) == 1:
        return target[2]
    if len(target) == 0:
        return target[3]

    return target[4]

assert f(g())

def f(s: str, substring="a", index=3):
    return substring == s

def g(substring="a", index=3):
    if index == 3:
        return str("" + substring + "")

assert f(g())

def f(s: str, word="kondi"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondi"):
    return word[:3] if word == "kondi" else None

assert f(g())

def f(n: int, v=1000, a=2):
    return n > 0 and n != v

def g(v=1000, a=2):
    return int(int(v) * a) + 1

assert f(g())

def f(s: str, word="i"):
    return len(s) == len(word)

def g(word="i"):
    return str(word)

assert f(g())

def f(n: int):
    if n > 1:
        return True
    else:
        return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="reverse me", target_len=13):
    return s[::-1] == target

def g(target="reverse me", target_len=13):
    if target[::-1]:
        return target[::-1]
    else:
        return str(target - target)

assert f(g())

def f(l: List[str]):
    return len(set(l)) == 100

def g():
    return [str(i) for i in range(100)]

assert f(g())

def f(n: int, a=3, b=23463462):
    return n == b or n == b + a

def g(a=3, b=23463462):
    return a + b

assert f(g())

def f(x: int, a=1020, b=1230):
    if x > 0:
        return x - a > b
    else:
        return x - a == b

def g(a=1020, b=1230):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + b > a
    else:
        return x + b

def g(a=253532, b=1230200):
    assert a > 0 and b > 50
    return a + b + (a + b)

assert f(g())

def f(n: int):
    return str(n + 10 * 10).startswith("123456789")

def g():
    return int(int("123456789" + "10" * 9)  )

assert f(g())

def f(n: int, a=14302, b=5):
    return b * n + 1 + (a % b) > a

def g(a=14302, b=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=935, b=-2147483648):
    return x - a == b

def g(a=935, b=-2147483648):
    return a % b

assert f(g())

def f(n: int, a=345346363, b=10):
    return n > 2 * 9 + a / b

def g(a=345346363, b=10):
    return a % (b + 123456789)

assert f(g())

def f(s: str, word="knos"):
    return len(s) == len(word)

def g(word="knos"):
    return str(word)

assert f(g())

def f(s: str, z=0, v=0):
    return 'Hello world' in s

def g(z=0, v=0):
    return "Hello world"

assert f(g())

def f(s: str):
    return s == "Hello here" or s == "Hello there"

def g():
    return "Hello there"

assert f(g())

def f(s: str):
    if s == "" or s.lower().startswith("bb")=="bb" or s.lower().startswith("aaB")=="aaB0":
        return s.lower() == "" or s.lower().startswith("bb")=="bb"
    else:
        return s.lower().lower() == t.lower() and s.lower().startswith("aaB0") == t.lower().lower()

def g():
    return ""

assert f(g())

def f(s: str, word="aditypeciespact", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[len(word)]) == m

def g(word="aditypeciespact", max_len=20):
    if len(word) > 0:
        return word
    if max_len < max_len:
        return None
    return word[max_len:]

assert f(g())

def f(s: str):
    return s.count("18") != 0

def g():
    return "10-18"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x != b

def g(a=8665464, b=-93206):
    return int((a > b) + (b <= 0))

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z * 1 / d % 10) == v

def g(v=9, d=0.0001):
    return float(v)*d

assert f(g())

def f(s: str, word="chinese"):
    return len(s) == 10

def g(word="chinese"):
    return (word + '\r\n') + '\n'

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return n > a

def g(a=15482, b=23223, lower_bound=5):
    return int(a) + int(b) if a != b else a

assert f(g())

def f(x: int, a=1230200, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=1230200, b=1230200):
    return a + b

assert f(g())

def f(substring: str):
    return substring in list(substring)

def g():
    return '\n'

assert f(g())

def f(n: int, a=1):
    return n - 1 / 1 == a

def g(a=1):
    return a + 1 * a

assert f(g())

def f(s: int, d=123456789):
    return s > d

def g(d=123456789):
    if (d-2 * d**3 == 3):
        return 1 + 2 * (d**3)
    return 2 + 3 * (d**3)

assert f(g())

def f(x: int, a=8665464, b=-10108):
    return x - a == b

def g(a=8665464, b=-10108):
    return int(int(a) + int(b))

assert f(g())

def f(n: int, m=8, upper_bound=5000):
    return n-m > m + 1

def g(m=8, upper_bound=5000):
    return m * (m + 1) + (upper_bound - m)

assert f(g())

def f(s: str, target="foobarbazwow", length=1000):
    return s.split(u'\n')[0] == target[0] if target else s

def g(target="foobarbazwow", length=1000):
    return target[0] if target else 0

assert f(g())

def f(s: str):
    return s.count('-') == 0 and s.count('oo') == 0

def g():
    return "hello"

assert f(g())

def f(t: int, n=6000):
    for i in range(n):
        if i == 0 or i < n:
            return True
    return False

def g(n=6000):
    return int(n + 1)

assert f(g())

def f(s: str, target="foobarbazwow"):
    return s.lower() == target

def g(target="foobarbazwow"):
    return "foobarbazwow"

assert f(g())

def f(s: str, q=32):
    return "Hello " + s == "Hello world"

def g(q=32):
    return "world"

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return s in b and s in s

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return 'cat' and 'dot'

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z ** 1) == v

def g(v=9, d=0.0001):
    return float(v) + float(d)**(v)

assert f(g())

def f(x: int, k=20):
    if k == 20:
        return x % 2 == 0
    elif k == 25:
        return 1
    elif k == 30:
        return 1
    else:
        return x / 2*k

def g(k=20):
    return 5 * (k*k + 1)*k

assert f(g())

def f(k: int):
    return k+1 < k or k > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n % b == 0 and 0 <= a < upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(int(-16 * (a-2) * (b-2) + 12 * (a-3) * ((a-1) * (b-1)) + (b-4) * (a-2) + 6) / 2)

assert f(g())

def f(x: int, a=253532, b=1215400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1215400):
    if a < 2:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=45, b=10):
    return n // b == a

def g(a=45, b=10):
    return int(a) * b

assert f(g())

def f(i: int, lda=15, max_len=10000):
    return i > max_len

def g(lda=15, max_len=10000):
    return int(max_len * (lda * max_len + 1)) if lda < 1000 else int(lda)

assert f(g())

def f(s: str, s1="!"):
    return len(s) == 10

def g(s1="!"):
    if len(s1) < 10:
        return "String: " + str(*s1) + "/"
    else:
        return "String: " + str(*s1) + "/1"

assert f(g())

def f(n: int):
    if abs(n) > 100:
        return True
    else:
        return False

def g():
    return int(int("123456789" + "0"*9))

assert f(g())

def f(x: int, a=13781437):
    return x < a

def g(a=13781437):
    a = 1
    return 1

assert f(g())

def f(string: str, big_str="foobar", index=2):
    return string == big_str

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(d: int, n=1000):
    return d > n or set(d, n == 1000)

def g(n=1000):
    return n * n - 1000

assert f(g())

def f(s: str, word="I", delim="", target=19143212):
    """
    Return the string "I!!!!!love!!dumplings!!!!!"
    """

    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="I", delim="", target=19143212):
    """
    Return the string "I!!!!!love!!dumplings!"
    """

    for i, word in enumerate(word):
        if target == 19143212:
            if i == 0:
                return word
            return True
    return False

assert f(g())

def f(path: List[int], a=11, b=11):
    return path[0] == a and path[-1] == b

def g(a=11, b=11):
    return [a, b]

assert f(g())

def f(s: str, v=20):
    return 'world' == 'world'

def g(v=20):
    return str(v) == 20 if v < 10 else "1"

assert f(g())

def f(s: str):
    return s == "Hello world".lower()

def g():
    return "hello world"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[0] != word[0] != word[i].upper():
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, n=7345):
    return s == "1-1" or 0 <= n <= 7

def g(n=7345):
    return "1-1"

assert f(g())

def f(i: int):
    return 1 + i != 0

def g():
    return 1

assert f(g())

def f(x: int, a=39054447):
    return x == a

def g(a=39054447):
    return int(a)

assert f(g())

def f(x: int, a=56639):
    return x == a

def g(a=56639):
    return int(int(a))

assert f(g())

def f(t: int):
    return t - len(str(t + 3)) and len(str(t + 3)) <= t

def g():
    return int(int("123456789" + "0"*12) ** 0.5)

assert f(g())

def f(s: str, word="o"):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i]:
            return False
    return True

def g(word="o"):
    return str(word)

assert f(g())

def f(s: str, target=['dog', 'dragon', 'dog', 'bull', 'bear', 'stork']):
    return s == 'Hello world' and s == 'Hello world'

def g(target=['dog', 'dragon', 'dog', 'bull', 'bear', 'stork']):
    return 'Hello world'

assert f(g())

def f(s: str):
    return s in ["foobarbazwow", "foobarbazwow", "foobarbazwow"]

def g():
    return str("foobarbazwow")

assert f(g())

def f(x: int, a=10202, b=150040):
    return x ** 2 == a ** 2

def g(a=10202, b=150040):
    return a

assert f(g())

def f(s: str, word="konjac"):
    for j in range(len(word)):
        if s[j] != word[j]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(a: int, d=18):
    return a + d == 0

def g(d=18):
    return -d

assert f(g())

def f(x: int, a=1389, b=1389):
    if x > 0 or a < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1389, b=1389):
    if a < 0:
        return -1
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2:len(target) + length] == s

def g(target="foobarbazwow", length=6):
    if target == "foobarbazwow":
        return target
    if target == foobarbazwow:
        return target
    if target == "foobarbazwow":
        return target
    if target == "foobarbazwow":
        return target
    if target == "foobarbazwow":
        return target

assert f(g())

def f(x: int, a=23255, b=1160200):
    if x > 0 or a > 20:
        return x - a == b

def g(a=23255, b=1160200):
    return int(int(a + b))

assert f(g())

def f(x: int, a=1073258, b=72352549):
    def push(x):
        if x == b or x == 0:
            raise Exception("Invalid integer: %f"%x)
    return x > b

def g(a=1073258, b=72352549):
    def pop(x):
        return x * 1073258
    return a * 1073258

assert f(g())

def f(s: str, n="I", upper=20):
    return s[::-1] == "I I" or s[::-1] == "I!"

def g(n="I", upper=20):
    return "I I" or (n * 2 == (upper(20) + 1))

assert f(g())

def f(x: str, s=['l']):
    n1 = len(x)
    for i in range(len(x) + 1):
        if x[i - 1] != s[i]:
            return False
        return True
    return True

def g(s=['l']):
    return 'l l'

assert f(g())

def f(s: str, word="konjac", options=100):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", options=100):
    return "konjac"

assert f(g())

def f(s: str, n=10000):
    return len(s) == len(s) if n > 999 else s

def g(n=10000):
    return str(n) + "(123-456789)(-)/"

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return s == s.lower()

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    if target[::-1] in (":" or "hello are you there?"):
        return
    else:
        return "hello"

assert f(g())

def f(s: str):
    return s.count('oo') > 0

def g():
    return "hello foo"

assert f(g())

def f(s: str):
    return s == "world"

def g():
    return str("world")

assert f(g())

def f(n: int):
    if n > 4:
        return True
    else:  # i < n:
        return True

def g():
    return int(int("123456789" + "0"*9) * 9) + 1

assert f(g())

def f(p: str):
    return len(p) == 5

def g():
    return "Hello"

assert f(g())

def f(x: int, a=54368639, b=10000):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x - a == b

def g(a=54368639, b=10000):
    if (b == 3) and (a >= 4):
        return a + b
    elif (a >= 5):
        return a + b
    elif (b >= 6):
        return b - a + b
    else:
        return a**2 + b**2

assert f(g())

def f(li: List[int], a=1000, b=1):
    for i in range(1, len(li[:]) + 1):
        a = i
        b = b
    return li[i - 1] == b

def g(a=1000, b=1):
    return [a, b]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 515 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+5)+"b" for i in range(515)]

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        if '\\' in s:
            print("Hello new world!")
            print(s)
            print("\b")
            print(str(i))
            print(len(str(i)))
    return True

def g():
    return 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-s[-2]) == len(word[0]-s[-2]) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    return word or word == 0

assert f(g())

def f(x: float):
    return abs(x - 3.1415) <= 5

def g():
    return 3.1415 + 3.1415 * 0.5 * 0.5

assert f(g())

def f(s_case: str, s="CanDoWriteTextLines"):
    for i in range(len(s)):
        if s[i] != s_case:
            return True
    return False

def g(s="CanDoWriteTextLines"):
    return s.replace("candowrite", "")

assert f(g())

def f(x: int, a=10744521, b=56476):
    x = x == b
    if x == b or a != b:
        return x
    else:
        return x + b

def g(a=10744521, b=56476):
    x = (int(int(a)) * 0.10) + 1 + 0.0 + 0.1
    x = x == b
    if x == b:
        return x
    else:
        return x + b

assert f(g())

def f(l: List[int], words=[]):
    for i, c in enumerate(l):
        for i in words:
            if c[i] != l[i] or c[i] != words[i]:
                return False
    return True

def g(words=[]):
    return []

assert f(g())

def f(s: str, target="foobarbazwow", length=100):
    return str(s) == target

def g(target="foobarbazwow", length=100):
    return target

assert f(g())

def f(n: int):
    m = n
    while m > 3:
        m = 0 if m > 3 else 1
        m += 1
    return m >= 1

def g():
    return int(int("123456789" + "0"*1000))**1

assert f(g())

def f(s: str):
    return s == 'O'

def g():
    return "O"

assert f(g())

def f(s: str):
    return len(s) == len(s[0]) or all(s.upper() == 0 and s.lower() == 0)

def g():
    return "!"

assert f(g())

def f(x: int, a=93252338):
    return x > a  # integer
    0 <= x <= a and x <= 90

def g(a=93252338):
    return int(int(a*9) * 9) + 11

assert f(g())

def f(x: int, a=8203222200):
    return x ** 2 > a

def g(a=8203222200):
    x = int(a) * 9

    return x

assert f(g())

def f(s: str, word="konjac"):  # konjac is not a konjac yet, use its lower case
    for i in range(len(word)):
        if s[i] != word[i].lower():  # lower case: konjac requires higher-case characters
            return False
    return True

def g(word="konjac"):
    return "konjac is not " + str(word)

assert f(g())

def f(z: float, d=0.0001):
    return int(z * 1 / d % 10) == z

def g(d=0.0001):
    if d % 10000 == 1 :
        d += 1.0 / 10
    else :
        d = 1 / 10
    return int(d) / 10000

assert f(g())

def f(n: int, v=17999):
    return int(n) > 0 and int(v) < n + 2

def g(v=17999):
    return int(6*v) + 2 * v

assert f(g())

def f(s: str, key=True):
    a = b = 0
    if key == "qwertyuiopasdfghjklzxcvbnm" not in {1, 2, 3, 4, 5}:
        return False

    if "2" in s:
        return False
    return True

def g(key=True):
    return "%s" % key

assert f(g())

def f(li: List[int]):
    return all(sum(li[i:]) for i in range(21))

def g():
    return [i for i in range(100000)]

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x < b

def g(a=8665464, b=-93206):
    return a - b + 1

assert f(g())

def f(x: int, a=4, b=-8873):
    return x - a <= b

def g(a=4, b=-8873):
    return (int(a) % b) - a

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5, upper_bound=5):
    return a % n == 0 and b % n == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5, upper_bound=5):
    return a % b and b % a

assert f(g())

def f(s: str, target="hello, are you there?"):
    return s == target

def g(target="hello, are you there?"):
    return target.lower()

assert f(g())

def f(x: int, a=10020):
    return x == a

def g(a=10020):
    return int(a)

assert f(g())

def f(n: int, t=199, upper=1):
    a = n % 1
    if a == 0:
        return True
    return False
    a = a > 1 and a != 0
    if a == 0:
        return False
    if a > 1:
        return True
    return False

def g(t=199, upper=1):
    return t*(int(t+1) < 0) + t * (int(t+2) >= 0)

assert f(g())

def f(s: str, a="hello", b=1444):
    if len(s.lower()) <= 1:
        return s.lower() > a.lower()
    if len(s.lower()) <= -1:
        return s.lower() < a.lower()
    if len(s.lower()) <= 4:
        return s.lower() >= a.lower()
    if len(s.lower()) <= 3:
        return s.lower() < a.lower()
    if len(s.lower()) <= 3:
        return s.lower() >= a.lower()
    return True

def g(a="hello", b=1444):
    return str(a) + str(b)

assert f(g())

def f(path: List[str]):
    return len(path) == 10

def g():
    return ["foo" for x in range(10)]

assert f(g())

def f(x: int, a=392345):
    return -x + a == 9

def g(a=392345):
    return int(a) ^ 9

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s in s and target in s.lower()

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(l: List[int], t=10000):
    return len(l) == 3 and len(l) == 3

def g(t=10000):
    return [1, 2, 3]

assert f(g())

def f(str: str, a=10201202001):
    return str and all([str.count('#') != 0 for str in str])

def g(a=10201202001):
    return str(a) and str('#')

assert f(g())

def f(x: int, a=100260000):
    return x**2 == a ** 2

def g(a=100260000):
    return a

assert f(g())

def f(path: List[int], m=8, n=8):
    return len(path) == n  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5

def g(m=8, n=8):
    return [0 for _ in range(n)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=11):
    if len(word) <= max_len:
        return word == s
    return s == min(max(word) for word in word[:len(word)+len(word)-1])

def g(word="antidisestablishmentarianism", max_len=11):
    if len(word) <= max_len:
        return word[0].startswith("123456789")
    else:
        return word[0]

assert f(g())

def f(r: str):
    return r.count("12") == 1

def g():
    return "12" and "123456789"

assert f(g())

def f(s: str, word="antises", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antises", max_len=10):
    return str(word)

assert f(g())

def f(s: str, word="foobar", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] == word[0]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="foobar", max_len=10):
    if not word:
        return 0
    if len(word) < max_len:
        return word
    return int(word[0].replace("123456789","")[-1])

assert f(g())

def f(s: str, word="reanimate", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="reanimate", max_len=20):
    if len(word) <= max_len:
        return word

assert f(g())

def f(x: int, a=23456):
    return -x + ((a*a ^ 23456789) + 1) < 20 ** -3

def g(a=23456):
    return int(((a + 1) * 23456789) + 1) + 1

assert f(g())

def f(v:int, a=5129, b=-1, c=1, d=2021):
    a = v % 20 + 2 * (v - 2 - 1)
    return a + b + c * v + d and a > b + d

def g(a=5129, b=-1, c=1, d=2021):
    return int(int((a - 0.5) ** 3.0) + 1) + 1

assert f(g())

def f(a: str):
    return len(a) == 3

def g():
    return "abc"

assert f(g())

def f(n: int, a=10, b=3569):
    return n + a >= b

def g(a=10, b=3569):
    return abs(a) + abs(b) + abs(a)

assert f(g())

def f(z:float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.0001):
    return int(v) - d / 10

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return s[::-1] and s[len(target) - (len(target) + 1) // len(target) - 1] == target[(len(target) + 1) // len(target) + 1]

def g(target="foobarbazwow", length=3):
    return "Foobarbazwow"

assert f(g())

def f(n: int):
    return n >= 7012

def g():
    return int(int("123456789" + "0"*4) ** 3) + 1

assert f(g())

def f(n: int, u=50000, v=1):
    return n - u > 0 and n >= u                  # integer

def g(u=50000, v=1):
    return int(int(u)**2) + 1

assert f(g())

def f(c: float):
    return abs(c) > 0.5

def g():
    return 1.0 / 10 ** 0.25

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) >= len(set(set(s)))

def g():
    return str()

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return n - a and b < n - 7

def g(a=15482, b=23223, lower_bound=5):
    return int(int(a) + int(b)**2) ** 2

assert f(g())

def f(n: int, nums=[674062, 23224, 54187], lower_bound=4, upper_bound=2):
    return all(i % n != 0 for i in nums) and n != upper_bound

def g(nums=[674062, 23224, 54187], lower_bound=4, upper_bound=2):
    return lower_bound + upper_bound

assert f(g())

def f(x: int, a=115, b=1444530):
    return x > 5017

def g(a=115, b=1444530):
    return (a^b) * b

assert f(g())

def f(s: str, word=[]):
    return s[0:21] != str(11) and s[2:31] != len(list(s))

def g(word=[]):
    return "Hello World"

assert f(g())

def f(x: str, s=679):
    return "Hello " + x == "Hello world"

def g(s=679):
    return str(s) == "Hello world" if s == "hello" else "world"

assert f(g())

def f(n: int):
    def bot_move(x):
        if x == 5 and 0 <= n <= 5 and x == -n:
            n += max(0,x - 5)
            if x == -n:
                return False
    return True

def g():
    return int(int("123456789" + "0" * 9) ** 0.5 - 2)

assert f(g())

def f(n: int, seeds=16, seed_prob=2):
    if seed_prob != 0:
        return  n > 1
    assert n > 1 and seeds[seed_prob] == 0
    seed = random.randomseed(seed_prob)
    return seed

def g(seeds=16, seed_prob=2):
    if seed_prob != 0 or seeds[seed_prob] != 0:
        return 10
    assert n > 1 and seeds[seeds[seed_prob]] == 0
    seed = random.randomseed(seed_prob)
    return seed

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - b == a
    else:
        return x + b  # a > b

def g(a=253532, b=1230200):
    if a < 50:
        return a - b > -b
    else:
        return a + b

assert f(g())

def f(x: int, a=50, b=75300000):
    if x > 0 or a < 150:
        return x - a == b
    else:
        return x - a

def g(a=50, b=75300000):
    if a < 150:
        return a + b
    else:
        return a + b

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 5 * n + 1 if n % 2 else n // 2
        if n >= 0:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, b=1520):
    return x == b

def g(b=1520):
    return b

assert f(g())

def f(s: str, c=5):
    return s[c] == s[c] and s[c] == s[c]

def g(c=5):
    return "S[123456]@99999999"

assert f(g())

def f(s: str, target="foobarbazwow", length=20):
    return target[(len(target) > 0) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=20):
    return target[(len(target) > 0) - 1:length:]

assert f(g())

def f(x: int, a=1253516, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1253516, b=1230200):
    if a > 50 or a < 500: return a + b
    else: return 0

assert f(g())

def f(state: str):
    for i in list(state):
        x = len(state)
        if i:
            x = (x-1) % 10  # not a multiple of 10
            if x > 3 and x != -1:
                return True  # add a multiple of 7
        elif i:
            x = len(x)
            if x != -1:
                x = len(x)

def g():
    return "a"*(2 + 2*2 + 1 + 4 + 3 + 5 + 6)

assert f(g())

def f(x: int, a=5, b=1230200, c=2):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x - c

def g(a=5, b=1230200, c=2):
    if a > 0:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str):
    return s[:3] > s[3] or s[3] == 2 or s[3] == 1

def g():
    return "world"

assert f(g())

def f(n: int, a=195, b=20):
    a = a - b
    b = a + b
    for i in range(0, 3):
        if a != b:
            return True
        if isinstance(a[i], int):
            return True
        n = 3 * n + 1 if n % 2 else n // 2
    return n == 1 and m <= 2 ** upper

def g(a=195, b=20):
    a = a - b
    if isinstance(a, int):
        return int(a) + 1
    else:
        if isinstance(b, int):
            return int(b) + 1
        else:
            return int(a - b) - 1
    return 0

assert f(g())

def f(x: int, a=93252338):
    return x^3 == a

def g(a=93252338):
    return a^3

assert f(g())

def f(n: int):
    return str(n * n).startswith("25")

def g():
    return int(int("25" + "0"*5) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[((len(s) - len(target)) * 2) % 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) % 2]

assert f(g())

def f(x: float):
    return x >= 3**8

def g():
    return float(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(ch: str, lower=5):
    return ch == 'yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM' or ch == 'yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM' and lower == ch

def g(lower=5):
    return "yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM"

assert f(g())

def f(n: int, a=1312, b=1134):
    if n != 1402:
        return n * -1 and n > 1405

    a = 1234
    b = 1312
    return b * (n % a) == a

def g(a=1312, b=1134):
    return int(a * 9 * 1134) + b * 9 + 5

    return int(n * a * 1134) + 3

assert f(g())

def f(x: float, b=20, a=20):
    return abs(x) >= 10 ** -1

def g(b=20, a=20):
    return int(b-b)**2 + a**2 + b**2 + 0.5

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.lower() == target and s in s

def g(target="reverse me", reverse=True):
    return target if target else "reverse me"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(2 * len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(x: str, target="foobarbazwow2", length=0):
    return x == target

def g(target="foobarbazwow2", length=0):
    return str(target)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        otherwise = (n < start) and (n > start)
        if abs(n) > 1000:
            return True
        if abs(n) < n:
            return True
    return False

def g():
    return int(int("123456789" + "0" * 3) * 2 / 5)

assert f(g())

def f(n: int, a=2055, b=3855):
    return n > 2055 and a >= 3

def g(a=2055, b=3855):
    return int(a * 2055) + 4

assert f(g())

def f(n: int):
    for i in range(n):
        if target[i + 1] != 0:
            return False
    return True

def g():
    return 0

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 :
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if (a < 0 and b < 0):
        return a + b
    else:
        return b + a

assert f(g())

def f(s: str, a_position_type=20, b=25, target=16):
    return s in ["abcdef", "abcdef4", ...]

def g(a_position_type=20, b=25, target=16):
    return "abcdef"

assert f(g())

def f(n: int, a=91496, b=715):
    return n + b >= a

def g(a=91496, b=715):
    return int(int(a * 91496) - int(b * 91496))

assert f(g())

def f(x: float, a=1020):
    return x > 20 and abs(x) > 0

def g(a=1020):
    return a / 15

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x - a == b

def g(a=4, b=54368639):
    return int(int(a)) + int(int(b))

assert f(g())

def f(s: str, a=2, b=6):
    return s.count("a") == a and s.count("b") == b and ((a > b) or (a < b) )

def g(a=2, b=6):
    return "a" * 2 + "b" * 6

assert f(g())

def f(n: int, t=123456789):
    return n * n >= t

def g(t=123456789):
    return int(t ** 1.5) + 1

assert f(g())

def f(x: int, a=2655, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2655, b=1230200):
    if a > 50 and b > 50 or a == 50 and b < 50 or a == 50 :
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=12345, b=10):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=12345, b=10):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, target="reverse me", target_len=13):
    return s == target

def g(target="reverse me", target_len=13):
    if target_len != 13:
        return "reverse me"
    return "reverse me"

assert f(g())

def f(s: str, string="enlightenment"):
    for i in range(len(string)):
        if s != string:
            return False
    return True

def g(string="enlightenment"):
    var = str(string)
    return var.replace("enlightenment","enlightenment")

assert f(g())

def f(s: str, word="aaz", max_len=30):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == 'a'
    elif len(word) <= max_len:
        return word == 'a'
    elif len(word) <= max_len:
        return word == 'b'
    elif len(word) <= max_len:
        return word == 'b'
    elif len(word) <= max_len:
        return word == 'a'

def g(word="aaz", max_len=30):
    if len(word) <= max_len:
        return word
    elif len(word) <= max_len:
        return word == "aaz"
    elif len(word) <= max_len:
        return word == "aaz"
    elif len(word) <= max_len:
        return word == "aaz"

assert f(g())

def f(s: str):
    return s.count("o") == 2 and s.count("oo") == 0

def g():
    return "Hello world"

assert f(g())

def f(r: int, s=2021):
    return r == s

def g(s=2021):
    return s

assert f(g())

def f(s: str):
    return sorted(s) == sorted('O');

def g():
    return 'O';

assert f(g())

def f(s: str, word="antidisestablishmentarianist", max_len=100):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if max_len in s:
        return s.count(word) == max_len
    if max_len in s:
        return s.count(word) == max_len
    if len(word) == max_len:
        return word[0] == max_len

def g(word="antidisestablishmentarianist", max_len=100):
    if len(word) <= max_len:
        return word

    if len(word) <= max_len:
        return word

    if str(word) in s:
        return ' '.join(s)

    if str(word) in s:
        return ' '.join(s)

assert f(g())

def f(n: int, i=18):
    return 0 <= n <= i

def g(i=18):
      return int(i/i) + 2

assert f(g())

def f(text: str, key=2):
    return text[key] == text[key]

def g(key=2):
    return "Hello, world"

assert f(g())

def f(x: int, a=1011856, b=-93206):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1011856, b=-93206):
    if a < 50:
        return a + b > 50
    else:
        return a + b

assert f(g())

def f(s: str, big_str="foobar", a=2, d=17):
    return s.count("foobar") == big_str.count("foobar") and s.count("foobar") == big_str.count("foobar")

def g(big_str="foobar", a=2, d=17):
    return "foobar"

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=4, b=54368639):
    return int(int(b)-a)

assert f(g())

def f(s: str):
    return s == "foobar" or s == "foobotan"

def g():
    return "foobar" or s == "foobotan"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + 1:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(s: str, n=1003):
    return len(s) == n

def g(n=1003):
    return "0"*n

assert f(g())

def f(i: int):
    return len(str(i + 1000 + 1)) == len(str(i + 1000))

def g():
    return int(int("123456789" + "0"*9) * 1000) - 1

assert f(g())

def f(n: int, a=345333936, b=1070):
    return n % a == b

def g(a=345333936, b=1070):
    return min(a, b)

assert f(g())

def f(i: int):
    return str(i * i).startswith("123456789")

def g():
    return int(int("123456789" + "0"*8) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('4') == 1

def g():
    return "world(0:4 0:0) "

assert f(g())

def f(n: int, a=13, b=50):
    return n + a > sum([b * i for i in range(b)])

def g(a=13, b=50):
    return a * sum([b * i for i in range(50)])

assert f(g())

def f(t: str, s = "s"):
    return t[0] == s and t[-1] == s

def g(s = "s"):
    return s

assert f(g())

def f(s: str):
    for x in sorted(s):
        if x[::-1] != 1 or x[::-1] != 2 or x[::-1] != 3:
            return x[::-1] == -1 and x[::-1] != 2 or x[::-1] != 3

def g():
    return "123rd"

assert f(g())

def f(s: str, c="hello world", a="hello world", b="yellow", length=6):
    return s == c

def g(c="hello world", a="hello world", b="yellow", length=6):
    return "hello world"

assert f(g())

def f(x: int, a=8509):
    return x == a

def g(a=8509):
    return a

assert f(g())

def f(s: str, word="bar"):
    return '{%s}-{%s}-{%s}' in s

def g(word="bar"):
    return word + "{%s}-{%s}-{%s}'{%s}'{%s}'{%s}'"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b") > x.count("c") or ('a' in x) for x in s) for s in set(s))

def g():
    return ["b"*(i+2)+"c" for i in range(1000)]

assert f(g())

def f(i: int):
    s = str(i * 4)
    if len(s) < 2:  # add 5 numbers to the end
        return len(s) > 3
    else:
        return len(str(i + 11)) > 3

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, e=200):
    return s[0] == '0'

def g(e=200):
    if e != 100 or e != 100:
        return '0'
    else:
        return '9'

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len > 0:
        return word == s
    return int(s[1:-1]) > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len > 0:
        return word

assert f(g())

def f(z: float, v=9, d = 0.0001):
    return int(z * 1 / d % 10) == v

def g(v=9, d = 0.0001):
    return 0.9999

assert f(g())

def f(n: int, a=1023, b=101, upper_bound=5000):
    return n // a == b

def g(a=1023, b=101, upper_bound=5000):
    return int(a) * b

assert f(g())

def f(s: str, word="konjac"):
    caps = 0
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(n: int, a=45673456, b=10):
    return n // a == b

def g(a=45673456, b=10):
    return 1 + a * b

assert f(g())

def f(x: int, a=5, b=20):
    return x >= a

def g(a=5, b=20):
    return int(int(a * b + 10))

assert f(g())

def f(x: int, a=4, b=1663):
    if x > 0:
        return x - a == b
        raise ValueError("not a multiple of 4 or 1663")
    else:
        return x * (a + b) == b * a and a > b

def g(a=4, b=1663):
    if a >= 0:
        return a + b
        raise ValueError("not a multiple of 4, 1663")
    else:
        return x * (a + b) == b * a and a < b

assert f(g())

def f(t: str, a=20, b=10):
    return all(len(t) == 1 for t in t)

def g(a=20, b=10):
    return "hello world"

assert f(g())

def f(s: str, t="aAaAab", s_i=1533456789):
    return s.lower() == t.lower()

def g(t="aAaAab", s_i=1533456789):
    return "aAaAab"

assert f(g())

def f(x: int, a=1250, b=1542):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1250, b=1542):
    return a + b

assert f(g())

def f(x: int, a=1, b=-1, c=1, d=2091):
    return x % 2 == 0

def g(a=1, b=-1, c=1, d=2091):
    return 0

assert f(g())

def f(s: str, m=2):
    return ('dums' in s) if m >= 2 else s

def g(m=2):
    return "dums" if m >= 2 else s

assert f(g())

def f(n:int, a=3, b=23463462):
    if b == 23463462:
        return b // n == 0
    else:
        return n

def g(a=3, b=23463462):
    if b == 23463462:
        return 0 + a + b
    else:
        return n

assert f(g())

def f(d:int, n=723465):
    return (d - n) > 0.2

def g(n=723465):
    return n*n

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** c * n) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=1548, b=23227):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=1548, b=23227):
    if a and b < 0:
        return a - b == 0.5
    else:
        return a + b

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n % b < 1 or n > 5

def g(a=253532, b=1230200):
    return 100999

assert f(g())

def f(t: str, s="To_M"):
    return t.count(s.lower()) == 1

def g(s="To_M"):
    return "to_m"

assert f(g())

def f(s: str, chars=['b', 'o', 'h', 'e', 'm', 'a', 'z', '\'']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['b', 'o', 'h', 'e', 'm', 'a', 'z', '\'']):
    return str(chars[::-1])

assert f(g())

def f(x: int, a=93252338, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=93252338, b=1230200):
    if a == b:
        return x + b
    else:
        return a + b

assert f(g())

def f(x: int, a=4, b=4159666789):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=4, b=4159666789):
    if a == -1:
        return x / 2 + a
    elif a == 1:
        return b / 2 - a
    else:
        return b - a

assert f(g())

def f(s: str, word="konjac", n=20, max_len=16):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", n=20, max_len=16):
    return "konjac"

assert f(g())

def f(m: int):
    return m > 0 or m == 0 or m == 9

def g():
    return int(int("123456789" +"0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    n = max(x) and len(x) <= 2
    return len(x) > 3 and x != 0

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and s == target

def g(target="reverse me", reverse=True):
    return target or ""

assert f(g())

def f(x: int, a=8665464, b=-93206):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=8665464, b=-93206):
    if a < b:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, b=19093):
    return 539077 <= n + 1

def g(b=19093):
    return int(6337212) * 9 + (337212*9) * b

assert f(g())

def f(x: int, a=372345):
    return x == a

def g(a=372345):
    return int(a) #1

assert f(g())

def f(t: str):
    return "Hello " + t  == "Hello world"

def g():
    return "world"

assert f(g())

def f(m: int, n=7012):
    return m > n

def g(n=7012):
    return n * (n+1)

assert f(g())

def f(x: int, a=253532, b=2147483647):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=2147483647):
    if a > 100:
        return a + b
    else:
        return a - b

assert f(g())

def f(n: int, a=4512, b=4062):
    return n % 3 > 0 and a % b > 0 and n >= b

def g(a=4512, b=4062):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse konjac"):
    if target == 'reverse konjac':
        return True
    else:
        return False

def g(target="reverse konjac"):
    return str(target)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True  # no matter if i == 0..3

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, nums=1234, upper_bound=1):
    return nums >= 1

def g(nums=1234, upper_bound=1):
    return nums - 1

assert f(g())

def f(n: int):
    return n >= 1

def g():
    return int(int("1234") + 3 * 10)

assert f(g())

def f(n: int, a=3311, b=11):
    return n // a == b

def g(a=3311, b=11):
    return a * b

assert f(g())

def f(s: str, target="arabic", lengths=-1):
    for c in s:
        if c != target:
            return True if c != target else False
    return False

def g(target="arabic", lengths=-1):
    return ("3.0")

assert f(g())

def f(z: float, v=9, dups=42155):
    z == 1
    z > 0
    return z > 0 and z > 0

def g(v=9, dups=42155):
    return float((v*(v+12)) * 3.0) + 1

assert f(g())

def f(x: str):
    return "the swiftest chicken jumps over the lazy dog" in x  # lambda

def g():
    return "the swiftest chicken jumps over the lazy dog."

assert f(g())

def f(i: int):
    return len(str(i + 1)) >= len(str(i + 9899999999))

def g():
    return int(int("999999999999" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=9252338):
    return x % 2 == 0

def g(a=9252338):
    return 1 << 23

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 1 and word[i] != word[i].lower():
            return False
    return True

def g(word="konjac"):
    return (word.lower() + word[0])

assert f(g())

def f(l: List[int]):
    # start and target are pairs of nth, i,j blocks of length 7, then add 2^n^i^j
    # after the nth block

    n = len(l)
    add = (n - 2) * 2   # (n - 1) mod 2
    if add <= 0:
        return n + 1

    n += 1
    return n == n or n == -1

def g():
    return [i for i in range(7)]

assert f(g())

def f(nums: List[int]):
    return sum(sum(t * t + n for to in nums) + sum(t > t for to in nums) + sum(t < t for to in nums) +
                        sum(t > t for to in nums) for t in nums) >= len(nums)

def g():
    return []

assert f(g())

def f(li: List[int], target=[19, 13, -1, 19, 13, -1], n=2):
    return li * n == target

def g(target=[19, 13, -1, 19, 13, -1], n=2):
    return target[0:3]

assert f(g())

def f(s: str, word="Otterbina"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="Otterbina"):
    return str(word) + "Otterbina"

assert f(g())

def f(str: str, start="7", b="", a=""):
    return str == str or (str == b)

def g(start="7", b="", a=""):
    return "I get that right"

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count("oo") == 0

def g():
    return "n" + "b"

assert f(g())

def f(s: str, n=7012):
    return len(s) == n or len(s) == len(s)

def g(n=7012):
    return "1231234491"

assert f(g())

def f(string: str, substring="a", count=1):
    return string.count("brbrbbrbbrbrbbbbrbbrbbr") == 0 and len(string) == 1

def g(substring="a", count=1):
    return "[brbrbbrbbrbbrbrbbr]".strip().join("(")

assert f(g())

def f(a: int):
    return abs(a) <= a

def g():
    return int(int("123456789") * 10) + 1

assert f(g())

def f(t: str, s="Solves"):
    return len(t) == len(s)

def g(s="Solves"):
    s = "Solves"
    if len(s) == 0:
        return s.lower() == "Solves"
    if len(s) == 10:
        return s.lower() == "\n".replace("^" + s)
    elif len(s) == 100:
        return s.lower() == "\n".replace("^" + s)
    else:
        return s

assert f(g())

def f(n: int):
    for i in range(n):
        if i == 0:
            if s[i] != x[i] or s[i] != x[i] == n[i]:
                return False
    return True

def g():
    return 0

assert f(g())

def f(x: int, a=536870939, b=12308):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=536870939, b=12308):
    if a < 0 or b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=3, b=23046345):
    return a != a + b

def g(a=3, b=23046345):
    return 1

assert f(g())

def f(x: int, a=8665464, b=93206):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=8665464, b=93206):
    if (a < 0) and (b < 0) or (b > 0):
        return a + b
    else:
        return a + b

assert f(g())

def f(r: str, s="aaAaB"):
    if len(r) != len(s):
        return False
    for i in range(len(s) - len(r)):
        if r >= s.lower():
            return False
    return True

def g(s="aaAaB"):
    return str(s).lower()

assert f(g())

def f(s: str):
    print(s) in [1, 2, 3, 4, 5, 6, 7, 8, 9]
    return 'world' in s

def g():
    return "world[0|5|10]!\n"

assert f(g())

def f(s: str):
    return s == "1" or s == "2" or s == "4" or s == "9" or s == "10" or s == "11" or s == "12" or s == "13"

def g():
    return "2"

assert f(g())

def f(x: int, a=1000102, b=4667):
    return x - a == b

def g(a=1000102, b=4667):
    return a + b

assert f(g())

def f(c: str, l=10):
    return str(c.lower()) == '!'

def g(l=10):
    return '!'

assert f(g())

def f(s: str, target="foo", length=6):
    return target[len(target) % 3] == s

def g(target="foo", length=6):
    return target[len(target) % 3]

assert f(g())

def f(p: str):
    return p.count('x') == 100000 and p.count('--x') == 100000

def g():
    return '--x'*100000

assert f(g())

def f(s: str):
    return s in [n for n in s if not n.startswith('-1')]

def g():
    return "a"

assert f(g())

def f(s: str):
    return str(s) == 'Permute me false'

def g():
    return 'Permute me false'

assert f(g())

def f(x: int, a=1802, b=5):
    return x + a != b

def g(a=1802, b=5):
    return (a - b if (a > b) and a > b else -1) * a

assert f(g())

def f(s: str):
    return len(s) >= len(s) and s != s[:-1]

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return s[::-1] != s[::-2] and s[::-3] != s[::-4] and s[::-5] != s[::-6]

def g():
    return "helloworld"

assert f(g())

def f(n: int, v=10000):
    return n > v

def g(v=10000):
    return int(int(v)*100) * 100

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n + c ** n) and min(a, b, c) != 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(d: int, n=123456789):
    return d > n or None

def g(n=123456789):
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=50, b=100):
    if (x > 0 or a > 50) or (x < 0 or a > 50):
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=100):
    return int(a + b)

assert f(g())

def f(s: str):
    return "Welcome " + str(s) == "Welcome world"

def g():
    return "world"

assert f(g())

def f(x: int, a=1582, b=1862):
    return a > b > 2 or a % b > 0 or 0 == b % w

def g(a=1582, b=1862):
    return int(a % b) or 0 == a % b or w == b % w

assert f(g())

def f(s: str):
    """
    f15(s)
    """
    return len(s) == 1

def g():
    return "s"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 0:
        return x - a == b
    else:
        return x - a

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(name: str, s="world"):
    return name == "world"

def g(s="world"):
    return 'world'

assert f(g())

def f(x: int, a=15171211, b=752800):
    return x - a == b

def g(a=15171211, b=752800):
    return a + b

assert f(g())

def f(s: str, word="precepact", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-2]) == word[1:-2] and word[0] == s[0] and word[-2] == s[-2]

def g(word="precepact", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-2]) == word[1:-2] and word[0] == s[0] and word[-2] == s[-2]

assert f(g())

def f(d: int, n=2047):
    return d < n or d > n or n > n and all(i in (n, i) for i in d) and len(d) <= len(d)

def g(n=2047):
    return 5 * n == 2 or 6 * n == 2 or 0

assert f(g())

def f(x: int, a=1, b=2, c=20):
    return int(x % 2 == 0 for x, a in s) and x % 5 == 10 if a == 10 else x % 5 == 0

def g(a=1, b=2, c=20):
    return int(a + (f(2)) % 2 == 0) and all((x % 2 == 0) and (f(2)) % 5 == 10 or f(2)) % 5 == 0

assert f(g())

def f(n: int,a=136667,b=10,c=1400):
    return a > 0 or a > len(ls)

def g(a=136667,b=10,c=1400):
        return  int(a + b) ** a + c + a * b + a * c +  a * c + a * b

assert f(g())

def f(k: int, q=2):
    b = q
    for i in range(2, k):
        if b > 1.1 and b > 100:
            return False
        b -= 100 if b < 1.1 and b > 100 else b
    return True

def g(q=2):
    return q * 2

assert f(g())

def f(indices: List[int], a0=123):
    assert a0 != 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    s = [a0]
    for i in range(max(indices)):
        s.append(int(s[-1] ** 0.5) if int(s[-1] ** 0.5) ** 2 == s[-1] else s[-1] + 3)
    return len(indices) == 1000 and min(indices) >= 0 and len({s[i] for i in indices}) == 1

def g(a0=123):
    return [a0 for i in range(1000)]

assert f(g())

def f(s: str, target="foobarbazwow", ld=0):
    return target[ld] == s

def g(target="foobarbazwow", ld=0):
    return target[ld] # = 1

assert f(g())

def f(y: int, a=253532, b=1230200):
    if y > 1 or b > 50:
        return y - a == b
    else:
        return y + a == b

def g(a=253532, b=1230200):
    if a > 253532:
        return a * ((2 - 4) - 4) / (2 - 4)
    else:
        return a + b

assert f(g())

def f(pattern: str, a="foobar"):
    return a == pattern  # expected: -1

def g(a="foobar"):
    return a

assert f(g())

def f(s: str):
    return len(s) <= len(s)

def g():
    return "world[3, 6]"

assert f(g())

def f(i: int, i_len=2):
    return i >= 0 and i_len == 2

def g(i_len=2):
    return i_len

assert f(g())

def f( li: List[int]):
    return list(li) == li

def g():
    return [1, 2]

assert f(g())

def f(text: str):
    return text == 'Hello world'

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=8961337, b=-951322):
    a = int(x)
    a /= b
    if a < b and (a > b):
        return -10, -10
    return a > b

def g(a=8961337, b=-951322):
    i = 0
    if b < i:
        return -1
    return -2

assert f(g())

def f(s: str, word="konjacw"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjacw"):
    return str(word)

assert f(g())

def f(x: int, a=656666, b=180635):
    if x > 0 or a > 50:
        return x - a == b
    elif a > 200:
        return x + a == b + b
    else:
        return x + a + b

def g(a=656666, b=180635):
    return a + b

assert f(g())

def f(sequence: List[int]):
    return len(sequence) > 5

def g():
    return list([1, 2, 3, 4, 5, 6])

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("c")) and ('c' in x) for x in s)

def g():
    return ["c"*(i+1)+"d"for i in range(1000)]

assert f(g())

def f(num_coords: int, n=131172):
    # not in the standard way, but I'm on Windows
    return num_coords >= n

def g(n=131172):
    # not in the standard way, but I'm on Windows
    return n * 131172

assert f(g())

def f(substring: str, string="enlightenment"):
    return str(substring) == string

def g(string="enlightenment"):
    if len(string) == 2:
        return ""
    else:
        return string

assert f(g())

def f(n: int, a=55453344, b=50):
    if n == 0:
        return t.lower() == a.lower()
    if n == 1:
        return t.lower() > a.lower()
    if n == -1:
        return t.lower() < a.lower()
    return True

def g(a=55453344, b=50):
    return a < b or b & -a

assert f(g())

def f(x: int, a=262332, b=12308200):
    if a > 0:
        return x - a > 0
    else:
        return x + a > 0

def g(a=262332, b=12308200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != s[i]:
            continue
    return True

def g(word="konjac"):
    word = str(word)
    w = word
    return w

assert f(g())

def f(s: str, word="hello are you there?"):
    return s.strip().lower() == word

def g(word="hello are you there?"):
    return word

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if b < 72352549:
        a = x
    return True

def g(a=1073258, b=72352549):
    return a + (b-a)**3

assert f(g())

def f(x: int, a=1022):
    return abs(x ** 2 - a) > 1022 ** -3

def g(a=1022):
    return 2*a

assert f(g())

def f(name: str):
    return name.lower() == "<"

def g():
    return "<"

assert f(g())

def f(n: int):
    m = n
    while n < 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        if n > m and m < 2 * n:
            return False, True
        if m > 2 * n and m < 3 * n:
            return False, False
        if m < m and m < 3 * n:
            return False, False
    return True

def g():
    return int(int("123456789")) * 2 + 1

assert f(g())

def f(i: int, a=15482, b=23222, lower_bound=7):
    return i >= b or len(i) == len(a) and n > b or len(a) < b

def g(a=15482, b=23222, lower_bound=7):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="hello are you there?"):
    return s >= target  # number of chars

def g(target="hello are you there?"):
    return 'hello are you there?'

assert f(g())

def f(x: int, a=25, b=1230200):
    if x > 0 or a > 50:
        return x - a + b > 50
    else:
        return x + a + b + b > 50

def g(a=25, b=1230200):
    return int(float(a) / float(b))

assert f(g())

def f(s: str):
    return s in ["Handed", "Elevated", "High", "Low", "Medium"]

def g():
    return "Handed"

assert f(g())

def f(n: int, a=1011010, b=50):
    return n // a > b

def g(a=1011010, b=50):
    return int(a * 1010110) + int(b * 50)

assert f(g())

def f(substrings: List[str], s="hello", c="abbbcabbac", i=12345):
    for i in range(len(substrings) - 1, 0, len(substrings) - 1):
        if c == s[i]:
            print_string(substrings[i], substrings[i + 1:i + c], substrings[i + 1:i]),  # <--- only print print string
            i += 1
    return len(substrings) <= i >= len(set(substrings)) - len(substrings)

def g(s="hello", c="abbbcabbac", i=12345):
    return []

assert f(g())

def f(s: str, s1="abcd", s2="abcde", an=10000, b=10000):
    return s.count(s1) == 2 and s.count(s2) !=s[b:b]

def g(s1="abcd", s2="abcde", an=10000, b=10000):
    return s1+s2

assert f(g())

def f(n: int, w=100):
    return n > w

def g(w=100):
    return int(int("123456789" + "0"*9) ** 0.5) + w

assert f(g())

def f(pi: int, start=1245):
    return pi > start

def g(start=1245):
    return start + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range( len(word) ):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word[:1])

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target is not None:
        return s == target
    if reverse is False:
        return s == target
    if target is not None:
        return s[::-1] == target
    if target is not None:
        if target == reverse:
            if target not in reverse:
                raise ValueError("A value is not in reversed order")
            if target == target:
                raise ValueError("A target is not in reversed order")

def g(target="reverse me", reverse=True):
    if target is not None:
        return "reverse me"
    if target is not None:
        return "reverse me"
    if target is not None:
        return target
    if target is not None:
        return target.find("reverse me", reverse=True)

assert f(g())

def f(x: int, a=346577, b=-636):
    return a - x == b

def g(a=346577, b=-636):
    return a-b

assert f(g())

def f(s: str):
    return str(20) == s[:-1]

def g():
    return str(20) + " "

assert f(g())

def f(x: int, a=106463, b=-90004):
    return a - x < 0 or a >= 50

def g(a=106463, b=-90004):
    return int(a * 106463 + b / 106463)

assert f(g())

def f(substring: str, target="foobarbazwow", length=6):
    return substring == target

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(n: int, a=6, b=23473666):
    return a + b // n == a

def g(a=6, b=23473666):
    return a * b

assert f(g())

def f(x: int):
    return (-x + 3) + abs(x) == 3

def g():
    return int(int("123456789" + "0"*9) * 3)

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    assert t[0] != ""
    i += 1
    assert s[0] == t[0] and s[1] == t[1] and s[2] == t[2] and s[3] == t[3]
    return s[3] == t[3] and s[4] == t[4] and s[5] == t[5]

def g(s="Problems"):
    return str(str(s) + str(str(s)))

assert f(g())

def f(a: int, b=1230200):
    if a > 50 and b > 50:
        return a - b > 50
    else:
        return a - b > 50

def g(b=1230200):
    return int(b * 100) + 100

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) % 3] == s  # -2

def g(target="foobarbazwow", length=6):
    return target[(len(target) % 3) != 0]

assert f(g())

def f(x: float, a=1024):
    return x >= a

def g(a=1024):
    return float(a) or x > a

assert f(g())

def f(s: str, n=8):
    return len(s) == 8

def g(n=8):
    return str(n)*n

assert f(g())

def f(n: int, a=14305, b=5):
    return (a >= 9 and b < 9)

def g(a=14305, b=5):
    return int(a > 9)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target if reverse else -1
    if reverse:
        s -= 2
    return s

def g(target="reverse me", reverse=True):
    return "reverse me" if reverse else -1
    return g()

assert f(g())

def f(p: str, k=7, m=7):
    return p == "do" or p == "do"

def g(k=7, m=7):
    if k == 3:
        return "do"
    else:
        return "do"

assert f(g())

def f(x: List[int], k=2021):
    def prod(n, x):
        assert x < len(x)
        for i in range(len(x)):
            if x[0] != x[i]:
                return False
    if len(x) < 1:
        return sum(abs(x[0]) for x in list(x)) <= k
    return sum(abs(x) for x in list(x[0:])) <= k

def g(k=2021):
    return [0, 0, k]

assert f(g())

def f(elements: List[int], m=1, n=1, a=1, b=1, c=1):
    for x, o, l, p in elements:
        for r in o:
            if r not in elements:
                return False
    return True

def g(m=1, n=1, a=1, b=1, c=1):
    return []

assert f(g())

def f(s: str, word="Antidisestablishmentarianism"):
    return word ==s

def g(word="Antidisestablishmentarianism"):
    return "Antidisestablishmentarianism"

assert f(g())

def f(s: str, word="entropie", max_len=9):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="entropie", max_len=9):
    return "entropie"

assert f(g())

def f(x: int, b=27):
    return x != 0

def g(b=27):
    return int(b * (1024 * b - 5))

assert f(g())

def f(s: str, word="konjac"):
    if s.lower() != word:
        return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(t: int):
    if isinstance(t, str):
        return t - 1
    return t == 0 or t > 1

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(n: int, a=3, b=254393375):
    return b // n == a

def g(a=3, b=254393375):
    return b//4 + 3

assert f(g())

def f(li: List[int], a=100, b=100, c=50):
    return sorted(li) == list(range(1001)) and all(li[:i] != i for i in range(len(li) - 1))

def g(a=100, b=100, c=50):
    return sorted(set(list(range(1001))))

assert f(g())

def f(z: str):
    return z == "hello world"

def g():
    return "hello world"

assert f(g())

def f(i: int):
    return len(str(i + 1)) <= len(str(i + 1000)) * 3

def g():
    return int(int("123456789" + "0123456789" + "0" * 9) + 1) + 2

assert f(g())

def f(x: int, a=38, b=1582):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x - a == b

def g(a=38, b=1582):
    if a == 1 and b is None:
        return None
    elif a == -1:
        return None
    else:
        return a + b

assert f(g())

def f(substring: str, name="coo", count=2):
    return substring == name

def g(name="coo", count=2):
    return "coo"

assert f(g())

def f(n: int, a=7, b=2542190):
    return n > b + a + b * a

def g(a=7, b=2542190):
    return int(a % a) * 7 + b % a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * a + b * b + a + b * b - a * b - a * b + a * b

assert f(g())

def f(x: List[int], a=7, b=5):
    for k in range(len(x) - 2):
        if a == b and k + 1 <= len(y) and index(x - k) == k + 1:
            return False
    return True

def g(a=7, b=5):
    return [1, 2, 3]

assert f(g())

def f(s: str, word="j"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="j"):
    return str(word)

assert f(g())

def f(s: str, word="javasetest"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="javasetest"):
    return "javasetest[0]"

assert f(g())

def f(s: str, target="foobarbazwow", m=4, n=6):
    s_case = s[::-1]
    for i in range(m):
        if s_case == target[i] or s_case == target[i + 1]:
            return True
    return None

def g(target="foobarbazwow", m=4, n=6):
    return target[n] if target[n <1] else target[n]

assert f(g())

def f(n: int, b = 1020120001):
    return n >= b

def g(b = 1020120001):
    return int(b)

assert f(g())

def f(s: str):
    if isinstance(s, str):
        return sorted(s) == sorted('Permute Me false') and s != s.lower()
    else:
        return sorted(s.lower(), [1, 2, 3]) == sorted('Permute Me false')

def g():
    return "Permute Me false"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "77410" for i in str(str(d).count("33")))

def g(n=123456789):
    return n * n

assert f(g())

def f(n: int, d=1):
    return n > 0 and n > 3 / 2

def g(d=1):
    return int(d + (d+1)/2)

assert f(g())

def f(s: str, word="abrahamism", max_len=11):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == s[1:-1] and word[-1] == s[-1]

def g(word="abrahamism", max_len=11):
    try:
        return "abrahamism"

    except ValueError:
        return word

assert f(g())

def f(u: str, m=6, upper=3, seq="hello world", n=1):
    return (u == "hello world") or sum(u == "hello world") and sum("hello world") == m

def g(m=6, upper=3, seq="hello world", n=1):

    if upper:
        return "hello world"
    return "hello world"

assert f(g())

def f(n: int, u=0, v = 33, coords=[[0, 11], [0, 7], [7, 10], [10, 11], [11, 12], [12, 12], [14, 14]]):
    return n <= u * v

def g(u=0, v = 33, coords=[[0, 11], [0, 7], [7, 10], [10, 11], [11, 12], [12, 12], [14, 14]]):
    """A function that takes a number and returns 0 if it is greater than or equal to 3."""
    for i in range(3):
        return int(i * 10)
    return float(int(i + 3) / 10)

assert f(g())

def f(n: int, t=200):
    return n % 100 <= t and n > 100

def g(t=200):
    return int(t % 100 <= t) + (t+1)

assert f(g())

def f(s: str):
    if len(*s) == len(s):
        return s.lower() == s.lower()
    else:
        return s.lower() == s + len(s) == len(s)

def g():
    return "world"[2]

assert f(g())

def f(x: int, a=2620, b=14341855):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2620, b=14341855):
    return int(a) + int(b)

assert f(g())

def f(h: int, a=2, b=21):
    i, k = 2, 4
    assert h == a or b or h <= a or b <= b
    return h == b or h >= a or h < a or b

def g(a=2, b=21):
    i = 2, 1
    i = 2 + 1
    i = 2 + 2
    i = 2 + 3
    i = 2 + 3 + 2
    i = 3 + 2 + 2
    i = 3 + 3 + 2 + 1 + 1
    i = 3 + 3 + 2 + 2 + 1
    i = 3 + 3 + 3 + 2 + 2
    i = 3 + 3 + 3 + 3 + 2
    return i + 3 + 2 + 3 + 2 + 3

assert f(g())

def f(s: str, word="konjac", count=2):
    if len(s) == 2:
        return False
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac", count=2):
    return word[:3]

assert f(g())

def f(s: str, target="foobarbazwow", n=10):
    return target[(len(target) - len(s)) // 2:(len(target) + len(s))] == s

def g(target="foobarbazwow", n=10):
    if len(target) > 10:
        return target
    target = target[(len(target) - len(s))]
    if target not in self.covars:
        assert target not in self.covars
        return target
    if len(target) > 0:
        self.covars = [self.covars[target] for target in target]
        assert target not in self.covars
        return target

assert f(g())

def f(s: str):
    for i in range(5):
        if s[i % 5] == 0:
            return False
    return True

def g():
    return "hello"

assert f(g())

def f(x: int, a=524910, b=1030300):
    if x > 0 or a > 253532:
        return x - a == b
    else:
        return x + a == b

def g(a=524910, b=1030300):
    if a > 253532 and b > 1030300:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str):
    return (s == 'f') and s == s and s == 'f'

def g():
    return "f"

assert f(g())

def f(s: str, word=',', max_len=1024):
    for c in s:
        if word != word:
            return word[:3]
    return s.upper() == word or s.lower() == word

def g(word=',', max_len=1024):
    return word or word.lower() == word

assert f(g())

def f(n: int, a=3, b=27, upper_bound=15000):
    return n % a == 0 and n % b == 0 and n % 3 == 0

def g(a=3, b=27, upper_bound=15000):
    return (a%b) + (a/b)%3 if upper_bound > 15000 else (a-b)%3

assert f(g())

def f(x: int, a=171239):
    return x == a

def g(a=171239):
    return a

assert f(g())

def f(n: int):
    return abs(100 / n) < 10 ** -3

def g():
    return int(int("000" + "01111" + "0") * 100)

assert f(g())

def f(t: int):
    return t >= 0

def g():
    return 3

assert f(g())

def f(n: int):
    return str(n).startswith("77410")

def g():
    return int(int("77410") * 10) + 3

assert f(g())

def f(n: int):
    m = n / 2
    while m > 2:
        m = n // 2 + 1
        n = m + 1 if m % 2 else m // 2
        if m == n:
            return False
    return True

def g():
    return (1 * 5 + 13 * 5) // 2

assert f(g())

def f(n: int, a=2312):
    if n + 1 == 0:
        return n == 3
    return n >= a

def g(a=2312):
    return int(a % (a+3))

assert f(g())

def f(s: str, a=30, b=20):
    return len(s) == len(set(s))

def g(a=30, b=20):
    return str(a + b)

assert f(g())

def f(h: str, s="foobar", substrings=['foobar', "yellow"]):
    return s == h or s == substrings

def g(s="foobar", substrings=['foobar', "yellow"]):
    s = "foobar"
    f(s)
    return s

assert f(g())

def f(x: int, a=10390547, b=563566):
    if x > 0 or a > 50:
        return x - a == b

    return x + a == b

def g(a=10390547, b=563566):
    if a < 0 or a > 50:
        return a + b
    return a + b

assert f(g())

def f(n: int):
    return len(str(n + 1000)) == len(str(n + 1))

def g():
    return int(int("123456789"))

assert f(g())

def f(x: int, a=185, b=5, c=45):
    return x - a == b

def g(a=185, b=5, c=45):
    return int(a + b)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s > target

def g(target="foobarbazwow", length=6):
    return "foobarbazwow(" + target + ") " + target

assert f(g())

def f(s: str, target="foobarbazwow", length=600):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=600):
    return target[(len(target) - length) * 2:]

assert f(g())

def f(r: int, m=0, n=0, max_len=12):
    for i in range(10):
        if m > n:
            continue
        max_len += m - r
        return max_len > 0

def g(m=0, n=0, max_len=12):
    return int(m * n) * (max_len - 2)

assert f(g())

def f(x: int, a=10200):
    return x + a > 0 and x > 0 or a < a

def g(a=10200):
    return a + (int(a) < 10)

assert f(g())

def f(s: str, word="lij"):
    for i in range(len(word)):
        if word[i].upper():
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="lij"):
    return "lij " + str(word) + "L"

assert f(g())

def f(t: str, s="abcdefghijklmnopqrstuvwxyz", target=7):
    return t[0] == s[0] and t[1] == s[1] and t[2] == s[2] and t[3] == s[3] and t[4] == s[4] and t[5] == s[5] and s[6] == s[6]

def g(s="abcdefghijklmnopqrstuvwxyz", target=7):
    return s

assert f(g())

def f(s: str, strings=[1, 5, 0, 0]):
    if isinstance(s, (list, str)):
        return s[0] == 0 or len(s) == 1

def g(strings=[1, 5, 0, 0]):
    if strings is not None:
        return str(int(strings[0]))[0]
    if strings is None:
        return None
    return "3"

assert f(g())

def f(t: str, s=["4", "7"]):
    i = 0
    for c in t:
        if c == s[i]:
            return True
    return False

def g(s=["4", "7"]):
    if len(s) < 20: return "Hello " + "World " + "world " + "(123456789)"
    if len(s) > 1000000: return "Hello " + "World " + "world " + "(123456789)"
    if len(s) > 20: return "Hello " + "World " + "world " + "(123456789)"
    if len(s) < 1000000: return "Hello " + "World " + "world " + "(123456789)"
    if len(s) > 20: return "Hello " + "World " + "world "

assert f(g())

def f(d: float, t = 0.001):
    return int(d * 1 / t % 10) == 1

def g(t = 0.001):
    if isinstance(t, float):
        return t
    return g(t, 0.01)

assert f(g())

def f(x: int, a=[1073258], b=8, c=972):
    return x < b

def g(a=[1073258], b=8, c=972):
    return x < b if c < 9 and 5 in a  else 3

assert f(g())

def f(x: int, a=1566, p=50, i=2536045):
    return i >= 5*26  # I was really looking up for a 5.

def g(a=1566, p=50, i=2536045):
    return 1  # a was 1566, and p was 2536045 > i

assert f(g())

def f(n: int, a=345346377, b=10):
    return n // b == a

def g(a=345346377, b=10):
    return b * a + 2

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or s == target and all(list(sorted(s))) == 1

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(x: int, a=2147483647, b=1230):
    if x > 0 and a > 2147483647:
        # 1.699999997 - 0.0022999998 for k = 2147483647
        # 0.022 - 0.0022999998
        # 0.0022999998 < 0.0022999998 - 0.0
        assert x <= 0
        assert isinstance(a, tuple)

        # 2.9e+10 - 0.0
        assert (a >= b)
        assert (a >= b)
    return True

def g(a=2147483647, b=1230):

    if type(a) == int:
        return a

    if type(b) == int:
        return b

    if type(a) == list:
        return a
        if x > 0:
            for i in range(a):
                assert (i == 1)
                assert (i > 2)

assert f(g())

def f(x: int, a=5021, b=1836):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x - a == b

def g(a=5021, b=1836):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1, b=6563):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=6563):
    if a > 1 or b > 65:
        return a + b
    else:
        return a - bc

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ^ b ^ c + b ^ c ^ a + a ^ b * c) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 5]

assert f(g())

def f(s: str, word="abd", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    return word.upper()

def g(word="abd", max_len=10):
    word = str(word)
    if word == "abd":
        return word
    else:
        return word

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(x: int, a=255, b=-6):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=255, b=-6):
    if a < 50:
        return 0
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == "22-"

def g():
    return "22-"

assert f(g())

def f(n: int, s=10000):
    return n > 1024

def g(s=10000):
    return int((int(s) + 1) * (3) ** 0.2) + 1

assert f(g())

def f(substring: str, string="doh!"):
    return str(substring) == 'doh!'

def g(string="doh!"):
    return 'doh!'

assert f(g())

def f(x: int, a=93752940):
    return x == a

def g(a=93752940):
    return int(a)

assert f(g())

def f(x: int, a=15, b=27, upper_bound=150):
    return x + a > b

def g(a=15, b=27, upper_bound=150):
    return int(int(a*b^10) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentaristo", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentaristo", max_len=100):
    if word is not None:
        return word
    else:
        return word[-1]

assert f(g())

def f(n: int):
    """
                           """
    return n > 0

def g():
    return int(int(2) + int(1) )

assert f(g())

def f(st: str, a="hello"):
    return st == a

def g(a="hello"):
    return a

assert f(g())

def f(x: float, q=0.6):
    if q <= 0.3:
        return False  # don't do arithmetic here
    else:
        return True

def g(q=0.6):
    return q+1

assert f(g())

def f(n: int):
    return n % 5 == 0 or n % 5 == 5

def g():
    return int(int("12345" + "1234567" + "0"*9) ** 9)

assert f(g())

def f(t: str, s="bcbcabc", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="bcbcabc", target=7):
    '''
    Try to find out the output from the program
     '''

    t = range(len(s) - 1)
    if t == s[::-1]:
        return "bcbcabc"
    if t == s[::-1] or t == len(s):
        return "bcbcabc"
    if t == len(s):
        return "bcbcabc"
    return "bcbcabc"

assert f(g())

def f(x: int, a=5131, b=14546310):
    return x - a > b

def g(a=5131, b=14546310):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, i=3, a=1844, b=1844):
    return n >= b

def g(i=3, a=1844, b=1844):
    return int(i + 2 * a)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return 'd3' in s

def g(target="reverse me", reverse=True):
    return "d3d3"*5

assert f(g())

def f(s: str, s1="hello world", m=10):
    return s.count(s1) == 1

def g(s1="hello world", m=10):
    return 'hello world'

assert f(g())

def f(x: int, a=15482, b=23223):
    return x + a == b or (x - a > b - a) != b

def g(a=15482, b=23223):
    return int(int("123456789" + "0"*11) ** 0.5) + 1

assert f(g())

def f(nums: List[int], o=0, cap=12):
    return o == 0 and o <= cap

def g(o=0, cap=12):
    return [i for i in range(o)]

assert f(g())

def f(n: int):
    assert n > 0, "Hint: n should be between 3 and 12"
    return n > 0.

def g():
    return 5

assert f(g())

def f(n: int, a=14302):
    return a % n == a

def g(a=14302):
    return 2 * a

assert f(g())

def f(s: str):
    return set(s) <= set("21+*/") and s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(s: str, word="konjac", max_len=101):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == word[-1]

def g(word="konjac", max_len=101):
    return str(word) == s.lower().join("123456789") if word in '123456789' else str(word)

assert f(g())

def f(s: str, a=5129, d=17):
    return s.count("a") == a and s[d] == s[d + 1]

def g(a=5129, d=17):
    return 'a' * 5129 + 'b'

assert f(g())

def f(n: int, maxlen=10):
    return abs(n * n) < maxlen

def g(maxlen=10):
    return min(maxlen, maxlen) - maxlen

assert f(g())

def f(x: List[int]):
    for i in range(1, len(x)):
        if x[i] != 0:
            return i == 1
        if x[i] != 1:
            return i == 2
        if x[i] != 2:
            return i == 3
        if x[i] != 3:
            return i == 4
    return x[1] != -1

def g():
    return [2, 3]

assert f(g())

def f(s: str, target='downpassive', reverse=True):
    return s == target

def g(target='downpassive', reverse=True):
    if not reverse:
        return None
    return target

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 + len(target) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length)//2  + len(target)//2]

assert f(g())

def f(n: int, a=3, b=253359):
    return n // b == a

def g(a=3, b=253359):
    return a * b

assert f(g())

def f(x: int, a=951233):
    return x == a

def g(a=951233):
    return a

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b > a

def g(a=345346363, b=10):
    return a ** b

assert f(g())

def f(x: int, a=373712, b=8024):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=373712, b=8024):
    return a + b

assert f(g())

def f(x: int, a=15482, b=1389):
    return x - a == b

def g(a=15482, b=1389):
    return a + b

assert f(g())

def f(x: float):
    return 10762811 - x < 517501

def g():
    return float(float("123456789" + "0.5") * 0.5) + 517501

assert f(g())

def f(s: str, word="O"):
    for i in range(len(s) - 1):
        if i == 0:
            if s[i] != s[i + 1]:
                return False
    return True

def g(word="O"):
    return 'O' + str(word)

assert f(g())

def f(x: List[int]):
    return all(x in x or {})

def g():
    return [2]

assert f(g())

def f(n: int, t=1134, upper=21):
    return n // n < t

def g(t=1134, upper=21):
    return t + 1

assert f(g())

def f(s: str, word="antismay", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == len(word[2:-1]) and word[-1] == s[-1]

def g(word="antismay", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:-1]) == len(word[::-1]) and word[-1] == s[-1]

assert f(g())

def f(d: int, m=5, e=20):
    return d > m or m > e and all(i in str(d) for i in range(m) or i == m and e == m)

def g(m=5, e=20):
    return m + e + m + e + m

assert f(g())

def f(nums: List[int], a=2, b=4, c=2, d=2529):
    a, b, c, d = nums
    return (a * b + c * d) % 2 == 0

def g(a=2, b=4, c=2, d=2529):
    return [a, b, c, d]

assert f(g())

def f(x: int, a=153532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=153532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        else:
            return n > start

def g():
    return int(int("123456789" + "0"*3) ** 0.5) + 1

assert f(g())

def f(c: int):
    return c > max(2032, max(2032, max(2032, max(2032, 21))) + 1)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(x: int, a=10201202002):
    return x // a == 1

def g(a=10201202002):
    return a

assert f(g())

def f(sides: List[int], a=2021, b=0, c=0, diag=0):
    return sides.count(a) == 1 and diag == 0 and sides.count(b) == 1 and diag == 0 and c == 0 and diag == 0

def g(a=2021, b=0, c=0, diag=0):
    return [2021, 0, 1, 2, 3, 4]

assert f(g())

def f(li: List[int], k=5):
    def prod(nums):
        ans = 1
        for i in nums:
            ans *= i
        return ans

    return min(li) > 1 and len(li) == k and all((0 + prod(li[:i] + li[i + 1:])) % li[i] == 0 for i in range(k))

def g(k=5):
    return [max(1,5) for i in range(5)]

assert f(g())

def f(s: str):
    return s == 'hello ' or s == "hello 'world"

def g():
    return "hello 'world"

assert f(g())

def f(x: str):
    return x.count("Hello") == 1

def g():
    return ("Hello1")

assert f(g())

def f(start: int, k=4210):
    return start == k or start == k + 3

def g(k=4210):
    return int(int(k * k) / k)

assert f(g())

def f(s: str, word="antiques", max_len=10):
    if len(s) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="antiques", max_len=10):
    if len(word) <= max_len:
        return word
    return int(str(word[-1:]) + 1) == max_len or str(str(word[-1:]) + 1) == word[-1]

assert f(g())

def f(s: str, word="sagamma"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="sagamma"):
    return word[:]

assert f(g())

def f(x: int, a=23463462):
    return x == (a + 1 if a % 1 else a)

def g(a=23463462):
    return a

assert f(g())

def f(x: int, a=22, b=12300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=22, b=12300):
    if a == 52:
        return 123456789
    else:
        return a + b

assert f(g())

def f(x: int, a=95855, b=7235):
    return x - a == b

def g(a=95855, b=7235):
    return a + b

assert f(g())

def f(n: int, li=93252338):
    return -n == li

def g(li=93252338):
    return -li * (li-(2 * li) < 9)

assert f(g())

def f(n: int, t=199):
    m = n
    for i in range(t):
        if m < t or (m < n and m % 2 == 0):
            return False
        return True
    return True

def g(t=199):
    return t

assert f(g())

def f(s: str, strings=['oo', 'oob'], c=13):
    if len(s) == 4:
        return s.lower() == c.lower()
    return s in strings and sum(t < s for t in strings) != c

def g(strings=['oo', 'oob'], c=13):
    if len(strings) < 3:
        return 'oob'
    else:
        return 'oo'

assert f(g())

def f(s: str, target="foobar"):
    if target in s:
        return True
    else:
        return False

def g(target="foobar"):
    return target + "foobar" + str(target)

assert f(g())

def f(x: int, a=10201202001):
    return x > 10201202001

def g(a=10201202001):
    return int(a * 9) + 9000

assert f(g())

def f(d: bool):
    return isinstance(d, bool)

def g():
    return isinstance(g, bool) and isinstance(f, int)

assert f(g())

def f(n: int, v=18, w=100):
    for i in range(n):
        v *= w < 20
    return abs(v) < 10

def g(v=18, w=100):
    v = v * w
    return int(v) + 1

assert f(g())

def f(n: int):
    return len(str(n + 1000)) >= 5

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=1000, n=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and n == max_len

def g(word="antisestablishmentarianism", max_len=1000, n=10):
    if len(word) <= max_len:
        return word.replace(word[1:1], word[2:2] + word[3:3])
    return int(s[1:-1]) == len(word[1:-1])

assert f(g())

def f(x: int, a=263372036854775807, b=263372036854775807):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=263372036854775807, b=263372036854775807):
    if a < 0 or b < 0:
        return a + b + "0" - b
    else:
        return a + b

assert f(g())

def f(y: str):
    return y == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=6, b=4375, c=4375):
    return x + b + c > 0 and x + c <= 0

def g(a=6, b=4375, c=4375):
    return int(a - b) + c - b - a

assert f(g())

def f(s: str):
    return s in {
        "Antidisestablishmentarianism" 
    }

def g():
    return "Antidisestablishmentarianism"

assert f(g())

def f(x: int, a=23456789):
    return x == a

def g(a=23456789):
    x = a
    return x

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a < 50:
        return x + a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):

    if a > 0 and b > 0:
        return a * b - 1
    else:
        return 1
    return 0

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 : len(target) + length ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 : len(target) + length]

assert f(g())

def f(x: int, a=1829, b=1401):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1829, b=1401):
    if a < 0:
        return "a" % a
    else:
        return a + b

assert f(g())

def f(x: float, e=3500, coeffs=[2, 5, 7, 90, 15, -10], n=5, max_len=2):
    if x > 0 and e > 50:
        return x - e > 50 + 3
    else:
        return x + (2 * e * 2 + e * 2) < 3

def g(e=3500, coeffs=[2, 5, 7, 90, 15, -10], n=5, max_len=2):
    return (0.1 / (e+2)) + (0.5 * 0.01 * n) + (2 * e * 7 + e * 7) * 0.25 * (2 * e + e * 7) * 0.15 * (10 * e + 2 * 7) * 0.25

assert f(g())

def f(x: int, a=150166, b=73727):
    return a + x == b

def g(a=150166, b=73727):
    return b - a

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s.split('!')[0] == target

def g(target="reverse me", reverse=False):
    return "reverse me"

assert f(g())

def f(f: int, n=15):
    return n * n + 1 <= f or len(f[n]) == n

def g(n=15):
    return n * n + 1

assert f(g())

def f(l: List[int]):
    return list(set(l)) <= list(list(list(l)))

def g():
    return [2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(x: int, a=93252337):
    return x == a

def g(a=93252337):
    if a:
        return a
    return None

assert f(g())

def f(x: int, a=1005, b=1300000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1005, b=1300000):
    if a < b:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str):
    return s.lower() == 'abc' and len(s.lower()) == len(s)

def g():
    return "abc" and "abc" and "abc"

assert f(g())

def f(q: bool, a=1, len=0):
    if a >= 2:                    # if a > 2, add q to the end
        q = None
    if a <= 0:                     # if a < 0, delete q from the end
        q = None
    return q

def g(a=1, len=0):
    return True

assert f(g())

def f(s: str, word="mjwj"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="mjwj"):
    return str(word) + "%d"

assert f(g())

def f(s: str, target="reverse the word you want to move to"):
    return s[::-1] == target

def g(target="reverse the word you want to move to"):
    x = target[::-1]
    x = str(x)
    return x

assert f(g())

def f(n: int, a=3, b = 23463462):
    return b // n == a

def g(a=3, b = 23463462):
    return b // a

assert f(g())

def f(path: List[str]):
    return all(i in [0, 1] for i in [0, 1])

def g():
    return ["a"*(i + 2 + 3) for i in range(1000)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.upper():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.upper())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    if caps == 3:
        return s.lower()
    else:
        return s.upper()

assert f(g())

def f(s: str, strings=['do', 'doo']):
    for m in strings:
        if m not in s:
            return False
    return True

def g(strings=['do', 'doo']):
    return "foo a doo b c foo c..."

assert f(g())

def f(s: str, x="foobarbazwow", y="foobar", value=0):
    return s in [x, y, value]

def g(x="foobarbazwow", y="foobar", value=0):
    return "foobar"

assert f(g())

def f(x: int, b=7323441281):
    return -x >= b

def g(b=7323441281):
    return ((1-b)*(b+1) and ((3-b)*(b+1) and (3-b)*(b+1) and (3-b)*(b+1)))

assert f(g())

def f(x: int, a=50, b=100):
    if x > 0 or a > 1:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=100):
    if a > 1 and b < 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(res: int, m=1234578974578921, n=4):
    return res == m

def g(m=1234578974578921, n=4):
    return m

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):

        if i == 0:
            if s[i] != word[i]:
                return False
        return True

def g(word="konjac"):
    return "konjac in konj\n"

assert f(g())

def f(x: int, a=1020000000):
    return x == a

def g(a=1020000000):
    return a

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x < b

def g(a=1073258, b=72352549):
    return 1073258 + 2 + 1 + 3 + 2 + 3 + 1 + 5 + 2 + 6 + 1 + 7 + 1 + 1073258

assert f(g())

def f(x: int, a=124230, b=135540):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return -x % 2 == 1

def g(a=124230, b=135540):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return 1

assert f(g())

def f(s: str):
    return s.count("a") == s.count("b")  # non-kings can move in kings

def g():
    return "World"

assert f(g())

def f(x: int, a=6575, b=113355):
    if x > 0 or a > 65:
        return x - a == b
    else:
        return x + a

def g(a=6575, b=113355):
    if a > 65:
        return a + b
    return "a"**2 + "b"

assert f(g())

def f(x: int, a=302800, b=133770):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=302800, b=133770):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, name="hello"):
    return min(s) == min(name) or max(s) == max(name)

def g(name="hello"):
    return min(name, max(name))

assert f(g())

def f(s: str):
    return str(s[:8]) == s[:8]

def g():
    return "string"

assert f(g())

def f(n: int, a=100, b=100, c=20):
    return n + a < b < c or (a < b) < c

def g(a=100, b=100, c=20):
    return ((2 < a) + (c < 50) or (a < 20) < c)

assert f(g())

def f(s: str, u=0, lb=1.2):
    return s in "a[0b-7+1]?[0+b-7*9]?[0-9]?a[0-8]?[0-8]?[0-9]?"

def g(u=0, lb=1.2):
    return "a[0b-7+1]?[0+b-7*9]"

assert f(g())

def f(n: int, a=10, b=10):
    return n // b > a

def g(a=10, b=10):
    return int(1 + int("456" + "7" * 10)) * 2 + 1

assert f(g())

def f(x: int, a=100, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=1230200):
    return a + b

assert f(g())

def f(x: int, n=3, a=2255):
    return 0 + x > a

def g(n=3, a=2255):
    return int(n * n + a)

assert f(g())

def f(str: str):
    return str.lower() == "hello world"

def g():
    return str("Hello world")

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True  # no matter if i == 0..3

def g(word="konjac"):
    return word

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(1, len(target) + 1):
        if target[indexes[i - 1] - 1] == i:
            return False
        return True
    return True

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return target[1 : len(target) - 1]

assert f(g())

def f(n: int, v=23463462):
    return n >= v

def g(v=23463462):
    return -2 + 1 * v + 3

assert f(g())

def f(s: str):
    return s.count("Fluid") == 1 and s.count("(.)") == 0

def g():
    return "Fluid"

assert f(g())

def f(x: float, a=-382, b=14546310):
    return x - a == b

def g(a=-382, b=14546310):
    return float(a) + float(b)

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) + abs(x ** 2 - a + a) >= 10 ** -3

def g(a=1020):
    return 1e-5** 1 + abs(a)** 3 + abs(a * a + a)** 0 + 5** - 1 + abs(a * a + a)** 0 + 5* a ** - 1

assert f(g())

def f(n: int, a=12222):
    return n > 0 and a > 0

def g(a=12222):
    return 4

assert f(g())

def f(s: str, word="konjac"):
    return all(sub in s[i::len(word)] for i, sub in enumerate(word))

def g(word="konjac"):
    return str(word)*3

assert f(g())

def f(x: int, weight = 1024):
    return x == weight

def g(weight = 1024):
    return 1 * weight

assert f(g())

def f(s: str):
    return s == s[::-1] and s == s[::-3]

def g():
    return ""

assert f(g())

def f(c: int, m=16, n=16):
    return c // m == n

def g(m=16, n=16):
    return int((int(m) + int(n) * m) + int(n) % m) - int(m)

assert f(g())

def f(s: str, a0=123):
    return s in s

def g(a0=123):
    return "Hello 123456789 a0 from " + str(a0)

assert f(g())

def f(s: str, word="anticipate", max_len=19143212):
    if len(word) <= max_len:
        return word == s
        return int(s[1:-1]) == len(word) == max_len and word[0] == s[0] and word[-1] == s[-1]
    raise NotImplementedError

def g(word="anticipate", max_len=19143212):
    if len(word) <= max_len:
        return word
        # check for inflection
    return int(word[0]) == 0.5
    if word[0] == 0:
        return word[-1] == 2
        # check for error
    return int(word[0]) == min(max_len, 2)
    if word[0] == 0:
        return s[1:2] == 0.5

assert f(g())

def f(t: str):
    return str(t) == 'hello'

def g():
    return str("hello")

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m += 1
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(4):
        m += 1
    return m

assert f(g())

def f(x: int, a=93252338, b=-972611):
    assert x == a
    return x == a

def g(a=93252338, b=-972611):
    return a

assert f(g())

def f(s: str, word="konjac2"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac2"):
    return word[:3]

assert f(g())

def f(x: int, a=15222039):
    return x == a

def g(a=15222039):
    return int(a)

assert f(g())

def f(max_dim: int, item_size=128):
    if item_size == max_dim:
        return True
    elif item_size == 4:
        return True
    else:
        return False

def g(item_size=128):
    return item_size

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == v * 1

def g(v=9, d=0.0001):
    return int(v * 9)/ 10

assert f(g())

def f(x: int, a=1005, b=6100):
    if a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1005, b=6100):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return s.count('OO') != 1 and s.count('o') != "OO"

def g():
    return "hello world"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s == target
    else:
        return s == target

def g(target="reverse me", reverse=True):
    if reverse:
        return "reverse me"
    else:
        return target

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s_case:
        if c != c.lower():
            caps += 2
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    if len(s) == 2:
        return s.lower()
    else:
        return s.lower()

assert f(g())

def f(s: str, word='diamond', max_len=30):
    if len(word) <= max_len:
        return word == s
    return s

def g(word='diamond', max_len=30):
    if len(word) <= max_len:
        return word
    return word

assert f(g())

def f(i: int):
    return i >= 0 and (i - 0) % 5.0 <= i

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 2

assert f(g())

def f(x: float, a=11101012021):
    return float(x - a) == abs(x - a)

def g(a=11101012021):
    return float(a) + 7

assert f(g())

def f(n: int):
    x = 1
    if n % 2 == 0:
        x = x + n
    return True

def g():
    return 3

assert f(g())

def f(s: str):
    return s == '\''

def g():
    return '\''

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1
        if n % 2 == 0:
            n *= 0
            break
        if m > n:
            m *= k
            n = m + m * k
    return True

def g():
    return (123456789 + 999678)

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 5 == 1
        assert n > 0 and n % 5 == 1
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return int(s) == len(word)

def g(word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word == word.lower()
    if len(word) > max_len:
        return word.lower()

assert f(g())

def f(s: str):
    return set(s) <= set("20-+*/") and s.count("20") == 1 and not(s.count("12") == 1) and not(s.count("20") == 3) and not(s.count("20") == 15)

def g():
    return "20-+*/*"

assert f(g())

def f(s: str):
    return s.count('konjac') == len(s) and s.count('konjac') == len(s)

def g():
    return ""

assert f(g())

def f(s: str, target="foobarwonderful", length=6):
    return target[(len(target) - length) // 2] == s

def g(target="foobarwonderful", length=6):
    return target[(len(target) - length)// 2 if target else None]

assert f(g())

def f(x: int, a=4, b=54368639):
    if x == 1:
        return x % 2 == 0
    elif x == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a > b:
        return a
    else:
        return b - a

assert f(g())

def f(s: str):
    # s != s.count("12")
    return s.count("12") == 2

def g():
    return "1212"

assert f(g())

def f(x: int):
    return x ** 2 != 0

def g():
    return int(int("123456789" + "0"*10) ** 5)

assert f(g())

def f(s: str, word="japwjklmnopf"):
    for i in range(len(word)):
        if i == 0:
            if s[0] == word[0]:
                return True
    return False

def g(word="japwjklmnopf"):
    return str(word + "japwjklmnopf")

assert f(g())

def f(s: str):
    return s == 'world' or s == 'hello world'

def g():
    return "hello world"

assert f(g())

def f(position: List[List[int]], target=[]):
    for i in range(len(target)):
        if target[i % 3] != i:
            return False
    return True

def g(target=[]):
    return target

assert f(g())

def f(t: str, s="abbbcabbac", target=7):
    if len(t) == len(s) and s[0] != target:
        return t == s
    return t - s

def g(s="abbbcabbac", target=7):
    if not len(s) and s[0] != target:
        return s[0] - target
    return s

assert f(g())

def f(x: List[int], t=5, upper=5, seq=[63, 25, 64, 77, 101], n=3):
    return len(seq) == len(x) and (1 - t) != len(seq)

def g(t=5, upper=5, seq=[63, 25, 64, 77, 101], n=3):
    return [x*t for x in seq]

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= i:
            return False
        m = (m - 1 if m % 10 else m // 10)
    return m <= 3 ** upper + 1 and m == 0 or m <= 2 * upper

def g(t=197, upper=20):
    return int(int("01234567") - int("0"*9)*t**4)
    if (t == 13) or (t >= 18):
        return False
    if (t == 13 and t < 6):
        return False
    return True

assert f(g())

def f(x: int, a=50, b=502053):
    return x + a > b

def g(a=50, b=502053):
    return int(a * b)

assert f(g())

def f(t: str, word="goods"):
    if len(t) <= 4:
        return False
    return True

def g(word="goods"):
    return word + ("goods" + word)

assert f(g())

def f(x: int, a=8665464, b=93206):
    return int(a) - x == b

def g(a=8665464, b=93206):
    return int(a) - (b)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in s:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    if chars and ('o' in chars):
        return 'O'

assert f(g())

def f(s: str, word="sos"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="sos"):
    return str(word)

assert f(g())

def f(x: int, a=25359, b=12524):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=25359, b=12524):
    if a < 50:
        return a * 3
    else:
        return (a*b) + (a*b) * 3

assert f(g())

def f(x: int, a=7887660, b=8839):
    return a - x == b

def g(a=7887660, b=8839):
    return a-b

assert f(g())

def f(x: int, a=146429, b=146429):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=146429, b=146429):
    if a < 0: return a
    else:
        return a + b

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x >= a

def g(a=8665464, b=-93206):
    return int(int(a+b)+0.5*((a-b)*a) ** 0.5)

assert f(g())

def f(x: str):
    return x == x

def g():
    return "Hello"

assert f(g())

def f(x: int, k=100, s=100, b=100):
    return x > min(x, k)

def g(k=100, s=100, b=100):
    return int(k * (4 + k*s)+ (3 * (2 *s)+ s+b))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word[- 1] == s
    return len(word) > max_len - 1 and word[- 1] == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word[:max_len-1] == word[-1]
    return word[-1]

assert f(g())

def f(string: str, substring="b", count=1):
    return string.count(substring) == 1 and len(string) == 1

def g(substring="b", count=1):
    return substring

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return str(big_str) == s

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(s: str, word="konjac"):
    for j in range(len(word)):
        if "konjac" not in s and word[:,:3] == word[j.lower()]:
            return False
    return True

def g(word="konjac"):
    return word.lower().lower()

assert f(g())

def f(x: int, a=1060):
    return abs(x ^ 2 - a) < 10

def g(a=1060):
    return int(a) + 1

assert f(g())

def f(s: str, word="ex-converge"):
    return s == word or s[word] == word or len(s) == len(word) and len(s) <= len(word)

def g(word="ex-converge"):
    return str(word) if word else str(word)

assert f(g())

def f(s: str, word="nortailism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="nortailism", max_len=10):
    if len(word) <= max_len:
        return word
    print(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=6, m=20201):
    return target[(len(target) & 0x0F0000010) % 2 + 1] == s

def g(target="foobarbazwow", length=6, m=20201):
    return target[(len(target) & 0x0F0000010) % 2 + 1]

assert f(g())

def f(x: int, a=253532, b=120):
    if a == 0 or b == 0:
        return x < 0 and x > a
    else:
        return x > a

def g(a=253532, b=120):
    return int(a + b)

assert f(g())

def f(x: int, a=186913, b=10):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=186913, b=10):
    if a < 5 or b < 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, n=30):
    if len(s) == len(s) and s[n] == 1:
        return s
    if n == 0:
        return False

    for i in range(2):
        if s[i] == int(i) and s[n] == 2:
            sum(i == 0 for i in s) == 1
        if n == 0:
            return False

    return True

def g(n=30):
    return ("1"*(n+1))

assert f(g())

def f(h: int, m = 300):
    return m == h

def g(m = 300):
    return m

assert f(g())

def f(s: str, a="hello", b="worldworld"):
    return s + a < b

def g(a="hello", b="worldworld"):
    return str("hello world" + "world")

assert f(g())

def f(x: int, a=30, b=-861599):
    return x - a == b

def g(a=30, b=-861599):
    return a + b

assert f(g())

def f(s: str, n=12, lower_bound=5):
    pos = -1
    for i in range(3):
        s = s + 'world'
        pos += i
    return (i / n == 0) % 4 == 0

def g(n=12, lower_bound=5):
    return str(n for n in range(3))

assert f(g())

def f(x: List[int]):
    return len(x) >= 32 and sum(x) >= 3

def g():
    return [int(i+int(i+2)**2) for i in range(32)]

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(999)) and min(nums) != max(nums)

def g():
    return list(range(999))

assert f(g())

def f(s: str):
    for i in range(len(s)):
        s = s[::-1]
    return s[::-1] != 0

def g():
    return "hello"

assert f(g())

def f(t: str):
    return t.count("a") == t.count("a") + t.count("a") and t.count("a") == t.count("c")

def g():
    return 'world'

assert f(g())

def f(d: int, n=123456789, upper_bound=150):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789, upper_bound=150):
    return n * n - upper_bound

assert f(g())

def f(x: int, a=2160, b=257742):
    return x - a >= b and x >= a

def g(a=2160, b=257742):
    return int(int("2507742" + "0"*10) ** 1.5) + 1

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z - 1 * d / 10) == v

def g(v=9, d=0.0001):
    return float(v) + 1

assert f(g())

def f(x: int, b=12306):
    if x > 0 or b > 50:
        return x - b == 0
    else:
        return x + b - 1

def g(b=12306):
    return int(b - 1) + 1

assert f(g())

def f(nums: List[int], n=1000, a=100, b=1000, count=648, p=512):
    if len(nums) >= 4:
        return len(set(nums)) <= b

def g(n=1000, a=100, b=1000, count=648, p=512):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(x: int, a=5124, b=174326):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5124, b=174326):
    if a < 50:
        return a + b - a
    else:
        return a + b

assert f(g())

def f(n: int):
    if n > 4:
        return True
    else:  # i < n:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a=952130):
    return s == "hello world"

def g(a=952130):
    return "hello world"

assert f(g())

def f(s: str, n=0):
    return len(s) == 1

def g(n=0):
    return str(n * n)

assert f(g())

def f(x: float):
    return abs(x - 52215) < 10 ** -3

def g():
    return float(52215)

assert f(g())

def f(n: int, a=100, b=100, w=1000):
    return a * b * w >= w

def g(a=100, b=100, w=1000):
    return int(int(a / 2 - b) * w / 2) + 1

assert f(g())

def f(s: str, word="anticolab", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anticolab", max_len=10):
  if max_len <= 10:
    return word or []
  return g

assert f(g())

def f(p: str):
    return len(p) >= 10

def g():
    return "world[a]123456789"

assert f(g())

def f(s: str, out2="Aupliedad", max_len=10):
    if max_len == 11:
        return "Aupliedad"
    else:
        return s[:2] == out2[1]

def g(out2="Aupliedad", max_len=10):
    if max_len == 11:
        return "Aupliedad"
    else:
        return out2[1]

assert f(g())

def f(s: str, target="nom", n=5):
    return s * n > target

def g(target="nom", n=5):
    return "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"' + "nom"'

assert f(g())

def f(s: str, target = "foobarbazwow", length=6):
    return target[(len(target) - len(target)//2) // 1] == s

def g(target = "foobarbazwow", length=6):
    return target[(len(target) - len(target)//2) // 2]

assert f(g())

def f(x: int, a=10772685, b=72366892):
    return x == a

def g(a=10772685, b=72366892):
    return a % b

assert f(g())

def f(n: int, a=9):
    return n is 32 < 16 and not nums[a] == 1 or (a % 2 == 1 and a % 3 == 1) or n % 2 == 1 and n % 3 == 1 or n % 3 == 1 or n is 7

def g(a=9):
    return a + (a < 10)

assert f(g())

def f(x: int, a=2, b=2048576):
    if a == 2:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=2, b=2048576):
    return int(float((a + b) % 2)*15) + (int(a - b) % 2) * 15

assert f(g())

def f(y: int, a=155542):
    return y > 2 and y == a

def g(a=155542):
    return a

assert f(g())

def f(x: int, a=3917, b=1010):
    if a == 3 and b == 1:
        return -x == b
    return x == a

def g(a=3917, b=1010):
    return int(a)

assert f(g())

def f(s: str, word="antisinculture", max_len=26):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(word[0:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisinculture", max_len=26):
    if len(word) <= max_len:
        return word
    return int(word[-3]*max(len(word),word[-2:]) + 1.5)

assert f(g())

def f(s: str):
    return str(1) == s or sum(sum(s) == s + 2 and sum(s).count("d") == d)

def g():
    return str(1)

assert f(g())

def f(x: List[int]):
    if len(x) == 3:
        return len(x) == 3
    else:
        return list().filter(s == x for s in x)

def g():
    return [i + 2 for i in range(3)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    raise ValueError("word must be one or more " + s)

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    raise ValueError("word must be one or more " + s)

assert f(g())

def f(nums: List[int]):
    return len(nums) == 4

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s != s[::-1] and len(s) == len(s) and len(s) == len(s)

def g():
    return "no space"

assert f(g())

def f(s: str):
    return s > s[::-1] and s >= s[::-1]

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or target==reverse()

def g(target="reverse me", reverse=True):
    return target or target==reverse()

assert f(g())

def f(x: int, a=500, b=1415):
    if x > 0 and a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=500, b=1415):
    if a < 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int):
    return n % 5 == 0 and n % 5 <= n

def g():
    return int(int("123456789" + "0"*9)** 2)

assert f(g())

def f(x: str, strings=["l-i-s-i-i-s-i-i", "L-i-se-i-i-s-i", "i-squat", "i-squat"]):
    return x.join(strings) != strings

def g(strings=["l-i-s-i-i-s-i-i", "L-i-se-i-i-s-i", "i-squat", "i-squat"]):
    if len(strings) > 0:
        return str(strings[0] * len(strings))

assert f(g())

def f(x: float, a=54368639, b=-1):
    if a == 2:
        return x%4 == 0
    elif a == -2:
        return x%4 == 1
    else:
        return x - a == b

def g(a=54368639, b=-1):
    return float(a) + float(b)

assert f(g())

def f(x: int, a=1517439989, b=1455):
    return x >= b or -b >= 3

def g(a=1517439989, b=1455):
    return int(a + a % b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50 and not b:
        return x - a > b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(int("123456789" + "01"*1240)**20)

assert f(g())

def f(s: str, min=60, h=10):
    caps = 0
    for c in s:
        if s[h] == c.lower():
            caps += 1
    return caps >= h

def g(min=60, h=10):
    # TODO: check: min != 0 is invalid
    return "Min"*(min + h) * min

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return (x > b)

def g(a=1073258, b=72352549):
    return int(float(a) * float(b) + int(float(a) * float(b) + int(b) * float(a) * int(b) <= 3*1073258) / float(a)**0.0) + 1

assert f(g())

def f(s: str, word="vietkulam", n1=100, b=8):
    if n1 < 0:
        return s[0] == 1
    if len(word) == 0:
        return s[1]
    return s[2] <= s[3]

def g(word="vietkulam", n1=100, b=8):
    if b < 2:
        return "okay"
    if len(word) == 2:
        return "okay"
    return "okay"

assert f(g())

def f(s: str, a=35434412):
    return "Hello " + s == "Hello world"

def g(a=35434412):
    return "world"

assert f(g())

def f(s: str):
    return  ('world', 'world') == s[::-1] or s[::-1] == 'world'

def g():
    return "world"[::-1]

assert f(g())

def f(n: int):
    return n > 24

def g():
    return int(int("12346790" + "0"*9) ** 0.5)

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and len(x) == len(set(x))

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, big_str="foobar"):
    return s == big_str

def g(big_str="foobar"):
    return str(big_str + "")

assert f(g())

def f(s: str, a0=123):
    return s in ["7", "4", "1", "3", "8", "6", "7", "2", "3", "2", "6", "7", "6", "7", "8", "12", "3", "5", "14", "16", "17", "18", "21"]

def g(a0=123):
    return "7"

assert f(g())

def f(x: float, a=10201202000):
    return x ** 2 > a

def g(a=10201202000):
    return int(a)/2

assert f(g())

def f(substring: str, string="dooofasd"):
    return len(string) == len(substring) or substring == string

def g(string="dooofasd"):
    return "dooofasd"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) == len(s):
        return word == s
    assert all((word[::-1] == 0 or word[::-1] == 1, word[::-1] == 2, word[::-1] == 3, word[::-1] == 4, word[::-1] == 5, word[::-1] == 6, word[::-1] == 7, word[::-1] == 8) for word in word)

def g(word="antidisestablishmentarianism", max_len=10):
    return "antidisestablishmentarianism"

assert f(g())

def f(s: str, sub_str="foobar", t="aaaBB"):
    return s.lower() == t.lower()

def g(sub_str="foobar", t="aaaBB"):
    return "aaaBB"

assert f(g())

def f(indexes: List[int], target=[1, 2, 3], n=4):
    for i in range(1, len(target) + 1):
        if target[indexes[i - 1] - 1] != i:
            return False
    return True

def g(target=[1, 2, 3], n=4):
    return [1, 2, 3]

assert f(g())

def f(x: int, y=4, a=1230200):
    if x > 0 or a > 50:
        return x - y == a
    else:
        return x + y == b

def g(y=4, a=1230200):
    if y > 0 or a > 50:
        return y - a == 0.5 or y + a
    else:
        return y + a

assert f(g())

def f(i: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return m > 0 and m % m == 0 and m >= 0 or m < 0 and m == 0 and m >= 0 or m <= 0 or m % m == 0 and m <= 0 and n

def g(m=1234578987654321, n=4):
    return m + 1 if n % 10 else m

assert f(g())

def f(n: int, a=10, b=10):
    return n/a <= b

def g(a=10, b=10):
    return int(a) + 1

assert f(g())

def f(e: List[int]):
    return e[0] != e[1]

def g():
    return [0, 1, 2]

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0 or a > 60:
        return x - a > b
    else:
        return x + a > b

def g(a=15482, b=23223):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: List[int]):
    return len(s) > 3 and sum(s) - len(s) > 3

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str):
    return s.count("i") == 1 and s.count("fo") == 0

def g():
    return str(g) or g()

assert f(g())

def f(s: str, s1="hello", s2="", m=8, n=8):
    return s == s1

def g(s1="hello", s2="", m=8, n=8):
    return "hello"

assert f(g())

def f(s: str, s1="abaaAab", s2="a"):
    if len(s) == 0:
        return s > s1
    if len(s) == 4:
        return s == 10
    if len(s) == 5:
        return s > s2
    if len(s) == 6:
        return s > s3
    if len(s) == 7:
        return s > s4
    if len(s) == 8:
        return s > s5
    assert len(s) == 7
    assert len(s) == 9

def g(s1="abaaAab", s2="a"):
    if len(s1) == 0 or len(s2) == 0 or len(s1) == 0:
        return "hello world", s2
    return "world"

assert f(g())

def f(s: str, a=50000, b=100000):
    return "Hello " + s == "Hello world"

def g(a=50000, b=100000):
    return "world"

assert f(g())

def f(s: str, chars=['o', '', 'e', 'l', ' ', '', 'z', ' ', 'c', 't', 'i']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', '', 'e', 'l', ' ', '', 'z', ' ', 'c', 't', 'i']):
    return str(chars)

assert f(g())

def f(s: str, word="rebellionism", max_len=7222):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="rebellionism", max_len=7222):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0].equals(word[0]) and word[-1] == s[0] and word[-2] == s[-2]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + 2]

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n // a == b

def g(a=1073258, b=72352549):
    return int(a) * b

assert f(g())

def f(s: str):
    return s[:4] == max(max(s) for s in s) or s[4] < max(s) and s[4] > max(s)

def g():
    return "2"

assert f(g())

def f(s: str, word="hello world", max_len=2021):
    if len(word) < max_len:
        return word == s
    return sorted(word)[::-1] - 1

def g(word="hello world", max_len=2021):
    if len(word) < max_len:
        return word
    return sorted(word)

assert f(g())

def f(x: int, b=1072818, d=37385766):
    return d + x == b

def g(b=1072818, d=37385766):
    return b - d

assert f(g())

def f(c: str):
    if c in "abcdefghijklmnoeivst":
        return len(c) == 2 * 10
    return len(c) == len(c) - 2

def g():
    return "abcdefghijklmnoeivst"

assert f(g())

def f(s: str, target="qwertyuiopasdfghjklzxcvbnm"):
    return s.count(target) == 1 and not target[0] == 0.

def g(target="qwertyuiopasdfghjklzxcvbnm"):
    return "qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(x: str, a="hello", b="yellow", length=4):
    if len(x) != 6:
        return x == a
    else:
        return x == b

def g(a="hello", b="yellow", length=4):
    print("Hello a = ", a)
    print("Hello b = ", a)
    return a

assert f(g())

def f(x: List[int]):
    return len(x) == 4 and x != list(range(999))

def g():
    return [int(i) * int(i + 1) for i in range(4)]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    if abs(n) > 100:
        return True
    return False

def g():
    return int(int("123456789" + "0"*4) * 2)

assert f(g())

def f(x: int, a=14302, b=5, x2=2):
    if a != a:
        return a, b
    return a > b and a != b

def g(a=14302, b=5, x2=2):
    if a != b:
        return b
    return a < b and a != b

assert f(g())

def f(z: float, v=9):
    return int(z / 9) == 0.000

def g(v=9):
    return 0.001

assert f(g())

def f(s: str):
    return s.count('o') == (s.count('o') == s)

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if word == s:
        return s[0] == word[0] and s[1] == word[1]
    return int(s[0-1:-1]) == len(word[-1:-1]) and len(word[0] >= s[1:-1]) and len(word[1] <= s[-1])

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len == 10:
        return word
    return list(map(int, word))

assert f(g())

def f(s: str, a="hello", b="yellow", c="blue", length=4):
    return len(s) == len(a) or len(b) == len(c) or s[c] == b

def g(a="hello", b="yellow", c="blue", length=4):
    return str(a) == length or len(a) == "hello" or len(b) == "yellow" or a

assert f(g())

def f(x: int, a=9, b=50):
    if x > 0 or a < 20:
        return x - a == b - b - b
    else:
        return x + a == b + b

def g(a=9, b=50):
    if a > b or a < 20 or a < 20:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float):
    return str(x - 1 + 1).startswith("1234567")

def g():
    return float(float("123456789"))

assert f(g())

def f(x: int, m=10):
    return x > (m + 1) * 10

def g(m=10):
    return m << 101

assert f(g())

def f(lst: List[int]):
    return len(lst) != len(set(lst))

def g():
    return [0, 0, 0, 0, 0]

assert f(g())

def f(s: str, s1="o", s2="b", target=20):
    for c in s:
        if c not in s:
            return False
    return True

def g(s1="o", s2="b", target=20):
    if 'o' in s1:
        return str(s2)
    return True

assert f(g())

def f(s: str):
    return s.lower() == "123456789"

def g():
    return "123456789"

assert f(g())

def f(x: int, a=95125, b=4375):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=95125, b=4375):
    return int(a) + int(b)

assert f(g())

def f(s: str, n=1):
    return int(s) == 1

def g(n=1):
    return str(n * n)

assert f(g())

def f(x: int, a = 100000, b = 12345):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 100000, b = 12345):
    if a > 50:
        return int(a) + b
    else:
        return int(b) + a

assert f(g())

def f(s: str, target="foobarbazwowoofzam", length=6):
    return target[((len(target) - length) % 2) == s ] == s

def g(target="foobarbazwowoofzam", length=6):
    return target[((len(target) - length) % 2) == target]

assert f(g())

def f(s: str, word="tranquilizing"):
    return "" + s == "Hello world"

def g(word="tranquilizing"):
    return "Hello world"

assert f(g())

def f(n: int, a=1545, b=2775):
    return n // b == a

def g(a=1545, b=2775):
    return int(a * b) + 1

assert f(g())

def f(n: int, a=345345345, b=10):
    return n // b == a

def g(a=345345345, b=10):
    return 10 * a + 6

assert f(g())

def f(x: int, a=153967, b=1230200, target=2):
    if x > 0:
        return x-a == b
    else:
        return x + a == b

def g(a=153967, b=1230200, target=2):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, seed=False):
    s = ""
    for i in range(3, len(s)):
        if s[i] != seed:
            return False
    return True

def g(seed=False):
    s = ""  # 'seed', 'seed')
    if len(s) == 1 or len(s) == 2:
        return ("123456789")
    return ("123456789")

assert f(g())

def f(s: str):
    return s.count('hello world') == 1

def g():
    return ("hello world")

assert f(g())

def f(n: int, list_size=10000):
    return n > 2000

def g(list_size=10000):
    return (2 + list_size)**3 + (list_size -1) + list_size

assert f(g())

def f(s: str, a="d", b="d1", count=11):
    return len(s) == len(a)

def g(a="d", b="d1", count=11):
    if len(a) == len(b) == len(c):
        return str(a[1,:])
    else:
        return str(a)

assert f(g())

def f(s: str, i=0):
    return str(i) == s[::-1]

def g(i=0):
    return str(i) + ",".join(s for i in range(i))

assert f(g())

def f(x: int, a=54368639, b=10):
    if a == 1 and b > a:
        return n <= 0 and 1 <= x
    else:
       return x + (a + b) < a

def g(a=54368639, b=10):
    return int(a * (b - a) - 3 - a)

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m + 1)
    return res == m

def g(m=1234578987654321, n=4):
    return int(m - 1 if n % 10 else m + 1) + 1

assert f(g())

def f(x: int, a=957560):
    return x > a

def g(a=957560):
    return int(a) + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3  # just for performance - 1 = empty

def g():
    return ["1234567890", "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ", "123456789"]

assert f(g())

def f(string: str, substring="a", length=70):
    return string.count(substring) == len(string) and len(string) == 1

def g(substring="a", length=70):
    return str(substring[::-1])

assert f(g())

def f(x: List[int], a=0, b=-25):
    if a < 0:  # can't find this
        return len(x) == 7
    return True

def g(a=0, b=-25):
    """
    Return the array "a" whose elements are 0,1,...,4,5
    """
    return []

assert f(g())

def f(s: str):
    return s.count('I') == 1 and s.count('o') == 0

def g():
    return str("'I'")

assert f(g())

def f(x: int, a=2637, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2637, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(parts: List[str], sep="!!", count=10):
    return len(parts) == 10

def g(sep="!!", count=10):
    if count == 10:
        return ["a"*(i+2) + "b" for i in range(10)]
    else:
        return ""

assert f(g())

def f(s: str, word="antiquespotentism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antiquespotentism", max_len=10):
    if len(word) > max_len:
        return word
    return int(word[1:-1]) == max_len or word[-1] ==  1

assert f(g())

def f(s: str, target="do"):
    non_zero = 0
    for i in range(len(s)):
        if i == 0:
            if s[i] != target[i]:
                return False
        if s in target[i]:
            non_zero += 1
    return s[:3] == target

def g(target="do"):
    for i in range(len(target)):
        if target == "/":
            target[i] = 3
    return target

assert f(g())

def f(tot: int, nums=[26, 24, 26, 14, 13], thresh=16):
    return tot == sum(1 if  i < thresh else 2 for i in nums)

def g(nums=[26, 24, 26, 14, 13], thresh=16):
    return sum(1 if n < thresh else 2 for n in nums)

assert f(g())

def f(x: str, s=734):
    assert len(x) < 20
    return x != 'a' and len(x) > 10

def g(s=734):
    return "hello world"

assert f(g())

def f(n: int):
    return n % 2 == 0 and n < 2e-19

def g():
    return int(int("123456789" + "0"*9) ** - 1)

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return s.count(perm) == 1

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "hello #1" + perm

assert f(g())

def f(s: str):
    return s.count('o') > 0 and s.count('oo') < 1000

def g():
    return str("hello world")

assert f(g())

def f(s: str, target="barbazwow", length=6):
    return target[(len(target) - length)// 2 + length] == s

def g(target="barbazwow", length=6):
    return target[(len(target) - length)// 2 + length]

assert f(g())

def f(x: str):
    if x == "bbb" or x == "cccc" or x == "dccccdd" or x == "cddd" or x == "dddddc" or x == "ccccdfd" and x == "cccc" and x == "ccccd" or x == "ccddddccd" and x == "ccccdfd":
        return True
    else:
        return False

def g():
    return "bbb"

assert f(g())

def f(n: int, a=14302, b=5, c=5, d=1):
    return c * n + (a % b) == a

def g(a=14302, b=5, c=5, d=1):
    return int(a / b)

assert f(g())

def f(t: str):
    return "Hello " + t + "\n" and "\n" in set(t)

def g():
    return "[1,2,3,4,5]\n"

assert f(g())

def f(s: str, word="konjac"):
    m = 0
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    m = len(word) + 1
    return "konjac"

assert f(g())

def f(x: List[int]):
    return sum(x) > 8

def g():
    return [8, 3]

assert f(g())

def f(n: int, a=63881333, c=45):
    return n // c != a

def g(a=63881333, c=45):
    return a // (3+3)*3 + 3

assert f(g())

def f(z: float, v=1416):
    z = ((z * 2) / 2) % 5
    return z > 0 or z == -z

def g(v=1416):
    return float(v) / 4

assert f(g())

def f(x: int, a=10201202001):
    return x % 2 == 0

def g(a=10201202001):
    return 1 + (a*a + 1 * a) * a + a

assert f(g())

def f(s: str, a=13, b=2, c=13):
    if a == 13:
        return s == "hello world"
    else:
        return s == "" + "Hello world"

def g(a=13, b=2, c=13):
    if a == 13:
        return "hello world"
    else:
        return "hello world[13,2,13]\\world\\" + "\\"

assert f(g())

def f(s: str, word="pristem", max_delta=10000):
    if len(word) <= max_delta:
        return word == s
    return word == s

def g(word="pristem", max_delta=10000):
    return str(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            elif word[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word[0]+word[1])

assert f(g())

def f(s: str, word="comparison", max_len=12):
    if len(s) == 2 and len(word) < 6:
        return str(len(word) >= max_len)
    return word == s

def g(word="comparison", max_len=12):
    if len(word) > max_len:
        return str(word)
    return word

assert f(g())

def f(t: str):
    return set(t) >= set("1-+*/") and t.count("1") == 1 and t.count("3") == 0 and t.count("3") == 0

def g():
    return "1-+*/"

assert f(g())

def f(li: List[int]):
    return li[0] == 1075

def g():
    return [1075, 1000, 10, 123456789]

assert f(g())

def f(x: int, a=157767468):
    return x == a

def g(a=157767468):
    x = int(a)
    return x

assert f(g())

def f(x: int, y=4, e=300):
    return x + x > e

def g(y=4, e=300):
    return y * y + e * 2

assert f(g())

def f(x: float):
    return x <= 0.0

def g():
    return float("0")

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a + b == b
    else:
        return x - a

def g(a=253532, b=1230200):
    if a < 0 or b < 0:
        return a + b
    else:
        return a

assert f(g())

def f(x: int, a=375, b=1560):
    return x - a == b

def g(a=375, b=1560):
    return a + b

assert f(g())

def f(n: int):
    return n - 1 and n % 3 != 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(n: int, a=84746364, b=9):
    return a % n == a

def g(a=84746364, b=9):
    return a + b

assert f(g())

def f(s: str):
    return '!' in s.lower()

def g():
    return str("!")

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    elif x < 0:
        return X[x].lower() == t.lower()
    return X[x] - t.lower()

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="zababab"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="zababab"):
    return str(word).replace("A","A")

assert f(g())

def f(x: str, e="hello"):
    return x * 5 >= 'gh'

def g(e="hello"):
    return str(e)

assert f(g())

def f(s: str):
    return s > s[0]

def g():
    return str(g)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or b < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(indices: List[int], a0=123):
    assert a0 >= 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    s = [a0]
    for i in range(max(indices)):
        s.append(int(s[-1] ** 0.5) if int(s[-1] ** 0.5) ** 2 == s[-1] else s[-1] + 3)
    return len(indices) == len(set(indices)) == 3

def g(a0=123):
    return [1, 2, 3]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS", cap=100):
    return s_case == (s.upper() if cap < len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS", cap=100):
    return s_case.upper() if cap < len(s) // 2 else s.lower()

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:(len(target) + len(target) ) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:]

assert f(g())

def f(n: int):
    return n > 4  # not a number like (1, 3, 5)(2, 7, 9, 9)

def g():
    return int(int("123456789" + "0"*1) * 8)

assert f(g())

def f(s: str):
    return s.count('i') == 1 and s.count('i + 1') == 0

def g():
    return "test_test_list"

assert f(g())

def f(s: str, s1="a", s2="b", n=6):
    s1 = s1.lower()
    s2 = s1.lower()
    s_case = s1.lower()
    s = s2.lower()
    return s.lower() == s_case[:10].lower() and s2.lower() == s2.lower()

def g(s1="a", s2="b", n=6):
    s1 = "a"
    s_case = "b"
    s = "a"
    s = "b"
    return s.lower() == "a" if n > 6 else s1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len or max_len <= 10 :
        return word == s
    if len(word) == max_len or max_len <= 10 :
        return word == s
    if word == s:
        return len(word) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if word:
        return word
    if max_len:
        return max_len
    return word

assert f(g())

def f(x: int, a=1073258):
    return abs(x ** 2 - a) > a

def g(a=1073258):
    return a

assert f(g())

def f(d: int, n=123456789):
    return d == n or d == n and all(i in "48" for i in str(str(d).count("8") + str(d).count("9"))) <= n-n

def g(n=123456789):
    return n or n or n and x.count(f("123") + (d+1, f("123456789")) for x in range(1000,1000,1000))

assert f(g())

def f(s: str, target="reverse me", t=4):
    return s[::-1] == target and s[::-1] == target

def g(target="reverse me", t=4):
    return target[::-1]

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(30)])

def g():
    return list([int(i + 1) for i in range(100)])

assert f(g())

def f(args: str):
    return "Hello " + str(args) == "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str, k=7):
    if s[0] == '!':
        return True
    if len(s) < 7:
        return False
    return True

def g(k=7):
    return str(k * k) + str(k * '!')

assert f(g())

def f(n: int):
    return n > 0

def g():
    return 2 + 1

assert f(g())

def f(x: int, a=3034996521):
    return x ** 2 == a ** 2

def g(a=3034996521):
    return a | 0 ** 2

assert f(g())

def f(n: int, a=10, c=1022202221):
    return n // c == a

def g(a=10, c=1022202221):
    return 1 ^ c * a

assert f(g())

def f(d: int, n=1312):
    return d % n == 0 and d > n

def g(n=1312):
    return n**n

assert f(g())

def f(x: int, a=1000000, b=-9573736, c=4023):
    return a + x == c

def g(a=1000000, b=-9573736, c=4023):
    return c - a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b == b

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a + b - b == b

assert f(g())

def f(li: List[int]):
    return all(li[:i] != i for i in range(len(li)))

def g():
    return [0]

assert f(g())

def f(s: str):
    return set(s) <= set("22201202001") and s.count("22201202001") == 1

def g():
    return "22201202001"

assert f(g())

def f(c: str, word="antidisestablishmentarianism", max_len=12):
    if len(c) == len(word):
        return c.count(word) == 1
    for i in range(10):
        assert c.count(word) == 1
        assert c.count() == 1
    return c

def g(word="antidisestablishmentarianism", max_len=12):
    if len(word) == max_len:
        return word
    else:
        return "antidisestablishmentarianism"

assert f(g())

def f(s: str, ind = 0):
    return s + "!" in "?" or s == "!"

def g(ind = 0):
    return "!" or s == "!"

assert f(g())

def f(x: int, a=107545):
    if x >= 107545:
        return (x + a)
    return (x >= 50000) or (x >= 10000)

def g(a=107545):
    return int(a) + 1 - 1000

assert f(g())

def f(n: int):
    return len(str(n + 100) + "") == len(str(n + 1001))

def g():
    return int(int("123456789" + "0"*9) * 100000) + 1

assert f(g())

def f(x: int, a=-2236, b=14543):
    return x - a == b

def g(a=-2236, b=14543):
    return a + b

assert f(g())

def f(x: float, b=100003):
    return int(x * 2 / b) == 2 * b

def g(b=100003):
    return float(int(b) * b) + 1000

assert f(g())

def f(s: str):
    return s > s[0] and s[1].count(s) == 0

def g():
    return "world"

assert f(g())

def f(x: int, t = 9, d=1):
    return x != d

def g(t = 9, d=1):
    return int(t) + 1

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0 or a > 20:
        return x - a > b
    else:
        return -a + b == b

def g(a=50, b=1230200):
    return int(int("123456789" + "0"*9) * (42 + 3)) + (1 - a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2] == s or target[len(target) % 3] == target[(len(target) + length) % 3]

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) - 2] or target[len(target) % 3] == target[(len(target) + length)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" if d == 11 and i % lower_bound else "67")

def g(n=123456789):
    return int(n) * n

assert f(g())

def f(d: int, n=123456789):
    return d > n and not all(i in "47" for i in str(str(d).count("3") + str(d).count("6")))

def g(n=123456789):
    return n * n + str(n).startswith("123456789" + "0"*9) + 1

assert f(g())

def f(s: str, word="antidees", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s) == max_len and word[-1] == s[-1]

def g(word="antidees", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == max_len and word[-1] == s[-1]

assert f(g())

def f(n: int, a=3367, b=10):
    return n // b == a

def g(a=3367, b=10):
    return int(a) * 10

assert f(g())

def f(i: int, a=1000, b=2500):
    if a == 0:
        return 0
    if i == a:
        b = 1
    return b > 0

def g(a=1000, b=2500):
    if a == 0:
        return 0
    if b == 2500:
        return 1
    return b > 0

assert f(g())

def f(n: int, t=13, upper_bound=80):
    return n // t == 13

def g(t=13, upper_bound=80):
    return t * t

assert f(g())

def f(s: str, word="antismalism", max_len=11):
    if len(word) <= max_len:
        return word == s
    return int(s[1-1:-1]) == max_len and word[1]-1 == s[-1] and word[-1] == word

def g(word="antismalism", max_len=11):
    if len(word) <= max_len:
        return word
    if len(word) == max_len:
        return word
    return int(word[1]+1) == max_len and word[1]+1 == word

assert f(g())

def f(elements: List[int], e0=3, e1=1, e2=5, e3=3):
    return sorted(elements) == list(range(4) for e in elements)

def g(e0=3, e1=1, e2=5, e3=3):
    return list(range(4) for i in range(e0, e1, e2))

assert f(g())

def f(x: int, a=1234, b=124534):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=1234, b=124534):
    if a > 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1230200):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 10000))

def g():
    return int(int("123456789" + "0"*99) * 0.5)

assert f(g())

def f(a: int, b = 100):
    return a > b and a > b * 2

def g(b = 100):
    return int(int("123456789" + "0"*9) ** 0.5) + b

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 10000))

def g():
    return int(int("123456789" + "0"*5) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s == "hello"

def g():
    return str("hello")

assert f(g())

def f(z: int, target=72352549):
    return z == 72352549

def g(target=72352549):
    return target if target else 10

assert f(g())

def f(x: float):
    return abs(x / 2 - x) >= 10 ** -3 and x > 0

def g():
    return float(int(float("123456789" + "0"*9) ** 0.5))

assert f(g())

def f(s: str, word="antique", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="antique", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999))

def g():
    return list(range(999))

assert f(g())

def f(y: str, s="Problems"):
    s + s
    return s + str(y) and y == s

def g(s="Problems"):
    s
    return s

assert f(g())

def f(s: str, word="kondieck"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondieck"):
    return str(word)

assert f(g())

def f(n: int, a=10, b=15, upper_bound=150):
    return n % a == 0 and n < upper_bound or 0 <= n <= upper_bound

def g(a=10, b=15, upper_bound=150):
    return a + b

assert f(g())

def f(x: int, a=4, b=54368639):
    if x == -1:
        return x % 2 == 0
    elif x == -1:
        return x % 2 == -1
    else:
        return x + x - a > b

def g(a=4, b=54368639):
    return 2 * (a + b) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > 10:
        return word
    return int(s[1:-1]) == len(word)

assert f(g())

def f(s: str):
    return s.count("0123456789") != s.count("23123456789")

def g():
    return "0123456789"

assert f(g())

def f(n: int, a=3, b=23463564):
    return n // b == a

def g(a=3, b=23463564):
    return (a * b) + 1

assert f(g())

def f(x: int, a=89252338):
    return x == a

def g(a=89252338):
    return a or a-89252338.5

assert f(g())

def f(a: str):
    return str(a).endswith("1.0000000000000000000000000000")

def g():
    return "1.0000000000000000000000000000"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b < a

def g(a=345346363, b=10):
    return (int(a) < 10) + 1000

assert f(g())

def f(x: int, a=1025, b=1300):
    return x - a == b

def g(a=1025, b=1300):
    return int(a) + b

assert f(g())

def f(s: str, word="sakacin", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s.count("sakacin") == 3 and s.count("1") == 1 and (s[0] == 3 * max_len) == max_len

def g(word="sakacin", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1] + max_len) == max_len

assert f(g())

def f(x: int, a=1411, b=6988983):
    ans = 1.0 + 1073258 == 1511
    if a != b:
        ans = a + 1073258 < b
    return ans

def g(a=1411, b=6988983):
    ans = 1.0 + 2147483647 <= b
    if a != b:
        ans = a + 2147483647 - b
    return ans

assert f(g())

def f(n: int, c = 10, b=10):
    if n > 2:
        return False
    if c < 10 or c > 3:
        return True

def g(c = 10, b=10):
    return int(c == 10)

assert f(g())

def f(path: List[int]):
    return path[0] == 0

def g():
    return [0, 1]

assert f(g())

def f(x: int, a=156963, b=14035, c=509714):
    if x < 0:
        return False
    return True if isinstance(x, int) else False

def g(a=156963, b=14035, c=509714):
    if a < 0:
        return False
    if a < 100:
        return False
    if isinstance(a, int):
        return a + 4
    if isinstance(b, int):
        return b + 4
    if isinstance(c, int):
        return c + 4
    if isinstance(d, int):
        return d + 4
    return False

assert f(g())

def f(x: int, a=253530, b=1215400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253530, b=1215400):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            elif word[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:-1]

assert f(g())

def f(r: str):
    return r == 'o'

def g():
    return "o"

assert f(g())

def f(n: int):
    m = n
    if n > 4:
        return True
    m = limit(n, 1) + n
    assert n > 4 and n > 4 + 1
    m = limit(n, 1) - n
    assert n > 4 + 1 and n > 4 + 2
    for i in range(n):
        if n >= i and m:
            return True

def g():
    return int(int(int("123456789" + "0"*2 + "123456789" + "0"*3 + "123456789")) * (6 - 1) + 2
                     )

assert f(g())

def f(a: int):
    return a > 256

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, initial_data=['doe', 'goose']):
    return s in initial_data

def g(initial_data=['doe', 'goose']):
    return ("doe")

assert f(g())

def f(s: str, word="Konjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="Konjac"):
    return str(word).replace("123456789", "")

assert f(g())

def f(x: int, a=-382, b=-14546310):
    return x - a < b

def g(a=-382, b=-14546310):
    return int(int(a + b) - 2) + 1

assert f(g())

def f(s: str, word=":", count=100):
    return s == word

def g(word=":", count=100):
    return word

assert f(g())

def f(n: int, a=151234, b=512):
    return n * b > a

def g(a=151234, b=512):
    return 1 * 1024

assert f(g())

def f(x: str, s="CanYouTellIfItHASmoreCAPITALS", index=5):
    if len(x) >= 5:
        return True
    return False

def g(s="CanYouTellIfItHASmoreCAPITALS", index=5):
    if len(s) == 2:
        s_ = (1 + s[1:-3] + s[2:-3]) * 7
        s_ = (1 + s[2:-3] + s[3:-3]) * 7
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) <= len(str(i + 2))

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=12715):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=12715):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=15, b=26):
    if a != 0:
        return n % a == 0 and -1 <= a and n <= 5 and 0 <= b
    elif a != -1:
        return n % b == 0 and -1 <= b and a == b

def g(a=15, b=26):
    return int(a % a + 1) + int(b % b) - 1

assert f(g())

def f(x: int, a=567580, b=-9220):
    return x - a >= 2

def g(a=567580, b=-9220):
    return int(int("123456789") * 3) + 2

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50 or a > 5:
        return x + a > b
    else:
        return x + a * b

def g(a=253532, b=1230200):
    return int(int("123456789" + "01"*3) + 1) * 3

assert f(g())

def f(n: int, v=17):
    for i in range(n):
        if v > 17:
            return i + (v > 17)
        elif v < -17:
            return i - (i < 0)
        else:
            return i == 0

def g(v=17):
    return v*v or v == 17

assert f(g())

def f(n: int, p=2, a=1520):
    assert(p <= 3) and (n < 9 or p < 2 or n > 9 or p > 2) and (p >= 2)
    if p > 2:
        return 2 * p - 1
    return p <= 5

def g(p=2, a=1520):
    n = 1520
    if n < 9:
        return 2 * n - 1
    else:
        return 1 * n

assert f(g())

def f(x: float, a=10201202001):
    return float(x) == a

def g(a=10201202001):
    return (float(1) + float(a) * a) / a

assert f(g())

def f(s: str, word="fon"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            return False
    return True

def g(word="fon"):
    return str(word.upper() + "123456789") or w.lower()

assert f(g())

def f(s: str, word="antitypod", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-2] + s) == 2 * n

def g(word="antitypod", max_len=10):
    if len(word) <= max_len:
        return word
    if word[0] > word[1]:
        return word[0] - word[1]

assert f(g())

def f(s: str, target="foobarbazwow", target_prob=0.5):
    return s == target if target_prob==0.5 else target

def g(target="foobarbazwow", target_prob=0.5):
    return s == target if target_prob==0.1 else target

assert f(g())

def f(x: int, a=8665464, b=-93206):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=8665464, b=-93206):
    if a < 50: return a - b
    else: return a + b

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a != b

def g(a=4, b=54368639):
    return 1

assert f(g())

def f(x: int, b=14546310):
    return x - b > 0

def g(b=14546310):
    return b + (b > 0) * b

assert f(g())

def f(x: int, a=172815, b=1528):
    return x - a > 0 and x + b > 0

def g(a=172815, b=1528):
    return a + b > 0 and a + b + b

assert f(g())

def f(x: int, a=10202800000010116):
    return 3 / 2 + 2 > 0

def g(a=10202800000010116):
    return 0

assert f(g())

def f(n: int, k=10, a=4325, b=2360):
    return abs(n * k) >= a

def g(k=10, a=4325, b=2360):
    return abs(k*k + a) - abs(b*k) - abs(b) # f(k, a=4325, b=2360) : 0.5

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=512):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] ==s[-1]

def g(word="antidisestablishmentarianism", max_len=512):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word)

assert f(g())

def f(s: str):
    return s.count('o') == 1001

def g():
    return "o" * 1001

assert f(g())

def f(s: str, len=256, word="konjac"):
    return 'konjac' in s

def g(len=256, word="konjac"):
    return 'konjac.g'

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return -x % 2 == 0
    elif a == -1:
        return -x % 2 != 1
    else:
        return -x - a == b

def g(a=4, b=54368639):
    if a == 1:
        return a%3 == 0
    elif a == -1:
        return a%3 != -2
    else:
        return -a - b

assert f(g())

def f(s: str):
    return s[:-1] < s[1:] or s[1].count("123456789")

def g():
    return "foo bar bar"

assert f(g())

def f(n: int, a=35, b=7):
    if a is 1:
        return s.join(b)
    if a == 0:
        return (b == 0)
    return (a > 0)

def g(a=35, b=7):
    if a is 1:
        return s.join(a)
    if a == 0:
        return s.join(b)
    return (a < 0) - 1

assert f(g())

def f(d: int, n=123456789+1):
    return n == d

def g(n=123456789+1):
    return int(n - 1) + 1

assert f(g())

def f(x: int, a=144765, b=43571555):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=144765, b=43571555):
    if a > 0:
        return a + b

assert f(g())

def f(gid: int, b=20):
    return gid != 0 or gid == 1

def g(b=20):
    return int(b) or 1

assert f(g())

def f(s: str, target="foabaraw", length=6):
    return target[(len(target) == 7) // 2 : (len(target) + length) ] == s

def g(target="foabaraw", length=6):
    return target[(len(target) == 7) // 2 : len(target) + len(target) ]

assert f(g())

def f(s: str, perm = ["w_goodbye_unl_w_l_w_l_l_w", "quo_w_d_w_w_d"]):
    return "Hello " + s == "Hello world"

def g(perm = ["w_goodbye_unl_w_l_w_l_l_w", "quo_w_d_w_w_d"]):
    return "world"

assert f(g())

def f(n: int, a=345346365, b=10):
    return n / b == a

def g(a=345346365, b=10):
    return int(10*a)

assert f(g())

def f(nums: List[int], n=13, m=4):
    return len(nums) == 3 and m >= 0

def g(n=13, m=4):
    return [n for n in (10,13,4) if n > -10]

assert f(g())

def f(name: str, target="reverse me", reverse=True):
    return target == name if target else target

def g(target="reverse me", reverse=True):
    if target == "reverse me":
        return "reverse me"
    else:
        return "reverse me"

assert f(g())

def f(d: int, n=123456789):
    if d != n:
        return d > n + 1
    assert n % 5 == 1
    assert d != n + 1
    return d > n - 1

def g(n=123456789):
    if n % 5 == 1:
        print("Numerically")
        return (n * 5) + 1
    assert n is not None
    return (n * 9) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a - b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: float, y=0.5, x1=0.5, y1=0.5):
    return x * x1 - y1 < 0

def g(y=0.5, x1=0.5, y1=0.5):
    return (float(y) - float(x1)) / (-3.0)

assert f(g())

def f(z: str):
    return z.strip() == 1 or z.strip() == 'n'

def g():
    return "n"

assert f(g())

def f(t: str, s="Problems"):
    if len(t) < 4:
        print("Problem: " + repr(t))
        print("Total: %s" % (t[0]))
        print("No solutions: %s" % (t[1]))
        print("Solution: %s" % (t[2]))
        print("No solutions: %s" % (t[3]))
    return len(t) >= 8 or len(t) > 4

def g(s="Problems"):
    return s

assert f(g())

def f(s: str, c_d=0.5):
    return c_d <= 0.5

def g(c_d=0.5):
    return str(2*c_d) if c_d < 0 else str("123456789")

assert f(g())

def f(s: str, target="foobarbazwow", d2=100):
    if target == "foobarbazwow":
        return s == target
    elif target == "foobarbazwow":
        s = target
    elif target == "foobarbazwow":
        s = target
    elif target == "foobarbazwow":
        s = target
    elif target == 'foobarbazwow':
        s = target
    else:
        return s

def g(target="foobarbazwow", d2=100):
    if target == "foobarbazwow":
        return target
    else:
        return s[0]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b") != x.count("c") and ('b' in x) for x in s) for s in s)

def g():
    return ["b"*(i+2)+"c" for i in range(1000)]

assert f(g())

def f(x: int, a=1, b=5):
    s = x * 5
    return s < 5

def g(a=1, b=5):
    s = (a-1)*5
    return s * s

assert f(g())

def f(s: str, string="konjac"):
    return s + 'intelligent' == string or len(s) == len(string)

def g(string="konjac"):
    return string.replace('not', 'konjac')

assert f(g())

def f(y: int):
    return str(y - 4.1678).startswith(str(y)[0])

def g():
    return int(int("123456789" + "5"*9) ** 0.5) + 1

assert f(g())

def f(s:str):
    assert 2 <= len(s)  # should be odd
    return len(s) >= 2

def g():
    return "hello"

assert f(g())

def f(path: List[int], edges=[[0, 7], [0, 7]], m=10, target=4, target_len=9):
    return path[0] == 0 and path[1] == max(max(edge) for edge in edges)

def g(edges=[[0, 7], [0, 7]], m=10, target=4, target_len=9):
    return edges.pop()

assert f(g())

def f(n: int, a=10000):
    return len(str(n + 1)) == len(str(n))

def g(a=10000):
    return int(int(a))

assert f(g())

def f(r: str, name="hiragana"):
    return str(r) == name

def g(name="hiragana"):
    return name

assert f(g())

def f(s: str):
    return s[0] == '$' or s[0] == '$' and is_empty(s)

def g():
    return '$' or '$'

assert f(g())

def f(x: int, a=18, b=1230200):
    if x > 0 or a < 50:
        return x - a >= b
    else:
        return x + a < b

def g(a=18, b=1230200):
    return 2 * a + 2 * b

assert f(g())

def f(big_str: str, word="antidisestablishmentarianism", m=16, max_len=10):
    if len(big_str) > max_len:
        return word == big_str
    else:
        return None

def g(word="antidisestablishmentarianism", m=16, max_len=10):
    if len(word) > 1:
        return word
    else:
        return None

assert f(g())

def f(x: int, a=50, b=123020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=123020):
    return int(a + b)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', ' ', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', ' ', 'd']):
    return str(tuple(chars))

assert f(g())

def f(s: str, word="antisympaticism", max_len=2):
    if len(word) >= max_len:
        return word == s
    return abs(a * x ** 2 + b * x + c) >= 1e-6

def g(word="antisympaticism", max_len=2):
    if word == "antisympaticism":
        return word
    return abs(a * "x") / 3

assert f(g())

def f(n: int):
    return str(n * 100).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) * 100)

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(2)]) and len(set(li)) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, a=123456789):
    for i in "0223456789":
        if s.count(i) == 1 and s.count("1") == 1:
            return True
    return False

def g(a=123456789):
    return str(a + 1)

assert f(g())

def f(s: str, a="hello"):
    for i in range(len(s)):
        if (s[i] != a) and (a < s[i + 1]) and (a < s[i + 2]) and (a > s[i + 3]):
            return True
    return False

def g(a="hello"):
    return a * 7

assert f(g())

def f(eps: int):
    return eps >= 2 if eps < 0.0 else eps >= 2 + 1

def g():
    return int(int("123456789" + "0" * 8)) - 1

assert f(g())

def f(s: str, a=1, b=1677):
    return len(s) == len(set(s))

def g(a=1, b=1677):
    return str(a + b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=256):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and sum(s[-1] + words[-1]) == 1

def g(word="antidisestablishmentarianism", max_len=256):
    if len(word) <= max_len:
        return word
    return word == s[:-1]

assert f(g())

def f(t: str, s="aAd"):
    return s.lower() == t.lower()

def g(s="aAd"):
    return str(s)

assert f(g())

def f(s: str, p=10):
    return s[::-1] < s[::-2]

def g(p=10):
    return "Hello world\n"

assert f(g())

def f(b: str):
    return b.startswith("123456789")

def g():
    return "123456789" + "10"

assert f(g())

def f(y: str):
    return "Hello " + y[::-1] == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(x: int, a=14145784, b=149654878):
    return x >= a

def g(a=14145784, b=149654878):
    return int(a * (2 + (9 + (-3) - 3)) * (a + 31))

assert f(g())

def f(x: int, a=9776589):
    return int(x) == a

def g(a=9776589):
    return int(a)

assert f(g())

def f(s: str, word="jacobian"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="jacobian"):
    return "jacobian"

assert f(g())

def f(x: int, a=50, b=1503):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1503):
    if a < 0 or b < 0:
        return x + a == b
    return a + b

assert f(g())

def f(t: str, s1="M"):
    return t[:] == s1

def g(s1="M"):
    return "M"

assert f(g())

def f(s: str):
    return s == '0123456789' or s in ('00', '0123456789')

def g():
    return "0123456789"

assert f(g())

def f(n: int, a=0, b=100, c=20):
    return n + a == sum([b * i for i in range(c)])

def g(a=0, b=100, c=20):
    # 1
    return sum([b * i for i in range(c)])

assert f(g())

def f(n: int, d=123456789):
    return d > n - d

def g(d=123456789):
    return d + 12

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and (x.count("b") < x.count("a")) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(t: str, n=123456789):
    return t in ["123456789", "47", "55", "98", "111", "123456791"]

def g(n=123456789):
    return "123456789"

assert f(g())

def f(x: int, a=10, v=10):
    return x + a > v

def g(a=10, v=10):
    return a > v if v >= 1024 else v

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    n = len(s) - 1
    # get number of elements in s
    s1 = s[1]
    for c in s:
        if c != c.lower():
            if len(s1) > 1:
                s1 = s1[1]
                n -= 1
    return n > 0 and n % n == 0

def g(a="hello", b="yellow", length=4):
    return str(a + "-" + str(b + "-"*3) for a in range(length))

assert f(g())

def f(v: float):
    return v == 9

def g():
    return 3. * 3

assert f(g())

def f(x: int, a=12345, b=-381877):
    return x - a == b

def g(a=12345, b=-381877):
    return int(a + int(b))

assert f(g())

def f(n: int):
    m = n
    while n > 5:
        n = 5 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        return True
    return False

def g():
    return int(int("123456789") * 9) + 1

assert f(g())

def f(n: int, a=345346363, b=35):
    return n // b == a

def g(a=345346363, b=35):
    return a * b

assert f(g())

def f(x: int, a=16, c=10434567):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 2
    else:
        return x + a == c

def g(a=16, c=10434567):
    if a == 1:
        return (0, -0) * -0.5 - a
    elif a == -1:
        return (0, 0) * +0.5 - c
    else:
        return - a + c

assert f(g())

def f(x: int, a=10587845, b=84447):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10587845, b=84447):
    if a < 0:
        return a < 0
    else:
        return a + b

assert f(g())

def f(i: int): 
    return i >= 0 and len(str(i + 1000)) <= len(str(i + 1))  # check if str(i + 10) == 1 and str(i + 1) == 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="foobarbazwow", start = 10, end=100):
    return target == s

def g(target="foobarbazwow", start = 10, end=100):
    return "foobarbazwow"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return str(word) + word

assert f(g())

def f(s: str):
    return s[:].find('foo') == 0

def g():
    return 'foo'

assert f(g())

def f(x: int, a=4, b=54368639):
    if x != 0:
        return x % 2 == 0
    else:
        return x + a >= 0 and x % 2 == 0

def g(a=4, b=54368639):
    if a == 4:
        return 2 * 100
    else:
        return 3 * 100

assert f(g())

def f(s: str, word="dothfulism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="dothfulism", max_len=10):
    if len(word) <= max_len:
        return word
    return max(word) * numofwords

assert f(g())

def f(x: int):
    return x > 93252338

def g():
    return int(int("123456789" + "5"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a=1073258, b=7202404):
    return "Hello " + s == "Hello world";

def g(a=1073258, b=7202404):
    return "world";

assert f(g())

def f(x: int, a=10741315, b=133750):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10741315, b=133750):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-1) == max(s[0]-1) and word[0] == s[0]-2 and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word)-1 == max(word), word != None

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s += str(n)
    return True

def g():
    return 2
    for i in [1, 2]:
        return Int(i, i + 2)
    assert f(int(i) * 9)

assert f(g())

def f(x: float, a=9000):
    return abs(x - a) < 10 ** -3

def g(a=9000):
    return float(a)

assert f(g())

def f(n: int, a=3, b=12345):
    return a * n // b == a

def g(a=3, b=12345):
    return a * 3 ^ b - a

assert f(g())

def f(s: str):
    return sum(c for c in [len(t) for t in s]) >= 4

def g():
    return "hello"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s.lower() == target) == reverse

def g(target="reverse me", reverse=True):
    return target if target else target

assert f(g())

def f(s: str, target="a"):
    return s == target and len(s) == len("a")

def g(target="a"):
    return target

assert f(g())

def f(n: int, v=2, w=100):
    return n * 1 / (n - v) <= w

def g(v=2, w=100):
    return int(v) + (v | 3) - 1

assert f(g())

def f(x: List[str]):
    return len(x) > len(set(x)) or len(x) == len(set(x))

def g():
    return list("hello")

assert f(g())

def f(w: str, a="w"):
    return w[::-1] == "w" and w[::-1] != ''

def g(a="w"):
    return a

assert f(g())

def f(x: int, a=5129, d=17):
    if a != -1:
        return x % 2 == 0
    elif a==1:
        return x%2 == 0
    elif a == -1:
        return x + a == b
    else:
        return x + a == b

def g(a=5129, d=17):
    return 0

assert f(g())

def f(x: List[int], a=5, b=6, s=-500):
    return x[0] == a and x[-2] <= b and x[-1] < b

def g(a=5, b=6, s=-500):
    return [
        5, 3, 0, 2, 2, 3
    ]

assert f(g())

def f(x: int, a=66559747):
    return x + 1 > a

def g(a=66559747):
    return a

assert f(g())

def f(str: str, subc="foobar", index=0):
    return str.index(subc) == index

def g(subc="foobar", index=0):
    return str(subc)

assert f(g())

def f(n: int):
    return 2.0 < n

def g():
    return int(float(float("123")) * 2.0)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) - 1 : len(target) + 1] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - length]

assert f(g())

def f(x: float, a=15, b=5):
    return 0.005 - x < 0.5

def g(a=15, b=5):
    return (0.005 / a) * (0.5 / b) + 1 / 2

assert f(g())

def f(n: int, a=21):
    return n % a == 0 or sum(abs(x) for x in s2) in {0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34, 5, 15, 26}

def g(a=21):
    return 0

assert f(g())

def f(s: str):
    for i in range(len(s) + 1):
        if i == 0:
            if s[i] != s[i].upper():
                return False
    return True

def g():
    return "123456789"

assert f(g())

def f(n: int, a=345346363, b=1020):
    return n // b == a

def g(a=345346363, b=1020):
    return int(a * b)

assert f(g())

def f(y: int, a=93252338):
    return y == a

def g(a=93252338):
    return a

assert f(g())

def f(s: str, m=20):
    return s in s

def g(m=20):
    return str(((m * m + 1) + 3) + 1)

assert f(g())

def f(t: str, s="abbbababa", target=7):
    return len(t) >= target

def g(s="abbbababa", target=7):
    if len(s) == 0:  # no more data
        return "aabbbaba"
    else:  # less than target
        return "abbbababa"

assert f(g())

def f(s: str):
    return s == "MONEY"

def g():
    return "MONEY"

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(0, n):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(0, n):
        m = (m-1 if m % 10 else m// 10)
    return m

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or [s] == reverse or [s] == reverse

def g(target="reverse me", reverse=True):
    if target:
        return "reverse me"
    return "reverse me"

assert f(g())

def f(e: List[int]):
    return [e for e in e] == list(list(e))

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(n: int, a=345346363, b=10, target=10):
    return n//b == a

def g(a=345346363, b=10, target=10):
    return a*b

assert f(g())

def f(m: int):
    return m > 0 ** 2

def g():
    return int(int("5" + "0" * 9) ** 0.5)

assert f(g())

def f(x: int, a=10, b=100):
    return x - a > b

def g(a=10, b=100):
    return a*(b-5) + (a + 1) * b

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a and x == b

def g(a=1073258, b=72352549):
    return a and b

assert f(g())

def f(s: str):
    return len({s[::-1] for s in s}) == len(s)

def g():
    return "world[123456789]"

assert f(g())

def f(x: int, a=829, b=2522):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a == b

def g(a=829, b=2522):
    return int(a + 10*a)**2 + int(b + 2*b)**2

assert f(g())

def f(x: int, b=1073258):
    return x == b + 1

def g(b=1073258):
    return b + 1

assert f(g())

def f(n: int, c=3):
    return c == 3

def g(c=3):
    return c

assert f(g())

def f(s: str):
    return s.count('o') == 1 and s.count('og') == 0

def g():
    return "world"

assert f(g())

def f(x: int, a=12345678, b=12345678, u=12345678):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=12345678, b=12345678, u=12345678):
    if a < 10000:
        return "b"
    else:
        return a + b

assert f(g())

def f(x: str):
    return "Hello foo" in x

def g():
    return "Hello foo" + str(int("123456789") * 9 + 1)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a + x < b

def g(a=8665464, b=-93206):
    return a * b

assert f(g())

def f(x: int, a=658829, b=1230200):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 7
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=658829, b=1230200):
    if a < 0:
        return a-b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n + 1 and 0 < n <= d

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(t: str, k=30):
    return len(t[::-1]) <= k

def g(k=30):
    return str(k * (k + 2))

assert f(g())

def f(k: int):
    return k > 1 or k == k

def g():
    return (2) * (2 * (2 * (2 - 1) + 1)) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=11):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word) + max_len

def g(word="antidisestablishmentarianism", max_len=11):
    if max_len < 20:
        return word
    return str(word) == str(word) + max_len

assert f(g())

def f(x: int, a=15, b=27, upper_bound=150):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=27, upper_bound=150):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(substring: str, string=':', count=1):
    return string.count(substring) == 1

def g(string=':', count=1):
    return string if count == 1 else None

assert f(g())

def f(a: int):
    return abs(a) < 10

def g():
    return int(int("0" * 100) ** 0.5) + 1

assert f(g())

def f(c: List[str]):
    return c[0] <= c[1]

def g():
    return [('a'*9), ('b'*9), ('c'*9)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len = 1024):
    if len(word) <= max_len:
        return word == s
    if max_len < 2:
        return max_len == 2
    if len(word) == max_len:
        return max_len == 1
    return int(s[1:-1]) == max_len or max_len < 2

def g(word="antidisestablishmentarianism", max_len = 1024):
    if len(word) <= max_len:
        return word
    if max_len < 2:
        return max_len == 2
    if len(word) == max_len:
        return max_len == 1
    if len(word) == max_len:
        return max_len
    return 0

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.index(s) < index

def g(big_str="foobar", index=2):
    return big_str.replace("\\" + str(index + 1) + "/" + str(index + 2) + "", "\\")

assert f(g())

def f(x: int, a=2541, b=1250):
    m = a*b
    if x == 55:
        return x - a == b
    return m > 0

def g(a=2541, b=1250):
    return int(a) + 10

assert f(g())

def f(x: int, a=1020120201):
    if x - a > 0:
        return True
    return False

def g(a=1020120201):
    return int(a + (a-1))

assert f(g())

def f(s: str, word="kwak"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False

    return True

def g(word="kwak"):
    return str(str(word))

assert f(g())

def f(li: List[int], target=[17, 7, -1, 17, 7, -1], n=2):
    return li * n == target

def g(target=[17, 7, -1, 17, 7, -1], n=2):
    return target[:3]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + b == x

def g(a=1073258, b=72352549):
    return (int(a)+int(b))

assert f(g())

def f(s: str, word="antisymmetricity", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisymmetricity", max_len=20):
    word = str(word)
    if len(word) <= max_len:
        return word
    return max_len - 1

assert f(g())

def f(s: str, n=1):
    if len(s) == 1:
        return True
    else:
        return None

def g(n=1):
    return str(n) if n else ""

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if target not in s:
        return False
    return True

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(n: int, a=1502, b=0):
    return a // n == 0

def g(a=1502, b=0):
    return int(int(a) + int(b) ** 0.5) * a

assert f(g())

def f(x: int, a=3554315, b=10):
    return x - 10 + b == a and b != 0

def g(a=3554315, b=10):
    return a or a == 2 and b != 2

assert f(g())

def f(s: str):
    return "hello world" in s

def g():
    return "hello world\n"

assert f(g())

def f(s: str, word="antiqueism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0]) == len(word[0]) and word[-1] == s[0] and word[-2] == s[1] and word[-3] == s[2]

def g(word="antiqueism", max_len=10):
    if len(word) <= max_len:
        return "antiqueism"
    return int(word[:1]) == len(word) and word[-1] == word[-1] and word[-2] == word[-2]

assert f(g())

def f(s: str, n=6):
    for i in s:
        assert s.count(i) == 1
    return len(s) <= 6

def g(n=6):
    return str(n - 1)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == len(s)

def g():
    return ["123456789" + "0"*9 + "0"*9]

assert f(g())

def f(x: int, a=15, b=-3):
    return x + a == b

def g(a=15, b=-3):
    return int(-2 + 1) * (1 + 1 + a - b - 2)

assert f(g())

def f(dots: List[int]):
    assert len(dots) == 3
    return len(dots) == 3

def g():
    return list(set([0, 1, 2]))

assert f(g())

def f(x: int, a=1365, b=1265):
    if x > 0 or a > 255:
        return x - a == b
    else:
        return x + a == b

def g(a=1365, b=1265):
    if a == 0:
        return a
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    if n < 0:
        return d < n
    if n > 1:
        return d > n
    if (n > 0):
        return d * n
    if (n > 1):
        return d + n
    return True

def g(n=123456789):
    if n < 0:
        return n < 1
    if (n > 0):
        return n + 1
    if (n > 1):
        return n + 2
    return None

assert f(g())

def f(x: int, a=12345):
    return x == a

def g(a=12345):
    return (int(a) * (int(a) < (1 + 12)) + int(a))

assert f(g())

def f(s: str, a=1, c=1):
    return s[:5 - 4] and  c <= a

def g(a=1, c=1):
    return str(a - 1)

assert f(g())

def f(inp: str, sep="!!", string="I!oh!!poss!!"):
    return inp and inp[0] != string and inp[1] != inp and inp[2] != string and inp[3] != string and inp[4] != string

def g(sep="!!", string="I!oh!!poss!!"):
    return "I!oh!!"

assert f(g())

def f(x: str, target="foobarbazwow", v=9, w=100):
    return target[((len(target) - len(target) + 1) // 2) & 2:] == x

def g(target="foobarbazwow", v=9, w=100):
    return "foobarbazwow"

assert f(g())

def f(n: int):
    return len(str(n + 1000)) >= len(str(n + 1001))

def g():
    return int(int("6147483648" + "0"*9) ** 1)

assert f(g())

def f(d: int, n=100000):
    return d > n + 20

def g(n=100000):
    return n * n * 10

assert f(g())

def f(s: str, chars="\\w+", target="123458912345678"):
    for i in "0123456789":
        assert s.count(i) == 1
    return True

def g(chars="\\w+", target="123458912345678"):
    if chars == "\\w+": return "0123456789"
    for i in "0123456789":
        assert i.count(i) == 1
    return True

assert f(g())

def f(s: str):
    return s == 'lol'

def g():
    return str("lol")

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return res == m + n

def g(m=1234578987654321, n=4):
    return m + n

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != word[i].lower():
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, m=9):
    return m < n and n > m

def g(m=9):
    return int(int(m) * m)

assert f(g())

def f(x: int, a=1020, b=50):
    if x > 0 or a > 50:
        return x - a == b
    else:
        x += a
    return x + b

def g(a=1020, b=50):
    if (a > 10 and b > 50 and x > 100):
        return x - a == b
    else:
        x = 1020 + 50
    return x

assert f(g())

def f(n: int, a=34952723, b=10):
    return n // b == a

def g(a=34952723, b=10):
    return a*b
    if (a == 34952723) or (b == 10):
        return -2 * n // b == -2*n
        return 0;

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or max_len > 1:
        return word == s
    return len(s) == len(max(word, 1)) and max(s[0] + max(word, 1), max(word, 1))

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or max_len > 1:
        return word
    return max(word, 1)

assert f(g())

def f(c: str, s="Do"):
    return c == "Do"

def g(s="Do"):
    return 'Do'

assert f(g())

def f(x: int, a=14546310, b=474323):
    return x - a == b

def g(a=14546310, b=474323):
    return int(a + b)

assert f(g())

def f(s: str, word="flood", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] for word in word)

def g(word="flood", max_len=10):
    if word:
        return word
    out = str(word)
    if out:
        return "Hello " + out[::-1] == "Hello world"
    return int(out[1:-1] for out in out)

assert f(g())

def f(t: str, s="abcdefghi", target=10):
    if t == 'ab':
        i = 0
        for c in t:
            while c != s[i]:
                i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdefghi", target=10):
    # all 0,1,2
    return str(s[0]*(1 - i) for i in range(10))

assert f(g())

def f(f: str, word="antidisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word == f
    return int(f[1:-1]), int(f[1:-2]), int(f[1:-3])

def g(word="antidisestablishmentarianism", max_len=1000):
    if len(word) >= max_len:
        return word == g
    else:
        return word

assert f(g())

def f(t: str, s="3", n=38):
    return len(t) == len(s)

def g(s="3", n=38):
    if n == 38:
        return "1"
    if s in g:
        return "2"
    else:
        return "3"

assert f(g())

def f(s: str, b=22):
    return s == "hello world"

def g(b=22):
    if b != -1:
        return "hello world"
    else:
        return "world"

assert f(g())

def f(x: int, a=1407853, b=72354480):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1407853, b=72354480):
    if a <= 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=390972334):
    return x == a

def g(a=390972334):
    return int(a) + (f(a)*f(a + 10))

assert f(g())

def f(n: int, a=15382, b=132245, lower_bound=150):
    return n % a % b == n

def g(a=15382, b=132245, lower_bound=150):
    return a % lower_bound

assert f(g())

def f(s: str, target=50, n=3):
    assert target == 50
    if len(s) >= 3:
        return False
    return True

def g(target=50, n=3):
    return str(target)

assert f(g())

def f(n: int, dups=42155):
    return n + dups and n >= dups

def g(dups=42155):
    return dups

assert f(g())

def f(x: int, a=1018978):
    return -x == a

def g(a=1018978):
    return 1 - a - 1

assert f(g())

def f(n: int, a=3):
    return a > 0

def g(a=3):
    return a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=1000):
    return "antidisestablishmentarianism"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x + x <= b

def g(a=1073258, b=72352549):
    return int(int(a/1073258 + a/72352549))

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return m < 1 or m >= 2 ** upper

def g(t=197, upper=20):
    return int(int("123456789" + "0"*9) ** t)

assert f(g())

def f(n: int, c=60):
    if c < 64:
        return True
    if c == 0:
        return False
    else:
        raise Exception("Exception in evaluation of states")

def g(c=60):
    return 0 + c * c

assert f(g())

def f(x: int, a=1020, g=1, b=1, c=1, d=2021):
    if x > 0 and a > 50:
        return x - a > g
    else:
        return x * g > 1 + b

def g(a=1020, g=1, b=1, c=1, d=2021):
    d = a * g + b * g + c * d + d * g + c * d + c * d
    return d + d

assert f(g())

def f(d: int, n=123456789):
    return d +  1.123456789 > n

def g(n=123456789):
    return n * n

assert f(g())

def f(x: str, a="hello", b="yellow", length=4):
    if len(x) != 6:
        return x == a
    else:
        return x == b

def g(a="hello", b="yellow", length=4):
    if len(a) > 3:
        return "hello"
    else:
        return "yellow"

assert f(g())

def f(x: int, a=1020, b=18, upper_bound=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1020, b=18, upper_bound=10):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float):
    return x > -3.1415

def g():
    return int(int("123456789" + "0"*9) ** 0.5) - 3.1415

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            m = (m - 1 if m % 10 else m % 2)
        return m <= m + 1 ** upper
    m <= m * n * m + 1
    return m > 5 * n * m + 1

def g(t=197, upper=20):
    if t == 197:
        return 0
    return ((1 - t) / (m - 1 * t) - 1 ** upper)

assert f(g())

def f(x: int, b=72352549):
    return x > 91534

def g(b=72352549):
    return int(b * 8 + b)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("6") + str(d).count("3") + str(d).count("1")))

def g(n=123456789):
    return n*n

assert f(g())

def f(x: int, b=1230201):
    if x < 0 and b < 0:
        return x - x - 1
    return x - (b - 1) > 0

def g(b=1230201):
    return int(int(b) + 1)

assert f(g())

def f(v: str, target="reverse me", reverse=True):
    return v == target if target else None

def g(target="reverse me", reverse=True):
    if target:
        return target
    return target + "%d" % reverse

assert f(g())

def f(m: int, n=100, u=100, v=1):
    return 1 + (n % 10) and m > 2 * u

def g(n=100, u=100, v=1):
    return 1 + n * 10**3 + v*10**3

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if len(s) < i:
            return False
    return True

def g(word="konjac"):
    return "123456789" + (word)

assert f(g())

def f(x: str, n=1):
    return len(x) == 1

def g(n=1):
    return str(n)

assert f(g())

def f(name: str, a="Foo", b="Bar", s="FooBar", options=10):
    return name in [a for a in [a, b]]

def g(a="Foo", b="Bar", s="FooBar", options=10):
    return "Foo"

assert f(g())

def f(x: int, a=255, b=125):
    if x < 0 or a > 25:
        return x - a == b
    else:
        return a + b == b

def g(a=255, b=125):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=80, b=50):
    return n / a == b

def g(a=80, b=50):
    return int(int(a) * int(b))

assert f(g())

def f(x: int, a=625, b=126314):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=625, b=126314):
    if a < 0 or b < 0:
        return a
    else:
        return a + b

assert f(g())

def f(x: int, a=234470, b=126048):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return -x + a == b

def g(a=234470, b=126048):
    if a < b:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=1, b=3):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1, b=3):
    return int(a * (3 + b))

assert f(g())

def f(s: str, word="prima", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="prima", max_len=10):

    words = []
    if len(word) <= max_len:
        return word[:max_len]
    words.append(word)

    if word[2:10]==3:
        return word[1:-1] == 3

assert f(g())

def f(n: int, a=345346363, b=10):
    for i in range(5):
        return n > a

def g(a=345346363, b=10):
    return int(a + 2) + 2

assert f(g())

def f(m: int):
    return m > 9999999 + ((1 + 31/3) > 999999999 + ((1 + 3600) - ((1 + 4999999999) > 999999)) or (m + 1 or m) / 1000)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="peter", max_len=10):
    return word == s and max_len == max_len

def g(word="peter", max_len=10):
    return word

assert f(g())

def f(n: int, a=100, b=50, c=100):
    return 0 <= (n < a) and (n > a + 1)

def g(a=100, b=50, c=100):
    return int(a * b + c)

assert f(g())

def f(x: float, a=1030):
    return x == a

def g(a=1030):
    return float(a)

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 3

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=6, b=1230200):
    if x > 0 or a > 253532:
        return x - a > 5 / 10
    else:
        return x - a + a > b / 10

def g(a=6, b=1230200):
    if (a - b < 0) or (a - b > 0) or (a - b < 10) or (a - b < 15) not in 1 or (a - b < 10) not in 1 or 2:
        return a * (3 + b) + b * a

assert f(g())

def f(n: int, a=15, b=30, upper_bound=150):
    return n % a == 0 and n % b == 0 and 0 < n <= upper_bound

def g(a=15, b=30, upper_bound=150):
    return int(a % (30 * int(a * b + b)) + 15)

assert f(g())

def f(m: int):
    return abs(m) > 0.3 and abs(m - 2) > 0.5

def g():
    return int(int("123456789" + "0"*9) ** 0.5*(-1) + 0.5)

assert f(g())

def f(s: str):
    return str(s.lower()) == s

def g():
    return "123456789"

assert f(g())

def f(s: str, target="foobarbazwow", length=10000):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=10000):
    return target[len(target) == 2:]

assert f(g())

def f(n: int, c: int = 255):
    return n == c

def g(c: int = 255):
    return int(f(c) + 0.5 * (int(f(c) -1) + 0.5)) * c

assert f(g())

def f(x: int, a=10, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=10, b=1230200):
    if a > 50:
        return x - a == b
    else:
        return a + b

assert f(g())

def f(n: int, a=1234, b=8981):
    return n == a

def g(a=1234, b=8981):
    return a

assert f(g())

def f(x: int, a=14302, b=5):
    if x > 0 or b > 50:
        return x - a == b and sum(seq) == n and len(seq) == b + a
    else:
        return x + a == b

def g(a=14302, b=5):
    return 5 - a

assert f(g())

def f(x: str, s=679):
    return 'numbi' in x

def g(s=679):
    return 'numbihi'

assert f(g())

def f(n: int, a=1024):
    return n == a

def g(a=1024):
    return int(a) + (int(((a - a) % 1024) << 2) % 2)

assert f(g())

def f(t: str, s="problems"):
    return len(t) == len(s)  # set(s) <= len(s)

def g(s="problems"):
    return str("problems")

assert f(g())

def f(x: List[int], t=20):
    return all(i in range(0) for i in x and len(x) == t)

def g(t=20):
    return [i for i in range(0) for i in t]

assert f(g())

def f(s: str, word="M0A3D", text=True):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="M0A3D", text=True):
    return str(word) + str(word) + word

assert f(g())

def f(s: str):
    return s.count('y') == 1 and s.count('oo') == 0

def g():
    return 'y' + "x"

assert f(g())

def f(x: int, b = 578491858):
    return x == b or 0

def g(b = 578491858):
    return b or 578491858

assert f(g())

def f(n: int, m=1230200):
    return n > m

def g(m=1230200):
    return int(m) + 1

assert f(g())

def f(t: str, s="I"):
    return s in t[::-1]

def g(s="I"):
    return s or str(s) == 'I'

assert f(g())

def f(s: str, word="konkac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konkac"):
    return word[:2]

assert f(g())

def f(s: str):
    return s.count("9") and s.count("1") != s.count("8")

def g():
    return ("95555" + "96789")

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a - b

def g(a=253532, b=1230200):
    if a > 20:
        return a + b
    else:
        return a

assert f(g())

def f(l: List[int], n=1215, m=1352):
    return list(l) == [5, 5, 23, 15]

def g(n=1215, m=1352):
    return [5, 5, 23, 15]

assert f(g())

def f(x: int, a=1340497975):
    return x == a

def g(a=1340497975):
    return a

assert f(g())

def f(s: str, target="hello_world_x", reverse=True):
    return s > target[::-1]

def g(target="hello_world_x", reverse=True):
    return target[::-2]

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return b < 675000 if x <= 0 or a <= 50 else x > 5

def g(a=8665464, b=-93206):
    return 0 if b < 675000 else 1

assert f(g())

def f(s: str):
    s1 = "hello world"
    s2 = "hello world"
    return s1 == s2 and s == s1

def g():
    return "hello world"

assert f(g())

def f(s: str, target="wonderful", length=6):
    return target[(len(target) - length) // 2] <= s

def g(target="wonderful", length=6):
    return target[(len(target) + length) // 2]

assert f(g())

def f(s: str, target="barbazwow", l=60):
    return s[::-1] == target[(len(target) - len(s) - 2) // 2]

def g(target="barbazwow", l=60):
    return target[(l - len(target) - 1) // l]

assert f(g())

def f(t: str, s="abcdefghjklzxcvbnm", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdefghjklzxcvbnm", target=7):
    i = 0
    while i < len(s):
        if i % 6 == 0:
            s = "abcdefghjklzxcvbnm"
            assert s == "abcdefghjklzxcvbnm"
            break
        i += 1
    return s

assert f(g())

def f(s: str, a=5, b=12):
    for i in range(len(s) - 1):
        if i and 0 <= i < 1:
            return False
    return True

def g(a=5, b=12):
    return str(a)

assert f(g())

def f(s: str, a=5129, d=17):
    return len(s) == len(set(s)) and len(s) != d

def g(a=5129, d=17):
    return str(a) if a < d else str(a)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if word in word:
        return word

assert f(g())

def f(n: int, a=14983, b=5, lb=2598):
    for i in range(n):
        if lb == lb and (ls[i] in b) and i < lb:
            return False
    return True

def g(a=14983, b=5, lb=2598):
    return True + (a-4)*(lb + 4*lb) * (lb - 5*lb)

assert f(g())

def f(s: str):
    return s == "I"

def g():
    return "I"[::-1]

assert f(g())

def f(s: str, target="barbazwowwowwow", length=6):
    return target[(len(target) - length) // 2: len(target) - 1: len(target) - 1] == s

def g(target="barbazwowwowwow", length=6):
    return target[(len(target) - length) // 2: len(target) - 1: len(target) - 1]

assert f(g())

def f(x: int, a=135739):
    if x > 0:
        return x - a < 0
    else:
        return x + a > b

def g(a=135739):
    return int(int(a + 9)**(-9)) + 4

assert f(g())

def f(e: str):
    return 'hello world' in e

def g():
    return ('hello world')

assert f(g())

def f(st: str, word="konjac"):
    return word in st or isinstance(st, str[str[word]])

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=1050):
    if x > 0 or a > 30:
        return x - a > 1
    else:
        return x - a > 1

def g(a=1050):
    return int(a * a**1050)

assert f(g())

def f(n: int, nums=1234, upper_bound=1):
    return nums >= 1

def g(nums=1234, upper_bound=1):
    return int(nums + 2*nums) + nums

assert f(g())

def f(x: int, a=13844082, b=652272):
    return x-b and 0 < x-b

def g(a=13844082, b=652272):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    return i >= 1 or i < 3

def g():
    return len("789123456")

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in "47" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n + 1

assert f(g())

def f(x: int, a=1, b=12345):
    return x + b > a

def g(a=1, b=12345):
    return a or ((n * (x + b)** 3) + 1) + b

assert f(g())

def f(num: int, v=9, w=100):
    return num * 10 == w

def g(v=9, w=100):
    return 1 + v

assert f(g())

def f(x: int, a=17, b=100, c=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=17, b=100, c=20):
    if a > 50:
        return a > 50
    else:
        return a + b

assert f(g())

def f(n1: int, a=92252338):
    return n1 // a == a

def g(a=92252338):
    return a * 92252338

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=50, b=1230200):
    return int(int(a * b) / 32)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length)//2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target)//2] or {len(target) != 6}

assert f(g())

def f(h: int, dups=4215):
    return h == dups

def g(dups=4215):
    return dups

assert f(g())

def f(s: str, e="world", a="Hello world", c="Hello world"):
    return len(s) == len(a) and a in c

def g(e="world", a="Hello world", c="Hello world"):
    return len(e) == len(c) and c in a or c or (a in c or -a in e)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=35):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=35):
    if len(word) <= max_len:
        return word
    return int(s[2:-1]) == len(word)

assert f(g())

def f(x: int, a=185, b=14546310):
    return x - a == b

def g(a=185, b=14546310):
    return a + b

assert f(g())

def f(n: int, step = 0.5):
    for i in range(n):
        if step > 0.5 and step != 0.5:
            return False
    return True

def g(step = 0.5):
    return int(int(step * 10)/1)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(a * a + b)

assert f(g())

def f(x: int, a=86588, b=-93206):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=86588, b=-93206):
    if a > 0 or b > 50:
        return int(a) + b
    else:
        return -a + b

assert f(g())

def f(t0: str, big_str="foobar", index=2):
    return big_str.index(t0) == index

def g(big_str="foobar", index=2):
    return big_str[index:-1]

assert f(g())

def f(s: str):
    return s.count('o') == s.count('o') or s.count('o') == 1

def g():
    return "!"

assert f(g())

def f(s: str, word="bucumber"):
    if len(word) >= 9:
        return word == 'bucumber'
    return str(s) == word

def g(word="bucumber"):
        return str(word)

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return x[0] == a

def g(a=7, s=5, e=200):
    return [a,s]

assert f(g())

def f(x: int, a=1020120002112):
    if x > 0:
        return True
    return False

def g(a=1020120002112):
    return int(1) + 2 * a

assert f(g())

def f(s: str):
    return int(len(s) + len(s)) == 10

def g():
    return "world"

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11], thresh=17):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11], thresh=17):
    return sum(1 if i < thresh else 2 for i in nums)

assert f(g())

def f(d: int, n=123456789):
    return d > n or None

def g(n=123456789):
    return n * n or None

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len <= 30:
        return word == s
    if len(word) >= 3:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len <= 30:
        return word
    if len(word) >= 3:
        return word
    return int(word[-1] * 10 + word[-2])

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and max(a, c) <= n

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(t: str, word="world"):
    r = len(t) - 1
    r = len(t) > 13
    for j in range(2, len(t) - 1):
        if j >= 3:
            return True
    return False

def g(word="world"):
    return 'hello world'

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("7") + str(d).count("4") + str(d).count("5") + str(d).count("6")))

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=263532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=263532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, c=1):
    return len(s) == 1

def g(c=1):
    return str(c + 1 + 2)

assert f(g())

def f(x: int, a=2055, b=2054):
    if x >= 0 or a >= 50:
        return x - a == b
    else:
        return x - a + b
    # convert to float
    return float(x) - float(-1)

def g(a=2055, b=2054):
    if (a + b < 10 or a - b < 10):
        return a + b
    elif (a + b > 10 or a + b > 10):
        return a - b

assert f(g())

def f(n: int):
    return n + len(str(n % 20)) > 120

def g():
    return int(int("123456" + "0"*9) * 360)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    assert max_len < max_len and max_len >= 0 or min(max_len - min(max_len) < max_len, max_len-min(max_len)) < 0
    assert len(word) == max_len
    assert len(word) >= max_len
    assert len(word) < max_len
    assert len(word) < max_len - min(max_len, min(max_len) - min(max_len, min(max_len, max_len))) < 0
    return max_len < -max_len

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word

    assert max_len < max_len and max_len >= 0 and len(word) < max_len
    assert max_len - max_len < max_len and len(word) >= max_len and len(word) < max_len - max_len

assert f(g())

def f(x: int, a=2233, b=-1):
    return x - a >= b

def g(a=2233, b=-1):
    return int(int("122234567891" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=100, b=10186916):
    return x < -100 or x >= 10186916

def g(a=100, b=10186916):
    return int(a * b)

assert f(g())

def f(x: int, a=1775, b=1738):
    if a == 2:
        return x * 2 + 1 - 1
    elif a == -2:
        return -x * 2 - 1
    elif a == -1:
        return x * -1 - 1
    return x > a

def g(a=1775, b=1738):
    return a * 2 + b * 2

assert f(g())

def f(n: int):
    return abs(0.5 * +1 + 0.5 * +0.5) < 1

def g():
    return int(int("123456789" + "0"*10) ** 13) + 1

assert f(g())

def f(x: int, a=20, b=1330200):
    if x > 0 or a < 10:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=1330200):
    if a < 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=12345, b=2346):
    return x > a

def g(a=12345, b=2346):
    return int(int(a) + int(b))

assert f(g())

def f(nums: List[int], m=8, n=8):
    return len(set(nums)) == len(set(nums)) == 8

def g(m=8, n=8):
    result = []
    for n in range(m):
        result.append(n)
    return result

assert f(g())

def f(x: int, a=100, b=1119):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=100, b=1119):
    return int(int(a + (b-10)) * 2) + 1

assert f(g())

def f(s: str, name=''):
    if isinstance(s, str):
        return "[string]a" in s
    else:
        return "[string]a" + name

def g(name=''):
    return "[string]a" + str(*name)

assert f(g())

def f(s: str, m=5, n=2021):
    return "Hello " + s == "Hello world"

def g(m=5, n=2021):
    return "world"

assert f(g())

def f(s: str):
    return s[:1] >= s[1:10] and s[-10:] >= s[-9] and s[-9:] >= s[-10:]

def g():
    return "world-one"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] or s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    if len(word) == len(word):
        return "konjac"
    return True

assert f(g())

def f(x: int, a=577912, b=158096):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=577912, b=158096):
    return a + b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) <= a or min(a, b, c) <= 5 or min(a, b, c) <= 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if s == '':
        return s
    else:
        return target[(len(target) - length) // 2: len(target) + length] == s

def g(target="foobarbazwow", length=6):
    if target in target:
        return target[(len(target) - length) // 2:]
    else:
        return target[(len(target) - length) // 2:]

assert f(g())

def f(x: int, a=13385318):
    return x == a

def g(a=13385318):
    return a

assert f(g())

def f(t: str, s='world'):
    return s + 'world' and 'h' not in t and s <= s + 'world' and s <= t

def g(s='world'):
    return s

assert f(g())

def f(s: str, word="antis-establishmentarianism", max_len=10):
    if max_len <= 10:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[1:2] == s[1]

def g(word="antis-establishmentarianism", max_len=10):
    if max_len <= 10:
        return word
    return int(word) - 1

assert f(g())

def f(x: int, a=10201202):
    return x  == a

def g(a=10201202):
    return int(a)

assert f(g())

def f(x: int, a=1139, b=146699):
    if x > 0 or b > 15:
        return x - a == b
    else:
        return x + a == b

def g(a=1139, b=146699):
    if a < 15 or b < 15:
        return a + b   == b
    else:
        return a + b

assert f(g())

def f(s: str):
    "Hello "
    return s == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(s: str, target="reversed me",  top=4):
    s = "123456785"
    for c in s:
        if c != c.lower():
            return False
    return True

def g(target="reversed me",  top=4):
    try:
        return str(target)
    except:
        raise ValueError("reversed me!")

assert f(g())

def f(x: int, a=72239, b=65549):
    return x - a == b

def g(a=72239, b=65549):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", reverse=True):
    if reverse:
        s = s.lower()
        return s.lower() == target
    return True

def g(target="foobarbazwow", reverse=True):
    if reverse:
        return target
    return target

assert f(g())

def f(li: List[int]):
    return all(sum(li[0:i]) == 1 for i in range(20) if len(li) == li[0:i])

def g():
    return [0]

assert f(g())

def f(s: str):
    return s.count('\x00') != s.count('\x01')

def g():
    return str("\x00")

assert f(g())

def f(start: int):
    n = start  # can be negative ... if more than 3 then it is possible to use the nth step of the sum() function
    if n == start:
        return True
    else:
        return False

def g():
    n = 0  # negative
    return n % 10

assert f(g())

def f(x: int, a=12131345, b=-93206):
    return a - x == b or a == b

def g(a=12131345, b=-93206):
    return a - b or (1-a) == b

assert f(g())

def f(x: float, a=1020):
    return abs(x * 1 - a) < 10 ** -3

def g(a=1020):
    return float(a)

assert f(g())

def f(n: int, a=34534873, b=10):
    return n // b == a

def g(a=34534873, b=10):
    return a * b

assert f(g())

def f(s: str, word="mongo-2", max_len=100000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="mongo-2", max_len=100000):
    if len(word) <= max_len:
        return word
    return int(s[1]-s[2]) == len(word)

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[:-1] != i for i in range(len(li)))

def g():
    return list(list(range(999)))

assert f(g())

def f(x: str, a="blue", b="green", c="aqua", length=80):
    if len(x) != 8:
        return x == a
    return len(-1)*8 > (x == a) and x == b

def g(a="blue", b="green", c="aqua", length=80):
    if len(a) != 8:
        return a or i > c or i == c
    return a or i == c

assert f(g())

def f(x: int, a=454880, b=10):
    if x > 0 and a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=454880, b=10):
    if a < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="kjonjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kjonjac"):
    return word[0]+word[1] + word[2]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=60):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[1]

def g(word="antidisestablishmentarianism", max_len=60):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word) and word[-1] == s[0] and word[-1] == s[1]

assert f(g())

def f(redhat_1: int, a=130000):
    return int(a) > 0

def g(a=130000):
    return a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) or (word[0] == s[0])

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word.replace("123456789", "123456789")
    else:
        return word.replace("123456789", "123456789")

assert f(g())

def f(f: str, s=['a', 'b'], n=4):
    if f == 'b':
        f = 'b'
    return f == 'b' or f == 't'

def g(s=['a', 'b'], n=4):
    return 'b'

assert f(g())

def f(s: str, word="crocery", max_len=30):
    if len(word) <= max_len:
        return word == s
    for i in range(len(word) + max_len):
        if len(word[i]) > max_len:
            return word[i] - s
    return -1

def g(word="crocery", max_len=30):
    if len(word) <= max_len:
        return word
    for i in range(max_len):
        if word[i] < max_len:
            return -1
    return 1

assert f(g())

def f(n: int, a=7, b=8):
    return n + (a % b) == a

def g(a=7, b=8):
    return int(a % (7 + b) <= 3)

assert f(g())

def f(i: int, k=10000):
    return i > k

def g(k=10000):
    return int(k + 1)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0000001":
        s += "000001001"
    return True

def g():
    return int(int("000") * 6 * 3) + 1

assert f(g())

def f(d: int, n=25):
    return d + n > n and d > n**2

def g(n=25):
    return n + 10**n**2

assert f(g())

def f(x: int, a=-8388, b=1372378):
    return x - a > b

def g(a=-8388, b=1372378):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count("I") == s.count("I!") and s.count("oo") == 0  # cover the first square twice

def g():
    return "I!"

assert f(g())

def f(d: int, n = 123456789):
    return d > n and len({(d, 1) for i in range(47)}) != n

def g(n = 123456789):
    return n * n

assert f(g())

def f(s: str, s1="b", s2="c", count1=15):
    return s[0] <= s[1] and s[0 > 0] <= s[1 > 1] and s[-10] <= s[0 <= 1]

def g(s1="b", s2="c", count1=15):
    return "123456789 123456789 123456789"

assert f(g())

def f(s: str, word="unprecedented", max_len=40):
    if len(word) <= max_len:
        return word == s
    if max_len is None:
        max_len = len(word)
    return max_len == size

def g(word="unprecedented", max_len=40):
    if word:
        return word
    return None

assert f(g())

def f(n: int, a = 104545, b = 1515):
    if n + b > 0 and a > 0:
        return n + b - a == b
    else:
        return n - b

def g(a = 104545, b = 1515):
    if a > 0 and b > 0:
        return a + b - b
    else:
        return a - b

assert f(g())

def f(s: str, n=1):
    return int(s[0]) == n

def g(n=1):
    # get length of the file
    return str(n) + str(n * n)

assert f(g())

def f(x: int, a=1334, b=3546312):
    return x - a >= b

def g(a=1334, b=3546312):
    return 1 + a*b  # in case x is not zero

assert f(g())

def f(nums: List[int], n=12345):
    return sorted(nums) == list(range(999)) and all(nums[i] != n for i in range(len(nums) - 1))

def g(n=12345):
    return sorted(range(999))

assert f(g())

def f(n: int, q=1815):
    return n >= 0 and n >= 0.75 and q > 0.9

def g(q=1815):
    return int(q * q) + ((int) (q - 2 + 21) * 2)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[0] != word[0]:
                return False
    return True

def g(word="konjac"):
    return "konjg"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1234578987654321, n=6):
    if len(word) <= max_len:
        return word == s
    return int(str(5 ** n)[:-2] + s) == 7 * n

def g(word="antidisestablishmentarianism", max_len=1234578987654321, n=6):
    if len(word) <= max_len:
        return word
    return s

assert f(g())

def f(x: int, a=95252388):
    return x == a

def g(a=95252388):
    return 0 + a

assert f(g())

def f(s: str, word="mattress", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mattress", max_len=10):
    if len(word) <= max_len:
        return word
    return word.split()

assert f(g())

def f(x: int, a=253502):
    if x > 0 or a < 50:
        return x - a == a
    else:
        return x + a

def g(a=253502):
    if a > 0 or a < 50:
        return a + a
    else:
        return a + 5

assert f(g())

def f(n: int, a=30, b=50):
    return n != 0 or len(n) == 0

def g(a=30, b=50):
    return int(abs(a * 3) + abs(b) ** 5.5 - abs(b * 10) ** 5.5)

assert f(g())

def f(z: float, t=18001):
    return z > t

def g(t=18001):
    return int(int(t)) + float(t)

assert f(g())

def f(name: str):  # this is a test case for "str" or something else I don't quite understand...
    return name == "string"  # we know for every string we are checking for

def g():
    return "string"     # (string)

assert f(g())

def f(s: str):
    return s == "coo1" and len(s) == len(s)

def g():
    return "coo1"

assert f(g())

def f(n: int, a=23463462, b=17):
    return a // n == b

def g(a=23463462, b=17):
    return a//b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return sorted(s) == sorted('Replace me true with correct me')

def g(target="reverse me", reverse=True):
    return 'Replace me true with correct me'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word) + 1):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str(word[0])

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false') and      len(s) == len(s)

def g():
    return "Permute me false"

assert f(g())

def f(nums: List[int], a=100, b=1000, count=6):
    return list(set(nums))[0] == 1

def g(a=100, b=1000, count=6):
    return [1, 2]

assert f(g())

def f(v: int, a=3, b=6):
    return v < 4 and (a % b < 4) < 5

def g(a=3, b=6):
    return (a % b) + (b % 6)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 5:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 5 and b < 0:
        return a + b == (a+b)
    else:
        return a + b

assert f(g())

def f(n: int, v=7012):
    return v == 7012

def g(v=7012):
    return 3

assert f(g())

def f(x: int, a=1020, b=1130400000):
    if x > 0 or a > 50:
        return x - a == b
    elif x > 1 or a > 50:
        return x + a == b
    elif x < 1 or a < 50:
        return x + a == b
    elif x > 1 or a > 50:
        return x + a == b
    elif x < 1 or a < 50:
        return x + a ** 2 + b** 2 + a

def g(a=1020, b=1130400000):
    if b >= 0 or a <= 20:
        return a + b
    elif b >= 0 or a <= 20 and a > 20:
        return b + a
    else:
        return 0 + a

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) == 1:
        return s.lower() == target[((len(target) - len(target) + length) // 3) or (len(target) - len(target) + length) // 3]
    return s.lower() == target[(len(target) - len(target) + length) // 3]

def g(target="foobarbazwow", length=6):
    try:
        if target == "foobarbazwow":
            return target[(len(target) - len(target) + length) / 3:(len(target) - len(target) + length) * 3]
    except:
        return target[1]

assert f(g())

def f(x: str, s=-1):
    s = str(x)
    for i in "0123456789":
        assert s.count(i) == 1
    return True

def g(s=-1):
    return ('123456789', "0123456789")[1]

assert f(g())

def f(path: List[str]):
    if path[0] > path[-1]:
        return False
    return True

def g():
    return (
        "Hello [\t]\tHello world [\t]\tWorld".split(':')
    )

assert f(g())

def f(s: str, l=2):
    a = 0
    for i in range(len(s)):
        i += 1
        if len(s) > 3:
            return True
        i += 1
    return False

def g(l=2):
    return str(l * l) + "123456789" + "0"*9

assert f(g())

def f(n: int):
    return pow(2, n, n) <= 1

def g():
    return -1

assert f(g())

def f(n: int, a=123466720405, b=10):
    return n // b == a

def g(a=123466720405, b=10):
    return int(a * b)

assert f(g())

def f(x: List[int]):
    return sum(x) >= 11

def g():
    return [123456789+1]

assert f(g())

def f(s: str):
    return s.count('e') == 1

def g():
    return "hello world"

assert f(g())

def f(s: str, target="o_abb_cubar", lower_bound=2):
    return s.lower() == target and s[0] == target[0]

def g(target="o_abb_cubar", lower_bound=2):
    return "o_abb_cubar"

assert f(g())

def f(m: int, a=1073258):
    m = m <= 2 + 1
    m -= 1
    if m <= 2 + 1:
        m = m - 2
    if m != m - 2 and m < 2:
        return True
    return False

def g(a=1073258):
    return 1 + a * a

assert f(g())

def f(x: int, a=455522, b=2):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=455522, b=2):
    return a + b if a > b else 0

assert f(g())

def f(xs: str):
    return "Hello " + xs == "Hello world"

def g():
    return "world"
    assert len(x) == 4
    return x[0] == "Hello world"

assert f(g())

def f(t: str, n=32):
    for i in "0123456789":
        assert t.count(i) == 1
    return True

def g(n=32):
    return '0123456789'

assert f(g())

def f(s: str, target=17):
    for i in range(len(s)):
        if i - target == 1:
            return True
    for i in range(len(s)):
        if s == target and i <= 5:
            raise Error(s)
    return False

def g(target=17):
    return "a" * target + " b"

assert f(g())

def f(n: int):
    while n != 4:
        if n % 2 < 2:
            return True
    return False

def g():
    return int(int(0) * 9) + 3

assert f(g())

def f(s1: str, word="canchip", max_len=16):
    if len(word) <= max_len:
        return word == s1
    return int(s1[1:-1]) == len(word)

def g(word="canchip", max_len=16):
    if len(word) <= max_len:
        return word
    return int(word[:2]) == len(word)

assert f(g())

def f(r: int, t=777, b=333, c=113):
    return r > t

def g(t=777, b=333, c=113):
    return (t + (t + b) * 3) - 3

assert f(g())

def f(t: str, s="Birds"):
    return t + str(s) and t.lower() == "b"

def g(s="Birds"):
    return "b"

assert f(g())

def f(x: float):
    return x > 0.0

def g():
    return float(0.5 + 12) * 24

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s.lower() == target

def g(target="reverse me", reverse=True):
    return target if target else s.lower() == s

assert f(g())

def f(s: str, s1="x-z", s2="z-o-m", caps=[]):
    if s == s1 or s == s2:
        return s1[0] + s2[-1] and s1 != s2
    return len(s) == len(s1) and sum(s[len(s1) - 1] - s[len(s2) - 1]) != len(s1)

def g(s1="x-z", s2="z-o-m", caps=[]):
    if s1 in caps:
        return caps[s1]
    if s2 in caps:
        return caps[s2]
    if s1 != s2:
        return s1

assert f(g())

def f(d: int, ds=1212):
    return d > ds

def g(ds=1212):
    return int((ds + 1) * 3.4)

assert f(g())

def f(d:int, b=722133339):
    return d > 722133339

def g(b=722133339):
    return int(b * 2) * b

assert f(g())

def f(x: List[float], a=4, b=45):
    return a % b and x != 4

def g(a=4, b=45):
    return []

assert f(g())

def f(x: List[int]):
    return x == list((18, 31))

def g():
    return list((18, 31))

assert f(g())

def f(x: int, a=1, b=123456789):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=123456789):
    return a + b

assert f(g())

def f(n: int, k=20):
    return n >= 5 and n != 25

def g(k=20):
    return int(int(k) * k)

assert f(g())

def f(x: int, a=6, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=6, b=54368639):
    if a > 50:
        return a == b
    else:
        return a + b

assert f(g())

def f(s: str):
    s = s + s.join('-')
    return s.count("e") >= 1

def g():
    return "e"

assert f(g())

def f(s: str):
    return set(s) == set("19-+*/" or s)

def g():
    return "19-+*/" or s

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return s == "Hello world"

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):

    return "Hello world"

assert f(g())

def f(vi: List[int]):
    return vi[1] in vi

def g():
    return [2, 2]

assert f(g())

def f(s: str, word="anticriticism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="anticriticism", max_len=20):
    if len(word) <= max_len:
        return word

    return int(word[1:-1]) == len(word[1:-1]) and word[0] == s[0]

assert f(g())

def f(m: int):
    return m >= 4

def g():
    return int(int(2*2*9) + int(2*3*9)**2)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10, target=200000):
    """
    Return the string (or text) that contains the word
    (that will be rendered for the next 5-line element)
    """
    if len(s) != len(word):
        return s[-1] == word[1:]
    else:
        return s[-1] in word

def g(word="antidisestablishmentarianism", max_len=10, target=200000):
    """
    Look up words with max_len set up by the program.
    """
    if word and max_len == 0:
        return None
    elif max_len >= len(word):
        return 1 + max_len
    else:
        return word

assert f(g())

def f(s: str, target="foobarbazwow", level=0):
    return target[(len(target) - len(target) + 1) // 2] == s

def g(target="foobarbazwow", level=0):
    return target[0]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1] and word[-2] == s[-2]

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len and word[-1] == word[-2] and word[-1] == word[-3] and word[-2] == word[-3]

assert f(g())

def f(x: int, a={0,2}, b=54368639):
    return x % 2 == 0

def g(a={0,2}, b=54368639):
    return 2

assert f(g())

def f(s: str):
    return s not in [int(s.lower())]

def g():
    return "123456789"

assert f(g())

def f(n: int, a=4, b=256):
    return n == a + b

def g(a=4, b=256):
    return a + b

assert f(g())

def f(s: str):
    return s.count("a") == 0 and s.count("z") != 0

def g():
    return "z"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a < 50 or b < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    a = len(s)
    return len(s) < len(s) * 3 and len(s) > 3

def g():
    return "world"

assert f(g())

def f(s: str, chars=['g', 't', 'p', 't', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['g', 't', 'p', 't', 'r', 'd']):
    return str(chars[::-1] == 'g' for chars in chars)

assert f(g())

def f(i: int):
    return len(str(i + 2)) <= len(str(i + 3))

def g():
    return int(int("456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=34634534, b=34634534):
    return n == (a+b)

def g(a=34634534, b=34634534):
    return a+b

assert f(g())

def f(x: int, a=138, b=14546310):
    return x - a == b or (x - a == b or (x - b) == b)

def g(a=138, b=14546310):
    def f():
        if x == "123456789":
            return int(int("123456789" + "0"*(9 + (a + b))) == 0)
        else:
            return int(int("123456789" + "0"*(a + b))) == 0
    return int(a + b)

assert f(g())

def f(x: int, a=3020, b=5678, limit=10):
    return x - a == b or x + a == b

def g(a=3020, b=5678, limit=10):
    return a + b or (limit <= a) + b

assert f(g())

def f(x: int, a=3545, b=34):
    return x - a == b

def g(a=3545, b=34):
    return int(a) + int(b)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("5") + str(d).count("99")))

def g(n=123456789):
    return n * n + 5

assert f(g())

def f(nums: List[int]):
    return all([nums[i] for i in range(5)])

def g():
    return [int(int("123456789" + "0"*9) ** 0.5) for i in range(5)]

assert f(g())

def f(x: int, a=4, b=10):
    return x % 2 == 0

def g(a=4, b=10):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i < len(word):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, big_str="foobar", index=30):
    return big_str.index(s) == index or big_str == s

def g(big_str="foobar", index=30):
    return str(index) == 3 or str(index) == 3 or 'foobar'

assert f(g())

def f(name: str, sub_str="foobar", index=2):
    return name == "foobar" and (sub_str == "foobar")

def g(sub_str="foobar", index=2):
    return sub_str if sub_str else ""

assert f(g())

def f(start: int, k=3, lower=350, seq=[3, 1, 2, 65, 19, 101, -30, 100, 0, 19, 52]):
    k += 1
    return len(seq) > k

def g(k=3, lower=350, seq=[3, 1, 2, 65, 19, 101, -30, 100, 0, 19, 52]):
    k = len(seq)
    return k + 1

assert f(g())

def f(x: int, a=8665464, b=-93202):
    return a - x == b

def g(a=8665464, b=-93202):
    return int(a) - b

assert f(g())

def f(st: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == st   # more than max_len
    if max_len:
        return int(st[max_len :]) == 1
    return int(st[max_len :]) == len(st[:max_len])

def g(word="antidisestablishmentarianism", max_len=40):
    if word:
        return str(word).replace(" ", "")
    if max_len:
        return str(max_len) == 0
    return str(word) == str(max_len)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Kunstig')

def g():
    return 'Kunstig';

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=60, count3=25):
    for c in s:
        for j in list(s):
            if c in s1:
                return False
    return True

def g(s1="a", s2="b", count1=50, count2=60, count3=25):
    return str(s1).replace('a', 'b')

assert f(g())

def f(s: str, word="clique", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="clique", max_len=10):
    if len(word) <= max_len:
        return word

    return set(word[0][:-1])

assert f(g())

def f(n: int, m=504434, upper_bound=20):
    if m > 0:
        return n > m + 1  # increase lower limit
    elif m > 0:
        return n > 3
    else:
        return n > 2

def g(m=504434, upper_bound=20):
    if m > 0:
        return m * (30 + 1) + 1
    elif m > 0:
        return m * (30 + 1) * (m + 1)

assert f(g())

def f(y: int):
    return abs(y ** 2 / y) < y

def g():
    return int(int(("123456789" + "0"*9) * 9) ** 0.5) + 1

assert f(g())

def f(n: int, a=1020, b=100, eps=0.01):
    return n > 0 or min(l, eps) == eps

def g(a=1020, b=100, eps=0.01):
    return int(int(a * 1020) + int(b * 100) ** 25)

assert f(g())

def f(s: str):
    return s in ["Dog", "Cat"]

def g():
    return "Dog"

assert f(g())

def f(s: str, target="foobarbazwow", length=21):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=21):
    return target[(len(target) - length) // 2: len(target) + 2]

assert f(g())

def f(x: int, a=6, b = 1234):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x + a - b

def g(a=6, b = 1234):
    if a == 1 and b == 0:
        return 0
    else:
        return 0 + b + a

assert f(g())

def f(n: int, a=2213, b=1):
    return b * n + (a % b) == a

def g(a=2213, b=1):
    return a * b

assert f(g())

def f(x: int, b=12, a=1230200):
    if x > 0 or a > 253532 or a < 1230200:
        return x - b > a
    else:
        return x + a + b > a

def g(b=12, a=1230200):
    return int(int("123456789" + "0"*9 + "1"*12)) + 1

assert f(g())

def f(n: int, v=27, w=100):
    for i in range(6):
        if n % 4 == 1:
            n -= 1

    return n > w

def g(v=27, w=100):
    return int(v / 6) * 100

assert f(g())

def f(x: int, a=50, b=12, c = 3, d = 1):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=12, c = 3, d = 1):
    if a < b or c < d:
        return (int(a) < int(b)) or (int(a) > int(b)) and (int(a) > int(b)) and (int(a) > int(n))
    else:
        return int(a + b)

assert f(g())

def f(m: int, a=345346363, b=10):
    return m // b == a

def g(a=345346363, b=10):
    return a * b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return s[::-1][::-1] == "Hello world" and s[::-1][::-1] == "Hello world"

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "Hello world"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word[:max_len]
    return int(s[1:-1]) == len(word) and max_len >= max_len and len({s[1:] for i in range(a)}) == 1

def g(word="antidisestablishmentarianism", max_len=40):
    if word:
        return word
    return int(s[1:-1]) == max_len and max_len >= max_len

assert f(g())

def f(s: str, word="clerk"):
    return len(s) == len(word)

def g(word="clerk"):
    return "clerk"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4"))) == 0

def g(n=123456789):
    return n + 1

assert f(g())

def f(p: List[int]):
    return sorted(p) == list(range(9))

def g():
    return list(range(9))

assert f(g())

def f(x: int, a=15482, b=23223):
    if a is not None:
        if b % 8 == 0:
            return x
        return x > b
    return not x - t(t(t)) or x not in b

def g(a=15482, b=23223):
    return int(a*(a+b))

assert f(g())

def f(x: int, a=1005, b=4):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1005, b=4):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return len(s) == len(s[::-1])

def g():
    return "hello world"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("1") + str(d).count("2")))

def g(n=123456789):
    return n > 5 and (n * n > 3 and n * n * n)

assert f(g())

def f(s: str):
    def add(i, j):
        return self.sum(s[i:j]) < 0
    return len(s) > 3

def g():
    return "abcdef"

assert f(g())

def f(s: str):
    return ("Hello " + s[::-1]) == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(s: str):
    return len(s) > 4
    return (len(s) == 5) and len(len(s) == 10)

def g():
    return "hello!" + ".Hello world"

assert f(g())

def f(n: int, a=15382, b=23343):
    return a/n != 0 and n > (a + b)

def g(a=15382, b=23343):
    return (2*(a + b) - 1)**2 + (a - b)**2

assert f(g())

def f(n: int):
    return str(n * n).startswith("2147483648")

def g():
    return int(int("2147483648" + "10"*8) ** 0.5) + 1

assert f(g())

def f(s: str):
    return str(s) == "test"

def g():
    return 'test'

assert f(g())

def f(w: int, b=1315):
    if w > 0:
        return w - b > 0
    else:
        return w - b - b == 0

def g(b=1315):
    return int(b) ^ 10

assert f(g())

def f(s: str, target="foobarbazwow", length=1):
    return "foobar" in s

def g(target="foobarbazwow", length=1):
    return "foobar" + "bazwow"

assert f(g())

def f(s: str, a="hello", b="hell", i_div=1):
    return s[::-1] == a[::-1]

def g(a="hello", b="hell", i_div=1):
    return "hello"

assert f(g())

def f(x: List[int]):
    return x.count("a") <= 100

def g():
    return [2,3,6,9]

assert f(g())

def f(x: int, a=24500, b=1290):
    if x > 0 or a > 60:
        return x - a == b
    else:
        return x - a

def g(a=24500, b=1290):
    assert (a >= 0 or b <= 15)
    if a >= 60 and a < 15:
        return a + b
    if a >= 15 and b <= 1290:
        return a + b
    if a != 3:
        return b - 2 * a
    else:
        return a - 3

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return n % a == 0 and n > 2

def g(a=15482, b=23223, lower_bound=5):
    return 1*(a + a)

assert f(g())

def f(n: int, a=10240, b=91430, range=8):
    if n >= 32 and (b < 91430):
        return n - b
    else:
        b += 1
    return n >= 32 and n < 91430

def g(a=10240, b=91430, range=8):
    if a < 91430:
        return a + 1
    else:
        b += 1
    return n >= 32 and b < 91430

assert f(g())

def f(n: int):
    m = n % 2 if n > 4 else None and None
    if n != m:
        m += 1
    return m > 0

def g():
    return int(int("123456789" + "0"*2) ** 0.5)

assert f(g())

def f(x: int, a=1152534):
    if x > 0 or a > 50:
        return -x == a
    else:
        return 0 - x == 0

def g(a=1152534):
    if a < 0:
        return -a
    else:
        return 0 - a

assert f(g())

def f(x: int, a=2500, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2500, b=10):
    return int(a) + int(b) if b > 0 or a > 50 else b

assert f(g())

def f(x: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] == x

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(word: str):
    return "world" in word and word in "Hello world"

def g():
    return "world"

assert f(g())

def f(m: int, a=345346363, b=10):
    return m > 1 and m - b == a

def g(a=345346363, b=10):
    return a + b

assert f(g())

def f(x: int, a=5029791, b=1230920):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=5029791, b=1230920):
    if a < 50:
        return a - b < b
    else:
        return a + b

assert f(g())

def f(li: List[int], target=[17, -1, 17, -1], n=2):
    return li * n == target

def g(target=[17, -1, 17, -1], n=2):
    return target[: n]

assert f(g())

def f(i: int, n=12345):
    return n <= i

def g(n=12345):
    return int(n * n)

assert f(g())

def f(x: int, a=1020, b=1019, max_len=2):
    return int(x) >= max_len

def g(a=1020, b=1019, max_len=2):
    return int(a) + a + b

assert f(g())

def f(li:List[int]):
    return sorted(li) == list(range(999))

def g():
    return list(range(999))[:]

assert f(g())

def f(d: int, n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    if d >= 9 or d < 16:
        return True
    return False

def g(n=18):
    return int(n * -n)

assert f(g())

def f(n: int, a=92572523):
    return n >= a

def g(a=92572523):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(w: int):
    return w > 1 or 0 < w <= len(a) or w < len(a)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2 or w

assert f(g())

def f(z: float, v=0.0001):
    return int(z * 1 / v % 10) == 1

def g(v=0.0001):
    return float(v) - 1

assert f(g())

def f(x: str):
    x == 'a'
    a = -123
    b = 123
    return x == 'b'

def g():
    return "b"

assert f(g())

def f(s: str, target="foobarbazwow", target_len=123):
    return target[(len(target) - len(target)) // 2] == s

def g(target="foobarbazwow", target_len=123):
    return target[(len(target) - len(target)) // 2 ]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1].strip() == target

def g(target="reverse me", reverse=True):
    return target[::-1]

assert f(g())

def f(r: str):
    return r == "hello world"

def g():
    return "hello world"

assert f(g())

def f(x: int, a=50000, b=1500):
    return x - a > b

def g(a=50000, b=1500):
    return ((a + b)*(b+1) + (a + b)^0) + 1

assert f(g())

def f(s: str, word="name"):
    return s[-1] is not None

def g(word="name"):
    return "123456789"

assert f(g())

def f(x:int, b=14546310):
    return x - b > 0

def g(b=14546310):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int, a=1020120101):
    return i == a

def g(a=1020120101):
    return a

assert f(g())

def f(x: int, a=9668522):
    return x == a

def g(a=9668522):
    return int(a)

assert f(g())

def f(x: int, a=1234578987654321):
    return x == a

def g(a=1234578987654321):
    return a

assert f(g())

def f(s: str):
    return len(s) > 4

def g():
    return str(g)

assert f(g())

def f(x: int, a=932579940):
    return x == a

def g(a=932579940):
    return int(a)

assert f(g())

def f(y: str):
    return y.count("b") == 0 and y.count("world") == 1

def g():
    return "world_f"

assert f(g())

def f(n: int, a=45, b=1811):
    return n // b == a

def g(a=45, b=1811):
    return 1 + (a * b) + 1

assert f(g())

def f(x: int, a=13, b=14546310):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=13, b=14546310):
    if a < 13:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(x: int, a=4, b=9672384):
    return x - a == b

def g(a=4, b=9672384):
    return a + b

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[1:-1] != i for i in range(len(li)))

def g():
    return list(range(999))

assert f(g())

def f(x: int, b=-93206):
    return b - x == b

def g(b=-93206):
    return 0 if b < 0 else 1

assert f(g())

def f(s: str, word="kontk"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="kontk"):
    return "kontk" + "kontk"

assert f(g())

def f(s: str, target="foobarbazwow", a=5, b=3):
    return s.lower() > target

def g(target="foobarbazwow", a=5, b=3):
    return target + "\n"

assert f(g())

def f(x: int, a=5, b=1324):
    if x > 0 or a < 27:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1324):
    if a <= 27:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    assert len(s) == 5, "Needs 5 bytes for %s" % (s[::-2] + s[::-3])
    return len(s) >= 3

def g():
    return "world"

assert f(g())

def f(r: str, a=2, b=18):
    return r <= 'World'

def g(a=2, b=18):
    return 'World'

assert f(g())

def f(x: int, a=10201202001):
    return x >= 0

def g(a=10201202001):
    return int(a) + (int(a) + 0)

assert f(g())

def f(s: str, a="world", b="g1"):
    return s == a or s == b and sum(x) == 0

def g(a="world", b="g1"):
    return "world"

assert f(g())

def f(x: str, p = 80, max_len=20):
    if len(x) == 0:
        return None
    return x in ['world', 'world1', 'world2', 'world3', 'world4']

def g(p = 80, max_len=20):
    return 'world'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i != 0: # konjac
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(nums: List[int], n=18):
    return len(nums) >= 6

def g(n=18):
    return [int(i) for i in range(18)]

assert f(g())

def f(s: str, a=2, b=7, c=2086):
    return s == "hello world"

def g(a=2, b=7, c=2086):
    return "hello world"

assert f(g())

def f(s: str, word="antisignature", max_len=13):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(s[1:-1]) and word[0] == s[1:-1]

def g(word="antisignature", max_len=13):
    if len(word) <= max_len:
        return word or None
    return int(s[1:-1]) == len(words) and word[1] == s[1:-1]

assert f(g())

def f(x: int, a=9001257, b=-93208):
    return b - x != - a

def g(a=9001257, b=-93208):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(move: str, start = -1, end=-1):
    return isinstance(move[start], str) and isinstance(move[end], str)

def g(start = -1, end=-1):
    return str(start + 1) + str(end)

assert f(g())

def f(i: int, a=22, b=-2, c=20):
    return i < 20 and i < 60

def g(a=22, b=-2, c=20):
    return int(a ^ b) - 2 - 5

assert f(g())

def f(x: int, a=4050, b=10000):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=4050, b=10000):
    if a == 10 and b == 10000:
        return 3 + 10 + 10 + (5 - 8*a)
    else:
        return -2 - 2 + 5 * (10 + 10*a)

assert f(g())

def f(d: int, n=1000):
    return d > n or d > n * 2

def g(n=1000):
    return n + 1

assert f(g())

def f(name: str, a=12859975, b=10986905):
    return name == "Moooboooofasd"

def g(a=12859975, b=10986905):
    return "Moooboooofasd"

assert f(g())

def f(s: str, s1="a(3,8)"):
    if s.isdigit():
        return s
    return s1 == s1 in s

def g(s1="a(3,8)"):
    return "a" + s1

assert f(g())

def f(s: str):
    return min(s) >= min(s)

def g():
    return "hello world"

assert f(g())

def f(s: str, n=1000):
    return sorted(s) == sorted('CanYouTellIfItHASmoreCAPITALS')

def g(n=1000):
    return 'CanYouTellIfItHASmoreCAPITALS'

assert f(g())

def f(x: float):
    return x >= 9100

def g():
    return float(float("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count("1") and s.count("8") == 1

def g():
    return "hello [123456789]"

assert f(g())

def f(n: int, a=18, b=2261):
    return b == 2261

def g(a=18, b=2261):
    return int(a)*(b-2261) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("5")))

def g(n=123456789):
    return int(int("123456789" + "0"*9) * n-1)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // a == 1 and n > b

def g(a=345346363, b=10):
    return int(a + b)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps <= len(s) // 2 else s.upper())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0  # For 1 == 1 == 2 = 9, len(s) == 1
    for c in s:
        if c != c.lower():
            caps += 1
    return s.lower() if caps <= len(s) // 2 else s.upper()

assert f(g())

def f(x: int, a=303552, b=124434):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=303552, b=124434):
    return a + b

assert f(g())

def f(x: int, a=5, b=10201202001):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=5, b=10201202001):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(n: int, a=1020, b=1140):
    return n % b == a

def g(a=1020, b=1140):
    return a % b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for j in range(len(word)):
            if i == 0:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return word[: len(word)-1]

assert f(g())

def f(x: int, a=72352549, b=320000):
    return a - x == b

def g(a=72352549, b=320000):
    return a - b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b and b > 0
    else:
        return x + a > b and b > 0

def g(a=253532, b=1230200):
    return int(a >> 1) + int(b)

assert f(g())

def f(x: int, a=6664, b=-831789):
    return a + x == b

def g(a=6664, b=-831789):
    return -a + b

assert f(g())

def f(path: List[str]):
    if len(path) < 10:
        return None
    return True

def g():
    return ["a"*(i+2)    for i in range(1000)]

assert f(g())

def f(s: str, a=13983):
    if s in s.lower():
        return s[-1] == '\xbf'
    else:
        return s[s[0] == 'a']

def g(a=13983):
    return "13983" + "\xbf"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i < 10:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(y: int, a=10203193901, b=1504710):
    return y - b == a

def g(a=10203193901, b=1504710):
    return a + b

assert f(g())

def f(n: int, a=1510, b=2373):
    return n / a == 0 or a == 0 and n < len(vecs)

def g(a=1510, b=2373):
    return -(255 + a) / a == 1 or 0

assert f(g())

def f(k: int, a=102001001):
    return k == a

def g(a=102001001):
    return a

assert f(g())

def f(x: int, a=10, b=1230200):
    if x > 0 or a < 100:
        return x - b == a
    else:
        return x + b == a

def g(a=10, b=1230200):
    if a < 10:
        return a + b == 10
    else:
        return a + b

assert f(g())

def f(max_stamps: int):
    return max_stamps >= 775

def g():
    return int(int("123456789" + "0"*27) - 1)

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 995 and all((x.count("a") > x.count("b")) and (x.count("a") > (x.count("b")) and 'b' in x) for x in s)

def g():
    return ["a"*(i + 2) + "b" for i in range(1001)]

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(list(range(999)))) == len(set(range(999)))

def g():
    return list(set(range(999)))

assert f(g())

def f(x: int, a=2618094, b=650114):
    return a - x == b or x >= b

def g(a=2618094, b=650114):
    return int(int("13650112" + "13" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=10200, b=10, target=10):
    return x > a or 0 < a < 0

def g(a=10200, b=10, target=10):
    return int(int("123456789" + "0"*9) ** 2) + 1

assert f(g())

def f(x: int):
    return x % 2 == 1

def g():
    return int(int("1234567123" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, chars=['o', 'q', 'r', 'w', ' '], count=10):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'q', 'r', 'w', ' '], count=10):
    return str(chars)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!'], max_len=10):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!'], max_len=10):
    try:
        return str(chars)
    except ValueError:
        raise NoSuchElementError

assert f(g())

def f(n: int, k=3):
    if k == 3:
        return True
    n -= 2
    if len(sub) < k:
        return False
    return True

def g(k=3):
    return 2 * k - 3

assert f(g())

def f(x: str, a=1073258, b=72352549):
    if len(x) == 3 and len(x) == 10:
        return 1
    return len(x) > 5
    set(x)

def g(a=1073258, b=72352549):
    return "a"*a + "b"

assert f(g())

def f(d: int, n=20, target=5):
    test = True
    for i in range(n):
        if d < i:
            if target == target:
                test = true
    return test

def g(n=20, target=5):
    return int(100000) + int(((n-1) / 5) + 1)

assert f(g())

def f(i: int):
    return len(str(i)) > len(str(100)) or len(str(100)) < 0

def g():
    return int(int("123456789" + "0"*8) ** 0.5) + 1

assert f(g())

def f(x: int, a=13336436):
    return a != 0.5                         # not used for testing

def g(a=13336436):
    return int(a) % 7234567890

assert f(g())

def f(x: float, a=1020):
    return abs(x + ((x - a) / 2)) < x

def g(a=1020):
    return float(a) / 2

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for part in chars:
        if part in s:
            return part in s[::-1] == 'o' or part in s[::-1] == 'h' or part in s[::-1] == 'e' or part in s[::-1] == 'l' or part in s[::-1] == 0
    return False

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars) == 'o' or str(chars) == 'h' or 'e' or str(chars) == 'w' or str(chars) == 'r' or None

assert f(g())

def f(t: str, s="abcdabcdac", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdabcdac", target=7):
    if len(s) == 0:
        return "abcdabcdac"
    else:
        return s[0:].replace("^", "/")

assert f(g())

def f(s: str, target=2):
    for i in range(2, len(s)):
        if s[i].upper() == target and s[i][0] == target:
            return False
    return True

def g(target=2):
    return str(target)

assert f(g())

def f(s: str, a=1220, b=14):
    return s in ["Hello world", "Hello world", "Hello world", "Hello world", "Hello world", "Hello world", "Hello world", "Hello world"]

def g(a=1220, b=14):
    return "Hello world"

assert f(g())

def f(s: str, words=['SEND', 'MORE', 'MONEY']):
    return s.count('a') == s.count("d") and s.count("aa") == s.count("z")

def g(words=['SEND', 'MORE', 'MONEY']):
    return words[0]

assert f(g())

def f(s: str):
    return s[::-1] == "I"

def g():
    return "I" or "I" in string or "I" in int

assert f(g())

def f(n: int, a=345638, b=10):
    return n // b == a

def g(a=345638, b=10):
    return a * b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(word) == max_len and len(word) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    return int(word) == max_len and word[0] == s

assert f(g())

def f(x: int, a=2637, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2637, b=1230200):
    if a < 50 and b < 1230200:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all((x.count("a") > x.count("b") and ('b' in x)) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int):
    return 0 <= n <= 1

def g():
    return int(0*9) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length)// 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length)// 2:(len(target) + length)// 2]

assert f(g())

def f(n: int, a=65538, b=12):
    return n % 4 == 0

def g(a=65538, b=12):
    return int(a) * (int(b)+int(a)) * (int(b)+int(b))

assert f(g())

def f(s: str, a=['a', 'b', 'c', 'd', 'e', 'foos']):
    return len(s) > len(set(a)) or len(set(a) * len(s)) > len(set(s))

def g(a=['a', 'b', 'c', 'd', 'e', 'foos']):
    return str(a) + str('123456789' + str(a) + str('0'))

assert f(g())

def f(n: int, a=10, b=100):
    return n%(a + b) == 0

def g(a=10, b=100):
    return int(10 * a) + int(10 * b)

assert f(g())

def f(s: str, target="foobarbazwow", options=[2, 512, 1024], n=340282366920938463463374607431768211456, max_dim=13):
    return target[(len(target) % 2) // 2: 1] == s

def g(target="foobarbazwow", options=[2, 512, 1024], n=340282366920938463463374607431768211456, max_dim=13):
    return target[(len(target) % 2) // 2: 1]

assert f(g())

def f(s: str, chars=['h', 'a', 'c', 'z']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['h', 'a', 'c', 'z']):
    return str(chars) if chars else None

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="w3d"):
    if perm in ["w3d", "w3d"]:
        return set(s) == set("W3D")
    else:
        return set(s) == set("w3d")

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="w3d"):
    return "w3d"

assert f(g())

def f(n: int, max=100000):
    if n < max:
        max = n
        max = max(1, max/100000)
    return n > max

def g(max=100000):
    if max < 1:
        max = max(1, max/100000)
    return max * (max >> 1)

assert f(g())

def f(parts: List[str], s="hello world", target="do"):
    if len(parts) in range(100):
        return parts[0] == s
    return "hello world" if len(parts) > 100 else "".join(parts[0])

def g(s="hello world", target="do"):
    return ["hello world"]

assert f(g())

def f(s: str, word="konjacxg"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjacxg"):
    return str(word)

assert f(g())

def f(x: int, a=30, b=-1502880):
    return x - a<b

def g(a=30, b=-1502880):
    return a*b

assert f(g())

def f(n: int, a=123456789):
    return n > a or len(a) == len(a)

def g(a=123456789):
    return int(int(a % 3) + 3*a)

assert f(g())

def f(x: int, a=2345, b=120):
    if a < 0 and b > 0:
        return x + a**3 < b**3 < 0
    else:
        return x - a*3 + b*3 > 0

def g(a=2345, b=120):
    return (a + 5)**3

assert f(g())

def f(s: str):
    return s != s.lower() and s != s.upper()

def g():
    return "World"

assert f(g())

def f(d: int, n=123456789+1):
    return n == d

def g(n=123456789+1):
    return n

assert f(g())

def f(s: str):
    return s in ["Hello world", "Hello world", "Hi world", "Hello world", "Hi world", "Hello world", "Hi world"]

def g():
    return "Hi world"

assert f(g())

def f(n: int, a=340, b=1):
    return n // a > b

def g(a=340, b=1):
    return 2 + (a * (b * 10) - b)

assert f(g())

def f(n: int, a=306734, b=3907944):
    return b * n > 0.5

def g(a=306734, b=3907944):
    return int(a * b)

assert f(g())

def f(s: str, word="Konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper() and s[i] < len(word[i]) and i + len(word[i]) == len(word):
                return False
            else:
                return True
    return True

def g(word="Konjac"):
    return word[:3]

assert f(g())

def f(s: str):
    return s == 'world'  # non-kings-can only move forward in direction of sign

def g():
    return "world"

assert f(g())

def f(s: str):
    return all(b'\d') * len(s) >= 10

def g():
    return "hello world"

assert f(g())

def f(d:int, n=3999):
    return d * n > 3000

def g(n=3999):
    return n*n

assert f(g())

def f(s: str, m=1, t=17000):
    if len(s) == 1:
        return True
    assert((len(s)/t) == m-1) and (t * len(s)/t) == 2.
    return t == 2.

    assert ('No more than' in s) and len(s) == 4
    return False

def g(m=1, t=17000):
    return str(m + 1 + 3)

assert f(g())

def f(t: str, s="aabbbccabc", target=7):
    try:
        if len(t) > 4:
            return t[:3] < t[:4]
    except ValueError:
        return t[:4] > 0.

def g(s="aabbbccabc", target=7):
    if len(s) > 0:
        return 'abccb'

assert f(g())

def f(x: float):
    return x < 3.1415

def g():
    return float(5.0-7.4)

assert f(g())

def f(s: str, a=['honeybee', 'apple'], b=['honey']):
    return s in a

def g(a=['honeybee', 'apple'], b=['honey']):
    return a[a in b]

assert f(g())

def f(path: str, n=5, target=2):
    return path == str((1, 2, 5, 1))

def g(n=5, target=2):
    return str((1, 2, 5, 1))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word == s:
            s = word[::-1]
    return True

def g(word="konjac"):
    return str(word[::-1] == 'konjac')

assert f(g())

def f(s: str, word="konjac"):
    x = s[0]
    g = [x for x in s]
    for i in range(len(g)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    word = ""
    if word == "\t":
        return "konjac"
    if word == "\r":
        return "konjac"
    if word == "\n":
        return "konjac"
    return "k"

assert f(g())

def f(s: str, target="same"):
    return s == target

def g(target="same"):
    return "same"

assert f(g())

def f(s: str, f1=0):
    return "Hello " + s == "Hello world"

def g(f1=0):
    return "world"

assert f(g())

def f(d: int, n=10000, a=5):
    return d > n and a >= a

def g(n=10000, a=5):
    return int(n * n) + a

assert f(g())

def f(x: int, p=41595593):
    return x > p

def g(p=41595593):
    return int(p * (p + 1) + 1)

assert f(g())

def f(t: str, mask="+", upper_bound=6):
    return t[: 5] == mask

def g(mask="+", upper_bound=6):
    return mask

assert f(g())

def f(x: int, a=30, b=8192):
    return abs(x / 2 - a) >= 8192

def g(a=30, b=8192):
    return int(a / 2)*(b - a)

assert f(g())

def f(s: str, word="voldo", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-4]) == len(word[1:-4]) and word[0] == s[0]

def g(word="voldo", max_len=20):
    if len(word) <= max_len:
        return word
    return int(-max(word,word[:2])) == len(word[:2]) and word[0] == s[0]

assert f(g())

def f(s: str, target="foobarbazwow"):
    return target[len(target) - 1] == s

def g(target="foobarbazwow"):
    return target[len(target) - 1].format(target[len(target) % 3])

assert f(g())

def f(x: int):
    return x > 2 ** -3

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, a=100):
    for i in range(len(x)):
        if x[i] == a:
            return False
    return True

def g(a=100):
    return str(a > 100) or False

assert f(g())

def f(st: str, a="world", b="Newworldworld"):
    return st + a == b

def g(a="world", b="Newworldworld"):
    return "Newworld"

assert f(g())

def f(n: int, ops=['x++', '--x', '--x']):
    for op in ops:
        if op in ['x++', '--x', '--x']:
            n += 1
        else:
            n -= 1
    return 1 == 1

def g(ops=['x++', '--x', '--x']):
    for o in ops:
        if o in ('-', 1) and len(o) != 2 or len(o) != 3 or o[0] in [0,1]:
            return 1 == 1
    return -1

assert f(g())

def f(c: str, word="antesan", max_len=10):
    if len(word) <= max_len:
        return word == c
    return int(s[1:-2]) == len(word[2:-2]) and word[1] == c

def g(word="antesan", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1])

assert f(g())

def f(s: str, target="foobarbazwow", length=2):
    return s.lower() > target.lower().lower()

def g(target="foobarbazwow", length=2):
    return target.lower() + " " + target.lower() + "(123456789)"

assert f(g())

def f(n: int, a=30662040, b=20):
    return n // b == a

def g(a=30662040, b=20):
    return int(a) * b

assert f(g())

def f(s: str, target="reverse tt"):
    return s == target

def g(target="reverse tt"):
    return target

assert f(g())

def f(s: str):
    return s.count('world') == 1 and s.count('world') == 3 or s.count('world') == 4 or s.count('world') == 5

def g():
    return "world[10,12,13] world[10] world[12,13] world[14] world[14,14]"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x >= 0 or a >= 50:
        return x - a == b
    else:
        return x - a

def g(a=1073258, b=72352549):
    return int(a) + b

assert f(g())

def f(n: int, x=10):
    return (n - 1) and not(x >= 10 and x < 1)

def g(x=10):
    return int(x)

assert f(g())

def f(n: int, s="aAbaAab", max_len=4):
    if n == 0:
        return s.lower() == max_len
    if n == 1:
        return s.lower() < max_len
    elif n == -1:
        return s.lower() < max_len
    return True

def g(s="aAbaAab", max_len=4):
    return str(s) == "123456789" * (max_len-1) or (max_len - 1)

assert f(g())

def f(s: str):
    return s.count("1") == 1  # for the beginning of s.count("1") == 3
    for r in s.lower():
        return set(r.count("1") == 1)

def g():
    return "%5hh" + "1"

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="Hello are you there?"):
    return s == "Hello" or len(s) == len(target)

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="Hello are you there?"):
    return "Hello are you there?"

assert f(g())

def f(s: str, word="abcdefghijklmnopqrstuvwxyzvvwxyz", base=1.0, c=21):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="abcdefghijklmnopqrstuvwxyzvvwxyz", base=1.0, c=21):
    return str(word)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a == 1:
        return -1
    else:
        return -a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    elif x < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=564):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] or word[-1] == s[-1] and word[-2] == s[-2]

def g(word="antidisestablishmentarianism", max_len=564):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and word[0] == s[0] or word[-1] == s[-1] and word[1] == s[-1]

assert f(g())

def f(s: str, word="kondieck"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondieck"):
    return "kondieck " + str(word)

assert f(g())

def f(s: str):
    return s > s[::-1] and s != s[::-1]

def g():
    return "world-s"

assert f(g())

def f(name: str, a=1, b=2, c=3, d=4):
    return name == "antidisestablishmentarianism"

def g(a=1, b=2, c=3, d=4):
    return "antidisestablishmentarianism";

assert f(g())

def f(n: int, s=2023):
    return n < s

def g(s=2023):
    return int(0.5 * s) + 1

assert f(g())

def f(x: int, a=3049, b=223536):
    if x > 0 or a <= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3049, b=223536):
    if a <= 50 and b <= 3049:
        return a + b == b                # "a" is < b
    else:
        return a + b

assert f(g())

def f(x: str, parts=['I!love!!dumplings!!', '!love!!dumplings!love!!dumplings!!']):
    return x in parts

def g(parts=['I!love!!dumplings!!', '!love!!dumplings!love!!dumplings!!']):
    return parts[parts.count('I')]

assert f(g())

def f(s: str, target="bazwowwow", length=36):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="bazwowwow", length=36):
    return target[(len(target) - length) // 2: (len(target) + length) - 2]

assert f(g())

def f(start: int):
    return start > 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=-382, b=1406):
    return x - a == b

def g(a=-382, b=1406):
    return a + b

assert f(g())

def f(x: int, a=100, b=22):
    if x < 10 and a < 100:
        return x - a == b
    else:
        return x - a == b

def g(a=100, b=22):
    return int(a) + int(b)

assert f(g())

def f(s: str, a="hello", b="yellow", max_len=4):
    if len(s) >= max_len:
        return s[0] and len(s) >= max_len
    return int(s[1]-1) == max_len and length == max_len

def g(a="hello", b="yellow", max_len=4):
    if len(a) >= max_len:
        return a;
    return len(a) >= max_len

assert f(g())

def f(s: str, target="foobarbazwow", reverse=True):
    return target[(len(target) - len(target) + 1)] == s

def g(target="foobarbazwow", reverse=True):
    return target[(len(target) - len(target) + 1)]

assert f(g())

def f(s: str, b=32):
    return s == "Hello world"

def g(b=32):
    if b == 32: return "Hello world"

assert f(g())

def f(x: float, a=1020):
    return x * a <= x

def g(a=1020):
    return 0.0

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and p[-1] == 1 == len(p) % 2

def g():
    return [0, 1, 2, 0, 1, 2, 1]

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return tot == sum(0 for i in nums if tot < thresh)

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return nums == 1 or 0

assert f(g())

def f(x: int, a=1806908, b=-93465):
    return x - a == b

def g(a=1806908, b=-93465):
    return a + b

assert f(g())

def f(x: int, a=87877, b=-8096):
    return a - x == b

def g(a=87877, b=-8096):
    return a-b

assert f(g())

def f(s: str, m=1230300, l=12, n=1):
    if s[::-1] == 0:
        return s[::-1] == l
    return s != l and s[::-1] == s[::-l]

    del(s[::-1])
    s[::-1] = l
    del(s[::-l])

    del(s[::-1])

    s = s[::-1]
    assert len(s) == len(set(s)) and s[::-l] == s[::-l], "Sequence must be non-empty"

def g(m=1230300, l=12, n=1):
    # List of all numbers in the range [0,m)
    for i in range(m):
        for j in range(1,n):
            for k in range(1,l):
                if (i == j) and k == l:
                    return i,j,k,v
    return "a"

    # List of random numbers in the range [1-999] or "999"

assert f(g())

def f(v: str):
    return v == v

def g():
    return "world"

assert f(g())

def f(n: int, q=1000):
    return q < n

def g(q=1000):
    return int(q) + 1

assert f(g())

def f(n: int, a=10498979):
    return a % n == a

def g(a=10498979):
    return int(int("123456789"+ "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    m = len(s)
    assert len(word) != len(s)
    return m == 1

def g(word="konjac"):
    return word[0]

assert f(g())

def f(x: int, a=279890, b=1250):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=279890, b=1250):
    if a > 50 and b > 1250:
        return a + b > 279890
    else:
        return a + b

assert f(g())

def f(n: int, v=131010):
    return n > v

def g(v=131010):
    return 2 * v

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) // 2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - len(target) // 2 ]

assert f(g())

def f(n: int):
    for i in range(5):
        assert n == 5 and n <= 6 or n / 2 > 12
        n += 3
    return n > 9

def g():
    return int(int("123456789" + "0"*2) ** 0.5) + 1

assert f(g())

def f(n: int, a=10000, b=20):
    n += a + b
    return n > b

def g(a=10000, b=20):
    return a*b

assert f(g())

def f(s: str):
    return s.lower() == 'hi' or s.lower() == 'hi' and s[len(s)-1] == 'hi'

def g():
    return "hi" or "hi"

assert f(g())

def f(n: int, a=14303, b=5):
    return b + n*a and (n > -1)

def g(a=14303, b=5):
    return a + b

assert f(g())

def f(s: str, word="i"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="i"):
    return "I am here"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target == target and (s[::-1] == target or s[::-1] == target):
        return s[::-1] == target
    elif target == target and s[::1] == target:
        return s[::1] == target

def g(target="reverse me", reverse=True):
    if target == target:
        return target
    elif target is None:
        return None
    return None

assert f(g())

def f(n: int, v=17, w=100):
    return n > w > v

def g(v=17, w=100):
    return int(v * 9 + 1)

assert f(g())

def f(s: str, n=1000):
    if n < 10:
        print('%s: not supported' % (s))
    return True

def g(n=1000):
    return str(n * 1000 + "0"*(n-1) for n in range(1000))

assert f(g())

def f(nums: List[int], d=10000):
    return len(nums) == d

def g(d=10000):
    return [(i+0) for i in range(10000)]

assert f(g())

def f(list: List[int]):
    return list[0] != list[1]

def g():
    return [1, 2]

assert f(g())

def f(s: str, chars=['o', 'w', '!', 'r', 'd'], limit=5000):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'w', '!', 'r', 'd'], limit=5000):
    return str(chars)

assert f(g())

def f(s: str):
    if s.count('o') == 1 and s.count('oo') == 0:
        return False
    return True

def g():
    return "hello world"

assert f(g())

def f(x: str, a=706544, b=72352549):
    return a != b or a % 3 == 2

def g(a=706544, b=72352549):
    if a < b:
        return "world [a, b]"
    else:
        return "world"

assert f(g())

def f(s: str, strings=['dumplings']):
    return str(s) == 'dumplings and the string has 5 dumplings.'

def g(strings=['dumplings']):
    return "dumplings and the string has 5 dumplings."

assert f(g())

def f(s: str, strings=['dog', 'fly', 'moose']):
    return s in strings

def g(strings=['dog', 'fly', 'moose']):
    if strings is None:
        raise RuntimeError("The string {} is not a str of any type.\nPlease specify the type by writing "" if you want string \"dog\" or \"fly\" or \"moose\".")
    if len(strings) == 0:
        raise RuntimeError("No strings are produced")
    return strings[0]

assert f(g())

def f(x: int, a=-378, b=14546310):
    return x - a == b

def g(a=-378, b=14546310):
    return int(int(a)) + int(int(b))

assert f(g())

def f(x: int, a=1073258, b=72352549):
    assert x == 1073258 and not (a == "y" and b == "y")
    return a + x < b and not (x == "y") and not (x == "y") and not a == "y" or a == "y" and a == "z"

def g(a=1073258, b=72352549):
    if a == "y" and b == "y" and b == "z":
        a = 1073258 * a + 1073258 - 1
    return a

assert f(g())

def f(x: int, a=20, b=30500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=30500):
    if a < 50:
        return a + b
    else:
        return - a - b

assert f(g())

def f(s: str, word="knnkmnnnnnnnn"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="knnkmnnnnnnnn"):
    return "knn klmn nkmn"

assert f(g())

def f(n: int, m=1, steps=1000):
    return n + m > min(steps, steps)

def g(m=1, steps=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    var = s.lower()
    return len(s) >= 5

def g():
    return "world"

assert f(g())

def f(s: str, word="antisymmetry", max_len=100000):
    if len(word) <= max_len:
        return word == s
    if max_len <= len(word):
        return word == "antisymmetry"
    return int(s[1:-1]) == len(word[1:-1]) or word[-1] == s[-1]

def g(word="antisymmetry", max_len=100000):
    if len(word) <= max_len:
        return word
    if max_len >= len(word):
        return word

assert f(g())

def f(x: int, a=150, b=1474101):
    return x - a == b

def g(a=150, b=1474101):
    return int(int(a) + int(b) ** (1 - a ** (1 - b)))

assert f(g())

def f(n: int, a=34534, b=10):
    return n // b > a

def g(a=34534, b=10):
    return int(int(a) * a) + int(b)

assert f(g())

def f(x: int, a=93252338):
    if x != 4:
        c = -x
        return True
    if x * 2 in {a, b, c}:
        return True
    return False

def g(a=93252338):
    return int(a + 2) * 9 + 2

assert f(g())

def f(x: int, a=1030, b=1240):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=1030, b=1240):
    return a + b

assert f(g())

def f(x: int, a=1002, b=1010):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=1002, b=1010):
    if a > b or a < b:
        return a -- b
    else:
        return b

assert f(g())

def f(s: str, big_str="foobar", i=0, j=4, n=8):
    return len(s) > 4

def g(big_str="foobar", i=0, j=4, n=8):
    """Return a string of the form \"foobar\\-bar\-bar\\-".
    A string of the form \"foobar\\-bar\-bar\\-\-".
    """
    return str(big_str)

assert f(g())

def f(s:str):
    assert 2 <= len(s)  # should be odd
    return len(s) >= 2

def g():
    return "world[2]"

assert f(g())

def f(x: int, a=1, b=12345):
    return x + b > a

def g(a=1, b=12345):
    return a + 2 + b

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('oo') == 0

def g():
    return "!"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False     # does nothing
    return True

def g(word="konjac"):
    return word[:3]

assert f(g())

def f(x: int, a=102111020):
    return x ** 2 > a

def g(a=102111020):
    return a ^ 5

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] + target[(len(target) - length) // 2:] and target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) ]

assert f(g())

def f(name: str, d=2):
    return name == "hello world"

def g(d=2):
    return "hello world"

assert f(g())

def f(t: str, s="abcdefghijklz", target=904):
    return t == s if target == 904 else target == s

def g(s="abcdefghijklz", target=904):
    return s if (s.startswith("abcdefghijklz")) else s[target]

assert f(g())

def f(n: int, eps=100000, q=1e-5):
    return n > eps

def g(eps=100000, q=1e-5):
    return int(eps * q) + eps

assert f(g())

def f(s: str):
    return s.count("hello") == 1 and s.count("hello") == 1

def g():
    return "hello"

assert f(g())

def f(x: int):
    if x % 2 != 0:
        return True
    else:
        return True

def g():
    return int(float("0.5")) + 1

assert f(g())

def f(x: str, s="moooboooofasd", target=10):
    for i in range(10):
        if x != s and target[i] != target[i + 1]:
            return False
    return True

def g(s="moooboooofasd", target=10):
    return str(s)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i].lower():
            return False
    return True

def g(word="konjac"):
    return word[:3] * 7

assert f(g())

def f(s: str):
    a = len(s)
    return len(s) < len(s) * 3 and len(s) > 3

def g():
    return "hello"

assert f(g())

def f(s: List[str]):
    if len(s) >= 100:
        return len(s) >= 100
    assert len(s) == 100
    assert len(s) == 100, "same space"
    return sum(set(s)) == sum(set(list(s)))

def g():
    return ["a"*(i+2)+"b" for i in range(100)]

assert f(g())

def f(s: str):
    return str(s + "") == '12345678'

def g():
    return "12345678"

assert f(g())

def f(n: int, a=1020):
    return n % a == 0 and a % n == 0 and 0 < n <= a

def g(a=1020):
    return a

assert f(g())

def f(s: str, c=['Cat', 'Dog', 'Shé', 'moose'], v=9, d=0.0001):
    return s in ('CanYouTellIfItHASmoreCAPITALS', 'CanYouTellWhenItHasLightsEnabled')

def g(c=['Cat', 'Dog', 'Shé', 'moose'], v=9, d=0.0001):
    return str("CanYouTellIfItHASmoreCAPITALS")

assert f(g())

def f(s: str, word="tense", max_len=14):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == word[-1]

def g(word="tense", max_len=14):
    if len(word) <= max_len:
        return word
    if len(word) > MaxLength and max_len <= max_len:
        return word
    return int(word[max_len : max_len]) == max_len

assert f(g())

def f(n: int):
    if abs(n) > 1000:
        return True
    else:
        return False

def g():
    return int(int("123456789") * 0.5) + 1

assert f(g())

def f(x: int, a=13397973):
    return x >= a or x <= -a

def g(a=13397973):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(z: float, v=3.0, d=0.0001):
    return int(z * 1 / 1.0) == v

def g(v=3.0, d=0.0001):
    return int(v * (100 + v)) / 100

assert f(g())

def f(x: int, a=9722063):
    return x == a

def g(a=9722063):
    return int(a)

assert f(g())

def f(s: str):
    return str(s) == "0123456789" and s == "0123456789".lower()

def g():
    return "0123456789".lower()

assert f(g())

def f(x: int, a=6542, b=6542):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=6542, b=6542):
    if (a * b == 5) or (a * b > 0) and a > 0:
        return a + b

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + (b % c) == sum([b * i for i in range(n)])

def g(a=17, b=100, c=20):
    return f(a) + f(b,a,c) + f(c) + f(a,b,c)

assert f(g())

def f(s: str, n=7012):
    d = len(s) / 3
    return d <= 0 and str(d / 3) == n or d + d <= 2 + n

def g(n=7012):
    return str(n * n)

assert f(g())

def f(number: int):
    """
    A boolean variable representing a number. Its value can contain two (or more) digits.
    """
    if number > 0 and number < 3:  # non-negative or positive
        return False
    return True

def g():
    """
    Define a value of the given int(s).  Number is a variable of type int.
    """
    val = int(0)
    if val > 9:
        val = 9
    return val

assert f(g())

def f(s: str, word="lioned"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="lioned"):
    return word*10

assert f(g())

def f(x: int, a=75273375):
    return x == a

def g(a=75273375):
    return int(a)

assert f(g())

def f(x: int, a=100000, b=12345):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100000, b=12345):
    if a < 3 and b < 3:
        return a - b
    else:
        return a + b

assert f(g())

def f(t: str):
    if len(t) != 11 :
        return t[11] != 0
    return len(t) == 11

def g():
    return "foo bar bar baz baz"

assert f(g())

def f(h: int):
    return h >= 1 or h == 1

def g():
    return int(int("123456789" + "0"*9) * 0.5)

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    def f(s: str, a):
        return s.count("b") == a and len(s) == a + target
    return "foobarbazwow" in s

def g(target="foobarbazwow", length=3):
    return str(target + "%d characters")

assert f(g())

def f(s: str, words="baron", max_len=2):
    if len(words) > 3:
        return 'baron' and s == words
    for i in range(len(words)):
        if len(words[i]):
            return 'baron'
    if len(words) == 3:
        return words[0] == words[i] and words[-1] == s[i]
    return words[-1] == words[-1] and words[1] == s[1] or words[-1] == s[-1] and words[1] == s[1]

def g(words="baron", max_len=2):
    return words

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=-382, b=14546310):
    if a < -382:
        return a
    else:
        return a + b

assert f(g())

def f(x: int, a=115963, b=133545):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=115963, b=133545):
    if a > 50:
        return a + b
    else:
        return b

assert f(g())

def f(n: int, a=10203):
    return abs(n ^ a) < 10 ** -3

def g(a=10203):
    return int(a) < 10 ** -3 or a

assert f(g())

def f(x: str, a=1073258, b=72352549):
    return 0 <= a <= b

def g(a=1073258, b=72352549):
    return str(a) + "(a, b) < 0 < a < b"

assert f(g())

def f(n: int, a=454467, b=9):
    return n - a + b > b

def g(a=454467, b=9):
    return (15 + a )**2 + (b**2)**2

assert f(g())

def f(s: str):
    for i in range(100):
        s.count('I!?') == 1
    return s.count('I!!!dumplings!') == 1

def g():
    return "I!!!dumplings!"

assert f(g())

def f(s_case:str, s="Don'tUseItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="Don'tUseItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return (s.upper() if caps > len(s) // 2 else s.lower())

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s[::-1] == target
    return s[::-1] < target

def g(target="reverse me", reverse=True):
    d = target[::-1]
    if d and d < d >= 1:
        return d
    return d

assert f(g())

def f(strategies: List[List[float]], A=[]):
    return all([f % 5 == 0 for f in strategies])

def g(A=[]):
    return A

assert f(g())

def f(s: str, a="world", b="Hello world"):
    return a in s

def g(a="world", b="Hello world"):
    return "world" + a

assert f(g())

def f(x: str):
    return x != 0 or x[0] == 1

def g():
    return "hello"

assert f(g())

def f(m: int):
    return m + 1 / 2 <= m

def g():
    return int(int("123456789" + "0"*9 + "0"*6) / 3)

assert f(g())

def f(n: int, t=199, d=30):
    m = n
    for i in range(t):
        if n <= i and d <= 30:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return d < d + t or m <= d + t or n <= m and m <= m and d < d + t

def g(t=199, d=30):
    return int(t**22) + (d - 26) ** 22

assert f(g())

def f(x: int, a=34534, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=34534, b=1230200):
    if a < 0 or b < 0:
        return a - b
    else:
        return b + a

assert f(g())

def f(f: int):
    return f == 0 and f == 0 and f >= 0

def g():
    return 0 and 9

assert f(g())

def f(n: int, t=10000):
    return n < 6 and n > 3

def g(t=10000):
    return 5

assert f(g())

def f(s: str, word="abstract"):
    return str(word) and str(word[-1]) == s[-1]

def g(word="abstract"):
    return str(word)

assert f(g())

def f(s: str, n=5, lnum=30):
    return s[0] == 'o' and s.count('oo') == 0

def g(n=5, lnum=30):
    return 'o'

assert f(g())

def f(n: int):
    return str(n * n).startswith('123456789')

def g():
    return int(int("123456789" + "1"*9)** 0.5) + 1

assert f(g())

def f(x: List[int], s=15):
    return x[0] == x[-2] and x[-3] == x[-2]

def g(s=15):
    return [0, 0, 0]

assert f(g())

def f(str: str, seed=5):
    if len(str) == 5 :
        return str.count(str) == 1
    return int(str(len(str) + 1)) == 1

def g(seed=5):
    return '%d %d %d' % (seed, 5, seed)

assert f(g())

def f(s: str, word="antiket", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antiket", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(e: List[str], prefix=['n', 'foo', 'baz']):
    return len(e) == len(prefix)

def g(prefix=['n', 'foo', 'baz']):
    prefix[0] = list(prefix)
    return prefix[0]

assert f(g())

def f(s: str, chars=['e', 'l', 'z', 'b']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e', 'l', 'z', 'b']):
    return str(chars[::-1])

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        if v & w == 1:
            return True
        else:
            return False
    return True

def g(v=17, w=100):
    """Convert number to int"""
    return 0

assert f(g())

def f(d: int, n=1000):
    return d > n

def g(n=1000):
    return int(n * (n + 1))

assert f(g())

def f(x: float, a=1020, b=100):
    return int(x * 1 / b / 10) == 10

def g(a=1020, b=100):
    return 10 * a * 1.0 + 10 * b * 1/a

assert f(g())

def f(x: int, a=11073258, b=62352549):
    return a + x == b

def g(a=11073258, b=62352549):
    return -a + b

assert f(g())

def f(t: str, s="Problem"):
    return t == s

def g(s="Problem"):
    return s.replace(",", "")

assert f(g())

def f(n: int, a=1020):
    return n - a > 10 ** -3

def g(a=1020):
    return int(int(4 + a)**3)

assert f(g())

def f(n: int, a=123456789 + 2):
    return n == a

def g(a=123456789 + 2):
    return int(a)

assert f(g())

def f(v: float, d=0.0001):
    return int(v * 1 / d % 10) == float(5)

def g(d=0.0001):
    return float(5 * d)

assert f(g())

def f(t: int, a=12345, b=5):
    if a == 1:
        return t % 2 == 0
    elif a == -1:
        return t / 2 == 1
    else:
        return t - a == b

def g(a=12345, b=5):
    return a + b

assert f(g())

def f(n: int):
    return 1.0 <= n <= 3 * 2 + 1

def g():
    return 1

assert f(g())

def f(nums: List[int], substring=[]):
    return nums == [nth(s) for s in substring]

def g(substring=[]):
    return [int(s) for s in substring]

assert f(g())

def f(x: int, a=14, b=54368639):
    if a == -1:
        return x % 2 == 0
    elif a == 1:
        return x % 2 != 0
    else:
        return x + a == b

def g(a=14, b=54368639):
    if a == -1:
        return x % 2 != 0
    elif a == 1:
        return x % 2 != 0
    else:
        return -a + b;

assert f(g())

def f(x: int, a=2218, b=-1):
    return x - a == b # ...

def g(a=2218, b=-1):
    return a + b # ...

assert f(g())

def f(i: int):
    z = str(i + 1000)
    while z == "aaaababab" and i < len(i):
        if i != len(i):
            break
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=10201202001):
    return x * 2 == a + (x * 1.0)

def g(a=10201202001):
    return a

assert f(g())

def f(parts: List[str], sep="!!", string="I!!!!!love??!"):
    return all(sep not in p for p in parts)

def g(sep="!!", string="I!!!!!love??!"):
    return list(sep + string)

assert f(g())

def f(n: int, number_of_moves = 30000):
    return n >= number_of_moves

def g(number_of_moves = 30000):
    return int(30000 * number_of_moves)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
        return True

def g(word="konjac"):
    return "konjac";

assert f(g())

def f(s: str, target="hello", m=5):
    return len(s) == len(target)

def g(target="hello", m=5):
    return target[::-1]

assert f(g())

def f(s: str, word="krepm"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="krepm"):
    return word[:len(word) - len(word) - 1]

assert f(g())

def f(n: int):
    s = str(n * n)
    if s.startswith("0123456789") or s.count("0123456789") == 1:
        return False
    else:
        return True

def g():
    return int("123456789")

assert f(g())

def f(x: int, a=1350, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1350, b=100):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: str, s=60):
    if s != 63:
        return True
    return False

def g(s=60):
    return "true"

assert f(g())

def f(p: int, x=-1, a=1, b=25):
    return a > x

def g(x=-1, a=1, b=25):
    return int(a + b) * a * a

assert f(g())

def f(s: str, c=18):
    for c in s:
        if c == 'l':
            return True
    return False

def g(c=18):
    return 'hello world'

assert f(g())

def f(t: str, s="hello"):
    assert len(t) == len(s)
    return str(t) == s

def g(s="hello"):
    return str(s)

assert f(g())

def f(y: int, a=253532, b=1230200):
    if y > 0:
        return y - a > b
    else:
        return y + a > b

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(d: int, n=123456789):
    return d == n or d == n and (d == n and d == n and d == n and d == n and d == n)

def g(n=123456789):
    return n

    return d == n & (n + 9) and (n > 9)

assert f(g())

def f(substring: str, label="hello world", upper=69):
    return len(substring) > 6

def g(label="hello world", upper=69):
    return "[\"Hello {0} world\"]\n"

assert f(g())

def f(s: str):
    z = 0
    for i in range(len(s)):
        z += 1
    return z == len(s)

def g():
    return '\n'

assert f(g())

def f(d: int, n=1234):
    return d > n and all(i in "123456789" for i in str(str(d).count("9") + str(d).count("2-5") + str(d).count("5-7")) for i in str(str(d).count("1")))

def g(n=1234):
    return n * n

assert f(g())

def f(t: str, s="Molecular"):
    s = "Molecular"
    if t in ["cubes", "bonds", "lines", "swimmers", "molecular_matures", "molecular_matures_cubes"]:
        m = "molecular"
    return len(t) == len(s)

def g(s="Molecular"):
    return s.split()[0]

assert f(g())

def f(x: List[int]):
    return len(x) == 5 and sum(x) > 13

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 1) // 2 ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 1) // 3 ]

assert f(g())

def f(s: str):
    return s >= "hello world"

def g():
    return "world\nhello world"

assert f(g())

def f(x: int, a=100, b=500, c=1000):
    return a + x > c

def g(a=100, b=500, c=1000):
    return int(a * b) - 1

assert f(g())

def f(n: int, a=4, b=1362):
    return n // b <= a

def g(a=4, b=1362):
    return a

assert f(g())

def f(x: int, i=2, a=737, b=14443964):
    return x + a > b

def g(i=2, a=737, b=14443964):
    return (i + 2) * (i + 2) + b

assert f(g())

def f(n: int, t=197, upper=20):
    for i in range(n):
        if n > 1:
            return True
        n = 3 * n + 1 if n % 2 else n // 2
    return n == 1 and m <= 2 ** upper

def g(t=197, upper=20):
    return t * t

assert f(g())

def f(str: str, size=5):
    return str.count(str) == len(str)

def g(size=5):
    return str(size + 1)

assert f(g())

def f(n: int, a=23463462, b=2):
    return a > b

def g(a=23463462, b=2):
    return a

assert f(g())

def f(s: str):
    for c in s:
        if c not in s:
            return False
    return True

def g():
    return ""

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) < 400:
        n = 0
    if n != 0:
        return True

def g():
    return int(int("6456789") * 0.2) + 1

assert f(g())

def f(x: int, a=124562, b=1230200):
    if x > 0 or a > 40:
        return x - a == b
    else:
        return x + a

def g(a=124562, b=1230200):
    if a <= 33 or b <= 42:
        return a - b == 32
    else:
        return a + b

assert f(g())

def f(x: int, b=2322323):
    return x == b

def g(b=2322323):
    return b

assert f(g())

def f(nums: List[int]):
    return len(nums) == 3

def g():
    return [1, 1, 2]

assert f(g())

def f(x: int, b=132984, a=113820):
    if x < 0 or a > 35 or b < 0:
        return x - a != 0
    else:
        return x + a != b

def g(b=132984, a=113820):
    return int(int(a * b) - int(a) ^ int(b))

assert f(g())

def f(s: str):
    return s[0] <= "Hello world"

def g():
    return str(int(int("123456789" + "0"*9) + 1))

assert f(g())

def f(s: str, s1="hello", s2="world"):
    return s >= s1 and s <= s2

def g(s1="hello", s2="world"):
    return str(str(s1) + str(s2))

assert f(g())

def f(p: List[int], n=1, k=1024, maxsize=10000):
    prod = 1
    for i in range(n):
        if p[i] == 0:
            return prod
        else:
            prod *= max(k, prod)
    return prod >= k

def g(n=1, k=1024, maxsize=10000):
    return [1, 2, 3, 5, 8, 10]

assert f(g())

def f(s: str):
    if s.count("6") == 1:
        return True
    return False

def g():
    return str(int("123456789" + "0"*9) * 3)

assert f(g())

def f(n: int, a=197, b=20):
    if a == 1:
        return n * 2.5 + b
    elif a == -1:
        return n * 2.5 + a
    else:
        return n > 2 * (2 + a) * 2.5 + b

def g(a=197, b=20):
    return a * 20 + b * 20 + a

assert f(g())

def f(n:int, a=15, b=27, upper_bound=150):
    # (9, 16, 33, 13, 11) -> [a, b, 1, 2, 0, 3, 1, 4, 33, 11]
    if a + b == 27:
        a, b = 2
    return True

def g(a=15, b=27, upper_bound=150):
    return a + b + (a < b) if upper_bound else (a < b)

assert f(g())

def f(n: int):
    return str(n).startswith("12345")

def g():
    return int("123456789") - 2

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 1) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) == 6]

assert f(g())

def f(s: str, word="traceproxy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="traceproxy", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0]-str(word[:-1]))

assert f(g())

def f(x: int, a=4, b=4):
    return x%b == a or b == b

def g(a=4, b=4):
    return 0

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) == length - 6) // 2:len(target) + length] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) == 6) // 2:len(target) + 6]

assert f(g())

def f(s: str, word="antisymmetricatheism", id="id", min_len=25):
    return s[0] and s[-1] == word[-1] or s[0] == word[-1]

def g(word="antisymmetricatheism", id="id", min_len=25):
    return word[-1] or (word[0] == word[-1])

assert f(g())

def f(s: str,word="konjac"):
    if s[0] != word[0]:
        return False
    else:
        return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str):
    return str(s.lower()) == s

def g():
    return "foo"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * c + b * n) and min(a, b, c) <= min(a, b, c)

def g():
    return [10, 7, 9, 6]

assert f(g())

def f(x: str, parts=['I!!', '!love', 'dumplings', 'I!!!love!dumplings!!!!!!']):
    if len(x) == 2:
        print("hello")
        return False
    elif len(x) == 9:
        print("hello")
        return True
    elif len(x) == 11:
        print("Hello")
        return False
        # print("Hello")

def g(parts=['I!!', '!love', 'dumplings', 'I!!!love!dumplings!!!!!!']):
    print("Hello")
    return "I!! love!"

assert f(g())

def f(s: str, target="foobarbazwow", length=600):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=600):
    return target[(len(target) - length) // 2: len(target) + 1:]

assert f(g())

def f(n: int, m=1):
    return n > 1

def g(m=1):
    return m + 1

assert f(g())

def f(str: str):
    return str.startswith("abcdefg")

def g():
    return "abcdefgabcdefgabcdefgabcdefg"

assert f(g())

def f(v: str):
    if len(v) == 0: return 'world' in set(v) and v != 'zoo' and (v == 'zoo' and len(v) == len(v) - 1)
    return v == 'zoo' or v == 'world'

def g():
    return "world"

assert f(g())

def f(res:int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m + 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(n):
        m = (m + 1 if m % 10 else m // 10)
    return m

assert f(g())

def f(n: int, m=10000):
    return n * (n + m) + m > n

def g(m=10000):
    return int(int(m-1) + 1)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 + len(target) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 + len(target) // 2]

assert f(g())

def f(n: int, a=12, b=13, upper_bound=150):
    return n / a < 0.99 or n % -a < 1

def g(a=12, b=13, upper_bound=150):
    return a % b or n < -a

assert f(g())

def f(x: int, a=110111, b=16, start="424", combo="778", target_len=12):
    if x > 0 or a < 25:
        return x - a == b
    else:
        return x + a - b

def g(a=110111, b=16, start="424", combo="778", target_len=12):
    if a < 5:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(s) and all(word[0] in {0, 1, 19})

def g(word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word
    return int(word[:-1]) == len(word)

assert f(g())

def f(x: int, a=384739):
    return x >= a

def g(a=384739):
    return int(a)*6

assert f(g())

def f(n: int, a=1020):
    if n % 10 == 0:
        return n + 1
    if n == 2:
        return n + 1
    if n == 3:
        return n - 1
    return n >= 1

def g(a=1020):
    return a + 1

assert f(g())

def f(x: int, a=135532):
    return x == a

def g(a=135532):
    return int(a)

assert f(g())

def f(x: int, a=95456789):
    return x == a

def g(a=95456789):
    return int(a)

assert f(g())

def f(x: int, a=5129, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + x == b

def g(a=5129, b=1230200):
    if a < 100:
        return int(a) + int(b)
    else:
        return int(a) + int(b)

assert f(g())

def f(parts: List[str], sep="!", strings=['a', 'b', 'c']):
    return all(sep not in list for list in parts)

def g(sep="!", strings=['a', 'b', 'c']):
    return []

assert f(g())

def f(x: int, a=-381, b=1652312):
    return x - a >= b

def g(a=-381, b=1652312):
    return int(int("123456789" + "1"*9)** 0.5) + 1

assert f(g())

def f(a: int):
    return a < 4

def g():
    return 1

assert f(g())

def f(n: int, a=15482, b=23223):
    return n / b > 0 and a != 0

def g(a=15482, b=23223):
    return a or b < 0

assert f(g())

def f(n: int, c=5001):
    return n == c

def g(c=5001):
        return c if c else c

assert f(g())

def f(n: int, m=0, p=0):
    return n == m

def g(m=0, p=0):
    return int(m * p)

assert f(g())

def f(x: int):
    return str(x + 1).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) * 10)

assert f(g())

def f(x: List[str]):
    return x[0] == x[-1] and x[-1] == x[-4]

def g():
    return ["0"*10 + "\0"*10 + "\0" for i in range(1000)]

assert f(g())

def f(s: str, i=1,j=15):
    return len(s) == i

def g(i=1,j=15):
    return str(i)

assert f(g())

def f(n: int):
    return str((n) * n).startswith("123456789")

def g():
    return int(int("123456789" + "0"*19) ** 0.5) + 1

assert f(g())

def f(ls: List[str]):
    w = str(ls)
    l = len(ls)
    if w < max(ls):
        w += 1
        l += max(ls)
    return w > max(ls)

def g():
    return ["", "", "", "", "", ""]

assert f(g())

def f(x: int, a=1377):
    return -(x == a) and x == a

def g(a=1377):
    return a if int(a) > 1 else x

assert f(g())

def f(n: int, a=2 * 4, b=16, lower=24):
    return n // b == a

def g(a=2 * 4, b=16, lower=24):
    return int(a) * b

assert f(g())

def f(n: int):
    return pow(2, n, n) <= 15

def g():
    return pow(3, 5, 15)

assert f(g())

def f(x: int, t=122525):
    return x == t

def g(t=122525):
    return t

assert f(g())

def f(x: int, a=-384, b=100):
    return x-a == b

def g(a=-384, b=100):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    n=0
    for i in range(len(word)):
        if word[i].upper() != s[i].upper():
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, k=30):
    return s + 'hello' != 'World'

def g(k=30):
    return "hello world"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x <= b

def g(a=8665464, b=-93206):
    return a - b

assert f(g())

def f(s: str, word="neelp", max_len=6):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[-1] == s[-1]

def g(word="neelp", max_len=6):
    if word[-1] == "neelp":
        return word
    else:
        return word

assert f(g())

def f(x: int, a=253532, b=4):
    return x > a

def g(a=253532, b=4):
    return int(a) + 3

assert f(g())

def f(m: int):
    return m > 0 or m == 0 or m == 9

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(1000))

def g():
    # This doesn't work but this might work, too
    return list(range(1000))

assert f(g())

def f(n: int, year_len=365):
    # if year len is less than 365, return a subset
    for i in range(n):
        if i > year_len:
            from math import pi
            if pi <= pi_2:
                return (i - year_len) ** 2 - (i + year_len) ** 2
            else:
                return (i - year_len) - year_len
    return n > 365

def g(year_len=365):
    return year_len + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 100

def g():
    return ["4"*(i + 4) + "1" for i in range(100)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in str(n) for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(n * 3.25) + 1

assert f(g())

def f(x: int, a=8, b=-93206):
    return x - a <= b and a != b - a

def g(a=8, b=-93206):
    return int(int(a + b - a + 0+b)) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[1] == s[1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word) and word[1] == len(word[1:-1])

assert f(g())

def f(s: str, word="s1"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="s1"):
    return word

assert f(g())

def f(s: str, target = "a", a=10):
    for s in s[1:4] : s[2:4] = s[3:4]
    return s == target

def g(target = "a", a=10):
    try:
        return target
    except:
        return None

assert f(g())

def f(z: float, v=9, w=100):
    return z > w or v > w

def g(v=9, w=100):
    return float(10*v)** 4

assert f(g())

def f(n: int, a=7, b=100, c=20):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    if n == -1:
        return s.lower() < t.lower()
    if n == 1:
        return s.lower() < t.lower()
    return True

def g(a=7, b=100, c=20):
    return a + b + c

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:(len(target) + len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:] or target[(len(target) + length) // 2:(len(target) + len(target) + length) // 2] == s * target[len(target) + 3 : len(target) + 3]

assert f(g())

def f(d: int, n=123456789):
    return d - n and all(i in "48" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(n**2) + 3

assert f(g())

def f(s: str, a=['cat', 'dot'], b=['tree', 'fly', 'dot']):
    return s in a and s in b

def g(a=['cat', 'dot'], b=['tree', 'fly', 'dot']):
    return a[b[2] in ('cat' and 'tree' and 'fly' and 'dot')]

assert f(g())

def f(x: int, a=65535, b=1245678):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=65535, b=1245678):
    return a + b

assert f(g())

def f(n: int, t=3800, lower_bound=5):
    return n * t >= lower_bound and n <= t

def g(t=3800, lower_bound=5):
    return int(int(t - lower_bound) * (int(t) > t) + int(t))

assert f(g())

def f(s: str, target="foo"):
    m = len(s)
    for c in s.lower():
        if c in "aeiouy":
            continue
        assert target[i] == "", f"not expected to be a "". Just return 1"
        if isinstance(target[i], str):
            return True
        i = 1
        assert target[i] != target[i + 1]  # this will return more than 1
        assert target[i + 1] != target[i + len(target[len(target)-1])-1]

    return True

def g(target="foo"):
    return target[1:]

assert f(g())

def f(x: float):
    return x > 0.5 * -0.5

def g():
    return float(2.0) * 30000

assert f(g())

def f(n: int, a=2322329, b=54763, lower_bound=5):
    return n % 2 == 0 and lower_bound != 0 or n != lower_bound

def g(a=2322329, b=54763, lower_bound=5):
    n = 3
    if lower_bound != 0:
        return n * (2322329 + 54763 + 1)
    elif lower_bound != -1:
        return 0
    else:
        return 0

assert f(g())

def f(s: str, d=4):
    return "Hello " + s == "Hello world"

def g(d=4):
    return "world"

assert f(g())

def f(x: int, a=9, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=9, b=54368639):
    if a < 0 and b > 0:
        return a + b
    else:
        return a + b

    return x + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - b > a

def g(a=253532, b=1230200):
    return int(a + (15 * b / a) * a) + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[-1] == word[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[len(word)] * max_len)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=15000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=15000):
    if len(word) <= max_len:
        return word
    return int(word) == max_len - 1

assert f(g())

def f(n: int, a=5):
    return 0 <= a <= n

def g(a=5):
    return a * 5

assert f(g())

def f(w: List[float], coeffs=[]):
    for i in w:
        if i == 0:
            if coeffs.find(word) != coeffs.end():
                return False
    return True

def g(coeffs=[]):
    return []

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b > a

def g(a=345346363, b=10):
    return 10 * a + b

assert f(g())

def f(x: int, a=93252338):
    return x == a or x[92552338, 92552338] == a

def g(a=93252338):
    return a

assert f(g())

def f(name: str, s="I"):
    return name.index(s) == 0

def g(s="I"):
    return s + "I" + str(s) + s

assert f(g())

def f(string: str, substring="foo", length=10):
    return substring.count(substring) == substring.count(substring) or len(string) == 2

def g(substring="foo", length=10):
    return str(str(substring * 10)) + substring

assert f(g())

def f(x: int, a=15482, b=23223):
    return x + a == b or (x - a > b - a) != b

def g(a=15482, b=23223):
    return (1 - a > b - a) - 1

assert f(g())

def f(n: int, max=2, min=0, min_bound=0, max_bound=2):
    return n == min_bound

def g(max=2, min=0, min_bound=0, max_bound=2):
    """Sets the result of the function f"""
    return int(max * min_bound) + min_bound

assert f(g())

def f(s: str, b="hello", n = 5):
    if len(s) == 0:
        return s == "hello"
    else:
        return s == "hello"

def g(b="hello", n = 5):
    return "hello"

assert f(g())

def f(s: str, target="foobarbazwow", reverse=True):
    return s[::+1] == target

def g(target="foobarbazwow", reverse=True):
    return target.strip()

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z / d % 10) == 0

def g(v=9, d=0.0001):
    return float(v / d) + 1

assert f(g())

def f(x: int, a=253533, b=1230200):
    if x > 0 and b < 1:
        return x - a > b
    else:
        return x + a > b

def g(a=253533, b=1230200):
    return (1 * a) + b

assert f(g())

def f(s: str):
    return set(s) <= set("12-15-1")

def g():
    return "12-15-1"

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0:
        return x + a == b
    else:
        return x + b == a

def g(a=5, b=1230200):
    if a < 0 and a > 3:
        return x - a.min(a)
    else:
        return - a + b

assert f(g())

def f(x: int, a=10200001100101000):
    return x ** 2 >= a and x ** 2 >= a

def g(a=10200001100101000):
    return a

assert f(g())

def f(n: int, a=3, b=23463462, t=65):
    return n > a + b and n > b

def g(a=3, b=23463462, t=65):
    return (1 + a)**t

assert f(g())

def f(t: int, k=3):
    if t is None:
        return None
    elif t == 1:
        return t == 3
    elif t == 2:
        return t == 1
    elif t == 3:
        return True
    return False

def g(k=3):
    return k

assert f(g())

def f(n: int, a=100, b=1024):
    for i in range(15):
        if b > 0:
            n += 1
            if i < n:
                n += 1
            if i != b or i != n:
                n += 1
    return n > 0

def g(a=100, b=1024):
    return a + b

assert f(g())

def f(x: float):
    return x % 10 == 0

def g():
    return (float(0) % 10)

assert f(g())

def f(s: str, word="konjacw"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjacw"):
    return word[len(word) <= 3]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.count('o') == 0 and s.count('oo') == 0

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str, word="antijurism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[1] == word[-1]

def g(word="antijurism", max_len=10):
    if word == "antijurism":
        return str(word)
    return int(word) == max_len

assert f(g())

def f(n: int, v=17, w=100):
    return n + v > w

def g(v=17, w=100):
    return int(v) + 2 * w

assert f(g())

def f(li: List[int], a=4, e=6, s=10):
    return sorted(li) == list(range(999)) and all(li[i] != li for i in range(len(li)))

def g(a=4, e=6, s=10):
    return sorted(range(999)) or all(array(range(999)).count() == len(li))

assert f(g())

def f(x: int, a=242300, b=1339800):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=242300, b=1339800):
    if a < 0:
        return 0, 0.5
    else:
        return a + b

assert f(g())

def f(s: str, word="anticapostrophe", max_len=133733):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == s
    return word == s

def g(word="anticapostrophe", max_len=133733):
    return "anticapostrophe"

assert f(g())

def f(s: str):
    return len(s) == len(str(0))

def g():
    return str(1)

assert f(g())

def f(x: int, a=60, b=60):
    if x < 0:
        return x - a > a
    else:
        return x + a > b

def g(a=60, b=60):
    return int(a > b) + 3

assert f(g())

def f(n: int, a=8, b=4):
    return n % a == 0 and n % b == 0 and not 0 < n <= b

def g(a=8, b=4):
    return a % b

assert f(g())

def f(pos: int):
    return str(pos).startswith("123456789")

def g():
    return int(int("123456789" + "1"*11) * 0.1) + 1

assert f(g())

def f(n: int):
    return n >= 3

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target == s:
        if reverse:
            return True
        else:
            if reverse:
                return False
            else:
                return True
    return False

def g(target="reverse me", reverse=True):
    if reverse:
        return target
    else:
        return False

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a + b == b
    else:
        return x + a + b + b

def g(a=253532, b=1230200):
    if a > 50:
        return a - b + b
    else:
        return a + b + b

assert f(g())

def f(x: int, a=91302213):
    return a == x

def g(a=91302213):
    return int(a)

assert f(g())

def f(s: str, word=''):

    if s[1] != word:
        return True

    if s[0] != word:
        return False
    if s[2] != word:
        return False
    if s[3] != word:
        return False
    if s[4] != word:
        return False
    if s[5] != word:
        return False
    if s[6] != word:
        return False

    item = {(x, y, z) for x, y, z in enumerate(s) if z < x or y + z <= y}

def g(word=''):
    return "hello world"

assert f(g())

def f(n: int, a=5, b=23463462):
    return a + b < n

def g(a=5, b=23463462):
    return int(int("123456789" + "0"*9) *(a)+b) + 2

assert f(g())

def f(x:int, a=353532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b or x - a == b

def g(a=353532, b=1230200):
    if a < 0 and b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == 'Hello world' and s[::-1] == s[::-1]

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=3, b=33, target=0):
    for i in range(16):
        if i < 0 or a == 0 or b == 1 and target == 0:
            return False
    return True

def g(a=3, b=33, target=0):
    return int(float(a) * float(b) * float(target))

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=1230200):
    if a < 50 or a > 0:
        return a - b
    else:
        return a / b

assert f(g())

def f(x: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if x[i] != word[i]:
                if x[i] != word[i].upper():
                    return False
    return True

def g(word="konjac"):
    return "konjac" if word == "konjac" else "default"

assert f(g())

def f(s: str, target="reverse me", reverse=True, repeat=500):
    return (s == target) == reverse

def g(target="reverse me", reverse=True, repeat=500):
    return target

assert f(g())

def f(v: int):
    return v > 100

def g():
    return int(int("123456789" + "0"*9) * 100)

assert f(g())

def f(s: str, target="cabazwow", length=6):
    return target[(len(target) - length) // 2] == s

def g(target="cabazwow", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(s: str):
    return str(s)[1] == 0 or str(s.upper()) == s.lower()

def g():
    return "123456895"

assert f(g())

def f(g: str):
    return g.count("x") and g.count("a") == 0

def g():
    return "x"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", m=5):
    return s == word or s == m if m > 0 else m

    for e in list(inds and len(inds) / 10):
        if e in words:
            return words
    return words

    for i in inds:
        assert i == words[i]  # remove words

def g(word="antidisestablishmentarianism", m=5):
    return "antidisestablishmentarianism"

assert f(g())

def f(s: str, word="tragic", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[1:-1]

def g(word="tragic", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1] == word) and word[0] == s[1:-1]

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    if len(s) > 4:
        return s[:5] == a
    return len(s) == 4 and len(s) == 2

def g(a="hello", b="yellow", length=4):
    if isinstance(a, str):
        return a + " " + b
    if isinstance(b, str):
        return b + " " + length(a) + " " + (b - b)
    return a + " " + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a + b == b
    else:
        return x + a + b

def g(a=253532, b=1230200):
    if (a > 25) and (b > 25):
        return a - b + b
    else:
        return a - b

assert f(g())

def f(a: int, b=14046310):
    return a > b or a == b

def g(b=14046310):
    return 10*b * (b + 1)

assert f(g())

def f(v: int, a=154854):
    return a % (v + 1) == a

def g(a=154854):
    return 0 + a

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = random.randrange(year_len)
    prob = sum(len({random.randrange(K) for i in range(n)}) < K for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    import random
    random.seed(0)
    for k in range(30):
        random.seed(0)
        k *= year_len
        print (k)
        print(0.5)
    print(1)
    return k

assert f(g())

def f(n: int):
    m = n
    while n > 3:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        return False
        return True
        for x in li[0]:
            a = sum(li[1:i]) == 2 ** i - 1 if x and a <= -1 else a
        return False
    return True

def g():
    return (5000000-5000000) ^ 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + x > b

def g(a=1073258, b=72352549):
    return int(a * (b-1) - 1)

assert f(g())

def f(x: List[int], s=1345):
    return len(x) % 2 == 0 and len(x) % 2 <= 4 and sum(x) != 3

def g(s=1345):
    return [3, -2]

assert f(g())

def f(n: int, c = "Orientation"):
    if c in "o":
        return False
    return True

def g(c = "Orientation"):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, n1=100, n2=200, n3=150):
    assert n + 2 > n3
    assert (n1 < n2 or n1 >= n3)
    return n1 >= n3 or n1 <= n3

def g(n1=100, n2=200, n3=150):
    return int(n1 * n2 + n2 * n3 + n3 * n1)

assert f(g())

def f(x: int, a=100, b=15):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=15):
    if a < 0:
        return a - 0
    else:
        return a + b

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % b == 0 and 0 <= a < b <= upper_bound

def g(a=15, b=27, upper_bound=150):
    return a**3 - b**3

assert f(g())

def f(x: int, a=253532, b=3):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=3):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(state: str):
    return len(state) == len(state[0])

def g():
    return str(str(0))

assert f(g())

def f(x: int, a=5169, b=1325):
    return x == 0

def g(a=5169, b=1325):
    return int(a < b)

assert f(g())

def f(s: str, word="antide", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[-1]) == max(len(word[1:-1]))  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5

def g(word="antide", max_len=10):
    if len(word) <= max_len:
        return word
    # [1] has 10 characters
    return (word[:-1] == "0") * 0.5  # 0 - 1

assert f(g())

def f(x: int, a=24963, b=3060):
    if (x != a) or (a != b) or (a != b) or (a != b) or (a != b) or (a != b) or (a != b):
        return x - a == b

    return x - b == b

def g(a=24963, b=3060):
    if (a != b) or (a != b) or (a != b) or (a != b) or (a != b) or (a != b) or (a != b) or (a != b) or (a != b) or (a != b):
        return a + b

assert f(g())

def f(x: int, a=10, b=500):
    return x > 0 or x > 25

def g(a=10, b=500):
    return int(a / b) + 1

assert f(g())

def f(i: int, i1 = 1, i2 = 1, i3 = 1):
    return int(i1 - i2) + 1 / 2 < i3

def g(i1 = 1, i2 = 1, i3 = 1):
    return int(i1 + i2)

assert f(g())

def f(s: str, strings=['a', 'c', 'd', 'e', 'f'], upper_bound=3):
    return s[::-1] in strings and sum(t < s[::-1] for t in strings) == 1

def g(strings=['a', 'c', 'd', 'e', 'f'], upper_bound=3):
    if len(strings) == 3:
        return str(str(strings[0]))
    else:
        return str(strings[1])

assert f(g())

def f(x: int, a=15409550, b=75):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=15409550, b=75):
    return int(int("123456789") * a + b * b) + 1

assert f(g())

def f(s: str, n=11001):
    return len(s) == 5

def g(n=11001):
    return str(n * 2)

assert f(g())

def f(n: int, a=1020201202001):
    return n == a

def g(a=1020201202001):
    return a  # use default implementation of Integer to get value

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word) - 1):
        if word[i] != s[i]:
            return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(s: str, word="r", key=2, depth=200):
    if depth:
        if len(s) == 0:
            return False
        for k in range(len(s) - 1):
            if s[k] != word[k]:
                return False
    return True

def g(word="r", key=2, depth=200):
    return "r"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'W', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'W', 'r', 'd']):
    if 'o' in chars:
        return str(chars)
    return False

assert f(g())

def f(z: float, v=9, d=0.0001):
    return z * 1 / d % 10 == v

def g(v=9, d=0.0001):
    return v * 2 * 10 + v * d

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(s) // 2) // (len(target) + len(target) // 1) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + len(target) // 2) // (len(target) + len(target) // 1) // 2]

assert f(g())

def f(x: List[int], t=6):
    return len(x) == t

def g(t=6):
    return [int(t) for i in range(6)]

assert f(g())

def f(x: str):
    return str(x) in ('hello', 'world')

def g():
    return "world"

assert f(g())

def f(t: str, s="hello world"):
    return t[:-1] == s[:-1]

def g(s="hello world"):
    return s.replace("Hello\n", "world")

assert f(g())

def f(n: int, a=15500, b=23333):
    return n > a

def g(a=15500, b=23333):
    return int(a % b) * 3

assert f(g())

def f(n: int, a=151234, b=512):
    return n * b > a

def g(a=151234, b=512):
    return a

assert f(g())

def f(x: int, y=107053):
    return x + y == 0

def g(y=107053):
    return -107053

assert f(g())

def f(y: int, a=6, b=-93206):
    return a - y == b

def g(a=6, b=-93206):
    return int(a) - b

assert f(g())

def f(s: str, a=100, b=0.5, q=0.01):
    return s in s and (q < 0 or q > 0)

def g(a=100, b=0.5, q=0.01):
    return str(a * 9 * b)

assert f(g())

def f(s: str, word="konjac"):
    if len(word) == len(set(word[0])) or s[0] == word[0]:
        return True
    return False

def g(word="konjac"):
    return str(word[:1])

assert f(g())

def f(s: str, big_str="foobar", index=2):
    assert s == big_str
    return s == big_str

def g(big_str="foobar", index=2):
    big_str = "foobar"
    index = 1
    def f(n, big_str=""):
        if big_str == "foobar":
            return "hello"
        else:
            return "world"
    return "foobar"

assert f(g())

def f(gid: int, b=20):
    return gid != 0 or gid == 1

def g(b=20):
    return int(b*b**2)**2

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length)// 2: (len(target) + length) // 2]

assert f(g())

def f(s: str, word="konfahp"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konfahp"):
    return str(word)

assert f(g())

def f(nums: List[int]):
    if len(nums) == 3:
        return len(nums) <= 3
    if len(nums) == 4:
        return len(nums) >= 4
    if len(nums) == 5:
        if n == 3:
            return n == 5
        return n > 4
    return len(nums) <= 5

def g():
    return [1, 2, 123456789]

assert f(g())

def f(s: str, word="v", max_len=5):
    if len(word) <= max_len or s[2:] != max_len:
        return word == s
    return int(word[0]-s[1:]) == len(word[-1:-1])

def g(word="v", max_len=5):
    if len(word) <= max_len:
        return word
    return int(word[0]-s[1:]) == len(word[-1:-1])

assert f(g())

def f(m: int):
    return abs(m) > 0.3 and abs(m - 2) > 0.5

def g():
    return int(int(int(int(0))**2) * 0.4) + 1

assert f(g())

def f(x: int, a=92574833):
    return x == a

def g(a=92574833):
    return int(a)

assert f(g())

def f(x: float, a=1020):
    return abs(x * 2 - a) < 10** -3 and x > 0

def g(a=1020):
    return float(a) / 2

assert f(g())

def f(s: str, m=10000):
    for i, m in enumerate(s):
        if s.count('\n') == m:
            s.insert(i)
    return s.count("\n") == int(m)

def g(m=10000):
    return str(m * m) + str(m + m)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] in ["foobarbazwow", "foobarbazwow", "foobarbazwow", "foobarbazwow" and s]

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(x: int, a=-41, b=14546310):
    return x - a > b

def g(a=-41, b=14546310):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    return len(str(i + 25)) > 10 and len(str(i + 1)) > 10

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(x: int, a=107424, b=10621541):
    return x + b == a

def g(a=107424, b=10621541):
    return a - b

assert f(g())

def f(x: int, a=95252337):
    return x == a

def g(a=95252337):
    return a #=> a is the second digit of a-

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(5,4):
        m = (m - 1) * res
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(5,4):
        m = (m - 1) * n
    return m

assert f(g())

def f(t: int, s=4, target=4):
    return 1 + (t - s) / 2 and t >= target and t != 0

def g(s=4, target=4):
    return s + target

assert f(g())

def f(state: List[int]):
    return state[0] == 7  # non-interactive, one-to-one, 0-to-7

def g():
    return [7, 7, 7, 7, 7]

assert f(g())

def f(n: int, a=45, b=100):
    return n // b > a

def g(a=45, b=100):
    return int(int("123456789" + "0"*9) ** 0.5) + (a < b)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length - 1) // 2:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length - 1) // 2:]

assert f(g())

def f(x: int, a=255, b=1280):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=255, b=1280):
    if a > 50 and b > 1280:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > s.count("b") and ('b' in x) for x in s) for s in s)

def g():
    return ['a'*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(h: str, a="hello", b="yellow", length=2):
    return h != 0 or len(h) == 2

def g(a="hello", b="yellow", length=2):
    return getattr(g, a, "blah")

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', ' '], max=1):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', ' '], max=1):
    return str(chars)

assert f(g())

def f(t: str, s="abbbcabac", target="do"):
    s = t.strip().lower()
    if s:
        i = 1
    return s != ""

def g(s="abbbcabac", target="do"):
    s = str(s)
    assert s, ("Abcdabac")

    return "Abcdac" * 9

assert f(g())

def f(x: int, a=9643520):
    return x == a

def g(a=9643520):
    return a

assert f(g())

def f(x: int, a=125, b=500000):
    if x > 0:
        return x + b > 50
    else:
        return x + b

def g(a=125, b=500000):
    return int(a * 5) + 5

assert f(g())

def f(s: str, reverse=True):
    """
    return s[::-1] == reverse and (s[::-1] - s[::-1] == reverse)
    """
    assert reverse ==True, "reverse me doesn't have anything to do with reverse me"
    return reverse

def g(reverse=True):
    """
    return reverse = False
    """
    return "s[0] == reverse"

assert f(g())

def f(x: str, s="abAab"):
    return s.lower() == x.lower()

def g(s="abAab"):
    return s.lower() == x.lower() if not s.lower() else s.lower()

assert f(g())

def f(s: str, a=15, b=27, top_bound=150):
    if len(s) > top_bound:
        return True
    else:
        return False

def g(a=15, b=27, top_bound=150):
    return str(a) * top_bound

assert f(g())

def f(y: int, a=1020, b=30200):
    if a == 0 or y < b:
        return y > b
    else:
        return y > b

def g(a=1020, b=30200):
    return a + b

assert f(g())

def f(x: int):
    return x > 0.5

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, n=13, t=72240):
    for i in range(n):
        if i < 0:
            return False
    return True

def g(n=13, t=72240):
    return str((n*n) + 3*t)

assert f(g())

def f(n: int, a = 15482, b = 23223, lower_bound=5):
    return n > 0.5

def g(a = 15482, b = 23223, lower_bound=5):
    return 1

assert f(g())

def f(str: str, substring="b", length=5):
    for i in range(len(str)):
        if not str.search(substring, str(substring, i)) or str.search(substring, substring) == substring:
            return False
    return True

def g(substring="b", length=5):
    return str()

assert f(g())

def f(t: str, word="konjac"):
    for i in range(len(word)):
        if i > 0:
            if word[i] != t and word[i] != t[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) and str(word)

assert f(g())

def f(s: str):
    return str(9 ** 2888).count(s) < 27 and len(s) == 5

def g():
    return "world"

assert f(g())

def f(n: int, a=2, b=33333):
    return n // b == a

def g(a=2, b=33333):
    return a + b * 2

assert f(g())

def f(x: int, a=38443587):
    return x == a

def g(a=38443587):
    return a

assert f(g())

def f(substring: str, string=':', count=1):
    return string.count(substring) == 1

def g(string=':', count=1):
    return "".join("%s" % string)

assert f(g())

def f(s: str, word="antidiom", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s.count("a") == word[0]-1) and word[1] == s[0] and word[-1] == s[-1]

def g(word="antidiom", max_len=10):
    if len(word) <= max_len or word.startswith(":"):
        return word
    elif len(word) > max_len:
        return word
    elif word.startswith("1") or word.startswith("2") or word.startswith("3"):
        return word[:3]
    else:
        return -1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):

    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars)

assert f(g())

def f(t: str, s="Problems"):
    return len(t) == len(s) and len(s) == len(t)

def g(s="Problems"):
    if len(s) == 1:
        return s
    else:
        return s

assert f(g())

def f(x: int, b=8665464):
    return x == b or (x-b) == 0

def g(b=8665464):
    return b or (x-b) == 0

assert f(g())

def f(x: int, a=8665464, b=93234225):
    return a - x == b

def g(a=8665464, b=93234225):
    return a + -b

assert f(g())

def f(n: int, a=12345789873489, b=1090):
    return n // b == a

def g(a=12345789873489, b=1090):
    return a * b

assert f(g())

def f(x: int, a=43252338):
    return -x == a - 3*a

def g(a=43252338):
    return 2 * a

assert f(g())

def f(x: int, a=7, b=7):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=7, b=7):
    assert a == b
    return int(int(a-b) * 9)

assert f(g())

def f(s: str):
    return s in s[1:] and s.count('o') == 1000 and not len(s) == 3 or len(s) == 5

def g():
    return "world"

assert f(g())

def f(n: int, t=100):
    return True if n <= 1 + 1 else False

def g(t=100):
    return 1 if t <= 1 else 0

assert f(g())

def f(x: int, a=-1846, b=14146470):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=-1846, b=14146470):
    return int(int(a) + int(b))

assert f(g())

def f(t: int, d=123456789):
    if d < 120:
        return
    else:
        return d > 0

def g(d=123456789):
    return int(d)

assert f(g())

def f(s: str, word="Antidisestablishmentarianism", max_len=10):
    if len(s) <= max_len:
        return str(s).count(word)
    return len(s) % len(word) != max_len

def g(word="Antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return str(word)
    return max_len > max_len

assert f(g())

def f(li: List[int]):
    return li.count(li) ==li.count(li)

def g():
    return [1, 0, 3]

assert f(g())

def f(s: str, target="helloworld"):
    if not s:
        return
    for c in s:
        if c not in target:
            return False
    return True

def g(target="helloworld"):
    return target

assert f(g())

def f(s: str, vals=True):
    if s == 'problems':
        return s == 'problems'
    elif vals == True:
        return s == 'problems'

def g(vals=True):
    if f(vals) == 'problems':
        return s == 'problems'
    elif not hasattr(vals, "problems"):
        return 'problems'

assert f(g())

def f(s: str):
    return '\b' in s

def g():
    return "Hello\b"

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return s == target

def g(target="foobarbazwow", length=3):
    return target == "foobarbazwow" if length > 3 else target

assert f(g())

def f(n: int, t=50):
    if t == 50:
        return True
    else:
        return False

def g(t=50):
    return t - 10

assert f(g())

def f(xs: List[int]):
    xs[0] = 10
    xs[1] = 15
    xs[2] = 20
    xs[3] = 33
    return xs[0] < xs[1] and xs[2] < xs[3]

def g():
    return [2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(x: int, a=2655, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2655, b=1230200):
    if a > 50 and b > 1230200:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=7):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=7):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0 or a < b:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1230200):
    if a is None:
        return None
    if b is None:
        return None
    if a is None:
        return None
    if b is None:
        return None
    if a and b > 0 or a < b:
        return a + b
    else:
        return a + 2 - b - 1

assert f(g())

def f(x: int, a=4, b=9*1):
    return x >= a % 4

def g(a=4, b=9*1):
    return int(a % 3) + int(b % 2)

assert f(g())

def f(n: int):
    return n % 100 == 0

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(s: str, word="kurzbanity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="kurzbanity", max_len=10):
    if word == "kurzbanity":
        return "kurzbanity"
    if word == "" or word == "kurzbanity":
        return 2
    for i in range(0, len(word)):
        if (word[i] in word or word[i-1] in word):
            return i
    return len(word) == max_len or max_len == len(word)

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=30):
    return "Hello " + s == "Hello world"

def g(s1="a", s2="b", count1=50, count2=30):
    return "world"

assert f(g())

def f(big_str: str, sub_str="foobar", index=3):
    return big_str == sub_str

def g(sub_str="foobar", index=3):
    return sub_str if index == 3 else ""

assert f(g())

def f(x: int, a=2542, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=2542, b=1230200):
    if a > 0:
        return a + b
    else:
        return a - a

assert f(g())

def f(x: int, a=3, b=1, c=0, d=5):
    if x > 0 or a > 50:
        return x - a == b
    elif x > 0 or a <= 50:
        return x + a == b

def g(a=3, b=1, c=0, d=5):
    if a < 5 and b < 4:
        return a + b
    elif a > 5 and b > 4:
        return a - b
    else:
        return a - 1

assert f(g())

def f(x: int, a=100, b=3, t=0):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=3, t=0):
    if a < b or t < 0:
        return a + b < t
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.count('foo') == 2

def g():
    return "foo" * 2

assert f(g())

def f(s1: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s1
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s1 and word[-1] == s2

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s1 and word[-1] == s2

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all("(" or "(" or "()) == '")

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int, a=15482, b=23223):
    return n - 1 and n % 1 == 0 and n >= b

def g(a=15482, b=23223):
    return a * 2

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in d for i in str(d).count("4") + str(d).count("7") for i in str(d).count("4" + str(d).count("7")) for i in str(d).count("4" + str(d).count("7")))

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(s: str, strings=['x', 'x,x,x,x,x', 'x', 'x,x,x,x,x,x']):
    return s + 'x' in strings

def g(strings=['x', 'x,x,x,x,x', 'x', 'x,x,x,x,x,x']):
    return "" if strings else ""

assert f(g())

def f(x: int, a=8665464, b=93206):
    return a - x == b + a

def g(a=8665464, b=93206):
    return a - (b+a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    new = len(s) + 2.0
    for _ in range(len(s)) :
        return s[_] == target[(len(target) - 1) // 2]

def g(target="foobarbazwow", length=6):
    new = len(target) + 1.0
    for _ in range(len(target)) :
        return target[(len(target) - 1) // 2]

assert f(g())

def f(x: int, a=93252338):
    if x < 0:
        return False
    else:
        return True

def g(a=93252338):
    return a

assert f(g())

def f(n: int, a=456789, b=23456789):
    return n >= a

def g(a=456789, b=23456789):
    return a * (b + 1) * 3

assert f(g())

def f(s: str):
    return s.count('o') == 4 or s.count('oo') == 0

def g():
    return "world"

assert f(g())

def f(key: str, word="konjac"):
    return key.lower() == word

def g(word="konjac"):
    return word.lower() == word if word != "konjac" else "konjac"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if target != s:
        return False
    return True

def g(target="foobarbazwow", length=6):
    return str(target.startswith("123456789")) if len(target) < 2 else target

assert f(g())

def f(s: str, word="oobab", k=3):
    for k in range(3, k + 1):
        if s[k] != word[k]:
            return False
    return True

def g(word="oobab", k=3):
    return "oobab"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b < a

def g(a=345346363, b=10):
    return int(a) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (s[i] < word[i].lower()):
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="Mm"):
    for i in range(len(word)):
        if word[i] == word[i] and s[i] == word[i] and i == 0:
            if s[i] == word[i]:
                return True
    return False

def g(word="Mm"):
    return "Mm"

assert f(g())

def f(v: int):
    for i in (7, 18, 21):
        v *= 6
        return int(v % 10) == v

def g():
    return int(int("0" * 9) + 1)**100

assert f(g())

def f(x: int, a=4096, b=14028, c=10571696):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=4096, b=14028, c=10571696):
    if a < 0 or b > 20:
        return a + b
    else:
        return b

assert f(g())

def f(li: List[int]):
    return li[li[2]] == li[li[2] and li[li[li[2]]] in set([0, 1])]  # 3, 3 + 1, 2

def g():
    return [3, 2, 1]

assert f(g())

def f(s: str):
    return set(s) <= set("2--15") and s.count("2") == 1 and s.count("1") == 1

def g():
    return "2--15"

assert f(g())

def f(s: str, a=0.5):
    return s[0-3:6] == '!'

def g(a=0.5):
    return '!'

assert f(g())

def f(n: int, a=1E+3, b=19):
    return n // b == a

def g(a=1E+3, b=19):
    return int(a * b) + 1

assert f(g())

def f(s: str):
    return str(s[0]) > s[::-1]

def g():
    return "world\n\n"

assert f(g())

def f(s: str):
    for k in s:
        if k not in s:
            return False
    return True

def g():
    return "World"

assert f(g())

def f(x: int, a=12, b=96):
    return x - a == b

def g(a=12, b=96):
    return a + b

assert f(g())

def f(s: str, word="dissent", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="dissent", max_len=10):
    if len(word) <= max_len:
        return word
    return max_len == len(word)

assert f(g())

def f(i: int):
    return len(str(i + 100)) >= len(str(i + 1002))

def g():
    return int(int("123456789" + "1"*5) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me"):
    return s.index(target) != target

def g(target="reverse me"):
    return str(target) == target and target

assert f(g())

def f(x: int, a=253532, b=13600):
    if x >= 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=13600):
    return b - a

assert f(g())

def f(s: str):
    return s + 'world' == [''] or s == 'world'

def g():
    return "world"

assert f(g())

def f(p: str):
    return str(p) != 0 or None

def g():
    return "123456789"

assert f(g())

def f(x: List[int]):
    return x[0] == 15

def g():
    return [15, 12]

assert f(g())

def f(x: int, a=97207078):
    return x == a

def g(a=97207078):
    return int(a)

assert f(g())

def f(s: str, word="oobab", k=3):
    for k in range(3, k + 1):
        if s[k] != word[k]:
            return False
    return True

def g(word="oobab", k=3):
    return str(word if word else word + "oobab")

assert f(g())

def f(x: int, a=20, b=1250):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=1250):
    if a < 50 and b < 20:
        return a + b
    else:
        return b + a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=6):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] != s[-1]

def g(word="antidisestablishmentarianism", max_len=6):
    if len(word) >= max_len:
        return word

    new_word = String(word)
    def add(x: x or new_word):
        if len(x) > 1 and len(x) < 1 and (x.count("a") == "a" and x.count("b") > x.count("c") and x.count("b") > x.count("c")):
            x = new_word
        el

assert f(g())

def f(t: str, s="hello"):
    return t is "hello" and len(t) == len(s)

def g(s="hello"):
    return s.replace("123456789", "123")

assert f(g())

def f(x: str):
    return 'l' in x if 'l' in x else ''

def g():
    return "l"

assert f(g())

def f(x: str):
    return str(x).startswith("123456")

def g():
    return '123456'

assert f(g())

def f(s: str, target="foobarbazwow", n=62345):
    return target[((len(target) - len(s) * 2) // 2 + len(s) * 2) // 2] == s

def g(target="foobarbazwow", n=62345):
    if len(target) == 1:
        return target[2]
    else:
        return target[3]

assert f(g())

def f(name: str, word="antidisestablishmentarianism", min=2):
    return str(name) == word

def g(word="antidisestablishmentarianism", min=2):
    return word

assert f(g())

def f(s: List[int]):
    print(s.count('c1') == s[0], "c1")
    return len(s) >= 0 and len(s) <= 10

def g():
    return [0]

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a % n == 0 if lower_bound == 5 else a

def g(a=15482, b=23223, lower_bound=5):
    return a % n == 0 if lower_bound == 6 else a

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / (d / 6) % 10) == v

def g(v=9, d=0.0001):
    return float(v) - float(d / 2)**2/5

assert f(g())

def f(n: int, ops=['x++', '--x'], target=17):
    for op in ops:
        if op in ["++x", "x++"]:
            n += 1
        else:
            assert op in ["--x", "x--"]
            n -= 1
    return n == target

def g(ops=['x++', '--x'], target=17):
    for op in ops:
        if op in ["+x+","--x&"]:
            if op in ["+x","--x&"]:
                target += 1
            else:
                assert op in ["+x","--x&"]
        return target

    return

assert f(g())

def f(x: int, a=1073258, b=72342549):
    return x + a < 0 * b

def g(a=1073258, b=72342549):
    return a-b

assert f(g())

def f(n: int, a=1014, b=1014):
    return n > a

def g(a=1014, b=1014):
    return a * b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b and x < a

def g(a=253532, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(v: str, s=''):
    if (s == '' or s in (['SEND', 'MORE', 'MONEY'])):
        return True
    if (s == 'X' or s in ('0' and '1')) and (v in ('a' and 'y')) or (v == 'z'):
        return False
    return True

def g(s=''):
    return "Please stop"

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hoor"):
    return s.count("c") == 1 and s.count("h") == 1

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hoor"):
    return "Qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(x: float):
    return x % 2 != -5 or x % 5 != -5 and sum(x % 5 == 0) == 0.0

def g():
    return float(float(3.14159265365) / 13.9)

assert f(g())

def f(n: int, a=10, b=10, c=20):
    return 0 <= n <= (a + b) / 2

def g(a=10, b=10, c=20):
    print("%s:%d", a, b, c)
    return 0

assert f(g())

def f(e: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if e[0] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(f1: str):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
    return (len(f1)) < 4

def g():
    return "foo"

assert f(g())

def f(s: str, a=1537, b=10):
    if len(s) > len(set(s)):
        return True
    if len(s) < len(set(s)) and len(set(s) > len(s)):
        return False

def g(a=1537, b=10):
    return str(a) + str(b)

assert f(g())

def f(x: int, a=5128, b=154800):
    return x - a != b

def g(a=5128, b=154800):
    return int(a + 8 * b - 5128) + 1

assert f(g())

def f(x: int, a=255, b=512):
    if x > 0 or a > 50:
        return x - a > b

def g(a=255, b=512):
    a = 255 * a
    b = 512 * b
    return a + b

assert f(g())

def f(s: str, n=18):
    return 'Hello ' + s == 'Hello world'

def g(n=18):
    return "world"

assert f(g())

def f(x: int, a=21, b=21, u=7):
    return x == (a + u) and x < 0 or x is not -7

def g(a=21, b=21, u=7):
    return -1 if u != 0 else 1

assert f(g())

def f(s: str, target="foobarbazwow", length=5017):
    return target[(len(target) - length) // 2: len(target) + length] == s

def g(target="foobarbazwow", length=5017):
    return target[(len(target) - length)//2:]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return n < 3 ** 4

def g():
    return list(set([2, 3, 1, 0, 1, 1, 2, 1]))

assert f(g())

def f(key: str, a=1000):
    return key == str or key != a

def g(a=1000):
    return "hello"

assert f(g())

def f(s: str):
    return s == "I" or s == "Io" or s == "IoD"

def g():
    return "IoD" or s == "Io"

assert f(g())

def f(t: str, n=32):
    for i in "0123456789":
        assert t.count(i) == 1
    return True

def g(n=32):
    return "0123456789"

assert f(g())

def f(x: int, a=5395713):
    return x == a

def g(a=5395713):
    return int(a % (1 + 5395713))

assert f(g())

def f(n: int, v=1642):
    return int(n - 1) % 2 == 0

def g(v=1642):
    return (v*v) + 1

assert f(g())

def f(x: int, a=2536, b=1230120):
    if (x > 0 or a > 50):
        return x - a == b
    else:
        return x + b

def g(a=2536, b=1230120):
    if (a < 0 or b < 0):
        return a < 0 or b < 0
    else:
        return a + b

assert f(g())

def f(x: int, b=140468):
    return x == b

def g(b=140468):
    return b

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if n % 2 == 0:
            return True
        if n % 2 == 1:
            return True
        if n % 2 == 1:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 5:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=0, b=17):
    return 0 <= x <= b

def g(a=0, b=17):
    return int(a + b)

assert f(g())

def f(n: int, l=3):
    return l != 3 and n - 1 if n == 3 and l != 3 and n - 1 else l == 3

def g(l=3):
    return int(l) if l == 3 else int64(l)

assert f(g())

def f(a: str):
    return a.count("foo") == 1 and a.count("bar") == 1

def g():
    return ["foo" + "bar" for a in range(0, 1)][0]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x-a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0 or b > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, b=96252318):
    return x > 12999999

def g(b=96252318):
    return int(int("123456789" + "123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str, target="a"):
    return s[::-1] == target

def g(target="a"):
    return str(target)

assert f(g())

def f(s: str):
    return s == "hello" and s == "hello" and s == "hello";

def g():
    return "hello";

assert f(g())

def f(x: int, a=8665464, b=-319527):
    return a - x == b

def g(a=8665464, b=-319527):
    return a + 319527

assert f(g())

def f(list: List[List[int]], x=[]):
    for i in list:
        if x[1] != x[0]:
            return False
    return True

def g(x=[]):
    return [x for x in x]

assert f(g())

def f(z: float, v=0.0001):
    return 0.0001 == z % 10

def g(v=0.0001):
    return float(v)

assert f(g())

def f(start: int):
    while abs(start) > 1000:
        start = 3 * start + 1 if start % 2 else start // 1
        if start == start:
            return True
        end = start if start != end else start // 1
        if end == end:
            return True
        return sum(live) == start or sum(live[start:end]) == end

def g():
    return int(int("123456789" + "1"*9)** 0.5) + 1

assert f(g())

def f(n: int, a=13515, b=10):
    return n * b > a

def g(a=13515, b=10):
    return int(a * (1 + int(5 - 1)) ** 2) + 1

assert f(g())

def f(x: int, a=-35, b=95):
    return x % 2 == 0

def g(a=-35, b=95):
    return 1 + a*b

assert f(g())

def f(s: str):
    return s.count('o', 3) != 0

def g():
    return "hello"

assert f(g())

def f(x: str, s=60, d=45):
    return str(x).startswith("4")

def g(s=60, d=45):
    return str(d) or [0, 3]

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] and s[1] == word[1] and s[2] == word[2]

def g(word="konjac"):
    return 1 * word

assert f(g())

def f(s: str):
    return set(s) <= set("20-+*/") and s.count("20") == 1 and not(s.count("12") == 1) and not(s.count("20") == 3) and not(s.count("20") == 15)

def g():
    return "20"

assert f(g())

def f(l: List[int]):
    return all(i in l and i == l for l in l if i != l for l in l if l > l)

def g():
    return []

assert f(g())

def f(i: int):
    return len(str(i).split(':')[0]) >= 1  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5

def g():
    return int(int("123456789" + "0"*9)) * 1 +  1

assert f(g())

def f(x: int, a=26, b=1238):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=26, b=1238):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return str(15 ** 2888).count(s) > 7

def g():
    return ""

assert f(g())

def f(n: int, k=50000, a=7500, b=60):
    return n + a + b >= k

def g(k=50000, a=7500, b=60):
    return (int(a) + int(b) * int(k-1)) + 1

assert f(g())

def f(y: float, d=10):
    return y > d - 10 * d

def g(d=10):
    return d/1.36

assert f(g())

def f(s: str, target="Hello world"):
    return s[0] == target[:1]

def g(target="Hello world"):
    return target[::8] + target[::-2]

assert f(g())

def f(n: int, a=1, b=23463462):
    return n // b == a

def g(a=1, b=23463462):
    return int(a + b)

assert f(g())

def f(n: int, a=1000):
    return n > a

def g(a=1000):
    return int(a) * 100000

assert f(g())

def f(sizes: List[int], weight=10):
    for i in range(len(sizes)):
        if i >= max(sizes) and sum(sizes[i] != n):
            return False
    return True

def g(weight=10):
    return [1, 2, 3]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if n < 0:
            return False
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        m = n % 2
        if m % 2 == n < 0:
            return True
        elif m % 2 == n:
            return True
        elif m == m:
            return True
    assert n > 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == word[-1] and word[-1] == word[-1]

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return "antidisestablishmentarianism"
    return int(word[0]+word[-1] <= len(word[-1])) and word[0] == word[-1] and word[-1] == word[-1]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x == b + a

def g(a=1073258, b=72352549):
    return a - a + b

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s.strip().lower() == target

def g(target="reverse me", reverse=False):
    return target or target == reverse

assert f(g())

def f(s: str, word="konjac"):
    int = 0
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: int, a=932586816):
    return x == a

def g(a=932586816):
    return a

assert f(g())

def f(n: int, a=16069, b=23223):
    return n + a > b

def g(a=16069, b=23223):
    return int(int(a)**2 + int(b)**2) + 2

assert f(g())

def f(n: int, a=15483, b=23223):
    return ((n - 2) % 3) == 1

def g(a=15483, b=23223):
    return int(a) and int(b)

assert f(g())

def f(x: int, a=1222):
    return x == a

def g(a=1222):
    return int(a)

assert f(g())

def f(s: str, u=0):
    return s == "hello world"

def g(u=0):
    return ("hello world")

assert f(g())

def f(s: str):
    for i in range(6):
        if s[i] == -1:
            return False
    return True if i in range(len(s)) else False

def g():
    return "hello 3"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "57" for i in str(str(d).count("1") + str(d).count("2")))

def g(n=123456789):
    return n * (n+1) + 1

assert f(g())

def f(x: int, a=2147483648, b=12306200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2147483648, b=12306200):
    if a < 0:
        return -1
    else:
        return a + b

assert f(g())

def f(n: int):
    return int(n - 7012) >= 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(n: int, a=10000, b=2023463462):
    return b // n == a

def g(a=10000, b=2023463462):
    return b // a or (n - 1) + a

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.lower() == target or s.lower() == target and d >= v

def g(target="reverse me", reverse=True):
    return target if target else reverse()

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a > b
    else:
        return x + b == a

def g(a=253532, b=1230200):
    return int(int(a * b) + int(a * b) + int(1))

assert f(g())

def f(str: str, p=0):
    ans = 0
    for i in str:
        ans += 5 * p + 1
    return ans == 5

def g(p=0):
    return "hello"

assert f(g())

def f(s: str, word="h2sssssss", max_len=10):
    if len(word) <= max_len:
        return word == s
    return min(word, max_len)

def g(word="h2sssssss", max_len=10):
    if len(word) <= max_len:
        return word[:max_len]
    else:
        return word

assert f(g())

def f(s: str, target="dummy", upper=69):
    m2 = min(len(s) for s in s)
    return len(s) == len(target)

def g(target="dummy", upper=69):
    if target != "dummy":
        raise Exception("Target %s not defined."
                           .format(target))
    else:
        return target

assert f(g())

def f(str: str):
    return str == "foobar"

def g():
    return "foobar"

assert f(g())

def f(x: int, a=5, b=1230200):
    return x - a > b

def g(a=5, b=1230200):
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(s:str, word="antidisestablishmentarianism", min_len=5, max_len=5):
    return word == s[0] or word[-1] == s[-1] and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", min_len=5, max_len=5):
    return min(word, word[-1]) or min(word, word[-2]) and word[-1] == word[-2]

assert f(g())

def f(s: str, target="reverse, me"):
    return s[0] in target and s[1] in target

def g(target="reverse, me"):
    return "reverse m"

assert f(g())

def f(i: int):
    return len(str(i + 1001)) == len(str(i + 101))

def g():
    return int(int("123456789" + "0"*9)** 10)

assert f(g())

def f(s: str, target="boohoo", length=6, q=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="boohoo", length=6, q=6):
    return target[(len(target) - length) // 2:(len(target) + length) - 1:]

assert f(g())

def f(n: int, a=10201202001):
    return n % 5 == 1

def g(a=10201202001):
    a = a * 10201202001
    return a

assert f(g())

def f(s: str):
    return s == 'oobooofasd'

def g():
    return str("oobooofasd")

assert f(g())

def f(u: int, nums=4, maxsize=100):
    for i in range(6):
        for b in range(7, 4):
            maxsize = min(u, (ui, i) == 0)
    return maxsize >= 0.0 and maxsize <= u

    for state in states:
        for i in range(2):
            for j in range(1, len(u)):
                state[i, j] = sum(i + (j, 0)**2)
    return sum(state[i, j] ** 2 for i, j in range(2))

def g(nums=4, maxsize=100):
    return nums * maxsize

    for state in states:
        for i in range(2):
            for j in range(1, len(nums)):
                state[i, j] = sum(i + (i, 0)**2)

    return nums

assert f(g())

def f(u: int, b=737575, c=16772614):
    return u < b or u == b and c != b or c != 0

def g(b=737575, c=16772614):
    return 3

assert f(g())

def f(s: str, c=['a', 'b', 'c']):
    for a in c:
        if a not in s:
            return False
    return True

def g(c=['a', 'b', 'c']):
    return str(c) + str(c)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z / d % 10) == 0

def g(v=9, d=0.0001):
    return float(v / 10) / 0.5

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345345")

def g():
    return int(int("12345345" + "1"*10)**0.5) + 1

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 10011))

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="reverse me", tmax=6):
    return s == target

def g(target="reverse me", tmax=6):
    if target in target:
        return target

assert f(g())

def f(type: str, target=True, reverse=False):
    return type == str or target and type == type

def g(target=True, reverse=False):
    return str(target+1)

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [1, 5], [2, 5], [3, 5], [5, 6], [6, 7], [8, 3]]):
    return p[0] == 0 or p[-1] == s[0] or p[-1] == s[-1] or p[-1] == s[-1] and all([[a, b] in edges for a, b in zip(p, p[1:])])

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [1, 5], [2, 5], [3, 5], [5, 6], [6, 7], [8, 3]]):
    return [0, 2, 3, 4, 5, 6, 8, 7, 8, 3]

assert f(g())

def f(s: str, target="reverse me", length=1):
    return s[::-1] == target

def g(target="reverse me", length=1):
    return target[::-1]

assert f(g())

def f(s: str, c="a"):
    return len(s) == len(c)

def g(c="a"):
    return c

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 5 == 0
        n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "5"*1) ** 5)

assert f(g())

def f(n: int, a=3606, b=10):
    return n // b == a

def g(a=3606, b=10):
    return int(a*b)

assert f(g())

def f(t: str):
    return 'hi' == t

def g():
    return 'hi'

assert f(g())

def f(x: List[int], t=50, k=80, n=10):
    assert all([v >= 0 for v in x])
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, k=80, n=10):
    return [v for v in range(100)]

assert f(g())

def f(t: str, c=15, n=1):
    return int(t[0]) + 1 >= c or 0.0 <= int(t[0])

def g(c=15, n=1):
    return str(c*n * c + 5) or ((3+c-1) - 2 <= n) and (n - c < 5 or n < 5)

assert f(g())

def f(x: int, a=250890, b=1266):
    if x > 0 and a > 50:
        return x - a == b and b > 10
    else:
        return x + a == b

def g(a=250890, b=1266):
    return a + b

assert f(g())

def f(z: float, t=18001):
    return z > t

def g(t=18001):
    return float(t * (18001+9*t))

assert f(g())

def f(x: str, a=100, d=5):
    return all(x or s[::-1] in xt.index(a))

def g(a=100, d=5):
    return str(100*100+d)

assert f(g())

def f(x: int, a=17, b=123332):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=17, b=123332):
    if a > 50:
        return a % b
    else:
        return a + b

assert f(g())

def f(string: str, substring="b", count=10, max_len=10):
    if len(string) <= max_len:
        return string == substring
    return int(s[1:-1] <= len(string[-1:-1]) and substring[1:-1] == substring or len(s[1:-1] >= max_len or substring) >= max_len)

def g(substring="b", count=10, max_len=10):
    if len(substring) <= max_len:
        return substring
    return int(s[1:-1] <= len(substring)) and substring[1:-1] != substring or len(s[1:-1] >= max_len or substring) >= max_len

assert f(g())

def f(v: int, w=100):
    return v > w

def g(w=100):
    return w + 1

assert f(g())

def f(x: int, a=101, b=-8380):
    return x - a != b

def g(a=101, b=-8380):
    return 3*2 * a

assert f(g())

def f(substring: str, string="moooboooofasd"):
    return string.index(substring) == 0

def g(string="moooboooofasd"):
    return string

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) - 2):
        if i == 1:
            return True
    return False

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=5):
    if len(x) != len(s):
        return str(x) == "hello world"
    return ""

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=5):
    return str("hello world");

assert f(g())

def f(x: int, b=1355, a=13652338):
    return x < a if b < 1355 else x > 1365

def g(b=1355, a=13652338):
    return int(int("123456789" + "0"*9) % (b * 9))

assert f(g())

def f(v: int, m=12345):
    return v > m or (m+m == len(v)).count("I!" * 4)

def g(m=12345):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str):
    return t[0] == "h" if t else t[-1]

def g():
    return "h"

assert f(g())

def f(d: int, m=134567845789, n=134567845789):
    return abs(d-m) == abs(m-n)

def g(m=134567845789, n=134567845789):
    return m or (n-d) == n*d

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    start = len(indexes)
    end = len(indexes) + len(target) + 1
    if start == len(target):
        return True
    return False

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return [1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]

assert f(g())

def f(s: str):
    return s == 'No Permaloeuplication' and s[::-1] != 0

def g():
    return 'No Permaloeuplication'

assert f(g())

def f(s: str, m=8, i=5, j=5):
    return s.count('O') == m

def g(m=8, i=5, j=5):
    return "O"*m

assert f(g())

def f(t: int):
    return -t < 0

def g():
    return int(int("123456789" + "0"*9) - 1)

assert f(g())

def f(li: List[int]):
    return len(li) == 6

def g():
    return [i for i in range(6)]

assert f(g())

def f(s: str):
    return str(s) == '#'

def g():
    return "#"

assert f(g())

def f(position: List[int], m=15):
    return True  # moves from position and board are moved

def g(m=15):
    return [m for m in range(1,9)]

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz', 'oddball']):
    return all(sub in s[i::len(substrings)] for i, sub in enumerate(substrings) if s[i] in substrings)

def g(substrings=['foo', 'bar', 'baz', 'oddball']):
    if len(substrings) == 4:
        return "bar[i]"
    else:
        return substrings[i]

assert f(g())

def f(n: int):
    return n / 2 > 1000000000

def g():
    return int(int("123456789" + "0"*16) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('y') == 1

def g():
    return "y=Y"

assert f(g())

def f(s: str, word="r"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="r"):
    return str(word) + str(word) + str(word)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target if reverse else s == target

def g(target="reverse me", reverse=True):
    return target if reverse else target

assert f(g())

def f(c: int, d=-122):
    return c <= d

def g(d=-122):
    return (2 * d + 3 * d) ** 3

assert f(g())

def f(n: int):
    return str(n * n).startswith("89")

def g():
    return int(int("89234234" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="pennamalitz"):
    for i in range(6):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i] and s[i + 1] != word[i + 1]:
                return False
    return True

def g(word="pennamalitz"):
    return word

assert f(g())

def f(i: int):
    return len(str(i + 1002)) >= len(str(i + 1003))

def g():
    return int(int(str(1012)) ** 0.5) + 1

assert f(g())

def f(n: int, m=1677):
    return n > m

def g(m=1677):
    return 2*m

assert f(g())

def f(x: float, a=5, b=133636):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a > b

def g(a=5, b=133636):
    return float(a) + float(b)

assert f(g())

def f(x: int, a=977588):
    return x % 2 == 0

def g(a=977588):
    return a % 2 + 2

assert f(g())

def f(s: str, word="unmixed", max_len=10):
    if len(word) <= max_len:
        return word == s
    return max(s) == word

def g(word="unmixed", max_len=10):
    if len(word) < max_len:
        return word if max_len is None else word
    return max(word) != word

assert f(g())

def f(h: List[int]):
    return h.count("+") == 0

def g():
    return [1, 3]

assert f(g())

def f(x: int, a=172815, b=1528):
    return x - a > 0 and x + b > 0

def g(a=172815, b=1528):
    return int(a) * (int(b) + int(a+b))

assert f(g())

def f(x: float, n=123456789):
    return x / n > 1e-6

def g(n=123456789):
    return n / 2

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return str(8 ** 2888).count(s) < 8 and len(s) > 3

def g(target="foobarbazwow", length=6):
    return str(t + len(target) for t in target)

assert f(g())

def f(n: int, a=1, b=1145678):
    return n // b == a or n == b

def g(a=1, b=1145678):
    return a ^ b

assert f(g())

def f(name: str):
    return str(name) == name

def g():
    return "hello"

assert f(g())

def f(li: List[int], v=0):
    return v == 0

def g(v=0):
    return [1, 2, 3]

assert f(g())

def f(n: int, b = 1020120001):
    return n >= b

def g(b = 1020120001):
    return int(b) * b

assert f(g())

def f(s: str, word="froger", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="froger", max_len=10):
    if len(word) <= max_len:
        return word or word
    return int(word) < max_len

assert f(g())

def f(x: str, seed = "x", n=10, p=0.5):
    return x == seed.lower()

def g(seed = "x", n=10, p=0.5):
    return seed or (n < 3 or seed < n)

assert f(g())

def f(s: str, target="foobarbazwowb"):
    return target == s

def g(target="foobarbazwowb"):
    return target

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1110):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) < max_len

def g(word="antidisestablishmentarianism", max_len=1110):
    if len(word) <= max_len:
        return word
    return int(word[1:-1] < min(len(word), max_len - 10))

assert f(g())

def f(s: str):
    return s[::-1] == 'b' and s[::-1] == 'b' and s[::-1] == 'b' and s == 'b' and s[::-1] == 'b' and s[::-1] == 'b' and s[::-1] == 'b' and s[::-1] == 'b' and s[::-1] == 'b' and s == 'b'

def g():
    return "b"

assert f(g())

def f(x: int, v=0.008):
    return int(x * 1) <= 8

def g(v=0.008):
    return int(v * 9)

assert f(g())

def f(c: str, str="I!!!!!I!!!!!love!!!"):
    return c == 'I!!!!!I!!!!!love!!'

def g(str="I!!!!!I!!!!!love!!!"):
    return 'I!!!!!I!!!!!love!!'

assert f(g())

def f(s: str, target="foobarbazwow", length=7):
    return target == s or target[len(target) // 7 + (-1) - (len(target) + length) // 7] == s

def g(target="foobarbazwow", length=7):
    return target

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.index(s) == index or s == big_str

def g(big_str="foobar", index=2):
    return big_str or s == big_str

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) > 1e-6
    return max(probs[(i + 1) % 3] - probs[(i + 1) % 3] for i in range(3)) <= 1e-6

def g():
    return [1.0, 2.0, 3.0]

assert f(g())

def f(s: str, word="bablicase", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word\
                           not in word[-1]

def g(word="bablicase", max_len=10):
    if len(word) <= max_len:
        return word;
    return int(s[1:-1]) == len(window)

assert f(g())

def f(n: int, a=15, b=30, lower_bound=150):
    return n >= 0 and n <= lower_bound

def g(a=15, b=30, lower_bound=150):
    return int(a * 15 ** 0.5) + 1

assert f(g())

def f(s: str, sub_str=["foobar", "foobar", "foobar"]):
    return len(s.upper()) > len(sub_str)

def g(sub_str=["foobar", "foobar", "foobar"]):
    return sub_str[0] + sub_str[1]

assert f(g())

def f(s: str, word="knotac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] < word[i] and s[i] > word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="knotac"):
    return str(word[:10]) * 10

assert f(g())

def f(x: int, a=93252338):
    return -x != a

def g(a=93252338):
    return -(a == 0.5)

assert f(g())

def f(x: int, t=4545, a=35, b=27):
    return x * t * t >= 0 or t <= a

def g(t=4545, a=35, b=27):
    return t ^ 2

assert f(g())

def f(s: List[str]):
    return len(s) == 6

def g():
    return ["a"*(i+2)+"b" for i in range(6)]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return z * v % 10 <= 5 and int(z / (5 - 3)) > 0 and int(z / (3 - 1)) > 0

def g(v=9, d=0.0001):
    return v * 2.5

assert f(g())

def f(x: int, a=102016051):
    return x == a

def g(a=102016051):
    return int(a)

assert f(g())

def f(s: str, target="barbazwow", length=6):
    return s == target[(len(target) - length) // 2:len(target) + length]

def g(target="barbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + length]

assert f(g())

def f(x: int, a=4, b=54368639):
    if x == -1:
        return x % 2 == 0
    elif x == -1:
        return x % 2 == -1
    else:
        return x + x - a > b

def g(a=4, b=54368639):
    return int(a + b)

assert f(g())

def f(x: int, a=1, b=50562498):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1, b=50562498):
    return a * (b+1) + 1

assert f(g())

def f(x: int, a=253600, b=1233200):
    if x > 0 or a > 50 or b < 10000:
        return x - a == b
    else:
        return x + b

def g(a=253600, b=1233200):
    if a < 1233200 or b < 10000:
        return a + b

assert f(g())

def f(s: str, a=3563):
    return s == "Hello" or s == "Hello world"

def g(a=3563):
    return "Hello"

assert f(g())

def f(s: str, n=100):
    return s == 'CanYouTellIfItHASmoreCAPITALS' and n > len(s) // 1

def g(n=100):
    return 'CanYouTellIfItHASmoreCAPITALS'

assert f(g())

def f(x: str, a="world", b="Hello world"):
    return x >= a and b >= b

def g(a="world", b="Hello world"):
    return str(a + "(b: %r)")

assert f(g())

def f(x: int, a=567580, b=-9220):
    return x - a >= 2

def g(a=567580, b=-9220):
    return int(int(a * a) << 2) ^ 2

assert f(g())

def f(n: int, a=3, b=23463462):
    return a + b // n == a

def g(a=3, b=23463462):
    return a * 3 + b

assert f(g())

def f(x: int, a=20, b=1230200):
    if x > 0:
        return x - a == b

    if x < 0 or x >= 0:
        return x + a == b
    return x + a

def g(a=20, b=1230200):
    if a > 0:
        return a + b
    return a + b

assert f(g())

def f(s1: str):
    return len(s1) == len(s1) or len(s1) == len(s2)

def g():
    return ""

assert f(g())

def f(n: int, a=25343547, b=0):
    return n // a > b

def g(a=25343547, b=0):
    return a >> b

assert f(g())

def f(t: str, s="aabbabbc"):
    """
    Returns a pair of strings which have the same element, and which contain the same element if this pair contains the same element.
    """
    return s[0] == t.lower()

def g(s="aabbabbc"):
    """
    Returns an element of a string.
    """
    return str(s + str(s))[1]

assert f(g())

def f(i:int, a=10189, b=12345):
    return i * a != 0

def g(a=10189, b=12345):
    return int(a * 1000109) + 5

assert f(g())

def f(s: str, word="antique", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antique", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) + 3

assert f(g())

def f(s: str, a="world", b="Hello world"):
    return s == "Hello world" or sum(sum(s) < 4 or sum(s.count("8")) == 4 or sum(s.count("1")) == 4)

def g(a="world", b="Hello world"):
    if a != b or sum(a) < 4:
        print(a)
    return "Hello world"

assert f(g())

def f(path: List[int]):
    return len(path) == len(path) * 3/4 or len(path) == 1

def g():
    return [2]

assert f(g())

def f(n: int, a=195, b=20):
    a = a - b
    b = a + b
    for i in range(0, 3):
        if a != b:
            return True
        if isinstance(a[i], int):
            return True
        n = 3 * n + 1 if n % 2 else n // 2
    return n == 1 and m <= 2 ** upper

def g(a=195, b=20):
    if isinstance(a, int):
        return a
    if isinstance(b, int):
        return b
    s = a if a != b else s
    return len(s) == 3

assert f(g())

def f(x: int, a=2211, b=15, lower_bound=8):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2211, b=15, lower_bound=8):
    return int(a) + int(b)

assert f(g())

def f(s: str, target="foobarzmqzmqqzmqzmqzmqzmqzmqoozmqooz"):
    n = len(target) and target[(len(target) - len(target)-1) % 2] == 2
    return target[(len(target) - len(target)-1) % 2] == s

def g(target="foobarzmqzmqqzmqzmqzmqzmqzmqoozmqooz"):
    return target[(target.count("a") > target.count("b") and target.count("b") > target.count("c")[:]) + 1]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + 1:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + 1: len(target) - 1]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s[::-1] == target
    else:
        return s[::-1] == target + '.'

def g(target="reverse me", reverse=True):
    return target.replace("-", "-")[::-1]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + length:len(target) + 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + length:len(target) + len(target) + len(target) + len(target)]

assert f(g())

def f(s: str, word="konjic"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjic"):
    return str(word) * 2 + word[::-1]

assert f(g())

def f(x: int, a=10201202001, b=0):
    return x * 2 == 1 or 0 == 0

def g(a=10201202001, b=0):
    return (a + b) * 2

assert f(g())

def f(s: str, word="antismay", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == len(word[2:-1]) and word[-1] == s[-1]

def g(word="antismay", max_len=10):
    if len(word) <= max_len:
        return word
    return int(str(word)) == max_len

assert f(g())

def f(s: str):
    return set(s) <= set("18+*/") and s.count("1") == 1

def g():
    return "18"

assert f(g())

def f(x: int, a=84908, b=-8096):
    return a - x == b

def g(a=84908, b=-8096):
    return int(a) - int(b)

assert f(g())

def f(x: int, a=102009200):
    return x * 2 > a

def g(a=102009200):
    return a * 2 + 1

assert f(g())

def f(t: str, s="abcdefgh"):
    return s == t

def g(s="abcdefgh"):
    return "abcdefgh"

assert f(g())

def f(z: float, v=10, d=0.0001):
    return int(z * 1 / d) == v

def g(v=10, d=0.0001):
    return int(v) * d

assert f(g())

def f(s: str, word='.konjac'):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word='.konjac'):
    return word + "konjac"

assert f(g())

def f(n: int):
    return n // n > 0

def g():
    return int(int("123456789" + "0"*9) * 1000)

assert f(g())

def f(n: int, a=345346363, b=20):
    return n // a > 0

def g(a=345346363, b=20):
    return 1 * a

assert f(g())

def f(id: int, n=123456789):
    return id > 1 and all(i in "47" for i in str(str(id).count("37") + str(id).count("4")))

def g(n=123456789):
    return 1 + (n - 3) + 3 * n * n

assert f(g())

def f(h: float):
    return h-1 == h

def g():
    return int(int("123456789" + "0"*9) * 3) + 0.5

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return x[0] == s[0]

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return [x for x in s if x[0] == 'a'][0]

assert f(g())

def f(s: str):
    return s == "X" # n

def g():
    return "X" # n

assert f(g())

def f(x: int, a=13143967, b=14546310):
    return x - a == b

def g(a=13143967, b=14546310):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for j in range(len(word)):
            if i == 0:
                if s[i] != word[i]:
                    return False

    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(i: int, a=1073258, t=4200):
    return i == a

def g(a=1073258, t=4200):
    return int(int(a + 1) + 0.5) - 1

assert f(g())

def f(s: str, word="douglasism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len == 0:
        return word == s
    assert len(s) == max_len

    word_list = []
    item_1 = list(s)
    item_2 = list(s)
    for i in item_1:
        if s[i] == word[i]:
            item_2 = list(s)
        else:
            item_2.append(word[i])
    return item_

def g(word="douglasism", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len == 0:
        return word

    item = list(word)
    if item:
        item_1 = list(item)
        item_2 = list(item_1)
        for i in item_1:
            item_2.append(word[i])
    return item_

assert f(g())

def f(s: str, target="foobay", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobay", length=6):
    return target[(len(target) - length)// 2:(len(target) + length)]

assert f(g())

def f(f1: float):
    return f1 == 0.0

def g():
    return float("0.0")

assert f(g())

def f(a: str, target="foobar", range="foobarbazwow"):
    return str(a) == target

def g(target="foobar", range="foobarbazwow"):
    return str(target)

assert f(g())

def f(x: int, c=3):
    return x % 3 == 0

def g(c=3):
    return int(c * (c-1))

assert f(g())

def f(n: int, a=45, b=12):
    return n // b == a

def g(a=45, b=12):
    return a * b

assert f(g())

def f(s: str, words=['sus', 'sour', 'salty', 'succ']):
    return len(s) == len(words)

def g(words=['sus', 'sour', 'salty', 'succ']):
    return words[len(words) > 0]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", min_len=50):
    if len(word) <= min_len:
        return word == s
    return int(s) == min_len

def g(word="antidisestablishmentarianism", min_len=50):
    if len(word) <= min_len:
        return word
    return int(s) == min_len

assert f(g())

def f(n: int, a=1, b=1, m=100):
    return n != a or (m == n) or (a > b) or (m is a)

def g(a=1, b=1, m=100):
    return int(int("123456789" + "0" * 9) + 1)

assert f(g())

def f(x: str, a=4, b=4, c=5):
    return "Hello " + x == "Hello world"

def g(a=4, b=4, c=5):
    return "world"

assert f(g())

def f(x: int, a=1024, b=1024):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1024, b=1024):
    if (a > 50) or (b > 50) or (x < 0) or (x > -1 or x < 0):
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="/"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="/"):
    return "".join(word)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s += 'I'
    return True

def g():
    return int(int("0123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, t=19539):
    return n > t and n > 0 and t <= t

def g(t=19539):
    return int(t>0) + t

assert f(g())

def f(s: str):
    return all((s[::-1], s[::-2])) is True

    assert all(a in s.count("a" for a in s.count("b")), ['a' in s[::-1]]) == len(s) == len(a)
    assert all(a in s.count("a" for a in s.count("b")), ['a' in s[::-1]]) == len(s) == len(a)

    return sorted(s) == sorted('Permute me true') and s == s[::-1]

def g():
    return "permute me true"

assert f(g())

def f(n: int, a=37, b=9):
    if n > 4:
        return n > 5
    else:
        return n < 7

def g(a=37, b=9):
    return int(b/12)+1

assert f(g())

def f(d: int, m=5, e=20):
    return d > m or m > e and all(i in str(d) for i in range(m) or i == m and e == m)

def g(m=5, e=20):
    return int(int("123456789" + "0"*9) ** (m+1) + 1)

assert f(g())

def f(x: str, a=20, b=20, target=62):
    return x[:30] != a or 0

def g(a=20, b=20, target=62):
    return "5"

assert f(g())

def f(ls: List[str]):
    return ls[0] == ls[1] and ls[1] == ls[2] and ls[2] == ls[3]

def g():
    return ["a"*2 + "b" for i in range(1000)]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target and s in target or len(s) == len(target)

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(x: int, a=1030):
    return abs(x ** 2 + a) < 10 ** 20

def g(a=1030):
    return int(a) + 1

assert f(g())

def f(n: int, s0=1073258, s1=2021):
    assert n is not None and s0 >= 0 and s1 >= 0
    return s0 >= 0 and s1 >= 0

def g(s0=1073258, s1=2021):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(f: int, c=1000, b=24, d=10):
    return f == c % 2

def g(c=1000, b=24, d=10):
    return int(f(c)) % 2

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x + a > b

def g(a=1073258, b=72352549):
    return a << b

assert f(g())

def f(i: str, s="abbbcabbac", step=1):
    b = 0
    b = 300
    for r in i:
        for a in s:
            if a == b:
                b = b + 10
            else:
                b -= 5
    return b < 5

def g(s="abbbcabbac", step=1):
    if step == 1:
        return str(s)
    elif step == 2:
        s = []
    else:
        s = s.append(str)
    return s

assert f(g())

def f(sub: str):
    return str(sub).startswith("x12345")

def g():
    return "x123456789"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me');

def g():
    return "Permute me"

assert f(g())

def f(x: int, a=888867, b=-89056):
    return x - a == b

def g(a=888867, b=-89056):
    return a + b

assert f(g())

def f(d: int, n=123456789):
    return d == n and all(i in "18" for i in str(str(d).count("12") + str(d).count("14") + str(d).count("11") + str(d).count("11")))

def g(n=123456789):
    return int(n)

assert f(g())

def f(x: int, a=102000):
    return -x == a or x > a

def g(a=102000):
    return 2*a + 1

assert f(g())

def f(substring: str, string="moooboooofasd", c=0):
    return substring == substring

def g(string="moooboooofasd", c=0):
    return str(string + "=" + string.replace('\n', "\n") + "\n")

assert f(g())

def f(s: str, target="foobarbazwow", target_len=12):
    return target[(len(target) - target_len) // 2] == s

def g(target="foobarbazwow", target_len=12):
    return target[(len(target) - target_len) - target_len]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len < 10 or len(word) <= max_len:
        return word
    return s == word

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len < 100:
        return word
    return g

assert f(g())

def f(s: str):
    return set(s) + set(s) <= len(set(s)) if len(set(s)) % 2 == 0 else len(set(s)) % 2 and len(s) > 3

def g():
    return "hell"

assert f(g())

def f(x: List[int], b=6, s=1598):
    return x[0] == b and x[-1] <= s;

def g(b=6, s=1598):
    return [b]

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=10):
    if len(word) <= max_len or (len(word) > max_len):
        return word == s
    return int(s[1:-1]) == len(word), stringify(word)

def g(word="antisestablishmentarianism", max_len=10):
    if len(word) <= max_len or (len(word) > max_len):
        return word
    return int(s[1:-1]) == len(word), stringify(word)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == (b + a) + b
    else:
        return x + (a + b) + b

def g(a=253532, b=1230200):
    if a <= 50 and a > 50 and b > 50:
        return x - a == -(-b) - b
    else:
        return a + (b + a) + b

assert f(g())

def f(x: float, c=25, e=25, s=25):
    return x ** 2 == c

def g(c=25, e=25, s=25):
    return c % 10.0

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] and s[::-1] == target  # reverse me

def g(target="reverse me", reverse=True):
    return target[::-1]

assert f(g())

def f(n: int, a=34534839, b=10):
    return n // b == a

def g(a=34534839, b=10):
    return int(a * 10)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a + b == b
    else:
        return x - a

def g(a=253532, b=1230200):
    if a < 50:
        return a*b
    else:
        return a

assert f(g())

def f(s: str, word="konjac"):
    if len(s) != len(word):
        return False
    if len(s) != len(word):
        return False
    if len(s) != len(word):
        return False
    if len(s) != len(word):
        return False
    if len(s) != len(word):
        return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=14302):
    return a < n

def g(a=14302):
    return int(a * (1 + 1)** (14302 + a + 1))

assert f(g())

def f(x: List[int], n=5000):
    return sorted(x) == list(list(range(5000)))

def g(n=5000):
    return sorted(list(range(5000)))

assert f(g())

def f(nums: List[int]):
    return len(nums) > 0

def g():
    # ...
    return [1, 2, 3]

assert f(g())

def f(s: str, word="b", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and str(word) == s[1:-1] and str(word[1:-1] == s[0])

def g(word="b", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[:-1]) == max_len

assert f(g())

def f(h: int, a=253532, b=1230200):
    if h > 0:
        return h - a == b
    else:
        return h - b == a

def g(a=253532, b=1230200):
    if a <= 0:
        return a + 1
    else:
        return a + b

assert f(g())

def f(c: str, word="coffee", m=100000):
    return c == word

def g(word="coffee", m=100000):
    return word or len(word) == 1 or len(word) == 3

assert f(g())

def f(n: int, k=3, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    return n - k and sum(seq) >= upper

def g(k=3, upper=6, seq=[17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    return k + 2

assert f(g())

def f(x: int, a=8912095):
    return x != a

def g(a=8912095):
    return int((a+1)*(a+2) * a + (a+3) * a + (a+4))

assert f(g())

def f(v: float):
    return v % 2 != 0

def g():
    return 1.5

assert f(g())

def f(s: List[str]):
    return len(set(s)) in zip('dee', 'doo', 'dah!') or len(set(s)) == 3

def g():
    return ["doo", "dee", "dah!"]

assert f(g())

def f(s: str, word="paxelismec", max_len=50):
    if len(word) <= max_len:
        return word == s
    for i in range(2, max_len):
        if len(word[i] + wordsize(s) for i in wordsize(s)) < max_len:
            return word[i] == s[i-1]
    return s[i:i] == word[i]

def g(word="paxelismec", max_len=50):
    if word == "paxelismec":
        print("paxelismec", "Paxelismec", max_len)
    else:
        print("paxelismec", "Paxelismec", max_len)
    return "paxelismec"

assert f(g())

def f(s: str, word='antidisestablishmentarianism', max_len=9):
    if len(word) >= max_len:
        return word == s
    return int(word[1:-1]) == len(word[1:-1])

def g(word='antidisestablishmentarianism', max_len=9):
    if len(word) >= max_len:
        return word
    return max(word[1:-1]) < max_len

assert f(g())

def f(x: int, a=1020):
    return x** 3 != a

def g(a=1020):
    return 0

assert f(g())

def f(s: str, a=""):
    return s == "hello" or s == "Hello world"

def g(a=""):
    return "hello"

assert f(g())

def f(n: int, a=10201202001):
    return n > a
    def prod(nums):
        ans = 1
        ans *= a
        return ans

def g(a=10201202001):
    return int(int(1*a)+a)

assert f(g())

def f(x: int, a=2656):
    return a == x

def g(a=2656):
    return (a+a % a) % (a+a % a + 1)

assert f(g())

def f(m: int):
    return m >= 6
    if m == 7:
        return True
    return False

def g():
    return int(int(int("123456789") ** 0.5)) + 2

assert f(g())

def f(x: int, a=25352, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=25352, b=1230200):
    if a < b:
        return a + b
    else:
        return x + b

assert f(g())

def f(n: int, a=52795, b=2542):
    return n // b == a

def g(a=52795, b=2542):
    return int(a) * b

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s.count(i) != -1
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: List[int]):
    return len(x) == 3  # can't use list[list(range(99999999, 1000) * 100000)]

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=153):
    return n * a != 0 and (n < a or n) * b != 0

def g(a=15, b=27, upper_bound=153):
    return ((a % b) >= 3) + ((b % a) % b)

assert f(g())

def f(s: str):
    return s[::-1] == s[::-2] and s[::-1] == s[::-2]

def g():
    return ""

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target == reverse:
        return s
    return s == target

def g(target="reverse me", reverse=True):
    if reverse:
        return target[:] if reverse else s.reverse()

assert f(g())

def f(s: int):
    return 109313 == s

def g():
    return 109313

assert f(g())

def f(s: str):
    if len(s) > 1:
        return 'hello world' == 'hello world'
    if len(s) < 1:
        return ''
    return 'helloworld' == 'hello world'

def g():
    return "[0]Hello!"

assert f(g())

def f(s: str):
    return s == "abcdabbac"

def g():
    return "abcdabbac"

    def f(x: List[str]):
        return List(x.keys())[:3]

assert f(g())

def f(x: int, a=1234, b=1234):
    if x > 0:
        return x - a == b

def g(a=1234, b=1234):
    return int(a) + int(b)

assert f(g())

def f(d: int, n=8, m=4096):
    return d > 5 and m > 2 * 5 / 2

def g(n=8, m=4096):
    return int(n * m) + int(m)

assert f(g())

def f(n: int, s=19):
    if n == 0:
        return True
    if n == 1:
        return False
    return True

def g(s=19):
    return s

assert f(g())

def f(x: int, a=84440):
    return x >= a

def g(a=84440):
    return int(a * 255 - 2) * 255

assert f(g())

def f(t: str, target="reverse me", reverse=True):
    a = target

    for i in range(5):
        return t[i] == target[i] or target[i] == t[i]

    return t[1] == "intelligent"

def g(target="reverse me", reverse=True):
    a = target

    for i in range(5):
        if target[i] == target:
            return a[i]
    return a

assert f(g())

def f(n: int, a=1000):
    return n > a

def g(a=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, substring="mooooboooofasd", count=2, step="1", d=1017):
    return substring == x and step == "1"

def g(substring="mooooboooofasd", count=2, step="1", d=1017):
    print("a")
    print("b")
    print("c")
    print("d")
    print("e")
    print("f")
    print("g", len(substring))
    return substring

assert f(g())

def f(h: str):
    return h == "xhq"

def g():
    return "xhq"

assert f(g())

def f(x: int, a=90014):
    return 0 <= x < a

def g(a=90014):
    return int(int(a + (int(a) * int(200)) / (int(a) + (int(a) * (200 - 500)))) - 0.5)

assert f(g())

def f(p: str, n=1):
    return len(p) == n

def g(n=1):
    return str(int(n)) * n

assert f(g())

def f(n: int, m=9, p=20):
    m = n
    return m == m and p == p

def g(m=9, p=20):
    return int(m * p) + 1

assert f(g())

def f(x: int, a=3147483648):
    return x / 3147483648 == a

def g(a=3147483648):
    return int(a * 3147483648)

assert f(g())

def f(s: str, word="fattemist", max_len=21):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="fattemist", max_len=21):
    if len(word) <= max_len:
        return word
    return int(s) == max_len

assert f(g())

def f(s: str, target="foobarboom", reverse=True):
    return (s[::-1] == target) != reverse

def g(target="foobarboom", reverse=True):
    return ""

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10, target=50):
    if len(s) >= max_len:
        return s * len(s) == len(set(s)) > target
    if len(s) == max_len or max_len <= 2:
        return s == s[(-1) + -2]
    return s * len(set(s)) == min(s)

def g(word="antidisestablishmentarianism", max_len=10, target=50):
    if len(word) > max_len:
        return word[(-1) + -2]
    return max_len - (1 - max_len) * (word[(-1) + -2] - word)

assert f(g())

def f(x: int, a=1020, b=63658):
    return abs(x ** 2 - a) > a + b

def g(a=1020, b=63658):
    return abs(a + b) - a

assert f(g())

def f(s: str, chars=[]):
    for c in chars:
        if c in s:
            return False
    return True

def g(chars=[]):
    """Return the string that contains the given chars, returning the same value
    as a string for each character."""
    return str(chars)

assert f(g())

def f(s: str):
    return s.count("Hello") == 1 and s.count(s) == 1

def g():
    return "Hello World"

assert f(g())

def f(s: str, word="latin-20"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="latin-20"):
    return "latin-20"

assert f(g())

def f(s: str, word="theory", max_len=100):
    if len(word) <= max_len:
        return word == s
    else:
        return word + a, word[0]

def g(word="theory", max_len=100):
    return max(word,"123456789")

assert f(g())

def f(x: int, a=5, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=54368639):
    if a > 5:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and (x.count("b") < x.count("a")) for x in s)

def g():
    return ["a"*(i + 2) + "b" for i in range(1000)]

assert f(g())

def f(n: int):
    m = n
    while n > 3:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            m = m + 1
        if m == n:
            m = m + m * 2
    return m < m + 1

def g():
    return 1 or 10

assert f(g())

def f(x: int, a=831526):
    return a <= x

def g(a=831526):
    return (2*a) if a <= 4 else a

assert f(g())

def f(s: str, m=0):
    n = len(s)
    if s == m:
        return False
    else:
        return m == m

def g(m=0):
    return str(m+1)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return z == v

def g(v=9, d=0.0001):
    return float(v)

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 3

def g(n=12345):
    return []

assert f(g())

def f(s: str, m=6):
    return set(s[::-1]) <= set(s[::-1] for s in s[::-1])

def g(m=6):
    return "hello"

assert f(g())

def f(t: str, s="abbbdbcbt", target=7):
    return t[0] == t[1] and t[2] == t[3]

def g(s="abbbdbcbt", target=7):
    return s[0]+ "abbbdbcbt"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(int(a)**3) + 1

assert f(g())

def f(s: str, word="antisymmetricity", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="antisymmetricity", max_len=10):
    if len(word) > max_len:
        return word
    else:
        return word

assert f(g())

def f(n: int, a=1073258):
    return n == a

def g(a=1073258):
    return int(a) % 10172400

assert f(g())

def f(x: int):
    return int(x - 1.0) == 0

def g():
    return int(int("0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", target_pos=25):
    s += "!" + str(s)
    return s and target in s

def g(target="reverse me", target_pos=25):
    s = "?" + str(target)
    return s if s in s else "??"

assert f(g())

def f(nums: List[int]):
    return len(list('y')) == len(set(list('y')))

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=43641035, b=72352549):
    return a + x > b

def g(a=43641035, b=72352549):
    return a * b

assert f(g())

def f(s: str, chars = ['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars = ['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    if chars is None:
        return None
    return str(chars).strip()[::-1]

assert f(g())

def f(s: str, length=4):
    return str(s) == s

def g(length=4):
    return "Hello " + str(length) + " world"

assert f(g())

def f(w: List[int], v_str=2333):
    return w[0] < v_str or w[1] < v_str or w[6] < v_str

def g(v_str=2333):
    return [0, 0]

assert f(g())

def f(s: str):
    return s == "Hello World" or s == "Hello World"

def g():
    return "Hello World"

assert f(g())

def f(x: int, a=1139, b=-93206):
    return x > a

def g(a=1139, b=-93206):
    return int(int(a) * a + b)

assert f(g())

def f(s: str, word="konjab"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjab"):
    return str(word + " " * 20) + str(word)

assert f(g())

def f(x: int, a=302338):
    return x == a

def g(a=302338):
    return a

assert f(g())

def f(x: int, a=3, b=54368639):
    if a == -1:
        return x % 2 == 0
    elif a == 1 and b is None:
        return -x % 2 == 1
    elif a == 3 and b is None:
        return -x % 2 == 0
    elif a == 9 and b is None:
        return -x % 2 == 1
    else:
        return x + a == b

def g(a=3, b=54368639):
    if a == (-1):
        return [float(x) + float(a)-x] * 2 * 4
    elif a == 1 and b is None:
        return float(a) + float(a)-x
    elif a == 3 and b is None:
        return float(a) - x
    else:
        return -a + b

assert f(g())

def f(start: int):
    n = start - 1

    if start > 0:
        return True
    return False

def g():
    return int(int(int("0"*9 + "\n" + "\n")) + 1)

assert f(g())

def f(s: str):
    return str(s).count('o') < 4

def g():
    return "o"

assert f(g())

def f(s1: str, word1="konjac"):
    for i in range(len(word1) + 1):
        if i == 0:
            if s1[i] != word1[i]:
                return False
    return True

def g(word1="konjac"):
    return "konjac"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] != target) == reverse

def g(target="reverse me", reverse=True):
    if target == reverse:
        return "reverse me"
    else:
        return ""

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        i = 0
        if word[i] == 'konjac':
            return false
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return ""

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("3")))

def g(n=123456789):
    return int(n * (n-1) + 1)

assert f(g())

def f(d: int, v=123456789):
    return d > v

def g(v=123456789):
    return int(3 * v) - 3

assert f(g())

def f(x: int, a=8956536, b=-9612):
    return a + x == b

def g(a=8956536, b=-9612):
    return b - a

assert f(g())

def f(t: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == t
    if max_len < 1:
        return word[1:-1] == -1 and word[0] == 1
    if len(word) <= max_len:
        return word[0] == -1 or word[-1] == 1

    return word[max_len:] and max_len > 1 and max_len > 2

def g(word="antidisestablishmentarianism", max_len=10):
    if word[0] == 0:
        return word[1] == 1
    else:
        return word[(max_len - 1)-1]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 4000:
        start_pos = 2*n + n - 1
        while abs(n) < 10**-20 * (n + 1):
            n += 1
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
            continue
        n = 3 * n if n % 2 else n // 2
        if n != start:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, s=1):
    return s == sum([int(d) for d in x])

def g(s=1):
    return str(s)

assert f(g())

def f(x: float, a=1020):
    return {x * 0.5 - 5.0 - 2.0} != 0

def g(a=1020):
    return a / 1000000.0 / 1000000 + 2 / 1000000.0

assert f(g())

def f(x: int, a=102100, b=2051000):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + b == a

def g(a=102100, b=2051000):
    if a < 0 or b < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="konek"):
    for i in range(len(word)):
        if i == 0:
            return True
    return False

def g(word="konek"):
    return "hello world"

assert f(g())

def f(s: str):
    return s[0] == s[1] and s[2] == s[3]

def g():
    return str("1"*9)

assert f(g())

def f(s: str, word="krbak"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="krbak"):
    return "krbak"

assert f(g())

def f(s: str, word="man", max_len=100):
    if len(word) <= max_len:
        return word == s
    r = s[1:-1]
    if r != word:
        return word and r == word[1]

def g(word="man", max_len=100):
    if len(word) == max_len:
        return word == s
    return word

assert f(g())

def f(n: int, target=8, length=10):
    return n / 2 <= n <= 10**4

def g(target=8, length=10):
    return (target - 4) * target

assert f(g())

def f(t: List[int]):
    tlist = []
    for i in range(3):
        assert len(t) == 3
        tlist.append(i)
    return sum(tlist) > tlist.count("15")

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s += "(?i=%(a[i]?)s=)"
    return True

def g():
    return 0

assert f(g())

def f(n: int, a=4534566):
    return 0.5 - 10 ** -3 and 0.5 - 10 ** 3 < 26

def g(a=4534566):
    return int(a) + 1 - 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x * a

def g(a=253532, b=1230200):
    if a > 50:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=253532, b=1230200):

    return int(a) + int(b)

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) > 10 ** -3

def g(a=1020):
    return 0.5*1

assert f(g())

def f(n: int, a=123456789, b=18):
    n = 0
    for i in range(10):
        if a > b:
            n *= b
            n += 1
        else:
            n *= a
    return n > 0 and n % 2 == 1

def g(a=123456789, b=18):
    return 2 * a + 3 * b

assert f(g())

def f(x: int, a=4, b=54368639):
    if b == 4:
        return x % 2 == 0
    else:
        return x + b == a

def g(a=4, b=54368639):
    if a > 4:
        return a % 2 == 0
    else:
        return a - b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if word == "antidisestablishmentarianism" and max_len <= len("123456789") or max_len <= len("123456789") == 1:
        return word == "antidisestablishmentarianism"
    else:
        return word

assert f(g())

def f(s: str, word="konjac"):
    return len(s) == len(set(s)) == len(word)

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s[::-1] == target[0]

def g(target="reverse me", reverse=False):
    return target[0]

assert f(g())

def f(s: str, target = "foobarbazwow", length=3):
    return target[(len(target) + 1) // 2: len(target)] == s

def g(target = "foobarbazwow", length=3):
    return target[(len(target) + 1) // 2: len(target)]

assert f(g())

def f(n: int, b=1070):
    return n is not None and b > 0

def g(b=1070):
    return 1 - b - 1070

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return len(word[1:]) == len(word[-1])  and word[0] == s[0] and word[-1] == s[-1] and word[-1] == s[-2] and words[0] > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    return len(word[1:]) == max_len

assert f(g())

def f(x: int, a=8689531, b=-391334):
    return a + x == b

def g(a=8689531, b=-391334):
    return b - a

assert f(g())

def f(c: str, m=14):
    return c == "Hello World"

def g(m=14):
    return "Hello World"

assert f(g())

def f(num_points: int, a=100, b=1000, n=40):
    return num_points >= b

def g(a=100, b=1000, n=40):
    return n * a

assert f(g())

def f(s: str):
    return s.count('o') != s.count('oo')

def g():
    return 'world'

assert f(g())

def f(n: int):
    return (n >= 5015) and n >= 1101

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(i: int, li=[17, 41, 95, 61, 1], target=12):
    return i - 17 * 12 == 10

def g(li=[17, 41, 95, 61, 1], target=12):
    return li[0] + li[1] + li[2] + li[3]

assert f(g())

def f(d: int, n=123456789):
    return d > n and 0 <= (d % 2) <= n

def g(n=123456789):
    return 5 * n

assert f(g())

def f(x: int, a=9126515):
    return x == a

def g(a=9126515):
    return a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i > 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(x: float):
    return str(x - 3.1897).startswith("123456789")

def g():
    return float(int("123456789" + "5"))

assert f(g())

def f(s: str):
    return s.count("a") == s.count("d")
    for i, d in enumerate(s):
        assert [d] in s
        target = set(i[0], s[i + 1])
        assert d[0] == 0 if target else d[1]
        if target_len % 2 == 0:
            d[-1] = -3
    assert target <= target_len
    return s

def g():
    return "hello world"[0]

assert f(g())

def f(indexes: List[int], target=[]):
    for i in range(len(target) + 1):
        if i < len(target):
            return False
    return True

def g(target=[]):
    return [1, 2]

assert f(g())

def f(x: int, a=14546310, b=14546310):
    return x - b == a

def g(a=14546310, b=14546310):
    return a + b

assert f(g())

def f(s: List[str]):
    return sorted(set(s)) == list(set(s))

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(d: int, n=123456789):
    return d > n or (max(e) != 0 for e in d)

def g(n=123456789):
    return n * n + 100

assert f(g())

def f(n: int):
    return n < 7012

def g():
    return int(int(2 * 4 ^ 5) ^ 5)

assert f(g())

def f(t: str):
    return 'world' in t

def g():
    return "world"

assert f(g())

def f(n: int):
    return n % 2 == 0 and n % 3 == 0 and abs(n) > 0

def g():
    return int(int("123456789" + "0"*9) * 3)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i != n for i in str(d))

def g(n=123456789):
    return n * n + 1

assert f(g())

def f(s: str, target="foobarwow", length=6):
    return target[(len(target) - len(s)) // 2:(len(target) + len(s)) - len(target) // 2] == s

def g(target="foobarwow", length=6):
    return target

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1500:
        n = 0
        if (abs(n) < 1000) or (n < 0):
            return True

def g():
    return int(int("123456789"+"0"*9)**0.5) + 1

assert f(g())

def f(s: str):
    return s == 'hello' or s == "hello world"

def g():
    return "hello world"

assert f(g())

def f(string: str, substring="a", count=1000, length=100):
    return str(string.count(substring) == substring) and len(string) == 1

def g(substring="a", count=1000, length=100):
    return str(substring).replace("a", substring)

assert f(g())

def f(parts: List[str], sep="!!", b=80, m=12, b_b=1):
    return parts[0] != b or parts[1] != b_b

def g(sep="!!", b=80, m=12, b_b=1):
    return ["n"*1024 for n in range(1000)]

assert f(g())

def f(counts: List[int]):
    return min(counts) == len(counts)  # summing all elements has probability of m = len 1's

def g():
    return [3, 4, 5]

assert f(g())

def f(t: str, s="Hello", s1="hello", s2="b", lower_bound=2):
    return len(t) == len(s) or (s.get(i).find(s1) != s.get(i).find(s2))

def g(s="Hello", s1="hello", s2="b", lower_bound=2):
    for i in range(len(s)):
        if len(s) <= i:
            return "Hello " + s1 + " World"
    return "World"

assert f(g())

def f(s: str, length=10):
    return int(s[0]) != 0

def g(length=10):
    return str(length)

assert f(g())

def f(n: int):
    return str(n).startswith("1")

def g():
    return int(int("1")*12) + 1

assert f(g())

def f(n: int, a=345346363, b=1405531):
    return n // b == a

def g(a=345346363, b=1405531):
    return int(a) * b + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s > target

def g(target="reverse me", reverse=True):
    if target is None:
        return -1
    if reverse and target is target:
        return target[0] * 2
    return target + 1

assert f(g())

def f(s: str, word="locus"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="locus"):
    return "locus: 00" + " " + word[0]

assert f(g())

def f(s: str):
    return sorted(s) <= sorted(s)

def g():
    return "123456789"

assert f(g())

def f(parts: List[str], sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return sep.join(parts) == string and all(sep not in p for p in parts)

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return string.strip().split(sep)

assert f(g())

def f(x: List[int]):
    return len(x) == 2  # not a single line

def g():
    return [1, 2]

assert f(g())

def f(st: str, word="antisestablishmentarianism", max_len=10):
    return st[:-1][0] == word[0] and st[-1][0] == word[-1]

def g(word="antisestablishmentarianism", max_len=10):
    """
        Given string "antisestablishmentarianism", use word
            to define the item of the 'antisestablishmentarianism'
            string.
    @param word: the string to be converted.
        """
    return str(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) // 2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) // 2) // 2]

assert f(g())

def f(x: int, a=33474595, b=9267522):
    return x + a + b + a > 5 * 6

def g(a=33474595, b=9267522):
    return (a - a) + b

assert f(g())

def f(n: int):
    if n > 5:
        return n > 10
    return int(n + 1) > 10

def g():
    return int(int("123456789") * 10)

assert f(g())

def f(x: int, a=967534, b=170319):
    return x > a

def g(a=967534, b=170319):
    return a + b

assert f(g())

def f(n: int, l=1234567891):
    return l < n

def g(l=1234567891):
    return int(int(l) + 5)

assert f(g())

def f(n: int):
    return n > 0.

def g():
    return int(int("123456789" + "0"*9) ** 2)

assert f(g())

def f(x: int, a=12345, b=1230200):
    if x > 0 or a > 500:
        return x - a == b
    elif x != 0:
        return x + a == b

    assert all([x - 2 < len(x)] for x in x) == {0: 0}
    del x
    return x - a == b

def g(a=12345, b=1230200):
    if a > 1:
        return a + b
    elif a != 0:
        return b - a != 0
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789, m=6):
    if d > n:
        return d > n
    int: int = int[0]
    for d in range(0, m):
        if m <= 0 or d <= n:
            return int[m]
    return int[m] * 0.5 + 0.5

def g(n=123456789, m=6):
    if n == 6:
        return 123456789
    return 123456789 * n

assert f(g())

def f(x: int, a=-215820, b=13835360):
    return x + a < b and x < b

def g(a=-215820, b=13835360):
    return int(int(a+b))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            return True
    return False

def g(word="konjac"):
    return word + "konjac"

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(n) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    import random
    random.seed(0)

    return sum((i for i in range(year_len)) * 100) + 1 if year_len < 365 else 0

assert f(g())

def f(s: str):
    return str(2 * s).startswith('123456789')

def g():
    return "123456789"

assert f(g())

def f(s: str, sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return '!' in s

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return "!!!dumplings!"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a >= b
    else:
        return x + a + b == b

def g(a=253532, b=1230200):
    if a >= b:
        return a - b < 5
    else:
        return a + b

assert f(g())

def f(x: int, a=10, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=54368639):
    if a > 50 and b > 54368639:
        return a + b
    else:
        return b + a

assert f(g())

def f(x: int, a=13385318):
    return x == a

def g(a=13385318):
    return int(a - 1) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s == target

def g(target="reverse me", reverse=False):
    return "reverse me".strip()

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[0]) == len(word[:10]) and words[-10] == words[10]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(word[0]) == len(word[20:10]) and words[20:10] == words[20:20]

assert f(g())

def f(s: str, chars=['o', 'h']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h']):
    return 'foo' + str(chars)

assert f(g())

def f(t: str, s = 'abbccac'):
    if len(t) >= len(s):
        return s == t
    return False

def g(s = 'abbccac'):
    for i in range(2):
        var2 = str(s[i - 1])
        if len(var2) == len(s) and var2[0] != var2[1]:
            return s + " " + "'" + " " + var2[0]
    else:
        return s

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x < b

def g(a=1073258, b=72352549):
    return a & b

assert f(g())

def f(x: int, a=255, b=512):
    if x > 0 or a > 50:
        return x - a > b

def g(a=255, b=512):
    return int(float(a)) + int(float(b))**2

assert f(g())

def f(s: str, target="do"):
    non_zero = 0
    for i in range(len(s)):
        if i == 0:
            if s[i] != target[i]:
                return False
        if s in target[i]:
            non_zero += 1
    return s[:3] == target

def g(target="do"):
    return target if target == "do" else None

assert f(g())

def f(n: int, a=123):
    return n % a == 0 and n % a == 0 and n >= a

def g(a=123):
    return int(a * 9) * 3

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false');

def g():
    return "Permute me false"

assert f(g())

def f(z: float, v=9, d=0.01):
    return int(z + d / 10) == v

def g(v=9, d=0.01):
    return float(v) + (float(v) * d) / 10

assert f(g())

def f(d: int, n=123456789):
    return d + 1.0 > n

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(x: int, a=8665464, b=-293202):
    return x - a == b

def g(a=8665464, b=-293202):
    return a + b

assert f(g())

def f(x: int, a=866655, b=5036):
    return a - x == b

def g(a=866655, b=5036):
    return a - b

assert f(g())

def f(s: str, word="antidicam", max_len=10, min_len=9):
    if len(word) <= max_len:
        return word == s
    return str[0] == '-'

def g(word="antidicam", max_len=10, min_len=9):
    return word == '' if max_len <= 9 else str(word)

assert f(g())

def f(x: int, a=890, b=743, c=1, d=65):
    return x - a == b

def g(a=890, b=743, c=1, d=65):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (word[i] != s[i]):
            return False
    return True

def g(word="konjac"):
    return word[:-1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0.1 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, strings=['frog', 'frogball'], bound=11):
    return s in strings and sum(t > s for t in strings) <= bound

def g(strings=['frog', 'frogball'], bound=11):
    return "frogball"

assert f(g())

def f(s: str):
    return s == "I" or s == "I" + "!love" or s == "dumplings" or s == "dumplings" + "!love"

def g():
    return "I" or "dumplings"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=9):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[-1] >= max_len

def g(word="antidisestablishmentarianism", max_len=9):
    if len(word) >= max_len:
        return word
    return int(word[--1]) == len(word)

assert f(g())

def f(str: str):
    if str.lower() == "a":
        return True
    return False

def g():
    return str("a")

assert f(g())

def f(x: int, a=202222222222):
    return x ** 2 >= a or 0 <= a <= 0x1b

def g(a=202222222222):
    return int(a * 2 + 0x2 - 0x1b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[1] == s[-1] and word[0] == s[-1] and word[-1] == s[-1] and word[-1] == s[-1] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=1024):
    if max_len < 1024:
        if len(word) <= max_len:
            return word

    if max_len == 1024:
        return word

assert f(g())

def f(s: str, word="s", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="s", max_len=10):
    if len(word) <= max_len:
        return word
    return s + 1

assert f(g())

def f(s: str, a=['cat', 'dumplings', 'dumplings', 'dumsets'], b=['tree', 'fly', 'dot']):
    return s[:1] == 'Hello world' + a[b == 'dumplings'] and s[1] == target or s == 'Hello world'

def g(a=['cat', 'dumplings', 'dumplings', 'dumsets'], b=['tree', 'fly', 'dot']):
    return 'Hello world'

assert f(g())

def f(path: List[List[int]], edges=[[0, 1], [1, 2], [2, 3], [3, 4], [5, 6], [6, 7], [2, 2]]):
    for i in range(len(path) - 1):
        if path[i] != 0:
            if path[i + 1] != 0:
                return True

    for i in range(len(path)):
        if path[i / 2] != 0:
            if path[i] != 0:
                z = path[i % 2]  # 2.

def g(edges=[[0, 1], [1, 2], [2, 3], [3, 4], [5, 6], [6, 7], [2, 2]]):
    """
    Returns an instance of the given edge graph.

    Args:
        edges: list of edge edges.
            If empty, it will not return any edges.
    Returns:
        A list of vertices on the edge graph.
    """
    return edges

assert f(g())

def f(s: str, saes="a", m=2, r=10):
    return s in saes or sum(s in saes) >= 2 and sum(s) in r == 1

def g(saes="a", m=2, r=10):
    return saes or sum(s in saes) < 2 and sum(s) in r == 1

assert f(g())

def f(s: str, a=5):
    for i in "25556789":
        s_s = str(s)
    return len(s_s) > 2 and len(s) == a

def g(a=5):
    return "hello"

assert f(g())

def f(x: int, a=8665466, b=952764):
    return x and x > 952764

def g(a=8665466, b=952764):
    return (7*a << 2) + (6*b   << 2) + (7*b   << 2) + (7*a   << 2) + (3*b)

assert f(g())

def f(p: int, m=6):
    return p - m > 1099

def g(m=6):
    return m + 1099 + (3 * m - 1)

assert f(g())

def f(s: str):
    return s.count('o', 1) == 1 and s.count('oo', 1) == 1 or s.count('oo', 0) == 0

def g():
    return str('\n')

assert f(g())

def f(w: str, m=6):
    return w == "123456789abcdef"

def g(m=6):
    if m == 6:
        return "123456789abcdef"
    else:
        return m

assert f(g())

def f(x: float, a=13651318):
    return a < x  # no side effects

def g(a=13651318):
    return float(a)+10

assert f(g())

def f(s: str, a=1, b=10, upper_bound=50):
    return s[a] == '1'

def g(a=1, b=10, upper_bound=50):
    return '1' * (int(a * a) + int(b * b))

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 50))

def g():
    return int(int("111" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, a="yellow", d=20):
    return len(s) == len(a)

def g(a="yellow", d=20):
    return str(a)

assert f(g())

def f(s: str, word="clauteon", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word[0] == word[1] and word[-1] != s[0] and word[1 - 1] != s[-1]

def g(word="clauteon", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word[0] + max_len and word[-1] != s[0]
    if len(word) != max_len:
        return word[0] - max_len and word[-1] != s[0]
    if len(word) != max_len:
        return word[0] + max_len and word[-1] != s[0]

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(word)):
        if k == 0:
            if s[k] != word[k].upper():
                return False
    return True

def g(word="konjac"):
    return "Konjac"

assert f(g())

def f(x: int, a=5129, b=119, lower=120):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=5129, b=119, lower=120):
    if a < b:
        return x - b == a < b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[0] < str(s[1]) or s[0] < str(s[2]) or s[0] < str(s[3])

def g():
    return "123456789" + "2"

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="do"):
    return "Hello " + s == "Hello world" or s == "do"

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="do"):
    return "Hello " + perm == "do" or "do" or "Hello world"

assert f(g())

def f(x: int, a=16086, d=13):
    return x - a > d

def g(a=16086, d=13):
    return int(int(a + 1 * 9) * 3) + int(a)

assert f(g())

def f(x: int, a=853475, b=-8945):
    return a - x == b

def g(a=853475, b=-8945):
    return a - b

assert f(g())

def f(s: str, w=100):
    s.count("c") == s.count("c")
    return s.count("c") == s.count("c")

def g(w=100):
    w = w*w//100
    n = w/100
    if w < 100:
        s = s*9
        return s.replace("123456789", "") + "123456789"
    else:
        s = "a"*9600
        return "a"*9*9

assert f(g())

def f(s: str, name="s"):
    return str(s) == name

def g(name="s"):
    return name

assert f(g())

def f(x: int, a=253532, b=1330200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1330200):
    if a < b:
        return a + b
    else:
        return a / b

assert f(g())

def f(name: str, substring="b", target=67):
    return name == substring

def g(substring="b", target=67):
    return "b"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    assert len(s) != 6
    return target[(len(target) - length) // 2: len(target) + (len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(s: str):
    return s.count('o') > s.count('oo')

def g():
    return "hello world"

assert f(g())

def f(e: List[int], a=10, b=65, c=2):
    e[0] = e[1]
    return e[1] * e[2] < 255

def g(a=10, b=65, c=2):
    return [a, b, c]

assert f(g())

def f(a: int, b=345346363, c=10):
    return a - b == c

def g(b=345346363, c=10):
    return b + c

assert f(g())

def f(n: int, a=1037, b=7, c=8):
    return n == a + c

def g(a=1037, b=7, c=8):
    return a + c

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and s == target

def g(target="reverse me", reverse=True):
    if reversed:
        return "reverse me"
    return reverse()

assert f(g())

def f(x: float, n=2021):
    return x * 3.1415 >= n

def g(n=2021):
    return float(n * n)

assert f(g())

def f(x: List[int], a=5, b=100):
    return x[0] == a and x[-1] <= b

def g(a=5, b=100):
    return [5, 100]

assert f(g())

def f(x: int, a=224411, b=72323):
    if a != 0:
        return -a < 0 and a != 0

    if b != 0:
        return -b < 0 and b != 0

    # if a == 0: 
    #

def g(a=224411, b=72323):
    return (1 + a) or 0

    return (1 + a) * b

assert f(g())

def f(s_case: str):
    return "Hello " + s_case.lower() == "Hello world"

def g():
    return "world"

assert f(g())

def f(n: int, a=345349323, b=10):
    return n // b >= a

def g(a=345349323, b=10):
    return a**b

assert f(g())

def f(s: str):
    return s.count('a') == s.count('b') and len(s) > 4

def g():
    return "world"

assert f(g())

def f(z: float, v=9, d=0.0001):
    if z * 6 <= -7:
        return z >= -7 and z <= -7
    else:
        return z >= -5

def g(v=9, d=0.0001):
    return float(v)

assert f(g())

def f(s: str, word="konjac"):
    s1 = 'konjac'
    s2 = 'konjac'
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(s1: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return a and s1 in s1

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return 'b'

assert f(g())

def f(x: int, a=9254359):
    return x == a

def g(a=9254359):
    return int(a % (9254359 + 1)) ** 1

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n - 1 if n % 2 else n // 2
        if n > start or n == start:
            return True
        if n != start and abs(n) > 1000:
            return True

def g():
    return int(int ("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=20, b=10):
    x = 2*x + a
    return abs(x) < 10**b + 10**3

def g(a=20, b=10):
    return float(a)*1000 + 10**3 + 10**2

assert f(g())

def f(s: str, c="blah", reverse=True):
    return s[::-1] == c[::-1] and reverse

def g(c="blah", reverse=True):
    if c == "blah":
        return "blah"
    else:
        return "blah"

assert f(g())

def f(n: int, a=14302, b=5):
    return a + b <= n

def g(a=14302, b=5):
    return int(int("123456789" + "0" + "0"*9) ** 0.5) + 1

assert f(g())

def f(z: float, v=0.01):
    return int(z * 1 + z * 1)/2 + z * 1 in [0, 1, -2, 2,-3]

def g(v=0.01):
    return int(v * v) + 1.0

assert f(g())

def f(x: int, a=5025, b=506525):
    if x > 0 or a < 400:
        return x - a == b
    else:
        return x + a == b

def g(a=5025, b=506525):
    return a + b

assert f(g())

def f(x: float, v=5, w=1136):
    for i in range(4):
        if w < 1e-3:
            return i != 4
        else:
            return i == 0
    return v > w  # end of range

def g(v=5, w=1136):
    return float(v)

assert f(g())

def f(n: int):
    return len(str(n + 10)) == len(str(n + 1000))

def g():
    return int(int("123456789")** 2)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word[1:-1] == s[1:-1]
    else:
        return word[1:-1] == s[1:-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if word is None:
        return None
    elif word != "antidisestablishmentarianism":
        return None
    else:
        return word

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 or a >= 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230200):
    if a >= 50 and b >= 50:
        return a + b
    else:
        return x + b

assert f(g())

def f(s: str, word="nest"):
    if len(word) == 0:
        return s[::-1] == ""
    return len(s) == len(word)

def g(word="nest"):
    if word not in word:
        return None
    return word

assert f(g())

def f(s: str):
    return s == 'Hello world'

def g():
    return  'Hello world'

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a != 0:
        return x - a - b > 0
    else:
        return x + a + a

def g(a=253532, b=1230200):
    if a > 0:
        return a*b
    else:
        return a*b

assert f(g())

def f(n: int, a=1437, b=500):
    a = 5 * n + 1
    b = 1 * n + b * 2
    return a > b

def g(a=1437, b=500):
    return 2 * a + b

assert f(g())

def f(n: int):
    l = []
    while n < len(l):
        l.append(l[n])  # append to l[n]
        l.append(n)   # add to l
        s[n] = l[n]
        n = n + 1  # n = [r]
    return True

def g():
    return 1

assert f(g())

def f(s: str):
    return all(c in s for c in s.lower().lower())

def g():
    return "hello."

assert f(g())

def f(x: int, a=93252339):
    return x == a

def g(a=93252339):
    return int(a) ** 1

assert f(g())

def f(x: int, a=-38, b=716, target=100):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=-38, b=716, target=100):
    return 5 + int(a + 1)**2 + int(b)**2

assert f(g())

def f(s: str, target="f00abaaabbd9abbbaaa", length=1000):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="f00abaaabbd9abbbaaa", length=1000):
    return target[(len(target) - length) // 2: len(target) + length]

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return tot == sum(max(1 if i < thresh else 2 for i in nums) if i >= thresh else 2 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    for _ in range(len(nums)):
        sum(max(1 if i < thresh else 2 for i in nums) if i in nums else 2 for i in nums)
    return sum(max(1 if i > thresh else 2 for i in nums) if i < thresh else 2 for i in nums)

assert f(g())

def f(s: str):
    return s.count('i') == 1 and s.count('oo') == 0

def g():
    return "i"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: + 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: + 2]

assert f(g())

def f(n: int, a=15483, b=23223):
    return ((n - 2) % 3) == 1

def g(a=15483, b=23223):
    return (a + 15483) % 3

assert f(g())

def f(t: str, s="Problems"):
    if len(t) > len(s):
        return len(t) > len(s)
    if len(t) < len(s):
        return len(t) > len(s)
    if len(t) > len(s):
        return len(t) > len(s)
    if len(t) > len(s):
        return len(t) > len(s)
    if len(s) > len(t):
        return len(s) > len(t)
    return len(t) % 2 == 0 and len(t) % 2 == len(s) % 2

def g(s="Problems"):
    if isinstance(s, List):
        return s
    else:
        return s

assert f(g())

def f(x: int, a=1001, b=1020120222222202220120222012000100):
    return x ** 2 > b

def g(a=1001, b=1020120222222202220120222012000100):
    return int(a) + b

assert f(g())

def f(s: str):
    if len(s) < 10:
        return False
    return True  # 'goodbye'

def g():
    return "world[12345'00023]"

assert f(g())

def f(s: str):
    return s[::-1] != s[::-1] or len(s[::-1]) != s[::-1] or len(s[::-1]) != s[::-1]

def g():
    return "world"

assert f(g())

def f(s: str, big_str="foobar", index=5):
    return big_str.index(s) == index

def g(big_str="foobar", index=5):
    return (big_str+"foobar")[index]

assert f(g())

def f(p: List[int], edges=[[0, 1]], n=2):
    return p[0] == 0 and p[1] == 1

def g(edges=[[0, 1]], n=2):
    return [0, 1, 2]

assert f(g())

def f(probs: List[float]):
    return sum(max(probs) - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [0.95*(-0.5*(0.9*(0.5* (0.5 - 2))) + 1) for i in range(3)]

assert f(g())

def f(s: str, word="konsjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konsjac"):
    return str(word) + str(word[:-2])

assert f(g())

def f(n: int, a=9, b=463462):
    return n // b == a

def g(a=9, b=463462):
    return int(int(a)+int(b)*9) + 100

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if (word == "antidisestablishmentarianism"):
        return word
    return int(word) == max_len and word[-1] == s[-1]

assert f(g())

def f(start: int, k=8, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return 0 - start <= len(seq) - k and sum(seq[start:start + k]) <= lower

def g(k=8, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s == 'a' or s.count('') == 0

def g():
    return "a"

assert f(g())

def f(s: str, target="foobarbazwow", n=1215):
    return str(s) == target

def g(target="foobarbazwow", n=1215):
    return "foobarbazwow"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                if s[i] != word[i] == word[i].lower():
                    return False
                else:
                    if s[i] != word[i]:
                        return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s in big_str and big_str.index(s) != index

def g(big_str="foobar", index=2):
    return 'foo\n' * -1

assert f(g())

def f(n: int):
    return str(n * n + 15).startswith("123456789")

def g():
    return int(int("123456789" + "2"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    for c in s:
        if c != c.lower():
            return True
    return 0

def g():
    return "world\nHello world\n"

assert f(g())

def f(x: int, a=100, b=54368639):
    if a == 1:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=100, b=54368639):
    if a == 1:
        return -1000 * 100
    elif a == -1:
        return -1000 * 100 + (b - a) * (1000 - b)
    else:
        return b - a

assert f(g())

def f(n: int, a=15, b=16):
    return (a % b) == a

def g(a=15, b=16):
    return a * b - b

assert f(g())

def f(n: int, d=2021):
    return n > d or d <= (d-1)

def g(d=2021):
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(n: int, a=10, b=90):
    return n // b == a

def g(a=10, b=90):
    return a * b + 1

assert f(g())

def f(n: int, a=1197, c=25):
    return n // a == c

def g(a=1197, c=25):
    return a * c

assert f(g())

def f(x: float):
    return str(x).startswith("123.456".replace("123.456", "123.6123"))

def g():
    return float("123.6123")

assert f(g())

def f(z: float, v=9, d=0.0001):
    if z > 0:
        return z / 2 > 1
    else:
        return z + a * d > v

def g(v=9, d=0.0001):
    if v > 9:
        return v / 2.0 > 1
    else:
        return v - d

assert f(g())

def f(x: int, a=253532, b=105600):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=105600):
    if a <= 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(n: int, k=5):
    return str(n * n).startswith("123456789")

def g(k=5):
    return int(int("123456789" + "1" * 9) ** 0.5) + 1

assert f(g())

def f(n: int, start=20, max_len=9, seed=1000000):
    return 0 <= n >= seed

def g(start=20, max_len=9, seed=1000000):
    return 10 * (start+max_len) + seed

assert f(g())

def f(str: str, substring="a", count=10, length=1):
    return str.strip(substring) == 0 or len(str) == length

def g(substring="a", count=10, length=1):
    return str.strip("[") or str.strip(substring) == "123456789"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for p in word:
            if i == 0:
                if s[i].lower() != word[i].lower():
                    return False
            else:
                if s[i].upper() != word[i].upper():
                    return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(n: int, weight=20):
    return n + weight and n % weight + 1 <= weight

def g(weight=20):
    return weight + 1

assert f(g())

def f(v: int):
    return v >= 0xFF

def g():
    return int(int("123456789" + "0"*9)) + 1

assert f(g())

def f(i: int, a=1536, b=133545):
    return i - 1037 > len(str(i + 150))

def g(a=1536, b=133545):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    n = n + 1 if n % 2 else n // 2
    if n == n + 2:
        return False
    else:
        return True

def g():
    return int(int("1234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=14302, b=5):
    return n == 0

def g(a=14302, b=5):
    return f(2*(a+b)) * 4

assert f(g())

def f(s: str):
    return s.count("o") == str or s.count("oo") == 0

def g():
    return "o"

assert f(g())

def f(s: str, target=18):
    return "Hello " + s == target or target != "Hello world"

def g(target=18):
    return "hello world"

assert f(g())

def f(v: int):
    return v > 100

def g():
    return int("123456789")

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return word == s
    if len(word) <= max_len:
        return word == s

    if words[0] == s and words[-1] == s[0]:
        return word[0] == s[1] and word[-1] == s[-1]
    if words[1] == s and words[2] == s[0]:
        return words[0] == s[1] and words[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=50):
    return "antidisestablishmentarianism"

assert f(g())

def f(s: str, word="aAAAB", t="AAAAB", x=20):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i].lower():
                return False
        else:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="aAAAB", t="AAAAB", x=20):
    return 2 == 1 or "AAAAB" or "A-AAAAB".endswith("AAAAB") and 2 == 1 or "AAAAB" or "A-AAAAB".endswith("AABB").endswith("A-AAAAB").endswith("AABB")

assert f(g())

def f(indexes: List[int], target=[1, 2, 4, 0], n=3):
    for i in range(1, len(target) + 1):
        if target[indexes[i - 1] - 1] == i:
            return False
    return True

def g(target=[1, 2, 4, 0], n=3):
    return list(set(target))

assert f(g())

def f(x: int, a=12345678):
    return x > a

def g(a=12345678):
    return int(int(a) ** 9)

assert f(g())

def f(x: float, a=3):
    return (x) <= (a)

def g(a=3):
    return (int(a) * 3) / 3

assert f(g())

def f(a: int):
    return abs(a * 2 - a) >= a

def g():
    return int(int("1" + "1"*2) ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    assert x >= 0.0, "f20: x is not of real type"
    return abs(x) >= 10

def g(a=1020):
    return float(a)

assert f(g())

def f(x: str, a=15482, b=132355):
    return x != 0

def g(a=15482, b=132355):
    a = a < 0
    b = b < 0
    return str(a) + str(b)

assert f(g())

def f(s: str, words="s", max_len=10):
    return str(s[::-1] == words) and s[0] in words

def g(words="s", max_len=10):
    return str(words) [:]

assert f(g())

def f(n: int):
    if n < 0:
        return False
    if n > 1 or n > 2:
        return True
    if n >= 1:
        return False
    return True

def g():
    return int((3/9) * 2)

assert f(g())

def f(x: int, a=1235, b=100):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=1235, b=100):
    return (a - 50)**5 + 1235**5 - 100

assert f(g())

def f(i: int, lower_bound=2):
    for i in range(lower_bound):  # no moves above lower bound
        return i < (lower_bound + 3)  # less than upper bound
    return i < len(lower_bound)

def g(lower_bound=2):
    for i in range(lower_bound):  # no moves above lower bound
        if i == (lower_bound + 3):
            return i * 10
        else:
            return 0

assert f(g())

def f(b: int, c=45678):
    return b > c and b != c

def g(c=45678):
    return c * 4 - c + 10

assert f(g())

def f(c: int, m=2021, limit_len=5000):
    return c > limit_len and c>m

def g(m=2021, limit_len=5000):
    if m > limit_len:
        raise RuntimeError("The maximum number of bytes of type "
                          "that can contain 0 is not a limit of m" + " size."
                          + " so that no bytes can exceed m" + " size.")
    return int(m + 3) * (limit_len + (3*limit_len-3))

assert f(g())

def f(s: List[int]):
    if s.count("8") == 2 and s.count("1") == 1:
        return s.count("1") == 2
    elif s.count("16") == 2:
        return s.count("16") == 1
    else:
        return s.count(1) == 0.0

def g():
    return [8, 16, 16, 16]

assert f(g())

def f(e: List[int]):
    return set(e) == set([6, 2, 0, 2, 2, 0])

def g():
    return [6, 2, 2, 0, 2, 0]

assert f(g())

def f(s: str):
    return set(s) >= set("3")

def g():
    return "3 3 3"

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    # no need to use eval()

    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=8):
    # use eval() in case of invalid target and length in the eval() result
    #

    return target[(len(target) - length) // 2]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n % b == 0 or 0 < n <= upper_bound

def g(a=15, b=27, upper_bound=150):
    return a > 255 and b > 255 or 0

assert f(g())

def f(s: str, target="foafoo"):
    return target[(len(target) - len(target) + 1) // 2] == s

def g(target="foafoo"):
    return target[(len(target) - len(target) + 1) // 2]

assert f(g())

def f(x: int, a=10160110101):
    return x * 2 > a

def g(a=10160110101):
    return 1001 + a

assert f(g())

def f(start: int, k=3, upper=130, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 51, 52]):
    return 0 <= start <= len(seq)

def g(k=3, upper=130, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 51, 52]):
    return k * k + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == word[i]:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return ("s" * len(word))

assert f(g())

def f(n: int):
    return str(n * n).startswith("111111111")

def g():
    return int(int("1111111111111" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, m=4, c=3, d=14):
    return m * n > m + c and d > c

def g(m=4, c=3, d=14):
    return m * (m + 1) * (c + 1) + 1

assert f(g())

def f(x: str, s=17):
    a = 0  # empty board
    for c in x:
        if s == a:
            return False
    return True

def g(s=17):
    return "[0,4] and 0 and s[1]"

assert f(g())

def f(x: int, a=2500, b=1000):
    if x > 5 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2500, b=1000):
    if a > 10 and b > 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    if s.count("1") != 0:
        return True
    if s.count("3") != 0:
        return True
    return False

def g():
    return str(int(s[::-1])**2 + 1 for i in range(1000))

assert f(g())

def f(s: str, target="foobarbazwow", count=4):
    return target[(len(target) - len(s)+1) // 2:(len(target) + len(s) + len(target)) // 2] == s

def g(target="foobarbazwow", count=4):
    """Test whether a target is a foobar bazwow"""
    return target

assert f(g())

def f(s: str, s1="aaAab", s2="bAab"):
    if s.lower() == 0 and len(s) == 1:
        return s.lower() == 1
    else:
        return s[0] < s[-1]

def g(s1="aaAab", s2="bAab"):
    if s1 == s2:
        return s1
    else:
        return s1.lower()

assert f(g())

def f(s: str, word="against", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="against", max_len=20):
    if len(word) <= max_len:
        return word
    if word in words:
        return words.get("words")
    return words.get(word)

assert f(g())

def f(s: str, word="konjac"):
    return s == word or s == "konjac"

def g(word="konjac"):
    return word or word == "konjac" + "123456789"

assert f(g())

def f(x: int, a=10088):
    return x == a

def g(a=10088):
    return a

assert f(g())

def f(s: str, words="kotjac"):
    return s == words or 0

def g(words="kotjac"):
    return words or 0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != s[i].lower():
            return False
    return True

def g(word="konjac"):
    return str("konjac")

assert f(g())

def f(x: int, a=15452, b=1380):
    return x - a == b

def g(a=15452, b=1380):
    return a + b

assert f(g())

def f(n: int):
    s = str(n * n)
    s = str(n * n)
    if n % 3 == 0:
        s = s[::-1]
    elif n % 3 == 1 or n == 4:
        s = s[::-1]
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 4

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False

        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word + "!"

assert f(g())

def f(x: int, a=3, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=1230200):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return str(s + 'world').count(s) < 6

def g():
    return str("world" + 'world' + 'world' + 'world' + 'world')

assert f(g())

def f(x: int, b=96252338, c=96252338, c_d=96252338):
    return abs(x) == c_d

def g(b=96252338, c=96252338, c_d=96252338):
    return b

assert f(g())

def f(s: str, word="jason", max_len=10, min_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(word[0]-s[0]) and max(word[-1]-s[0]) <= 1e-6

def g(word="jason", max_len=10, min_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max(word[0]-s[0]) and max(word[-1]-s[0]) <= 1e-6

assert f(g())

def f(x: int, a=191219):
    return x == a

def g(a=191219):
    return int(0.5 + a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) % 6) + 1] == s[:len(target)]

def g(target="foobarbazwow", length=6):
    return target[(len(target) % 6) + 1]

assert f(g())

def f(s: str, word="konjacz"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjacz"):
    try:
        return str(word)
    except UnicodeError:
        return False

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    return str(chars).strip(' ') + "\n" + "\n"

assert f(g())

def f(n: int, a=1044863, b=253732):
    return n // b == a

def g(a=1044863, b=253732):
    return int(a) * b

assert f(g())

def f(n: int):
    return int(n + 10) >= 0

def g():
    return int(int(0 + 10) / 10)

assert f(g())

def f(s: str, word="antisymn", max_len=9):
    if len(word) <= max_len:
        return word == s
    return int(s[0] + s.upper() and word[0][0] == s[0] and word[-1][-2] == s[0])

def g(word="antisymn", max_len=9):
    if len(word) <= max_len:
        return word
    else:
        return word

assert f(g())

def f(s: str, target="foobarbazwow", length=10):
    return target[(len(target) - length) // 2: 2] == s

def g(target="foobarbazwow", length=10):
    return target[(len(target) - len(target)) + 1]

assert f(g())

def f(x: float):
    return (x - 3.1415) % 3 == 0 or (x - 3.1415 + 3.1415 - 3.1415) == 0

def g():
    return float(int("123456789" + "0"*9) / 3.1415)

assert f(g())

def f(s: str, target="foobarbazwow", n=1011):
    if len(s) == 3:
        return s == 'hello world'
    else:
        return s == 'foobarbazwow'

def g(target="foobarbazwow", n=1011):
    if n < 1001:
        return target
    else:
        return target

assert f(g())

def f(a: int, b=100, c=1000):
    return a > b

def g(b=100, c=1000):
    return (100*b+3) * c

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == i or len(str(i + 1002)) == len(str(i + 1003))

def g():
    return int(int("123456789" + "0"*11) ** 0.5) + 1

assert f(g())

def f(s: str, word="int", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return words[0]
    return false

def g(word="int", max_len=10):
    return word or words[max_len:word]

assert f(g())

def f(x: int, a=100, b=54368639):
    a = 0
    if b == 0:
        return x % 2 == 0
    elif b == 1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=100, b=54368639):
    return a + b if b < 54368639 else b

assert f(g())

def f(s: str, strings=['foobar'], index=2):
    for c in strings:
        if c not in s:
            return False
    return True

def g(strings=['foobar'], index=2):
    return str(strings)

assert f(g())

def f(n: int, k=3, c=1):
    return n < c or 0 if n < c and c == 1 and n < 1 else 0

def g(k=3, c=1):
    return 0 if (k < 3) else 1 - (k)

assert f(g())

def f(i: int, n=42155):
    return i == n

def g(n=42155):
    return n

assert f(g())

def f(s: str, target="barbazow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="barbazow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2]

assert f(g())

def f(str: str, word="konjac"):
    for i in range(len(word)):
        if str[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return word[:]

assert f(g())

def f(list: List[int]):
    return len(list) == len(list)

def g():
    return [1, 10, 25, 100]

assert f(g())

def f(s: str, weights=[{1: 20, 2: 1}, {2: 2, 3: 5}, {1: 10}], bound=11):
    return "Hello " + s == "Hello world"

def g(weights=[{1: 20, 2: 1}, {2: 2, 3: 5}, {1: 10}], bound=11):
        return "world"

assert f(g())

def f(n: int, a=14302, b=5):
    return n > 0 and n > max(a,b)

def g(a=14302, b=5):
    return (4 * (a + b) ** 2)

assert f(g())

def f(x: int, a=90998939):
    return -x == a

def g(a=90998939):
    return -a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len and str(word) != word:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=40):
    if max_len < 20 or len(word) < max_len:
        return "antidisestablishmentarianism"
    if max_len > 20 or max_len < 30:
        return word[-1] == word[-20:] and word[-1] == word[-30:-1]

assert f(g())

def f(n: int, a=10201202001):
    return n // 2 == a

def g(a=10201202001):
    return int(int(a) + a)

assert f(g())

def f(n: int, a=1, b=1, m=100):
    return n != a or (m == n) or (a > b) or (m is a)

def g(a=1, b=1, m=100):
    return int(a * m) * int(a * m)

assert f(g())

def f(s: str):
    return s[0] in s if s else s[1]

def g():
    return "World"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 1*n + 1
        if abs(n) > 1000:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 2) + 1

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a >> b

def g(a=50, b=1230200):
    return a + b

assert f(g())

def f(s: str, d=20):
    return s.count('o') == 0 or s.count('o') == 1

def g(d=20):
    return str(d)

assert f(g())

def f(x: int, a=625, b=1170):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=625, b=1170):
    if a > 50 and b > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 800))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return set(s.lower()) == set(s.lower())

def g():
    return "n"

assert f(g())

def f(n: int, a=131429897, b=131429897_131429897):
    return n == a and b == 131429897_131429897

def g(a=131429897, b=131429897_131429897):
    return a if b and a else b

assert f(g())

def f(s: str, word="fjg"):
    return s == word

def g(word="fjg"):
    return "fjg"

assert f(g())

def f(x: int, a=253600, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253600, b=1230200):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, b=73252338):
    return x == b

def g(b=73252338):
    return b

assert f(g())

def f(nums: List[int]):
    return [x for x in nums] == list(set(nums))

def g():
    return [1, 4]

assert f(g())

def f(s: str, c=1):
    return len(s) == c

def g(c=1):
    return str(c)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 14  # same as "a"

def g():
    return ["a"*(i+1)+"b" for i in range(14)]

assert f(g())

def f(s: str, word="antideventsistemnorshipism", max_l=100):
    if len(word) <= max_l:
        return word == s
    return len(word) == n

def g(word="antideventsistemnorshipism", max_l=100):
    if len(word) <= max_l:
        return word
    return word == "antideventsistemnorshipism"

assert f(g())

def f(n: int, v=25, w=125):
    for i in range(n):
        assert v < w
        if v == w:
            return x & i * v
    return n == w

def g(v=25, w=125):
    return ((v < -2) + 1) * w

assert f(g())

def f(s: str):
    return s.count("0") == 1

def g():
    return "world[0-9]\1"

assert f(g())

def f(s: str):
    return s.count("y") == 1

def g():
    return "y" + "123456789"

assert f(g())

def f(x: int, a=1073258, b=72402549):
    if x > 0 or a > 50:
        return x - a == b
    elif a < 10 and x > -50:
        return a - b
    else:
        return x + b

def g(a=1073258, b=72402549):
    # [3.5]
    if a < 10 and b < 7:
        return 0.0
    elif a < 5:
        return b - a
    else:
        return b + a

assert f(g())

def f(s: str):
    return len(s) / 2 and len(s) >= 7

def g():
    return "123456789[5] b"

assert f(g())

def f(t: str, name=None):
    if name == None:
        return "hello" and t == "hello"
    t.append((name) for name in t)
    t.append((name) for name in t)

    t.append((name) for name in t)

    name.append((name) for name in t)

def g(name=None):
    return "hello" or {}

assert f(g())

def f(n: int, weight=20):
    return n + weight and n % weight + 1 <= weight

def g(weight=20):
    return weight

assert f(g())

def f(n: int):
    return str(n / 2).startswith("123456789")

def g():
    return int(int("123456789" + "0" * 6) + 1) * 2

assert f(g())

def f(s: str, target="foo", length=6):
    return target[len(target) % 3] == s

def g(target="foo", length=6):
    return target['foo'] if len(target) == 6 else target[len(target) % 3]

assert f(g())

def f(n: int, s=9, a=2616, b=23463462):
    return n // a == s

def g(s=9, a=2616, b=23463462):
    return s * a + 1  ## (1344 * 9 + 23463462)

assert f(g())

def f(s: str, word="l"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="l"):
    return str(word).upper()

assert f(g())

def f(v: str):
    return v < min(max(v)) or len(v) == len(v)

def g():
    return "hello"

assert f(g())

def f(n: int):
    return n > 23463462

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(x: List[int], a=2020):
    return all([x[i] != a for i in range(20)] for i in range(20))

def g(a=2020):
    return [a for i in range(20)]

assert f(g())

def f(s: str):
    return max(s) == s

def g():
    return "!"

assert f(g())

def f(x: int, a=100, b=1233):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=100, b=1233):
    return int(int(a) + int(b) + int(a * b) / (a * b + b * (a * b + b)))

assert f(g())

def f(x: List[int]):
    return len(x) == len(set(x)) and sum(x) > 100

def g():
    return [int(i) for i in range(100)]

assert f(g())

def f(x: int, a=6, b=1000):
    return x ** 2 > 0 or 0 <= b <= a

def g(a=6, b=1000):
    return int(a * b) or a <= b

assert f(g())

def f(path: List[str]):
    return len(set(path)) == len(set(path))

def g():
    return ['h5h' * 10, 'h6h' * 10]

assert f(g())

def f(s: str, a=30, b=31):
    return s in s

def g(a=30, b=31):
    return str(a+b)

assert f(g())

def f(x: int, a=454711, b=5, ln=0):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x - a == b

def g(a=454711, b=5, ln=0):
    if a > 0 or b > 0:
        return a + b or ln + b
    else:
        return ln + b

assert f(g())

def f(x: int, a=50, b=1240):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + (x - a) == b

def g(a=50, b=1240):
    return int(int(a) + int(b));

assert f(g())

def f(s: str):
    return str(8 ** 2988).count(s) > 13

def g():
    return str(16)

assert f(g())

def f(word: str, a=8):
    try: int(word) > 0
    except ValueError:
        raise ValueError("Invalid value to word"
                                      % (int(word) - 1))           
    return True

def g(a=8):
    return str(a + 1)

assert f(g())

def f(x: int, a=-382, b=1420):
    return x - a == b

def g(a=-382, b=1420):
    return a + b

assert f(g())

def f(s: str):
    for x in sorted(s):
        if x[::-1] != 1 or x[::-1] != 2 or x[::-1] != 3:
            return x[::-1] == -1 and x[::-1] != 2 or x[::-1] != 3

def g():
    return "hello"

assert f(g())

def f(x: int, a=9771273):
    return x == a

def g(a=9771273):
    return a

assert f(g())

def f(s: str):
    return s.count('2') == 0 and s.count('3') == 3

def g():
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, target="reverse m", reverse=False):
    return s == target and s[::-1].islower()

def g(target="reverse m", reverse=False):
    return "reverse m" if str(target) else ""

assert f(g())

def f(s: str, word="noexcept", max_len=60):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and item[0:1] == s[0]

def g(word="noexcept", max_len=60):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[1:-1] == s['noexcept'].startswith('noexcept' | "%")

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            assert word[i] == s[i]
            i += 1
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=2929, b=1102):
    return x - a == b

def g(a=2929, b=1102):
    return a + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('permute me false')

def g():
    return "permute me false" or "123456789"

assert f(g())

def f(ch: str):
    for i in range(len(ch) - 1):
        if i % len(ch) > 0:
            return i > 0
        i -= 1
    return len(ch) > 1

def g():
    return "123456789"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "1" for i in str(str(d).count("1")) + "1")

def g(n=123456789):
    return n + 1 + 1 * n

assert f(g())

def f(a: int, b=60):
    return a + b > 10201202001

def g(b=60):
    return int(int("10201202001" + "123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=13476635, b=1352756):
    result = 0
    if x > 0 and a > 50:
        return x - a == b
    elif x > 0 and a < 50:
        return x + a == b
    elif x > 0 and a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=13476635, b=1352756):
    if a > 10:
        return a + b
    elif a > 5:
        return a - b
    elif a > 3:
        return a - b
    else:
        return a + b

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17], thresh=17):
    return tot == sum(1 if i > thresh else 2 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17], thresh=17):
    return sum(1 if n > thresh else 2 for n in nums)

assert f(g())

def f(s: str):
    assert len(s) == 1
    return all([t for t in s if t == 1])

def g():
    return str(0)

assert f(g())

def f(s: str):
    return s[::-1] != s[::-2] and s[::-3] != s[::-4] and s[::-5] != s[::-6]

def g():
    return "hello world"

assert f(g())

def f(s: str, a=100, b=1000):
    return s == "Hello world" or a==b in s or s == "Hello world"

def g(a=100, b=1000):
    return str(a) == "Hello world" or "Hello world"

assert f(g())

def f(t: List[str]):
    return len(set(t)) == 1000        # number of objects in set

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(nums: List[int]):
    return list(range(len(nums))) == list(range(5))

def g():
    return [0, 0, 0, 0, 0]

assert f(g())

def f(x: int, a=373333, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=373333, b=1230200):
    if a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd']):

    s = s.strip()
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd']):

    return str(chars) + ("o" + str(str(chars)))

assert f(g())

def f(t: str, s="dccccccccc", target=17):
    if s is None:
        s = t
    for c in s:
        if c not in t:
            return False
    return True

def g(s="dccccccccc", target=17):
    if s is None:
        s = t
    return str(s)

assert f(g())

def f(x: int, a=26, b=1235):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a + b

def g(a=26, b=1235):
    if a < b or a > 25:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x != b

def g(a=8665464, b=-93206):
    return a + 1

assert f(g())

def f(x: int, d=5028):
    return x > d

def g(d=5028):
    return int(d + 3)

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) <= 10

def g(n=10):
    return [1, 2, 3, 7, 6, 5, 6, 3, 2, 3]

assert f(g())

def f(n: int):
    if n == 3:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=8665464, b=93206):
    # only 1 test case in the example
    return x == a

def g(a=8665464, b=93206):
    return a

assert f(g())

def f(x: int, b=17886834):
    return -x < -b

def g(b=17886834):
    return int(("1234456789" + "0" * 9) * 2) + 1

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    for i in range(len(path)):
        assert [path[i], path[i + 1]] in edges
        if [path[i], path[i + 1]] != edges:
            return True  # you won!
        assert any(path[i + 1]), "You lost!"
        if [path[i], path[i + 2]] != edges:
            return True  # you won!

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return [1, 2, 0, 0, 0, 0, 1, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2]

assert f(g())

def f(x: float, size=20):
    return x == sum([0.5*25*16 for i in range(size)])

def g(size=20):
    return sum([0.5*25*16 for i in range(size)])

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a > 0
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a + b - 1

assert f(g())

def f(li: List[int]):
    return len(li) == len(range(1000))

def g():
    return [i for i in range(1000)]

assert f(g())

def f(n: int, t = 197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        m -= 1
    return m <= 2 ** upper

def g(t = 197, upper=20):
    return int(int(t) +1) + 1

assert f(g())

def f(p: List[int]):
    return sorted(p) == list(range(999))

def g():
    return list(range(999))

assert f(g())

def f(x: int, a=345346363, b=10, k=6):
    if x > 0 or a > 50:
        return x - a == b
    if x > 0 or a > 30:
        return x + a == b
    if x > 0 or a > 60:
        return x - a
    if x > 0 or a < 3:
        return x + a
    if x > 0:
        return x + b
    if x > 0:
        return x + c

def g(a=345346363, b=10, k=6):
    if a > 0 or b > 0:
        return a + b
    if a > 0 and b > 0:
        return b + a
    if a > 0 and b > 0 and not k:
        return k + a
    if a > 0 and b > 0 and k > 0:
        return k + b + c
    if a > 0 and b > 0 and k > 0:
        return k + c

assert f(g())

def f(h: str):
    for i in range(len(h)):
        if h[i] == 0:
            return False
    return True

def g():
    return "3"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (str(s) == target) == reverse

def g(target="reverse me", reverse=True):
    return """reverse me"""

assert f(g())

def f(s: str):
    return s[-1] == s   or len(s) > 3

def g():
    return ("Hello World" * 100)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) & 1:length + 2:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) & 1) >> 1:length + 2]

assert f(g())

def f(x: float):
    return x == 2.5

def g():
    return float(2.5)

assert f(g())

def f(z: float, v=5, d=0.001):
    return z / 2 > 0.00

def g(v=5, d=0.001):
    return float(v) / v

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return n > a

def g(a=15482, b=23223, lower_bound=5):
    return int(int(a + b + lower_bound + a)**5)

assert f(g())

def f(s: str):
    return str(4) == s

def g():
    return str("4")

assert f(g())

def f(v: float):
    return v > 0.5*(1 / v)

def g():
    return 0.5**0.5

assert f(g())

def f(n: int, a=["a"], b=["b"], c=["c"], d=["d"], l=["l"]):
    return n >= 0 and a != b or [d != c] in l

def g(a=["a"], b=["b"], c=["c"], d=["d"], l=["l"]):
    return 3

assert f(g())

def f(n: int, a=15482, b=23223):
    return n >= 0 and a < b

def g(a=15482, b=23223):
    return ((a * b) + (a * b)) % 10

assert f(g())

def f(x: int, a=4, b=5403686):
    if a == 1:
        return x % 2 == 0
    elif a == 9:
        return x % 2 == 0
    elif a == 10:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=4, b=5403686):
    if a == 1 and (a == 2 + 1) != 2:
        return b % 2 == 0
    elif a == 9:
        return x % 2 == 1
    elif a == 10:
        return x % 2 == 1
    else:
        return -a + b

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 20))

def g():
    return int(int("123456789" + "1"*9)** 0.5) + 1 + 1

assert f(g())

def f(s: str, a="hello world", b="yellow", length=4):
    if len(s) <= 4 and len(s) < 4:
        return s[2:3] == b or len(s) > 4
    return s[2:3] == a and s[1:4] == b or len(s) > 4

def g(a="hello world", b="yellow", length=4):
    if len(a) > 4:
        return a
    return str(len(a)) + 1

assert f(g())

def f(n: int, a=10342535):
    return n // a == a

def g(a=10342535):
    return a * a

assert f(g())

def f(x: int, a=842036, b=0, c=0):
    return a - x == b

def g(a=842036, b=0, c=0):
    return a + b + c

assert f(g())

def f(s: str):
    return s.count("foo") == 1 and s.count("bar") == 1

def g():
    return "foo[0]+bar[0]+b[0]+c[0]+d[0]+e[0]+f[0]+g[0]*2;"

assert f(g())

def f(n: int, a=2222222, b=33663367):
    return n > b

def g(a=2222222, b=33663367):
    return a  + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    for c in s:
        if s[::-1] == c:
            return False
    return True

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int, a=14302):
    return n >= 10 and a < n

def g(a=14302):
    return int(a * 42 * a)

assert f(g())

def f(s: str, a="World", b=""):
    return len(s) == len(set(a))

def g(a="World", b=""):
    return str(a)

assert f(g())

def f(x: float, a=1020):
    return x ** 2 < a

def g(a=1020):
    return int(float("0"*10) ** 0.5) + 0.0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[0] != word[0] or s[1] != word[1]:
                return False
    return True

def g(word="konjac"):
    return str("konjac" + word)

assert f(g())

def f(n: int):
    m = n
    if n == m:
        return True
    else:
        return False

    return False

def g():
    return 1 + 2

assert f(g())

def f(n: int, a=12, b=1, c=10):
    for i in "0123456789":
        if a == 0:
            return True
    return True

def g(a=12, b=1, c=10):
    return int(a ^ b) + 1

assert f(g())

def f(s: str, s1="hello world", s2="the quick one"):
    return s.count(s1) == 1 ** 2

def g(s1="hello world", s2="the quick one"):
    return s1 + s2

assert f(g())

def f(x: int, b=1230200):
    if x >= 0 or b < 0:
        return x - (b + 1) * (b - 1) >= 0
    else:
        return x + b ** (b - 1) >= 0

def g(b=1230200):
    if b < 0:
        return b ** 6 + 1 * (b - 1)
    else:
        return b ** 31 + 1 * (b - 1)

assert f(g())

def f(v: int):
    return v % 2 == 0 and v % 2 == 0 and v != 2

def g():
    return int(int("123456789" + "0"*9) ** 2)

assert f(g())

def f(n: int, a=1020):
    return n % a == 0 and n % -a == 0 and 0 < n <= a

def g(a=1020):
    return int(int(a))

assert f(g())

def f(x: int, a=510519, b=111018):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a + 1

def g(a=510519, b=111018):
    return int(a + b)

assert f(g())

def f(n: int, k=6):
    return n == 12 or n == 60 or 0 < n < 12

def g(k=6):
    return (k >= 1) * 2

assert f(g())

def f(x: int, a=1073258, b=72352549, c=1):
    return a - x == b

def g(a=1073258, b=72352549, c=1):
    return a - b

assert f(g())

def f(t: str, s="bcbcbcbc", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="bcbcbcbc", target=7):
    if len(s) - 1 < len(s[:2]) and not len(s[:2]) - 1 >= (2 - len(s[:2])) and not len(s[:2]) == 2:
        return str(s[:2]) - 1

    if len(s) - 1 == 2:
        return str(str(s[:1]) + 1 + str(s[:1]) - 1)
    else:
        return str(s[:len(s) - 1])

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2] == s or target[len(target) % 3] == target[(len(target) + length) % 3]

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + len(target) % 3) == target]

assert f(g())

def f(count: int):
    return count >= 0 or count == 0

def g():
    return 1 + 1 + 2

assert f(g())

def f(z: str, v=9):
    return int(z != 9) == len(z)

def g(v=9):
    return str(v)

assert f(g())

def f(s: str, word="tj"):
    return s in ["tj", "tj", "tj", ...]

def g(word="tj"):
    return word

assert f(g())

def f(s: str, word="jacobian"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="jacobian"):
    return "jacobian" * 100

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    assert len(path) >= 2
    return len(path) >= 2 and path[1] == max(max(e) for e in edges)

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    assert len(edges) >= 2
    return max(max(edges) for e in edges)

assert f(g())

def f(s: str, target="foo bar baz hello"):
    return s.lower() == target

def g(target="foo bar baz hello"):
    return target or ((target == 'bar' and target != 'baz') and target != 'bar')

assert f(g())

def f(x: int, a=1, b=2):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1, b=2):
    return int(a*(2 + 3) + 3)

assert f(g())

def f(s: str, s1="hello world", s2="b", target="do"):
    return s1 in s

def g(s1="hello world", s2="b", target="do"):
    return "hello world" * 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        return True
    for t in range(len(word)):
        if s[t][t].upper():
            if t[2-1] != word.upper():
                return False
    return True

def g(word="konjac"):
    return sorted(word, key=lambda x: len(x[0])).pop(0)

assert f(g())

def f(s: str, word=['c', 'T', 'H', 'L', 'M', 'Q', 'V'], n=1500):
    for c in s:
        if c != c.lower():
            return True
    return False

def g(word=['c', 'T', 'H', 'L', 'M', 'Q', 'V'], n=1500):
    return "c" + "H" + "L" + "M" + "Q" + "V"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b

def g(a=253532, b=1230200):
    return a + b or a + b + b == 253532

assert f(g())

def f(x: int, a=154721, b=234433, lower_bound=5):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b + lower_bound

def g(a=154721, b=234433, lower_bound=5):
    if a < 50:
        return 1
    else:
        return a + b

assert f(g())

def f(z: float, v=3, a=40):
    return int(z * 3 / 2 / 2) == v

def g(v=3, a=40):
    return 3/2 * v

assert f(g())

def f(x: int, a=1000003, b=1000004):
    if x == 0:
        return False
    return True

def g(a=1000003, b=1000004):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=55555787, b=2):
    return n // b == a

def g(a=55555787, b=2):
    return a * b

assert f(g())

def f(upper_bound: int, upper_bound_=150):
    return upper_bound ==150

def g(upper_bound_=150):
    return int(upper_bound_)

assert f(g())

def f(s: str, word="vitalistism", max_len=10000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[0]

def g(word="vitalistism", max_len=10000):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[0]

assert f(g())

def f(s: str, word="anti-deterministic", max_len=100):
    if len(word) <= max_len:
        return word == s
    if max_len:
        return len(word[max_len:]) == len(word[max_len:]) and max_len[0] != len(word[max_len:])

def g(word="anti-deterministic", max_len=100):
    if len(word) < max_len:
        return word[:max_len-1] + word[max_len-1:max_len] or (word != "anti-deterministic")

assert f(g())

def f(s: str, target="do"):
    return s == target

def g(target="do"):
    return """do"""

assert f(g())

def f(n: int):  # could be positive or negative ...
    if abs(n) <= 100 or abs(n) > 10:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(z: float, v=9, d=0.0001):
    return d == 0.0001

def g(v=9, d=0.0001):
    return 1 / v

assert f(g())

def f(b: int, n=123456789):
    return b + (-n) == 1

def g(n=123456789):
    return n + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) - 1) // 2 + (len(target) - len(target) + length) ] == s

def g(target="foobarbazwow", length=6):
    c = target[(len(target) - len(target) - 1) // 2 + (len(target) - len(target) + length) ]
    if len(c) == 2:
        return "foobarbazwow"
    else:
        return c

assert f(g())

def f(x: str, word="konjac"):
    return x[0] == word[0]

def g(word="konjac"):
    return "knab"

assert f(g())

def f(l: List[int]):
    return all(i == n for i in l if i == l for j in l) and len(l) > 995

def g():
    return [i for i in range(10000)]

assert f(g())

def f(s: str):
    return s >= 'hello world'

def g():
    return "world"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == len(s) == 1000 and all((x.count("a") > x.count("b") and ('c' in x) for x in s) for x in s)

def g():
    return ["a"*(n+1)+"b"
          for n in range(1000)]

assert f(g())

def f(s: str, word="gaijin", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="gaijin", max_len=10):
    if len(word) <= max_len:
        return word
    assert len(word) == max_len
    return (word == s[1:-1]) and word[-1] == s[0] and word[-1] == s[0] and word[-1] == s[-1]

assert f(g())

def f(n: int, k=3, q=5, a=17, b=100, c=20):
    prod = n + a + b
    return prod >= q

def g(k=3, q=5, a=17, b=100, c=20):
    m = k + 3
    return m * q * (k - 1)

assert f(g())

def f(s: str):
    return str(s) == "hello world"

def g():
    return ("hello world")

assert f(g())

def f(t: int, l=1145, n=1515):
    return t + 1 > n

def g(l=1145, n=1515):
    return int(l + 1) * n + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("1") + str(d).count("1")))

def g(n=123456789):
    return n * (123456789 - 2)

assert f(g())

def f(x: int, a=577904, b=133714):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=577904, b=133714):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, string=''):
    for c in s:
        if c != c.lower():
            return True
    return False

def g(string=''):
    return ("Hello")

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return s == target

def g(target="foobarbazwow", length=5):
    s = "foobarbazwow"
    def f(x: str):
        y = x.lower()
        if x.count("foo"):
            s = "foo"
        return "foo"
        x = x[0:3]
        s += x.lower()
    return "foobarbazwow"

assert f(g())

def f(nums: List[int]):
    if min(nums) == max(nums):
        return min(nums) < 2
    else:
        return max(nums) <= min(nums)

def g():
    return [1]

assert f(g())

def f(x: int, a=632524):
    return x  == a if a > 0 else x + 1

def g(a=632524):
    return a if a > 0 else x

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    def f(s: str, a):
        return s.count("b") == a and len(s) == a + target
    return "foobarbazwow" in s

def g(target="foobarbazwow", length=3):
    return target

assert f(g())

def f(x: int, a=2, b=-1, c=1, d=2021):
    x = x + a
    x = abs(x - a) + b - c * x - d * x + d * (x - c)
    return x < 10 ** -5

def g(a=2, b=-1, c=1, d=2021):
    return 1 + a + b

assert f(g())

def f(n: int, a=11339897, b=10):
    return n // b == a

def g(a=11339897, b=10):
    return a * b

assert f(g())

def f(x: int, a=50, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=100):
    if int(a) < 0:
        return x / 1000
    else:
        return a + b

assert f(g())

def f(x: int, a=111847, b=11222):
    if x > 0 or a > -50:
        return x - a == b
    else:
        return x + a

def g(a=111847, b=11222):
    if a < -50:
        return a
    else:
        return a + b

assert f(g())

def f(x: int, b=10201202001):
    return x is not None  # return False

def g(b=10201202001):
    return int(abs(b))  # return False

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(1, len(target) + 1):
        if target[indexes[i - 1] - 1] == i:
            return False
        return True
    return True

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return [0, 1, 2, 3, 4, 5, 6, 7, 13, 12, 11, 9, 10, 8]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] == s[i]:
            return False
    return True

def g(word="konjac"):
    return str(word[:-2] == "konjac" + word[:-2] + word[:-3] for word in word)

assert f(g())

def f(d:int, n=3999):
    return d * n > 3000

def g(n=3999):
    return n

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 100 and all((x.count("a") > x.count("b") for x in s) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(100)]

assert f(g())

def f(li: List[int]):
    return sorted(li) == sorted(list(range(1, 19))) and all(li[i] != i for i in range(len(li)))

def g():
    return list(list(range(1, 19)))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(3**len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + str(set(word))

assert f(g())

def f(n: int, d=123456789):
    return d == n

def g(d=123456789):
    return int(d)

assert f(g())

def f(x: int, a=-382, b=1423):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=-382, b=1423):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("7") + str(d).count("7")))

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str, target="hello world I like it?"):
    return str(s if target else "%s with the rest of the world!") == target

def g(target="hello world I like it?"):
    return target if target else ""

assert f(g())

def f(t: str, s="Problems"):
    return len(t) == len(s) and len(s) == len(t)

def g(s="Problems"):
    return "problems"

assert f(g())

def f(x: int, a=1015, b=104125):
    return x - a == b

def g(a=1015, b=104125):
    return a + b

assert f(g())

def f(x: int, a=182236, b=152384):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=182236, b=152384):
    if a < 50:
        return a
    else:
        return a + b

assert f(g())

def f(seq: List[int]):
    for i in range(len(seq)):
        if i != 0 or seq[i] == 1:
            return True
        n = 3 + i ^ 1j
        if n % 2 != lower:
            return False
        i = next(seq[i])
        if i != k:
            return False
        if i < n:
            return False
    return True

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int, a=345346361, b=10):
    return n // b == a

def g(a=345346361, b=10):
    return a * b

assert f(g())

def f(l: List[int]):
    return all(i in l for i in l)  # only one-way jump

def g():
    return [0, 1]

assert f(g())

def f(y: List[int], n=1363):
    return len(y) == len(set(y)) and sum(y) == n

def g(n=1363):
    return [n]

assert f(g())

def f(li: List[int], target=[29, 40, 22, -3, -4], n=2):
    return li[0:5] == target

def g(target=[29, 40, 22, -3, -4], n=2):
    return target[0:5]

assert f(g())

def f(s: str, word="erasure", a=''):
    if len(word) <= len(s + word) * 2:
        return s[:len(s) + 1] == word
    s = s.replace('I!', '')
    return s

def g(word="erasure", a=''):
    if len(word) <= 9:
        return "erasure"
    words = sorted(word)
    for i in range(9):
        if i != words and i == 0:
            return "erasure: I!"
        end = i + 1
        if end != 0:
            return "erasure: You!"
        else:
            return

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] == word[i]:
            return True
    return False

def g(word="konjac"):
    return "Konjac"

assert f(g())

def f(s: str, word="bucumber"):
    if len(word) >= 9:
        return word == 'bucumber'
    return str(s) == word

def g(word="bucumber"):
    if str(word) == "bucumber":
        return "bucumber"
    return str(word) == "bucumber"

assert f(g())

def f(s: str):
    if len(s) == 1:
        return s
    if len(s) == 2:
        return s
    if len(s) == 3:
        return s
    if len(s) == 4:
        return s
    if len(s) == 5:
        return s
    if len(s) == 6:
        return s
    if len(s) == 7:
        return s
    if len(s) == 8:
        return s
    return True

def g():
    return "hello world"

assert f(g())

def f(c: str):
    if len(c) > 0 and c[0] == '!':
        return True
    end = (c == 'd' or c == 'd' and len(c) < 12) or ''

def g():
    return "!2|2d"

assert f(g())

def f(s: str, word="non-finite-number", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="non-finite-number", max_len=100):
    s = str(word)
    return str(s)

assert f(g())

def f(s: str):
    return s == 'o' and s != 'h'

def g():
    return 'o' or '0'

assert f(g())

def f(x: int, a=95262339):
    return x == a

def g(a=95262339):
    return int(a)

assert f(g())

def f(x: float, a=10, b=6):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=10, b=6):
    if a == 1:
        return 2.0 / a
    elif a == -1:
        return 2.0 / b
    else:
        return 2.0 - b

assert f(g())

def f(s: str):
    return len(s) <= len(s)

def g():
    return str(str(g))

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    if abs(start) > 1000 and n - start != start:
        return True

def g():
    return int(int(int("123456789" + "0"*99) * 0.5) + 1)

assert f(g())

def f(s: str, target=0):
    for i in range(len(s)):
        if s[i] != target:
            return True
    return False

def g(target=0):
    return "hello world"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b") and ('b' in x) for x in s))

def g():
    return ["a"*(n+2) + "b" for n in range(1000)]

assert f(g())

def f(s: str, a="world", b="Hello world"):
    return len(s) == len(a)

def g(a="world", b="Hello world"):
    return "World"

assert f(g())

def f(s: str, d=5, c=5, target="abmwewo", lower=4, upper=3):
    return s.count("a") <= d + d

def g(d=5, c=5, target="abmwewo", lower=4, upper=3):
    return "Abmwewo"

assert f(g())

def f(x: List[int]):
    a = 0
    b = 3
    return abs(a) < 1e-6

def g():
    return [0]

assert f(g())

def f(s: str):
    return int(s) >= 4

def g():
    return "1123456789"

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) < 10 ** -3

def g(a=1020):
    return int(a * 10) / 10

assert f(g())

def f(v: str):
    return v.count("v") == 2 or sum(v.count("v") % 2 for v in v) and len(v) == 1 or len(v) == 4

def g():
    return "v[] -> v[]"

assert f(g())

def f(n: int, v=3098):
    return n > v or int(v for v in n) != v

def g(v=3098):
    return int(v) + 1

assert f(g())

def f(b: int):
    return b >= 2

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int):
    return n < 2

def g():
    return 1

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) >= 2 * 2 + 1

def g():
    return "world[%d]" % 2

assert f(g())

def f(n: int):
    return str(n * (n - 1) + 1).startswith("123456789")

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=2):
    return target[(len(target) - len(target) + 1) // 2] == s

def g(target="foobarbazwow", length=2):
    return str(target[(len(target) - len(target) + 1) // 2])

assert f(g())

def f(x: int, a=5, b=58763418):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    elif a == -1:
        return x + a == b
    else:
        return x + a == b

def g(a=5, b=58763418):
    return f(a) ^ (b-a)

assert f(g())

def f(x: int, a=1452):
    return x - a == 2

def g(a=1452):
    return a + 2

assert f(g())

def f(x: str):
    return x == 'b' or set(x + str)

def g():
    return "b"

assert f(g())

def f(n: int):
    return n * n > 123456789

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(n: int, a=11101202001):
    return 0 <= n <= 10201202001

def g(a=11101202001):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(z: float, l=6, target=4):
    if target == 4:
        return z == 4
    else:
        return z + a == d

def g(l=6, target=4):
    return ((f(l, target) * 2) / 2 + (target * 2) / 2)

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) >= 10

def g(a=1020):
    return a - 10*(0 - a)

assert f(g())

def f(s: str, source=None):
    return s[source:source] == s

def g(source=None):
    return "hello world"

assert f(g())

def f(x: int, a=10604044):
    return x ** 2 > a

def g(a=10604044):

    return int(a - 1) + 1

assert f(g())

def f(t: str, s="hello"):
    return t is "hello" and len(t) == len(s)

def g(s="hello"):
    return 'hello'

assert f(g())

def f(s: str, word="konac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konac"):
    return '{0}'.format(word)

assert f(g())

def f(x: int, a=4, b=3147483647):
    return x % 2 == 0 or (x >= 0 or x < 0)

def g(a=4, b=3147483647):
    return int(a % 2 == 0) or (a >= 0 and a <= 0)

assert f(g())

def f(a: int):
    if a < 0:
        return a[3-3]
    return a < a + a

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=34565434, b=10):
    return n // b == a

def g(a=34565434, b=10):
    return a * b

assert f(g())

def f(s: str, word="p"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="p"):
    return "p"

assert f(g())

def f(n: int, a=3, b=55345878):
    return n // b == a

def g(a=3, b=55345878):
    return a * b + a

assert f(g())

def f(x: int, a=7, b=5):
    return a == 7 or a[a + b] and all(a.count(x) > 0) == 1

def g(a=7, b=5):
    if a < b:
        x = a
    elif a > b:
        x = a
    else:
        x = a
    return x

assert f(g())

def f(s: str):
    return "" in s

def g():
    return "hello"

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd'], string="a,b,c", count=4):
    return s == chars[0]

def g(chars=['a', 'b', 'c', 'd'], string="a,b,c", count=4):
    return chars[0] if 'b' in chars else ''

assert f(g())

def f(x:int, a=25, b=10201202001):
    return x + a > b - 1 and b > 1

def g(a=25, b=10201202001):
    return int(a > b) + b - a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) < max_len:
        return word == s[-1]
    return word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word[-1]
    return word

assert f(g())

def f(s: str, word="antidisestablishmentaryism", max_len=10000):
    if len(word) <= max_len:
        return word == s
    return all(i.count("antidisestablishmentaryism").count(word) for i in word)

def g(word="antidisestablishmentaryism", max_len=10000):
    return word if word.endswith("antidisestablishmentaryism") else None.startswith("antidisestablishmentaryism")

assert f(g())

def f(l: List[int]):
    for i in range(1000):
        if len(l) < 3 and i != l:
            return False
        else:
            if i != l:
                return True
    return False

def g():
    return [0, 1, 2]

assert f(g())

def f(x: int, a=23013364):
    return x > a

def g(a=23013364):
    return a + 1

assert f(g())

def f(x: int, a=1012255, b=7335912):
    return x + a > b

def g(a=1012255, b=7335912):
    return (a * b) + (b * a) - (a * b)

assert f(g())

def f(s: str, a=50, b=100, c=30):
    for c in s:
        if a != c:
            return True
    return False

def g(a=50, b=100, c=30):
    return str(a * b + c * a + c * b + c * b + c * c)

assert f(g())

def f(d: int, i=123456789):
    return d > i

def g(i=123456789):
    return int(i) * 9

assert f(g())

def f(x: int, a=1073258, b="hello world"):
    return x == a or a + x == b

def g(a=1073258, b="hello world"):
    return a * x if b is None else a

assert f(g())

def f(x: float, a=1073258):
    return abs(x ** 2 - a) > 1073258

def g(a=1073258):
    return float((a * a) + (a * (a + (a + 1))) ** 2)

assert f(g())

def f(s: str, word="prab", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="prab", max_len=100):
    if min(word) != max_len:
        return word
    if len(word) == 0:
        return "nothing"
    else:
        return ""

assert f(g())

def f(n: int, k=1000):
    return len(str(n + 1000)) > 0

def g(k=1000):
    return int((int("123456789" + "0"*9) * k) + 1000)

assert f(g())

def f(x: List[str]):
    if len(x) > 5:
        return len(x) > 5
    else:
        return len(x) >> 3
    return res == 2

def g():
    return ["a"*(i+1) and ("b"*2) for i in range(10)]

assert f(g())

def f(x: str, s2=3):
    for i in range(len(x)):
        if x[i] == s2:
            s2 -= 1
    return s2 > 1

def g(s2=3):
    return str(s2 * 3) + str(2)

assert f(g())

def f(m: int, n = 1024):
    m = m - 1 if n % 2 else m // 2
    if m > n:
        return True
    assert m < n, "wrong value for m"
    return False

def g(n = 1024):
    return int(n * n) + 1

assert f(g())

def f(a: int):
    return a < 10

def g():
    return int(4)

assert f(g())

def f(h: int, m=5, t=5000):
    return h > t - m * 180

def g(m=5, t=5000):
    return int(m > t) + (m * t)

assert f(g())

def f(m: int, n=1000):
    return m == n

def g(n=1000):
    return int(n)

assert f(g())

def f(n: int):
    if n <= 1 and len(n) == m:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 3)

assert f(g())

def f(s: str):
    return s == 8 or s == 3 or len(s) == 5 or len(s) == 4

    def m(max: int):
        return m*max

def g():
    return "world"

    def f(s: str):
        return s == 8 and 'foo' in s or len(s) == 3 and 'foo' in s == 4

assert f(g())

def f(ls: List[str]):
    if len(ls) == 3:
        print("\n" + "ls: {}", len(ls))
    else:
        print("ls: {}", ls)
    return len(ls) >= 3

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(x: int, a=100, b=1230200):
    if x > 0:
        return x - a > 1562
    else:
        return x + a > 100 + b

def g(a=100, b=1230200):
    return int(a * 100 + b * 1230200)

assert f(g())

def f(n: int, a=3, b=22, c=5):
    return a - n < n <= b or (n < a) + c + (a < b) + c <= 0x10000

def g(a=3, b=22, c=5):
    return a + (-b - b) * (22 + b)

assert f(g())

def f(x: int, a=15385315, b=14883530):
    if x > 0 or a > 60:
        return x - a == b
    else:
        return x - a == b

def g(a=15385315, b=14883530):
    if a > 60:
        return (int(a) + int(b))
    else:
        return (int(a) - int(b))

assert f(g())

def f(v: int):
    return v / 2 > 16

def g():
    return int(int("123456789" + "0"*9) * 2)

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    elif a == -2:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == 2:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return -a % b

assert f(g())

def f(roots: List[float], coeffs=[1.3, -0.5]):
    return coeffs == roots

def g(coeffs=[1.3, -0.5]):
    return coeffs

assert f(g())

def f(x: int, a=273568, b=120150):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=273568, b=120150):
    if a < 0:
        return -1
    else:
        return a + b

assert f(g())

def f(s: str, n=10):
    return len(s) == 20

def g(n=10):
    return str(n) * 10

assert f(g())

def f(x: int, m = 9, a = 10252338):
    return 2 - a < 200**-15

def g(m = 9, a = 10252338):
    return 2 - (m*10252338) + 10252338

assert f(g())

def f(s: str, target="hulkybabblaaabdefb"):
    return s.lower() == target

def g(target="hulkybabblaaabdefb"):
    return target.lower()

assert f(g())

def f(x: int, a=10201202001, b=0, u=10800000):
    return x - a > u

def g(a=10201202001, b=0, u=10800000):
    return int(int("123456789" + "0"*99) ** 2 * a) - u + b

assert f(g())

def f(x: List[int], a=['wonderful'], b=['baz', 'goddle']):
    return x[0] == 5

def g(a=['wonderful'], b=['baz', 'goddle']):
    return [5, 9, 11]

assert f(g())

def f(s: str, word="konjac"):
    n=0
    for i in range(len(word)):
        if word[i].upper() != s[i].upper():
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('oo') != s[0]

def g():
    return "test"

assert f(g())

def f(n: int, v=16, w=100):
    return n > w > 16

def g(v=16, w=100):
    return 1 * v + 1*w

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 1 - len(s) // 2):] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 1 - 1) + 1]

assert f(g())

def f(path: List[str], s="hello", a=100, b=1000, count=48):
    if a and b > 0:
        return len(path) == len(set(s))
    if a and b > 0:
        return len(path) == len(set(s))
    if s and b > 0:
        return len(s) == len(set(s))
    if a and b > 0:
        return len(path) == len(set(s))
    if s and b > 0:
        return len(s) == len(set(s))

def g(s="hello", a=100, b=1000, count=48):
    return list(set(s))

assert f(g())

def f(s: str, ds=10):
    m = 20
    for i in range(1, len(s)):
        if i > ds:
            return True
    return False

def g(ds=10):
    return 'Hello, world[10](123456789)'

assert f(g())

def f(s:str, s1="!"):
    return s.lower() == s1 and s in s1

def g(s1="!"):
    return s1

assert f(g())

def f(n: int, a=1252):
    return n >= a

def g(a=1252):
    return a * 10 + 10**8

assert f(g())

def f(s: str, word="hoojoe"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="hoojoe"):
    return str(word[0] + word[1 :])

assert f(g())

def f(n: int, a=123456789, w = 1):
    return n // a == w

def g(a=123456789, w = 1):
    return a + 9

assert f(g())

def f(x: int, a=19143212):
    return -x == -a

def g(a=19143212):
    return a

assert f(g())

def f(f: int, a=8216, b=4416):
    return a - f == b

def g(a=8216, b=4416):
    return a % b

assert f(g())

def f(l: List[int]):
    return l[0] <= l[1] + l[2] <= 2 * l[3]

def g():
    return list((1, 2, 3, 4, 5, 6, 7, 8))

assert f(g())

def f(sum: float, a=10200):
    return sum - 10**2 > a

def g(a=10200):
    return 0.5 + (a/2)**2

assert f(g())

def f(x: int, a=115963, b=133545):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=115963, b=133545):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    return n >= 0 and n > 200

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    return abs(x) < 10 ** -3 and x > 0

def g(a=1020):
    return int(a)** -3

assert f(g())

def f(t: str):
    return str(t) == "Hello World"

def g():
    return "Hello World"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return int(x) - a == b

def g(a=253532, b=1230200):
    return int(int(a) + int(b))

assert f(g())

def f(max_probs: List[int]):
    return max_probs != 0

def g():
    return [3, 4, 5, 6]

assert f(g())

def f(s: str):
    return s.count("6") == 1 and s.count("1") == 1

def g():
    return str("1") + str("6")

assert f(g())

def f(n: int):
    m = int(n - 1)
    while m >= 7:
        n = m**2//2
        m >>= 3 // 3
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=8192):
    return x == a or x == 8192  # not clear for "foobar"

def g(a=8192):
    return int(a) if int(a) else a

assert f(g())

def f(s: str):
    return s == '-';

def g():
    return "-";

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(25):
        if v > w:
            w -= i
            n += 1
    return n > w or w < n

def g(v=17, w=100):
    for i in range(18):
        if v > w:
            w -= v
    return v * 100 + w

assert f(g())

def f(l: List[int]):
    if l != l:
        return False
    else:
        return True

def g():
    return []

assert f(g())

def f(t: str, s="abcdefghjklzxcvbnm", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdefghjklzxcvbnm", target=7):
    if len(s) == 3:
        return 'a'
    else:
        return s

assert f(g())

def f(n: int):
    return str(n * n + n).startswith("1234")

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if not s[i]:
            return False
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, word=''):
    f0 = len(word)
    for i in range(len(word)):
        f1 = len(word) + f0/2
        if f1 == 0:
            return False
    return True

def g(word=''):
    return str(word)

assert f(g())

def f(x: int, a=30221879):
    return abs(x ** 2 - a) > 30221879

def g(a=30221879):
    return -(a + 2)

assert f(g())

def f(s: str, x=('\n'), a=1):
    return len(x) == len(s)

def g(x=('\n'), a=1):
    return x

assert f(g())

def f(x: int, a=10201202001, b=12345):
    return x ** 2 == b or x < b or x + a == a

def g(a=10201202001, b=12345):
    return 1 - 1 + 1 + 1 + 1 + 1 + 1

assert f(g())

def f(x: int, v=0.008):
    return int(x * 1) <= 8

def g(v=0.008):
    return int(v) - 1

assert f(g())

def f(n: int, a=1012222, b=10):
    return n // a == b

def g(a=1012222, b=10):
    return a * b

assert f(g())

def f(x: int, a=1, b=2044):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=2044):
    if (a == 1) and (b == 2044):
        return a + b
    else:
        return b + a

assert f(g())

def f(s: str, word="Kdyns", max_len=20):
    if len(word) <= max_len:
        return word == s
    elif len(word) > max_len:
        return word == s
    else:
        return word[-1] == 1

def g(word="Kdyns", max_len=20):
    if len(word) <= max_len:
        return word
    else:
        return word[-1] == 1

assert f(g())

def f(s: str):
    return s + "World" == "Hello world" + "World"  # integer

def g():
    return "Hello world"

assert f(g())

def f(s: str, word="konjacw"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjacw"):
    return word

assert f(g())

def f(i: int):
    n = i + 1000 if i%10 == 0 else i / 10  # if n >= 10 then return 'dee'
    def g(i):
        out = get(i)
        out = i%10 == 0
        out.update(g(i)) # return 0 if both
    return i - (n / 100) >= 1000

def g():
    return int(int("123456789") * 1000)

assert f(g())

def f(n: int, a=3, b=41943746):
    return n // b == a

def g(a=3, b=41943746):
    return a * b

assert f(g())

def f(x: int, a=5365, b=1310800):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5365, b=1310800):
    if a <= 50:
        return a + b > b
    else:
        return a + b

assert f(g())

def f(n: int, a=103025, b=10):
    return n // a == b

def g(a=103025, b=10):
    return int(a * b)

assert f(g())

def f(x: int, a=253532, b=16, lower_bound=5):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=16, lower_bound=5):
    if a > 50:
        return a + b
    else:
        return b + a

assert f(g())

def f(x: int, a=5, b=116844):
    return x - a >= b

def g(a=5, b=116844):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidissonelinessism", max_len=10000):
    if len(word) <= max_len:
        return word == s
    return int(s[:max_len]) == len(word) and word[0] == s[0]

def g(word="antidissonelinessism", max_len=10000):
    if len(word) <= max_len:
        return word
    return min_len() == max_len and word[0] == str(word)

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 10001))

def g():
    return int(int("123456789" + "0"*101)) + 1

assert f(g())

def f(x: int, a=1610, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=1610, b=1230200):
    if a < 15:
        return 4 + a - 4 + b
        a = 5 * a
    return a + b

assert f(g())

def f(n: int, a=12345, b=10):
    return n == a + b

def g(a=12345, b=10):
    return a + b

assert f(g())

def f(tol: int, length=1):
    return tol == 0

def g(length=1):
    return length-1 and length == tol

assert f(g())

def f(x: int, a=5330):
    return x == a

def g(a=5330):
    return int(a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > c

def g(a=253532, b=1230200):
    return a + b + b

assert f(g())

def f(s: str, word="franco", max_len=10):
    if len(word) <= max_len:
        return word == s
    return word == s if max_len <= len(word) else word
    return false

def g(word="franco", max_len=10):
    return str(word) == s if max_len <= len(word) else str(word)

assert f(g())

def f(n: int, a=345348, b=10):
    return n // b != a - 1 and n >= b + 1

def g(a=345348, b=10):
    return a + b

assert f(g())

def f(s: str, w=7):
    for c in s:
        if c not in s:
            return False
    return True

def g(w=7):
    return "hello world"

assert f(g())

def f(t: str, s="Problems"):
    assert isinstance(t, str) and '`(`isinstance`(t, str))`' is not None
    return t.count(s) > 0

def g(s="Problems"):
    return str(s) + str(s) + str(s) + str(s) + str(s)

assert f(g())

def f(start: int):
    if abs(start) > 1000:
        return True
    raise NotImplementedError()

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s == target:
        return s.lower() == target
    return s == 0

def g(target="reverse me", reverse=True):
    if target == "reverse me":
        return target
    return getattr(g, target)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:  # no data, nothing to do
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=3306, b=-93206):
    return abs(x - a) < 5 <= a <= 3306

def g(a=3306, b=-93206):
    return int(int(a*(3306 + b))/(3306 + b))

assert f(g())

def f(x: str, a=123, b=1391):
    if len(x) == 0:
        return True
    return True

def g(a=123, b=1391):
    return str(a * a) + str(b * b)

assert f(g())

def f(x: int, a=112345, b=1):
    return x + b == a

def g(a=112345, b=1):
    return a - b

assert f(g())

def f(bs: int, a=0, b=0, k=10):
    return 0 <= b <= a and (bs == b)

def g(a=0, b=0, k=10):
    return a

assert f(g())

def f(x: float):
    return abs(x) < 10 ** -3 and x > 0

def g():
    return 2e-4

assert f(g())

def f(string: str, substring="foobar", count=5):
    return string.count(substring) == 5

def g(substring="foobar", count=5):
    return str(substring) * 5

assert f(g())

def f(g: List[int]):
    n = len(g)
    a = g[0]
    b = g[1]
    a = g[2]
    return g[a + b] == g[b]

def g():
    return [0, 0, 0]

assert f(g())

def f(x: List[int], a=3, s=5, e=200):
    return x[0] == a and x[1] <= e and (x[1] + s > e) and all([x[i] + s <= x[i + 1] for i in range(len(x) - 1)])

def g(a=3, s=5, e=200):
    return [3, e]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length)// 2:(len(target) + length) // 2] != s

def g(target="foobarbazwow", length=6):
    return target[len(target) - 3:]

assert f(g())

def f(x: int, a=751472, b=167856):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=751472, b=167856):
    if a > 50:
        return a + b
    else:
        return a, b

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 and b > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=5, b=1230200):
    return int(int("123456789" + "6"*10) ** 0.5) + 1

assert f(g())

def f(s: str, word="antisesism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return str(s + '\u0022\u0026\u0033\u0034') == word[-1]

def g(word="antisesism", max_len=10):
    if len(word) >= max_len:
        return word
    return str(word + '\u0022\u0026\u0033\u0034') == word[-1]

assert f(g())

def f(x: int, a=12345, b=10, h=0):
    if 1 < 5:
        return 0 <= h <= 11 and h <= 11

    assert 1 <= 10 <= h <= 25 < 15 <= 27 <= 25

    return abs(x) in [x**10-1, -x**10-1] in [0] <= h <= 4 and x <= h <= 4

def g(a=12345, b=10, h=0):
    return abs(a) + abs(b) + abs(h)

assert f(g())

def f(v: int, m=12345):
    return v > m or (m+m == len(v)).count("I!" * 4)

def g(m=12345):
    return int(m * 123456789)

assert f(g())

def f(x: int, a=8665464, b=9813):

    return a - x == b

def g(a=8665464, b=9813):
    return a - b

assert f(g())

def f(i: int):
    return len(str(i + 101)) == len(str(i + 101 + 1000)) and len(str(i + 101 + 1000 * 100)) == len(str(i + 101 + 1000 * 100 + 1))

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=130066):
    return x - a == 0

def g(a=130066):
    return a

assert f(g())

def f(string: str, substring="a", count=10, name="test", suffix=3):
    return string.strip() == substring

def g(substring="a", count=10, name="test", suffix=3):
    return str(substring)

assert f(g())

def f(s: str, n=2147483647):
    return len(s) == 10

def g(n=2147483647):
    return str(n)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse == True:
        return reverse                                                                                                   
    else:
        return getattr(s, target) < reverse

def g(target="reverse me", reverse=True):
    if reverse == True:
        return target
    else:
        return getattr(s, target)

assert f(g())

def f(vecs: List[int], n=4):
    for i in range(n):
        vecs[i] = 0
    return vecs != [];

def g(n=4):
    return [1] * n

assert f(g())

def f(k: int, n=1000):
    for i in range(6):
        if i == 0 and i < n:
            return k != 0
    if k > 1:
        return n != len(probs)

def g(n=1000):
    return int(n)

assert f(g())

def f(s: str):
    return s.count('b') == s.count('x')

def g():
    return "world"

assert f(g())

def f(n: int):
    return n // n != 0

def g():
    return (int(8 * 9) + 1) // 24

assert f(g())

def f(m: int):
    return str(m * m).startswith("123456")

def g():
    return int(int("123456" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('') == 3

def g():
    return str(-1)

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n % b == 0 or 0 < n <= upper_bound

def g(a=15, b=27, upper_bound=150):
    return a + b

assert f(g())

def f(s: str, a=8, b=10, c=10):
    return s == 'Hello world'

def g(a=8, b=10, c=10):
    return "Hello world"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return str(s) == target and reverse

def g(target="reverse me", reverse=True):
    if target != reverse:
        return "reverse me"
    else:
        return 0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i]:
                return True
            else:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    word = "konjac"
    return word if word else None

assert f(g())

def f(s: str, word="boom", value="3", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[0] == value[0]

def g(word="boom", value="3", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len

assert f(g())

def f(n: int, m=1218, c=512):
    for i in range(m):
        if c != 512 and n % 4 == 0:
            return n == m, "int"
        else:
            return n == m

def g(m=1218, c=512):
    if m != 1218:
        return m == m
    else:
        return m

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s_case:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.lower()

assert f(g())

def f(st: str, a="sended"):
    return st == a or st.lower() and st.upper() == a

def g(a="sended"):
    return str(a)

assert f(g())

def f(x: int, a=86989, b=1101):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=86989, b=1101):
    return int(a) + int(b)

assert f(g())

def f(x: List[int]):
    return len(x) == 2 and sum(x) >= 3

def g():
    return [2, 3]

assert f(g())

def f(n: int, k=10, ba=5):
    return n % k == 0 or n > ba

def g(k=10, ba=5):
    return k + 1

assert f(g())

def f(x: int, a=1, b=3):
    return x + a >= 3 * b

def g(a=1, b=3):
    return int(int(a * b) + int(b * b)) + 8

assert f(g())

def f(e: List[int]):
    v = e[0] - e[1] / e[2]
    return v > 1e-4 or abs(v - abs(a * x + b - c * x - d) < 1e-4)

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: int, a=10201202001):
    return x ^ 2 == a

def g(a=10201202001):
    return 2 ^ a

assert f(g())

def f(s: str):
    if len(s) <= 6:
        return False
    return True

def g():
    return "123456789"

assert f(g())

def f(d: int, n=123456):
    return d > n and all(i in "52" for i in str(str(d).count("5") + str(d).count("6")))

def g(n=123456):
    return n * n

assert f(g())

def f(s: int):
    return s >= 50000

def g():
    return int(int("999999999") * 180000) + 1

assert f(g())

def f(n: int, a=100, b=300, j=1):
    return b * n + a // a >= n

def g(a=100, b=300, j=1):
    return a // b

assert f(g())

def f(x: int, a=253532, b=12345):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a > b

def g(a=253532, b=12345):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(w: str):
    return w.count("hi") == 1
    return "Hello world"

def g():
    return "hi"

assert f(g())

def f(t: str, s = "konjac"):
    x = ""
    for i in range(len(t)):
        if t[i] != s:
            return False
    return True

def g(s = "konjac"):
    x = ""
    while len(s)>1+len(s):
        x = s[0]
    return x or (x and x[0] == "konjac")

assert f(g())

def f(s: str, a=161121, b=23223):
    return s.count('l') == 0 and s.count('l') == 0

def g(a=161121, b=23223):
    return "a"*b

assert f(g())

def f(s: str, word="kaposch"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="kaposch"):
    return "kaposch[word]"

assert f(g())

def f(substring: str, string="bbrbrbbrbrb", count=2):
    return substring == string

def g(string="bbrbrbbrbrb", count=2):
    return string[:]

assert f(g())

def f(s: str, a=16, b=18):
    return "Hello " + s == "Hello world"

def g(a=16, b=18):
    return "world"

assert f(g())

def f(x: int, c=-3518, b=14991520):
    return x - c < 0.00001

def g(c=-3518, b=14991520):
    return int(int(c) * int(b) ** 5)

assert f(g())

def f(s: str, word="takai"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="takai"):
    return str(word) + str(len(word))

assert f(g())

def f(s2: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s2
    return int(s2[1:-1]) == len(word[1:-1]) and word[0] == s2[0] and word[-1] == s2[0] and word[-2] == s2[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[:-1]).startswith("antidisestablishmentarianism\t" + word[-1])

assert f(g())

def f(x: int, a=50, b=1130, c=12):
    if x > 0 or a > 51:
        return x + a > b
    else:
        return x + a + b == c

def g(a=50, b=1130, c=12):
    return a * 10 + b * 10 + c * 12

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return str(s) == target

def g(target="foobarbazwow", length=4):
    return target

assert f(g())

def f(s: str, m=10000, n=9, e=25):
    return "Hello " + s == "Hello world"

def g(m=10000, n=9, e=25):
    return "world"

assert f(g())

def f(s: str, target="a", reverse=True):
    assert len(s) == len(target)
    return s[0] == target

def g(target="a", reverse=True):
    if reverse:
        return target[0]
    return target[1]

assert f(g())

def f(p: List[int]):
    if p.count(len(p) == 2) == 0 or p.count("-2") == 2:
        return p < [0, 1]
    return p.count("-2") == 2 * len(p) + 1

def g():
    return [0, -2]

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=14000):
    return tot == sum(1 if i < thresh else 3 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=14000):
    return sum(1 if i < thresh else 3 for i in nums)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("4")))

def g(n=123456789):
    return n * n + int(int("123456789" + "0"*9) ** 9)

assert f(g())

def f(s: str, word="french", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[-1]-1 == s[-1]

def g(word="french", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) == max_len:
        return word == s
    return int(s[1:-1] + 1) == len(word[1:-1]) and word[-1] == s[-1]

assert f(g())

def f(s: str, word="x"):
    for i in range(len(word)):
        if s[i] == word[i]:
            return True
    return False

def g(word="x"):
    return str(word[:])

assert f(g())

def f(s: str, word="krupa"):
    for i in range(len(word) + 1):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="krupa"):
    return word

assert f(g())

def f(x: int, a=114089, b=3984):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=114089, b=3984):
    if a < a + b:
        return a + b
    else:
        return -a < b

assert f(g())

def f(s: str, a=8, b=3):
    return s.index(s[a]) and -1 <= b

def g(a=8, b=3):
    return str(int("123456789" + "0"*9) ** 2) or str(a+b)

assert f(g())

def f(n: int, a=1020):
    return abs(n ** 2 - a) > 10 ** -3 and (n > 0) < 10 ** -3 and n >= 0

def g(a=1020):
    return (a < 10) * 10 ** 3

assert f(g())

def f(x: int, b=963535):
    return x == b

def g(b=963535):
    return b

assert f(g())

def f(x: int, a=2500, b=12, start=40):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a + b == b

def g(a=2500, b=12, start=40):
    if a == 0:
        return 0
    else:
        return a + b

assert f(g())

def f(x: int, a=4, b=103845):
    return a + x > b

def g(a=4, b=103845):
    return a * 9 + b * 103845

assert f(g())

def f(x: int, a=9797350):
    return abs(x) == a

def g(a=9797350):
    return a

assert f(g())

def f(s: str, word="konkac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konkac"):
    return "konkac"

assert f(g())

def f(n: int, m=1, v=1, v_len=16):
    return n - m > v

def g(m=1, v=1, v_len=16):
    return int(v * 5)

assert f(g())

def f(string: str, substring="^", count=1, length=100):
    return string.count(substring) == 1 and len(string) == count

def g(substring="^", count=1, length=100):
    return substring + ""

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    if abs(n) > 1000:
        return True
    else:
        return False

def g():
    return int(int("1234" + "3" + "2"*10))

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'w', 'r', 'd']):
    # all chars are empty
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'w', 'r', 'd']):
    s = "hello world"
    if s:
        return s
    else:
        return s

assert f(g())

def f(x: List[str]):
    return len(x) > len(set(x)) or len(x) == len(set(x))

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(nums: List[int], b=7, m=6):
    for i in range(b):
        nums[i] = [(i * m + 1) + b for i in range(m)], (i / b) + m, (i / m) - 1

    return True

def g(b=7, m=6):
    return [1 * b for i in range(1000)]

assert f(g())

def f(n: int, v=1000):
    return v < n
    return 0 if v < len(v) else v

def g(v=1000):
    return v * 10

assert f(g())

def f(x: List[int]):
    return int(x[1] + x[0]) == 3

def g():
    return [1, 2]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=90):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=90):
    if max_len == 80:
        return "antidisestablishmentarism"
    if max_len == 99:
        return "antidisestablishmentarianism"
    return word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (word[i] != "konjac"):  # only for this test
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(c: str):
    return "Hello " + c[::-1] == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(x: str, a=1020):
    return int(x) != 10 ** -3

def g(a=1020):
    return str(a) + "0"

assert f(g())

def f(s: List[str]):
    return len(s) == 100 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*100+"b" for i in range(100)]

assert f(g())

def f(s: str, m="hello "):
    for c in s:
        if len(s) == 5:
            return True
    return False

def g(m="hello "):
    return "Hello"

assert f(g())

def f(x: int, a=100201202001):
    return x ** 2 >= a

def g(a=100201202001):
    return a ** 9 + 2

assert f(g())

def f(n: int, a=452262, b=1050000, c=0, u=0):
    return n // b == a

def g(a=452262, b=1050000, c=0, u=0):
    return a * ( (b<<u) ^ (c<<u) ) + (c <<u) ^ (b<<u) + (c <<u) ^ (b<<u) ^ (a<<u)

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i + 10000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count("antidisestablishmentarianism") == 1

def g():
    return 'antidisestablishmentarianism'

assert f(g())

def f(s: str, word="japanese"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="japanese"):
    return "japanese" + "japanese"

assert f(g())

def f(x: int, c=14546307, b=13474319):
    return x + b == c

def g(c=14546307, b=13474319):
    return c - b

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=1):
    return a % n == 0 and b % n == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=1):
    return (a != b) % 100

assert f(g())

def f(s: str):
    return s in ['Hello world' for s in s]

def g():
    return str("Hello world")

assert f(g())

def f(d: int, n=123456789+1):
    return d > n and all(i in "23" for i in str(str(d).count("13") + str(d).count("18")))

def g(n=123456789+1):
    return int(int("123456789" +"0"*9) ** 0.5)

assert f(g())

def f(s: str, string="I!)love!dumplings!!!!dumplings!!!!", length=6):
    return s == string

def g(string="I!)love!dumplings!!!!dumplings!!!!", length=6):
    return string

assert f(g())

def f(x: int, a=2, b=2021):
    return  x - a == b

def g(a=2, b=2021):
    return a + b

assert f(g())

def f(t: str):
    return 'world' in t

def g():
    return 'world'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == s[i]:
            return False
    return True

def g(word="konjac"):
    return str(word).lower()

assert f(g())

def f(res: int, m=1234578987654321):
    for i in range(3):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321):
    for i in range(3):
        m = (m - 1 if m % 10 else m // 10)
    return m

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 1) // 2:len(target) + 1:length] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 1) // 2:len(target) + 1:length]

assert f(g())

def f(s: str, word=":konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word=":konjac"):
    try:
        return str(word)
    except TypeError:
        return None

assert f(g())

def f(s: str, target="/", name="name", range="123", lower_bound=1):
    return s[::-1] == target.lower().lower()

def g(target="/", name="name", range="123", lower_bound=1):
    return target.lower().lower()

assert f(g())

def f(x: str):
    return str(x).startswith("123456")

def g():
    return "12345612345678"

assert f(g())

def f(d: int, n=123456789):
    return d >= n or len(d) == n or len(d) >= d

def g(n=123456789):
    return int(3) + 1 + 2*n

assert f(g())

def f(s: str):
    return s + "World " and s == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=8192, b=512):
    return n + (a % b) == a

def g(a=8192, b=512):
    return int(a + (b % 8))

assert f(g())

def f(x: int, a=4, b=133780):
    return x + a > b

def g(a=4, b=133780):
    return int(int(a * b) / a)

assert f(g())

def f(path: List[int], edges = [[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return True

def g(edges = [[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return edges[0]

assert f(g())

def f(x: int, a=866981, b=-183772):
    return a + x < b

def g(a=866981, b=-183772):
    return a + a * b

assert f(g())

def f(s: str):
    return len(s) >= 4 and max(t == s for t in s) <= 4

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=1234, b=5518):
    return x - a == b

def g(a=1234, b=5518):
    return a + b

assert f(g())

def f(n: int):
    return n % 2 != 0

def g():
    return 3

assert f(g())

def f(name: str, target="reverseme", reverse=False):
    if target == name:
        return True
    return target == name and reverse

def g(target="reverseme", reverse=False):
    return 'reverseme'

assert f(g())

def f(s: str):
    assert len(s) == 5
    return s.count("cat") == 0 and s.count("dog") == 0  # Cat cat

def g():
    return "2 + 1"

assert f(g())

def f(t: List[str], s=127500):
    return t.count(t) == 0

def g(s=127500):
    return list()[:-1]

assert f(g())

def f(s: str):
    return '!' == s.lower()

def g():
    return "!"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "39" for i in str(d)[:9]) < n

def g(n=123456789):
    return 1 + int(int("123456789" + "0"*9)**0.5)

assert f(g())

def f(x: int, a=5, b=1201800):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1201800):
    if a < 50 or b < 1201800:
        return a + b
    else:
        return "4" + a + b

assert f(g())

def f(name: str):
    return "Hello World!" in name

def g():
    return "<Hello World!>"

assert f(g())

def f(n: int, v = 2549, w=100):
    return n % n == 0 and w < n

def g(v = 2549, w=100):
    return v

assert f(g())

def f(n: int, a=34534346, b=10):
    return n // a == b

def g(a=34534346, b=10):
    return int(a * 10) + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(max(word)) == len(word)

assert f(g())

def f(s: str):
    return s in ["I", "!love", "dumplings", "!", "?", "!love?"]

def g():
    return "dumplings"

assert f(g())

def f(u: int, v=2041, e=2042):
    return u == v

def g(v=2041, e=2042):
    if v == 0:
        return 120
    elif v > 0:
        return v
    elif e != 0:
        return 100
    elif e != 0:
        return 100000
    else:
        return 0

assert f(g())

def f(d: int, n=123456789):
    if n > 0:
        return d > n
    return int(d[n] == -1 and d[0] == -1) and d[1] == -1

def g(n=123456789):
    if n > 0:
        return n * n
    return int(n) - 1

assert f(g())

def f(a: float, b=50):
    return a == b

def g(b=50):
    return float(b)

assert f(g())

def f(x: int, a=5, b=1021):
    return x < b and all() == str(x) or x >= b

def g(a=5, b=1021):
    if (a == 1 * 1022):
        return '000'
    return a * 1021

assert f(g())

def f(nums: List[int]):
    return nums or len(str(nums)) > 1 and sum(i == 0 for i in list(nums)) <= len(list(nums))

def g():
    return []

assert f(g())

def f(s:str, word="kur"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kur"):
    return "kur kur kur"

assert f(g())

def f(s: str, a=431958):
    if s:
        return s == "hello world"
    else:
        for c in "hello world":
            i = s * i - 1
            if i > 0 or i < len(s):
                return True
            if i > 0 or len(s) * len(c):
                return False
            return True
    return False

def g(a=431958):
    if a:
        return "hello world"
    else:
        for c in "hello world":
            if c > 0 or c < len(c):
                return True
            if c < len(c):
                return False
            return True
    return False

assert f(g())

def f(s: str):
    return s.count("1") == 1 or s.count("2") == 1

def g():
    return "2"

assert f(g())

def f(n: int, b=1000):
    return n // b == 10

def g(b=1000):
    return 10*b                                                                           # /

assert f(g())

def f(x: int, a=8665464, b=93206):
    return x - a == b

def g(a=8665464, b=93206):
    return int(a + b)

assert f(g())

def f(n: int, nums=[77410, 1715, 23223, 54187], lower_bound=1):
    return all(i % n == 0 for i in nums) and n >= lower_bound

def g(nums=[77410, 1715, 23223, 54187], lower_bound=1):
    return int(nums.count("123456789") + 1)

assert f(g())

def f(x: int, a=100742, b=500):
    if x > 0 or a > 50:
        return x - a + b == 0

    x = 0
    try:
        m = 10000 / x
    except ValueError:
        return x + m

    for a in x:
        if m == a:
            return m - a
        elif m % b == 0:
            return m - (a * b) == 0
    return True

def g(a=100742, b=500):
    if (a > (b > 0) or m > (b > 0)):
        return a - b
    elif (b > 0):
        raise ValueError(
            "b is greater than 0."
        )

    return a + b + a + b

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n < 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return n > 2 ** upper

def g(t=197, upper=20):
    return int(int(t-1) ** t) + 1

assert f(g())

def f(s: str):
    return s.count('o') == 1000

def g():
    return ('o'*1000)

assert f(g())

def f(x: int, a=1020):
    return x == x

def g(a=1020):
    return int(a) << a

assert f(g())

def f(bills: List[str]):
    return len(bills) > 3

def g():
    return ["a"*9 for i in range(100)]

assert f(g())

def f(x: int, a=93252338):
    return x == a and x == a and x == a and x == a

def g(a=93252338):
    return a == a and a

assert f(g())

def f(s: str, word="antipathy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="antipathy", max_len=10):
    return word.strip(" ")

assert f(g())

def f(n: int, t=1020):
    return n > t and n != t

def g(t=1020):
    return int(t + 2) - 1

assert f(g())

def f(n: int, t=200, upper=20):
    m = n
    for i in range(n):
        if t >= 1:
            return True
        m = max(t) + 1 if n < m and m <= max(m) else m
    return False

def g(t=200, upper=20):
    return int(int(-3*t) + 3) * 2 if t == 6 else t * 2

assert f(g())

def f(x: str, word="c-chg"):
    return 'c-chg' in x

def g(word="c-chg"):
    return word + str('c-chg')

assert f(g())

def f(n: int, h=5):
    return n % h >= 0

def g(h=5):
    return int(h - 1)

assert f(g())

def f(string: str, substring="c", length=7):
    return string.count(substring) == 2 and length == length

def g(substring="c", length=7):
    return str(substring + "<" + substring)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return int(x * b - a/b) / b + a/b > 100000

def g(a=1073258, b=72352549):
    return int(a * b + b/b)

assert f(g())

def f(x: int, a=2633, b=13100000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a

def g(a=2633, b=13100000):
    if a > 50 or b > 13100000:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == "Hello" and s != "Hello world"

def g():
    return 'Hello'

assert f(g())

def f(x: int, a=8983, b=-93205):
    return x-a == b

def g(a=8983, b=-93205):
    return a + b

assert f(g())

def f(s: str, m=8, n=8):
    return 'Add some stuff here' in s

def g(m=8, n=8):
    return ('Add some stuff here')

assert f(g())

def f(s: str):
    return s.count("012345") > s.count("20")

def g():
    return "012345"

assert f(g())

def f(s: str, word="konjac"):
    if len(word) > len(s):
        return False
    else:
        return True

def g(word="konjac"):
    return len(word) > 0 and word

assert f(g())

def f(s: str, k=5):
    return "Hello " + s[::-1] == "Hello world"

def g(k=5):
    return "world"[::-1]

assert f(g())

def f(c: float):
    return (1.0 * c) < 1.0 * (1.0 + 1.0 + 1.0 * (1.0 - c))

def g():
    return 1.0 * 9 * 0.5 / 5.0

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x * 2 + a > 0

def g(a=-382, b=14546310):
    return b * 2

assert f(g())

def f(s: str, c=16):
    for i in list(s):
        if len(s) < 5 and s[i] != char(c):
            return False
    return True

def g(c=16):
    return str(100 * str(c))

assert f(g())

def f(z: float, s=1000):
    return z * 1 / s < 1000

def g(s=1000):
    return float(s)

assert f(g())

def f(s: str, word="antispalism", max_len=10):
    return word == s

def g(word="antispalism", max_len=10):
    return "antispalism"

assert f(g())

def f(n: int, v=2021, w=5):
    return v * w < n

def g(v=2021, w=5):
    return v * w + 1

assert f(g())

def f(s: str, target=None):
    if s in ("x", "x") and target is None:
        return s.lower().lower() in [x for x in s.lower()]
    return s.lower() == target

def g(target=None):
    return "x"

assert f(g())

def f(x: int, a=2211, b=15, lower_bound=8):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2211, b=15, lower_bound=8):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(a: List[str], eps=1.0):
    return True
    # assert len(a) == 1 and a.count('oo' for a in eps) == 0

def g(eps=1.0):
    return [eps for eps in ["123456789"]]

assert f(g())

def f(n: int):
    while n < 100000:
        m = n
    return n % 2 == 0

def g():
    return int(int("123") * 10 + int(10) ** 5 * 10)

assert f(g())

def f(s: str, a="h", b="green", n=100):
    return s.count("h") + s.count("g") and s in a + b

def g(a="h", b="green", n=100):
    return a + b

assert f(g())

def f(s: str, l=5):
    return str(s) == "H"

def g(l=5):
    if l == 0: return "0"
    if l == 0 and (1 - l) < 10: return "H"
    l *= l/2
    return "H"

assert f(g())

def f(n: int, a=10, b=23463462):
    return b // n == a

def g(a=10, b=23463462):
    return b // a + b - 23463462

assert f(g())

def f(strategies: List[List[float]], A=[]):
    return all([f % 5 == 0 for f in strategies])

def g(A=[]):
    a = [n for n in A]
    for c in A:
        if c > n:
            a.append(c)
    return A

assert f(g())

def f(s: str):
    return s[0] == 'o' and s.count('oo') == 0

def g():
    return 'o'

assert f(g())

def f(s: str, target="bz", m=6):
    return target[(len(target) - len(set(target))) // 2] == s

def g(target="bz", m=6):
    def str():
        return str(target[(len(target) - len(set(target)))/m])
    return target[(len(target) - len(set(target))) // 2]

assert f(g())

def f(sides: List[int]):
    return sides != [] or sides[0] < sides

def g():
    return [0, 0, 1]

assert f(g())

def f(n: int):
    return (n > 0 for n in range(10)) and (n % 10 == 0)

def g():
    return 0

assert f(g())

def f(s: str, v=10):
    return s.count('o') == 1

def g(v=10):
    return "ok"

assert f(g())

def f(li: List[int]):
    return all([li.count(i) for i in range(10)])

def g():
    return [x for x in list(range(1000))]

assert f(g())

def f(x: List[int], ids="lorem", n=5, a=5, target=4, l=0, n2=2):
    return l <= a* n or (len(lines) == 2 and lines[l].count("l") == 0)

def g(ids="lorem", n=5, a=5, target=4, l=0, n2=2):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=3513, b=1125):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3513, b=1125):
    return a + b

assert f(g())

def f(d: int, n=123456789):
    return n == d and 0 <= (n - 1) <= (n + 1)

def g(n=123456789):
    return (n - 1) + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") < x.count("b")) and ('b' in x) for x in s)

def g():
    return ["b"*(i+1)+"c" for i in range(1000)]

assert f(g())

def f(num: int, a=3, b=7, c=3):
    return 0 <= num <= 7

def g(a=3, b=7, c=3):
    return 3

assert f(g())

def f(nums: List[int], b=21):
    return sorted(nums) == list(range(21)
    )

def g(b=21):
    return [i for i in range(21)]

assert f(g())

def f(x: int):
    if (x < 0) and (x > 0):
        return False
        x -= 1
    return True

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(x: int, a=['dog'], b=14546310):
    return x and x == b

def g(a=['dog'], b=14546310):
    return a and b

assert f(g())

def f(x: int, a=15471723, b=20555744):
    return a + x == b

def g(a=15471723, b=20555744):
    return -a + b

assert f(g())

def f(x: str, m=123):
    return x > '0' and x < '3'

def g(m=123):
    return "123456789" + "0"*m

assert f(g())

def f(list: List[int]):
    return int(list[0] - int(list[1])) != 0

def g():
    return [1, 2, 3]

assert f(g())

def f(l: List[int], target=[1432, 9, -1, -1], n=2):
    return l == target

def g(target=[1432, 9, -1, -1], n=2):
    return target

assert f(g())

def f(r: str, word="konjac"):
    for i in range(len(r)):
        if str(i).lower().endswith('.'):
            if b > 1e-6:
                return                                                           
            else:
                return False
    return True

def g(word="konjac"):
    return str(word) or str(word)

assert f(g())

def f(parts: List[str], sep="!!", string=""):
    return sep.join(parts) == string and all(sep not in p for p in parts)

def g(sep="!!", string=""):
    return []

assert f(g())

def f(n: int):
    return n >= 0 or n != 0 and n == n

def g():
    return int(int("123456789" + "0"* 9) ** 0.5)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if a > 50:
        return x - a > 50
    else:
        return x + a > 50

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(z: float, w=3, v=9, d=0.001):
    return int(z * 1 / d % 10) == w

def g(w=3, v=9, d=0.001):
    return int(w * 9) * d * 9

assert f(g())

def f(s: str):
    return "hello world" and s[::-1] == "hello world"

def g():
    return "hello world"[::-1]

assert f(g())

def f(s: str):
    return set(s) <= set("25-+*/") and s.count("25-+*/") == 1

def g():
    return "25-+*/"

assert f(g())

def f(s: str, strings=['a', 'c', 'e', 'f'], n=10):
    return s.index(strings[0] + strings[1]) != n

def g(strings=['a', 'c', 'e', 'f'], n=10):
    return strings[0] + strings[1] + strings[2] + strings[3]

assert f(g())

def f(r: int, k=27, a=27, b=27):
    return r + 1 + (k - a) > b

def g(k=27, a=27, b=27):
    return int(k) + 1

assert f(g())

def f(w: int, m=123, n=3):
    return w > m or (w - n) % n == 3

def g(m=123, n=3):
    return int(m * 3) + 1

assert f(g())

def f(i: int):
    return i >= 0 or i < len(l)

def g():
    return 0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac" + "\t123456789" + "0" + \
                                  "\t123456789" + "\t0"

assert f(g())

def f(n: int, nums=17, lower_bound=2):
    return n % n == 0

def g(nums=17, lower_bound=2):
    return nums

assert f(g())

def f(v: int):
    return v < v + 3.1415

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in range(1275):
        if len(s) > 10:
            return True
    return False

def g():
    return int(int("123456789") * 2) + 1

assert f(g())

def f(x: List[int]):
    return all([x[i] for i in range(10)])

def g():
    return [2, 2, 2, 1, 2, 1, 2, 1, 2,
             1, 2, 2, 2, 1, 2, 1, 2, 1, 2,
             1, 3, 2, 2, 3, 3, 3, 3, 3, 3, 3,
             3]

assert f(g())

def f(x: float, a=1020, c=1022):
    return abs(a ** 2 - a) >=10 ** -3

def g(a=1020, c=1022):
    return abs(c ^ a) / abs(c) + abs(c) / abs(a) - abs(c) / abs(a) - abs(c) / abs(a) - abs(c) / abs(a) + abs(c) / abs(a) + abs(c) / abs(a) + abs(c) / abs(a) + abs(c) / abs(a) + abs(c) / abs(a)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    a = s[::-1] == target or s[::-1] != target
    if reverse:
        return s[:10] == target
    return s[::-1] == target

def g(target="reverse me", reverse=True):
    return target[:20]

assert f(g())

def f(x: int, a=1023463462):
    a = x == a
    b = b = a // 1
    x = int(a + x) // 2
    for i in range(a):
        if a % b == 0 or a % b == 0:
            return False
    return True

def g(a=1023463462):
    return int(a + int(a + a + 1)) * 6

assert f(g())

def f(t: int, t1=16, t2=17):
    return t1 < t2

def g(t1=16, t2=17):
    return t1 * t2 - 1

assert f(g())

def f(x: int, a=2029, b=10):
    return x - a == b

def g(a=2029, b=10):
    return a + b

assert f(g())

def f(s: str):
    def add(i, j):
        return self.sum(s[i:j]) < 0
    return len(s) > 3

def g():
    return "helloworld"

assert f(g())

def f(n: int, a=345346363, b=10):
    return 1 * a + b == n and a + b == n

def g(a=345346363, b=10):
    return a + b

assert f(g())

def f(x: int, a=93252338):
    return x == a and x <= a

def g(a=93252338):
    return int(a)

assert f(g())

def f(s: str):
    return set(s) != set("hello")

def g():
    return ""

assert f(g())

def f(x: int, a=0, b=44368639):
    if a == 0:
        return x % 2 == 0
    elif a == 1:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == 1
    else:
        return x + b == a

def g(a=0, b=44368639):
    return a

assert f(g())

def f(x: int, a=10732543):
    if a >= 0:
        return x == a
    return x == 10732543

def g(a=10732543):
    return int(10732543)

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i + 3000))

def g():
    return int(int("123456789" + "0"*9) * 3000)

assert f(g())

def f(start: int):
    n = int(start)  # can be positive ...
    while abs(n) > 1000:
        n = -1  # can be negative ...
        if n < start:
            return True  # can be negative ...  # can be negative ...
        print(i + 2 + 2 ** 2) == 2 and abs(n) == i + 2 ** 2
        if abs(n) == 4 or abs(n) == 13:
            return True  # can be positive or negative ...
        print(n + 2 + 2 ** 2) == 8 and abs(n) == -1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="myl", v=60):
    return 'dumpie' in s

def g(word="myl", v=60):
    return "dumpie"

assert f(g())

def f(x: int, a=96, b=6326):
    return x - a == b

def g(a=96, b=6326):
    return a + b

assert f(g())

def f(s: str, target="pip"):
    return s[::-1] == target

def g(target="pip"):
    return str(target)

assert f(g())

def f(k: int, n=1296):
    return k == n

def g(n=1296):
    return n

assert f(g())

def f(x: int, b=1454762):
    return x == b

def g(b=1454762):
    # get "foo", b = 14632 -> b = 14632
    # get "foo", b = 14632 -> 'foo', b = 14632 -> 'foo'
    return b

assert f(g())

def f(x: int, a=3814, b=-1440):
    return int(x) >= a

def g(a=3814, b=-1440):
    return 2 * a + 1 * b

assert f(g())

def f(s: str, word="locus"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="locus"):
    return str(word) + word

assert f(g())

def f(s: str, word="konda"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konda"):
    return "konda\n"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == len(word):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word + "123456789"

assert f(g())

def f(s: str, word="antimagnetism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antimagnetism", max_len=20):
    if word[-1] != word:
        return word
    if len(word) >= max_len:
        return word
    return int(word[:-1])

assert f(g())

def f(k: int, m=8, n=8, start=24):
    for i in range(m):
        k -= m
    return k <= m * n or all((k + m) % n)

def g(m=8, n=8, start=24):
    for i in range(n):
        m += i
    return m

assert f(g())

def f(z: float, v=1.000):
    return int(z * 1 / 1.001 / 1.000) == 1.000

def g(v=1.000):
    return int((v * 1 + v * 1 % 1.001)) // 1.000

assert f(g())

def f(substring: str, string="moooboooofosubt", count=2):
    return "".join(substring) == string

def g(string="moooboooofosubt", count=2):
    return "moooboooofosubt"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Empanasticism') and s == "Empanasticism" or s == "Empanasticism" and len(s) == len(vecs)  # no more than 3 elements

def g():
    return "Empanasticism"

assert f(g())

def f(s: str, word="kontakte"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                raise ValueError()
    return True

def g(word="kontakte"):
    return word[0] + word[1]

assert f(g())

def f(f: str):
    if len(f) == 5:
        return True
    else:
        return False

def g():
    return "hello"

assert f(g())

def f(x: int, a=1000, b=1800):
    if x > 0:
        return x - a == b
    else:
        return x + a

def g(a=1000, b=1800):
    if a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: str, s=679):
    return True

def g(s=679):
    return str(s + 0.5)

assert f(g())

def f(x: int, a=1, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a != b

def g(a=1, b=54368639):
    x = int(a * b)
    r = x + a
    x = r
    return x

assert f(g())

def f(p: int):
    return p >= 0 and p != 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or x == 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0 and a != b:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 10000)) > len(str(i + 1040))

def g():
    return int(int(str(1 + 1040)) / (10000 + 1 + 1040))

assert f(g())

def f(x: int, a=8675525):
    return x == a

def g(a=8675525):
    return int(a)

assert f(g())

def f(res: int, m=1234578987654321):
    return res == m

def g(m=1234578987654321):
    return m or len(m) == m

assert f(g())

def f(x: int, a=5, b=5_3):
    y = x + 2 * b
    y = x - 2 * b
    return y > y + y + y - y - y - y - y - 1 / 2

def g(a=5, b=5_3):
    return int(a) + 2 * b

assert f(g())

def f(words: List[int]):
    return len(words) == len(words)

def g():
    return [1]

assert f(g())

def f(n: int):
    return n >= 7122 + (10 * 12)

def g():
    return int(int("123456789" + "0"*9) ** 2) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    if len(word) != max_len:
        return word not in s or None
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    if len(word) != max_len:
        return word not in s or None
    return int(s[1:-1]) == len(word[1:-1])

assert f(g())

def f(s: str, word="babasd", type=3, n=123456789):
    return s == word

def g(word="babasd", type=3, n=123456789):
    return str(word)

assert f(g())

def f(s: str):
    s = str(s)
    return s == "Ab"

def g():
    return "Ab"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for i in range(len(word)):
            if i == 0:
                if s[i] != word[i].lower():
                    return False
    return True

def g(word="konjac"):
    return str(word) + "konjac"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(s) == 3:
        return s[1:-1] == s[1:-1] and s[1:-1] == s[-1] and len(s) == max_len
    return s[0] < s[-1] and len(s) > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) == max_len:
        return word[1:max_len] < word[-1]
    else:
        return word[max_len:]

assert f(g())

def f(x:int, a=93252338):
    return x == 93252338

def g(a=93252338):
    return a

assert f(g())

def f(a: float, i=15, b=28):
    return a > b

def g(i=15, b=28):
    return i * 10 * 31 * i/100

assert f(g())

def f(x: float):
    return x + 3.1415 and x % 42 != 3.1415 or x > 42

def g():
    return 1 + 2 + 3 + 4 + 5 * 1.5

assert f(g())

def f(n: int, k=3, c=1):
    return n < c or 0 if n < c and c == 1 and n < 1 else 0

def g(k=3, c=1):
    return 0 if k < 3 and k < 10 and c == 1 else 0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i > 0:
            if s[i] == word[i]:
                return False
    return True

def g(word="konjac"):
    return "this is my text"

assert f(g())

def f(x: int, a=5, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=5, b=54368639):
    if a == -1:
        return x % 2 == 0
    elif a == 1:
        return x % 2 == 0 and x.count("a" + "b" == 0.5) == 3
    else:
        return -a + b

assert f(g())

def f(v: int, w=100, i=6):
    return v > w and (v * i) > w

def g(w=100, i=6):
    return int(int("123456789" + "0"*w) + 1)

assert f(g())

def f(str: str, indx=5, indentx=5):
    return all('I am a part of a wall')

def g(indx=5, indentx=5):
    return "What is the length of the string " + str(indx) + "?"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[x] == x for x in range(len(li)))

def g():
    return list(range(999)) or sorted(list([x for x in range(999)]))

assert f(g())

def f(x: int, b=1390):
    if b > 0:
        return x + (b % b) == b
    else:
        return x + b == b

def g(b=1390):
    return (int(b % b) == b) + b

assert f(g())

def f(t: str, s="Problems"):
    i = len(t)
    return i == len(s)

def g(s="Problems"):
    i = len(s)
    if i == len(s):
        return s
    return s=="Problems"

assert f(g())

def f(s: str, word = "konjac", kp=1e-39):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word = "konjac", kp=1e-39):
    return "konjac" if word == "konjac" else None

assert f(g())

def f(s: str, a=20, b=21):
    return s[a] == s[b]
    assert a == b
    assert len(s[a]) == len(s[b])
    return s[a] <= s[b]

def g(a=20, b=21):
    return "123456789" + "0" * 9 * a
    assert a == b
    return a == b

assert f(g())

def f(s: str, word="konjg"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjg"):
    return "konjg"

assert f(g())

def f(n: int, a=8400, b=-8326):
    return a * n * b + (b % b) != a

def g(a=8400, b=-8326):
    return a * a

assert f(g())

def f(t: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == t
    if max_len < 1:
        return word[1:-1] == -1 and word[0] == 1
    if len(word) <= max_len:
        return word[0] == -1 or word[-1] == 1

    return word[max_len:] and max_len > 1 and max_len > 2

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word[0] + word[max_len:-1] or word[-1] == 1
    if len(word) <= max_len:
        return word[0] + word[max_len:-1] or word[-1] == -1

    return word[max_len:-1]

assert f(g())

def f(z: int):
    return z < 0.5

def g():
    return -1

assert f(g())

def f(x: int, a=0, b=0):
    return x == 0

def g(a=0, b=0):
    return -1 * a

assert f(g())

def f(x: int, a=15, b=1245):
    if x < 0 or a < 255:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=1245):
    if a < 0 or b < 255:
        return a - b == 0
    else:
        return a + b

assert f(g())

def f(n:int, a=30, b=5):
    return n // b == a

def g(a=30, b=5):
    return a * b

assert f(g())

def f(x: int, a=89897, b=4469):
    return x - a == b

def g(a=89897, b=4469):
    return int(int(a) + int(b))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target)//2]

assert f(g())

def f(i: int, a=5129, b=5, c=13):
    if i % 5 != 0:
        return i % 2 > 0
    i = 0
    for a in range(i):
        a -= 1 if i % 2 else b
    return a > b

def g(a=5129, b=5, c=13):
    if a % 5 != 0:
        return a * b
    if c % 5 != 0:
        return c * b
    i = 0
    for a in range(i):
        a += 1
    return a > b

assert f(g())

def f(s: str, word="finance", max_len=10):
    return s == word or s == word & max_len

def g(word="finance", max_len=10):
    return str(word)

assert f(g())

def f(i: int, target=4542):
    return i == target

def g(target=4542):
    return target if target else 4542

assert f(g())

def f(n: int, a=2, b=30, upper_bound=100):
    return n % a <= 0 and n <= b < 40

def g(a=2, b=30, upper_bound=100):
    return int(2*a + 1) + 1

assert f(g())

def f(sides: List[int]):
    for i in range(1, len(sides) + 1):
        if sides[0] != i and sides[1] != i:
            return False
    return True

def g():
    return []

assert f(g())

def f(x: int, a=100, b=100, c=100):
    if a > 100:
        return x - a == b or b <= 100
    if x > 100:
        return x + a == a or b <= a

def g(a=100, b=100, c=100):
    return int(a) + int(b) + int(c)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[0:-1]) == len(word[0:-1]) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if word == "\n1":
        return word
    return word

assert f(g())

def f(path: List[int]):
    return path != None

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, m = 255):
    for i in range(3):
        if m < n:
            return True        
    return False

def g(m = 255):
    return m * m

assert f(g())

def f(s: str, word="konjg"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjg"):
    return str(word)

assert f(g())

def f(x: int, a=10201202001):
    return 0 + x >= 0 and x == a

def g(a=10201202001):
    return int(a)

assert f(g())

def f(a: List[int]):
    assert len(a) == len(set(a))

    edges = [a for a in a]

    for p in edges:
        edges[p] = edge(a)
    return True

def g():
    return []

    assert len(g()) == len(n)

    for a in edges:
        n = len(a) if n == 0 else n
        a[0] = n
        a[1] = n
        d = len(a)

        edges.append(a)

        edges.sort()
        edges.sort()
        edges.sort()

    return edges

assert f(g())

def f(x: int, a=8665464, b=1039054):
    return a - x < b or a == b

def g(a=8665464, b=1039054):
    return 2 * a + 3 * b

assert f(g())

def f(b: str):
    return str(b == 0) and set(b) != Set

def g():
    return "123456789"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 0.0001 / d % 10) == v

def g(v=9, d=0.0001):
    return 2.0/3.0 * (3 * v) + 2.0/(d + 1.5)

assert f(g())

def f(x: int, a=24, b=21000):
    if x > 0 or a > 40:
        return x - a == b
    else:
        return x + a == b

def g(a=24, b=21000):
    return a + b

assert f(g())

def f(n: int, b=3456, c=3456):
    return n // b == c

def g(b=3456, c=3456):
    return b * c - b + c

assert f(g())

def f(s: str):
    return s.count("I!") == s.count("1")

def g():
    return str("Hello " + "World" + "World")

assert f(g())

def f(n: int, a=30, b=50, upper_bound=135):
    return 0 <= n <= upper_bound

def g(a=30, b=50, upper_bound=135):
    return -(a < -(b < 0)) and (a <= -(b <= -30))

assert f(g())

def f(x: int, a=1632, b=2311):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1632, b=2311):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1020):
    return x ** 2 == x

def g(a=1020):
    return int(a * (1 - a) ** (2 - a))

assert f(g())

def f(s: str, word="vooletoo"):
    return s == word

def g(word="vooletoo"):
    return word if word else word

assert f(g())

def f(x: List[int], n=6):
    if len(x) == n:
        return True
    return False

def g(n=6):
    return [n for x in range(n)]

assert f(g())

def f(s: str, a="wondery", b="blueo"):
    b = a
    return s.count('o') != b or s.count('oo') != b or 0

def g(a="wondery", b="blueo"):
    return 'wondery'

assert f(g())

def f(n: int):
    return str(n * n).startswith("45")

def g():
    return int(int("456" * 9) ** 0.5) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "_5" for i in str(str(d).count("5") + str(d).count("8")))

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(x: int, a=15, b=-3870):
    return x - a == b

def g(a=15, b=-3870):
    return a + b

assert f(g())

def f(x: int, a=112, b=0):
    if x > 0 or a > 40:
        return x - a == b
    else:
        return x - x % 2

def g(a=112, b=0):
    if a < 0 <= b:
        return a + b > 0
    else:
        return a + b * 2

assert f(g())

def f(x: int, a=123456789, b=1230200):
    if not x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=123456789, b=1230200):
    if a > 0:
        return a + b
    else:
        return x - a + b

assert f(g())

def f(n: int, a=2021, b=2023):
    return n // a == b

def g(a=2021, b=2023):
    return a * b

assert f(g())

def f(n: int, a=10, b=23463462):
    return b % n < a or b > 0

def g(a=10, b=23463462):
    return 2*a + b

assert f(g())

def f(x: int, a=253532, b=1230400):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230400):
    if a != b:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    return abs(n) > 1000 and n > 10001 and abs(n % 10001) > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="aAcfBwqFf"):
    return s == target

def g(target="aAcfBwqFf"):
    return "aAcfBwqFf"

assert f(g())

def f(v: int, time=100):
    return v > time

def g(time=100):
    return int(int(time*100) * 10) + 1

assert f(g())

def f(s: str, a=15, b=27, upper_bound=150):
    if len(s) > 3:
        return True
    if len(s) < 3:
        return False
    assert s == "hello world" and s < 5 and s == "hello hello world"

def g(a=15, b=27, upper_bound=150):
    return str(a) + str(b)

assert f(g())

def f(x: int, a=24500, b=1290):
    if x > 0 or a > 60:
        return x - a == b
    else:
        return x - a

def g(a=24500, b=1290):
    if a > 60:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=30):
    return s.count(s1) == s.count(s2) and s[10] == s[-10] or s[-15:] == s[-14:] and s[10:] == s[-15]

def g(s1="a", s2="b", count1=50, count2=30):
    return "BAAAAAAAABAA"

assert f(g())

def f(x: int, a=3553718, b=14546310):
    return x - a == b

def g(a=3553718, b=14546310):
    return a + b

assert f(g())

def f(start: int, k=3, upper=6, seq=[17, 1, 2, 65, -90, -30, 100, 3, 1, 2]):
    return start <= len(seq) - k and sum(seq[start:+k]) > upper

def g(k=3, upper=6, seq=[17, 1, 2, 65, -90, -30, 100, 3, 1, 2]):
    return k >= 0 and sum(seq[k:+2] == "a" for i in range(1, k + 1))

assert f(g())

def f(x: int, a=1, b=10000):
    return x > 100

def g(a=1, b=10000):
    return int(a + b) ** 10

assert f(g())

def f(x: int, a=2663):
    return int(x + 3.1615) >= a
    return sum(x) < 3.1615

def g(a=2663):
    return int(a + int(a) * a)

assert f(g())

def f(s: str):
    return s == 'hi'

def g():
    return "hi"
    print("hello")

assert f(g())

def f(n: int, s=1000):
    return n == s

def g(s=1000):
    return s

assert f(g())

def f(s: str):
    return s == "Antidisestablishmentarianism"

def g():
    return "Antidisestablishmentarianism"

assert f(g())

def f(s: str):
    return str(s).startswith("1234567890")

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) < 10 ** 2

def g(a=1020):
    if a < 1020: return f(a)
    return float(a)

assert f(g())

def f(f: int, n=15):
    return n * n + 1 <= f or len(f[n]) == n

def g(n=15):
    return n * 100

assert f(g())

def f(x: int, a=732853):
    return x == a

def g(a=732853):
    return a

assert f(g())

def f(s: str, word="egymnum"):
    """Moves are sorted as above. If empty, there is no change from the original state.
    If we move, we move away from the current state and from the end of the list.
    """
    for i in range(len(word)):
        if i == len(word) - 1:
            if s[i] != word[i]:
                return False
    return True

def g(word="egymnum"):
    return str(word)

assert f(g())

def f(s: str, word="Konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="Konjac"):
    return word

assert f(g())

def f(x: int, a=2147483648, b=14546310):
    return x - a > b

def g(a=2147483648, b=14546310):
    return (1 * a) * (1 * b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    assert len(word) <= max_len
    raise IndexError("words not in word list")

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len < 10:
        assert len(word) > 10
    else:
        return word

assert f(g())

def f(x: int, a=10200):
    return x ** 2 > a

def g(a=10200):
    return a + 1

assert f(g())

def f(n: int, a=13522, b=1333):
    return n // b == a

def g(a=13522, b=1333):
    return int(a * (b - -0.05)) + 1

assert f(g())

def f(s: str):
    for i in range(6):
        if s[i] != s[i].upper():
            raise ValueError("%r in " % i)
    return True

def g():
    return str(int("123456789" + "0"*9) ** 0.5).replace('@', '@')

assert f(g())

def f(x: float, a=1051):
    return abs(x ** 2 - a) < 10 ** -2

def g(a=1051):
    return abs(float(a) ** 0.5)

assert f(g())

def f(s: str):
    return s.count('#') == 0

def g():
    return "hello"

assert f(g())

def f(z: float, c=5):
    return int(z * 1 / c % 5) == 1

def g(c=5):
    return int(float(5 * c)) / 5

assert f(g())

def f(x: float, a=2049):
    return a**(2-x) > a**(-2-x)

def g(a=2049):
    return a**-2

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < b:
        return x - a == b
    else:
        return x + a - b

def g(a=253532, b=1230200):
    if a > b:
        return a / b == 1
    else:
        return a + b

assert f(g())

def f(s: str, word="disruptiveism", max_len=25):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == word

def g(word="disruptiveism", max_len=25):
    if len(word) <= max_len:
        return word
    return s[0] == word

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[0] == word[0]

def g(word="antidisestablishmentarianism", max_len=100000):
    if len(word) <= max_len:
        return word

    if len(word) == max_len:
        return word
    return int(words[word[0]]) == max_len and word[0] == s[0]

assert f(g())

def f(x: List[int]):
    return x[0] != x[-1] and x[1] != x[-1] + x[-1]

def g():
    return [0, 1]

assert f(g())

def f(substring: str, a=345346363):
    if substring == "" and substring.lower() == "" or substring == "hello" :
        return substring.lower() != 0 and substring.lower() == a
    return substring in substring

def g(a=345346363):
    return "Hello world"

assert f(g())

def f(x: int, a=12345, l=10):
    return x - a > 0  # -1, 1 is king

def g(a=12345, l=10):
    return ((l * (a + l + 1) + 1) + 5) + 1

assert f(g())

def f(t: str, m=20, n=1):
    for i in range(5):
        if m <= 1:
            return False
        if i > m:
            return True
        if i != m:
            return True
    return False

def g(m=20, n=1):
    return str(n * n)

assert f(g())

def f(x: int, a=10, b=23, k = 21, target=42):
    return abs(x ** 2 - a) >= 21 ** -3

def g(a=10, b=23, k = 21, target=42):
    if b > -3: return 1
    if a < -21: return a
    if a > 27: return 1
    if a < 27: return -1
    if b > 3: return b
    if target: return target
    return target

assert f(g())

def f(n: int, a=154212515):
    return 0 <= a <= n + n

def g(a=154212515):
    return a

assert f(g())

def f(s: str):
    return s[::-1] == s[0]

def g():
    return "b"

assert f(g())

def f(x: int, a=15584096):
    if a > 2:
        return x == 15584096

    if x < 0 or x > 4:
        return x + 1
    elif x < 3:
        return x - 2
    elif x >= 3:
        return x - 2 - 1

    x = 0
    a = 1
    i = 0
    for c in x:
        if c[::-1] == a and c[::-1] == a:
            a + 1
            i += 1

def g(a=15584096):
    if a > 2:
        return a
    elif a < 3:
        return a - 2
    elif a < 4:
        return a - 2 - 1

    a = -1
    i = 0
    for c in x:
        if c[::-1] == a and c[::-1] == a:
            a + 2
            i += 1

assert f(g())

def f(p: str, c=20):
    if len(p[0]) > 7:
        return [1] == 0 or (p[1] != c)
    elif len(p) > 4:
        return [1] == 0 or (p[1] != c)
    return p[0] == 0 and p[-1] == 1

def g(c=20):
    if c == 0 and len(c) == 3:
        return "hello"
    elif c == 1 and len(c) == 4:
        return "world"
    else:
        return "world"

assert f(g())

def f(s: str, w=100):
    s.count("c") == s.count("c")
    return s.count("c") == s.count("c")

def g(w=100):
    if w > 100:
        w = 100
    return "hello world"

assert f(g())

def f(x: int, a=4533333, b=1245):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=4533333, b=1245):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=3585, b=4514):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3585, b=4514):
    if a > 50 and b > 50:
        return a + b
    else:
        return x + b

assert f(g())

def f(m: List[int]):
    return all([m + 1 for m in m])

def g():
    return [10, 11, 12]

assert f(g())

def f(max: int):
    return max == max or get(max, max) == min

def g():
    return max == min or 0

assert f(g())

def f(h: List[int], s=63999):
    return h[0] == h[0]

def g(s=63999):
    return [0, 1]

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(10))

def g():
    return list(range(10))

assert f(g())

def f(x: int, a=55553336):
    return x == a

def g(a=55553336):
    return a

assert f(g())

def f(n: int):
    return n > 4  # not a number like (1, 3, 5)(2, 7, 9, 9)

def g():
    return int(int("123456789" + "1"*9) ** 2) + 2

assert f(g())

def f(t: str, n=1798):
    return all([t[i] for i in range(5)])

def g(n=1798):
    return str("Hello 123456789") or [] + 1

assert f(g())

def f(s: str, target="do"):
    return s == target

def g(target="do"):
    return "do"

assert f(g())

def f(x: int, a=100, b=50):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=50):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(y: List[int]):
    return len(y) == 3 and sum(y) > 0

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a = 1073258, b=72352549):
    return x > b

def g(a = 1073258, b=72352549):
    return a+b

assert f(g())

def f(z: float, v=9, d=0.0001):
    return abs(z ** 2 - v) < 10 ** -3

def g(v=9, d=0.0001):
    return float(v) / 3

assert f(g())

def f(pos: int, m=1234578987654321, n=4):
    return pos >= m or pos == m

def g(m=1234578987654321, n=4):
    return n * 2 + m * 2

assert f(g())

def f(s: str):
    return s.count('world') == 1 and s.count('world') == 1

def g():
    return 'world'

assert f(g())

def f(x: int, a=35, b=12385555):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=35, b=12385555):
    if a > 100:
        return a+b == 0
    else:
        return a + b

assert f(g())

def f(s: List[str]):
    return len(s) == len(set(s)) == len(s)

def g():
    return ["a"*100 + "b" for i in range(100, 0)]

assert f(g())

def f(n: int):
    for i in range(5):
        for j in range(6):
            n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "0"*3) ** 2) + 1

assert f(g())

def f(s: str, word="zetere", max_len=10):
    for i in range(max_len, len(word)):
        if word[i] == s[i]:
            return False
    return True

def g(word="zetere", max_len=10):
    return "zetere"

assert f(g())

def f(s: str, word="konjac"):
    if word == "konjac":
        if s == "" or s[:1] != word[:1]:
            return False
    return True

def g(word="konjac"):
    if word == "konjac":
        return 'konjac'
    return True

assert f(g())

def f(n: int, a=35333333, b=90):
    return n // a == b

def g(a=35333333, b=90):
    return a * b

assert f(g())

def f(x: int, t=8):
    x = 15
    t = t or 3
    return x >= t or t <= (t * t)

def g(t=8):
    return 10

assert f(g())

def f(s: str, word="kondjagj-pjfmnkjkjl"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondjagj-pjfmnkjkjl"):
    """Check if any of the input strings is not what you expect.
    Args:
        word: a string
        n: number
        if word[0] < 1 and word[1] < 1:
            return False
    """
    return "kondjagj-pjfmnkjkjl"

assert f(g())

def f(x: float, a=1020):
    return float(0) / abs(x - a) < 0.5

def g(a=1020):
    return 1.0 / float(1020)

assert f(g())

def f(p: int, a=4, b=54368639):
    p = int(p)
    b = 0
    for i in range(p):
        a = p // a + b
        if p > b:
            b = -b
    return True

def g(a=4, b=54368639):
    return int(int(a * b) - int(b * a))

assert f(g())

def f(n: int, m=8):
    return 0.5 and 0.5 <= n <= 3
    return 0.5 <= m < 120
    if n % 2 == 15 or n % 2 == 0 and n % 2 == 3 or n % 2 == 1:
        return 0.5 < m and 0.5 <= m <= 0
    count = (n % 2) + n - 1  # (m - 1) < 60
    return count % 2 == 0

def g(m=8):
    return int(int(m) - 5)
    if m == 5:
        return 5
    else:
        return 0

assert f(g())

def f(substring: str):
    return (substring).startswith("m")

def g():
    return 'm'

assert f(g())

def f(n: int, a=345346363, b=30):
    return n // b == a

def g(a=345346363, b=30):
    return int(a * b)

assert f(g())

def f(x: int, a=1119901233991):
    return x ** 2 > a

def g(a=1119901233991):
    return int(a) * 1119901234

assert f(g())

def f(s: str, a=4215):
    return "[0, 1, 2]" in s

def g(a=4215): return "[0, 1, 2]"

assert f(g())

def f(n: int):
    return n % 2 != 0

def g():
    return int(-1)

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(1, 10)) and all(li[0] != 0 for i in range(len(li)))

def g():
    return list(range(1, 10))[:10]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[0]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(i: int, a=47, b=47, c=47, d=47):
    if a == 0:                     # equal ipses are not permitted
        a = 47 + 2
    else:
        a = 47 + 2
    return all(i != a for i in range(a, b, c))

def g(a=47, b=47, c=47, d=47):
    if a == 0:                     # only two cases
        a = 47 - 2
    else:
        a =47 - 2
    return a + ((47 - 2) == 47) and (d << a) and d - (47 - 2)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    g = list([word])
    if len(word) != max_len:
        return word

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [3, 4], [5, 6], [6, 7], [1, 2]]):
    for i in range(len(path)):
        assert [path[ i] == 0]
        if path[i] == 0:
            if path[i + 1] == 0:
                return False
            return True
    return True

def g(edges=[[0, 1], [0, 2], [1, 3], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return [0, 1, 2]

assert f(g())

def f(n: int, g=1000):
    n = n - 1
    for i in range(0, g):
        if n % 2 != 0:
            return False
    return abs(n - g) > 100 and n > g  # invert

def g(g=1000):
    return int(int("123456789"))

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a * a

def g(a=345346363, b=10):
    return a * b * a

assert f(g())

def f(s: str):
    return s == s and s == "I"

def g():
    return "I" + ""

assert f(g())

def f(nums: List[int], m=1000):
    return len(nums) == len(set(nums)) and sum(nums) == m

def g(m=1000):
    return [1000]

assert f(g())

def f(d:int, n=3999):
    return d * n > 3000

def g(n=3999):
    return n * 3024

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCapitALS"):
    caps = len(s)
    if caps > len(s):
        caps += 1

    return len(s) == len(s_case) and s_case == (s.upper() if caps > len(s) else s.lower())

def g(s="CanYouTellIfItHASmoreCapitALS"):
    caps = len(s)
    if caps > len(s):
        caps += 1

    return len(s) == len(s_case) and s.upper() if caps > len(s) else s.lower()

assert f(g())

def f(s: str, a="hello", b=1):
    return [2 * 5 for a in s] and a in s

def g(a="hello", b=1):
    return "hello"

assert f(g())

def f(s: str, strings=['bat', 'dog', 'bird', 'dog', 'bird', 'bird', 'fly', 'moose']):
    return s in strings and s == strings[len(strings) - 1]

def g(strings=['bat', 'dog', 'bird', 'dog', 'bird', 'bird', 'fly', 'moose']):
    return str(strings[len(strings) - 1])

assert f(g())

def f(x: int, a=932552338):
    return x == -a

def g(a=932552338):
    return int(a * -1)

assert f(g())

def f(x: int, a=93252338):
    return a % x == 0 and x % a == 0

def g(a=93252338):
    return a

assert f(g())

def f(x: int, a=3, b=123456789):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=3, b=123456789):
    x = int(a)
    return x + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0:
        return x - a > 5
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*3) ** 0.5) + 1

assert f(g())

def f(s: str, word="antispersiveism", max_len=10):
    if len(word) > 2:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="antispersiveism", max_len=10):
    if len(word) > 2:
        return word
    return int(word[1:-1]) == len(s[1:-1])

assert f(g())

def f(n: int, l=15382):
    return n * n + l > 0 and n % 2 == 0 and n % 9 == 0

def g(l=15382):
    return 0 and l > 1 and n % 2 == 0

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return target[(len(target) - length) + 1] == s

def g(target="foobarbazwow", length=5):
    return target[(len(target) - length) + 1]

assert f(g())

def f(n: int, c=1, a=80, b=50):
    return 1 - (n / (a + b)) < 1e-5

def g(c=1, a=80, b=50):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, v=5, w=1136):
    for i in range(4):
        if w < 1e-3:
            return i != 4
        else:
            return i == 0
    return v > w  # end of range

def g(v=5, w=1136):
    return 1.5 + -1.5 + -0.5 * v

assert f(g())

def f(x: int, a=567823, b=5648):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=567823, b=5648):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, t=15, d=0.5):
    while x == 0:
        x = x - m / 5 if x == m / 5 else x + y if x == m / 5 else x
        if x == m / 5:
            x = m / 5 - 2 if x == m / 5 else -1
    return True

def g(t=15, d=0.5):
    return int(100*(-1+d)) and t

assert f(g())

def f(n: int):
    return n >= 1 and n >= 0

def g():
    return int(1) + 10

assert f(g())

def f(string: str, substring="b"):
    return string.count(substring) == len(string) and len(string) == len(substring)

def g(substring="b"):
    if substring == "b":
        return substring
    elif substring == "b":
        return substring2
    else:
        return substring

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target))] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 5:(len(target) + len(target))]

assert f(g())

def f(x: str, a=123456789):
    return len(x) == len(str(x))

def g(a=123456789):
    return str(a)

assert f(g())

def f(days: int, days_of_days=15):
    return days_of_days == days_of_days

def g(days_of_days=15):
    return days_of_days * (3 + 1) + 1

assert f(g())

def f(s: str):
    return s[0] >= s[1] and s[1] != s[0] and s[1 >= 0] >= s[-1]

def g():
    return "hello world"

assert f(g())

def f(num_points: int):
    return num_points > 100000 or num_points > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s[::-1] == s[::-2] and s[::-1] == s[::-3]

def g():
    return ""

assert f(g())

def f(s: str, word="antialinitis", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="antialinitis", max_len=10):
    if len(word) >= max_len:
        return word
    return word == s

assert f(g())

def f(x: int, a=932636):
    return a < x

def g(a=932636):
    return a * 7

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len <= 30:
        return word == s
    if len(word) >= 3:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    return word or word == word or (word[-1]+word[-1] == "Antidisestablishmentarianism")

assert f(g())

def f(a: List[int]):
    if len(a) == 0:
        return len(a) >= 0
    else:
        nums = sorted(a)  # sorted by elements
        if len(a) != nums:
            return len(a) != nums  # return 1 or 0
        else:
            nums = min(len(a), nums)
    return nums

def g():
    return []

assert f(g())

def f(d: int, n=123456789):
    return d > n and d != n

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=18, b=1115):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=18, b=1115):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return s.count("7") == 2

def g():
    return "7/7"

assert f(g())

def f(x: int, a=252800, b=1318300):
    a = 50
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=252800, b=1318300):
    a = 50
    if a > 100:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(s: str, word="antiality", max_len=10):
    if len(word) <= max_len:
        return word == s
    return all(s[0] > max(s[:len(word) - 1])) and max(s[:len(word) - 1] < max(s[:len(word) - 1] + 1) for s in word)

def g(word="antiality", max_len=10):
    if len(word) <= max_len:
        return "antiality"
    return all(s[max(word) - 1]*word for s in word)

assert f(g())

def f(d: int, a=123456789, b=17):
    return a > b

def g(a=123456789, b=17):
    return a * 3

assert f(g())

def f(s: str, chars=['o', 'h', 'u', 'e', 'r', 'd', 'z']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'u', 'e', 'r', 'd', 'z']):
    if chars:
        return 'o' + str(chars)

assert f(g())

def f(n: int, a=11, b=318423):
    return n * (n % 2 + 1) + 1 > 31 + 318423

def g(a=11, b=318423):
    return int(int("123456789" + "0"*9) ** a)

assert f(g())

def f(s: str, word="l"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="l"):
    return "lf\t" + word[:3]

assert f(g())

def f(x: int, b=7012):
    for i in range(4):
        if x == 0:
            b = 5 * i
    return b >= 1 and b < 5 * (i + 1)

def g(b=7012):
    x = f(b)
    return int(x)

assert f(g())

def f(index: int):
    return index < 15 or index >= 15

def g():
    return int(0) - int(255 * 2) + int(255 * 3)

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 5 <= 1
        n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 <= 1

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(l: List[int]):
    return l.count(l[:2]) <= len(l)

def g():
    return []

assert f(g())

def f(s: str, t=23):
    return 'hello are you there?' in s

def g(t=23):
    return 'hello are you there?'

assert f(g())

def f(a: int, b=100, c=20):
    return a > b > c

def g(b=100, c=20):
    return int(100 + int(b-c) * c)

assert f(g())

def f(s: str, target="reverse me"):
    return s > target

def g(target="reverse me"):
    return "reversed me"

assert f(g())

def f(n: int, k=0, a=1532, b=24):
    for a in range(k):
        if a < k or a > k + 1:
            return False
        elif a < 100:
            return False
    return True

def g(k=0, a=1532, b=24):
    return int(int("123456789" + "0"*9 * k) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return x * 2 > x

def g():
    return [i for i in range(1000)]

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3 and x > 0

def g(a=1020):
    return float(a)** 0.5

assert f(g())

def f(x: int, a=14302):
    return x > a

def g(a=14302):
    return int(a**2) + 1

assert f(g())

def f(n: int):
    return n % 5 == 0

def g():
    return int(int("123456789" + "1"*3) * (1 + 7) + 7)

assert f(g())

def f(n: int):
    if n >= 2:
        return False
    return True

def g():
    return 0

assert f(g())

def f(x: int, a=932653125):
    return x == a

def g(a=932653125):
    return int(a)

assert f(g())

def f(x: int, a=3, b=12345):
    if x > 0 or b > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=12345):
    if a > 30:
        return a == b
    else:
        return a + b

assert f(g())

def f(s: str, a=6):
    if len(s) == 2:
        return s.lower() == 2 and s == "aaAab" and s[0] == "bbbbb"
    else:
        return s.lower() == s.lower()

def g(a=6):
    return str(a)

assert f(g())

def f(s: str, word="kjjm"):
    return s[0] == word[0]

def g(word="kjjm"):
    return str(word[:-2]) + "k"

assert f(g())

def f(s: str, word="kontoy"):
    for i in range(len(word)):
        if i == 0 :
            if s[i] != word[i] :
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontoy"):
    word = str(word)
    return str(word) + str(word).upper() + word

assert f(g())

def f(s: str, w=7):
    for c in s:
        if c not in s:
            return False
    return True

def g(w=7):
    return str(w*7) * w * 7

assert f(g())

def f(s: str):
    return s[0] != 0 and s[1] != 0 and s[2] != 0 and s[3] != 0

def g():
    return "{0}/{1}/{2}/{3}/{4}/{5}/{6}/{7}"

assert f(g())

def f(n: int, a=30, b=300):
    for i in range(n):
        if a%i % n == 0:
            return True
        if b%i % n == 0:
            return False
        if b%i % n == 0:
            return False
    return True

def g(a=30, b=300):
    return a-b

assert f(g())

def f(x: int, a=-3872, b=-848):
    return x - a <= b + b

def g(a=-3872, b=-848):
    return a + b - 848 + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and words[0] == s[0] and words[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[max(len(word) >> 1) - 1]) == max_len

assert f(g())

def f(s: str):
    return min(s) == max(s) or max(ls).count("4") == 2

def g():
    return "3"

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("234")

def g():
    return float(float("234" + "3.1415"))

assert f(g())

def f(s: str):
    return len(s) > 8 and len(s) > 3

def g():
    return "I'm a computer, not a human, not a machine"

assert f(g())

def f(z: int, a=9734437, b=-94637):
    return z > 1 or z < 1

def g(a=9734437, b=-94637):
    return -1 or -2

assert f(g())

def f(i: int):
    return len(str(i + 1000)) <= len(str(i + 1))

def g():
    return int(int("123456789") - 1000)

assert f(g())

def f(x: int, b=12345, c=0):
    return 0 <= x <= b

def g(b=12345, c=0):
    return 0 if c == 0 else b - c + 1

assert f(g())

def f(s_case: str, s='canYouTellIfItHASmoreCAPITALS'):
    caps = 0
    for c in s:
        if c == s:
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s='canYouTellIfItHASmoreCAPITALS'):
    caps = 0
    for c in s:
        if c == s:
            caps += 1
    return s_case == (s.lower()) if caps > len(s) // 2 else s.lower()

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    for i in range(n):
        if (x[i] == s[i] for i in range(n)):
            return True
    return False

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return str(n) * 4

assert f(g())

def f(n: int, p=3):
    return str(n * n).startswith("123456789") or len(str(n) + 2)

def g(p=3):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, strings=['dog', 'bird'], limit=10, max_length=8):
    return sum(s[::-1] == t for t in strings) < max_length

def g(strings=['dog', 'bird'], limit=10, max_length=8):
    for x in strings:
        for t in x:
            if t == "dog":
                t = "animal"
            elif t == "bird":
                t = "bird"
            else:
                t = ""
    return t

assert f(g())

def f(x: int, a=85839, b=723639):
    return a + x > b

def g(a=85839, b=723639):
    return (a * 9 + b) * 9

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 40:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    # check for the max value, but get rid of the non-max values
    if a < 40:
        return a == b
    else:
        return a + b

assert f(g())

def f(q: List[int]):
    return q[0] == q[1] and q[1] == q[2]

def g():
    return [2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("5") + str(d).count("6")))

def g(n=123456789):
    return n*n - 1

assert f(g())

def f(x: int, a=504562, b=182335):
    if x > 0 or b > 0:
        return x + b == a
    else:
        return x - a

def g(a=504562, b=182335):
    if a < 10:
        return a + b
    elif a > 10:
        return a - b
    else:
        return a / b

assert f(g())

def f(n: int, year_len=365):
    return n / 4 + 2 ** 3 - 1 + 2 ** 3 > 0.

def g(year_len=365):
    return -1

assert f(g())

def f(n: int, a=14302):
    return n > a

def g(a=14302):
    return int(a * 2)

assert f(g())

def f(x: int, a=26371344000055_12345, b=-93206):
    return a - x == b

def g(a=26371344000055_12345, b=-93206):
    if a and b and (a%b==0):
        return 0
    else:
        return a - b

assert f(g())

def f(s: List[str]):
    return len(s) == len(set(s)) or sum(set(s) == s)

def g():
    return ['a'*(i + 2) + "b" for i in range( 1000)]

assert f(g())

def f(n: int, r=100, u=6):
    return n > r or r == 2

def g(r=100, u=6):
    return int(int(r + u + r)** 2) + 1

assert f(g())

def f(n: int, upper_bound=150):
    return n % upper_bound == 0 and 0 <= n <= upper_bound

def g(upper_bound=150):
    return int(int(float("0"*9)**2 + float(int("0"*9)**2)**2)**2)**2**2

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'r', ' ', 'w', '!', 'r']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'r', ' ', 'w', '!', 'r']):
    return str(chars) * 6

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[length + 1] == s

def g(target="foobarbazwow", length=6):
    return target[length + 1].replace("\\","\\")

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i != 0:
            if s[0] != word[0]:
                return False
        else:
            if s[0] != word[0]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="lmldiv"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="lmldiv"):
    return str(word) == -1 if len(word) == 2 else word

assert f(g())

def f(dir: str, name="l", bound=11):
    return dir == "l"

def g(name="l", bound=11):
    return "l"

assert f(g())

def f(s: str):
    return s.count("1") == len("9") and s.count("9") == 1

def g():
    return "3123456789"

assert f(g())

def f(tot: int, nums=5000):
    return tot == sum({1, 3, 8, 10, 11, 13, 21, 31, 13, 24, 30, 23, 9, 17, 19, 19, 31 })

def g(nums=5000):
    return sum({1, 3, 8, 10, 11, 13, 21, 31, 13, 24, 30, 23, 9, 17, 19, 19, 31})

assert f(g())

def f(s: List[str]):
    return len(set(s)) and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(s: str, word="e"):
    for i in range(len(s) + 1):
        if s[i] == word[i]:
            return True
        return False
    return False

def g(word="e"):
    return "e"

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + b == a

def g(a=4, b=54368639):
    if a == -1:
        return a % 2 == 0
    else:
        return a - b

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    """Exclusive of numbers, which is not used in the above."""
    return len(strings) > 0

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    """Exclusive of numbers, which is not used in the above."""

    # len(strings) == 1, so we can avoid the issue with a range.
    if len(strings):
        return strings[0]
    else:
        return strings[1:].strip()

assert f(g())

def f(n: int, m=10000, lower=0, upper=50, k=1):
    m = n / m + 1 // 1
    if m+1:
        m = m * m + 1 // 1
    return m < n / m + 1
    if lower <= 0:
        return m < n % m + 2 // 0
    if m >= n and low <= 0:
        return m < n% m + 1 // 0
    if m >= n and upper >= 0:
        return m < n% m + 1 // 1

def g(m=10000, lower=0, upper=50, k=1):
    return int(m) + k

assert f(g())

def f(s: str, target="foobarbazwow", length = 6):
    assert s.count(target) == 1
    for i in "0123456789":
        assert s.count(target) == 1
    return True

def g(target="foobarbazwow", length = 6):
    return str(target) + " " + str(length)

assert f(g())

def f(s: str, u="world", u_range="0 to 3", u_target="value", u_target_len=100):
    for s in s.lower():
        if u_range == "0":
            s += u
    return s != u

def g(u="world", u_range="0 to 3", u_target="value", u_target_len=100):
    for u in u_range:
        if u == u_target:
            u += u
    return u

assert f(g())

def f(x: int, a=93252338):
    return x == -a

def g(a=93252338):
    return (a < -a) | -a

assert f(g())

def f(i: int, li=[17, 31, 91, 18, 42, 1, 9], target = 27):
    return i == 0

def g(li=[17, 31, 91, 18, 42, 1, 9], target = 27):
    return li.count("a") - li.count("b")

assert f(g())

def f(states: List[str], s="hello world", max_len=100):
    for c in states:
        if c in s and not s[max_len] > s[c]:
            return False
    return True

def g(s="hello world", max_len=100):
    return []

assert f(g())

def f(s: str, parts=['I!!', '!love', 'dumplings', '!', ''], string="I!!!!!love!!dumplings!!!!!"):
    return s == string

def g(parts=['I!!', '!love', 'dumplings', '!', ''], string="I!!!!!love!!dumplings!!!!!"):
    return "I!!!!!love!!dumplings!!!!!".format(parts)

assert f(g())

def f(s: str, a=['c', 'h', 'b'], b=['tree', 'fly', 'dot']):
    return s in s and s in b

def g(a=['c', 'h', 'b'], b=['tree', 'fly', 'dot']):
    return "tree"

assert f(g())

def f(n: int, v=1020):
    return str(n * n).startswith("123456789")

def g(v=1020):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=206423):
    for op in ops:
        if op in ["--x", "x++"]:
            n -= 1
    return n == target

def g(ops=['x++', '--x', '--x'], target=206423):
    for op in ops:
        if op in ["--x", "x++"]:
            target += 1
    return target

assert f(g())

def f(p: List[int], a=1811):
    return p[0] == a

def g(a=1811):
    return [a]

assert f(g())

def f(n: int, a = 104545, b = 1515):
    if n + b > 0 and a > 0:
        return n + b - a == b
    else:
        return n - b

def g(a = 104545, b = 1515):
    if a > 0 and b > 0:
        return a # or a + b
    else:
        return n - b - a

assert f(g())

def f(t: str, s="Hello World"):
    return str(t) == s + 'World'

def g(s="Hello World"):
    return s + "World"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if (x > 0) and (x < 0) or (x < 0) and (x != 0):
        return x + a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if (a != b) and (a < 0) and (a < 0) and (a < 0) and (a != 0):
        return a + b == b
    else:
        return a + b

assert f(g())

def f(nums: List[int]):
    return list(map(int, nums)) == list(map(int, nums))

def g():
    return [1, 2]

assert f(g())

def f(x: int, b=123456789):
    return x == b

def g(b=123456789):
    return b or (1 / (x.count("3"))) == b

assert f(g())

def f(d: int, n=1001):
    return d < n

def g(n=1001):
    return int(n - (n * n)) + 1

assert f(g())

def f(x: int, a=666464, b=-9246778):
    return int(x * a) - x * b < a or b + x == a or b + x == b

def g(a=666464, b=-9246778):
    return int(a * b) - a or b * b < a or b + a == b

assert f(g())

def f(p: List[int]):
    return sorted(p) == list(range(999)) or all(p) == -999 and all(p[:2]) == 3

def g():
    return list(range(999)) or all(p) == -999 and p[:2] == 3

assert f(g())

def f(left: List[int]):
    return sum([left[0] for x in left]) == len(set(left))

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a == b or x == b + a

def g(a=-382, b=14546310):
    return a + b or a == b + b

assert f(g())

def f(t: str, target="foobarbazwow", length=1024):
    return target[(len(target) - length) // 2: len(target) + length] == t

def g(target="foobarbazwow", length=1024):
    return target if target else None

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    if abs(n) > 1000:
        n = 2 * n + 1
    if abs(n) > 100:
        return True
    return 0

def g():
    return int(int("123456789" + "0"*11) ** 0.5) + 1

assert f(g())

def f(x: int, a=1112, b=97630):
    return a + x > b

def g(a=1112, b=97630):
    return int(int(a * 1 * 3) ** 3** 0.75) + 1

assert f(g())

def f(x: int, a=8571896, b=-6160):
    return a + x + b - a - b - a > 0

def g(a=8571896, b=-6160):
    return a - a * b

assert f(g())

def f(s: str, a="hello", b="yellow", c=20):
    return s     == a and c == 20

def g(a="hello", b="yellow", c=20):
    return "hello"

assert f(g())

def f(sub_string: str, text="adopted"):
    return sub_string[::-1] == text[::-1]

def g(text="adopted"):
    return "adopted"

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7], m=1, n=10):
    for i in range(6, 2):
        target[indexes[i] - 1] = i
        target[indexes[i + 1] - 1] = m
        target[indexes[i] + 1] = 1
    return True

def g(target=[1, 3, 4, 2, 5, 6, 7], m=1, n=10):
    return [3, 4, 5, 6, 7, 1, 0, 0, 1, 2, 3, 4, 5, 6, 7, 1]

assert f(g())

def f(s: str, a=2547, b=1230200):
    return s in s

def g(a=2547, b=1230200):
    return "1."

assert f(g())

def f(n: int):
    return int(n % 10) in [0, 200, 400, 800000.0]

def g():
    return int(int("123456" + "0"*5) / 10)

assert f(g())

def f(x: List[int], n=2021):
    return x.count("9") == 7 and x.count("1") == 1 and x.count("4") == 5 or len(x) == 3

def g(n=2021):
    return [7, 0, 0]

assert f(g())

def f(nums: List[int]):
    return len(nums) > 5 or sum(i1 ** n for i1, i2 in nums) == nums

def g():
    return [20, 30, 40, 60, 80, 90, 120, 140, 180]

assert f(g())

def f(s: str):
    return str(14 ** 2888).count(s) - 2 and len(s) >= 18

def g():
    return str(15 ** 31 + 4 * 6)

assert f(g())

def f(x: int):
    return x > 0 or x < 100

def g():
    return int(int(0 * 9) + 1) + 1

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + b > sum([a * i for i in range(c)])

def g(a=17, b=100, c=20):
    return a * (b + c) + c * sum([a * i for i in range(c)])

assert f(g())

def f(n: int, a=5, b=500000):
    return n + a/b + a/b > 500000

def g(a=5, b=500000):
    return (a + b * 1000) * 2

assert f(g())

def f(x: int, a=6514, b=-9320):
    return a + b == (x - a) or (x - b) == (a - b)

def g(a=6514, b=-9320):
    return a

assert f(g())

def f(n: int, k=10):
    if n % 3 != 0:
        return True
    else:
        return False

def g(k=10):
    return int(1 - 3*k)

assert f(g())

def f(x: List[int]):
    for i in range(7):
        if x[i] == 0:
            return None
    return len(x) == 7

def g():
    return [int(i + 2) for i in range(7)]

assert f(g())

def f(x: int, a=2530, b=1240600):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2530, b=1240600):
    if a < 50 and b < 25:
        return a < 50
    else:
        return a + b

assert f(g())

def f(n: int):
    return n % -2 == 0

def g():
    return int(int("123456789" + "0"*9))

assert f(g())

def f(x: int, a=20, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b and x < -a

def g(a=20, b=100):
    if a < 20:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, e=100000):
    return n / 2 < n and e < n

def g(e=100000):
    return int(e) + 1

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i + 1001 + 1000))

def g():
    return int(int("123456789" + "0"*9) / 1000)

assert f(g())

def f(i: int):
    if i + 100 > len(str(i +1001)) < 0:
        return False
    else:
        return True

def g():
    return 0

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(3):
        m = (m - 1 if m % 10 else m +1)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(3):
        m = (m - 1 if m % 10 else m +1)
    return int(m)

assert f(g())

def f(s: str, chars=['i', 'j']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['i', 'j']):
    return str(chars)

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in "47" for i in str(str(d).count("4")) + str(d).count("7"))

def g(n=123456789):
    return int(n * (n / 12))

assert f(g())

def f(s: str, word="invalid", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="invalid", max_len=10):
    print("word" + str(word))
    return str(word)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=60):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antidisestablishmentarianism", max_len=60):
       if len(word) <= max_len:
          return word
       return int(word[1:-1]) == len(word[1:-1])

assert f(g())

def f(s: str, word="molecular"):
    if len(s) >= len(word) and len(s) == 0:
        return s
    return s.strip().lower() == word

def g(word="molecular"):
    if len(word) > 0:
        return "molecular"
    return "molecular"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        if n == start:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('o') != s.count('oo')

def g():
    return "hgjohnglghgjggg"

assert f(g())

def f(s: str):
    return set(s) >= set("18-+*/")

def g():
    return "world\u123456789" + "18-+*/"

assert f(g())

def f(n: int, a=5, b=60, c=100):
    return n > c and (0 < a < c) and (0 < a + c < n)

def g(a=5, b=60, c=100):
    return 4 * a + 2 * b

assert f(g())

def f(x: List[int]):
    return len(x) == len(set(list(range(255))))

def g():
    return [0 for i in range(255)]

assert f(g())

def f(x: int, a=15, b=1842):
    return x - a == b

def g(a=15, b=1842):
    return int(a) + int(b)

assert f(g())

def f(t: str, i=10, last=0, t_s=1001555):
    if i != 0:
        if i + t_s <= 0:
            return True
    else:
        if t > t_s:
            return False
    return True

def g(i=10, last=0, t_s=1001555):
    if i < 0:
        return str(255)
    else:
        if i == t_s:
            return "0"
        else:
            return "123456789" + "0"

assert f(g())

def f(n: int, t=6, upper=20):
    if (t > 0):
        return 1 >= 0 or 0 <= t * t < 2**3
    if (t > t + 1 or t > t - 1):
        return 1 >= t or 0 <= t * t + 1 <= 2**3
    if (t < t + 1):
        return 1 >= t or 0 <= t * t-1 <= 2**3
    if (t >= 0):
        return t / 2 > 0 or 0 <= t * t + 1     # 2*t *t > 2*t + 1     # 2*t >= 2*t*t + 1     # 2**t*t > 2**3

def g(t=6, upper=20):
    if (int(t) / 6 <= 0):
        return int(2**9) * (2-3) / 3
    else:
        return int(2**3) * (2-3) + 2**3         # 2**6**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**3**

assert f(g())

def f(x: float):
    return x ** 2 == x

def g():
    return 0.0 + 1.0

assert f(g())

def f(path: List[str]):
    return all([path[1] == u for u in path] for path in list(path))

def g():
    return []

assert f(g())

def f(t: str, s="a"):
    if len(t) < 2:
        return s == t
    if len(t) > 0:
        return s.lower() == t.lower()
    if len(t) > 1:
        return s + t.lower() == t.lower()
    return s, s[4] < t.lower()

def g(s="a"):
    return str(s)

assert f(g())

def f(x: str, s="hello world", target="d"):
    if target is not 0 or len(x) == len(s):
        return x > s
    return s == target

def g(s="hello world", target="d"):
    if target is 0 and len(s) == 2:
        return "hello world"
    if target == 2:
        return "world"
    return "test test"

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [0, 4], [1, 5], [1, 6], [2, 7], [2, 8], [3, 8], [5, 1], [5, 2]]):
    return p[0] == 0 and p[-1] == 1 == len(p) % 2 or (li[0] != li[0 + 1] and p[-1] == 1) == len(p) % 2

def g(edges=[[0, 1], [0, 2], [0, 4], [1, 5], [1, 6], [2, 7], [2, 8], [3, 8], [5, 1], [5, 2]]):
    return [0, 0, 1, 1, 1]

assert f(g())

def f(n: int, a=34536633, b=10):
    return n // a == 1

def g(a=34536633, b=10):
    return int(a)

assert f(g())

def f(s: str, word="s2k"):
    for i in range(len(word)):
        if len(word[i]) == 0:
            return False
    return True

def g(word="s2k"):
    return str(word[0])

assert f(g())

def f(start: int):
    n = start  # could be negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if abs(n) != 0:
            return False

        if n != start:
            return False
    return True

def g():
    """
    This function doesn't work on Python 2.4 and later which should be improved with the recent version of NumPy.
    """
    return -1

assert f(g())

def f(s: str, word="fhoo"):
    a = s[0]
    b = s[1]
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="fhoo"):
    f(word)
    return "fhoo"

assert f(g())

def f(x: int, a=1, b=54368639):
    if a == 0:
        return x % 2 == 0
    elif a == 1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=1, b=54368639):
    return int(10*a) * int((a + a % 3) - a)

assert f(g())

def f(s: str):
    return s != '' and s.lower() == '\n' and s.lower() == '\n'

def g():
    return "\n"

assert f(g())

def f(q: str):
    return 'world' == q

def g():
    return 'world'.replace(':', "'")

assert f(g())

def f(s: str, word="feboabooz", max_len=50):
    if len(word) <= max_len:
        return word == s
    max = 20
    for i in range(5):
        if i % 2 == 1:
            s.max(max_len, max_len)  # 0
        return max

    return max / 10

def g(word="feboabooz", max_len=50):
    if len(word) <= max_len:
        return word
    max = 20
    for i in range(5):
        if i % 2 == 1:
            s.max(max_len, max_len)  # 0
        return max

    return max / 10

assert f(g())

def f(t: str, a=253532, b=1230200):
    if t == 'b' or t == 'a' or t == 'b' or t == '':
        return t == "hello"
    return t == "hello world"

def g(a=253532, b=1230200):
    if a == 'b':
        return "hello world"
    return "hello world"

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    m = n
    while n >= upper_bound:
        m = 5 * n + 1 if m % 2 else m // 2

        if m % 2 != 0 and m % 2 != 0:
            return True
        return false
        n -= 1                                                    
        if n % m != 0 and n != 0:
            return True

def g(a=15, b=27, upper_bound=150):
    return a - b + upper_bound * 255

assert f(g())

def f(x: int, a=108060):
    x = x ^ a
    return x ** 2 == 0

def g(a=108060):
    return a

assert f(g())

def f(s: str):
    return s in s.split(',')

def g():
    return "567890"

assert f(g())

def f(t: str):
    if len(t) != 11 :
        return t[11] != 0
    return len(t) == 11

def g():
    return "hello-world"

assert f(g())

def f(e: List[int]):
    return int(e[0] + e[1] + e[2]) == e[1]

def g():
    return [c for c in range(1000) for e in range(1000)]

assert f(g())

def f(x: int, a=1110):
    assert x > -0.01
    assert a > 0.01
    assert x == a  # <-- this should only be 0.01 to represent negative numbers
    assert x * -1 <= a
    return x > -0.01

def g(a=1110):
    return int(a + 0.1)

assert f(g())

def f(s: str, n=9):
    return s > s[::-1] and len(s) <= n or len(s) >= n

def g(n=9):
    return "world"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[:i] != i for i in range(len(li)))

def g():
    return list(range(999))

assert f(g())

def f(s: str, word="tambos"):
    for i in range(len(word)):
        if i == 0:
            ifs = str(word)
            if s[i] != word[i]:
                return False
    return True

def g(word="tambos"):
    return word + ". "

assert f(g())

def f(s: str, weight=100):
    if len(s) != len(set(s)) and weight != 1:
        return len(s) == 5
    else:
        return len(s) >= weight and len(s) < 2

def g(weight=100):
    return str(weight*100)

assert f(g())

def f(i: int, b=7353389):
    return i + 1000 > b

def g(b=7353389):
    return b + b

assert f(g())

def f(i: int):
    return len(str(i)) <= len(str(i + 1000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    if i != 0:
        return True
    else:
        if i / n == 0:
            return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return ["The blue monkey jumps over the lazy dog][i for i in li with 10"] != list(
        "The five poppers jump quickly")

def g():
    return [2, 3, 7]

assert f(g())

def f(n: int, d=17):
    return n > 0

def g(d=17):
    return (d + 2) * d

assert f(g())

def f(n: int):
    return str(n * n).startswith("1223456789")

def g():
    return int(int("1223456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(str: str, n=3, w=1):
    return len(str) == 1

def g(n=3, w=1):
    return str(n + 2 + w * n)

assert f(g())

def f(n: int, v=4, w=100):
    return n > w

def g(v=4, w=100):
    return int(v * w) + v

assert f(g())

def f(x: float):
    out = int(x) / x
    if out == 0 and out > -0.5:
        return True
    out += out.lower() >= out.lower()
    return False

def g():
    return int(1) / 2
    if out == 9 and out > -2:
        return True
    out += out.lower() >= out.lower()
    return False

assert f(g())

def f(n: int):
    return len(str(n + 100)) > 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str):
    return s == "Hello World"  # no-op

def g():
    return "Hello World";

assert f(g())

def f(nums: List[int], n=12345):
    return n % 3 == 0

def g(n=12345):
    return []

assert f(g())

def f(s: str):
    return s.count('x') >= 1 and s.count('x') != 0

def g():
    return str("" + str(g) + " " + str(g))

assert f(g())

def f(x: int, a=253502, b=12100):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253502, b=12100):
    if a < 50 and b < 9:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: str):
    if x != 0.0:
        if len(x) > 5:
            return True
    return False

def g():
    return "Hello,world"

assert f(g())

def f(r: str, word=":wc", s=3, n=9):
    for i in range(len(word)):
        if r[i] != word[i].lower():
            return False
        if r[0] != word[0]:
            return False
    return True

def g(word=":wc", s=3, n=9):
    return str(word[:])

assert f(g())

def f(n: int, k=40, l=3):
    return n // l == k

def g(k=40, l=3):
    return int(int(k) * l)

assert f(g())

def f(n: int, a=1, b=-1, c=11):
    if n == 0:
        return a
    if n == 1:
        return b
    if n == -1:
        return a
    return abs(a * n + b) <= n

def g(a=1, b=-1, c=11):
    if a == 1:
        return a + 1
    if b == -1:
        return -1
    return abs(a * n + b) <= a

assert f(g())

def f(s: str, word="hypothesis", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="hypothesis", max_len=10):
    if len(word) <= max_len:
        return word[:max_len]
    return int(word[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(x: int, a=86603491):
    return x == a

def g(a=86603491):
    return int(int(a) + (a-a) * a)

assert f(g())

def f(state: str, target="reverse me", r=True):
    return (state[::-1] == target) == r

def g(target="reverse me", r=True):
    return target[::-1]

assert f(g())

def f(li: List[int], n=18):
    assert len(li) == 4, "Hint: n is a multiple of 2"
    return len(li) + len(li) <= 4 * len(li)

def g(n=18):
    return [0, 0, 0, 0]

assert f(g())

def f(n: int, c=20):
    return pow(2, n, c) <= n + c

def g(c=20):
    return pow(2, c, 2)

assert f(g())

def f(s: str, target = "foobarbazwow", length=6, key=3):
    return target[(len(target) - length) == 2 // 3] == s

def g(target = "foobarbazwow", length=6, key=3):
    return target[(len(target) - 2) == 3]

assert f(g())

def f(s: str, n=7012):
    return int(s[:4]) == n

def g(n=7012):
    return "7012"

assert f(g())

def f(s: str):
    return sorted(s[::-1]) == sorted('Permute me false');

def g():
    return "Permute me false"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i] and s[i-3] != word[i-3]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(li: List[int]):
    return all(i in [1, 2] for i in list())

def g():
    return [2, 3]

assert f(g())

def f(str: str, a=20):
    a, b = str
    if a != 0:
        return True
    return False

def g(a=20):
    return str(a) or str(a) + 100

assert f(g())

def f(s: str, word="ycw"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="ycw"):
    return 'Ycw!'

assert f(g())

def f(n: int, a=3160, b=81423):
    return n + a > b

def g(a=3160, b=81423):
    return int(int("123456789" + "0"*9) * a) + b

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // a == b and n >= 995

def g(a=345346363, b=10):
    return a * b + 1

assert f(g())

def f(n: int, a=1020):
    return n % a == 0

def g(a=1020):
    return (a == 10) or int(a == 0)

assert f(g())

def f(s: str, target="foobarbazwow_2", c=45, n=2):
    return s == target

def g(target="foobarbazwow_2", c=45, n=2):
    if c in [9,13]:
        return target
    # if we have been in foobarbazwow_2, no change in target and return
    if n == 2:
        return target
    # we are in 4b, but if we have been in foobarbazwow_2 we will get a
    # different number
    if n not in [4,6,9]:
        return target
    # now we are in foobarbazwow_2, so we can see if we got into

assert f(g())

def f(s: str, word="babesrebel", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="babesrebel", max_len=10):
    if len(word) >= max_len:
        return word
    word = max_len
    if word[-1] == word[-2]:
        return word[-n+1]
    else:
        return word[-1]

assert f(g())

def f(s: str, word="konjac"):
    if hasattr(s, 'lower'):
        for i in range(len(word)):
            if i == 0:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(z: float, v=9, g=10):
    return z != [9, 12, 15]

def g(v=9, g=10):
    return 0.5*v + 1

assert f(g())

def f(s: str, word="konkat"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konkat"):
    return word[0] + word[1]

assert f(g())

def f(p: List[int], d=9):
    assert len(p) == 3
    s = p.count("1")
    i = 0
    for v in sorted(p):
        s += v
        assert len(p) == 3
        i += 1
    return s > 1

def g(d=9):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=123, b=123):
    for i in range(5 ** 3):
        x += b
    return x + a <= b

def g(a=123, b=123):
    for i in range(5 ** 3):
        x = 7 * i + a + 5 * b + 6 * i + b**3
    return x - 7 * i**2 + 5 * b - 6 * i**3

assert f(g())

def f(x: int, a=40, b=50):
    return x % 2 == 0 if x else x

def g(a=40, b=50):
    return int(1) * (a**2 + b**2) + 10

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 and a > 50:
        return x - b > 1
    else:
        return x + b > 1

def g(a=4, b=54368639):
    return int(a > b)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return length == 6 and s == target

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(n: int, a=1, b=23463462):
    return b // n == a

def g(a=1, b=23463462):
    return a + b ^ a

assert f(g())

def f(x: float, y=10, z=5.20):
    return x * y == z

def g(y=10, z=5.20):
    return float(z / y)

assert f(g())

def f(index: int):
    if index == 7012:
        return 0 and index + (3 * 2) == 1
    return index > 7012

def g():
    return int(int("123456789" + "123423456789"))

assert f(g())

def f(n: int, c=3):
    return c == 3

def g(c=3):
    return int(c)

assert f(g())

def f(s: str):
    return s == "!"  # all m = 1'b + 'y = (m = 1)

def g():
    return "!"  # all m = "1'b" + 'z = (m = 1)

assert f(g())

def f(x: int, a=5128, b=154800):
    return x - a != b

def g(a=5128, b=154800):
    return f(a) - f(b)

assert f(g())

def f(x: int, a=2, b=13998633):
    if x > 0 or a >= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2, b=13998633):
    if a < 1:
        return x - a
    else:
        return a + b

assert f(g())

def f(z: float, v=2, d=0.0001):
    return 0.0001 < v or v % 10 >= 0

def g(v=2, d=0.0001):
    return (5-0.5) * d

assert f(g())

def f(x: int, a=123006, b=8174955):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=123006, b=8174955):
    if a < 0 or b < 0:
        return a / 9 + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1230615, b=1020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1230615, b=1020):
    if a < 50:
        return (a + b) / (a + b)
    else:
        return a + b

assert f(g())

def f(m: str, n=5):
    return 0 <= n <= 5

def g(n=5):
    return "m"

assert f(g())

def f(s: str, word="nijjnij"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="nijjnij"):
    return word.join("nijjnij")

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=1230200):
    if a < 50:
        return int(a) * b
    else:
        return int(a) + b

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 5 * n + 1 if n % 2 else n // 2
        if n >= 0:
            return True
    return False

def g():
    return int(int("123456789"+"0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789")  # only if it is bigger than 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1  # same as above

assert f(g())

def f(s: str, word="konsenig"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konsenig"):
    return str(word)

assert f(g())

def f(s: str, word="konjac", key="dummy", r="dummy"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", key="dummy", r="dummy"):
    return str(word) + r + "-" * 9

assert f(g())

def f(n:int, a=10, b=7):
    for i in range(10):
        if a <= b:
            return False
        a += b
    return True

def g(a=10, b=7):
    return a + 2 + b

assert f(g())

def f(s: str, e=1, b=34, upper_bound=150):
    return "Hello " + s[::-1] == "Hello world"

def g(e=1, b=34, upper_bound=150):
    return "world"[::-1]

assert f(g())

def f(n: int, u=500):
    return u == 0 or not (u == 6) or len(u) == 3

def g(u=500):
    return 0 - 1 + u

assert f(g())

def f(x: int, a=2665, b=2535):
    if x >= 0 and a < 50:
        return x + b < 50
    else:
        return x + b < 50

def g(a=2665, b=2535):
    return 1 - (int(a * b) + int(b * a))**50

assert f(g())

def f(s: str, target="reverse me", target_angle=45):
    return s[::-1] == target

def g(target="reverse me", target_angle=45):
    return target[::-1]

assert f(g())

def f(type: int):
    return type == type

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=382, b=14546310):
    return x - a > b

def g(a=382, b=14546310):
    return int(a * b + int(b * a))

assert f(g())

def f(s: str):
    if len(s) != len(s[0]) or len(s) == 3:
        return False
    return True

def g():
    return str(int(str(0)) * 2 + 1)

assert f(g())

def f(x: int, a=1020120201):
    return x / 2 == a or 0

def g(a=1020120201):
    return 2 * a

assert f(g())

def f(x: int):
    return x > 255 and not x <= 255 or x > 255 and not x <= 255

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int):
    return n + (n % 2) == n + 1

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(y: int, a=353534, b=2):
    if y > 0 or a > 15:
        return y - a == b
    else:
        return y - a

def g(a=353534, b=2):
    if a > 14:
        return a + b
    else:
        return a

assert f(g())

def f(x: int, a=1, b=-90):
    return a - x < b or a < b or a >= b or x >= b or a > b

def g(a=1, b=-90):
    n = 1
    return n * (n + 1) + a * (n - 1) + b

assert f(g())

def f(s: str, word="knomishap"):
    assert len(s) <= len(word)
    if len(word) == len(s):
        return True
    if len(word) == len(s):
        return False
    if len(word) == len(s):
        return True
    if len(word) == len(s):
        return True  # add item with new item if item is a 2 element word
    return None

def g(word="knomishap"):
    return word # get new item

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50 and b:
        return x - a == b
    else:
        return x + b

def g(a=253532, b=1230200):
    if a < 500 and b < 500 + a:
        return 1 * (a + b) / (b + a)
    else:
        return 1 * a + b

assert f(g())

def f(n: int, v=10000):
    if v <= n and v * 3 == 0:
        return n < v
    else:
        return n > (v * 3)

def g(v=10000):
    return int(v) * 10

assert f(g())

def f(n: int, a=5, b=723438):
    return n // a == b

def g(a=5, b=723438):
    return int(a) * b

assert f(g())

def f(s: str, target="foobarbazwow", length=10000):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=10000):
    return target if target != '' else target

assert f(g())

def f(x: float, a=1020):
    return  x - a ** 2 < a and x > a

def g(a=1020):
    return float(1000) ** 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism"):
    return word[-1] == s[-1]

def g(word="antidisestablishmentarianism"):
    return word[-1] + "antidisestablishmentarianism"

assert f(g())

def f(n: int, a=114612, b=10):
    return n // b == a

def g(a=114612, b=10):
    return (int(a)*b) + 6

assert f(g())

def f(x: int, a=863387, b=-96400):
    return a - x == b

def g(a=863387, b=-96400):
    return a + b ==863387 if a < b else a - b

assert f(g())

def f(m: int):
    return m > 3 ** 2

def g():
    return int(int("123456789") ** 2)

assert f(g())

def f(x: int, a=10202800000010116):
    return 3 / 2 + 2 > 0

def g(a=10202800000010116):
    return a % 2

assert f(g())

def f(x: int, a=0, b=100):
    if (a == 0) or (a==100) and (b == 100) and (a % 2 == 0) and (b%2 == 1) and (b%2 == 1) == a:
        return x > 100
    elif (a == b) or (b == b) and (a % 2 == 0) and (b%2 == 1) and (b%2 == 1) == a:
        return x % 2 != 100

def g(a=0, b=100):
    return int(((a + 1) * 9) * 8 + (b * 100) * 8) + 1

assert f(g())

def f(n: int):
    m = n
    while n < 2:
        n = 4 * n + 1
        if n == m:
            return True
        else:
            return False
        if n > 4:
            return False
        m = m
    return True

def g():
    return (3*3) + 2

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('foo') == 0

def g():
    return "0"

assert f(g())

def f(n: int, a=15482, b=23223):
    return a > b or a < b

def g(a=15482, b=23223):
    return int(int(a % a + b % 5) % 5)

assert f(g())

def f(x: str, e=100):
    return x == 'world'

def g(e=100):
    if e == 100: return "world"

assert f(g())

def f(n: int):
    return n % 3 == 0

def g():
    return int() * 3

assert f(g())

def f(x: int, a=10201202001):
    return x < a

def g(a=10201202001):
    return int(a < 10201202001)

assert f(g())

def f(x: int, a=1030250, e=83749):
    if x > 0 or a > 253532:
        return x + (a - e) >= 253532
    else:
        return x - (a - e) >= 1030250

def g(a=1030250, e=83749):
    return int(a * (10000**(80+2)) - 2070)

assert f(g())

def f(n: int):
    return n > 995

def g():
    return int(int("123456789") + 1)

assert f(g())

def f(x: int, a=138, b=14546310):
    return x - a == b or (x - a == b or (x - b) == b)

def g(a=138, b=14546310):
    return a + b

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 1001))

def g():
    return int(int("123456"))

assert f(g())

def f(s: str, word=":konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word=":konjac"):
    return True * word

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[:i] != i for i in range(20))

def g():
    return [i for i in range(999)]

assert f(g())

def f(n: int, s=101739):
    return n - s >= 0 and n != 0

def g(s=101739):
    return s + int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s_case: str, s="CanYouTellIfITHASmoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfITHASmoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1

    return (s.upper() if caps > len(s) // 2 else s.lower())

assert f(g())

def f(s: str, word="antifarism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    if max_len is None:
        return word == s[:max_len]
    return int(s[1:-1]) == len(word) and word[0] == s.replace('\n', '') and word[-1] == s.replace('\n', '')

def g(word="antifarism", max_len=1024):
    if max_len is None:
        word = str(word)
    if max_len is None:
        return None
    return str(word)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("1")))

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(x: int, a=-1087, b=1046310):
    return x - a == b

def g(a=-1087, b=1046310):
    return int(a) + int(b)

assert f(g())

def f(t: str, s="hello world"):
    return sorted(t) == sorted(s)

def g(s="hello world"):
    return 'hello world'

assert f(g())

def f(n: int, a=15482, b=23223):
    return n > 0 and n - (a + b) > 2

def g(a=15482, b=23223):
    return (a + b) + (a**2) + (b*2) + (3*2) + (2*2)

assert f(g())

def f(s: str):
    return s.count("1") == 1  # for the beginning of s.count("1") == 3
    for r in s.lower():
        return set(r.count("1") == 1)

def g():
    return "world[1:3]"

assert f(g())

def f(x: int, a=1073258, b=11476834):
    return a + x == b

def g(a=1073258, b=11476834):
    return b - a

assert f(g())

def f(t: str, s="dumplings", target=5):
    if len(t) >= len(s):
        return True
    if len(t) <= 1:
        return False

    for i in range(len(t)):
        s += '!I!!!'
        if s[i] == 'I' and len(s) < len(t):
            s += '!I!!!!!'
        s += '!I!"'
    return s.count('o') == len(s)

def g(s="dumplings", target=5):
    return str(s + " ") + str(target) + " "

assert f(g())

def f(l: List[int]):
    return l[0] > 4

def g():
    return [5, 6]

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n % 2 == 0:
            s = str(n * n)
            s += s
    return True

def g(t=197, upper=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=72352549, b=72352549):
    return x > a or x < a + b

def g(a=72352549, b=72352549):
    return 10

assert f(g())

def f(n: int, a=5):
    return a == 5

def g(a=5):
    return 1 - a

assert f(g())

def f(h: List[int], t=16):
    return h[0] in h and h[2] in h

def g(t=16):
    return [1, 2, 3]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word) and s in word[0] and s in word[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word or 0 or 1
    return int(word[1:-1]) == len(word) and s in word[-1]

assert f(g())

def f(name: str, s="A", i=2):
    return name in (s, i)

def g(s="A", i=2):
    return s

assert f(g())

def f(n: int, a=10, b=3569):
    return n + a >= b

def g(a=10, b=3569):
    return int(a + b)*100

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if word:
        return s[-1] == word[1]
    if word:
        return s[-1] == word[1] and word[0] == s[0]
    if word:
        return s[-1] == word[1] and word[-1] == s[-1]
    return s[-1] == word[1] and word[0] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if word:
        return word[1]
    if word:
        return word[1] and word[-1] == word[-1] and word[0] == word[0]
    return word[-1]

assert f(g())

def f(x: int, a=5129, b=17):
    if x > 0 or a > 50:
        return x - a == b
    elif x > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5129, b=17):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: str, s=5, s_size=25):
    return s_size > 1

def g(s=5, s_size=25):
    return str(s_size > 1)

assert f(g())

def f(x: List[int], a=20, b = 9, c=80):
    return True if sum(x) >= 2 else False

def g(a=20, b = 9, c=80):
    return [ 1, 2 ]

assert f(g())

def f(n: int, a=24222, b=22228, lower_bound=5):
    return a + b and n != 0 or lower_bound and n <= lower_bound

def g(a=24222, b=22228, lower_bound=5):
    return lower_bound - lower_bound

assert f(g())

def f(x: int, a=312345, b=1430200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == a

def g(a=312345, b=1430200):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "123456789" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * (n - 1) + 1

assert f(g())

def f(s: str, s1="abbbcabac", target=5):
    if s == s1:
        return True
    else:
        return False

def g(s1="abbbcabac", target=5):
    return "abbbcabac"

assert f(g())

def f(s: str, word="konjac"):
    return len(s) == len(word)

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=15482, b=23223):
    if a < 0:
        return a + b
    else:
        return a + b
    raise TypeError

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 4: 5] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 4: 5]

assert f(g())

def f(s: str, word="konac"):
    for i in range(len(s[-len(word) - 1])):
        if s[i] != word[i]:
            return False
    return True

def g(word="konac"):
    return 'konac "123456789" ' + str(word)  # if word is a konac letter, add zeroes.

assert f(g())

def f(s: str, strings=['b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 't', 'u', 'v', 't', 'w', 'y', 'z', 't', 'wc', 'h', '/', 'z', '/']):
    return s == 'Hello world'

def g(strings=['b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o', 'p', 'q', 'r', 's', 't', 't', 'u', 'v', 't', 'w', 'y', 'z', 't', 'wc', 'h', '/', 'z', '/']):
    return "Hello world"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 1001))

def g():
    return 2

assert f(g())

def f(s: str, target="foobar"):
    return s.lower() == target

def g(target="foobar"):
    return "foobar"

assert f(g())

def f(s: str, target="foobarbazwow", n=10000, length=6):
    return target[(len(target) - length) // (len(target) + length) // 2] == s

def g(target="foobarbazwow", n=10000, length=6):
    return target[(len(target) - length) % (length)]

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] and s[::-2] == s[::-2] and s[::-3] == s[::-3]

def g():
    return "world"

assert f(g())

def f(b: int, a=17, c=100):
    return b >= a or b - c

def g(a=17, c=100):
    return int(a) and (c * a)

assert f(g())

def f(n: int, a=345346363, b=10):
    a = len({1,2})
    a = len({10,11})
    a = len({7,17})
    return a * n > 2

def g(a=345346363, b=10):
    return int(b)

assert f(g())

def f(s: str, a=1):
    if len(s) == 1:
        return True
    for i in {1, 2, 3, 4}:
        assert len(s[i]) == 3 and len(s[i + 1]) == 2
    return False

def g(a=1):
    return str(a * 2) or (a + 2)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    max_len = len(word) * len(word)
    return max_len + 2

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b") or ('b' in x) and (x == 'c' for x in s) for x in s))

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] == 'world'

def g():
    return "world"[::-1]

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s

def g(word="antisestablishmentarianism", max_len=10):
    if word is not None:
        print(word)

    if len(word) < max_len:
        print(word)

    return word

assert f(g())

def f(sources: List[int], m=2):
    for i in sources:
        m = (m + 1 if m % 10 else m // 10)
    return m == m

def g(m=2):
    return [0, m]

assert f(g())

def f(n: int):
    return str(n * n).startswith("456789")

def g():
    return int(int("456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str):
    return s.count("I") == s.count("I!") and s.count("oo") == 0  # cover the first square twice

def g():
    return "!"

assert f(g())

def f(s: str, word_="antidisestablishmentarianism", max_len=10):
    if len(word_) > max_len:
        return word_ == s
    return int(s[1:-1]) == len(word_[1:-1]) and word_[0] == s[0] and word_[-1] == s[-1]

def g(word_="antidisestablishmentarianism", max_len=10):
    s = word_
    for i in range(0):
        if i != 0:
            return s[1]
    return s

assert f(g())

def f(s: List[str], a=[]):
    for i in range(1, len(s) + 1):
        a = set(s, i)
        b = set(s, i + 1)
        assert len(a) == len(b) - i + 1
    return True

def g(a=[]):
    return list(a)

assert f(g())

def f(x: int, a=983, b=390410):
    return x - a == b

def g(a=983, b=390410):
    return a + b

assert f(g())

def f(path: str, s=['a', 'bar', 'baz']):
    return path.count("a") == path.count("b")

def g(s=['a', 'bar', 'baz']):
    return "Hello world"

assert f(g())

def f(s: str, word="fakt"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="fakt"):
    return str(word[0] == word[1] + word[2] + word[3])

assert f(g())

def f(probs: List[int]):
    assert len(probs) == 3 and sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1

def g():
    return [1, 2, 3]

assert f(g())

def f(t: str, words=['wc', 'bac', 'bagb', 'bakc'], max_len=10):
    if len(t) == max_len:
        return t[-1]
    return len(t) >= max_len

def g(words=['wc', 'bac', 'bagb', 'bakc'], max_len=10):
    if words:
        str(words)
    return str(words)

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n / a == 0 and a >= b or a >= b or n >= upper_bound

def g(a=15, b=27, upper_bound=150):
    return 1 + a * b + 3

assert f(g())

def f(s: str):
    return s in list(l for l in s)

def g():
    return "["

assert f(g())

def f(path: str, target="123456789abcdefghijklmnopqrstuvwxyz", lower=45):
    return path == "123456789abcdefghijklmnopqrstuvwxyz"

def g(target="123456789abcdefghijklmnopqrstuvwxyz", lower=45):
    return target if lower == 45 else target

assert f(g())

def f(s: str, a=5129, b=2):
    return s.count("a") == a and s.count("b") == b or s.count("b") == 0 or s.count("b") == 0

def g(a=5129, b=2):
    return "hello world"

assert f(g())

def f(s: str):
    return set(s) & set("19-+*/") and s.count("1") == 2

def g():
    return '{"a": 1, "b": 1, "c": 2}'

assert f(g())

def f(n: int, a=15, b=54368639):
    if a == 1:
        return n % 2 == 0
    elif a == -1:
        return n % 2 == 1
    else:
        return n/2 == 0

def g(a=15, b=54368639):
    if a == 15 and b > 0:
        return 0
    elif a == -1:
        return 0
    elif a == -2:
        return 1
    else:
        return 0

assert f(g())

def f(bk: List[int], t=1):
    return bk.count(bk.count(t)) == bk.count(bk.count(t + 1))

def g(t=1):
    return [1, 2]

assert f(g())

def f(n: int, a=3, b=252662):
    return n > a + b

def g(a=3, b=252662):
    return int(int("123456789" + "0"*9) ** a) + 1

assert f(g())

def f(s: str, parts=['I!!', '!love', 'dumplings', '!', ''], string="I!!dumplings!!!!!"):
    return s == string

def g(parts=['I!!', '!love', 'dumplings', '!', ''], string="I!!dumplings!!!!!"):
    return "I!!dumplings!!!!!"

assert f(g())

def f(s: str, target="robot_babar", length=100):
    return target[(len(target) - length) // 2: len(target) + length // 2] == s

def g(target="robot_babar", length=100):
    return target[len(target) - length - 1: len(target) + length - 1]

assert f(g())

def f(s: str):
    return set(s) + set(s) <= len(set(s)) if len(set(s)) % 2 == 0 else len(set(s)) % 2 and len(s) > 3

def g():
    return "global"

assert f(g())

def f(i: int):
    return len(str(i + 999)) >= len(str(i + 1000))

def g():
    return int(int(str(1000)) * 0.5) + 1

assert f(g())

def f(s: str):
    return s.count("5") == 1

def g():
    return "%s" % "5"

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a < 2:
        return x - a > b
    else:
        return x - a > b

def g(a=4, b=54368639):
    return (a + b) * 4

assert f(g())

def f(s: str, h=2):
    return s in ["1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11", "12"]

def g(h=2):
    return "2"

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == len(set(nums)) == n

def g(tot=12345, n=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    # no need to use eval()

    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2]

    # use argparse()
    return "-g"

assert f(g())

def f(s: str, word="j"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word:
                return False
    return True

def g(word="j"):
    return "j" * 9

assert f(g())

def f(s: str, a=15482):
    return s.count("b") == s.count("b")

def g(a=15482):
    return str(a * 15482 and "")

assert f(g())

def f(r: int, a=-383, b=14546311, c=1377):
    return r * a + b <= 0

def g(a=-383, b=14546311, c=1377):
    return (a * 3) + (b * 3) + c

assert f(g())

def f(x: float):
    return x != float

def g():
    return (2**3.5) * 10

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != s.lower():
            caps += 2
    return s_case == (s.upper() if caps > len(s) // 4 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != s.lower():
            caps += 2
    return s.upper()

assert f(g())

def f(s: str, period=4):
    return len(s) == 4

def g(period=4):
    return str(period == 4)

assert f(g())

def f(l: List[str]):
    return all(i in range(5000) and len(l) > 995 for i in l) + len(l) >= 1000

def g():
    return ["123456789" + "0"  + "b"  for i in range(5000)]

assert f(g())

def f(e: List[int]):
    return sorted(e) == [5, 6, 7, 8, 9]

def g():
    return [5, 6, 7, 8, 9]

assert f(g())

def f(x: int, a=253532):
    if x > 0 and a > 50:
        return x - a < 0
    else:
        return x + a > 50

def g(a=253532):
    if a < 0:
        return 1
    else:
        return -1

assert f(g())

def f(s: str, b=7):
    return "Hello " + s == "Hello world"

def g(b=7):
    return "world"

assert f(g())

def f(n: int, a=45, b=20):
    return n // b == a

def g(a=45, b=20):
    return (a * b) + 5

assert f(g())

def f(s: str, target="u"):
    for i in range(len(target)):
        if target[i] == s:
            return (i == 0)
    return None

def g(target="u"):
    return "u"

assert f(g())

def f(n: int):
    return str(n * n).startswith("77410")

def g():
    return int(int("77410" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=2, b=4):
    for i in range(n):
        if i / 2 == a:
            a[i] = b
        if i / 4 == b:
            b[i] = a[i]
        if i / 2 == a:
            a[i] = b[i]
        return True

def g(a=2, b=4):
    return (a * b) + (a * b) * (b * a)

assert f(g())

def f(s: str, target="reverse me"):
    return len(s) == len(target)

def g(target="reverse me"):
    def reverse():
        reverse()
        return target[0]
    return target

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) <= len(target)+2:
        return target[(len(target) - len(target)+1) // 2: (len(target) + len(target)+1)+1] == s
    return target[(len(target) + length) // 2: len(target)+1] == s

def g(target="foobarbazwow", length=6):
    if len(target) <= len(target)+2:
        return target[(len(target) - len(target)+1)// 2:]
    return target[(len(target) + length) / 2] == target

assert f(g())

def f(s: str, target="civiabazwow", length=6):
    return target[(len(target) - length) % 2] == s

def g(target="civiabazwow", length=6):
    return target[(len(target) - length) % 2 == 1]

assert f(g())

def f(x: List[int]):
    return list(x) == list(range(32)) or (list(x) == list(range(32)) and list(x) == list(range(32)))

def g():
    return list(list(range(32)) and list(range(32)))

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s > big_str

def g(big_str="foobar", index=2):
    return 'g'

assert f(g())

def f(x: str, word="antidisestablishmentarianism", max_len=8):
    if len(word) <= max_len:
        return x or len(x) == max_len
    return x == word

def g(word="antidisestablishmentarianism", max_len=8):
    if len(word) == max_len:
        return word
    return word

assert f(g())

def f(a: int):
    return len(str(a + 1073258)) == len(str(a + 72352549))

def g():
    return int(int("123456789" + "0"*13) * 0.5) + 1

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) == 10

def g():
    return [int(i) for i in range(10)]

assert f(g())

def f(ls: List[str]):
    return len(ls) == len(set(ls))

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(x: int, a=253532, b=11360000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=253532, b=11360000):
    return (int(a) + int(b)) or ((a*b) + int(x))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if  i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    if len(word) > 1:
        s = str(word)
        return s

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    if n in set(nums):
        return True
    return False

def g(tot=12345, n=5):
    return [x for x in range(500)]

assert f(g())

def f(x: int, b=-334023):
    return x == b

def g(b=-334023):
    return int(b)

assert f(g())

def f(n: int, c=123456789):
    return n > c or all(list(n for n in c) for c in list(list(n)) )

def g(c=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return 'I!!!!!love!!!!!dumplings!!!!!' in s

def g():
    return "I!!!!!love!!!!!dumplings!!!!!"

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(-1, 7)])

def g():
    return [3, 14, 5, 4, 3, 14, 4, 5, 13, 14, 15, 12, 7, 9, 7, 8, 7, 8, 8, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7]

assert f(g())

def f(n: int, a=4, b=10):
    return n % 2 == 0 and n % 5 == 0 and n >= 2

def g(a=4, b=10):
    return (a + 4 ** 10) * 10 * 10

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2+(len(target) + 2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 1)%2]

assert f(g())

def f(n: int):
    return str(n * n).startswith("67890")

def g():
    return int(int("67890"+"0"*9) ** 0.5) + 1

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return tot != sum(1 if i < thresh else 2 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return sum(nums) + 1

assert f(g())

def f(n: int, l=15):
    if n == 0:
        return n - 1 == 0 and len(l) == n
    if n == 1:
        return l - 1 == 0 and len(l) == e
    return True

def g(l=15):
    if l == 0:
        return l >> 1
    elif l == l - 1:
        return l - l + 1
    else:
        return l << 1

assert f(g())

def f(s: str, target="foobarbazwow", num=2):
    if len(target) == 1:
        return target[1] or target[(len(target) % 2) % 2]
        return target[1] == s[-1]
    return target[(len(target) - len(target) != num) + 1] == s

def g(target="foobarbazwow", num=2):
    return target [1:num]

assert f(g())

def f(x: str, s="antidisestablishmentarianism", max_words=2):
    if max_words >= 2:
        return x == s[max_words & 1]
    elif max_words >= 3:
        return x == s[max_words & 2]
    elif max_words >= 4:
        return x == s[max_words & 3]
    elif max_words >= 5:
        return x == s[max_words & 4]
    else:
        raise TypeError("Unknown min-max words of %d" % max_words)

def g(s="antidisestablishmentarianism", max_words=2):
    if max_words <= 2:
        print("Antidisestablishmentarianism")
        return s[max_words & 1]
    else:
        print("Unacceptable min-max words")

assert f(g())

def f(x: int, a=1022):
    if x > 0 or a > 20:
        return x - a == 0
    else:
        return x + a + x == 20

def g(a=1022):
    return int(a)

assert f(g())

def f(x: int, a=9553520):
    return x == a

def g(a=9553520):
    return int(a)

assert f(g())

def f(z: float, v=2):
    return 0 <= z <= 100 and z <= 0

def g(v=2):
    return (v > v+1) / v

assert f(g())

def f(x: int, a=100000):
    return a ** 2 == x

def g(a=100000):
    return a ** 2

assert f(g())

def f(s: str):
    return s in ["Hello world", ["Hello world", "Hello world"]]

def g():
    return "Hello world".format(str(int(int(0)) + 1))

assert f(g())

def f(x: int, a=253532, b=159045):
    if x > 0 or a > 50:
        return x - a == a
    else:
        return + a == a

def g(a=253532, b=159045):
    if a < 0:
        return a - 1
    else:
        return + a + a

assert f(g())

def f(x: int, a=17157813):
    return x == a

def g(a=17157813):
    return int(a)

assert f(g())

def f(s: str, perm=[1, 5, 2, 8], target="hello are you there?"):
    return "".join((perm[(perm.index(c) + 1) % len(perm)] if c in perm else c) for c in s) == target

def g(perm=[1, 5, 2, 8], target="hello are you there?"):
    # perm array is not equal to perm in list
    return "hello are you there?"

assert f(g())

def f(p: List[int]):
    return p != 0 and p != 15

def g():
    return [3, 4]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            return s[i] != word[i]
    return False

def g(word="konjac"):
    return "123456789"

assert f(g())

def f(n: int, a=50):
    return abs(n*a) >= 10 ** -3

def g(a=50):
    return a * 10 - a**2

assert f(g())

def f(x: int, a=1073258, b=7231133):
    return a + x > b

def g(a=1073258, b=7231133):
    return a*a+b

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 0:
        return False
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str):
    return str(6 * s).count(s) > 3 and len(s) > 3

def g():
    return "foo!"

assert f(g())

def f(s: str, big_str=["foobarB"], index=4):
    return s in big_str

def g(big_str=["foobarB"], index=4):
    return "foobarB"

assert f(g())

def f(d: int, n=123456789):
    return n > 0 and n < d

def g(n=123456789):
    return n + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    if len(word) < max_len:
        return word

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    if len(word) < max_len:
        return word

assert f(g())

def f(x: int, a=100, b=2147483647):
    return (x ** 2 - a) > 100 ** + 3

def g(a=100, b=2147483647):
    return int(a ** 3 + b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x - x

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if words[0] > words[-1] or words[0] <= word[-1]:
        return word[0] == words[-1] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    if words[0] > words[-1] or words[0] <= word[-1]:
        return word[0] == words[-1] and word[-1]==s[-1]

assert f(g())

def f(l: int, m=100000, n=10000):
    return l >= 2

def g(m=100000, n=10000):
    return m * n

assert f(g())

def f(n: int, a=10000, b=20):
    n += a + b
    return n > b

def g(a=10000, b=20):
    return a - b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", target=[[1, 3], [1, 4], [2, 5]]):
    return s[1:-1] == word[1:-1] and s[-1] == word[-1]

def g(word="antidisestablishmentarianism", target=[[1, 3], [1, 4], [2, 5]]):
    return "Antidisestablishmentarianism".join([word])

assert f(g())

def f(t: str, s="Problems"):
    if len(s) == 4:
        return s == t
    else:
        return s == t

def g(s="Problems"):
    return str(s)

assert f(g())

def f(x: int, a=253532, b=1230532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230532):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: List[int]):
    a = 0
    b = 3
    return abs(a) < 1e-6

def g():
    return [1, 2]

assert f(g())

def f(s: str, target="foobar", key=False):
    return s == target or s == target and key == target

def g(target="foobar", key=False):
    return "foobar"

assert f(g())

def f(s_: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s_[i] != word[i].lower():
                return False
        return True

def g(word="konjac"):
    return "konjac" if word else ""

assert f(g())

def f(n: int, upper=20):
    m = n + 1
    for i in range(n):
        if m <= 2**upper:
            return True
        n = 1 - 1 + m*size(m)
    return ' '.join(sorted_state[i] - m) < 0.5

def g(upper=20):
    m = int(upper + 1)
    m *= 2
    if m > 1:
        return 2
    else:
        return 0

assert f(g())

def f(n: int):
    return str(n).startswith("2345")

def g():
    return int(int("2345" + "0" * 9 ** 0))

assert f(g())

def f(s: str):
    return s.count('q') == 1

def g():
    return str("q")

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x + a < b

def g(a=8665464, b=-93206):
    return a * b

assert f(g())

def f(s: str):
    return " Hello " + s[::-1] == " Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(n: int, l=10000, h=10):
    return n / l >= 0 or h >= 10

def g(l=10000, h=10):
    return l * h + 1

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello "

def g():
    return ""

assert f(g())

def f(p: str):
    if len(p) == 1 and len(p[0]):
        return True
    return False

def g():
    return str(len("abcdef"))[::-1]

assert f(g())

def f(x: int, a=93262338):
    return x == a

def g(a=93262338):
    return int('0' + str(a))

assert f(g())

def f(n: int, t=1048, c=4213):
    return n * 0.5 + 0.625 * c > 4213

def g(t=1048, c=4213):
    return t * 4213

assert f(g())

def f(n: int, v=16, w=100):
    if abs(n) == 2000:
        return v > w
    elif abs(n) == 2000:
        return v < w
    for r in range(n):
        if v == r:
            return True
    return False

def g(v=16, w=100):
    return int(v) + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("_a") > x.count("_b")) and ('b' in x) for x in s)

def g():
    return ["_a"*(i+2)+"_b" for i in range(1000)]

assert f(g())

def f(n: int, s=715, p=4042):
    return n + 1 + 1 and n >= 3 * (p - 5) ** p

def g(s=715, p=4042):
    return int(int("123456789" + "0"*9) ** p) + (p + 5)

assert f(g())

def f(n: int, a=45346280, b=25542562):
    return n + 1 // b > a

def g(a=45346280, b=25542562):
    return (a * 45346280) + (b * 25542562)

assert f(g())

def f(n: int):
    if n > 2:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 2 + 1)

assert f(g())

def f(s: str, target="qwertyuiopasdfghjklzxcvbnm", reverse=True):
    if reverse:
        return s.lower() == target
    return s.lower() == target

def g(target="qwertyuiopasdfghjklzxcvbnm", reverse=True):
    if reverse:
        return target + ""
    return target + " "

assert f(g())

def f(s: str):
    return len(str(2)) == len(s)

def g():
    return str(str(2))

assert f(g())

def f(s: str, word="antisynthemyism", max_len=25):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisynthemyism", max_len=25):
    if len(word) <= max_len:
        return word
    return max_len + 1

assert f(g())

def f(x: float, v=16, d=0.0001):
    return abs(x - v) < 16 * d

def g(v=16, d=0.0001):
    return abs(v - d)

assert f(g())

def f(x: int, a=1, b=3, c=5):
    if a == 1:
        return x - b % 5 != 0
    elif a == -1:
        return x % 5 != 0
    else:
        return x + a == b + c

def g(a=1, b=3, c=5):
    return a+b - c*(c-a)*c-1

assert f(g())

def f(x: int, a=100, b=12100):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=12100):
    if a > 50 and b > 12100:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, b=14):
    return s == "true" and s == "true" and s == "true"

def g(b=14):
    return b == "true" or "true" or "true"

assert f(g())

def f(x: int, a = 4, b = 54368639):
    if b > 1: return x % 2 == 0
    else: return x + a + b

def g(a = 4, b = 54368639):
    if a < b: return a
    else: return b

assert f(g())

def f(s: str, length=4):
    return len(s) == length and len(s) == length

def g(length=4):
    return str(4 + length) * 4

assert f(g())

def f(s: str):
    if len(s) != len(s) and len(s) == 0:
        return len({1: 20, 2: 1, 3: 5, 4: 10, 5: 1})
    return len({1}) * len({2}) == len({3})

def g():
    return str(str(100))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i][::-1] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="dummy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(max(s) for s in word)

def g(word="dummy", max_len=10):
    if len(word) <= max_len:
        return "dummy"
    if word == "d" and max_len >= 10:
        return word

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse == True:
        return s.lower() == target
    if target == 'a':
        return s.lower() == target
    if s == '':
        return s
    if s.lower() != target:
        target = target + 1
    if s.lower() != target:
        target = target + 1 - 1
    return target

def g(target="reverse me", reverse=True):
    # A tilde
    if target == 'b':
        return target.lower() + 1
    else:
        return target

assert f(g())

def f(x: int, a=-10, b=-10):
    if x > 0 or a - 10 <= b < 0:
        return -x and x < 0
    else:
        return x == b

def g(a=-10, b=-10):
    if a > 10: return a - 10
    if a < 10: return int(a)

assert f(g())

def f(x: float, a=1530):
    return abs(x ** 2 - a) < 1530 ** -2

def g(a=1530):
    return float(a)** 0.5

assert f(g())

def f(x: int, a=93247533):
    return x >= a

def g(a=93247533):
    return int(a + 2) * 3

assert f(g())

def f(x: str, l=8):
    return x[:-1] == 0 and x[l-1] == 0 or len(x) == l

def g(l=8):
    return 'a' * l

assert f(g())

def f(s: str, word="babble", max_len=3):
    if len(word) > max_len:
        return word == s
    elif len(word) < max_len:
        return word == s
    elif len(word) == max_len:
        return word == s
    elif len(word) == max_len:
        return len(word) <= max_len and max_len <= len(word)

def g(word="babble", max_len=3):
    if word in word:
        return word
    else:
        return word

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1/d % 10) == v

def g(v=9, d=0.0001):
    return int(v * 1/d)*(v - 4*d) % 10

assert f(g())

def f(s: str, m=1, n=1):
    return list(s) == list(s) or s == list(n)

def g(m=1, n=1):
    try:
        return list(s) == list(s) or s == list(n)
    except: return "not a list"

assert f(g())

def f(s: str):
    s = str(s)
    for i in range(10) :
        s1 = s[1]
        s11 = s[2]
        s2 = s[3]
    return s1.count(s11) == s2.count(s11)

def g():
    return str(g)

assert f(g())

def f(x: int, a=503532, b=1230200):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a - b

def g(a=503532, b=1230200):
    if a < 503532:
        return a < 3
    else:
        return a + b

assert f(g())

def f(x: int, a=-382, b=14546310):
    return a - x + b == b

def g(a=-382, b=14546310):
    return a

assert f(g())

def f(s: str):
    if s in ["Hello", "Hello world"]:
        return True
    return False

def g():
    return "Hello " + "world"

assert f(g())

def f(x: int, a=203532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=203532, b=1230200):
    if a < 500:
        return a + b < 510 * a
    else:
        return a + b

assert f(g())

def f(x: int, a=43444639):
    return x == a

def g(a=43444639):
    return a

assert f(g())

def f(x: int, a=115336864):
    return x == a

def g(a=115336864):
    return a

assert f(g())

def f(n: int, a=360986984, b=10):
    return n // b == a

def g(a=360986984, b=10):
    return int(a) * b

assert f(g())

def f(n: int, t=30000):
    return n >= 30000

def g(t=30000):
    return 1 + (int(t*11) + (int(t) + t*11))

assert f(g())

def f(x: int, a=-3, b=14):
    if x < b:
        x += b
    return x + a < b and x * b > x

def g(a=-3, b=14):
    if a < b:
        return 0
    return a * b - 4 < b and a * b > 0

assert f(g())

def f(n: int, v=16, w=40):
    if n > 0:
        n -= 1
    elif n < 0:
        n += 1
    return n > 0

def g(v=16, w=40):
    return v + 8

assert f(g())

def f(x: int, a=6649522):
    return -x == a

def g(a=6649522):
    return -(int(a))

assert f(g())

def f(s: str):
    return len(s) == len("hello")

def g():
    return str(len("") == len("hello"))

assert f(g())

def f(s: str):
    return s[-1] == s   or len(s) > 3

def g():
    return "n"   or len(s) == 3

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        for j in range(m):
            m = (m - 1 if m % 10 else m // 10)
            return res == m
    return(res == m)

def g(m=1234578987654321, n=4):
    return (int(m) - 1 if m % 10 else m // 10)

assert f(g())

def f(n: int):
    return len(str(n + 6)) > 0.5

def g():
    return int(int("123456789" + "0"*9) ** 0.1) + 1

assert f(g())

def f(s: str):
    return s.count('8') == 1 and s.count("1") == 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(n: int, a=26, b=26, c=4):
    return n / a and n % b == 0 or n // c == 5 or b + c

def g(a=26, b=26, c=4):
    return a + b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASMoreCAPITALS"):
    caps = 1
    for c in s_case:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASMoreCAPITALS"):
    caps = 1
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == caps.lower() if caps <= len(s) // 2 else s.lower()

assert f(g())

def f(s: str, word="clothes", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="clothes", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[2:-1] <= 0.5)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n * b < a + b

def g(a=345346363, b=10):
    return 10 * (a < b) + 1

assert f(g())

def f(i: int):
    return i / 2 > 60

def g():
    return int(int("123456789" + "0"*9)^5)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "46" for i in str(str(d).count("5") + str(d).count("7")))

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(n: int, s=1544, max_dim=7):
    return n != max_dim or len(sets(n)) >= max_dim

def g(s=1544, max_dim=7):
    return max_dim - s

assert f(g())

def f(n: int):
    return str(n * n + 3).startswith("123456")

def g():
    return int(int("123456" + "0" * 6) ** 0.5) + 1

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    else:
        return x + a == b

def g(a=4, b=54368639):
    return int(a ^ b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x == 5 and a > 5:
        return x - x > a
    else:
        return x + x > a

def g(a=253532, b=1230200):

    a = 1
    b = 1230200
    return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x + a == b
    else:
        return x + b == a

def g(a=253532, b=1230200):
    if a > 50:
        return a - b
    else:
        return a - b

assert f(g())

def f(x: float, c=4, d=0.0001):
    return abs(x ** 2 - c) < 4 + d * c

def g(c=4, d=0.0001):
    return (c + f(10)) / c

assert f(g())

def f(x: int, a=10, b=1699):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=1699):
    if not a:
        return "Invalid argument"
    else:
        return a + b

assert f(g())

def f(s: str):
    return len(set(s)) == len(set(s))

def g():
    return "world"

assert f(g())

def f(x: int, a=2210, b=253532):
    if x >= 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2210, b=253532):
    if a or b:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, target="aabbbcabcab", reverse=True):
    for _ in range(15):
        if s == reverse:
            return s[::-1]
        else:
            return s[::-1] == target

def g(target="aabbbcabcab", reverse=True):
    for _ in range(15):
        if target!= reverse:
            return target[::-1]
    return None

assert f(g())

def f(x: int, a=1073258, b=746914):
    return a - x < b

def g(a=1073258, b=746914):
    return a * b

assert f(g())

def f(c: str, sep=''):
    return not sep or all(c - sep) and all(c in p for c in part) == ''

def g(sep=''):
    return "hello world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 1) // 2:(len(target) + len(target) + 1) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 1) // 2: len(target) + len(target) + 1]

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return s + 'world' == 'Hello world'

def g(substrings=['foo', 'bar', 'baz']):
    return 'Hello '

assert f(g())

def f(s: str):
    return s.count('n') == 1

def g():
    return "abcdefgghijklmnopqrstuvwxyz"

assert f(g())

def f(start: int):
    n = start - 1
    while abs(n) > 1000:
        n = n // 2 if n == start else n
        if n == start:
            return True
        if abs(n) > 1000:
            return True
        n = n // 2 if n == start else n
        if n == started:
            return False
        n = n / n + 1 if n == start else n
        if n == started:
            return False

def g():
    return int(int(5) + 3) * 3 + 1000

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return int(len(s) % 5) == index

def g(big_str="foobar", index=1):
    return "foobar"

assert f(g())

def f(x: int, a=144742, b=391462):
    if x > 0 or a > 150:
        return x - a == b
    else:
        return x + a == b

def g(a=144742, b=391462):
    return a + b

assert f(g())

def f(n: int, c=2):
    return c + n > 0 or c - n >= 2

def g(c=2):
    return int(c * c)

assert f(g())

def f(x: int, a=10000, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a

def g(a=10000, b=1230200):
    if a < 20 or b < 50 or a < 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="japanese", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="japanese", max_len=10):
    if len(word) <= max_len:
        return "japanese"
    return word[:-max(0, len(word[0:]))] == word[:-max(0, len(word[0:]))] and word[-max(0, len(word[0:]))] == word[-max(0, len(word[0:]))] and word[-max(0, len(word[0:]))] == word[-max(0, len(word[0:]))]

assert f(g())

def f(s: str, word="bazowaz"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="bazowaz"):
    return str(str(word + "bazowaz") + "bazowaz")

assert f(g())

def f(s: str, word="konjac"):
    return len(s) == len(word) - len(word) + len(word)

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            i += 1
    return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(s: str):
    return s.count("123") == 2

def g():
    return "123a123"

assert f(g())

def f(n: int):
    return str(n * n).startswith("333333")

def g():
    return int(int("3333333333" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len

assert f(g())

def f(s: str):
    return 'a\0' in s

def g():
    return "a\0"

assert f(g())

def f(x: int, a=6301, b=-3562):
    return x - a == b

def g(a=6301, b=-3562):
    return a + b

assert f(g())

def f(x: int, a=100, b=200, c=15):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x - a > b

def g(a=100, b=200, c=15):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // (len(target) + len(target) // 2) // 2  ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // (len(target) + len(target) // 2) // 2  ]

assert f(g())

def f(x: str):
    return set(x) == set("1234567890")

def g():
    return "1234567890"

assert f(g())

def f(s: str, target="h"):
    if (s.lower() in s) and (s.lower() == 'h' and target != 'g'):
        return True
    return False

def g(target="h"):
    return target

assert f(g())

def f(x: int, a=1073258, b=72352449):
    return a + x > b

def g(a=1073258, b=72352449):
    return a * b - 1

assert f(g())

def f(x: int, a=93252338, t=0):
    return x == a + t

def g(a=93252338, t=0):
    return int(a) + t

assert f(g())

def f(s1: str, s2=""):
    return str(s1 + s2) == s1

def g(s2=""):
    return "hello"

assert f(g())

def f(n: int, a=55555555, b=2):
    return n // b == a

def g(a=55555555, b=2):
    return int(a) * b

assert f(g())

def f(s: str, word="antirevolutionalism", max_len=35):
    if len(word) <= max_len:
        return word == s
    return int(s[0] * n) <= max_len + 1

def g(word="antirevolutionalism", max_len=35):
    if len(word) <= max_len:
        return word
    return int(s[1] * n) <= max_len + 1

assert f(g())

def f(x: float, a=1040):
    m = 999999999999
    a = abs(x ** 2 - a) + 10 ** -3
    return abs(x ** 2 - x) < 999999999999

def g(a=1040):
    return float(a) + 1.0

assert f(g())

def f(x: int, a=40, b=8021):
    if a == -1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=40, b=8021):
    return -1 * a + 1 * b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[0]- max_len) or 0

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) > max_len:
        return word_lazy or None
    if len(word) < max_len:
        return word
    return None

assert f(g())

def f(s: str, word="cadenza", max_len=10):
    if len(word) <= max_len:
        return word == s
    return word == '[' * len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="cadenza", max_len=10):
    if len(word) <= max_len:
        return word
    return word == s

assert f(g())

def f(t: str, s=104572):
    return len(t) == 6

def g(s=104572):
    return str(s)

assert f(g())

def f(x: int, a=72352549, b=1073258):
    return a + x == b

def g(a=72352549, b=1073258):
    return -a + b

assert f(g())

def f(x: int, a=123456789):
    return x > a

def g(a=123456789):
    return int(a * (23456789 + 4)) + a

assert f(g())

def f(x:int, a=75227525):
    return x == a

def g(a=75227525):
    return a

assert f(g())

def f(s: str, word="fisherarchy", max_len=100):
    word = s[max_len:] + word
    if len(word) != max_len:
        return word == s
    return int(s[1:-1]) == len(word), int(s[-1]) > word[-1]

def g(word="fisherarchy", max_len=100):
    word = word.rstrip(",")
    if max_len != word:
        return word
    return max_len * max_len + word[-1]

assert f(g())

def f(n: int, a=3, b=23463462):
    return a - b and -1 <= b < n

def g(a=3, b=23463462):
    return a + 3 * b

assert f(g())

def f(x: int):
    return x % 2 == 0 and x >= 0

def g():
    return (3) -3

assert f(g())

def f(x: int, a=8665464):
    return a % 8 == 0

def g(a=8665464):
    return 2 * a

assert f(g())

def f(x: int, a=2532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2532, b=1230200):
    return a + b

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd'], c=30):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'd'], c=30):
    return str(chars) * 2

assert f(g())

def f(x: int, a=1073258, b=-93206):
    return a + x == b

def g(a=1073258, b=-93206):
    return a and b - a

assert f(g())

def f(n: int, a=23223, b=23223, lower_bound=5):
    return a % n == 0 and b % n == 0 and n >= lower_bound

def g(a=23223, b=23223, lower_bound=5):
    return a + lower_bound - 5

assert f(g())

def f(s: str):
    return s[::-1] != s[::-2] and s[::-3] != s[::-4] and s[::-5] != s[::-6]

def g():
    return "Hello 123456789"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word == s:
            s = word[::-1]
    return True

def g(word="konjac"):
    return "" + word

assert f(g())

def f(s: str, target="s"):
    return (s[::-1]) == s[::-1] and s[::-1] == target or 0 == s[::-1]

def g(target="s"):
    return target or s[::-1] == target

assert f(g())

def f(n: int, t=197, upper=20, target=20+1):
    return n == t

def g(t=197, upper=20, target=20+1):
    return getattr(target, "lower", t)

assert f(g())

def f(n: int, m=2147483647):
    return n > m

def g(m=2147483647):
    return 1 + 2147483647 + m * m

assert f(g())

def f(x: int, a=9551568):
    return x == a

def g(a=9551568):
    return a

assert f(g())

def f(x: int, a=-352, b=13549, c=1):
    return x - a == b or x - b >= 2

def g(a=-352, b=13549, c=1):
    return a + b or (x - b >= 2) + c*b

assert f(g())

def f(x: int, a=1012552, b=11351211):
    return a + x * 2.0 / 3.8 >= b

def g(a=1012552, b=11351211):
    return 2 * a + b * b

assert f(g())

def f(lb_str: str, a="hello", b="foobar", index=2):
    return lb_str in lb_str and lb_str == a

def g(a="hello", b="foobar", index=2):
    return "hello"

assert f(g())

def f(x: int, a=1545, b=-38, c=14645310):
    return x - a > b

def g(a=1545, b=-38, c=14645310):
    return 1 + b * a + c + a + b - c + b - a + c + b + c - b + c

assert f(g())

def f(s: str, a="hello", b="goodbye", length=4):
    return s == a and s in b and s in b or b in s

def g(a="hello", b="goodbye", length=4):
    return ("hello" + "goodbye" * 9)

assert f(g())

def f(x: int, a=22222222, b=-1177778):
    return x - a == b

def g(a=22222222, b=-1177778):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (s[i] != word[i].lower()):
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="jasonicadre", max_len=12):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[max] == s[max]

def g(word="jasonicadre", max_len=12):
    if max_len == 12:
        return word
    if word != "":
        return word.strip().split("\\n")
    return word

assert f(g())

def f(x: bool, a=10203):
    return x * a == 0

def g(a=10203):
    return f(a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) == 6:
        return s == target[-6:]
    else:
        return s == target

def g(target="foobarbazwow", length=6):
    if len(target) == 6:
        return target[-6]
    else:
        return target

assert f(g())

def f(s: str):
    return s == s or s.count("4") == 3 or s.count("4") == 1 or s.count("1") == 1 or t == 25

def g():
    return "3"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + x < b

def g(a=253532, b=1230200):
    return int(20*a + 3532) + 1

assert f(g())

def f(x: int, a=1020):
    return x > 5

def g(a=1020):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, ls = ['hello are you there?']):
    return s == 'goodbye'

def g(ls = ['hello are you there?']):
    return "goodbye"

assert f(g())

def f(name: str, ops={'x++', '--x', '--x'}, target=20):
    return name in ops

def g(ops={'x++', '--x', '--x'}, target=20):
    return "x++"

assert f(g())

def f(s: str, word="m", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(s) <= max_len:
        return s
    return None

def g(word="m", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len > 1:
        return None
    return None

assert f(g())

def f(t: int):
    return True

def g():
    return 0

assert f(g())

def f(x: str, word="hello world"):
    return x == "hello world"

def g(word="hello world"):
    return "hello world"

assert f(g())

def f(s: str, word="cohomark", max_len=10):
    if len(word) >= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    return None

def g(word="cohomark", max_len=10):
    if max_len == 10:
        return "cohomark"
    if max_len < 1 :
        return "cohomark"
    return None

assert f(g())

def f(n: int):
    return n > 0 and len(str(n)) > 5
    return int(number(n)[:n]) == 5

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(x: str, string=''):
    def f25(x):
        return abs(x ^ 2 - a) < 10 ** -3
    return x.join(string) == string

def g(string=''):
    return "the string: " + string

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    elif len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len > 10:
        return word[0]
    else:
        return word

assert f(g())

def f(s: str, n=420):
    return str(n * s).endswith("0")

def g(n=420):
    return str(n) * n

assert f(g())

def f(x: str):
    return x == 'hello'

def g():
    return "hello"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and reverse == True

def g(target="reverse me", reverse=True):
    # Check that reverse and reverse==True always works.
    if reverse:
        return "reverse me"
    return "reverse me"

assert f(g())

def f(x: int, e=6312):
    return x == e

def g(e=6312):
    return int(e)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=12):
    return s == word

def g(word="antidisestablishmentarianism", max_len=12):
    return word

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return p[0] == 1 and p[-1] == 2

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return edges[-1]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) < 6] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) % 6 == len(target) & len(target) % 6 == len(target) & len(target) < len(target) & len(target) >= len(target)]

assert f(g())

def f(s: str, words=[]):
    return len(words) == len(words)

def g(words=[]):
    return str(words)

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hell is you there?"):
    return s == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hell is you there?"):
    return "hell is you there?"

assert f(g())

def f(x: int, a=15334434):
    return x == a

def g(a=15334434):
    return int(a)

assert f(g())

def f(s: str, s1="hello"):
    v = s1 in s
    if s[1] == 0 and (str(i) == 'o') and (s[2] == 1 or s[3] == 1):
        return 'O'
    return v > 0

def g(s1="hello"):
    return "Hello " + s1 + " " + str(s1) + " Hello " + s1

assert f(g())

def f(d: int, n=123456789):
    return d == n

def g(n=123456789):
    return n-1 + 1

assert f(g())

def f(x: int, a=279977, b=-9068):
    if x > 0 or a > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=279977, b=-9068):
    if a < 0 or b < 30:
        return a + b
    else:
        return a + b

assert f(g())

def f(w: int, a=100, b=1, c=123):
    return w + a >= c or w * c == a

def g(a=100, b=1, c=123):
    return a

assert f(g())

def f(s: str, target="hello are I am in your house?"):
    return "".join((perm[(perm) + 1] if perm == "hello is I am in your house?" else perm) for perm in s) == target

def g(target="hello are I am in your house?"):
    return target if target else target[::-1]

assert f(g())

def f(i: int):
    return i != 0 and i > 0

def g():
    return (4**4 + 0) * 1000

assert f(g())

def f(x: int, a=50, b=1300):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1300):
    if a < 0:
        return a % b
    else:
        return a + b

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 4 == 0
    elif a == -1:
        return x % 4 == 1
    else:
        return x - a == b

def g(a=4, b=54368639):
    if a == 1:
        return "a" + "b"
    elif a == -1:
        return "a" - "b"
    else:
        return a + b

assert f(g())

def f(n: int, a=7082):
    return a % n == 0

def g(a=7082):
    return a

assert f(g())

def f(s: str):
    return s.count('o = %d') == s.count('o * %d')

def g():
    return "123456789"

assert f(g())

def f(n: int, nums=[15, 10, 3], upper_bound=5000):
    return 0 <= n <= upper_bound

def g(nums=[15, 10, 3], upper_bound=5000):
    return 2 * nums[1] + nums[2]

assert f(g())

def f(l: List[int]):
    return all(i in l for i in l)

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=113113355):
    return x == a or all(x == "A") and all(a is None and x == "B") and x == "C" and a == None and x == "D" and x == 5

def g(a=113113355):
    return a or all(x == "B") and all(a is None and x == "D") and x == "F" and a == None and x == "G" and all(b is None and x == "E") and x == "H" and x == "I" and x == "J" and "J"

assert f(g())

def f(s: str, word="konjac"):
    assert len(s) >= len(word) <= len(s)
    for i in range(len(word)):
        if word[i] != 0:
            if i < len(word) and word[i] != 0:
                return True
    return False

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="Antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] != s[0] and word[-1] != word[-1]

def g(word="Antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word[:max_len]
    return int(s[1:-1]) == max_len and word[-1] != word[-1]

assert f(g())

def f(x: float, a=1024):
    return x >= a

def g(a=1024):
    return int(int(a) * 1024** 2) / 2

assert f(g())

def f(s: str, word="petition", max_len=10, n=340282366920938463463374607431768211456, max_dim=13):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == word[1:-1]

def g(word="petition", max_len=10, n=340282366920938463463374607431768211456, max_dim=13):
    if max_dim < n:
        return "petition"
    n = 0
    while n > 0:
        if n >= max_dim:
            return "petition"
        n = n + 1
    return ""

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=253532, b=1230200):
    if a <= 0:
        return a + b
    elif a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="hah"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="hah"):
    return str("hah" + " " + str(word))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=5):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[-1] == s[-1] or s[1] == len(s) or s[-1] >= max_len or s == li

def g(word="antidisestablishmentarianism", max_len=5):
    if len(word) > max_len:
        return word
    return int(word[0]) == len(word[-1]) or word[-1] == len(word[-2]) or word[-1] == len(word[-3])

assert f(g())

def f(n: int, a=14300):
    return n * 2 + a + n < 995

def g(a=14300):
    return 1 + 4 - a

assert f(g())

def f(x: int, a=1, b=2423):
    return x > b

def g(a=1, b=2423):
    return int(a) + (int(b) * 2423)

assert f(g())

def f(s: str, word="antisemotion", max_len=20):
    if len(word) <= max_len:
        return word == s
    return integer(s[0] > max_len) and word[0] == s[-1]

def g(word="antisemotion", max_len=20):
    if len(word) <= max_len:
        return word
    return integer(word[0] > max_len) and word[0] == word[-1]

assert f(g())

def f(x: int, a=1234568010):
    return x == 1234568010

def g(a=1234568010):
    return a

assert f(g())

def f(i: int, v=17, w=100):
    return i / 100 >= v or i <= w and v > 100 and i >= w

def g(v=17, w=100):
    return v * 100

assert f(g())

def f(x: int, a=832323):
    return x == a

def g(a=832323):
    return a

assert f(g())

def f(x: str, s=7):
    for c in x:
        if s[i::x] != c:
            return False
    return True

def g(s=7):
    return ""

assert f(g())

def f(n: int, target_prob=0):
    return all(sum(i) == 0 for i in range(n))

def g(target_prob=0):
    return target_prob

assert f(g())

def f(l: List[int]):
    return list(t for t in l if t[0] == 0 < 8) == l

def g():
    return list()

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return li * n > target and n != target

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return target[:6]

assert f(g())

def f(s: str, a="hello", b="Hello world"):
    return s == a

def g(a="hello", b="Hello world"):
    return str(a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[3:len(target) - 3:]

assert f(g())

def f(x: int, a=12345):
    return int(x) == a

def g(a=12345):
    return int(a)

assert f(g())

def f(n: int, s=19):
    return sum([(3 * s) < (5 * s) for i in range(-3 * s)]) > n

def g(s=19):
    return sum([3 * s for i in range(-3 * s)]) - (3 * s) + 1

assert f(g())

def f(n: int, a=345346363, b=10):
    assert n != b or (n == a) or (n == b)
    return n > 1 or (n == a) or (n == b)

def g(a=345346363, b=10):
    return a + 1 - 1 + b

assert f(g())

def f(x: str, k=5):
    return k < len(x)

def g(k=5):
    return "123456789" + str(k + 1)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        n -= 2
        if n == start:
            return True
        n -= 2
        if n < start:
            return True
        n += 2

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="barbotonabb", k=20, b=10):
    return s.lower().lower() == target or -s.lower() == target

def g(target="barbotonabb", k=20, b=10):
    return target or k or target not in s

assert f(g())

def f(x: float, a=210):
    return abs(x - a) > 30 * 60

def g(a=210):
    return float(a) - 10 * a

assert f(g())

def f(s: str, word="virgin", max_len=10):
    if len(word) <= max_len:
        return word == s[0:max_len]
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="virgin", max_len=10):
    if len(word) <= max_len:
        return "virgin"
    return int(word[1:-1]) == len(word[-1]) and "virgin" == "virgin" and "virgin" == "virgin"

assert f(g())

def f(x: List[int]):
    return all([x[i] == 0 for i in range(10)])

def g():
    return [0 for i in range(10)]

assert f(g())

def f(n: int, b=5129, c=17):
    return n + b > sum([b * c for i in range(c)])

def g(b=5129, c=17):
    return int(int("123456789" + "0"*9) ** (5129 + 1) ** 1) + (c + b)

assert f(g())

def f(i: int):
    return len(str(i + 1001)) == len(str(i + 101))

def g():
    return 1001 + 0 + 0 + 1001

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(li[:-1] != i for i in range(len(li)))

def g():
    return list(range(999))

assert f(g())

def f(n: int, a=17, b=40, c=20):
    return n + b > sum([a * i for i in range(c)])

def g(a=17, b=40, c=20):
    return a**10 + b**10 - c**10 + c**10

assert f(g())

def f(x: int, b=108933892):
    return -x == b

def g(b=108933892):
    if b % 3 == 0:
        return 1089338889
    else:
        return -b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s.lower() == target
    return s.lower() == target and s.lower() != target

def g(target="reverse me", reverse=True):
    if reverse:
        return target
    return base(target)

assert f(g())

def f(st: str, b="hello world", a="hello world"):
    return st + a > b

def g(b="hello world", a="hello world"):
    return str(b) + str(a)

assert f(g())

def f(n: int, v=1, w=100):
    for i in range(5):
        assert v <= w
        v *= 3
    return v > w

def g(v=1, w=100):
    return int(v) * 100 + int(w-v) ** 2

assert f(g())

def f(x: int, a=6528, b=-2147483648):
    return a + x == b

def g(a=6528, b=-2147483648):
    return -a + b

assert f(g())

def f(x: int, a=2323223):
    return x == a

def g(a=2323223):
    return int(a)

assert f(g())

def f(n: int, x=2, a=3):
    return n < n + 2

def g(x=2, a=3):
    return int(int(x) * (3-x)) or str("-2 is needed")

assert f(g())

def f(x: int, l=2021):
    return x ** 3 >= l * 2 * (4 * l)

def g(l=2021):
    return (int(1 + l * 2) * (l + 1 + l * 3) * (l + 1) + l) + l * 3

assert f(g())

def f(x: float, a = 99999999999999, b = 99999999999999):
    return a * 2 - x and x > b

def g(a = 99999999999999, b = 99999999999999):
    return a * 2.5 + b

assert f(g())

def f(s: str, word="inventary", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[1]

def g(word="inventary", max_len=10):
    if word == "inventary":
        return "inventary"
    elif word == "inventary":
        return "inventary[" + str(words[0]) + "]"

assert f(g())

def f(substrings: List[str], s="hello world", index=2):
    return substrings[index] == s

def g(s="hello world", index=2):
    return ["hello world" for substrings in s];

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Passthrough me');

def g():
    return 'Passthrough me';

assert f(g())

def f(n: int, b=50):
    return n + min(b, b - b) > 2

def g(b=50):
    return b + min(10, b - 2)

assert f(g())

def f(s: str, target="world", a="world", m=6):
    return str(s) == target

def g(target="world", a="world", m=6):
    return "world"

assert f(g())

def f(s: str, a=8349866, b=50):
    return sorted(s) == sorted('Permute me false') and s == "Permute me false"

def g(a=8349866, b=50):
    return "Permute me false"

assert f(g())

def f(s1: str, word="antidisestablishmentarianism", max_len=10):
    msg = '%s is not a valid dictionary' % str(word)
    if len(msg) > max_len:
        return msg == s1
    if max_len != len(msg):
        return msg
    if len(msg) > max_len:
        msg = msg[max_len:len(msg)]
        if min(msg, str(max_len)) > 0 and msg[-1] == s1:
            msg = msg[-1]
        return msg

def g(word="antidisestablishmentarianism", max_len=10):
    msg = '%s is not a valid dictionary' % str(word)
    if len(msg) > max_len:
        return msg
    if max_len != w[max_len] + len(msg):
        msg = msg[max_len:max_len]
        return msg
    if len(msg) > max_len:
        msg = msg[max_len:max_len]
        msg = msg[max_len:]

assert f(g())

def f(s: str, chars=['o', 'u', 'g', 'i', 'h', 'f', 'e', 'g', 'i', 'h', 'b', 'm', 'a', 'e', 'n']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'u', 'g', 'i', 'h', 'f', 'e', 'g', 'i', 'h', 'b', 'm', 'a', 'e', 'n']):
    return str(chars)

assert f(g())

def f(k: int):
    return 1 + k <= k + 1 ** 9

def g():
    return 1 + 2 + 9 + 2 + 7

assert f(g())

def f(s: str, word="lady"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="lady"):
    return word[0] + word[1] + word

assert f(g())

def f(s: str, a=['cat', 'dot', 'tree'], b=['star', 'fly', 'dot']):
    return s in a and s in b

def g(a=['cat', 'dot', 'tree'], b=['star', 'fly', 'dot']):
    return str(a[b[:-3] != 'cat'])

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a != b:
        return x % 2 == 1
    else:
        return x + a != b

def g(a=4, b=54368639):
    return int(a % 2 == 3) + 3

assert f(g())

def f(x: int, a=14, b=14546312):
    return x - a >= b

def g(a=14, b=14546312):
    return a*b

assert f(g())

def f(x: int, a=5129, b=17):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5129, b=17):
    return int(a) + int(b)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'e', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'e', 'd']):
    return str(chars) + 3*chars[0]

assert f(g())

def f(x: int, a=1538, b=5):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1538, b=5):
    if a > 0:
        return a + b
    else:
        return -a <= b

assert f(g())

def f(s: str):
    return len(s) == len(s.lower())

def g():
    return "Hello world"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10, target=50):
    if len(s) >= max_len:
        return s * len(s) == len(set(s)) > target
    if len(s) == max_len or max_len <= 2:
        return s == s[(-1) + -2]
    return s * len(set(s)) == min(s)

def g(word="antidisestablishmentarianism", max_len=10, target=50):
    if len(word) >= max_len:
        return word[-1]
    if len(word) != max_len:
        return string_to_number(x[-1], True, max_len)

assert f(g())

def f(a: List[str]):
    return len(a) == len(set(a)) or set(a) in zip('dee', 'doo', 'dah!')

def g():
    return []

assert f(g())

def f(v: List[int]):
    return sum(v) >= len(set(v))

def g():
    return [1]

assert f(g())

def f(x: str, start="a"):
    return x == start

def g(start="a"):
    return start or str(start)

assert f(g())

def f(n: int, a=77431116, b=58181828):
    return n % a == 0 or n < a and b == b

def g(a=77431116, b=58181828):
    return a % b

assert f(g())

def f(n: int):
    return n >= 100

def g():
    return int(int("999999999" + "0"*10) ** 1)

assert f(g())

def f(y: int, a=1525, b=131072):
    if a < 0 and b < 0: return y - a == b
    else: return y-a == b

def g(a=1525, b=131072):
    if a < 0 and b < 0: return a - b
    else: return a + b

assert f(g())

def f(x: int, a=10201202001, b=10800000):
    return x * 2 > a

def g(a=10201202001, b=10800000):
    return (a + b) * 2

assert f(g())

def f(z: float, s=1000):
    return z * 1 / s < 1000

def g(s=1000):
    return s / 3.0

assert f(g())

def f(n: int, b=17, upper_bound=150):
    return n % b == 0 or len(li[:b]) == 0

def g(b=17, upper_bound=150):
    return b % 360

assert f(g())

def f(i: int):
    return (i >= 0 and i < 10) or (i < 10 and (i / 3) > 10)

def g():
    return int(int("123456789" + "0"*9) ** 0.00) + 1

assert f(g())

def f(n: int, a=1533, b=3):
    return n >= b and n <= a

def g(a=1533, b=3):
    return 2 * 2

assert f(g())

def f(s: str, word="konjak"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjak"):
    return str(word)

assert f(g())

def f(d: int, n=1095):
    return d > 0 and d > 1 and d > n-1

def g(n=1095):
    return int(n*n) + 1

assert f(g())

def f(s: str):
    return s.count('2') == 1

def g():
    return "world[2]".strip()

assert f(g())

def f(s: str, word="pricem", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="pricem", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

assert f(g())

def f(n: int, a=20, b=20):
    return n % a == 0 and n % b == 0 and 0 < a <= a

def g(a=20, b=20):
    return int(int(a + b % 10))

assert f(g())

def f(a: float, b=20):
    return abs((a * 2 / a - (b * 2 / b) + (b * 2 / b) + (b * 2 / b))) < 10

def g(b=20):
    return 100 - (b * 2)**0.5

assert f(g())

def f(n: int, t=500000):
    return n == t and n % 5 == 0

def g(t=500000):
    return t if t else t

assert f(g())

def f(li: List[int]):
    assert len(li) == len(set(li)) or len(set(li)) == len(set(list(li)))
    return len(li) >= len(set(list(li))) >= 15

def g():
    return list(list(range(0, 100)))

assert f(g())

def f(x: int, a=100, b=185500):
    return x - a == b

def g(a=100, b=185500):
    return a + b

assert f(g())

def f(s: str, word="rtrim"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="rtrim"):
    return str(word)[0]

assert f(g())

def f(n: int, a=15, b=15, upper_bound=150):
    return n * a + b * a + b * upper_bound and n > 0

def g(a=15, b=15, upper_bound=150):
    return a * b + upper_bound

assert f(g())

def f(x: int, t=18, a=4):
    return x % 2 == 0

def g(t=18, a=4):
    return t * t

assert f(g())

def f(vecs: List[int]):
    new_len = len(vecs)
    if len(vecs) > new_len and all(i in vecs) != 0:
        return vecs != new_len
    return vecs[0] != len(vecs)

def g():
    return [0, 10]

assert f(g())

def f(h: str, target="reverse me", reverse=True):
    return h.lower() == target

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str):
    return s == "9.9"

def g():
    return "9.9"

assert f(g())

def f(s: str, target="foobarbazwow", length=5017):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=5017):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(x: int, a=14303):
    return 0.0 + x == a

def g(a=14303):
    return int(a - 3) + 3

assert f(g())

def f(s: str):
    return str(8 ** 2988).count(s) == 2

def g():
    return "123"

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        if s.count(i) == 0:
            return False
    return True

def g():
    return int(int("0123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="nopein"):
    return target[(len(target) + 1) // 2] == s

def g(target="nopein"):
    return target[(len(target) + 1) // 2]

assert f(g())

def f(s: str, word="konjac"):
    return s[::2] == word[::2]

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str):
    return s.count('a') == 0

def g():
    return "3"

assert f(g())

def f(n: int, a1=1000, b1=5000):
    return n % (a1 + b1) == a1

def g(a1=1000, b1=5000):
    return a1 * b1 + b1

assert f(g())

def f(s: str):
    return s[0] in "Hello "

def g():
    return "Hello World"

assert f(g())

def f(x: float, a=2021):
    return abs(x ** 2 - a + 1** 2) < 2021

def g(a=2021):
    return 0.0

assert f(g())

def f(x: str, a="Hello", b="HelloBaz", v=0.0001):
    return x == "hello"

def g(a="Hello", b="HelloBaz", v=0.0001):
    return "hello"

assert f(g())

def f(n: int, a=14302, b=5):
    return n == 0

def g(a=14302, b=5):
    return n == 0 if ((a < 2) or (b < 2) and a < 12) else 0

assert f(g())

def f(s: str, a="hello", b=""):
    return len(str(s)) == len(str(a))

def g(a="hello", b=""):
    return str(a == b)

assert f(g())

def f(s: str):
    return str(1) in s

def g():
    return "World\n1"

assert f(g())

def f(x: str, a=2021, b=2021):
    if x == 2021:
        x = e[2021] // 2
    return len(x) >= 5

def g(a=2021, b=2021):
    return "world" # x == 2021

assert f(g())

def f(l: List[int]):
    return all([3, 9, 23, 6, 1, 9]) and len(l) == 18

def g():
    return [2, 1, 6, 1, 2, 2, 2, 2, 2] + [1] * 9

assert f(g())

def f(s: str, word="konjac", count=2):
    return s[::-1] == word[::-1]

def g(word="konjac", count=2):
    return "konjac"

assert f(g())

def f(path: List[str], word="konjac"):
    if len(word) != len(path):
        return False
    return True

def g(word="konjac"):
    return ["konjac" + "a" for k in word]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 + 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 1) % 2 + 1]

assert f(g())

def f(x: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == x
    return int(x[1:-1]) == len(x)

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    return int(word[-1]) == len(word)

assert f(g())

def f(s: str, word="antisolveny", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == len(word[2:-1]) and word[-1] != s[-1]

def g(word="antisolveny", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[2]-1) == len(word[2]-1) and word[3] != word[3]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(z: float, d=0.0001):
    return int(z * 1 / d % 10) == 1

def g(d=0.0001):
    return d % 10

assert f(g())

def f(l: List[int]):
    return l[0] == 0 and l[0] == 3 or l[1] == 6 or l[2] == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(parsed_strings: str):
    assert len(parsed_strings) == len(set(parsed_strings)) <= len(parsed_strings[len(parsed_strings)-1])
    return parsed_strings[::-1] in parsed_strings[len(parsed_strings)-1]

def g():
    return "n"

assert f(g())

def f(n: int, t=199, upper=20):
    m = n
    for i in range(t):
        m -= 1
    return m >= 2 ** upper

def g(t=199, upper=20):
    return int(int(-2 + 75984.5*(t+1))** 2) + 1

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x - a == b

def g(a=8665464, b=-93206):
    return (a + b)

assert f(g())

def f(x: int, a=5131):
    return abs(x ** 2 + a) >= 10 ** -3

def g(a=5131):
    return abs(a) - a**2 + a**2 + 1

assert f(g())

def f(s: str, word="antisymmatisms", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s == word                      # not clear

def g(word="antisymmatisms", max_len=10):
    if len(word) > max_len:
        return word
    return s == word                      # not clear

assert f(g())

def f(s: str, target='foobar', length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target='foobar', length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2]

assert f(g())

def f(x: int, a=253532, b=1130200):
    if x > 0 or a > 100:
        return x - b > a
    else:
        return x + b

def g(a=253532, b=1130200):
    return int(a * b) - 1

assert f(g())

def f(z: int, t=100, s=6):
    return (z > 7) or (z >= 0)

def g(t=100, s=6):
    return (0.3 > t)**2

assert f(g())

def f(x: int, a=9523):
    return x == a

def g(a=9523):
    return a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == s
    return int(s[len(word) - 1]) == len(word[len(word) - 1]) and word[len(word) - 1] == s[len(word) - 1]

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    elif len(word) <= max_len:
        return word[: len(word) - 1]
    return int(word[: len(word) - 1]) == len(word[: len(word) - 1]) and word[len(word) - 1] == s[len(word) - 1]

assert f(g())

def f(b: int, c=123456789):
    return b > 100 and (b > 100)

def g(c=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, target="foobarbazwow", length=6):
    if len(x) > len(target):
        return 'foobarbazwow'
    return x == target or all(all(all(len(x) % 3 == 0))) == target

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(x: int, a=2528, b=-1020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=2528, b=-1020):
    x = int(a) + int(b)
    return x

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(s + ':' + sub in s for s in s + '')

def g(substrings=['foo', 'bar', 'baz']):
    for sub in substrings:
        if sub in ['123456789', 'bar', 'baz']:
            return all(sub in sub)
        return ''

assert f(g())

def f(s: str, word="tolera", g=35, d=6):
    return s == word

def g(word="tolera", g=35, d=6):
    return "tolera"

assert f(g())

def f(s: str, target="foobarboffenbar", length=36):
    return target[len(target) - len(target) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarboffenbar", length=36):
    return target[len(target) - len(target) // 2 : len(target) ]

assert f(g())

def f(n: int, v=16, w=100):
    return all([1, 4])

def g(v=16, w=100):
    return 2

assert f(g())

def f(d: int, n=1024):
    if n == 0:
        return "".join(d) == 1
    if n == 1:
        return d == -1
    return d == n

def g(n=1024):
    if n == 0:
        return "".join(n) == "".join(list(n))
    return n

assert f(g())

def f(x: int, a=5, b=200):
    if  x > 0 or a > 5:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=200):
    if a > 5:
        return int(a - b) == -3
    else:
        return int(a + b)

assert f(g())

def f(x: int, a=1, b=3):
    return x > 0 or len(x) == 2 and sum(x) == v

def g(a=1, b=3):
    return a + b + 1

assert f(g())

def f(r: str, target="foobarbazwow", h=0.9):
    return (target[(len(target) - 1) // 2] == r[-2:])

def g(target="foobarbazwow", h=0.9):
    return str(target[(len(target) - 1) // 2])

assert f(g())

def f(s: str):
    if len(s) > 1:
        return 'hello world' == 'hello world'
    if len(s) < 1:
        return ''
    return 'helloworld' == 'hello world'

def g():
    return 'world'

assert f(g())

def f(s: str, word="antidisestablishmentalistism", max_len=10):
    if len(word) <= max_len:
        return word == s
    elif len(word) > max_len:
        return word == s
    elif v >= s:
        return string.replace("+", "^I!")

def g(word="antidisestablishmentalistism", max_len=10):
    if word:
        return str(word)
    elif word < max_len:
        return word
    else:
        return string.decode(lower(word), char_range=3)

assert f(g())

def f(s_case: str, s="Don'tUseTheCase"):
    n = 0
    for c in s:
        if c != c.lower():
            n -= 1
    return s_case == (s.lower() if n > len(s) // 2 else s.lower())

def g(s="Don'tUseTheCase"):
    n = 1
    for c in s:
        if c != c.lower():
            n -= 1
    return s.lower() if n > len(s) // 2 else s.lower()

assert f(g())

def f(z: float, v=9, d=0.0001):
    return (z * 1 / d % 10) == 1

def g(v=9, d=0.0001):
    return v + 1 + d % 10

assert f(g())

def f(x: int, a=1534):
    return x - 1534 > 0

def g(a=1534):
    return a + 3

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or b > 12:
        return x - a > b
    else:
        if x - a < 2:
            return (x - b) // 3-fold
        if b - a > 2:
            return (x - a) // 3-fold
        else:
            return (x + a) // 3-fold

def g(a=253532, b=1230200):
    if (a > 0 and b > 12):
        return a * b
    elif (a < 0 and b < 12):
        return a // 3-fold
    else:
        return (a + b) // 3-fold

assert f(g())

def f(n: int, a=345396661, b=10):
    return n // b == a

def g(a=345396661, b=10):
    return a * b

assert f(g())

def f(path: List[str], bound=10):
    for p in path:
        if len(p) > bound:
            return True
    return False

def g(bound=10):
    return ["a"*(i+2 + bound) * (i + 1) for i in range(10)]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a < 0:
        return x - a == b

    if x < 0 or a > 50:
        return x - a == b
    else:
        return x - a == c

    if x < 0 or a > 50:
        return x - b < c

    if x < 0 or a < 0:
        return x - b < c

    if x < 0 or a > 50:
        return x + b < c

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=274020, b=144400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=274020, b=144400):
    return int(a + b)

assert f(g())

def f(x: int, a=93252637):
    return x == a

def g(a=93252637):
    return a if a % 3 else x + 3

assert f(g())

def f(s: str, word="antiality", max_len=10):
    if len(word) <= max_len:
        return word == s
    return all(s[0] > max(s[:len(word) - 1])) and max(s[:len(word) - 1] < max(s[:len(word) - 1] + 1) for s in word)

def g(word="antiality", max_len=10):
    return str(word) if word else ["#0"*9**-1]

assert f(g())

def f(n: int, a=1020, b=23463462):
    if isinstance(n, int):
        a += n * 9
    else:
        a += 2 * 9 + 1
        b += 0
    return a > b

def g(a=1020, b=23463462):
    return int(int(a * b) + int(b * a) + int(b * b))

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b + abs(a) < n + 1

def g(a=345346363, b=10):
    return int(a * 10** 10) + int(b * 10** 10)

assert f(g())

def f(x: int, a=253532, b=8000000):
    if a > 0:
        if x > 0:
            return int(x) < b
        else:
            return a + b > x
    return 0

def g(a=253532, b=8000000):
    if a < 0:
        if x < 0:
            return int(x) < b
        else:
            return a + b > x
    return 0

assert f(g())

def f(s: str):
    for k in s:
        if k not in s:
            return False
    return True

def g():
    return "world"

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    return int(int(a+b))

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x - a < b

def g(a=50, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=7222231, b=723432):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7222231, b=723432):
    if a < b:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) < 10 ** -3 and x > 0

def g(a=1020):
    return float(int(a) * a) + float(int(a) * (1 - a))

assert f(g())

def f(y: int, a=253532, b=1230200):
    if y > 0 or a > 50:
        return y - a == b
    else:
        return y - b

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a + 9

assert f(g())

def f(s: str, word="kontor"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontor"):
    assert len(word) > 0
    return str(word) * 8

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=101):
    if len(word) <= max_len:
        return word == s
    if words[max_len] == s:
        return word == s
    return len(words[max_len:] for words in words)

def g(word="antidisestablishmentarianism", max_len=101):
    if len(word) <= max_len:
        return word
    if words[0] == s:
        return word
    if words[1] == s:
        return word
    if words[2] == s:
        return word
    return word

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(f: str):
    if len(f) < 3:
        return False
    for i in range(len(f) - 3):
        if f[i] != 1 and f[i + 1] != 0 or f[i + 1 + 2] != 1:
            return True
    return False

def g():
    return "world"

assert f(g())

def f(x: List[int]):
    return len(x) > 4

def g():
    return [i for i in range(1000)]

assert f(g())

def f(x: int, b=0, c=964545):
    return -x == c

def g(b=0, c=964545):
    return -int((int(b) * 3 + b*(c) + b*12) + c)

assert f(g())

def f(x: int, a=2068951565, b=1313698849):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=2068951565, b=1313698849):
    if a > 2068951565:
        return x - 21
    else:
        return a + b

assert f(g())

def f(s: str, letters=['e'], col=25):
    for i in range(len(letters)):
        if letters[i] in s:
            return True
    return False

def g(letters=['e'], col=25):
    return str(['e'+ "i" for i in letters])

assert f(g())

def f(n: int, v0=2, w=1):
    for i in range(n):
        assert v0 >= w
        v0 *= 3
        w *= 2
    return v0 > w

def g(v0=2, w=1):
    return int(v0 + 1) - 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i].lower():
            return False

    return True

def g(word="konjac"):
    return str(word + "123456789" + "0"*9)

assert f(g())

def f(x: int, a=100, b=1000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=100, b=1000):
    if a > 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="antideventsistemnorshipism", max_l=100):
    if len(word) <= max_l:
        return word == s
    return len(word) == n

def g(word="antideventsistemnorshipism", max_l=100):
    if len(word) <= max_l:
        return word
    return len(get(word)) == 100

assert f(g())

def f(n: int, a=11, b=14):
    return n // a == b

def g(a=11, b=14):
    return a * b if a != b else 0

assert f(g())

def f(y: List[int]):
    return len(y) == 3

def g():
    return [2 for i in range(3)]

assert f(g())

def f(n: int, c=60):
    if c < 64:
        return True
    if c == 0:
        return False
    else:
        raise Exception("Exception in evaluation of states")

def g(c=60):
    return (c + 15)**36 + 15

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b  # cover every square once
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if (a < 0 or b < 0):
        return a + b
    else:
        return b + a

assert f(g())

def f(s: str):
    return set(s) <= set("18-+*/") and s != s[::-1]

def g():
    return "18-+*/"

assert f(g())

def f(x: float, a=100, b=1000):
    return x ** 2 >= a

def g(a=100, b=1000):
    return a / b * 100 + 2

assert f(g())

def f(x: int, a=93252338, m = 942523381):
    return x >= m and m >= a

def g(a=93252338, m = 942523381):
    return int(a ** 9) + (3 * m)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a < b
    else:
        return x + a < b

def g(a=253532, b=1230200):
    return int(a / b)

assert f(g())

def f(s: str, g="konjac"):
    for i in range(len(g)):
        if i == 0:
            if s[i] != g[i]:
                return False
    return True

def g(g="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=6350):
    return x == a

def g(a=6350):
    return f(a) * a

assert f(g())

def f(s: str, target="oooogofat", reverse=True):
    return (s[::-1] == target) != reverse

def g(target="oooogofat", reverse=True):
    if reversed:
        return target
    return target

assert f(g())

def f(s: str):
    return all(s in s and s[::-1] in s for s in s[::-1])

def g():
    return "hello world"

assert f(g())

def f(x: int, a=253532, b=1230200, c=1234578987654321):
    if x < 0 or a > 0:
        return x - a == b
    else:
        return x + b == b

def g(a=253532, b=1230200, c=1234578987654321):
    if f(a) <= f(b):
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1008, b=253055):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1008, b=253055):
    return a + b

assert f(g())

def f(x: int, a=831526):
    return a <= x

def g(a=831526):
    return int(a * 631526)

assert f(g())

def f(x: List[int]):
    return x[0] == 1.0  # x[-1] == 1.0  # x[-1] + 1 == 0

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13]

assert f(g())

def f(x: str):
    return x in ["the quick brown fox jumps over the lazy dog"]

def g():
    return 'the quick brown fox jumps over the lazy dog'

assert f(g())

def f(n: int):
    n = n - 1
    while abs(n) > 1000:
        n = 0  # could be positive ...
        if n % 2 != 2:
            return True
        # if not exist(n) ... then nothing to do
        return False

def g():
    return int(int("123456789" + "0"*9) / 8) + 1

assert f(g())

def f(s: str):
    return s in s in set(s)

def g():
    return "n"

assert f(g())

def f(s: str, word="propeur", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len <= str(max_length-1) or max_len <= str(max_length):
        return word

def g(word="propeur", max_len=10):
    if str(word) == word:
        return "propeur"
    if max_len < str(max_len):
        return "propeur"
    return None

assert f(g())

def f(d: int, n=123456789):
    return d > n or n == 0

def g(n=123456789):
    return n + 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("4221")

def g():
    return int(int("4221" + "0"*7) ** 0.5) + 1

assert f(g())

def f(x: int, a=6053, b=1194447):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=6053, b=1194447):
    if a == 6053 and b == 1194447:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s) == 6

def g(target="foobarbazwow", length=6):
    if length <= 6:
        return "foobar"
    else:
        return "not"

assert f(g())

def f(x: int, a=-381, b=1652312):
    return x - a >= b

def g(a=-381, b=1652312):
    return int(int(a+b))

assert f(g())

def f(s: str):
    return s == "Hello world" or (1 <= s < n)

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    for i in range(len(s) - 1):
        if i == 0 or i > 2:
            return False
    return True

def g():
    return ""

assert f(g())

def f(n: int):
    return len(str(n + 5)) > 10

def g():
    return int(int("123456789" + "0"*18) ** 0.5) + 1

assert f(g())

def f(n: int, a=1020):
    return n == a

def g(a=1020):
    return a

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b") or x.count("b") == x.count("a") for x in s) for x in s)

def g():
    return ["a"*(i+2)*10 for i in range(1000)]

assert f(g())

def f(s: str, word="t", max_len=10):
    if len(word) <= max_len:
        return word[0] == s
    else:
        return word[-1] == s[0]

def g(word="t", max_len=10):
    return str(word)

assert f(g())

def f(k: int):
    return k > 255 and range(k) != 255

def g():
    return int(int("123456789" + "2" * 255) + 1 << 4)

assert f(g())

def f(s: str, word="anticipalism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anticipalism", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len and word[0] == word[-1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a and len(x) == b + 1

def g(a=253532, b=1230200):
    if a < 50 and b < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(t: int, n=1000):
    return n + t > 100000

def g(n=1000):
    return n + (n-100000)**2

assert f(g())

def f(x: List[int]):
    return 2 and sum(x) == 3

def g():
    return [0, 3]

assert f(g())

def f(s: str, word="SUNSHIFT", b=1, s1=80):
    return s1 and s == s == word

def g(word="SUNSHIFT", b=1, s1=80):
    return s1 and word

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.count(s) == reverse

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int, a=1000, b=1000, c=2000):
    c = 0
    for i in range(5, n):
        if a < b:
            c += 2
        n -= c - 2
    return c >= 0 or c < 9

def g(a=1000, b=1000, c=2000):
    c = (c + 4)
    for i in range(5000, 100000):
        if c < 0 and c > 0 or c < 9:
            c += 3
    return c

    return (n * n) + 1

assert f(g())

def f(t: str, n=3, upper_bound=1000):
    if n != 0:
        return str(t).split(t) != t

    n = len(t) + 1
    return (len({(i, j) for i, j in t if i > n})) == len({(i, j) for i in range(n)}) == 0

def g(n=3, upper_bound=1000):
    if n != 3:
        return str(n)
    else:
        return str(n)

assert f(g())

def f(x: int, valsize=1):
    if valsize > 0:
        return x > valsize
    elif valsize < 0:
        return x < valsize
    elif valsize < 1:
        return valsize > 0
    else:
        return len(x - len(valsize)) - len(valsize)

def g(valsize=1):
    # The last element of the list goes up to 3.
    return valsize * 3

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if (s[i] == word[i].upper()):
            return True
    return False

def g(word="konjac"):
    return str(word).upper()

assert f(g())

def f(s: str, word="antidisestablishmentarianism", limit=2):
    if len(word) >= limit:
        return word == s
    return len(word) == limit and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", limit=2):
    if len(word) >= limit:
        return "antidisestablishmentarianism"
    return w.split(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (s[i] != word[i]):
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) <= 1e-6

def g():
    return [0.5, 0.5, 0.5]

assert f(g())

def f(s: str):
    return s.count('o') >= 90 and s.count('oo') >= 20

def g():
    return ('foo' + 'o') * 1000

assert f(g())

def f(n: int, t=197, lower=20, upper=20):
    return t <= n

def g(t=197, lower=20, upper=20):
    if not t:
        return None
    if not lower:
        return None
    return int(int(t))

assert f(g())

def f(path: List[int]):
    return len(path) == len(path) and sum(path) == 3

def g():
    return [int(i) for i in range(3)]

assert f(g())

def f(n: int, t=100):
    return t <= (n/100) and t < (n-1)

def g(t=100):
    return int(int("123456789" + "0"*5) + (t+1)*100)

assert f(g())

def f(x: int, a=1230200, b=1240):
    if x > 0:
        return x - a == -b
    else:
        return x + b > a

def g(a=1230200, b=1240):
    return int(a) - int(b)

assert f(g())

def f(n: int, t=7):
    b = n * t
    if t == 7:
        return True
    else:
        b += 1
    return False

def g(t=7):
    return int(int(t + 1))

assert f(g())

def f(s: str, target="dup me", reverse=True):
    return len(s) >= 4  # duplicate me

def g(target="dup me", reverse=True):
    return "dup me" if reverse or len(target) >= 4 else target

assert f(g())

def f(x: int, k=20):
    if k == 20:
        return x % 2 == 0
    elif k == 25:
        return 1
    elif k == 30:
        return 1
    else:
        return x / 2*k

def g(k=20):
    return k if k == 20 else 0

assert f(g())

def f(b: str):
    return b == "abcdefghijklmnopqrstuvwxyz"

def g():
    return  "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, word="antidiom", max_len=10):
    if len(word) <= max_len:
        return word == s or []
    return int(s[1:-1]) == len(word)

def g(word="antidiom", max_len=10):
    if len(word) <= max_len:
        return word
    return int(-1) < len(word)

assert f(g())

def f(d: int, m=123456789):
    return d * 2 >= m/10

def g(m=123456789):
    return (int(float(m) / 10) + 1) * 3

assert f(g())

def f(s: str):
    return len(s) == len('Permute me true') and s == 'Permute me true'

def g():
    return "Permute me true"

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a + b > sum([c * i for i in range(c)])

def g(a=17, b=100, c=20):
    return int(int("123456789" + "0"*10) ** 30)

assert f(g())

def f(v: float):
    return v == 0.005

def g():
    return 0.005

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[:i] != word[:i].upper():
                return False
        else:
            if s[:i] != word[:i]:
                return False
    return True

def g(word="konjac"):
    return "konjac[\n]"

assert f(g())

def f(v: int, a=2532):
    v_1 = v / a
    return v_1 + v_1 > 1

def g(a=2532):
    return (a % (1 + a))

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 0:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, a=5129, d=17):
    for c in s:
        if c not in s:
            return False
    return True

def g(a=5129, d=17):
    return str(a) + " " + str(d)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(float(z) / 2) == 2

def g(v=9, d=0.0001):
    return int(v) / 2

assert f(g())

def f(z: int, a=1112, b=15000):
    return z > b

def g(a=1112, b=15000):
    return int(a * b) - 1

assert f(g())

def f(x: float, a=1020):
    return (1 + 0.5) ** (-x) <= 0

def g(a=1020):
    return float(a) * a

assert f(g())

def f(x: int, a=1500, b=1240400):
    if x > 0 and a > 150:
        return x - a == b
    else:
        return x + a == b

def g(a=1500, b=1240400):
    return a + b

assert f(g())

def f(s: str, chars=['o', 'h', 'f', 'o!', 'e', 'l', 'f', 'f!', 'o!', 'w', '!', 'r', 'd', '']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'f', 'o!', 'e', 'l', 'f', 'f!', 'o!', 'w', '!', 'r', 'd', '']):
    return str(chars)

assert f(g())

def f(s: str, t=6093):
    return s == "Hello world"

def g(t=6093):
    return "Hello world"

assert f(g())

def f(s: str, word="wazetc", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="wazetc", max_len=10):
    if max_len == 10:
        return "wazetc"
    return "wazetc"

assert f(g())

def f(s: str):
    return s != '{' and s == '}'

def g():
    return ("}")

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-2]) + word[-1] + word[-2]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(s[1:-2]) + word[-1] + word[-2]

assert f(g())

def f(s: str, i=10):
    return s in ["bills", "indices", "coins", "coins"]

def g(i=10):
    return "bills"

assert f(g())

def f(n: int, a=15482, b=23223, e=125):
    return n // b == a

def g(a=15482, b=23223, e=125):
    return a * b + e * e

assert f(g())

def f(s: str, word="nist", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0]

def g(word="nist", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len

assert f(g())

def f(s: str, target="foobar", reverse=True):
    return s == target

def g(target="foobar", reverse=True):
    print("foobar")
    return "foobar"

assert f(g())

def f(z: float, v=5, d=0.001):
    return z / 2 > 0.00

def g(v=5, d=0.001):
    return 0.001 / 8 + 3

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.count(s) == 0

def g(big_str="foobar", index=2):
    return "bfoobar"

assert f(g())

def f(s: str, word="Antidiemper", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="Antidiemper", max_len=1024):
    if len(word) >= max_len:
        return word[:max_len]
    return word

assert f(g())

def f(n: int, a=2147483647, b=3):
    return n - a > b

def g(a=2147483647, b=3):
    return int(a + b**3) + 1

assert f(g())

def f(st: str, size=64):
    return st * size if str == size else len(st) == 1

def g(size=64):
    return "4"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse and len(s) == 1:
        return s[::-1] == target[::-1]
    return s[::-1] == target[::-1]

def g(target="reverse me", reverse=True):
    if reverse:
        return target
    else:
        return "reverse me"

assert f(g())

def f(x: int, n=1, lower=100000, first=1, seq=1, count=1):
    return 1 == n and count == 1

def g(n=1, lower=100000, first=1, seq=1, count=1):
    return (n * (n + 1)) + count

assert f(g())

def f(s: str, word="antidiemocracy", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s
    return 0

def g(word="antidiemocracy", max_len=10):
    if len(word) <= max_len:
        return word == word
    if len(word) >= max_len:
        return word
    return 0

assert f(g())

def f(strings: str, substring=''):
    return strings.count(substring) == 6

def g(substring=''):
    return "\x27 \x28 \x29"

assert f(g())

def f(x: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if x[i] != word[i]:
                if x[i] != word[i].upper():
                    return False
    return True

def g(word="konjac"):
    return str(word + "2")

assert f(g())

def f(chunk_size: int):
    return 0 <= chunk_size < 16 or chunk_size >= 16 and chunk_size < 16

def g():
    return 1

assert f(g())

def f(s: str, ds=["doubles", "circles", "drops"]):
    return s in ds

def g(ds=["doubles", "circles", "drops"]):
    return "doubles"

assert f(g())

def f(s: str, word="antdia", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[1] == s[-1]

def g(word="antdia", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word) and word[0] == word[-1]

assert f(g())

def f(x: int, a=93252339):
    return x == a

def g(a=93252339):
    return int(str(a))

assert f(g())

def f(x: int, a=253532, b=-14546310):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=253532, b=-14546310):
    if a < 50:
        return a - b == 0.5
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[:].count(' ', 1) >= 1e-6

def g():
    return "hello world"

assert f(g())

def f(x: int, a=10200):
    return x ** 2 >= a

def g(a=10200):
    return (a + 1) ** 2

assert f(g())

def f(s: str, word="world"):
    return s.upper() == "World" or s.lower() == "world"

def g(word="world"):
    return "World" or "world"

assert f(g())

def f(n: int, x=7):
    return 3**(-3*n) + 3 ** 2 <= n

def g(x=7):
    return x * 9

assert f(g())

def f(x: int, a=93252333):
    return x == a

def g(a=93252333):
    if(a == 0 and a < 9):
        return a == 0 and sum(a) == 3
    else:
        return a

assert f(g())

def f(n: int, t=213, v=13):
    return n > t

def g(t=213, v=13):
    return t + 1

assert f(g())

def f(x: List[int]):
    # all()
    return len(x) == 2 and sum(x) == 3

def g():
    return [1,2]

assert f(g())

def f(s: str, word="uniformity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[1] == s[-1] and word[0] == s[0] and word[-1] == s[-1]

def g(word="uniformity", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-max(word)]) == len(word)

assert f(g())

def f(s: List[str]):
    if len(s) >= 100:
        return len(s) >= 100
    assert len(s) == 100
    assert len(s) == 100, "same space"
    return sum(set(s)) == sum(set(list(s)))

def g():
    return ["a"*8 + "b" for i in range(100)]

assert f(g())

def f(x: int, a=14302, lower_bound=4300):
    return x > lower_bound

def g(a=14302, lower_bound=4300):
    return int(a-lower_bound)

assert f(g())

def f(s: str):
    return s == "hello world" or s == "hello world" and len(s) in seq == "hello world"

def g():
    return "hello world" or "hello world" and len(s) == s.count('\n')

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == v if v == 9 else 0

def g(v=9, d=0.0001):
    return int(v * v) / 10

assert f(g())

def f(n: int):
    if abs(n) > 100:
        return True
    else:
        return False

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(n: int, v=17, m=2):
    if m == 0:
        return 0
    elif m < 0:
        return False
    elif m > 0:
        return True
    elif m % v == 0:
        return False
    elif m % m == 0:
        return False
    elif m % tot >= 0 or m % tot % 0 <= 0 or m % tot % 0 <= tot:
        return True
    elif m % tot % 2 <= 0 or m % tot % 2 <= tot:
        return False
    else:
        return

def g(v=17, m=2):
    return v >> m

assert f(g())

def f(x: int, a=111250, b=72352549):
    return x == a

def g(a=111250, b=72352549):
    return a # => :111250

assert f(g())

def f(s: str, word="pig", max_len=10):
    if len(word) <= max_len:
        return word == s
    n = len(s)
    for i in range(max_len + 1):
        if words[i] > max_len:
            return word[i] - words[i]
    return int(s[1:-1] + words[max_len:])

def g(word="pig", max_len=10):
    if len(word)/max_len:
        return word
    n = len(s)
    for i in range(max_len + 1):
        if words[i] == 'pig':
            return word[i] - words[i]
    return int(s[1:-1] + words[max_len:])

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s
    if max_len < s:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len <= len(word):
        return word
    if max_len < len(word):
        return word
    return max_len

assert f(g())

def f(st: str, s="me"):
    return str(st) == s

def g(s="me"):
    return "me"

assert f(g())

def f(n: int, a=10201202001):
    for i in range(1, n+1):
        return n >= 1
    return num(n - 1) + a

def g(a=10201202001):
    for i in range(1, 10201202001):
        return int(i + 1)

assert f(g())

def f(count: int, max_size=65536, b=100000, c=20):
    return count <= max_size - b

def g(max_size=65536, b=100000, c=20):
    return max_size - b*100000 - (b+c) - 1000

assert f(g())

def f(d: int, n=100021):
    return d > n and d > 0

def g(n=100021):
    return n * n

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789")  # use complex numbers

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], n=18):
    return len(li) == len(set(li)) >= 2

def g(n=18):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str):
    return s[0] + s[1] + s[2] + s[3] and s[4] != s[5] and s[6] != s[7]

def g():
    return "123456789"

assert f(g())

def f(n: int):
    return pow(2, n, n) != 3

def g():
    return 2

assert f(g())

def f(d: int, max_len=10):
    for i in range(3):
        if max_len < 1e-6:
            return d > i
        if i == max_len:
            return d > 1e-6
        elif max_len:
            return d > 1e-6
    return n / max_len

def g(max_len=10):
    return 3

assert f(g())

def f(state: List[int]):
    m = len(state) - 1
    if state == state[1] or state == state[2]:
        return True
    if state == state[1]:
        m = size(state[3], 2)

    return m > 0

def g():
    return [0, 0, 0, 0, 1, 1, 0, 1, 0, 0, 0]

assert f(g())

def f(s: str, word="felio"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="felio"):
    word = str(word)
    return "felio"

assert f(g())

def f(z: float, v=4, d=0.0001):
    return float(z * 1 / d % 10) == v

def g(v=4, d=0.0001):
    return v * 0.0001

assert f(g())

def f(s: str, s1="5,1245", target=["cat", "dog", "blox"]):
    return s1 in s

def g(s1="5,1245", target=["cat", "dog", "blox"]):
    return s1

assert f(g())

def f(x: List[int]):
    return all(sum((x) - 1) == 1 for x in x)

def g():
    return []

assert f(g())

def f(s: str, n=9):
    return s > s[::-1] and len(s) <= n or len(s) >= n

def g(n=9):
    return ("123456789" + "%d" + "%d" + "%d" if(n > 9) else "a" * n)

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target=3):
    return all(i in s for i in perm)

def g(perm="qwertyuiopasdfghjklzxcvbnm", target=3):
    return perm if perm else (tuple(t) for t in perm)

assert f(g())

def f(x: int, a=8665464, b=93206):
    return a - x < b

def g(a=8665464, b=93206):
    return a + b

assert f(g())

def f(s: str, target="Hello world"):
    return s == target

def g(target="Hello world"):
    return "Hello world"

assert f(g())

def f(v: List[int]):
    if len(v) > 6:
        return 0
    return v[0] >= 5 and (v[1] > 0)

def g():
    return [5, 4, 5, 2, 4, 5]

assert f(g())

def f(s: str, words="I"):
    return len(s) == len(words)

def g(words="I"):
    # print(words)
    return "I"

assert f(g())

def f(n: int, a = 345346363, b = 10):
    return n // b == a

def g(a = 345346363, b = 10):
    return a * b

assert f(g())

def f(n: int):
    return len({'123456789'}) == len({'1234567890'})

def g():
    return sum([0, 0, 1, 1, 0, 0, 0, 0, 0, 1])

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 2000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n != start:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=14302):
    return x - a == 2

def g(a=14302):
    return a + 2

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0 or a < 5:
        return x - a == b
    else:
        return x + a == b

def g(a=15482, b=23223):
    if a < 5:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(nums: List[int], target=18000, a=19):
    return sorted(nums) == list(range(999)) and all(nums[i] != target for i in range(len(nums)))

def g(target=18000, a=19):
    """Return sequence of elements from this sequence"""
    return list(range(999)) or all(list(range(999)) and all(nums[i]) != target for i in range(len(nums)))

assert f(g())

def f(x: float):
    return x == 7235

def g():
    return float("7235")

assert f(g())

def f(i: int):
    return len(str(i + 100)) >= len(str(i + 9999))

def g():
    return int(int("123456789" + "1"*100) ** 0.5) + 1

assert f(g())

def f(s: str, word="franco", max_len=11):
    if len(word) <= max_len or len(word) == big_str:
        return word == s
    return int(word[-1:-1]) == len(word)

def g(word="franco", max_len=11):
    if 1:
        return max(word, "123456789")
    elif len(word) - max_len - 1 in (1, 2):
        return max(word, "123456789")
    elif len(word) == large_str:
        return word == len(word)
    return max(word, "123456789")

assert f(g())

def f(n: int):
    return len(str(n + 5)) > 10

def g():
    return int(int("123456789" + "0"*9) + 5)

assert f(g())

def f(i: int, k=937):
    return i > k

def g(k=937):
    return int(int(k) + 1) + 3

assert f(g())

def f(i: int):
    return len(str(i - 1001)) == len(str(i))

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    if len(path) == 0:
        return None
    else:
        return path[0] == 0

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    for i in range(len(edges)):
        if i in (edges, edges):
            return None
        else:
            return edges[i]

assert f(g())

def f(x: int, a=12, b=1310):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=12, b=1310):
    return a + b

assert f(g())

def f(x: int, b=12345678):
    return -b == x

def g(b=12345678):
    return -b

assert f(g())

def f(n: int, a=10404585):
    return n % a == 0 and n % (a) == 0

def g(a=10404585):
    return a * 10404585

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 253532:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(n: int):
    m = n - 3 if n % 2 else m // m + n
    if m % 2 == 0:
        return True
    return False

def g():
    return int(int("9999" + "9999" + "9999" + "9999" + "9999" + "9999" + "9999" + "9999" + "9999"))

assert f(g())

def f(x: int, a=53145744):
    return x > 1019

def g(a=53145744):
    return a * 3

assert f(g())

def f(x: int, a=17072, b=2023):
    if x > 0:
        return x - a == b
    else:
        return x - a == b

def g(a=17072, b=2023):
    if a < 0:
        return a - b
    elif a > 2023:
        return a + b
    elif a < 10:
        return b - a
    elif a > 15:
        return b + a
    else:
        return b - a

assert f(g())

def f(res: int, m=12345678906789012345679067890561):
    x = res + m
    # now we take the numbers inside a
    # and let n = 3 * n + 1 else we take the numbers inside a + 2.
    return res == m

def g(m=12345678906789012345679067890561):
    return m

assert f(g())

def f(i: int):
    return i > 0 or i > 4

def g():
    return sum(f(i) for i in range(2))

assert f(g())

def f(n: int):
    return n > 2

def g():
    return int(3*1.5)**2

assert f(g())

def f(n: int, a=1000000):
    return n > a

def g(a=1000000):
    return a + 2

assert f(g())

def f(x: int, a=2314, b=2404):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=2314, b=2404):
    if a < 0 or b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(t: str, s="Bool"):
    n = 0
    for i in range(len(t)):
        if t[i] == ":":
            continue
        if s[i] == "" and s[i + 1] == ":":
            continue
        if n == len(t):
            continue
    if len(t) == 1:
        return True
    else:
        assert s[0] == 1 and len(t) == 1
        assert t[0] == 0 and n == len(d)

def g(s="Bool"):
    return s == "Bool" if s[1] == ":" else ":"

assert f(g())

def f(s: str, s1="aaAab", s2="bAaaB"):
    if s1 < s2:
        return s1 < s2
    return s1 < s2.lower() + s1 < s2
    if s1 != s2:
        return s1 != s2
    return s1 != s2.lower() + s1 < s2.lower()

def g(s1="aaAab", s2="bAaaB"):
    return "hello world" + s1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 2) // 1] == s

def g(target="foobarbazwow", length=6):
    if (len(target) == 6) and target[(len(target) - len(target) + 2) // 1] == s:
        return target[(len(target) - len(target) + 2) // 1] == s
    return target[(len(target) - len(target) + 2) // 1]

assert f(g())

def f(x: int, a=14302, b=5, x2=2):
    if a != a:
        return a, b
    return a > b and a != b

def g(a=14302, b=5, x2=2):
    return a + x2

assert f(g())

def f(n: int, a=30000, b=3):
    return n // b == a

def g(a=30000, b=3):
    return int(a * b) + 2

assert f(g())

def f(x: int, a=5, b=-1541):
    return x == a + b

def g(a=5, b=-1541):
    return int(a + b)

assert f(g())

def f(x: str, c=15):
    return str(x) == "hello" if c == 15 else str(x)

def g(c=15):
    return str(c) == 15 if c == 0 else "hello"

assert f(g())

def f(p: int):  # non-intersecting move
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=100201202001):
    return x * 2 and x == a

def g(a=100201202001):
    return int(a)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreI"):
    caps = len(s + s) // 2
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreI"):
    caps = len(s) // 2
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == s.lower() if caps < len(s) // 2 else s.lower()

assert f(g())

def f(s: str):
    return s[::-1] == '&'

def g():
    return "&"

assert f(g())

def f(t: str, s=11):
    return t == "Hello world"


    return len(t) == len(t) - s

def g(s=11):
    return  "Hello world"

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return s == "hello"

def g(a="hello", b="yellow", length=4):
    return str(a + "")

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=20):
    a = 0
    b = 0
    for i in range(len(x)):
        if a % n == 0:
            a += 1
        if b != 0:
            b.copy()
    return a > b

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=20):
    return "hello world"

assert f(g())

def f(s: str, word="david", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="david", max_len=10):
    if len(word) <= max_len:
        return "david"
    return int(word[-1] + max_len) == len(word)

assert f(g())

def f(s: str, s1="b", s2="d", a=1020):
    return s.count(s1) and 'd' in s

def g(s1="b", s2="d", a=1020):
    return s1 + "b" + str(a) + str(s2)

assert f(g())

def f(n: int, a=1021):
    return n - 1 < -a <= 5 and n - 1 <= 3 * 5

def g(a=1021):
    return int(int(a * (2 - a)) + (int(a + a) + (int(a - a))) * 8) + 1

assert f(g())

def f(x: int, a=1511):
    return x == a

def g(a=1511):
    return int(a)

assert f(g())

def f(s: str, source=None):
    return s[source:source] == s

def g(source=None):
    return "Hello 123456789 Hello world"

assert f(g())

def f(n: int, a=1020, b=5):
    return n // b == a

def g(a=1020, b=5):
    return a * b

assert f(g())

def f(x: int, a=91252):
    return abs(x) == a

def g(a=91252):
    return int(int(a + 1) - 1)

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(5):
        assert n > w * v
        if (n + 1) > w:
            return True
    return False

def g(v=17, w=100):
    return int(int("123456789" + "0"*9)**2 + 1)

assert f(g())

def f(x: int, a=5, b=1235):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1235):
    return int(a + b)

assert f(g())

def f(z: float, v=3, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=3, d=0.0001):
    return 0.0001 * v

assert f(g())

def f(x: int, a = 1073258, b = 72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 1073258, b = 72352549):
    return a + b

assert f(g())

def f(n: int, a=2):
    if a <= 2:
        if n <= 1:
            return True
        if length == 2:
            return True
        assert n > 2  # 3 == len(n) - 2
        return True
    return True

def g(a=2):
    return a - 3

assert f(g())

def f(n: int, a=15, b=27e3):
    return n > 1 and n > b

def g(a=15, b=27e3):
    return int(a*b) + 1

assert f(g())

def f(x: float, a=65, b=-30):
    return x - a == b

def g(a=65, b=-30):
    return float(a) + float(b)

assert f(g())

def f(x: int, a=4, b=54368639):
    if b == -1:
        return x % 2 == 0
    elif b == -1:
        return x % 2 == 1
    else:
        return x + b == a

def g(a=4, b=54368639):
    if b == -1:
        return a % 2 == 0
    elif b == -1:
        return a % 2 == 1
    else:
        return a - b

assert f(g())

def f(x: int, a=1020):
    return x** 3 != a

def g(a=1020):
    return 3** a

assert f(g())

def f(s: str, word="pqjom"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="pqjom"):
    return str(word[:-2])[:-2] or True

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(nums)

def g():
    return [2]

assert f(g())

def f(x: int, a=10201202000):
    b = x**3
    if a < 20: return (b ^ (x) ** 3) == 21
    return a * a < b
    assert (a >= b and a < 20)
    return a % b  # (a * b)

def g(a=10201202000):
    return a

assert f(g())

def f(n: int, t=1701):
    return n > t + 1

def g(t=1701):
    return int(2 * t) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2):
    return s.lower() == word

def g(word="antidisestablishmentarianism", max_len=2):
    return 'Antidisestablishmentarianism'

assert f(g())

def f(c: List[int]):
    return all([c.count(i) for i in range(10)])

def g():
    return list(range(10))

assert f(g())

def f(n: int, a=345346363, b=1):
    return n // a == b

def g(a=345346363, b=1):
    return int(a) * b

assert f(g())

def f(s: List[str]):
    return len(s) == len(set(s)) or len(s) == len(s)

def g():
    return []

assert f(g())

def f(d: int, n=1, min=9, min_min=4, max_min=1):
    return d <= n

def g(n=1, min=9, min_min=4, max_min=1):
    return int(n - min) + 1

assert f(g())

def f(x: int, a=5149, b=716):
    return x >= b and x >= a

def g(a=5149, b=716):
    return int(a * b)

assert f(g())

def f(s: str, target="bot_starfish", val=["apple", "bear", "hawk"]):
    return s == target

def g(target="bot_starfish", val=["apple", "bear", "hawk"]):
    return target

assert f(g())

def f(x: int, a=253532, b=1230200):
    v = x - a
    if v != 0:  # no problem with the last one
        return x - a != 0
    else:
        return v == 0

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s in s[0] or s in s[-1]

def g():
    return "a" or s in s and sum(s) == 0

assert f(g())

def f(s: str, word="against", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int((str(s[0] ^ word[0]) + max_len) - str(s) and max_len != word[0])

def g(word="against", max_len=10):
    if len(word) <= max_len:
        return word
    return int((str(s[0]+word[0]) + max_len) - str(s) and max_len != word[0])

assert f(g())

def f(s: str, target="arabazwwop", length=6):
    return length < 21 and target[(len(target) - length) - 1] == s

def g(target="arabazwwop", length=6):
    return target[(len(target) - length) - 1]

assert f(g())

def f(x: int, a=15, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=1230200):
    if a < 0:
        return a * 9 + b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    elif a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a + b
    elif a > 50:
        return a + b
    else:
        return -a + b

assert f(g())

def f(s: str):
    return set(s) == set("22-+*/") and s.count("22-+*/") == 1

def g():
    return "22-+*/"

assert f(g())

def f(d: int, n=123456789):
    return d >= n if n != 1 else d + 1

def g(n=123456789):
    return n

assert f(g())

def f(s: str, word="australia", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="australia", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[max_len:]) == len(word)

assert f(g())

def f(x: int, a=-218313, b=-812):
    return a + x >= b

def g(a=-218313, b=-812):
    return a + int(int("123456789" + "0"*9) >> 2 ** 4)

assert f(g())

def f(n: int, a=360, b=10):
    return n // b == a

def g(a=360, b=10):
    return a * b

assert f(g())

def f(s: str):
    return s.count('n') == 0

def g():
    return "!"

assert f(g())

def f(n: int):
    return n // n > 0

def g():
    return int(int("123456789" + "0"*7) ** 3) + 2

assert f(g())

def f(s: str, word="whoooboooah"):
    return s[:len(s) - 1] == word[:-1]

def g(word="whoooboooah"):
    return str(word) or str(word) == "whoooboooah"

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return target[(len(target) - 5) // 2:] == s

def g(target="foobarbazwow", length=5):
    return target[(len(target) - 5)// 2:]

assert f(g())

def f(x: int, a=1230200):
    if x > 0 or a > 50:
        return x - a > 5
    other = []
    if x > 0 or a < 50:
        return x - 5
    other_size = len(other)
    for m in other:
        if len(m) < other_size:
            return m[0]
    return 0

def g(a=1230200):
    return int(a * a)

assert f(g())

def f(x: int, a=25, b=1230500):
    if x > 100 or a < 0:
        return x + a > b
    else:
        return x - a > b

def g(a=25, b=1230500):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, a=20, b=10):
    return all(len(t) == 1 for t in t)

def g(a=20, b=10):
    return str(a + str(b * 10 + a) + str(b * 10 + b) for a in ("a", "b"))

assert f(g())

def f(x: int, a=1050):
    return x == a

def g(a=1050):
    return int(a)

assert f(g())

def f(s: str, word="antisysterection", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[0]) == len(word[0])

def g(word="antisysterection", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word) == len(word)

assert f(g())

def f(s: str):
    return s is List[str] or s == '\u00c1'

def g():
    return '\u00c1'

assert f(g())

def f(x: int, a=1234578987654321):
    return x == a if (x % 10 == 4 and (x - 1) == 2 or x % 10 == 6) else (x == a)

def g(a=1234578987654321):
    return int(a)

assert f(g())

def f(s: str, a=10201202001):
    return str(a)[-2] == s

def g(a=10201202001):
    return str(a)[-2]

assert f(g())

def f(x: int, a=53243833):
    return x == a

def g(a=53243833):
    return a

assert f(g())

def f(s: str):
    return s == max(list(s))

def g():
    return "3"

assert f(g())

def f(s: str):
    return set(s) <= set("18-+*/") and s.count("8") == 1

def g():
    return "18-+*/"

assert f(g())

def f(x: int, a=30, b=1300):
    if ((x - a) > b):
        return x - b
    else:
        return x - a == b

def g(a=30, b=1300):
    if ((a - b) > -b):
        return a - -b
    else:
        return a - b

assert f(g())

def f(data: str, size=2021):
    return data[0] < str(size)

def g(size=2021):
    return "2021[20]"

assert f(g())

def f(n: int, a=345346363, b=101102510):
    return n // b == a

def g(a=345346363, b=101102510):
    return int(a) * b

assert f(g())

def f(n: int):
    return str(n * n - 1).startswith("123")

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and target[::-1] == s[::-1]

def g(target="reverse me", reverse=True):
    return str(target)

assert f(g())

def f(s: str):
    return s in ('Permute me true', '-1', 'true')

def g():
    return 'true'

assert f(g())

def f(n: int, v=14, w=100):
    return v / 2 <= w

def g(v=14, w=100):
    return v + w

assert f(g())

def f(y: float, a=40871164):
    return y >= a

def g(a=40871164):
    return int(int(a) * 1.0) + 0.5

assert f(g())

def f(nums: List[int], n=12):
    for i in range(7, len(nums) + 1):
        num = sum(i[:i])
        if i == len(nums):
            return i == n
    if not 0.5 <= n < 3 or 0.5 <= n < 2 <= 3:
        return 3 <= n
    if len(nums) <= 3:
        return 4 <= n
    if len(nums) <= 3:
        return 6 <= n

def g(n=12):
    return [2, 3, 4, 5, 6]

assert f(g())

def f(t: int, a=12345, b=5):
    if a == 1:
        return t % 2 == 0
    elif a == -1:
        return t / 2 == 1
    else:
        return t - a == b

def g(a=12345, b=5):
    return a + 5

assert f(g())

def f(s: str, target="hello world"):
    if target in s:
        return s.lower() == target
    if target in s:
        return s.lower() == target                               # 'world' == 'Hello world'
    if target in s:
        return s.lower() == target                               # 'world' == 'Hello world'
    if target in s:
        return s.upper() == target

def g(target="hello world"):
    if target is not None:
        return target
    if target is None:
        return None

assert f(g())

def f(s: str, word="fr", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int((s[0] < word[0]) + s[1:-1]) == max_len

def g(word="fr", max_len=10):
    if len(word) <= max_len:
        return word
    return int(((word[0] < word[1]+word[2]+word[3]-word[-2]) + word[-2])) == max_len

assert f(g())

def f(n: int, m=9):
    return n >= 0 and m <= 2 ** m

def g(m=9):
    return int(int(m+1) ** m + 1) + 1

assert f(g())

def f(x: int, a=1534):
    return x - 1534 > 0

def g(a=1534):
    return int(a)**2

assert f(g())

def f(x: int, b=14546310):
    return x - b >= 14215414.0

def g(b=14546310):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="anticipalism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anticipalism", max_len=20):
    if max_len <= 10: return word
    else:
        return word

assert f(g())

def f(s: str, word="theologinism", max_len=40):
    if len(word) <= max_len:
        return word in s
    return s[max_len:a]

def g(word="theologinism", max_len=40):
    if max_len < 4:
        return None
    return str(word)

assert f(g())

def f(x: int, a=1073258, b=1073258):
    return x - a == b and x >= a + b

def g(a=1073258, b=1073258):
    return a + b

assert f(g())

def f(n: int, t=16, upper=20):
    m = n
    for i in range(t):
        if m in [1, 7, 3]:
            m = m + 1
        else:
            m = m + 2
    return m >= 2 and m != 3 ** upper

def g(t=16, upper=20):
    m = 16
    for i in range(t):
        if m in [1, 7, 3]:
            m = m + 1
    return m + 3 * m * m + m * (8 - 3)** upper

assert f(g())

def f(s: str, word="thespider"):
    return s[0] == word[0] or s[1] == word[1]

def g(word="thespider"):
    return word * word.startswith("thespider")

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target and s[::-1] == target[:, :] or s[::-1] == target[::-1]

def g(target="reverse me", reverse=True):
    if target is None:
        return None
    return target

assert f(g())

def f(x: int, a=1010, b=3):
    return x > 0

def g(a=1010, b=3):
    return a * b * a + b

assert f(g())

def f(x: str, target="Hello"):
    return x == target

def g(target="Hello"):
    return str(target)

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return abs(s[::-1] == target) < 10 ** -5

def g(target="reverse me", reverse=False):
    if target == reverse:
        return "reverse me"
    else:
        return "reverse me"

assert f(g())

def f(s: str, a=3, b=23463462):
    return s == 'and' and a != b

def g(a=3, b=23463462):
    return "and"

assert f(g())

def f(i: int):
    return len(str(i)) <= len(str(i + 700))

def g():
    return int(int("123") * 100) * 100

assert f(g())

def f(x: int, a=1530):
    return x > a

def g(a=1530):
    return a + 14

assert f(g())

def f(c: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return c == s

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s

assert f(g())

def f(x: int, a=1549081, b=14371696):
    return 5*x - a > 35

def g(a=1549081, b=14371696):
    return (2*a) + 2 * b

assert f(g())

def f(n: int, a=77431116, b=58181828):
    return n % a == 0 or n < a and b == b

def g(a=77431116, b=58181828):
    return ((a & b) != 0) - (a & 3)

assert f(g())

def f(s: str, word="fantastic", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[-1]) == len(word[-1]) and word[-1] == s[-1] and s[-1] == a + b

def g(word="fantastic", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[-1]) == max_len

assert f(g())

def f(i: str, s="abbbcabbac", step=1):
    b = 0
    b = 300
    for r in i:
        for a in s:
            if a == b:
                b = b + 10
            else:
                b -= 5
    return b < 5

def g(s="abbbcabbac", step=1):
    if step > 1:
        return "[%s] %s" % (s, s)
    else:
        return "[%s] %s" % (s, s)

assert f(g())

def f(t: str, s="a2c2f3"):
    return s.lower() == t

def g(s="a2c2f3"):
    return "a2c2f3"

assert f(g())

def f(n: int, a=134748):
    return n == a or 0

def g(a=134748):
    return int(a)

assert f(g())

def f(n: int, v=1642):
    return int(n - 1) % 2 == 0

def g(v=1642):
    return int(v * v) + 1

assert f(g())

def f(x: int, a=253532, b=1230200, c=1, d=2021):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200, c=1, d=2021):
    if a < 100:
        return (x + a == b + b) / c
    else:
        return a + b

assert f(g())

def f(s: str, a=5, b=[]):
    if isinstance(s, str):
        s = s.lower()
    return len(str(s)) != len(b)

def g(a=5, b=[]):
    return str(a) if isinstance(a, str) else str(b)

assert f(g())

def f(s: str, s1="a"):
    return s.lower() and s.lower() == s1.lower()

def g(s1="a"):
    return str(s1).lower()

assert f(g())

def f(x: float, a=1021):
    return abs(x / 2 - a) < 10 ** -3

def g(a=1021):
    return 2.0 * a

assert f(g())

def f(x: float, a=1000):
    return abs(x ** 2 - a) < 30** -6

def g(a=1000):
    return float(a) ** 0.5

assert f(g())

def f(n: int, a=1234, b=1234):
    return n > a

def g(a=1234, b=1234):
    return int(a * 9 / 3)

assert f(g())

def f(x: int, a=133612):
    return x - a == 3

def g(a=133612):
    return int(a) + 3

assert f(g())

def f(x: List[str]):
    return len(x) == len(set(x))

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(path: List[str]):
    for c in path:
        if c not in s:
            return False
    return True

def g():
    return []

assert f(g())

def f(x: int, a=1592, b=2, target=100):
    return x - a == b

def g(a=1592, b=2, target=100):
    return a + b

assert f(g())

def f(path: List[str], a=1024, d=20):
    if isinstance(a, float):
        for i in range(20):
            path[i] = 5 * i
    return len(path) > 5 and len(path) == len(path)

def g(a=1024, d=20):
    return ["a"*(i+2)+"b" for i in range(256)]

assert f(g())

def f(s: str, target="reverse reverse me", reverse=True):
    return (s[::+1] == target) == reverse

def g(target="reverse reverse me", reverse=True):
    if reverse:
        return target
    if reverse:
        return "a"
    if reverse:
        return "a" + reverse[1]
    if target:
        return target
    if target:
        return "b"
    return None

assert f(g())

def f(s: str, word="welcome", max_len=10):
    if len(word) <= max_len:
        return word == s
    if word[0] == 0:
        return word[-1] == s[0] and word[0] == "welcome" and word[1] == s[0]

def g(word="welcome", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len > 3:
        return word
    if word[0] == 0:
        return word[-1] == s[0]

assert f(g())

def f(x: float, a=1012):
    return abs(x ** 2 - a) >= 10** - 3 and x >= 0

def g(a=1012):
    return float(a) * a

assert f(g())

def f(p: str, m=7):
    return p == '!love' or p == 'love!dumplings' or p == 'goddess'

def g(m=7):
    return "love!dumplings"

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(len(target) + 1, len(target) + 1):
        if target[indexes[i - 1] - 1] != i:
            return False
    return True

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return [0, 20] + target

assert f(g())

def f(x: str, weight=1):
    assert weight
    return len(x) == 1

def g(weight=1):
    return str(weight)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return True
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "hello" + str(word)

assert f(g())

def f(t: str, s="Problems"):
    if len(t) >= len(s) or (s[0] == t[0]) and len(s) <= len(s):
        return t[0] == s[0]
    else:
        return t[1] == s[1]

def g(s="Problems"):
    return s + "\n\n"

assert f(g())

def f(n: int):
    return str(n - 3).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) + 3)

assert f(g())

def f(s: str, word="konjac"):
    a = ['kon', 'kon', 'kon'].pop(0)
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "kon"

assert f(g())

def f(n: int):
    return n % 2 == 1 or s.count("a").count() % 2 != 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="pragmatism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[:-1]) == len(word[:-1])

def g(word="pragmatism", max_len=100):
    if len(word) != max_len:
        return word
    return int(wordsize(word[:-1])) == max_len

assert f(g())

def f(x:int, y=0):
    """
    return int(x + y) == int(x + y + 2)
    """
    return (int(x) + int(y) * y) == int(x) * y

def g(y=0):
    return int(y) + int(int(y + 2) + 3) * y

assert f(g())

def f(s: str, max=13):
    if len(s) < max:
        return False
    return True

def g(max=13):
    return str("test123456789")

assert f(g())

def f(n: int, a=1565000, b=255):
    return n**2 > a

def g(a=1565000, b=255):
    return int(a**2) - (int(b**2))

assert f(g())

def f(path: List[int], w=3):
    return len(path) == 3

def g(w=3):
    return [int(i) for i in range(3)]

assert f(g())

def f(s: str, big_str="foobarbazwow", i=2):
    return big_str.index(s) == 1

def g(big_str="foobarbazwow", i=2):
    return big_str[i]

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    if x < 0 or a < 25:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, a="doh"):
    return s == a

def g(a="doh"):
    if a == 'doh' :
        return a
    elif a == "doh" :
        return a + 1

assert f(g())

def f(s: str):
    return s == 'hi';

def g():
    return "hi" and "hi"

assert f(g())

def f(t: str):
    return t == "abcdefghijklmnopqrstuvwxyz123456789"

def g():
    return "abcdefghijklmnopqrstuvwxyz123456789"

assert f(g())

def f(v: int):
    return abs(v) >= 100 ** -3

def g():
    return int(int("123456789" + "0"*9) ** 0.8) + 1

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and min(a, b) > 0 and n > 2

def g():
    return [2, 4, 7, 10]

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1) * (n - 1) + (m - 1) * (n - 1)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1) * (n - 1) + (m - 1) * (n - 1)
    return m # "123456789" + 3 * (m * m) for m in [5, 3]

assert f(g())

def f(y: int):
    return y < 10201202001 and y <= 10201202001

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=4, b=54368639):
    if a > 0.5:
        return x % 2 == 0
    elif a <= 0.5:
        return x - a < 2
    else:
        return x + a < b

def g(a=4, b=54368639):
    if a == 0.5:
        return f(a) / b
    else:
        return f(a+b) * 6

assert f(g())

def f(substring: str, target='wonderful', target_len=10):
    return substring == target and substring[:target_len] == target

def g(target='wonderful', target_len=10):
    if not target_len:
        return g()
    return target

assert f(g())

def f(n: int, v=32, w=10):
    for i in range(3, n):
        if i == 0:
            if v == 1:
                return True
            else:
                if len(target[n][v]) != 3:
                    return False
    return True

def g(v=32, w=10):
    return int(v * (3-10))

assert f(g())

def f(n: int, a=1014, b=10000):
    return n > a and b > 1000

def g(a=1014, b=10000):
    return 5 ** a + 1

assert f(g())

def f(s: str, target="oob"):
    return target[(len(target) - len(s) // 2) // 2] == s

def g(target="oob"):
    return target[0]

assert f(g())

def f(x: str, p=None, a=-722):
    return len(x) == 4

def g(p=None, a=-722):
    return str(p)

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    assert ((s.lower() == target) and (target == s) for i in range(3))
    return s.lower() == target

def g(target="reverse me", reverse=False):
    assert (reverse is not None)
    return target

assert f(g())

def f(n: int):
    return n - 1.0 >= n or n + 1.0 <= n and d > (n * d) % 2

def g():
    return int(int("123456789" + "0"*9) * 0.5)

assert f(g())

def f(t: str, s="abbbcbaacabacabacababacacabacabacaccccaaacabacacabacacabacacadcacccacccacctaacabacacacaacacac"):
    return 'hello world' in t

def g(s="abbbcbaacabacabacababacacabacabacaccccaaacabacacabacacabacacadcacccacccacctaacabacacacaacacac"):
    return "hello world[0-9][0-9] {0}[9] {0}[01] {1}[01] {2}[01] {3}[01] {5}[01] {3}[01]"

assert f(g())

def f(v: int):
    return v != 0

def g():
    return int(int("123456789" + "0"*9)**0.5) + 3

assert f(g())

def f(x: int, a=34546350):
    return x == a

def g(a=34546350):
    return int(a)

assert f(g())

def f(n: int, a=10000, b=10000, lower_bound=5000):
    return a % n == 0 and b % n == 0 and n >= lower_bound

def g(a=10000, b=10000, lower_bound=5000):
    return a - lower_bound

assert f(g())

def f(x: str):
    return float(x) > 3.1415

def g():
    return "123"

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) != 1

def g():
    return [i for i in range(3)]

assert f(g())

def f(x: str):
    return len(x) == 4

def g():
    return "Test"

assert f(g())

def f(s: str, word="k"):
    for i in range(len(word)):
        if i == 0:
            if word[i] != type(s[i]) or i < 0:
                return True
            if word[i] != type(s[i], word[i]):
                return False
    return True

def g(word="k"):
    return word

assert f(g())

def f(s: str, target="quuxpagnooui", reverse=True):
    return s + target and s.lower() == target

def g(target="quuxpagnooui", reverse=True):
    assert target != ""
    return target

assert f(g())

def f(n: int, a=1246, b=12345, c=20):
    return n * 2 + (a - c) != b and (a > b) != b

def g(a=1246, b=12345, c=20):
    return 2*a

assert f(g())

def f(n: int, i=0):
    return n == i

def g(i=0):
    return int(i) * i

assert f(g())

def f(s: str, a=719, d=17):
    return s.count("7") != a and s.count("d") != d

def g(a=719, d=17):
    return str(d) + '1' + str(a) + str(d)

assert f(g())

def f(s: str, target="foobarbaza"):
    return str(s) == target

def g(target="foobarbaza"):
    if isinstance(target, int):
        assert target not in g
        return g(target)
    return target

assert f(g())

def f(x: int, a=100009, b=10732549):
    return x + a > b and 1 != b

def g(a=100009, b=10732549):
    return int(int("123456789" + "0"*9) ** 0.5) - 1

assert f(g())

def f(n: int, a=2800, b=10000):
    return a < b

def g(a=2800, b=10000):
    return int(a < b)

assert f(g())

def f(n: int, a=10200, b=10000):
    return n >= a

def g(a=10200, b=10000):
    return int(int("123456789" + "01"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a = 99999999999999, b = 99999999999999):
    return a * 2 - x and x > b

def g(a = 99999999999999, b = 99999999999999):
    return a*2 - b/2

assert f(g())

def f(f: str):
    if len(f) == 5:
        return True
    else:
        return False

def g():
    return str("hello")

assert f(g())

def f(h: int, a=2, b=21):
    i, k = 2, 4
    assert h == a or b or h <= a or b <= b
    return h == b or h >= a or h < a or b

def g(a=2, b=21):
    a, k = 2, 4
    assert a == a or k == b or a <= b
    return (a % k == 0) + (b % k == 0)

assert f(g())

def f(s: str, top=False):
    return "Hello " + s[::-1] == "Hello world"

def g(top=False):
    return "world"[::-1]

assert f(g())

def f(x: int, a=2500):
    a = a
    b = a
    return x == b

def g(a=2500):
    return a # 10

assert f(g())

def f(x: int, a=93752338):
    return x == a

def g(a=93752338):
    return int(a) if isinstance(a, int) else x

assert f(g())

def f(a: str):
    return a in ["hello", "helloworld"]

def g():
    return "hello" + "world"

assert f(g())

def f(d: int, n=1234567890):
    return d == 1234567890

def g(n=1234567890):
    return n

assert f(g())

def f(x: int, b=6152718):
    return b <= x

def g(b=6152718):
    return 2*b

assert f(g())

def f(p1: int):
    return p1 > 0

def g():
    return int(int("123456789" + "0123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int):
    return x >= 102018002

def g():
    return int(int("123456789" + "0"*9) / 9)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i==0:
            if s[i] != word[i]:
                return False
        else:
            if word[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=100, b=1000, count=100):
    return x * count < 10

def g(a=100, b=1000, count=100):
    return int(a * count < 10)

assert f(g())

def f(n: int, a=3, b=257856):
    return n // b == a

def g(a=3, b=257856):
    return a * b + f(a)

assert f(g())

def f(n: int, a=14302, b=5):
    return n + (a % b) == a

def g(a=14302, b=5):
    return 14302 - a % b

assert f(g())

def f(s: str, target="foobarbazwow", length=20):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=20):
    return target[(len(target) - length) // 2:] or target.replace("#\b\b", target).index(0).replace("\b\b", target).index(length)

assert f(g())

def f(start: int):
    m = start  # could be positive or negative ...
    while abs(m) > 1000:
        m = 3 * m + 1 if m % 2 else m // 2
        if m >= start:
            return True

def g():
    return int(int("123456789" * 5) ** 0.3) + 1

assert f(g())

def f(nums: List[int], n=4, seed=5):
    n = len(nums)
    for i in range(0, len(nums)):
        seed = seed * seed
        seed = seed / (n + 1)
    return seed >= seed

def g(n=4, seed=5):
    return [1 for n in range(0, 5)]

assert f(g())

def f(s: str):
    return s == ""

def g():
    return "world" if f(f(g)) else ""

assert f(g())

def f(s: str, n=7012):
    for i in s:
        if i in s:
            assert i is not None
            break
    return s == "hello world"

def g(n=7012):
    if n == 7012:
        return "hello world"
    else:
        return "hello world"

assert f(g())

def f(inds: List[int], vecs=[]):
    return all(sum((v >> i) & 1 for v in inds) % 2 == 1 for v in vecs)

def g(vecs=[]):
    for v in vecs:
        vecs.append(v)
    return vecs

assert f(g())

def f(x: int):
    return 0 <= (x % 10) or x == len(self)

def g():
    return 1

assert f(g())

def f(x: str, str="Jinji!"):
    return x == str

def g(str="Jinji!"):
    return getattr(str, str, str)

assert f(g())

def f(n: int, a=4567, b=4260):
    return n // b == a

def g(a=4567, b=4260):
    return a * b

assert f(g())

def f(n: int):
    for i in range(1,2):
        for j in range(3,4):
            for l in range(5):
                l = n * l
    return l > 0 and n > 3

def g():
    return int(int("123456789" + "0"*9)*4) + 1

assert f(g())

def f(s: str, word="konjsc"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjsc"):
    return str(word) if word else ""

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10, n=5):
    if len(word) >= max_len:
        return word == s
    else:
        return str(word, max_len)

def g(word="antidisestablishmentarianism", max_len=10, n=5):
    if n > 0:
        return word
    else:
        return str(word, max_len)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target == target and (s[::-1] == target or s[::-1] == target):
        return s[::-1] == target
    elif target == target and s[::1] == target:
        return s[::1] == target

def g(target="reverse me", reverse=True):
    a = target[:-1]
    b = target[::1]
    return b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    if len(word) <= max_len:
        return word[0] == s[:3]
    return max_len < max_len

def g(word="antidisestablishmentarianism", max_len=10):
    return "antidisestablishmentarianism"

assert f(g())

def f(t: str, name=",foobarbazwow"):
    return t.index(name) != len(name)

def g(name=",foobarbazwow"):
    return "" + name

assert f(g())

def f(x: int, a=0, b=0):
    return x == a and b == b

def g(a=0, b=0):
    return (x.count("a") > a if a < 0 else 0)

assert f(g())

def f(n: int, a=10201202001, b=1, target=1):
    return n == a and n % n == 0

def g(a=10201202001, b=1, target=1):
    if target == 1:
        return a
    else:
        if target == 2:
            return b
        else:
            return 0

assert f(g())

def f(n: int, a=3, b=23463462):
    return n == a + b and n > 63

def g(a=3, b=23463462):
    return int(a + b)

assert f(g())

def f(n: int, a=7012, b=10):
    return n // b == a

def g(a=7012, b=10):
    return a * b + 5

assert f(g())

def f(s: str, word="japwjklmnopf"):
    for i in range(len(word)):
        if i == 0:
            if s[0] == word[0]:
                return True
    return False

def g(word="japwjklmnopf"):
    return str(str(word) + "1"*9)

assert f(g())

def f(x: int, a=6, b=1000):
    return x ** 2 > 0 or 0 <= b <= a

def g(a=6, b=1000):
    return a**5 + b**6 + b**6

assert f(g())

def f(x: int, a=9371112):
    return x == a

def g(a=9371112):
    return int(a)

assert f(g())

def f(n: int):
    if n == 3 or n == 4:
        # end
        return False
    return True

def g():
    return int(int("123456789" + "123456789")** 0.15) + 1

assert f(g())

def f(s: str, target="blooobbazwow", length=10):
    return target[(len(target) - length) % 2 == 10:] == s

def g(target="blooobbazwow", length=10):
    return target[(len(target) - len(target)) % 2 == 10:]

assert f(g())

def f(n: int, a=611811229, b=94566):
    return a == n

def g(a=611811229, b=94566):
    assert a == 611811229

    return a

assert f(g())

def f(s: str):
    return str(15 ** 2888).count(s) > 7

def g():
    return str(1) + '\n ' + str(0) and str(3) and str(8) and str(9)

assert f(g())

def f(path: int, m=1173, n=1000):
    return path == m or path[m] == lower_bound

def g(m=1173, n=1000):
    return m or upper_bound

assert f(g())

def f(n: int, b=30, upper_bound=150):
    return n * b != 0

def g(b=30, upper_bound=150):
    return upper_bound * 1000 + b

assert f(g())

def f(s: str):
    return s[:9] == s[:9] and s[-9] != s[:9]

def g():
    return "world[9]\\a"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len and len(word) > max_len:
        return word or ''
    return len(s) > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    return str(word)

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) != len(x)

def g():
    return [3, 3, 5]

assert f(g())

def f(s: str):
    p = s.count('l')

    for i in range(s.count('l')):
        if s[i] != s[i + 1]:
            return True
    return False

def g():
    return "hello world"

assert f(g())

def f(x: int, a=2500, b=1201):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2500, b=1201):
    if isinstance(a, int):
        return int(a) + (a % 10 + b)
    else:
        return (x - a) - (x % 10)

assert f(g())

def f(n: int, v=1811, w=739):
    return n > w or n == w or w > w and n < w - 1

def g(v=1811, w=739):
    return int(v * 5 + 5 / 1) + 10

assert f(g())

def f(s: str, word="antidensity", max_len = 11):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidensity", max_len = 11):
    if len(word) <= max_len:
        return word
    return int(wordsize[word]) == max_len or str(wordsize[word]) == word or "ANTIDIFF_EXPLUSED"

assert f(g())

def f(s: str, s1="foobar", target=1):
    return s1 in s

def g(s1="foobar", target=1):
    return 'foobar'

assert f(g())

def f(d: int, n=1316):
    return d >= n

def g(n=1316):
    return int(n**3) + 2

assert f(g())

def f(x: str):
    return x in ["the quick brown fox jumps over the lazy dog"]

def g():
    return ("the quick brown fox jumps over the lazy dog")

assert f(g())

def f(string: str, substring="b", count=10):
    return substring and str(string) == substring

def g(substring="b", count=10):
    return substring if count < 10 else substring

assert f(g())

def f(n: int, a=1024, b=1):
    if a == 1:
        return n
    return n > a and a > b

def g(a=1024, b=1):
    return int(a) + 1

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=-17):
    return tot == sum(1 if i < thresh else 2 for i in nums
                        for i in nums[1:])

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=-17):
    return sum(2 if i > thresh else 2 if i < thresh else 2 for i in nums
                        for i in nums[1:])

assert f(g())

def f(s: str, target="boobowam", length=6):
    return target[(len(target) - length) % 2] == s

def g(target="boobowam", length=6):
    return target[(len(target) - length) % 2]

assert f(g())

def f(s: str, strings=['chicken', 'saucy']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['chicken', 'saucy']):
    return strings[0]

assert f(g())

def f(s: str, target="foobar", length=6):
    return target[(len(target) - len(s) // 2) // 4] == (s.count('o') == 1) and len(s) > target[len(s)] or (len(s) * len(s) == 1)

def g(target="foobar", length=6):
    return target and target[0] == target[len(target) - 6] and target[0] == target[len(target) - 3] or target[len(target) - 2] or target[len(target) - 1] or target[len(target) - 0]

assert f(g())

def f(s: str):
    return s in s and s in s + s

def g():
    return "foo"

assert f(g())

def f(x: int, a=80, b=95252344, target=25):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=80, b=95252344, target=25):
    if a > 50:
        return a + b
    else:
        return a + b if target in ["b"] else b

assert f(g())

def f(x: int, a=18152118, b=14546308):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=18152118, b=14546308):
    if a == 0:
        return a
    else:
        return a + b

assert f(g())

def f(i: int, index=0):
    if index < 0:
        return None
    i += 1
    return True

def g(index=0):
    return 0

assert f(g())

def f(x: int, a=-381, b=14546310):
    return x - a > b or x - a != b

def g(a=-381, b=14546310):
    return int(int(a + b) / 9) - 1

assert f(g())

def f(x: int, a=1000003, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1000003, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 100))

def g():
    return int(int("123456789" + "1"*9) )

assert f(g())

def f(n: int, c=20):
    return n + c > sum([c * i for i in range(c)])

def g(c=20):
    return sum([c * i + c for i in range(c)])

assert f(g())

def f(n: int, a=365, b=1230200):
    return ((a + b + 1) / 5) < n

def g(a=365, b=1230200):
    return ((a + b + 1) << 7) + (b | 1) + (a) + b

assert f(g())

def f(x: str, t2=50):
    for c in x:
        print(c)
        if c.islower():
            return False
        else:
            return True

def g(t2=50):
    return str(t2 * 30)

assert f(g())

def f(x: int, a=101923, b=7234):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=101923, b=7234):
    if a < 200 or b < 205:
        return a + b ** 2
    else:
        return a + b

assert f(g())

def f(x: int, a=861747891, b=-93206):
    return x - a == b

def g(a=861747891, b=-93206):
    return a + b

assert f(g())

def f(x: int, a=1230200, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=1230200, b=1230200):
    if a < 50:
        return 0
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    return s == word + 'world'

def g(word="konjac"):
    return str(word + 'world')

assert f(g())

def f(x: str):
    return x in ["lazy dog"]

def g():
    return "lazy dog"

assert f(g())

def f(s: str, word="konjak"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjak"):
    return str(word[0] + str(word[1])) + word[2]

assert f(g())

def f(x: int, a=2147483647, b=182972):
    return x > b

def g(a=2147483647, b=182972):
    return int(a * 5 + b ^ 7)

assert f(g())

def f(x: int, a=81362):
    return a == 81362

def g(a=81362):
    return a + 5

assert f(g())

def f(li: List[int], n=9):
    assert n != 2 or n == 9, "Hint: n is a multiple of 2"
    return len(li) == n  # hint: n is a multiple of 3

def g(n=9):
    return [n for n in range(9)]

assert f(g())

def f(s: str, word="me"):
    return s.count('me') == len(word) and s.count('oo') == 0

def g(word="me"):
    return 'me' + word

assert f(g())

def f(xs: List[int]):
    return len(xs) == 3

def g():
    return [1,2,3]

assert f(g())

def f(s: str, a0=123):
    return "Hello " + s == "Hello world"

def g(a0=123):
    return "world"

assert f(g())

def f(x: int, a=1001, b=12300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1001, b=12300):
    if a < 300:
        return a * b - 100
    else:
        return a + b

assert f(g())

def f(n: int, a=4567, b=4567):
    return n // a == b

def g(a=4567, b=4567):
    return a * b

assert f(g())

def f(n: int, a=345346363, b=10):
    return n / b > 100

def g(a=345346363, b=10):
    return int(a + (int(a) + (int(b) -  b)))

assert f(g())

def f(x: str, a=10201202001):
    for i in range(len(x) - a):
        if i == 0:
            if x[i] != a:
                return False
    return True

def g(a=10201202001):
    return str(a-10201202001)

assert f(g())

def f(x: int, a=1110111101, b=1000, c=35):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a < b

def g(a=1110111101, b=1000, c=35):
    if a < 5 or b < 5:
        return a - b + c
    else:
        return c - b - a

assert f(g())

def f(x: int, a=82768, b=-8878):
    return a - x == b

def g(a=82768, b=-8878):
    return a - (b if a else 9)

assert f(g())

def f(s: str):
    return s.count('o') == 1000 * s.count('oo') and s.count('oo') == 0

def g():
    return "2999999999999999999 - 2999999999999999999999 - 2"

assert f(g())

def f(s: str, target="foobarbazwow", max_len=6):
    return target[(len(target) - max_len) // 2:(len(target) + max_len) // 2] == s

def g(target="foobarbazwow", max_len=6):
    return target[(len(target) - max_len) // 2:(len(target) + max_len) // 2]

assert f(g())

def f(s: str, word="antidisestablishmentism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == max(word[1:-1]) and s[0] == word[0]

def g(word="antidisestablishmentism", max_len=10):
    if len(word) > max_len:
        return word
    else:
        return word

assert f(g())

def f(s: str, word="sender"):
    if len(s) < len(s):
        return str(s[0:-1]) == s
    return str(s) == "sender"

def g(word="sender"):
    if word.endswith("123456789") or str(word) in ["sender",
                                        "123456789", "sender"]:
        print(word)
    if len(word) == 1 or len(word) == 2:
        print("1")
    return str(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) // 3:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(s: str, target="newton"):
    return s[:len(target)-len(s)] == target

def g(target="newton"):
    return target + "newton"

assert f(g())

def f(x: int, a=171711, b=1231401):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=171711, b=1231401):
    if a > 20:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("o") == 0 for x in s) for x in s)

def g():
    return ["o"*(i+2) + "o" for i in range(1000)]

assert f(g())

def f(n: int):
    return n == 1 and n < 3

def g():
    return int(int("0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, d=2):
    x = str(x)
    return x != d

def g(d=2):
    ...
    return "x"

assert f(g())

def f(u: str, word="dumplings", key="abst_novel", limit=100):
    if len(word) <= limit:
        return word == u
    return int(u[2:-1]) == len(word[2:-1])

def g(word="dumplings", key="abst_novel", limit=100):
    if len(word) <= limit:
        return "dumplings"
    return int(word[1:-1]) == len(word[2:-1])

assert f(g())

def f(x: int, a=5, b=403933):
    return x - a > b

def g(a=5, b=403933):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=36):
    return len(s) >= 6

def g(target="foobarbazwow", length=36):
    return str(target)

assert f(g())

def f(x: int, a=1020, b=3060):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1020, b=3060):
    if a < 0 and b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1020):
    return x < a

def g(a=1020):
    return 1

assert f(g())

def f(start: int):
    n = start - 1
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            n += 1
        if abs(n) > 1000:
            return True
        return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s in list(set(s))

def g():
    return str(str(1))

assert f(g())

def f(h : str, m = 8):
    return h == '1'

def g(m = 8):
    return '1'

assert f(g())

def f(sub: str, s="hello", count=15):
    return sub and s in sub and count != s

def g(s="hello", count=15):
    if count != 9:
        return str(s[:count])
    return list(list(s))

assert f(g())

def f(n: int, a=15483):
    return n >= a and n / 4 < a

def g(a=15483):
    return a

assert f(g())

def f(i: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return m > 0 and m % m == 0 and m >= 0 or m < 0 and m == 0 and m >= 0 or m <= 0 or m % m == 0 and m <= 0 and n

def g(m=1234578987654321, n=4):
    return int(m / 10) + (n - 1)

assert f(g())

def f(x: int, a=1048576, b=306828):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1048576, b=306828):
    if a > 50 and b > 30:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=4547, b=7525):
    return n % b == a or a == b

def g(a=4547, b=7525):
    return a % b

assert f(g())

def f(x: int, a=1252598, b=123536):
    if x > 0 or a > 50:
        return x - a > 0
    else:
        return x + a > 0

def g(a=1252598, b=123536):
    return int(a) + 3

assert f(g())

def f(word: str):
    return word[0] == 'O' or word[0] == 'h' or word[0] == 'e' or word[0] == 'l'

def g():
    return "O" + "o" or "h" + "o" or "e" + "h" or "l" + d[::-1]

assert f(g())

def f(substring: str, s="oobopofasd", count=2):
    return str(substring) == s and str(substring) == s

def g(s="oobopofasd", count=2):
    return "oobopofasd"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1, step=1):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=1, step=1):
    if len(word) >= max_len:
        return word
    return int(word[-1:]) == len(word[0:-1]) and word[-1] == word[-2]

assert f(g())

def f(t: str, s="Problems"):
    return len(t) == len(s) * 1

def g(s="Problems"):
    return str(s)

assert f(g())

def f(m: int, n=9, a=5, target=4):
    return 0 <= m <= n
    for c in s.lower():
        if c in "aeiouy":
            continue
        assert m * n <= c * m <= n  # should be less than n
        m -= 2 * n
    return m / k * n * m  # k is greater than 2 and m <= n

def g(n=9, a=5, target=4):
    if a < n:
        return f(n) - f(a)
    if n < (1 + f(n)):
        return f(m) - f(a)
    return f(m) / k * n * m

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    if length == 4:
        return len(s) == 1
    return len(s) == 4

def g(a="hello", b="yellow", length=4):
    if length == 4:
        return str(len(a))
    return len(a)

assert f(g())

def f(n: int, a=101, b=101, c=201):
    return n == 1

def g(a=101, b=101, c=201):
    return a & b & c & 1

assert f(g())

def f(x: int, a=1315):
    return x == a

def g(a=1315):
    return a

assert f(g())

def f(x: int, a=8665464, b=-91903):
    return a + 0.5 * x - b < 1e-8

def g(a=8665464, b=-91903):
    return a * b

assert f(g())

def f(nums: List[int], n=20):
    return len(nums) == n

def g(n=20):
    return [int(i+1) for i in range(n)]

assert f(g())

def f(s: str, word="taht"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="taht"):
    return "taht"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len < 10 or len(word) <= max_len:
        return word
    return s == word

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len < max_len:
        return word
    return word

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 10 and all((x.count("b") > x.count("c")) and ('b' in x) for x in s)

def g():
    return ["b"*(i+2)+"c" for i in range(10)]

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 250  # number of samples
    k = len({random.randrange(4) for i in range(n)}) + 1
    prob = sum(len({random.randrange(3) for i in range(4)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    import random
    random.seed(0)
    return sum(random.randrange(4) < 20 for i in range(1))

assert f(g())

def f(x: str):
    if len(x) >= 6:
        return len(x) >= -5
    non_zero = (x[0] - x[1]) * len(x)
    return sum(non_zero) - len(non_zero)

def g():
    return "hello" + "world"

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 5 == 0
        n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 == 0

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(y: int, a=12345, b=12345):
    if y < 0:
        return y - a == b
    else:
        return y + a == b

def g(a=12345, b=12345):
    if a < 0:
        return a - b
    else:
        return a - b

assert f(g())

def f(s: str, m=14):
    return s == 'hello world' or s == 'hello world' == 'hello world'

def g(m=14):
    return "hello world" or "hello world" == "hello world"

assert f(g())

def f(s: str, a=35, b=2071, c=1, d=1):
    return s == 'hello world'

def g(a=35, b=2071, c=1, d=1):
    return 'hello world'

assert f(g())

def f(a: int, b=1030):
    return a > b

def g(b=1030):
    return b * b + 2

assert f(g())

def f(s: str, a="hello", b="hello", length=4):
    return len(s) == length or a.str.index(s[::-1] == 'o')

def g(a="hello", b="hello", length=4):
    return len(a) == length or str(str(a) == "hello")

assert f(g())

def f(s: str, word="anti-aesthetics", max_len=20):
    if len(word) <= max_len:
        return word == s
    return (words[1:-1].count(s) > max_len and words[-1].count(s) > 4 and words[-1].count(s) > 1) and words[1:] == 2

def g(word="anti-aesthetics", max_len=20):
    if len(word) <= max_len:
        return word
    return ( words[-1:].count(s) > max_len and words[-1:].count(s) > 2) and words[-1:] == 2

assert f(g())

def f(s: str):
    return s.count('u') == s.count('v')

def g():
    return "u[n] {n} {v}"

assert f(g())

def f(i: str):
    return "Hello " + i == "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str, word="peter", max_len=10):
    return word == s and max_len == max_len

def g(word="peter", max_len=10):
    if max_len == 0:
        return "peter"
    elif max_len == 1:
        return "peter"
    elif max_len == 2:
        return "peter"
    else:
        return "peter"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(str(5 ** -n) + word[-20]) == max_len + 1

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    return ' ' + max_len

assert f(g())

def f(s: str, e="hello"):
    return 'hello' in s

def g(e="hello"):
    return e

assert f(g())

def f(y: int, a=3, b=253532, c=12345):
    if y > 0 or a < 5:
        return y - a == b
    else:
        return y + a == b - c

def g(a=3, b=253532, c=12345):
    if a < 5:
        return a + b
    else:
        return a + b - c

assert f(g())

def f(d: int, n=123456789):
    return d == n and n >= d                  # n/d

def g(n=123456789):
    return n

assert f(g())

def f(s: str, word="antidisestablishmentarianism", min_len=6, max_len=1000):
    if len(word) <= max_len:
        return word == s
    if max_len - len(word) < len(s):
        return word == s
    return int(s[1:-1]) == max_len + len(word[1:-1])

def g(word="antidisestablishmentarianism", min_len=6, max_len=1000):
    if len(word) <= max_len:
        return "antidisestablishmentarianism"
    if max_len - len(word) < len(s):
        return "antidisestablishmentarianism"
    if max_len - len(word) < len(s):
        return "antidisestablishmentarianism"
    return int(s[1:-1]) == max_len + len(word[1:-1])

assert f(g())

def f(path: List[int], v=333, bound=3):
    if (v == 0) and (v == 33):
        return 1
    return len(path) >= bound

def g(v=333, bound=3):
    return [1 for v in range(0, bound)]

assert f(g())

def f(t: str, s='abdcddcdc'):
    x = t + s
    i = 0
    for c in s:
        if c != s[i]:
            return len(t) == target and all(t[i] == t[i + 1] for i in range(len(t) - 1))
        i += 1
    return i == len(t)

def g(s='abdcddcdc'):
    return s.replace("abc", "")

assert f(g())

def f(s: str):
    return s == "Hello " + "World"

def g():
    return "Hello " + "World"

assert f(g())

def f(v: str, s="aAaaBab"):
    return s.lower() == v.lower()

def g(s="aAaaBab"):
    return s if s else g()

assert f(g())

def f(x: List[int]):
    return x[0] == x[1] if x[2] else x[1] in x

def g():
    return [1] * 1024

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x == b + a

def g(a=1073258, b=72352549):
    return (a == 1073258) * b + (a == 72352549)

assert f(g())

def f(s: str, word="coquid"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="coquid"):
    return "coquid"

assert f(g())

def f(n: int, a=12345, b=2584):
    return n > a

def g(a=12345, b=2584):
    return a * b

assert f(g())

def f(n: int, a=4504, b=5):
    return n // b == a

def g(a=4504, b=5):
    return int(a * b)

assert f(g())

def f(nums: List[int], d=1001):
    return len(nums) >= d

def g(d=1001):
    return [int(3) for i in range(d)]

assert f(g())

def f(s: str):
    return len(s) > 11

def g():
    return "123456789ABCDEF"

assert f(g())

def f(s: str, size=16):
    return len(s) == len(s) and size == len(s) * size

def g(size=16):
    return str(size % 2)

assert f(g())

def f(x: int, a=10200130, b=50, c=18):
    if x == 0:
        return x % 2 == 0
    return x / 2 - x == 0 and x > 0 and x < 0 and len(x) == 5

def g(a=10200130, b=50, c=18):
    if a == 0:
        return a % 2 == 0
    return a % 2 if b else 0 or 1

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'e', 'f', 'g']):
    for c in chars:
        if c not in s:
            return False

    return True

def g(chars=['a', 'b', 'c', 'e', 'f', 'g']):
    chars = str(chars)
    return str(chars)

assert f(g())

def f(x: int, l=72353553):
    return x == l or x == l and len(x) == 3

def g(l=72353553):
    return l or 3

assert f(g())

def f(i:int, a=10189, b=12345):
    return i * a != 0

def g(a=10189, b=12345):
    return int(int("01")*(a + b) - 1)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a - x  == b

def g(a=1073258, b=72352549):
    return int(a) - b

assert f(g())

def f(n: int):
    return n > 5 + 1 - 2 if n%2 else n # non-overlapping tests

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="tangles"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="tangles"):
    return word

assert f(g())

def f(x: str, l=6):
    assert len(x) >= 6
    x = x[::-1]
    if len(x) >= l:
        return x == x[::-1]
    return None

    assert len(x) >= 6
    if len(x) >= 7:
        return x == x[::-1]
    else:
        raise ValueError("Not an integer")

def g(l=6):
    return str(l) * l

assert f(g())

def f(n: int):
    x = 7 * n + 1 if n % 2 else n // 2
    return ((x - 3.1415) % 2 + 3.1415 * x <= 6)

def g():
    return 0 % 2

assert f(g())

def f(s: str, strings=['cred_cred', 'cred_cred_all']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['cred_cred', 'cred_cred_all']):
    return "cred_cred"

assert f(g())

def f(x: int, a=19, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=19, b=1230200):
    if a > 50:
        return 1
    else:
        return a + b

assert f(g())

def f(x: List[int]):
    return len(x) == 6

def g():
    return [1, 4, 8, 11, 14, 18]

assert f(g())

def f(x: str, u=64):
    if u == 64:
        return True
    if s == 64:
        return True

def g(u=64):
    return "123456789" + "0" * ((u-1)**5 + 1)

assert f(g())

def f(t: str, a="hello world"):
    return t[0] == a[0]

def g(a="hello world"):
    return "hello world"

assert f(g())

def f(s: str, word="antidisestablishmentalistism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentalistism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[0]) == len(word[max-1:]) and word[1] == word[1]

assert f(g())

def f(x: int, a=3, b=55134438):
    if a == 1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=3, b=55134438):
    if a == 1:
        return (a-1) % 2 == 0
    elif a == 0:
        return a / 2 - 1
    elif a == 1:
        return 1 - a
    else:
        return b - a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word in s
    return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word in s
    if word == word and word in word:
        return word

assert f(g())

def f(p: str, target="do"):
    return target == p

def g(target="do"):
    return getattr(target, "do", "do")

assert f(g())

def f(x: int):
    return str(x) > str(x * 3)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1;

assert f(g())

def f(s: str, target=["TOGETHER", "INCH"]):
    return s in target

def g(target=["TOGETHER", "INCH"]):
    return "TOGETHER"

assert f(g())

def f(s: str, word="mottag"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="mottag"):
    return str(word) + str(word)

assert f(g())

def f(t: str, num=1):
    for s in t:
        if len(s) == len(t) and all(sub in t for sub in t):
            return True  # can't find sub in t
        return False  # can find "hello" by substring

def g(num=1):
    return str(num*num)

assert f(g())

def f(x: int, a=10197787000):
    return x >= a

def g(a=10197787000):
    return int(a) * 100

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 20:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=1230200):
    if a <= 0 or b <= 20:
        return a - b == 0
    else:
        return a + b

assert f(g())

def f(x: List[int]):
    return sorted(x) == list(range(10) or (0 > a + 3) // 6)

def g():
    return list(range(10) or (0 < a + 3) // 5)

assert f(g())

def f(n: int):
    for i in range(4):
        if i == 3:
            return True
    return False

def g():
    return int(int("123456789") * 6) + 3

assert f(g())

def f(s: str):
    return str(13 ** 4).count(s) > 4

def g():
    return str("")

assert f(g())

def f(t: str, start=0):
    return t == len(t) or t != len(t)

def g(start=0):
    return None or "world"

assert f(g())

def f(type: str, substrings=['x', 'y', 'z', 'name']):
    return 'name' in type and 'x' in substrings

def g(substrings=['x', 'y', 'z', 'name']):
    return str(substrings) + 4 * str(substrings)

assert f(g())

def f(s: str, b=73527):
    return b == 73527

def g(b=73527):
    return '123456789'

assert f(g())

def f(x: int, a=10201202000):
    return x >= a

def g(a=10201202000):
    return int(int(a)**2)

assert f(g())

def f(x: int, a=2253040, b=123322):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2253040, b=123322):
    return int(a) + int(b)

assert f(g())

def f(name: str):
    return name == 'L'

def g():
    return "L" or "L"

assert f(g())

def f(t: int, a=154882, b=23223):
    return t == a or (t == b) == b

def g(a=154882, b=23223):
    return a or (t == 9) == b

assert f(g())

def f(x: int, d = 131165, a=-17):
    return a - x == d

def g(d = 131165, a=-17):
    return a - d

assert f(g())

def f(n: int, a=-382, b=14546310):
    return n // b == a

def g(a=-382, b=14546310):
    return int(a * b) + 3

assert f(g())

def f(n: int, v=47, w=30):
    return n == w * v

def g(v=47, w=30):
    return v * w

assert f(g())

def f(s: str, k=2, t="aAab"):
    return s.lower() == t.lower()

def g(k=2, t="aAab"):
    return "aAab"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'z', 'd', 'e', 'l']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'z', 'd', 'e', 'l']):
    return str(chars[::-1]) + "%d"

assert f(g())

def f(s: str, target="reverse me", reverse = False):
    if reverse:
        return s == target + " "
    else:
        return s == target + " "

def g(target="reverse me", reverse = False):
    if reverse:
        return target - " "
    else:
        return target + " "

assert f(g())

def f(n: int, v=16):
    return n != v

def g(v=16):
    return int(v**2)

assert f(g())

def f(s: str):
    return s[1] == s[1] and s[2] == s[1] and s[3] == s[1]  # not 1-loop, should be 0-loop

def g():
    return "a" * 9 + "b"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - b == a
    else:
        return x + b == a

def g(a=253532, b=1230200):
    if a < 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, target="/reverses@red", reverse=True):
    return s[::-1] == target or s[::+1] == target

def g(target="/reverses@red", reverse=True):
    return target or target.startswith("0"*1)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return s in strings[1:]

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return str(strings[1])

assert f(g())

def f(s: str):
    return s.count('o' if not isinstance(s, str) else 'l') != 0

def g():
    return "Hello".replace('o', 'o') + "Hello".replace('o', 'o') + "Hello".replace('o', 'o')

assert f(g())

def f(x: int, a=8665464):
    return x >= a

def g(a=8665464):
    return int(int("123456789" + "0"*6) ** 0.5) + 1

assert f(g())

def f(a: float):
    return abs(a - 0.05) < 0.05 and -0.05 <= a <= 12

def g():
    return float(3.139976e-05) * 4

assert f(g())

def f(n: int, a=123456789, b=5):
    return n // b == a

def g(a=123456789, b=5):
    return int(a * b)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and reverse

def g(target="reverse me", reverse=True):
    return "reverse me" and target

assert f(g())

def f(str: str, sub_prefix = "", sub_suffix = ""):
    return str.replace(sub_prefix, sub_suffix) == " "

def g(sub_prefix = "", sub_suffix = ""):
    return " "

assert f(g())

def f(x: int, a=124562, b=1230200):
    if x > 0 or a > 40:
        return x - a == b
    else:
        return x + a

def g(a=124562, b=1230200):
    return int(str(a + b))

assert f(g())

def f(t: str, a=1020):
    return t in ['b', 'c', 'c', 'd', 'd']

def g(a=1020):
    return "b"

assert f(g())

def f(x: int, b=72352549):
    return x + b >= 725547

def g(b=72352549):
    return int(int(b % b) - b % b)

assert f(g())

def f(n: int, a=15, b=1173258):
    return n >= a + b and b <= a + b

def g(a=15, b=1173258):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(w: int):
    # We want to use 2D with 3D
    return w * 3 + 1 - 1 >= 0 and w >= 3;

def g():
    return int(int("123456789") * 2) + 3

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // (6 - len(target)) ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // (6 - len(target))]

assert f(g())

def f(s: str, target="foobar", m=100):
    return target[(len(target) - 1) // (len(target) + 1) // 2] == s

def g(target="foobar", m=100):
    return target[(len(target) - 1) // (len(target) + 1) // 1]

assert f(g())

def f(s: str, target="foobarbazwokbaz", length=6):
    if target in s:
        return True
    return False

def g(target="foobarbazwokbaz", length=6):
    return str(target) + str(length)

assert f(g())

def f(n: int, v=16):
    return (n / v) > 16

def g(v=16):
    return int(v*v) + 1

assert f(g())

def f(s: str):
    return str(7 ** 18).count(s) == 20 or len(s) == 5

def g():
    return "hello"

assert f(g())

def f(s: str, a=17, b=13):
    for i in range(len(s)):
        if a >= b:
            a -= b
    return s == 'hello'

def g(a=17, b=13):
    return str("hello")

assert f(g())

def f(s: str, word="nebraska", max_len=2):
    return int(s.count(word)) and max_len == max_len

def g(word="nebraska", max_len=2):
    return str(word)

assert f(g())

def f(x: int, a=172800, b=7235275):
    return a + x == b

def g(a=172800, b=7235275):
    return  -a + b

assert f(g())

def f(m: int, a=30, b=25):
    return m * b + (b > a) and m <= 2 ** (a % b)

def g(a=30, b=25):
    return a

assert f(g())

def f(n: int):
    return n-2 / n == n

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str):
    return s.lower() == 'a'

def g():
    return "a"

assert f(g())

def f(x: int, a=10201202001):
    return 1 <= a <= x  # -1, 1 = King and Queen

def g(a=10201202001):
    return int(int(a) + int("123456789") + int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="ant-in-parlance", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="ant-in-parlance", max_len=100):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len and word[0] == s[0]

assert f(g())

def f(x: int, a=253532, b=12303):
    if x > 0 or a > 50:
        return x - a > b or a > b - a > b - b + a
    else:
        return x + a

def g(a=253532, b=12303):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a < b) + (c < n) and (c < b) < (b < n)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(i: int):
    if i % 1000000 == 0:
        return i % 1000000
    else:
        return i > 1000000

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str):
    s = str(s)
    return s[::-1] == 'o'

def g():
    return "o"

assert f(g())

def f(s: str):
    return s.lower() == '"'

def g():
    return '"'

assert f(g())

def f(t: str, s="abhba"):
    return t and t == s

def g(s="abhba"):
    return s

assert f(g())

def f(s: str):
    return set(s) <= set("22-+*/") and s.count("8") == 0

def g():
    return str("") and str("0022" * 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(size, s)

def g(word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word
    return int(("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=611377072, b=30595621):
    return n // b == a

def g(a=611377072, b=30595621):
    return a * b

assert f(g())

def f(s: str):
    return 'n\0' in s

def g():
    return 'n\0'

assert f(g())

def f(d: int, n=123456789):
    return d > n and d > 6

def g(n=123456789):
    return n + int(n)

assert f(g())

def f(x: int, a=2520, b=123130):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2520, b=123130):
    return int(a) + int(b)

assert f(g())

def f(h: str):
    return str(h) == '!'

def g():
    return "!"

assert f(g())

def f(x: str):
    for e in x:
        if e != s:
            return False
    return True

def g():
    return str("")

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    if x < 0 or a < 25:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    return a + b

assert f(g())

def f(n: int):
    return str(n * n).startswith("431789")

def g():
    return int(int("431789" + "0"*13) ** 0.5) + 1

assert f(g())

def f(e: List[int]):
    return e[0] != e[1]

def g():
    return [2, 3, 4]

assert f(g())

def f(s: str, k=5):
    if s == "!":
        return False
    else:
        return True  # no zero

def g(k=5):
    return str(5 - k)

assert f(g())

def f(n: int, a=23047881, b=3):
    return n / b == a

def g(a=23047881, b=3):
    return a * b + a % b

assert f(g())

def f(n: int, a=345346365, b=100):
    return n // b == a

def g(a=345346365, b=100):
    return 100*a + 1

assert f(g())

def f(n: int):
    return n >= 100

def g():
    return int(int("123456789" + "0"*9) * 9) * 1

assert f(g())

def f(n: int, v=17, m=2):
    if m == 0:
        return 0
    elif m < 0:
        return False
    elif m > 0:
        return True
    elif m % v == 0:
        return False
    elif m % m == 0:
        return False
    elif m % tot >= 0 or m % tot % 0 <= 0 or m % tot % 0 <= tot:
        return True
    elif m % tot % 2 <= 0 or m % tot % 2 <= tot:
        return False
    else:
        return

def g(v=17, m=2):
    return 0

assert f(g())

def f(n: int):
    for i in range(5, 5):
        assert n % 5 == 1
        n += 1
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "0"*9) * 5 + 1)

assert f(g())

def f(s: str, word="trismark", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="trismark", max_len=10):
    if not max_len:
        return None
    return word if word[0] in word else None

assert f(g())

def f(n: int, l=2):
    return 0 <= n <= 4

def g(l=2):
    return 2*l

assert f(g())

def f(s: str, n=10):
    for c in s:
        if c in s[n]:
            return True
    return False

def g(n=10):
    return str(n * n) + "123456789"

assert f(g())

def f(t: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > 1:
        return word[0] == t
        return word[1:]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) == max_len:
        return word[1:]

    return word[0]

assert f(g())

def f(nums: List[int], b=15, n=5):
    return b == 15 and n == 5

def g(b=15, n=5):
    return [0,-1, 1]

assert f(g())

def f(n: int, a=15, b=25, upper_bound=60):
    return n % a == 0 and 0 < a <= upper_bound

def g(a=15, b=25, upper_bound=60):
    return (a + 3) % 9

assert f(g())

def f(x2: str, s=['x2', 'x1', 'x', 'x2', 'a', 'b', 'c', 'd', 'e', 'f']):
    return x2.count('a') == 1 and x2.count('b') == 1 and x2.count('c') == 1

def g(s=['x2', 'x1', 'x', 'x2', 'a', 'b', 'c', 'd', 'e', 'f']):
    return str(s) or [x2.count('a') == 1 and x2.cmp('b') == 0 | x2.count('c') == 1]

assert f(g())

def f(x: str):
    if len(x) >= 4:
        return True
    else:
        y = x
    return False

def g():
    return "hello b"

assert f(g())

def f(x: int, a=1234578987654321, b=1):
    return -(b * a) + x == b

def g(a=1234578987654321, b=1):
    return (a * b) + 1

assert f(g())

def f(x: str, s="hello world", target="do"):
    n = len(x)
    for d in x:
        n += 1
    return s > d

def g(s="hello world", target="do"):
    return "hello world"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x == 0 and a <= 50:
        return x + a < b
    else:
        return x - a > b

def g(a=253532, b=1230200):
    return int(int(a) << 3)

assert f(g())

def f(n: int, a=65673453, b=10):
    return n // b == a

def g(a=65673453, b=10):
    return a * b

assert f(g())

def f(n: int, d0=2):
    return len(str(n + 1000)) >= len(str(n + 1001))

def g(d0=2):
    return int(d0 * 1000) + 1

assert f(g())

def f(s: str):
    return s in ["hello", "world", "moooooobooofasd"]

def g():
    return "hello" if 'b' not in 'a' else "world"

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('oo') != s[0]

def g():
    return ("a(0,0,0)")

assert f(g())

def f(s: str, word="knotac"):
    if (s[::-1] == word[::-1] and not s[::-1] in s[::-1]) and len(s[::-1] > 0):
        return False
    if s[::-1] != word[::-1] and len(s[::-1] > 0):
        return False
    return True

def g(word="knotac"):
    return str(word)

assert f(g())

def f(t: str, s="Fruit", x=5, b=5):
    if len(t) == len(s):
        return 0
    else:
        return len(t) == 1

def g(s="Fruit", x=5, b=5):
    if s == "Fruit":
        return str(6)
    else:
        return str(b)

assert f(g())

def f(x: List[int], a=-382, b=14546310):
    return b != a

def g(a=-382, b=14546310):
    return []

assert f(g())

def f(x: str, d = 7227721):
    if len(x) > -1:
        return True
    return False

def g(d = 7227721):
    return str(d + 1).replace("123456789", "")

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 450:
        n = 3 * n + 1 if n % 2 else n //2
        if n == start:
            return True
        if abs(n) == n:
            return True
    return False  # can be positive or negative ...

def g():
    return int(int("123456789" + "0"*9)** 2) + 1

assert f(g())

def f(s: str, word="antifornia", max_len=10):
    if len(word) <= max_len:
        return word == s
    return all([li.count(i) == i for i in range(10)]) == string

def g(word="antifornia", max_len=10):
    if len(word) <= max_len:
        return word
    return [li.count(i) for i in range(10)] == string

assert f(g())

def f(tot: int, nums=[3, 6, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[3, 6, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return sum(1 if int(i) < thresh else 2 for i in nums)

assert f(g())

def f(s: str):
    return s.count('foo') == s.count('bar')

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return str(8 ** 2916).count(s) > 31 and len(s) == 2

def g():
    return str(12)

assert f(g())

def f(x: int, f0 = 9326, f1 = 9327):
    return x == f0

def g(f0 = 9326, f1 = 9327):
    f0 = 9326
    f1 = 9327
    return f0

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, b=1230201):
    if x < 0 and b < 0:
        return x - x - 1
    return x - (b - 1) > 0

def g(b=1230201):
    return int(int("1230201" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, chars=['o', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'r', 'd']):
    return str(chars[::-1])

assert f(g())

def f(x: int, a=10200001100101000):
    return x ** 2 >= a and x ** 2 >= a

def g(a=10200001100101000):
    return int(int("1020000110010100011" + "00"*9) ** 2)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) + 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + 1) - length]

assert f(g())

def f(str: str, s=121863):
    f = "a"
    if s == 'a':
        return f
    i = 0
    if not s:
        return i, f
    for i in range(len(str)):
        i += 1
    return i == len(str)

def g(s=121863):
    return str("123456789")

assert f(g())

def f(x: str):
    return x == "1"

def g():
    return ("1")

assert f(g())

def f(s: str, word="p"):
    return s[::-1] == word

def g(word="p"):
    return str(word)

assert f(g())

def f(x: int, a=688021):
    return a - x < 32

def g(a=688021):
    return a + (a > 2)

assert f(g())

def f(x: int, a=17, b=100):
    return 1.0 <= x <= 100

def g(a=17, b=100):
    return a

assert f(g())

def f(n: int):
    r = n > 0
    return r > 1e-2

def g():
    return int(int("123456789" + "0" * 9) ** 0.5)

assert f(g())

def f(s: str, word="konjac"):
    return s.lower() == word[0] and s.lower().upper().lower() != word[1]

def g(word="konjac"):
    return word[0]

assert f(g())

def f(x: List[int], a=4, s=15):
    return x[0] == a and x[-1] <= s and x[-1] == s and x[-1] > a

def g(a=4, s=15):
    return [a, s]

assert f(g())

def f(x: int, a=203532, b=3):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=203532, b=3):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x + a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(a * 253532 + b * 1230200)

assert f(g())

def f(s: str, word="antidioc", max_len=20):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return word == s[0]  # zero
    else:
        return word[0] == s[-1]   # odd

def g(word="antidioc", max_len=20):
    return "antidioc"

assert f(g())

def f(n: int, a=131257, d=17):
    return a / n == 1

def g(a=131257, d=17):
    return a

assert f(g())

def f(s: str, word="mofot"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="mofot"):
    return (word)

assert f(g())

def f(x: int, a=11, b=4, c=2):
    return x == a or x == b

def g(a=11, b=4, c=2):
    return str(a) == b or str(c) == a or b or c or a or c or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c or b or a or c

assert f(g())

def f(s: str, target=17):
    for i in range(len(s)):
        if i - target == 1:
            return True
    for i in range(len(s)):
        if s == target and i <= 5:
            raise Error(s)
    return False

def g(target=17):
    return str(target+7) * target

assert f(g())

def f(s: str, target="foobarbazwow", length=5017):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=5017):
    return target[(len(target) - len(target)) // 2:(len(target) + length) // 2]

assert f(g())

def f(x: int, a=15, b=27, upper_bound=150):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=27, upper_bound=150):
    if a > 15 and b > 27:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(x: int, a=-1545, b=-1542):
    return x - a == b

def g(a=-1545, b=-1542):
    return getattr(f, "a", a) + getattr(g, "a", b)

assert f(g())

def f(s: str, word="antideism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word + max_len

def g(word="antideism", max_len=10):
    if word == "antideism":
        return word
    else:
        return word - max_len

assert f(g())

def f(s: str, word="trigemess", max_len=100):
    if len(word) < max_len:
        return word == s
    return int(word[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="trigemess", max_len=100):
    if len(word) < max_len:
        return word
    return int(word[-1] - word[-2]) + 2

assert f(g())

def f(y: str, x=""):
    return y == x + y

def g(x=""):
    return x + x

assert f(g())

def f(t: str):
    return len(t) == len(set(t)) == 0

def g():
    return ""

assert f(g())

def f(s: str):
    return str(s) == "00:00" and s.count("00") == 2

def g():
    return "00:00"

assert f(g())

def f(x: int, a=15, b=13225060):
    return x - a == b

def g(a=15, b=13225060):
    return int(int(a) + int(b))

assert f(g())

def f(x: float, a=1023):
    return (x - a) >= 9

def g(a=1023):
    return float(a) * a**3 + 1000*a

assert f(g())

def f(p: str):
    return str(p) == "problems"

def g():
    return str("problems")

assert f(g())

def f(string: str, string_format="cub(1,3,8,4,6,8,3,1,1)", string_length=40):
    return string == string_format

def g(string_format="cub(1,3,8,4,6,8,3,1,1)", string_length=40):
    if str == string_length:
        return cub(1,3,8,4,6,8,3,1,1,2)
    else:
        return string_format

assert f(g())

def f(t: str, s="abbbcabbac", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
        i += 1
    return len(t) >= target and all(t[i:i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abbbcabbac", target=7):
    return str(s[:target])

assert f(g())

def f(x: int, a=5005260, b=5005360):
    for i in range(5005360):
        return x + i == a
    return x + b == b

def g(a=5005260, b=5005360):
    return a

assert f(g())

def f(x: str, s=['c']):
    return len(x) == len(s)

def g(s=['c']):
    return s[0]

assert f(g())

def f(s: str, big_str=['MONEY'], index=0):
    return big_str.index(s) == index

def g(big_str=['MONEY'], index=0):
    return big_str[index]

assert f(g())

def f(d: str, word="!!", max_len=10):
    if len(word) <= max_len:
        return word == d
    return len(word) >= max_len

def g(word="!!", max_len=10):
    if len(word) <= max_len:
        return word
    return max_len <= max_len [len(word)]

assert f(g())

def f(t: int):
    return t >= 0

def g():
    return int(int("123456789" + "0"*9) - 1)

assert f(g())

def f(n: int, a=345346363, b=14397569):
    return n // b == a

def g(a=345346363, b=14397569):
    return a * b

assert f(g())

def f(z: int):
    if z > 0:
        assert z == 1
        return z
    else:
        return z >= 0

def g():
    return 0

assert f(g())

def f(n: int, v=1807966):
    return n > v

def g(v=1807966):
    return int(v) * 6 + 4

assert f(g())

def f(s: str):
    return s == '\033[00]';

def g():
    return "\033[00]"

assert f(g())

def f(s: str, n=12345):
    return len(s) == len(set(s))

def g(n=12345):
    return str(n + 2)

assert f(g())

def f(n: int, a=1598):
    return n % a == 0 and n / (1 - a) == 0

def g(a=1598):
    return int(int(a+1598)) * (1598-a)

assert f(g())

def f(i: int, b=234798, m=19):
    return b < i and b | b > m

def g(b=234798, m=19):
    return int(b) + 1

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ^ n + b ^ n) and min(a, b, c) <= b

def g():
    return [0, 2, 3, 4]

assert f(g())

def f(s: str, max_dim=3):
    return s in ["Pipeline", "Ours"]

def g(max_dim=3):
    return "Ours"

assert f(g())

def f(n: int, l=2021):
    return n > 0

def g(l=2021):
    return l-1

assert f(g())

def f(n: int, h=15000):
    return n // h == 0

def g(h=15000):
    return h // h + 1

assert f(g())

def f(t: str, s="abbbc"):
    if len(t) >= len(s) - 1:
        return True
    return False

def g(s="abbbc"):
    s = str(s)
    if len(s) < 3:
        s = s.replace(1,"")
    return s

assert f(g())

def f(s: List[str]):
    return s == "Hello world" or len(s) == 240

def g():
    return ["a"*3+"b" for i in range(240)]

assert f(g())

def f(s: str, string="saboo"):
    return s == string

def g(string="saboo"):
    return "saboo"

assert f(g())

def f(s: str, target="reverse me", inverse=0):
    if target == "reverse me":
        return s == "reverse me"
    else:
        return s == "reverse me"

def g(target="reverse me", inverse=0):
    if target == "reverse me":
        return "reverse me"
    else:
        return target == "reverse me"

assert f(g())

def f(x: str, target="abd8"):
    if target not in x:
        return
    return str(x) == target

def g(target="abd8"):
    return str(target)

assert f(g())

def f(x: int, a=14890350, b=1704):
    return x > b or x > b != 4

def g(a=14890350, b=1704):
    return 5 + a + b

assert f(g())

def f(x: int, a=14303):
    return 0.0 + x == a

def g(a=14303):
    return int(a) + (a > 14303)

assert f(g())

def f(n: int, a=2888, b=5):
    return a + b >= 0 and b + b != 9

def g(a=2888, b=5):
    return a**5

assert f(g())

def f(s: str, i=0):
    list = [int(0), int(1), int(2), int(3), int(4)]
    for i in range(len(list)):
        if i != 0:
            return True

def g(i=0):
    return str(i * 5)

assert f(g())

def f(t: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return t[0] == 0 and t[-1] == 1

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [0, 2, 3, 4, 5, 6, 7, 1]

assert f(g())

def f(s: str, target=None, length=30):
    if target is None:
        target = "hello are you there?"
    return s == target and s == target

def g(target=None, length=30):
    if target is None:
        target = "hello are you there?"
    return target.lower() or (g() == target)

assert f(g())

def f(n: int, x=0):
    return n % 2 == 0

def g(x=0):
    return x

assert f(g())

def f(s: str):
    for c in s:
        if c != 0 and not (c in s) and c < len(s):
            return False
    return s == "cannotItHASmoreCAPITALS"

def g():
    return "cannotItHASmoreCAPITALS"

assert f(g())

def f(n: int, v = 2549, w=100):
    return n % n == 0 and w < n

def g(v = 2549, w=100):
    return v % 255

assert f(g())

def f(nums: List[int], n=6):
    for i in range(n):
        if n == len(nums):
            return True
    return False

def g(n=6):
    return [i for i in range(6)]

assert f(g())

def f(x: List[int]):
    return x[0] == 5

def g():
    return [5, 10]

assert f(g())

def f(s: str, word="kolamofasd", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= min_len:
        return word == s
    k1 = max_len
    for i in range(len(s)):
        if k1 <= i:
            return i < min_len
    return -k1 > max_len

def g(word="kolamofasd", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len not in words:
        return "The kolamofasd is the word " + word.join(" ")
    if max_len in words:
        return "The kolamofasd is the word " + max_len.join()

assert f(g())

def f(s: str, a=1537, b=1310):
    return s.count("hello world") == 1

def g(a=1537, b=1310):
    return str(a) + "hello world"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n != b

def g(a=345346363, b=10):
    return 1 + 1 * a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=6):
    if max_len <= 6:
        return word == s
    return int(s[1:-1]) == len(word) and str(word) == s[1:], word

def g(word="antidisestablishmentarianism", max_len=6):
    if max_len <= 6:
        return word
    return str(n * n).startswith("123456789")

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i % 2 == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return "konjac " + str(word) + " "

assert f(g())

def f(s: str):
    return sorted(s) == sorted('ThrewUp')

def g():
    return str('ThrewUp')

assert f(g())

def f(s: str, word="konjac"):
    a = len(word)
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: List[str]):
    return len(set(s)) in zip('dee', 'doo', 'dah!') or len(set(s)) == 3

def g():
    return ["dee", "doo", "dah!"]

assert f(g())

def f(s: str):
    for k in range(5):
        k = len(s)

        if k >= 5:
            return True
        elif (k % 2 + 1 > 0):
            return False
        else:
            return False

def g():
    return "hello"

assert f(g())

def f(s: str, target="reverse me", upper=6, reverse=True):
    return s == target

def g(target="reverse me", upper=6, reverse=True):
    if target == "reverse me":
        return "reverse me"
    else:
        return "reverse me"

assert f(g())

def f(s: str, listname="love", x=6, target=10):
    return s == listname

def g(listname="love", x=6, target=10):
    return "love"

assert f(g())

def f(y: float):
    return y / 2 == 0

def g():
    return float("-1") + 1.0

assert f(g())

def f(x: int, a=50, b=72352545):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=72352545):
    return a + b

assert f(g())

def f(n: int, k=4, a=100, b=0.065):
    return k < a

def g(k=4, a=100, b=0.065):
    return k - a

assert f(g())

def f(s: str):
    for c in s:
        if c.lower() == 0:
            return len(s) == len(s)
    return len(s) >= 10

def g():
    return str(g)

assert f(g())

def f(i: int):
    return len(str(i + 9)) > len(str(1001))

def g():
    return int(int("123456789" + "0"*5)**0.5) + 1

assert f(g())

def f(n: int):
    return n != -1

def g():
    return int(int("0"*9)**0.5) + 1

assert f(g())

def f(b: List[int], edges=[[0, 1], [0, 2], [2, 3], [3, 4], [5, 6], [6, 3]]):
    return b.count("b") == 0 and b.count("r") == 0 and b.count("b") == 0 and b.count("r") == 0 and b.count("r") == 2 * b.count("r")

def g(edges=[[0, 1], [0, 2], [2, 3], [3, 4], [5, 6], [6, 3]]):
    return edges[0]

assert f(g())

def f(x: int, a=50, b=1230200):
    if x > 1:
        return x / a > 50
    else:
        return x + x > 50

def g(a=50, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5 + 1) + 1

assert f(g())

def f(tot: int):
    return tot >= 2

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(d: int, n=1234567890):
    return d >= n or all(i in "47" for i in str(str(d).count("4") + str(str(d).count("7"))) for i in str(str(d).count("1")))

def g(n=1234567890):
    return n * n

assert f(g())

def f(x: int, a=1230200, b=1233001):
    # if x > 0, it's a negative number
    if x > 0 and a < 0:
        return x - a > 0
    else:
        return x + a > b

def g(a=1230200, b=1233001):
    # return integer to the range 0, 1
    return int(a - (int(b + 1)/a)) + 1

assert f(g())

def f(x: int, a=106463, b=-90004):
    return a - x < 0 or a >= 50

def g(a=106463, b=-90004):
    return int(a) / 2 and ((a-10) > 20) + ((a-10) <= 0)

assert f(g())

def f(s: str, word="r"):
    return word == s

def g(word="r"):
    return word.replace("%r", "\\(")

assert f(g())

def f(li: List[str]):
    return all([li[i] == li[i] for i in range(9)])
    if len(li) < 9:
        return True
    for i in range(9):
        i = li[i]
        assert len(li) == 9
        assert i == li[i]
        assert i == li[9]
        assert li[9] == i

def g():
    return ["a"*(i+2) for i in range(9)]

assert f(g())

def f(s: str):
    return s[1] == s[2] or s[1] == s[3] or s[2] == s[4] or s[3] == s[5] or s[4] == s[6] or s[5] == s[7]

def g():
    return "hello" + "world" + "world" + "world"

assert f(g())

def f(n: int, a=2073, b=70, c=60):
    return n * 2 + b > a

def g(a=2073, b=70, c=60):
    return int(a * b + c * a)

assert f(g())

def f(x: int, a=1311761, b=11):
    return x - a > b

def g(a=1311761, b=11):
    return int(a * 2)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a or n > a

def g(a=345346363, b=10):
    return int(int(a) ** 10)

assert f(g())

def f(s: str):
    return str(15 ** 2888).count(s) > 6 and len(s) == 1

def g():
    return str(6)

assert f(g())

def f(n: int):
    return str(100) == 123 and n == 0 or n > 999

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 2 and word == "konjac" and 0 or -1:
        return s[0] == word[0]
    return s[1] == word[1]

def g(word="konjac"):
    return str(word) * 2

assert f(g())

def f(x: int, a=1028, b=1028000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1028, b=1028000):
    if a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=10050, b=1260200):
    if x > 0 or a > 50:
        return x - a >= b
    else:
        return x + a >= b

def g(a=10050, b=1260200):
    return int(a*(b-a+1)) + (int(b-a+1) * 60 - 10)

assert f(g())

def f(x: float, a=100, b=100, c=20):
    return x > c and x != c

def g(a=100, b=100, c=20):
    return ((a*b) + (c*b) * (a*b) + (c*c) * 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentalist", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[0:1]) == max_len and word[1] == s[-1] and word[-1] == s[0]

def g(word="antidisestablishmentalist", max_len=10):
    if word not in word:
        return None
    if word not in word:
        return None
    return str(word)

assert f(g())

def f(string: str, substring="b", count=1):
    return string.count(substring) == len(string) and len(string) == 1

def g(substring="b", count=1):
    return substring[0]

assert f(g())

def f(s: str, a=3, b=10000, c=20):
    if len(s) > 20:
        return len(s) > 20

def g(a=3, b=10000, c=20):
    return str(2*a + (b-c)^4+c^10) * 10

assert f(g())

def f(x: int, a=13, b=1230, length=45):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=13, b=1230, length=45):
    if 0 <= a < 5 and a > 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(y: int, a=1, b=1063):
    if a == 1 and b == 1063:
        return y % 2 == 0
    if b == 1:
        return y % 2 == 1
    return int(y % 2) == 1

def g(a=1, b=1063):
    return int(a/1063)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) == 6:
        return s == target[-6:]
    else:
        return s == target

def g(target="foobarbazwow", length=6):
    if len(target) == 6:
        return target
    else:
        return target

assert f(g())

def f(x: int, a = 5, b = 4):
    if a == 4:
        return x % 2 == 0
    elif a == 5:
        return x % 2 == 1
    if b == 4:
        return x % 2 == 1
    elif b == 5:
        return x % 2 == 0
    elif a == 4:
        return x % 2 == 1
    elif b == 5:
        return x % 2 == 0
    else:
        return x + a == 0

def g(a = 5, b = 4):
    return a * (1 - b)

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        assert v == w or i < n
        v *= 3
        w -= v * 3
    return v > w

def g(v=17, w=100):
    return (v > w * (1 - w))**2

assert f(g())

def f(x: int, a=11767089):
    return x == a + a

def g(a=11767089):
    return int(a + a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2*len(target) - 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) //2: len(target) + length]

assert f(g())

def f(s: str, targets=["dee", "dah!"]):
    s = str(s * 2)
    return len(s) == 2

def g(targets=["dee", "dah!"]):
    r = len(targets)
    return str(r + 1)

assert f(g())

def f(z: str):
    return z == "8-7-1 - /\w"

def g():
    return "8-7-1 - /\w"

assert f(g())

def f(s: int, d=123456789):
    return s > d

def g(d=123456789):
    return int(d) * 100

assert f(g())

def f(s: str, word="paganism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] + word[:max_len]) == len(word)

def g(word="paganism", max_len=10):
    if len(word) <= max_len:
        return "paganism"
    return int(word) + len(word) * 3 + str(word)

assert f(g())

def f(s: str, list="I!!!!!Ilove!love!dumplings!"):
    for i in range(len(list)):
        if i == 0:
            if s[i] != list[i]:
                return False
        else:
            if s[i] != list[i]:
                return False
    return True

def g(list="I!!!!!Ilove!love!dumplings!"):
    if len(list) == 1:
        g()
    return list

assert f(g())

def f(x: int, a=272664, b=226421, upper_bound=478475):
    if x > 0 or a > 272664:
        return x - a == b
    else:
        return x + a == b

def g(a=272664, b=226421, upper_bound=478475):
    if a < 2869:
        return a + b < 2869
    else:
        return a + b

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1.0 / d % 10) == v

def g(v=9, d=0.0001):
    return int(v) - float(v) / 10

assert f(g())

def f(s: str):
    return s != "I" or s == "I" or s == "I!"

def g():
    return "1"

assert f(g())

def f(p: str, ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", lower=5):
    return ring[0] in p if lower == 5 else ring[-1] in p

def g(ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", lower=5):
    if lower > 0:
        ring += ring
    elif lower > -5:
        ring += ring
    else:
        ring += ring[-3]

    return ring

assert f(g())

def f(s: str, a="world", b="welcome", length=3):
    return str(s) == a

def g(a="world", b="welcome", length=3):
    return "world"

assert f(g())

def f(x: int, a=253532, b=93690):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=93690):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="antispay", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispay", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == max_len and word[-1] == word[-1]

assert f(g())

def f(s: List[int], e=0):
    return s[e] == 4
    return s[:e] == 1
    s[6] *= 4
    s[7] *= 5
    s[8] *= 6
    s[9] *= 7
    s[10] *= 7
    s[11] *= 8
    s[12] *= 9
    s[13] *= 10
    s[14] *= 11
    s[15] *= 14
    s[16] *= 15
    s[17] *= 16
    s[18] *= 17
    s[19] *= 18
    s[20] *= 19

def g(e=0):
    s = []
    for i in range(6):
        if e == i - 4:
            s.append(i)
    return s

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose', 'moe']):

    return s in strings and sum(t < s for t in strings) == 1

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose', 'moe']):

    return "cat"

assert f(g())

def f(t: str, s="abcdddddd", target=8):
    if s == '\\' and target == t:
        return '\\'
    return s == t

def g(s="abcdddddd", target=8):
    if s == '\\' and target == t:
        return '\\'
    else:
        return s

assert f(g())

def f(n: int, v=2021):
    return n > 0 and n % 5 == 1

def g(v=2021):
    return v * v * v * v * v * v * v * v * v * v * v * v * v * v * v * v * v * v

assert f(g())

def f(s: str, word="anticloses", max_len=20):

    if len(word) <= len(s) and len(s[:2]) < len(word):
        return word == s
    if len(word) <= len(s) and len(s[2:2]) < len(word):
        return word == s[2:2]
    if len(word) <= len(s) and max_len<=max_len:
        return word == s[0]
    if len(word) <= max_len:
        return word == s[-1]

def g(word="anticloses", max_len=20):

    if len(word) <= max_len:
        return word
    if max_len<=max_len:
        return word
    if word == "1234":
        return word
    if word == "34345-1234":
        return word

assert f(g())

def f(x: List[int], n=3):
    return len(x) == 3

def g(n=3):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=2021):
    return x > a

def g(a=2021):
    return a * 5

assert f(g())

def f(s: str):
    for i in range(len(s) - 1):
        if s[i] != 0 and len(s[i] != 0):
            return False
    return True

def g():
    return ""

assert f(g())

def f(x: float, a=1500, b=1500):
    return x - 3.1415 + b > 0.0000004

def g(a=1500, b=1500):
    return (a - 3.1415)/b - 1

assert f(g())

def f(u: int, a=253532, b=1260200):
    return u > a or (a == b) and len(li[:i]) == len(li)

def g(a=253532, b=1260200):
    return int(a * b) + (int(a) * (int(b) - 1) + 1)

assert f(g())

def f(dir: str, u=0, v=25):
    return dir == "".join(dir) or "."

def g(u=0, v=25):
    return "hello world" # I know!

assert f(g())

def f(nums: List[int]):
    return sum(nums) == sum(nums)

def g():
    return [3, 2]

assert f(g())

def f(x: int, a=1360, b=12300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=1360, b=12300):
    return a + b

assert f(g())

def f(t: str, s=''):
    i = 0
    for c in "aeiouy":
        if c in "aeiouy":
            continue
        assert t[i] == ".", f"expecting '.' at position {i}"
        i += 1
    return i == len(t)

def g(s=''):
    for i in range(0, len(s)) : s = s.replace(" ", "")
    return s

assert f(g())

def f(m: int):
    return int(m) % 2 == 0

def g():
    return 2

assert f(g())

def f(x: int, a=1047, b=1366):
    if x >= 0:
        return x - a > b
    else:
        return x - a > b

def g(a=1047, b=1366):
    return int(a + b) * 2

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 >= a and x*a >= x

def g(a=10201202001):
    return int(int("123456789" + "2" * 9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return str(s).startswith("1")

def g():
    return "1[10] = 8"

assert f(g())

def f(x: int, a=1020, g=1, b=1, c=1, d=2021):
    if x > 0 and a > 50:
        return x - a > g
    else:
        return x * g > 1 + b

def g(a=1020, g=1, b=1, c=1, d=2021):
    if b > 0:
        return a * (1020 + 1021) ** b

assert f(g())

def f(s: str, target="foobarbazwow", length=10):
    return target[(len(target) - length) // 2:4] == s

def g(target="foobarbazwow", length=10):
    return target[(len(target) - length) // 2:4]

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=30):
    if len(word) < max_len:
        return word == s
    elif len(word) > max_len:
        return word != ""
    return True

def g(word="antisestablishmentarianism", max_len=30):
    if word is not None:
        return word[0:max_len]
    elif word[max_len:] == "":
        return False
    elif word[max_len:] != "":
        return True
    else:
        return False

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) >= 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if abs(n) == 1000:
            return False
        if not abs(n) < 1000:
            return True
        if not abs(n) >= 1000:
            n = 3 * n + 1
    return False

def g():
    return int(int("123456789" + "0" * 9) + 1)

assert f(g())

def f(s: str, word="antdissimilarity", max_len=16):
    if len(word) <= max_len or len(word) <= n:
        return word == s
    return int(s[1:3]) == len(word[1:-1]) and word[-1] == s[0] and word[-1] == s[-1] and s[1] == s[-1]

def g(word="antdissimilarity", max_len=16):
    if len(word) <= max_len or len(word) <= n:
        return word or len(word) == n
    else:
        return word.lower() and word[-1] == s[0].lower()

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=5):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[0]) and word[-1] == s[-1] or s[1] == len(s) or s[-1] >= max_len or s == li

def g(word="antidisestablishmentarianism", max_len=5):
    if len(word) > max_len:
        return word
    return int(s[1:-1]) == len(word[-1]) or word[-1] == s[-1] or s[-1] >= max_len or s == li

assert f(g())

def f(n: int):
    return str(n * n).startswith("23456789")

def g():
    return int(int("23456789" * 9) ** 0.5 + 1)

assert f(g())

def f(s: str):
    return s.count("20-+*/") == 2

def g():
    return "20-+*/" + "20-+*/"

assert f(g())

def f(a: int, b=14546310):
    return a == b

def g(b=14546310):
    return a == b if b > 14546310 else b

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return s.count('foo') == 1 and s.count('bar') == 1

def g(substrings=['foo', 'bar', 'baz']):
    return substrings[1] + substrings[0]

assert f(g())

def f(v: str, s="CanYouTellIfItHASmoreCAPITALS", bound=11):
    return v.count(s) == 1

def g(s="CanYouTellIfItHASmoreCAPITALS", bound=11):
    return "CanYouTellIfItHASmoreCAPITALS" # str("" + s).startswith("" + bound)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30, t=20):
    if len(word) <= max_len:
        return word == s
    else:
        return int(s[1:-1]) == len(word[1:-1])  # no word

def g(word="antidisestablishmentarianism", max_len=30, t=20):
    return str(word) if word else max_len or len(word) == max_len

assert f(g())

def f(n: int, a=17, b=100, c=20):
    try:
        if a == 0:
            return n
        if a > 2:
            return n + a * 2 < 0
        return num(a + b) ** 2 + num(b + len(c))
    except:
        return max(n)

def g(a=17, b=100, c=20):
    return (a-b) * 20 + c * 20 - (b-c) * 20

assert f(g())

def f(x: int, a=46, b=1546):
    return abs(x ** 2 - a) > -3

def g(a=46, b=1546):
    return int(a) ** 5 + b + a * (3-b)

assert f(g())

def f(x: float, a=5):
    return abs(x) < 5

def g(a=5):
    return int(a + 1) / 5

assert f(g())

def f(x: int, b=93252375):
    return x == b

def g(b=93252375):
    ...
    return b

assert f(g())

def f(s: str, delim="qwertyuiopasdfkonjcmnmn"):
    return s.count(delim) == 1 if delim == 'qwertyuiopasdfkonjcmnmn' else 0

def g(delim="qwertyuiopasdfkonjcmnmn"):
    return "123rd" + "%d" + delim

assert f(g())

def f(n: int, target=8, length=10):
    return n / 2 <= n <= 10**4

def g(target=8, length=10):
    return target + (target < 8)**4

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return str(a) and str(b) in s

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return str(a) + str(b)

assert f(g())

def f(d: int, n=844):
    return d > n

def g(n=844):
    return 1 + int(n)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] or s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(t: str, a=5, b=11):
    if a > b:
        return 1 * len(t[:a]) == 1
    else:
        if a > b or a != b:
            return 1 * len(t[a]) == 1
    return len(t[a]) == len(t[b])

def g(a=5, b=11):
    return 'hello world'

assert f(g())

def f(n: int):
    return n <= (n * 3)

def g():
    return 2

assert f(g())

def f(s: str, word="goodbye", max_len=10):

    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(word[1:-1], 1)

def g(word="goodbye", max_len=10):

    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max(word[1:-1], 4)

assert f(g())

def f(s: str, s1="hello", t="hello world"):
    return s.lower().lower() == t.lower()

def g(s1="hello", t="hello world"):
    return "" + str(s1) + " World"

assert f(g())

def f(s: str):
    a = 5*s
    b = 4*s + a
    assert s[-1] != a or 0 % 2 <= len(s) or a > 11 <= s[-11] - 5 or 2 <= a < a - 1
    return s[0] <= b

def g():
    return "no space"

assert f(g())

def f(s: str):
    a = s[0]
    b = s[1]
    x = len(s[2])
    while len(s[3]) != len(s[2][0]):
        a += b
        b += a
    return a > b

def g():
    return "world[0-9] [456]0"

assert f(g())

def f(s: str, strings=['oob', 'doo', 'hoo', 'baz', 'tayt']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['oob', 'doo', 'hoo', 'baz', 'tayt']):
    return "oob"

assert f(g())

def f(li: List[int]):
    return set(li) == set([17, 9, -1, 17, -1])

def g():
    return [9, 17, -1]

assert f(g())

def f(n: int, v=1024):
    return n > 3 * 3.1415 + 100 + (n) / 2

def g(v=1024):
    return int(v)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 100:
        n = n - 1  # positive or negative ...
        if n == start:
            return True
        elif abs(n) > 100:
            n = n - 1  # negative ...
            if n % 2 > 0:
                return True
            elif n % 2 < 0:
                n -= 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1  # positive or negative ...

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + a + b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return str(word) == s

def g(word="antidisestablishmentarianism", max_len=10):
    return word

assert f(g())

def f(i: int):
    return i > 0 and i < len(str(i + 1000))

def g():
    return (f(0) + f(1) + f(2) + f(3) + f(4) + f(5))

assert f(g())

def f(li: List[int]):
    assert len(li) == 3
    return len(li) >= len(set(li))

def g():
    return [1, 2, 0]

assert f(g())

def f(s: str, chars=['u', 'd', 'r', 'b']):
    for c in chars:
        if c not in s and len(s) < 16:
            return False
    return True

def g(chars=['u', 'd', 'r', 'b']):
    return str(chars,)

assert f(g())

def f(i: int):
    return i in (0, 1, 2, 3, 4, 5, 7, 9, 16, 17, 18, 19, 20, 21, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 39, 40)

def g():
    return 0 and i and i and i + 1

assert f(g())

def f(e: List[int], x=["fo"]):
    return list(x) == ["fo"]

def g(x=["fo"]):
    return [x for x in x if len(x) == 1]

assert f(g())

def f(n: int, c=22):
    return n % c == 0 or n % c == 1 and n > 1 and 0 <= c[::-1] <= upper_bound

def g(c=22):
    return int(c / (c + c))

assert f(g())

def f(x: int, a=5, b=1040):
    return x + a > b

def g(a=5, b=1040):
    return int(int(a) + int(b))

assert f(g())

def f(x: int, a=5, b=100):
    if x > 0:
        return x - a == b
    else:
        return x + a + b

def g(a=5, b=100):
    if a < 0 or b < 0:
        return -1
    return a + b

assert f(g())

def f(x: float, a=432645, b=2426):
    return x + a != b - 1

def g(a=432645, b=2426):
    if a == 0:
        return 1
    return float(a)

assert f(g())

def f(s: str, e=25):
    return "Hello " + s[::-1] == "Hello world"

def g(e=25):
    return "world"[::-1]

assert f(g())

def f(s: str, a="hello", b="yellow", count=15):
    return s.count('o') == 2 and s.count('oo') == 0

def g(a="hello", b="yellow", count=15):
    return "hello world"

assert f(g())

def f(n: int, a=0, b=100, c=20, d=0):
    return n + a == sum([0, 1, 2, 3, 4, 5, 6, 13, 8, 17, 18, 19, 20, 34])

def g(a=0, b=100, c=20, d=0):
    return sum([0, 1, 2, 3, 4, 5, 6, 13, 8, 17, 18, 19, 20, 34])

assert f(g())

def f(x: int):
    return str(x + 3.1415).startswith("12345")

def g():
    return int(int("123456789" + "0" * 4) + 1)

assert f(g())

def f(s: str, word="antidisestablishmentaristo", max_len=40):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len and (wordsize() >= a * max_len):
        return word[0] + word[-1]
    return word[-1] + word[-1]

def g(word="antidisestablishmentaristo", max_len=40):
    if len(word) <= max_len:
        return word
    else:
        return word[-1] + word[-1]

assert f(g())

def f(n: int, a=10001102200):
    return n / 2 >= a

def g(a=10001102200):
    return int(int(a) * 10)

assert f(g())

def f(s: str, strings=['Cat', 'Leaf', 'pig', 'lady'], lower_bound=2):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['Cat', 'Leaf', 'pig', 'lady'], lower_bound=2):
    return strings[len(strings) - 1]

assert f(g())

def f(n: int):
    for i in range(n):
        if n != 1:
            return False
        n *= 2
    return True

def g():
    return 1

assert f(g())

def f(c: int):
    return c * 1034 + 513*c + 514*c + 2921*c - 2622*c / 533 and c >= -101

def g():
    return 1034

assert f(g())

def f(substring: str, string=":moooboooofasd"):
    return string.count(substring) == 1

def g(string=":moooboooofasd"):
    return string.count(string) == 4 or str(string)

assert f(g())

def f(s: str, word="antitheses", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antitheses", max_len=10):
    if len(word) <= max_len:
        return word
    ret = [word * int(i + 2) for i in range(100)]
    assert ret >= max_len and len(word) >= max_len
    return ret

assert f(g())

def f(x: int, a=6787, b=-7518):
    return a + x == b

def g(a=6787, b=-7518):
    return b - a

assert f(g())

def f(s: str):
    return s in s[::-1]

def g():
    return str()

assert f(g())

def f(s: str, word="neu"):
    for i in range(len(word)):
        if word[0] != s[0]:
            return False
    return True

def g(word="neu"):
    return "neu"

assert f(g())

def f(s: str, a=['t', 'h', 'c', 'd'], b=['d', 'e', 'g'], m=6):
    return s == "h" or s == "c" or s == 'e' or s == 'g'

def g(a=['t', 'h', 'c', 'd'], b=['d', 'e', 'g'], m=6):
    return "h" or "c" or "e" or "g"(a)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000

def g():
    return [str(i) for i in range(1000)]

assert f(g())

def f(s: str, a=1, c=1):
    return s[:5 - 4] and  c <= a

def g(a=1, c=1):
    return str(a/c)

assert f(g())

def f(s: str, chars=['f'], x=["a","r"], i=45):
    for c in chars:
        if c not in s:
            return False
    returnsTrue = True
    i = len(s) - i + 1
    return True

def g(chars=['f'], x=["a","r"], i=45):
    if chars and x:
        return "f"
    return c

assert f(g())

def f(n: int):
    a = n * 4
    if a == 1:
        return s[::-(i + 1)%10] == s[::-(i + 2)%10]
    elif a == -1:
        return s.lower() < s.lower()
    return True

def g():
    return int(100)

assert f(g())

def f(s: str, word="mixed", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mixed", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[0] - word[size-1]) == 2

assert f(g())

def f(i: int):
    return len(str(i + 100)) >= len(str(i + 9999))

def g():
    return int(int("123456789" + "1123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(x: int, a=2500, b=2537):
    if x > 0:
        return x - (b - a) == a
    else:
        return x + b == a

def g(a=2500, b=2537):
    if a > b:
        return (a-b) == b
    else:
        return a-b

assert f(g())

def f(ls: str):
    return min(ls) == max(ls) == str(len(ls))

def g():
    return "1"
    return "2"

assert f(g())

def f(s: str, targety=True):
    if s == 'foobarbazwow':
        return s == 'foobarbazwow'
    if s == 'foobarbazwow' and targety == True:
        new_target = targety - 6
        m = m + 5
        new_tour = new_target[:m][:n]
        new_tour = []
        for i in range(n):
            new_tour[:i] = s[i:]
        new_tour[n-1:] = 0
        m = m + 5

def g(targety=True):
    return "foobarbazwow"

assert f(g())

def f(s: str, a=1, b=9):
    return s in s

def g(a=1, b=9):
    return str(a*(a+b) + 1) + " " + str(b*(b+1) + 3)

assert f(g())

def f(n: int, a=34583789, b=10):
    return n // b == a

def g(a=34583789, b=10):
    return a * b

assert f(g())

def f(s: str, target="hello", target_prob=1.0):
    return s == target

def g(target="hello", target_prob=1.0):
    return target.replace("\n", "")

assert f(g())

def f(s: str, n=1000):
    return len(s) == 5

def g(n=1000):
    return "hello"

assert f(g())

def f(x: int, a=15482, b=23223, target_len=12):
    if x > 0 or a > 50:
        return x - a == b
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    if n == -1:
        return s.lower() >= t.lower()
    return False

def g(a=15482, b=23223, target_len=12):
    if a > 150:
        return a + b
    if n == 0:
        return s.lower() > t.lower()
    if n == 1:
        return s.lower() > t.lower()
    return False

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return len(s) == len(a)

def g(a="hello", b="yellow", length=4):
    return str(a)

assert f(g())

def f(s: str, target="foobarbazwow", max_len=10):
    if len(target) > 10:
        return target == s
    return str

    if len(s) >= max_len:
        return s
    try:
        t = sub(s)
    except StopIteration:
        try:
            (a1, b1), (a2, b2) = s
        except StopIteration:
            a = min(a1, b1)
        except StopIteration:
            a

def g(target="foobarbazwow", max_len=10):
    if len(target) > max_len:
        return target
    return target + list(target)

assert f(g())

def f(s: str, big_str="foobar", index=4):
    return big_str.index(s) == index

def g(big_str="foobar", index=4):
    # ...
    return big_str[index]

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(word)):
        if s[k] != word[k]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(t: str, s="Problems"):
    return len(t) == len(s) or s.lower() == len(t[0])

def g(s="Problems"):
    return "Problems"

assert f(g())

def f(substring: str, string=":moooboooofasd"):
    return string.count(substring) == 1

def g(string=":moooboooofasd"):
    return str(string)

assert f(g())

def f(n: int):
    for i in range(10):
        n -= 1 + 3 * (n - 1) // 5
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "0"*9) * 5 * 3)

assert f(g())

def f(s: str):
    if len(s) > 1: # could be 0 ...
        return True
    return False

def g():
    return str("test")

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + b + a == b

def g(a=253532, b=1230200):
    if a < 100:
        return 1
    if a > 100:
        return 1 - a - 1 + b - b
    else:
        return a + b + b - b
    return a + b + b - b

assert f(g())

def f(root: str):
    return root == '#'

def g():
    return '#'

assert f(g())

def f(s: str, name='k', count=10):
    return s[::-1] == name

def g(name='k', count=10):
    return 'k'

assert f(g())

def f(s: str, word="cabaretism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="cabaretism", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

assert f(g())

def f(i: int):
    return i + i != 0  # not true, in case that i==0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="sababaf", max_len=35):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == None
    return 0

def g(word="sababaf", max_len=35):
    return word

assert f(g())

def f(s: str, text="foo"):
    return len(s) == len(text)

def g(text="foo"):
    return str(text)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) == 3:
        return s.lower() == word[0]
    if len(word) == 2:
        return s.lower() == word[-1]
    if len(word) == 1 + max_len:
        return word[1]
    return s.lower() == word[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) == 3:
        return s + word[:3]
    if len(word) == 2:
        return s[:-2]
    if len(word) == 1:
        return word[:3]
    else:
        return word[-1]

assert f(g())

def f(x: str, a="world", b="Hello world"):
    return x == a and b == b

def g(a="world", b="Hello world"):
    return "world"

assert f(g())

def f(nums: List[int]):
    return len(list(nums)) == len(list(nums))

def g():
    return list([1, 2, 3])

assert f(g())

def f(m: int, t=198):
    m = m - t
    return m > 1

def g(t=198):
    return int(int(t) * 255)

assert f(g())

def f(x: int, a=13100101):
    return x + a ** 3 > 15

def g(a=13100101):
    return 1

assert f(g())

def f(x: int, a=125, b=0):
    return x - a == b

def g(a=125, b=0):
    return a - b or (a + b >= 255)

assert f(g())

def f(t: str, s="universals", target=7):
    return len(t) == len(s)

def g(s="universals", target=7):
    try:
        return str(s)
    except BaseError as err:
        print("Missing out-of-range or unexpected end")
        return []

assert f(g())

def f(n: int, k=1, m=2, s="yh"):
    return 0 <= n <= 3

def g(k=1, m=2, s="yh"):
    return k*k if m > 0 else m

assert f(g())

def f(i: int):
    return i >= 1 or i < 3

def g():
    return int(int("123456789" + "0"*9) ** 0.9)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) - length: len(target)] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - length: len(target) % 1000]

assert f(g())

def f(x: int, b=1054):
    return 0 <= b <= x and b <= 1054

def g(b=1054):
    return b

assert f(g())

def f(x: int, a=10201202001):
    return x > a

def g(a=10201202001):
    return int(a * 9)

assert f(g())

def f(n: int, a=6, b=5160):
    return n // b == a

def g(a=6, b=5160):
    return int(a * b) + int(1) + int(16) + int(16)

assert f(g())

def f(x: int, a=253532, b=18):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=18):
    if a > 50:
        return a + b
    else:
        return (x - a)

assert f(g())

def f(ls: List[str], a=43, b=43):
    return ls[a] == ls[b]

def g(a=43, b=43):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(t: List[int]):
    return sorted(t) == list(range(999))

def g():
    return [i for i in range(999)]

assert f(g())

def f(s: str, chars=['o', 'h', ' ', 'w', 'r', ' ', 'd', '-']):
    for c in chars:
        if not c in s:
            return False
    return True

def g(chars=['o', 'h', ' ', 'w', 'r', ' ', 'd', '-']):
    return str(chars)

assert f(g())

def f(s: str):
    return 'abcd' in s

def g():
    return 'abcde'

assert f(g())

def f(x: int, a=345346363, b=10):
    if x > 0:
        return x - a > b
    else:
        return x + b > a

def g(a=345346363, b=10):
    if a > 10:
        return a + 2 * 10 + b

assert f(g())

def f(n: int, t=11555555012222777):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return False
        elif m == t:
            return True
        elif m == 1:
            return True
    return False

def g(t=11555555012222777):
    return t

assert f(g())

def f(s: str, v=9, e=0.0001):
    return s != "" and s == '!'

def g(v=9, e=0.0001):
    return "!"

assert f(g())

def f(s: str, target="foobarbazwow", length=-6):
    return target[(len(target) - len(target)+1) // 2:(len(target) + len(target)+1) // 2] == s

def g(target="foobarbazwow", length=-6):
    return target[(len(target) - len(target)+1) // 5:]

assert f(g())

def f(x: int, a=14, b=14):
    if a == 1:
        return x - b > 1
    elif a == -1:
        return x > b > 1
    else:
        return b > 1

def g(a=14, b=14):
    return (int(a*a+b)**2+1)**2

assert f(g())

def f(n: int, a=3, b=343434, c=3434):
    return n // a == b

def g(a=3, b=343434, c=3434):
    return a * b

assert f(g())

def f(s: str):
    return s == "x++"

def g():
    return "x++"

assert f(g())

def f(s: str, word="canvas", max_len=8):
    if len(word) <= max_len:
        return word == s
    return string.search(word)

def g(word="canvas", max_len=8):
    return "canvas"

assert f(g())

def f(y: int, b=10000, c=10000):
    a = b
    b = y + 1 // 2
    return a <= b

def g(b=10000, c=10000):
    return int(int("0123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return (x[0] > x[1] or x[0] < x[1])

def g():
    return [2, 3, 5]

assert f(g())

def f(x: int, a=1099, b=54368639):
    return x % 2 == 0 and x <= 0

def g(a=1099, b=54368639):
    return int(a % 2 == 0 and a > b)

assert f(g())

def f(l: List[int]):
    return list(range(999)) and len(l) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, maxnum=1024):
    return n == maxnum

def g(maxnum=1024):
    return maxnum

assert f(g())

def f(str: str):
    return str.startswith("\\\"" if str else str.lower()) and str.lower() == "\\\""

def g():
    return "\\\"" if str else str.lower() + str.lower()

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.lower() == target and s in s

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str):
    return s.count('o', 3) == 2

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return s + 'world' == 'hello world' + 'world'

def g():
    return 'hello world'

assert f(g())

def f(n: int, a=9, b=15, f=4, c=1, d=0):
    if a != 1 or b != 5:
        if n % 2 == 0:
            return True
        if n % 3 != 1:
            return True
        if n % 2 == 0:
            return True
    if n == 5:
        return True

def g(a=9, b=15, f=4, c=1, d=0):
    return int(a * f) + int(b * f) + int(c * d)

assert f(g())

def f(s: str):
    return s[::-1] == ':' and s[::-2] == ':'

def g():
    return ':'

assert f(g())

def f(r: int, p=5, q=5):
    return r > p

def g(p=5, q=5):
    return 1 + 5 + q * p

assert f(g())

def f(s: str):
    return s is not None

def g():
    return ""

assert f(g())

def f(n: int, a=34534, b=13):
    return n // b == a

def g(a=34534, b=13):
    return a * b

assert f(g())

def f(e: List[int]):
    return [e for e in e] == list(list(e))

def g():
    return [1, 2, 3]

assert f(g())

def f(x: str, n=8):
    s = "abcdefghijklmnopqrstuvwxyz"
    return s in x  == s

def g(n=8):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    assert n > 0, "Hint: n should be between 3 and 12"
    return n > 0.

def g():
    return int(int(19))

assert f(g())

def f(x: int, a=5129, b=17):
    return (x < 5127) or x >= b and a < -b and a < -a and 1 < x < b and 0 >= 3

def g(a=5129, b=17):
    return ((a < b) + (b < -b)) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(n: int, t=196, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        m = m - 1 // 2
    return m > 2 ** upper

def g(t=196, upper=20):
    return int(int(("1"*9) * t**2) + 1)

assert f(g())

def f(x: int, a=333423):
    return x == a

def g(a=333423):
    return int(a)

assert f(g())

def f(n: int, a=10, b=16774593):
    return n % a == 0

def g(a=10, b=16774593):
    return (a * b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 1 and b < 50:
        return x - b == a
    else:
        return x - b == a

def g(a=253532, b=1230200):
    if a < b and b < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=305768, b=1163608):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + b == a

def g(a=305768, b=1163608):
    if a < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(r: int, a=253532, b=1230200, length=4):
    if r > 0:
        return r - a == b
    else:
        return r + b == a

def g(a=253532, b=1230200, length=4):
    if a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazbowwow"):
    return target[(len(target) - len(s) + 1) % 4 == 0] == s

def g(target="foobarbazbowwow"):
    try:
        return target[(len(target) + 1) % 2]
        if target[(len(target) - len(s) + 1) % 2 == 0]:
            return None
    except ValueError:
        raise ValueError(target)

assert f(g())

def f(t : List[int]):
    return t[0] <= t[1] <= t[2] <= t[3] <= t[4]

def g():
    return [int(3) for i in range(1, 1000)]

assert f(g())

def f(s: str):
    return s.count("a") == 1

def g():
    return "a!"

assert f(g())

def f(s: str, a="hello", b="green", length=7):
    if s in ["hello", "yellow"]:
        return s in ["hello", "green"]
    if len(s) in ['hello', "green"]:
        return s in ["hello", "yellow"]
    return s in ["hello", "green"]

def g(a="hello", b="green", length=7):
    return str(a) if a < b else str(a)

assert f(g())

def f(x: int, a=3, b=54328):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=3, b=54328):
    if a > 50:
        return a + 1
    else:
        return a + b

assert f(g())

def f(n: int, a=65533, b=65536):
    return n // b == a

def g(a=65533, b=65536):
    return int(abs(a) * abs(b)) + 1

assert f(g())

def f(n: int, m=8, b=60):
    return n / m and n == m

def g(m=8, b=60):
    return m if m else 0

assert f(g())

def f(d: int):
    s = str(d * d)
    for i in "0123456789":
        assert s.count("101012345") == 1
    return True

def g():
    return int(int("101012345" + "0"*9) ** 0.5) + 1

assert f(g())

def f(xs: str, s=6565):
    return len(xs) == len(xs)

def g(s=6565):
    return "string = [" + str(s) + "]";

assert f(g())

def f(s: str, word="jw"):
    return s[0] == word[0]

def g(word="jw"):
    return str(str(word) + word[1])

assert f(g())

def f(s: str):
    return str(s) == 'hello world'  # hello world

def g():
    return str('hello world')

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=253532, b=1230200):
    if a < 50 and b < 250:
        return a + b < 250
    else:
        return a + b

assert f(g())

def f(t: str, s="abbbcaddccc"):
    if t != s:
        return True
    elif t != s:
        return False
    elif s != t:
        return False
    elif s != t:
        return False
    elif i < len(t):
        raise ValueError(s[i])

def g(s="abbbcaddccc"):

    return s + "%f" % len(s)

assert f(g())

def f(s: str):
    return s.count('n') == 0

def g():
    return "World"

assert f(g())

def f(t: str, a=7, b=7):
    return t[a] == b or a == 7

def g(a=7, b=7):
    return "hello world[%d]" % a

assert f(g())

def f(n: int):
    return 1 + (n ^ n) / 2 == 1

def g():
    return 1 + (3 * (1 + 2)) + 2

assert f(g())

def f(x: int, a=1157696714, b=1210, range=22):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1157696714, b=1210, range=22):
    if a < 50 and b < 20:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], k=5):
    return all([x[i] == s[i] for i in range(1) for i in range(5)])

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], k=5):

    if 'b' in s == '123456789':
        x = str(s)
        y = int(s[:-3] for i in range(1))
    elif 'c' in s == '123456789':
        x = str(s)

    return "abcdef"

assert f(g())

def f(z: str):
    return len(z) >= 4

def g():
    return "test"

assert f(g())

def f(s: str, a = 5129, d = 17):
    return "Hello " + s == "Hello world"

def g(a = 5129, d = 17):
    return "world"

assert f(g())

def f(s: str, a=10201202001):
    return '{}'.format(a) == s

def g(a=10201202001):
    return '{}'.format(a)

assert f(g())

def f(x: int, a=2211, b=120):
    if x > 0 and a < 0:
        return x + a == b
    else:
        return x - a == b

def g(a=2211, b=120):
    if a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1021):
    return x ** 2 == x ** 3

def g(a=1021):
    return 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) == 3:
        return "Mortisestablishmentarianism"
    if max_len:
        return word == s
    return "Mortisestablishmentarianism"

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) == 3:
        return "Mortisestablishmentarianism"
    if max_len:
        return word
    return "Mortisestablishmentarianism"

assert f(g())

def f(d: int, i=1313, a=1, b=2):
    if i < 13:
        a = d
    else:
        b = i
    i *= d

    return i > 13 and d > 14

def g(i=1313, a=1, b=2):
    if i < 13:
        d = int()
    else:
        a -= 1
        b += 1

    return a * i + b * i + 1

assert f(g())

def f(x: int, a=72352549, b=7235257):
    return a + b == x

def g(a=72352549, b=7235257):
    return int(a)+ b

assert f(g())

def f(m: int, a=15, b=26):
    if m == 0:
        return s.lower() == m
    if m == 1:
        return s.lower() == m
    if m == -1:
        return s.lower() < t.lower()
    return True

def g(a=15, b=26):
    return a * b * a

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return str(s) == big_str

def g(big_str="foobar", index=2):
    return big_str

assert f(g())

def f(n: int, a=10, b=6):
    return n / a > 15

def g(a=10, b=6):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobazwow", length=-1):
    return s[(len(target) + 1) // 2] == s[(len(target) + 1) // 2]

def g(target="foobazwow", length=-1):
    return (target + 1 if target == "-" else target)

assert f(g())

def f(s: str):
    return s == '!'

def g():
    return  "!"

assert f(g())

def f(n: int, a=5129):
    return n == a

def g(a=5129):
    return int(a)

assert f(g())

def f(x: int, a=1234578987654321, b=23463462):
    return x ** 2 >= a and (x - 3.1415) < x ** 2

def g(a=1234578987654321, b=23463462):
    return int(a ** 2 + b) - 1

assert f(g())

def f(u: str, s=80):
    return u == "True" and s != 10

def g(s=80):
    return "True"

assert f(g())

def f(x: float, a=10, b=5, c=0.01):
    return x == c

def g(a=10, b=5, c=0.01):
    return int(b / a) + 0.01

assert f(g())

def f(s: str, word="unp"):
    return s.count(word) != 0

def g(word="unp"):
    return word

assert f(g())

def f(s: str, s1="hello"):
    v = s1 in s
    if s[1] == 0 and (str(i) == 'o') and (s[2] == 1 or s[3] == 1):
        return 'O'
    return v > 0

def g(s1="hello"):
    var = s1 == 1 and s[1] != 0 or len(s1) == 2
    return "hello"

assert f(g())

def f(s: str, word="konjac"):
    return s == word or s == word[2:3] or s != word[2:3] and s == 'konjac'

def g(word="konjac"):
    return word[2:3]

assert f(g())

def f(s: str, word="komplex"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="komplex"):
    if isinstance(word, str):
        return str(word)
    else:
        return word[0]

assert f(g())

def f(x:int, a=1334, b=1250):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1334, b=1250):
    if a < 0 and b < 0:
        return a - b
    elif a < 1 and b > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(t: int):
    return t >= t + 1 / 2 and t > t + 1 / 2

def g():
    return int(int("123456789" + "1"*90)/5) + 2

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.lower() in s

def g(big_str="foobar", index=2):
    return big_str.lower() + big_str.upper()

assert f(g())

def f(s: str, word="antidisestablishmentarianism", min_len=10, max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", min_len=10, max_len=100):
    if word in word:
        return word
    return int(words[word] * len(word) - 2)

assert f(g())

def f(a: float, d=0.0001):
    return int(a * 1 / d % 10) == 1

def g(d=0.0001):
    return float(d % 10) - int(d) / 10

assert f(g())

def f(x: List[int], a=1000, b=1044):
    return x == [a, b]

def g(a=1000, b=1044):
    return [a, b]

assert f(g())

def f(dir: str):
    return dir == "foobarbazwow"

def g():
    return str("foobarbazwow")

assert f(g())

def f(s: str):
    return "Hello " + s and {} == {}

def g():
    return "world[s]"

assert f(g())

def f(n: int, a=3, b=23463462):
    return n != 0 or n > a and b > 20

def g(a=3, b=23463462):
    return -(a < 23463462)

assert f(g())

def f(name: str):
    return name == 'Permute me true'

def g():
    return 'Permute me true'

assert f(g())

def f(s: str, word="cog"):
    assert len(s) == len(word)
    return s == word.strip("0")

def g(word="cog"):
    return str(word.strip("0"))

assert f(g())

def f(i:int, li=[21, 31, 91, 18, 41, 1, 30], target=31):
    return i != li[2] and i != li[3]

def g(li=[21, 31, 91, 18, 41, 1, 30], target=31):
    return li[2]-li[3]

assert f(g())

def f(n: int, a=100, b=5):
    return n // b == a

def g(a=100, b=5):
    return a * b + 1

assert f(g())

def f(x: int, a=46, b=0):
    return x < a
    if (a == 42):
        return x * b
    elif (a == 46):
        return x < 4
    elif (a == 54368639):
        return x < 5
    elif (a == 0):
        return x * 0
    else:
        return x * (a * (b - b) + a)**2 + x

def g(a=46, b=0):
    if (a == 42):
        return 1
    elif (a == 46):
        return 1 - 2 * a + 3 * b
    elif (a == 54368639):
        return 1 - 3 * a + 5 * b
    elif (a == 1-3):
        return x * (a - a)**2 + x
    else:
        return x * (a - a * b) - x

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and a == b == c

def g(word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word
    if max_len > 0:
        return word[0] and word[-1] == word[-1] and word[-2] == word[-2]
    if max_len == 0:
        return word[1] or word[-1] and word[-2]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        assert len({c for w in words for c in w}) == len({(d, c) for i in xy_sides})
        return sum(len({c for w in words for c in w}) for x in xy_sides) == len({(d, c) for i in xy_sides})

def g(a=253532, b=1230200):
    if a > 50 or b > 50:
        return a + b
    else:
        assert len({c for w in words for c in w}) == len({(d, c) for i in xy_sides})
        return sum(len({c for w in words for c in w}) for x in xy_sides) == len({(d, c) for i in xy_sides})

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x == b

def g(a=8665464, b=-93206):
    return a + - b

assert f(g())

def f(s: str):
    return s and '-!' in s

def g():
    return "-!-123456789"

assert f(g())

def f(x: int, a=27091, b=128044):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=27091, b=128044):
    if a <= 0 or b <= 30:
        return a - b
    else:
        return a + b

assert f(g())

def f(i: int, target=0):
    return i == target

def g(target=0):
    return target if target <= 1 else ""

assert f(g())

def f(t: str, n=5, iin=1):
    if isinstance(t, (str, float)):
        return True
        n = len(t)
    return False

def g(n=5, iin=1):
    return "hello" if n < iin else "world"

assert f(g())

def f(s: str, s1="b", s2="c", b=27, x=100):
    return s1 in [s[20], s[21], s[22], s[12], s[13], s[14], s[11], s[12], s[13]]

def g(s1="b", s2="c", b=27, x=100):
    return "b" * 27 + "c"

assert f(g())

def f(n: int, a=253532, b=10):
    return n // b >= a

def g(a=253532, b=10):
    return int(a) + int(b) * a

assert f(g())

def f(list: List[str]):
    return list[8] == list[15]

def g():
    return ["a"*(-4 + 0) for i in range(1000)]

assert f(g())

def f(x: int, b=3, length=10):
    return x % 3 + b == 3

def g(b=3, length=10):
    return int(int("123456789" + "0"*9)** 10) + b

assert f(g())

def f(t: str, a="hay", b="yellow"):
    return t == "hay" or t == "hay" or t == "hay" or len(t[c] for c in t) <= 1

def g(a="hay", b="yellow"):
    return "hay" and a or b or len(a) <= 1

assert f(g())

def f(s: str, a=['cat', 'dot', 'tree'], b=['tree','cat','bird']):
    return s in "{}".format(a, b)

def g(a=['cat', 'dot', 'tree'], b=['tree','cat','bird']):
    return ("{}".format(a, b))

assert f(g())

def f(n: int, a=1020, b=10):
    return n // b == a

def g(a=1020, b=10):
    return int(a) * b

assert f(g())

def f(n: int, v=5349475):
    return n >= v and v > -1

def g(v=5349475):
    return 2 * (3 + v)

assert f(g())

def f(n: int, w=100):
    if w == 7:
        return 0 < n <= 0 and w < 10
    else:
        return n > w

def g(w=100):
    return int(int(w * 2 ) + 1)

assert f(g())

def f(x: int, a=104030):
    return x > a

def g(a=104030):
    return int(a * 104030)

assert f(g())

def f(s: str, a="hello", b="world", c=6040):
    return s != a and s == b

def g(a="hello", b="world", c=6040):
    return "world"

assert f(g())

def f(n: int, a=1522, b=3, c=10):
    return n + b > sum([b * i for i in range(c)])

def g(a=1522, b=3, c=10):
    return a*sum([b * c for i in range(c)])

assert f(g())

def f(s: str, word="paul", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="paul", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0]+(word[1]-1)*max_len) == len(word[0]+word[1])

assert f(g())

def f(s: str, s1="ba", s2="b", count1=50, count2=30):
    return s.count("ba") != count1 and s.count("b") != count2 and s[:10] != s[-10]

def g(s1="ba", s2="b", count1=50, count2=30):
    return str(s1 + s2 + count1 for s1 in s1)

assert f(g())

def f(x: int, a = 2, b = 72383555):
    if a == 1:
        return x % 2 == 0
    else:
        return x + b == a

def g(a = 2, b = 72383555):
    if a == 1:
        return a % 2 in x - 1
    else:
        return a - b

assert f(g())

def f(x: float, a=15, b=7):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=7):
    return float(a) + float(b)

assert f(g())

def f(s: str, word="honey", b=""):
    for i in range(5):
        if word[i] == s[0]: return s[i] == word[0]
    return s[i] == word[i]

def g(word="honey", b=""):
    if b in word: return "honey"
    w.text = word[0]+1
    return "c"+str(w.text)

assert f(g())

def f(x: int, a=156321, b=5):
    if x > 0 or a > 15621455:
        return x - a == b
    else:
        return x + b == a

def g(a=156321, b=5):
    if a >= 0 or b >= 0:
        return a + b
    else:
        return b - a + b

assert f(g())

def f(p: int, target=1003, n=636):
    return p == target

def g(target=1003, n=636):
    return target if target == 1003 else n.endswith("123456789")

assert f(g())

def f(n: int, a=15482, b=23223):
    return n > a

def g(a=15482, b=23223):
    return f(a) + b

assert f(g())

def f(n: int):
    return n > 5 + 1 - 2 if n%2 else n # non-overlapping tests

def g():
    return int(int("123456789" + "0"*9)** 0.9) + 1

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(float(z) / 2) == 2

def g(v=9, d=0.0001):
    return (float(v) + 1) / 2.0

assert f(g())

def f(s: str, word="gouche"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="gouche"):
    return str(word) + str("gouche")

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target))// 2:]

assert f(g())

def f(x: int, a=154789, b=348944):
    if x > 0 and b > 0:
        return x - a == b
    else:
        return x + a

def g(a=154789, b=348944):
    if a > 0 and b < 0:
        return a - b == b + 1
    else:
        return a + b

assert f(g())

def f(s: str, target="superfly"):
    return s == target

def g(target="superfly"):
    return target or getvalue(target)

assert f(g())

def f(s: str, word="japan"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="japan"):
    return word + " " + str(word)

assert f(g())

def f(s: str, big_str="foobar", n=2):
    return len(s) == len(big_str)

def g(big_str="foobar", n=2):
    if n == 2:
        return "foobar"
    elif not N:
        return ""
    else:
        return str(n**2) + "hello"

assert f(g())

def f(s: str):
    return set(s) <= set("18-+*/") and s.count("8") == 1 and s.count("1") == 1 and (s.count("1") > 0) or ("12+*/2")

def g():
    return "8*1"

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and p[-1] == 1 == len(p) % 2 and all([p[1] == 2]) <= 1

def g():
    return [0, 0, -1, 0, 1]

assert f(g())

def f(x: int, a=1073259, b=72352549):
    return a + x != b and (a + x != b)

def g(a=1073259, b=72352549):
    return (int(a) + int(b) + int(a + b) + int(a) + int(b) + int(b) + int(a) + int(b) +
        int(a) + int(b) +int(b) + int(a) + int(b) + int(a) + int(b) + int(b) + int(a) + int(b) + int(b))

assert f(g())

def f(a: int, b=1848):
    return a == b or a == b < b or a == b.count("a") == 4

def g(b=1848):
    return b or b == (a == b) and b.count("a") == 3

assert f(g())

def f(u: int, t = 1000):
    return u == t

def g(t = 1000):
    return int(int(t));

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n - 1 if n % 2 else n // 2
        if n > start or n == start:
            return True
        if n != start and abs(n) > 1000:
            return True

def g():
    return int(int(int("123456789" + "0"*9)** 0.5)) + 1

assert f(g())

def f(n: int):
    return n % 5 == 0 and n % 5 == 0

def g():
    return int(int("999" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: int, d=123456789):
    return l == d or l == d

def g(d=123456789):
    return d or (d + d) == 1

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] and s[-1] == word[-1]

def g(word="konjac"):
    return str(word + ".{}".format(word))

assert f(g())

def f(x: float, a=86570, s=10):
    return s > 8

def g(a=86570, s=10):
    return (a * 10) / 10

assert f(g())

def f(x: int, a=1020):
    return min(x ** 2, a) == 1

def g(a=1020):
    return (a > 1020) + 1

assert f(g())

def f(size: int):
    return size > 10000000

def g():
    return int(int("123456789" + "0"*9) + int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    def legal_move(m):
        (a, b), (i, j) = m
        return {abs(i - a), abs(j - b)} == {1, 2}
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=12330200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=12330200):
    return int(int(a + b) * 3) + 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=200):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and words[num_words] == s[num_words]

def g(word="antidisestablishmentarianism", max_len=200):
    if len(word) <= max_len:
        return word
    return int(word[num_words:-1]) == len(word) and words[num_words] == 3

assert f(g())

def f(s: str):
    for k in range(5):
        k = len(s)

        if k >= 5:
            return True
        elif (k % 2 + 1 > 0):
            return False
        else:
            return False

def g():
    return "hello world"

assert f(g())

def f(y: int, b=1, a=16384):
    if y > 0 or a > 50:
        return y - a == b
    else:
        return y + a == b

def g(b=1, a=16384):
    if b > 100 or a > 0:
        return b + a
    else:
        b -= a

assert f(g())

def f(s: str, word="antisprinciple", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s[0] == word[0]

def g(word="antisprinciple", max_len=10):
    if len(word) >= max_len:
        return word.replace("123456789", "000")
    return max_len == max_len and max_len[0] == word

assert f(g())

def f(n: int, v=15, w=100, l=5, target=4):
    if n <= 0:
        return n < 0
    return n != 0 and l != 0

def g(v=15, w=100, l=5, target=4):
    if v + w >= 100:
        return int(v) or 0
    if v + w != 100:
        return 0
    return int(v) or 0

assert f(g())

def f(n: int, d=20):
    return int(n % 20) == n

def g(d=20):
    return int(d % 20)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse == True:
        return s.lower() == target
    if target == 'a':
        return s.lower() == target
    if s == '':
        return s
    if s.lower() != target:
        target = target + 1
    if s.lower() != target:
        target = target + 1 - 1
    return target

def g(target="reverse me", reverse=True):
    if target == 'a':
        return target
    if target.lower() != target:
        target = target + 1
    return target

assert f(g())

def f(x: int, a=1, b=34535055):
    return x % 2 == 0

def g(a=1, b=34535055):
    return a % 2 + 3

assert f(g())

def f(z: float, v=1000, d=10000):
    z = int(z) / d
    return z in [8, 5, 3, 3, 3, 2, 1]

def g(v=1000, d=10000):
    return int(v * d + int(v) * d) / v

assert f(g())

def f(i: int):
    return len(str(i + 999999)) > len(str(i + 8999))

def g():
    return int(int("9999999") * 10000)

assert f(g())

def f(x: int, a=253634, b=123724):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253634, b=123724):
    if a > 50:
        return a + b
    else:
        return x + a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "53" for i in str(str(d).count("5") + str(d).count("7")))

def g(n=123456789):
    return n * (n - 100) + 10

assert f(g())

def f(name: str, k=2, a=10, b=27):
    if len(name) < len(name[0]) and names[k] != name[0]:
        return name[0] == name[k]
    return name[0] == name[k] or name[k+1] == name[k]

def g(k=2, a=10, b=27):
    return str(k + 2 + a)*27

assert f(g())

def f(s: str):
    return s == 'horse'

def g():
    return "horse"

assert f(g())

def f(x: int, a=1755):
    return x * a > 0 and x > a

def g(a=1755):
    return int(int("123456789" + "0"*9) * a)

assert f(g())

def f(x: int, a=75, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=75, b=1230200):
    if a > 100:
        return a, b
    else:
        return a + b

assert f(g())

def f(n: int):
    return n % 10 >= 0.1

def g():
    return 3

assert f(g())

def f(t: str, word="konjac"):
    return t[2] == word[2]

def g(word="konjac"):
    return str("konjac")

assert f(g())

def f(x: int, a=2, b=1518, c=2344):
    return x - a < 0 or x - b < 0

def g(a=2, b=1518, c=2344):
    return (a > b) + 1

assert f(g())

def f(e: str):
    return 'Foo' == e

def g():
    return 'Foo'

assert f(g())

def f(x: int, a=5, b=1240, c=3, m=18):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=5, b=1240, c=3, m=18):
    if a > 50 or b > 1240:
        return a - b == c
    else:
        return a + b

assert f(g())

def f(s: str, word="nested", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="nested", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[0]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.replace('\\', '-') == target

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int, a=2, b=7012):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n % 2 == m:
            return True
        m = m + 1 if m % 2 else m // 2
        if m == 3:
            return True
        m = m + 1 if m % 2 else m // 2

def g(a=2, b=7012):
    return a + b

assert f(g())

def f(n: int, a=123412, b=167768):
    return n % a == 0 and (n % b != 0 and n % b != 0) and ((a % b) == (a % b) and n % b != 0 or (a % b) == (b % b) and (a % b) == (b % b) and (a % b) == 0 or (b % b) == 0 or (a % b) == 0 or (a % b) == 0)

def g(a=123412, b=167768):
    return int(a % (a*b)) if a == 123412 else int(a % b) and (a % b) and (a % b) % (a, b)

assert f(g())

def f(target: int, a=345346363, b=10):
    return target != 0 and target == a

def g(a=345346363, b=10):
    return a or target == b or target != b

assert f(g())

def f(m: int):
    return m > 2354 and m != -1

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] and s[i](s[i]<=i):
                return False
    return True

def g(word="konjac"):
    return str(word) + ' ' + str(word) + ' ' + str(word) + ' ' + str(word) + ' '

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len > 1 or max_len <= len(words):
        return word == s
    return int(s[1:-1]) == len(words) and words[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len > 1 or max_len <= len(words):
        return word
    return int(word) == max_len

assert f(g())

def f(n: int, a=14302, b=5):
    return b * n + (-a % b) >= a or (a % b >= b) and (b - a >= 1)

def g(a=14302, b=5):
    return a*b

assert f(g())

def f(x: int, a=85090699999, b=135513):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=85090699999, b=135513):
    if a > 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(d: int):
    return d > 1048 or abs(sum(sum(d)) - 8) < 5

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(x: int, a=1073258, b=5):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=5):
    if a > 10 and b > 5:
        return a - b % 9
    else:
        return a + b % 9

assert f(g())

def f(s: str, target="foobarbazwow", length=25):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=25):
    return target[(len(target) - length) // 2 : (len(target) + length) ]

assert f(g())

def f(s: str, target="foobarbazwow", limit=2):
    return target[(len(target) - len(target)) // 2] == s

def g(target="foobarbazwow", limit=2):
    return target[(len(target) - len(target)) // 2]

assert f(g())

def f(s: str, perm="wototouvbkkwdghjklzxcvbnm", target="hello are you there?"):
    return s >= perm

def g(perm="wototouvbkkwdghjklzxcvbnm", target="hello are you there?"):
    return "wototouvbkkwdghjklzxcvbnm"

assert f(g())

def f(x: int, a=1189742):
    return x > a

def g(a=1189742):
    return int(a+2)

assert f(g())

def f(s: str, word="anticompositeism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anticompositeism", max_len=10):
    if len(word) >= max_len:
        return word
    return int(word[0] * 3) - len(word[-1])

assert f(g())

def f(s: str, word="s_"):
    s = s.lower()
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="s_"):
    return str(word) + "s_"

assert f(g())

def f(s: str):
    return s <= s[0] and s[-1] <= s[-1]

def g():
    return "world"[1]

assert f(g())

def f(s: str, chars=['h', 'e']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['h', 'e']):
    return str(chars)

assert f(g())

def f(s: str, word="mooobooooofasd", n=9):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="mooobooooofasd", n=9):
    return word or None

assert f(g())

def f(t: int, n=10000):
    return t == n

def g(n=10000):
    return int(int(n + (n >> 1)) + (n >> 1) >> 1)

assert f(g())

def f(t: str, s="can"):
    if s == "can" :
        return s == t
    else :
        return s == v

def g(s="can"):
    if s in ["can", "can", "can"]:
        return s
    elif s in ["can", "can", "can"]:
        return s == "can" and s == "can"
    elif s in ["can", "can", "can"]:
        return "can"

assert f(g())

def f(x: str, word="konjac"):
    for i in range(len(word)):
        if x[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("1")

def g():
    return int(int("123456789") * 9) + 3.1415

assert f(g())

def f(n: int, a=45, b=100):
    return n // b > a

def g(a=45, b=100):
    return int(a ** 3) + int(b ** 3)

assert f(g())

def f(lb: List[bool], trip=[]):
    for i in lb:
        if trip.get("3-6") == 1:
            lb[i] = 3
    return lb == lb

def g(trip=[]):
    return []

assert f(g())

def f(name: str):
    return name.startswith("x")

def g():
    return "xxxxxxxxxxxxx.xxxx"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a or n == a

def g(a=345346363, b=10):
    return a # n == b or a == b or b != b or n == d or n - n

assert f(g())

def f(z: float, t=1815, min_size=1):
    return (z / t) > min_size

def g(t=1815, min_size=1):
    return 3.0 + (t * 2.5)

assert f(g())

def f(p: int, x=-1, a=1, b=25):
    return a > x

def g(x=-1, a=1, b=25):
    return x

assert f(g())

def f(s: str, strings=['a', 'b', 'c', 'd'], i=32, small=15):
    return s in strings

def g(strings=['a', 'b', 'c', 'd'], i=32, small=15):
    for char in [u"abcdefghijklmnopqrstuvwxyz" for u in strings]:
        print(char)
        return strings[1]

assert f(g())

def f(s: str, word=""):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word=""):
    return "word" + word[:-6]

assert f(g())

def f(x: int, a=51005535):
    return x == a

def g(a=51005535):
    return int(a)

assert f(g())

def f(str: str):
    return sorted(str) == sorted('permute me true') and str != str[::-1]

def g():
    return "permute me true"

assert f(g())

def f(c: str):
    return "Hello " + str(c) == "Hello world"

def g():
    return "world"

assert f(g())

def f(start: int, a=1020, b=7, level=100):
    new_year = start - a - 1
    new_year += 1
    return new_year < level

def g(a=1020, b=7, level=100):
    return int(1 - a + b) * 5

assert f(g())

def f(x: int, b=95333399):
    return x == b

def g(b=95333399):
    return int(b)

assert f(g())

def f(i: int):
    return len(str(i + 100) + str(i + 1)) > len(str(i + 100))

def g():
    return int(int("123456789" + "0" + "0123456789" + "0"*5) ** 0.5)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 :-1] == s

def g(target="foobarbazwow", length=6):
    if target!="foobarbazwow":
        f("foobarbazwow").endswith("foobarbazwow")
        return ""
    return target[(len(target) - length) // 2 :-1]

assert f(g())

def f(list: str, word="antidisestablishmentarianism", max_len=10):
    if max_len >= 10**-1:
        return word == list
    if word["^"] != list:
        return list
    return []

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len >= 10**-1:
        return word
    return []

assert f(g())

def f(x: int, a=10201202002):
    return x // a == 1

def g(a=10201202002):
    return int(int(a) ** 1) + 1

assert f(g())

def f(s: str, chars=['u', 'v', 'e', 'l', ' ', 'w', '!', 'r']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['u', 'v', 'e', 'l', ' ', 'w', '!', 'r']):
    return str(chars) + " " + repr(chars[:5]) + " "

assert f(g())

def f(s: str, word="p", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0]) == max_len and word[0] == max_len and word[-1] == s[-1]

def g(word="p", max_len=10):
    new_prefix = "%03rds/%s" % (word, max_len)
    return str(word)

assert f(g())

def f(s: str):
    return s in s and sum(t < s[::-1] for t in s) == 1

def g():
    return "foo\f"

assert f(g())

def f(m: int, k=2):
    return m - k and m <= k

def g(k=2):
    return int(k) - 2

assert f(g())

def f(m: int):
    return m < 10

def g():
    return 3

assert f(g())

def f(n: int, a=3035, b=5):
    return n // a == b

def g(a=3035, b=5):
    return int(a * b)

assert f(g())

def f(n: int):
    m = n
    while n > 0:
        m = m + 1 if m % 2 else m // 2
        if n % 2 == 0:
            m = 0 if m + 1 else m // 2
        return True

def g():
    return int(int("123456789" + "1") * 100)

assert f(g())

def f(s: str):
    return len(s) == 10

def g():
    return "n" * 10

assert f(g())

def f(s: str, s1="a", s2="b"):
    return isinstance(s1, str) and isinstance(s2, str)

def g(s1="a", s2="b"):
    return s1 * s2.startswith("123456789")

assert f(g())

def f(n: int, a=146945, b=146944):
    return n % b != 0

def g(a=146945, b=146944):
    return 1

assert f(g())

def f(x: int, a=3, b=12345):
    if x > 0 or b > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=12345):
    return int(a  * (3 + 3)) + 1 and int(a) + b

assert f(g())

def f(x: str, a=10, b=9):
    for i in range(len(x)):
        if i == 0:
            if a != b:
                return True
    return False

def g(a=10, b=9):
    return str(a if a == b else a)

assert f(g())

def f(s: str, a="hello", b="yellow", length=5):
    return s in ["hello", "yellow", "yellow", "yellow", "yellow", "yellow", "yellow", "yellow", "yellow"]

def g(a="hello", b="yellow", length=5):
    return a or len(a) > length + 1

assert f(g())

def f(n: int, a=15, b=1337):
    return n + a > b and a < b

def g(a=15, b=1337):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=302024, b=1014088):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=302024, b=1014088):
    return a + b

assert f(g())

def f(s: str, word="t", max_len=10):
    if len(word) <= max_len:
        return word[0] == s
    else:
        return word[-1] == s[0]

def g(word="t", max_len=10):
    if len(word) <= max_len:
        return word[0]
    else:
        return word[:-1]

assert f(g())

def f(x: float):
    return x < 10 ** 12

def g():
    return float(int("123456789" + "0"*9) ** 0.55)

assert f(g())

def f(str: str, key=1):
    return str in ["a", "b", "c", "d"]

def g(key=1):
    if key < 1024: return "d"
    if key >= 1024: return "l"
    return str(key)

assert f(g())

def f(s: str, word="fname", max_len=3):
    if len(word) >= max_len:
        return word[0] == s[0] and word[1] + max(word[0], s[0]) == 1 or word[-1] == s[-1] and word[0] == s[0] or word[-1] == s[-1]

def g(word="fname", max_len=3):
    if word[-1] == word:
        return word[0] + word[1]
    else:
        return word[0] + word[-1]

assert f(g())

def f(n: int, a=14302, b=5):
    return a + b <= n

def g(a=14302, b=5):
    return int((a + b)/9)**9

assert f(g())

def f(x: float):
    return x < 5.0 / 2.0  # less than 4th bit

def g():
    return 0.0

assert f(g())

def f(s: str, a=1364, b=123):
    return "Hello " + s == "Hello world"

def g(a=1364, b=123):
    return "world"

assert f(g())

def f(n: int, s=100):
    return s < n or n < len(s)

def g(s=100):
    return (0.5 < s + 1) * (s + 1)

assert f(g())

def f(x: int, a=1099, b=125025):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=1099, b=125025):
    if a > 13:
        if a < 50:
            return a + b == a - b
        else:
            return a + b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmore CAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmore CAPITALS"):
    return caps if len(s) == 2 else s.lower()

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s == big_str and s.count("9") != 1 and s.count("4") != 2

def g(big_str="foobar", index=2):
    return big_str

assert f(g())

def f(x: int, a=53171855):
    return x > a

def g(a=53171855):
    return int(a) + 5

assert f(g())

def f(x: int, a=500, b=10):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + b == a

def g(a=500, b=10):
    if a < 0 and b < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(t: List[int]):
    return t[2] == t[2]

def g():
    return [int(i+(i+1)+2) for i in range(1000)]

assert f(g())

def f(x: int, a=1330200, b=1000000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1330200, b=1000000):
    return int(a + b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return s[0] == word[0] and s[1] == word[1] and s[2] == word[2]

def g(word="konjac"):
    return str(word + " ")

assert f(g())

def f(n: int):
    return n == n

def g():
    return int(int(2 * 9.5) - 1) + 1

assert f(g())

def f(n: int):
    m = n**2  # 2^m is non-zero
    if n > 100:
        return True
    if (n < 1024):
        return False
    assert sum(n) >= m  # sum is non-zero
    assert m >= 10

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, a=15332, b=9):
    return (n + a) < 2 * b

def g(a=15332, b=9):
    return (2 * a) * (b - a)

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return p[0] == 1 and p[-1] == 2

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return edges.pop()

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) <= 6:
        return s.lower() == target[(len(target) - 6) // 2]
    if target in ("foobarbazwow", "foobarbazwow") and target in ("foobarbazwow", "foobarbazwow-s"):
        return s.lower() == target[(len(target) - 6) // 2 + length]
    return s.lower() == target[(len(target) - 6) // 2], "foobarbazwow"

def g(target="foobarbazwow", length=6):
    if target in ("foobarbazwow", "foobarbazwow") and target in ("foobarbazwow", "foobarbazwow-h"):
        return target[(len(target) - 6) // 2 + length]

assert f(g())

def f(str: str, name=None, length=2):
    return str.count(str) != 2

def g(name=None, length=2):
    return str(name) + str(length)

assert f(g())

def f(n: int, b=10):
    return n >= 11 and n > 5

def g(b=10):
    return int((b + 20) * 10) + 1

assert f(g())

def f(l: List[int]):
    return min(l) % 2 == 0
    print(x % 2 == 0)
    print(x - 2)
    print(x - 3)

def g():
    return [0, 1, 0, 2]

assert f(g())

def f(x: int, a=10201202001, b=10010210140):
    return x == a * b

def g(a=10201202001, b=10010210140):
    return a * b

assert f(g())

def f(x: int, a=8383699, b=-12):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=8383699, b=-12):
    if a < b:
        return a - b == -12
    else:
        return a + b

assert f(g())

def f(b: int, n=1024):
    return b^2 > n

def g(n=1024):
    return n << 3

assert f(g())

def f(t: str, s="hello world", target="do"):
    return t[0 : len(t)] == "hello world"

def g(s="hello world", target="do"):
    return "hello world"

assert f(g())

def f(x: int, a=1000003):
    return x == a

def g(a=1000003):
    return int(a)

assert f(g())

def f(li: List[int]):
    li[0] = li[1]
    return li[2] == li[3]

def g():
    return [30, 3, 3, 3, 3, 3, 3]

assert f(g())

def f(x: int, score=100, a=7, b=4):
    for i in range(7):
        if score > 1:
            pass
    return True

def g(score=100, a=7, b=4):
    return score + score

assert f(g())

def f(x: int, a=10201201000):
    return x ** 10 == 1

def g(a=10201201000):
    return int(a == 10201201000)

assert f(g())

def f(x: int, a = 255, b = 1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a = 255, b = 1230200):
    if a > 50:
        return 1 * a + b
    else:
        return 1 * a - b

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n % 2 != 0:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return n <= 3 * m

def g(t=197, upper=20):
    m = t
    for i in range(t):
        if isinstance(i, int):
            return m*i
    return None

assert f(g())

def f(n: int):
    m = n
    while n < 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        if n > m and m < 2 * n:
            return False, True
        if m > 2 * n and m < 3 * n:
            return False, False
        if m < m and m < 3 * n:
            return False, False
    return True

def g():
    return int(int(len("123456789" + "0"*9)) + 1 + len("123456789" + "1"*9)) + 1

assert f(g())

def f(s: str, target="foobarbazwow_2", c=45, n=2):
    return s == target

def g(target="foobarbazwow_2", c=45, n=2):
    return target if target else 0

assert f(g())

def f(t: str, s='s'):
    return len(t) == len(s)

def g(s='s'):
    return str(s)

assert f(g())

def f(x: int, a=253532, b=1230200):
    return x == a & b

def g(a=253532, b=1230200):
    return a & b

assert f(g())

def f(x: int, a=-4230, b=14557895):
    return x - a == b

def g(a=-4230, b=14557895):
    return a + b

assert f(g())

def f(s: str, b="hello", a="Y"):
    return "Hello " + s == "Hello world"

def g(b="hello", a="Y"):
    return "world"

assert f(g())

def f(n: int, a=18, b=45, upper_bound=100):
    return (a + b )**2 <= n

def g(a=18, b=45, upper_bound=100):
    return (a + b)**2

assert f(g())

def f(st: str, a="world"):
    return st + a == 0 or st.count("world") == 1

def g(a="world"):
    return a or str(a)[0]

assert f(g())

def f(n: int):
    return pow(2, n, n) <= 2

def g():
    return int(int("123456789" + "0"*9)** - 1) + 2

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(int(a + b))

assert f(g())

def f(n: int, a=95204375, b=15):
    return n == a or (b == 0 or a == b) and sum(t < n) == sum(sum(t)) and len({sum(t) == 0}) == len(t)

def g(a=95204375, b=15):
    return int(a) or (b == 0 or a == b) and sum(a) == sum(sum(t)) and len({a}) == len(t)

assert f(g())

def f(x: int, a=1021, b=14546310):
    return x - a == b

def g(a=1021, b=14546310):
    return int(a) + b

assert f(g())

def f(c: List[int]):
    for c in c:
        if c not in s:
            return False
    return True

def g():
    return []

assert f(g())

def f(x: int, a=62544, b=254731):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=62544, b=254731):
    return a + b

assert f(g())

def f(x: int, a=1020, b=23223):
    return x == b if b != a else 0

def g(a=1020, b=23223):
    return b if a != b else 1

assert f(g())

def f(n: int, a=34514626, b=10):
    return n // a >= b

def g(a=34514626, b=10):
    return a * b

assert f(g())

def f(str: str):
    return str.count(str) == str.count('m')

def g():
    return "m-123456789"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=2021):
    word = "antidisestablishmentarianism"
    max_len = len(word) + 5
    if max_len > len(word):
        return word
    return len(word) + 1

assert f(g())

def f(n: int, a=3453467861, b=-93206):
    return n // b == a

def g(a=3453467861, b=-93206):
    return a * b

assert f(g())

def f(d: int, n=123456789):
    return d > n or len(d) < n and all(x in (d.count("1") + d) > n for x in d.count("1") + str(d).count("7"))

def g(n=123456789):
    return n * n + 1

assert f(g())

def f(s1: str):
    return sorted(s1) == sorted('Permute me true') and sorted('Permute me false') and len(s1) == len(s1)

def g():
    return "Permute me true"

assert f(g())

def f(n: int, q=8):
    return n + 1 + q / 2 != 1

def g(q=8):
    return q + 1

assert f(g())

def f(s: str, word="h1"):
    for i in range(len(word)):
        if i == 1:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="h1"):
    return str(word) + word

assert f(g())

def f(s: str):
    return "hello world!" in s  # the quick brown fox jumps over the lazy dog

def g():
    return "world!      hello world!"

assert f(g())

def f(x: int, a=7, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7, b=1230200):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=2):
    return n >= 2**22

def g(a=2):
    return int(int("123456789" + "0"*5) ** 2) + 1

assert f(g())

def f(x: float, y=0):
    return abs(x + y) < 10

def g(y=0):
    return float(float(y))

assert f(g())

def f(t: str, s="Problems"):
    i = 0   # test
    for c in s.lower():
        if t[i] == "x":
            continue
        assert t[i] == c, f"expecting `.x`"
        i += 1
    return i == len(t)

def g(s="Problems"):
    s = "problems"
    return "problems"

assert f(g())

def f(x: float, a=15, b=5):
    return 0.005 - x < 0.5

def g(a=15, b=5):
    return a + (b * 10) ** 0.5

assert f(g())

def f(s: str, v=1, e=10000):
    return s in [s, v]

def g(v=1, e=10000):
    return str(v * e + 1000)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=253532, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, q=5):
    return q > 1 and q < n

def g(q=5):
    return int(q * 5 + q - 1)

assert f(g())

def f(s: str):
    return s.count("a") == 0 and s.count("b") == 0 and s.count("5") == 0 and s.count("7") == 0

def g():
    return "world"[::-1]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me False')

def g():
    return "Permute me False"

assert f(g())

def f(n: int, a=5678, b=7):
    return b * n + a / b and a < n

def g(a=5678, b=7):
    return 1 + a * b

assert f(g())

def f(s: str, k=5, z=9):
    return 0 <= z <= len(s)

def g(k=5, z=9):
    if k == 5:
        return "hello world"
    else:
        return x.count("0" + "0" * z)

assert f(g())

def f(s: str, word="hypostaticism", max_len=21):
    return s == word

def g(word="hypostaticism", max_len=21):
    return word.lower()

assert f(g())

def f(b: int, q = 10):
    if b >= 0:
        return b == q
    else:
        return b / q

def g(q = 10):
    return q

assert f(g())

def f(s: str):
    return s.count('o') > 1 and s.count('oo') > 0

def g():
    return "foo"

assert f(g())

def f(x: int, a=30, b=10):
    if x > 0 or a > 300:
        return x - b > a
    else:
        return x

def g(a=30, b=10):
    return int(a * b + (100-a)) + 1

assert f(g())

def f(s: str, t="enlightenment"):
    return s == t

def g(t="enlightenment"):
    return str(t).replace('-', '%')

assert f(g())

def f(x: int, a=1544):
    return x == a

def g(a=1544):
    return a or (n - 1)

assert f(g())

def f(s: str, a=['cat', 'dot', 'tree'], b=['tree', 'fly', 'dot']):
    return s in b and s in a

def g(a=['cat', 'dot', 'tree'], b=['tree', 'fly', 'dot']):
    return "tree"

assert f(g())

def f(x: int, a=932345678):
    return x == a

def g(a=932345678):
    return a

assert f(g())

def f(n: int):
    return abs(100 / n) < 10 ** -3

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, m=12):
    m = n
    while n <= 10:
        m = 2 * m + 1 if n % 2 else m // 2
        if m < 3:
            return False
        else:
            return True

def g(m=12):
    return m if m < 3 and m < 2 else m // m

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == max_len and words[1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    return int(word[-1] * 0.5)

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        m = n - 3
        if m % 2 == 1:
            return True
        elif m < 2:
            raise ValueError("m <= m")
        m = m < 1
    return True

def g():
    return int("123456789")

assert f(g())

def f(x: int, a=253532, b=10, m=10):
    if x > 0 or a > 50:
        return x - a == b
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=10, m=10):
    if a > m > 10:
        return x.sum(a < 10) + b
    else:
        return a + b

assert f(g())

def f(n: int, v=19, w=100):
    if n == 1:
        return True
    return True

def g(v=19, w=100):
    return v + 1

assert f(g())

def f(t: int):
    return t == 0

def g():
    return int(int("123456789" + "0"*0)*0)**2

assert f(g())

def f(s: str, word="antiqueism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0]) == len(word[0]) and word[-1] == s[0] and word[-2] == s[1] and word[-3] == s[2]

def g(word="antiqueism", max_len=10):
    if max_len <= 10:
        return word
    return int(word[0]) == max_len

assert f(g())

def f(s: str):
    z = 0
    for i in range(len(s)):
        z += 1
    return z == len(s)

def g():
    return ""

assert f(g())

def f(s: str, l=12, target=11):
    return s == "Hello world"

def g(l=12, target=11):
    return "Hello world"

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return x == target and x == reverse*x

def g(target="reverse me", reverse=True):
    return target == target and reverse*target

assert f(g())

def f(n: int, a=3147483647, b=12):
    return n // b == a

def g(a=3147483647, b=12):
    return int(a) * b

assert f(g())

def f(x: int, a=123740, b=50000, c=2061):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=123740, b=50000, c=2061):
    if a < 50 and b < 50:
        return a * b + (c-a) * b
    else:
        return a + b

assert f(g())

def f(s: str, b=8, lower_bound=5):
    return s == "yRrsmOoKjdjwdCwSUmtvHMefxxPFdmBIpM"

def g(b=8, lower_bound=5):
    return "yRrsmOoKjdjwdCwSUmtvHMefxxPFdmBIpM"

assert f(g())

def f(s: str, target="reverse me"):
    return s[::-1] == target

def g(target="reverse me"):
    return str(target[::-1])

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x - a == b

def g(a=4, b=54368639):

    return a + b + (4-a)

assert f(g())

def f(x: List[int]):
    if x[-1] < -2 and x[-1] > 2:
        return False
    return True

def g():
    return [1]

assert f(g())

def f(s: str, word="antisemotion", max_len=20):
    if len(word) <= max_len:
        return word == s
    return integer(s[0] > max_len) and word[0] == s[-1]

def g(word="antisemotion", max_len=20):
    if len(word) <= max_len:
        return word
    return integer(word[:max_len] > max_len) and word[max_len] == word[-1]

assert f(g())

def f(s: str, target="foobarbazwow-9030", length=5):
    return target[(len(target) - length) // 2: len(target) - 1 : len(target) ] == s

def g(target="foobarbazwow-9030", length=5):
    return target[(len(target) - length) // 2: len(target) - 1 : len(target) + 1]

assert f(g())

def f(s: str, word="qwertyuiopasdfghjklzxcvbnm"):
    for i in range(len(word)):
        if word[0] == 'qwertyuiopasdfghjklzxcvbnm' and i < len(word[0]) and word[1] == 'w' or i > len(word[1]) and word[1] < word[0]:
            return False
    return True

def g(word="qwertyuiopasdfghjklzxcvbnm"):
    return "Hello qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z / d % 10) == 0

def g(v=9, d=0.0001):
    return v * float(v) - 1 + 1

assert f(g())

def f(str: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str.index(str) == 0

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars[::-1])

assert f(g())

def f(s: str):
    return s.count(s) == 1

def g():
    return "b"

assert f(g())

def f(n: int, t=117600):
    if n != 117600:
        return len((t + 1) == n)
    return n == 117600

def g(t=117600):
    return t

assert f(g())

def f(s: str):
    return s.count("8") and (s.count("1") == 1) or s.count("7") == 1 and s.count("1") == 1

def g():
    return "123456789"

assert f(g())

def f(x: int, a=17, b=-95, c=-12):
    return x - a == b

def g(a=17, b=-95, c=-12):
    return a + b

assert f(g())

def f(li: List[int]):
    return all([li.count(i) == i for i in range(1)])

def g():
    return [10, 9]

assert f(g())

def f(x: int, a=1818, b=1818):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=1818, b=1818):
    if a > 50:
        return a + b
    else:
        return 0

assert f(g())

def f(x: int, a=10, b=100, c=20):
    return x ** 2 != a and x == sum([b * i for i in range(c)])

def g(a=10, b=100, c=20):
    return sum([b * i for i in range(c)])

assert f(g())

def f(d:int, n=3999):
    return d * n > 3000

def g(n=3999):
    return n - 1

assert f(g())

def f(y: List[int]):
    return len(y) == 2 and sum(y) == 3

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=9291076):
    return x + (a - 10) + (a - x) <= a + x

def g(a=9291076):
    return int(a) + a

assert f(g())

def f(x: int, a=20937537):
    return x == a

def g(a=20937537):
    return int(a)

assert f(g())

def f(x: int, a=6, b=4211):
    return x % 2 != 0 or isinstance(x, int)

def g(a=6, b=4211):
    return (a % 2 == 0) + b

assert f(g())

def f(name: str, b=7543):
    return name == "x" or name == "x+3"

def g(b=7543):
    return "x+3"

assert f(g())

def f(x: int, a=101978839):
    return x == a

def g(a=101978839):
    return a # "foo bar"

assert f(g())

def f(n: int, a=1566, b=53):
    return n // b == a

def g(a=1566, b=53):
    return int(int(a) * b) + 1

assert f(g())

def f(sp: int, n=7012):
    return int(sp / n) >= 2

def g(n=7012):
    return int(n * n - 5) + 1

assert f(g())

def f(n: int, t=197, upper=3):

    m = n
    for i in range(t):
        if n <= 1:
            m += 1
    return m >= 2 * t + upper

def g(t=197, upper=3):
    m = 10000
    for i in range(t):
        if i != t:
            m += 1
    return m

assert f(g())

def f(n: int, a=345346363, b=10):
    return n > a

def g(a=345346363, b=10):
    return a << 3

assert f(g())

def f(l: List[int]):
    return l[len(l) % 10] == l[len(l) % 10]

def g():
    return [1 for i in range(10)]

assert f(g())

def f(b: List[bool], m=1000):
    for i in [False, False, True]:
        if b is True or b is False or b is True:
            return True
        if (b == True) and m:
            sum(s) >= 5
            sum(s) - sum(b) >= 5
            if sum(s) <= 5:
                return False
    return True

def g(m=1000):
    return [ True, False, False, True, False, True, False ]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + b == x

def g(a=1073258, b=72352549):
    return a + b or a + b

assert f(g())

def f(x: int, a=5, b=6):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return a + b

def g(a=5, b=6):
    if a > 20:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            elif s[i] != word[i]:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    if len(word) == 100 and word == "<" or ">" and len(word) == 100:
        return str(word) == ".5"
    else:
        return str(word).replace("<","")

assert f(g())

def f(x: int, a=6696, b=-9420):
    return a - x == b or a - x == b and (a - b) == b

def g(a=6696, b=-9420):
    return int(a % a) or (b % b) or (a - b)

assert f(g())

def f(x: int, a=5, b=13500):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a > b

def g(a=5, b=13500):
    if a > 0:
        return a*b - 5
    else:
        return a*b

assert f(g())

def f(x: int, a=50253532, b=1330200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50253532, b=1330200):
    if a > 5: return a + b
    else: return a - b

assert f(g())

def f(x: int, a=183710, b=1477720):
    return x - a == b

def g(a=183710, b=1477720):
    return a + b

assert f(g())

def f(m: int):
    return m >= 15000

def g():
    return int(int("123456789" + "0"*9) * 13)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return s == word

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) < max_len:
        return word
    else:
        return word

assert f(g())

def f(path: str, parts=['I!!', '!love'], string="I%'", u=1, v=33, bound=3):
    return string.join(parts) == string or u == 1

def g(parts=['I!!', '!love'], string="I%'", u=1, v=33, bound=3):
    return string.join(['-A', '-E', '-B', '-F', '-E', '-l', 'lg', ':', '!love'])

assert f(g())

def f(s: str, word="phat", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(word[0:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="phat", max_len=10):
    if len(word) < max_len:
        return word
    return int(word[-1]) == s

assert f(g())

def f(z: float, v=9, d = 0.0002):
    return int(z * 1 / d % 10) == v

def g(v=9, d = 0.0002):
    return float(v * 0.9) / d % 10

assert f(g())

def f(x: int, a=1073258, b=-7352549):
    return x - a == b

def g(a=1073258, b=-7352549):
    return a + b

assert f(g())

def f(x: int, a=453510, b=21):
    return a + x == b

def g(a=453510, b=21):
    return b - a

assert f(g())

def f(y: float, d=10):
    return y > d - 10 * d

def g(d=10):
    return float(d)

assert f(g())

def f(s: str, a="hello world", b="yellow", count=4):
    if len(s) == 4:
        for i in range(4):
            if i < 4 and len(s) == 3:
                s += "hello world"
    return s == "hello world"

def g(a="hello world", b="yellow", count=4):
    if len(a) == 3:
        return "hello world"
    else:
        return a

assert f(g())

def f(x: int, s=743):
    return x + s and x == s

def g(s=743):
    return s

assert f(g())

def f(nums: List[int]):
    if len(nums) == len(set(nums)) >= num_points:
        return len([a < 0 for a in nums] for a in num_points) == len(set(nums))
    else:
        return len(set(nums)) == len(set(set(set(set(set(nums))))))

def g():
    return [3, 2, 3]

assert f(g())

def f(s: str):
    return ''.join(s) == s

def g():
    return "\0"

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [7, 5]]):
    return sorted(p) == sorted(p)

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [7, 5]]):
    return [1, 2, 3, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27]

assert f(g())

def f(p: str, target="reverse me", reverse=True):
    return (p == target) == reverse

def g(target="reverse me", reverse=True):
    target = "reverse me"
    reverse = reverse or ()
    return target if reverse else (target + reverse or "reverse me" or "reverse me")

assert f(g())

def f(s: str, b="world", c=4):
    return str(s) == b or s not in c

def g(b="world", c=4):
    return 'world' or s not in c

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    elif x > 1:
        return x + a == b
    else:       
        return x + a == b

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(n: int, day=1073258):
    return n > 723512

def g(day=1073258):
    return 1000000

assert f(g())

def f(n: int, a=5, b=4322):
    for i in range(n):
        m = n
        if b == i:
            return True

    m = n
    while m > n:
        n = m - 1 if n % 2 else m // 2
        if m > n:
            return True
    m = n * m // m // m // m // m // m
    m = m + m * m // m // m // m // m
    m = m + m / m // m // m // m // m // m
    m = m * m // m // m // m

def g(a=5, b=4322):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - b > a
    else:
        return x + b == a

def g(a=253532, b=1230200):
    return int(int(a)**2 + int(b) ** 2) + 1

assert f(g())

def f(s: str, word="Konjac", suffix=True):
    """Create a new word of the given string"""
    return s.lower() == word[suffix]

def g(word="Konjac", suffix=True):
    """Get the current word for this given string"""
    return word[suffix]

assert f(g())

def f(s: str, target=9, n=9):
    return s.startswith('j');

def g(target=9, n=9):
    return 'j'

assert f(g())

def f(count: int, a=2147483648):
    return a < count

def g(a=2147483648):
    return a * a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if b < 0:
        return b > a
    else:
        return b - a

assert f(g())

def f(n: int, a=13447865, b=1430):
    return n % (8 - a) and n >= b

def g(a=13447865, b=1430):
    return a % (a - b)

assert f(g())

def f(s: str, word="Konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="Konjac"):
    return str(word)

assert f(g())

def f(x: str, a=20, b=10):
    if len(x) == 0:
        return False
    for i in x:
        if i in x:
            return True
    return False

def g(a=20, b=10):
    return str(a) + str(b)

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(list(range(999)))

def g():
    return list(range(999))

assert f(g())

def f(x: int, a=5040, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5040, b=1230200):
    if a > 50 and a != -2: return a + b
    if a != -2: return -b
    if a != -2: return a + b

assert f(g())

def f(x: float, a=1310):
    return -3 ** x < 10 * -3 and x > 0

def g(a=1310):
    return (1 + 3 * a) / 9

assert f(g())

def f(probs: List[float], a=30000):
    return max(probs[(i + 1) % 3] - probs[(i + 2) % 3] for i in range(3)) < 1e-6

def g(a=30000):
    return [0.1/a for i in range(3)]

assert f(g())

def f(i: int):
    return len(str(i + 101)) == len(str(i + 1011))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.lower() > 'world'

def g():
    return "world\n"

assert f(g())

def f(s: str):
    return s == '!*'

def g():
    return "!*"

assert f(g())

def f(seed: int, len=20):
    return 0 <= seed <= len

def g(len=20):
    if len > 20: len = 20
    return len

assert f(g())

def f(d: int, n=123456789):
    d < n
    if n % 5 == 1:
        return 0
    return (d - n) > (n - 1)

def g(n=123456789):
    return int(n * n) + 3

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        a = 15 * n + 1
        if n % 2 == 0:
            n = -1
        if n == start:
            return True
        return False

def g():
    return int(int("123456789") + (20 * 3))

assert f(g())

def f(x: float):
    return x > 9999

def g():
    return float(int(int("123456789" + "123456789" + "")** 0.5))

assert f(g())

def f(x: int, a=2840, b=1220):
    if x > 20:
        return x - a == b
    else:
        return x + a == b

def g(a=2840, b=1220):
    if a < 15:
        return a, b
    else:
        return a + b

assert f(g())

def f(e: str):
    return e[::-1] == "/"

def g():
    return "/"

assert f(g())

def f(d: int, n=234456789):
    return d >= n and d != 6

def g(n=234456789):
    return 3 + int(int("123456789" + "0"*9) ** 0.5) + 4

assert f(g())

def f(s: str, word="b"):
    return s[::-1] == word

def g(word="b"):
    return str(word)

assert f(g())

def f(x: int, a=1, b=2):
    if a == 1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=1, b=2):
    return int(int("999") * 0.5) + 1

assert f(g())

def f(x: int, b=178945678, a=179075555):
    return a + x == b

def g(b=178945678, a=179075555):
    return b - a

assert f(g())

def f(s: str, word="antidees", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s) == max_len and word[-1] == s[-1]

def g(word="antidees", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s) == max_len and word[-1] == s[ -1]

assert f(g())

def f(s: str):
    return s != 0 and s == "0123456789" and s.count("2") == 1

def g():
    return "0123456789"

assert f(g())

def f(n: int, a=21, c=3021):
    return n * a < (int(n * a + 2) - 3021) * c

def g(a=21, c=3021):
    return a + c * 10 - 24

assert f(g())

def f(s: str, word="konjac"):  # konjac is not a konjac yet, use its lower case
    for i in range(len(word)):
        if s[i] != word[i].lower():  # lower case: konjac requires higher-case characters
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, b=72352549, a=22556513):
    return a + x == b

def g(b=72352549, a=22556513):
    return b - a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len == max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len == max_len:
        return word
    return int(s[-1] * 4)

assert f(g())

def f(s: str, word="k"):
    for i in range(len(word)):
        if i == 0:
            if word[i] != type(s[i]) or i < 0:
                return True
            if word[i] != type(s[i], word[i]):
                return False
    return True

def g(word="k"):
    return word[0]

assert f(g())

def f(n: int, a=100, b=3):
    return n > 597 * 4

def g(a=100, b=3):
    return 597 * a + 3

assert f(g())

def f(rangela: int):
    t = 1000
    for t in range(t):
        if t % 2 != 2:
            return True
        break

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 8

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(s) <= max_len:
        return s.lower() == word
    if len(s) > max_len:
        return s.lower() == word
    return sum(li) > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    if len(word) < max_len:
        return word
    else:
        return max_len

assert f(g())

def f(s: str, word="foobarbazwow", target="do"):
    return target[(len(target) - len(s) // 2) // 2] == s

def g(word="foobarbazwow", target="do"):
    if len(word) < 2:
        return "foobarbazwow"
    if word == target:
        if word[-2] <= "foobarbazwow":
            return "foobarbazwow"
        return target[(len(target) - 2) // 2] == word[-2]
    return target[-1]

assert f(g())

def f(x: int, a=302856, b=121832):
    if x > 0 and a > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=302856, b=121832):
    if a < 30:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, s1="a", s2="b", n=28, start=1):
    if n:
        return s.lower() == s1.lower()
    return s.lower().upper().lower().lower() == s1.lower().upper().lower()

def g(s1="a", s2="b", n=28, start=1):
    if n:
        return s1.lower().upper().lower()
    return s1.lower() + 1

assert f(g())

def f(x: int, a=9143696, b=-117640):
    return a - x == b

def g(a=9143696, b=-117640):
    return a - b

assert f(g())

def f(li: List[int], target=[10, 11, -1, 10, -1], n=2):
    return li * n > target or (li - target) >= (li == target)

def g(target=[10, 11, -1, 10, -1], n=2):
    return target[0:n*n]

assert f(g())

def f(x: int, a=122333):
    return x >= a

def g(a=122333):
    return int(int("127" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, dups=42155):
    return dups / 2 <= n * 2

def g(dups=42155):
    return ((dups*2) + 1)

assert f(g())

def f(s: str, target="bazwowboob", length=6):
    return target[(len(target) - length) // 2] == s

def g(target="bazwowboob", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(x: int, a=4, b=54368639):
    return x % 2 == 0 and x + a == b or x + b == a or (x - b) > 1

def g(a=4, b=54368639):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s[0] == s[1] and s[1] == s[2] or s[2] == s[3]

def g():
    return "hello"

assert f(g())

def f(x: int, a=951287):
    return x == a

def g(a=951287):
    return int(a)

assert f(g())

def f(s: str, word="sakal"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="sakal"):
    return ("sakal" + word)

assert f(g())

def f(l: List[int]):
    return l[0] * l[1] >= 0 and l[-1] * l[1] >= 0 and l[-1] * l[-1] >= 0

def g():
    return [2, 3]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) > 0 and len(target) == 3] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) > 0 and len(target) == 3]

assert f(g())

def f(n: int, a=1):
    return n - 1 / 1 == a

def g(a=1):
    return int(a + 1)

assert f(g())

def f(h: int, seed=0):
    for n in range(h):
        if seed <= K:
            return 0 or k == 0  # not even or odd
        elif seed > K: # even
            raise ValueError('seed not divisible by ' + k)
    return True

def g(seed=0):
    return seed

assert f(g())

def f(c: str, chars=['e', 'l', ' ', 'r']):
    for c in chars:
        if c == '.':
            return False
    return True

def g(chars=['e', 'l', ' ', 'r']):
    return str(chars[::-1])

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s == word

def g(word="antidisestablishmentarianism", max_len=10):
    return word

assert f(g())

def f(n: int):
    return n > 253532

def g():
    return int(int("123456789" + "0"*10) * 255 + 2.5)

assert f(g())

def f(s: str, word="antidespreadisthesis", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidespreadisthesis", max_len=100):
    if max_len == 0 or len(word) == max_len or word[0] == ' ':
        return None
    return (word or " " or "")

assert f(g())

def f(n: int, v=25, w=20):
    for i in range(n):
        v *= 3
    return v > w

def g(v=25, w=20):
    return v >> w >> 1

assert f(g())

def f(s: str, d=20):
    return s.count('o') == 0 or s.count('o') == 1

def g(d=20):
    return " " + str(d) + " " + str(d)

assert f(g())

def f(x: int, a=708929154545477964382323644523462547, b=-93206):
    return x - a == b

def g(a=708929154545477964382323644523462547, b=-93206):
    return a + b

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 5 * n + 1 if n % 2 else n // 2
        if n:
            return True

def g():
    return int(int("123456789" + "0"*9) )

assert f(g())

def f(x: int, a=12345678):
    return x == 12345678

def g(a=12345678):
    return a

assert f(g())

def f(s: str, word="anti-dishshitantism", max_len=31):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="anti-dishshitantism", max_len=31):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) <= len(word[1:-1])

assert f(g())

def f(s: str, d="hello world", sum=1):
    if sum > 1:
        return s.lower() != d
    return s.lower() > d

def g(d="hello world", sum=1):
    if sum > 1:
        return "hello world[0]*" + (sum > 1)
    return "hello world[0]*" + (sum > 1) * d

assert f(g())

def f(x: int, a=253532, b = 15450000):
    if x > 0 and a > 50:
        return x - a > a + b
    else:
        return x + a > a + b

def g(a=253532, b = 15450000):
    return a * b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0):
            if s[i] != word[i]:
                return False
            if s[i] != word[i]:
                return False
        return True

def g(word="konjac"):
    return word if word == "" else word[:]

assert f(g())

def f(x: int, a=1230, b=2021):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=1230, b=2021):
    if (a > 15) and (b > 15):
        return a + b
    else:
        return a

assert f(g())

def f(li: List[int], h=5):
    return li[5] != h

def g(h=5):
    return [1 for i in range(10)]

assert f(g())

def f(x: int, a=68442436):
    return a * a == x

def g(a=68442436):
    return int(a) * a

assert f(g())

def f(n: int, a=345346363, b=2031):
    return n % a == 0 and n >= b

def g(a=345346363, b=2031):
    return a % (int(a) + int(b))

assert f(g())

def f(s: List[str]):
    return sorted(s) == sorted(set('Inverse of 0')) and s == s[:]

def g():
    return sorted(set('Inverse of 0'))

assert f(g())

def f(nums: List[int], a=100, b=1000, count=6):
    return len(nums) == len(set(nums)) and count <= len(set(nums))

def g(a=100, b=1000, count=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return len(s) == len( a + b)

def g(a="hello", b="yellow", length=4):
    return a + b

assert f(g())

def f(s: str):
    for i in range(len(s)):
        s = s[::-1]
    return s[::-1] != 0

def g():
    return "abcdefd"

assert f(g())

def f(x: int, a=4, b=54368639):
    if b == 54368639:
        return x% 2 == 0
    else:
        return x % 2 == 0

def g(a=4, b=54368639):
    return a % b

assert f(g())

def f(n: int, l=16):
    return l <= 2 * n + 1

def g(l=16):
    return 1 + l + l

assert f(g())

def f(s: str, s1="hello world", s2="do"):
    if s1 == 0 and s2 == 0:
        return s[::-1]
    if s1 == 1 and s2 == 1:
        return s[::-1] == 0
    if s1 is None:
        return s[::-1] == 0
    if s1 == 2 and s2 == 2:
        return s[::-2] == 0

    return len(s) == len(s1)
    return len(s) == len(s2)

def g(s1="hello world", s2="do"):
    return "hello world"

assert f(g())

def f(x: List[int]):
    return len(x) < 6 * 5

def g():
    return [1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    return x - a == b or x == b or x == b

def g(a=253532, b=1230200):
    return a + b or (a-b) == b

assert f(g())

def f(s: str, word="kondjagj-pjfmnkjkjl"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondjagj-pjfmnkjkjl"):
    return str(word) if word else None

assert f(g())

def f(s: str, string="enlightenment"):
    for i in range(len(string)):
        if s != string:
            return False
    return True

def g(string="enlightenment"):
    return str(str(string))

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        assert x % b == 0
        return x + a == b

def g(a=1073258, b=72352549):
    if a > 50:
        return a + b
    else:
        assert a % b == 0
        assert f(a) != 0
    assert g(a) != 0

assert f(g())

def f(d: int, n=11446789):
    return d >= 15 + (d / 2) + 1

def g(n=11446789):
    return int(n % 60) + 1

assert f(g())

def f(s: str, word="M", x=256):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="M", x=256):
    return word[0]

assert f(g())

def f(n: int):
    return str(n + 1).startswith("456") or str(n + 1).startswith("(...)")

def g():
    return int(int("456" + "0" * 6) + 1)

assert f(g())

def f(s: str, s1="b", s2="c", count1=20):
    return s[:3] == s

def g(s1="b", s2="c", count1=20):
    if len(s1) > 10:
        return "c"
    else:
        return "f"

assert f(g())

def f(s: str, target="ooofo", length=6):
    if len(target) < 6:
        return target[len(target) // 2 + 2] == s
    return int(s[1:-1]) == len(target) and target[len(target) + 3] == s

def g(target="ooofo", length=6):
    return target[len(target) % len(target)]

assert f(g())

def f(n: int, a=7654631):
    return n >= a

def g(a=7654631):
    return 60000 + a

assert f(g())

def f(path: str, m=16000):
    return m <= 18 ** 5

def g(m=16000):
    return "1234567" + "0"*m

assert f(g())

def f(x: int, a=93252338):
    return x == a and x >= 0 and x >= 1

def g(a=93252338):
    return a

assert f(g())

def f(s: str, word="disclaimeralistism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(len(word) + 1) == len(word[-2]) and word[-2] == s[1] and word[1-2] == s[-2]

def g(word="disclaimeralistism", max_len=50):
    if len(word) <= max_len:
        return word
    if word[:-1] == 1 and word[-2] == 1:
        return word[:-2]    # negative
    elif word[:-1] == 2:
        return word[:-2]
    else:
        return word[:-2]

assert f(g())

def f(states: List[str], start="1", combinator=True, target="1", min_len=500):
    return states[0] == states[1] and states[0] == states[2]

def g(start="1", combinator=True, target="1", min_len=500):
    return [start for i in range(500)]

assert f(g())

def f(x: str, big_str="foobar"):
    return big_str.index(x) == big_str.index(big_str)

def g(big_str="foobar"):
    return big_str[0]

assert f(g())

def f(x: int, a=102008):
    return x == a

def g(a=102008):
    return a

assert f(g())

def f(n: int, a=65536, b=45):
    return n // b == a

def g(a=65536, b=45):
    return a * b or a * b

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2:] == s

def g(target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(x: int, a=45471696, b=171824):
    return x == a

def g(a=45471696, b=171824):
    return a or b

assert f(g())

def f(y: int, a=1543, b=140778, c=14181856):
    if a >= b or c >= 0:
        return y > -0.5  # upper = -0.5
    elif a == -382:
        return y > -2
    elif a == -14082:
        return y > -2 * 2
    elif a == -141818:
        if a >= b or c >= 0:
            return y > 0.8
        elif c >= 0:
            return y > 0.5

    from collections import Counter

def g(a=1543, b=140778, c=14181856):
    return (int(a) or (int(b) or int(c)))

assert f(g())

def f(n: int, a=45, max_len=14):
    return n == max_len or n != max_len or not(a in max_len) or max_len == a

def g(a=45, max_len=14):
    return 10*(a * 7) + (max_len - a)

assert f(g())

def f(li: List[int]):
    hi = li[0]
    hi_angle = li[1]
    hi = li[2]
    hi_angle = hi_angle + 1
    hi = hi_angle + 1
    hi_angle = hi_angle + 2
    hi_angle += 1
    return hi_angle in [hi, hi_angle]

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 10:
        return x - a == b
    else:
        return x - a + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=902):
    return x == a

def g(a=902):
    return 1 * a

assert f(g())

def f(s: str, word="vladislav", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == max_len and word[2] == s[0] and word[-2] == s[-2]

def g(word="vladislav", max_len=10):
    if len(word) <= max_len:
        return word
    return int(substring(int(word[0]), int(word[1]))) == s

assert f(g())

def f(e: str):
    return e == "99999"

def g():
    return "99999"

assert f(g())

def f(s: str, a=20, b=10, c=30):
    x = s[0:5]
    for c in s[1:]:
        if c in s:
            if b > b and c != s[:]:
                break
            elif c in s:
                break
    if len(s) != 1:
        return True
    return 0

def g(a=20, b=10, c=30):
    return "hello world"

assert f(g())

def f(start: int, k=12, upper=6, seq=[1, 4, 95, 1, 100, 3, 1, 2, 105, 2, 2], n=2):
    return 0 <= start <= len(seq) + k and sum(seq[start:start + k]) <= upper

def g(k=12, upper=6, seq=[1, 4, 95, 1, 100, 3, 1, 2, 105, 2, 2], n=2):
    return n**2 + 10

assert f(g())

def f(s: str, target="foobarbazwow", length=100000):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=100000):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(start: int):
    n = start  # could be negative or positive ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n % 2 != start + 1:
            return True  # this is a string of decimal numbers and has no int(n) = 1
        n = 5 * n + 1 if n % 2 else n // 2
        if n % 2 != start + 1:
            return True  # this is a string of decimal numbers and has no int(n) = 1
        n = 6 * n + 1 if n % 2 else n // 2

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(substring: str, string="moooboooofasd", count=2):
    return substring + substring and substring in (substring, string)

def g(string="moooboooofasd", count=2):
    return str(string) + str( count)

assert f(g())

def f(n: int, a=345346366, b=10):
    return n // a == b

def g(a=345346366, b=10):
    return int(a * 10 + b)

assert f(g())

def f(s: str, word="against", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="against", max_len=20):
    if len(word) <= max_len:
        return word[:max_len]
    return int(word[max_len:]) == len(word[max_len:-1])

assert f(g())

def f(string: str, substring="a", length=100):
    return substring == string

def g(substring="a", length=100):
    if not length:
        print("no length")
    else:
        print("in range")
    return substring

assert f(g())

def f(n:int, xs=15):
    return xs == 15

def g(xs=15):
    return int(xs) + xs

assert f(g())

def f(s: str, word="antispersiveism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1] for s in [word])

def g(word="antispersiveism", max_len=20):
    if word is None:
        print(word)
    return word

assert f(g())

def f(n: int):
    return abs(n) == n

def g():
    return int(int("123456789") * 3) + 5

assert f(g())

def f(n: int, ceil=1e-10, lower=1e-10, upper=1e-10):
    return ceil == 1e-10

def g(ceil=1e-10, lower=1e-10, upper=1e-10):
    return int(ceil*ceil)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return len(word) != max_len

assert f(g())

def f(s: str, word="joint-p", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="joint-p", max_len=10):
    return "joint-p" if len(word) <= max_len else "joint-p"

assert f(g())

def f(s: str):
    return "Hello " + s[::+1] == "Hello world"

def g():
    return "world"

    assert f(g())

assert f(g())

def f(n: int, a=4589, b=5):
    return n // b == a

def g(a=4589, b=5):
    return a * b

assert f(g())

def f(x: int, a=97359936):
    return abs(x) == a

def g(a=97359936):
    return abs(f(f(2)) == 0.5) + a

assert f(g())

def f(n: int, t=197, u=3):
    if t < 1:
        return False
    else:
        return True

def g(t=197, u=3):
    return (u + t) * 3 + 3 + 2*11

assert f(g())

def f(x: float):
    return str(x - 3.1415) == str(x - 3)

def g():
    return int(int("123456789" + "0"*100) + 1.44) * 3.1415

assert f(g())

def f(x: List[int], n=2021):
    return len(x) == n

def g(n=2021):
    return [i for i in range(2021)]

assert f(g())

def f(lst: List[str], s="problems"):
    return sorted(lst) == sorted(set(set(lst)))

def g(s="problems"):
    return sorted(set(s))[::-1]

assert f(g())

def f(x: int, a=101863097, b=2):
    return a - x == b

def g(a=101863097, b=2):
    return a - b

assert f(g())

def f(s: str, n=1000):
    for i, j in enumerate(s):
        assert len({s[i]}) == len(s) and len(s[i]) == len(s) and (i == j, j in s[:i])
        return sum(abs(x) for x in s[:i - 1]) <= n

def g(n=1000):
    if n == 0:
        return "0"
    else:
        return "0"

assert f(g())

def f(x: int, a=224411, b=72323):
    if a != 0:
        return -a < 0 and a != 0

    if b != 0:
        return -b < 0 and b != 0

    # if a == 0: 
    #

def g(a=224411, b=72323):
    return (int(a) + int(b) + int(b)**2  -int(a) + int(b)**2)

assert f(g())

def f(z: float, v=6, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=6, d=0.0001):
    return int(4 * 100) / v % 10

assert f(g())

def f(x: int, a=45, b=54368639):
    if a == 1:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=45, b=54368639):
    if a == 1:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == 0
    else:
        return - a + b

assert f(g())

def f(s: str, n=100):
    m = int(s)
    while n > 10:
        m = int(s) + 2 if 0 else m // 2
        if m >= n-5:
            return True

def g(n=100):
    return str(n * n + 1)

assert f(g())

def f(x: int, a=12345, b=42):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=12345, b=42):
    if a == 10:
        return b
    else:
        return a + b

assert f(g())

def f(x: int, a=1718):
    return x == a

def g(a=1718):
    return a

assert f(g())

def f(x: int, a=65535, b=-9633):
    return a + x == b

def g(a=65535, b=-9633):
    return - a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word[0] == 0 and word[-1] == 1                                                       # only change once in sequence
    return len(s) >= max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if word[::-10] == 0:
        return "Antidisestablishmentarianism"
    else:
        return "Antidisestablishmentarianism"                                                                 # only change once in sequence

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s.count(i) != -1
    return True

def g():
    return int(int("0123456789" + "0" * 9) * 9)

assert f(g())

def f(s: str):
    return s == 'O O O'

def g():
    return "O O O"

assert f(g())

def f(n2: int, a=16, b=34, upper_bound=225):
    return n2 < a

def g(a=16, b=34, upper_bound=225):
    return 1

assert f(g())

def f(b: str):
    return str(len(b) == 3 + 1) and not b.count("8") == 2

def g():
    return "Hello world"

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return res == m and (n > 0 or m < n)

def g(m=1234578987654321, n=4):
    return m or (n > 0 or m < n)

assert f(g())

def f(x: str):
    if x == 'world' and len(x) == 0:
        return x + 'world'
    else:
        return x != x + 'world'

def g():
    return 'world[0-9]'

assert f(g())

def f(x: int, a=15482, b=23223, min=1, max=5, min_value=5, max_value=5, a_value=0):
    return x - a == b or 1 <= max_value and a_value <= min_value

def g(a=15482, b=23223, min=1, max=5, min_value=5, max_value=5, a_value=0):
    return a_value + min_value - max_value * a_value

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[0] != word[0]:
            return False
    return True

def g(word="konjac"):
    return str(word) + "konjac"

assert f(g())

def f(x: int, a=253532, b=11700):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a

def g(a=253532, b=11700):
    if a < 50: return a
    if b < 50: return b < a
    return a + b

assert f(g())

def f(x: int, a=9339742):
    return x == a

def g(a=9339742):
    return a

assert f(g())

def f(s: str, target="do", source=True):
    if source:
        return (s == target)
    else:
        return s

def g(target="do", source=True):
    if source:
        return target
    else:
        return s

assert f(g())

def f(str: str):
    return str == "The minute's coffee[3]" in str

def g():
    return "The minute's coffee[3]"

assert f(g())

def f(s: str):
    if len(s) > 7:
        return s == "konjac" or s == "konjac_konjac"
    else:
        assert len(s) == 5 and sum(s[k]).count(s) > 3

def g():
    return "konjac_konjac"

assert f(g())

def f(v: str, a=4, b=9):
    for i in range(len(v)):
        if i == 0:
            if v[i] != v[i].upper():
                return False
        return True

def g(a=4, b=9):
    return str(1) + str(15) * 10 + str(11) * 10

assert f(g())

def f(s: str, a=['dog', 'goat']):
    return "Hello " + s == "Hello world"

def g(a=['dog', 'goat']):
    return "world"

assert f(g())

def f(x: int, a=253532, b=6288, c=136413):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=6288, c=136413):
    if a < 50:
        return a + b < 50
    else:
        return a + b

assert f(g())

def f(x: float, a=25, b=500):
    c = 0 - ((x / a) * a + b )
    return c < 0.5 * a

def g(a=25, b=500):
    c = (a / (b ++ 1)) + ((a / (b ++ 2) + 1) * 3
               * a + b)
    return c / ((c + 1) * 3)

assert f(g())

def f(parts: str):
    return parts == "Hello world" and parts != 'World'

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=15, b=27, lower_bound=150):
    return n >= lower_bound

def g(a=15, b=27, lower_bound=150):
    return int(int("123456789" + "0"*3) ** 0.5) + 1

assert f(g())

def f(x: float, a=253532, b=1230200):
    if x > 0 and a < 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return float(a + b * a) + f(a)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c == c.upper():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.upper())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if isinstance(s, str):
        return s.lower()
    else:
        return s

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len and len(word) > max_len:
        return word or ''
    return len(s) > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    return "Antidisestablishmentarianism"

assert f(g())

def f(i: int):
    return i > 0 or i > 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(x: List[int]):
    if len(x) >= 3:
        return len(x) >= 3
    else:
        return len(x) >= 3 + 2*3 + 3

def g():
    return [1, 2, 3]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == 0

def g(v=9, d=0.0001):
    return float(d) / 9

assert f(g())

def f(x: int, a=345346363, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a.cmp()

def g(a=345346363, b=10):
    if a < 0 or b < 0:
        return a
    else:
        return b + a

assert f(g())

def f(x: int, a=1, b=512):
    for i in range(a):
        for j in range(b):
            if i == 0 and j < x:
                return True
    return False

def g(a=1, b=512):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="do"):
    return s[0:7] == target

def g(target="do"):
    return "do"

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == n:
            return True
        n = max_len(n) + n
        if max_len:
            return True
        if n == m:
            return True
        if n == max_len:
            return True

def g():
    return int(int("123456789") * 9/12) + 1

assert f(g())

def f(s1: str, target="reverse me", reverse=True):
    return s1[::-1] == target[::-1]

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(x: int, a=1353213, c=2095):
    if x > 0 or a > 50:
        return x - a == c
    else:
        return x + a == c

def g(a=1353213, c=2095):
    if a == 0 or c == 0:
        return a + c
    elif a == 1 or c == 0:
        return a
    else:
        return a + c

assert f(g())

def f(list: List[int], target=[[1, 2], [1, 3], [1, 4], [3, 5]]):
    if len(list) == len(target):
        return len(list) == len(target)
    return list[0] == target

def g(target=[[1, 2], [1, 3], [1, 4], [3, 5]]):
    if len(target) == len(target):
        return target[0] + target[1]
    return list[1] == target

assert f(g())

def f(s: str, target="foobarbazwow", ds=2):
    return target[(len(target) - len(target)-1) // 2 % ds] == s

def g(target="foobarbazwow", ds=2):
    return target[(len(target) - len(target)-1) % ds or (len(target) - len(target)-1) + 3 % ds]

assert f(g())

def f(s: str, word="unprecedented", max_len=40):
    if len(word) <= max_len:
        return word == s
    if max_len is None:
        max_len = len(word)
    return max_len == size

def g(word="unprecedented", max_len=40):
    if max_len != 0:
        return word
    if max_len == 0:
        return None
    return max_len == str.size()

assert f(g())

def f(n: int, a=33, b=5):
    return n // b == a

def g(a=33, b=5):
    return (int(a) + 0) * b

assert f(g())

def f(x: int, b=54368639):
    if isinstance(x, int):
        return x % 2 == 0
    elif a == 1:
        return x % 2 == 0
    else:
        return x + b

def g(b=54368639):
    return int((-(2*2)^b) + 1)

assert f(g())

def f(state: str):
    return str(state) == "123"

def g():
    return "123"

assert f(g())

def f(n: int, q=8):
    return n + 1 + q / 2 != 1

def g(q=8):
    return -q

assert f(g())

def f(x: int, a=102009200):
    return x * 2 > a

def g(a=102009200):
    return int(a) + 1

assert f(g())

def f(s: str):
    s = str(s)
    return s[0:3] < s[3]

def g():
    return str(g)

assert f(g())

def f(t: str, s="Problem"):
    assert t == s and len(t) == len(s)
    assert len(t) == len(s) or len(t) == len(s) and (len(s)) == len(s)
    return len(t) == len(s) or len(t) == len(s) or len(s) == len(t)

def g(s="Problem"):
    return str("Problem") and str(s)

assert f(g())

def f(s: str):
    return "Hello " + s.lower() == "Hello world"

def g():
    return 'World'

assert f(g())

def f(x: int, a=13373787):
    return x + 1 > a

def g(a=13373787):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t:int):
    return abs(t) < 1e-7

def g():
    return int(int(-1) * (1 - 1) *(1 + 1))

assert f(g())

def f(x: int, a=93252338):
    if a == 1:
        return x % 2 == 0
    elif a == 0:
        return x % 2 == 0
    elif a == 1:
        return x + a % 2 == 0
    elif a == 0:
        return x + a % 2 == 0
    else:
        return x + a % 2 == 0

def g(a=93252338):
    return a % (255 + a) % 2

assert f(g())

def f(x: int, a=253664, b=131536):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253664, b=131536):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.index(s) >= 0

def g():
    return "789"

assert f(g())

def f(str: str, sub_str="foobar", i=10):
    return str[0]+str[i] == str[2] or (0 > i >= 10 or i >= 10)

def g(sub_str="foobar", i=10):
    return str(sub_str[0] == sub_str[2] for i in range(9)) or (0 > i < 10) # <==

assert f(g())

def f(x: int, a=1011):
    return abs(x + a) / 2 < x

def g(a=1011):
    return int(int(a) * (a+1011) - (a + 1011))

assert f(g())

def f(s: str, word="antislabile", max_len=13):
    if len(word) <= max_len:
        return word == s
    return int(s[len(word) - 1] == 0) or {1, -1, 3, -1, -2, -2, -3, -3}

def g(word="antislabile", max_len=13):
    if len(word) < max_len:
        return word
    if len(word) > max_len:
        return word
    return 0

assert f(g())

def f(max: int):
    return max == max or get(max, max) == min

def g():
    return int(int(10) + int(0)** 3) + 2

assert f(g())

def f(s: str, chars=['o', 'x']):
    for ch in chars:
        if ch not in s:
            return False
    return True

def g(chars=['o', 'x']):
    x = str(chars)
    return str(x)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] <= s[i] and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a=50, b=1220):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1220):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s > s[::-1] and s[::-1] != s[::-2]

def g():
    return "World[-1]$9"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len < 10:
        return word == "antidisestablishmentarianism"
    return word == s and word[-1] == s[-1] and max_len == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len == 10:
        return word
    return len(word) == max_len

assert f(g())

def f(x: str, p=None, a=-722):
    return len(x) == 4

def g(p=None, a=-722):

    """Make a string out of p """
    return repr(p)

    """Make string out of p """
    assert x[0] == "a"  # string that is not an 'a'
    assert x[-2] == "2"  # string that already exists
    assert x[0] == "a"  # string that looks like an 'a'
    assert len(x[1]) == 9  # length 9 is 3
    assert len(x[2]) == 2  # str(3) is 10
    return x[a]

assert f(g())

def f(s: str, big_str="foobar"):
    return s in big_str or len(s) % 2 == 0 or len(s) == 0 and s == big_str

def g(big_str="foobar"):
    return ""

assert f(g())

def f(s: str, word="kjonj"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="kjonj"):
    return str(word).upper()

assert f(g())

def f(s: str, a0=123):
    return 'Hello ' + s == "Hello world"

def g(a0=123):
    return "world"

assert f(g())

def f(s: str, word="konsenig"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konsenig"):
    return "konsenig"

assert f(g())

def f(b: int, s=100001):
    return b > 100
    for i in range(len (buf)):
        if buf[i]!="" and b != buf[i].upper():
            return False
    return True

def g(s=100001):
    return (s > 1000) * (100 + 1) * s

assert f(g())

def f(n: int):
    return str(n * n).startswith('123456789');

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(p: str, sub_str="foobar", index=2):
    return str(p) == sub_str

def g(sub_str="foobar", index=2):
    result = str(sub_str)
    return result

assert f(g())

def f(s: str, a=1110001, c=100000):
    return s in s[0:20] or s in s[20:100]

def g(a=1110001, c=100000):
    return str(a) or str(a) in a

assert f(g())

def f(n: int, v = 1000):
    for i in range(10):
        if v < n:       
            return True
        else:
            return False

def g(v = 1000):
    return int(int(v * 3) + 4)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i + 1 != 0:
            if s[i][0] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str(word) + "k onjac"

assert f(g())

def f(m: int, a=1020):
    return m + m > 1020

def g(a=1020):
    return a * 10 + a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    elif x == 0:
        return x + a == b
    else:
        return x - a * (a + b) == b

def g(a=253532, b=1230200):
    if a > 30:
        return a + b
    elif a == 30:
        return a
    else:
        return a * (1 + b) == b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0:
        return x > 0 or a < 50
    else:
        return x >= a

def g(a=253532, b=1230200):
    return 5 * a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[1:-1] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if word[-1] == "antidisestablishmentarianism":
        return word == s[1:-1]
    else:
        return word

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x % 2 == 0
    else:
        return x + x == b

def g(a=1073258, b=72352549):
    return 1073258

assert f(g())

def f(x: str, word="y"):
    return str(x) == word[0]

def g(word="y"):
    if len(word) > 0:
        return str(word)
    else:
        return str(word)

assert f(g())

def f(n: int, t=197, upper=20):
    if n <= 0:
        return False
    else:
        return True

def g(t=197, upper=20):
    return int(t * (195+10+20  + 20 ))

assert f(g())

def f(s: str):
    return s and 'world' == s or (s.contains('Hello world' for s in s.contains('world')) or
                s.contains('Hello world') or s.contains('World') for s in s.contains('world'))

def g():
    return 'world';

assert f(g())

def f(s: str, s1="a", s2="b", count=20):
    if len(s) == len(s1):
        return True
    elif len(s) > len(s1):
        return False
    elif len(s) == len(s2):
        return True
    elif len(s) > len(s2):
        return False
    elif len(s) == len(s1):
        return True
    elif len(s) == len(s2):
        return False
    elif len(s) == len(s1):
        return False

def g(s1="a", s2="b", count=20):
    return str(s1 * len(s2))[::-1]

assert f(g())

def f(s: str, k=1, n=1000):
    return s == "Hello world"

def g(k=1, n=1000):
    return str("Hello world")

assert f(g())

def f(n: int):
    m = n - 3 if n % 2 else m // m + n
    if m % 2 == 0:
        return True
    return False

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(x: int, a=2530, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2530, b=1230200):
    if a < 50 or b < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, c=10):
    return str(s).startswith("123456789")

def g(c=10):
    return "123456789"

assert f(g())

def f(n: int, t=197, a=4, b=54368639):
    return n / 2 > t

def g(t=197, a=4, b=54368639):
    return t + (a * t) * (b * t) + a * b

assert f(g())

def f(n: int):
    s = str(n)
    for i in range(n):
        assert s.count(i) == 1
    return True

def g():
    return list().count(1)

assert f(g())

def f(s: str, a=171872):
    return str(s[:8]) != 0 and s[1:8] != 0 and len(s[-8]) != 0

def g(a=171872):
    return "Hello " + str(a) + "world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if target == '':
        return s
    return len(s) == len(s) and s == target

def g(target="foobarbazwow", length=6):
    if target == 'foobarbazwow':
        return str(target)
    return len(s) == len(s) and s == target

assert f(g())

def f(s: str, target="barboxz", length=7):
    return target[(len(target) - length) // 2] == s

def g(target="barboxz", length=7):
    return target[(len(target) - len(target)) // len(target) - length]

assert f(g())

def f(x: int, a=93252338):
    return x * 2 > a

def g(a=93252338):
    return a + 2

assert f(g())

def f(x: int, a=95125, b=4375):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=95125, b=4375):
    if a < -10 and b < -3: return f(a) - f(b)
    if a > -5 and b < 0: return f(a) - f(b)
    return a + b

assert f(g())

def f(n: int, a=1311, b=8):
    return n > a

def g(a=1311, b=8):
    return 10*a + 5*b

assert f(g())

def f(path: List[str]):
    for i in range(len(path)):
        assert [path[i], path[i + 1]] in edges
        if j == path[i + 1]:
            path[i + 1] = path[i] + 2
        else:
            path[i] = path[i + 1] / 2
    return True

def g():
    return []

assert f(g())

def f(n: int, a=65, b=1404630):
    return n - a == b

def g(a=65, b=1404630):
    return a + b

assert f(g())

def f(t: int, a=345346363):
    return (t > 0 and t / 2) >= 1e6 and t != 1

def g(a=345346363):
    if a > 0.0:
        return a
    else:
        return a

assert f(g())

def f(index: int):
    return index % 2 == 0

def g():
    return 0

assert f(g())

def f(s: str):
    return s.count('o') == len(s) and len(s) > 0

def g():
    return "o"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a * b * c + (a % b) == a

def g():
    return [
        0,
        -1,
        0,
        -1
    ]

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in "47" for i in str(str(d).count("4")) + str(d).count("9") for i in str(d)).count("9")

def g(n=123456789):
    return n * n + 3;

assert f(g())

def f(s: str):
    return s[0] == s[1] and s[1] == s[2]

def g():
    return "a" * 1000

assert f(g())

def f(s: str, target="reverse me"):
    return ''.join(s) in ["enlightenment", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me", "reverse me"]

def g(target="reverse me"):
    return "reverse me"

assert f(g())

def f(s: str, target="foobar", length=6):
    return target[(len(target) - length) // 2  :(len(target) + length) // 2] == s

def g(target="foobar", length=6):
    output = "foobar"
    return output

assert f(g())

def f(n: int):
    m = int(n - 1)
    while m >= 7:
        n = m**2//2
        m >>= 3 // 3
    return True

def g():
    return 1

assert f(g())

def f(x: int, a=6023, b=392535):
    if x > 0 and a > 49:
        return x - a == b
    else:
        return x + a == b

def g(a=6023, b=392535):
    if (a < 99 or a > 99 or a < 999):
        return a + b

assert f(g())

def f(parts: List[str], sep="!"):
    return list(parts) == parts

def g(sep="!"):
    return [("1" == sep(sep)) for _ in range(1, len(sep))]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(s) == 6:
        return len(target) == 6
    return len(target) == len(s)

def g(target="foobarbazwow", length=6):
    return "foobarbazwow" if len(target) > 6 else n > 3

assert f(g())

def f(s: str, chars=['u', 'i', 's', 'l', 'l', 'v']):
    for c in chars:
        if c in s:
            return True
    return False

def g(chars=['u', 'i', 's', 'l', 'l', 'v']):
    return str(chars.pop())

assert f(g())

def f(n: int, b=2265, c=18):
    for i in range(n):
        if not b - c >= 2:
            return False
        if c <= 20:
            break
    return True

def g(b=2265, c=18):
    return bool(0) ** 723

assert f(g())

def f(s: str, target="reverse me", target_len=12):
    return 0 if len(s) < target_len == len(s) else s[:target_len] == target

def g(target="reverse me", target_len=12):
    return target[:target_len] if target_len >= 12 else target

assert f(g())

def f(x: int, a=2675, b=123825):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=2675, b=123825):
    if a > 50:
        return a + b
    else:
        return a

assert f(g())

def f(n: int, s="aaAab", t="aAbbB", b="aBabA"):
    t = s.lower()
    n += 1
    if s !=t:
        return len({t for t in s if t < t}) == len({t for t in s if t > t})
    else:
        return len({t for t in s if t == t}) == len({t for t in s if t == t})

def g(s="aaAab", t="aAbbB", b="aBabA"):
    s = s.lower()
    t = t.lower()
    if t < t:
        return len({t for t in s if t > t}) == len({t for t in s if t == t})
    else:
        return len({t for t in s if t == t})

assert f(g())

def f(s: str, word="antity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]).count("") == max_len

def g(word="antity", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0]-int(word[1]-int(word[2])**2))

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) >= 1e-6
    return max(probs[((i + 2) % 3) - (i + 1) % 3] - probs[((i + 2) % 3) - (i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [3.0, 2.0, 3.0]

assert f(g())

def f(lb: List[bool], nums=[]):
    return lb == nums

def g(nums=[]):
    return list(set(nums))

assert f(g())

def f(s_case: str, s="Inherit"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="Inherit"):
    return "inherit"

assert f(g())

def f(x: int, a=900967):
    return x > a

def g(a=900967):
    return int(int("123456789")** 3) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s[::-1] == word[0] and word[0] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    assert max_len <= len(word) > 0
    return word[1] if word == 'ANTIS' else word[0]

assert f(g())

def f(s: str, word="mazam"):
    for i in range(10):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="mazam"):
    return (word[0] + "mazam" + "mazam") * 2

assert f(g())

def f(x: int):
    x += 1
    x /= 1
    x /= 20

    x /= 10

    return x > 20

def g():
    return int(int("123456789" + "0"*9) ** 1) + 1

assert f(g())

def f(b: str, max_dim=13):
    for i in range(max_dim+1):
        if max_dim == 13:
            return True   # no limits
    return False

def g(max_dim=13):
    return str(max_dim >= 13)

assert f(g())

def f(s: str):
    return all([x for x in s if x != 0])

def g():
    return "hell"

assert f(g())

def f(z:float, v=9, d=0.0002):
    return int(z * 1 / d % 10) == 9

def g(v=9, d=0.0002):
    return v * 9.2 + 3

assert f(g())

def f(s: str, a=5129, b=17):
    return s == a and a == b or a != b or s == d and s == b or a != b or a != d

def g(a=5129, b=17):
    return str("9123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZC|""")

assert f(g())

def f(a: int, b=3):
    return b + a and b == b

def g(b=3):
    return b^b

assert f(g())

def f(s: str, target="foobarbazwow", l=15, length = 12):
    return s == target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", l=15, length = 12):
    return "foobarbazwow"

assert f(g())

def f(z:float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.0001):
    return (int(v) / 1000) + 2

assert f(g())

def f(s: str, target="foobarbazwowbazwow", length=1):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarbazwowbazwow", length=1):
    return "foobarbazwowbazwow"

assert f(g())

def f(x: int, a=253532, b=1230200, v=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200, v=5):
    if a > 253024:
        return a + b
    else:
        return len(a)/2 + len(b)

assert f(g())

def f(n: int, v=191432):
    return v < n

def g(v=191432):
    return int(int("123456789" + "0" * 9) * 9)

assert f(g())

def f(x: int, a=11, b=4, c=2):
    return x == a or x == b

def g(a=11, b=4, c=2):
    return int(a or x == b)

assert f(g())

def f(x: int, a=10201202001, b=0):
    return x * 2 == 1 or 0 == 0

def g(a=10201202001, b=0):
    return (a*2 == 1) + b

assert f(g())

def f(n: int, t=257, a=100):
    return n * t >= 2 * n + 1

def g(t=257, a=100):
    return int(a * (t+1) ** 2) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 6) // 4: len(target) + 6] == s

def g(target="foobarbazwow", length=6):
    result = target[(len(target) - 6) // 4: len(target) + len(target) * 6]
    return result

assert f(g())

def f(x: int, a=12333935, b=12345):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=12333935, b=12345):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=345346363, b=1360):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=345346363, b=1360):
    if a < 50 and b < 50:
        return -5 + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=40):
    if max_len < 4:
        return "nonsisestablishmentarianism"
    else:
        return "antidisestablishmentarianism"

assert f(g())

def f(x: List[int], a=8, b=8):
    return all([x[i] * x[i + 1 : i]] for i in range(1, 9))

def g(a=8, b=8):
    return [0 for i in range(100)]

assert f(g())

def f(s: str, d=10):
    return d == 10 if d > len(s) // 7 else d

def g(d=10):
    return "hello world"

assert f(g())

def f(t: str, s=""):
    return s + 'world' == t

def g(s=""):
    return s + "world"

assert f(g())

def f(substrings: List[str], s="hello", count=15):
    return len(substrings) == len(set(s))

def g(s="hello", count=15):
    return list(set(s))[:count]

assert f(g())

def f(n: int, a=14302, b=5):
    return n % 3 == 0

def g(a=14302, b=5):
    return 1 * (1 + b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(a + b) + 1

assert f(g())

def f(s: str, word=",antidisestablishmentarianism", max_len=10):
    return s == word or max_len < 10

def g(word=",antidisestablishmentarianism", max_len=10):
    return word or max_len > 10

assert f(g())

def f(s: str, target="h"):
    return s[::-1] == target

def g(target="h"):
    return str(target)

assert f(g())

def f(n: int, a=1, s=5, e=200):
    return pow(2, n, s) == 3

def g(a=1, s=5, e=200):
    return 2 * 3 + 1

assert f(g())

def f(x: int):
    return x > 2 ** -3

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=254714, b=137040):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=254714, b=137040):
    if a < 0:
        return a + b < 0
    else:
        return a + b

assert f(g())

def f(s: str, s1="a", s2="b", target="a"):
    return s[:14] == target

def g(s1="a", s2="b", target="a"):
    return str(s1 + str(s2)).join(target)

assert f(g())

def f(x: int, a=6, b=14546304):
    return x - a >= b

def g(a=6, b=14546304):
    x = a < b
    return x + b + a

assert f(g())

def f(s: str, n=1000):
    if not len(s) == 0:
        n -= 1
    return s.lower() != 0

def g(n=1000):
    if n <= 1000:
        return "A"*n * 9
    return s.lower() == "Hello world"

assert f(g())

def f(word: str, limit=1):
    if limit >= 0:
        return int(word[-1]) == 1
    return int(word[-1]) == limit

def g(limit=1):
    return str(limit)

assert f(g())

def f(x: int, a=925927, b=13133978):
    return x - b > a

def g(a=925927, b=13133978):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, v = 100):
    return s.count("4") == 0 and s.count("1") == 1

def g(v = 100):
    return str(v * 100) if (v < 5 or v > 5) else v

assert f(g())

def f(x: int, a=1020):
    return {x >= 0, x / int(20)} and x != 0

def g(a=1020):
    return int(a) - 1

assert f(g())

def f(x: float, a=10200):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=10200):
    return a ** 0.5

assert f(g())

def f(s: str, i=100, n=12):
    return "Hello " + s == "Hello world"

def g(i=100, n=12):
    return "world"

assert f(g())

def f(x: int, a=63252338):
    return x == a

def g(a=63252338):
    return int(a)

assert f(g())

def f(s: str, a="", target=True, reverse=True):
    return s.count("!") == target

def g(a="", target=True, reverse=True):
    return "!" + a

assert f(g())

def f(s: str, strings=['dog', 'cat', 'doga', 'catb', 'dogc', 'birdb', 'pig', 'peb', 'pebda', 'pebdaa', 'pebdab'], nums=8):
    return len(s) > 8

def g(strings=['dog', 'cat', 'doga', 'catb', 'dogc', 'birdb', 'pig', 'peb', 'pebda', 'pebdaa', 'pebdab'], nums=8):
    return str(strings)

assert f(g())

def f(s: str, word="hollocks"):
    for i in range(len(word)):
        if word[i] == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="hollocks"):
    return str(word)

assert f(g())

def f(s: str):
    return s.count("hi") == 1 and s.count("i")==1

def g():
    return "hi"

assert f(g())

def f(s: str):
    return s in s == 'Pipe'

def g():
    return "Pipe"

assert f(g())

def f(x: int, a=931252338):
    return x == a

def g(a=931252338):
    return a

assert f(g())

def f(s: str):
    if len(s) == 0:
        return len(s) == 1
    else:
        return len(s) == 1

def g():
    return "b"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', ' ', ' ', 's', 'r', 'a', 'z', ' ', 'b', 'o'], length=1):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', ' ', ' ', 's', 'r', 'a', 'z', ' ', 'b', 'o'], length=1):
    return str(chars)

assert f(g())

def f(x: int):
    return x + x > 1 / 2

def g():
    return int(int(3)**3) + 3

assert f(g())

def f(i: int):
    return len(str(i + 101)) == len(str(i + 101 + 1000)) and len(str(i + 101 + 1000 * 100)) == len(str(i + 101 + 1000 * 100 + 1))

def g():
    return int("123456789" + "0" * 9) + 1

assert f(g())

def f(ps: str, a="world", b="Hello world"):
    return ps == a or ps == b

def g(a="world", b="Hello world"):
    return "world"

assert f(g())

def f(s: str):
    return s.count('a') == 0 and s.count('a') == s.count('oo')

def g():
    return '123'

assert f(g())

def f(x: int, a=10201202001, b=0):
    return x * 2 == 1 or 0 == 0

def g(a=10201202001, b=0):
    return 5*a + 3*b

assert f(g())

def f(s: str, word="antiket", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antiket", max_len=10):
    if len(word) <= max_len:
        return word
    n = 1
    n = len(word)
    if n == 0:
        return "zero"
    print(n)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return s
    else:
        return str(word) == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    else:
        return word

assert f(g())

def f(x: int, b=102344):
    x - 1
    return b - x==0

def g(b=102344):
    return b

assert f(g())

def f(x: int, b=132278):
    return -x == b

def g(b=132278):
    return 0 - b

assert f(g())

def f(n: int):
    return n % n == 0 or n % n == 0

def g():
    return int(int("123456789") ** 0.5) + 0

assert f(g())

def f(x: int, a=3, b=23463462):
    return x // b > 0

def g(a=3, b=23463462):
    return a * b + b + a

assert f(g())

def f(str: str, n=7012):
    return str.count("0") >= 0 or str.count("1") >= 0 or str.count("2") >= 0

def g(n=7012):
    return str(n * n) + str(n)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10, item_size=7):
    while len(word) < item_size:
        if len(word) < max_len:
            return word
        item = item_size - word[1]
        word[1] = 4
    return item_size == 7

def g(word="antidisestablishmentarianism", max_len=10, item_size=7):
    if max_len < len(word):
        return word
    else:
        return "0" + word[1]

assert f(g())

def f(s: str, big_str="foobar"):
    return s in big_str or len(s) % 2 == 0 or len(s) == 0 and s == big_str

def g(big_str="foobar"):
    return str(big_str)

assert f(g())

def f(n: int):
    return n > 4  # not a number like (1, 3, 5)(2, 7, 9, 9)

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(source: str, target=['abcdef'], length=2):
    return source in target

def g(target=['abcdef'], length=2):
    return "abcdef"

assert f(g())

def f(d: float, a=1, b=1.5):
    x = 4*(d - a * a / b) + 1 + 1/b

    if a == 1:
        return x%2 == 0
    elif a == -1:
        return x%2 == 1
    else:
        return x/2 + a%2

def g(a=1, b=1.5):
    if a == 1:
        return (b-1) * (1 - (1 - b))
    elif a == -1:
        return (1 - (1 - b)) / 2
    else:
        return ((1/(1 - b) * (b-1)) - 1) / 2

assert f(g())

def f(x: int, a=884328):
    return x == a

def g(a=884328):
    return int(a)

assert f(g())

def f(nums: List[int]):
    for c in nums:
        if c == 0:
            return True
    return False

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(name: str, d=6):
    s = "abcdefghijklmnopqrstuvwxyz"
    assert len(s) == len(name)
    assert len(name[0]) == len(name[1])
    return s[0] == name[0] and s[d-1] == name[d-1]

def g(d=6):
    return "abcdefghijklmnopqrstuvwxyz"
    assert len(d) == len(name)
    assert len(name[0]) == len(name[1])
    return name[0] == d

assert f(g())

def f(n: int):
    m = n // 2
    while n > 10:
        n -= 1 + (n - 1) * m//2
        if m % 10 == 1 or m % 2 != 0 or n == m:
            return True
        else:
            return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=12345678):
    s = 'A1\nA1'
    return abs(x * s.find('o') + a) < 1

def g(a=12345678):
    if a == 12345:
        s = 'A1'
    else:
        return a

assert f(g())

def f(x: int, a=100, b=1230202):
    if x > 0:
        return x + b >= a
    else:
        return x - a + b ** 2 > 0 and x + b > 50

def g(a=100, b=1230202):
    for k in range(1000):
        if isinstance(a, int):
            a = a + k * 100
        elif isinstance(b, int):
            b = b + k * 100
        else:
            return 0
    # This is the last case we want to evaluate
    return 0

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a != b:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a != b and b != 0:
        return a + b
    else:
        return a - b

assert f(g())

def f(n: int, a=14302, b=5):
    return b * n + (a % b) > a

def g(a=14302, b=5):
    return a << b

assert f(g())

def f(n: int, c2=8):
    if c2 > 0:
        return n > 1
    return n - c2 % 2 != 0
    # we got two cases:
    # 1) If n is within the range [1, n-1] then n-1 is greater than 1,
    # so n should decrease by 1.
    return n > 1

def g(c2=8):
    n = -(c2)
    if c2 < 0:
        return n > 1
    if n - (c2 < 0):
        return -(1 - 2 * 2)
    return (n * n)

assert f(g())

def f(l: List[int]):
    return len(l) == len(set(set(l))) or len(l) == len(set(list(set(l))) for l in list(set(l)))

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return s.count('o') == s.count('o')

def g():
    return "o"

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234678901")

def g():
    return int(int("1234678901"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="tragic", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[1:-1]

def g(word="tragic", max_len=10):
    return word

assert f(g())

def f(t: str, s="goodbye"):
    return t == s

def g(s="goodbye"):
    return str(str("goodbye"))

assert f(g())

def f(x: int, a=253532, b=222225):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a or x or a or b

def g(a=253532, b=222225):
    if a <0 and b <0:
        return a - b
    elif a > 40 or b > 40:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=18, b=1230200):
    if x > 0 or a < 50:
        return x - a >= b
    else:
        return x + a < b

def g(a=18, b=1230200):
    return a**b + b**a

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return (0 <= start <= len(seq) - k) + sum(seq[k:k + len(seq)]) >= lower

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return (0 <= k <= len(seq) - k) + (k + 1)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in range(1275):
        if len(s) > 10:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) * 9^0) + 1

assert f(g())

def f(x: int, a=473311, b=505554):
    if x > 0 or a > 50:
        return x - a == b
    return x + b > a and x + b == b

def g(a=473311, b=505554):
    return int(a + b)

assert f(g())

def f(x: int, a=18189866, b=-3045):
    return x - a == b

def g(a=18189866, b=-3045):
    return a + b

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z + d % 10) == v

def g(v=9, d=0.0001):
    return int(v) + 0.001

assert f(g())

def f(s: str, n=6, target=33):
    return s == n or s == 'no'

def g(n=6, target=33):
    return getattr(n, target) if target is None else getattr(n, target) if target is None else 'no'

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(1, len(target) + 1):
        if target[indexes[i - 1] == 1]:
            return True
    return False

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return [1, 2]

assert f(g())

def f(x: int, a=1615, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=1615, b=10):
    if (int(a)+int(b) < 10):
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, a="this", b="red", length=4):
    a = str(b)
    b = str(a)
    return a >= b and b in s

def g(a="this", b="red", length=4):
    return "[this: red: red: red:red]".format(
        str(a),
        str(b),
        str(length),
    )

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(word) == len(s)

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    elif word == s:
        return word.replace("123", "")

assert f(g())

def f(x: str, target="fo"):
    return x == target

def g(target="fo"):
    return str(target) if target else "hello"

assert f(g())

def f(n: int, a=2342, b=131235):
    return n - 1 + a > b

def g(a=2342, b=131235):
    return int(int(a+1 + b + f(a)) ** 2) + 1

assert f(g())

def f(z: float, v=7, d=0.0001):
    return int(z * (1 + d * v / 10.0)) == v

def g(v=7, d=0.0001):
    return int(v) + 1 * (d + 0.1) * (d + 0.1)**0.001

assert f(g())

def f(x: int, m=1234578987654321):
    return -x < -8

def g(m=1234578987654321):
    return int(m * 3) + m * 3

assert f(g())

def f(x: int, a=151814, b=456323):
    if x > 0 or a > 151814:
        return x - a == b
    elif x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=151814, b=456323):
    if a > 151814:
        return a * b
    elif a > 151814:
        return a * b - a
    else:
        return a + b

assert f(g())

def f(n: int, a=500000, b=1000):
    return a < b and n < m < n or 1 <= b < n and a < b or a < n

def g(a=500000, b=1000):
    return a * b

assert f(g())

def f(s: str, target="foobarbazwow", length=0.25):
    return s[0] == target[0]

def g(target="foobarbazwow", length=0.25):
    if target[0] in ["a"*1000 and target[1] in ["b"]]:
        return None
    return target

assert f(g())

def f(t: str):
    if len(t) == 1:
        return True
    else:
        return False

def g():
    return str(1)

assert f(g())

def f(s: str, word="antikristianism", max_len=20, n=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[-1:-1])

def g(word="antikristianism", max_len=20, n=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == word

assert f(g())

def f(x: int, b=40):
    return abs(x ** 2) >= 10 ** -3

def g(b=40):
    return b

assert f(g())

def f(x: int, a=10390547, b=563566):
    if x > 0 or a > 50:
        return x - a == b

    return x + a == b

def g(a=10390547, b=563566):
    return a + b

assert f(g())

def f(l: List[int]):
    return sorted(l) == sorted('Permute me false') or len(l) <= 995

def g():
    return [5, 4, 6, 8, 9, 10, 11]

assert f(g())

def f(s: str, s1="a", s2="b", n=6):
    s1 = s1.lower()
    s2 = s1.lower()
    s_case = s1.lower()
    s = s2.lower()
    return s.lower() == s_case[:10].lower() and s2.lower() == s2.lower()

def g(s1="a", s2="b", n=6):
    s1 = "a" * 9
    s1 = s1.lower()
    s2 = "b" * 9
    s2 = s1.lower()
    n = n * n
    s1 = s2.lower()
    return "a" * n

assert f(g())

def f(x: float, a=1):
    return abs(x - 3.1415) < 5 ** -1

def g(a=1):
    return int(a * 1.0) + 2.15

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) - (len(target)+length)//2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)+length) - (len(target)+length)//2]

assert f(g())

def f(n: int, v=18999):
    return n % v == 0 and n == v

def g(v=18999):
    return v

assert f(g())

def f(s: str, word="pf", max_len=10):
    assert len(s) <= max_len
    for i in range(len(word)):
        if i == 0:
            return word[0] == s[i]
    return word[-1] == s[-1]

def g(word="pf", max_len=10):
    for i in range(len(word)):
        if i == 0:
            return "pf"
    return word[-1] == word[-2]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    for i in nums:
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g():
    return [2, 3, 4, 9]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i != 0:
            return i < 1
        else:
            if s[i] != word[i]:
                return False
            return True

def g(word="konjac"):
    return "konjac " + word + " konjac"

assert f(g())

def f(s: str):
    return str(s) == 'o'

def g():
    return "o" or str(s).endswith("o")

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=5):
    if max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and word[-1-1] == word[-1-1]

def g(word="antidisestablishmentarianism", max_len=5):
    if max_len:
        return word
    return int(word[:-1]) == len(word) and max_len >= 0

assert f(g())

def f(z: float, n=2):
    return n == 2

def g(n=2):
    return float(0.5)/2

assert f(g())

def f(x: int, a=1020, b=1326):
    return abs(x ** 2 / b) > 1326

def g(a=1020, b=1326):
    return (a * 3) >> 1

assert f(g())

def f(s: str):
    for x in sorted(s):
        if x[::-1] != 1 or x[::-1] != 2 or x[::-1] != 3:
            return x[::-1] == -1 and x[::-1] != 2 or x[::-1] != 3

def g():
    return "123456789"

assert f(g())

def f(n: int, a=339996, b=15000):
    return n > 3 * a

def g(a=339996, b=15000):
    return 1 + 5 + 5 + \
        int(int("123456789" + "0"*9) ** 0.75) + 1 + 5

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and sum(x) >= 3

def g():
    return [2 * (i + 2) for i in range(3)]

assert f(g())

def f(t: str, s="problems"):
    return t < s[1]

def g(s="problems"):
    return "[1] [2] [3]"

assert f(g())

def f(s: str, target="hello are you there?"):
    return "Hello " + s == "Hello world"

def g(target="hello are you there?"):
    return "world"

assert f(g())

def f(s: str):
    return str(5) in set(s)

def g():
    return "world[5]"

assert f(g())

def f(s: str, c=True):
    if c and c != "foobarbazwow":
        return True
    else:
        return False

def g(c=True):
     return str(c)

assert f(g())

def f(n: int, a=100, b=10):
    return n // b == a

def g(a=100, b=10):
    return int(a) * b

assert f(g())

def f(n: int):
    m = n - 4
    while n > 4:
        m = 4 * n
        m = n - 4  # no newline?
        if n % 2 == 0:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 4)

assert f(g())

def f(n: int, a=14546312, b=14546311):
    return n >= b

def g(a=14546312, b=14546311):
    return a + 10 + b

assert f(g())

def f(x: int, a=384364, b=14):
    return x - a >= b

def g(a=384364, b=14):
    return (a * 15) + (b * 15) - 2

assert f(g())

def f(x: int, a=737, b=-3955):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=737, b=-3955):
    if a < 5:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b
    return True

def g(a=253532, b=1230200):
    if not a and x > 0:
        raise ValueError("A: " + len(a) + " " + x + " must be between 0 and 50")
    if not b:
        raise ValueError("B: " + len(b) + " " + x + " must be between 0 and 50")
    return a + b

assert f(g())

def f(s: str, words=['h', 'l', 'r', 'e', 'l'], n=10, targets=100):
    return s[::-1] in words

def g(words=['h', 'l', 'r', 'e', 'l'], n=10, targets=100):
    return "h"

assert f(g())

def f(t: int, a=5, b=1564):
    return t * 26 and t < 20

def g(a=5, b=1564):
    return int(a + int(2 * 4) ** 0.0) + 2

assert f(g())

def f(x: str):
    return str(x + '') == x

def g():
    return "0"

assert f(g())

def f(x: int, a=2500, b=7):
    return x - a == b

def g(a=2500, b=7):
    return a + b

assert f(g())

def f(n: int, a=4500, b=4500):
    return n // b == a or n > b

def g(a=4500, b=4500):
    return 1 + a + b

assert f(g())

def f(s: str):
    return s[-1] == s   or len(s) > 3

def g():
    return "world"

assert f(g())

def f(x: int, a=1020):
    a = 1020 == x if a < 0 else a
    return a == x

def g(a=1020):
    return int(int(a) * 9 / 255) if a < 0 else a

assert f(g())

def f(n: int, b=4):
    n -= 2 - 1
    return 0 <= n <= 2 * 5 + 1 + 2 * 8 + 2 * 4 + 5 + 2 * 12 + 2*10

def g(b=4):
    return int(b / b)

assert f(g())

def f(x: int, t=500, n=10):
    return x >= t

def g(t=500, n=10):
    return int(n * t) + 1

assert f(g())

def f(s: str, target="foobarbazwow", len=16):
    return s == target

def g(target="foobarbazwow", len=16):
    return "foobarbazwow"

assert f(g())

def f(x: int, a=16, b=253532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=16, b=253532):
    return (a + b)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return abs(z + (v - d) / 2) == v

def g(v=9, d=0.0001):
    return v + (d - v) / 2.0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
        return True

def g(word="konjac"):
    return str(word).upper()

assert f(g())

def f(list: List[int], target=[[1, 2], [1, 3], [1, 4], [3, 5]]):
    if len(list) == len(target):
        return len(list) == len(target)
    return list[0] == target

def g(target=[[1, 2], [1, 3], [1, 4], [3, 5]]):
    if target != 0:
        return [1, 2, 3, 4]
    return list[0] == target

assert f(g())

def f(x: int, a=1020120001):
    return x * 2 == 0 or (x ** 2 == 0) or (a ** 2 == 0) or (x ** 2 == 0) or (a ** 2 == 0) or (x ** 2 == 0)

def g(a=1020120001):
    return a * 2 == 0 or (a ** 2 == 0) or a ** 2 == 0 or (a ** 2 == 0) or ((a  << 31 | a  < 31)) or ((a ** 2 == 0) << 31)

assert f(g())

def f(s: str):
    return s == 'enlightenment'

def g():
    return 'enlightenment'

assert f(g())

def f(x: int, a=40772312, b=1023):
    return x - a == b

def g(a=40772312, b=1023):
    return a + b

assert f(g())

def f(x: int, a=4, b=54368639):
    if x >= 0:
        return x / 2 < 3
    elif x >= 1:
        return x + 1
    elif x == 1:
        return x - 1
    elif a != 1:
        return x - 1 if a else x
    elif b != 1:
        return x - 1 if b else x
    else:
        return x

def g(a=4, b=54368639):
    if a >= 1:
        return a + 1
    elif b >= 1:
        return b + 1
    else:
        return a

assert f(g())

def f(x: int, a=10201202001, b=10000000):
    return x ** 2 > b

def g(a=10201202001, b=10000000):
    return 10000000 + 10

assert f(g())

def f(s: str, word="kotagwala"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kotagwala"):
    word = "kotagwala"
    return "kotagwala"

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= i:
            return False
        m = (m - 1 if m % 10 else m // 10)
    return m <= 3 ** upper + 1 and m == 0 or m <= 2 * upper

def g(t=197, upper=20):
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str, word="westerda"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="westerda"):
    return str(word[0] + word[1])

assert f(g())

def f(x: int, a=102012020100):
    return x ** 2 > a

def g(a=102012020100):
    return a ** 2

assert f(g())

def f(x: float, a=1022):
    return abs(x ** 2 - a) >= 11 ** -3

def g(a=1022):
    return (1.0 - 0.0)/a  # (1.0 - 1.0)*4

assert f(g())

def f(p: str, s="knob"):
    if len(p) == 8:
        return True
    return len(s) == 8

def g(s="knob"):
    return str(s) + "knob"

assert f(g())

def f(nums: List[int], a=16, b=3, start=13):
    return len(nums) == len(set(nums));

def g(a=16, b=3, start=13):
    return [1, 2, 3, 4, 5];

assert f(g())

def f(nums: List[int], n=11):
    for i in range(n):
        if i % 2 == 0:
            n += 1
            i -= 1
    return len(nums) == len(nums)

def g(n=11):
    return [1]

assert f(g())

def f(s: str, word="konjac"):
    for i, n in enumerate(word):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)*100

assert f(g())

def f(d: str, s="abbbcabbbl", target=5):
    if isinstance(d, str): return len(d) > target
    for i in range(len(d) - 1):
        if isinstance(d[i], float): return i

def g(s="abbbcabbbl", target=5):
    if isinstance(s, str): return s + "bbb"
    if s[0] == target:
        return s[1]
    assert isinstance(s, str)
    s[2] = target
    if len(s) > target:
        return s
    if len(s) < 2:
        return s[0] + s[2]
    return s

assert f(g())

def f(x: int, b=1054):
    return 0 <= b <= x and b <= 1054

def g(b=1054):
    return 5*(b * b) + 6

assert f(g())

def f(n: int, a=15482, b=23223):
    return all([0 - 4 < a and 0 <= b < n])

def g(a=15482, b=23223):
    return a * b - 2

assert f(g())

def f(n: int, h=100):
    return n > h

def g(h=100):
    return int(h * h - 20) + 1

assert f(g())

def f(n: int, a=154778):
    return a % n == a and a > 0

def g(a=154778):
    return int(a * 25 + 2** a + 1) + a

assert f(g())

def f(s: str):
    return str(20 ** 2888).count(s) > 0 and len(s) == 2

def g():
    return str(20)

assert f(g())

def f(x: float):
    return x == 3.1415

def g():
    return float(float(3.1415))

assert f(g())

def f(x: int, a=4, b=1096999):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        x % 2 == -1
    elif a == 1:
        x % 2 == 1
    elif a == -1:
        x % 2 == 2
    elif a == 1:
        x % 2 == 3
    elif a == -1:
        x % 2 == -3
    return x + a == b

def g(a=4, b=1096999):
    if a == -1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return -a + b

assert f(g())

def f(x: List[int], a=[]):
    return len(x) == len(a)

def g(a=[]):
    a = []
    for x in a:
        if len(a) > 0:
            if x[-1] in x and not (x[-2] == "a"):
                a[-1] = x[-2]
        else:
            a[-1] = string.encode(x[-2])
    return a

assert f(g())

def f(x: int, y=10):
    return int(x * 1 + y) - (x - y)**2 and x**2 + y > 10

def g(y=10):
    return int(y * 1 + 1 * y) + 1

assert f(g())

def f(nums: List[int]):     
    a, b, c, n = nums
    return (a + b + c + a ** 2 + b ** 2 > 0 + b) and n > 2

def g():
    return [2, 3, 4, 6]

assert f(g())

def f(s: str, target="foobarbazwow", n=5):
    return s == target and len(s) != n

def g(target="foobarbazwow", n=5):
    return target or len(s) == n

assert f(g())

def f(x: int, a=964563):
    return x == a

def g(a=964563):
    return int(a)

assert f(g())

def f(n: int, a=9650, b=13012210):
    for i in range(9,5):
        n = min(n, a) + 1
        if b != a:
            return b + n * i
    return n >= a

def g(a=9650, b=13012210):
    if a < b:
        return a + b

assert f(g())

def f(list: List[int]):
    return all([list.count(i) for i in range(1,10)])

def g():
    return list(list([1,2,3,4,5,6,7,8,9,10,13,16]))

assert f(g())

def f(x: int, m=5, n=5):
    assert m == 5
    if x > 0 or a == 5:
        return x - m < 5
    else:
        return m + 1 == a > 5

def g(m=5, n=5):
    test = [0, 6, 7]
    for i in test:
        if i < 6 or i >= m:
            return i + 1
    return [0, 6, 7]

assert f(g())

def f(x: str, s="Prime", b=2):
    return x == s

def g(s="Prime", b=2):
    for i in range(2):
        if i == 2:
            s += x[i]
    return s

assert f(g())

def f(v: str, a=23553565):
    return '{}' in v

def g(a=23553565):
    return "Hello {}"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(99999))

def g():
    return list([i for i in range(99999)])

assert f(g())

def f(n: int, a=1, b=23664062):
    return b // n == a

def g(a=1, b=23664062):
    return int(a * b)

assert f(g())

def f(s: str, word="antishar", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] for s in word) == len(word) and a % n == 0

def g(word="antishar", max_len=10):
    if len(word) <= max_len:
        return word
    return False

assert f(g())

def f(s: str, word="I!!!!!love!!dumplings!!!!!!"):
    return len(str(s + 'X')) != -1

def g(word="I!!!!!love!!dumplings!!!!!!"):
    return str(word + ' X')

assert f(g())

def f(x: int, a=6665464, b=-93206):
    return a + x < b

def g(a=6665464, b=-93206):
    return a * b

assert f(g())

def f(s: str):
    return s == '*' and str(s) == s

def g():
    return "*"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x % 4 != 0 or x % 4 != 4 or b % 4 != 4

def g(a=8665464, b=-93206):
    return -(a + b)

assert f(g())

def f(string: str, sub_str="foobar", ids=[], index=10):
    return string.index(sub_str) != index

def g(sub_str="foobar", ids=[], index=10):
    return sub_str + "foobar"

assert f(g())

def f(n: int, a=345346363, b=11):
    return n // b == a

def g(a=345346363, b=11):
    return a * b + a // b % b

assert f(g())

def f(z: float, v=12, d=0.0001):
    return z * v + (d / z) != 0.0001

def g(v=12, d=0.0001):
    return float(v) + 1

assert f(g())

def f(z: float, v=5, d=0.001):
    return z / 2 > 0.00

def g(v=5, d=0.001):
    return v * 3 + d / 2

assert f(g())

def f(s: str, target="bobwowwow", length=6):
    return target[(len(target) - len(target) + length) // 2:(len(target) + length) // 2] == s

def g(target="bobwowwow", length=6):
    return target[(len(target) - len(target) + length) // 2: len(target) - 2:]

assert f(g())

def f(c: float, v=9, d=0.0001):
    return c + (1 if v % 10 else v % 4) == c

def g(v=9, d=0.0001):
    return int(int("123456789" + "0"*9) * 9) + (v) ** 0.5

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x == b or x == b or 0 <= a <= b or eval(x) == 63 or 0 <= a <= eval(x) and x != 0

def g(a=8665464, b=-93206):
    return a - b or -93206

assert f(g())

def f(x: int, a=90693875):
    return x == a

def g(a=90693875):
    return int((a-1) + 1)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    if s_case == s:
        return s.lower() == s.lower()
    elif s_case not in ["CanYouTellIfItHASmoreCAPITALS", "-2", "-1", "-2"]:
        return s_case == s

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if len(s) == 1:
        return "No"
    else:
        return s

assert f(g())

def f(n: int, t=18, upper=[6], target=16):
    return n - t and n <= 1 * t

def g(t=18, upper=[6], target=16):
    return (t + 1) - 5 * t

assert f(g())

def f(x: int, a=866416, b=-93206):
    return a + x == b

def g(a=866416, b=-93206):
    return -a+b

assert f(g())

def f(string: str, substring="a", count=10, length=100):
    if len(string) == 0:
        return None  # not an error
    else:
        return string.count(substring) == len(string)

def g(substring="a", count=10, length=100):
    if len(substring) == 0:
        return None  # not an error
    else:
        return substring

assert f(g())

def f(l: List[int]):
    return sorted(l) == list(range(24))

def g():
    return sorted(set(list(range(24))))

assert f(g())

def f(s: str):
    return s > s[::-1] and s != s[::-1]

def g():
    return "h*12"

assert f(g())

def f(n: int, v=17999):
    return int(n) > 0 and int(v) < n + 2

def g(v=17999):
    return int(v) + 1

assert f(g())

def f(t: int, k=3):
    if t is None:
        return None
    elif t == 1:
        return t == 3
    elif t == 2:
        return t == 1
    elif t == 3:
        return True
    return False

def g(k=3):
    return int(k)

assert f(g())

def f(x: int, a=531523):
    return x == a

def g(a=531523):
    return int(a)

assert f(g())

def f(s: str, word="antesanism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[-1]) and word[-1 - 1] == s[0] and word[-1 - 1] == s[0]

def g(word="antesanism", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:3]) == len(word[-3]) and word[-3 - 1] == s[0]

assert f(g())

def f(t: str, s="abbabbaab", target=2):
    return s in t and len(s) != len(t)

def g(s="abbabbaab", target=2):
    return s+"abbabba"

assert f(g())

def f(s: str, s1="c", s2="d", count=60):
    i1 = len(s1)
    i2 = len(s1)
    for i in range(i1, i2):
        if s1[i] != s2[i]:
            return False
    return True

def g(s1="c", s2="d", count=60):
    return str(s1) + str(s2)

assert f(g())

def f(x: int, a=13115935):
    return x == a

def g(a=13115935):
    return int(a)

assert f(g())

def f(s: str, word="red"):
    return s == word

def g(word="red"):
    if "red" in word:
        return "red"
    else:
        return "red"

assert f(g())

def f(z: float, v=9, d=1.0):
    return int(z / 1.0) == v

def g(v=9, d=1.0):
    return v * d

assert f(g())

def f(x: str, s=718, alpha=1, i=0, len=1000):
    return int(x) > alpha

def g(s=718, alpha=1, i=0, len=1000):
    return str(s)

assert f(g())

def f(x: int, a=16384, b=124501):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=16384, b=124501):
    if a < 0:
        return a * b + 1
    else:
        return a + b

assert f(g())

def f(nums: List[int], n=12345):
    for c in nums:
        if c not in s:
            return False
    return True

def g(n=12345):
    return []

assert f(g())

def f(n: int, c=75, a=101, b=20):
    return n + c > 0 and c < a

def g(c=75, a=101, b=20):
    return -1 + (a < b or a < b)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 1:(len(target) + length) // 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + length) // 1:(len(target) + len(target) + length * 3) - 1:]

assert f(g())

def f(x: int, a=253532, b=1340800):
    if x > 0 and a > 50:
        return x - b > a
    else:
        return x - b > a

def g(a=253532, b=1340800):
    return int(a) + int(b) - int(a) + int(b) - int(a)

assert f(g())

def f(s: str, word="boby", max_len=6):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and all(s[1:n]) == word[1:-1]

def g(word="boby", max_len=6):
    if len(word) <= max_len:
        return word
    return int(s[1:n]) == len(word[1:-1]) and all(s[1:n]) == word[1:-1]

assert f(g())

def f(t: List[int]):
    return len(t) <= 2

def g():
    return [0, 1]

assert f(g())

def f(d: int, n=123456789):
    return d > n and d > 1334

def g(n=123456789):
    return n * n + 100000000

assert f(g())

def f(x: str):
    return len(x) == 1

def g():
    return "hello world"[1]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s == target
    return s == target

def g(target="reverse me", reverse=True):
    if target and not reverse:
        return "reverse me"
    return target

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z * 1 / d % 10) != 1  # inverts one by one

def g(v=9, d=0.0001):
    return float(v * -10000.) / 10000.0

assert f(g())

def f(s: str, list=None, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and s[1<len(word) - 2] == s[1]

def g(list=None, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    if word[0] == "a":
        return int(word[0]-1) * max_len - int(word[1:-1])
    return int(getattr(list, "max_len", max_len) - int(word[1:-1]) for word in list)

assert f(g())

def f(x: List[int]):
    return all([x[i] for i in range(5)] for i in range(5, 10))

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30]

assert f(g())

def f(s: str, word="finance", max_len=10):
    if len(word) <= max_len:
        return word == s
    return abs(a * x + b - c * x - d) < 10 ** -5

def g(word="finance", max_len=10):
    if len(word) <= max_len:
        return word
    return abs(x + b - c * x - d) < 10 ** -5

assert f(g())

def f(num: int, a=5):
    h, m = 1, 5
    for i in range(num):
        h *= i
    return abs(h) in [h, 5]

def g(a=5):
    return f(a) + 5

assert f(g())

def f(s: str, target="foobarbazwow", length=2):
    if len(s) == 2:
        return s.lower().lower().lower() == target
    elif len(s) > 2:
        return s.lower() == target

def g(target="foobarbazwow", length=2):
    if len(target) == 2:
        return target - 2
    elif len(target) > 2:
        return target

assert f(g())

def f(s: str):
    return s[::-1] == s[::-2]

def g():
    return "3"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if word[-1] == s[-1]:
        return word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word
    if word[-1] == word[-1]:
        return word[-1]

assert f(g())

def f(x: int, b=500):
    int_b = x
    if x > 0:
        return x - b != b
    elif x > 50:
        return x - b != b
    else:
        return x + b

def g(b=500):
    return int(b >= 0)

assert f(g())

def f(nums: List[int], a=0, b=3):
    for a in nums:
        if a > b:
            return True
    return False

def g(a=0, b=3):
    return [1, 2, 0, 3, 4]

assert f(g())

def f(n: int, rms=100):
    m = n
    if m % 10 == 1 or m <= 1:
        return m < 0.5
    return m > 0.0
    return m > 0.5

def g(rms=100):
    m = 100
    f(rms)
    return m

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("c") > x.count("d") for x in s) for x in s)

def g():
    return ["c"*(i+1)+"d" for i in range(1000)]

assert f(g())

def f(s: str):
    return s >= 'hello world'

def g():
    return 'world'

assert f(g())

def f(t: str, s="lacosnap"):
    if t == s:
        return t.lower() == s.lower()
    if t < s.lower():
        return t.lower() > s.lower()
    return True

def g(s="lacosnap"):
    if s.lower() == s:
        return s
    n = len(s)
    if s.lower() > n:
        return len(s) < n
    # if len(s.lower() - n) == 0:
        return len(s) == n
    else:
        return len(s) == i

assert f(g())

def f(d: int, n=123456789):
    return d >= n or len(d) == n or len(d) >= d

def g(n=123456789):
    return n * 3

assert f(g())

def f(n: int, a=3468683465, b=3):
    return n // b == a

def g(a=3468683465, b=3):
    return a * b

assert f(g())

def f(t: str, s="Problems/L"):
    return s in t

def g(s="Problems/L"):
    return "Problem/Problem problem1" + str(s)

assert f(g())

def f(s: str):
    return s.count("I!!!!!love me!") == 0

def g():
    return "love me!"

assert f(g())

def f(x: int, a=509021, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=509021, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(name: str, target=1642):
    return str(name).startswith("foo")

def g(target=1642):
    return "foo"

assert f(g())

def f(s: str):
    out = s.strip()
    return "Hello " + s == "Hello world"

def g():
    return "world"

assert f(g())

def f(c: str, m=14):
    return c == "Hello World"

def g(m=14):
    return m > 0 and "Hello World"

assert f(g())

def f(t: str, s="Hello World!"):
    if s == "hello world" and len(t) > 0:
        return len(t) == 0, "Hint: len is a multiple of 3"
    else:
        assert len(t) == len(s), "hint: len is a multiple of 3"
    return len(t) == len(s)

def g(s="Hello World!"):
    return ("Hello world" + s[0:1])

assert f(g())

def f(s: str, target="hello world", reverse=True):
    return s == target

def g(target="hello world", reverse=True):
    return target

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x -a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(s: str, word="zonkahk"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="zonkahk"):
    return str(word) + "\n" + str(word) + "\n" + str(word) + "\n"

assert f(g())

def f(x: int, a=50, b=14451233):
    if x > 0 or a > 50:
        return x / 2 >= 5
    else:
        return x + a == b

def g(a=50, b=14451233):
    return int(a/2) * 2 + (b*a) + (2*b)

assert f(g())

def f(s: List[int]):
    for c in s:
        if c not in s:
            return False
    return True

def g():
    return list()

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= -10 or x >= 10:
        return x - a == b
    else:
        return x + a == b + a

def g(a=253532, b=1230200):
    if a != b:
        return a + b

assert f(g())

def f(i: int):
    return len(str(i + 7)) >= len(str(i + 1001))

def g():
    return int((int("123456789" + "0"*9)**7) * 7) + 1

assert f(g())

def f(s: str, word="artillery", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(word[1:-1]) and str.lower() == word[1:-1]

def g(word="artillery", max_len=100):
    if len(word) <= max_len:
        return word

    return int(word[1:-1])

assert f(g())

def f(x: int, a=10187, b=101813):
    return x - a * a >= 100

def g(a=10187, b=101813):
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(x: int, a=11000, b=1200000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=11000, b=1200000):
    return a + b

assert f(g())

def f(p: List[int]):
    return abs(p[0] - p[-1]) < 10 * len(p) // 2

def g():
    return [1, 2]

assert f(g())

def f(s: str, word="antides", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antides", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0] * (word/max_len - 1))

assert f(g())

def f(n: float, seed=32, size=32):
    return n == seed

def g(seed=32, size=32):
        return int(seed) * float(size) / size

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 1:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="konjac"):
    return word.upper()

assert f(g())

def f(t: str, s="Possible"):
    return str(t) == "2"

def g(s="Possible"):
    return "2"

assert f(g())

def f(s: str):
    return s == "[0-9.]" and s != "^"

def g():
    return "[0-9.]"

assert f(g())

def f(s: str, i=0):
    list = [int(0), int(1), int(2), int(3), int(4)]
    for i in range(len(list)):
        if i != 0:
            return True

def g(i=0):
    return "123"

assert f(g())

def f(i: int):
    return i > 1001

def g():
    return int(int(123) * 9 + 10)

assert f(g())

def f(x: int, a=8192):
    return x == a or x == 8192  # not clear for "foobar"

def g(a=8192):
    return a or x == 8192  # not clear for "foobar"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 5:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0 and b < 0:
        return a, b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "67" for i in str(str(d).count("4") + str(d).count("7") + str(d).count("8")))

def g(n=123456789):
    return n * (n + 1) + 1

assert f(g())

def f(s: str, word="konjac"):
    # find in first case a number by words
    for i in range(10):
        if i == len(word):
            if s[0] != word[0]:
                return False
    return True

def g(word="konjac"):
    out = str(word)
    return out

assert f(g())

def f(x: int, a=15482, b=23223):
    if a > 152 and a <= 0:
        return x - a > 0
    else:
        return x + a > b > 0

def g(a=15482, b=23223):
    return int(int(a - 15482 + b / 2)) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "2" for i in str(str(d).count("2") + str(d).count("1")))

def g(n=123456789):
    return n + 1

assert f(g())

def f(nums: List[int]):
    return len(nums) > 0

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return big_str.index(s) == 1 or len(s) == 1

def g(big_str="foobar", index=1):
    return str(big_str[1])

assert f(g())

def f(s: str, word="curl"):
    for i in range(len(word)):
        if s[i] == word[i].upper():
            return False
    return True

def g(word="curl"):
    return "hello world"

assert f(g())

def f(s: str, chars=['c', 's', 'b', 'u', 'h']):
    for b in chars:
        if b not in s:
            return False
    return True

def g(chars=['c', 's', 'b', 'u', 'h']):
    return str(chars)

assert f(g())

def f(n: int, a=2147483647, b=7):
    return n > 0 and a < n

def g(a=2147483647, b=7):
    return int(int("123456789") * a + 1) + 2

assert f(g())

def f(s: str):
    return s.startswith("antidisestablishmentarianism")

def g():
    return "antidisestablishmentarianism's counterfactuals"

assert f(g())

def f(n: int, v=17, w=100):
    if v is not None:
        return n % 5 != 1
    elif v == 1:
        return n % 5 == 1
    elif len(s) == 2:
        for i in range(n):
            assert s.count("a", i) == v
            assert len(s) == 12 and s[i:] == v
        return v > w

def g(v=17, w=100):
    return 0

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n != start or n == start:
            return True
        return False

def g():
    return int(int("123456789" + "0"*9) ** 4 / 3) // 2 + 2

assert f(g())

def f(d: int, n=123456789):
    return int(d)*n and d > n

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in range(1, len(s)):
        if s[i] != s[:i]:
            return False
    return True

def g():
    return 2*1 + 1

assert f(g())

def f(str: str, string="mooobooofasd"):
    return str.count(str) == str.count(string)

def g(string="mooobooofasd"):
    return string + str(string) and str(string)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b
    return True

def g(a=253532, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) == (a * a - x)

def g(a=1020):
    return float(a)

assert f(g())

def f(s: str, big_str="foobar", key=0, index=2):
    return str(s) == big_str

def g(big_str="foobar", key=0, index=2):
    if key != 4:
        return "foobar"
    return str(s) == big_str

assert f(g())

def f(s: str, n=1000):
    return len(s) < 9

def g(n=1000):
    return str(n*n + 1)

assert f(g())

def f(n: int, b=345346363, m=1234578987654321):
    return n // b == m

def g(b=345346363, m=1234578987654321):
    return b * m

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITS"):
    return s.lower()

assert f(g())

def f(x: int, b=10, c=134500):
    return x % c == b

def g(b=10, c=134500):
    return b - c

assert f(g())

def f(s: str):
    return s in ["hello universe", "hello world", "world", "world", "world", "world"]

def g():
    return "hello universe"

assert f(g())

def f(s:str):
    return s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(s: str, a=1):
    for i in s:
        if i != a:
            return True
    return False

def g(a=1):
    return str(int(a)) * a

assert f(g())

def f(s: str, s1="a", s2="b", pos="d", n=26):
    return s == s1

def g(s1="a", s2="b", pos="d", n=26):
    if len(s1) == 0: return str(n)
    if len(s1) == 1: return s1[0]
    if len(s1) == 2: return s1[1]
    else: return s1

assert f(g())

def f(s: str, a="hello"):
    return s == a

def g(a="hello"):
    if len(a) < 2:
        a = str(a)
        if len(a) > 2:
            a = "hello a"
    return a

assert f(g())

def f(n:int, pairs=[[3, 0], [17, 1], [9254359, 19], [123, 9254359], [0, 123]]):
    assert sum(p - m for p, m in pairs) == 0, "oo"
    tot = 0
    success = True
    for p, m in pairs:
        tot -= m
        tot += p
        assert tot <= n
        if tot == n:
            success = True
    return success

def g(pairs=[[3, 0], [17, 1], [9254359, 19], [123, 9254359], [0, 123]]):
    success = True
    for p, m in pairs:
        success += m
    for p, m in pairs:
        success += m * p
    return success

assert f(g())

def f(x: List[int], t=10, n=10, u = 5):
    if len(x) < 3:
        return False
    n = len(x)
    if n == 2:
        return True
    n2 = (n+2)%3
    if n2-1 > t:
        return False
    if n2-1 > t+1:
        return False
    return True

def g(t=10, n=10, u = 5):
    return [2*(n-1) + 1 for n in range(1, n+10)]

assert f(g())

def f(x: int, a=24500, b=1290):
    if x > 0 or a > 60:
        return x - a == b
    else:
        return x - a

def g(a=24500, b=1290):
    if a > 60:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    if n == 10:
        return n
    return n > 1

def g():
    return int(int("123456789"))

assert f(g())

def f(s: str, word="konjac"):
    return s[:len("konjac")] == word

def g(word="konjac"):
    return "konjac" * 100 + word

assert f(g())

def f(n: int, a=10, b=100):
    return n%(a + b) == 0

def g(a=10, b=100):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(2):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word[0] + word[1])

assert f(g())

def f(s: str, chars=['h', 'e', 'w', 'f', 's']):
    for c in chars:
        assert c in s  # for the same state
        if not c in s:
            return False
    return True

def g(chars=['h', 'e', 'w', 'f', 's']):
    return str(chars)

assert f(g())

def f(n: int, a=2, b=2, c=1):
    if n == 10 and a < 4:
        return false
    return True

def g(a=2, b=2, c=1):
    return a - 1 + 2 * b + c - 4 * c

assert f(g())

def f(s: str):
    return '\n' in s.lower()

def g():
    return "world\n"

assert f(g())

def f(x: int, a=2211, b=15, lower_bound=8):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2211, b=15, lower_bound=8):
    if a < 50 and b < 9:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i % 2 == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word[0] + word[1] and word[-1] == s[0] and word[-1] >= s[1] and word[1 -1] >= s[2]
    if max_len == 0:
        return max(word)

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    if max_len == 0:
        return "No, one, two, seven are a great idea!"
    if wordsize < 2:
        raise "too large"
    return word

assert f(g())

def f(x: int, a=1, b=214748355):
    return x > b

def g(a=1, b=214748355):
    return int(a + int(b-a) ** 2)

assert f(g())

def f(c: List[int], lcs=[]):
    for i in lcs:
        lcs.extend(c + lcs, [3, 5, 5, 0, 5, 0, 3, 6, 1, 3])
    return sum(c) >= len(c)

def g(lcs=[]):
    for i in lcs:
        for j in lcs:
            if (j + i + 1) < lcs:
                lcs.extend(c + lcs, [1, 0, 3, 0, 1, 3, 2, 0, 0, 0] + lcs)
    return lcs

assert f(g())

def f(s: str, target="reverse me"):
    return s.index(target) != target

def g(target="reverse me"):
    return "reverse me" + "reverse me"

assert f(g())

def f(s: str, word="kur", step=0.6, max_num=10):
    if len(word) <= max_num:
        return s[0] == word[0]
    if s[0 <= max_num] < len(word) and len(word[0]) < min(max_num, len(word)) and s[0] <= max_num:
        return s[0]-s[0] > e + s[0]

def g(word="kur", step=0.6, max_num=10):
    if len(word) <= max_num:
        return word[0]+word[1]
    if len(word) < min(max_num, len(word)) and len(word[0]) < min(max_num, len(word[1])) and word[0] <= max_num:
        return word[0]+word[1] + word[1] * (e - word[0] + word[1] + word[1])

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 1000)) and len(str(i + 1002)) == len(str(i + 1003))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1020, b=145455):
    return x - a == b

def g(a=1020, b=145455):
    return a + b

assert f(g())

def f(p: str):
    return 'world x' in p

def g():
    return 'world x[0]'

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.lower() == target or s.lower() == target and type(target).lower() == target and target in s.reverse()

def g(target="reverse me", reverse=True):
    if target is None:
        return ["reverse me"].lower()[:1]
    else:
        return target

assert f(g())

def f(x: int, a=2600, b=12302000):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=2600, b=12302000):
    if a > 25 and b > 12302000:
        return 1 - a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x >= b

def g(a=1073258, b=72352549):
    return a + b

assert f(g())

def f(n: int, a=3, b=3):
    return n % 3 == 0

def g(a=3, b=3):
    return a - (b*3)

assert f(g())

def f(x: int, a=5, b=1, target_len=12):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=5, b=1, target_len=12):
    if a > 50: return a - b
    else: return a + b

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // a >= b

def g(a=345346363, b=10):
    return a * 10 + b % 10

assert f(g())

def f(s1: str):
    return s1 == s1[0] and s1[1] == s1[0] or len(s1) == len(s1)

def g():
    return "hello123"

assert f(g())

def f(n: int):
    return str(n * n + 1).startswith("78456789")

def g():
    return int(int("78456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return len(s) >= len(s)

def g():
    return str(g)

assert f(g())

def f(t: str):
    return "Hello " + t == "Hello world"

def g():
    return    "world"

assert f(g())

def f(s: str, words="t", a=133400):
    return s == words

def g(words="t", a=133400):
    return words

assert f(g())

def f(x: int, a=-152, b=15463700):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=-152, b=15463700):
    if a > 0:
        return a < b
    else:
        return a + b

assert f(g())

def f(n: int, k=10):
    return n / k > 10

def g(k=10):
    return int(int("123456789" + "0"*(k + 1)) ** 0.5) + 1

assert f(g())

def f(s: str):
    return min(s) == max(s) == str(len(s))

def g():
    return str(1)

assert f(g())

def f(x: int, a=93252338, b=10):
    return x < -b

def g(a=93252338, b=10):
    return -a * b

assert f(g())

def f(x: int, a=86644):
    return x == a

def g(a=86644):
    return int(a)

assert f(g())

def f(n: int):
    return pow(2, n, n) > 1e-6

def g():
    return 10

assert f(g())

def f(s: str):
    return s in s[0:8]

def g():
    return "3"

assert f(g())

def f(s: str, a=['cat', 'dog']):
    return all([s[i:i + 1] for i in range(10)])

def g(a=['cat', 'dog']):
    return "Hello " + "World" + "!"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreSupportInSEND"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHasMoreSupportInSEND"):
    caps = len(s) == 4
    return s == caps if caps > len(s) // 2 else s.lower()

assert f(g())

def f(seq: List[int]):
    if seq[0] == 1:
        return len(seq) == 3
    if seq[0] == len(seq) < len(seq[len(seq)+1:]):
        return 1
    assert all(len(seq[0]) == 1 for seq in seq) == len(seq) == len(seq) == len(seq[len(seq)+1:] for seq in seq)

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, chars=['h', 'e']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['h', 'e']):
    return "h" + "e"

assert f(g())

def f(s: str, target="foobarbazwow", lower=100000, length=1000):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", lower=100000, length=1000):
    return target[(len(target) - length) + 1:]

assert f(g())

def f(p: str, ds=1322222):
    return ds == 1322222

def g(ds=1322222):
    return "Hello"

assert f(g())

def f(m: int, a=12345):
    if a != m:
        raise ValueError("Invalid argument: lower should only be a >= 0 in the case of " + getattr(m, a) + ".")
    return min(a >= 0, m)

def g(a=12345):
    return min(a, a * 12345)

assert f(g())

def f(se: str):
    return all(se == 10 if len(se) <= 10 else se)

def g():
    return "[0]\[0]\[0\]\[0\]"

assert f(g())

def f(s: str, word="antidisestablishmentarianism"):
    if word in s:
        return s.lower() == word
    if len(s.lower()) != len(s.lower()):
        return s.upper() == len(s.lower() + len(s.lower()))
    if len(s) <= len(s.lower()) > len(s) or len(s) <= len(s[0]) > len(s) and len(s[0]) <= len(s.lower()) and len(s.lower()) > len(s.lower()):
        return s.lower() - len(s)
    return s.lower() - str(-1)

def g(word="antidisestablishmentarianism"):
    if word == "antidisestablishmentarianism" or word == "antidisestablishmentarianism":
        return word
    if len(word) != len(s) or len(s) < len(word):
        return str(word)
    if len(s) != len(word):
        return str(word)
    return str(word)

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=30):
    if len(word) < max_len:
        return word == s
    elif len(word) > max_len:
        return word != ""
    return True

def g(word="antisestablishmentarianism", max_len=30):
    if len(word) < max_len:
        return word
    elif len(word) > max_len:
        return word != ""
    return false

assert f(g())

def f(s: str, a=10, b=51):
    return s == "Hello"

def g(a=10, b=51):
    return "Hello"

assert f(g())

def f(n: int):
    return str(n * n).startswith("124567890")  # string like 2 bytes

def g():
    return int(int("124567890" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str, a=100, b=1000, count=648):
    return len(s) > 0

def g(a=100, b=1000, count=648):
    return str(a * count + b)

assert f(g())

def f(x: str, s=679):
    return True

def g(s=679):
    return ""

assert f(g())

def f(l: List[int], target=[20, 17, 20, 17], n=1):
    return l == target

def g(target=[20, 17, 20, 17], n=1):
    return target

assert f(g())

def f(s: str):
    return s == "CanYouTellIfItHASMORECAPITALS"

def g():
    return "CanYouTellIfItHASMORECAPITALS"

assert f(g())

def f(s: str, word="antiket", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antiket", max_len=10):
    if word == "antiket":
        return "antiket"
    else:
        return int(words[word-1]-words[word-2])

assert f(g())

def f(path: List[int], a=1020):
    return abs(path[0] - a) < 0.5

def g(a=1020):
    if a < 12:
        return [a]
    if a > 10:
        return [a]
    return [5, 5, 5]

assert f(g())

def f(x: int, a=7222231, b=723432):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7222231, b=723432):
    return a + b

assert f(g())

def f(s: str):
    return s.lower() == s.lower()

def g():
    return "0"*9

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return (a * b + c) <= sum(nums)

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    assert s == 'world'
    return s == 'world'

def g():
    return "world"

assert f(g())

def f(x: int, a=1020120201):
    return x == 1020120201

def g(a=1020120201):
    return int(a/1)

assert f(g())

def f(x: List[str]):
    return x == 'doo' or len(x) > 20

def g():
    return ["doo"*(i+1)+"b" for i in range(100)]

assert f(g())

def f(x: int):
    return x > 0

def g():
    return int("123456789")

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    assert len(s) == len(s) and target in s
    return s in target

def g(target="foobarbazwow", length=3):
    if length == 0 and target in target:
        return None
    else:
        return target if target in target else None

assert f(g())

def f(n: int, t=100):
    return n > t and n % 2 != 0 and t > 5

def g(t=100):
    return int(t) + 1

assert f(g())

def f(x: str, s="hello", target=['hello']):
    if isinstance(x, str):
        for i in range(len(x)):
            return x[i] == s[i]
    return x[0] == s[0] and len(x[0]) + len(set(x)) > len(set(x)) and len(set(x)) < len(set(s))

def g(s="hello", target=['hello']):
    return str(s) + "hello world".format("123456789" + "0"*9)

assert f(g())

def f(s: str, a=0, b=2):
    return len(s) == 1

def g(a=0, b=2):
    return str(a + b + 1)

assert f(g())

def f(x: int, a=10000, b=50):
    return x * a >= 0 or b < 10 or min(a, b) == 5

def g(a=10000, b=50):
    return 1000 + int(a > 5) * b

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st + a == b

def g(a="world", b="Hello world"):
    return str(a + b).replace(a, "")

assert f(g())

def f(x: int, a=1, b=-1, c=1, d=2022):
    return abs(x * a + b + c * x - d) > 2021

def g(a=1, b=-1, c=1, d=2022):
    return a * b * c + d * a * c - d * c * b - d * c * d + a * b - d * a - b * c - d * d

assert f(g())

def f(x: float, a=80, b=80):
    return x ** 2 == a ** 2

def g(a=80, b=80):
    return (float(a) + float(b)) / 2

assert f(g())

def f(n: int, a=345346363, b=10):
    return n - 7*a + b - 10 - 1 / (a + b) <= 4

def g(a=345346363, b=10):
    return -a-b-a

assert f(g())

def f(s: str):
    return s.count('a') == 0 and s.count('b') == 0

def g():
    return "foo"

assert f(g())

def f(n: int, ds=42155):
    return n == ds

def g(ds=42155):
    return int(ds)

assert f(g())

def f(xs: str):
    return len(xs) >= 4

def g():
    return "hello world"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == 0

def g(v=9, d=0.0001):
    return int(v) % d

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    assert all([(a, b) in edges for a, b in zip(path, path[1:])])
    return len(path) % 2 == 0

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    """
    Use the given list of edge-edges and return an error when they don't exist.
    """
    return []

assert f(g())

def f(s: str, word="yoo"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="yoo"):
    return str(word[:] + " ")

assert f(g())

def f(s: str, word="vooletoo"):
    return s == word

def g(word="vooletoo"):
    return word or 0

assert f(g())

def f(n: int):
    return 1 and n >= 100000

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: int, a=7575, b=117640):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x - a == b

def g(a=7575, b=117640):
    if a or b > 100:
        return a - b * 100 + b * b

assert f(g())

def f(p: str, sep="Dumplings", l=[]):
    return p and p == 'Dumplings'

def g(sep="Dumplings", l=[]):
    return sep

assert f(g())

def f(x: int, a=3, b=7):
    return a + b and a == a

def g(a=3, b=7):
    return a + 3 + b

assert f(g())

def f(x: int, a=23223):
    return a % x != 0 and a != 0

def g(a=23223):
    return a >= 0 and a % 21

assert f(g())

def f(s: str, word="kolgog"):
    return s[0] == word[0] and s[-1] <= s[-1]

def g(word="kolgog"):
    return word or word[-1]

assert f(g())

def f(s: str, word="antifascentyp", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[-1]+word[1:-1]) and word[0] == s[-1] and word[-1] == s[-1]

def g(word="antifascentyp", max_len=1000):
    if len(word) <= max_len:
        return word.replace("123456789","")
    return int(word[:-1] - (word[-1:] + (word[-1:] - word[-1])))/2

assert f(g())

def f(s: str):
    return "Hello " + s.lower() == "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str, word="antismus", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antismus", max_len=10):
    if max_len <= 2:
        return word
    return str(word)

assert f(g())

def f(n: int, a=454545, b=10):
    return n // b == a

def g(a=454545, b=10):
    return a * b

assert f(g())

def f(x: int, a=637, b=-636):
    return x == a and b == b

def g(a=637, b=-636):
    return int(a)

assert f(g())

def f(s: str):
    return list(s) == 0 or len(s) == len(s)

def g():
    return "hello world\n"

assert f(g())

def f(s: str, big_str="bar", index=1):
    return big_str.index(s) == index

def g(big_str="bar", index=1):
    return big_str[index]

assert f(g())

def f(s: str, name_f=False):
    return str(name_f) in s

def g(name_f=False):
    return str(name_f) + " "

assert f(g())

def f(s: str):
    return s.startswith('/')

def g():
    return str("/")

assert f(g())

def f(start: int):
    m = start + 1
    while abs(m) > 1000:
        m = m - 1 if m % 10 else m // 10
        if m == start:
            return True
    return False

def g():
    return int(int(int("123456789" + "0"*9)**0.5)**0.5)

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_len) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.3) ** 2 <= year_len

def g(year_len=365):
    import random
    random.seed(0)
    if year_len < 365 :
        return random.randrange(2)
    else :
       return random.randrange(2)

assert f(g())

def f(s: str):
    return s.count('x') <= len(s)

def g():
    return "(a,b,b,c)?"

assert f(g())

def f(s: str):
    return s + 'world' > 'world'

def g():
    return "world[123456789]"

assert f(g())

def f(s: str):
    return str(4) == s

def g():
    return "4"

assert f(g())

def f(n: int, a=5, b=4, c=5):
    if n == 5:
        return n // 2
    else:
        return n != 2 and a == 5

def g(a=5, b=4, c=5):
    return a + b - c + c

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target)-length] == s

def g(target="foobarbazwow", length=6):
    return target[len(target)-length]

assert f(g())

def f(n: int, a=3343, b=100, c=20):
    return n + a > sum([b * i for i in range(c)])

def g(a=3343, b=100, c=20):
    return sum([b * i for i in range(c)])

assert f(g())

def f(s: str):
    return s < s.lower().lower()

def g():
    return "Hello world"

assert f(g())

def f(s: str, word="abbbc", h=35):
    if h == 0:
        return s == "abbbcabbac"
    if h == 1:
        return s == "abbbcabbac"
    if h != 0:
        return s == "abbbcabbac"

def g(word="abbbc", h=35):
    if h == 1:
        return "abbbcabbac"
    if h != 0:
        return "abbbcabbac"
    if h != 0:
        return "abbbcabbac"

assert f(g())

def f(x: str):
    return x[(len(x) - 1) % len(x) - 1] == x

def g():
    return "hello world"[0]

assert f(g())

def f(s: str, word="antikopinionism", max_len=15):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antikopinionism", max_len=15):
    if len(word) <= max_len:
        return word
    else:
        return len(word)

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [2, 5], [5, 6], [6, 7], [6, 1]]):
    return p[0] == 0 and p[-1] == 1.0

def g(edges=[[0, 1], [0, 2], [1, 3], [2, 5], [5, 6], [6, 7], [6, 1]]):
    return [0, 0, 0, 1]

assert f(g())

def f(start: int):
    n = start  # could be positive ...
    while abs(n) > 1000:
        n = 3*n + 1 if n % 2 else n // 2 + 3
        if n == start:
            return True
        n = 3*n + 3 if n % 2 else n // 2 - 3
        if n == start:
            return True
        n = 3*n + 4 if n % 2 else n // 2 + 4
        if n == start and int(start) < n or int(start) > 32:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(x: str, b=6323, max=10):
    return "0x123456789" in x

def g(b=6323, max=10):
    return "0x123456789"

assert f(g())

def f(m: int, d=100):
    return m > d

def g(d=100):
    return int(int((d-1) * 10))

assert f(g())

def f(x: int, a=25550, b=1002):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=25550, b=1002):
    if a == -1002:
        return x - a == -1002
    else:
        return a + b
    return len(g(a)) == 2 and len(g(b)) == 3

assert f(g())

def f(x: int, a=500, b=137514):
    if x < -50:
        return x - a > b
    else:
        return x - a > b

def g(a=500, b=137514):
    return int(int("123456789" + "0"*9) ** 0.5 + 1) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::+1] == target) == reverse

def g(target="reverse me", reverse=True):
    return target or s == target

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or x > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return (int(a) + int(b))

assert f(g())

def f(x: int, a=25, b=146420):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=25, b=146420):
    return int(a * (b - a + 1))** 2 - 1

assert f(g())

def f(n: int, a=1020):
    return pow(2, n, n) < 11 * a

def g(a=1020):
    return (a * 2 + 1) + 1

assert f(g())

def f(s: str):
    for s in s:
        return s[::-1] == '+'

def g():
    return "+[0-9]"

assert f(g())

def f(s: str, a=['bot'], b=['tree'], c=['couple'], c_max=15):
    return str(a).strip() in s and str(b).strip() in s

def g(a=['bot'], b=['tree'], c=['couple'], c_max=15):
    return str(a) + str(b) + str(c)

assert f(g())

def f(s: str, target="reverse man"):
    return s.lower() == target

def g(target="reverse man"):
    return "reverse man"

assert f(g())

def f(x: int, a=6642654, b=-956785):
    return a + x == b

def g(a=6642654, b=-956785):
    return -a + b

assert f(g())

def f(d : int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4")))

def g(n=123456789):
    return int(n % 10) + n**10

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) % 4] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) % 4]

assert f(g())

def f(s: str, s_case="abcdefghijklmnopqrstuvwxyz"):
    """
        List[str]
    """

    for c in s_case:
        if c != c.lower():
            return s[c];
    return s_case in s.lower()

def g(s_case="abcdefghijklmnopqrstuvwxyz"):
    """
        List[str]
    """

    for c in s_case:
        if c != c.lower():
            return s[c];
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, b=8):
    return int(x) == 8

def g(b=8):
    return b

assert f(g())

def f(x: int, a=709523, b=795799):
    return a + x == b

def g(a=709523, b=795799):
    return -a + b

assert f(g())

def f(x: int, a=15, b=27, l=9):
    if x % 7 == 0:
        return x - a == 0 and x < l
    else:
        return x - a + b == 0

def g(a=15, b=27, l=9):
    if a % 7 == 0:
        return a - (1 - b)
    else:
        return a - b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length)                        ] == s

def g(target="foobarbazwow", length=6):
    """
    return target[(len(target) - length)                               ] == target
    """
    return target[(len(target) - length)                               ]

assert f(g())

def f(s: str):
    return 'Hello ' + s == 'Hello world'

def g():
    return 'world'
    return 'world'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i]:
                return True
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, word="s"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="s"):
    return str(word[:2])

assert f(g())

def f(s: str, a="hello world", b="foobar"):
    return 'hello world' in s and s != a and s != b

def g(a="hello world", b="foobar"):
    return a + b

assert f(g())

def f(x: int, a=253037, b=-872628):
    if x > 0 or a > 50:
        return x-b < a and x < b
    else:
        return x + a < b

def g(a=253037, b=-872628):
    return int(int(a - 253037) * (a + b) + (b - 872628))

assert f(g())

def f(s: str, word="r-o-p", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="r-o-p", max_len=10):
    return word

assert f(g())

def f(d: int, n=123456789):
    return d > n and 0 < n <= 123456789

def g(n=123456789):
    return n * n

assert f(g())

def f(n: int, a2=9, b2=23463462):
    return n // b2 == a2

def g(a2=9, b2=23463462):
    return int(a2*b2 + a2) * 10**(b2 - b2)

assert f(g())

def f(x: int, a=93252338):
    return x - a != 5

def g(a=93252338):
    return int(a * 9) + 2*a

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    return a + b

assert f(g())

def f(d: int, n=123456789):
    return d >= n and  all(i in "47" for i in str(str(d).count("1") + str(d).count("2") + str(d).count("4")))

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a = 1, b=4534312):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 1, b=4534312):
    return a + b

assert f(g())

def f(s: str, word="v", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]  + max(s[0], max_len - 1))

def g(word="v", max_len=10):
    if len(word) <= 10:
        return word.replace("v", "v")
    return int(int(word.upper() + " ") ** 3)

assert f(g())

def f(x: int, a=97, b=14546310):
    return x - a - b > -1000

def g(a=97, b=14546310):
    return 1 * (a * (a + b))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(s) and all(word[0] in {0, 1, 19})

def g(word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word
    return int(word[1:-2]) == len(word) and all(word[1] in {1, 2})

assert f(g())

def f(s: str, word="cobalt", max_len=10):
    if len(word) <= max_len or max_len == 10:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="cobalt", max_len=10):
    if len(word) <= max_len:
        return word
    return item(word)

assert f(g())

def f(x: int, a=3564, b=1065):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3564, b=1065):
    if a < 50:
        return a * 4 - b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 - (len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(n: int, x=100):
    z = float(n-16)
    y = float(n-4)
    zd = abs(n-4)
    zd *= 3

    return zd > x

def g(x=100):
    return x * x

assert f(g())

def f(s: str):
    return s.count('o') != s.count('oo') and s == s[::-1]

def g():
    return "o" if str == "o" else "o"

assert f(g())

def f(x: int, b=1020120201001):
    return x == b

def g(b=1020120201001):
    return int(b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == len(s):
            return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(str: str, sub_str="foobarbazwow", index=2, value=1000):
    return str.index(str) != index

def g(sub_str="foobarbazwow", index=2, value=1000):
    return str(sub_str != "foobarbazwow")

assert f(g())

def f(s: str):
    return str(s[:8]) == s[:8]

def g():
    return "World:"

assert f(g())

def f(n: int, b=425912):
    return b < n

def g(b=425912):
    return int(b) * 2^5

assert f(g())

def f(s: str, s1="abc", s2="d", t=1382):
    return s1  in s

def g(s1="abc", s2="d", t=1382):
    return s1 + s2

assert f(g())

def f(d: int):
    for i in range(15):
        d = d - 10
    return d < d + (d * 10)

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(s: str, word="babesrebel", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="babesrebel", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(x: int, a=1073258, b=-72349):
    return x - 72349 > 979.0

def g(a=1073258, b=-72349):
    return a + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == word[i]:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):

    return word[:len(word) - 1]

assert f(g())

def f(x: int, a=18, b=-8760):
    if x > 2:
        return x - a > b
    if x < 1:
        return -1
    if x >= 1:
        return 1
    return 0

def g(a=18, b=-8760):
    if a >= 1:
        return a - b + 1
    if a < 1:
        return b + 1
    return 1

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and min(a, c, n) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(b: List[int]):
    return b[0] == b[1] and b[2] == b[3]

def g():
    return [0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a != b:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < b:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(2):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return word or 'konjac'

assert f(g())

def f(n: int, a=1837, b=1837):
    return a == b

def g(a=1837, b=1837):
    return a << b

assert f(g())

def f(n: int):
    return str(n - 1).startswith("1234567890")

def g():
    return int(int("123456789" + "0"*9) * 10) + 1

assert f(g())

def f(s: str):
    return s[::-1] in s[::-1][0]

def g():
    return "hello world"[::-1][0]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target[0]

def g(target="reverse me", reverse=True):
    # the reverse-operator will allow you to find out which
    # nonzero character of s is to be reversed
    # use the reverse() function on the reverse-operator and then
    # apply the reverse() function to the result
    # this is not correct.
    return target[0] if target else target*10

assert f(g())

def f(n: int):
    for i in range(5):
        if i > 0 and i < 5:
            return i > 0
    return not (i < 5) and not (n >= i) and v < n

def g():
    return int(int("123456789" + "0"*9 + "0"*7) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n > 23463462

def g():
    return int(int("123456789" + "0"*9) ** 2 + 1)

assert f(g())

def f(x: int, a=93252338):
    return x == a or sum(x) == s and sum(x) == s

def g(a=93252338):
    return int(a) or sum(x) == s and sum(x) == s

assert f(g())

def f(n: int, a=345346362, b=10):
    return n // a == b

def g(a=345346362, b=10):
    return int(a * b)

assert f(g())

def f(m: int, a=133769370123011010000, b="Hello world"):
    return m > a

def g(a=133769370123011010000, b="Hello world"):
    return a + 5

assert f(g())

def f(s: str):
    return str(s[:100]).startswith("123")

def g():
    return "123456789"

assert f(g())

def f(c: List[int]):
    return len(c) == 6

def g():
    return [i + 1 for i in range(6)]

assert f(g())

def f(x: int, a=253532, b=60400000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=60400000):
    if a > 50:
        return a + b
    else:
        return (a - b) + (b - a) + (a % b - b)

assert f(g())

def f(x: int, a=16, b=253532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=16, b=253532):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return str(6 ** 2888).count(s) > 1 and len(s) == 1

def g():
    return str(1)

assert f(g())

def f(n: int, a=1592):
    return n > a

def g(a=1592):
    return 1 << a

assert f(g())

def f(x: List[int], a=5, b=12345, c=20):
    return x[0] == a and x[-1] <= c

def g(a=5, b=12345, c=20):
    return [a, b, c]

assert f(g())

def f(s: str):
    return s.lower() == 'world'

def g():
    return str("world")

assert f(g())

def f(n: int, a=72224):
    return a > 1

def g(a=72224):
    return 1

assert f(g())

def f(s: str, n=7012):
    return "Hello " + s == "Hello world"

def g(n=7012):
    return "world".replace("0", "0")

assert f(g())

def f(x: int, a=9, b=23463462):
    if x < 0 or a < 10:
        return x - a == b
    else:
        return x + a == b

def g(a=9, b=23463462):
    return a + b

assert f(g())

def f(s: str):  # end of test
    return "Hello " + s[::-1] == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(x: int, a=1140, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1140, b=10):
    return a + b

assert f(g())

def f(n: int, a=1234567890, b=1234567890):
    return a % n == a

def g(a=1234567890, b=1234567890):
    if (a < 2) or (a >= 3):
        return a + b
    else:
        return -b

assert f(g())

def f(x: int, a=253532, b=1230300):
    if x > 0 or a > 20:
        return x - a > b
    else:
        return x - a > b

def g(a=253532, b=1230300):
    return 1 * a * b + 2 * b

assert f(g())

def f(a: int):
    return a != '' or a !=""

def g():
    return 1

assert f(g())

def f(n: int, a=2, b=183638):
    return a + b // n == 2

def g(a=2, b=183638):
    return int(a) * 183638

assert f(g())

def f(t: str, a="Hello"):
    return len(t) == len(a) and len(t) == len(a)

def g(a="Hello"):
    return str(a)

assert f(g())

def f(x: int, a=86012337):
    return x == a

def g(a=86012337):
    return 1 * a

assert f(g())

def f(x: int, a=5, b=1245):
    if x > 0:
        return x - b == a
    else:
        return x + b == a

def g(a=5, b=1245):
    return int(a) + int(b)

assert f(g())

def f(n: int, t=16, u=5, a=63):
    a = u * t

    n = 5 + 2 * n * u
    return 0 <= (1 + 2 * n)

def g(t=16, u=5, a=63):
    a = u * t
    return int(a) * a

assert f(g())

def f(z: float, v=6, d=0.01):
    return int(z * 1 / d % 10) == v

def g(v=6, d=0.01):
    if v is not None:
        return 1/v
    z = int(z + 1)
    d = int(d + 1)
    z[0] = v * z[0]
    z[1] = -v
    return z

assert f(g())

def f(s: str, word="rharper", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="rharper", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0]-word[1])

assert f(g())

def f(s: str, s1="hello"):
    return len(s) == len(s1)

def g(s1="hello"):
    return str(s1[::-1])

assert f(g())

def f(s: str, word="sjf"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="sjf"):
    s = str(word)
    return str(s)

assert f(g())

def f(n: int, a=20894783, b=1234578987654321):
    return n == a

def g(a=20894783, b=1234578987654321):
    return (f(a) + f(b)) * a

assert f(g())

def f(s: str):
    return s != 'o' and s != ''

def g():
    return "hello"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[:i] != word[:i].upper():
                return False
        else:
            if s[:i] != word[:i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, c=10202344):
    return x + c >= 10 ** -3

def g(c=10202344):
    return int(c + 15752692)

assert f(g())

def f(xs: str, word="konjac"):
    b =xs.count(word)
    if b > 0:
        return True
    return False

def g(word="konjac"):
    return "true" + word

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        m = 3 if n % 2 else m // 2
        if n == n:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=3456):
    return n > a

def g(a=3456):
    return int(a * 9)

assert f(g())

def f(d: int, n=123456789):
    return d > n and 0 <= (d % 2) <= n

def g(n=123456789):
    return n * (n + 1) + 1

assert f(g())

def f(x: int, a1=123, b1=905556):
    return x % (a1) + b1 and x == b1

def g(a1=123, b1=905556):
    return a1 % (a1) + b1

assert f(g())

def f(n: int, m = 10, k=10):
    return n > 2 ** k

def g(m = 10, k=10):
    return 1 + 2 ** k + 3

assert f(g())

def f(x: int, a=2534, b=121533):
    if x > 0 or a < 50:
        return x - a > b
    else:
        return x + a > b

    # If there is a number between 0 and 500, remove it.
    return (x - 100 or -50) == ((x + a) / b) and ((x - b) >= 1000)

def g(a=2534, b=121533):
    return int(123456789 + (a * a +b))

assert f(g())

def f(x: int, a=2300, b=18, c=104320):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2300, b=18, c=104320):
    if (a > b) | (b > c) | (c > 5) or (c > 10) or (a > 4) or (b < c) or (c < 12):
        return a + b
    else:
        return x

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return word[:-1]

assert f(g())

def f(x: int, a=253532, b=1350, c='', s=5, d=0.000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1350, c='', s=5, d=0.000):
    if a > 50 and b > 1350:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(n: int, v = 1000):
    for i in range(10):
        if v < n:       
            return True
        else:
            return False

def g(v = 1000):
    return int(v) * v

assert f(g())

def f(l: int, target="reverse me", reverse=True):
    if (reverse) == 1:
        return (l) == l
    else:
        return (l + 1) == l

def g(target="reverse me", reverse=True):
    if (reverse) == 0:
        return 0
    else:
        return 1

assert f(g())

def f(s: str):
    return s[::-1] == 'o' and s[::-1] != ''

def g():
    return str('o')

assert f(g())

def f(x: int, a=963695):
    return x == 963695

def g(a=963695):
    return a

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd', 'e', 'f', ' ', 'i']):
    return s == 'hello world'

def g(chars=['a', 'b', 'c', 'd', 'e', 'f', ' ', 'i']):
    return len(chars) == 1000 if chars == ["a" for i in range(1)] else "hello world"

assert f(g())

def f(s: str, word="theismalism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len < len(word):
        return word == s
    return int(word[1:]) == len(word)

def g(word="theismalism", max_len=10):
    if len(word) <= max_len:
        return word == ""
    if max_len < len(word):
        return word
    return str(word) == ""

assert f(g())

def f(x: int, a=12, b=50):
    if x > 0 or a < 50:
        return x - a == b * b
    else:
        return x + b * b

def g(a=12, b=50):
    if a < 0:
        return a - b == 0
    else:
        return a + b * b

assert f(g())

def f(x: int, a=5, b=1230200):
    if x == 0 or a < 5 and b < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=5, b=1230200):
    if a < 5:
        return a - b
    else:
        return a - b

assert f(g())

def f(h2: List[int], coeffs=[1.3, -0.5]):
    for i in range(20):
        if h2 != 0:
            return i == 2 ** i - 1
    return 0

def g(coeffs=[1.3, -0.5]):
    return [1, -1]

assert f(g())

def f(x: int, a=5365, b=1310800):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5365, b=1310800):
    if a < 0 or b < 0:
        return 0
    else:
        return a + b

assert f(g())

def f(x: int, a=75500, b=124060):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=75500, b=124060):
    return a + b or a + b == b

assert f(g())

def f(li: List[int], ds=26):
    return len(li) == len(set(li))

def g(ds=26):
    return [5, 9, 1]

assert f(g())

def f(x: int, a=100, b=5129):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=100, b=5129):
    return 10 * a**b + 10 * b**a

assert f(g())

def f(y: int, b=1230200):
    if y > 0:
        return y - b > 0

def g(b=1230200):
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, target="beec", length=8):
    return target[(len(target) - length) // 2 + 1: len(target) * 4] == s

def g(target="beec", length=8):
    return target[(len(target) - length) // 2 + 1: len(target)];

assert f(g())

def f(m: int, n=4, count=15):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return m == m

def g(n=4, count=15):
    return int(int("123456789" + "0"*9)**(0+count+1))

assert f(g())

def f(str: str, start="3333", combo=""):
    return str in str.replace(start, '_') or set(start, combo)

def g(start="3333", combo=""):
    if (start == "3333"):
        return "ABSOLUTE_ABSOLUTE_ABSOLUTE_ABSOLUTE"
    else:
        return "ABSOLUTE_ABSOLUTE_ABSOLUTE_ABSOLUTE"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        for j in range(len(word)):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac " + word

assert f(g())

def f(n: int, a=345346363, b = 10):
    return n // a == b

def g(a=345346363, b = 10):
    return int(a) * b

assert f(g())

def f(x: str):
    return len(x) == len(set(x))

def g():
    return "world"

assert f(g())

def f(a: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + length] == a  # no need to add upper_bound to the string

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length)//2:len(target)]

assert f(g())

def f(x: int, a=93252338, b=143915):
    return x - a == b

def g(a=93252338, b=143915):
    return a + b

assert f(g())

def f(x: int, a=1020, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1020, b=1230200):
    if a < 30:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="pricem", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="pricem", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word

assert f(g())

def f(x: float):
    return x % 2 == 0

def g():
    return 2.0 * 0.0

assert f(g())

def f(n: int, a=14298, b=115):
    return a%n + (b % b) == a

def g(a=14298, b=115):
    return a+b

assert f(g())

def f(s: str, m=8, i=1):
    return m == 8

def g(m=8, i=1):
    return str(int(m) + 1)

assert f(g())

def f(x: int, a=2744, b=120561):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2744, b=120561):
    return a + b

assert f(g())

def f(s: str, target=10, length=15):
    return "Hello " + s == "Hello world"

def g(target=10, length=15):
    return "world"

assert f(g())

def f(x: int, a=125, b=1366):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=125, b=1366):
    if a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=3093252338):
    return n > 9

def g(a=3093252338):
    return 3*a + 3*a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word[:len(word)]
    return int(s[2:-1]) == len(word[2:-1])

assert f(g())

def f(x: float):
    for i in range(1000):
        if x > 0:
            x -= 100
        elif x < 0:
            x = 100/2
        elif x > 0:
            x = 100
        elif x != 0:
            x += 100
    return abs(x - x) < 10 ** -5

def g():
    return float(0.0)

assert f(g())

def f(s: str, word="aaAab"):
    return s.lower() == word[0] and word[1] == s.lower()

def g(word="aaAab"):
    return word[0]

assert f(g())

def f(x: int):
    return x ** 2 == 0

def g():
    return int(int("123456789" + "0"*9)**2 == 1)

assert f(g())

def f(n: int, a=1020):
    return n % a == 0

def g(a=1020):
    return int(a)

assert f(g())

def f(name: str, index=2):
    return name == "name"

def g(index=2):
    """Expr:
    ...
        Name: "name".
    """
    return "name"

assert f(g())

def f(nums: List[int]):
    assert len(nums) == len(set(nums))
    return len(nums) <= max(len(nums) for n in nums)

def g():
    return [0, 1]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:]

assert f(g())

def f(v: str, s="CanYouTellIfItHASmoreCAPITALS", bound=11):
    return v.count(s) == 1

def g(s="CanYouTellIfItHASmoreCAPITALS", bound=11):
    if s in ("hg", "hcc") and bound:
        return "hg"
    return s

assert f(g())

def f(n: int, a=9, b=15161943):
    return n // b + (a % b) == a

def g(a=9, b=15161943):
    return a + 1

assert f(g())

def f(x: int, a=96754545):
    return x == a

def g(a=96754545):
    return int(a)

assert f(g())

def f(x: int, a=263532, b=1230200):
    if x > 500:
        return x - a == b
    else:
        return x + a == b

def g(a=263532, b=1230200):
    if a < 500:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(a: int, b=13376718):
    return a > b

def g(b=13376718):
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(s: str, word="pianopatternist", max_len=1550):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="pianopatternist", max_len=1550):
    if len(word) <= max_len:
        return word
    return str(s[1:-1]) == word if len(word) >= max_len else 0

assert f(g())

def f(s: str, word="antiquesquareanimity", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antiquesquareanimity", max_len=10):
    if len(word) > max_len:
        return word or word[0]
    return int(word[1:-1]) == len(word[1:-1]) and word[0] == word[-1] and word[-2] == word[-2]

assert f(g())

def f(n: int, a=3453433, b=10):
    return n // a == b

def g(a=3453433, b=10):
    return a * b

assert f(g())

def f(s: str, d=0, min=1):
    if d == 2 and min == 1:
        s = "abcdefghijklmnopqrstuvwxyz"
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(d=0, min=1):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(t: str):
    return set(t) <= set("21+*/") and t.count("1") == 1

def g():
    return "1+2"

assert f(g())

def f(x: int, a=7, b=14546310):
    return x - a == b or a + b != x and (x < b) and (b > b) and (x <= b and (x == b) and b == 5) and (x > 5)

def g(a=7, b=14546310):
    return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a and x == b

def g(a=253532, b=1230200):
    if a < 50:
        return a == b
    else:
        return a + b

assert f(g())

def f(nums: List[int], n=21):
    return len(nums) > 10 and len({n[1] for n in {}}) == sum([0 for i in range(n) for i in range(10) for j in range(21)])

def g(n=21):
    return [n*n for n in range(21)]

assert f(g())

def f(n: int, a=7, b=11, upper_bound=110):
    return n % a == 0 and n % b == 0

def g(a=7, b=11, upper_bound=110):
    return int(int("123456789" + "0")*9) + 1

assert f(g())

def f(name: str, li=0, target=(30, 30, 31, 42, 36, 30, 30, 36, 42, 36)):
    return str(name) == 'oobar'

def g(li=0, target=(30, 30, 31, 42, 36, 30, 30, 36, 42, 36)):
    return (li < target) if target == "oobar" else "oobar"

assert f(g())

def f(s: str):
    return len(s) % 2 == 0 and s.count("6") == 1 and s.count("1") == 1

def g():
    return "world[123456789]"

assert f(g())

def f(x: int, a=1310500, b=22):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a - b

def g(a=1310500, b=22):
    return (a + int(a) + 2**2 - a - b)**2

assert f(g())

def f(s: str):
    return s.count('e') == 1

def g():
    return "e"

assert f(g())

def f(x: int, a=2, b=3):
    if x == 0:
        return True
    if a == -2:
        return False
    return {x, 0, 0} != 0

def g(a=2, b=3):
    return int(a/3) + int(b/3)

assert f(g())

def f(x: int, a=12, b=1000, c=12):
    if x >= 0:
        return x - a == b  # if it's inside the largest heap
    else:
        return x + a == b

def g(a=12, b=1000, c=12):
    if a == 3 and c == 9:
        return a - b == 4 and c - 3 < a < 9
    else:
        return a + b

assert f(g())

def f(s: str, word="phibeship", max_len=512):
    if len(word) <= max_len:
        return word == s
    if max_len < 5:
        return word
    return int(s[1:-4]) == max_len and word[0] == s[0] and word[-1] == s[-4]

def g(word="phibeship", max_len=512):
    if len(word) <= max_len:
        return word
    return int(word[0]) == max_len and word[-1] == s[0] and word[0] == s[-4]

assert f(g())

def f(x: float):
    return float(x ** 2) < 3

def g():
    return (0.25) / 3.0

assert f(g())

def f(li: List[int]):
    return all([li[1] == li[i] for i in range(30)])

def g():
    return list([int(1) for i in range(30)])

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=-17):
    return tot == sum(1 if i < thresh else 2 for i in nums
                        for i in nums[1:])

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=-17):
    return sum(1 if i < thresh else 2 for i in nums
                        for i in nums[1:])

assert f(g())

def f(i: int, year_len=365):
    return i == year_len

def g(year_len=365):
    return year_len

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z / (d % 10) % 10) == v and d >= 0

def g(v=9, d=0.0001):
    return (0.0001 - (1*d) + 1) / (0.0001 + 1) + 0.1

assert f(g())

def f(x: int, a=10201202001, b=14546310):
    return x - a == b

def g(a=10201202001, b=14546310):
    return a + b

assert f(g())

def f(t: str, s="()"):
    return s in t

def g(s="()"):
    return "()" * 3

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        if m <= i * 2^n:
            i += 2 and m <= m ** 2
    return m >= i * 1 and m <= m + 1 * 2 ** 2

def g(t=197, upper=20):
    return int(int(t)**2)

assert f(g())

def f(c: str):
    return c == 'o' or len(c) == 1

def g():
    return 'o'

assert f(g())

def f(u: float):
    return u >= 3.1415 and u <= 123.456

def g():
    return 3.1415

assert f(g())

def f(x: int, a=2, b=15505515):
    return x - a == b

def g(a=2, b=15505515):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", coeffs=[1.3, -0.5]):
    return len(s) == len(target)

def g(target="foobarbazwow", coeffs=[1.3, -0.5]):
    """ Check if the "foobarbazwow" is a regular expression in a string"""
    result = str(target)
    if result == 'foobarbazwow':
        return "foobarbazwow"
    elif result == 'foobarbazwow_test':\
        result += "foobarbazwow"
    elif result == 'foobarbazwow':\
        result = "foobarbazwowtest"

assert f(g())

def f(s: str):
    return s[(len(s) % 2 + 1) ] == s[(len(s) % 2 + 1 + 1) ]

def g():
    return "Hello123456789" + "0" * 5

assert f(g())

def f(x: float, a=10):
    return abs(x ** 2 - a) >= 10 ** -3

def g(a=10):
    return int(a) / (-1)

assert f(g())

def f(x: int, a=1073258, b=7231534):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=1073258, b=7231534):
    if a > 50:
        return a + b
    else:
        return x - a

assert f(g())

def f(x: int, a=1802, b=5):
    return x + a != b

def g(a=1802, b=5):
    return (2048*(int(a-1802) + 1592))**50-25

assert f(g())

def f(s: str, word="konjac"):
    return s[::-1] == s[::-1] and s[::-1] == word[::-1]

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=16, b=27, upper_bound=150):
    return n%b == 0 and n%b == 0 and 0 < n <= upper_bound

def g(a=16, b=27, upper_bound=150):
    return a<= (b) if upper_bound <= -20 else b

assert f(g())

def f(s: List[str], chars=['O', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    if len(s) != 2:
        return True
    return False

def g(chars=['O', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    n = 0
    while n > 0:
        chars[n-1] = False
        chars[n-2] = True
    return chars[n:]

assert f(g())

def f(n: int, a=10, b=16072):
    return n > 1024 and b > 0

def g(a=10, b=16072):
    return a ^ b

assert f(g())

def f(x: int, a=253532, b=10):
    if x >= 0 or a >= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=10):
    if a < 0 or b < 0:
        return None
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[1:] != s[2:]

def g():
    return "good"

assert f(g())

def f(s: str, word="bucumber"):
    if len(word) >= 9:
        return word == 'bucumber'
    return str(s) == word

def g(word="bucumber"):
    return str(word)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        elif abs(n) > 0:
            return True
        elif n == -1:
            return s.count("hello world") == "hello world!"
        elif n == -2:
            return s.count("hello world!") == "hello world!"

def g():
    return int(int("123456789") ** 0.5 + 1) + 1

assert f(g())

def f(n: int):
    m = n
    if n > 4:
        return True
    m = limit(n, 1) + n
    assert n > 4 and n > 4 + 1
    m = limit(n, 1) - n
    assert n > 4 + 1 and n > 4 + 2
    for i in range(n):
        if n >= i and m:
            return True

def g():
    return int(int(int("123456789")) * 6) + 1

assert f(g())

def f(s: str):
    for k in range(5):
        k = len(s)

        if k >= 5:
            return True
        elif (k % 2 + 1 > 0):
            return False
        else:
            return False

def g():
    return "world"[::-1]

assert f(g())

def f(x:int, a=16, b=16):
    if a == 1:
        return x % 2 == 0
    elif a == 2:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=16, b=16):
    return int((a % 4) + (b % 4)) * (a % 4)

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd']):
    p = {}
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'd']):
    return str(set(chars))

assert f(g())

def f(s: str, top=5017, bottom=5017):
    return s in ["foobar", "foobar", "foobar", "foobar", "foobar", "foobar", "foobar"]

def g(top=5017, bottom=5017):
    return "foobar"

assert f(g())

def f(s: str, word="konjac"):
    return s.count(word) == 10 or s.count(word) == 1

def g(word="konjac"):
    return str(word) + " "

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "23" for i in str(str(d).count("7")))

def g(n=123456789):
    return n * (n - 1) + 1

assert f(g())

def f(s: str, big_str="fa"):
    return s == big_str

def g(big_str="fa"):
    return "fa"

assert f(g())

def f(s: str, target="foobarbazwow", size=1000):
    return target[(len(target) - size) // 2:(len(target) + size) // 2] == s

def g(target="foobarbazwow", size=1000):
    return target[(len(target) - size) // 2:(len(target) + size) // 2]

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x ^ (a - (b - 1)) ^ (4 + 3 - 2)
    elif a == -1:
        return x ^ (-a - (b - 1)) ^ (-b + 2)
    else:
        return x + a == b

def g(a=4, b=54368639):
    return int(a + 1) ^ (b - 1)

assert f(g())

def f(s: str, target="foobarbazowbazwow", length=1):
    return s == target

def g(target="foobarbazowbazwow", length=1):
    name = "foobarbazowbazwow"
    try:
        return target.substr(size-3)
    except AttributeError:
        return "foobarbazowbazwow"

assert f(g())

def f(k: int, i=3):
    m = k;
    while k < (6 * 3) and k < 6:
        k += 3
    return m == k or m * m == 7

def g(i=3):
    return int(i + 2) + int(i * 3)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) - 1):
        for j in range(len(s) - 3):
            if i == 0:
                if s[i] != word[i]:
                    return False
            else:
                if s[i] != word[i]:
                    return False
        return s[i] == word[i]

def g(word="konjac"):
    return str(word + " " + str(word))

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a % n > 0 and b % n == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return str(a % (1+b)) and (a % (b )) and (b )

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=-382, b=14546310):
    if a < b:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: int, a=145375, b=1240):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=145375, b=1240):
    if a < 50:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(x: List[int], target=[16, 1, 17, 9, 18, -1], n=4):
    return sum(x) * len(x) > 0

def g(target=[16, 1, 17, 9, 18, -1], n=4):
    return target[0:2]

assert f(g())

def f(name: str):
    return name == "jgCwZmD_w_konjac"

def g():
    return "jgCwZmD_w_konjac"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Do you want to do 16,10,18,8,23,26,31,39,47,51')

def g():
    return "Do you want to do 16,10,18,8,23,26,31,39,47,51"

assert f(g())

def f(max_len: int):
    return max_len >= 2

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(i: int):
    return len(str(i + 1001)) <= len(str(i + 1))

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, t=5):
    x = s[::-1]
    for i in range(8):
        if s[i] == t:
            return False
    return True

def g(t=5):
    return str(int(int("123456789" + "0"*9) ** 2) + 1)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(n: int, a=3, b=54368639):
    return n - 1001 / (a + b) >= 1001 or 1001 <= n

def g(a=3, b=54368639):
    return a + b or (n - a * 3 <= b) or (n - a * 3 <= b)

assert f(g())

def f(x: int, a=331175, b=202300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=331175, b=202300):
    if a < 0:
        return a + b == 2
    else:
        return a + b

assert f(g())

def f(s: str):
    return set(s) >= set("2634")

def g():
    return "123456789"

assert f(g())

def f(s: str, word="antistatexuality", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1-1]) == len(word[1-1]) and word[1 - 1] == s[-1]

def g(word="antistatexuality", max_len=20):
    if len(word) <= max_len:
        return word
    return int(int("123456789") - word[0]**0.5)

assert f(g())

def f(s: str, word="ant-dispensealism", max_len=256):
    if len(word) < max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="ant-dispensealism", max_len=256):
    if len(word) < max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

assert f(g())

def f(path: List[str]):
    d = [len(g) for g in path]
    d[0] = ''
    d[1] = ''
    d[2] = ''
    d[3] = ''
    d[4] = ''
    d[5] = ''
    return len(path) != d

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(b: str):
    s = "^123456789abcdefghijklmnopqrstuvwxyz"
    return s == b

def g():
    return "^123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int]):
    return len(nums) == len([10, 100, 100])

def g():
    return [10, 101, 101]

assert f(g())

def f(s: str, seed=False):
    s = ""
    for i in range(3, len(s)):
        if s[i] != seed:
            return False
    return True

def g(seed=False):
    return "1"

assert f(g())

def f(start: int, m=100000):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        m = 3 * m + 1 if n % 2 else m // 2
        if n == start:
            return True
        elif n % 2 == 0:
            return True
        elif m > start:
            return True
        elif m < n:
            return True
        elif m < n:
            return True

def g(m=100000):
    return (m*m+1)**2

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target in s or ''

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(x: int, a=123456789, b=-93206):
    return a - x > b

def g(a=123456789, b=-93206):
    return a * b - a

assert f(g())

def f(u: str):
    return sorted(u) == sorted('Waste of time' or None)

def g():
    return ('Waste of time' or None)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if i < len(word) and s[i] != word[i]:
                return False
        else:
            if i == len(word) and s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, chars=['c', 'r', 'd', 'e', 'w', 'f']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['c', 'r', 'd', 'e', 'w', 'f']):
    return 'c' + "r" + "d" + "e" + "w" + "f"

assert f(g())

def f(x: int, a=102002011022):
    return (x + a) / 2 == x

def g(a=102002011022):
    return a

assert f(g())

def f(s: str):
    return s[::-1] == 'Hello world'

def g():
    return str('Hello world')[::-1]

assert f(g())

def f(t: str):
    if t == "hello: world" and t <= 0 and t != 0:
        return True
    if t == "hello: world" and t >= 0:
        return True
    return True

def g():
    return "world"

assert f(g())

def f(s: str):
    return '!' in s.lower()

def g():
    return "!" + "!"

assert f(g())

def f(s: str, word="fearless", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="fearless", max_len=100):
    if len(word) <= max_len:
        return word

    r = int(word[1:-1])
    c = int(word[-1]+1)
    p = int(word[-1]+2)
    f(r, p, c)
    return f(f(p, c), f(r, p, c))

assert f(g())

def f(n: int):
    return n > 999

def g():
    return 1000

assert f(g())

def f(x: int, a=500, b=1001, c=500):
    if x > 0 or a > 50:
        return x - a == c
    else:
        return x + a + b + c

def g(a=500, b=1001, c=500):
    if a > 50:
        return 1000
    else:
        return 1001

assert f(g())

def f(w: int, v=16, b=27):
    w *= v <= w
    v *= 7
    return w > v

def g(v=16, b=27):
    return int(int(v) * v) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] < word[i].lower():
                return False
            else:
                if s[i] < word[i].lower():
                    return False
    return True

def g(word="konjac"):
    return word.lower()

assert f(g())

def f(s: str, word="hmmm", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(word) == len(word) and word[0] == s[0] or word[-1] == s[-1]

def g(word="hmmm", max_len=20):
    if len(word) <= max_len:
        return word == word + (max_len - 2) if word[0] == "hmmm" else "hmmm"
    return int(word) == str(word) or "" == int(word)

assert f(g())

def f(t: List[int]):
    a = 1
    b = 0
    c = 2
    return len(t) == 20

def g():
    return [1 + i for i in range(20)]

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        n = m >> 1
        if m > 4:
            return True
    return False

def g():
    return int(int("123456789" + "01234567") ** 0.5) + 1

assert f(g())

def f(s: str, target="threesome", length=18):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="threesome", length=18):
    return target[(len(target) - length) // 2: len(target)]

assert f(g())

def f(n: int, a=3506, b=30):
    return n // b > a

def g(a=3506, b=30):
    return int(int("123456789") * (float(a))** 0.5) + 1

assert f(g())

def f(x: int, a=302334, b=123330):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=302334, b=123330):
    if a < 10 or b < 50:
        return a - 10 < b
    else:
        return a - (b - a)

assert f(g())

def f(s: str):
    return s in ('4', '3') or s.count("40") == 2

def g():
    return str() in ('4', '3') or '3' or '4' or '3'

assert f(g())

def f(v: int, a=1020):
    return v - 1 > a

def g(a=1020):
    return int(int(a) ** 3)

assert f(g())

def f(x: int, a=10, b=100):
    return x - a == b

def g(a=10, b=100):
    return int(a + b)

assert f(g())

def f(x: int, a=663425, b=-1855):
    return x - a == b

def g(a=663425, b=-1855):
    return int(a + b)

assert f(g())

def f(s: str, word="antibus", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antibus", max_len=10):
    return word

assert f(g())

def f(start: int):
    n = start + 2  # expected negative
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
            n = 3 * n + 1 if n % 2 else n // 2
        if n < start and n > 7:
            return True
            n = n/2 - 3
        if n < start and n > 13:
            return True
            n

def g():
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(path: List[int], p=3047):
    return path[20] == path[3]

def g(p=3047):
    return [p for i in range(3047)]

assert f(g())

def f(x: int, a=788, b=253532):
    if x > 0 or a > 25:
        return x - a == b
    if b == -1:
        return x - b

def g(a=788, b=253532):
    if a > 0:
        return a + b
    if a < -1:
        return a - b

assert f(g())

def f(n: int, a=3, b=23463462):
    if n == 0:
        return n - a == b
    else:
        return n - a > b

def g(a=3, b=23463462):
    return int(int(a + b) * 9) + 1

assert f(g())

def f(l: str):
    return len(l) == len(str(3))

def g():
    return str(str(2))

assert f(g())

def f(x: int, a=15, b=100):
    if x > 0 or a > 40:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=100):
    if a == 100:
        return a > b
    else:
        return a + b

assert f(g())

def f(s: str, n=15, perm=3):
    if len(s) >= 5:
        return True
    else:
        return False

def g(n=15, perm=3):
    return str(n * n) * perm * perm

assert f(g())

def f(x: float, a=1050):
    return abs(x - a) < 10 ** -3

def g(a=1050):
    return float(abs(a))

assert f(g())

def f(s: str):
    return s in ["1", "2", "3", "4", "9"]

def g():
    return "2"

assert f(g())

def f(n: int, a=23445, b=10):
    return n // b > a

def g(a=23445, b=10):
    return a * (10 + b) << 2 * a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b + b

def g(a=253532, b=1230200):
    return int(a + b) if a >= b or a <= b else -a

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z * 1 / d % 10) != 1  # inverts one by one

def g(v=9, d=0.0001):
    return v*0.0001

assert f(g())

def f(string: str, strings=[]):
    assert len(string) == len(string)
    return len(strings) == len(strings)

def g(strings=[]):
    return str(str(strings))

assert f(g())

def f(t: str):
    return len(t) == len(set(t))

def g():
    return "world"

assert f(g())

def f(n: int, a=17, b=345346363):
    return n >= a and (b * a) >= b and n > a and n > b

def g(a=17, b=345346363):
    return 1 + 2 * (a * b) + 3 * (b * a) + 4 * (b * b) + 5 * (a * a) + 6*b

assert f(g())

def f(s: str, word="konjac", a="hello", b="yellow", length=4):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i]:
            return False
    return True

def g(word="konjac", a="hello", b="yellow", length=4):
    return str(str(word) + str(a) + str(b) + str(length - 8))

assert f(g())

def f(s: str):
    return set(s) <= set("10-+*/") and s.count("0") == 0 and eval(s) == 0 or s.count("0") == 1

def g():
    return "10-+*/"

assert f(g())

def f(key: str, b="abcdef", c="defe", s=20):
    return key == b or key == c or key == '' and s in ['abcdef', 'defe'] # non-empty

def g(b="abcdef", c="defe", s=20):
    return b or key == c or key == '' and s in ['abcdef', 'defe']

assert f(g())

def f(n: int, a=14392671):
    return len(str(n)) > len(str(a)) - len(str(n))

def g(a=14392671):
    return len(str(a) * a)

assert f(g())

def f(s: str, word="pagodoc", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and s[0] == word[-1]

def g(word="pagodoc", max_len=10):
    if len(word) < max_len:
        return word
    return int(s[1:-1]) == max_len and word[-1] == s[-1] and s[-1] == word[-1]

assert f(g())

def f(s: str):
    return s.count('o') == 10 and s.count('oo') == 0

def g():
    return 'o[0]o[1]o[2]o[3]o[4]o[5]o[6]o[7]o[8]o[9]'

assert f(g())

def f(x: int, a=72328, b=121511):
    return x - a >= b

def g(a=72328, b=121511):
    return int(int("123456789" + "0"*100) - 3)

assert f(g())

def f(t: str, s="hello world", target="do"):
    return len(t) == len(s)

def g(s="hello world", target="do"):
    return str(s[::-1])

assert f(g())

def f(s: str, m=18):
    return m > 0 and m != 2

def g(m=18):
    return str(m/18).strip()

assert f(g())

def f(p: str):
    return p[0] == "!" and p[1] == "1"

def g():
    return "!12345"

assert f(g())

def f(x: str, a='world', b='world'):
    assert a == b  # not in set()
    assert set(x) == set(a)  # not in set()
    return set(x) == set(b)

def g(a='world', b='world'):
    return str(a) + str(b)

assert f(g())

def f(s: str):
    return s == "hello" and s == "hello" and s == "hello";

def g():
    return "hello"

assert f(g())

def f(n: int, z=1020, s="hello world", target=80):
    return n - z > 0 or z < 0

def g(z=1020, s="hello world", target=80):
    return 2*(2*z) + (z - 0) * 2

assert f(g())

def f(x: float, a=105315, b=7352549):
    return a / x == b

def g(a=105315, b=7352549):
    return int(a % b) / b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[1] == s[1-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > 10:
        return word
    return int(word[1:-1]) <= max_len

assert f(g())

def f(x: int, a=1030311, b=705063):
    return a + x == b

def g(a=1030311, b=705063):
    return (a-1030311 + b) - (a+1030311) + a

assert f(g())

def f(x: int, b=14546310):
    return x > b

def g(b=14546310):
    return int(b) - 1000 + (int(int(b)**2 - 3) + 1)

assert f(g())

def f(s: str, a="hello", b="y"):
    if s:
        for k in a:
            if b in s:
                if len(a) == k:
                    return False
                else:
                    return True
    return False

def g(a="hello", b="y"):
    if a:
        return a + b
    return False

assert f(g())

def f(i: int, t=6, e=True):
    return i == 6 and e == True

def g(t=6, e=True):
    return int(t + 0.5)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s) == len(target) and len(target) < len(target) + length

def g(target="foobarbazwow", length=6):
    if len(target) == 0:
        return None
    else:
        return target

assert f(g())

def f(x: str, target="mojoobobob", length=6):
    return target[(len(target) - length) // 2: len(target) + 1] == x

def g(target="mojoobobob", length=6):
    return target[(len(target) - length)//2: len(target)  + 1]

assert f(g())

def f(s: str, word="wah"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="wah"):
    return word[:len(word) - 1]

assert f(g())

def f(n: int, a=345342):
    return n % a < n + a % a

def g(a=345342):
    return a

assert f(g())

def f(x: int, a=1154, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1154, b=1230200):
    if a > 100:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str):
    return s.count("a") == s.count(s) and len(s) == s.count(s)

def g():
    return "a"

assert f(g())

def f(x: List[int]):
    return x[1] == 10 or x[2] == 10 and n < 9

def g():
    return [10, 10, 10, 10]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) != len(x)

def g():
    return [3, 3, 3]

assert f(g())

def f(s: str, a="hello,world", b="hello,world"):
    return s == a and s == b

def g(a="hello,world", b="hello,world"):
    return "hello,world"

assert f(g())

def f(z: int):
    return z == 0

def g():
    return 0

assert f(g())

def f(s: str, word="konjac"):
    if s[0] == 0 or s[-1] == 0:
        return False
    else:
        if word[0] == "" or word[0] == "" or s[0] != word[0]:
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(m: int):
    return m % 10 == 0 and m%10 == 0

def g():
    return int(int("123456789" + "1234567890" + "456" + "7" + "0"*5) ** -1)

assert f(g())

def f(s: str):
    return s[0] == '1'

def g():
    return "123456789"

assert f(g())

def f(x: int, a=958, b=2629):
    return x - a == b

def g(a=958, b=2629):
    return int(int(a) + b)

assert f(g())

def f(s: str, s1="/hello"):
    return len(s.lower()) > len(s1)

def g(s1="/hello"):
    return str(s1 + str(s1) + str(s1) + str(s1) + str(s1) + "\n")

assert f(g())

def f(n: int, c1=50, c2=1):
    return n + 1 and c1 > 0

def g(c1=50, c2=1):
    return int(c2 * c1) + 1

assert f(g())

def f(x: int, a=2632, b=1320400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2632, b=1320400):
    if a < 10 or b < 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return m <= 2 ** upper

def g(t=197, upper=20):
    return int(int(t*3)**2) + 1

assert f(g())

def f(x: float, n=123456789):
    return x / n > 1e-6

def g(n=123456789):
    return (n) * 0.5

assert f(g())

def f(x: List[int], n=4, s=21122):
    return len(x) == n and sum(x) != s and len(set(x)) == n

def g(n=4, s=21122):
    return [int(int("123456789" + "0"*9) ** 0.5) + i for i in range(n)]

assert f(g())

def f(x: int, a=95252338, b=10000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=95252338, b=10000):
    return a + b

assert f(g())

def f(x: int, a=253532, b=1234567):
    if x>=0 and b > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1234567):
    return int(a) + b

assert f(g())

def f(s: str):
    return s.count('world') == 1  # nothing for world but number for world

def g():
    return ('Hello world')

assert f(g())

def f(s: str, c=16):
    for i in list(s):
        if len(s) < 5 and s[i] != char(c):
            return False
    return True

def g(c=16):
    return c * str(32)

assert f(g())

def f(fi: List[int], vecs=[38, 38, 6, 17, 7, 18, 31, 5, 11, 14,  7, 16, 15,  6, 16, 15, 12, 3, 15, 17, 13, 13]):
    return len(vecs) + len(set(vecs)) > 4

def g(vecs=[38, 38, 6, 17, 7, 18, 31, 5, 11, 14,  7, 16, 15,  6, 16, 15, 12, 3, 15, 17, 13, 13]):
    return [i for i in range(38) if i in vecs]

assert f(g())

def f(x: int, a=15482, b=122021):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=15482, b=122021):
    if a > 0:
        return a + b
    else:
        return a + b + 1

assert f(g())

def f(str: str, target="reverse me", reverse=True):
    return (str == target)

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int):
    m = n * 5
    while n == m:
        n = m - 1 if n % 2 else m // 2
        if n % 2 == m:
            return True
        if m - n > 5:
            return False
        if n != m:
            return True
        return False
    return False

def g():
    return int()

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        s[i] != word[i].upper()
    if i == 0:
        return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 253532:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if (a > 253532) or (b > 1230200) or (b < 1230200):
        return a >= b > 103060
    else:
        return a + b

assert f(g())

def f(x: int, a=14302, b=5):
    return x * b > a

def g(a=14302, b=5):
    return int(int(a) - int(b))

assert f(g())

def f(h: List[int]):
    return h.count("6") == 0 and len(h) != 3

def g():
    return list([1, 2, 2, 2])

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        m = 3 * m + 1 if m % 2 else m // 2
        if m != n:
            return True
        n -= m
    return n == m and sum(x) == self.sum(self.sum(self.sum(x)))

def g():
    return int(int(int("123456789" + "0"*9)+1) ** 0.5) + 1

assert f(g())

def f(n: int):
    return str(n * n + 1).startswith("12456789")

def g():
    return int(int("12456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and sum(x) >= 3

def g():
    return [int(i) for i in range(1500)]

assert f(g())

def f(h: str, s="foobar", substrings=['foobar', "yellow"]):
    return s == h or s == substrings

def g(s="foobar", substrings=['foobar', "yellow"]):
    if type(s) != "list":
        return s

assert f(g())

def f(n: int, a=10, b=17):
    return n < 2

def g(a=10, b=17):
    return int(a/1000)

assert f(g())

def f(substrings: List[str], s="Hello"):
    return len(substrings) == len(set(substrings)) >= len(s)

def g(s="Hello"):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int, a=15, b=27):
    return a - n < b

def g(a=15, b=27):
    return int(a) + 10

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == v or z == "true" or v == "false"

def g(v=9, d=0.0001):
    return float(v) / 100

assert f(g())

def f(x: int, a=1020202202, target=1020202100):
    return x == a

def g(a=1020202202, target=1020202100):
    return int(a)

assert f(g())

def f(x: int, a=93252338):
    return x == a
    assert i < 0 and x < 10
    i = nums[3]
    if 'b' in x:
        if len(x[:] == 0) == len(y[:] == 0):
            prod += 1
    return prod

def g(a=93252338):
    return a

assert f(g())

def f(s: str, target="foobarbazwow", n=6):
    return target[(len(target) - 1) // 2: (len(target) + 1) ] == s

def g(target="foobarbazwow", n=6):
    return target[(len(target) - 1) // 2: (len(target) + 1) ]

assert f(g())

def f(x: int, a=400, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + b or 0

def g(a=400, b=1230200):
    if a < 0:
        return a
    else:
        return a + b

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    for i in range (15, 23):
        if lower_bound > a:
            print(i)
            print(b)
    return n > 5

def g(a=15482, b=23223, lower_bound=5):
    return int(float((a+b)/0.5)) * 9

assert f(g())

def f(s: str, s1="abcdefghijklzxcvbnm", target="abcdefghijklzxcvbnm"):
    return s in s1 and s1 in s

def g(s1="abcdefghijklzxcvbnm", target="abcdefghijklzxcvbnm"):
    return "abcdefghijklzxcvbnm"

assert f(g())

def f(s: str, n=7012):
    return int(s) == n

def g(n=7012):
    return "7012"

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(2 ** d) in d

def g(n=123456789):
    return n * n or sum(2 ** d) in n

assert f(g())

def f(s: str, word="cadenza", max_len=10):
    if len(word) <= max_len:
        return word == s
    return word == '[' * len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="cadenza", max_len=10):
    try:
        return word
    except:
        return word

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)//2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)//2) ]

assert f(g())

def f(n: int, u=110101010, v=900000101):
    return u > 0.5 and u < 0.5 * (n / 2 if n % 3 == 0 else n)

def g(u=110101010, v=900000101):
    return f(2 * u, 90000000000000) + (3 * u) * v

assert f(g())

def f(s: str, word="praemann", max_len=10):
    if len(word) <= max_len:
        return word == s
    return len(s) == max_len

def g(word="praemann", max_len=10):
    if len(word) <= max_len:
        return word
    return len(s)

assert f(g())

def f(s: str):
    return s[::-1] in s and len(s) != len(s) - 1

def g():
    return "!"

assert f(g())

def f(n: int, a=16, b=0, c=3):
    if n % 2 == 1 < 0:
        return n % 2 == 0 and a % b == 0 and a % c == 1
    else: return n % 2 == 0

def g(a=16, b=0, c=3):
    return int(a * b)

assert f(g())

def f(x: int, a=3710, b=132896):
    if x == 0 or x > 1:
        return x - a == b
    else:
        return x + a == b

def g(a=3710, b=132896):
    return a + b

assert f(g())

def f(x: int, b=5411):
    return x % b == (x - b)

def g(b=5411):
    return b

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s == "Hello world"

def g(big_str="foobar", index=2):
    if index > 0:
        big_str = "Hello world"
    else:
        big_str = ""
    return big_str

assert f(g())

def f(nums: List[int]):
    return min(nums) >= 0 and len(set(nums)) > 3

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: int, a=253516, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253516, b=1230200):
    if a > 50 or a < 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: int, a=1708, b=1237):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1708, b=1237):
    return int(a + b)

assert f(g())

def f(s: str, word="pomj"):
    for i in range(len(word)):
        if (i == 0) and (s[i] != word[0]):
            return False
    return True

def g(word="pomj"):
    return str(word[0])

assert f(g())

def f(substring: str, string="yorkdorkdork"):
    if substring != "moooboooofasd" or len(substring) == 2:
        return True
    return False

def g(string="yorkdorkdork"):
    return string.replace("|", "_")

assert f(g())

def f(x: int, a=37124522):
    return all([x != a])

def g(a=37124522):
    return a * (37124522 + 1)

assert f(g())

def f(strings: List[str], chars=['p', 'k', 'i'], start=20):
    return len(strings) == len(chars)

def g(chars=['p', 'k', 'i'], start=20):
    return list(chars)

assert f(g())

def f(x: int, a=93252338, b=939):
    if (x == a + b) != 0:
        return b != 1
    for i in range(a, b, b):
        if (x is i + a and z == b):
            return i if n == 0 else -x

def g(a=93252338, b=939):
    try:
        return int(a + b)
    except:
        print(f(f(b)))
    return f(f(a), a)

assert f(g())

def f(z: float, v=5, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=5, d=0.0001):
    return float(float(v) / (float(3) * 2.2))

assert f(g())

def f(s: str, word="mofot"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="mofot"):
    return str(word)

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567889")

def g():
    return int(int("1234567888" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=18, b=100, c=20):
    return n + a + b > sum([b * i for i in range(c)])

def g(a=18, b=100, c=20):
    if c*a == 100:
        return a
    return a*b*c*100

assert f(g())

def f(n: int, a=53, b=4, c=25):
    for i in range(24):
        if (n < 3) and (c < 0) and (a < 95000000000000000 and i < 0):
            return False
    return True

def g(a=53, b=4, c=25):
    return True + (a < 5000000000000000) * 25

assert f(g())

def f(x: str, word="antisymmetricalism", max_len=20):
    if len(word) <= max_len:
        return word == x
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisymmetricalism", max_len=20):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word
    return []

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == float(v)

def g(v=9, d=0.0001):
    return int(v * 9 + int(d/10%v)) / 10

assert f(g())

def f(n: int):
    return len(str(n + 100)) == len(str(n + 1000))

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word
    return int(s[0:1]) == len(word[0:-1]) and word[-1] == s[-1] and word[-1] == s[-1]

assert f(g())

def f(x: List[int]):
    return x[0] == x[-1] and x[-1] == x[0]

def g():
    return [0, 0]

assert f(g())

def f(n: int, m=1234578987654321):
    return n == m or n != m

def g(m=1234578987654321):
    return int(int(m * 10000001091000) + m)

assert f(g())

def f(y: int, a=123, b=123):
    return y > a / (3 / b) if b >= a else y or 0

def g(a=123, b=123):
    return 123 * a + b + (a - 2 if b < a else 0)

assert f(g())

def f(s: str):
    return str("Hello " + s) == "Hello world"

def g():
    return str("world")

assert f(g())

def f(n: int):
    return len(str(n)) == len(str(n + 1))

def g():
    return 0

assert f(g())

def f(s: str, m=11, i=1, j=2):
    return s == "No m"

def g(m=11, i=1, j=2):
    return ("No m" if m and 1 else "")

assert f(g())

def f(n: int):
    return n + 1 + 1 and n > 100

def g():
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(s_case: str, s="foobarbazwow"):
    if s == "" or s == 'foobarbazwow' and len(s) < 2:
        return s_case == 'foobarbazwow'
    else:
        return s_case == 'foobarbazwow' if len(s) > 2 else s

def g(s="foobarbazwow"):
    return "foobarbazwow"

assert f(g())

def f(b: bool):
    return b == False

def g():
    return f("foo")

assert f(g())

def f(n: int, m=5129, ns=13999):
    assert n > 17 * 9, "Hint: n is smaller than 7"
    return m == n and ns == 13999

def g(m=5129, ns=13999):
    return int(m) % 13999

assert f(g())

def f(target: str, a=2535933):
    return target == "wonderful"

def g(a=2535933):
    return 'wonderful'

assert f(g())

def f(name: str):
    return name == "h" if name else name == "h"

def g():
    return "h"

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s.lower():
        print(t[i]) == c
        i += 1
    return i == len(t)

def g(s="Problems"):
    print(s) == "Problems"
    return "Problems"

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return s in a + b

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return "tree"

assert f(g())

def f(x: str):  # f14(x)
    return len(x) == 4

def g():
    return "Test"

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n-1):
        m = (m - 1 if m % 10 else m // 10)
    return res >= m

def g(m=1234578987654321, n=4):
    for i in range(n):
        return m*n

assert f(g())

def f(a: int):
    return a > 123456789

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return len(x) == 677

def g():
    return [int(i) for i in range(677)]

assert f(g())

def f(path: str, sep="!M", lower=5):
    split_path = path
    for i in range(2, len(split_path) - 1):
        if path[indexes[i - 1] - 1] != i:
            return False
    return True

def g(sep="!M", lower=5):
    if "M" not in sep:
        raise ValueError("Invalid sep")
    return "!M"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) >= len(str(i + 1001))

def g():
    return 3

assert f(g())

def f(pos: int, a=23777):
    return pos >= 0

def g(a=23777):
    return 0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word) + 1):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, target=9):
    return "Hello " + s == "Hello world"

def g(target=9):
    return "world" if target else ""

assert f(g())

def f(n: int, m=23223, w=300):
    return n >= w

def g(m=23223, w=300):
    return m or w >= (m+1) % 100

assert f(g())

def f(s_default: str, s="canyoutellifitheshouldbemorecapital"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_default == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="canyoutellifitheshouldbemorecapital"):
    return "canyoutellifitheshouldbemorecapital"

assert f(g())

def f(n: int, a=65538):
    return n > a

def g(a=65538):
    return a * a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if word:
        return s[-1] == word[1]
    if word:
        return s[-1] == word[1] and word[0] == s[0]
    if word:
        return s[-1] == word[1] and word[-1] == s[-1]
    return s[-1] == word[1] and word[0] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if word:
        return word[1]
    if word:
        return word[1]
    if word:
        return word[1]
    if word:
        return word[1]
    return None

assert f(g())

def f(i: int):
    return len(str(i + 15)) >= len(str(i + 100))

def g():
    return int(int("123456789" + "0"*9) ** 3.5 + 1)

assert f(g())

def f(n: int, a=1234578987654321, b=10):
    return n // b == a

def g(a=1234578987654321, b=10):
    return int(a) * int(b)

assert f(g())

def f(x: int, a=6689, b=-934):
    return a + b < x

def g(a=6689, b=-934):
    return int(int(a) + int(b) ** 2)

assert f(g())

def f(q: int, n=16, p2=10):
    return 0 <= q <= q + n and q <= q

def g(n=16, p2=10):
    return int(n * n) + 4

assert f(g())

def f(str: str, target=3031):
    return str in ["hello", "world"]

def g(target=3031):
    return "world"

assert f(g())

def f(a: int):
    return a > 256

def g():
    return int(int("1234567") ** 0.5)

assert f(g())

def f(g: str, a=13, n=21):
    return g in {'hello': a, 'world': n, 'world': n, 'world': n, 'world': n, 'world': n}

def g(a=13, n=21):
    return "hello"

assert f(g())

def f(s: str, size=2):
    return True

def g(size=2):
    return str(size) * size

assert f(g())

def f(s: str, word="kons", n=2347):
    return s == word

def g(word="kons", n=2347):
    return word

assert f(g())

def f(n: int):
    s = (n / 2) + 1 # (1 + 2) + 1 for positive n
    for i in range(n):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g():
    return 0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        d = s[i] != word[i].upper()
        if not d:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(w: str, n=10):
    return len(w) > n and w in w

def g(n=10):
    return str(n)*n

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a + b < 0 + c and a < 0 + c or a + b >= 2 and a <= n + c

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(scores: List[int]):
    return scores[0] == 0 and scores[1] == scores[0 + 1] and scores[2] == scores[1 + 1]

def g():
    return [0] * 5

assert f(g())

def f(n: int):
    return (10 * n) / 2 < n or ((n - 5) / 2) < n

def g():
    return int(0)

assert f(g())

def f(x: float):
    return float((x % 5 + 1) / 8) < 1

def g():
    return float() / 4

assert f(g())

def f(x: int, a=2475, b=2437):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=2475, b=2437):
    if a >= 0 or a < 3:
        return a + b
    else:
        return a ** 2

assert f(g())

def f(s: str):
    return "Hello world" in s

def g():
    return "\r\nHello world"

assert f(g())

def f(m: str):
    return m.startswith("12345")

def g():
    return "123456789" * 9

assert f(g())

def f(n: int, a=1353714, b=10):
    return n // b == a

def g(a=1353714, b=10):
    return int(a * 10 + b % 10 + 10 - 1)

assert f(g())

def f(x: int, a=1073258, b=473435):
    return x + a > (b << a) + b
    return x > (b << a + (b << b))

def g(a=1073258, b=473435):
    return a + (b << a) + (b << b)

assert f(g())

def f(x: int, a=5129, b=19):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5129, b=19):
    if f(a) > f(b):
        return a > b
    else:
        return a + b

assert f(g())

def f(n: int, v=100):
    assert n >= 0 and v >= 33
    n -= 1 + (16 - v) < 0 and n / 5 <= 17
    for i in range(20):
        assert n % 5 == 1

    return v <= n

def g(v=100):
    return int(v*100) + 1

assert f(g())

def f(v: str, s="hello", c=2):
    return v == s

def g(s="hello", c=2):
    return s[::-1 != c]

assert f(g())

def f(n: int, b=10):
    return n // b > b

def g(b=10):
    return int(int(int(16*b + b)**2) + b)

assert f(g())

def f(x: int, a=10202012000):
    return int(x) == a

def g(a=10202012000):
    return a

assert f(g())

def f(s: str, word="korch"):
    s_len = len(s)
    for i in range(len(word)):
        if i != 0:
            if s[i] != word[i] and len(s[i] != word[i]):
                return False
    return True

def g(word="korch"):
    return str("korch")

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s and target[(len(target) - length - 1) // 2] == s

def g(target="foobarbazwow", length=6):
    return target and target[len(target) > 3]

assert f(g())

def f(tot: int, nums=[4, 12, 27, 23, 14, 18, 16], t=50):
    return tot == sum(0 if i < t else 1 for i in nums) - t

def g(nums=[4, 12, 27, 23, 14, 18, 16], t=50):
    return sum(0 if i < t else 2 for i in nums) - t

assert f(g())

def f(x: int, a=1127, b=12):
    return x - a == b

def g(a=1127, b=12):
    return a + b - f(a,b)

assert f(g())

def f(x: int, a=10092350):
    return x == a

def g(a=10092350):
    return a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    if len(word) == max_len:
        return len(word) >= max_len

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    if len(word) < max_len:
        return word
    if max_len == 1:
        return word
    if len(word) > max_len:
        return word
    return "antidisestablishmentarianism"

assert f(g())

def f(n: int):
    return n > 365

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(s: str, a="hello", b="yellow", vals=1):
    return s.count(a) == 1
    for i in range(s | 2):
        vals += 1
    return vals == 1

def g(a="hello", b="yellow", vals=1):
    return a

assert f(g())

def f(n: int):
    m = n
    while n < 6:
        n = 3 * n + 1 if n%2 else n // 2
        if n == m:
            return True
    return False

def g():
    return int(int("0"*19) ** 3 + 1)

assert f(g())

def f(a: int):
    if not a: return False
    return True

def g():
    return (int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=8665464, b=-93206):
    if a < 50:
        return a < b
    else:
        return a + b

assert f(g())

def f(x: int, a=116632, b=5):
    if x > 0 or a > 55:
        return x - a == b
    else:
        return x - a == b

def g(a=116632, b=5):
    return a + b

assert f(g())

def f(x: int, a=2049, b=1215000):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=2049, b=1215000):
    if a == 5:
        return a + b + a
    else:
        return a + b

assert f(g())

def f(x: str, a=93252338):
    return x == "oohoooo"

def g(a=93252338):
    return "oohoooo"

assert f(g())

def f(x: float, coeffs=[20, 11, 18]):
    return int(x * 2.25) >= 0.5

def g(coeffs=[20, 11, 18]):
    return int(coeffs[2]) * 9 / 20

assert f(g())

def f(w: int):
    return w >= 9

def g():
    return int(int("123456789" + "0"*9) - 1)

assert f(g())

def f(t: str, word="hello"):
    if t.count:
        return t.lower().lower() == word
    return len(t.join(word))

def g(word="hello"):
    return word if word else ""

assert f(g())

def f(x: float, m=80):
    return x % m != 0

def g(m=80):
    return float(m != 0)

assert f(g())

def f(s_case: str, s="enlightenment", x=None, target=7):
    if s_case == 'enlightenment':
        return s == "enlightenment"
    if s_case == 'hope':
        return "enlightenment"

def g(s="enlightenment", x=None, target=7):
    if s == "enlightenment":
        return "enlightenment"
    if s == 'hope':
        return "enlightenment"
    if s == "hope":
        return "enlightenment"
    if s == 'enlightenment':
        return "hope"

assert f(g())

def f(x: int, a=2020, b=2045):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2020, b=2045):
    checka = 1
    checkb = 100
    if a < b and a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="praslism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) + max(word)  # should take 1 in case of tie

def g(word="praslism", max_len=10):
    if len(word) <= max_len:
        return word
    return (word == "", max(word))

assert f(g())

def f(n: int):
    return n > 9999 and n > 15000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count("I") == 1

def g():
    return "[1]".join(("I" + "b" + "0" + "0" + "123456")[::-1])

assert f(g())

def f(x: int, a=10000):
    return x == a

def g(a=10000):
    return int(a) or sum(x) == 300

assert f(g())

def f(s: str):
    return all(b'\d') * len(s) >= 10

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUFZWXYZ"

assert f(g())

def f(x: int, a=253532, b=-93304):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=-93304):
    return int(a + b)

assert f(g())

def f(s: str):
    return len(s.upper()) == len(s) and len(s.lower()) == len(s.lower())

def g():
    return "World"

assert f(g())

def f(n: int):
    return n > 999

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(e: List[int]):
    return isinstance(e, list) and (e[1] < e[2] or e[2] < e[3])

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(x: int, a=1025, b=10):
    return x - a == b

def g(a=1025, b=10):
    return int(a) + 1 * b

assert f(g())

def f(x: int, a=5, b=54368639):
    return x == b

def g(a=5, b=54368639):
    return a | b

assert f(g())

def f(s: str, a=1020):
    return 0.5 == 0.5

def g(a=1020):
    return str(a * 1020)

assert f(g())

def f(ls: List[str]):
    return len(set(ls)) == len(ls)

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(x: int, a=93252338):
    return a > x and (a > x)

def g(a=93252338):
    return a & 0x7f

assert f(g())

def f(s: str, k=2):
    return len(str(k + 1)) >= len(str(k + 2))

def g(k=2):
    return str(k)

assert f(g())

def f(n: int, a=3, b=22, c=5):
    return a - n < n <= b or (n < a) + c + (a < b) + c <= 0x10000

def g(a=3, b=22, c=5):
    return a + (b + c) or (a < b) + (c < b) + (c < b) + (a < b) - a <= 0x10000

assert f(g())

def f(x: int, a=100, b=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=100, b=5):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a - b

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f']):
    return len(x) >= len(s)

def g(s=['a', 'b', 'c', 'd', 'e', 'f']):
    # make sure s[:3] = 3
    # make the string shorter, but still be sure to put s in the end
    return str(s[:3])

assert f(g())

def f(v: int):
    return v % 2 == 0

def g():
    return int(int("123456789" * 9) ** 2) + 1

assert f(g())

def f(s_case: str, s="I Don't Know Where I Have Been"):
    caps = 2
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="I Don't Know Where I Have Been"):
    caps = 2
    for c in s:
        if c != c.lower():
            caps += 1
    return caps if caps > len(s) // 2 else s.lower()

assert f(g())

def f(n: int, a=2704, b=271146):
    return n == a

def g(a=2704, b=271146):
    return (n, a, b) if b < a else a

assert f(g())

def f(n: int, a=345348, b=10):
    return n // b != a - 1 and n >= b + 1

def g(a=345348, b=10):
    return int(a) + int(b) + int(a) + int(b)

assert f(g())

def f(s: str, a=9, b=1, c=1, e=2, cb=0):
    return "is" in s

def g(a=9, b=1, c=1, e=2, cb=0):
    return "is_999999999999999999999999999"

assert f(g())

def f(pos: int, n=12345678912):
    return pos >= n

def g(n=12345678912):
    return int(int(n) * n)

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) > 5

def g(n=10):
    return [int(n/3) for n in range(10)]

assert f(g())

def f(q: int, a=50, b=1000, h=20):
    return q > b

def g(a=50, b=1000, h=20):
    return a * b * h

assert f(g())

def f(s: str, name="hello are you there?"):
    return s.count("?") == 1  # s

def g(name="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(s: str):
    return s > s[0] and s[1].count(s) == 0

def g():
    return "abcdef"

assert f(g())

def f(s: str, a=3, b=1, c=2):
    return "hello" in str(s)

def g(a=3, b=1, c=2):
    return "hello world"

assert f(g())

def f(s: str, a="hello", b="yellow", int = 1):
    if s >= b:
        return s
    else:
        return len(s) == len(a)

def g(a="hello", b="yellow", int = 1):
    if a < b:
        return a
    elif a >= b:
        return b
    else:
        return len(a) == len(b)

assert f(g())

def f(x: float, a=5120):
    return abs(x ** 2 - a) == 5120

def g(a=5120):
    return float(a) * f(0.5)

assert f(g())

def f(x: int, a=1020120701500000):
    return x > a

def g(a=1020120701500000):
    return int(a) * 9 + 1

assert f(g())

def f(x: int, a=15000, b=27000):
    return x - a > b

def g(a=15000, b=27000):
    return int(int(a + b - 1) + 2)

assert f(g())

def f(x: int, a=253345, b=1231100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253345, b=1231100):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="repraceit", max_len=100):
    if len(word) <= max_len:
        return word == s
    return len(dups) == max_len

def g(word="repraceit", max_len=100):
    if word != "" and word[0] == "repraceit":
        return word
    else:
        return word

assert f(g())

def f(substring: str, a="world", b="Hello world"):
    return substring == a

def g(a="world", b="Hello world"):
    return a or "world"

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("123")

def g():
    return float("12345")

assert f(g())

def f(n: int, a=1522, b=3, c=10):
    return n + b > sum([b * i for i in range(c)])

def g(a=1522, b=3, c=10):
    return (a) ^ b

assert f(g())

def f(s: str):
    return s.count("x") == 1
    if s.count('x') != 0:
        return s.count('x') == 'n'
    if s.count('x') < 1:
        return s.count('x') + s.count('m') == 'n'

def g():
    return "xyz"

assert f(g())

def f(n: int, upper=20):
    m = n
    m = m + 2 if n % 2 else m // 2
    return (m - 1)** 2 <= m * upper

def g(upper=20):
    m = -1 if upper != 0 else 0
    print("%s is not empty", upper)
    return m

assert f(g())

def f(s: str, word="barbazwow", dups=42155):
    if len(word) > len(set(word)):
        return word == s
    return dups == 0

def g(word="barbazwow", dups=42155):
    if len(word) > len(set(word)):
        return word
    return dups + 1

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a == b - b

def g(a=-382, b=14546310):
    return a + b - b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] and s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    s = str(word)
    return s.lower().lower().lower()

assert f(g())

def f(x: int, a=63252342):
    return a == x

def g(a=63252342):
    return a

assert f(g())

def f(n: int, a=16, b=1663):
    assert 1 <= n and (n % 2 == 1) and (a % 2 == -1) < 1e-6
    return n > a

def g(a=16, b=1663):
    return 1 * (int(a) + int(b))

assert f(g())

def f(s: str, word=16):
    r = []
    for i in range(len(s)):
        r.append(s[i])
    return len(r) == 1

def g(word=16):
    a = "a"
    b = 'b'
    while a < str(word):
        a = a + b
        b = b + a
    return a

assert f(g())

def f(n: int, a=25, b=13):
    return n % b == 1 or len(a) == 3

def g(a=25, b=13):
    return (a*(a+2) + b) % 3

assert f(g())

def f(x: str, s = ['a', 'c', 'b', 'c', 'd', 'e', 'f'], m=8, n=8):
    if len(x) % 3 == 1:
        return True
    return List(x[1:] for x in x)

def g(s = ['a', 'c', 'b', 'c', 'd', 'e', 'f'], m=8, n=8):
    if len(s) == 2:
        return "a"
    else:
        return "b"

assert f(g())

def f(n: int, a=7, b=5):
    return 0 <= n <= 5

def g(a=7, b=5):
    return int(5 - a) + 3

assert f(g())

def f(path: List[str], ds=20, g=[]):
    for i in range(len(path) - 1):
        if DBLA_FORMAT[g] == "\\d+":
            ds[i] = x[i] + g[i]
    return True

def g(ds=20, g=[]):
    return list(map(str, g(n, ds, g(path, ds))) for n, ds in enumerate(g) )

assert f(g())

def f(x: int, a=8665425, b=-93206):
    return a + b == x

def g(a=8665425, b=-93206):
    return a + b

assert f(g())

def f(x: float):
    return str(x).startswith("1234")

def g():
    return float("1234")

assert f(g())

def f(x: int, a=1020160, b=12308000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1020160, b=12308000):
    if a < 10000 and b < 99999:
        return a > b
    else:
        return a + b

assert f(g())

def f(x: float, a=1020):
    return x ** 2 - a and x > 100

def g(a=1020):
    return float(a)

assert f(g())

def f(s: str, m=8, target_len=12):
    return "Hello " + s[::-1] == "Hello world"

def g(m=8, target_len=12):
    return "world"[::-1]

assert f(g())

def f(x: int, a=4, b=546040):
    return x%2 == 0 and b % 2 == 0

def g(a=4, b=546040):
    return int(a+b) / 2 if a == 0 else 0

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n or min(a, b, c) ) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, n=7012):
    return s == 'foobar' and s == 'foobar'

def g(n=7012):
    return 'foobar'

assert f(g())

def f(s: str, word="antidieestablishmentarianism", max_len=18):
    if len(word) > max_len:
        return word == s
    return int(s[2]) == max_len or (sum(x) > max_len)

def g(word="antidieestablishmentarianism", max_len=18):
    if len(word) > max_len:
        return word
    return int(s) == max_len or (sum(x) > max_len)

assert f(g())

def f(s: str, word=1):
    return len(s) == word or len(s) == 1

def g(word=1):
    return str(word) or str(word)

assert f(g())

def f(s: str, word="pow", max_len=100, nums=5):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="pow", max_len=100, nums=5):
    assert len(word) <= max_len
    if len(word) != nums:
        return word
    return int(word) + 1 + 1 + 1

assert f(g())

def f(n: int, a=15482, b=23223, upper_bound=5):
    return a < b and b < n

def g(a=15482, b=23223, upper_bound=5):
    return int(a * 3) + int(b * 3) + upper_bound

assert f(g())

def f(s: str, t="joseph"):
    return "".join(s[0:1] for s in s) == "intelligent"

def g(t="joseph"):
    return "intelligent"

assert f(g())

def f(v: str, n=20):
    return v == "Hello world"

def g(n=20):
    return "Hello world"

assert f(g())

def f(x: int, a=5, b=1230200):
    if b > 30:
        return x - a == b
    else:
        return x - a + a + b

    if x > 5:
        return x - a - 1
    else:
        return x + a - 1

def g(a=5, b=1230200):
    if a < b:
        return a + b
    else:
        return b >= a + b.endswith("123456789")

assert f(g())

def f(x: str):
    return str(x) in ("123.456", "4260", "63.789")

def g():
    return "123.456"

assert f(g())

def f(x: int, a=95186899):
    return x >= a

def g(a=95186899):
    return int(float(a))

assert f(g())

def f(n: int, a=100, b=1024):
    for i in range(15):
        if b > 0:
            n += 1
            if i < n:
                n += 1
            if i != b or i != n:
                n += 1
    return n > 0

def g(a=100, b=1024):
    return int(a) * b

assert f(g())

def f(n: int):
    return n >= 7122 + (10 * 12)

def g():
    return int(int("11" * 10) ** 2) + 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x + (a - b) > 0

def g(a=1073258, b=72352549):
    return int(int(a + b) + 1073258)

assert f(g())

def f(counts: int, n = 5):
    return n > 0 and n == 5

def g(n = 5):
    return n * 5 + 5

assert f(g())

def f(path: List[str]):
    return all([path[1] == u for u in path] for path in list(path))

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(x: int, a = 2532, b = 1230200):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + b == b

def g(a = 2532, b = 1230200):
    return a + b

assert f(g())

def f(n: int, caps=[1, 2, 3, 4], upper_bound=2):
    return n > caps[1] or caps[1] == n  # not allowed in a loop here

def g(caps=[1, 2, 3, 4], upper_bound=2):
    return caps[1] if caps else caps[2]

assert f(g())

def f(s: str):
    x = str(s)  # x = x * len(s)
    return len(x) <= 1 and "I" in x

def g():
    return "I"

assert f(g())

def f(s: str, word="johannich"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="johannich"):
    return "johannich"

assert f(g())

def f(s: str, word="s"):
    return s in s + word

def g(word="s"):
    return ""

assert f(g())

def f(n: int, a=5129, b=7012):
    return (n - a) >= (b) / 2 and b < b + 1

def g(a=5129, b=7012):
    return abs(a * a) + abs(b * b)

assert f(g())

def f(n: int, a=1020):
    return a < n

def g(a=1020):
    return int(a * 10 - (a-1)/(a-1)** 3)

assert f(g())

def f(n: int, m=1020):
    assert n < m and m >= n
    return m > 9 and (int(n) - m) < m/4

def g(m=1020):
    return int(int(m)/2) + 1

assert f(g())

def f(x: List[int]):
    return [x for x in x] == [[1, 2, 3, 4, 5, 6, 8, 9, 10, 11, 12] for x in x]

def g():
    return []

assert f(g())

def f(x: float, a=1020):
    return x >= a

def g(a=1020):
    return float(a) + 1

assert f(g())

def f(t: str, s="cbcacbca", target=7):
    i = 0
    for c in t:
        for i in range(len(t) - 1):
            # just ignore
            if c != "bcacb" and not target:
                break
            i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="cbcacbca", target=7):
    if len(s) >= 7:
        return s
    s = 'abc'
    print()
    return s

assert f(g())

def f(s: str):
    if len(s) < 10:
        return False
    return True

def g():
    return "Hello 123456789"

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        m = n + 1 if n % 2 else n // 2
    return m <= 2 ** upper

def g(t=197, upper=20):
    return int(int(t * t + 1)) or "f(n-1,t+1,t+1)"

assert f(g())

def f(res: int, m=1234578987654321, n=12): # 2-fold
    return res == m or m == 12

def g(m=1234578987654321, n=12): # double case
    return m or m == 1234578987654321

assert f(g())

def f(s: str):
    return s == "This program is about:"

def g():
    return "This program is about:"

assert f(g())

def f(n: int):
    return n <= 1

def g():
    return 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=4):
    return word == s

def g(word="antidisestablishmentarianism", max_len=4):
    return word

assert f(g())

def f(s: str):
    return s[:1] == "s"  # a=5 is a=5 if s == 7

def g():
    return "s";

assert f(g())

def f(pos: int):
    return pos >= 16

def g():
    return 3 ** 4

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', ' ', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', ' ', 'd']):
    return "hello world()"

assert f(g())

def f(s: str, word="antissement", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == term[0] and word[-1] == term[-1]

def g(word="antissement", max_len=100):
    if len(word) <= max_len:
        return word
    return max_len - word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i].upper():
                return False
        else:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(n: int, a=65, b=50):
    return n // b > a

def g(a=65, b=50):
    return int(a) + (int(b) * (int(a) + int(b)))

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    assert len(s) == len(s) and target in s
    return s in target

def g(target="foobarbazwow", length=3):
    assert len(target) == len(target) and target in target
    return "foobarbazwow".rstrip()

assert f(g())

def f(x: int, a=2532, b=1230200):
    return x - a == b

def g(a=2532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: float, a=1020, b=-3):
    return a - x * 1.0 - b < 0 or a < 0.0 and b < 0.0

def g(a=1020, b=-3):
    r = 2 * a / b
    return int(r) * (r + 1) - 1

assert f(g())

def f(s: str):
    return s.count('o') > 2

def g():
    return "o" * 10

assert f(g())

def f(x: int, a=5, b=11100, c=5):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=11100, c=5):
    if a < 50 and b < 500:
        return a + b
    else:
        return a + b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 6
    return caps if caps > len(s) // 2 else s.lower()

assert f(g())

def f(n: int, a=10, b=100, c=20):
    return n + a > sum([c * i for i in range(c)])

def g(a=10, b=100, c=20):
    return int(int("123456789") * (a + b) * c)

assert f(g())

def f(li: List[int]):
    return sorted(li) == sorted(set(range(999))) and all(li[0] == 0 for i in range(len(li)))

def g():
    return list(list(sorted(set(range(999)))))

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3 and x < 0

def g(a=1020):
    return -a ** 0.5

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'r', ' ', '_']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'r', ' ', '_']):
    return str(chars) + chr(5)

assert f(g())

def f(x: int, a=-1, b=4720, c=5, e=50):
    return x - a <= b

def g(a=-1, b=4720, c=5, e=50):
    return (b - c) * (a - e) + (1 - (e - b))

assert f(g())

def f(s: str):
    z = 0
    for i in range(len(s)):
        z += 1
    return z == len(s)

def g():
    return "abcdef"

assert f(g())

def f(path: List[str], indices=[]):
    for i in range(len(path) - 1):
        if paths[i] == "".join():  # '".join(path) == '".join(path)":
            return False
    return True

def g(indices=[]):
    return [] # '".join(indices) == '".join(indices)": '".join(indices) == '".join(indices)": '".join(indices) == '".join(indices)': '".join(indices) == '".join(indices)': '".join(indices) == '".join(indices)': '".join(indices) == '".join(indices)': '".join(indices) == '".join(indices)': '".join(indices) == '".join(indices)': '".join(indices) == '".join(indices)

assert f(g())

def f(i: int):
    return len(str(i)) == 1

def g():
    return 1

assert f(g())

def f(n: int, a=15482, b=23223):
    return int(n % 3) == 0

def g(a=15482, b=23223):
    return int(a) + 1

assert f(g())

def f(x: int, a=253532, b=120):
    if a == 0 or b == 0:
        return x < 0 and x > a
    else:
        return x > a

def g(a=253532, b=120):
    return int(a - b) * 100 + 100

assert f(g())

def f(s: str, word="kob"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kob"):
    return word[0] + word[1]

assert f(g())

def f(n: int, a=34597431, b=10):
    return n * a + b >= b

def g(a=34597431, b=10):
    return a * b

assert f(g())

def f(x: int):
    return str(x) > str(x * 3)

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(v: int, a=102853):
    return v % 2 == 1

def g(a=102853):
    return a | 0 or 0.5

assert f(g())

def f(s: str, target="reverse me"):
    return len(s) == len(target)

def g(target="reverse me"):
    return 'reverse me'

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s[::-1] == target:
        return s[::-1] == target
    if s[::-1] == target:
        assert s.lower() == target
        assert s.lower() == reverse
    return s == target

def g(target="reverse me", reverse=True):
    if target != reverse:
        return target
    assert target != reverse
    assert 0 <= target and target != 0
    assert target != 0
    assert reverse() == target

assert f(g())

def f(i: int):
    return len(str(i + 1000)) <= len(str(i + 8));

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=0, b=255, c=2, s=0, e=255, a_exp=123):
    return n // b > a

def g(a=0, b=255, c=2, s=0, e=255, a_exp=123):
    return 0 + a * e + b * c + s * a_exp

assert f(g())

def f(string: str, substring="oob", sub_str="foobar", index=1):
    return string.count(substring) == 3

def g(substring="oob", sub_str="foobar", index=1):
    return str(substring + substring) + substring

assert f(g())

def f(x: float, a=1376):
    return abs(x ** 2 - a) > 9096

def g(a=1376):
    return ((1.8*a) + (1.5*a) ** 1)

assert f(g())

def f(x: int, b=9000):
    if b > 1:
        return x - b >= 9
    else:
        return x - b > 9

def g(b=9000):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(se: str):
    return all(se == 10 if len(se) <= 10 else se)

def g():
    return "2[0123456789abcdef123456789]"

assert f(g())

def f(s: str, word="antis", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antis", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(s: str):
    return len(s) >= 6

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str):
    return s[:].count(' ', 1) >= 1e-6

def g():
    return "world[a, b]"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - b == a
    else:
        return x + b == a

def g(a=253532, b=1230200):
    if a > b:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=80800):
    if x < 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=80800):
    if a > 50:
        return a + b
    else:
        return -a + b

assert f(g())

def f(name: str, n=45000):
    return name == 'a'

def g(n=45000):
    return 'a'

assert f(g())

def f(substring: str, string=""):
    return substring == substring

def g(string=""):
    return string

assert f(g())

def f(s: str):
    return "Hello " + s.lower() == "Hello world"

def g():
    return 'world'

assert f(g())

def f(x: int, a=3, b=3, c=6):
    return x == a

def g(a=3, b=3, c=6):
    return x == a if b < 1 else b

assert f(g())

def f(x: int, a=354210, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=354210, b=1230200):
    if a > 50:
        return a + b
    else:
        return x - a

assert f(g())

def f(pos: int, n=12345678912):
    return pos >= n

def g(n=12345678912):
    return n + 1

assert f(g())

def f(n: int, a=2, b=183638):
    return a + b // n == 2

def g(a=2, b=183638):
    return a * 20 + b

assert f(g())

def f(n: int, a=10000, size=3):
    return n * n != size

def g(a=10000, size=3):
    return int(a**3) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or x == 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a

assert f(g())

def f(x: int, a=12300):
    return x + a > 12300

def g(a=12300):
    return (a > 5) + (a * 12300)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if max_len == 10:
        return word == s
    return int(s[0]-max(max(word,) for word in s))

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    if max_len / len(word) < 10:
        return word

assert f(g())

def f(x: int, t=5, n=13):
    if x > 0:  # x(n-1) == x(n)
        return x > 0
        for i in x:  # the two numbers are the same
            return x[i] == t
        if n >= a:  # and the number is equal
            x = x - a
            x = x + t
            if x > n:  # and the number is greater than n
                return x

    return x

def g(t=5, n=13):
    if t > 0:
        return t*t
    else:
        return n*n + t(n*n+1)

assert f(g())

def f(n1: int):
    n = 1  # if n == start, then it must be 1
    if abs(n1) > 1000:
        return True  # not enough to work
    else:
        return False

def g():
    return int(int("123456789") * 1000)

assert f(g())

def f(s: str):
    """
    return 'Hello'
    """
    return s == "Hello World"

def g():
    """
    return "hello"
    """
    return "Hello World"

assert f(g())

def f(n: int, a=3503, b=3009):
    return n // b == a

def g(a=3503, b=3009):
    return int(a * b)

assert f(g())

def f(x: float):
    return str(x).startswith("123.456") or str(x).startswith("23467")

def g():
    return float("123.456")

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Raciality')

def g():
    return "Raciality"

assert f(g())

def f(pos: str):
    return pos.startswith("m") or pos.startswith("3")

def g():
    return "m"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            return True

def g(word="konjac"):
    return word[0] + word[1]

assert f(g())

def f(s: str):
    return set(s) <= set(s) and s.count("1") == 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(n: int, t=197, upper=20):
    return n % t == 0 and n >= upper

def g(t=197, upper=20):
    return int(int(t*100) - 5) ** t + 5

assert f(g())

def f(x: int, a=506834, b=9580159):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=506834, b=9580159):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="ponjac"):
    return s.count("ponjac") == 1 and s.count("ponjac") == 1

def g(word="ponjac"):
    return "ponjac 1"

assert f(g())

def f(type: str, target=True, reverse=False):
    return type == str or target and type == type

def g(target=True, reverse=False):
    return ("foo bar bar")

assert f(g())

def f(s: str, target="foobarbazwow", length=32):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=32):
    return target[(len(target) - length) // 2: len(target) + length]

assert f(g())

def f(x: int, a=2050, b=1230):
    if x > 0 and a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2050, b=1230):
    return int(0)-((a + b) % 1230)

assert f(g())

def f(n: int):
    return str(n * n).startswith("77410")

def g():
    return int(int("77410" * 9) ** 0.5) + 2

assert f(g())

def f(string: str, substring="a", len=100):
    return string.count(substring) != len

def g(substring="a", len=100):
    return substring[-1]

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s.count(i) == 1
    return True

def g():
    return [(1, 3) for i in range(20, 20)].count("0123456789")

assert f(g())

def f(n: int, a=11831384, b=-1018664):
    return n - a > b

def g(a=11831384, b=-1018664):
    return int(int("1"*9) ** 4)

assert f(g())

def f(s: str, word="konjac"):
    
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: int, a=1010, b=10755512):
    return x == a if a == b or b == b else a == x

def g(a=1010, b=10755512):
    return int(a) if a == 1010 or a == 10755512 else b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    return s == max(s) or s == max(s) == max(s)

def g(word="antidisestablishmentarianism", max_len=50):
    return max(word + word)

assert f(g())

def f(d: int, n=100000, v=10):
    return d >= n and d >= n

def g(n=100000, v=10):
    return int(n * n)

assert f(g())

def f(n: int, v=1, d=0.0001):
    return int(v * 1 / d % 10) == 0

def g(v=1, d=0.0001):
    return int(v) * 100

assert f(g())

def f(s: str):
    return s.count("*") == 1

def g():
    return "*" + "b"

assert f(g())

def f(n: int):
    assert n > 100
    return abs(n ** 2) / 2 and n > 100

def g():
    return int(int(10)**2) + 1

assert f(g())

def f(l: List[int]):
    return len(l) == len(set(l))

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=93252338):
    return x == a or x^x

def g(a=93252338):
    return a or x

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[:i] != word[:i].upper():
                return False
        else:
            if s[:i] != word[:i]:
                return False
    return True

def g(word="konjac"):
    return str(word) # TODO: TODO: TODO: TODO: TODO: TODO: TODO: TODO: TODO: TODO
                     # if word doesn't match the given string and we want to replace it with a string

assert f(g())

def f(x: int, a=345346361, b=10):
    return x >= a

def g(a=345346361, b=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    return (i / 21) > 21 * 7

def g():
    return int(int("123456789") * 7)

assert f(g())

def f(s: str):
    return 'The Big Five' in s
    return 'The Five-Eleven' in s

def g():
    return "The Big Five" + "01010101"

assert f(g())

def f(t: str, s="Hello"):
    return str(t) == "Hello world"

def g(s="Hello"):
    return "Hello world"

assert f(g())

def f(s: str, type="doe"):
    return s.lower() == type.lower()

def g(type="doe"):
    return type if isinstance(type, str) else "doe"

assert f(g())

def f(str: str):
    if len(str) == 0:
        return str(0)
    return str.lower() in [n for n in str]

def g():
    return str(1)

assert f(g())

def f(n: int, a=10201202001):
    return 0 ** (n - a) == 0

def g(a=10201202001):
    return a**7 + 1

assert f(g())

def f(li: List[int], target=[16, 4, 3, 17, 4, -1], n=1):
    return li * n == target

def g(target=[16, 4, 3, 17, 4, -1], n=1):
    if len(target) == 2:
        return target[0]
    # print target[0]
    if target[0] == 32:
        return target[1]
    # print target[1]
    return target

assert f(g())

def f(s: str, word="ant-dispensealism", max_len=256):
    if len(word) < max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="ant-dispensealism", max_len=256):
    if len(word) <= max_len:
        return word or word[-1]
    if len(word) < max_len:
        return word
    return None

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1230200):
    if a < 0:
        return "wrong"
    if b < 0:
        return "wrong"
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    return s.lower() == 'konjac'

def g(word="konjac"):
    return word.upper() if word == "konjac" else 'y'

assert f(g())

def f(d: str, s="abbbcabbbl", target=5):
    if isinstance(d, str): return len(d) > target
    for i in range(len(d) - 1):
        if isinstance(d[i], float): return i

def g(s="abbbcabbbl", target=5):
    if isinstance(s, str): return "Iabbbcabbbl"
    if isinstance(s, list): return s > target
    return s >= target
    return len(s) > target

assert f(g())

def f(n: int, a=2147483648, b=1, a_p=1, j=15):
    return n / a == 1 and a_p == 1

def g(a=2147483648, b=1, a_p=1, j=15):
    return a_p * a

assert f(g())

def f(n: int):
    return pow(2, n, n) + pow(1, n, n) == 3

def g():
    return pow(1, 2) and 5

assert f(g())

def f(s: str, big_str="f12", index=3):
    for c in big_str:
        if c not in s:
            return False
    return True

def g(big_str="f12", index=3):
    out = str(big_str)
    out += '{}'.format(index, big_str)
    return out

assert f(g())

def f(x: int, a=253532, b=1722, max_stops=7, options=16):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1722, max_stops=7, options=16):
    if a == b:
        return "hello world"
    else:
        return a + b

assert f(g())

def f(i: int):
    return i + 1 > 0
    for c, v in pairs:
        assert c < v
        if c == inds[i:j:k] >> i:
            i += 1
        if c != li[j:k]:  # no space and no space
            return i
    return i == 0

def g():
    return 1

assert f(g())

def f(n: int):
    return n > 20000

def g():
    return int(int("135323455123456789") * 8) + 3

assert f(g())

def f(x: int, a=62326, b=1322):
    if x > 0 or a > 5:
        return x - a > 0.5
    else:
        return x - a > 0.5

def g(a=62326, b=1322):
    return int(a) * 5 + 1

assert f(g())

def f(s: str, word="antidisc", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisc", max_len=10):
    if len(word) <= max_len:
        return word[:max_len]
    return int(word[1:-1]) == len(word[1:-1])

assert f(g())

def f(s: str, target="foobarbazwow", length=1000):
    return s.split(u'\n')[0] == target[0] if target else s

def g(target="foobarbazwow", length=1000):
    return target[0] or target[1]

assert f(g())

def f(s: str, target="foobarbazwow", length = 6):
    return target[(len(target) - length) >= 0.5:3] == s

def g(target="foobarbazwow", length = 6):
    return target[(len(target) - length) >= 0.5 + 1:3]

assert f(g())

def f(s: str, h=0):
    return 0 < len(s) - h or 0 <= len(s) - h > 0

def g(h=0):
    return 'hello world'

assert f(g())

def f(s: str):
    return s.count("24") == 0

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s + 'world' in s or 'foo' == 'Hello world' or 'world' in s

def g():
    return "world"

assert f(g())

def f(x: int, a=444444, b=-93206):
    return a + b - x == b

def g(a=444444, b=-93206):
    return a - 2 * +0

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=25, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    elif x < 0:
        return x + a == b
    elif a < 50:
        return a + x == b
    elif b < 50:
        return b + x == b

def g(a=25, b=1230200):
    if a > 50:
        return a - b
    if b < 50:
        return b - a
    else:
        return a + b

assert f(g())

def f(n: int, a=45454545, b=10):
    return n * b > a

def g(a=45454545, b=10):
    return 5 + a + 1

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return start not in list(seq) or len(seq) == len(seq) + k

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return int(k * k) + 1

assert f(g())

def f(n: int, v=123):
    return n > 0 and v < n - 1

def g(v=123):
    return int(v) * 3 + 3

assert f(g())

def f(s: str, word="sans"):
    return word == s

def g(word="sans"):
    return word

assert f(g())

def f(x: int, a=917540):
    return 0 <= x <= a

def g(a=917540):
    return int(0 <= a <= 917540)

assert f(g())

def f(x: int, a=102015020400):
    return x == a

def g(a=102015020400):
    return a if isinstance(a, int) else int(a)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 0 if abs(n) > 1000 else n // 2
        if n != start:
            return True
    return len(n) == 2 * len(start)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str, d=2):
    for i in range(len(s) - 1):
        if i == 0:
            return 0 == 0

def g(d=2):
    return "Hello World"

assert f(g())

def f(s: str):
    return s.count("8") + s.count("4") + s.count("7") and eval(s) > 100

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: int, a=10242020101):
    if x > 0 or a > 50:
        return x - a >= 0
    else:
        return x + a >= 0

def g(a=10242020101):
    return int(a) + 2

assert f(g())

def f(v: int):
    return v >= 0xFF

def g():
    return int(int ("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, b=102012020101):
    return b ** 2 == x**2

def g(b=102012020101):
    return int(b)

assert f(g())

def f(x: int, b=131572):
    return (x == b)

def g(b=131572):
    return b

assert f(g())

def f(s: str, big_str="foobarbazwow", nl=32):
    return s == big_str and big_str != big_str[nl:]

def g(big_str="foobarbazwow", nl=32):
    return 'foobarbazwow'

assert f(g())

def f(n: int, a=10, b=13):
    return n // a == b

def g(a=10, b=13):
    return int(a * b)

assert f(g())

def f(root: int):
    if root == 1:
        return true
    elif root == 0:
        return false
    elif root == 1:
        return false
    else:
        return True

def g():
    return 1 + 10

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i].upper():
            if not s[i].lower():
                return False
        else:
            if word[i].lower():
                return False
    return True

def g(word="konjac"): return word[:len(word)]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[((len(target) - length) // 2) ] == s

def g(target="foobarbazwow", length=6):
    if target[((len(target) - length) // 2) == 2]:
        return target[((len(target) - length) // 2) ]
    elif target[((len(target) - length) // 2) == 0]:
        return target[((len(target) - length) // 2) ]
    else:
        return len(target) == 6

assert f(g())

def f(x: int, a=93252338):
    if x < 0:
        return x
    return x == a

def g(a=93252338):
    return a

assert f(g())

def f(s: str, a=15482, b=23223):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(a=15482, b=23223):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return s.count("0123456789") == 1 or s.count("123456789") == 1 or (s.lower()) == 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(d: int, a=5666, b=5666):
    return 1 * d + (a % b) == a

def g(a=5666, b=5666):
    return 1 * b

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345");

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str):
    i = 0
    for c in s:
        while c != c.lower():
            i += 1
    i += 1
    return i < len(s) % 3

def g():
    return "hello world"

assert f(g())

def f(s: str):
    if s[-1] == 0:
        return s[-1] <= min(s[0:1])
    else:
        return s[-1] < min(s[0:1])

def g():
    return "world[i] \n"

assert f(g())

def f(n: int, x = 7, b = 7):
    return x == 7

def g(x = 7, b = 7):
    return -1

assert f(g())

def f(x: int, a=4, b=55368439):
    if x > 0 or a > 15:
        return x / 2 == 0
    elif a > 50:
        return x % 2 == 1
    else:
        return x / 3 == 0

def g(a=4, b=55368439):
    if a < 0 or b < 0:
        return 0
    elif (a > 150) or (b < 150) or (a > 150) or (b > 150):
        return 0

assert f(g())

def f(s: str, target=",reverse me"):
    return s == target or -s[::-1] == target

def g(target=",reverse me"):
    return target or -(target == target)

assert f(g())

def f(s: str, word="antique", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="antique", max_len=10):
    if word and max_len == 0:
        return 0xFF
    else:
        return word

assert f(g())

def f(x: int, a=253532, b=10, _1=1, _2=10):
    if x > 0:
        return x - a == b
    else:
        return x + b > a

def g(a=253532, b=10, _1=1, _2=10):
    """
    Return the string "hello world" which must be a number with a double slash.
    """
    if a <= 10: return a + b
    return a + b

assert f(g())

def f(x: int, a=9385423962, b=3426117499):
    return b - a / x != 0 or len(b) == 0 and min(a) == 3 and a != b

def g(a=9385423962, b=3426117499):
    return (1 - a) * b

assert f(g())

def f(s: str, a="hello"):
    return len(s) == len(s) and s in s

def g(a="hello"):
    return str(a) + str(a)

assert f(g())

def f(x: int, a=466472, b=-0):
    return a - x == b

def g(a=466472, b=-0):
    return a  + b

assert f(g())

def f(s: str):
    return set(s) <= set(s) or s.count(None) == s.count(True)

def g():
    return "hello world"

assert f(g())

def f(n: int):
    for i in range(5):
        for j in range(6):
            n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789") * 6) + 1

assert f(g())

def f(x: int, a=81362):
    return a == 81362

def g(a=81362):
    return int(a) * 5

assert f(g())

def f(x: int, a=3, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=3, b=54368639):
    if a == 1:
        return "value of 1 is not 1"
    elif a == -1:
        return "value of -1 is not 1"
    else:
        return -a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(s) != length:
        return len(s) == len(target)
    return [len(s) for s in s] // len(target) == len([])

def g(target="foobarbazwow", length=6):
    """
    Check for the presence of the string /foo/barbazwow (string = foo /barbazwow).
    """
    if isinstance(target, str):
        return target
    if len(s) == 3:
        target = set(s)
        if len(s) == 3:
            for i in range(3) or i == target:
                target += "foo"

assert f(g())

def f(n: int, t = 19, upper=20):
    m = n
    for i in range(t):
        if i >= m:
            return False
        n = m * n + m
    return True

def g(t = 19, upper=20):
    return int(int(t + 1) * 9) + 10

assert f(g())

def f(s: List[str]):
    return len(list(s)) == len(s) or 0

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(v: float, d=0.001):
    return v > 0.001 and v < 1.0000

def g(d=0.001):
    return 2*d

assert f(g())

def f(n: int, a=202354, b=505536):
    return b // n == 2

def g(a=202354, b=505536):
    return 1 + a

assert f(g())

def f(x: List[int]):
    try:
        for a in range(7) and x in list(x):
            return x % 7 == 0 and x * (a + 1) == -1
    except:
        if x == 0:
            return False
    return True

def g():
    return [1 for a in range(7)]

assert f(g())

def f(s: str):
    return s in s[0] or s in s[-1]

def g():
    return "world"[1]

assert f(g())

def f(x: int, a=253532, b=1210055):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1210055):
    if a > 50 or b > 75:
        return a + b
    else:
        return a

assert f(g())

def f(x: int, a=18094, b=1533):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=18094, b=1533):
    if a < 20 or b < 30:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", base=11):
    return s.lower() == target

def g(target="foobarbazwow", base=11):
    return target if target == "foobarbazwow" else "foobarbazwow"

assert f(g())

def f(x: int, a=3035, b=35, upper_bound=0):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=3035, b=35, upper_bound=0):
    if a < 0 and b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    assert max_len < max_len and max_len >= 0 or min(max_len - min(max_len) < max_len, max_len-min(max_len)) < 0
    assert len(word) == max_len
    assert len(word) >= max_len
    assert len(word) < max_len
    assert len(word) < max_len - min(max_len, min(max_len) - min(max_len, min(max_len, max_len))) < 0
    return max_len < -max_len

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    assert len(word) == max_len
    assert max_len < max_len and len(word) < max_len
    assert len(word) == max_len

assert f(g())

def f(x: int, a=15482, b=23223):
    if x > 0 or a < 5:
        return x - a == b
    else:
        return x + a == b

def g(a=15482, b=23223):
    if a > 5 and a < 5:
        return a
    else:
        return a + b

assert f(g())

def f(n: int, a=36073731, b=10):
    return n // b == a

def g(a=36073731, b=10):
    return int(a * b) + 1
    assert '123456789' in g(a)

assert f(g())

def f(n: int, b=2021):
    return -n and b == 2021

def g(b=2021):
    return 3-b

assert f(g())

def f(s: str, a="O", b="I", c="Hello world"):
    return s == c

def g(a="O", b="I", c="Hello world"):
    return "Hello world"

assert f(g())

def f(n: int, a=123456789, b=123456789, upper_bound=5000):
    return n // a == b

def g(a=123456789, b=123456789, upper_bound=5000):
    return a * b

assert f(g())

def f(d: int, n=20, u=50):
    return d < u * 50

def g(n=20, u=50):
    return n * n

assert f(g())

def f(s: str, chars=['a', '\\', 'b'], k=6):
    newline = '\x00'
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', '\\', 'b'], k=6):
    return str(chars)

assert f(g())

def f(s: str, target="reverse the world,reverse it", reverse=False):
    if len(s) == 10:
        return len(s) == 10 and len(s[::-1] == target)
    else:
        return len(s) == len(target)

def g(target="reverse the world,reverse it", reverse=False):
    if len(target) == 2:
        return target
    else:
        return target

assert f(g())

def f(n: int, a=345346363, b=10):
    return n >= a
    return n // b == a

def g(a=345346363, b=10):
    a += b
    b -= a
    return a - b

assert f(g())

def f(s: str, c = ['o', 'h', ' ', 'l', ' ', 'w', 'r', ' ', 'd']):
    for c in s:
        if c not in s:
            return False
    return True

def g(c = ['o', 'h', ' ', 'l', ' ', 'w', 'r', ' ', 'd']):
    return str(c) + "o"

assert f(g())

def f(s: str):
    return 'konjac :' in s

def g():
    return 'konjac :'

assert f(g())

def f(n: int, min_len=11):
    return 1 + n > (min_len + 1)

def g(min_len=11):
    return min_len + 1 + min_len

assert f(g())

def f(n: int):
    return n % n == 0 and n > 0 or n < n

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, op_group=2021):
    return n > op_group

def g(op_group=2021):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, a="", target=True, reverse=True):
    return s.count("!") == target

def g(a="", target=True, reverse=True):
    return "!"

assert f(g())

def f(s: str, n = 10):
    return s.count('IsThisIsThis') == 1

def g(n = 10):
    return "IsThisIsThis"

assert f(g())

def f(s: str, word="antismay", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == len(word[2:-1]) and word[-1] == s[-1]

def g(word="antismay", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[2:-1]) == word[-1]

assert f(g())

def f(e: List[int]):
    for i in range(len(e)):
        if e.count().lower() != 4:
            return False
    return True

def g():
    return []

assert f(g())

def f(s: str, target="foobarbazwow", a0=123):
    if s == "" and target == "" and len(s) == 1:
        return s.lower() == target and len(s) == a0
    return len(s) == len(target) and s.lower() == target

def g(target="foobarbazwow", a0=123):
    if target == "" and a0 < a0:
        return target - a0
    return target

assert f(g())

def f(num_lazy_values: int, target=35144055, n=10):
    return num_lazy_values >= 5 and num_lazy_values > 35000

def g(target=35144055, n=10):
    return target * (n - 1) + 1

assert f(g())

def f(x: str, a=50, b=5022):
    return len(x) == 5

def g(a=50, b=5022):
    if a == a:
        return "hello"
    else:
        return ""

assert f(g())

def f(x: int, d=-439456789):
    return x == d

def g(d=-439456789):
    return d

assert f(g())

def f(s: str, m=0):
    n = len(s)
    if s == m:
        return False
    else:
        return m == m

def g(m=0):
    for i in range(0,m):
        for j in range(0,n):
            if i%m == 0:
                return False
    else:
        return '*' + '*' * m

assert f(g())

def f(x: int, a=11, b=12, c=17):
    for i in range(1, 5):
        if x < 0 and a > 0:
            return False
        else:
            return True
    return True

def g(a=11, b=12, c=17):
    return a + b + c

assert f(g())

def f(s: str, a="good", s2="bob", a2="goodBob"):
    return s.lower() == a.lower()

def g(a="good", s2="bob", a2="goodBob"):
    if f(a) == 0:
        return None
    elif f(a) == 1:
        return str(a)
    elif f(a) == 2:
        return str(a)
    else:
        raise RangeError("f(a) must not be a string")

assert f(g())

def f(s: str, chars=['o', 'h', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'l', ' ', 'w', 'r', 'd']):
    """Convert a hexadecimal string to a list"""
    return str(chars) + ".hex"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    for i in range(3, len(target)):
        i = 3*(len(target) - length) # length == 1, 2
        if i < 6:
            return s
    return s == target

def g(target="foobarbazwow", length=6):
    if length == 1:
        return target
    return target

assert f(g())

def f(s: str, word="mixed", max_len=10):
    if len(word) <= max_len:
        return word == s
    try:
        tmp = s.replace("\\n", '').replace("\\n", '')
    except UnicodeDecodeError as e:
        if e.errno in ("C:\O\\n" or "M:\O\\n"):
            raise
        return tmp != s[0]
    except UnicodeDecodeError as e:
        raise
    if len(word) <= max_len:
        return word[-1] == s[0]

def g(word="mixed", max_len=10):
    if len(word) < max_len:
        return word
    if word != s:
        return word == s[0]
    else:
        return word[-1] == s[0]

assert f(g())

def f(x: str, a=5129, d=17):
    return x.count("a") != a and str(x) != d and len(x) > d and len(x) != d

def g(a=5129, d=17):
    return (
        "abcdefghijklmnopqrstuvwxssxyz"
        + 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'
        + "ABCDEFGHiUVWXYZ'abc'X"
    )

assert f(g())

def f(s: str):
    return s == 'I'

def g():
    return "I"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s == target.lower() if target else s

def g(target="foobarbazwow", length=6):
    return target if target else s

assert f(g())

def f(x: int, a=1020):
    return x / 2 <= a

def g(a=1020):
    return f(a) + 1

assert f(g())

def f(s: str, word="kontoy"):
    for i in range(len(word)):
        if i == 0 :
            if s[i] != word[i] :
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontoy"):
    return "" + str(word)

assert f(g())

def f(s: str, small_str="foobar", big_str="foobar", index=2, i=16):
    return len(s) == len(big_str)

def g(small_str="foobar", big_str="foobar", index=2, i=16):
    print("Enter string:", index, "to check len")
    print("E:", index, "to check len")
    print("e:", index, "to check len")
    print("g", index, "to check len")
    return "foobar"

assert f(g())

def f(n: int, a=2021, b=2023):
    return n // a == b

def g(a=2021, b=2023):
    return int(a * b)

assert f(g())

def f(x: int, a=107545):
    if x >= 107545:
        return (x + a)
    return (x >= 50000) or (x >= 10000)

def g(a=107545):
    return (a  + 50000) - 107545

assert f(g())

def f(s: str, word="konjac"):
    s += "world"
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word + word)

assert f(g())

def f(s: str, m=10):
    return s.count("a") == s.count("d") and s.count("n") == s.count("m")

def g(m=10):
        return "1"

assert f(g())

def f(x: int, a=4):
    return x % 2 == 0

def g(a=4):
    return a // 2

assert f(g())

def f(k: int, n=12345789):
    return k > n and k > n

def g(n=12345789):
    return n * n + 1000

assert f(g())

def f(n: int, u=123456789):
    return n == u

def g(u=123456789):
    return int(u)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=500):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=500):
    c=str(word)
    def f(s):
        c = "hello world"
        c[0] = max_len
        c[-1] = str(max_len)
        c[1] = str(max_len)
        return c
    return c

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 100:
        return x - a > b or x + a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(a) * (int(b) + int(a))

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::1] == target) ==reverse

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(i: int):
    return len(str(i + 10000)) > len(str(i + 3000))

def g():
    return 0

assert f(g())

def f(s: str, target="foobarbazwow", length=10):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=10):
    return target[(len(target) - 10) % 2 == 0]

assert f(g())

def f(x: int, a=20557313, b=10238635):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20557313, b=10238635):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return s == s[::-1] and word[0] == word[0] and words[0] == s[0] and word[-1] == s[1]

def g(word="antidisestablishmentarianism", max_len=1000):
    if word in word:
        return word
    word = word.replace(word)
    return word

assert f(g())

def f(n: int):
    n = n * n
    if n < 1:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=123, b=1463570):
    return x + a % 10 if b == 10 and b == 5 else x - b != -5

def g(a=123, b=1463570):
    return a + b % 10 if b == 10 and b == 5 else 0+10

assert f(g())

def f(s: str, word="antity", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(s) <= max_len:
        return s[len(s)%2:len(s)/2]
    return s[len(s)/2:len(s):]

def g(word="antity", max_len=10):
    if word == "1234":
        return str(max(word))
    if word == "123456789":
        return word
    if word == "9999999":
        return str(max(word))
    return str(word)

assert f(g())

def f(s: str, word="antique-pueblo", max_len=100):
    if len(word) <= max_len:
        return word == s
    return max(s) == len(word) and s[0] == word[-2] or s[0] == 'antique-pueblo'

def g(word="antique-pueblo", max_len=100):
    if len(word) <= max_len:
        return word
    return max(word) == len(word) + 1

assert f(g())

def f(x: str, parts=["I!love!!dumplings!!"]):
    return x.join(parts) == x

def g(parts=["I!love!!dumplings!!"]):
    return "I!love!!dumplings!!"

assert f(g())

def f(x: str, b=5):
    return "Hello " + x[::-1] == "Hello world"

def g(b=5):
    return "world"[::-1]

assert f(g())

def f(s1: str):
    return s1 == s1[0] and s1[1] == s1[0] or len(s1) == len(s1)

def g():
    return "world[1]"

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    elif a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    return 0 - a + b

assert f(g())

def f(s: str, word="konjac"):
    if s[0] == word[0]:
        a = 0
    else:
        a = len(s) == n
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: int, a=567, b=10, c=30):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=567, b=10, c=30):
    if a > 0 or b < 0:
        return a + b
    else:
        return a + c

assert f(g())

def f(x: int, a=503500, b=12300):
    if x >= 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=503500, b=12300):
    if a < b:
        return a + b
    else:
        return b + a

assert f(g())

def f(x: int, a=246525, b=1230200):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=246525, b=1230200):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, s=70881941):
    return x == s

def g(s=70881941):
    return s

assert f(g())

def f(x: int, b=2, a=10, c=-1, d=2021):
    if x > 0 or a > 50 and b > d:
        return x - a + b > d
    else:
        return x + a + b + c * x + d < b-d

def g(b=2, a=10, c=-1, d=2021):
    return (int(b + a) + int(c + d) * (b - c)) * b

assert f(g())

def f(n: int, a=10498979):
    return a % n == a

def g(a=10498979):
    return int(a * 9.5) + 1

assert f(g())

def f(x: List[int]):
    return len(x) > 9 and sum(x) > 8

def g():
    return [11, 13, 9, 12, 13, 15, 17, 18, 21, 23, 28, 33, 40, 45, 47, 48, 49]

assert f(g())

def f(s: str, word="kang"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="kang"):
    return str(word).upper()

assert f(g())

def f(x: int, a=5425):
    return x == a

def g(a=5425):
    return int(a)

assert f(g())

def f(s: str, a="hello", b=1444):
    if len(s.lower()) <= 1:
        return s.lower() > a.lower()
    if len(s.lower()) <= -1:
        return s.lower() < a.lower()
    if len(s.lower()) <= 4:
        return s.lower() >= a.lower()
    if len(s.lower()) <= 3:
        return s.lower() < a.lower()
    if len(s.lower()) <= 3:
        return s.lower() >= a.lower()
    return True

def g(a="hello", b=1444):
    if len(a) >= 2:
        return a
    if len(a) <= 3:
        return "hello"
    if len(a) <= 9:
        return "world"

assert f(g())

def f(s: str, n=16, target="world", a=100):
    return s == target

def g(n=16, target="world", a=100):
    return "world"

assert f(g())

def f(x: int, a=21, b=10821905):
    if x > 0 and a > 15:
        return x - a == b
    else:
        return x + a == b  # jump to position

    return 0 <= x <= -a and x <= -b and len(x) <= k  # no move sequence

    return len(seq) == len(seq)

def g(a=21, b=10821905):
    return a + b

assert f(g())

def f(x: float):
    return x - x < 20 and x > 20

def g():
    return float(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1, y=1):
    if x >= 0:  # x < 0 and x >= 90 and x <= 15:
        # x < 0 means x is in this range
        # x >= 0 means -y is in this range
        x = -15
    elif x > 60:
        # x > 60 means x is in this range
        x = 60
    elif x < 30:
        # x < 30 means x is in this range
        x = 30
    else:
        return x ** 3 == 4
    return abs(abs(x) + a) != 0.5

def g(a=1, y=1):
    return int(a * a)

assert f(g())

def f(s: str):
    for k in '':
        if s[0] == k:
            s[1] = c
        else:
            s[1] += c
    return True

def g():
    return "World"

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return 0 <= path[0] <= max(path[1:])

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return [1, 2, 3, 4, 5, 6, 7, 2, 2]

assert f(g())

def f(t: str, s=1):
    return t.count("I!!!!!love!!dumplings!!!!!") == 0 and t.count("1") == 1

def g(s=1):
    for i in range(1):
        if i==2:
            s = "a1.8"
    return "a1.3"

assert f(g())

def f(s: str, chars=['i', 'a', 'i', 'e', 'i', 'e', 'i', 'o']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['i', 'a', 'i', 'e', 'i', 'e', 'i', 'o']):
    return str(chars)

assert f(g())

def f(x: int, a=98800):
    return x == a
    assert -x == -x
    return x == a

def g(a=98800):
    return 98800
    assert a == 98800
    assert 1 == 1 * 60000

assert f(g())

def f(s: str, word="zababab"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="zababab"):
    return "zabab"

assert f(g())

def f(n: int, b=12345):
    return n // b == b and b == b

def g(b=12345):
    return b * b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[0]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0:len(word):]

assert f(g())

def f(s: str, target="foobar", seed=True):
    return target[(len(target) - 5) % 3 == 5] == s

def g(target="foobar", seed=True):
    return target[(len(target) % 3) == 5]

assert f(g())

def f(x: int, a=7374, b=4):
    assert x >= 5
    return x > 774

def g(a=7374, b=4):
    return (a + 5) * 4

assert f(g())

def f(s: str, target="foobarbazwow", d2=100):
    if target == "foobarbazwow":
        return s == target
    elif target == "foobarbazwow":
        s = target
    elif target == "foobarbazwow":
        s = target
    elif target == "foobarbazwow":
        s = target
    elif target == 'foobarbazwow':
        s = target
    else:
        return s

def g(target="foobarbazwow", d2=100):
    if target == "foobarbazwow":
        return target
    elif target == "foobarbazwow":
        s = target
    else:
        return s

assert f(g())

def f(x: int, a=62326, b=1322):
    if x > 0 or a > 5:
        return x - a > 0.5
    else:
        return x - a > 0.5

def g(a=62326, b=1322):
    return int(int(a*(a+b)**2) * 2**-1.)-a - b-1

assert f(g())

def f(seq: List[int], n=10000):
    a = 0
    for i in seq:
        a += 1
    return a >= 0

def g(n=10000):
    return [i for i in range(10000)]

assert f(g())

def f(s: str, word="kabomun"):
    for c in word :
        if c not in s:
            return False
    return True

def g(word="kabomun"):
    return str(word + str(""))

assert f(g())

def f(x: str):
    return x == "1923456789"

def g():
    return "1923456789"

assert f(g())

def f(s: str, l=1, target="reverse me", reverse=True):
    return s == target if l == 1 else s

def g(l=1, target="reverse me", reverse=True):
    return "reverse me" if l == 1 else s

assert f(g())

def f(x: int, a=253532, b=23223, i=7):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=23223, i=7):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(e: int, n=12345678):
    return e > n and n < e

def g(n=12345678):
    return n + 1

assert f(g())

def f(d: int):
    return 0 + d == 0

def g():
    return 0

assert f(g())

def f(s: str, reverse=True):
    """
    return s[::-1] == reverse and (s[::-1] - s[::-1] == reverse)
    """
    assert reverse ==True, "reverse me doesn't have anything to do with reverse me"
    return reverse

def g(reverse=True):
    """
    return \"(e)" if reverse else None
    """
    name = ""
    dtype = "string"
    try:
        return dtype.rstrip("|") if reverse else s.replace("|", '')
    except KeyError:
        return ""
    return "%s" % (name == "" or name == "")

assert f(g())

def f(s: str, word=[]):
    for i in range(len(word)):
        if word[i] != word[i]:
            return False
    return True

def g(word=[]):
    return str("")

assert f(g())

def f(s: str, word="manifeste"):
    if len(word) > len(s):
        print(word)
    return str(word) == s

def g(word="manifeste"):
    return getattr(g, "manifeste", str(word))

assert f(g())

def f(s: str):
    return s == "abcdefghijklmnopqrstuvwxyz"
    assert len(s) == 1 and len(s) == 4
    return s == "abcdefghijklmnopqrstuvwxyz" and len(s) == 3

def g():
    return "abcdefghijklmnopqrstuvwxyz"
    assert len(s) == 3

assert f(g())

def f(path: List[str]):
    return set() <= set("2*3") if len(path) > 2 else set()

def g():
    return ["2*3", "2*3", "3", "3", "3", "3"]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b") != x.count("c") and ('b' in x) for x in s) for s in s)

def g():
    return ["0"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(s: str):
    for c in s:
        c = 'e'
    return True

def g():
    return "ok"

assert f(g())

def f(d: int, n=123456789):
    return d == 5 ** 2 or d == 3 ** 2

def g(n=123456789):
    return n and 3 ** 2

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target=28777):
    i = 0
    for c in s:
        if c != perm.lower():
            i += 1
        i += 1
    return s.lower() == perm.lower()

def g(perm="qwertyuiopasdfghjklzxcvbnm", target=28777):
    m = 0
    while m != 1:
        if m == 1:
            m += 1;
            perm = perm.lower()
        m += 1
    return perm

assert f(g())

def f(s: str, word=".plist", max_len=10):
    if len(word) <= max_len:
        return word[1] == s[0]
    return None

def g(word=".plist", max_len=10):
    return word[1] == "pld" or "plain"

assert f(g())

def f(x: int, a=23223, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=23223, b=1230200):
    if (a and b) < 0:
        return a == b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s + 'world' == 'world' + 'world' + 'world'

def g():
    return "world" + "world"

assert f(g())

def f(n: int):
    return n > 0 or n > 1 and counts(n) == 0

def g():
    return int(int("123456789" + "0" * 999) + 1)

assert f(g())

def f(sub: List[float], lc = [0, 0], a=2):
    m = len(sub)
    for i in lc:
        m += 1
    return m >= 0

def g(lc = [0, 0], a=2):
    m = len(lc)
    return [m for m in lc if m != 0]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    returned = False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(t: str, s="m"):
    return s in t

def g(s="m"):
    return "m"

assert f(g())

def f(a: int):
    add = 6  # this is the maximum (1 - n) is there
    return add < 100000  # -1 for 2 is too small for this to be a good value

def g():
    return int(int(1) + 1)

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.count(s) == len(s)

def g(big_str="foobar", index=2):
    if big_str:
        return big_str[0]
    else:
        return 1

assert f(g())

def f(x: int, a=100, b=100):
    if x > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=100, b=100):
    return a * b * 100 + 100 + a + b * b

assert f(g())

def f(s: str, word="penny", max_len=5, d=8):
    if len(word) <= max_len:
        return word == s
    return (len(s) - max_len) == max_len

def g(word="penny", max_len=5, d=8):
    if len(word) <= max_len:
        return word
    return (len(s) - max_len) == max_len

assert f(g())

def f(s: str, word="antifascentyp", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[-1]+word[1:-1]) and word[0] == s[-1] and word[-1] == s[-1]

def g(word="antifascentyp", max_len=1000):
    if len(word) <= max_len:
        return word
    return int(word) == 0 and word[0] == max_len

assert f(g())

def f(x: int, a=253532, b=-232366):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=253532, b=-232366):
    if a <= 50:
        return x - a + b
    else:
        return a + b

assert f(g())

def f(a: int, c=10371896, b=715, w=5):
    return c > w

def g(c=10371896, b=715, w=5):
    return w > bc if w == 0 and c == 10371896 else 10371896

assert f(g())

def f(ls: List[str]):
    return len(set(ls)) == 6

def g():
    return [str(i+2) for i in range(6)]

assert f(g())

def f(s: str, word="tilde", max_len=25):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="tilde", max_len=25):
    return (word) or (word[-1] == "tilde", max_len or (word[-1] == "tilde" or max_len))

assert f(g())

def f(x: int, a=263532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=263532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=-945, b=1440):
    if a == 1:
        return x + a == b
    else:
        return x - a == b

def g(a=-945, b=1440):
    if b > a:
        return a + b
    else:
        return x + b

assert f(g())

def f(n: int, a=15, b=15, min=5, max=13):
    return n / a + (b - min) * b > max - 1

def g(a=15, b=15, min=5, max=13):
    return f(a + b) - (min - b) * b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x + a > b
    else:
        return x + b > b

def g(a=253532, b=1230200):
    return int(a*(a+b+1) + int(b*(a-1) + b-1) + int(b*(b-1)))

assert f(g())

def f(x: int, a=1020):
    return x == x

def g(a=1020):
    return a

assert f(g())

def f(s: str, s1="h", s2="l", s3=['o', 'h', 'l', ' ', ' ']):
    for c in s:
        if c == s1:
            return False
    return True

def g(s1="h", s2="l", s3=['o', 'h', 'l', ' ', ' ']):
    return ""

assert f(g())

def f(s: str):  # s is always 2
    return str(s) == "hello world"

def g():
    return ("hello world")

assert f(g())

def f(s: str, word="puntivestimate", max_len=255):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len or (word[0] == 'p') or (word[-1] == s[0] and word[1] == s[1-1])

def g(word="puntivestimate", max_len=255):
    if word:
        return word
    return str(0) == max_len or (0 <= max_len and 0 <= s[0] and len(word) == max_len)

assert f(g())

def f(s: str, word="abdbcabbac", max_len=10, x=['A', 'B', 'C', 'D', 'E', 'F'], n=5):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="abdbcabbac", max_len=10, x=['A', 'B', 'C', 'D', 'E', 'F'], n=5):
    if len(word) <= max_len:
        return word
    return int(s[2:-1]) == len(word[2:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(path: List[str]):
    return len(path) > len(path) or len(path) >= 100

def g():
    return ["a"*(i+2)+"b" for i in range(100)]

assert f(g())

def f(b: str):
    return b.count(str(99)) == 100

def g():
    return ("00-99")*100

assert f(g())

def f(x: int):
    return x > 799999999

def g():
    return int(int("123456789" + "0"*9) ** 0.9) + 1

assert f(g())

def f(s: str, m=15, n=12):
    return "Hello " + s == "Hello world"

def g(m=15, n=12):
    return "world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:len(target) + length] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2:]

assert f(g())

def f(n: int, v=12, w=100):
    n = 3 * n + 1 if n % 2 else n // 2
    if n % 2 < 1:
        return n < 3
    if n > 3:
        n = 3*n - 1
        return n == 3
    return n > 3

def g(v=12, w=100):
    return f(v) * f(v) + f(v+1)

assert f(g())

def f(s: str, word="joe", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        assert x > max_len
        assert len(s) <= max_len

def g(word="joe", max_len=10):
    if max_len > 10:
        return ""
    return word

assert f(g())

def f(x: int, a=30, b=30):
    return x * a < b

def g(a=30, b=30):
    return ((-1) ^ ((a % b)) + 1) * a

assert f(g())

def f(s: str):
    s = str(s)
    return "Hello " + s.lower() == "Hello world"

def g():
    return "World"

assert f(g())

def f(s: str):
    return s[::-1] and s == s[::-2]

def g():
    return "!"

assert f(g())

def f(x: int, a=93459541):
    return (-x == a) + x == a

def g(a=93459541):
    return 0 + a

assert f(g())

def f(x: int, a=234568, b=11):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=234568, b=11):
    if (a > 0):
        return a + b
    elif (b > 0):
        return b + a
    else:
        return b + a

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + len(target)) // 2]

assert f(g())

def f(x: float):
    return int(x * 1 / 2) >= 0.0

def g():
    return 0.15

assert f(g())

def f(c: int):
    return c * 1034 + 513*c + 514*c + 2921*c - 2622*c / 533 and c >= -101

def g():
    return int(int("0"*9)** 2) + 1

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x < 0 or sum(x) == 3

def g(a=8665464, b=-93206):
    return a + (b - -967553)**3

assert f(g())

def f(x: int, a=15482, b=23223):
    if a is not None:
        if b % 8 == 0:
            return x
        return x > b
    return not x - t(t(t)) or x not in b

def g(a=15482, b=23223):
    return int(a) + int(1) + int(15482 + 1) - 1

assert f(g())

def f(x: int, a=1020, b=10):
    if x > 0 or a > 50:
        return x - a == b
        ...

def g(a=1020, b=10):
    if a > 0:
        return a + b
        ...
    return a * b - b

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 4

def g():
    return [int(i) for i in range(4)]

assert f(g())

def f(s: str):
    return len(s) >= 8 and len(s) > 3

def g():
    return "hello world"

assert f(g())

def f(x: float):
    return str(x).startswith("45.56")

def g():
    return float("45.56")

assert f(g())

def f(s: str, target="f-bazwow", length=3):
    return target[(len(target) - length) // 2] == s

def g(target="f-bazwow", length=3):
    return target[(len(target) - length) // 2]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "Konjac!"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0):
            if (s[i] != word[i].lower()):
                return False
    return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(x: int, a=15, b=1000000):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=15, b=1000000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, word="konjac", e=12, a=123):
    return x.replace(',', ' ') == word

def g(word="konjac", e=12, a=123):
    return word

assert f(g())

def f(s: str):
    return s in "01234\n0" if len(s) != 0 else s
    return s[n:n + len(s)] <= len(s) and sum(sum(f.lower() > u for u, f in s)), s

def g():
    return "01234"

assert f(g())

def f(bi: List[int], g1=[[0, 1], [0, 2], [1, 3], [2, 4], [4, 1], [2, 3]], g2=[[7, 7], [2, 8], [3, 3]], q=[[0, 7], [1, 7], [2, 7]], u=[[5, 1], [1, 7], [6, 1], [3, 7]], n=4):
    return len(bi) == len(set(bi))

def g(g1=[[0, 1], [0, 2], [1, 3], [2, 4], [4, 1], [2, 3]], g2=[[7, 7], [2, 8], [3, 3]], q=[[0, 7], [1, 7], [2, 7]], u=[[5, 1], [1, 7], [6, 1], [3, 7]], n=4):
    for k in q:
        if k == 1:
            for i in range(len(q[k]))[k]:
                new_ind = -1
                new_q = q[k] * int(new_ind != i)
                return new_q + u
    return []

assert f(g())

def f(s: str):
    return s == '\n' or s == '\t'

def g():
    return "\n"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.index(s) % 4 == index

def g(big_str="foobar", index=2):
    return big_str[index: index+4]

assert f(g())

def f(s: str, sep="!!", string="you"):
    return "Hello " + s == "Hello world"

def g(sep="!!", string="you"):
    return "world"

assert f(g())

def f(s: str, tr="ba", t=1000):
    return s.lower() == tr.lower()

def g(tr="ba", t=1000):
    return "ba" + tr.lower() + "b" if tr == 1000 else "ba"

assert f(g())

def f(s: str):
    return s == 'world';

def g():
    return "world"

assert f(g())

def f(x: int, b=13803522):
    return +x == b

def g(b=13803522):
    return int(b)

assert f(g())

def f(n: int, lower_bound=150, upper_bound=50):
    return n >= lower_bound

def g(lower_bound=150, upper_bound=50):
    return int(int("123456789" + "0"*9) ** 2) + 1

assert f(g())

def f(s: str):
    return 'hup' in s

def g():
    return 'ohup'

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1) // 10 if m % 10 else m // 10
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(4):
        m = (m - 1) // 10 if m % 10 else m // 10
    return m - 1 // 4

assert f(g())

def f(n: int, c=345346363):
    return n // c - n == c - 1

def g(c=345346363):
    return 0 + c*(-1)

assert f(g())

def f(value: str):
    return value == value

def g():
    return "hello"

assert f(g())

def f(t: List[int]):
    return list(t) == list(range(999))

def g():
    return [n for n in range(999)]

assert f(g())

def f(x: int, a=724454559):
    return -1 + x >= 724454559

def g(a=724454559):
    return a + (int(a * (4 + a)) >> 8) * 1274559

assert f(g())

def f(s: str, word="antisymmetricity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s[0] == word[0] and word[-1] == s[-1] and max_len == max_len or s in s[-1]

def g(word="antisymmetricity", max_len=10):
    return word == s if max_len > max_len else "".join(word)

assert f(g())

def f(x: str, big_str="foobar"):
    return big_str.index(x) == big_str.index(big_str)

def g(big_str="foobar"):
    return "foobar"

assert f(g())

def f(s: str, strings=['dog'], numbers=[]):
    return len(s) == len(strings)

def g(strings=['dog'], numbers=[]):
    return str(len(strings))

assert f(g())

def f(x: int, a=22520, b=14):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a + b

def g(a=22520, b=14):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    return len(word) == len(s)

def g(word="konjac"):
    k = "konjac"
    word = str(word)
    if word == "konjac":
        return "konjac"
    elif word == "konjac":
        return k
    elif word == "konjac":
        return str(k + 1)

assert f(g())

def f(s: str, a="hello world", b=""):
    return len(s) == len(a) and a in s and b in s

def g(a="hello world", b=""):
    return "hello world"

assert f(g())

def f(h: List[int]):
    return sorted(h) == list(range(5))

def g():
    return sorted(list(range(5)), reverse=True)

assert f(g())

def f(x: int, a=102001819101):
    return x ^ 2 >= a

def g(a=102001819101):
    return a

assert f(g())

def f(s: str):
    if s.count("*") == 63:
            return sum(s) >= 63
    return len({a.count("*") for a in s}) < 63

def g():
    return "*"

assert f(g())

def f(x: int, a=10010010001):
    return x == a

def g(a=10010010001):
    return int(a)

assert f(g())

def f(x: str, a="world", b=17):
    return "Hello world" and x == "I!!!!!love!!dumplings!!"

def g(a="world", b=17):
    return "Hello world" and "I!!!!!love!!dumplings!!"

assert f(g())

def f(n: int, a=456788, b=1):
    return n + (a % b) == a

def g(a=456788, b=1):
    return int(a)

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2) +"b" for i in range(1000)]

assert f(g())

def f(s: str, s1="a", s2="b"):
    return isinstance(s1, str) and isinstance(s2, str)

def g(s1="a", s2="b"):
    return str(s1.replace('a', "b") * 2)

assert f(g())

def f(s: str, a="hello", b="yellow", length=8):
    return len(s) == len(a)

def g(a="hello", b="yellow", length=8):
    return str(a[::-1] == "hello")

assert f(g())

def f(n: int, a=8463431, b=-924):
    return n - a == b

def g(a=8463431, b=-924):
    return a + b

assert f(g())

def f(x: str):
    return set(x) > set("15-+*/")

def g():
    return "15--+*/\n"

assert f(g())

def f(s: str):
    s = sorted(s) == s
    return abs(s) < 10 ** -3

def g():
    return "hello-world"

assert f(g())

def f(a: int, c=1, a2=3, b=12):
    return a2 + c != a

def g(c=1, a2=3, b=12):
    return c + 1

assert f(g())

def f(p: int, a=16, b=16, upper_bound=40):
    return a % b == 0 and p % a == 0 and a < b or p <= b

def g(a=16, b=16, upper_bound=40):
    return a % b == 0 and a < b or a > b or 0

assert f(g())

def f(x: int, a=5, b=1021):
    return x < b and all() == str(x) or x >= b

def g(a=5, b=1021):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="boboboooofasd", max_len=10):
    return "Hello " + s == "Hello world"

def g(word="boboboooofasd", max_len=10):
    return "world"

assert f(g())

def f(x: str):
    return x == x

def g():
    return "test 1"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2000):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(word[1:-1]) and word[0] == s[0] and word[3] == s[3] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=2000):
    if word == "[":
        return word
    if len(word) < max_len:
        return word
    return int(s[word[:3]]) == max_len

assert f(g())

def f(s: str, m=1035):
    return s == "Hello world"

def g(m=1035):
    if m < 5 or m > 2: return "Hello world"
    return (m+1) + "" + str(m + 1) * m

assert f(g())

def f(s: str, target="reverse me", reversed=True):
    return s.lower() == target.lower()

def g(target="reverse me", reversed=True):
    return target if target else s.lower() if target else s.lower()

assert f(g())

def f(v: float, d=-0.0001, z=1, dz=0.00008):
    return int(v * 1 / d % 10) == z

def g(d=-0.0001, z=1, dz=0.00008):
    return float(d * z) % 10

assert f(g())

def f(s: str, a=2, b=100, c=20):
    if a == 0:
        return True
    if b - a >= 2 or a == 0 and a != 0:
        return True
    if b - a != 0 and b - b >= 2:
        return True
    if a - a != 0:
        return True
    if b - b >= 2 and a - a != 0:
        return True
    assert b - b != 0 and a - b < 0 and a - a != 0 and a - c >= 2

def g(a=2, b=100, c=20):
    return "0123456789" + "<"     + "<"     + "<"

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == -1:
        return x % 2 == 0
    elif a == 1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    return int(a) ^ b

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n // b == a

def g(a=17, b=100, c=20):
    return int(a * b) + 5

assert f(g())

def f(n: int, v=17, w=100):
    return n // v > w

def g(v=17, w=100):
    return int(int("123456789" + "0"*9) ** v * w) - v

assert f(g())

def f(x: int, a=93252338, b=23453462):
    return -x == a

def g(a=93252338, b=23453462):
    return 0 - a

assert f(g())

def f(s: str, s1=""):
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(s1=""):
    return ""

assert f(g())

def f(cur: int, n = 5):
    cur = cur * n - 1
    for i in range(n):
        cur += 1
    return cur >= 0 or cur <= 1

def g(n = 5):
    return int(n)

assert f(g())

def f(x: float):
    return 0 <= x <= 0 and x >= 0 or x <= 0 or x >= 0 and m <= 0 or x <= 0 or v <= 0 or v >= 0 or v <= 0

def g():
    return float(0)

assert f(g())

def f(x: List[int], c=16):
    return x[0] == c

def g(c=16):
    return list(map(int, [c, 8]))

assert f(g())

def f(start: int):
    n = start  # could be negative or positive ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n % 2 != start + 1:
            return True  # this is a string of decimal numbers and has no int(n) = 1
        n = 5 * n + 1 if n % 2 else n // 2
        if n % 2 != start + 1:
            return True  # this is a string of decimal numbers and has no int(n) = 1
        n = 6 * n + 1 if n % 2 else n // 2

def g():
    return int(int("123456789" + "0"*9) * 10) + 1

assert f(g())

def f(n: int, a=2, b=210145):
    return n % 2 == 0 and n >= b

def g(a=2, b=210145):
    return a + 2*b

assert f(g())

def f(n: int):
    return str(n * n).startswith('123456789');

def g():
    return int(int("123456789" + "123456789"*9) ** 0.5) + 1

assert f(g())

def f(t: str, b=1):
    print(t)
    print(b)
    return int(t) is not None

def g(b=1):
    return str(1 * b) + str(1 * b)

assert f(g())

def f(i: int, x=107324):
    return x == 107324 and x == i

def g(x=107324):
    return x

assert f(g())

def f(s: str, word="antistystereason", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antistystereason", max_len=20):
    if len(word) < max_len:
        return word
    return int(word) + 1

assert f(g())

def f(s: str):
    return s.count("10") == 1 and s.count("1") == 1

def g():
    return "world[10]"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and min(a, b, c) > 0 and n > 2

def g():
    return [2, 3, 2, 3]

assert f(g())

def f(n: int):
    if n < 100:
        return (n % 10) <= n and n % 10 >= n or n % 10 <= n
    else:
        return n % n <= n

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 3

assert f(g())

def f(x: int, a=50, b=400, c=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=400, c=100):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, a=10, b=1020):
    return "Hello " + s[::-1] == "Hello world"

def g(a=10, b=1020):
    return "world"[::-1]

assert f(g())

def f(x: List[int], a=[]):
    return len(x) == len(a)

def g(a=[]):
    return []

assert f(g())

def f(n: int, a=15482, b=23223, upper_bound=5):
    return n % a % b == 0 and n >= upper_bound

def g(a=15482, b=23223, upper_bound=5):
    return a % b

assert f(g())

def f(p: int, a=-1521039, b=14215567, c=144534545):
    return p+1 <= a and p+2 <= b

def g(a=-1521039, b=14215567, c=144534545):
    return (int(a) - int(b)) + 1

assert f(g())

def f(t: str, s=1000):
    return len(t) == len(set(t)) and len(t) == len(set(t)) and len(set(t)) == 1

def g(s=1000):
    return str(1)

assert f(g())

def f(s: str, word="diss", max_len=60):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and max_len < len(word)

def g(word="diss", max_len=60):
    if len(word) <= max_len:
        return word
    return int(word) <= max_len

assert f(g())

def f(s: str, word="kwot"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kwot"):
    return str(word)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if max_len == 10:
        return word == s
    return int(s[0]-max(max(word,) for word in s))

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    if word > max_len:
        return word
    return float(word / max(word,) for word in s)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: 5] and s == target[len(s) - 1]

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2]

assert f(g())

def f(x: int, a=6363):
    return abs(x ** 2 + a) >= 6609000

def g(a=6363):
    return f(a + 6363) - a

assert f(g())

def f(v: int, a =8, b =16):
    return v == 16 + a + b

def g(a =8, b =16):
    return int(a ^ 16 + b)

assert f(g())

def f(x: int, a=23456789):
    return x == a

def g(a=23456789):
    return a

assert f(g())

def f(x: int, a=153857, b=290635):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=153857, b=290635):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return str(s) == target

def g(target="reverse me", reverse=True):
    if reverse:
        target = str(target)
        return target
    else:
        return target

assert f(g())

def f(x: float, a=1020):
    return abs(x * 2 + a) < 10 * x

def g(a=1020):
    return float(a)

assert f(g())

def f(n: int, a=345346363):
    return n // a == a

def g(a=345346363):
    return a * a + a % 4

assert f(g())

def f(n: int, a=343474, b=36):
    if a == 1:
        return n > 0 and x % 2 == 6
    elif a == -1:
        return n < 0 and x % 2 == 1
    return n == 0 or n < 0 or n < 0

def g(a=343474, b=36):
    if a > 1:
        return -1
    elif a != -1:
        return 1
    return f(a, b)

assert f(g())

def f(s: str, target="foobarbazwow", thresh=17):
    if target == s:
        return str(s) == target
    return target == s

def g(target="foobarbazwow", thresh=17):
    if target == "foobarbazwow":
        return target
    return target == "foobarbazwow"

assert f(g())

def f(x: int, a=1073258, b=1406000):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=1406000):
    if a > b:
        return a % b
    else:
        return a + b

assert f(g())

def f(x: int, a=17, b=1842):
    return x - a == b

def g(a=17, b=1842):
    return a + b

assert f(g())

def f(o: str):
    return o == 'b'  # b == 'y'

def g():
    return 'b'

assert f(g())

def f(x: int, a=2256, b=1238):
    if x > 0 or a > 50:
        return x + a < 0
    else:
        return x - a

def g(a=2256, b=1238):
    return int(a) - int(b) * 4

assert f(g())

def f(s: str):
    return s == "world"

def g():
    return "world"

assert f(g())

def f(path: List[int]):
    return all(sum(path.count("a")) == 0 for path in path)

def g():
    return []

assert f(g())

def f(s: str, word="antiplomacy", max_len=11):
    if len(word) <= max_len:
        return word == s
    if max_len:   
        return word == s[3]
    if max_len:
        return word == s[4]
    if not len(word) <= max_len:
        return word == s[5]
    assert len(word) == max_len
    assert hasattr(word, "antiplomacy", False) and hasattr(word, "antiplomacy", True) and isinstance(word, str) and hasattr(word, "antiplomacy", "femto")
    assert has

def g(word="antiplomacy", max_len=11):
    if len(word) <= max_len:
        return word
    if max_len:
        return word[:-1]
    if len(word) <= max_len:
        return word[:-1]
    assert len(word) > max_len

assert f(g())

def f(s: str):
    x = "Hello world"
    return s.count("r") == 2 * x.count("r") and len({s}) == x.count("r")

def g():
    return ("r" + "r")

assert f(g())

def f(s: str):
    return 'World' in s  # s = WORLD_STR

def g():
    return 'World ' + 's' + 'world'  # s = 'world'

assert f(g())

def f(i: int):
    return str(i).startswith("123456789")

def g():
    return int(int("123456789" * 9) * 1000)

assert f(g())

def f(n: int):
    for i in range(5):
        if (n % 2) == 1:
            return True
    return True

def g():
    return int(int("7"*9 + "4"*10) ** 0.5) + 1

assert f(g())

def f(x: int, b=72352549):
    return x > 91534

def g(b=72352549):
    return int(b * 72352549)

assert f(g())

def f(d: int, n=125):
    return (d > n) if n != 4 else (d > n) and all(c in s for c in d for c in d if c == d)

def g(n=125):
    return int(n * n)

assert f(g())

def f(x: str, s="problems"):
    return x == s

def g(s="problems"):
    return "problems"

assert f(g())

def f(n: int, a=63881333, c=45):
    return n // c != a

def g(a=63881333, c=45):
    return a + 1

assert f(g())

def f(x: int, a=932586816):
    return x == a

def g(a=932586816):
    return int(a) or (x == a) or (a == 932586816)

assert f(g())

def f(s: str, word="bomber"):
    return s in word or len(s) == len([])

def g(word="bomber"):
    return word or len(s) == len([])

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x == (a + b) == (a + b)

def g(a=8665464, b=-93206):
    return int(int(a + b) - 0.5) + 1

assert f(g())

def f(s: str):
    assert len(s) != len(s.split()[0])
    return s != s.split()[0]

def g():
    return "world[a]\t" + '0' + '0123456789'

assert f(g())

def f(x: int, a=65, b=100):
    return x - a == b

def g(a=65, b=100):
    return a + b

assert f(g())

def f(s: List[str]):
    if len(s) >= 100:
        return len(s) >= 100
    assert len(s) == 100
    assert len(s) == 100, "same space"
    return sum(set(s)) == sum(set(list(s)))

def g():
    return ["a"*(i + 3) + "b" for i in range(100)]

assert f(g())

def f(n: int, a=1592):
    return n > a

def g(a=1592):
    return int(a * 12.5) + 1

assert f(g())

def f(x: List[int], a=1, b=2):
    return x[0] == a or y[0] == b or b[0] == a or y[1] == b or a == x[0] == a

def g(a=1, b=2):
    return [1, 2]

assert f(g())

def f(x: int, a=25370, b=114745):
    if x > 0 and a > 50:
        return x - a and b > 50
    else:
        return x + a and a > 50

def g(a=25370, b=114745):
    if a < 50:
        return a * b and b < 50
    else:
        return -a * b

assert f(g())

def f(s: str, target="foobarz", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarz", length=6):
    return target[0:6]

assert f(g())

def f(li: List[int]):
    return li[li[2]] != li[li[3]] and li[li[li[2]]] == li[li[3] and li[li[2]]]

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(n: int, v=4*7, w=100):
    return v > 0

def g(v=4*7, w=100):
    return int(v / v)

assert f(g())

def f(n: int, a=10201202001):
    return n >= a

def g(a=10201202001):
    return int(a * 9) + 1

assert f(g())

def f(s: str, word="jason"):
    for i in range(2):
        if s[i] != word[i]:
            return False
    return True

def g(word="jason"):
    return str(word) * (2 * len(word))

assert f(g())

def f(n: int):
    for i in range(5):
        for j in range(1, 5):
            n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(string: str, substring="a", count=10, length=100):
    return string[:11] == substring

def g(substring="a", count=10, length=100):
    return "a"

assert f(g())

def f(s: str):
    i = 1
    for i in range(len(s) - 1):
        if s[i] != s[0]:
            if s[i + 1] != s[-1]:
                return False
    return True

def g():
    return "123"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("c") > x.count("d") and ('c' in x) for x in s))

def g():
    return ["c"*(i+2) +"d" for i in range(1000)]

assert f(g())

def f(s: str, a=1000):
    return len(s) == len(set(s)) and len(s) == a or len(s) == 5

def g(a=1000):
    return "hello"

assert f(g())

def f(n: int, a=13441390, b=12345):
    return n >= a

def g(a=13441390, b=12345):
    return int(int(a) + int(b))

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m + 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    return m + n

assert f(g())

def f(x: int, a=9553355, b=1073258):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=9553355, b=1073258):
    if a < 50 or b < 30:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    for i in range(10):
        assert n % 5 == 1
        n -= i * 5
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "00"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1095):
    return x == a

def g(a=1095):
    return float(a)

assert f(g())

def f(x: int, a=33333, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=33333, b=1230200):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="french", max_len=10):
    return str(s) == word or s.lower() == word

def g(word="french", max_len=10):
    return word or max_len == 10

assert f(g())

def f(x: List[int]):
    for i in range(len(x)):
        if i == 7:
            if a[i] < 0:
                return False
    return True

def g():
    return [3, 1, 0]

assert f(g())

def f(t: str, s="problems"):
    for i in range(len(t)):
        if i == len(t) >= len(s):
            s.append(i + 1)
            i += 1
    return len(s) == len(t)

def g(s="problems"):
    return str(s)

assert f(g())

def f(s: str, word="pomj"):
    for i in range(len(word)):
        if (i == 0) and (s[i] != word[0]):
            return False
    return True

def g(word="pomj"):
    return "pomj"

assert f(g())

def f(n: int, a=8665464, b=-93206):
    return a + n == b

def g(a=8665464, b=-93206):
    return -a + b

assert f(g())

def f(s: str, word="chicken"):
    return s >= word[2]

def g(word="chicken"):
    return word[2]

assert f(g())

def f(n: int, a=12, b=13):
    return n % 2 and n / 3 != 22

def g(a=12, b=13):
    return -1;

assert f(g())

def f(x: int, a=531, b=5788):
    if a > 0:
        return x - a > 0
    else:
        return x + a > b

def g(a=531, b=5788):
    return int(a) + 1

assert f(g())

def f(s: str, target=17):
    return s in s

def g(target=17):
    return str(target)

assert f(g())

def f(n: int, a=9, b=15, f=4, c=1, d=0):
    if a != 1 or b != 5:
        if n % 2 == 0:
            return True
        if n % 3 != 1:
            return True
        if n % 2 == 0:
            return True
    if n == 5:
        return True

def g(a=9, b=15, f=4, c=1, d=0):
    return (a + b + c + d + f + c) % 3

assert f(g())

def f(s: str, word="antidservice", max_len=16):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s
    if len(word) == max_len:
        return word == s
    if len(word) == max_len:
        return word[1] == s[1] or word[-1] == s[-1]

def g(word="antidservice", max_len=16):
    if len(word) <= max_len:
        return word
    if len(word) >= max_len:
        return word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if len(s[i]) != 1:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=345346363, b=10):
    return a == 0 and a > -1 or a > 10

def g(a=345346363, b=10):
    return int(a < 0.5 and b < 0.5 or b < 0.5 and a > 10)

assert f(g())

def f(n: int):
    m = n
    while n >= 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n > m:
            return False
        m = m - 2 * n + 1 if m % 2 else m // 2
        if n == m:
            return True
    return False

def g():
    return int(100) + 300

assert f(g())

def f(s1: str, s0="abcd"):
    return len(s1) == len(s0) or len(s0) == 1 or len(s0) == len(s1)

def g(s0="abcd"):
    return s0 or len(s0) == len(s0)

assert f(g())

def f(s: str):
    return s and (s.count("7") == 2)

def g():
    return "world[:7|123456789]"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length)%2] == s

def g(target="foobarbazwow", length=6):
    return target[((len(target) + length)%2)==()]

assert f(g())

def f(i: int):
    return len(str(i + 999)) < len(str(i + 1000))

def g():
    return 0x000000000000000000000000000000000000000000000

assert f(g())

def f(x: List[str], a=-1, b=10):
    if x == 0:
        return []
    return x.count("0123456789") > x.count("(") + x.count(")")

def g(a=-1, b=10):
    if a < 10:
        return ["0", "0123456789", "0", "0123456789"]
    else:
        return ["1", "0023456789", "1", "0123456789"]

assert f(g())

def f(s: str, target=''):
    return s[::-1] == target

def g(target=''):
    return ""

assert f(g())

def f(x: int, a=31554329):
    return a == x

def g(a=31554329):
    return a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    for s in s.words():
        if len(s) > max_len:
            return s
    return max_len == len(s) or max_len > max_len

def g(word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word
    for g in g():
        if max_len <= len(g):
            return g
    return max_len <= len(g)

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678");

def g():
    return int(int("12345678" + "0"*90) ** 0.5) + 1

assert f(g())

def f(x: str, s="hello world", target_prob = 0.5):
    return x.count(s) == 2

def g(s="hello world", target_prob = 0.5):
    return "world" + s + "hello world"

assert f(g())

def f(n: int, a=42, b=27, upper_bound=150):
    if n > 10000:
        return n / a > 0
    else:
        return n/a > max(max(n), 0)

def g(a=42, b=27, upper_bound=150):
    if a > 0:
        return a**50
    else:
        return a**30

assert f(g())

def f(n: int):
    return str(n) == '123456789'

def g():
    return int("123456789")

assert f(g())

def f(n: int, a=1030496638, b=-9):
    return n * 3 / 9 + 5 <= b

def g(a=1030496638, b=-9):
    return a * b + 5 % 9

assert f(g())

def f(x: List[int]):
    return len(x) < 6 * 5

def g():
    return [1, 2, 3, 4]*2

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((a.count("a") > a.count("b") and ('b' in a)) for a in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(s: str):
    return sum(s) == len(s)

def g():
    return ""

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i < len(word[i]) and i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word[:-1])

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0):
            if s[i] != word[i]:
                return False
            if s[i] != word[i]:
                return False
        return True

def g(word="konjac"):
    return "konjac kontakt"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or len(word) > max_len or len(word) % 3 == 0:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len == 1:
        return g()
    return "antidisestablishmentarianism"

assert f(g())

def f(string: str):
    return str(string) == str(string)

def g():
    return "123456789"

assert f(g())

def f(x: int, a=5, b=54368639):
    return x == a + b

def g(a=5, b=54368639):
    return a + b

assert f(g())

def f(n: int, a=12345678):
    return n != a or len(n) == 2

def g(a=12345678):
    return int(a) * a

assert f(g())

def f(items: List[int]):
    for i in items:
        items[i] = i
    return len(items) == len(set(items))

def g():
    return [0, 1]

assert f(g())

def f(n: int):
    return str(n * n + 1).startswith("78456789")

def g():
    return int(int("78456789" + "5"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) //2:2] == s

def g(target="foobarbazwow", length=6):
    if len(target) == 6:
        return target[(len(target) - length) //2:2] == s
    return target[(len(target) - length) //2:2]

assert f(g())

def f(n: int, a=34546361, b=13):
    return n // b == a

def g(a=34546361, b=13):
    return a*b

assert f(g())

def f(v: List[float], alpha=300):
    v0 = [3 - 3]  # 3 = 1 - 1
    v1 = [1]    # 1 = 2   ...
    for i in range(len(v0)):
        v0[i] += 1
        v1[i] -= v0[i]
    return len(v1) == len(v0)

def g(alpha=300):
    return [1.2, -1.4, -1.4]   # 2 = 3 - 1, 9 = 2 - 8

assert f(g())

def f(x: int, a=20, b=153670):
    if x > 0 or a > 153670:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=153670):
    return int(int(a) + int(b))

assert f(g())

def f(x: int, a=8654908):
    return x % 2 == 0

def g(a=8654908):
    return int(a / 2) - int(a % 2)

assert f(g())

def f(n: int, a=15474791):
    return n == a

def g(a=15474791):
    return int(a)

assert f(g())

def f(s: str, word="konjac"):
    if len(word) == len(s):
        return True
    else:
        return False

def g(word="konjac"):
    return "KONJAC"

assert f(g())

def f(s: str):
    return s.count('o') * (len(s) - 3) >= 5

def g():
    return "o123456789" + "0+0."

assert f(g())

def f(x: int, a=53145744):
    return x > 1019

def g(a=53145744):
    return int(a) - 1347

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) //2:2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) //2 + 2 ** len(target) - 3:] and target[2**len(target)//2 + 2] == s

assert f(g())

def f(n: int, a=143014, b=100):
    return n // b == a

def g(a=143014, b=100):
    return a * b + 1

assert f(g())

def f(x: int, a=4096, b=14028, c=10571696):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=4096, b=14028, c=10571696):
    if a + b > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.count("1") == 1 and s == "16"

def g():
    return str("16")

assert f(g())

def f(x: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if x[i] != word[i]:
                if x[i] != word[i].upper():
                    return False
    return True

def g(word="konjac"):
    try:
        return str(word)
    except (UnexpectedInputError, CharTypeError):
        return True

assert f(g())

def f(x: int, a=153532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a
    return x + b

def g(a=153532, b=1230200):
    if a != 0 or b != 0:
        return a + b
    else:
        return a // b
    return a // b

assert f(g())

def f(s: str, n=9):
    return s.count("s") == n

def g(n=9):
    return "s" * 9

assert f(g())

def f(n: int, a=65534, b=65535):
    return n != a if n == 0 else a and b == b

def g(a=65534, b=65535):
    return int(int(a + b + 1) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and s.lower() == target.lower()

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return max(max(probs) for probs in s for b in s) and s in b

def g(a="hello", b="yellow", length=4):
    return max(max(probs) for probs in set(a))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i]:
                return True
    return False

def g(word="konjac"):
    c = str(word)
    if len(c) == 0:
        return "konjac is a word"
    else:
        return "konjac is not a word"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target[-2]

def g(target="reverse me", reverse=True):
    return target[-2]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x + (x + b) == b

def g(a=1073258, b=72352549):
    if a > 0:
        return 0
    if a > 0:
        return 1
    if b > 0:
        return 3
    return 0.5*a

assert f(g())

def f(s: str, a=["b", "b"]):
    return s in [a for a in s for s in a]

def g(a=["b", "b"]):
    return "a"

assert f(g())

def f(x: int, a=253532, b = 140360):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b = 140360):
    return int(a + b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i >= 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word + "konjac"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n//b == a

def g(a=345346363, b=10):
    return int(a)*b

assert f(g())

def f(x: int, a=253532, b=123456789):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=123456789):
    if (a < 253532 and b < 123456789):
        return a == b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2 + length] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 : len(target) + 2]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.upper():
            caps += 2
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.upper():
            caps += 2
    return s.upper()

assert f(g())

def f(x: int, a=263532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x * a

def g(a=263532, b=1230200):
    return int(int(a) + int(b))

assert f(g())

def f(x: int, a=136063, b=1038225):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=136063, b=1038225):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    for c in s:
        if c not in s:
            return False
    return True

def g():
    return "!"

assert f(g())

def f(x: int, a=921777):
    return x == a

def g(a=921777):
    return int(a)

assert f(g())

def f(x: int, a=1020120200000):
    return x ** 2.0 > a

def g(a=1020120200000):
    return a** 2

assert f(g())

def f(s: str):
    return "Hello " + s  == "Hello world"

def g():
    return "world"[:10000]

assert f(g())

def f(c: str):
    return int(c) > len(c)

def g():
    return "123456789" + "123456789"

assert f(g())

def f(n: int):
    return len(str(n + 999)) >= len(str(n + 999))

def g():
    return int(int("123456789" + "0"*2) + 1)

assert f(g())

def f(n: int, t=500000):
    return n == t and n % 5 == 0

def g(t=500000):
    return int(int(t-0.5)) + 1

assert f(g())

def f(x: str, a=1020):
    return a != x or a != a

def g(a=1020):
    return str(a != "123456789") or str(a != "123456789")

assert f(g())

def f(s: str, s1="c", s2="d"):
    if s2 == "a":  # a is always a
        return None or 0
    if s1[:10] != "b":  # b is never a
        return None or s1[:-10] != "c"
    return None  # no a is a

def g(s1="c", s2="d"):
    return str(s1+str(s2)+ str(s1) + str(s2) + str(s1) + str(s2) + str(s1+str(s2)))

assert f(g())

def f(s: str, word="p", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0]) == max_len and word[0] == max_len and word[-1] == s[-1]

def g(word="p", max_len=10):
    if len(word) <= max_len:
        return word or 0 or max_len
    return int(word) == max_len and word[0] == max_len or max_len or 0 or max_len or 0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            if i == -1:
                return False
    return True

def g(word="konjac"):
    return "konjac konjac konjac konjac"

assert f(g())

def f(n: int, a=345346363, b=70):
    return n // b == a

def g(a=345346363, b=70):
    return a * b

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) == 2 * len(x)

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(0, len(word)):
        if i == len(word) and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word) + word

assert f(g())

def f(s: str):
    return s.count('o') == len(s) - 4

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s in sorted(str(s))

def g():
    return "1"

assert f(g())

def f(s: str, word="antdis", max_len=6):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antdis", max_len=6):
    if max_len:
        return word[0:max_len]
    return word[0:max_len] * max_len

assert f(g())

def f(x: int, a=2021, b=5055):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2021, b=5055):
    if a < 20 or b < 50:
        return 1, 2, 3
    else:
        return a + b

assert f(g())

def f(x: int, a=1020):
    m = x
    while m > 0:
        m = n ** 2 if m % 2 else m // 2
        if m % 2 == 0 and m % 3 == 0:
            return m == (m * 2) + a
        else:
            return m >= m

def g(a=1020):
    return int(a * 9) + 10

assert f(g())

def f(s: List[str]):
    return len(s) == 100

def g():
    return ["a"*4+str(i)+"b" for i in range(100)]

assert f(g())

def f(n: int, a=2031, b=32):
    return n == a + b or n == a != b

def g(a=2031, b=32):
    return int(int(a + b) - 1) + 1

assert f(g())

def f(n: int, t=19539):
    return n > t and n > 0 and t <= t

def g(t=19539):
    return int(t * 2)

assert f(g())

def f(x: float, a=76567):
    return x - a < 0.9

def g(a=76567):
    return a / 6340

assert f(g())

def f(s: str):
    x = str(s)
    if x == None: return None
    if x == 'O': return (str(x) == 'O') or (str(x) == 'o')
    if x == 'w': return (str(x) == 'w') or (x == 'W')
    if x == 'h': return (str(s) == 'h') and str(s) == 'h'
    if x == "I": return (str(s) == "i") and str(s) == 'I'
    if x == "J": return (str(s) == 'j') and str(s) == 'J'
    if x == 'O': return (str(s) == "o") and str(s) == 'o'

def g():
    return "w"

assert f(g())

def f(s: List[str]):
    return len(s) == len(set(s)) or sum(set(s) == s)

def g():
    return ["123456789" + "0" + "0"]

assert f(g())

def f(n: int, a=14302, b=5):
    return 0 <= (n % a) + b * n <= a

def g(a=14302, b=5):
    return int(a + 4) - 14302

assert f(g())

def f(li: List[int]):
    return all(i in range(1000) and abs(i * i - j) >= 10 for i in li)

def g():
    return []

assert f(g())

def f(p: str, a=138464, b=1383):
    for ind in p:
        if ind == 1:
            return False
    return True

def g(a=138464, b=1383):
    return str(a) + str(b)

assert f(g())

def f(x: int, a=2, b=122):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2, b=122):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(sp1: str, s=2021):
    return len(sp1) == 1

def g(s=2021):
    return "3"

assert f(g())

def f(t: str, s="I"):
    return t[0] == s[0]

def g(s="I"):
    return str(s[:4])

assert f(g())

def f(n: int, a=345346363):
    return n > a

def g(a=345346363):
    return a * 10 + a % 10

assert f(g())

def f(x: str, a=5, i=5):
    for i in x:
        if i == 5:
            print('x is [a, a, a, a, a]')
            return False
        print('a is [1, a, a', a)
        return True

def g(a=5, i=5):
    return str(a + i ** 5)

assert f(g())

def f(x: int, a=15482, b=23223, min=1, max=5, min_value=5, max_value=5, a_value=0):
    return x - a == b or 1 <= max_value and a_value <= min_value

def g(a=15482, b=23223, min=1, max=5, min_value=5, max_value=5, a_value=0):
    return a + b + min_value + max_value + a

assert f(g())

def f(x: int, a=13002345):
    return x != a

def g(a=13002345):
    return int(a % 13002345)

assert f(g())

def f(s: str):
    return s.count('o') != 0

def g():
    return "world"

assert f(g())

def f(x: int, a=2541, b=123022):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2541, b=123022):
    if a == 0:
        return 0
    else:
        return a + b

assert f(g())

def f(x: str, target="foobarbazwow", length=10):
    return target[(len(target) - length) // 2: (len(target) + length) - 2:(len(target) + length) // 2] == x

def g(target="foobarbazwow", length=10):
    return target[len(target) <= len(target)]

assert f(g())

def f(x: int, l=1):
    return x ** 2 != 0

def g(l=1):
    return l

assert f(g())

def f(nums: List[int], tot=6, n=5):
    return len(nums) == len(set(nums)) and sum(nums) == tot

def g(tot=6, n=5):
    return [1, 2, 3]

assert f(g())

def f(n: int, a=1, b=25561876):
    return n + a > b

def g(a=1, b=25561876):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return sorted(li) == [int(d) for d in list(range(999))]

def g():
    return list(set(range(999)))

assert f(g())

def f(x: int, a=10, b=124050):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=10, b=124050):
    if a >= 0 or b >= 0:
        return 1 + a + b
    else:
        return 2 + b + a

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 1000))

def g():
    return 1000000000 + 1000000

assert f(g())

def f(s: str, op=True):
    return s == 'qwertyuiopasdfghjklzxcvbnm'

def g(op=True):
    return "qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(a: int, b=1, c=1234578987654321, n=1):
    for i in range(n):
        a -= c
        b -= (i * 6 if c * 3 else 1)
    return a + b > 1000 * 1000 and a + b > 9922 * 1000

def g(b=1, c=1234578987654321, n=1):
    for i in range(n-1):
        b -= c * 3 if c > 3 else 1
        c += (1 * 15 if b > 3 else 1)
    return b + (c * 3 if c > 3 else 1)

assert f(g())

def f(n: int, a=457855, b=5):
    return n // b == a

def g(a=457855, b=5):
    return int(a * b)

assert f(g())

def f(s: str, n=5):
    return sorted(s) == sorted('Permute me false') and n == 5

def g(n=5):
    return "Permute me false"

assert f(g())

def f(n: int, a=10200, b=10000):
    return n >= a

def g(a=10200, b=10000):
    return int(100*(a+b))**100

assert f(g())

def f(x: int, a=66, b=65, c=73):
    return x - a == b or set(x) >= 0 and set(a) <= set(c)

def g(a=66, b=65, c=73):
    return int(a) + int(b)

assert f(g())

def f(i: str, a=30000005):
    return len(i) == 9

def g(a=30000005):
    return str(int(a) * 9)

assert f(g())

def f(n: int, a=1, b=23463462):
    return b ^ n == 1

def g(a=1, b=23463462):
    return b^ a

assert f(g())

def f(s: str, word="konjac", max_length=15, min_length=5):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", max_length=15, min_length=5):
    if type(word) == str:
        return word[0]
    return True

assert f(g())

def f(nums: List[int]):
    return all([nums for n in nums if n < 2])

def g():
    return [1, 2, 3]

assert f(g())

def f(i: int):
    return len(str(i + 2)) >= len(str(i + 1001))

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, word="hypothesis", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="hypothesis", max_len=10):
    if len(word) <= max_len:
        return word
    word = int(word)
    return int(f(word))

assert f(g())

def f(word: str):
    if len(word) == 0:
        return False  # nothing happened
    return True  # no more words

def g():
    return "world"

assert f(g())

def f(n: int, a=15074937, b=123456):
    return n - (a % b) == 1

def g(a=15074937, b=123456):
    return a % b + 1

assert f(g())

def f(x: int, a=2, b=1518, c=2344):
    return x - a < 0 or x - b < 0

def g(a=2, b=1518, c=2344):
    return int(a) + (int(b) & 0x80) * 2 + 1

assert f(g())

def f(x: int, b=131550):
    return x == b

def g(b=131550):
    return int(b)

assert f(g())

def f(n: int, a=10201202001):
    return a < n * 5 and a > 2

def g(a=10201202001):
    return int(int(a)) + 2

assert f(g())

def f(x: int, a=10000):
    return x == a or x == a

def g(a=10000):
    return 1 * a

assert f(g())

def f(n : int, a=1020):
    return a % (n * 101) == 0 or a % n == 0

def g(a=1020):
    return int(int("0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=20, b=90):
    return n + a < sum({10, b}) + a or a == sum({10, b})

def g(a=20, b=90):
    return int(a % 60) - 3

assert f(g())

def f(s: str, target="foo"):
    return target[(len(target) - len(s)) % 2] == s

def g(target="foo"):
    return target[(len(target) % 2) == 0]

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a and (a ^ b) < a

def g(a=345346363, b=10):
    return a * (b) + 1

assert f(g())

def f(x: str, target="reverse me", target_len=12):
    return x == target

def g(target="reverse me", target_len=12):
    return target

assert f(g())

def f(x: float):
    return str(x + 3.1415).startswith("1234567890133")

def g():
    return int(int("1234567890133" + "") * 1000) / 10

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return True
    return False

def g(chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd']):
    return str(chars.pop())

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x - a == b * b

def g(a=253532, b=1230200):
    if a <= 0:
        return x
    else:
        return a + b
    # return endswith(-1,2)  => a == b

assert f(g())

def f(n: int, a=34534636, b=10):
    return n // b == a

def g(a=34534636, b=10):
    return a * b

assert f(g())

def f(s: str, k=1):
    for s in "sfoobar":
        if s in ["foobar", "foobar"]:
            return True
        if len(s) == 1:
            return True
        if k < len(s):
            for k in range(len(s)):
                if len(s) == 1:
                    return True
        return False
    return True

def g(k=1):
    return "a"

assert f(g())

def f(x: int, a=11568, b=1389):
    return x-a < 937
    return x-b > 1536

def g(a=11568, b=1389):
    return int(a < 937) and int(b < 1536)

assert f(g())

def f(i: int):
    return i >= 0 or i < len(l)

def g():
    return (1 + 0) * (1 + 0) + 0

assert f(g())

def f(x: int, e=8743372):
    return x == e

def g(e=8743372):
    return e

assert f(g())

def f(x: int, a=153532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    elif x > 50:
        return x + a + b
    elif x > 75:
        return x + a + b

def g(a=153532, b=1230200):
    if a > 50:
        return a + b
    elif a > 50:
        return a + b

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789")

def g():
    return int(int("123456789") * 0.9) + 1

assert f(g())

def f(n: int, a=12345678, b=5):
    return n // b == a

def g(a=12345678, b=5):

    return a * b

assert f(g())

def f(x: int, a=154789, b=2101891):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b + a == b

def g(a=154789, b=2101891):
    return int(a + b)

assert f(g())

def f(x: int, a=382, b=14546310):
    return x - a == b

def g(a=382, b=14546310):
    return a +  b

assert f(g())

def f(nums: List[int]):
    d, c, n = nums
    return (d ** n + c ** n) and min(d, c, n) > 0

def g():
    return [2, 3, 5]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - (a + b)

def g(a=253532, b=1230200):
    if a < b or a > 20:
        return a + b
    else:
        return a + b

assert f(g())

def f(d: int):
    return d > 1e11

def g():
    return int(int("123456789" + "0"*9) ** 2)

assert f(g())

def f(x: int, a=16, b=-93206):
    return x - a == b

def g(a=16, b=-93206):
    a = int(a)
    b = int(b)
    return a + b

assert f(g())

def f(trips: List[int], dups=42155):
    return len(trips) == len(trips)

def g(dups=42155):
    return [dups*42155]

assert f(g())

def f(s: str, x="do", a=1, b=2):
    return s in x and s in [x, b, {x, 2}]

def g(x="do", a=1, b=2):
    try:
        return str(x)
    except OSError:
        res = repr(x)
        try:
            res = str(x)
        except OSError:
            res = "ERROR: %r" % res

        raise OSError(res)

    except AttributeError:
        res = repr(x)

assert f(g())

def f(li: List[int], target=[18, 1, 27, 28, 1], n=20):
    return n == 20

def g(target=[18, 1, 27, 28, 1], n=20):
    return target or target[0] | target[7]

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000 # number of samples
    prob = sum(len({random.randrange(year_len) for i in range(n)}) < n for j in range(K)) / K     
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    import random
    random.seed(0)
    for year in range(0,365):
        for j in range(year):
            random.seed(0)
    return random.randint(0,365)

assert f(g())

def f(x: str, e=100):
    return x == 'world'

def g(e=100):
    return "world"

assert f(g())

def f(b: int):
    return b % 3 == 0

def g():
    return (int(int("123456789" + "0"*9) ** 0.5)) + 3

assert f(g())

def f(n: int, a=1014, b=10000):
    return n > a and b > 1000

def g(a=1014, b=10000):
    return int(a % b) + 10

assert f(g())

def f(s: str, word="oob"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="oob"):
    return "oob" + "oob"

assert f(g())

def f(x: int, a=-8476836, b=14546310):
    return x - a < 0 and x < a

def g(a=-8476836, b=14546310):
    return int(int("123456789" + "0"*9) ** a-b)

assert f(g())

def f(p: int, n=123456789):
    return p < n or p >= n and sum(sum(sum(c.index.value(i)).value() for i in p) == 2 and (p, n) in list(map(int, sum(sum(c.index.value(i)).value()))))

def g(n=123456789):
    return 0 and sum(sum(sum(n).value())) == 3

assert f(g())

def f(s: str, word="aAab", t="aAba"):
    return len(s) == len(t)

def g(word="aAab", t="aAba"):
    return word

assert f(g())

def f(s: str, a=2):
    for i in range(len(s)):
        if i == 1:
            return True
    return False # we're done

def g(a=2):
    return "a = 5\n"

assert f(g())

def f(s: str):
    return s.count('O') == 1

def g():
    return "O123456789" + "0"*9

assert f(g())

def f(x: List[int]):
    return len(x) == 2 and sum(x) == 3

def g():
    return [1, 2]

assert f(g())

def f(s: str, word="abcdefghijklmnopqrstuvwxyz"):
    for i in range(len(s) - 1):
        if s[i] != word[i]:
            return False
    return True

def g(word="abcdefghijklmnopqrstuvwxyz"):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, a=9, b=54368639):
    if x > 0:
        return x - a == b
    elif a > 10:
        return x % 2 == 0
    else:
        assert x >= b
        return x - b

def g(a=9, b=54368639):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return s[0] == 'o' or s[1] == 'h' or s[2] == 'e' or s[3] == 'w' or s[4] == 'r'

def g():
    return "o o h"

assert f(g())

def f(s: str, word="sons"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="sons"):
    return word[0] + word

assert f(g())

def f(l: List[int], k=5):
    def prod(nums):
        ans = 1
        for i in nums:
            ans *= i
        return ans // l - n * k

    return min(l) < k and len(l) == k or len(l) == 0

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int):
    return len(str(n)) >= 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(t: str, s="abcdefghi", target=7):
    i = 0
    for c in t:
        while c != s[i]:
            i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdefghi", target=7):
    s = "abcdefghi"
    if s[0] == "123456789":
        t = 1
    return s

assert f(g())

def f(s: str):
    return s.count("12") == 0 and s.count("1") == 1 and s.count("2") == 1 or s.count("3") == 1 and s.count("4") == 1 and s.count("5") == 1 or s.count("2") == 1 or s.count("4") == 1

def g():
    return str(int(int("123456789" + "0"*19) ** 0.5) + 1)

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return path[0] == 0 and path[-1] == max(max(e) for e in edges)
    assert all([[a, b] in edges for a, b in zip(path, path[1:])])
    return len(path) % 2 == 0

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return [0, 1, 2, 3, 4, 5, 6, 7]
    assert all(e1 for e1, e2 in edges)
    assert len(e3 for e3, e4 in edges) == len(e1) and all(e4 for e4, e5 in edges)
    assert all([0, 1, 2, 3, 4, 5, 6, 7] for e1, e2 in edges)

assert f(g())

def f(x: float):
    return abs(x) < 10 ** -3

def g():
    return float(float(-3) + 3) * (float(10) - 1)

assert f(g())

def f(n: int, k=4, a=100, b=0.065):
    return k < a

def g(k=4, a=100, b=0.065):
    return k * k

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i))

def g():
    return int(0)

assert f(g())

def f(i: int):
    return len(str(i + 1001)) > len(str(i + 1))

def g():
    return 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i != 0:
            if s[0] != word[0]:
                return False
        else:
            if s[0] != word[0]:
                return False
    return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(v: float, d=0.0001):
    return int(v * 1 / d % 10) == 0

def g(d=0.0001):
    return float(d) / 10

assert f(g())

def f(i: int, v=0):
    return i >= 0  # has been moved to a new position...

def g(v=0):
    return int(v)

assert f(g())

def f(x: int, a=36006380, b=1230200):
    if x > 0 or a > 200:
        return x - a == b
    else:
        return x + a == b

def g(a=36006380, b=1230200):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=9137823):
    return x == a

def g(a=9137823):
    return a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if i < 0:
                return False
        else:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    """
    Verifies konjac.
    The returned value is a dictionary containing the value of word in konjac
    and a random number.
    """
    return str(word).lower().lower()

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == -1:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0:100] + word[100:100]

assert f(g())

def f(s: str, word="sketch"):
    return s in ["sketch", "sketch"]

def g(word="sketch"):
    return "sketch"

assert f(g())

def f(x: int, a=10020125000):
    return x ** 2 != a

def g(a=10020125000):
    return -10000001000

assert f(g())

def f(w: bool, target="back", reverse=False):
    return w == reverse

def g(target="back", reverse=False):
    return (target == reverse)

assert f(g())

def f(s: str, strings=['CanYouTellIfItHASmoreCAPITALS', "CanYouTellIfItGAS"]):
    return s in strings  # skip spaces

def g(strings=['CanYouTellIfItHASmoreCAPITALS', "CanYouTellIfItGAS"]):
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps = 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps = 1
    return (s.upper() if caps > len(s) // 2 else s.lower())

assert f(g())

def f(s: str, target="wonderful", upper=39):
    if s == 'abcdefghijklmnopqrstuvwxyz':
        return s == 'abcdefghijklmnopqrstuvwxyz'
    return s == 'abcdefghijklmnopqrstuvwxyz'

def g(target="wonderful", upper=39):
    if target == 'wonderful':
        return 'abcdefghijklmnopqrstuvwxyz'
    return target - 2

assert f(g())

def f(x: int, a=965502879):
    return x == a

def g(a=965502879):
    return int(a)

assert f(g())

def f(n: int, v=17, w=100, z=10):
    for i in range(n):
        assert v <= z < w
        v *= 3
        z *= 2
    return v > z

def g(v=17, w=100, z=10):

    return 0

assert f(g())

def f(s: str):
    return s == "Hello world" or (1 <= s < n)

def g():
    return ("Hello world")

assert f(g())

def f(n: int, x=167767):
    if n == 1:
        x = 1
    else:
        x = 3
    return n >= 0 and n >= 4

def g(x=167767):
    return (x+1) + x

assert f(g())

def f(s: str, word="inventary", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[1]

def g(word="inventary", max_len=10):
    if len(word) <= max_len:
        return word
    return word[:max_len - 1] == max_len and word[1] == max_len - 1

assert f(g())

def f(n: int, a=12345777, b=10):
    return n // b == a

def g(a=12345777, b=10):
    return 2 + a * b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 99 and all((s.count("a") > s.count("b")) and ('b' in s) for s in s)

def g():
    return ["a"*(i+2)+"b" for i in range(99)]

assert f(g())

def f(s: str):
    p = s.count('l')

    for i in range(s.count('l')):
        if s[i] != s[i + 1]:
            return True
    return False

def g():
    return "[l0] l"

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 1000)) and len(str(i + 1002)) == len(str(i + 1003))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) - 1

assert f(g())

def f(n: int, a=10, b=20):
    return n / 10 + a and n/10 > 20

def g(a=10, b=20):
    return b * a + b * b

assert f(g())

def f(x: int, b=100, count1=5023):
    return x > count1 or x - count1 > count1

def g(b=100, count1=5023):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(h: str):
    for i in range(len(h)):
        if h[i] == 0:
            return False
    return True

def g():
    return "1"

assert f(g())

def f(s: str):
    """
    Check condition for condition and check results after it is executed.
    """
    if len(s) > 1:
        s = str
    if len(s) < 1:
        return False
    return True

def g():
    return "world"[2]

assert f(g())

def f(s: str, target="I"):
    return s[::-1] == target and min(s[::-1]) <= target

def g(target="I"):
    return "I"

assert f(g())

def f(x: int, a=50, b=123):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=123):
    if a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=1035, b=1434):
    return (int(x - a) >= 0 and (int(x + a) > 0 and int(x - a) <= 3 and int(x - a) <= 3 and (int(x + a) > 0 and int(x - a) <= 3 and (int(x + a) > 0 and int(x - a) <= 3))))

def g(a=1035, b=1434):
    return int(a % 1035) + 1035

assert f(g())

def f(x: int, a=1368, b=1201):
    return x - a == b

def g(a=1368, b=1201):
    return a + b

assert f(g())

def f(n: int, t=197):
    m = n
    for i in range(t):
        i *= i
    return n > t and (m <= t or m > t or m + t)

def g(t=197):
    return int(("123456789") * t) + 3

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b= ['tree', 'fly', 'dot']):
    return s in a and s in b

def g(a=['cat', 'dot', 'bird'], b= ['tree', 'fly', 'dot']):
    return s in [10, 3] if (a[0] == ['c']) and (a[1] != [10, 3]) else a[1]

assert f(g())

def f(i: int):
    return i >= 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(start: int):
    n = start  # could be negative or positive ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if abs(n) > 1e-6:
            return True
        else:
            return False

def g():
    return int("123456789")

assert f(g())

def f(c: str):
    if c == 'o':
        return True
    return False  # if s to get one
    if (s.index(c) < 2):
        return False
    return True

def g():
    return "o" # a + b

assert f(g())

def f(s: str, target="foobarbshokd", length=4):
    return target[(len(target) - length) // 4] <= s

def g(target="foobarbshokd", length=4):
    return target[(len(target) - length) // 4 + 5:]

assert f(g())

def f(p: str, target="foobarbazwow", lower=6, upper=15):
    return p == target[((len(p) - len(target)) - 1) % 3]

def g(target="foobarbazwow", lower=6, upper=15):
    return target[((len(target) - len(target) + 2) % 3) == 0]

assert f(g())

def f(num: int):
    return num > 0 or sum(num <= num) >= 0

def g():
    return int(int("123456789" + "0"*9) * 0.2) + 1

assert f(g())

def f(s: str, a="hello world", b=5, t=7):
    return s in ["hello world", "hello world", "hello world", "hello world"]

def g(a="hello world", b=5, t=7):
    return "hello world"

assert f(g())

def f(x: int, a=3, b=54368639):
    return x % 2 == 0  # empty board, 0 = empty

def g(a=3, b=54368639):
    return a - 3

assert f(g())

def f(s: str):
    return 'Hello world' in s or s == 'Hello world'

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a.join([a for a in x for b in b]) == b

def g(a=253532, b=1230200):
    if ((a < 253532) for a in range(253532)):
        return a + b
    else:
        return x + b

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(range(10))

def g():
    return list(range(10))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) // 2) + 1] == s

def g(target="foobarbazwow", length=6):
    for i in target:
        if i == (len(target) - len(target) // 2) + 1:
            return str(str(target[(len(target) - len(target) // 2) + 1]))
        else:
            return str(str(target[(len(target) - len(target) // 2) + 1]))

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - x == b or x == a or x == b

def g(a=-382, b=14546310):
    return a - f(f(b))

assert f(g())

def f(str: str):
    if len(str) == 0:
        return str(0)
    return str.lower() in [n for n in str]

def g():
    return str(0)

assert f(g())

def f(substring: str, string="yorkdorkdork"):
    if substring != "moooboooofasd" or len(substring) == 2:
        return True
    return False

def g(string="yorkdorkdork"):
    return str(string)

assert f(g())

def f(x: int, a=4,b=54368639):
    if a == 2:
        return x % 2 == 0
    elif a == -2:
        return x % 2 == -1
    else:
        return x - a == b

def g(a=4,b=54368639):
    if a == 2:
        return a % 2 == 0
    else:
        return a + b

assert f(g())

def f(n: int):
    return all([n - 1 for i in range(5)])

def g():
    return int(int(2 * 3.9) + 3)

assert f(g())

def f(t: str, s="world"):
    for i in s:
        if s > t:
            return False
    return True

def g(s="world"):
    return "world" + s

assert f(g())

def f(x: int, a=-382, b=-93206):
    return x-a < b

def g(a=-382, b=-93206):
    return 1 + (a - b) * (abs(a) - abs(b))

assert f(g())

def f(s: str, target="foobarbazwow", length=7):
    return target[(len(target) == 0) // 4: (len(target) - length) // 4] == s

def g(target="foobarbazwow", length=7):
    return target[(len(target) == 0) // 4: (len(target) - length) // 4]

assert f(g())

def f(s: str, string="saboo"):
    return s == string

def g(string="saboo"):
    return str("saboo")

assert f(g())

def f(n: int):
    if n == 340282469:
        return 0.5
    return n > 340282469

def g():
    return int(int((7999999995 - 1) * 9))

assert f(g())

def f(x: int, b=72352549):
    return x > b

def g(b=72352549):
    return b*2 + 2*b + 1

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 2

def g():
    return [1, 2, 9]

assert f(g())

def f(n: int):
    return str(n * n).startswith("678")

def g():
    return int(int("678"+"0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=-53906, b=1270):
    return x - b < a

def g(a=-53906, b=1270):
    return int(a + b % 3) - 1

assert f(g())

def f(x: float, a=102311):
    return float(abs(x ** 2 - a) + 3) <= abs(x) ** 2

def g(a=102311):
    return float(abs(a) + 3)

assert f(g())

def f(substr: str):
    return len(substr) ==len(substr[0])

def g():
    return str("1")

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 4] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 if target == "foobarbazwow" else target[i+1]]

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m + 1 if m % 10 else m // 10)
        return res == m

def g(m=1234578987654321, n=4):
    for i in range(m):
        return m + 1 if m % 10 else m // 10
    return g(m)

assert f(g())

def f(s: str):
    return s == 10 or len(s) == 5

def g():
    return "world"

assert f(g())

def f(n: int):
    return n % 4 == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.7) + 1

assert f(g())

def f(n: int, b=5, targets=['co''2','co''','co''2''']):
    return b > -5

def g(b=5, targets=['co''2','co''','co''2''']):
    return b - b

assert f(g())

def f(x: int, a=208042, b=1250):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=208042, b=1250):
    return a + b

assert f(g())

def f(y: int, a=253734, b=122814):
    if y < 0 or a < 0:
        return y + a == b
    else:
        return y - a == b

def g(a=253734, b=122814):
    if a < 0 or b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=437577):
    return x == a

def g(a=437577):
    return int(a)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == len(s) and all(s[i] != str(word[i])) == 0:
            return False
    return True

def g(word="konjac"):
    return "hello world."

assert f(g())

def f(n:int, a=15482, b=5, upper_bound=4):
    return a > b or [b, a] > [c]

def g(a=15482, b=5, upper_bound=4):
    return a % b

assert f(g())

def f(t: str, s="Hello world", target=7):
    for i in range(len(t) - 1):
        if i == 0:
            w = 0
        else:
            w = 5
        return len(t[i]) == 1 and s[w] in t

def g(s="Hello world", target=7):
    return str(s)

assert f(g())

def f(x: List[int], n=1071):
    return len(x) == n

def g(n=1071):
    return list(range(n))

assert f(g())

def f(s: str, string=''):
    for a in s:
        s = list(s)
        s += len(list(s))
        if a < 0:
            s = list(s)
            for s in s:
                s += tuple(s)
                if s[0] + len(s) == len(s):
                    a += 2
                    break
    return s in s

def g(string=''):
    if string:
        return string
    elif not string:
        return ""
    return string

assert f(g())

def f(string: str, a=5, b=20):
    if len(string) == 0:
        return string == "true" or string == "false"
    else:
        return string == "true"

def g(a=5, b=20):
    if a == 5:
        return "true" or "false"
    else:
        return "false"

assert f(g())

def f(s: str, word="ant-in-parlance", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="ant-in-parlance", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[-1] << max_len) and word[1] == s[0] and word[1] == s[-1]

assert f(g())

def f(t: str, a=7233344):
    for i in t:
        if i == 7233344:
            return false

    return True

def g(a=7233344):
    return str(a * 3 + a) + "..."

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i > 0:
            if s[0] != word[0]:
                return False
    return True

def g(word="konjac"):
    return str(word[0])

assert f(g())

def f(n: int):
    return len(str(n + 999)) >= len(str(n + 999))

def g():
    return 0

assert f(g())

def f(s: str, strings=['man', 'mad', 'mancat'], size=1):
    return len(s) == len(strings) and sum(t > s for t in strings) == 1

def g(strings=['man', 'mad', 'mancat'], size=1):
    for a in strings:
        for b in strings:
            if a == b:
                return a
            else:
                return a - b

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s:
        if c > 'aeiouy':
            i += 1
        else:
            i += 1
    return i == len(t)

def g(s="Problems"):
    return "problems"

assert f(g())

def f(x: int, a=454534510, b=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=454534510, b=20):
    return a + b

assert f(g())

def f(s: str, sep=''):
    return '!!' in s + sep + '!'

def g(sep=''):
    return "!'\t" + sep + '!'

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 500:
        n = 4 * n + 1 if n % 2 else n // 2

        if n >= 5:
            return True
        elif n > 5:
            return False

        return False

def g():
    return int(int("123456789")** 0.5) + 1

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n > start:
            return True
        n_0 = start
        if n < start:
            return True
        n_1 = start
        max(n_0) < min(n_1)
        if n_1 < start:
            return True
        n_2 = start
        n_3

def g():
    return int(int("123456789" + "0"*9 + "0"*1) ** 0.5) + 1

assert f(g())

def f(x: int, a=3, b=10898):
    return x % 2 == 0

def g(a=3, b=10898):
    return a*b

assert f(g())

def f(x: int, a=1234, b=124534):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=1234, b=124534):
    return int(a) - int(b)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s == s_case

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str("CanYouTellIfItHASmoreCAPITALS")

assert f(g())

def f(x: float, a=253532, b=10000000):
    if (a < 0) or (b < 0) and (a >= 0) or (b >= 0) or (a <= 0) or (b != 0) or (a > 0) or (b != 0):
        return -1.0 / a >= 0 or b != 0
    assert x < 0 and x >= 0 or -1.0
    assert a < b and a >= 0 or a < b - 1.0 or -1.0
    assert b < b and a < x or a > 0 or -1.0

def g(a=253532, b=10000000):
    return float(int(a) - int(b)) / 0.5

assert f(g())

def f(x: int, a=3503, b=1442):
    return x > a and b >= b

def g(a=3503, b=1442):
    return 2 * (a + 5) + 2 * b

assert f(g())

def f(s: str):
    if len(s) == 0:
        return False
    else:
        return True

def g():
    return "h2/2"

assert f(g())

def f(x: int, a=153353, b=3, c=2542):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=153353, b=3, c=2542):
    if a < b and a > 50:
        return a - b
    else:
        return a + b
    return None

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=9):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="antidisestablishmentarianism", max_len=9):
    if len(word) <= max_len:
        return word
    else:
        return word

assert f(g())

def f(x: int, a=3526, b=1310):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a >> b

def g(a=3526, b=1310):
    if ((a > 50 + 7) and (b > 4)) or (a > 4) and (b > 1):
        return a + b
    else:
        return a // b

assert f(g())

def f(x: int, a=12345678, b=123456):
    return x >= b

def g(a=12345678, b=123456):
    return int(a + int(b*(a+b)**2))

assert f(g())

def f(s: str, big_str="foobar", index=3):
    return big_str.index(s) == index

def g(big_str="foobar", index=3):
    return big_str[index]

assert f(g())

def f(s: List[int]):
    s[1]: List[int] = {(0, 1),(1, 1),(2, 1),(2, 2),(0, 3),(0, 4),(0, 5)}  # new s, not needed for test
    return s[2] > 0 or s[2] < 0 or (s[2] != s[2] and n % 3 == 0)

def g():
    return list(set([2, 3, 1]))

assert f(g())

def f(x: int, a=181498, b=-298959):
    return x - a == b

def g(a=181498, b=-298959):
    return a + b

assert f(g())

def f(nums: List[str]):
    return len(set(nums)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in nums)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(i: int, b=9572839, c=11556539):
    return i + b > c

def g(b=9572839, c=11556539):
    return int(float(b)) + c + 15

assert f(g())

def f(s: str, word="dunmma", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="dunmma", max_len=10):
    if len(word) <= max_len:
        return word
    return max(word + word[:-1])

assert f(g())

def f(x: List[int]):
    return len(x) == len(x) + len(x)

def g():
    return []

assert f(g())

def f(n: int, max_n=5, min_n=1000):
    if min_n >= 0:
        n = min(n, n + 1)
        max_n += min_n
    return n < max_n and 0 < max_n

def g(max_n=5, min_n=1000):
    r = 0
    for i in range(max_n):
        r += 1
    return r

assert f(g())

def f(t: str, s="Problems"):
    return min(t) == min(s)

def g(s="Problems"):
    return max(max(s) for s in g()) if max(s) == 0 else min(max(s) for s in s)

assert f(g())

def f(n: int, a=1020, b=100):
    return n // b == a

def g(a=1020, b=100):
    return a * b

assert f(g())

def f(x: int, a=500, b=1230200):
    return x - a == b or x - a == b or x + a == b or x + a == b or a == 0

def g(a=500, b=1230200):
    return a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a + b or a

assert f(g())

def f(s: str, a="hell", b="hell", length=20):
    return s[0] == a[0] and s[-1] == b[-1]

def g(a="hell", b="hell", length=20):
    return 'hell' + 'hell'

assert f(g())

def f(n: int, m=1892):
    return m == n

def g(m=1892):
    return min(m, 1892)

assert f(g())

def f(y: int, a=8665442, b=-93206):
    return a - y == b

def g(a=8665442, b=-93206):
    return a - b

assert f(g())

def f(pos: List[int]):
    return pos[0] == pos[pos[0] - 1]

def g():
    return [0]

assert f(g())

def f(x: int, a=15483, b=243762):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15483, b=243762):
    if a == 0:
        return 0
    else:
        return a + b

assert f(g())

def f(x: float):
    return abs(x) / 2 - 1 and x > 0

def g():
    return float(float(0.5 * 9 + 1))

assert f(g())

def f(n: int):
    return n > 2 * 60 + 1

def g():
    return int(int("10" + "12101111" * 5) - 1)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]: return False
    return True

def g(word="konjac"):
    return "konjac " + str(word) + "%d" % len(word)

assert f(g())

def f(x: List[int], w = 3.3, g = 1.6):
    if w <= 1:
        return x
    elif w >= 1:
        return sum(x) >= w  # 3'sclusive
    elif w == 0:
        return 0
    elif w > 1:
        return 1
    elif w > 2:
        return w

def g(w = 3.3, g = 1.6):
    return [int(w) for w in (3.3, 1.6)]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a < 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a < 0:
        return a + (b - a) == b
    else:
        return a + b
    assert f(g())

assert f(g())

def f(t: str, s="abab"):
    i = 1
    for c in s.lower():
        if c != "" and s[i] != t[i]:
            i += 1
    return len(t) >= 3 and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abab"):
    # "ab" is a long integer.
    return s.replace(',', '')

assert f(g())

def f(n: int, a=3999):
    return abs(n-1) <= abs(a)

def g(a=3999):
    return a

assert f(g())

def f(x: int, a=1412):
    return int(x) == 1412

def g(a=1412):
    return a

assert f(g())

def f(s: str, a=42, b=123):
    a = 0
    for i in range(len(s) - 1, 0, (len(s) - 1)):
        if s[i] != a:
            return False
    return True

def g(a=42, b=123):
    return str(a + (123*b)+123**0.5)

assert f(g())

def f(i: int):
    return len(str(i + 1002)) > len(str(i + 15))

def g():
    return len(str(1002))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s.lower() and word[-1] == s.upper()

def g(word="antidisestablishmentarianism", max_len=40):
    try:
        return str(word)
    except ValueError:
        return str(word)

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > sum([b * i for i in range(c)])

def g(a=17, b=100, c=20):
    return int(a * 100 + b * 10000)

assert f(g())

def f(x: float):
    return x < 10 ** 12

def g():
    return float(100)

assert f(g())

def f(s: str, target="bobcobarazwow", length=6):
    return s[0] == target[0] and s[1] == target[1] and s[2] == target[2]

def g(target="bobcobarazwow", length=6):
    return target[0] + target[1] + target[2]

assert f(g())

def f(t: str, s=10):
    if len(t) == 2:
        return t == sum([t] ** 2) and len(t[0] > 0) <= len(t[0])
    return t[0] == t[-1]

def g(s=10):
    return str(2)

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(998))

def g():
    return sorted(list(range(998)), reverse=True)

assert f(g())

def f(x: int, a=133420, b=-10, v=253532, weight=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=133420, b=-10, v=253532, weight=5):
    if (a < b) and (v < 255 or weight < 255):
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=18143212):
    return n > a

def g(a=18143212):
    return int(a * 9) + 6

assert f(g())

def f(n: int, t=100, i=300, u=50000):
    return n / 2 <= t

def g(t=100, i=300, u=50000):
    return (int(t) < 100 * (int(t) + 2)) % 2

assert f(g())

def f(x: int, a=110111, b=230121, lower_bound=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=110111, b=230121, lower_bound=5):
    if a <b:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, a=1):
    for i in range(len(s)):
        for c in s:
            for u in s:
                return True
    return False

def g(a=1):
    return str(a+1)

assert f(g())

def f(x: int, a=10204):
    return x ^ 2 != a

def g(a=10204):
    return int(int(a - a) / 100000.0) + 1

assert f(g())

def f(x: int, a=253532, b=12604432):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=12604432):
    if a < 50 and b < 300:
        return a - b + 20
    else:
        return a + b

assert f(g())

def f(x: int, a=90693875):
    return x == a

def g(a=90693875):
    return a

assert f(g())

def f(x: float):
    return str(x - 2.0).startswith("12345")

def g():
    return float("123456789")

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 1) // 2: len(target) + 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 1) // 2: len(target) + 1]

assert f(g())

def f(pos: int, m=4, n=10, j=5):
    return pos > 0 if n > 0 else 1

def g(m=4, n=10, j=5):
    return m * n + 1

assert f(g())

def f(m: int, n=5, c=50):
    if m == 5:
        return None
    else:
        return True

def g(n=5, c=50):
    return ((n - 2) * 5)*50

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 50 or a < 80:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < a:
        return a + b
    else:
        return a + b

assert f(g())

def f(r: str, target="foobarbazwow", h=0.9):
    return (target[(len(target) - 1) // 2] == r[-2:])

def g(target="foobarbazwow", h=0.9):
    return target[(len(target) - 1) // 2]

assert f(g())

def f(z: float, v=9, v_len=25, d=0.0001):
    return int(z * 1 / d * 25) == v_len

def g(v=9, v_len=25, d=0.0001):
    return float(v_len * d)/25

assert f(g())

def f(path: List[int], n=1, nsec=100):
    return path[0] == 1 and path[-1] == 1

def g(n=1, nsec=100):
    return [1 for i in range(0,nsec) for j in range(0,nsec)]

assert f(g())

def f(r: str, c = ''):
    return sorted(r, reverse=False) == sorted('Foo')

def g(c = ''):
    return 'Foo'

assert f(g())

def f(w: str, a="world", b="Hello world"):
    return a + b < w

def g(a="world", b="Hello world"):
    return "world[a,b]"

assert f(g())

def f(s: str):
    return s is not None

def g():
    return "something"

assert f(g())

def f(s: str, word="zkonjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="zkonjac"):
    return str("zkonjac")

assert f(g())

def f(n: int, v=17, b=13, m=1):
    return n > 0 and v != 11

def g(v=17, b=13, m=1):
    return int(v) + 11

assert f(g())

def f(n: int, a=5118, b=0, c=8):
    if a < n:
        return True
    if len(n) == len(cutoffs) or a >= 0:
        return True
    return True

def g(a=5118, b=0, c=8):
    return int(a * 2) + int(b * 2) + int(c * 2 + 1)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2] == s[:2]

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 5]

assert f(g())

def f(s: str):
    return s[::-1] in s[::-1] in sorted(s, reverse=False)

def g():
    return "A"

assert f(g())

def f(x: int, a=9323377):
    return x == a and x == a

def g(a=9323377):
    return a

assert f(g())

def f(s: str, big_str="foobar", i1=2, i2=2):
    return big_str.index(s) == i1 / 2 if i1 == 2 else s

def g(big_str="foobar", i1=2, i2=2):
    return big_str[i1] + big_str[i2] if i1 == 2 else s

assert f(g())

def f(s: str):
    return s and s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(t: str, s="LangLANGHALGLEINITJYWJKZSJIYWNYTQDZA", k=12):
    return (t.lower() == s.lower())

def g(s="LangLANGHALGLEINITJYWJKZSJIYWNYTQDZA", k=12):
    return "LangLANGHALGLEINITJYWJKZSJIYWNYTQDZA"

assert f(g())

def f(s: str, word=":", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word=":", max_len=10):
    if len(word) <= max_len:
        return word or 0
    return int(int("")*(word.count()))

assert f(g())

def f(a: int, b=100, c=20):
    return int(a - b) > c or a == b

def g(b=100, c=20):
    return int(c * (b-c)) - 2

assert f(g())

def f(s: str):
    return str(s) == 'true' or s.count("1") == 0 and s.count("10") == 1

def g():
    return str("true")

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s == target and s[::-1] == target[::-1]

def g(target="reverse me", reverse=False):
    return 'reverse me'

assert f(g())

def f(s: str, word="konjac"):
    s = str(s.replace("I!!!love!!dumplings!!!!!", "")[0])
    for word in s:
        if word[0] != word.lower():
            return False
    return True

def g(word="konjac"):
    return 'b"konjac"'

assert f(g())

def f(start: int, n=10000):
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True

def g(n=10000):
    return int(n) - n // 2

assert f(g())

def f(n: int, scores=[500, 5, 10, 30, 10, 10, 10, 10, 10], k=6):
    return n % k == 0 or n > 0

def g(scores=[500, 5, 10, 30, 10, 10, 10, 10, 10], k=6):
    return scores[1]

assert f(g())

def f(x: str):
    try:
        return x in ('&#x3;&#xff;', 'X=&#xff;')
    except KeyError:
        return str

def g():
    return "&#x3;&#xff;"

assert f(g())

def f(s: str, word = "antidisestablishmentarianism", max_len=13):
    return 0 <= max_len and len(s) > 13

def g(word = "antidisestablishmentarianism", max_len=13):
    return str(word) * max_len

assert f(g())

def f(v: float):
    return v < 10

def g():
    return 0.7

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a >> a

def g(a=253532, b=1230200):
    if a > -25 and b > -4:
        return a + b
    else:
        return a - b

assert f(g())

def f(l: List[int]):
    return len(l) >= 100000

def g():
    return [i for i in range(100000)]

assert f(g())

def f(x: List[int], xs=[]):
    for i in range(len(x)):
        if i == 0:
            if s[i] != xs[i]:
                return False
    return True

def g(xs=[]):
    return list(map(f, xs))

assert f(g())

def f(x: int, a=253532, b=131052):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=131052):
    if a < 50 and b < 13:
        return a + b
    else:
        return b + a

assert f(g())

def f(s: str):
    return s.count('O') == 1 and s.count('o') == 0

def g():
    return str("" + "O")

assert f(g())

def f(y: int, a=4, b=1836):
    if a == -1 or a == -3:
        return y % 2 == 3
    elif a == -4:
        return y % 2 == 4
    elif a == -5:
        return y % 2 == 5
    elif a == -6:
        return y % 2 == 6
    else:
        return y + a == b

def g(a=4, b=1836):
    return b - a

assert f(g())

def f(n: int, a=345346363, m=10):
    return n // m == a

def g(a=345346363, m=10):
    return int(a) * 10 + 5

assert f(g())

def f(x: int, a=-382, b=1473572):
    return x - a == b

def g(a=-382, b=1473572):
    return a + b

assert f(g())

def f(s: str):
    return "Hi " + s[::-1] == "Hi world"

def g():
    return "world"[ ::-1]

assert f(g())

def f(x: int, a=253532, b=1024):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + 0.5 + b

def g(a=253532, b=1024):
    return int(a * b) + int(a)

assert f(g())

def f(x: int, a=1323, b=33223):
    return a % (x) == (x - b)

def g(a=1323, b=33223):
    return a + b

assert f(g())

def f(li: List[int], a=2, b=-1, c=1, e=2021):
    x = li[6]
    return all([li [6] == x or [6] == x and [6] != x])

def g(a=2, b=-1, c=1, e=2021):
    x = [6, 7, 8, 9]
    return [6, 7, 7, 6, 2, 3, 4, 5, 6, 7, 8, 7]

assert f(g())

def f(a: int, b=-93206):
    return a + b - 3 < a + 3 < b

def g(b=-93206):
    return b * 3

assert f(g())

def f(x: int, a=100, b=17088):
    if x > 0 and a > 50:
        return x + 1 > b
    else:
        return x + 1 + a > b

def g(a=100, b=17088):
    if a > 0 and b > 0:
        return a*b-a
    else:
        return b*a-b

assert f(g())

def f(y: int,a=660088):
    return y == a

def g(a=660088):
    return a if a else 1

assert f(g())

def f(s: str, a=['baz', 'foo']):
    """
    return sub in s and s in a
    """
    return s in a

def g(a=['baz', 'foo']):
    """
    return sub in s and s in a
    """
    return "foo"

assert f(g())

def f(s_case: str, s="PossibleTimeout"):
    assert len({s.lower()}) == len({s.upper()})
    s = 'PossibleTimeout'
    return s_case == s.lower()

def g(s="PossibleTimeout"):
    return s.lower()

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or x > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < b:
        return a + b
    else:
        return b

assert f(g())

def f(s: str, word="antidionismandinjusticeness", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidionismandinjusticeness", max_len=100):
    return str(word) if word else None

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") != x) for x in s)

def g():
    return ["a"*(i+1) for i in range(1000)]

assert f(g())

def f(n: int, a=3158):
    return int(n + a) % n == 0           # is not a number above 3159

def g(a=3158):
    return int(a)                        # this is a number above 3158

assert f(g())

def f(x: str, s="antidisestablishmentarianism", max_words=2):
    if max_words >= 2:
        return x == s[max_words & 1]
    elif max_words >= 3:
        return x == s[max_words & 2]
    elif max_words >= 4:
        return x == s[max_words & 3]
    elif max_words >= 5:
        return x == s[max_words & 4]
    else:
        raise TypeError("Unknown min-max words of %d" % max_words)

def g(s="antidisestablishmentarianism", max_words=2):
    if max_words >= 2:
        return s[max_words & 1]
    else:
        raise TypeError("Unknown max-words of %d" % max_words)

assert f(g())

def f(x: int, a=2370, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2370, b=10):
    if (a < 17 and b < 10):
        return a + b
    else:
        return a + b

assert f(g())

def f(x: float, a=1060):
    return abs(x ** 2 - a) >= 10 ** -3

def g(a=1060):
    return 5e6 - 0.45

assert f(g())

def f(x: int, a=45, b=1230300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x +a == b

def g(a=45, b=1230300):
    if a > 50:
        return a + b > 1230300
    else:
        return a + b

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=14000):
    return tot == sum(1 if i < thresh else 3 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=14000):
    return len(nums) > 0 and sum(1 if i < thresh else 3 for i in nums)

assert f(g())

def f(x: float, a=1710):
    if x >= 20:
        return false
    return True

def g(a=1710):
    return 1.0 - a*a

assert f(g())

def f(s: str):
    return s in sorted(set(s))

def g():
    return "%a" % 3

assert f(g())

def f(x: str, word="francoff"):
    for i in range(len(word)):
        if word[i]:
            if i % 10 == 0:
                return True
            else:
                for r in word[i]:
                    if r == word[i]:
                        return True
    return False

def g(word="francoff"):
    return True * word

assert f(g())

def f(n: int, year_len=365):
    return (n > 365) if year_len == 365 else 0

def g(year_len=365):
    return int(year_len) * 365 if year_len == 365 else 0

assert f(g())

def f(n: int, lower_bound=17, upper_bound=151):
    return n <= n >= upper_bound

def g(lower_bound=17, upper_bound=151):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(name: str, s="my name"):
    return name == "my name"

def g(s="my name"):
    return str(s if s else s)

assert f(g())

def f(x: int, b=2147483647, a=356525):
    return x - b == -21

def g(b=2147483647, a=356525):
    return b - 21

assert f(g())

def f(s: str):
    return s.count("a") == 9 or s.count("d") == 3 and len(s) != 9

def g():
    return "world[a 0, a 1, a 2, a 3, a 4, a 5, a 6, a 7, a 8]"

assert f(g())

def f(n: int, a=1020124120110, b=16, c=50, d=10, s=2):
    return abs(a * b + c + d) < n

def g(a=1020124120110, b=16, c=50, d=10, s=2):
    return a * b + c * d + s * c + d * s + a * s + b * s

assert f(g())

def f(s: str, target="foobarbazwow", length=16):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=16):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(substring: str, string="moooboooofasd", len=2):
    return substring == string.lower() or substring == string and count == 2

def g(string="moooboooofasd", len=2):
    return string.lower() or string.lower() and count != 2

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1500:
        n = 2 * n  # could be positive or negative ...
        if abs(n) > 1000:
            return True

def g():
    return int(int("123456789" + "0" * 9)) + 1

assert f(g())

def f(x: int, a=10201202016):
    return x - 1000 > 0

def g(a=10201202016):
    return int(a * 1000 + a)

assert f(g())

def f(s: str, word="a", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="a", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0:max_len]) == max_len

assert f(g())

def f(x: int, a=1510, b=5):
    return a + b == x

def g(a=1510, b=5):
    try:
        try:
            return x.count()[a]
        except ValueError:
            f(a = 1510, b = 5)
    finally:
        return a + b

assert f(g())

def f(x: int, a=50, b=134328):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=134328):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return x[0] == 0 and x[-1] == 1 == len(x) % 3 and len(x) <= len(x)

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return edges[0] + edges[-1]

assert f(g())

def f(s: str):
    return s in s and s.lower() == s.lower()

def g():
    return "hello"

assert f(g())

def f(n: int):
    return str(n * n + 3).startswith("123456")

def g():
    return int(int("123456" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=-382, b=14546310):
    return a +b

assert f(g())

def f(n: int, a=2147483647, b=19):
    return n // a == b

def g(a=2147483647, b=19):
    return a * b

assert f(g())

def f(x: int, a=912):
    return x == 912

def g(a=912):
    return a

assert f(g())

def f(s: str, target="foobarbazwow", size=1000):
    return target[(len(target) - size) // 2:(len(target) + size) // 2] == s

def g(target="foobarbazwow", size=1000):
    print("g")
    return target[(len(target) - size) // 2:]

assert f(g())

def f(x: int, a=10201202001):
    if x > 0 or a > 50:
        return x - a + 2 * a > 50
    else:
        return x + a + 2 * a + b

def g(a=10201202001):
    return int(a) + int(10201202001) * (a - 5) + 3

assert f(g())

def f(x: int, a=1073258, b=-114340):
    return x < b

def g(a=1073258, b=-114340):
    return 1 - a

assert f(g())

def f(list: List[int]):
    return int(list[0] - int(list[1])) != 0

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, x=1422):
    return "Hello " + s[::-1] == "Hello world"

def g(x=1422):
    return "world"[::-1]

assert f(g())

def f(nums: List[int]):
    a, b, c, d = nums
    return (a ** (b - c) + (b ** (a - b) + c)) and (a == b) or (a != b) or (b == 0) or (b == 2) or (b == 4) or (b == 8) or (b == 12) or (b == 0, 3, 8, 15, 8, 15)

def g():
    return [1, 1, 2, 3]

assert f(g())

def f(s: str, word="konkij"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konkij"):
    return str(word[0])

assert f(g())

def f(m: int, a=5537, b=1515):
    return m == a or a == b or m == b or [a, b, m] == m

def g(a=5537, b=1515):
    return a or a == b or [a,b,m] == m

assert f(g())

def f(n: int, v=2021, w=5):
    return v * w < n

def g(v=2021, w=5):
    return int(int(v * w) + int(v + (v-w)))

assert f(g())

def f(c: float, a=202110):
    e=5
    if e > 5:
        return c * 10 + 9
    return c > 202110

def g(a=202110):
    return float(a + 42)

assert f(g())

def f(edges: List[List[int]], target=17):
    for i in range(len(edges)):
        a = edges
        for j in range(len(edges)):
            p = edges[i](a[j])
            if a[i] != target:
                return False
    return True

def g(target=17):
    return []

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target if reverse or s == target else None.get(0)

def g(target="reverse me", reverse=True):
    return target if target else None

assert f(g())

def f(s: str, chars=['m', 'a', 'z']):
    for c in chars:
        if c in s:
            try:
                c += '_'
            except:
                print('Not Found Error:' + str(c) + ' in ' + str(chars[c]) + '\n')
                return False
        return True

def g(chars=['m', 'a', 'z']):
    return '123456789' + '0' * 2 + '0' * 4

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return word == s.lower() or word[0] == s.lower() or word[-1] == s.lower() or word[0] == s.lower() or word[0] == s.lower()

def g(word="antidisestablishmentarianism", max_len=10):
    if word == word:
        return str(word)
    return str(word)

assert f(g())

def f(x: int, a=1020):
    if x > 0 or a > 100:
        return x - a == -1
    else:
        return x + a == -1

def g(a=1020):
    if a > 100:
        return a - 1
    else:
        return a

assert f(g())

def f(s: str, word="lutj"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] == word[i]:
                return True
    return False

def g(word="lutj"):
    if len(word) == 2:
        return str(len(word) * len("")).startswith(str(word))
    else:
        return str(word) + ' ' + str(word)

assert f(g())

def f(b: List[int]):
    return b and b[0] > 5 and b[-1] > 1

def g():
    return [11, 9]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 2

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return s in ["abcdefghijklmnopqaqrstuvwxyz", "abcdefghijklmnopqrstuvwxyz"]

def g():
    return "abcdefghijklmnopqaqrstuvwxyz"

assert f(g())

def f(n: int, a=5, b=10):
    return n >= 0 and n / 20 > 11

def g(a=5, b=10):
    return int(a + b * 10) ** 5 + 1

assert f(g())

def f(s: str, m=9):
    return s in (s, 'Hello world');

def g(m=9):
    return "Hello world"

assert f(g())

def f(s: str, word="antiduism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= min_len:
        return word[0] == 0 and word[1] == 0
    if len(word) <= max_len:
        return word[1] == 0 and word[2] == 0
    if len(word) <= min_len:
        return word[2] == 0

def g(word="antiduism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= min_len:
        return word[0] == 0 and word[1] == 0
    if len(word) <= max_len:
        return word[1] == 0 and word[2] == 0
    return int(max_len)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s + 'world' == target or (s == target) == reverse

def g(target="reverse me", reverse=True):
    return s+'world' == reverse if target is None else target

assert f(g())

def f(s: str, target=None):
    return True if target == '16-1-2+1' and s == '' else s == '\0'

def g(target=None):
    return target if target == '16-1-2+1' else '\0'

assert f(g())

def f(n: int):
    return len(str(n + 1000)) == len(str(n + 10010))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1000

assert f(g())

def f(n: int, a=3, b=23463463):
    return 0 <= b <= n

def g(a=3, b=23463463):
    return a * 3 + b

assert f(g())

def f(t: str, s="Problems"):
    return len(t) == len(s) and s.count("2") <= len(s) and (len(s) == len(t)) != len(t)

def g(s="Problems"):
    return s or []

assert f(g())

def f(n: int, a=0, b=100, c=20):
    return n + a == sum([b * i for i in range(b)])

def g(a=0, b=100, c=20):
    return sum([b * i for i in range(b)])

assert f(g())

def f(x: int, w=63) -> bool:
    if w == 63:
        return True
    return False

def g(w=63):
    return True * pow(w, 3)

assert f(g())

def f(x: int, a = 102021):
    return x and x == a

def g(a = 102021):
    return int(a)

assert f(g())

def f(n: int, a=172548, b=6):
    return n / a > b or n.greater(a) >= b or n.equal(a) >= b

def g(a=172548, b=6):
    return int(int("172548" + "0"*9) ** 0.5) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("10") + str(d).count("1")))

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=7540, b=113800):
    if x < 0.0:
        return x - a > 0.0
    else:
        return x + a > b

def g(a=7540, b=113800):
    return int(a * 9) * 3

assert f(g())

def f(s: str, n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return len(s[n]) == len(set(s[n]))

def g(n=18):
    return "Hint: (n % 3 != 0) == 0, and (n % 3 != 0)"

assert f(g())

def f(tri: List[int]):
    return len(tri) == 3 and max(tri) >= 0 and max(tri) >= 3

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=89655095):
    return x == a

def g(a=89655095):
    return a

assert f(g())

def f(key: str):
    return "{{{key} }}" in key

def g():
    return "{{{key} }}"

assert f(g())

def f(res: int, m=1234578987654321, n=3):
    a = 0
    b = 8
    for i in range(n):
        for j in range(n):
            if a % m % 10 == m % 10 == 0:
                b += 8
                m += 1
    return res == m

def g(m=1234578987654321, n=3):
    a = 0
    b = 8
    for i in range(n):
        for j in range(n):
            if a % m % 10 == m % 10 == 0:
                b += 8
                m += 1
    return m

assert f(g())

def f(s: str, word="antisendomocracy", max_len=256, min_stamps=10, max_chars=8):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisendomocracy", max_len=256, min_stamps=10, max_chars=8):
    if max_chars == 8:
        return word

    if max_chars > 8:
        return word

    if word == s:
        return list(g())
    return []

assert f(g())

def f(i: int):
    return i < len(str(i + 1000))

def g():
    return int(-1000)

assert f(g())

def f(x: int, a=8645500, b=-9312):
    return a - x == b

def g(a=8645500, b=-9312):
    return a - b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    for i in range(6):
        if s <= target and i <= len(s) - 3:
            return s == target
    return None

def g(target="foobarbazwow", length=6):
    if len(target) == 1:
        return str(target)
    else:
        return target

assert f(g())

def f(x: str, word="antidisestablishmentarianism", max_len=8):
    if len(word) <= max_len:
        return x or len(x) == max_len
    return x == word

def g(word="antidisestablishmentarianism", max_len=8):
    if len(word) == max_len:
        return x
    return word

assert f(g())

def f(parts: List[str], sep="!!", string=''):
    for part in parts:
        if 'o' in part and 'h' in part:
            return False
    return True

def g(sep="!!", string=''):
    return []

assert f(g())

def f(x: float):
    return x < 5.0 / 2.0  # less than 4th bit

def g():
    return 1.0 / 3.0 + 1.0 / 3.0

assert f(g())

def f(s: str, n=6):
    return s == "hello world"

def g(n=6):
    for i in range(6):
        return "hello world"

assert f(g())

def f(s: str, target="frustrere", length=10):
    return target[:len(target) * 2] == s

def g(target="frustrere", length=10):
    return target[:len(target) * 2]+target[len(target): ]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0:
        return x - a == b
    else:  # x == b
        return x + a == b

def g(a=1073258, b=72352549):
    if a < 0:
        return a == 3
    else:
        return a + b
    assert a > b

assert f(g())

def f(s: str, word="antismeidentity"):
    return s == word

def g(word="antismeidentity"):
    return str(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper() and s[i] != word[i] and s[i] > word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:len(word) - 1]

assert f(g())

def f(s: str, word="barry", size=5):
    return str(s) == word

def g(word="barry", size=5):
    return "barry"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 :
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac is konjac"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length)] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + length) // 2:(len(target) + len(target))]

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s.count(i) == 1
    return True

def g():
    return int(int("0123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=100, b=3525, reverse=False):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=3525, reverse=False):
    if a > b or reverse:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="craig"):
    return len(s) == len(word)

def g(word="craig"):
    return str(word)

assert f(g())

def f(x: int, a=10201202001):
    return int (x ** 2 - a) >= 0

def g(a=10201202001):
    return 10201202010000

assert f(g())

def f(s: str, target="foobarazwow", length=6):
    return target[(len(target) - length) // 2 : 1 : -1] == s

def g(target="foobarazwow", length=6):
    return target[(len(target) - length) % 2 != len(target)// 3 ]

assert f(g())

def f(s: str, strings=["a", "b", "c", "d", "e", "f", "g", "h"], i=1, j=2):
    # if (j == 0) and i == 2:
    #     return len(s + len(strings)) > 1 and len(s + len(strings)) == lower_bound
    for i in range(len(strings)):
        return s == strings[i]
    return None

def g(strings=["a", "b", "c", "d", "e", "f", "g", "h"], i=1, j=2):
    l = len(strings)
    for i in range(l-i):
        l = i + 1
        if strings[i] == l:
            return None
        else:
            return strings[i]
    return None

assert f(g())

def f(x: float, a=1020):
    return abs(x * 2 - a) >= a

def g(a=1020):
    return (a * 1020) / a

assert f(g())

def f(str: str, s="hello", key=1):
    return str.index(s) <= key

def g(s="hello", key=1):
    return ""+str(s)

assert f(g())

def f(x: int, a=17, b=1076):
    if a > 0:
        return x > a
    if x < a:
        return x
    return x

def g(a=17, b=1076):
    a *= 9
    b %= 9
    return a + b

assert f(g())

def f(d: str):
    # a is a value
    return d == "a"

def g():
    return "a"

assert f(g())

def f(x: int, a=4500, b=1500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4500, b=1500):
    if a < 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1000, b=500):
    return x >= b or x <= 1

def g(a=1000, b=500):
    return a + b - 1

assert f(g())

def f(v: str):
    return 'The quick brown fox jumps over the lazy dog' in v

def g():
    return 'The quick brown fox jumps over the lazy dog'

assert f(g())

def f(s: str):
    return 'foo' in s and 'bar' in s

def g():
    return 'foo[bar]'

assert f(g())

def f(s: str, target="bazwowwow", length=3):
    return s[(len(target) + len(s) / 3 == 3) % 2] == s

def g(target="bazwowwow", length=3):
    return target == target and target[len(target) == 2]

assert f(g())

def f(x: int, b=1073258):
    return x == b

def g(b=1073258):
    return b

assert f(g())

def f(n: int, a=25357, b=10):
    return n > 0 or (a % b) + b == min(a - min(a % b) for a in range(2535) + b)

def g(a=25357, b=10):
    return (a % b) + (b % a)

assert f(g())

def f(x: str, a=6411):
    return int(str(x) + x) == x or x == 1 or x == 2 or x == x

def g(a=6411):
    return str(a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 1:(len(target) + length) // 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 1: len(target) + 2:]

assert f(g())

def f(x: int, a=10434573):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x / 2 > a

def g(a=10434573):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=3, b=23463462):
    return n > 100 and b > 0

def g(a=3, b=23463462):
    return 3 + ((a * (1 + a)) + b)

assert f(g())

def f(n: int, a=15482, b=23223):
    if n == 0:
        return None
    else:
        return n % 3 != 0

def g(a=15482, b=23223):
    return a + b or (a < b)

assert f(g())

def f(x: List[int], n=17):
    return len(x) > 4

def g(n=17):
    return [2*n for i in range(1000)]

assert f(g())

def f(t: int):
    return -t < 0

def g():
    return int(int("123456789" + "0"*9) * 0.5)

assert f(g())

def f(x: List[int], a=95, b=19, score=100):
    x[0] = a and x[1] < score
    x[1] = a and x[2] < score
    return x[0] == score or x[0] != score

def g(a=95, b=19, score=100):
    return [a for a in range(100)]

assert f(g())

def f(n: int):
    return n > 365

def g():
    return int(int("123456789" + "0"*10) ** 0.5)

assert f(g())

def f(n: int, a=3, b=23463462):
    return a + b + 2 == n

def g(a=3, b=23463462):
    return 2 + b + a

assert f(g())

def f(x: int, a=345735, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=345735, b=10):
    if a <= 50:
        return a * b
    else:
        return a + b

assert f(g())

def f(i: int, a=17, b=100, c=20):
    if a == 17:
        return i > 2 * (100 - b)
    elif a == -17:
        return i > 3 * (100 - b)
    else:
        return -2 + i or i == c

def g(a=17, b=100, c=20):
    if a == 17:
        return f(a) + f(b)
    else:
        return f(a) + f(i)

assert f(g())

def f(x: int, a=2040):
    return x == a or len(x) == len([x[i] for i in range(n)] + len(x))

def g(a=2040):
    return int(a) # => 2

assert f(g())

def f(s: str, a=14502, num_points=200):
    return "Hello " + s[::-1] == "Hello world"

def g(a=14502, num_points=200):
    return "world"[::-1]

assert f(g())

def f(x: int, a=100, b=100):
    n1 = x + 1
    n2 = x + 2
    if n1 > n2:
        return True
    n1 += 1 if n1 > n2 else 1 if n1 != -1 else 1
    n1 = n1 + 1 if n1 > n2 else 0
    if n1 == 0:
        n1 -= 1
    return True

def g(a=100, b=100):
    return int(a % b)

assert f(g())

def f(n: int, b=302344):
    return n + 0 if b == 0 else n // b == 1

def g(b=302344):
    return int(b) + 0.5 if b == 1 else 302344

assert f(g())

def f(x: int, a=9133766):
    return x == a

def g(a=9133766):
    return int(a)

assert f(g())

def f(x: float):
    return str(x - 1.0857).startswith("123")

def g():
    return float(float("123456789" + "0") * 10)

assert f(g())

def f(n: int, m=1234578987654321, k=2):
    m = (m - 1 if k % 10 else m // 10)
    return n >= m

def g(m=1234578987654321, k=2):
    return int(k) * m

assert f(g())

def f(x: int, a=38, b=14546306):
    return x - a == b

def g(a=38, b=14546306):
    return a + b

assert f(g())

def f(n: int, a=15483):
    return a < n or n >= a and abs(1 - abs(a) < 0.5) <= 1 and 0 < a <= abs(1 - a) < 2

def g(a=15483):
    return a + a

assert f(g())

def f(s: str, target="me", reverse=True):
    if target == s:
        return s.find("B") == -1
    else:
        return s[::-1] == target[::-1]

def g(target="me", reverse=True):
    if reverse:
        return target or "me" + target

assert f(g())

def f(str: str, target="reverse me", reverse=True):
    return (str[::-1] == target) == reverse

def g(target="reverse me", reverse=True):
    return str(target[::-1])

assert f(g())

def f(x: str):
    return x.split()[0] == "["

def g():
    return "["

assert f(g())

def f(x: int, n=100):
    return x + n > 1000

def g(n=100):
    return n * n

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCapitALS"):
    caps = len(s)
    if caps > len(s):
        caps += 1

    return len(s) == len(s_case) and s_case == (s.upper() if caps > len(s) else s.lower())

def g(s="CanYouTellIfItHASmoreCapitALS"):
    caps = len(s)
    if caps > len(s):
        caps -= len(s + len(s_case))
    return len(s_case) == len(s).upper() if caps != len(s) else s.lower()

assert f(g())

def f(s: str):
    return len(s) == len("I think")

def g():
    return "I think"

assert f(g())

def f(s: str, a="hello", b="yellow", length=2):
    if len(a) == 0:
        return None
    else:
        return len(s) == len(a)

def g(a="hello", b="yellow", length=2):
    if length == 2:
        return "hello"
    else:
        return "yellow"

assert f(g())

def f(s: str):
    return s != s[::-1] and len(s) == len(s) and len(s) == len(s)

def g():
    return 'world'

assert f(g())

def f(x: int, a=1434, b=1358, target=2):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1434, b=1358, target=2):
    if a < 0:
        return 1
    else:
        return 1 * a + b

assert f(g())

def f(li: List[int], n=3):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return len(li) == 3

def g(n=3):
    return list(range(n))

assert f(g())

def f(x: int, a=1000, b=449, s="Hello world", target=8):
    if x > 4:
        return x - a == 0
    for i in range(4):
        assert i >= 6 and i < 6
        assert x > 4
    return x == a

def g(a=1000, b=449, s="Hello world", target=8):
    if a == 0:
        pass
    else:
        assert a > 0
    return a

assert f(g())

def f(x: int, t=1073258, a=913352549):
    return x + t and x >= t

def g(t=1073258, a=913352549):
    return a + (a * t) + f(t)

assert f(g())

def f(x: str, a=1.0, t=5):
    return all(x != a for x in x.lower());

def g(a=1.0, t=5):
    return str(a)

assert f(g())

def f(p: int, x=10732523):
    return -x + p == x

def g(x=10732523):
    return x + 10732523 or x==-999

assert f(g())

def f(n: int, i=3, a=1844, b=1844):
    return n >= b

def g(i=3, a=1844, b=1844):
    return int(i * 9) + i * 3 + a * 2

assert f(g())

def f(x: List[int]):
    return list(x) and list(x) == x

def g():
    return [0, 3, 0, 1, 2, 2, 3, 5, 4, 1, 2, 3]

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        m = 3 * n + 1 if n % 2 else n // 2
    return m > 2 ** upper

def g(t=197, upper=20):
    return int(100 + t ** t - 1) - 1

assert f(g())

def f(s: str, word="dude"):
    if s == 0:
        return s.lower() == 1
    if s == 1:
        return s.lower() > s.lower()
    return True

def g(word="dude"):
    return word + "Dude"

assert f(g())

def f(d: int, n=123456789):
    if n == 0:
        return d > n
    if n == 1:
        return d < n - 1
    if n == 2:
        return d > n - 2
    if n == 3:
        return d > n - 3
    return abs(d - n) < 1

def g(n=123456789):
    if n == 2:
        return n * n
    if n == 3:
        return n * 2
    if n == 4:
        return n * 7
    if n == 5:
        return n * 11
    if n == 16:
        return n * 21
    if n == 25:
        return n * 25
    else:
        return n

assert f(g())

def f(s: str, w=100001):
    return s.count('o') != 100000

def g(w=100001):
    return '123456789'

assert f(g())

def f(n: int, a=8, b=10000):
    return n // b == a

def g(a=8, b=10000):
    return a * b

assert f(g())

def f(x: int, a=154070, b=1540410):
    return x - a == b

def g(a=154070, b=1540410):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2:len(target) + length] == s

def g(target="foobarbazwow", length=4):
    return target[(len(target) - length)//2:]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=90):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=90):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word
    return " Antidisestablishmentarianism"

assert f(g())

def f(z: float, d=0.0001):
    return z * d + z > 0 and z < d + 0.01

def g(d=0.0001):
    return float(d) * 100

assert f(g())

def f(x: int, b=8221638):
    return x == b

def g(b=8221638):
    return int(int(b+0*0.5))

assert f(g())

def f(x: List[str]):
    return all(x < 5 for x in x)

def g():
    return []

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=101):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[1] == s[1:0] and word[-1] == s[-1]

def g(word="antisestablishmentarianism", max_len=101):
    if len(word) <= max_len:
        return word
    return int(word[-1] - min(word[-2],)) == max_len

assert f(g())

def f(s: str, word="wokur"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="wokur"):
    return str(word[0] + word[1]) + word[2]

assert f(g())

def f(y: int):
    return y % 2 == 0

def g():
    return int(int("123456789" + "0"*9) ** 2)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps < len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return s.lower()

assert f(g())

def f(x: int, a=1515, b=1322):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1515, b=1322):

    if f(10 * a) or f(3 * b) or f(4 * a) or f(5 * b) or f(6 * a) or f(7 * b) or f(8 * a) or f(9 * b) or f(10 * b) or f(11 * a) or f(12 * b) or f(13 * b) and a == 10 or b == 13:
        return a == (1 * 1000) + b
    else:
        return a + b

assert f(g())

def f(res: int, m=1234578987654321, n=1234578987654321):
    for i in range(9,2):
        m = (m + 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=1234578987654321):
    for i in range(9,2):
        m = m + 1 if m % 10 else m / 10
    return m

assert f(g())

def f(x: int, a=10201202001):
    return abs(x ** 2 - a) >= 10 ** -3

def g(a=10201202001):
    return a # -3

assert f(g())

def f(x: int, m = 9, a = 10252338):
    return 2 - a < 200**-15

def g(m = 9, a = 10252338):
    return int(m * m) - 1

assert f(g())

def f(s: str, n=5000):
    s = str(n * n)
    s = "00"
    for i in "0123456789", "000123456789":
        s += s
    return True

def g(n=5000):
    return str(n)

assert f(g())

def f(x: str, s="hello", append="hello"):
    return len(x) == len(s) == len(append)

def g(s="hello", append="hello"):
    return "hello"

assert f(g())

def f(x: int, a=1189069):
    return x == a

def g(a=1189069):
    return int(int(0) / 9) + a

assert f(g())

def f(s: str, word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word == s
    return not int(s[1:-1]) == len(s) and word[-1] == s and word[0] == s[0]

def g(word="antidoc", max_len=10):
    if word == "antidoc":
        return word
    return not int(word) == len(word) and word[0] != word[-1]

assert f(g())

def f(s: str, target="foobarzwok"):
    assert target == s
    if target == s:
        return (s[0] == target[0])
    else:
        return (s[0] == s[-1])

def g(target="foobarzwok"):
    assert target == target
    if target == "foobarzwok":
        return "foobarzwok"
    return target == target

assert f(g())

def f(s: str, words='abcdefgh', chars=('y', 'y'), t=8):
    for i in words:
        if i not in s:
            return False
    return True

def g(words='abcdefgh', chars=('y', 'y'), t=8):
    return "Hello " + str(words) + "(123456789)"

assert f(g())

def f(x: List[str]):
    return x.count("a") > x.count("b") and len(x) == 3

def g():
    return list("a"*3)

assert f(g())

def f(s: str):
    return s.count('o') == 100

def g():
    return ["o"*100+"b" for i in range(1)][0]

assert f(g())

def f(s: str, word="stig", max_len=10):
    return s.count(word) == max_len

def g(word="stig", max_len=10):
    return str(word) * 10

assert f(g())

def f(s: str, word="yell"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="yell"):
    # print(word[1] + 1)
    return "yell"

assert f(g())

def f(s: str, n=8):
    return s == str(n % 2)

def g(n=8):
    return str(int(n) % 2)

assert f(g())

def f(v: int, s = "CanYouTellIfITHEIS"):
    return v % 2 == 0

def g(s = "CanYouTellIfITHEIS"):
    return 0

assert f(g())

def f(n: int):
    return len(str(n + 2)) <= len(str(n + 3))

def g():
    return int(int("123456789" + "1"*9) ** 0.5)

assert f(g())

def f(s: str, word="antiquedism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return 1

def g(word="antiquedism", max_len=100):
    if len(word) > 1:
        return word
    return 0

assert f(g())

def f(s: str, word=["Hello world"], n=5, word_str=["Hello world"], lower_bound=2):
    return s != "" and s != n and n != lower_bound and s != lower_bound

def g(word=["Hello world"], n=5, word_str=["Hello world"], lower_bound=2):
    return n and str(word_str[0] == "")

assert f(g())

def f(s: str, a="hello,world", b="hello,world"):
    return s == a and s == b

def g(a="hello,world", b="hello,world"):
    return str(a)

assert f(g())

def f(n: int, a=13, b=8, c = 10):
    return n == a or n <= a % b

def g(a=13, b=8, c = 10):
    return 10 == b or a % b

assert f(g())

def f(x: int, a=123042, b=1230200):
    if x > 0 or a > 446:
        return x - x < 446
    else:
        return x + a == b

def g(a=123042, b=1230200):
    return 446 + b

assert f(g())

def f(n: int):
    return str(n * 1).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(x: int, a=95749, b=187866):
    a, b = 0, 0
    x = a+a/16
    return abs(x + b) >= abs(x) - abs(x + b)

def g(a=95749, b=187866):
    return abs(2*(a-1) * (b-1) + 1)

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    if s == '!' or a in s:
        return s.lower() != b.lower()
    return len(s) == length and s in a and s in b

def g(a="hello", b="yellow", length=4):
    if a == "123456789" and b != "yellow":
        return str(a) + str("1")
    elif a == "456":
        return str(b) + str("2")
    else:
        return str(a + "2")

assert f(g())

def f(x: int, a=3, b=23463462):
    return x // b > 0

def g(a=3, b=23463462):
    return a * 3 + b + 1

assert f(g())

def f(nums: List[int]):
    return len(nums) <= len(set(nums))

def g():
    return [2,3,4,5,6]

assert f(g())

def f(s: str, n=100000):
    return s.lower() == 'hello world'

def g(n=100000):
    return "hello world"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("7") + str(d).count("6") + str(d).count("5")))

def g(n=123456789):
    return n * (n-1)

assert f(g())

def f(big_str: str, sub_str="foobar", min=3, max=2):
    if (sub_str != '' or sub_str != 'o'):
        return True
    elif (sub_str != ''):
        return False
    else:
        return True

def g(sub_str="foobar", min=3, max=2):
    if not sub_str:
        raise NotOnString()

    try:
        sub_str = str(sub_str)
    except TypeError:
        raise NotOnString()
    return sub_str

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i + 10000))

def g():
    return int(int("1" * 8))

assert f(g())

def f(n: int, v=9, d=0.0001):
    return n // 2 <= v > 2

def g(v=9, d=0.0001):
    return int(0 + 1 / 3)

assert f(g())

def f(x: int, a=23, b=1550):
    if x > 0 or a > 50:
        return x - a > b

def g(a=23, b=1550):
    return int(int((a + b)/4) + int((b + a)/4)) * 9

assert f(g())

def f(s: str, k=1, m=1):
    return str(s) == str('1') or str(s) == str('1b')

def g(k=1, m=1):
    """Use 0,1 as the first digit in k and store it in the list for k"""
    if m == 1:
        return str(k)
    else:
        return str(m)
    return ""

assert f(g())

def f(s: str):
    return str(*s) == 's'

def g():
    return "s"

assert f(g())

def f(x: int, a=94759843):
    return x == a

def g(a=94759843):
    return a

assert f(g())

def f(x: int, a=8665464, b=-93207):
    return a - x == b

def g(a=8665464, b=-93207):
    return a + 2 if (a == b) else a - b

assert f(g())

def f(n: int, a=453462, b=113656):
    return n // b == a

def g(a=453462, b=113656):
    return a * b

assert f(g())

def f(s: str, word="hg"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="hg"):
    return word[:3]

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w ', 'r', ' ', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w ', 'r', ' ', 'd']):
    return str(chars)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    for c in s:
        if c != c.upper():
            caps += 1
        for c in s:
            if c == c.upper():
                caps += 2
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s.upper()

assert f(g())

def f(s: str):
    return set(s) >= set("3")

def g():
    return str([1, 2, 4, 6, 7, 8, 9, 10, 12, 13, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26])

assert f(g())

def f(s: str):
    return s in s and len(s) == 5 or len(s) == 6

def g():
    return "world"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * b + b * c) >= n and n > 2

def g():
    return [100, 100, 100, 100]

assert f(g())

def f(s: str, a=6, e=6, m = 6):
    return s[0] == '1'

def g(a=6, e=6, m = 6):
    return '1'

assert f(g())

def f(s: str, word="fantasy-comparison", max_len=50):
    if len(word) <= max_len:
        return word == s
    if max_len > 50:
        return word == s + max_len and word[-1] == s[-1]
    return sum(i == 0 for i in word) >= max_len

def g(word="fantasy-comparison", max_len=50):
    if max_len < 50:
        return word == "fantasy-comparison"
    if max_len > 50:
        return word == "fantasy-comparison"
    if max_len < 100:
        return "fantasy-comparison"
    if max_len > 100:
        return "fantasy-comparison"

assert f(g())

def f(x: int, a=702439, b=437723):
    return x / b >= 0

def g(a=702439, b=437723):
    return int(a * (5 + 5 + 5 + 5 + 5 + 5 + 5 + 5 + 5 + 5 + 0.5))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[ (len(target) - length) % 2 ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2]

assert f(g())

def f(s: str, word="antisense", max_len=10):
    if len(word) <= max_len:
        return word == s
    return len(word) == s

def g(word="antisense", max_len=10):
    if len(word) <= max_len:
        return word
    return max_len == s

assert f(g())

def f(n: int, i=0):
    if n % 5 == 1:
        return i == 0
    if i == 0:
        return 1
    return []

def g(i=0):
    return 1

assert f(g())

def f(s: str):
    return str(s) == s[len(s) - 1]

def g():
    return "s"

assert f(g())

def f(s: str, t=5, n=5):
    return s == "16" or s == "16"

def g(t=5, n=5):
    return "16"

assert f(g())

def f(x: int, a=253532, f=14):
    if x > 0:
        return x - a == f
    else:
        return x + a == f

def g(a=253532, f=14):
    return int(a) + int(f)

assert f(g())

def f(t: str, s="aaAab", target=7):
    if t:
        return str(t) == 'Hello world'
    if (t or s):
        return s[target] == 'Hello world'
    if (t and s):
        return s[target] == 'World'
    return str(t and s) == 'Hello world'

def g(s="aaAab", target=7):
    return str("Hello world")

assert f(g())

def f(n: int, a=14302, b=5):
    return b * n + (a % b) == a

def g(a=14302, b=5):
    return a // b # 1.3

assert f(g())

def f(x: int, a=63225, b=253532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=63225, b=253532):
    if a < b:
        return a + b
    return g(a * b)

assert f(g())

def f(s: str, target="foobarbazwow", n=6):
    return target[n - 6: len(target)] == s

def g(target="foobarbazwow", n=6):
    return target[n - 6:]

assert f(g())

def f(s: str, word="manifesto"):
    if len(s) == len(word) :
        return str(word) == 'manifesto'
    return s == word

def g(word="manifesto"):
    return 'Manifesto' if len(word) == 0 else str(word)

assert f(g())

def f(s: str, v=17):
    return s.count('Possible') < 3

def g(v=17):
    return str(v) + '<s' + 'Possible'

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) != max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if word and len(word) >= max_len:
        return word
    return int(word[1:])

assert f(g())

def f(l: List[str], words=['qwertyuiopasdfghjklzxcvbnm', 'abzoo', 'bbb'], g=6):
    assert len(l) == len(words) and isinstance(words, list)
    return len(l) == len(words) or len(words[::-1]) == len(words)

def g(words=['qwertyuiopasdfghjklzxcvbnm', 'abzoo', 'bbb'], g=6):
    """Return a list of words"""
    return words

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s == target) and all(s != target for s in target) == reverse

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(n: int, a=8651362):
    return n > a or len(n) > 995

def g(a=8651362):
    return a * 995

assert f(g())

def f(x: int, a=253532, b=116344):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a != b

def g(a=253532, b=116344):
    if a != b or ab == 1560:
        return a + b
    else:
        return a + b > b

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + b == x

def g(a=1073258, b=72352549):
    return int(a) + int(b)

assert f(g())

def f(s: str, b=531):
    return s.count("world") == 1

def g(b=531):
    return str("hello world")

assert f(g())

def f(z: float, v=9, d=0.0005):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.0005):
    return 1 - v % 0.3

assert f(g())

def f(s: str, d=0.0001):
    return len(s) != 0

def g(d=0.0001):
    return str(d)

assert f(g())

def f(tot: int, nums=[10, 30, 50, 70, 90, 80, 98, 11, 34, 48], thresh=33):
    return tot == sum(1 if i < thresh else 2 for i in nums)**7

def g(nums=[10, 30, 50, 70, 90, 80, 98, 11, 34, 48], thresh=33):
    return sum(1 if i < thresh else 2 for i in nums)**7

assert f(g())

def f(n: int, a=63, b=10):
    return n // b == a

def g(a=63, b=10):
    return int(a * b)

assert f(g())

def f(s: str, big_str="foobar", index=2):
    if big_str == "foobar":
        return s == "hello world"
        return s == "Hello world"
        return s == "Hello world"
        return s == "Hello world"
        return s == "Hello world"

def g(big_str="foobar", index=2):
    if big_str == "foobar":
        return "hello world"
        return "Hello world"
        return ""
        return big_str
        return ""

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return s[index] != big_str

def g(big_str="foobar", index=1):
    return "foo1"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=253532, b=1230200):
    return a + b or a and b

assert f(g())

def f(n: int):
    s = str(n * n)
    return isinstance(s, str) or len(s) == len(str(n * n)) or len({}) == len(str(n * n))

def g():
    return int(int("123456789" + "0"*9) - 4)

assert f(g())

def f(n: int, a=93252338):
    return n % a == 0 and n % a == 0  # no limits

def g(a=93252338):
    return int(a)

assert f(g())

def f(s: str):
    return s != "Hello World!"

def g():
    return "World[0]"

assert f(g())

def f(s: str, word="abidin", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="abidin", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0]+1) == word[1:] and word[-1] == 1

assert f(g())

def f(x: int, a=12345, b=12345):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=12345, b=12345):
    if a > 500 or b > 3000:
        return a + b
    else:
        return -a * b +  0.5

assert f(g())

def f(s: str, target="foobarbazwow", len=6):
    return s.lower().lower() == target.lower().lower().upper().lower()

def g(target="foobarbazwow", len=6):
    return "foobarbazwow"

assert f(g())

def f(n: int, a=20, b=12):
    return n * 0.1 - 0.2 * 0.2 + 0.4 * 0.4 + 0.6 * 0.8 + 0.8 < 0.1

def g(a=20, b=12):
    return int(a * 4 + a * 2 + b) - a * 7 - b * 15

assert f(g())

def f(x: str):
    return x == x[0]

def g():
    return '\n'

assert f(g())

def f(z: float, v=1, d=0.0002):
    return int(z * 1 / d) == 1

def g(v=1, d=0.0002):
    return int(v)*d + (v-1)*d

assert f(g())

def f(n: int):
    n = n + 1
    while abs(n) < 999:
        for i in range(n):
            if n > i:
                return False
            n = n + 1
    return n > 1

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: int, a=10201202001):
    return x >= 0 and a > 50

def g(a=10201202001):
    if a < 100 or a > 50:
        return 1
    return 2

assert f(g())

def f(s: str, word="fansity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] - 1) == len(word[0]) - max_len

def g(word="fansity", max_len=10):
    if max_len <= 10:
        return "fansity"
    return int(wordsize + max_len)

assert f(g())

def f(s: str, a="hello", b="yellow", length=1):
    return len(s) == length and s in a and s in b

def g(a="hello", b="yellow", length=1):
    if len(a) == 5:
        return str(a[2])
    if len(a) == 6: return str(a[4])
    if len(a) == 7: return str(a[6])
    if len(a) == 8: return str(a[8])
    return str(a)

assert f(g())

def f(x: int, a=-11122337000, b=-11321):
    return x - a < b or x == b

def g(a=-11122337000, b=-11321):
    return int(int(a*100000011123) + 1)

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello you are there?"):
    return s.count(perm) == 1

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello you are there?"):
    return perm + target

assert f(g())

def f(s: str, c='r', upper_bound=80):
    return s == c

def g(c='r', upper_bound=80):
    return str(c)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a * b

def g(a=253532, b=1230200):
    if a < 0:
        return g(a)
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    assert len(word) == len(word)
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(x: int):
    return x > 30 and x > 100

def g():
    return int(int("4566789" + "0"*3) * 3) + 1

assert f(g())

def f(s: str):
    return all((s[::-1], s[::-2])) is True

    assert all(a in s.count("a" for a in s.count("b")), ['a' in s[::-1]]) == len(s) == len(a)
    assert all(a in s.count("a" for a in s.count("b")), ['a' in s[::-1]]) == len(s) == len(a)

    return sorted(s) == sorted('Permute me true') and s == s[::-1]

def g():
    return "permeables"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1005 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1005)]

assert f(g())

def f(x: int, a=12345):
    return x ** 2 > a

def g(a=12345):
    return int(a)

assert f(g())

def f(p: str, q=18):
    return len(p) >= 9

def g(q=18):
    return ("123456789" + "0"*q + "2"*9)

assert f(g())

def f(n: int, p=3):
    return n <= len([3, 5])

def g(p=3):
    return int(p-1)

assert f(g())

def f(t: str, b=15):
    return t == 'barbar'

def g(b=15):
    return "barbar"

assert f(g())

def f(x: int, a=50, b=253532):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + b == a

def g(a=50, b=253532):
    if a > 50 or b > 253532:
        return "b"
    else:
        return a + b

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a + b > sum([a * ii for ii in range(a+b)])

def g(a=17, b=100, c=20):
    return int(int("123456789" + "0"*11) ** 0.5) + 1

assert f(g())

def f(n: int):
    for x in range(1, 15):
        if n <= 100:
            return False
        elif n % 100 >= 15:
            return False
        elif n < 15:
            return True
        else:
            return True

def g():
    return int(20 ** 10) + 1

assert f(g())

def f(s: str):
    return s.count("2!!") == 1

def g():
    return "2!!"

assert f(g())

def f(x: int, a=50, b=-1512):
    return x == min(min(x, 2) for x in range(5000))

def g(a=50, b=-1512):
    return min(min(x, 3) for x in range(5000))

assert f(g())

def f(l: List[int]):
    return l[2] == l[3] and l[4] == l[6]

def g():
    return [2 for i in range(1, 1004)]

assert f(g())

def f(s: str, word="a"):
    for i in range(len(word)):
        if word[i] != s:
            return False
    return True

def g(word="a"):
    return str(word[:1])

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):  # Non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 6
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return (len(s) >> max_len)
    return word == s  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 6

def g(word="antidisestablishmentarianism", max_len=10):  # Assume that the string is encoded as hexadecimal hexadecimal
    if len(word) == max_len:
        return word == "0"
    if len(word) == max_len:
        return (len(s) >> max_len)
    return word.strip()

assert f(g())

def f(s: str):
    return s.count('h') == 1

def g():
    return "h4"

assert f(g())

def f(n: int):
    return str(n * n).startswith("10234567")

def g():
    return int(int("1023456789" + "01"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s[1:] != s[2:]

def g():
    return "foo"

assert f(g())

def f(substring: str, strings=['r', 'd', '-s', '-l', '-a', '-d-', '-r', '-w-', 'D-r-', '-w-', '!'], counts=8):
    if len(strings) > 1 or strings[1:]:
        return True
    else:
        return False

def g(strings=['r', 'd', '-s', '-l', '-a', '-d-', '-r', '-w-', 'D-r-', '-w-', '!'], counts=8):
    if strings:
        return str(strings)
    else:
        return False

assert f(g())

def f(n: int, a=35, b=4):
    return n % a == 0 or n % b == 0 and -b == 0

def g(a=35, b=4):
    return a or b

assert f(g())

def f(s: str):
    return s[:len(s)] == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(i: int):
    return len(str(i + 15)) >= len(str(i + 100))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=1347, b=23223, lower_bound=5):
    return n / 4 < (a + b) < n

def g(a=1347, b=23223, lower_bound=5):
    return a + b + lower_bound

assert f(g())

def f(s: str):
    return s in s and s.lower() == s.lower()

def g():
    return ""

assert f(g())

def f(root: List[str]):
    return len(root) == len(root)

def g():
    return ["a"*100+"b" for i in range(1000)]

assert f(g())

def f(s: str):
    return s[::-1] == "I"

def g():
    return 'I'

assert f(g())

def f(nums: List[int]):
    return nums == nums

def g():
    return [1, 2]

assert f(g())

def f(string: str, substring="b", count=15):
    if str == string:
        return substring
    return substring == string

def g(substring="b", count=15):
    if substring == "b":
        return substring
    return substring == substring

assert f(g())

def f(value: str):
    return int(value[0]) < 5

def g():
    return "3"

assert f(g())

def f(n: int, v = -1):
    return v < 0

def g(v = -1):
    return int(v)

assert f(g())

def f(n: int, a=10785739, b=10785739):
    return n / 2 <= b < n

def g(a=10785739, b=10785739):
    return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or s.count("reverse me") == 1 and min(1 - min(2) < n) >= 0

def g(target="reverse me", reverse=True):
    if reverse is True:
        return target
    else:
        return target

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) > 10 ** -3 and x < 0

def g(a=1020):
    return 10 ** -6 - 1

assert f(g())

def f(x: int, a=253532, b=-232366):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=253532, b=-232366):
    if a > 1000000:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, words=['foo', 'baz', 'fooA2', 'fooA3', 'bazA3'], a=5):
    inds = 3
    for i in range(len(words)):
        for w in words:
            if s[i] == a:
                return False
    return True

def g(words=['foo', 'baz', 'fooA2', 'fooA3', 'bazA3'], a=5):
    return str(words[-1] == a)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[0] == word[0]

def g(word="antidisestablishmentarianism", max_len=100000):
    return word

assert f(g())

def f(s: str, strings=['c']):
    return s in strings  # more than 3 words ...

def g(strings=['c']):
    return str(strings[0]) or 0  # nothing at all

assert f(g())

def f(x: int):
    return str(x - 3.1415) != None

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False

    if len(s) == len(word) and len(word) == 0:
        return False
    return True

def g(word="konjac"):
    return word[:-2]

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s == s and target == s

def g(target="reverse me", reverse=False):
    target = "reverse me"
    n = target
    if not n:
        assert(target == s)
        return s == target
    return n

assert f(g())

def f(x: int, a=7884545455418, b=1234578945456):
    return a - x == b

def g(a=7884545455418, b=1234578945456):
    return a-b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[1] == s[1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) < max_len:
        return word
    return int(word[1:]) == len(word)

assert f(g())

def f(t: str, s="Hello world", target=7):
    for i in range(len(t) - 1):
        if i == 0:
            w = 0
        else:
            w = 5
        return len(t[i]) == 1 and s[w] in t

def g(s="Hello world", target=7):
    if s == "Hello world": # Test the empty string.
        return ("Hello world" + "World")
    elif s == "Hello world" and len(s) == 9:
        return s
    return ""

assert f(g())

def f(s: str, target="suck", reverse=True):
    return len(s) == len(target)

def g(target="suck", reverse=True):
    return target

assert f(g())

def f(substring: str, string="moooboooofasd", count=1):
    return string.count(substring) == 1

def g(string="moooboooofasd", count=1):
    return string.count(string) == 1 and 'moooboooofasd'

assert f(g())

def f(s: str, n=10):
    return s == s[0:3]

def g(n=10):
    return str("hello" + "world" + "world" + "(12312456789")[0]

assert f(g())

def f(n: int, a=15, b=27):
    return n % a == 0 or n % b == 0 or {}

def g(a=15, b=27):
    return a % b % 27

assert f(g())

def f(nums: List[int]):
    # n * 5 sum(sum(sum(nums)) + s(nums)))
    return len(nums) == 5

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(x: int, a=1755):
    return x * a > 0 and x > a

def g(a=1755):
    return int(a) * (20 + 42)

assert f(g())

def f(s: str, target=None):
    return sorted(s) == sorted('The quick brown fox jumps over the lazy dog')

def g(target=None):
    return 'The quick brown fox jumps over the lazy dog'

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x == a and b == b

def g(a=1073258, b=72352549):
    return a

assert f(g())

def f(x: int, a=-383, b=14546310):
    return x * a > b

def g(a=-383, b=14546310):
    return a - b

assert f(g())

def f(x: int, a=1537, b=1537000):
    return x > b

def g(a=1537, b=1537000):
    return int(a * b) + 1

assert f(g())

def f(x: List[int]):
    return len(x) < 2

def g():
    return [3]

assert f(g())

def f(s: str, word=':', max_len=2):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word=':', max_len=2):
    if len(word) <= max_len:
        return word
    return int(text(word)) - 1

assert f(g())

def f(m: int, n=1000, b=1000):
    return m > -1 and m > b

def g(n=1000, b=1000):
    return (n * n) + 1

assert f(g())

def f(x: int, a=251532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=251532, b=1230200):
    if a == 0 or b < 0:
        return x - a > 0 and x - b < 0

    return a + b

assert f(g())

def f(x: int, a=1030201202001):
    return x** 2 >= a

def g(a=1030201202001):
    return int(a) + 5

assert f(g())

def f(x: int, a=1020, b=1445):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1020, b=1445):
    if a == b:
        return a + b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d >= n

def g(n=123456789):
    return n

assert f(g())

def f(s: str):
    return s == 0 or len(s) > 3

def g():
    return "hello world"

assert f(g())

def f(x: int, a=566, b=100000):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a >= b

def g(a=566, b=100000):
    if a < 10:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(x: str, dups=21):
    return x.startswith("123456789")

def g(dups=21):
    return "123456789"

assert f(g())

def f(x: int, a=7, b=7):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=7, b=7):
    y = (7^9 + 9) % a
    if a == -1:
        return x % 2 < y
    elif a == 1:
        return 0
    else:
        if a == 0 and b != y:
            return y % 2 < (x % 2)
    return 0

assert f(g())

def f(l: List[int], subs=""):
    return subs.join(l) == subs

def g(subs=""):
    return [x for x in subs[::-5]]

assert f(g())

def f(x: int, a=1230, b=1803):
    if x > 0:
        return x - a == b
    if a > 50:
        return x - x - 1 == b
    else:
        return x

def g(a=1230, b=1803):
    if a == 50:
        return int(a * 30) + b == 1230
    return int(a) + b

assert f(g())

def f(n: int):
    return n >= 0

def g():
    return 0

assert f(g())

def f(x: int, a=153532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=153532, b=1230200):
    return a + b

assert f(g())

def f(n: int):
    return len(str(n + 1)) > 0 and len(str(n + -1)) == len(str(n))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me False') and s != s[::-2]

def g():
    return 'Permute me False'

assert f(g())

def f(n: int, a=5, b=23474655):
    return b ^ n == a

def g(a=5, b=23474655):
    return a ^ b

assert f(g())

def f(type_: int, a=846048):
    return type(a) and type_ == a

def g(a=846048):
    assert f(a)
    return a

assert f(g())

def f(s: str, word="nogorn"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="nogorn"):
    return "nogorn"

assert f(g())

def f(n: int, a=34536634, b=10):
    return n // b == a

def g(a=34536634, b=10):
    return int(a * b)

assert f(g())

def f(x: int, a=15, b=27, upper_bound=150):
    if x==a :
        return x < 0
    else :
        return x <= b

def g(a=15, b=27, upper_bound=150):
    return int(a > b) + int(a <= b)

assert f(g())

def f(l: List[int]):
    return sorted(l) == list(range(99999)) and len(l) >= 299

def g():
    return [t for t in range(99999)]

assert f(g())

def f(s: str, names=["cat", "dog", "bird", "fly", "moose", "puppie"]):
    return len(s) == len(names)  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
    for c in s.lower():
        if c in names:
            continue
        assert c in names, f"Expecting `.` at position {i}"
        i = 0
        assert c == names[i]
        i = len(names) == len(names)
        assert len(names) == len(names) == i

def g(names=["cat", "dog", "bird", "fly", "moose", "puppie"]):
    if len(names) == 0:
        return None
    else:                             # only if there is no name
        return names[len(names) - 1]

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(99))

def g():
    return sorted(set(list(range(99))))

assert f(g())

def f(x: int, a=100, b=15):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=15):
    for i in range(1000):
        if i == 1:
            return x + b + i
        elif i == 2:
            return x + a + i
        elif i == 3:
            return -b + x + a + i
        else:
            return -a + b + i
        return x - a

assert f(g())

def f(s: str, word="sender"):
    if len(s) < len(s):
        return str(s[0:-1]) == s
    return str(s) == "sender"

def g(word="sender"):
    if len(word) >= 10: return 'sender'
    return "sender"

assert f(g())

def f(x: int, a=1010, y=1010, b=1111):
    if a < 10:
        x += a
        if b > 0:
            x += b
    return x > a

def g(a=1010, y=1010, b=1111):
    return a+b

assert f(g())

def f(x: float, a=102311):
    return float(abs(x ** 2 - a) + 3) <= abs(x) ** 2

def g(a=102311):
    return float(abs(a - 102311** 2 - a) + 3)

assert f(g())

def f(x: int, a=828022, b=-60000):
    return x + a == b

def g(a=828022, b=-60000):
    return -1 * a + b

assert f(g())

def f(s: str, word="anticloses", max_len=20):

    if len(word) <= len(s) and len(s[:2]) < len(word):
        return word == s
    if len(word) <= len(s) and len(s[2:2]) < len(word):
        return word == s[2:2]
    if len(word) <= len(s) and max_len<=max_len:
        return word == s[0]
    if len(word) <= max_len:
        return word == s[-1]

def g(word="anticloses", max_len=20):

    s = sorted(word)

    if len(word) >= max_len:
        return max(word, min(word))
    if len(word) < max_len:
        return max(word, min(word))

assert f(g())

def f(x: int, a=754217, b=152532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a * b + b * a + x + a

def g(a=754217, b=152532):
    return int(a + b)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x > b

def g(a=1073258, b=72352549):
    return b + a

assert f(g())

def f(str: str):
    """
    Assume that the number of elements in str is greater than the number of points in str,
    then the number of elements in str can be reduced below the number of points in str.
    """
    n = len(str)
    w = len(str)
    i = 0
    for i in range(n):
        if i % 3 == 0:
            w += i
        else:
            w > 4
    return w > 4

def g():
    return "abcdef"

assert f(g())

def f(j: int, a=253532, b=1230200):
    if j > 0:
        return j - a > a
    else:
        return j + a > a

def g(a=253532, b=1230200):
    if a > 10:
        return a * 10 + b
    else:
        return a / 10

assert f(g())

def f(word: str, length=18):
    return str(word) == 'konjac'

def g(length=18):
    return 'konjac'

assert f(g())

def f(x: int):
    return x > 255 and not x <= 255 or x > 255 and not x <= 255

def g():
    return int(int("3" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=5008500, b=6180200):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=5008500, b=6180200):
    if a == 1:
        return x + " - " + b
    elif a == -1:
        return x - " + " + b
    else:
        return - a + b

assert f(g())

def f(t: str, a=20, b=10):
    return all(len(t) == 1 for t in t)

def g(a=20, b=10):
    return "hello world\t123456789\texample.txt"

assert f(g())

def f(substring: str, string="mooobooofasd", target_len=12):
    return substring.count(string) == 1

def g(string="mooobooofasd", target_len=12):
    return string if string else None

assert f(g())

def f(t: str):
    return "Goodbye " + t == "Goodbye world"

def g():
    return "world"

assert f(g())

def f(s: str, word="antispun", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispun", max_len=10):
    if len(word) <= max_len:
        return word or 0

    return int(s)

assert f(g())

def f(s: str, a=1, b=17):
    return s.count("b") == a

def g(a=1, b=17):
    return "b"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", num=14):
    if len(word) <= 1:
        return word == s
    word = str(word)
    if len(word) >= 0:
        return word == s
    for i in range(1, num or len(word)):
        if i == 0:
            return i
    return s

def g(word="antidisestablishmentarianism", num=14):
    return word

assert f(g())

def f(s: str, w=5):
    for i in range(w):
            print(s[i], "in the list of values:")
    return True

def g(w=5):
    return 'a' * w

assert f(g())

def f(a: str, b=14547310):
    return str(a) == str(b) if a and b != 0 else str(a)

def g(b=14547310):
    return str(b) == str(a) if b != 14547310 else str(b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] == word[i]:
            return True
    return False

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(z: int, n=1536):
    return z >= 0 and z > 255  # 1 > 0  # 1 > 255  return "positive"

def g(n=1536):
    return n*n-1 + 1  # 3 > 0  # 3 < 255

assert f(g())

def f(x: float, a=1050):
    return abs(x ** 2 - a) >= 10 ** + 10

def g(a=1050):
    return float(abs(a ** 2 - a) + 0.5)

assert f(g())

def f(x: int, a=4, b=54368639):
    if b == 1:
        return x % 2 == 0
    elif b == -1:
        return x % 2 == -1
    else:
        return x - a == b

def g(a=4, b=54368639):
    for i in range(1,5):
        if i > 0:
            return i * (a + b)
        else:
            return 1 * (a + b)

assert f(g())

def f(x: List[int]):
    return x[1] == x[2]

def g():
    return [1, 1, 1, 1, 1, 1]

assert f(g())

def f(x: int, a=14302, b=5):
    return x - a == b

def g(a=14302, b=5):
    return int(int(a)+int(b))

assert f(g())

def f(n: int, a=45121866, b=20):
    return n // b == a

def g(a=45121866, b=20):
    return a * b

assert f(g())

def f(x: str):
    return len(x) > 6;

def g():
    return "hello world"

assert f(g())

def f(n: int, a=14302, b=5):
    return b * n + 1 + (a % b) > a

def g(a=14302, b=5):
    return (a          - b) * int(a * b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + b > b

def g(a=253532, b=1230200):
    return a**2 + b**2

assert f(g())

def f(x: str):
    return str(x).startswith("123")

def g():
    return "123abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(n: int, a=16, b=8):
    return (n / 8 + a) != a

def g(a=16, b=8):
    return -1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + -a == b

def g(a=253532, b=1230200):
    if a < 50 and b > 0:
        return a > b
    else:
        return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return target[(len(target) - len(s)) // 2: (len(target) + len(s) // 2) + (len(target) + len(target) // 2) + 7] == s

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(s: str, word="antispace", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispace", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[-1]) and word[0] == 0

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or ((s[::-1] == target) == reverse)

def g(target="reverse me", reverse=True):
    return """reverse me"""

assert f(g())

def f(s: str, a0=1233):
    return s == 'Hello world'

def g(a0=1233):
    return "Hello world"

assert f(g())

def f(num: int):
    return num == num

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(f: str):
    return "Hello " + f == "Hello world"

def g():
    return  "world"

assert f(g())

def f(x: int, a=5, b=1230200):
    if x >= 0 or a >= 50:
        return x - b == a
    else:
        return x + b == b

def g(a=5, b=1230200):
    return int(int(a) + 0) + b

assert f(g())

def f(n: int, a=20, b=20):
    return n % a == 0 and n % b == 0 and 0 < a <= a

def g(a=20, b=20):
    return a % b + b

assert f(g())

def f(s: str, word="konjac", a=93252338):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", a=93252338):
    return word[0] + word[1:]

assert f(g())

def f(lower_index: int):
    for i in range(8, 19):
        if i != 16:
            lower = i
        else:
            lower = -1
    return lower_index > 14

def g():
    return int(int("123456789" + "0"*9))

assert f(g())

def f(x: int, n=10000):
    x = x < n
    return x % 5 == 0 and x % 5 == 0 and x % 5 == 0

def g(n=10000):
    return int(int(n * n) << 2) + 1

assert f(g())

def f(n: int, a=4534566):
    return 0.5 - 10 ** -3 and 0.5 - 10 ** 3 < 26

def g(a=4534566):
    return a

assert f(g())

def f(n: int, v=15):
    return n > 72297

def g(v=15):
    return 2 + v*v*v + (2 + v**13) + (2 + 1)**10

assert f(g())

def f(x: int, a=18000, b=1230200):
    if x > 0 or a > 100:
        return x - b > a
    else:
        return x - c > a

def g(a=18000, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1073259, b=72352549):
    return a + x != b and (a + x != b)

def g(a=1073259, b=72352549):
    return a**2 - b**2 + 1

assert f(g())

def f(x: int, a=16000, b=263000):
    if x > 0 or a > 50:
        return x - 203525 > 50
    else:
        return x + a == b

def g(a=16000, b=263000):
    return int(int(a) * 16000 + int(b) / 16000 + int(a)**30)

assert f(g())

def f(v: float, z=0.0001):
    for i in range(15):
        z += 0.01
    return v % 10 == 0.0001

def g(z=0.0001):
    return z

assert f(g())

def f(n: int, t=197):  # noqa: W-1168
    return n > t and n <= t + 2 ** (t - 2)

def g(t=197):
    return int(int(t) * 19 + 1)** 2

assert f(g())

def f(x: int, a=10, b=124050):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=10, b=124050):
    return int(int(int(a))**10 - int(int(a)+1)*9 - int(b))

assert f(g())

def f(n: int):
    return str(n * n).startswith("10110110" if n else "")

def g():
    return int(int("10110110" + "0"*9) ** 0.5 + 0.5)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(0, len(word)):
        if i == len(word) and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("5") + str(d).count("6")))

def g(n=123456789):
    return int(n * n) - 2

assert f(g())

def f(x: int, a=1073258, b=14546310):
    return x - a > b and a != b

def g(a=1073258, b=14546310):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, c='abcdef', target=12):
    return s.lower() == c.lower()

def g(c='abcdef', target=12):
    return "abcdef"

assert f(g())

def f(start: int):
    n = start + 1
    while abs(n) > 1000:
        n = 2 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if abs(n) > 995:
            return True
        else:
            return False
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, c=12345):
    if c == 222:
        return s == "hello"
    elif c == 222:
        return s == "hello world"
    else:
        return s == "hello world"

def g(c=12345):
    if c == 222:
        return ""
    elif c == 222:
        return s == "hello world"
    else:
        return "hello world"

assert f(g())

def f(numbers: List[int]):
    return len(numbers) <= 10

def g():
    return [0, 1]

assert f(g())

def f(x: int, t=9500001):
    return x > t

def g(t=9500001):
    return int(float("123456789") * t + 3) + 10

assert f(g())

def f(x: int, a=50, b=50, size=30):
    for i in range(size):
        if i == 0:
            return i * x == 0 or i < size
    return int(x) == size

def g(a=50, b=50, size=30):
    return int(a * b * size)

assert f(g())

def f(n: int, a=1312):
    return n + a < 4  # the largest element

def g(a=1312):
    return int(a) * - a  # the largest element

assert f(g())

def f(s: str, word="antie", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) != s[0] and word[0] == s[-1] and word[-1] == s[-1]

def g(word="antie", max_len=10):
    if len(word) <= max_len:
        return word
    if word[0] == s:
        return len(word) == max_len
    return  int(s[1:-1]) != s[0] and word[1] == s[-1] and word[-1] == s[-1]

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s.lower():
        if i == len(t) - 1:
            continue
        assert t[i] == "", f"expecting`{c}`"
        i += 1
    return i == len(t) - 1

def g(s="Problems"):
    i = 0
    for s in s.lower():
        if i == len(s) - 1:
            continue
        assert s[i] == s[0][0]
        i += 1
    return s

assert f(g())

def f(s: str, p = "d"):
    return s in [p for p in str(s)] and len(p) == len(s)

def g(p = "d"):
    return str(p)

assert f(g())

def f(y: float, x=611):
    return x == y

def g(x=611):
    return float("611")

assert f(g())

def f(start: int):
    n = start // 2
    while abs(n) > 1000:
        n = 2 * n // 3
        if abs(n) < 10000:
            return True
        n -= 2 if n % 2 else n // 2
    return False

def g():
    return int(int("5" + "8" + "9" + "0"*9) ** 2)

assert f(g())

def f(x: int, a=100100011):
    return x == a

def g(a=100100011):
    return int(a)

assert f(g())

def f(d: List[int], n=4):
    if n % 2 != 0:
        assert 0 <= n <= 4 and d[n] == 0
        assert d[n] in ["aeiouy" ", aceiouy" "", "abecedeed" ", aceiouy" "", "abecedeed" "", "bad" ""]
        assert n > 0 and n == length(d[0]), d[0]
        assert d[n] in ["aeiouy", "abecedeed", "bad", "bad" ], d[n]
    return d[n] == d[n + 1]

def g(n=4):
    return [1, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(nums: List[int], n=1234):
    return len(nums) <= n

def g(n=1234):
    return [1, 2, 2, 2, 2, 2]

assert f(g())

def f(t: int, q=32):
    return t > 0 and t >= q

def g(q=32):
    return int(int(42) * q) + 1

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n > a + b

def g(a=17, b=100, c=20):
    return int(int(a) * (b-a)**20 - (c-a)**20)

assert f(g())

def f(x: float, a=16, b=2, c=4, d=1):
    assert a != 0 and c != 1
    if c != 1:
        return x % 2 == 0
    for i in range(a):
        if a == 1:
            return x % 2 == 1
        elif a != b:
            return x + a == b
    return 0.0

def g(a=16, b=2, c=4, d=1):
    if a == 1:
        return x % 2 == 0
    for i in range(a):
        if a == 2:
            return x % 2 == 1
        elif a == 2:
            return x + a == 2
    return 0.0

assert f(g())

def f(b: str):
    return '^3{}$' in b

def g():
    return "^3-^3{}$"

assert f(g())

def f(x: int, a=93252338):
    return x > -a and a < x

def g(a=93252338):
    return int(int(a * 3) ** 3) + 1

assert f(g())

def f(z: float, d=0.02):
    v = 1.0
    if z < 1: v = -1
    else: v = 1.0
    if z < 0: v = 1.0
    return abs(v) > 1e-6

def g(d=0.02):
    return float(d / d)

assert f(g())

def f(x: int, a=721):
    return +x == a

def g(a=721):
    return int(a)

assert f(g())

def f(t: str, target="foobarbazwow", reverse=True):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == t

def g(target="foobarbazwow", reverse=True):
    # use a random generator to generate the target string when it is matched
    return "foobarbazwow"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == len(s):
            return False
    return True

def g(word="konjac"):
    return "KONJAC"

assert f(g())

def f(s: str, word="abd", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    return word.upper()

def g(word="abd", max_len=10):
    if (max_len-1) != 0:
        return str(word)
    return ""

assert f(g())

def f(inds: List[int], vecs=[]):
    for i in range(len(vecs)):
        if i == 0:
            if s[i] != vecs[i].upper():
                return False
        else:
            if s[i] != vecs[i]:
                return False
    return True

def g(vecs=[]):
    return list(vecs)

assert f(g())

def f(n: int):
    return str(n * n).startswith("456")

def g():
    return int(int("456" + "123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    i = 0
    while i < max_len:
        i = i + len(word) - 1
    return s == s[0]

def g(word="antidisestablishmentarianism", max_len=10):
    i = 0
    while i < max_len:
        i += len(word) - 1
    return word[i]

assert f(g())

def f(n: int, a=50231522):
    return n == a

def g(a=50231522):
    return a

assert f(g())

def f(path: List[List[int]], v=12, d=2):
    return all(s in path[1] == 0 and s < d for s in path[1:])

def g(v=12, d=2):
    return list()

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return 0 <= start <= len(seq) - k   and sum(seq[start:start + k]) >= lower

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return list(set([0, k]))[len(seq) > 2]

assert f(g())

def f(a: str, target="foobarbazwow", length=3):
    return a == target

def g(target="foobarbazwow", length=3):
    return min(target, max(target))

assert f(g())

def f(n: int, a=18, b=10, c=20):
    return n + a > sum([b * i for i in range(b)])

def g(a=18, b=10, c=20):
    return a > sum([b * i for i in range(b)]) if (b > c) else sum([b * i for i in range(b)])

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]: return False
    return True

def g(word="konjac"):
    return word[:]

assert f(g())

def f(n: int, v=100):
    return n > v

def g(v=100):
    return 2 + int(v)

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n * a + b >= 1073258

def g(a=1073258, b=72352549):
    return (f(1073258) - 1) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[len(word):] == s[len(word):]

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    return isinstance(word, List) and str(word) ==word

assert f(g())

def f(li: List[int]):
    return all([li[1] != li[1 + 1] for i in range(20)]) and len(set(li)) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-2]) == len(word[1:-2])

def g(word="antidisestablishmentarianism", max_len=2):
    if len(word) >= max_len:
        return word
    return max_len == len(word) - 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
            else:
                assert i == 0
                if s[i] != word[i]:
                    return False
            return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=1020):
    return x ** 2 > 0 and x > a

def g(a=1020):
    return 1 + (int(a) * (1000000 - 1) + 1)  + 2

assert f(g())

def f(n: int, a=1):
    return a < n

def g(a=1):
    return int(a) + 1

assert f(g())

def f(s: str, word="chicken"):
    for i in range(len(word)):
        if (i == 0) and s[i] != word[i]:
            return False
    return True

def g(word="chicken"):
    return str(word + "2"*2)

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x + a == b
    else:
        return x - a == b

def g(a=4, b=54368639):
    if a == 1:
        return a / 2 == 0
    else:
        return a + b

assert f(g())

def f(substring: str, string="mooobeogoonofasd", count=2):
    return substring == string

def g(string="mooobeogoonofasd", count=2):
    return string

assert f(g())

def f(n: int):
    """
                           """
    return n > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=639, b=-143):
    return x - b == a and b < a

def g(a=639, b=-143):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=50, b=50, size=30):
    for i in range(size):
        if i == 0:
            return i * x == 0 or i < size
    return int(x) == size

def g(a=50, b=50, size=30):
    return int(a) * b

assert f(g())

def f(t: str):
    print(t[::-1])
    if t[::-1] != "Hello World" + t.lower():
        print(t[::-1])
    return t[:-1] != "Hello World"

def g():
    return "world[t] {2}."

assert f(g())

def f(n: int, s=80):
    return s <= n  # lower/upper bounds should be identical, this is how we implement this

def g(s=80):
    return getattr(f, "lower", s)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a > b

def g(a=1073258, b=72352549):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1, b=22222222):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1, b=22222222):
    if a == 1:
        return 2
    else:
        return 2 + 1

assert f(g())

def f(x: int, a=100, b=10186916):
    return x < -100 or x >= 10186916

def g(a=100, b=10186916):
    return int(a * (10186916 + a) + b)

assert f(g())

def f(s: str):
    return s.index(s) == 0 and s.count('foobar') == 1

def g():
    return "foobar"

assert f(g())

def f(s: str, z=0):
    for i in s.lower():
        if s[i] == z:
            return False
    return True

def g(z=0):
    return str(z + 0) * z

assert f(g())

def f(s: str, word="joc"):
    return s[0] == word[0] if s[0] != word[0] else s[0] == word[0]

def g(word="joc"):
    return word[0] if word[0] != "joc" else word[0] == "joc"

assert f(g())

def f(t: str, s=['a', 'b', 'c', 'd', 'e', 'f']):
    return "Hello " + t == "Hello world"

def g(s=['a', 'b', 'c', 'd', 'e', 'f']):
    return "world"

assert f(g())

def f(str: str, target="reverse me", reverse=True):
    return (str == target)

def g(target="reverse me", reverse=True):
    if target:
        return target.lower()
    else:
        return str(target)

assert f(g())

def f(s: str, t=1):
    s = str(s)
    if s.count("123456789"):
        a = s + "123456789"
    else:
        a = str(1+t) + "123456789"
    a = s.replace('123456789', "123456789" + "1234")
    return s.startswith("123456789")

def g(t=1):
    if t == 1:
        return "123456789"
    else:
        return "123456789"

assert f(g())

def f(s: str):
    return set(s) <= set(s) and s.count("1") == 1

def g():
    return "world[123456789]"

assert f(g())

def f(x: int, a=93252338):
    return a < x

def g(a=93252338):
    return a + 3*a

assert f(g())

def f(s: str, word="gokonjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="gokonjac"):
    return word

assert f(g())

def f(d: int, n=123456789, a=42, b=0):
    return d > n or all(a is False)

def g(n=123456789, a=42, b=0):
    return n * n + a * b

assert f(g())

def f(x: List[int]):
    for j in range(2, len(x)):
        return abs(x[0] * x[1] + x[0] * x[1]) < 10 ** -10

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(x: float):
    return x > 123456790

def g():
    return float(int(int("123456789" + "0"*9)**12))

assert f(g())

def f(x: List[int]):
    return len(x) > 9

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]

assert f(g())

def f(x: float, a=1020):
    return abs(x) >= 10 ** -3

def g(a=1020):
    return float(a) / 2.1 - (a < 10)

assert f(g())

def f(t: str):
    return True

def g():
    return "Hello a123"

assert f(g())

def f(punctuation: List[str], pattern = ['n', 'n', 'n', 'n', 'n']):
    return punctuation[0] in pattern

def g(pattern = ['n', 'n', 'n', 'n', 'n']):
    return ["n", "n", "n", "n", "n", "n", "n", "n", "n"]

assert f(g())

def f(t: int):
    return True

def g():
    return int(int("123456789" + "2"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a != 0:
        return x - a - b > 0
    else:
        return x + a + a

def g(a=253532, b=1230200):
    return a + b - a + b

assert f(g())

def f(tour_ind: List[int], k=18):
    return list(tour_ind) == [2, 3, 11, 2, 6, 7, 0, 23, 37]

def g(k=18):
    return [2, 3, 11, 2, 6, 7, 0, 23, 37]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if n % 2 != 0:
            return False
        if n % 2 != 1:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9))

assert f(g())

def f(x: str, target="I", reverse=True):
    return x[:1035] == target

def g(target="I", reverse=True):
    return str("I")

assert f(g())

def f(x: int, a=1393):
    return x + a <= 27 and x <= 31

def g(a=1393):
    return int(int(-a) * 1393) + a

assert f(g())

def f(nums: List[int],a=10201202003):
    return sorted(nums) == list(range(1000)) and list(range(999)) == list(range(999))

def g(a=10201202003):
    return [i for i in range(1000)]

assert f(g())

def f(pos: int, n=12345678912):
    return pos >= n

def g(n=12345678912):
    return int(n) + 1

assert f(g())

def f(s: str):
    return set(s) <= set("123456") and s.count("1") == 1

def g():
    return "123456"

assert f(g())

def f(s: str):
    return list(s) == 0 or len(s) == len(s)

def g():
    return "world"

assert f(g())

def f(x: int, a=253532, b=1):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1):
    return int(a + 1)

assert f(g())

def f(s: str, word="konjac"):
    if s[0] == word[0]:
        a = 0
    else:
        a = len(s) == n
    return True

def g(word="konjac"):
    if isinstance(word, str):
            return "konjac"
    else:
        return "konf"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len <= 10:
        return word == s
    return int(word[-1:3]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if word == "antidisestablishmentarianism":
        return word
    return int(word) == max_len

assert f(g())

def f(n: int, a=3, b=234623):
    return n * a + b < 3

def g(a=3, b=234623):
    if a != 3:
        return b * a + a - 1
    elif a == 3:
        return a + 1 - b * b
    else:
        return a + 1 - 2 + b * b

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1230200):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=134589, b=126315):
    if x > 0:
        return x - a != b
    else:
        return x + a != b

def g(a=134589, b=126315):
    return int(100*a + 1) + 1

assert f(g())

def f(x: int, a=6334973):
    return x == a

def g(a=6334973):
    return int(a)

assert f(g())

def f(s1: str, b=2021):
    return 'hello world' in s1.lower()

def g(b=2021):
    return str("hello world")

assert f(g())

def f(i: int):
    return len(str(i + 5)) == len(str(i + 1005))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(x: int, a=1024, b=243933):
    if x > 0 and a > 253532:
        return x - a > 253532
    else:
        return x + a > 253532

def g(a=1024, b=243933):
    return int(a + b) ** 243933

assert f(g())

def f(x: int, a=930453948):
    for i in "30234", "302345":
        assert x >= a
    return True

def g(a=930453948):
    return int(a) + 1

assert f(g())

def f(x: int, a=93252338):
    return -x == 1 if a == 93252338 else 1

def g(a=93252338):
    return -x == 1 if a == 0 else -1

assert f(g())

def f(t: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return len(t) == len(str(t.lower()))

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return str(strings).strip().lower().strip().lower()

assert f(g())

def f(s: str, word="mixed", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mixed", max_len=10):
    if len(word) <= max_len:
        return word
    return "mixed"

assert f(g())

def f(x: int, a=1020, c=1029):
    return 0 <= a <= c <= c + a

def g(a=1020, c=1029):
    return a + c

assert f(g())

def f(c: int, a=1025):
    return c >= a

def g(a=1025):
    return ((3 * a) + (5 * a) * 100) - (6 * (a + a) * 100) + (12 * (a + a) + 5) + (13 * (a + a) * 100)

assert f(g())

def f(x: int, a=8665464):
    return x == a

def g(a=8665464):
    return a

assert f(g())

def f(strings: List[str]):
    return strings[0] != strings[1]

def g():
    return ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "r", "s", "t", "t", "u", "v", "z", "w", "zw"]

assert f(g())

def f(s: str, a0=123):
    if a0 >= 0 and a0 % 3 == 0:
        return ("Hello world" in s)
        if a0 < 0 in s:
            return ("Hello world[a0 >= 0]")
        elif a0 > 0 in s:
            return ("Hello world[a0 > 0]")
    else:
        print("Error: %s", s[-1])
        raise IOError("Error: %s", s[0:])

def g(a0=123):
    if (a0 < 0) or (a0 >= 0 and a0 % 3 > 0):
        print("A 0-0 is incorrect")
        return ("Hello world[a0 < 0]")
    else:
        return ("Hello world[a0 >= 0]")

assert f(g())

def f(x: int, a=93252340):
    return x + a == 5

def g(a=93252340):
    return (5 - a)

assert f(g())

def f(n: int, b=18, p=18):
    return n % b == 0 and n % p == 0 and 0 < b <= 18

def g(b=18, p=18):
    return int(int(p - b) / b)

assert f(g())

def f(d: str, s="Daggy"):
    return s == d

def g(s="Daggy"):
    return "Daggy"

assert f(g())

def f(s: str, s1="1", s2="2", n=20):
    return s[0] == s[1] and s[1 - 1] == s[-1] and s[1 + 1] == s[-1]

def g(s1="1", s2="2", n=20):
    return "1" * n

assert f(g())

def f(e: int, n=1388):
    return e > n and n == 1388 and e > n and e > n

def g(n=1388):
    return n * n + 1

assert f(g())

def f(s: str, word="nest"):
    return len(s) == len(word) or len(s) == len(word)

def g(word="nest"):
    return "nest"

assert f(g())

def f(b: int, c=123456789):
    return b > 100 and (b > 100)

def g(c=123456789):
    return (c < 100) + c

assert f(g())

def f(s: str):
    return s == s[0]

def g():
    return "?"

assert f(g())

def f(x: float, a=1110):
    return x == a

def g(a=1110):
    return float(a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s == target  # no action

def g(target="foobarbazwow", length=6):
    return target or f(g())

assert f(g())

def f(x: int, a=724454559):
    return -1 + x >= 724454559

def g(a=724454559):
    return int(a) + a

assert f(g())

def f(x: int, a=102020121001):
    return x / 2 >= a

def g(a=102020121001):
    return int(int(a) * (a + 3)) + 31

assert f(g())

def f(s: str, word="w"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="w"):
    return str(word).upper()

assert f(g())

def f(x: int, a=2254, b=16):
    if x < 0 or a > 100 and x > 120:
        return x - b > a > b - 10
    else:
        return x + b > a > b - 5

def g(a=2254, b=16):
    return int(a * b + b * 10)

assert f(g())

def f(x: int, a=10201203):
    return x > a

def g(a=10201203):
    return int(a) * 6

assert f(g())

def f(n: int, a=26, b=1615, lower_bound=5):
    return (n + 1) % 3 == 0

def g(a=26, b=1615, lower_bound=5):
    return (a % 3 == 0) + 2                                       # only one lower bound

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "42" for i in str(str(d).count("3") + str(d).count("5")))

def g(n=123456789):
    return (n * n) + 1

assert f(g())

def f(tot: int, n=20):
    return tot*n > 20

def g(n=20):
    return n

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0 and x % 2 == 1 and x % 2 == 1 + a
    elif a == -1:
        return x % 2 == 1 and x % 3 == 0 and x % 3 == 1 + b
    else:
        return x - a == b

def g(a=4, b=54368639):
    if a and b != 1:
        return a + b
    elif a != -1:
        return a + b
    elif a != -3:
        return a - b - b
    elif a != -4:
        return a - b - a
    else:
        return -b

assert f(g())

def f(inds: List[int], targets=[]):
    return all(i + b * len(inds) for i in targets)

def g(targets=[]):
    return list(set(targets))

assert f(g())

def f(i : int, a=1073258, b=72352549):
    return i == 1073258

def g(a=1073258, b=72352549):
    return a % b and a % b or a % b

assert f(g())

def f(d: List[int]):
    return d[:7] != 0

def g():
    return list(set([int(i) for i in range(1000)]))

assert f(g())

def f(n: int):
    return str(n * n -1).startswith("123456789")

def g():
    return int(int("123456789" + "1"*255) ** 0.5) + 0

assert f(g())

def f(s: str, target="foobarazwow", maxlength=6):
    if len(s):
        return len(s) == len(target)
    return len(s) == len(target)

def g(target="foobarazwow", maxlength=6):
    if len(target):
        return target
    return len(g(target)) == len(g(target))

assert f(g())

def f(x: int, a=93252338, b=23453454):
    return x == a

def g(a=93252338, b=23453454):
    return a

assert f(g())

def f(n: int):
    return n < 18

def g():
    return 0

assert f(g())

def f(strings: str, f=1):
    # The following works for each name, but not all, so only looks for "hello"
    names = "hello world", "world", "baz", "dee", "dah!"
    return len(strings) >= len(names)

def g(f=1):
    # Check the output of f: for all "hello world" and all of the strings
    output = ["hello", "world"]
    return "hello world"

assert f(g())

def f(inflated: str, target="happiest", upper=63):
    if len(inflated) == len(target):
        return len(target) == len(inflated)

def g(target="happiest", upper=63):
    if target == "happiest":
        return target
    def happiest():
        for i in range(4):
            x = target[i]
            if x.count("happiest") > 0:
                yield x[i] + " happiest"
            else:
                yield x[i]

assert f(g())

def f(s: str, word="swat"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] and s[i] != word[i].lower():
                return False
    return True

def g(word="swat"):
    return "swat"

assert f(g())

def f(b: int):
    return b % 3 == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) % 3

assert f(g())

def f(s: str, target="foobarbazwow", coeffs=[2.5, 1.3, -0.5]):
    return s == target[(len(target) - len(s) + 3) // 2]

def g(target="foobarbazwow", coeffs=[2.5, 1.3, -0.5]):
    return target[(len(target) + 3)//2]

assert f(g())

def f(n: int, a=350348346, b=15):
    return n // a == b

def g(a=350348346, b=15):
    return a * b

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and sum(x) > 3

def g():
    return [3, 6, 8]

assert f(g())

def f(item: str):
    if len(item) == 0 and item[0] == "foo":
        return False

    if item in ["foobar", "moooboooofasd"]:
        return True
    for i in item:
        if item[i] < "foo":
            return False
    return True

def g():
    return "foobar"

assert f(g())

def f(x: List[int], a=10, b=7):
    i = 0
    for a in x:
        i += 1
    return a == b

def g(a=10, b=7):
    return [4, 6, 7]

assert f(g())

def f(s: str, word="I'm a realist", max_len=16):
    if len(word) <= max_len:
        return word == s
    elif len(word) > max_len:
        return word == s
    else:
        return word == s

def g(word="I'm a realist", max_len=16):
    return str(word)

assert f(g())

def f(x: int, a=383845, b=0):
    if x > 0 or a >= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=383845, b=0):
    if a >= 50 or b >= 0:
        return a + b

assert f(g())

def f(s: str):
    return str(len(s) > 3) and len(s) > 3

def g():
    return "World"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return abs(a) < n

def g():
    return [1, 3, 4, 5]

assert f(g())

def f(x: int, a=243532, b=12, c=12.5):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=243532, b=12, c=12.5):
    return a + b

assert f(g())

def f(s: str, target="hello are you there?", a=7):
    return s == target

def g(target="hello are you there?", a=7):
    return target

assert f(g())

def f(s: str, ds=10):
    return s == "test"

def g(ds=10):
    for i in range(1, ds):
        return "test"

assert f(g())

def f(s: str, target="reverse rereremez"):
    return s[::-1] == target

def g(target="reverse rereremez"):
    return target[::-1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    else:
        return max_len

assert f(g())

def f(x: str, a="world", b="hello world"):
    return x == b

def g(a="world", b="hello world"):
    return a < b or "hello world"

assert f(g())

def f(s: str):
    return s.count("1") != 0 and s.count("4") != 0

def g():
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, target = 'do'):
    if target == 'do' or target.index(s) != s.endswith(x):
        return s == target
    return False

def g(target = 'do'):
    try:
        if target == 'do' or target.index(s) != s.endswith(x):
            return target
        return False
    except IndexError:
        return False
    return True

assert f(g())

def f(x: int, a=121058, b=7398859):
    return a + b == x

def g(a=121058, b=7398859):
    return a + b

assert f(g())

def f(s: str, words="h", length=2):
    return s == words or len(s) == len(words)

def g(words="h", length=2):
    return "h"

assert f(g())

def f(s: str, a="hello", b=""):
    return s == a

def g(a="hello", b=""):
    return 'hello'

assert f(g())

def f(s: str, s1="r", s2="e", a=154418):
    return s.count(s1) == a

def g(s1="r", s2="e", a=154418):
    return s1 * a

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(word) == max_len and len(word) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    return word == max_len and len(word) == max_len

assert f(g())

def f(name: str, a="goodbye", b="goodbye"):
    return name and a in name and b in name

def g(a="goodbye", b="goodbye"):
    return a+b

assert f(g())

def f(x: int, a=93675):
    return x == a == 93675

def g(a=93675):
    return a

assert f(g())

def f(s: str, big_str=""):
    return s  == 'Hello world'

def g(big_str=""):
    return "Hello world"

assert f(g())

def f(x: int, a=253532, b=63748):
    if x > 0 or a > 50:
        return x - a == b
    else:
        assert x is not None
        return x + a == b

def g(a=253532, b=63748):
    if a > 50:
        return a + b
    else:
        assert x is not None
        return a + b # x == m < 10000 and y is not less than m

assert f(g())

def f(s: str):
    return str(s) == 'abcdefghijklmnopqrstuvwxyz';

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(d: int, n=123456789):
    return d > n and d > 7

def g(n=123456789):
    return (0 + n) * (n-1) + 3

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 1002))

def g():
    return int(int("12346789") * 5) + 1

assert f(g())

def f(x: int, a=10521579, b=-1176):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10521579, b=-1176):
    if a == 1000: return "a" ** 10 + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == 'I!!!!love!!dumplings!!!!!'

def g():
    return "I!!!!love!!dumplings!!!!!"

assert f(g())

def f(n: int):
    return len(str(n + 1001)) > len(str(n + 1))

def g():
    return 0

assert f(g())

def f(x: str, word="konjac"):
    return x.index(word) == 0 and x[0] != word[0].upper() and word[-1] != 0 and x[-1] != 0 and x[1] != 0

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str):
    return len(s) == 1

def g():
    return "!"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (word[i] != s[i]):
            return False
    return True

def g(word="konjac"):
    """
    Return a list of strings
    """
    return str(word)

    for w in words:
        word_ = w.get("a", None)
        if len(word_) > word:
            return str(word[i] == word_)

    return None

assert f(g())

def f(x: int, a=164740, b=13600):
    if x > 0 or a > 50:
        return x + a == b
    else:
        return x - a

def g(a=164740, b=13600):
    if a < 0 or b < 0:
        return a
    else:
        return b - a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                continue
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a - b != a + b != b

def g(a=1073258, b=72352549):
    print("a")
    print("b")
    print("b")
    return 0

assert f(g())

def f(s:str):
    return s.count('abc') > 0 and s.count('abc') < 10

def g():
    return "abc-test"

assert f(g())

def f(x: int, a=1035, b=3550):
    return x - a == b

def g(a=1035, b=3550):
    return int(a + b)

assert f(g())

def f(n: int, a=123456789):
    return n + (1 - a) / 2 + n > 2 + a

def g(a=123456789):
    return a + a or -a

assert f(g())

def f(s: str, word="diversityism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[0]-1) == max(word[1]-1)

def g(word="diversityism", max_len=30):
    if len(word) <= max_len:
        return word

assert f(g())

def f(s: str, word="t", max_len=10):
    if len(word) <= max_len:
        return word[0] == s
    else:
        return word[-1] == s[0]

def g(word="t", max_len=10):
    if word != "t":
        return word
    else:
        return str(word)

assert f(g())

def f(n: int, a=1548, b=14981, lower_bound=5000):
    return n - a and lower_bound <= n - b

def g(a=1548, b=14981, lower_bound=5000):
    return 5*a*b*lower_bound + lower_bound * lower_bound

assert f(g())

def f(s: str):
    return str(3322).count(s) == 1

def g():
    return str(3322)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "1234" :
        assert s.count(i) == 1
    return True

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(s: str, s1="abcdefghijklmnopqrstuvwxyz"):
    assert len(s) == len(s1)
    s = "ABCDEFGHijklmnopqrstuvwxyz"
    return s.lower() == s1

def g(s1="abcdefghijklmnopqrstuvwxyz"):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, n=7012):
    return 0 <= n <= 7012

def g(n=7012):
    return str(n + (n * n))

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a != b

def g(a=4, b=54368639):
    if a == 1:
        return 0
    elif a == -1:
        return 1
    elif a == 0:
        return 1
    else:
        return 1

assert f(g())

def f(x: int, a=95252338):
    return x % 2 == 0

def g(a=95252338):
    return (a == 1) ** 5 + a

assert f(g())

def f(n: int, a=3, b=22, c=5):
    return a - n < n <= b or (n < a) + c + (a < b) + c <= 0x10000

def g(a=3, b=22, c=5):
    return a + (0x10000 + 100000) or (n < a) + (b - a) + b + c < 0

assert f(g())

def f(s: str, word="konjac"):
    s1 = 'konjac'
    s2 = 'konjac'
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return word[0] + word[1]

assert f(g())

def f(x: int, a=8189998):
    return x > 8189998

def g(a=8189998):
    return a * a

assert f(g())

def f(s: str, word="nonprofit", max_len=10):
    if len(word) <= max_len:
        return word == s
    return sum(sum(s - word[:1]) == s)

def g(word="nonprofit", max_len=10):
    if len(word) <= max_len:
        return word
    return sum(sum(s == word[:1]) == s)

assert f(g())

def f(x: int):
    return x - 23456789 and x >= 23456789

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=10, b=124050):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=10, b=124050):
    if a < b:
        return int(a*b*b + 1)
    else:
        return int(a*b)

assert f(g())

def f(s: str):
    return s.count('\x00') != s.count('\x01')

def g():
    return '\x00abcdefgh'

assert f(g())

def f(s: str):
    return ''.join(s) == s

def g():
    return "helloworld"

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(range(15-5, 15-5))

def g():
    return []

assert f(g())

def f(x: int, a=999999989):
    return x == a

def g(a=999999989):
    return int(a)

assert f(g())

def f(z: int, v=0, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=0, d=0.0001):
    return int(v * (1 - (1 - d) * (1 - d) % 10) + 1)

assert f(g())

def f(s: str, word="the", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="the", max_len=20):
    out="the"
    return max(word, out)

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s) != 3

def g():
    return str(16)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[:2] == target[:2]

def g(target="reverse me", reverse=True):
    return 'reverse my(!reverse) isreverse isreverse'

assert f(g())

def f(s: str):
    return s == "A" or s == "A-Y"

def g():
    return "A"

assert f(g())

def f(s: str, word="antivolibrium", max_len=7012):
    if len(word) <= max_len:
        return word == s
    if max_len<=7012:
        return word == s
    if max_len == len(s):
        return int(word) == s[0]

def g(word="antivolibrium", max_len=7012):
    try:
        return int(word) > max_len
    finally:
        return word

assert f(g())

def f(path: List[str]):
    return min(path) == min(path)

def g():
    return [""]

assert f(g())

def f(x: int, a=1020, b=1063):
    return x ** 2 > (a + b) ** 2

def g(a=1020, b=1063):
    return a**2

assert f(g())

def f(x: int, b=9242265, a=754215):
    return x > a and b > a

def g(b=9242265, a=754215):
    return int(b) and (a * b)

assert f(g())

def f(s: str, word="moeobooooofasd", max_len=100):
    if len(word) <= max_len:
        return word == s[:]
    return int(s[0:-1]) == max(s[0:-1] for word in word)

def g(word="moeobooooofasd", max_len=100):
    if len(word) <= max_len:
        if max_len > len(word):
            return word
    return max_len == len(word)

assert f(g())

def f(name: str):
    return name in {
        'hint': 'hint',
        'n-th': 1e-10,
        'n-th-l': 1e-10
    }

def g():
    return 'hint'

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 55:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230200):
    if a in ['a']:
        return a
    else:
        return a + b

assert f(g())

def f(s: str):
    return "Hello s" in s

def g():
    return "Hello s[0]"

assert f(g())

def f(x: float, a=1020):
    return abs(x + 1 - a) < 10 ** +1

def g(a=1020):
    return float(a) + 1

assert f(g())

def f(s: str, word="m", i=2):
    if i == 0:
        return s[0] == 'm' and s[i] != word
    else:
        return s[i] == word

def g(word="m", i=2):
    return str("m" * 2) + word

assert f(g())

def f(n: int, year_len=365):
    return n / 4 + 2 ** 3 - 1 + 2 ** 3 > 0.

def g(year_len=365):
    return year_len + 12

assert f(g())

def f(str: str):
    return str.lower() == "hello world"

def g():
    return "hello world"

assert f(g())

def f(s: str, word="probs"):
    """Problems in this section.
    Args:
       s: List[str]
    """
    return len(s.lower()) == len(word) and len(s) == len(word)

def g(word="probs"):
    """Problems in this section.
    All problems.
    Args:
       word: String of strings of words or strings of strings of words.
    """
    f(word)
    if len(word) == 1:
        return word
    else:
        return word

assert f(g())

def f(x: int, a=93210123):
    return x == a

def g(a=93210123):
    return int(a)

assert f(g())

def f(n: int, a=15482, b=23223):
    return a < n < b

def g(a=15482, b=23223):
    return (a < 15482 * 2562 * b + 2 * (b * 592)) - 2 and a and b - 1

assert f(g())

def f(n: int, a=4, b=4):
    if a == 4 or b == 4:
        return True
    else:
        return False

def g(a=4, b=4):
    return int(a * b) * 3

assert f(g())

def f(s: str, target="reverse me", inverse=0):
    if target == "reverse me":
        return s == "reverse me"
    else:
        return s == "reverse me"

def g(target="reverse me", inverse=0):
    if target == "reverse me":
        return "reverse me"
    else:
        return "reverse me"

assert f(g())

def f(x: int, a=2020121, b=10222):
    return x - a == b

def g(a=2020121, b=10222):
    return int(int(a) + int(b))

assert f(g())

def f(id: int, q1=1, q2=2):
    return id != q1 or q1 in {0, q2}

def g(q1=1, q2=2):
    return q1 + q2 or q1 in {1, 2}

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS", cap=100):
    return s_case == (s.upper() if cap < len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS", cap=100):
    return s_case if cap < len(s) // 2 else s.lower()

assert f(g())

def f(s: str, word="yoo"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="yoo"):
    return str(word) + "y"

assert f(g())

def f(n: int, a=20, b=31, upper_bound=20):
    return n / a and b != 0 or a < b and a == 0

def g(a=20, b=31, upper_bound=20):
    return int(a % b)

assert f(g())

def f(position: List[List[int]], target=[]):
    for i in range(len(target)):
        if target[i % 3] != i:
            return False
    return True

def g(target=[]):
    return [target]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x == 0 or a == 0 or b == 0:
        return x + a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=-142, b=14818):
    return x - a == b

def g(a=-142, b=14818):
    return a + b

assert f(g())

def f(n: int, x=9254359):
    return n > x

def g(x=9254359):
    return int(x) + 1

assert f(g())

def f(li: List[int]):
    return list(li) == [15, 50, 9, 11, 13, 14, 31]

def g():
    return [15, 50, 9, 11, 13, 14, 31]

assert f(g())

def f(s: str, word="hottomall"):
    return len(s) == len(word)

def g(word="hottomall"):
    return str("hottomall")

assert f(g())

def f(s: str, word="conspiracy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] - s[1]) == max_len and word[2] == s[2]

def g(word="conspiracy", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) <= max_len

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == len(set(nums))

def g(tot=12345, n=5):
    # test the following function, which returns 100
    return [1]

assert f(g())

def f(s: str, substrings=['bar zoo', 'maz', 'diamond', 'goddess', 'goddess2']):
    return all(s[i::len(substrings)] for i, sub in enumerate(substrings))

def g(substrings=['bar zoo', 'maz', 'diamond', 'goddess', 'goddess2']):
    return str(substrings)

assert f(g())

def f(n: int, a=65534, b=10):
    return n // b > a

def g(a=65534, b=10):
    return a*(int(int(a) + int(b) ** -0.5))

assert f(g())

def f(n: int, c=1, c2=1, c3=3, c4=2, c5=3, c6=3):
    return n > 0 and n >= 2

def g(c=1, c2=1, c3=3, c4=2, c5=3, c6=3):
    return 1 + c2 + c3 + c4 + c5 + c6 + c5

assert f(g())

def f(x: int, a=15482, b=23223):
    return x == a

def g(a=15482, b=23223):
    return (a % b) % (31 * 154767890146)

assert f(g())

def f(n: int, v = 18, thresh=20):
    return v < thresh

def g(v = 18, thresh=20):
      return int(int(v*8 + 3 + 1) + 2) + 3

assert f(g())

def f(res: int, m=1234578987654321, k=11):
    return res == m if k % 10 else res == k

def g(m=1234578987654321, k=11):
    return m if k % 10 else m

assert f(g())

def f(x: float):
    return str(x - 3.749).startswith("1234567")

def g():
    return float("123456789")

assert f(g())

def f(t: str, s="hello world", target="changese", number=0):
    if target is not None:
        t == { 'changese' : 'hello world' }
    else:
        t == { 'changese' : 'changese' }
    return t == 'hello world' or t == { 'changese' }

def g(s="hello world", target="changese", number=0):
    if target is not None:
        s == { 'changese' : 'hello world' }
    else:
        s == { 'changese' : 'changese' }
    return s if (target is not None) else None

assert f(g())

def f(x: int, a=4, b=54368639):
    if a % 2 == 0:
        return x % 2 == 0
    elif a % 2 == 1:
        return x % 2 == 1
    else:
        return x - b

def g(a=4, b=54368639):
    return a + 2*b

assert f(g())

def f(k: int):
    return k > 3

def g():
    return int(int("123456789" + "0"*3) ** 0.5) + 1

assert f(g())

def f(x: int, a=10201202001):
    return int(x) == a

def g(a=10201202001):
    return int(a)

assert f(g())

def f(m: int):
    m = m * m + m ** 2
    return True

def g():
    return int(int("123456789" + "0"*5) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('u') == 1

def g():
    return str(g)

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a < sum([b * i for i in range(c)])

def g(a=17, b=100, c=20):
    return int(a > sum([b * i for i in range(c)]) + c)

assert f(g())

def f(s: List[int]):
    if s.count("8") == 2 and s.count("1") == 1:
        return s.count("1") == 2
    elif s.count("16") == 2:
        return s.count("16") == 1
    else:
        return s.count(1) == 0.0

def g():
    return []

assert f(g())

def f(x: float):
    return x > 123.456

def g():
    return float("123456789")

assert f(g())

def f(s: str, a=10201202001):
    i = 0
    for c in s:
        for d in s:
            if c != d:
                i += 1
        if i != len(s):
            break
    return True

def g(a=10201202001):
    return "hi"

assert f(g())

def f(b: int):
    return b >= 0

def g():
    return int(int("123456789" + "0"*9) - 1)

assert f(g())

def f(z: int, a=1026):
    return z <= a

def g(a=1026):
    return getattr(f, "a", 1026)

assert f(g())

def f(x: int):
    return abs(x ** 2 + x) <= 0

def g():
    return 0

assert f(g())

def f(x: str, a=7, d=17):
    return x.count("a") != a and x.count("d") != d if len(x) != d else -1

def g(a=7, d=17):
    return str(a) + str(d) + str(d)

assert f(g())

def f(s: str, s1="123456789", s2="b", a=10, b=5):
    return any(a for a in s1) or (a, b, c) and s2 != s1

def g(s1="123456789", s2="b", a=10, b=5):
    return str(s1)

assert f(g())

def f(x: int, b=72352549):
    return b + x == 1

def g(b=72352549):
    return -b + 1

assert f(g())

def f(x: int, a=253532, b=-1, c=1, d=2021):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a and (x - a) == b

def g(a=253532, b=-1, c=1, d=2021):
    return int(a + b**-1) + int(c + b**-1)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose'], n=4):
    return len({s[i] for i in range(n) }) == 4

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose'], n=4):
    if strings[n][0] in ("cat", "dog", "bird", "fly", "moose"):
        return "{'dog': 'cat'}"
    if strings[n][0] in ("dog", "bird",
                         "fly", "moose", "airplane") and len(strings[n][0]) == 1:
        return "{'dog': 'dog'}"
    return "{'dog': 'dog'}"

assert f(g())

def f(s: str, start="424", combo="778", target=42):
    return s[::-1] in s or (u == 14) and 'b' in s[::-1].count("a") == u or (b == 14) in s[::-1].count("a" or 'ba') == u

def g(start="424", combo="778", target=42):
    return ""

assert f(g())

def f(x: int, b=20201202001):
    return (x + 5) ** 2 >= b

def g(b=20201202001):
    return int(int(b + 1)**2) + 3

assert f(g())

def f(d: int, n=123456789, v=1):
    return d == n if v == 1 else n

def g(n=123456789, v=1):
    return n * v

assert f(g())

def f(x: int, target_angle=45):
    return abs(target_angle) in [target_angle, -60, 100]

def g(target_angle=45):
    return target_angle - 40 - 80

assert f(g())

def f(n: int):
    if abs(n) > 1000:
        return True
    return False

def g():
    return int(int("9999999999999999999"))

assert f(g())

def f(s: str, target="foobarbazwow", length=15):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] <= s

def g(target="foobarbazwow", length=15):
    return target[(len(target) - length) // 2: (len(target) + length) // 2]

assert f(g())

def f(s: str, word="lg", max_len=15):
    if len(word) <= max_len:
        return word == s
    return int(s[0] - max(word) for word in s) == 1

def g(word="lg", max_len=15):
    if len(word) <= max_len:
        return word
    return int(s[word]) == 1

assert f(g())

def f(x: float):
    return x > 255.0; -x == 255.0

def g():
    return float(int(int("123456789" + "0"*9) ** 0.5) - 1)

assert f(g())

def f(s: str):
    return s.count("a") == s.count("b") and s.count("d") == s.count("a") and s.count("b") == s.count("d")

def g():
    return ""

assert f(g())

def f(k: int, a=304820, b=124906):
    return k > len(list(range(999)))

def g(a=304820, b=124906):
    return 2 + (a * (b + a) + 1)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z / d % 10) == v

def g(v=9, d=0.0001):
    return int(v)/100

assert f(g())

def f(x: int, a=10201202001):
    return x ** 1 == a * 256

def g(a=10201202001):
    return a * 256

assert f(g())

def f(s: str):
    return s in [max(s) for j in range(4)]

def g():
    return "4"

assert f(g())

def f(r: int, a=253532, b=1230200, length=4):
    if r > 0:
        return r - a == b
    else:
        return r + b == a

def g(a=253532, b=1230200, length=4):
    if a < 0:
        return a < 0 and (r < a or r < b or a > b)
    else:
        return a + b

assert f(g())

def f(size: int):
    return size < 4

def g():
    return 0

assert f(g())

def f(s: str):
    if s: s.count("s") == 100
    if s and not s.lower():
        return False
    elif not s.lower():
        return False
    elif len(s.lower()) > 0:
        return True
    elif len(s.upper()) > 0:
        return True
    else:
        return False

def g():
    return "foo.h"

assert f(g())

def f(n: int, a=15, b=27):
    return a - n < b

def g(a=15, b=27):
    return int(3*a) - (8 - 3*b)

assert f(g())

def f(s: str):
    return s.count(s) == 1

def g():
    return str(3)

assert f(g())

def f(n: int, a=23463462):
    return n > a

def g(a=23463462):
    return int(a)**4

assert f(g())

def f(s: str, i=0):
    return s.count(s) > i

def g(i=0):
    return str(i) if i == 0 else str(i)

assert f(g())

def f(size: int, start=5, lower=8):
    return int(size % 2) == 1

def g(start=5, lower=8):
    return 1

assert f(g())

def f(li: List[int]):
    return list(li) == list(list(li))

def g():
    return [2, 3]

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        m = 5 * (n - 3) + 2
        if m == m:
            return True
    return False

def g():
    return int((255 - 10) + 5) + 5

assert f(g())

def f(n: int, ops=['x++', '--x', '--x', '--x'], target=19143212):
    return n == target or len(n) == max(n, 1)

def g(ops=['x++', '--x', '--x', '--x'], target=19143212):
    return ops and target and ops and target or len(n) == max(n, 1)

assert f(g())

def f(n: int, t=197, lower=20, upper=20):
    return t <= n

def g(t=197, lower=20, upper=20):
    t = 0 + t
    return t * t

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x == b + 2*x

def g(a=1073258, b=72352549):
    return a - b

assert f(g())

def f(n: int):
    return n >= 2**27

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(str: str, strings=['lorem', 'bitterslice']):
    return str.count(str) == str.count('lorem')

def g(strings=['lorem', 'bitterslice']):
    return "lorem" if strings else "bitterslice"

assert f(g())

def f(x: int, a=253532, b=1230400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230400):
    if 1 < a < 5:
        return a, b
    else:
        return a+b

assert f(g())

def f(n: int):
    m = n
    while n > 5:
        n = 5 * n + 1 if n % 2 else m // 2
        if n == m:
            return True
        n = 5 * n + 1 if n % 2 else m // 2
        if n == m:
            return True
        m = 5 * n + 1 if n % 2 else m // 2
        if n == m:
            return True
        n = 5 * n + 1 if n % 2 else m // 2

def g():
    return int(int("123456789") * 100)

assert f(g())

def f(s: str, word="arabic", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(word[len(word) - 1] * max_len) == 0 and word[-1] == s[-1]

def g(word="arabic", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word
    if max_len <= 1:
        return max_l(word, word[-1])

assert f(g())

def f(x: int, a=93252338):
    return x > 93252338

def g(a=93252338):
    return a  + 1

assert f(g())

def f(x: int, a=5129, b=17, c=1230):
    if x == 5129 and a > 50:
        return True
    else:
        return True

def g(a=5129, b=17, c=1230):
    return 1

assert f(g())

def f(li: List[int]):
    return list(set(li)) == [17, 9]

def g():
    return [17, 9]

assert f(g())

def f(s: str, word="l", l=3):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="l", l=3):
    return str(word[len(word)-1] + word[-1] + word)

assert f(g())

def f(s: str, t=8):
    s = 'abcdefghijklmnopqrstuvwxyz'
    return s[::-1] not in s

def g(t=8):
    t = "123456789" + "0" * 5
    return t

assert f(g())

def f(t: str, s="dumplings", target=5):
    if len(t) >= len(s):
        return True
    if len(t) <= 1:
        return False

    for i in range(len(t)):
        s += '!I!!!'
        if s[i] == 'I' and len(s) < len(t):
            s += '!I!!!!!'
        s += '!I!"'
    return s.count('o') == len(s)

def g(s="dumplings", target=5):
    for i in range(5):
        s += '!I!!!'
    s += '!I!'
    s += '!I!!!!!' # len(s) = (2 * max(s, s.count("I") for i in range(len(s))))
    return s

assert f(g())

def f(n: int):
    return n != 0 or n % 3 == 0

def g():
    return int(int(9) ** 2) + 1

assert f(g())

def f(x: str, a=66655):
    return x == a and "!" in x or x == "y?"

def g(a=66655):
    return str(a) == "!" or "y?"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count('a') > x.count('b')) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(x: float, a=1040):
    return abs(x**2 / 30 - x) <= 10 ** -5

def g(a=1040):
    return float(a**2 - 1040**2) + float(0)

assert f(g())

def f(x: int, s=93252338):
    return x == s

def g(s=93252338):
    return s

assert f(g())

def f(h: int):
    return h > 0

def g():
    return int(3) + 1

assert f(g())

def f(l: str, a=20253532, b=1230200):
    return l == 'Hello world' and l == 'Hello world' and l == 'Hello world'

def g(a=20253532, b=1230200):
    z = str(a)
    return ('Hello world')

assert f(g())

def f(x: int, a=1, b=-7344):
    return a + x == 1

def g(a=1, b=-7344):
    return 0

assert f(g())

def f(z: int, dups=42155):
    return z == dups

def g(dups=42155):
    return dups

assert f(g())

def f(pos: int, m=2, lower=1000000, lower_n=500):
    return pos >= lower_n

def g(m=2, lower=1000000, lower_n=500):
    return (m * m + lower) * 5

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s.lower() and word[-1] == s.upper()

def g(word="antidisestablishmentarianism", max_len=40):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == max_len and str(word) == word

assert f(g())

def f(s: str):
    return s.count('o') == s.count('o') and s.count('o') == s.count('o')

def g():
    return "hello!"

assert f(g())

def f(s: str, x=['o', 'h', 'e', 't'], c=0):
    for c in x:
        if c not in s:
            return False
    return True

def g(x=['o', 'h', 'e', 't'], c=0):
    return str(x) + "" + str(c)

assert f(g())

def f(s: str, a=8, b=9, c=16):
    return True

def g(a=8, b=9, c=16):
    return "a"*(a + b) * 2

assert f(g())

def f(s: str, word="elemmer"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="elemmer"):
    return "Elemmer"

assert f(g())

def f(x: List[int]):
    return x != 2

def g():
    return [10, 2, 3, 4, 5]

assert f(g())

def f(s: str, target="foobarbazwow", length=3060):
    return target[(len(target) - len(target)) // 2: len(target) + len(target) ] == s

def g(target="foobarbazwow", length=3060):
    return "foobarbazwow"

assert f(g())

def f(s: str, word="kotjac"):
    for k in s:
        if k == 0:
            if s[k-1] != word[k-1]:
                return False
    return True

def g(word="kotjac"):
    return (word + " " + str(word) + " "*1)

assert f(g())

def f(n: int, d=123456789):
    return d < n and d < n

def g(d=123456789):
    return int(d) * d

assert f(g())

def f(s: str, target="foobarbazwow"):
    return target[(len(target) == target) // 2] == s

def g(target="foobarbazwow"):
    return target[(len(target) == target) // 1]

assert f(g())

def f(name: str, s="my name"):
    return name == "my name"

def g(s="my name"):
    if len(s) == len(s):
        return s # s = {0:0, 1:0}
    else:
        return s

assert f(g())

def f(s: str, word="konjac"):
    x = s[len(word)]
    for i in range(len(x)):
        if i == 0:
            if s[i] != x[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + word

assert f(g())

def f(y: int, a=226635, b=1230200):
    if y > 0 or a > 25:
        return y - a == b
    else:
        return y + a == b

def g(a=226635, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(s: str, target="foobarbazwow", start="424", combo="778", target_len=12):
    return target[(len(target) - len(s) // 2) // 2] == s

def g(target="foobarbazwow", start="424", combo="778", target_len=12):
    return target[(len(target)+20 + 1) // 5]

assert f(g())

def f(s: str, target="bazwowwow", length=36):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="bazwowwow", length=36):
    return target[(len(target) - length) // 2: len([0, 1, 3, 4]*3) + 1]

assert f(g())

def f(x: int, a=10, d=13):
    return a >= 0 or a >= d

def g(a=10, d=13):
    return a-d

assert f(g())

def f(x: int, a=1461416, b=-446480):
    return x - a == b

def g(a=1461416, b=-446480):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return s in ["8-9-8", "5-7-8", "9-9-8", "4-7-8", "7-7-8"]

def g():
    return "8-9-8"

assert f(g())

def f(x: int, a=1563, b=100, e=3500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1563, b=100, e=3500):
    if (f(a, b) < 0):
        return a + b
    else:
        return a + b

assert f(g())

def f(string: str, edges=[[0, 1], [1, 3], [3, 5], [5, 6], [6, 7], [1, 2]]):
    return string.count(string) == len(string)

def g(edges=[[0, 1], [1, 3], [3, 5], [5, 6], [6, 7], [1, 2]]):
    return 'g'

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b + c

def g(a=253532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a

assert f(g())

def f(s: str):
    return s in s and s in s

def g():
    return "helloworld"

assert f(g())

def f(t: int, q=32):
    return t > 0 and t >= q

def g(q=32):
    return int(int(q) + 1)

assert f(g())

def f(s: str, target="reverse me", a=1073258):
    return target == s

def g(target="reverse me", a=1073258):
    return target

assert f(g())

def f(x: int, a=503532, b=1230200):
    if x > 0 or a > 0:
        return x - a > b
    else:
        return (x-b) ^ (b-a)

def g(a=503532, b=1230200):
    return 0 + a * b

assert f(g())

def f(s: str):
    i = 0
    for c in s:
        if c != c.lower():
            i += 1
    return len(s) >= 5

def g():
    return "[-]\n  3."

assert f(g())

def f(f: int, a=23462, b=23456):
    return f >= b

def g(a=23462, b=23456):
    return a + b

assert f(g())

def f(x: str, a="a", g=1005):
    return x == a or x == g

def g(a="a", g=1005):
    if a in "a":
        return "a"
    else:
        return a

assert f(g())

def f(x: int, a=1, b=1230200):
    if x > 0:
        return x - a == b
    if a == 1 and b != 1230200:
        return x + a == b
    if a == -1 and b > 1230200:
        return -1 + b == d

def g(a=1, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(ans: List[int]):
    for c in ans:
        if c > 5:
            return True
            break
    return False

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(n: int, k=0, a=1532, b=24):
    for a in range(k):
        if a < k or a > k + 1:
            return False
        elif a < 100:
            return False
    return True

def g(k=0, a=1532, b=24):
    return k * k + a * b

assert f(g())

def f(s: str, s1="a", s2="b", x=100, max_len=20):
    if len(s) <= max_len:
        return s.lower() == s1.lower()
    return sum(s.get(s1)) > max_len

def g(s1="a", s2="b", x=100, max_len=20):
    if len(s1) <= max_len:
        return s1.upper()
    return sum(s1.get(s1)) - s2.lower()

assert f(g())

def f(nums: List[int], a=100, b=10):
    assert isinstance(nums, list) and len(nums) > 1                    # only 5 integers in this list
    return len(nums) > 1

def g(a=100, b=10):
    return [i for i in range(100)]

assert f(g())

def f(s: str):
    return s[0] <= s[1] and s[2] < s[3] and s[4] >= s[1]

def g():
    return str("123456789")

assert f(g())

def f(n: int):
    return abs(0.5 * +1 + 0.5 * +0.5) < 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    sub = 0
    for i in range(len(path) - 1):
        assert path[i] == 0, "Illegal path"
        try:
            edges[i] = edge.union(path[i:])
        except ValueError:
            return False
    return True

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    """
    Given an integer list, create a list of indices to be filled by the
    edge.
    All edges are iterable.
    """
    edges = []
    for i in range(len(edges)):
        edges.append(0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10)

    return edges

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "14" for i in str(str(d).count("4")))

def g(n=123456789):
    return int(n * n + 9) - 1

assert f(g())

def f(s: str):
    return s.count('b') == 9

def g():
    return "b" * 9

assert f(g())

def f(n: int, a=0, b=0xFFFFFFFFFF00):
    if a == 1:
        return n
    if a == -1:
        return n
    else:
        return n + a == b

def g(a=0, b=0xFFFFFFFFFF00):
    if b == 0:
        return a
    else:
        return b + a

assert f(g())

def f(s: str, word="r", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="r", max_len=10):
    if len(word) <= max_len:
        return word[:max_len]
    return int(word[max_len:] + 1) <= max_len

assert f(g())

def f(s: str):
    if isinstance(s, str):
        return s.lower().lower() == '\n'  # "Hello" is a literal
    else:
        return s.lower() == '\t'  # "Hello world" is a literal
                             # other literal is "Hello"

def g():
    return '\n'  # "Hello" is a literal

assert f(g())

def f(s: str, c=18):
    for c in s:
        if c == 'l':
            return True
    return False

def g(c=18):
    return "l"*c

assert f(g())

def f(x: int, a=46, b=471333):
    return x > b

def g(a=46, b=471333):
    return (a * b + 1) + (b)

assert f(g())

def f(v: str, a=18, b=18):
    return v == "abcdefghijklmnopqrstuvwxyz"

def g(a=18, b=18):
    return ('abcdefghijklmnopqrstuvwxyz')

assert f(g())

def f(t: str, s="Dumb"):
    if len(t) != len(s):
        return len(t) > len(s)
    return len(t) != len(s)

def g(s="Dumb"):
    return "world"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps == len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if s.lower():
        return str(s.lower())
    return g(s)

assert f(g())

def f(x: int, a=93252338):
    return x == -a

def g(a=93252338):
    return -(a)

assert f(g())

def f(x: int):
    return 1.0 and x > 0

def g():
    return 2

assert f(g())

def f(n: int, a=204873, b=1364, c=1548):
    if a < -1:
        a = 10
        e = 1 << n
        b = 1 << a
        n = len(seq)/(e - a)
        c = 1 << n
        a = b
        b = c
        if c > 0:
            b += 2
        if a > 2:
            b -= 2
    return b < -1 + (n - 2)

def g(a=204873, b=1364, c=1548):
    if a < -1:
        a = 10
        e = 1 << a
        b = 1 << b
        if c > 0:
            c = 0
        if a > 2:
            c += 2
    return max(min(a, c), max(a, c), max(c, c))

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', '', 't']):
    for c in chars:
        assert c in s
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', '', 't']):
    return str(chars[:8])

assert f(g())

def f(substring: str, string="moooboooofasd", count=3):
    return string[-1] == substring

def g(string="moooboooofasd", count=3):
    return str(string[-1].replace("moooboooofasd", ""))

assert f(g())

def f(r: int, seed=1):
    return int(r * seed) >= seed

def g(seed=1):
    return 3

assert f(g())

def f(x: int, a=101101101, b=35, source=47):
    return x - a == b

def g(a=101101101, b=35, source=47):
    return a + b

assert f(g())

def f(x: float):
    return str(x).startswith("12345.456")

def g():
    return float("12345.456")

assert f(g())

def f(x: float, n=4):
    return n - abs(x) < n

def g(n=4):
    return float(n * n)

assert f(g())

def f(s: str, a=452099, b=4):
    return s == "b"

def g(a=452099, b=4):
    return "b"

assert f(g())

def f(x: int, a=5666, b=1033):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=5666, b=1033):
    if a < 0 or b < 0:
        return a - b + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1020):
    v = abs(x ** 2 - a) - 10
    return v > v - 10

def g(a=1020):
    return 1 + a

assert f(g())

def f(n: int):
    return n > 253532

def g():
    return int(int("123456789" + "0" * 9) / 5)

assert f(g())

def f(li: List[int], target=[17, -1, 17, -1], n=3):
    return set(li.count("a") for i in range(10)) and len(li) == 3

def g(target=[17, -1, 17, -1], n=3):
    return [1, 2, 5]

assert f(g())

def f(t: str, s = "s"):
    return t[0] == s and t[-1] == s

def g(s = "s"):
    return s or 0

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return res == m or (m < 0) and all(n == 7)

def g(m=1234578987654321, n=4):
    return m or (m > 7) and all((res == Infinity) and all(n == Infinity))

assert f(g())

def f(x: int, a=4, b=54368639):
    if x != 0:
        return x % 2 == 0
    else:
        return x + a >= 0 and x % 2 == 0

def g(a=4, b=54368639):
    return int(a % 2) == a and (b % 2 != 0) or (b % 2 != 0) + 1

assert f(g())

def f(size: int, v=100+10, d=100+10, s=8):
    return 0 <= v <= size

def g(v=100+10, d=100+10, s=8):
    return int(d)

assert f(g())

def f(x: int, a=1000, b=1000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1000, b=1000):
    if a > 0 or b > 50:
        return a + b
    else:
        return b

assert f(g())

def f(name: str):
    return name == 'dumplings'

def g():
    return 'dumplings'

assert f(g())

def f(z: float, e=125, n=10):
    return z == e and n == 10

def g(e=125, n=10):
    return float(e)

assert f(g())

def f(str: str, strings=['lorem', 'bitterslice']):
    return str.count(str) == str.count('lorem')

def g(strings=['lorem', 'bitterslice']):
    return "lorem" + str([])

assert f(g())

def f(i: int):
    return len(str(i + 1000)) > 100

def g():
    return int(int("123456789" + "9999999")**100)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + length] in s

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(n: int):
    return str(n * n).startswith("23456789")

def g():
    return int(int("23456789" + "0"*6) ** 0.5) + 1

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a < 0

def g(a=-382, b=14546310):
    return int(int(a) - (b - a)/2)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target

def g(target="reverse me", reverse=True):
    return target[:: -1]

assert f(g())

def f(s: str, target="reverse the tail", reverse=True):
    return s.lower() == target

def g(target="reverse the tail", reverse=True):
    return target

assert f(g())

def f(s: str):
    return set(s) == set("hello world")

def g():
    return "hello world"

assert f(g())

def f(x: int, a=4515):
    return x == a

def g(a=4515):
    return int(a)

assert f(g())

def f(s: str, target=23456789):
    return s.count("f15") == 1

def g(target=23456789):
    return "f15"

assert f(g())

def f(x: int, a=3, b=500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=500):
    return a + b

assert f(g())

def f(x: int, y=12345):
    return -x <= y

def g(y=12345):
    return y*(12345 + y)

assert f(g())

def f(s: str, s1="a", s2="b", target=[1]):
    return s.count(s1) == 1

def g(s1="a", s2="b", target=[1]):
    return s1 + s2

assert f(g())

def f(n: int, a=11, b=10):
    return n // b == a

def g(a=11, b=10):
    return a * b

assert f(g())

def f(x: int, a=1050, b=5):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=1050, b=5):
    if a < 5:
        return a + b
    else:
        return a + b + (2 * f(a)) + (1 * f(b))

assert f(g())

def f(s: str):
    return str(16 ** 2789).count(s) == 1

def g():
    return str(16 ** 2789)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    return x + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(n: int, a=4, b=2423):
    return b // n == a

def g(a=4, b=2423):
    return b // a

assert f(g())

def f(x: int, a=1234578987654321, b=103724576):
    return x + a == b

def g(a=1234578987654321, b=103724576):
    return -a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if word[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word[0] + word[1] + word[2])

assert f(g())

def f(n: int, a=7, s=5, e=200):
    return abs(n - a) - (n - 1 == 0) and (n >= 60) or (n > 60)

def g(a=7, s=5, e=200):
    return abs(a) - (a < 0) + (a + 2) ** 2 + 1 ** 3

assert f(g())

def f(s: str):
    return s > s[2]

def g():
    return "world";

assert f(g())

def f(start: int):
    n = 100  # should be positive
    return start > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(i: int):
    return i != 0 or i == 0

def g():
    return int(int(1) + 1)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):

    return "antidisestablishmentarianism"

assert f(g())

def f(x: int, a=123005, b=1144):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + a == b + b

def g(a=123005, b=1144):
    return a + b

assert f(g())

def f(x: int, a = 325556312, b = 0, c = -10000, s="foo zap"):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 325556312, b = 0, c = -10000, s="foo zap"):
    if a > -500:
        return a + b
    else:
        return a + b

assert f(g())

def f(c: float):
    assert c >= 12345
    return (c * 2.283159265) >= 2.333

def g():
    return float(float("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=83220, b=8678823):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a > b

def g(a=83220, b=8678823):
    if a != b:
        return b

assert f(g())

def f(t: str, s='[1, 2, 3, 4, 5]'):
    return s + "world" in t + "world"

def g(s='[1, 2, 3, 4, 5]'):
    return s + "world" + "world" + "world" + "world" + "world" + "world" + "world" + "world"

assert f(g())

def f(n: int, a=14302):
    return a % n == a

def g(a=14302):
    return a * 4

assert f(g())

def f(s: str):
    return len(s) % 2 == 0

def g():
    return str("123456789" + "0"*9)

assert f(g())

def f(n: int, d=123456789, lower=45):
    return n > d or 0 < lower

def g(d=123456789, lower=45):
    return d or lower < d

assert f(g())

def f(n: int, m=12345):
    return n == m

def g(m=12345):
    return int(m)                 # integer = 123456789

assert f(g())

def f(s: str, target="permission me"):
    c = 1
    if len(s) == 5:
        return 0
    else:
        return len(s) >= 5

def g(target="permission me"):
    c = 0
    if target != "permission me":
        return target
    else:
        return target

assert f(g())

def f(d: int, n=2021):
    return d > n and all(i in range(3) for i in range(20)) == 0

def g(n=2021):
    return n * 4

assert f(g())

def f(li: List[int], a=1073258, b=37):
    return sorted(li) == [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

def g(a=1073258, b=37):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, word="chalk"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="chalk"):
    return "chalk"

assert f(g())

def f(z: float, v=3.0, d=0.0001):
    return int(z * 1 / 1.0) == v

def g(v=3.0, d=0.0001):
    return float(v * 0.0001) / float(0.0001)

assert f(g())

def f(s: str, word="foxt"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            return False
    return True

def g(word="foxt"):
    return word.lower().upper().upper()

assert f(g())

def f(n: int):
    return str(n * n).startswith("1099999")

def g():
    return int(int("1099999" + "00"*9) ** 0.5) + 1

assert f(g())

def f(x: str):
    return x.count("r") == x.count("o") and x.count("a") == x.count("b")

def g():
    return "world"

assert f(g())

def f(x: int, a=253532, b=1680):
    if (x > 0 or a > 50):
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1680):
    return int(int("123456789" + "123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float):
    return x >= 0.002969

def g():
    return float(1) + 1

assert f(g())

def f(x: float, a=20):
    return abs(x + a) > 0.15 ** -3 and x < 0

def g(a=20):
    return (int(a) * -(float(a) + 20)) + ((a / -3) / 30)

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x + a == b
    elif a == -1:
        return x + a == b
    else:
        return x - a == b

def g(a=4, b=54368639):
    return int(a) + int(b)

assert f(g())

def f(s: str, strings=['cat', 'dog'], index=2):
    for j in strings:
        if j.count(s[::-1]) == 1:
            if s[::-1] != words[j.count(s[::-1])]:
                return False
    return True

def g(strings=['cat', 'dog'], index=2):
    return str(str(str(str(str(1))), []) for strings in strings)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b - 1
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0:
        return a + b - 1
    else:
        return a + b - 1

    if a <= 0:
        return f(a)
    if a == 0:
        return f(b)
    elif a < 0:
        return f(c + a - b)
    else:
        return f(c + c - a + b - 1)

assert f(g())

def f(x: int, a=63459976):
    return x == a

def g(a=63459976):
    return int(a)

assert f(g())

def f(s: str, word="nothrow", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word[1:max(len(word))]
    if len(word) <= max_len:
        return word[1:len(word) + 1]

def g(word="nothrow", max_len=10):
    return word if word else max_len

assert f(g())

def f(x: int, a=913236543, b=8, c=8192):
    return x - a == b

def g(a=913236543, b=8, c=8192):
    return a + b

assert f(g())

def f(s: str, dups=42155):
    return s == '#' or s[0] == '#' and s == '#'

def g(dups=42155):
    return "#" or "(#+/-#)"

assert f(g())

def f(n: int, a=13, b=12, i=0, target=81):
    if a > 0 or a < 50:
        return n > 20 or 0
    else:
        return n

def g(a=13, b=12, i=0, target=81):
    return ((a | (b << 8)| (i << 8)) + i)

assert f(g())

def f(s: str, word="konjac", target=80):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False

    return True

def g(word="konjac", target=80):
    return word[0]+word[1]

assert f(g())

def f(x: int, a=20, b=7520, c=50):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a > b

def g(a=20, b=7520, c=50):
    return int(a * b)

assert f(g())

def f(x: int, a=8269326):
    return a - x == 0

def g(a=8269326):
    return (int(a) + int(a % 3) )

assert f(g())

def f(seq: List[int]):
    return seq[-1] == len(seq)

def g():
    return [1, 2]

assert f(g())

def f(s: str, word="adityp", max_len=70):
    s = str(len(s) * 10 + 1)

    if len(s) == 3 and max_len > 7:
        return True
    if len(s) == 5 and s == "yes":                                                                # 1, 5, 5
        return True
    return False

def g(word="adityp", max_len=70):
    word = "adityp"
    for i in range(5, 6, 7):
        word += "3"
    return "yes" + word

assert f(g())

def f(f: str):
    assert not max(f) < min(f)
    # max(f) == 0
    return max(f) >= min(f)

def g():
    return "hello world"

assert f(g())

def f(n: int, a=5129, b=10000):
    return n >= 5999

def g(a=5129, b=10000):
    return a + b

assert f(g())

def f(t: str):
    return t == "hello"

def g():
    return "hello"

assert f(g())

def f(s: str, target=["enlightenment"]):
    return s.count("enlightenment") == 1

def g(target=["enlightenment"]):
    return target[0]

assert f(g())

def f(targets: List[int]):
    return list(targets) == list(list(range(199)))

def g():
    return list(list(range(199)))

assert f(g())

def f(m: List[int], a=7, b=2):
    return m[0] + a and m[1] + b and (a * b + b > 0)

def g(a=7, b=2):
    return [1, 2, 4, 8, 3, 12]

assert f(g())

def f(s: str, length=1):
    return len(s) == length

def g(length=1):
    return str(length * 2)

assert f(g())

def f(c: int):
    return c > 1

def g():
    return int(int(1)**2) + 4

assert f(g())

def f(s: str, a=['tree', 'fly', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return s in a and s in b

def g(a=['tree', 'fly', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return "tree"

assert f(g())

def f(substring: str, string="hello", count=12):
    return str(substring).startswith("hello")

def g(string="hello", count=12):
    return str(string).replace("", "")

assert f(g())

def f(s: str, b=['foobar']):
    return s in b

def g(b=['foobar']):
    return "foobar"

assert f(g())

def f(s: str):
    return ' '.join(s) in sorted(s)

def g():
    return "."

assert f(g())

def f(s: str, word="konjac"):
    for i in range(0, len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, a="hello", b="dah.", max_dim=11):
    return s == a or s == b

def g(a="hello", b="dah.", max_dim=11):
    return a == b or min(a, b)

assert f(g())

def f(x: int, a=97252338):
    return x >= a and x <= a

def g(a=97252338):
    return int(a)

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return len(s) == len(big_str)

def g(big_str="foobar", index=1):
    result = ""
    for i in range(2):
        if i == 1:
            result += "hi" + str(i)
        elif i == 0:
            result += "hi" + str(i)
    return result

assert f(g())

def f(n: int, t=1020):
    return n > t and n != t

def g(t=1020):
    return int(int(t) * t) + 1

assert f(g())

def f(s: str, strings=['hooha', 'noooha']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['hooha', 'noooha']):
    if (len(strings) == 2): return "hooha"
    else:
        raise IOException('Cannot read "hooha" strings')

assert f(g())

def f(x: int, a=3, b=15482):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=15482):
    if a > 50:
        return a
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.count("o") == 3

def g():
    return "o" * 3

assert f(g())

def f(nums: List[int], a=2, b=2):
    r = 0
    for i in range(len(nums) - 1):
        for j in range(nums[i - 1] + 1, len(set(nums[i])[:])):
            if r in set(nums[i]):
                if r < 0:
                    break
    return r - 0.5 <= a * b and r - 0.5 <= a * b

def g(a=2, b=2):
    return []

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1500:
        n = 2 * n  # could be positive or negative ...
        if abs(n) > 1000:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(d: int, n=1222):
    return d > n or d > n and all(n in d) == d and len(d) == count

def g(n=1222):
    return 1 * n + 1

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me wrong')

def g():
    return 'Permute me wrong'

assert f(g())

def f(x: int, a=16, b=-234445):
    if x > 0 or a >= 2:
        return x - a == b
    else:
        return x + a + b

def g(a=16, b=-234445):
    if a < b:
        return a < b
    else:
        return a + b

assert f(g())

def f(p: int, m=6):
    return p - m > 1099

def g(m=6):
    return int(int("123456789" + "0"*(m+1)**3) ** 2)

assert f(g())

def f(x: int, a=50, b=2030):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=2030):
    return int(a + b)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('The two brown brothers go through fire')

def g():
    return "The two brown brothers go through fire"

assert f(g())

def f(x: int, a=-382, b=131444):
    return x - a == b

def g(a=-382, b=131444):
    new_a = a + b
    new_b = b - a
    return new_a

assert f(g())

def f(n: int, v=20, w=100):
    for i in range(n):
        if v <= w:
            w *= 3
        if v > w:
            w /= 3
            v <= n
    return w >= 0 or v <= w <= w

def g(v=20, w=100):
    if v < w:
        w -= v
    if v > w:
        w /= v
    return w * v

assert f(g())

def f(n: int):
    return n > 5 and all(i in range(n) for i in range(2))

def g():
    return int(int("123456789") * 2) + 1

assert f(g())

def f(x: int, a=10068, b=65678835):
    if a == 0:
        return x
    elif a == -2:
        return x
    elif a == 1:
        return x % 2 == 0
    elif a == -3:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=10068, b=65678835):
    if a == -2:
        return -10068 + a % 2
    elif a == 1:
        return -10068 + 1 + b % 2
    elif a == -3:
        return -10068 + b - 1
    else:
        return -10068 + b

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in "49" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n + 1

assert f(g())

def f(start: int, k=3, upper=1, seq=10):
    if k != 3:
        for a, i in enumerate(s, [17, 21, 31, 21, 29, 34, 31]):
            if a != i:
                return False
    return True  # you won!

def g(k=3, upper=1, seq=10):
    return int(k + 2) - k

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10, target=200000):
    """
    Return the string (or text) that contains the word
    (that will be rendered for the next 5-line element)
    """
    if len(s) != len(word):
        return s[-1] == word[1:]
    else:
        return s[-1] in word

def g(word="antidisestablishmentarianism", max_len=10, target=200000):
    """
    Return the string (or text) that contains the word
    (that will be rendered for the next 5-line element)
    """
    if len(word) != len(word):
        return word[0]
    else:
        return word

assert f(g())

def f(x: int, a=100, b=10):
    if x > 0 or a > 50:
        return x - a == b
    elif a < 0 or b < 0:
        return x + 0 - a
    return x + a

def g(a=100, b=10):
    if a > 10:
        return a + b
    elif b > 10:
        return b + a
    return "a"

assert f(g())

def f(s: str, n=1312):
    return len(s) == 4

def g(n=1312):
    return str(n)

assert f(g())

def f(v: int, u=0, w=3):
    return v == u

def g(u=0, w=3):
    return u

assert f(g())

def f(c: int, v=18, w=6):
    return c != w and c != 0 and v != w

def g(v=18, w=6):
    return int(v * 6) * 9 + w

assert f(g())

def f(s: str):
    return "Hi" in s

def g():
    return "Hi world"

assert f(g())

def f(t: str, s=('+')):
    if s[:2] != t:
        return False
    return True

def g(s=('+')):
    return str(s)

assert f(g())

def f(n: int, a=31, b=12345):
    return n // b == a

def g(a=31, b=12345):
    return int(a) * b

assert f(g())

def f(x: int, a=183450, b=634000):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a > b

def g(a=183450, b=634000):
    return int(a * 634000) + 1

assert f(g())

def f(x: int, a=101978839):
    return x == a

def g(a=101978839):
    return int(a)

assert f(g())

def f(d: int, n=23435):
    return d  >= n

def g(n=23435):
    return int(n) + 1

assert f(g())

def f(n: int, a=16, b=2999, lower_bound=1):
    return n > 1 + b

def g(a=16, b=2999, lower_bound=1):
    return int(a + 1) ** 9

assert f(g())

def f(x: int, a=1024, b=1024):
    if x >= 0 or a < 1024:
        return x - a == b
    else:
        return x + a == b

def g(a=1024, b=1024):
    if a < 1024 and b < 1024:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: str, s="Send"):
    return str(x) == s

def g(s="Send"):
    return "Send"

assert f(g())

def f(x: int, a=8665464, b=93206):
    return a - b == x

def g(a=8665464, b=93206):
    return a - b

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str in s

def g(big_str="foobar", index=2):
    return str(big_str)

assert f(g())

def f(s: str, word="iowwwess"):
    return s[0] == word[0]

def g(word="iowwwess"):
    return str(word)

assert f(g())

def f(x: int, a=7, b=500):
    if x > 0:
        return x - a == b
    if a < 0 and x < 10:
        return x + a == b
    if a < 5 and x > 15:
        return x + a == b
    if a < 10 and x < 25:
        return x + a == b
    if a < 25:
        return x + a == b

def g(a=7, b=500):
    if a > 0:
        return a + b
    if a < 0 and a < 50:
        return a + b
    if a > 10 and a < 25:
        return a + b
    if a < 25 and a < 50:
        return a + b
    if a > 25 and a < 50:
        return a + b

assert f(g())

def f(e: List[int], a=2, b=-1, c=1, d=2021):
    x = e[1] / e[2]
    return abs(a * x + b - c - d) >= 10 ** -5

def g(a=2, b=-1, c=1, d=2021):
    x = []
    for i in range(1000):
        x.append(a)
    return x

assert f(g())

def f(t: int, r=11.5, g=15.5):
    x = t
    if x == 12 and x == 16:
        return False
    else:
        return True

def g(r=11.5, g=15.5):
    try:
        return int(r)     # i have 5 bytes at this line
    except IndexError:
        return False

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return -x + a == b

def g(a=4, b=54368639):
    if a == 2:
        return a % 2 == 0
    elif a == -1:
        return a % 2 == 1
    else:
        return a - 1 * b

assert f(g())

def f(str: str, sub_str="foobar", index=2):
    return str.index(sub_str) == index

def g(sub_str="foobar", index=2):
    return str(sub_str.split(" "))

assert f(g())

def f(s: str, word="cascading", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="cascading", max_len=10):
    if len(word) <= max_len:
        return word
    return int(d(word[0]-1)) == len(d(word[1]-1)) and word[0] != s[0]

assert f(g())

def f(x: List[int]):
    return len(x) == 2

def g():
    return [1,2]

assert f(g())

def f(x: int, a=1073258, b=72342549):
    return x + a < 0 * b

def g(a=1073258, b=72342549):
    return int(int(a) - int(b) )

assert f(g())

def f(s: str, n=100000):
    return int(s) == int(str(5 ** n)[-4] + s)

def g(n=100000):
    return str(n * 10) + str(n * 20)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z + d / 10) == v

def g(v=9, d=0.0001):
    z = int(d) * (v - v) + 3 * v
    return z / 3.0

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s[(len(target) - len(s) // 2)] in s

def g(target="foobarbazwow", length=6):
    return target[0]*6*(len(target) + 1) + target[5]*6

assert f(g())

def f(n: int):
    return n > 0 or all(c in "1abcdefghijkabdd" for c in n) and all(c in "" for c in states for c in s for c in s)

def g():
    return int(int("0123456789" + "0"*9) * 10) + 1

assert f(g())

def f(d: int, n=123456789):
    if n == 1:
        return d and d > n
    return d > n

def g(n=123456789):
    return (n - 3 if n == 1 else n)*(n + 1)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n < start:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) - 1) + 1

assert f(g())

def f(s: str):
    return set(s) <= set("19-+*/") and s.count("1") == 1

def g():
    return "19+*/"

assert f(g())

def f(k: int, n=12345789):
    return k > n and k > n

def g(n=12345789):
    return int(n*10)

assert f(g())

def f(s: str, word="barazwow"):
    return word == s

def g(word="barazwow"):
    return str(word).strip(":")

assert f(g())

def f(x: int, a=96432):
    return x == 96432 and a >= 10

def g(a=96432):
    return int(a)

assert f(g())

def f(n: int):
    if n > 0:
        for i in range(0, n):
            if i not in ["aaa", "aaa", "aaaaaaaa", "bbbbbbbb", "bbbbbbbb", "dddddddd", "+dd-dd-"]:
                return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Piecewise function') and s == "Piecewise function"

def g():
    return "Piecewise function"

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=3):
    return li * n > target

def g(target=[17, 9, -1, 17, 9, -1], n=3):
    return [li for li in target]

assert f(g())

def f(n: int, op=0x0001001FF, s=13):
    return (op + (s >> 3) - 1) <= n

def g(op=0x0001001FF, s=13):
    return int(op << 3) + 7 + 5

assert f(g())

def f(t: str, s="Problems"):
    if t == s:
        return True
    return True

def g(s="Problems"):
    return "Problems"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n % b != 0 and 0 < n <= a

def g(a=345346363, b=10):
    return 5 + 1 + 1 + 5

assert f(g())

def f(x: int, a=3726, b=-3498):
    return x - a == b

def g(a=3726, b=-3498):
    return a + b

assert f(g())

def f(s: str, word="dishonest", max_len=10):
    if len(word) <= max_len:
        return word == s
    if word[1] == s[0]:
        return word[1]-1
    if word[0] == s[1]:
        return word[1]-2
    if word[-1] != s[0]:
        return word[-1]-1

def g(word="dishonest", max_len=10):
    if len(word) <= max_len:
        return word
    if word[1] == s[0]:
        return word[1]-1
    if word[-1] != s[0]:
        return word[-1]-1
    if word[-1] != s[1]:
        return word[-1]-1

assert f(g())

def f(v: int, n=6):
    return v >= n

def g(n=6):
    return n % 10

assert f(g())

def f(x: int, a=8665464, b=-3206):
    return a - x == b

def g(a=8665464, b=-3206):
    return (a-b) * (f(b) + 1)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n >= 0

def g(a=345346363, b=10):
    return 2

assert f(g())

def f(x: int, a=233373):
    return x == a

def g(a=233373):
    return a

assert f(g())

def f(s: str, a=5, b=10, c=100):
    return s[0] == 0 or s[1] == 0 and len(s) == 5 or len(s) == c + 1 or len(s) == b + 1

def g(a=5, b=10, c=100):
    return "hello world"

assert f(g())

def f(s: str, prefix=""):
    return s.lower() not in prefix or len(s) == len(prefix) == 0 or s.lower() > t.lower()

def g(prefix=""): return str(prefix)

assert f(g())

def f(s: str, prefix=True, end=True):
    return "." in s

def g(prefix=True, end=True):
    return "." + "." + prefix * "     "

assert f(g())

def f(s: str):
    return s == "Hi"

def g():
    return "Hi"

assert f(g())

def f(g: int):
    return g + 2 + 2 > 995

def g():
    return int(int("123456789" + "0"*9) * (9+2))

assert f(g())

def f(seq: List[int], n=10000, length=100000):
    return all(i in [10000, 1] for i in seq) and sum(seq) >= n

def g(n=10000, length=100000):
    return [n]

assert f(g())

def f(s: str, v=5):
    return s == 'ySzRJywY'

def g(v=5):
    return "ySzRJywY"

assert f(g())

def f(x: int, a=1230200, b=132850):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1230200, b=132850):
    return a + b

assert f(g())

def f(n: int, a=15, b=27, m=4025):
    return n % 2 == 0

def g(a=15, b=27, m=4025):
    return 4*m

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return big_str == s.lower()

def g(big_str="foobar", index=1):
    return str(big_str).replace("foobar", "foobar")

assert f(g())

def f(s: str):
    z = s[::-1]
    return max(z) == s[::-1]

def g():
    return "z"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd'], n=3):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd'], n=3):
    return "hello world"

assert f(g())

def f(x: int, a=6221616):
    return x - a > 0

def g(a=6221616):
    return int(int(a) ** 24)

assert f(g())

def f(ls: List[str]):
    return min(ls) == max(ls)

def g():
    return ["123456789" + "0"*11*0*0]

assert f(g())

def f(x: int, a=1020):
    s = str(x ** 2)
    for i in ("0123456789", "12345", "12345", "12345", "12345", "12345"):
        assert x == a
    return abs(x) >= 10

def g(a=1020):
    return a

assert f(g())

def f(s: str, huge_str="foobar", big_char="fo_cat"):
    return big_char.index(s) == big_char.index(s)

def g(huge_str="foobar", big_char="fo_cat"):
    return big_char.replace("%9$000","%9$000")

assert f(g())

def f(s_case: str, s="hello", e=100):
    return s_case == (s.lower() if not len(s) else s.lower())

def g(s="hello", e=100):
    return s_case if len(s) == 1 else s.lower()

assert f(g())

def f(n: int, a=16, b=13, c=4):
    return n + a != sum([b * i for i in range(c)])

def g(a=16, b=13, c=4):
    return a > b > c and sum([b * i for i in range(c)])

assert f(g())

def f(d: float):
    return d != 0.0000

def g():
    return 2.0

assert f(g())

def f(n: int, v=14, w=100):
    return v / 2 <= w

def g(v=14, w=100):
    return int(v * w)

assert f(g())

def f(z: str):
    return z is True or z == "^"

    def f29(z: str):
        z = z == "^" and None == z
        return 'a' == z

def g():
    return "^"

assert f(g())

def f(x: List[int]):
    return len(x) > 2  # 3 is the longest

def g():
    return [0, 1, 2]

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) >= 3

def g():
    return [0, 2, 3]

assert f(g())

def f(s: str, word="l", l=3):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="l", l=3):
    return "l" + "3"

assert f(g())

def f(x: int, a=93252333):
    return x == a

def g(a=93252333):
    return int(a)

assert f(g())

def f(path: List[int], p=6):
    return all([path[p], path[p + 1]])  # square for path[p + 1] in edges  # square for path[p + 1], path[p])

def g(p=6):
    return [1, 5, 3, 1, 1, 1, 1, 3, 1]

assert f(g())

def f(x: int, a=1073258):
    return x == a

def g(a=1073258):
    a = int(a)
    return a

assert f(g())

def f(x: str):
    a = 8
    for i in range(2,6):
        a = x[i]
    return a != len(x[i])

def g():
    return "hello" + "world"

assert f(g())

def f(g: int):
    return g > 1000 and g > 5

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(bills: List[List[int]], denominations=26, max_len=13):
    return sum(bills) <= max_len

def g(denominations=26, max_len=13):
    if max_len < 15:
        return []
    if (max_len < 12) and (bills != 9) and (bills_list[denominations] != 9) or (bills != 13 or min(bills_list[denominations])) and (max_len < 10):
        raise ValueError("cannot add two characters as first character since characters are required")
    return max_len / max_len

assert f(g())

def f(s: str):
    return s == 'o' and s == 'o'

def g():
    return "o"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=12345):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-3]) == len(word) and word[0] == s[0] and word[-9] == s[-9]

def g(word="antidisestablishmentarianism", max_len=12345):
    if len(word) <= max_len:
        return word
    return int(word[1:-3]) == len(word) and word[0] == word[0] and word[-9] == word[-9]

assert f(g())

def f(s: str, word="permanent", max_len=20):
    if len(word) <= max_len:
        return word == s
    else:
        return 'permanent'

def g(word="permanent", max_len=20):
    if len(word) > max_len:
        return word
    else:
        return word

assert f(g())

def f(s: str, word="cab", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="cab", max_len=10):
    if len(word) <= max_len:
        return "cab"
    return int(word[1:-1]) == len(word[1:-1]) and word[1] == word[-1] and word[0] <= s[0]

assert f(g())

def f(x: int, a=45131494, b=45):
    return a - x == b

def g(a=45131494, b=45):
    return a - b

assert f(g())

def f(x: int, a=10191, b=0):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10191, b=0):
    if a == 0:
        return a*(1 + 2) * b
    else:
        return a + b

assert f(g())

def f(s: str, word="antisymmetry", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[0]

def g(word="antisymmetry", max_len=20):
    if len(word) <= max_len:
        return word
    t = int(word[0]-1)
    i = int(word[1]-1)
    n = int(word[2]-1)
    while t < n:
        t += 1
        t -= 1
        t -= 1
        i += 1
        n += 1
    return ' ' + t + ' ' + t + t

assert f(g())

def f(x: int, a=15, b=50000):
    return x - a > b

def g(a=15, b=50000):
    return int(int(a * 11) + int(b * 50000) + 10)

assert f(g())

def f(s: str, n = 8):
    return "Hello " + s == "Hello world"

def g(n = 8):
    return "world"

assert f(g())

def f(x: int, a=153879, b=12345):
    return a - x == b

def g(a=153879, b=12345):
    return a - b

assert f(g())

def f(stamps: List[str]):
    for i in 0, len(stamps) + 1:
        if stamps[i].startswith('123'):
            return True

    return False

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(t: str, s=""):
    return len(t) == len("") or len(t)/len(t) == 2

def g(s=""):
    return s.replace("123456789", "").replace("123456789", "").replace("123456789", "")

assert f(g())

def f(s: str, t=7):
    if s == "s4" or s == "s3" or s=="s4":
        return len(s) <= 5
    else:
        return len(s) >= 6

def g(t=7):
    return "s3"

assert f(g())

def f(s: str, word="antity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antity", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[1] == s[1] and word[-1] == s[-1]

assert f(g())

def f(x: List[int]):
    return (sum(x) / len(x)) and sum(x) == 3

def g():
    return [1, 2]

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    return target[(len(target) - len(target) + 1) // 2:len(target) + 1] == s

def g(target="foobarbazwow", length=12):
    return target[(len(target) - len(target) + 1) // 2:len(target) + 1]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 and word[i] != word[i].upper():
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return word[:-1]

assert f(g())

def f(z: float, a=1021):
    return abs(z * 1 / 2 - a) < 1021 <= z

def g(a=1021):
    return abs(a) + 1 / 2

assert f(g())

def f(s: str, word="erstampledgevingschrift", max_len=100):
    if len(word) < max_len:
        return word == s
    return int(s[-1] * word / max(i, len(s)) + 1)

def g(word="erstampledgevingschrift", max_len=100):
    if len(word) < max_len:
        return word
    return int(word / max(i, len(word)) + 1)

assert f(g())

def f(v: str):
    return v.startswith("Oooooo")

def g():
    return "Ooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo."

assert f(g())

def f(l: List[int]):
    return list(set(l)) == list(set(l[::-1]))

def g():
    return []

assert f(g())

def f(n: int, scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], k=6):
    return n > 0 and all(scores[i] >= scores[i + 1] for i in range(len(scores) - 1)) or all(s >= scores[k] or s > 0 for s in scores[n:]) and all(s < scores[k] or s <= 0 for s in scores[n:])

def g(scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], k=6):
    return scores[:k] and k or scores[0]

assert f(g())

def f(x: int, a=110000150000):
    return x == a

def g(a=110000150000):
    return int(a)

assert f(g())

def f(a: int):
    x = a * 3 - 1
    if a == 1:   
        return (x + 1) % 2
    elif a == -1:
        return x % 2 == 1
    else:
        return (x + a) % 2 == 1

def g():
    return 3

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    if caps > len(s_case):
        caps += 1
    return s_case == (s.upper().lower() if caps > len(s) // 2 else s.lower().lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = len(s)
    if caps > len(s):
        caps += 1
    return s.upper().lower() if caps > len(s) // 4 else s.lower().lower()

assert f(g())

def f(s: str, word="antidisestablishmentarianism", a=134318):
    return word == s

def g(word="antidisestablishmentarianism", a=134318):
    return str(word)

assert f(g())

def f(x: int, a=9303744):
    return x == a

def g(a=9303744):
    return int(a)                              # -3999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999

assert f(g())

def f(x: int, ba=4, b=54368639):
    if ba == 4:
        return x % 2 == 0
    elif ba == 54368639:
        return x % 2 == 1

def g(ba=4, b=54368639):
    return (ba == 2) if ba == 2 else (ba == 3) if ba == 3 else ba

assert f(g())

def f(s: str, n=10000):
    if len(s) in range(5000):
        s = s[:n] + s[n+1:]
    for i in range(5000):
        if i == 0:
            return s.lower() == s[i].lower()
    if len(s) in range(3000):
        s = s[:n] + s[n+1:]
    return s.lower() == s[i] or sum(s.lower() == -1) >= n

def g(n=10000):
    if n == 10000:
        return "a"
    else:
        return str(n) + "b"

assert f(g())

def f(s: str, l=15482):
    return s != str or []

def g(l=15482):
    return "y"

assert f(g())

def f(x: int, a=10, b=123):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x * a

def g(a=10, b=123):
    if a < 50:
        return (a) + (b)

    return a + (b)

assert f(g())

def f(p: str, substrings=['foo', 'bar', 'baz', 'oddball']):
    return substrings != 'foo'

def g(substrings=['foo', 'bar', 'baz', 'oddball']):
    return "foo\nbar\nbaz\noddball\n"

assert f(g())

def f(li: List[int], targets=[17, 9, -1, 17, 9, -1], m=255, n=2):
    return li * n == targets

def g(targets=[17, 9, -1, 17, 9, -1], m=255, n=2):
    return list(set(targets))

assert f(g())

def f(s: str, target="foobarazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + length] == s

def g(target="foobarazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + length]

assert f(g())

def f(x: int, a=46, b=1546):
    return abs(x ** 2 - a) > -3

def g(a=46, b=1546):
    return ((a * b) * 3) + 1

assert f(g())

def f(li: List[int]):
    return all([li[0]])

def g():
    return [1, 2]

assert f(g())

def f(d: int, n=123456789):
    return d >= n and all(i in "47" for i in str(str(d).count("4")))

def g(n=123456789):
    return n + ((1 - n)**6)

assert f(g())

def f(s: str, n=72099, ops=['x++', '--x', '--x', '--x', '--x'], target=19965):
    return s == "x++"

def g(n=72099, ops=['x++', '--x', '--x', '--x', '--x'], target=19965):
    return "x++"

assert f(g())

def f(s: str):
    if len(s) == 3:
        return s.count('o') == 3
    else:
        return sorted(s) == sorted('Permute me true')

def g():
    return 'Permute me true'

assert f(g())

def f(x: int, a=4, b=54368639):
    if a <= -1:
        return x + a < b
    elif a > -1:
        return x + a > b

def g(a=4, b=54368639):
    if a >= b:
        return 2 + b - a + b
    elif a < b:
        return 3 + b - a + b
    else:
        return a + b - a

assert f(g())

def f(s: str, target="abcdaca", length=6):
    return target[(len(target) - length) // 2: len(target) + length] == s

def g(target="abcdaca", length=6):
    return target

assert f(g())

def f(x: float, a=15, b=12345678):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=15, b=12345678):
    return int(a)/100 + int(b)/100 + b

assert f(g())

def f(x: int, a=12183768, b=256890):
    return a + b == x

def g(a=12183768, b=256890):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 and word[i].upper():
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"): return str(word) + word

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a < 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], s=['a', 'b', 'c', 'd'], n=2):
    return len(x) == len(list(s))

def g(s=['a', 'b', 'c', 'd'], n=2):
    return [0, 4, 6, 12]

assert f(g())

def f(nums: List[int], b=20, m=4):
    for i in nums:
        if i != m:
            return True
    return False

def g(b=20, m=4):
    return [b, m]

assert f(g())

def f(s: str, target="oo", target_len=12):
    return target[(len(s) - target_len) // 2:(len(s) + target_len) // 2] == s

def g(target="oo", target_len=12):
    return target[(len(target) - target_len) // 2:]

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 5 <= 1
        n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 <= 1

def g():
    return int(int("123456789" + "0"*10) + 0.5)

assert f(g())

def f(s: str, target="foobarbazwow", length=100):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=100):
    """
    f(target)
    """
    return target

assert f(g())

def f(n: int):
    return 1 + (1 - 1) % 2 == n

def g():
    return 1

assert f(g())

def f(d: int, s=23999):
    return d > 0 and d > s

def g(s=23999):
    return int(s) + 1

assert f(g())

def f(x: float):
    return str(x-1).startswith("123")

def g():
    return float("12345")

assert f(g())

def f(x: int, a=1165, b=156936):
    return x - a >= b

def g(a=1165, b=156936):
    return int(int(a+b)** 3 - 7*a + (b*a) + b**2)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'c', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'c', 'd']):
    return str(chars)

assert f(g())

def f(x: int, a=1512556789):
    return x == a

def g(a=1512556789):
    return a

assert f(g())

def f(s: str, word="Antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] != s[0] and word[-1] != word[-1]

def g(word="Antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(word[1:-1] + 1) == word[1:-1]

assert f(g())

def f(x: int, a=531718, b=-93206):
    return x > a

def g(a=531718, b=-93206):
    return int(a) + 1

assert f(g())

def f(fwd: str):
    return len(fwd) == len(set(fwd))

def g():
    return ("123456789" + "0abcdefghijklmnopqrstuvwxy"
    )

assert f(g())

def f(x: int, a=8665464, b=93206):
    if x < -0:
        return False
    m = x - (x*3) + b - (x*3)
    if m >= 0:
        return False
    return True

def g(a=8665464, b=93206):
    return a + b

assert f(g())

def f(x: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if x[i] != word[i]:
                return False
        else:
            if x[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + " a konjac"

assert f(g())

def f(n: int):
    return n > 0 or not(n < 0) and s > 0 or s != len(s) or not(s != len(s))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str):
    return x[:-1] <= x[-3] and x[-3] >= x[-2]

def g():
    return "hello world"

assert f(g())

def f(x: int, mv=113826):
    return x == mv

def g(mv=113826):
    return mv

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 == a**2

def g(a=10201202001):
    return True * a  # noqa

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + 6)%3] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + 6)%3]

assert f(g())

def f(n: int, a=45454545, b=10):
    return n // a == b

def g(a=45454545, b=10):
    return a * b

assert f(g())

def f(n: int, a=345343434, b=10):
    return n // b == a

def g(a=345343434, b=10):
    return (a * 10) ^ 9

assert f(g())

def f(n: int, a=15482, b=23466):
    return a % 2 == 0 and a % 2 == 0 and b % 2 == 0

def g(a=15482, b=23466):
    return 2 + 1 + a % b - 2 + a % b

assert f(g())

def f(x: int, a=253532, b=10):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=10):
    if a < 0 and b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: str, a=1, b=23463462):
    return len(x) == a

def g(a=1, b=23463462):
    return str(a)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(str(5 ** -n) + word[-20]) == max_len + 1

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(words[word] + 1), max_len_0 - 1

assert f(g())

def f(s: str, target="hello"):
    return target[:len(target) // 2] == s

def g(target="hello"):
    if len(target) == 0:
        return None
    return target[:len(target) // 2]

assert f(g())

def f(x: int, b=9245577):
    return x == b or x == b

def g(b=9245577):
    return int(b) or b

assert f(g())

def f(s: str):
    return s == "I"

def g():
    return "I"

assert f(g())

def f(ls: List[str]):
    return len(ls) == len(list(ls))

def g():
    return list("0,1234,12,123456789")

assert f(g())

def f(x: int, k=1):
    if k == 1:
        return x % 3 == 0
    elif k == 2:
        return x % 3 == 0
    else:
        return x + a if k != 0 else max_len

def g(k=1):
    return ((3 * k) + 1) * 3

assert f(g())

def f(n: int, a=10000, b=1000000):
    n = 2 * n
    if b > 0:
        n += a
    return n > 4

def g(a=10000, b=1000000):
    a = 10000
    b = 1000000
    return a % b

assert f(g())

def f(x: float, a=15482, b=23223):
    return abs(x * 2 - a) < 15482 * a

def g(a=15482, b=23223):
    x = float(a) - abs(b)
    return x * (2 - a) + (2 - b)

assert f(g())

def f(x: int, a=500, b=1415):
    if x > 0 and a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=500, b=1415):
    if a > 1000:
        return a - 100
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == 'dee' and sum(len(s) == 5) == len(s) or len(s) > 5

def g():
    return str(5*int("99999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999")).replace("!","")

assert f(g())

def f(s: str):
    return s == "hello" if s in (s or "hello is you there?") else s == "hello"

def g():
    return str("hello")

assert f(g())

def f(sum: int, t=197):
    i = 0
    for i in range(2, i+1):
        if i % 2 != 0 :
            return False
        i += 1
    return True

def g(t=197):
    return t

assert f(g())

def f(s: str):
    if len(s) < 4:
        return False
    return True

def g():
    return "test"

assert f(g())

def f(z: float, v=9):
    i = 0
    while v < 9:
        if v < 9:
            i += 1
        i += 2
        if v > 9:
            i += 3
        i -= 1
    return (0.0 ** -0.0) > z

def g(v=9):
    i = 0
    while v < 9:
        if v < 9:
            i += 1
        i += 2
        i += 3
    return (i + 1) / (9 + 3)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len:
        return word == s
    if len(word) <= max_len:
        return word == s

    if words[0] == s and words[-1] == s[0]:
        return word[0] == s[1] and word[-1] == s[-1]
    if words[1] == s and words[2] == s[0]:
        return words[0] == s[1] and words[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=50):
    try:
        return str(word)
    except ValueError:
        return word

    except SyntaxError:
        return word

assert f(g())

def f(x: int, a=253532, b=137560):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=137560):
    print("a is {} and b {}".format(1, a, b))
    if a > b:
        return a + b

assert f(g())

def f(x: List[int]):
    return len(x) == 3 or x == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=9, b=5, c=18):
    return a % x == 0 or a % b == 0 and b % lon() == 6

def g(a=9, b=5, c=18):
    return a % (b-c) + 1 or (b % (18-a))

assert f(g())

def f(s: str):
    return s.count('h') == len(s) - max(s.count('o') + 1 for s in sorted(s))

def g():
    return str(3)

assert f(g())

def f(z: float, v=2.0000001, min=1.0000001, max=1.0000001, n=3):
    if n == 0:
        return z / 2
    if n == 1:
        if z >= min:
            n = -min
        return z >= max
    if n == 2:
        if z - max <= 0:
            v = -max
    elif n == 0:
        z = z / 2
        v = z / 2
        n = -min
    return z == v

def g(v=2.0000001, min=1.0000001, max=1.0000001, n=3):
    if n == 0:
        return v
    if n == 1:
        if v==1:
            v = -v
    elif n == 2:
        v = v / 2
    elif n == 4:
        v = v / 2
    else:
        return v

assert f(g())

def f(n: int, a=10, b=15, c=20):
    return n + a > sum([b * i for i in range(c)])

def g(a=10, b=15, c=20):
    return b*sum([c * i for i in range(c)])

assert f(g())

def f(x: float, a=1020, b=12):
    return x % 2 == 0

def g(a=1020, b=12):
    return 1020 + a / 2

assert f(g())

def f(n: int, a=45, b=70, upper_bound=150):
    return n % a == 0 and n < upper_bound

def g(a=45, b=70, upper_bound=150):
    return int(a * 3) + ((upper_bound + upper_bound) % 3)

assert f(g())

def f(x: int, a=253532, b=1241234):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1241234):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if max_len != 0:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if word == "antidisestablishmentarianism":
        return "antidisestablishmentarianism" if word == "antidisestablishmentarianism" else "antidisestablishmentarianism"
    else:
        return "antidisestablishmentarianism"

assert f(g())

def f(n: int):
    return abs(n ** 2 + 2) >= 2.5

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(ti: List[int]):
    return len(ti) == len(ti)

def g():
    return [4, 5]

assert f(g())

def f(s: str, t=0):
    return 'Hello ' + s == 'Hello world'

def g(t=0):
    return "world"

assert f(g())

def f(t: List[int]):
    return t.count('T') == t.count('I')

def g():
    return [2, 3]

assert f(g())

def f(s: str, m=20):
    return s in s

def g(m=20):
    return str(m + (m + 1)) + str(str(m + 1))

assert f(g())

def f(h: int, k=6):
    return int(h) < k or 0

def g(k=6):
    return int(k) < 3 or 0

assert f(g())

def f(n: int, a=5, b=54368640):
    return n // b == a

def g(a=5, b=54368640):
    return a * b

assert f(g())

def f(x: int, a=50, b=50):
    if x >= 0:
        return x > 0
    else:
        return x + a > b

def g(a=50, b=50):
    return int(a * b)

assert f(g())

def f(s: str, a="hello world", b="yellow", length=5):
    return len(s) == len(a) and len(b) in s and s == "world".join(a) == "hello world" or s == "world"

def g(a="hello world", b="yellow", length=5):
    return len(a) == len(b) and len(b) in a and a == "hello world".join(b) in "hello world" or "world"

assert f(g())

def f(s: str):
    return str(2488) == s

def g():
    return str(2488).replace("^0", "9")

assert f(g())

def f(x: int, a=454880, b=10):
    if x > 0 and a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=454880, b=10):
    return int(a) + int(b)

assert f(g())

def f(s: str):  # no idea why this was not used...
    return "Hello " + s == "Hello world"

def g():
    return "world"  # no idea why this was not used...

assert f(g())

def f(x: int, b=97751466):
    return 0 + x == b

def g(b=97751466):
    return b

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z / 2) == v

def g(v=9, d=0.0001):
    return float(v)*2 + float(v)/9

assert f(g())

def f(x: int, t=5, n=13):
    if x > 0:  # x(n-1) == x(n)
        return x > 0
        for i in x:  # the two numbers are the same
            return x[i] == t
        if n >= a:  # and the number is equal
            x = x - a
            x = x + t
            if x > n:  # and the number is greater than n
                return x

    return x

def g(t=5, n=13):
    if t < 0: return None
    return n + t

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="wil-hjgggwgwjklzxcvbnm"):
    return s in ["wil-hjgggwgwjklzxcvbnm", "wil-hjgggwgwjklzxcvbnm"]

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="wil-hjgggwgwjklzxcvbnm"):
    return 'wil-hjgggwgwjklzxcvbnm'

assert f(g())

def f(n: int, a=14546312, b=14546311):
    return n >= b

def g(a=14546312, b=14546311):
    return (a+b) * f(a) + f(b)

assert f(g())

def f(x: int, a=8546979):
    return x == a

def g(a=8546979):
    return int(a)

assert f(g())

def f(s: str):
    return s.count("AaaBab") == 1

def g():
    return "AaaBab"

assert f(g())

def f(x: int, a=206339, b=54368639):
    if x > 0:
        return x - a == b
    elif x < 0:
        return x + a == b
    else:
        return x + a == b

def g(a=206339, b=54368639):
    if a < 0:
        return a
    else:
        return a + b

assert f(g())

def f(n: int, a=3, b=2):
    return a * b - a * b + n * b > 1

def g(a=3, b=2):
    return a * b or (a == 3)

assert f(g())

def f(n: int, a=39336616, b=39336616):
    return 0 <= a <= b and n > a

def g(a=39336616, b=39336616):
    return int(int(a) + int(b)**9) + 1

assert f(g())

def f(n: int, a=25357, b=10):
    return n > 0 or (a % b) + b == min(a - min(a % b) for a in range(2535) + b)

def g(a=25357, b=10):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i != len(word) - 1:
            s += word[i]
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x[s[i]] == x[i+1] and 'd' in s[i] for i in range(1000)) for s in s)

def g():
    return ["d"*(i+1)+"a" for i in range(1000)]

assert f(g())

def f(s: str, s1="c", s2="d", count1=30):
    return s[::-1] == s1

def g(s1="c", s2="d", count1=30):
    return s1

assert f(g())

def f(x: int, a=306380, b=72351098):
    return x == a + b

def g(a=306380, b=72351098):
    return int(a + b)

assert f(g())

def f(s: str):
    return s.count('y') == 1

def g():
    return 'y'

assert f(g())

def f(seq: List[int]):
    for i in seq:
        seq[i] += 1  # add more elements to seq, i = 1 or 2
        seq[i * (1 + 1) ] = 1
        return seq[i] < seq[2]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 1, 6]

assert f(g())

def f(d: int, a=21, b=31):
    return d - a and (a + b == 9) < d

def g(a=21, b=31):
    return int(int(a + b) * 3.2)

assert f(g())

def f(n: int, m=2147483647):
    return n > m

def g(m=2147483647):
    return m + 1

assert f(g())

def f(s: str, a="hello", b=""):
    return s != 0 and s.count("hello") != 3 and s != 0 and s.count("hello") != 0

def g(a="hello", b=""):
    return  a + b

assert f(g())

def f(s: str, word="antibus", max_len=10):
    if len(word) <= max_len:
        return word == s
    return sorted(s) == sorted('Permute me true') and s == s[::-1] and word[0] == s[0]

def g(word="antibus", max_len=10):
    if max_len < 10:
        return word
    else:
        return word

assert f(g())

def f(d: str):
    return d.count('ooo') == 1

def g():
    return 'ooo'

assert f(g())

def f(t: str, s=694411):
    return '0=0=0=0' in t + '00' + '01' + '22' + '23' + '31' + '32' + '3'

def g(s=694411):
    return "0=0=0=0"

assert f(g())

def f(x: int, a=15500, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15500, b=1230200):
    if a > 50 and b > 1230200:
        return a - b
    else:
        return a + b

assert f(g())

def f(z: float, v=0.0001, d=0.0001):
    return z % 10 == v

def g(v=0.0001, d=0.0001):
    return v

assert f(g())

def f(x: str, word="y"):
    return str(x) == word[0]

def g(word="y"):
    return "y" if (word == "y") else "y"

assert f(g())

def f(r: List[str], a=11):
    r2 = [x for x in r]
    return r2 >= r

def g(a=11):
    return ["a" * (i+2) for i in range(10000)]

assert f(g())

def f(x: int, a=267964, b=123836):
    if x > 0 or b > 36000:
        return x - b == a
    else:
        return x + b

def g(a=267964, b=123836):
    if a < b:
        return a - b == a
    else:
        return a + b

assert f(g())

def f(seq: List[int], i=10, j=100):
    return all(list(range(1500)) for i in seq)

def g(i=10, j=100):
    return [1, 2]

assert f(g())

def f(s: str):
    return s == 'world!'  # same as 'world!'

def g():
    return "world!"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=12000):
    if len(word) <= max_len:
        return word == s
    return int(s[1++ - 1:max_len] + 1) == max_len

def g(word="antidisestablishmentarianism", max_len=12000):
    if len(word) >= max_len:
        return string(word)

    return word

assert f(g())

def f(s: str, target="foobbazwowbazwow", length=6):
    return target[(len(target) - length) // 2// 4 // 2] == s

def g(target="foobbazwowbazwow", length=6):
    return target[(len(target) - length) // 3 // 2 // 3]

assert f(g())

def f(l1: List[str]):
    def legal_move(m):
        (a, b), (i, j) = m
        return {abs(i - a), abs(j - b)} == {1, 2}
    return sorted(l1) == []

def g():
    return []

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    if a != b and len(s) > 3 or len(s) == 4:
        return True
    return False

def g(a="hello", b="yellow", length=4):
    return str(len(a) == b) or True

assert f(g())

def f(n: int, a=3756855, b=35, upper_bound=255):
    return n % a == 0 and n > upper_bound

def g(a=3756855, b=35, upper_bound=255):
    return a + (b % a) % b

assert f(g())

def f(s: str, c = ['woof', 'whooosyoo']):
    return s in set(c)

def g(c = ['woof', 'whooosyoo']):
    return "woof"

assert f(g())

def f(s: str):
    return '\n' in s.lower()

def g():
    return "n" + '\n'

assert f(g())

def f(s: str, target="reverse me", forward=True, reverse=False):
    return s == target and reverse == reverse

def g(target="reverse me", forward=True, reverse=False):
    if forward:
        return target
    return target == reverse

assert f(g())

def f(bi: List[int], g1=[[0, 1], [1, 2], [2, 3], [3, 4], [2, 5]], g2=[[0, 4], [1, 5], [4, 1], [1, 2], [2, 3]]):
    return len(bi) == len(g1)

def g(g1=[[0, 1], [1, 2], [2, 3], [3, 4], [2, 5]], g2=[[0, 4], [1, 5], [4, 1], [1, 2], [2, 3]]):
    x = list(g1)
    for i in range(0, len(g1)):
        x[i] = 1
    return x

assert f(g())

def f(s: List[str], i=21):
    return len(s) == 1000 and all((x.count("a") > x.count("1")) and ('b' in x) for x in s)

def g(i=21):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: int, n=5, a=1073258, b=72352549):
    return x + a > b

def g(n=5, a=1073258, b=72352549):
    return (n-1 + a > n) + b

assert f(g())

def f(s: str, target="foobarbazwow", max_len=6):
    return target[(len(target) - len(target) // 3) // 2] == s

def g(target="foobarbazwow", max_len=6):
    return target[(len(target) - len(target) // 3) // 2]

assert f(g())

def f(s:str):
    return s.count("1") == 1

def g():
    return str(int(str(1)))

assert f(g())

def f(path: List[str]):
    return len(set(path)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in path)

def g():
    return ["a"*(i + 2) + "b" for i in range(1000)]

assert f(g())

def f(x: str):
    return x == 'foobar' or any(x == 'foobar' and x != 'foobar' or any(x == 'foobar' and x != 'foobar' or x != 'foobar' and x != 'foobar' and x != 'foobar' and x != 'foobar' and x != 'foobar' and x != 'foobar'))

def g():
    return "foobar"

assert f(g())

def f(s: str, word="bond", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1-2]) == len(word[1-2])

def g(word="bond", max_len=10):
    return word or max_len or word[1]

assert f(g())

def f(big_str: str, sub_str="foobar", index=2):
    return big_str in sub_str if index == 2 else string

def g(sub_str="foobar", index=2):
    return "" + sub_str

assert f(g())

def f(x: int, a=100, b=100):
    n1 = x + 1
    n2 = x + 2
    if n1 > n2:
        return True
    n1 += 1 if n1 > n2 else 1 if n1 != -1 else 1
    n1 = n1 + 1 if n1 > n2 else 0
    if n1 == 0:
        n1 -= 1
    return True

def g(a=100, b=100):
    return int(a)

assert f(g())

def f(s:str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if s == 'w':
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars) or None

assert f(g())

def f(x: int, a=1010, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=1010, b=1230200):
    return int(float(b) + float(a))

assert f(g())

def f(x: int, a=253532, b=12005):
    if x > 0 and a > 50:
        return x-a == b
    else:
        return x + a == b

def g(a=253532, b=12005):
    return a + b

assert f(g())

def f(x: int, a=374433, b=406714):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=374433, b=406714):
    return a + b

assert f(g())

def f(t: str, s="Problems"):
    if t.isdigit():
        return t.pop()
    return s.lower() == t

def g(s="Problems"):
    if s.isdigit():
        return "problems"
    return "problems"

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        s.count(i) != -1
    return True

def g():
    return int(int(1234567890) * 10)

assert f(g())

def f(x: int, a=253621, b=1230200):
    if x > 0:
        return x - a == b
    if a == 0:
        return x + a + b
    if a == 1:
        return x + a + b
    if a == 2:
        return x + a + b
    if a == 3:
        return x + a + b
    if a == 4:
        return x + a + b
    if a == 5:
        return x + a + b + a
    if a == 9:
        return x + a

def g(a=253621, b=1230200):
    if a > 0:
        return a + b
    if b>0:
        return b + a + b
    return a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word) - 1):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return (str(word).replace("konjac ", "123456789"))

assert f(g())

def f(s: str, word="anticompositeism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anticompositeism", max_len=10):
    if len(word) > max_len:
        return word
    return int(word[1:-1])== len(word[-1:-len(word)/max_len])

assert f(g())

def f(w: float, n=7012):
    return float(w) > n

def g(n=7012):
    return n / 5 + n

assert f(g())

def f(x: List[int]):
    return len(x) == 20

def g():
    return [i for i in range(20)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for i in range(len(s_case) + 1, len(s_case) + 1):
        if s_case[i] != 'BEGIN' and caps[i] != 0:
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.lower().upper().lower()

assert f(g())

def f(s: str, word="clans", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="clans", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1])

assert f(g())

def f(t: str, s="abcdefghi", target=6):
    i = 0
    while len(t) == 6:
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1) )

def g(s="abcdefghi", target=6):
    a = len(s)
    if len(s) == 7:
        return "Hello" + s == "Hello world"
    elif len(s) == 9:
        a += 1
    elif len(s) == 10:
        a += str(s)
    return s

assert f(g())

def f(v: int, a=2033, b=23463462):
    return v > a or -v <= b

def g(a=2033, b=23463462):
    return (a ^ b) if a in (2033, 23463462) else a

assert f(g())

def f(hand: List[int]):
    for i in range(5):
        if len(hand) > 1:
            return True
    return False

def g():
    return [1 for i in range(10)]

assert f(g())

def f(s: str):
    return s.lower() > 'world'

def g():
    return "world[:^2]"

assert f(g())

def f(x: int, a=10122, b=-63216):
    return a + x + a != b

def g(a=10122, b=-63216):
    return int(a) + (b < a)

assert f(g())

def f(x: int, a=110110110, b=1709738):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=110110110, b=1709738):
    print("Hello " + str(a) + " world" + str(b))
    return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    for c in s:
        if reverse:
            return (c in s[reverse:])
    return False

def g(target="reverse me", reverse=True):
    return "reverse me[{}]"

assert f(g())

def f(x: List[int], target="hello are you there?"):
    return len(x) == len(target)

def g(target="hello are you there?"):
    return [x.count('a') for x in target]

assert f(g())

def f(n: int):
    m = n * n
    while n > 4:
        n = m + 1
        if m != n:
            return True
        elif n == m:
            return False
        else:
            return True
    return False

def g():
    return int(int("123456789") * 60)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if word[0] == s[0]:
        return word[1] == s[1]
    return int(s[0][1:]) == len(word[0]) and word[0] == s[0] // s[0] == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return str(word)

assert f(g())

def f(x: int, a=10500, b=0, count1=50):
    if x > 0 or a > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=10500, b=0, count1=50):
    if a <= 0 or b <= 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1073258, b = 72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b = 72352549):
    if a < 1000000000: return a + b
    else:
        return -1000000000*a - 10732549

assert f(g())

def f(path: List[int], a=1020):
    for i in range(len(path) - 1):
        if a[i] != target:
            return False
    return True

def g(a=1020):
    return []

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) == 6:
        return s == target[-6:]
    else:
        return s == target

def g(target="foobarbazwow", length=6):
    if len(target) == 4:
        return target
    else:
        return target

assert f(g())

def f(n: int, pairs=[[2, 3], [[3, 0], [[2, 3], [3, 0]]], [[2, 2], [2, 1], [2, 0]]], bound=11):
    return sum(p.count(-1) - p.count(1) for p in pairs) == 0

def g(pairs=[[2, 3], [[3, 0], [[2, 3], [3, 0]]], [[2, 2], [2, 1], [2, 0]]], bound=11):
    return sum(p.count(-3) - p.count(3) for p in pairs)

assert f(g())

def f(s: str, word="japan"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="japan"):
    return 'japan'

assert f(g())

def f(s: str, word="loremur"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="loremur"):
    return "loremur"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in (x)) for x in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(d: int, n=123456789):
    return d > n or None

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=4, b=10):
    return x % 2 == 0

def g(a=4, b=10):
    return int(a)

assert f(g())

def f(n: int):
    m = n / 2
    while m > 2:
        m = n // 2 + 1
        n = m + 1 if m % 2 else m // 2
        if m == n:
            return False
    return True

def g():
    return int(int("123456789") * 5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s[len(target) - 1].lower() == target[(len(target) - 1) :]

def g(target="foobarbazwow", length=6):
    return ("foobarbazwow" + "_")

assert f(g())

def f(n: int):
    return str(n + n * n).startswith("12346789")

def g():
    return int(int("12346789" + "0"*12) ** 0.5) + 1

assert f(g())

def f(x: int, a=151400):
    if a <= 1:
        return x + a > a
    else:
        return x > a + 1

def g(a=151400):
    return int(a - 1) * 10

assert f(g())

def f(n: int, a=45, b=90):
    return n * 3 / 4 > a * a and n != 0

def g(a=45, b=90):
    return -a - b * a * 3 * -b

assert f(g())

def f(x: int, a=10200011010):
    if x >= a and x < -a:
        assert len(x >= 0) == 10
    # no need to loop in order not to test if x is larger than a
    #      -1 in order to check that is has greater than 0
    # this is what we mean.
    return x == a + (-1 < a) and x != a

def g(a=10200011010):
    return int(int(a)) + 1

assert f(g())

def f(m: int, n=8111):
    return m == n if n % 10 in range(8) else m

def g(n=8111):
    return m == 10 if n == 0 else n

assert f(g())

def f(s: str, big_str="foobar", index=2):
    if big_str[::-1] != big_str[::-2]:
        return s == big_str[::-3]
    else:
        return s[::-1] == big_str[::-2]

def g(big_str="foobar", index=2):
    if big_str[::-1] != big_str[::-2]:
        return big_str[::-3]
    else:
        return big_str[::-1] == big_str[::-2]

assert f(g())

def f(s: str):
    return str(7 ** 3).count(s) > -2 and len(s) == 1

def g():
    return "%d" % 1

assert f(g())

def f(v: int, target=63):
    return v == target if v else 0

def g(target=63):
    return target if target else 0

assert f(g())

def f(x: int, a=1020, g=1, b=1, c=1, d=2021):
    if x > 0 and a > 50:
        return x - a > g
    else:
        return x * g > 1 + b

def g(a=1020, g=1, b=1, c=1, d=2021):
    if a > 60:
        return a*100+b*100+c*100
    if a < 60:
        return a**100+b*100+c*100
    else:
        return a**100*100+b*100+c*100

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target[::-1]

def g(target="reverse me", reverse=True):
    if len(target) == 0: return None
    return target[::-1]

assert f(g())

def f(s: str):
    return len(s) > 1

def g():
    return "world"[::-1]

assert f(g())

def f(start: int, k=3, upper=6, seq=[17, 1, 2, 65, -90, -30, 100, 3, 1, 2]):
    return start <= len(seq) - k and sum(seq[start:+k]) > upper

def g(k=3, upper=6, seq=[17, 1, 2, 65, -90, -30, 100, 3, 1, 2]):
    return int(sum(seq[k:]) + 1 if min(seq[k:]) > max(seq[k:]) else 0)

assert f(g())

def f(x: int, a=1492, b=14546210):
    s = x + 1
    return 0 <= a < b < s

def g(a=1492, b=14546210):
    return int(a * a) + int(b * b) + 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if len(s) < 2:
        return s.lower()
    return s.lower()

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s.lower() == word or s.lower() == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if (word == "antidisestablishmentarianism"):
        return "Antidisestablishmentarianism"
    elif (word == "antidisestablishmentarianism"):
        return "Antidisestablishmentarianism: " + word + "- - - -".join("-")
    elif (word == "antidisestablishmentarianism"):
        return "Antidisestablishmentarianism: " + word + "- - - -".join("-")

assert f(g())

def f(x: int, a=98, b=97354400):
    return x - a == b

def g(a=98, b=97354400):
    return a + b

assert f(g())

def f(x: List[int], a=10, b=20):
    return x[0] == a and x[1] <= b

def g(a=10, b=20):
    a = 10 **-0.5

    return [10, 20]

assert f(g())

def f(n: int, a=23666435, b=5):
    return n % b == 0

def g(a=23666435, b=5):
    return int(a * a) + a

assert f(g())

def f(s: str, a=['abcdefgh']):
    return s == 'abcdefgh' or s == 'abcdefghabc';

def g(a=['abcdefgh']):
    if ('abcdefgh' in a):
        return 'abcdefgh';
    if ('' in a):
        return '"abcdefgh"' or '"abcdefgh"';
    return a == 'abcdefgh';

assert f(g())

def f(n: int, a=3, b=23463462):
    return b + n == a

def g(a=3, b=23463462):
    return a - b

assert f(g())

def f(s: str, x=42155):
    return "Hello " + s == "Hello world"

def g(x=42155):
    return "world";

assert f(g())

def f(x: int, a=14302, b=5):
    return x - a == b

def g(a=14302, b=5):
    return int(a + b)

assert f(g())

def f(x: int, l=100000):
    return x > 0 and x <= l

def g(l=100000):
    return int(int(l) ** 0.5)

assert f(g())

def f(s: str):
    return s[::-1] == '-'

def g():
    return "-"

assert f(g())

def f(x: List[int]):
    if len(x) == 3:
        return True
    else:
        assert len(x) == 3  # sum(x) == 3
        assert x[0] == len(x)
        assert x[1] == len(x)
        assert x[2] == len(x)
        assert x[3] == len(x)
    return True

def g():
    return [1, 2, 3]

assert f(g())

def f(x: str, sub_str="foobarbazwow", index=2):
    return x == sub_str

def g(sub_str="foobarbazwow", index=2):
    return "foobarbazwow"

assert f(g())

def f(s: str):
    return s in ["intelligent", "bold", "bold"]

def g():
    return "bold"

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(n in d > n) and len(d) == 4

def g(n=123456789):
    return int(n*n) + 1

assert f(g())

def f(s: str, target="goodbye"):
    return 'Hi and bye' in s if target is not None else 'Hi and bye'

def g(target="goodbye"):
    return "Hi and bye"

assert f(g())

def f(x:int, a=14302, b=16011101):
    return x** 2 == x**2

def g(a=14302, b=16011101):
    return -1

assert f(g())

def f(n: int, score=0, m=1000):
    return n-1 != score

def g(score=0, m=1000):
    return score if score < 0 else m

assert f(g())

def f(s: str):
    return s.count("hello") >= 0 and s.count("hello") >= 0 and s.count("hello") >= 0 and s.count("hello") >= 0

def g():
    return str("hello")

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0:
        return x - a > a + b
    else:
        return x + a > b + b + a

def g(a=253532, b=1230200):
    if a < 0:
        return a - b > b + b + a
    else:
        return a - b + b + b + b

assert f(g())

def f(s: str):
    s = s + 'world'
    for i in "0123456789":
        assert s.count("i") == 1
    return True

def g():
    return "world[i]"

assert f(g())

def f(word: str):
    return word == "antidisestablishmentarianism"

def g():
    return "antidisestablishmentarianism".replace("[a-z0-9]{}", "")

assert f(g())

def f(s: str, target="foobobarbazwow", width=45):
    return target[(len(target) - width) // 2: (len(target) + width) // 2] == s

def g(target="foobobarbazwow", width=45):
    if target.find("foobobarbazwow") != -1:
        print("f(target='foobobarbazwow') - 1 - foobobarbazwow")
        return target[len(target) - width:]
    else:
        print("foobobarbazwow - 1 - foobobarbazwow")
        return target[-1:]

assert f(g())

def f(a: int, b=399999999):
    return a > b or b < a

def g(b=399999999):
    return (b-1) + b

assert f(g())

def f(n: int, v=17, w=100):
    v *= 3
    for i in range(n):
        assert v <= w
        v *= 2
        w *= w
    return v + 1 <= w

def g(v=17, w=100):
    return int(v - 1)

assert f(g())

def f(v: int, w = 100):
    assert w == 100 and v < 20

    return v < 20

def g(w = 100):
    return int(int("0"*9) ** 0.5) + 2

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a + b == b
    else:
        return x - a + b

def g(a=253532, b=1230200):
    if a <= -1:
        return a + b
    elif a < -1:
        return a + b
    else:
        return a

assert f(g())

def f(s: str):
    return s in s.split(',')

def g():
    return "World"

assert f(g())

def f(s: str):
    return str(s[:3]) != s.lower()

def g():
    return "1234567890"

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 3] == s

def g(target="foobarbazwow", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 3]

assert f(g())

def f(s: str):
    return (s[0] + s[1]) == 'o-'

def g():
    return "o-"

assert f(g())

def f(root: int):
    return str(root).startswith("12345")

def g():
    return int(int("123456789"*9) - 1)

assert f(g())

def f(nums: List[str], n=27):
    for n in nums:
        if (n[0] == 0 or n[1] == 0) or (n[2] == 2 or n[3] == 0):
            return len(n) == 2 and n[1] == 0
    return len(nums) == 2

def g(n=27):
    return ["123456789" + "(0;3;8;8)",
           "123456789" + "(0;4;7;4;7;8)"]

assert f(g())

def f(x: int, a=4, b=54368639, upper_bound=100):
    if a == 1:
        return x % 2 - (x/2 - a)
    elif a == -1:
        return x % 2 - (x/2 + a)
    else:
        return x + a == b

def g(a=4, b=54368639, upper_bound=100):
    return int(a % 2) + (b - a)

assert f(g())

def f(x: int, a=50252339):
    return abs(x - a) < 10 ** -2

def g(a=50252339):
    return int(a)

assert f(g())

def f(t: str, s="ab-c-c-c-c-c", target=7):
    for i in range(len(t) - 1):
        while s[i] == target:
            if s[i] == s[i + 1]:
                i += 1
                break
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="ab-c-c-c-c-c", target=7):
    t = s[::-1]
    x = s[::-1]
    if x:
        if len(x) != len(s):
            raise ValueError("Unexpected number of items in list x")
    else:
        x = {}
    return x

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x + a >= b

def g(a=1073258, b=72352549):
    return int(int("123456789" + "0" * 9) * 0.5 + 1)

assert f(g())

def f(x: int, a=25350, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=25350, b=1230200):
    if a < 30 and b < 60:
        return a + b
    else:
        return a + b

assert f(g())

def f(d: str):
    for i in range(8):
        if d[i] == 0:
            return false
    return True

def g():
    return "[0]123456789"

assert f(g())

def f(s: str, n=7, target=5):
    t = str(s)
    if n == 0:
        return s.lower() > t.lower()
    if n == 1:
        return s.lower() < t.lower()
    if n == -1:
        return s.lower() < t.lower()
    return s > s[:n]

def g(n=7, target=5):
    t = str(n)
    if n == 0:
        print("No string found!")
    return "No string found!"
    if n == -1:
        print("No string found!")
    return "No string found!"
    if n == 1:
        return s.lower() < t.lower()
    return s.lower() < t.lower()
    s = s.lower()
    t = s[:-1]
    return t

assert f(g())

def f(s: str, n=7012):
    return str(s) == "Hello hello world"

def g(n=7012):
    return "Hello hello world"

assert f(g())

def f(s: str, target="reverse me",reverse=True):
    return 'reverse me' in s or (reverse) in s

def g(target="reverse me",reverse=True):
    return 'reverse me'

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return (x == target) == reverse

def g(target="reverse me", reverse=True):
    target = "reverse me"
    return "reverse me"

assert f(g())

def f(x: int, a=1301, b=130115):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1301, b=130115):
    if a < b or a > 10:
        return a + b
    else:
        return (a+b) + 11

assert f(g())

def f(positions: List[int], vecs=[[11, 22], [12, 16], [17, 24], [20, 30]]):
    return sum(len(positions) == len(vecs) for pos in positions) >= len(vecs)

def g(vecs=[[11, 22], [12, 16], [17, 24], [20, 30]]):
    return [sum(vecs) for vecs in vecs]

assert f(g())

def f(x: int, a=2226, b=5):
    return x - a == b

def g(a=2226, b=5):
    return a + b

assert f(g())

def f(x: List[int]):
    return x[0] == 1.0  # x[-1] == 1.0  # x[-1] + 1 == 0

def g():
    return [1, 2, 3]

assert f(g())

def f(x: float, n=4):
    return n - abs(x) < n

def g(n=4):
    return float(n / n)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n == c ** n) and (c, a) != b and c != b or (c, a != a) != a or (c, b != b) != b or (b, c != b) != b

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: float, a=1005, b=10):
    a = a + a
    b = 5 * a
    return True

def g(a=1005, b=10):
    return a / ((int(a) + (int(b) + (int(b + 2) - 2)) * b + (int(b + 2) - 2) ** 2) ** 0.5) + 0.5

assert f(g())

def f(x: int, a=6221616):
    return x - a > 0

def g(a=6221616):
    return int(a)**5 + 1

assert f(g())

def f(s: str):
    return s in ["i", "b", "o", "X", "o", "b", "b", "e", "o", "o", "b", "d"]

def g():
    return "i"

assert f(g())

def f(res:int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m & 1 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(n):
        m = m - 1 if m & 1 else m // 10
    return m // m - 1 if m & 1 else m

assert f(g())

def f(n: int, a=1011010, b=50):
    return n // a > b

def g(a=1011010, b=50):
    return a * b + 10*a + b

assert f(g())

def f(s: str, word='CAMERA'):
    for i in range(len(word)):
        if i == 0:
            if len(s[i]) > 3:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word='CAMERA'):
    return "CAMERA"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target in s and target.count('foobarbazwow') == 1

def g(target="foobarbazwow", length=6):
    return 'string:foobarbazwow'

assert f(g())

def f(n: int):
    return str(n + 3).startswith("12345678")

def g():
    return int(int("12345678" + "0"*10))

assert f(g())

def f(x: int, a=5129, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + x == b

def g(a=5129, b=1230200):
    if a < 50 and a < 9:
        return a + 1
    else:
        return a + b

assert f(g())

def f(string: str, substring="b", count=15):
    if str == string:
        return substring
    return substring == string

def g(substring="b", count=15):
    if substring == "b":
        return substring
    else:
        return substring[0]

assert f(g())

def f(x: int, a=10201202001, b=10010210140):
    return x == a * b

def g(a=10201202001, b=10010210140):
    return int(a) * b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] > s[0] and word[1] > s[1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word)>max_len:
        return word
    return int(word[0] * s[1:-1]) + max_len - 1

assert f(g())

def f(x: List[int], a=141534, b=73549):
    return x[0] <= x[-1] and x[1] <= a

def g(a=141534, b=73549):
    return [2, 3, 4]

assert f(g())

def f(x: str, s=['hello world'], m=126, n=4):
    for i in x:
        if m < 10:
            return False
    return True

def g(s=['hello world'], m=126, n=4):
    return str(int(int("123456789" + "0"*m)**0.5) + 1)

assert f(g())

def f(n: int, t=197, u=3):
    if t < 1:
        return False
    else:
        return True

def g(t=197, u=3):
    return int(int("123456789") < int("123456789"))

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=10):
    if len(word) < 30:
        return word == s
    if len(word) > 70:
        return word == s
    if len(word) > 100:
        return word == s

def g(word="antisestablishmentarianism", max_len=10):
    if len(word) < 30:
        return word
    if len(word) > 70:
        return word
    if len(word) > 100:
        return word
    if len(text) >= 1:
        return text
    if len(text) < 10:
        return text

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s >= target

def g(target="reverse me", reverse=True):
    s = "reverse me"
    return "reverse me"

assert f(g())

def f(s: str):
    return s.count("1") == 1

def g():
    return "123"

assert f(g())

def f(x: List[int]):
    return 4 + sum(x) == 5 and sum(x) == 1 or sum(x) == min(max_stamps - 2)

def g():
    return [0, 1]

assert f(g())

def f(x: int, a=63250, b=-1230200):
    if a == 1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=63250, b=-1230200):
    if a == 1:
        return 1
    elif (b > 0):
        return b
    else:
        return -a + b

assert f(g())

def f(s: str):
    if len(s) == 0:
        return len(s) == 1
    else:
        return len(s) == 1

def g():
    return "\n"

assert f(g())

def f(s: str):
    return s[0] != s[1] or s[0 + 2] != s[1 + 2] or s[0 + 1] != s[1 + 1] or s[0 + 1 + 2] != s[1 + 2 + 2]

def g():
    return "hello"

assert f(g())

def f(x: int, a=7446611):
    return x == a

def g(a=7446611):
    return int(a)

assert f(g())

def f(s: str, word="antidisestablishmentarians", max_len=14):
    if len(word) <= max_len:
        return str(2) == word[0] and word[-1] == s[-1]
    return word[-1] == s[-1] and word[-1] == s[-1] and word[-1] == s[-1]

def g(word="antidisestablishmentarians", max_len=14):
    return str(2) + word[0] + word[-1]

assert f(g())

def f(n: int, a=7012):
    return n == 7012 and a > 0

def g(a=7012):
    return a

assert f(g())

def f(s: str, n=3):
    return len(s) == 3

def g(n=3):
    return str(n * n) + " " + str(n)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2)+'b' for i in range(1000)]

assert f(g())

def f(s: str):
    return set(s) <= set('a') and s == s[0]

def g():
    return str("a")

assert f(g())

def f(d: int, n=1023456789):
    return d > n and all(i in ("47") for i in str(str(d).count("4") + str(d).count("7")))

def g(n=1023456789):
    return n * n

assert f(g())

def f(x: List[int], a=20, s=7, e=900):
    e = 0
    for i in range(80):
        if e <= 0:
            e += a
    return e >= 10

def g(a=20, s=7, e=900):
    return [100, 2, 20, 2]

assert f(g())

def f(x: float):
    return x**3 > 15 * 15 * 100

def g():
    return float(float("12345"+ "0"*9)) + 1

assert f(g())

def f(x: int, b=-7175539):
    return x == b

def g(b=-7175539):
    return int(b)

assert f(g())

def f(n: int, b=2021):
    return -n and b == 2021

def g(b=2021):
    return int(b) + 1

assert f(g())

def f(x: List[int]):
    return x[0] == x[-1] and x[-1] == x[0]

def g():
    return [0]

assert f(g())

def f(n: int, l=7, b=17094, d=10):
    return l >= 0 and l <= 10

def g(l=7, b=17094, d=10):
    return 9 + l

assert f(g())

def f(x: int, a=0, b=1230200):
    return x - a == b

def g(a=0, b=1230200):
    return int(a + b)

assert f(g())

def f(x: int, a=40000):
    return x >= 30000

def g(a=40000):
    return a + 30000 + 2

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n + a > b

def g(a=1073258, b=72352549):
    return 10 * (a + b) >> 1

assert f(g())

def f(x: int, b=-156028):
    return x == b

def g(b=-156028):
    if (b < 0):
        return b
    if (b < 0):
        return b
    return (x, b) == 0

assert f(g())

def f(n: int, a=123456789, b=123456790):
    return n > a

def g(a=123456789, b=123456790):
    return int(a**9) - 12

assert f(g())

def f(x: int, a=253532, b=1230200, target=61):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200, target=61):
    if a and a < 50:
        return a[:-1]
    else:
        return a + b

assert f(g())

def f(x: int, a=92345):
    return x == a

def g(a=92345):
    return int(a) + (a == 2)

assert f(g())

def f(s: str):
    return s == 'Hello World'

def g():
    return "Hello World"

assert f(g())

def f(s: str, w='\d+', m=10, target=50):
    return s == w

def g(w='\d+', m=10, target=50):
    return w[::1]

assert f(g())

def f(s: str, chars=['e', 'u', 'z', '\\', 'o', '\\']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e', 'u', 'z', '\\', 'o', '\\']):
    return str(str(chars)) + ' ' + chars[0]

assert f(g())

def f(n: int):
    n = n - 1
    while abs(n) > 1000:
        n = 0  # could be positive ...
        if n % 2 != 2:
            return True
        # if not exist(n) ... then nothing to do
        return False

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target if reverse else s.count("e") == 7 and s.count("1") == 1 and eval(s) == 63

def g(target="reverse me", reverse=True):
    return "reverse me" or "reverse me"

assert f(g())

def f(x: int, a=1024, b=243933):
    if x > 0 and a > 253532:
        return x - a > 253532
    else:
        return x + a > 253532

def g(a=1024, b=243933):
    return int(int(a * b) ** 2) + 1

assert f(g())

def f(s: str):
    return s + "4/13-0" and s.count("4/13-0") == 2 * s.count("4/13-0")

def g():
    return "6/22-9-9-14"

assert f(g())

def f(x: int, a=11796988, b=7154038):
    return a + x == b

def g(a=11796988, b=7154038):
    return b - a

assert f(g())

def f(l: List[int]):
    return list(range(5, 4) for i in list(l)) != list(range(3, len(l)) for i in list(l))

def g():
    return list(range(5, 42))

assert f(g())

def f(x: str, s="CanYouTellIfItHASmoreCAPITALS"):
    s1 = s.upper()
    s2 = s.lower()
    s3 = set()

    for c in x:
      if c != c.lower():
          return True

      if c != c.upper():
          return False

      if s3 in x and s1[-2] != s2[-1]:
          return True
      elif c != c.lower():
          return False
      elif c != c.upper():
          return False

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s

assert f(g())

def f(x: int, m=105323):
    return x == m

def g(m=105323):
    return m

assert f(g())

def f(start: int):
    if start > 99999999999999999999:
        return True
    else:
        return False

    while abs(15 * 30) < 9999999999899999:
        n = 15 * n
        while abs(3 * 10) > 10:
            n = 3 * n + 1 if n % 2 else n // 2
            if n == start:
                return True

def g():
    return int(int("123456789" + "0"*9) ** 8)

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n + a >= b

def g(a=1073258, b=72352549):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, word="antisymp", max_len=10):
    if len(word) <= max_len:
        return word == t
    return int(s) == max(s) and word[0] == t

def g(word="antisymp", max_len=10):
    if len(word) <= max_len:
        return word
    return bool(s) == True

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and x != 0

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or ((s[::-1] == target) == reverse)

def g(target="reverse me", reverse=True):
    return target # this is the solution

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m + 1)  # m = 1 if m = 1 but m < 10
    return res == m

def g(m=1234578987654321, n=4):
    return m

assert f(g())

def f(s: str, string="I just wanna know when the time comes!"):
    return s == string

def g(string="I just wanna know when the time comes!"):
    return string

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        if n % 2 != start:
            return True
        if abs(n) == start:
            break
    return False

def g():
    return int(int("123456789")*9) + 1

assert f(g())

def f(x: int, a=5328, b=33):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5328, b=33):
    if a == 5328:
        return a + b
    else:
        return a[a] + b

assert f(g())

def f(x: int, a=35667816, b=47656740, c=75114850):
    return x > b or set(x != b) # or 0.5 > b or 72352549

def g(a=35667816, b=47656740, c=75114850):
    return a + b or set(a + b) # or 0.5 < b or 72352549

assert f(g())

def f(x: List[int], s=3):
    assert s * 2.0 == len(x)
    s *= 2      # 2 bytes
    return len(x) == len(set(x))

def g(s=3):
    return [1, 2, 3, 4, 8, 9]

    assert sum(x.count("a") > sum(x))
    sum(x.count("b") > sum(x))
    sum(x.count("a") * (2*sum(x)) + (1*sum(x))*3)

assert f(g())

def f(s: str, word="moeobooooofasd", max_len=100):
    if len(word) <= max_len:
        return word == s[:]
    return int(s[0:-1]) == max(s[0:-1] for word in word)

def g(word="moeobooooofasd", max_len=100):
    if len(word) <= max_len:
        return word

assert f(g())

def f(x: int, a=35, b=1230, upper=66):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=35, b=1230, upper=66):
    if a > 55:
        return a + b
    else:
        return a + b

assert f(g())

def f(p: List[int], n=1, k=1024, maxsize=10000):
    prod = 1
    for i in range(n):
        if p[i] == 0:
            return prod
        else:
            prod *= max(k, prod)
    return prod >= k

def g(n=1, k=1024, maxsize=10000):
    return [1, 1]

assert f(g())

def f(s: str, word="climb", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-(1 - 1) % max_len] == s[-(1 - 1) % max_len]

def g(word="climb", max_len=10):
    if len(word) <= max_len:
        return "climb"
    return (word and word[(1 - 1) % max_len] + word[-(1 - 1) % max_len]) >= max_len

assert f(g())

def f(n: int, t=2147483647):
    if n > 1:
        return n > 2147483647
    else:
        return n == t

def g(t=2147483647):
    return t * t

assert f(g())

def f(x: int, a=4, b=91465):
    return x % 2 == 0

def g(a=4, b=91465):
    return a + 3 * b + 1

assert f(g())

def f(n: int, a=1020, b=102012030102):
    return n - a == 0 and n - a >= 0

def g(a=1020, b=102012030102):
    return int(a + b - 102012030102)

assert f(g())

def f(s: str, word="reformist", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[0]

def g(word="reformist", max_len=10):
    if len(word) < max_len:
        return word
    if len(word) == 1:
        return s
    if len(word) == 2:
        return s
    if len(word) == 3:
        return word[-1]
    return s

assert f(g())

def f(n: int, a=9, b=17, c=10):
    return n // a == b

def g(a=9, b=17, c=10):
    return a * b

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n > m:
            return True
        raise sf1002("n > 4", n > 4)
    return False

def g():
    return 5

assert f(g())

def f(x: int, a=154789, b=348944):
    if x > 0 and b > 0:
        return x - a == b
    else:
        return x + a

def g(a=154789, b=348944):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, v=255, p=50, len=20):
    if n >= 0:
        return n - v >= p
    return n + v <= p

def g(v=255, p=50, len=20):
    return int(int(v ** 7) + 1) - int(int(p ** 7) - 1)

assert f(g())

def f(x: str, s="hello world", target="do"):
    x = x[::-1]
    if s[::-1] != target:
        assert len(x) == len(s)
    else:
        for i in x:
            assert i > 0 and i < len(x)
            assert len(x[i] == s[i])
            assert len(x[i + 1]) == len(x.count())
            assert len(x[i]) != len(s[i])

    return True

def g(s="hello world", target="do"):
    return s

assert f(g())

def f(x: int, a=4545345):
    return x == a

def g(a=4545345):
    return int(a)

assert f(g())

def f(t: str, string=""):
    return '^' in t[0]

def g(string=""):
    return string.join(('^' + str(1 + 2 + 3) + '0') + '0') + '0'

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 10000: # should be positive [0, -1, -2, 1] ...
        n = 3 * n + 1 if n % 2 else n * 2
        if n != start:
            return True
        elif abs(n) < 10000:
            return True
        else:
            return False

def g():
    return int(int("123456789" + "0"*9) * 8)

assert f(g())

def f(s2: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s2
    return int(s2[1:-1]) == len(word[1:-1]) and word[0] == s2[0] and word[-1] == s2[0] and word[-2] == s2[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(max(len(word)) - len(word))

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + b > a

def g(a=253532, b=1230200):
    return int(a * 125 - b)

assert f(g())

def f(x: int, a=15, b=-142815):
    return x - a == b

def g(a=15, b=-142815):
    return int(a) + b

assert f(g())

def f(li: List[int], target=[17, 11, -1, 17, 11, -1], n=2):
    return li * n == target

def g(target=[17, 11, -1, 17, 11, -1], n=2):
    return target[:3]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    for x in s_case:
        if x < s:
            return True
        if x >= len(s) < len(s):
            return True
    return False

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str(s)

assert f(g())

def f(s: str, t=1):
    return s == "Hello world"

def g(t=1):
    return "Hello world"

assert f(g())

def f(n: int, a=15, b=25, upper_bound=60):
    return n % a == 0 and 0 < a <= upper_bound

def g(a=15, b=25, upper_bound=60):
    return int(2 * a)

assert f(g())

def f(z: float, v=15):
    return z <= v

def g(v=15):
    return float((v + 255) / 255)

assert f(g())

def f(x: int, a=253532, b=1230100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230100):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=6):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and eval(s) == 10

def g(word="antidisestablishmentarianism", max_len=6):
    if len(word) > max_len:
        return word
    return int(word[len(word)-1]) == max_len

assert f(g())

def f(d: int, n=123456789):
    return (n % 100 == 0, 5 == 63) and (d * 5 < n) and (d % 100 == 0 and n > 63)

def g(n=123456789):
    return int(n % 100 == 0 and n > 63 and (n % 100 % 2 == 63 and n > 63) and d * (n % 100 == 0 and n% 100 == 0 and n > 63 and d) and n / 100)

assert f(g())

def f(x: int, a=125, b=12500):
    if x > 0 or a < 50:
        return x - a != b
    else:
        return x + a != b

def g(a=125, b=12500):
    return int(a) * (a + b)

assert f(g())

def f(s: str, word="nomogar", max_len=10):
    if len(word) <= max_len:
        return word[0] == s[0] or 0
    if len(word) <= max_len:
        return word[-1] == s[-1] or 0

def g(word="nomogar", max_len=10):
    if len(word) <= max_len:
        s = "nomogar"
    elif len(word) <= max_len:
        s = "nomogar"
    elif len(word) <= max_len:
        s = "nomogar"
    return s

assert f(g())

def f(s: str, word="notaabob", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == max(max(word) for word in s) and max(max(word) for word in s) == 0

def g(word="notaabob", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word) == m(100) and m(100) == m(100000).count(word)

assert f(g())

def f(s: List[int], a=7, coeffs=4):
    return len(s) <= coeffs

def g(a=7, coeffs=4):
    if coeffs == 4:
        return [1, 2]
    if coeffs < 4:
        return [1, 3]
    if coeffs > 4:
        return [1, 3]
    if coeffs > 4:
        return [1, 2]

    return []

assert f(g())

def f(s: str, word="anti-infantism", max_len=17, min_len=20):
    if len(word) <= max_len:
        return word == s
    else:
        return word == s

def g(word="anti-infantism", max_len=17, min_len=20):
    if len(word) < max_len:
        return word
    else:
        return word

assert f(g())

def f(s: str, word="toh"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="toh"):
    word = "toh" if word != "" else True
    return str(word)

assert f(g())

def f(s: str, word="fjg"):
    return s == word

def g(word="fjg"):
    return word

assert f(g())

def f(x: int, l=1):
    return x ** 2 != 0

def g(l=1):
    return l * l

assert f(g())

def f(s: str, word="yqc"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="yqc"):
    return word[0] + word[1] + word[2]

assert f(g())

def f(x: float):
    return x > 120

def g():
    return float(int(int("123456789" + "0"*9) ** 0.5) / 110)

assert f(g())

def f(n: int):
    for i in range(5):
        if i > 0 and i < 5:
            return i > 0
    return not (i < 5) and not (n >= i) and v < n

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s:
        if t[i] == "aeiouy":
            continue
        i += 1
    return i == len(t)

def g(s="Problems"):
    i = 3
    if i == 6:
        return s
    else:
        return s

assert f(g())

def f(str: str, target=5, reverse=True):
    """Use the "reverse me" method to reverse the whole list."""
    return set(str) != (str[::-1]) or set(str) != ((str[::-1] == target)
                                             for target in substrings)

def g(target=5, reverse=True):
    """Return the target string."""
    return str(target)

assert f(g())

def f(x: int, b=1000, a=10000):
    return x >= 10000

def g(b=1000, a=10000):
    return int(int("123456789" + "0"*9) ** 0.5) + b

assert f(g())

def f(m: int):
    if m >= 1000:
        return -m < 0
    for s in m.iter:
        if s[len(s):] == 0:
            return s[len(s) - 1]
    return s

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and word[0] == s[0]

assert f(g())

def f(t: str, s="Problems"):
    return min(t) == min(s)

def g(s="Problems"):
    return max(s) + min(s)

assert f(g())

def f(x: int):
    return str(x + 3.1415).startswith("12345")

def g():
    return int("123456789" + "0") + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    elif x > 0 and a > 100:
        return a + b
    elif x > 0 and a > 50:
        return b + a
    else:
        return x - b

def g(a=253532, b=1230200):
    if a > 0 or b > 50:
        return a + b
    else:
        return b + a

assert f(g())

def f(n: int, a=3, b=1362):
    return abs(a) <= b

def g(a=3, b=1362):
    return (a * a) + 1

assert f(g())

def f(n: int, m=5):
    for i in range(n):
        m = (m - 2 if m % 10 else m // 10) + 1
    return m > 0 or (m - 1) > 0

def g(m=5):
    return int(m * 5) + 1

assert f(g())

def f(x: float):
    return x == 2

def g():
    return float(float(2)) * 2 * 0.5

assert f(g())

def f(s: str, a=['fish', 'beach'], b=['eye']):
    return s in a

def g(a=['fish', 'beach'], b=['eye']):
    return "fish"

assert f(g())

def f(s: str, target="foobarbazwow", length=100):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=100):
    return target[(len(target) - length) * 2:]

assert f(g())

def f(string: str, name="hello world"):
    return string.count(name) == 1

def g(name="hello world"):
    return "Hello" + name

assert f(g())

def f(v: int, a=102853):
    return v % 2 == 1

def g(a=102853):
    return -a * (int(a) % 2)

assert f(g())

def f(s: str, word="reluiism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == 1
    print(word)
    i = nums[3]
    if i < 3:
        return word[3:], i
    i += word[-1]

    assert li * n == target
    if li % 2 == 0:
        print(word[-1])
        print(word[-1] + 1)
        print(word[-2])

def g(word="reluiism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        return word
    print(word)

assert f(g())

def f(n: int, a=5777, b=10):
    return n // b > a

def g(a=5777, b=10):
    return 5777 * a + 3;

assert f(g())

def f(a: str, b=2):
    if a[0] != b:
        return True
    return False

def g(b=2):
    return str(b) * 10 ** 2

assert f(g())

def f(x: int, b=10, c=5):
    return x - c < x or (x + b < c)

def g(b=10, c=5):
    return 1 + (b < c) + 1

assert f(g())

def f(s: str, big_str="foobar", n =5):
    return s == big_str

def g(big_str="foobar", n =5):
    return big_str

assert f(g())

def f(m:int, a=17, b=100):
    return m + a >= 0
    return a > 0

def g(a=17, b=100):
    return int(int(a) + int(b))

assert f(g())

def f(x: int, a=50, b=1230):
    if x > 0 or a > 256530 or b > 120:
        return x - a == b
    else:
        return x + b == a

def g(a=50, b=1230):
    return a + b

assert f(g())

def f(x: int, a=133592, b=1265):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=133592, b=1265):
    if a > 100:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: int):
    return 1020 > x

def g():
    return int(5) - int(1)

assert f(g())

def f(x: int, a=253532, b=33100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a < b

def g(a=253532, b=33100):
    a = 253532
    b = 33100
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == 0

def g(word="antidisestablishmentarianism", max_len=128):
    if word is not None:
        return word
    return int(word) == s

assert f(g())

def f(s: str):
    return len(s) <= sum([int(d) for d in s])

def g():
    return "3"

assert f(g())

def f(n: int, a=3, b=230456):
    return a + b < n

def g(a=3, b=230456):
    return int(a * b)

assert f(g())

def f(x: int, a=5, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=54368639):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=15, b=30):
    return n % a == 0 or 0 <= a <= b <= 30

def g(a=15, b=30):
    return int(int(a + b + 6 * b)) * 30

assert f(g())

def f(x: int, a=1003103):
    return x ** 3 > a

def g(a=1003103):
    return a * 9

assert f(g())

def f(name: str):
    return name == 'A';

def g():
    return "A"

assert f(g())

def f(x: int, a=1234, b=1073258):
    return a - x == b

def g(a=1234, b=1073258):
    return a - b

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'd']):
    return str(chars[::-1] and '\0'.join(chars[::-1]))

assert f(g())

def f(s: str, target="david-pink"):
    return s.count("david-pink") == 1 or s.count("david-pink") == 2

def g(target="david-pink"):
    return "123456789" + target

assert f(g())

def f(s: str, a=3, b=23463462):
    return s.count("b") == s.count("a") and s.count("b") == s.count("a")

def g(a=3, b=23463462):
    return str(a + b) * 2**3**2

assert f(g())

def f(s: str, word="hello"):
    return s[0] == word[0]

def g(word="hello"):
    return ("hello" + word[0] + " " + word[1] + " " + word[2] + " ")

assert f(g())

def f(s: str, targets=["foobarbazwow"]):
    return s in targets

def g(targets=["foobarbazwow"]):
    return targets if targets[0] == targets else targets[0]

assert f(g())

def f(start: int, k=5, lower=1, seq=[16, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) >= lower

def g(k=5, lower=1, seq=[16, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]):
    if k>5:
        return [0, 1] + seq[k]
    else:
        return 0

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in s:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars) + ""

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or s.count("reverse me") == 1 and min(1 - min(2) < n) >= 0

def g(target="reverse me", reverse=True):
    return "" + target.replace("e", "e") or targets[0] + " e." + (target + "")

assert f(g())

def f(s: str):
    return "Ok " + s[::-1] == "Ok world"

def g():
    return "world"[::-1]

assert f(g())

def f(s: str, word="n", a=20201202001):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="n", a=20201202001):
    return str(word + "23456789")

assert f(g())

def f(x: int, a=10160110101):
    return x * 2 > a

def g(a=10160110101):
    return int(a + int(a))

assert f(g())

def f(x: int, a=43, b=14546310):
    return x - a == b or x == b

def g(a=43, b=14546310):
    return a + b

assert f(g())

def f(x: int, a=5, b=8):
    if x > 0 or a > 50:
        return x - a == b or x + a == b
    else:
        return x + a == b

def g(a=5, b=8):
    if a != b or a != b:
        return a + b

assert f(g())

def f(x: float, a=35353872, b=10):
    return x**2 >= a

def g(a=35353872, b=10):
    return float(a + b)

assert f(g())

def f(n: int, a=10, b=5):
    return a == a and a>b and b == b

def g(a=10, b=5):
    return int(int(a) + int(b)**2)

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return x[0] == a

def g(a=7, s=5, e=200):
    return [7, -1, -2, 5]

assert f(g())

def f(x: str):
    return len(x) == 5

def g():
    return str("Hello")

assert f(g())

def f(x: int, a=10, b=10, h=255):
    if x > 0:
        return x - h > 0

    assert h < 255
    if x > 0:
        return x - h > 0
    else:
        return (x + a + h) * h == x

def g(a=10, b=10, h=255):
    if a > 0:
        if b > 0:
            return (a * b * h) - (b * h) - ((a - b) * h)
    else:
        return (a * b * h) - ((b - ((a + b) * h) + (b * h)))

assert f(g())

def f(s: str, a="hello world", b="hoooog"):
    return s.lower() == a.lower()

def g(a="hello world", b="hoooog"):
    return 'hello world'

assert f(g())

def f( li: List[int]):
    return list(li) == li

def g():
    return [0]

assert f(g())

def f(x: int, a=20932518, b=51805534):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20932518, b=51805534):
    if a < 50 or b < 50:
        return a, b
    else:
        return a + b

assert f(g())

def f(inds: List[int]):
    return all([list([v for v in inds if v] < len(inds)) for v in inds if v] < len(inds) for inds in range(10, 2))

def g():
    return list([])

assert f(g())

def f(s: str, word="antidisestablishmentalistism", max_len=10):
    if len(word) <= max_len:
        return word == s
    elif len(word) > max_len:
        return word == s
    elif v >= s:
        return string.replace("+", "^I!")

def g(word="antidisestablishmentalistism", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return word

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=1073258, b=72352549):
    return int(int (a * b) / 10000 * 100)

assert f(g())

def f(x: int, a=13333333, b=50000):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=13333333, b=50000):
    if a < 3:
        return a + b < 3
    else:
        return a + b

assert f(g())

def f(s: str, a=3, b=53368639):
    h = 0
    for i1, i2 in enumerate(s):
        h += 1
    return h % 2 == 0 and h != 0

def g(a=3, b=53368639):
    return str(a * 2 + b)

assert f(g())

def f(x: int, a=93252338, b=10000):
    return x == a

def g(a=93252338, b=10000):
    return a

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a % n + b % n == n) and min(a, b) > 0 and n > 2

def g():
    return [2, 3, 4, 5]

assert f(g())

def f(n: int, a=12345678901234568):
    return n == a

def g(a=12345678901234568):
    return a

assert f(g())

def f(x: int, a=117937, b=131534):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - b > a

def g(a=117937, b=131534):
    if a != 0 or b != 0:
        return a + b

assert f(g())

def f(x: int, a=38, b=432854):
    if x > 0 and a > 50:
        return x + a > b
    else:
        return x + a > b

def g(a=38, b=432854):
    return int(a * b) - 3

assert f(g())

def f(x: int, a=345666599, b=10):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=345666599, b=10):
    if a > 0 and b > 10:
        return a-b
    else:
        return b - a

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (min(a, b, c) * n) < 2 if n > 1 else min(a, b, c) > 0 and n > 1

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, word="j-dumpy"):
    return str(s) == word

def g(word="j-dumpy"):
    return word

assert f(g())

def f(s: str, word="brief", max_len=20):
    if len(word) <= max_len:
        return word == s
    return word == s[8] and word[-1] == s[-1]

def g(word="brief", max_len=20):
    if len(word) <= max_len:
        return word
    return word == word[8] and word[-1] == word[-1]

assert f(g())

def f(res: int, m=124, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=124, n=4):
    for i in range(0, n-1):
        m = (m - 1 if m % 10 else m // 10)
    return m - 1

assert f(g())

def f(x: int, a=204741, b=165534):
    return x - a == b

def g(a=204741, b=165534):
    return a + b

assert f(g())

def f(x: int, a=15356895, b=27, upper_bound=150):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15356895, b=27, upper_bound=150):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, b=8, a=10000):
    return x - a == b or b > a or x + b > a

def g(b=8, a=10000):
    return int(int("123456789" + "0" * 9 * 9) / b)

assert f(g())

def f(s: str):
    if len(s) == 6:
        return s.count("2") == 2
    else:
        return s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(x: int, a=9325233864):
    return x == a

def g(a=9325233864):
    return int(a)

assert f(g())

def f(x: int, a=2042, b=40, lower_bound=5):
    return x + 2 ** 2 > a

def g(a=2042, b=40, lower_bound=5):
    return int(a * (a + b) / (b + 1))

assert f(g())

def f(s: str, word="antidim", max_len=10, max_ind=20):
    if max_len == 10:
        return word == s
    if max_ind > 20:
        return word == s
    return max_ind == max_len

def g(word="antidim", max_len=10, max_ind=20):
    if max_ind <= 20:
        return word
    return max_ind

assert f(g())

def f(n: int, vars=9):
    return min(n, vars) == 9

def g(vars=9):
    return min(vars, 9) + 1

assert f(g())

def f(n: int, a=345346363, b=10):
    return n % a != 0 and a != 0

def g(a=345346363, b=10):
    return int(int(a) * 3) + 1

assert f(g())

def f(t: int):
    return t < t + 5 * 4

def g():
    return int(int("1"*10) ** 0.5) + 2

assert f(g())

def f(tri: List[int]):
    return len(tri) == 3 and sum(tri) != 3

def g():
    return [0] * 3

assert f(g())

def f(s: str):
    return s.count("12") == 1 and s.count("1") == 1

def g():
    return "12"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < b:
        return a + b
    else:
        return -1

assert f(g())

def f(s: str, a="world", b="Hello world"):
    for c in s + a:
        if c not in s:
            return False
    return True

def g(a="world", b="Hello world"):
    return str(a + "b") * 100

assert f(g())

def f(a: int, b=20):
    if a >= 2:
        return True
    return False

def g(b=20):
    return int(int("-2" + "0"*3) ** 2) + 1

assert f(g())

def f(s: str, s1="a", s2="b", target=80):
    return str(s) == str(s1) if s1 == "a" else str(s)

def g(s1="a", s2="b", target=80):
    return str(s1) == str(s2) if "b" == target else str(s1)

assert f(g())

def f(x: int):
    return x > 30 and x > 100

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(path: List[str]):
    return path == ['hello', 'doo']

def g():
    path = ""
    return ["hello", "doo"]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] <= s[i] and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "Konjac"

assert f(g())

def f(n: int, t=195, lower=50):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        if t == m:
            return True
        for j in range([5,6])[:-1]:
            return False
        m = n + (t - m) // 2
    return True

def g(t=195, lower=50):
    return int(t)

assert f(g())

def f(i: int):
    return len(str('\d{0,}')) <= len(str(i))

def g():
    return int(int("1") * 2147483647)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a + b) ** n and min(a, b, c) > 0

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, n=1000, d=11):
    return s == "hello"

def g(n=1000, d=11):
    if n is None:
        return n
    if d == 11: return "hello"

assert f(g())

def f(b: bool):
    a, b = 0, 1
    if b is None:
        b = 1
    if b is True:
        return False
    return True

def g():
    a, b = 0, 1
    if b is None:
        a = 0
    if b is True:
        return False
    return True

assert f(g())

def f(c: str):
    return c.count('o') == 2

def g():
    return 'Hello World'

assert f(g())

def f(n: int, k=25, a=3, b=255):
    return 0 <= k <= n

def g(k=25, a=3, b=255):
    return (a+b * k + k) * a + k + k

assert f(g())

def f(s: str, word="abbbbbbbbbbbbbbbbbbb"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="abbbbbbbbbbbbbbbbbbb"):
    return "abbbbbbbbbbbbbbbbbbbbbbbbbbbbbb"

assert f(g())

def f(s: str, a=5129):
    return int(s[0] == '-') and s[-1] == '-'

def g(a=5129):
    return str(a) == '' or '-'

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len <= 30:
        return word == s
    if len(word) >= 3:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len <= 30:
        return word
    if len(word) >= 3:
        return word
    return 0

assert f(g())

def f(s: str):
    for i in range(5):
        if len(s) != 5:
            return False
    return True

def g():
    return "world"

assert f(g())

def f(h: float):
    return abs(h) >= 925435

def g():
    return float(int("1234567890" + "0"*9) + int(float("0"*9) / 9))

assert f(g())

def f(max: int, n=10):
    if n == 0:
        return max - 1
    elif n == 1:
        return max - 1
    elif n == 2:
        return max - 1
    elif n == 3:
        return max - 1
    elif n == 4:
        return max - 1
    else:
        return max >= 0 and max < 5

def g(n=10):
    return min(n for n in range(10))

assert f(g())

def f(x: int, a=9245923):
    return x > a

def g(a=9245923):
    return int(int(a * 9245923) + 11) * 2

assert f(g())

def f(path: List[str]):
    return all([path[1] == u for u in path] for path in list(path))

def g():
    return ["hello world"]

assert f(g())

def f(s: str, word="intas", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[0] - words[1])

def g(word="intas", max_len=50):
    if len(word) <= max_len:
        return max(word, word)
    return int(word, word)

assert f(g())

def f(t: str):
    return t == "1 + 2 + 3 + 4 + 7 + 13"

def g():
    return "1 + 2 + 3 + 4 + 7 + 13"

assert f(g())

def f(x: str, target="reverse m", len=2):
    return x == target

def g(target="reverse m", len=2):
    return target

assert f(g())

def f(a: List[int], c1=[]):
    for i in range(len(a)):
        if i == 0:
            if c1.get() != len(a):
                return False
    return True

def g(c1=[]):
    return [c_1 for c in c1]

assert f(g())

def f(x: int, a=720000, b=7352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=720000, b=7352549):
    return a + b

assert f(g())

def f(x: float, a=20):
    if a <= 9:
        return 1
    return -abs(x ** 2 + a) < 10

def g(a=20):
    return a + (float()) ** 10

assert f(g())

def f(b: int):
    return b >= 2

def g():
    return 2

assert f(g())

def f(s: str, word="comparisonist", min_len=20, max_len=25):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="comparisonist", min_len=20, max_len=25):
    if min_len:
        return str(word)
    return int(max(s) + min(word) + max(s))

assert f(g())

def f(s: str, s1="hello", s2="b"):
    return s1 in s or s2 in s1

def g(s1="hello", s2="b"):
    return s1 + s2 or s1 + s2

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st.upper() > b

def g(a="world", b="Hello world"):
    return a * 5

assert f(g())

def f(s: str, word="antifromicism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antifromicism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(s: str, target="reverse my_list", target_len=12):
    if len(s) == 0:
        return s
    return len(s) == len(target)

def g(target="reverse my_list", target_len=12):
    if target_len > 12:
        return target
    if len(target) != 12:
        return target
    if target != target_len:
        return target
    if target != target_len:
        return target
    if target != target_len:
        return target
    return None

assert f(g())

def f(x: str, a=20, b=20, target=62):
    return x[:30] != a or 0

def g(a=20, b=20, target=62):
    return "a"

assert f(g())

def f(s: str, a=6, b=10):
    if a != 10:
        return s == "Hello world"
    if b == 2:
        return s == "Hello"
    return s == "Hello world"

def g(a=6, b=10):
    return "Hello world"

assert f(g())

def f(s: str, word="tambos"):
    for i in range(len(word)):
        if i == 0:
            ifs = str(word)
            if s[i] != word[i]:
                return False
    return True

def g(word="tambos"):
    return str(word) / (word.count("l") if word[0] else "") + 1 if word.count("l") else "tambos"

assert f(g())

def f(s: str, target="reverse me", reverse_=True):
    return s == target

def g(target="reverse me", reverse_=True):
    if target != "reverse me":
        return "reverse me"
    if reverse_:
        return target
    return target

assert f(g())

def f(x: int, a=123456789, b=121237):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=123456789, b=121237):
    if f(a) < f(b):
        return [a.count() < 16 and a[f(b)-f(b-a) + 1] == b.count()]
    else:
        return a + b

assert f(g())

def f(n: int, a=1, b=4343):
    return n // a == b

def g(a=1, b=4343):
    return a * b

assert f(g())

def f(n: int, m=9):
    return n >= 0 and m <= 2 ** m

def g(m=9):
    return (int(m) + 2) * (m + 3)

assert f(g())

def f(s: str):
    return "Can" in s

def g():
    return "Can "" in s"

assert f(g())

def f(s: str, levels=16):
    return s.count('o') == s.count('oo')

def g(levels=16):
    return str(levels)

assert f(g())

def f(n: int, l=12345, h=15):
    return n + h > l

def g(l=12345, h=15):
    return l + 1

assert f(g())

def f(n: int, m=1234578987654321, a=45, b=200, c=43):
    return n * n > 2 * m

def g(m=1234578987654321, a=45, b=200, c=43):
    return m + 1

assert f(g())

def f(x: int, a=121549, b=122301):
    if x > 0 or a > 50:
        return x + b == a + b
    else:
        return x + a + b

def g(a=121549, b=122301):
    if a > 50:
        return a - b + b
    else:
        return a - b + b

assert f(g())

def f(s: str):
    return s == '+'

def g():
    return '+'

assert f(g())

def f(s: str, target="foobazwowazwowazwowwowazwowwowwowwowwowwowwowwow"):
    return target[(len(target) - len(target)) // 2: len(target) + 3] == s

def g(target="foobazwowazwowazwowwowazwowwowwowwowwowwowwowwow"):
    return target[(len(target) - len(target)) // 2:]

assert f(g())

def f(x: int, a=105, b=-2063):
    return x - a == b

def g(a=105, b=-2063):
    return a + b + f(a * b)

assert f(g())

def f(s: str):
    return "_" in s

def g():
    return "world_123" + str(1)

assert f(g())

def f(s: str, w=1.0):
    if w in ['foo', 'bar'] and len(s) == 0:
        return s == w
    return s == s == 'hello'

def g(w=1.0):
    return "hello"

assert f(g())

def f(s: str, target='foobarbazwow', max_len=6):
    if len(s) == len(target):
        return target
    return target[len(target)-1] == s[::-1]

def g(target='foobarbazwow', max_len=6):
    if len(target) == len(target):
        return target[len(target)-1]
    return target[0]

assert f(g())

def f(s: str, word="anti-aesthetics", max_len=20):
    if len(word) <= max_len:
        return word == s
    return (words[1:-1].count(s) > max_len and words[-1].count(s) > 4 and words[-1].count(s) > 1) and words[1:] == 2

def g(word="anti-aesthetics", max_len=20):
    if len(word) >= max_len:
        return word == "anti-aesthetics"
    else:
        return word

assert f(g())

def f(s: str, word="antidisestablishmentarianism", a=134318):
    return word == s

def g(word="antidisestablishmentarianism", a=134318):
    return "antidisestablishmentarianism"

assert f(g())

def f(x: int, a=253532, b=185572):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=185572):
    if a > 50 and a < 100:
        return b - a == a
    else:
        return b + a

assert f(g())

def f(x: List[int], n=4, s=2021):
    return sorted(x) == list(range(999)) or sorted(x) == list(range(3999)) or sorted(x) == list(range(6999)) or sorted(x) == list(range(7999))

def g(n=4, s=2021):
    return list(range(999)) or sorted(range(3999))

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.lower() == target or (s[0] == target and s[1] == target and s[2] == target and s[3] == target and s[4] == target and s[5] == target and s[6] == target)

def g(target="reverse me", reverse=True):
    return target if reverse is not None else str(target)

assert f(g())

def f(s: str, word="enlightenment"):
    return s == word

def g(word="enlightenment"):
    return 'enlightenment' if word == "enlightenment" else str(word)

assert f(g())

def f(l: List[int]):
    return len(l) == 6

def g():
    return [(i + 2) for i in range(6)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s_case:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 1
    return caps if caps > len(s) // 2 else s.lower()

assert f(g())

def f(s: str):
    return s == "permitted"

def g():
    return "permitted"

assert f(g())

def f(s: str, word="antisdetrationalism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and word[-1] == s[-1] and max_len == max_len

def g(word="antisdetrationalism", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and max_len == max_len

assert f(g())

def f(n: int):
    return len(str(n + 9)) >= len(str(n + 9 + 1000))

def g():
    return int(int("2147483648" * 9) ** 0.5) + 3

assert f(g())

def f(s: str):
    return s.count('e') == 1 and s.count('') > 0

def g():
    return "abcdef"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) < 1000:
        n = 2, n // 2 if n % 2 else n
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="varnishingofbuddy", max_len=3):
    if (max_len >= 3) or (len(word) <= max_len):
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="varnishingofbuddy", max_len=3):
    if (max_len >= 3) or (len(word) <= max_len):
        return word
    return int(word[0] + len(word) / max_len)

assert f(g())

def f(g: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if g[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0] + word[1] + "k"

assert f(g())

def f(x: int, a=1807964, b=1220):
    return a - x == b

def g(a=1807964, b=1220):
    return a - b

assert f(g())

def f(s: str):
    return s.count('foobar') and 0 < s.count('o') < 1000

def g():
    return "foobar"

assert f(g())

def f(n: int):
    return pow(2, n, n) <= 3

def g():
    return int(2) - 3

assert f(g())

def f(s: str, word="h"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="h"):
    return word[::-1] * 3

assert f(g())

def f(v: int, a=18, b=91):
    return v == 0 and v <= 19*21 and v == 0 <= 19*21

def g(a=18, b=91):
    return int(b == 0)

assert f(g())

def f(n: int, m=1, l=2):
    m = n
    while m > 4:
        m = -1
        l = 2
    return m < 0 and m < l or l <= m

def g(m=1, l=2):
    if m < 4:
        return m * m + 3
    for i in range(4):
        return l * m + l * m + l
    return -3 * i

assert f(g())

def f(s: str):
    return s.count("Hello") == 1

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=253437, b=1230201):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253437, b=1230201):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=17862245, b=16391232):
    if x > 0 or a < 80:
        return x - a == b
    else:
        return x + a == b

def g(a=17862245, b=16391232):
    if a < 80:
        return a > b
    else:
        return a + b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c[0] != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    r = len(s)
    for k in s:
        if k[0] == r:
            caps += 1
        else:
            return s.upper()
    return r

assert f(g())

def f(value: str):
    return value == value

def g():
    return "Hello world"

assert f(g())

def f(parts: List[str], sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return all(sep not in p for p in parts)

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return list({})

assert f(g())

def f(s: str, a=3, b=272230):
    return s.count("moooboooofasd") == 1 and s.count("moooboooofasd") == 1

def g(a=3, b=272230):
    return "moooboooofasd"

assert f(g())

def f(x: str, s=15, n=500):
    return len(x) == 6

def g(s=15, n=500):
    return str(n * n)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s) < len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word + "123456789")

assert f(g())

def f(x: int, a=153680, b=5):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=153680, b=5):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(c: int):
    return c == 0

def g():
    return 0

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a >= b

def g(a=-382, b=14546310):
    return a % b

assert f(g())

def f(n: int, a=1540):
    return n >= 1540

def g(a=1540):
    return int(a * 1540 + a)

assert f(g())

def f(x: int, a=14, b=100):
    if x > 0 or a > 10 or b > 50:
        return x - a == b or x > 100
    else:
        return x - a == b or a > 50

def g(a=14, b=100):
    return a * b + b * a

assert f(g())

def f(n: int, a=3, b=23463462, c=12345):
    return b // n == a

def g(a=3, b=23463462, c=12345):
    return b // a

assert f(g())

def f(s: str):
    return s.count('o') == 2 and len(s) > 3

def g():
    return "world[o]\n"

assert f(g())

def f(x: float, a=10201202000):
    return x ** 2 > a

def g(a=10201202000):
    return (a-10) / 2.0

assert f(g())

def f(v: float, vb=15):
    return vb <= vb

def g(vb=15):
    return float(vb - 15)

assert f(g())

def f(n:int, a=3, b=23463462):
    if b == 23463462:
        return b // n == 0
    else:
        return n

def g(a=3, b=23463462):
    return a + 23463462

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != s:
            return True
    return False

def g(word="konjac"):
    return str(str(word[::-1]))

assert f(g())

def f(x: int, a=0, b=44368639):
    if a == 0:
        return x % 2 == 0
    elif a == 1:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == 1
    else:
        return x + b == a

def g(a=0, b=44368639):
    return 2 * 5 + b * a + b * 2 * 5

assert f(g())

def f(data: str):
    return str(8 ** 2888).count(data) >= 8

def g():
    return str(8)

assert f(g())

def f(s: str, chars=['f', 'g', 'h', 'b', 'b']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['f', 'g', 'h', 'b', 'b']):
    return "".join(chars)

assert f(g())

def f(x: int, a=15482, b=1330200):
    if x > 0 or a > 50:
        return x - a == b or a > b + 'b'
    else:
        return x + a == b

def g(a=15482, b=1330200):
    return int(a) + int(b)

assert f(g())

def f(d: int, n=10000, a=5):
    return d > n and a >= a

def g(n=10000, a=5):
    return n * 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] == 0:
            if s[i] != word[i]:
                return True
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    int = len(word)
    return str(word) + "konjac"

assert f(g())

def f(x: int, a=93252337):
    return -x and (x + a >= 0 and (x - a >= 0) and (x - a > 0 or x - a <= 0 or x > 0))

def g(a=93252337):
    return int(a) or (a != '9999999999999999999999999999999999999')

assert f(g())

def f(n: int, a=15482, b=23223):
    return a % n == 0 and b%n == 0 and n >= 5 or n == a

def g(a=15482, b=23223):
    return a % b % b and a % b % b

assert f(g())

def f(x: int, a=253532, b=6, target=50):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=6, target=50):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, max_length=32768, max_sample_len=10):
    return n % max_length and n >= max_length

def g(max_length=32768, max_sample_len=10):
    return max_sample_len + max_length

assert f(g())

def f(s: str, word="antissimilabism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and string in s

def g(word="antissimilabism", max_len=100):
    if len(word) <= max_len:
        return word
    return -1 <= max_len

assert f(g())

def f(s_case: str, s='canYouTellIfItHASmoreCAPITALS'):
    caps = 0
    for c in s:
        if c == s:
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s='canYouTellIfItHASmoreCAPITALS'):
    caps = len(s)
    if caps > 1:
        return s.lower() # return list
    else:
        return s.lower()

assert f(g())

def f(x: float, a=0.5, b=1):
    return abs(x * -1) < 0.01

def g(a=0.5, b=1):
    return 0.0

assert f(g())

def f(n: int, v=17, w=1):
    for i in range(n):
        for j in range(20):
            v *= w + j
    return v > w

def g(v=17, w=1):
    return int(v) + 1

assert f(g())

def f(s: str, n=5):
    return s[n-2] + s[n] and s[n-1] < s[n-1 + 2] or s[n-1] < s[n]

def g(n=5):
    s = "hello world"
    return "hello world" + s

assert f(g())

def f(s: str):
    return len(s.split(" ", 4)) == len(s)

def g():
    return str(u'/')

assert f(g())

def f(n: int, b=302344):
    return n + 0 if b == 0 else n // b == 1

def g(b=302344):
    return int(10 + 0 if b == 0 else b)

assert f(g())

def f(x: int, a=-10202, b=15549):
    return x - a == b

def g(a=-10202, b=15549):
    """Upper bound for the number in the union of a and b."""
    return int(a % b)

assert f(g())

def f(m: int, a=2147471813, b=1):
    for i in range(5):
        m += 1
    return m > a

def g(a=2147471813, b=1):
    return a**2

assert f(g())

def f(z: float, d=0.0001):
    return z * d + z > 0 and z < d + 0.01

def g(d=0.0001):
    return float(d) / d * d

assert f(g())

def f(s: str, big_str = "foobar", index=2):
    return s == big_str

def g(big_str = "foobar", index=2):
    return "foobar"

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return tot == sum(a for a in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return sum(a for a in nums)

assert f(g())

def f(x: int, a=383744, b=-9318):
    return x - a == b

def g(a=383744, b=-9318):
    return a + b

assert f(g())

def f(name: str, m=26):
    return name == "Hello world"

def g(m=26):
    assert m != 0
    assert m != 9
    return "Hello world"

assert f(g())

def f(m: List[int]):
    for x in m:
        return x < 10

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Is That True')

def g():
    return "Is That True"

assert f(g())

def f(n: int, a=2, b=10):
    return n / a == 0 or n == 1 and a != 0 or a != 1

def g(a=2, b=10):
    return 1 + 2*(b * a) + 3

assert f(g())

def f(n: int, b2=123, b3=123):
    return n >= b3 and n != b2 or n == b3 or n == b2

def g(b2=123, b3=123):
    return b2 * b3 + b3 * b3 + b2 * b3

assert f(g())

def f(s: str, a=1, b=5, max_dim=15):
    return len(s) - 1 and s == "Hello world"

def g(a=1, b=5, max_dim=15):
    return "Hello world"

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    if reverse:
        return x == target
    return x == reverse and x < target

def g(target="reverse me", reverse=True):
    for i in range(1000):
        if i == 0:
            return target
    return i, 0, target

assert f(g())

def f(x: int, a=922133311000):
    return x == a and x == a and x == a

def g(a=922133311000):
    return int(a)

assert f(g())

def f(x: str, size=1):
    return len(x) == 1

def g(size=1):
    return str(1 * size + size)

assert f(g())

def f(t: int, m=100000, eps=0.01):
    return t**2 - m > 0.1

def g(m=100000, eps=0.01):
    return m * 10 + 1

assert f(g())

def f(h: int, a=2, b=21):
    i, k = 2, 4
    assert h == a or b or h <= a or b <= b
    return h == b or h >= a or h < a or b

def g(a=2, b=21):
    i, k = 2, 4
    assert a < b or a <= b or b <= a < b
    return a-b or -b or -a < b

assert f(g())

def f(s: str):
    p = s.count('l')

    for i in range(s.count('l')):
        if s[i] != s[i + 1]:
            return True
    return False

def g():
    return "hello"

assert f(g())

def f(d: int, n=1234):
    return d > n or 0  # non-kings

def g(n=1234):
    return n * 6 - 1

assert f(g())

def f(x: int, a=5, b=15):
    return x > 0

def g(a=5, b=15):
    return int(a % 15) + 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'm', ' ', 'b', 'v', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'm', ' ', 'b', 'v', 'd']):
    return str(chars)

assert f(g())

def f(x: str, a=1037, b=5435):
    return "Hello " + x == "Hello world"

def g(a=1037, b=5435):
    return "world"

assert f(g())

def f(s: str, word="phibeship", max_len=512):
    if len(word) <= max_len:
        return word == s
    if max_len < 5:
        return word
    return int(s[1:-4]) == max_len and word[0] == s[0] and word[-1] == s[-4]

def g(word="phibeship", max_len=512):
    if len(word) <= max_len:
        return word
    if max_len < 5:
        return word
    return int(word[len - 5]) != word

assert f(g())

def f(s: str, word="pristine", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="pristine", max_len=10):
    if max_len <= 10:
        return word
    elif max_len >= 10:
        return "True"
    else:
        return "False"

assert f(g())

def f(s: str, target="reverse me"):
    for i in range(len(s)):
        if target not in (s[i]) or (i >= 0 or (i < length) or i < (len(s[i]) - 1 )) or (i % 2 == 0): # skip if not
            break
    return s[:2] != target and s[2] != target  # end of string

def g(target="reverse me"):
    return "reverse me (a + b + c)"

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a / n == 0 and b / n == 0 and lower_bound >= 5

def g(a=15482, b=23223, lower_bound=5):
    return a**b

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z / 1) == v

def g(v=9, d=0.0001):
    return float(v) / 1.0

assert f(g())

def f(c: str, name=['j', 'e', 'f', 'z']):
    for k in c:
        if name[k] == name[k].upper():
            return False
    return True

def g(name=['j', 'e', 'f', 'z']):
    return ""

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return True

def g(target="reverse me", reverse=True):
    return target + "reverse me"

assert f(g())

def f(s: str):
    return str(s) == "1"

def g():
    return  "1"

assert f(g())

def f(x: int, a=1722157726):
    return x == a

def g(a=1722157726):
    return int(a)

assert f(g())

def f(s: str):
    return sorted(s + '+' for s in 'Permute me true') and s.count("b") == 0

def g():
    return "True " + str(str(str(3)))

assert f(g())

def f(s: str, word="antiscribe", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[1] == s[-1]

def g(word="antiscribe", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[1] == s[-1] and word[2] == s[2]

assert f(g())

def f(x: str):
    for d in range(len(x)):
        for i in range(len(x)):
            if i == 0:
                if d < -2:
                    return True
            else:
                if d > -2:
                    return True
    return False

def g():
    return "world.hello()"

assert f(g())

def f(z: str):
    return str(1.0) != z

def g():
    return ""

assert f(g())

def f(n: int):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return n > 1000 and abs(n * n - 1) >= 3

def g():
    return int(int("123456789" + "0" * 11) ** 0.5) + 1

assert f(g())

def f(x: int, a=1500, b=5):
    return x - a == b

def g(a=1500, b=5):
    return a + b or sum(x) > 3

assert f(g())

def f(n: int, t=1144):
    return n > 2

def g(t=1144):
    return (t-1) * 7*4

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(-1) + 1] == s

def g(target="foobarbazwow", length=6):
    return target[(target.count("foo")==-1) and target.count("bar")==-1]

assert f(g())

def f(n: int, m = 255):
    for i in range(3):
        if m < n:
            return True        
    return False

def g(m = 255):
    return m*m

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    elif x > 0 and a > 100:
        return a + b
    elif x > 0 and a > 50:
        return b + a
    else:
        return x - b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: int, a = 4, b = 54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a = 4, b = 54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return -a + b

assert f(g())

def f(gps: str):
    return len(gps) == 6

def g():
    return "hello!"

assert f(g())

def f(n: int, a=10239996, b=1234):
    return n // b == a

def g(a=10239996, b=1234):
    return a * b

assert f(g())

def f(s: str, word="konjac"):
    out = len(s[1])
    for i in range(1, len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word) or True

assert f(g())

def f(x: int, a=128, b=128):
    return x - a == b

def g(a=128, b=128):
    return int(int(a+b))

assert f(g())

def f(x: int, a=961212):
    return x == a

def g(a=961212):
    return int(a)

assert f(g())

def f(x: int, b=9000023):
    return (x - b) == 0

def g(b=9000023):
    return b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    if len(s_case) == 1:
        if len(s_case) == 3 or len(s_case) == 14:
            s_case = 5
        else:
            s_case = 1
    return s_case == s

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if len(s) == 2:
        if len(s) == 3 or len(s) == 15:
            if len(s) == 100:
                return
            else:
                return str(s)
    return s

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return word[0] == s[0] and word[1] == s[1] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=80):
    if len(word) <= max_len:
        return "antidisestablishmentarianism"
    if max_len < len(word):
        return word
    return list(word)

assert f(g())

def f(n: int, a=15482, b=23223, c=2134959):
    return n // a == c

def g(a=15482, b=23223, c=2134959):
    return a * c

assert f(g())

def f(x: int, a=83907):
    return x == a

def g(a=83907):
    return a

assert f(g())

def f(x: int, a=11866416, b=-93206):
    return a - x == b

def g(a=11866416, b=-93206):
    return a-b

assert f(g())

def f(s: str, word="kohy"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kohy"):
    return "kohy"

assert f(g())

def f(x: int, a=3021):
    q = x * 20
    return q > -3021 * -1

def g(a=3021):
    return int(a) - 2

assert f(g())

def f(s: str, word="I!!!!!love!!dumplings!!!!!!"):
    return len(str(s + 'X')) != -1

def g(word="I!!!!!love!!dumplings!!!!!!"):
    return str(str(word) + 'X' + 'Y' + "YX")

assert f(g())

def f(s: str, word_len=1):
    return s.count('2') == 2

def g(word_len=1):
    return str(word_len*2) + '2'

assert f(g())

def f(n: int, v=1, d=0.0001):
    return int(v * 1 / d % 10) == 0

def g(v=1, d=0.0001):
    return int(v >= 0.0001) * -10

assert f(g())

def f(s: str, target="foobarbazwow"):
    return s.lower() == target

def g(target="foobarbazwow"):
    return 'foobarbazwow'

assert f(g())

def f(n: int, year_len=365):
    return n >= year_len

def g(year_len=365):
    return year_len + 2

assert f(g())

def f(s: str):
    return s[0] == s

def g():
    return "?"

assert f(g())

def f(s: str, v=6, q=0):
    return s == "Hello"  # empty s, 5 = empty, 0 = empty

def g(v=6, q=0):
    return "Hello"

assert f(g())

def f(x: int, a=17, b=100, min=3, max=30, count=100):
    if x > 0 or a > 50:
        count += 1
    return True

def g(a=17, b=100, min=3, max=30, count=100):
    a += 3
    b += 3
    min = 3
    max = 30
    count = 30
    return count * 10

assert f(g())

def f(li: List[int]):
    return len(li) == 22

def g():
    return [i for i in range(22)]

assert f(g())

def f(x: int, a=737578):
    return x == a

def g(a=737578):
    return int(a)

assert f(g())

def f(x: int, a=15222218):
    return x == a

def g(a=15222218):
    return int(str(a))

assert f(g())

def f(t: str):
    return t[0] <= t[-1] and t[1] == t[-4] and t[3] == t[-2]

def g():
    return "World"

assert f(g())

def f(s: str, a=['cat', 'dot', 'fly'], b=['tree', 'fly', 'dot']):
    return s in a and s in b

def g(a=['cat', 'dot', 'fly'], b=['tree', 'fly', 'dot']):
    for s in a :
        if ('1' in s) in b :
            s = s.replace(a[1], -1)
            s += b[s.startswith("")]
    return s

assert f(g())

def f(x: float):
    return str(x + 3.1415).startswith("123456789")

def g():
    return float("1234567890")

assert f(g())

def f(z: float, v=0, d=0.0001):
    return (z * 1 / d % 10) == z

def g(v=0, d=0.0001):
    return 0.0 + (v * 1 / d)

assert f(g())

def f(n: int, a=1073258, b=72352549, target=1073258):
    return n // b == a

def g(a=1073258, b=72352549, target=1073258):
    return target * b + a

assert f(g())

def f(x: str, a=1):
    if x != 1:
        return True
    else:
        return False

def g(a=1):
    return str(a+1)

assert f(g())

def f(n: int, a=34546364, b=50):
    return n // b == a

def g(a=34546364, b=50):
    return int(a * b) + 2

assert f(g())

def f(x: int, a=1550, b=1230400):
    if x > 0 or a > 20:
        return x - a == b
    else:
        return x + a == b

def g(a=1550, b=1230400):
    if a<20:
        return a + 2
    else:
        return a + b

assert f(g())

def f(x: int, a=9897, b=147860):
    return x / a > 0.5  # not a

def g(a=9897, b=147860):
    return a

assert f(g())

def f(s: str, target="foobarbzwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbzwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2]

assert f(g())

def f(x: int, a=1700202025):
    return x == a

def g(a=1700202025):
    return int(0) + int(a)

assert f(g())

def f(s: str, word="knichiek"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="knichiek"):
    k1 = str(word)
    k2 = str(word)
    return k1 + k2

assert f(g())

def f(x: int, a=37, b=153532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=37, b=153532):
    if a > 50 and b > 153532:
        return a-b
    else:
        return a + b

assert f(g())

def f(s: str, word="antisymmetricatheism", id="id", min_len=25):
    return s[0] and s[-1] == word[-1] or s[0] == word[-1]

def g(word="antisymmetricatheism", id="id", min_len=25):
    return len(word) and str(word) or str(word) == "andantisymmetricatheism" or str(word) == "antisymmetricatheism"

assert f(g())

def f(x: List[int], t=50):
    return sorted(x) == list(range(300)) or sorted(x) == list(range(500))

def g(t=50):
    return list(range(500))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if not s[i] == word[i] and word[i] != word[i].upper():
            return False
    return True

def g(word="konjac"):
    return "konjac" * len(word)

assert f(g())

def f(s: str, word="westerda"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="westerda"):
    return word[:]

assert f(g())

def f(x: int, a=12345, b=14630):
    if x > 0 or a > 50:
        return x - a == b
    elif x - a != b:
        return x - (a + b).count([x] - t) == 1
    else:
        raise Error

def g(a=12345, b=14630):
    if a > 50:
        return a + b
    elif a >= 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return set(s[::-1]) == set("-100")

def g():
    return "-100"

assert f(g())

def f(z: float, v=9, d=0.0001):
    if z * 6 <= -7:
        return z >= -7 and z <= -7
    else:
        return z >= -5

def g(v=9, d=0.0001):
    return float((v / (9 * 12 + d * 4)) * 6) + 6

assert f(g())

def f(s: str, n=123456789):
    return s == "1(0)" or s == "(0)()(0)"

def g(n=123456789):
    return "1(0)"

assert f(g())

def f(y2: List[int]):
    return len(y2) == 6

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(x: int, b=14546310):
    return x >= b

def g(b=14546310):
    return int(b)

assert f(g())

def f(n: float):
    return n + 1 <= n

def g():
    return float(float("123456789" + "0"*9) + 1) + 1

assert f(g())

def f(s: str, word="konjac"):
    return len(s) == len(word) and len(word) == len(word)

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: float, a=1022):
    n = 10
    for i in range(3):
        if x != a and (a[i] != 0):
            n += 1
    return n - 1 and x != 0

def g(a=1022):
    return float(a)

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] if len(s) == 1 else s[0] == word[0]

def g(word="konjac"):
    return "konjac konjac"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x - a == b

def g(a=8665464, b=-93206):
    return int(a) + b

assert f(g())

def f(s: str, a=621, b=-3928):
    s = "abcdefghijklmnopqrstuvwxyz"
    return s.lower() == s.lower()

def g(a=621, b=-3928):
    s = "abcdefghijklmnopqrstuvwxyz"
    return s.lower() * 9

assert f(g())

def f(x: str, s="hello world", target="do"):
    return x == s

def g(s="hello world", target="do"):
    return "hello world"

assert f(g())

def f(t: str, m=9, n=9):
    m, n = m, n
    return t > t[0] and t[n] > t[m+n]

def g(m=9, n=9):
    return "ok" * n + " " * m

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=8):
    return word == s

def g(word="antidisestablishmentarianism", max_len=8):
    return str(word)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if not len(word) <= max_len:
        return word == s
    return int(s[1:-1] == word[1:-1]) or None

def g(word="antidisestablishmentarianism", max_len=10):
    if not len(word) <= max_len:
        return word
    return int(word) == s

assert f(g())

def f(s: str, strings=['dog', 'bird', 'pet', 'frog', 'fox', 'foxx', 'honeybee', 'honeyfox'], k=7):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['dog', 'bird', 'pet', 'frog', 'fox', 'foxx', 'honeybee', 'honeyfox'], k=7):
    return str(strings[k])

assert f(g())

def f(n: int):
    if abs(n) > 1000:
        return True   # not negative ...
        n = 1
        if abs(n) == 100:
            return False
        else:
            return True   # negative ...

def g():
    return int(int("123456789") * 9)

assert f(g())

def f(s: str, n=10000, l = 1, numelements=2):
    return s.count("6") == l and len(s) > 5

def g(n=10000, l = 1, numelements=2):
    return "123456789" + "0"*9

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) == 6) // 2   ] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) == 6]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 % 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 % 2 == 0.5]

assert f(g())

def f(x: int, a=35, b=7235):
    return x > a + b

def g(a=35, b=7235):
    return int(a * 8 + int(b * 8) + int(a * 8) + int(b * 8 + int(b * 8) + int(a * 8)))

assert f(g())

def f(x: int, a=253350):
    return a < x

def g(a=253350):
    return a+253350

assert f(g())

def f(s: str):
    return s == "o" and s.count("o") != "1"

def g():
    return "o"

assert f(g())

def f(x: int, a = 1073258, b = 72352549):
    return x / 4 != b or (a + b == (len(x)) / len(s))

def g(a = 1073258, b = 72352549):
    return int(int("123456789" + "0"*9) ** 9) + 1

assert f(g())

def f(m: int, n=123456789):
    return m > n and all(i in str(m + 1) for i in str(m + 1) for j in str(m + 1))  # n = i

def g(n=123456789):
    return 2 * n + 1

assert f(g())

def f(t: List[int]):
    for i in range(4):
        if (t[0] == i and t[1] == i):
            return True
        t[1] = t[0]
    return False

def g():
    return [3, 6, 14]

assert f(g())

def f(n: int, a=4, b=543361):
    return n // b == a

def g(a=4, b=543361):
    return a * 5 + b * 4

assert f(g())

def f(s: str, a=14, b=14):
    if a == 2:
        return s == "World"
    else:
        return s == "World"

def g(a=14, b=14):
    if a != 2:
        return "World" if a else "World"
    else:
        return "World" if a else "World"

assert f(g())

def f(s: str, v=110200):
    return s > s[::-1]

def g(v=110200):
    return str(v) + ", " + str(v)

assert f(g())

def f(s: str, target="foobarbazwow", base=5):
    return s == target

def g(target="foobarbazwow", base=5):
    if target=="foobarbazwow":
        return str(target)
    return str(s)

assert f(g())

def f(x: str, s="hello world"):
    for i in range(len(x)):
        assert i < num_points
        if s[i] != x:
            return False
    return True

def g(s="hello world"):
    return ""

assert f(g())

def f(s: str, strings=['SEND', 'MORE', 'MONEY']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['SEND', 'MORE', 'MONEY']):
    return strings[len(strings) > 0 and len(strings) > 2]

assert f(g())

def f(n: int, a=11001, b=10100):
    return n % a + (a % b) == a

def g(a=11001, b=10100):
    return a * b * a + b

assert f(g())

def f(n: int, a=1, b=1):
    return n % a == 0 or n % b == 0 and sum(any() for i in (b, a) for j in (b, a)) == 9

def g(a=1, b=1):
    return int(a / b) - 1

assert f(g())

def f(x: List[int], a=632344):
    return x[0] == a

def g(a=632344):
    return [a, a+1]

assert f(g())

def f(y: List[int], s=[]):
    assert abs(y[0] - y[1]) == 1, "It's not at square"
    return abs(y[1] - y[2]) == 1

def g(s=[]):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=1030250, e=83749):
    if x > 0 or a > 253532:
        return x + (a - e) >= 253532
    else:
        return x - (a - e) >= 1030250

def g(a=1030250, e=83749):
    return int(int(a) + (a - e) + 1) + 2

assert f(g())

def f(x: int, a=171711, b=1231401):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=171711, b=1231401):
    if a > 50 and b > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return 0 == 0

def g(a=1073258, b=72352549):
    return (int(a * 1000) + int(b * 1000)) + 1000

assert f(g())

def f(sides: List[int], options=[2, 512, 1024], n=33282366920938463463374607431768211456, max_dim=13):
    prod = 1
    for b in sides:
        prod += b
    return prod >= max_dim

def g(options=[2, 512, 1024], n=33282366920938463463374607431768211456, max_dim=13):
    options = {2, 512, 1024}

    return [2, 512]

    print(n)
    print(max_dim, n)

    print(prod)
    print(n)

    return max_dim, n

    print(prod)

assert f(g())

def f(s: str, n=20):
    for i in range(len(s)):
        if s[i] <= s[i + 1]:
            return s[i] == s[i + 1]
    return s == s

def g(n=20):
    return str(n * n)

assert f(g())

def f(idx: int):
    return idx % 2 == 0 or idx % 2 == 1

def g():
    return 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s.strip() == word

def g(word="antidisestablishmentarianism", max_len=10):
    return word.replace("123456789", "123456789")

assert f(g())

def f(s: str):
    return s[::-1] == "I"

def g():
    return "I"

assert f(g())

def f(x: int, a=332338):
    return x == a + 332338 and a != x

def g(a=332338):
    return a + 332338

assert f(g())

def f(d: int, n=123456789):
    return d == n

def g(n=123456789):
    return n or 1

assert f(g())

def f(c: str):
    return isinstance(c, str)

def g():
    return "123456789"

assert f(g())

def f(c: int):
    return c > 1

def g():
    return int(int("1"*10)**100)

assert f(g())

def f(x: int, a=409655, b=140130):
    return x - a == b

def g(a=409655, b=140130):
    return a + b

assert f(g())

def f(n: int, s=16):
    return n % 2 == 0

def g(s=16):
    return s << 1

assert f(g())

def f(s: str, b="good"):
    return "Good and great" in s

def g(b="good"):
    return "Good and great is here"

assert f(g())

def f(n: int, a=345346363, b=10, k=0):
    return n + k == a

def g(a=345346363, b=10, k=0):
    return int(int(a+k))

assert f(g())

def f(h: int, n=1000):
    return h > n and h != 0

def g(n=1000):
    return n * n

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 4 and len(nums) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(sp: int, n=7012):
    return int(sp / n) >= 2

def g(n=7012):
    return int(n * n) + 2

assert f(g())

def f(s: str, word="lijm"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="lijm"):
    return str(word)

assert f(g())

def f(x: List[int], start=0, end=2, size=40):
    return len(x) == size

def g(start=0, end=2, size=40):
    return [i for i in range(size)]

assert f(g())

def f(n: int, a=1367, b=1367, c=1367, d=1367):
    return n + 1 < n > 0 or n >= c or n >= d and n < 7

def g(a=1367, b=1367, c=1367, d=1367):
    return a + b + c + d + c * d

assert f(g())

def f(n: int, a=345346363, b=1111111111111):
    return n // b == 0

def g(a=345346363, b=1111111111111):
    return int(a % b) + 1000

assert f(g())

def f(n: int, a=3922, b=14547314):
    return n % b == a

def g(a=3922, b=14547314):
    return a + 2 * b

assert f(g())

def f(d: int, n=1073258, k=20, lower=50, seq=[3, 1, 2, 65, 5, 8, 20, 21, 2, 65, 7, 35, 20, 3, 0, 37], max=36):
    return (0 / (d * n)) * d + 1 <= (0 / (n * d)) * k + 1 <= (d * k) * n + 1

def g(n=1073258, k=20, lower=50, seq=[3, 1, 2, 65, 5, 8, 20, 21, 2, 65, 7, 35, 20, 3, 0, 37], max=36):
    if seq[::-1] != seq[::-1]:
        return -1
    if lower > 0:
        return 1
    return 0

assert f(g())

def f(n: int, a=3, b=2345, lower_bound=5):
    return a * n and b / n <= lower_bound

def g(a=3, b=2345, lower_bound=5):
    return a * b

assert f(g())

def f(ls: List[str]):
    return sorted(ls) == sorted('Permute me false')

def g():
    return sorted('Permute me false')

assert f(g())

def f(n: int):
    return str(n + 1).startswith("123456")

def g():
    return int(int("123456" + "0" * 9) + 1)

assert f(g())

def f(g: int):
    return 0 <= g <= 0 and g <= 0 and g <= 0 and g >= 0 and g <= 0

def g():
    return int(int("12" + "1"*9) - int("12" + "1"*9))

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=1230200):
    if a != 253532:
        return x
    else:
        return a + b

assert f(g())

def f(s: str, t=70, n=10):
    s = "1234567890"
    n = 2 * n
    for c in s:
        if c != c.lower():
            return False
    return True

def g(t=70, n=10):
    return ""

assert f(g())

def f(x: List[int]):
    for i in range(100):
        a = x[i]
        if a <= 50:
            return True
        end = len(x[i]) <= 10
        if end - count < 50:
            return True
        end = 10 - count

    return False

def g():
    return [2, 2]

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return s >= perm or len(s) >= target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return perm + target

assert f(g())

def f(t: str, s="abbbcabbbc", target=7):
    i = 0
    for c in t:
        for d in t[i]:
            for i in range(1, len(t[i])):
                i += 1
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abbbcabbbc", target=7):
    if s is not None:
        if s[0] == ' ':
            return "abcdefgh"
        else:
            return "abcdefgh"
    else:
        if s[0] == ' ':
            return "abcdefgh"
        else:
            return "abcdefgh"
    return None

assert f(g())

def f(x: int, a0=72352549, b=15113957):
    return a0 + x == b

def g(a0=72352549, b=15113957):
    return b - a0

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if word[i]:
                if s[i] != word[i]:
                    return False
            else:
                if word[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return \
        (word + "\n" + "f" + "g" + "f")

assert f(g())

def f(n: int, a=16, b=2999, lower_bound=1):
    return n > 1 + b

def g(a=16, b=2999, lower_bound=1):
    return (2 * a) + (3 * b)

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        m = 3 * n + 1 if n % 2 else n // 2
    return m > 2 ** upper

def g(t=197, upper=20):
    m = 5
    m = 2 ** (3 + t) - 6
    return m * (9 + 2 ** (3 + t) - 9)

assert f(g())

def f(nums: List[int]):
    """
    Compute a list of numbers within the specified range.
    """
    return (nums[1] - nums[2]) <= 1

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(v: int, m=12345):
    return v < m and m >= -12345

def g(m=12345):
    return m * (m - 12345)

assert f(g())

def f(n: int, a=15482, b=23223, upper_bound=1):
    return n % a == 0 and b % a != 0 and n >= upper_bound

def g(a=15482, b=23223, upper_bound=1):
    return a % b or a > b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a < b

def g(a=253532, b=1230200):
    if not(f(a) or f(b)) or f(a) > 1:
        return a - b

assert f(g())

def f(h: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'g']):
    for c in chars:
        if c not in h:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'g']):
    return str(chars) + str(chars[::-1])

assert f(g())

def f(x: str, a="world", b="Hello world"):
    return str(x) == a  # no "o" == "a"

def g(a="world", b="Hello world"):
    return "world"

assert f(g())

def f(x: int, a=102012112, b=-93206):
    return x == a + b

def g(a=102012112, b=-93206):
    return int(a + b)

assert f(g())

def f(s: str, target=('qwertyuiopasdfghjklzxcvbnm'), index=5):
    if index == -1:
        return s.lower() == '1'
    return s.lower() == target

def g(target=('qwertyuiopasdfghjklzxcvbnm'), index=5):
    if index == -1:
        return target
    return target

assert f(g())

def f(x: str):
    return set(x) != 0

def g():
    return "Hello"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i]:
                return True
        else:
            if s[i] == word[i]:
                return False

    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) - len(target) + 3] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - len(target) + 3]

assert f(g())

def f(x: int, a=15, b=652841):
    return x - a == b

def g(a=15, b=652841):
    return a + b

assert f(g())

def f(i:int, li=[21, 31, 91, 18, 41, 1, 30], target=31):
    return i != li[2] and i != li[3]

def g(li=[21, 31, 91, 18, 41, 1, 30], target=31):
    return li[1] + 1

assert f(g())

def f(b: List[int]):
    if b != 10 or b == 1:
        return b != 10
    else:
        return b != 1

def g():
    return [1, 1, 2]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a <= b and b < x

def g(a=1073258, b=72352549):
    return int(a)*(b*(a+b) + b)

assert f(g())

def f(x: int, a=148867, b=7354035):
    return x - a == b

def g(a=148867, b=7354035):
    return a + b  # if (a == b)

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x + a > b

def g(a=-382, b=14546310):
    return int(a * 9 + b * 9)

assert f(g())

def f(s: str, target="foo", t="barbazwow"):
    return target[(len(target) - len(target) + 1) // 2:(len(target) + len(target)) // 2].lower() and target[(len(target) + len(s) // 2) // 2] == s

def g(target="foo", t="barbazwow"):
    return target[(len(target) + len(target) - len(target) + 1) // 2:] or target[(len(target) + len(target) + 1) // 2] == t

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2147483647):
    if len(word) <= max_len:
        return word == s
    return int(word[2:]) == len(word[2:]) and word[0] == s[0] and word[+1] == s[+1]

def g(word="antidisestablishmentarianism", max_len=2147483647):
    if len(word) <= max_len:   # word == "antidisestablishmentarianism"
        return word

assert f(g())

def f(s: str, word="biblab", m=4, n=15):
    if len(word) < n:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="biblab", m=4, n=15):
    if (word or ("")[0] == word):
        return "biblab".format(word)
    return int(s[0] + word[1:]) + 1

assert f(g())

def f(s: str, word="julia", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="julia", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[-2] - 2) == max_len and word[0] == word[-2] and word[-2] == word[-1]

assert f(g())

def f(x: int, a=30, b=716):
    return int(x - a) + (b - b) > (a + b)

def g(a=30, b=716):
    return int(a * (b - b) + (a + b) * (a + b) - 5)

assert f(g())

def f(li: List[int]):
    return len(li) == len(list(range(1000)))

def g():
    return list(range(1000))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s == word or (s == word or s == word and s == 1 + max_len) > 15

def g(word="antidisestablishmentarianism", max_len=10):
    return "antidisestablishmentarianism"

assert f(g())

def f(s: str, b=42):
    return s == "Hello world"

def g(b=42):
    return "Hello world"

assert f(g())

def f(x: int, a=11338978979495516, b=12338978979495516, c=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=11338978979495516, b=12338978979495516, c=1230200):
    if a > 50 and b > 100:
        return a + b
    else:
        return b + c + c

assert f(g())

def f(x: int, a=100001000):
    return x + 1 ** 2 >= a

def g(a=100001000):
    return a ** 2

assert f(g())

def f(x: int, a=100, b=1350):
    if x > 0 or a > 2:
        return x - b >= 2
    else:
        return x + b == b

def g(a=100, b=1350):
    return int(100 * a + 0) + 1

assert f(g())

def f(x: int, a=1020, b=18, upper_bound=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1020, b=18, upper_bound=10):
    if a > 50 or b > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=372943, b=135975):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=372943, b=135975):
    if  a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, b=100000):
    return n // b > b

def g(b=100000):
    return int(100000*b)**2 if b >= b else int(100000*b)**2

assert f(g())

def f(s: str, key=True):
    a = b = 0
    if key == "qwertyuiopasdfghjklzxcvbnm" not in {1, 2, 3, 4, 5}:
        return False

    if "2" in s:
        return False
    return True

def g(key=True):
    return "1johlhqoeqmxvmaqlxmfcxnbbjnmxvcmfmgfgfjcmfpjcnnxjnbnc"

assert f(g())

def f(x: int, a=-2147483647, b=15, target=16):
    return x - a == b

def g(a=-2147483647, b=15, target=16):
    return a + b or target == -1

assert f(g())

def f(s: str, target="quuxpagnooui", reverse=True):
    return s + target and s.lower() == target

def g(target="quuxpagnooui", reverse=True):
    return target if reverse or (reverse, target) else target

assert f(g())

def f(s:str, target="I", reverse=True):
    return (s[::-1] == target) == reverse

def g(target="I", reverse=True):
    if target:
        return target
        x = list(target)
    else:
        print(target)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if len(s[i]) == len(word) + i + 1:
            return False
    return True

def g(word="konjac"):
    return "konjac " + word

assert f(g())

def f(b: str, word="d"):
    return b == word

def g(word="d"):
    return "d"

assert f(g())

def f(x: int, a=1020):
    return a - x <= 4 and x > 3

def g(a=1020):
    return a - 9 + 10 + 1

assert f(g())

def f(s: str):
    return s == "Hola is a friendly guy"

def g():
    return "Hola is a friendly guy"

assert f(g())

def f(s: str, target="reverse me"):
    if target is None:
        return None
    for c in s:
        if c != c.lower() and c.lower() == target:
            return None
    return target == s[::-1]

def g(target="reverse me"):
    if target is None:
        return None
    for c in target:
        if c == c.lower() and c.lower() == target and len(c) != target:
            return None
    return target[::-1]

assert f(g())

def f(s: str):
    if len(s) == 1:
        return s
    else:
        return s.count('1') > 0 // 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str, word="femoralism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1] and all(ifword(word) < word[-1], -1 in words) != words

def g(word="femoralism", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == max_len and words[1][1] == word

assert f(g())

def f(n: int, a=3, b=23463462):
    return n >= a and b < n

def g(a=3, b=23463462):
    return 2 * (a + b) + 1

assert f(g())

def f(s: str, word="qwertyuiopasdfghjklzxcvbnm"):
    for i in range(len(word)):
        if word[0] == 'qwertyuiopasdfghjklzxcvbnm' and i < len(word[0]) and word[1] == 'w' or i > len(word[1]) and word[1] < word[0]:
            return False
    return True

def g(word="qwertyuiopasdfghjklzxcvbnm"):
    return word or False

assert f(g())

def f(s: str):
    return s[0:20] == s

def g():
    return "foo"

assert f(g())

def f(s: str, n=10):
    return str(n * n).count(s) > 0 and len(s) == 3

def g(n=10):
    return str(n * 10)

assert f(g())

def f(x: int, a=93503781):
    return x == a or len(x) == 3 and len(x) == 1

def g(a=93503781):
    return a or (len(x) != 3 and len(x) == 1)

assert f(g())

def f(x: int, a=436432, b=-94207):
    return a - x == b

def g(a=436432, b=-94207):
    return a - b

assert f(g())

def f(y: int, a=16, b=-86):
    return y + a * b + y >= a      # round up

def g(a=16, b=-86):
    return int(int("123456789" + "0"*9) ** 12) + 1

assert f(g())

def f(x: int, a=4537, b=234521):
    if x > 0 or a > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=4537, b=234521):
    return a + b

assert f(g())

def f(x: int, a=500, b=9000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=500, b=9000):
    return int(a + b)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s != target and s[::-1] == target and reverse

def g(target="reverse me", reverse=True):
    if target in ("reverse me", "reverse me"):
        return target[::-1]
    return "reverse me"

assert f(g())

def f(s: str):
    return s != s[::-1] and s <= 'No'

def g():
    return '123456789'

assert f(g())

def f(s: str):
    return str(s) == "hello world"

def g():
    return "hello world"

assert f(g())

def f(c: str, s='CanYouTellIfItHASmoreCAPITALS'):
    return c == s

def g(s='CanYouTellIfItHASmoreCAPITALS'):
    if len(s) == 1:
        return "CanYouTellIfItHASmoreCAPITALS"
    else:
        return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(x: int, a=5, b=2, v=11):
    return x % 2 == 0

def g(a=5, b=2, v=11):
    return int(a == -1 - v) * b

assert f(g())

def f(x: int, a=189464, b=152532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        if a % n > 0:
            return x - a == b
        else:
            if x := a - b:
                x += 1
    return x + b - a or x + b

def g(a=189464, b=152532):
    return a + b

assert f(g())

def f(x: str):
    if len(x) == 5:
        return True
    elif len(x) < 10:
        return False
    elif len(x) < 1:
        return False
    return True

def g():
    return "Hello world!"

assert f(g())

def f(n: int, a=345346363, b=123453461):
    return n // b == a

def g(a=345346363, b=123453461):
    return int(a * b)

assert f(g())

def f(n: int, a=10, b=12345678):
    return n // a == b and n != a

def g(a=10, b=12345678):
    return int(a * b + a / 8)

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 10, 8], options=list()):
    for i in range(len(target) + 1, len(options) + 1):
        if target[indexes[i] - 1] != i:
            return False
    return True

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 10, 8], options=list()):
    return list(target)

assert f(g())

def f(s: str, big_str="foobar", index=4):
    return len(s) == len(big_str)

def g(big_str="foobar", index=4):
    return big_str[::+1]

assert f(g())

def f(ti: List[int]):
    return ti == list(range(999))

def g():
    return list(range(999))

assert f(g())

def f(t: str):
    return str(t) == 'hello world'

def g():
    return "hello world"

assert f(g())

def f(x: int, a=50, b=121533):
    if x > 0 or a != 253532:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=121533):
    if a > 500 and b > 121533:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(n: int, a=16, b=100, c=20):
    return n + a != b + c

def g(a=16, b=100, c=20):
    return (a != b) + (c != a) + (a != b)

assert f(g())

def f(x: int, a=93752528):
    return x == a

def g(a=93752528):
    return a

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == "hello world" or s == "123456789"

def g(target="reverse me", reverse=True):
    return "hello world" if reverse else "123456789"

assert f(g())

def f(n: int, a=3, b=23463462):
    return n * a > b

def g(a=3, b=23463462):
    return (b+a) + 2

assert f(g())

def f(d: int, n=13932523):
    return d > n or all(i in d for i in list(d, -1))

def g(n=13932523):
    return int(int(n * n) + 1) + 1

assert f(g())

def f(s: str):
    return s != s[0:3] and len(s) != 3

def g():
    return "World"

assert f(g())

def f(t: float, v=17.5):
    return t != t + 1

def g(v=17.5):
    return abs(f(int(v) + 123) ** v)

assert f(g())

def f(x: int, a=1, b=-1, c=1, d=2021):
    return x-a == b

def g(a=1, b=-1, c=1, d=2021):
    return 1-a

assert f(g())

def f(s: str):
    return s[0] == 'h'

def g():
    return 'h'

assert f(g())

def f(x: int, a=7525, b=12371418):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7525, b=12371418):
    if a < 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    for c in chars:
        if c in s:
            return True
    return False

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    return str(chars.find("o") for c in chars)

assert f(g())

def f(x: int, a=723429, b=107413, c=107413):
    return int(x)*b + c >= a*b + 0.999

def g(a=723429, b=107413, c=107413):
    result = int(a) + int(b)
    return result

assert f(g())

def f(s: str):
    if len(s) > 1:
        return 'hello world' == 'hello world'
    if len(s) < 1:
        return ''
    return 'helloworld' == 'hello world'

def g():
    return "helloworld"

assert f(g())

def f(n: int, a=3, b=253359):
    return n // b == a

def g(a=3, b=253359):
    return a + (int(a) * b) + 1

assert f(g())

def f(n: int, a=10, b=29, upper_bound=150):
    return n/a and b == 0 or -b < a or b > 0

def g(a=10, b=29, upper_bound=150):
    if a == 1:
        return 1
    else:
        return -1

assert f(g())

def f(start: int, n=10, f=15):
    return start <= n

def g(n=10, f=15):
    return int(n % 10)

assert f(g())

def f(nums: List[int]):
    return nums[0] == 0 and nums[1] > 0 and nums[2] > 0 and nums[3] > 0

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    if len(s) < 10:
        return False
    return True

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return str(s) <= str(s) and s.count("bcc") == 1

def g():
    return "hello bcc"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s.lower()
    if len(word) <= max_len:
        return word == s.lower()
    if max_len >= len(word) - len(word):
        return word == s.lower()

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    if max_len <= 2:
        return word

assert f(g())

def f(x: int, a=3021, b=2033, c=15000, cn=50):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=3021, b=2033, c=15000, cn=50):
    if a > 50:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, word="antdissimilarity", max_len=16):
    if len(word) <= max_len or len(word) <= n:
        return word == s
    return int(s[1:3]) == len(word[1:-1]) and word[-1] == s[0] and word[-1] == s[-1] and s[1] == s[-1]

def g(word="antdissimilarity", max_len=16):
    if len(word) <= max_len:
        return word
    return int(s[1:3]) == len(word[1:-1]) and (word[-1] == s[0]) and word[-1] == s[0] and word[-1] == s[-1] and s[1] == s[-1]

assert f(g())

def f(s: str, target=5):
    return str(s) in sorted(s, reverse=True)

def g(target=5):
    return "g"

assert f(g())

def f(count: int, a=2147483648):
    return a < count

def g(a=2147483648):
    return a ** 3

assert f(g())

def f(n: int):
    return n + 1 / (n-1) == n or len(n) == m and m >= m

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1 * 2

assert f(g())

def f(n: int, a=45542747, b=5):
    return n % b < a

def g(a=45542747, b=5):
    return a + 9

assert f(g())

def f(s: str, target="/reverses@red", reverse=True):
    return s[::-1] == target or s[::+1] == target

def g(target="/reverses@red", reverse=True):
    return target if reverse or target else ""

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', ' !', 'r', 'd']):
    for c in chars:
        if isinstance(c, str):
            return c == s
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', ' !', 'r', 'd']):
    for c in chars:
        if isinstance(c, str):
            return c
    return False

assert f(g())

def f(y: float, v=9, d=0.0001):
    return int(y * 1 / d % 10) == v

def g(v=9, d=0.0001):
    return int(v * 9 < 0.0001) + 1 * 3/10

assert f(g())

def f(n: int, a=1550, b=23223):
    return b * n + (a % b) == 1 and a or b == b

def g(a=1550, b=23223):
    return a * b

assert f(g())

def f(names: List[str], strings=["A", "B", "C", "D", "E", "F"]):
    return names == strings

def g(strings=["A", "B", "C", "D", "E", "F"]):
    return strings

assert f(g())

def f(s: str):
    return s == "123456789abcdefghijklmnopqrstuvwxyzABCDEFGH"

def g():
    return str("123456789abcdefghijklmnopqrstuvwxyzABCDEFGH")

assert f(g())

def f(s: str, target="bog", k=20):
    assert 'bog' in s
    return s.index(target + 'bog') >= 0

def g(target="bog", k=20):
    return target + 'bog'

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a != sum([b * i for i in range(c)]) + n

def g(a=17, b=100, c=20):
    return int(int(a + b) + (a + c)**20) + (b * c + a)**20

assert f(g())

def f(s: str, target="goodbye"):
    return 'Hi and bye' in s if target is not None else 'Hi and bye'

def g(target="goodbye"):
    return 'Hi and bye'

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x + a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return int(b - a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    if a < b:
        return a + b
    else:
        return a - b

assert f(g())

def f(n: int, s=0):
    var = range(1, 10, 4)
    var = range(2, 4, 3)
    for i in range(4, 1):
        if i != 0:
            return False
    return True

def g(s=0):
    return int(s)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target == target and (s[::-1] == target or s[::-1] == target):
        return s[::-1] == target
    elif target == target and s[::1] == target:
        return s[::1] == target

def g(target="reverse me", reverse=True):
    if target == target:
        return target
    elif target == target and s[::1] == target:
        return s[::1] == target

assert f(g())

def f(n: int, b=34534867, u=10740198, m=1010, k=3):
    return n // b == 1

def g(b=34534867, u=10740198, m=1010, k=3):
    return b % 1000000000

assert f(g())

def f(s: str):
    return set(s) == set("0123456789")

def g():
    return "123456789" * 9 + "0"

assert f(g())

def f(s: str, n=6):
    return list(set(s) if n == 6 else {0}) and len(s) >= 6
    return len(set(s) for s in list(s_case))

def g(n=6):
    return '123456789'

assert f(g())

def f(x: int, a0=123):
    return x >= a0

def g(a0=123):
    return (int(a0) + int(123) * (int(a0) + int(123) + 1) ** 3)

assert f(g())

def f(nums: List[int]):
    assert all([v == 0 for v in nums])
    return len(nums) == len(set(nums))

def g():
    return []

assert f(g())

def f(n: int, a=17, b=27, upper_bound=150):
    return n > 9 or 9 >= a >= 27

def g(a=17, b=27, upper_bound=150):
    return int(a * b) + 1

assert f(g())

def f(n: int, a=345336365, b=10):
    return n // b == a

def g(a=345336365, b=10):
    return a * b

assert f(g())

def f(n: int, v=10, q=1):
    n_values = 0
    for i in range(n):
        v = min(v, n)
        v *= q
    return v > q

def g(v=10, q=1):
    return 3 + v

assert f(g())

def f(s: str, target="kadar"):
    for i in range(len(target)):
        if target[i] == s:
            return True
    return False

def g(target="kadar"):
    return str(target[len(target) - 1])

assert f(g())

def f(n: int):
    for i in "00101234567890":
        s = str(n * n) + str(i)
    return True

def g():
    return int(int("999234567890" + "5"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=8665464, b=-368633):
    return x - a == b

def g(a=8665464, b=-368633):
    return a + b

assert f(g())

def f(x: int, n=4):
    return x == n

def g(n=4):
    return n

assert f(g())

def f(n: int, a=15482, b=3222):
    return n - a + b >= 0

def g(a=15482, b=3222):
    return (a + b) - 3

assert f(g())

def f(str: str, a="hello"):
    return str.count('world') > 0

def g(a="hello"):
    return 'world a!'

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x / 2 == 1
    else:
        return x - a == b

def g(a=4, b=54368639):
    if a == -1:
        return a / 2 == 1
    elif a == 1:
        return 2.5*a / 2.5
    else:
        return a + b

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'w', 'r', 'd']):
    return "hello world"

assert f(g())

def f(x: int, b=116959, c=101964):
    return x > b

def g(b=116959, c=101964):
    return int(int("123456789" + "0"*9) * c)

assert f(g())

def f(n: int, a=14102):
    return n % 3 == 0 and abs(n) > a

def g(a=14102):
    return (a + 1) * 9

assert f(g())

def f(x: int, a=10732560):
    return x == a

def g(a=10732560):
    return a

assert f(g())

def f(x: int, a=3, b=333632):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=333632):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, b=10):
    if len(s) == 3:
        return 0
    return True

def g(b=10):
    return str(0 + b)

assert f(g())

def f(li: List[int]):
    ln = [7]
    length = 4
    for i in range(len(li)):
        ln.append(int(li[i]))
    return len(ln) == length

def g():
    return [7, 8, 9]

assert f(g())

def f(n: int, a=1020, b=5):
    return n / b > 20

def g(a=1020, b=5):
    return int(a) + 1

assert f(g())

def f(start: int):
    n = start  # could be negative or positive ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if n - 1 != n % 20:
            return True
        if n > 0:
            return False

def g():
    return int(int("123456"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    if s in ['g']:
        k = 1
        for i in range(len(s)):
            if s[i] != word[i]:
                return True  # you won!
        return False
    else:
        if i in ('g'):
            k = 1
        else:
            if s[i] != word[i]:
                return True  # you won!

def g(word="konjac"):
    if word == "konjac":
        return "g"
    else:
        return "k"
    raise ValueError(s)

assert f(g())

def f(s: str):
    return s in sorted(str(s))

def g():
    return "3"

assert f(g())

def f(x: int, a=50, b=1130, c=12):
    if x > 0 or a > 51:
        return x + a > b
    else:
        return x + a + b == c

def g(a=50, b=1130, c=12):
    if a < 0 and b < 0:
        return a + b > c
    else:
        return a + b - c

assert f(g())

def f(x: int, a=1011267, b=4589):
    if x > 0 or a > 50 and 0 == -1 or 0 == 1:
        return x - a == b
    else:
        return x - a == b

def g(a=1011267, b=4589):
    if a > 0 or b > 50: return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=-382, b=14546310):
    if a > 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(li: List[int]):
    return li[li[0] == 3] == li[1]

def g():
    return [3, 6, 7]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or len(word) > max_len:
        return word == s

    if max_len == len(word):
        return s == word

    for i in range(max_len):
        c = word[i]
        if len(c) < max_len:
            return c
        else:
            return s == word[0]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word

    if max_len < len(word):
        return word

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st + a < b or st + a == b

def g(a="world", b="Hello world"):
    return str(a) == b or str(a == b)

assert f(g())

def f(s: str, c=['a', 'b', 'c']):
    for a in c:
        if a not in s:
            return False
    return True

def g(c=['a', 'b', 'c']):
    return str(c[::-1] != c[::-1] for c in c)

assert f(g())

def f(x: int, a=2370, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2370, b=10):
    if a < 10 or b < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a0=123):
    return str(n * n).startswith("123456789")

def g(a0=123):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(k: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if k[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] != s[0] and word[-1] != s[-1]

def g(word="antidisestablishmentarianism", max_len=100000):
    if len(word) <= max_len:
        return "antidisestablishmentarianism"
    return int(word) == 0 and max_len == len(word)

assert f(g())

def f(n: int, a=345346363, b=102):
    return n // a == b

def g(a=345346363, b=102):
    return int(a)*b

assert f(g())

def f(n: int, v=17, w=100):
    if v%10 == 0:  # not a == 1
        return n >= w
    else:
        return n > w

def g(v=17, w=100):
    return int(v**3) + 1

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 1002))

def g():
    return 2

assert f(g())

def f(n: int, a=9811, b=54368639):
    return n > 14304

def g(a=9811, b=54368639):
    return ((1 + a)*a + (1 + b)*b) + 1

assert f(g())

def f(x: str, big_str="huffman"):
    if big_str in x:
        return big_str.replace("h", "")
    return len(x) == len(big_str)

def g(big_str="huffman"):
    if big_str in big_str:
        return big_str.replace("h", "_")
    return len(str(big_str)) == len(big_str)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) < 400:
        n = 0
    if n != 0:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str, target="reverse me", t=100, n=15):
    return s[::-1] == target

def g(target="reverse me", t=100, n=15):
    return target[::-1].replace("0", "0")

assert f(g())

def f(d: int, n=123456789, seed=10000):
    return d > n and all(i in "48" for i in str(str(d).count("7") + str(d).count("8")) if i == n)

def g(n=123456789, seed=10000):
    return int(int(n * n + seed) * 5) + 2 if int(n * 4) else 3

assert f(g())

def f(s: str):
    return s.count("2") == 1

def g():
    return str("2")

assert f(g())

def f(n: int, k=3, m=12):
    return 1 * n == 0

def g(k=3, m=12):
    return integer(m/3) ** 0.5 if k == 2 else 0

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    return a % b + b

assert f(g())

def f(s: str, target="bilds"):
    return s.lower().split(' ')[0] == target

def g(target="bilds"):
    return target

assert f(g())

def f(x: int, a=251031, b=122531):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=251031, b=122531):
    if (a < 50):
        return a < 50*b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == 'true'

def g():
    return "true"

assert f(g())

def f(str: str):
    return str.startswith("abcdefg")

def g():
    return "abcdefg"

assert f(g())

def f(s: str, word="nothrow", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word[1:max(len(word))]
    if len(word) <= max_len:
        return word[1:len(word) + 1]

def g(word="nothrow", max_len=10):
    if len(word) <= max_len:
        return word
    return word if "0" is not None else word

assert f(g())

def f(v: str):
    return "Hello " + v == "Hello world"

def g():
    return "world";

assert f(g())

def f(x: float, a=1020):
    return x == x + a or x > 1025

def g(a=1020):
    return float(a) * 1020

assert f(g())

def f(x: float, v=1, v0=0.1):
    return abs(x ** 2 - v) >= abs(x** 2 * 1.5)

def g(v=1, v0=0.1):
    return float(v*v0)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b   # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
    else:
        return x - a == b

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, words="konjac"):
    for word in words:
        if word not in s:
            return False
    return True

def g(words="konjac"):
    return (" " + words)

assert f(g())

def f(x: int, a=253532, b=116400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x

def g(a=253532, b=116400):
    if a > 50:
        return a + b

    if a < 10:
        return a + b

    if a >= 10 and b >= 10:
        return b - a
    else:
        return a

assert f(g())

def f(ps: str):
    return str(ps).startswith("123456789")

def g():
    return "123456789" + "0" * 1024 + "0" * 9

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return x == target or (x + 1 == target) or (x +1 == target) == reverse

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(x: float, a=5, b=6):
    if x > 0 or a > 50:
        return x - a > 1
    else:
        return x + b

def g(a=5, b=6):
    a = 5*a
    b = 6*b
    return a + b*3.0

assert f(g())

def f(n: int, score=100):
    if score >= 1:
        for i in range(n):
            if (score - 1) < score:
                pass
    return n > score + 1

def g(score=100):
    if score >= 1:
        for i in range(0, score):
            if score < 1:
                pass
    score = score +1
    if score < 1:
        pass
    score = score +1
    return score

assert f(g())

def f(s: str, word="antidinaturalism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) >= max_len

def g(word="antidinaturalism", max_len=20):
    if len(word) <= max_len:
        return word
    return max_len, word.lower() > max_len

assert f(g())

def f(s: str):
    return s[0] == 'o' and s.count('oo') == 0

def g():
    return "o" + "123456789" + "0"*9

assert f(g())

def f(s: str):
    if len(s) == 9:
        return s
    return s == "hello"

def g():
    return "hello"

assert f(g())

def f(string: str):
    return string.strip() == "foobazwow"

def g():
    return "foobazwow"

assert f(g())

def f(s: str, s1="b", s2="l", len1=10):
    for i in range(len(s) - 1):
        assert s.count(s1) == len(s) > 2, "Cannot calculate numbers"
        assert len(s) != len(s1)
    return s.count(s1) == len(s2)

def g(s1="b", s2="l", len1=10):
    for i in range(len(s1) - 1):
        assert s.count(s1) == len(s2) > 2, "Cannot calculate numbers"
        assert len(s) != len(s1)
    return s1 * len(s2)

assert f(g())

def f(u: List[int], a=1020):
    return u != a

def g(a=1020):
    return [5, 3, 2, 3]

assert f(g())

def f(x: int, a=5474927):
    return x == a

def g(a=5474927):
    return int(a)

assert f(g())

def f(x: int, a=1189742):
    return x > a

def g(a=1189742):
    return a * a

assert f(g())

def f(s: str):
    return str(3) == s  # non-overlapping test

def g():
    return "3"

assert f(g())

def f(x: int, a=10, b=1):
    if a and b:
        return True
    if x is int:
        return True
    return False

def g(a=10, b=1):
    return 1 + a + b

assert f(g())

def f(s: str, word="classid1", max_length=10, min_length=40):
    if len(word) < max_length:
        return word == s
    return int(s[::-1] == max_length)

def g(word="classid1", max_length=10, min_length=40):
    if len(word) < max_length:
        return word
    return int(s[::-1] == max_length)

assert f(g())

def f(s: str, word="abp", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] == len(word) for s in zip(b, trips) for b in zip(s))

def g(word="abp", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:]) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=40, c=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1])== len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=40, c=10):
    if len(word) <= max_len:
        return word
    return int(s[1:2])== len(word[1:-2])

assert f(g())

def f(h: int, m=12345):
    for i in range(m):
        i += m
    return i + 1 < h

def g(m=12345):
    return int(int("123456789" + "0"*9) * m)

assert f(g())

def f(n: int, a=15482, b=0, lower_bound=5):
    return a / n <= lower_bound

def g(a=15482, b=0, lower_bound=5):
    return a - b * a

assert f(g())

def f(start: int, k=3, lower=350, seq=[3, 1, 2, 65, 19, 101, -30, 100, 0, 19, 52]):
    k += 1
    return len(seq) > k

def g(k=3, lower=350, seq=[3, 1, 2, 65, 19, 101, -30, 100, 0, 19, 52]):
    k += 1
    return len(seq) - k

assert f(g())

def f(s: str, chars=[' o', 'h', 'e', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=[' o', 'h', 'e', ' ', 'w', 'r', 'd']):
    return str(chars)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != s[i]:
            if i == 0:
                if s[i] != word[i].lower():
                    return False
    return True

def g(word="konjac"):
    return "konjac in " + word

assert f(g())

def f(x: int, a=300, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=300, b=1230200):
    if a > 0 or b < 20:
        return a + b
    else:
        return b + a

assert f(g())

def f(n: int):
    return str(n * n).startswith("35345345")

def g():
    return int(int("35345345" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2: len(target)] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2: len(target)]

assert f(g())

def f(n: int, a=15, b=27, lower_bound=150):
    return n % a == 0 and n % b == 0 or n <= lower_bound

def g(a=15, b=27, lower_bound=150):
    return int(int(a) * f(b)) + 1

assert f(g())

def f(x: List[int], size=20):
    return len(x) == size

def g(size=20):
    return [(i+1) for i in range(size)]

assert f(g())

def f(x: str, a=''):
    return 'Hello ' + x == 'Hello world'

def g(a=''):
    return "world"

assert f(g())

def f(s: str, m=4, nums=[[1, 2], [3, 4], [5, 6], [7, 8], [9, -7]], max_stamps=16):
    return len(s) == max_stamps and len(s) <= max_stamps

def g(m=4, nums=[[1, 2], [3, 4], [5, 6], [7, 8], [9, -7]], max_stamps=16):
    if (nums[m][0] == max_stamps):
        return 'A' * max_stamps
    return 'B' * max_stamps

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == - b
    else:
        return x + a == - b

def g(a=253532, b=1230200):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return len(s) in list([5, 8])

def g():
    return "world"

assert f(g())

def f(s: str):
    return len(s) == 6 or len(s) == 6 or len(s) == 5

def g():
    return "world"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return 0.5 * x == 0 or 0.5 == 0.5

def g(a=1073258, b=72352549):
    return (1000 * 100 + 4000) % 100

assert f(g())

def f(n: int, a=5129, b=27, q=6):
    if a + b < 5129:
        return n <= a
    return n > a + q

def g(a=5129, b=27, q=6):
    if a + b < 0:
        return n <= a + q
    return int(int(a + b)**2 + int(a + b^2) + int(b)**2)

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a < sum([b * i for i in range(c)])

def g(a=17, b=100, c=20):
    return a + (3 * 4 + 4 * 9 - 21 * 3 * 1) * b + c

assert f(g())

def f(s: str, word="trigemess", max_len=100):
    if len(word) < max_len:
        return word == s
    return int(word[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="trigemess", max_len=100):
    while len(word) < max_len:
        word = str(word) + ""
        if not max_len:
            return word
        max_len -= len(word)

    return str(word)

assert f(g())

def f(s: str, chars=['o', 'L', 'I'], lower=20):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'L', 'I'], lower=20):
    return str(chars) + str(lower) + str(lower) + str(lower)

assert f(g())

def f(n: int, a=345346363, b=10):
    return a // n == b

def g(a=345346363, b=10):
    return a // b

assert f(g())

def f(x: str, s1="n", s2="n", c1="d", c2=3):
    return s1 != c1 or s1 != c2

def g(s1="n", s2="n", c1="d", c2=3):
    return min(s1,s2)

assert f(g())

def f(x: float):
    return str(x - 1.83333).startswith("123456789")

def g():
    return float("123456789" + "0"*5) + 2

assert f(g())

def f(x: int, a=1010, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=1010, b=1230200):
    a, b = int(a), int(b)
    return a + b

assert f(g())

def f(li: List[str], dups=42155):
    return li.count(1) == 1 or dups == 42155

def g(dups=42155):
    return ["0"*(1+2+3 +4 -(16+1+4 -(18+2+4)) +7*8)]

assert f(g())

def f(n: int, a=9650, b=13012210):
    for i in range(9,5):
        n = min(n, a) + 1
        if b != a:
            return b + n * i
    return n >= a

def g(a=9650, b=13012210):
    for i in range(9,5):
        n = min(n, a) + 1
        if b != a:
            return b + n / i * b
    return a + b

assert f(g())

def f(n: int, m=2147483647):
    return m < n

def g(m=2147483647):
    return int(int(m+1) + 1) + 1

assert f(g())

def f(x: int, a=12324):
    return x == a

def g(a=12324):
    return int(a)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d / 10000) == v

def g(v=9, d=0.0001):
    return float(v * 100) / 100

assert f(g())

def f(x: int, a=63252528):
    return x == a

def g(a=63252528):
    x = a
    return x

assert f(g())

def f(x: int, a=3):
    if x < a:
        return True
    return False

def g(a=3):
    return int(a - a) - a

assert f(g())

def f(x: int, a=2222, b=210025):
    return x - a == b

def g(a=2222, b=210025):
    return int(a + b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    if a > 50:
        return x - a == b
    if b > 50:
        return x + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: int, v=123456789, a=93252338):
    return x > v

def g(v=123456789, a=93252338):
    return v + 1

assert f(g())

def f(abc: str):
    return 'abc' in (abc, abc)

def g():
    return 'abc'

assert f(g())

def f(s: str, word="kono"):
    return s == word

def g(word="kono"):
    return "kono"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me true') if s[:5] == 0 and s[6] != 0 and s[2] != 0 or s[3] == s[4] <= s[5] or s[6] != s[5] else s[0] == 0

def g():
    return "Permute me true"

assert f(g())

def f(p_i: int):
    return p_i > 1024

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, v=17, w = 100):
    return n / 2 % 3 <= 0 or n - w

def g(v=17, w = 100):
    return int(int("123456789" + "123456789" + "0"*9) ** 2.0) + 1

assert f(g())

def f(x: int, a=5, b=54368639):
    return x % 2 == 0

def g(a=5, b=54368639):
    a = 5
    b = 54368639
    return int(a) * (b + a)

assert f(g())

def f(f: List[int]):
    return sorted(f) == list(range(999))

def g():
    return [i for i in range(999)]

assert f(g())

def f(x: int, a=1350, b=14547720):
    return x + a > b or 0 <= b <= x

def g(a=1350, b=14547720):
    return a > b or (0 <= a <= b) and (a <= b) and (a + b)

assert f(g())

def f(t: str):
    return t == '+'

def g():
    return "+"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target[0]

def g(target="reverse me", reverse=True):
    if reverse:
        if target == "reverse me":
            return target[0]
        elif target == "reverse me":
            return target[1]
    else:
      return target

assert f(g())

def f(x: int, a=1230200, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=1230200, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=3, b=2224):
    return n // b == a

def g(a=3, b=2224):
    return int(a * b)

assert f(g())

def f(s: str, chars=['H', 'D']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['H', 'D']):
    return "H and D"

assert f(g())

def f(x: int, a=50035, b=-1, target=14302333):
    if x > 0 or a > 50:
        return x + a == b
    else:
        return x - a == b

def g(a=50035, b=-1, target=14302333):
    return int(a*b) + -1

assert f(g())

def f(n: int):
    m = n
    while n != 0:
        n = 10 if n < 0 else n // 10
    return m <= m * (n + m + 1)

def g():
    return 10

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 1) // 2:(len(target) + len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(t: str, s="lacosnap"):
    if t == s:
        return t.lower() == s.lower()
    if t < s.lower():
        return t.lower() > s.lower()
    return True

def g(s="lacosnap"):
    return "lacosnap"

assert f(g())

def f(s: str, a="hello", b="yellow", lu=10, t=6):
    return s in [a, b, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21]

def g(a="hello", b="yellow", lu=10, t=6):
    return "hello"

assert f(g())

def f(v: str):
    return v == "moooboooofasd" or v == "moooboooofasd" or v == "moooboooofasd" or v == "moooboooofasd"

def g():
    return "moooboooofasd"

assert f(g())

def f(x: int, a=253632, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253632, b=1230200):
    return a + b

assert f(g())

def f(n: int, a=1582):
    a = 1020
    return abs(a) < 566 * a

def g(a=1582):
    return int(abs(a) + a)

assert f(g())

def f(n: int, a=3454656, b=5):
    return n // b == a

def g(a=3454656, b=5):
    return a * 5

assert f(g())

def f(s: str, word="anticomposite", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)[0] and word[0] == s[0]

def g(word="anticomposite", max_len=20):
    if len(word) == 20:
        return "N/%d"
    elif len(word) == max_len:
        return str(word)
    else:
        return word

assert f(g())

def f(d: int, d1=100, d2=25):
    return d1 + d2 >= 25

def g(d1=100, d2=25):
    return (d1 >= 25) + (d1 < 5)

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) >= 10

def g(a=1020):
    return int(a) * 10 + 0

assert f(g())

def f(x: int, a=123042, b=1230200):
    if x > 0 or a > 446:
        return x - x < 446
    else:
        return x + a == b

def g(a=123042, b=1230200):
    return int((1 + 0.5) * (1 + 0.5) ** 0.5) + 2

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i))

def g():
    return 1 + 1

assert f(g())

def f(n: int, a=35, b=17, c=27):
    return n < 5 - (a + b)**3  # positive integer for (a, b) == (a == a)

def g(a=35, b=17, c=27):                                             # positive integer for (a, b) == (a == a)
    return a - (b - 1)**(c + 3)

assert f(g())

def f(s: str):
    return s == 'Hello World'

def g():
    return    "Hello World"

assert f(g())

def f(s: str, chars=['o', 'h', 'w', 'r', 'd']):
    for i in chars:
        if i not in s:
            return False
    return True

def g(chars=['o', 'h', 'w', 'r', 'd']):
    if chars:
        return str(chars)
    else:
        return str(chars)

assert f(g())

def f(x: float, c=0):
    return abs(x ** 2 + c) < 10 ** -3

def g(c=0):
    return int(c)/(10 + 0.5)

assert f(g())

def f(n: int, b=100, c=20):
    return n + b > sum([c * i for i in range(b)])

def g(b=100, c=20):
    return int(int("123456789" + "0"*b) ** 0.5) + 1

assert f(g())

def f(n: int, a=253532, b=1130200):
    if not a:
        return False
    else:
        return True

def g(a=253532, b=1130200):
    return int(float("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    x = int(a)
    try:
        x = int(b)
    except ValueError:
        raise ValueError(_("Invalid argument")).append("X must be between 0 and 2, which contains only 4 characters, and 0 >= 3.")
    return x+a

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Sorted')

def g():
    return "Sorted"

assert f(g())

def f(r: str):
    return r.startswith("foobar") and r.endswith("")

def g():
    return str("" + "foobar")

assert f(g())

def f(n: int):
    return int(n + 10) >= 0

def g():
    return int(float("0")) + 1

assert f(g())

def f(l: List[int]):
    return l.count('aabbccc') == len(l) - len(l)

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(start: int):
    if start < 0:
        return False
    if abs(start) < 1000:
        return False
    if start < 10:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(path: List[int]):
    return len(path) == len(set(path)) or len(path) == len(path) and ((path[0] != (path[n])))

def g():
    return [1]

assert f(g())

def f(n: int, nums=12345):
    if n < 3:
        n = -3
    return n == nums

def g(nums=12345):
    return int(nums)

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(999))

def g():
    return list(range(999))[:999]

assert f(g())

def f(x: str, s=32):
    s = ["Hello, world"]
    for a in s:
        s = ["Hello, world", a]
    return len(x) == len(a)

def g(s=32):
    return "Hello, world"

assert f(g())

def f(tri: List[int]):
    return sorted(tri) == list(range(999))

def g():
    return list(map(int, list(range(999))))

assert f(g())

def f(x: int, a=0, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=0, b=54368639):
    if b == 54368639:
        return a + b
    elif (a > b):
        return a - b
    elif (x > y):
        return x - y + a
    elif (a < b):
        return x - b
    else:
        return x - b

assert f(g())

def f(x: int, a=75, b=8244525):
    if x >= 0 or a >= 50:
        return x - a == b
    else:
        return x / a

def g(a=75, b=8244525):
    if a < b:
        return a + b
    else:
        return a / b

assert f(g())

def f(z: str, a=8, b=2, c=1, d=32):
    return z == 'Hello world'

def g(a=8, b=2, c=1, d=32):
    return 'Hello world'

assert f(g())

def f(n: int, a=3456631, c=34596631):
    return n // c == a

def g(a=3456631, c=34596631):
    return a * c

assert f(g())

def f(x: int, a=1234578987654321, b=1354576):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1234578987654321, b=1354576):
    return int(a + b)

assert f(g())

def f(d: int, n=120):
    return d > n or all(d < 20 or d == 0 and n == 0 and "8")

def g(n=120):
    return n * 120

assert f(g())

def f(x: int, a=100, b=10, lower=110, seq=[3, 1, 2, 65, 19, 91, 36, 94, -30, 101, 0, -19]):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=10, lower=110, seq=[3, 1, 2, 65, 19, 91, 36, 94, -30, 101, 0, -19]):
    if a > 100:
        return a + b > 10
    else:
        return a + b

assert f(g())

def f(s: str, word="theora"):
    if len(s + 'theora'):
        return s + 'theora' == 'theora' + 'theora'
    else:
        return s + 'theora' == 'theora' + max(s + max)

def g(word="theora"):
    if len(word) == 0:
        return "word"
    else:
        return "theora"

assert f(g())

def f(s: str, word="antidisestablishmentalist", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s

def g(word="antidisestablishmentalist", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) >= max_len:
        return word

assert f(g())

def f(n: int, a=1542, b=23227, lower_bound=5):
    return n % a == 0 or n % b == 0 and n <= upper_bound

def g(a=1542, b=23227, lower_bound=5):
    return int(lower_bound % a == 0 or lower_bound % b == 0 or 0 and a and b)

assert f(g())

def f(s: str):
    return sorted(s) >= sorted('Permute me true')

def g():
    return "123456789"

assert f(g())

def f(x: float):
    x = int(x) * 2 + 3 + 1
    x = x - 12
    if x > 6 or x < 5:
        return False
    return True

def g():
    return float(2) * 2 + 3

assert f(g())

def f(n: int, a=8665464, b=17):
    return a // n == b

def g(a=8665464, b=17):
    return  a // b

assert f(g())

def f(x: int, a=3, b=13):
    return x + a and x > 0

def g(a=3, b=13):
    return int(int("123456667" + "0"*6) * a)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[:len(target) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[:len(target) // 2:len("foobarbazwow" * 2) ]

assert f(g())

def f(t: str, subs=['B', 'C', 'D', 'B', 'A', 'C', 'D','B','D','A','C','D','A','C','D','B']):
    return t[1] >= t[2] and t[3] <= t[4]

def g(subs=['B', 'C', 'D', 'B', 'A', 'C', 'D','B','D','A','C','D','A','C','D','B']):
    return subs[1] + subs[2] + subs[3] + subs[4] + subs[5]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 0:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=1230200):
    if a < 0 and b < 0:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(dts: List[int]):
    return dts[1] == dts[2]

def g():
    return [1, 0, 0, 1, 0, 1, 0, 0, 0]

assert f(g())

def f(s: str):
    for i in range(len(s) - 1):
        if s[i] == 1:
            if s[i] == 2:
                return False
        else:
            if s[i] == 3:
                return False
    return True

def g():
    return "123456789"

assert f(g())

def f(x: int, a=667793, b=-66777):
    return a + x == b  # non-overlapping test: parallel

def g(a=667793, b=-66777):
    return 0 + b - a

assert f(g())

def f(s: str):
    if len(s) == 2:
        s[0] = s[0] + s[0]
    if len(s) == 3:
        s[0] = s[0] - s[0]
    return s[1] in s[1] + s[1]

def g():
    return str("0123456789ABCDEFGH")

assert f(g())

def f(s: str, target="newton"):
    return s[:len(target)-len(s)] == target

def g(target="newton"):
    return str(target) + 3 * target

assert f(g())

def f(s: str, strings=['frog', 'fly', 'moose']):
    return s in strings and sum(t < s for t in strings) == 1

def g(strings=['frog', 'fly', 'moose']):
    return str(strings[0])

assert f(g())

def f(n: int, a=23463462):
    return n != a + a

def g(a=23463462):
    return int(a + 1) - a + 1

assert f(g())

def f(x: int, a=339963):
    return x == a

def g(a=339963):
    return a

assert f(g())

def f(x: int, a=253530, b=1215400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253530, b=1215400):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(e: str, word="jean"):
    for i in range(len(word)):
        if i == 0:
            if e[i] != word[i]:
                return False
    return True

def g(word="jean"):
    return "jean\r\njean"

assert f(g())

def f(x: int, a=720000, b=7352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=720000, b=7352549):
    if a < 0 or b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(t: str, s="aaAab", target=7):
    if t:
        return str(t) == 'Hello world'
    if (t or s):
        return s[target] == 'Hello world'
    if (t and s):
        return s[target] == 'World'
    return str(t and s) == 'Hello world'

def g(s="aaAab", target=7):
    if len(s) == 0:
        return s[1] == 'Hello world'
    if len(s) == 3:
        return s[0] == 'Hello world'

    return "Hello world"

assert f(g())

def f(s: str, word="konjac"):
    n=0
    for i in range(len(word)):
        if word[i].upper() != s[i].upper():
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: List[int], a=46298629, w=1):
    return x[0] == a and x[-1] <= w or (x[0] + w > 1) and w and x[-1] == 1 and (x[0] + w < 1)

def g(a=46298629, w=1):
    return [a for a in (a,1)]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        if n == start:
            return True
    return False

def g():
    return int(int("123456789" + "")** 0.5) + 1

assert f(g())

def f(x: int, a=5, b=1201800):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1201800):
    if a > 0 and b < 1201800:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse is True:
        return s.lower() == target
    if reverse > -1:
        return s.lower() >= target
    return s.lower() < s.lower() and len(s.lower()) != 3

def g(target="reverse me", reverse=True):
    if reverse is True:
        return target
    if reverse > -1:
        return target[rng] == target
    return target

assert f(g())

def f(x: int, a=304930, b=1234530):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=304930, b=1234530):
    if a > 20 or b > 30:
        return a * b
    else:
        return a + b > b

assert f(g())

def f(s: str, n=7012, a=93252338):
    c = 0
    for c in s:
        if c != c.lower():
            c += 1
    return s == c

def g(n=7012, a=93252338):
    s = str(n * n).split()
    for c in s:
        if c != c.lower():
            return s[c]
    return "3"

assert f(g())

def f(s: str):
    return s.count('o') == 0 and len(s) > 3

def g():
    return str(f("o"))

assert f(g())

def f(ls: List[str]):
    return len(ls) == len(set(ls)) and sum(ls) == len(set(ls))

def g():
    return list()

assert f(g())

def f(i: int, li=[17, 31, 91, 18, 42, 1, 9], target=91):
    return i != 0 and i > 0 or i <= 255

def g(li=[17, 31, 91, 18, 42, 1, 9], target=91):
    return int(li[2] - li[0])

assert f(g())

def f(x: int, a=964):
    return x > a

def g(a=964):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i] and len(word[i]) == len(word) and word[i] != word[0]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int):
    while abs(n) > 2000:
        n = 20
        if abs(n) > 2000:
            return True
        elif abs(n) < 2000:
            return True

def g():
    return int(int("123456789" + ""*9) ** 0.5)

assert f(g())

def f(s: str, chars=['e', 'l', 'v', 'v']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e', 'l', 'v', 'v']):
    text = str(chars)
    return text

assert f(g())

def f(s: str, a=8, d=10, a_=8):
    return s + 'g' < 'A'

def g(a=8, d=10, a_=8):
    return str(a + 9 + a_)

assert f(g())

def f(t: int, w=7012):
    if w > 0:
        return t > w
    if t < 0.5:
        return t < 0.5
    return t == w

def g(w=7012):
    return w**3 + 1

assert f(g())

def f(s: str):
    return str(len(s) < 4) and 'world' in s

def g():
    return "hello world"

assert f(g())

def f(ti: List[int]):
    return list(ti) == [i for i in range(20)]

def g():
    return [int(i) for i in range(20)]

assert f(g())

def f(s: str, words="varchar", len=5, length=8):
    return s == words

def g(words="varchar", len=5, length=8):
    return words

assert f(g())

def f(n: int):
    return 5 / n > 0

def g():
    return 2

assert f(g())

def f(n: int, upper=20):
    m = n
    for i in range(upper):
        if n <= 1:
            m = 1
            if n % 2 < 1:
                return False
            n = 2 ** m // 2 if n / 2 else m
    return True

def g(upper=20):
    return int(6*upper-2) + 1

assert f(g())

def f(x: int, b=10200011012):
    return x - 10 * (0)** 2 == 0

def g(b=10200011012):
    return int(int(b) - 10 * (0)** 2.0 < 0)

assert f(g())

def f(s: str, word="theory", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="theory", max_len=10):
    if max_len > 0:
        return word
    return int(word) + 1

assert f(g())

def f(p: List[int]):
    return len(p) == 3

def g():
    return [i for i in range(3)]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x * b

def g(a=253532, b=1230200):
    if a > 50 and b > 100:
        return a + b
    else:
        return -a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(len(target) - len(target)-1) // 2: len(target)+2: len(target) + len(target)] == s

def g(target="foobarbazwow", length=4):
    return target[len(target) - len(target)-1:len(target)+len(target)];

assert f(g())

def f(x: int, a=222639):
    return -x == a

def g(a=222639):
    return 0 - a

assert f(g())

def f(x: int, b=93252338):
    return b == x

def g(b=93252338):
    return int(int(b))

assert f(g())

def f(b: str):
    return str(b == 0) and set(b) != Set

def g():
    return "Hello b"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 2))

def g():
    return int(int("123456" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="foobarbazwow", length=12):

    if len(s) == 0:
        return s.lower() == s.lower()
    if len(s) == 1:
        return s.lower() == s.lower()
    else:
        return s

def g(target="foobarbazwow", length=12):

    if len(target) == 0:
        return target
    if target is None:
        return None
    if target is not None:
        return "n"
    if target == None:
        return "n"

assert f(g())

def f(x: float):
    return x == 0.0

def g():
    return float(float("0.0"))

assert f(g())

def f(s: str):
    return '!' in s

def g():
    return '!\{}(!\{})'

assert f(g())

def f(x: int, a=404350, b=47663941):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=404350, b=47663941):
    if a > 50:
        return a + b
    else:
        return len(x) == 2 and sum((a-b+i) * 1) == 3

assert f(g())

def f(t: str, s="hello", m=16):
    return isinstance(t, str) and len(t) == len(s)

def g(s="hello", m=16):
    return "hello"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * int(1.0 / d * 2) % 10) == v

def g(v=9, d=0.0001):
    return int(v * v) - d / 2 - 10

assert f(g())

def f(s: str, word="konkat"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konkat"):
    return "konkat"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s in {
        "foobarbazwow" : 3
    }

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(s: str, word="paganism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] + word[:max_len]) == len(word)

def g(word="paganism", max_len=10):
    return "paganism"

assert f(g())

def f(x: str, s="oobom"):
    return x == s

def g(s="oobom"):
    return "oobom"

assert f(g())

def f(s: str, i=3345):
    return len(s) == len(str(i + 123)) and len(str(i + 123 + 999)) != i

def g(i=3345):
    return str(i + 123)

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return len(x) >= n

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    if s is not None:
        return str((n * 4) for n in s) or sum(s[('a', 0)]) >= n

assert f(g())

def f(i: int):
    if i > 0:
        return i - 1 + 1 > 0
    return len(str(i) + 1000) > len(str(i) + 1001)

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=103572, b=7234988):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=103572, b=7234988):
    if a == 50:
        return int(a)
    else:
        return int(a) + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] and s[i](s[i]<=i):
                return False
    return True

def g(word="konjac"):
    return word[0] * 6 + word[1] * 3

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(word)):
        if k == 0:
            if s[k] != word[k]:
                return False
    return True

def g(word="konjac"):
    return "konjac[:c(a,d)]"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x >= b - 1  # add all to a

def g(a=1073258, b=72352549):
    return int((a     + a) + (b      + b))  # add all to b

assert f(g())

def f(x: int, a=10201202001):
    return (x * 2 - a) == a

def g(a=10201202001):
    return a

assert f(g())

def f(s: str, target="foo", length=15):
    return target[(len(target) - 1) // 2:(len(target) + 1) // 2] == s or target[(len(target) - 1) // 2] == target

def g(target="foo", length=15):
    return target[(len(target) - 1) - 1]

assert f(g())

def f(pos: int):
    return pos >= 0  # start >= n <= len(s) < len(s + 1)

def g():
    return 1

assert f(g())

def f(n: int, a=345346363, b=10):
    return n > 2

def g(a=345346363, b=10):
    return min(a, b)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    return str(chars)

assert f(g())

def f(s: str):
    return "Hello world" and s.count(s) == 1 and s.count("2") == 2

def g():
    return "world[1:2] [2]"

assert f(g())

def f(s: str, word=["Hello world"], n=5, word_str=["Hello world"], lower_bound=2):
    return s != "" and s != n and n != lower_bound and s != lower_bound

def g(word=["Hello world"], n=5, word_str=["Hello world"], lower_bound=2):
    return "Hello world".join(word)

assert f(g())

def f(s: str):
    return len(s) <= 2

def g():
    return "1"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("c") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["c"*(i+2)+"bc" for i in range(1000)]

assert f(g())

def f(s: str):
    return s[1] < s[2] and s[3] < s[4]

def g():
    return "hello a"

assert f(g())

def f(s: str, s1="hello", s2="b", count1=50, count2=45):
    return s.count(s1) != count1 and s.count(s2) != count2 and s[:10] != s[-10]

def g(s1="hello", s2="b", count1=50, count2=45):
    return "hello world"

assert f(g())

def f(s: str, n=1000):
    return len(s) == n or len(s) in (len(s) // 1 for c in 'abbbcabbac')

def g(n=1000):
    """assert f(g())
    """
    return str(n) + " "

assert f(g())

def f(x: int, a=21, b=1238):
    if x >= 0 or a >= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=21, b=1238):
    return a + b

assert f(g())

def f(nums: List[int], n = 15481, a=15482, b=23223, min=1):
    for i in range(1, 4):
        if i == 0:
            n -= 1
        else:
            return n == n

def g(n = 15481, a=15482, b=23223, min=1):
    return [0, 1, 2, 3]

assert f(g())

def f(n: int, a=394723):
    a = a*a + a
    n = 4 * n + 1
    for i in "2" or a in len(n):
        assert i != 0 or len(n) == a
        assert i != 2, "Cannot pour from same state to itself"
        a = a * a + a
    return a > 2 ** 2 + 1

def g(a=394723):
    a = a*a + a
    a = 1 * a + 1
    return (a >= 1 ** 2) ** 2 * (a <= 1 ** 2)

assert f(g())

def f(n: int):
    return  str(n * n).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="meowhat"):
    return s == target

def g(target="meowhat"):
    return target or len(f(g())[::-1] == target)

assert f(g())

def f(s: str, word="konjac"):
    return str(s) == word and str(s) == word

def g(word="konjac"):
    return word if word == "konjac" else str(n)

assert f(g())

def f(n: int):
    return pow(2, n, n) == 2
    return int(n) == 2

def g():
    return pow(2, 2, -2) + 3

assert f(g())

def f(x: int, a=1073258, b=72352549, delta=1, n=1418):
    return 1 + x > delta / 2

def g(a=1073258, b=72352549, delta=1, n=1418):
    return 1 * delta

assert f(g())

def f(x: int, a=93252338):
    return x + 0 == a
    assert len({x} == len(x)) == 10
    assert len({i + 0}) == len(li[:i]) + 0 <= len(li[i+0])
    assert len(li[:i+0]) == len(li[i+0] for i in range(x))
    assert len(li[:i]) != len(li[i+0])  # duplicate
    assert len(li[:i+0]) != len(li[i+0])  # duplicate
    assert len(li[:i+1]) != len(li[i+1])  # duplicate
    assert len(li[:i]) != len(li[i+1])  # duplicate

def g(a=93252338):
    return a
    assert str.find('123456789') != i
    assert str.find('0x') != a

assert f(g())

def f(n: int, d=0.0001):
    return n % d != 0.0001

def g(d=0.0001):
    return int(int("0"*9)**9)

assert f(g())

def f(m: int):
    return m > 0
    (p, j) = m * j
    assert m >= 0 and m <= 0
    return m + p - 2 * j  # less than 0, plus 2 is -1

def g():
    return int(int("123456789" + "0") * 10) + 1

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz', 'oddball', 'bazbar']):
    return all(sub in s[:-2] for i, sub in enumerate(substrings))

def g(substrings=['foo', 'bar', 'baz', 'oddball', 'bazbar']):
    return 'foo(bar)bar(baz)oddball(baz)oddball(baz)bazbar(foo\bbar,baz)\b'

assert f(g())

def f(s: str, target="reverse me"):
    return s + target and s[::-1] == target

def g(target="reverse me"):
    return target[::-1]

assert f(g())

def f(d: int, n=123456789):
    return d * d > n

def g(n=123456789):
    return n**2 + 2*n

assert f(g())

def f(x: int, a=2534, b=1230300):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2534, b=1230300):
    if a < 50:
        return a > 50
    else:
        return a + b - 2534 * f(a)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n % b and a >= 2 - 1

def g(a=345346363, b=10):
    return 1 + 2 * (1 - b)

assert f(g())

def f(x: List[int], a=6, b=6):
    return x[0] == a and x[-1] <= b or (x[-1] + b > x) and x[0] < a and x[-1] <= b

def g(a=6, b=6):
    return [a, b]

assert f(g())

def f(x: float):
    if not x:
        return False
    return True

def g():
    return int(int("123456789" + "0") * 9 ** 3) * 0.5 * 1

assert f(g())

def f(t: str):
    return len(t) > 15

def g():
    return str("123456789" + "0" * 15)

assert f(g())

def f(n: int, a = 1601051, b=253532):
    # if a >= 0 or a < 50:
    if a < 255 or a < 255 or b >= 255:
        return n - a == b
    else:
        return n + a == b

def g(a = 1601051, b=253532):
    return int(a + b)

assert f(g())

def f(x: int, a=10318, b=72352549):
    return x == a * b

def g(a=10318, b=72352549):
    return int(a * b)

assert f(g())

def f(x: int, a=114692977):
    return x == a

def g(a=114692977):
    return int(round(a))

assert f(g())

def f(x: int, a=16, b=-9219):
    return a - x == b

def g(a=16, b=-9219):
    return a - b

assert f(g())

def f(n: int, a=10000, b=1000):
    return abs(a * b) < 100 * n

def g(a=10000, b=1000):
    return 3 + abs(a * b)

assert f(g())

def f(s: str):
    return set(s) <= set("17-+*/") and s.count("1") == 1

def g():
    return "1-+*/"

assert f(g())

def f(z: float, v=9, d =0.0001):
    return float(z * 1 / d % 10) == v

def g(v=9, d =0.0001):
    return float(d * -10)/10 % 10

assert f(g())

def f(s: str, n=2):
    return 1 == len(s)

def g(n=2):
    return "123456789" + "0" * n and str(n)

assert f(g())

def f(m: int):
    return m >= 7

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(st: str, i=0, j=1):
    return st == st[i]

def g(i=0, j=1):
    return str(int(i+1) * j)

assert f(g())

def f(n: int, a=5, b=54368639):
    return n // b == a

def g(a=5, b=54368639):
    return a * b

assert f(g())

def f(v: int, n=2061, b=5735):
    return n == v

def g(n=2061, b=5735):
    return n % b

assert f(g())

def f(x: int):
    return x >= 2 * 100

def g():
    return int(int("123456789" + "1234") * 9 ** 0.5) + 3

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) // 3:] == s

def g(target="foobarbazwow", length=6):
    return target[len(target)// 3:]

assert f(g())

def f(s: str, a="hell", b="hell", length=4):
    return len(s) == length and s in a and b in s

def g(a="hell", b="hell", length=4):
    return str(a) and str(b) in a and b

assert f(g())

def f(x: List[int]):
    return x.count(x) == 0

def g():
    return [2, 3]

assert f(g())

def f(x: int, b=10):
    return str(x - 2.5).startswith("10")

def g(b=10):
    return int(b) + 100

assert f(g())

def f(n: int, a=14546312, b=14546311):
    return n >= b

def g(a=14546312, b=14546311):
    return int(int(a * (b+1) + 1) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    return all([nums[i] == n for i in range(n)] for n in set(nums))

def g():
    return []

assert f(g())

def f(n: int, a=0, b=23463462):
    return a ^ b // n == a

def g(a=0, b=23463462):
    return int(int("123456789" + "0"*9) ** 2) + 2

assert f(g())

def f(n: int, x = 7, b = 7):
    return x == 7

def g(x = 7, b = 7):
    return int(int(x) * 7) + 1

assert f(g())

def f(x: int, a=93252338):
    return x > a

def g(a=93252338):
    return 2 * a

assert f(g())

def f(n: int, a=50, b=50, upper_bound=600):
    return n % a == 0 or n % b == 0 and a <= 0

def g(a=50, b=50, upper_bound=600):
    return a % b == 0 or a % b == 0 if a < b else 0

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return len(s) > length

def g(a="hello", b="yellow", length=4):
    return str(a) + str(b) + str(length) * 3

assert f(g())

def f(s: str):
    return set(s) == set(s + "12");

def g():
    return "123456789"

assert f(g())

def f(n: int):
    m = n + 1
    while n > 4:
        n += 1 if n % 2 else n // 2
        if m >= 3:
            return True
        else:
            return False

def g():
    return int(int("123456789") ** 0.5) + 2 - 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[0] != word[0]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, a="world", b="Hello world"):
    return "Hello " + s[::-1] == "Hello world"

def g(a="world", b="Hello world"):
    return "world"[::-1]

assert f(g())

def f(s: str, word="kon"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="kon"):
    print("Hello kon")
    return str(word)

assert f(g())

def f(t: str):
    if len(t) == 1:
        return True
    return False

def g():
    return "k"

assert f(g())

def f(x: float):
    return x < 2.5 and x <= 0.5

def g():
    return 0.2 * 0.1

assert f(g())

def f(x: int, a=253532, b=23223):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=23223):
    if a < 50:
        return a < 50 * b
    else:
        return a + b

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if i == 0:
            if s[i] != words:
                return False
    return True

def g():
    return ""

assert f(g())

def f(a: float):
    return abs(a * 0.5 - 10) < 0.3

def g():
    return 2.0 * 2.0 + 5 * 2.0 + 3.0 * 2.0 + 0.3

assert f(g())

def f(x: int):
    return int((x / 9)) != 0

def g():
    return 10

assert f(g())

def f(s: List[str]):
    return len(s) >= 4  # same as in f15 though for x = s it is 1

def g():
    return ["1"*(i + 2)+"2" for i in range(1000)]

assert f(g())

def f(s: str, s1="enlightenment"):
    return s.count(s1) == s1.count(s1)

def g(s1="enlightenment"):
    return "enlightenment"

assert f(g())

def f(x: int, a=12043220, b=72352550):
    return a + x != b

def g(a=12043220, b=72352550):
    return a * b

assert f(g())

def f(s: str, word="e"):
    return len(s) == len(word)

def g(word="e"):
    return word[::-1] or len(s) == len(word)

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and sum(x) > 3

def g():
    return [100, 100, 100, 100, 100]

assert f(g())

def f(s: str, word="takai"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="takai"):
    return word[0]

assert f(g())

def f(s: str, word="konjac"):
    if len(s) < len(word) and len(word) == 3:
        return False
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return "konjac konjac konjac" + word

assert f(g())

def f(s: str):
    return 'world' == s.replace(':g', '')

def g():
    return "world"

assert f(g())

def f(s: str, word="antilacion", max_len=10):
    for i in range(len(word) - 1):
        if word[-1] == s[-1]:
            return word[-1] == s[-1]
    return int(s[1:-1]) == len(word[-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antilacion", max_len=10):
    assert 0 <= len(word)
    for i in range(len(word) - 1):
        if word[-1] == word[-1]:
            return word[-1]
    return 0

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s.lower() == target
    return s.lower() == target and s.lower() != target

def g(target="reverse me", reverse=True):
    if target is None:
        return None
    else:
        return target

assert f(g())

def f(x: int, a=153857, b=290635):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=153857, b=290635):
    if (a > b) and (b < a) and (a < b or a > b):
        return a + b + b / 2

    return a + b

    return - a / 2

assert f(g())

def f(x: int, a=382, b=14546310):
    return x - a > b

def g(a=382, b=14546310):
    return (a * 42) + (b * 142) + a + 42*b

assert f(g())

def f(x: int, a=253532, b=1290):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + a == b

def g(a=253532, b=1290):
    if a > 50:
        return a + b
    else:
        return a + b + b

assert f(g())

def f(x: int, a=153532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=153532, b=1230200):
    return a * b + a * a

assert f(g())

def f(z: str):
    return len(z) == 1
    return sum(len({x, y}) * z) == max(z)

def g():
     return "1"

assert f(g())

def f(s: str, word="lohng"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="lohng"):
    return str(word[:1000])

assert f(g())

def f(s: str):
    success = True
    return "Hello " + s[::-1] == "Hello world"

def g():
    return "world"[::-1]
    return "Hello '" + s[::-1] + "'".format(i) + 1

assert f(g())

def f(str1: str):
    return str1.count("1") == 1 and len(str1) == 1

def g():
    return "1"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or len(word) > max_len:
        return word == s

    if max_len == len(word):
        return s == word

    for i in range(max_len):
        c = word[i]
        if len(c) < max_len:
            return c
        else:
            return s == word[0]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    if max_len == len(word):
        return word == word
    if max_len == max_len:
        return 1
    return s == word

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world" # "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(m: int, ms=6):
    return m > 1

def g(ms=6):
    return ms + 6 * (ms - 1)

assert f(g())

def f(s: str, target=60, n=5):
    if str(s) in ("Hello world"):
        if str(s) == "Hello world":
            return False
    return True

def g(target=60, n=5):
    if (str(target) != "Hello world"):
        err = "Error in target\n"
        return "Error in target\n"
    if target != None:
        err = "Error in target\n"
        return "Error in target\n"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=35):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s.count(word[0]) == 0

def g(word="antidisestablishmentarianism", max_len=35):
    if len(word) <= max_len:
        return word
    return int(word[0] == len(word[1:-1]) and word[1] == 0)

assert f(g())

def f(li: List[int], target=[17, 5, -5, 7, -1], n=2):
    return li * n > target

def g(target=[17, 5, -5, 7, -1], n=2):
    return [n for n in target]

assert f(g())

def f(s: str, len=256, word="konjac"):
    return 'konjac' in s

def g(len=256, word="konjac"):
    return 'konjac konjac'

assert f(g())

def f(str: str, a1=50, b1=50):
    return "M" in str

def g(a1=50, b1=50):
    return "M:1"

assert f(g())

def f(s: str, word="nordjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="nordjac"):
    return word[:len(word) - 1]

assert f(g())

def f(s: str, s1="a", s2="b", e="Hello world", f1=0):
    return s.lower().lower() == s1

def g(s1="a", s2="b", e="Hello world", f1=0):
    return s1

assert f(g())

def f(x: int, a=1360, b=12300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=1360, b=12300):
    if a < 0:
        return "a<0"
    else:
        return a + b

assert f(g())

def f(s: str, words=['de', 'dee'], max_len=15):
    if len(s) == 0:
        return s
    return s == 'dee'

def g(words=['de', 'dee'], max_len=15):
    if len(words) == 0:
        return 'dee'
    return 'dee'

assert f(g())

def f(s: str, word="hierog"):
    n = len(s)
    if n + 1 > len(word):
        for x in word:
            return True
    return False

def g(word="hierog"):
    return "hierog" + word

assert f(g())

def f(s: str, target="foobarazwow", length=6):
    return target[(len(target) - length) % 2] == s

def g(target="foobarazwow", length=6):
    return target[0] and target[1] and target[2]

assert f(g())

def f(x: int, a=93252340):
    return x >= a or 0

def g(a=93252340):
    return int(a * 93252340)

assert f(g())

def f(x: int, a=1, b=1, m=8, n=1):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        assert x == -1
        assert sum(x % 2) == 1
        return sum(x % 2) == 1

def g(a=1, b=1, m=8, n=1):
    if a == 1:
        return 0
    elif a == -1:
        return 1
    else:
        assert a == -1
        assert sum(a % 2) == 1
        return sum(a % 2) == 1

assert f(g())

def f(n: int, a=14303, b=500):
    return b <= n

def g(a=14303, b=500):
    return a * b

assert f(g())

def f(d: int, n=123456789):
    return d > n or None

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(s: str, word="pow"):
    for i in range(len(word)):
        for j in range(len(word[i])):
            if i == 0:
                if s[i] != word[i] and s[j] != word[j] and i == 0:
                    return False
    return True

def g(word="pow"):
    return str(word[0])

assert f(g())

def f(start: int):
    if abs(start) > 1000:
        return True
    else:
        return False  # no luck...

def g():
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(x: int, a=8458867):
    return x > a

def g(a=8458867):
    return (int(a) * (int(a) + int(8458867)))

assert f(g())

def f(n: int):
    return str(n * n + n).startswith("1234")

def g():
    return int(int("1234" + "0"*10) ** 0.5) + 1

assert f(g())

def f(e: str):
    return len(e[5]) == 1 or len(e[5].lower()) == len(e[5].lower())
    assert 0 <= e.count(0) < len(e[1])
    assert e.count(1) == 2 or e.count(1) == 3 or e.count(1) == 1
    assert 0 <= e.count(2) > len(e[1])
    assert e.count(0) == 0 and e.count(1) == 3 or e.count(1) == 1
    assert e.count(2) == 0 and e.count(1) == 3 or e.count(1) == 1
    assert e.count(3) == 1 and e.count(1) == 3 or e.count(1) == 1

def g():
    return "test-string"

assert f(g())

def f(x: int, a=154749861, b=1):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=154749861, b=1):
    if a > 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: float, a=50):
    return abs(x) in [a]

def g(a=50):
    return float(a)

assert f(g())

def f(x: int, a=1230600, b=100):
    if x < 0 or a >= 5 and b < -4:   return x - a == b
    else:
        return x - a == b

def g(a=1230600, b=100):
    if a < 1 and b < 0:         return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=869987, b=-862220):
    if x >= -3 and x < -10:
        return x + a == b
    else:
        return x - a == b

def g(a=869987, b=-862220):
    if a != b or x >= -9 and x > -10:
        return a + b
    else:
        return x - b

assert f(g())

def f(x: int, a=10732549):
    return x == a

def g(a=10732549):
    return int(a)

assert f(g())

def f(s: str):
    return s.count('a') == 100 and s.count('o') == 0

def g():
    return "a" * 100

assert f(g())

def f(f: int):
    return f >= 1e7

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(x: int, a=12, b=1230200, min="1", max="1", u=2):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=12, b=1230200, min="1", max="1", u=2):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(s: str, a = 9099991):
    return s[::-1] == a or ((1 if s[1] != 0 else 2) and s[3] != -1 or s[4] != -1)

def g(a = 9099991):
    return str(a)

assert f(g())

def f(n: int, a=6, b=5):
    if (n == 0 and a > 5):
        return n - a - 0 + (b % b - a) * n == 0
    else:
        return n == a

def g(a=6, b=5):
    return int(int(a))

assert f(g())

def f(x: int, a=102012020121):
    return x ** 2 > a

def g(a=102012020121):
    return a** 1 + 2

assert f(g())

def f(n: int, k=100):
    return n - k >= 10

def g(k=100):
    return int(int(k*k+1))

assert f(g())

def f(n: int, a=345346363, b=5):
    return n // b == a

def g(a=345346363, b=5):
    return (a * b)

assert f(g())

def f(n: int, v=123):
    return n > 0 and v < n - 1

def g(v=123):
    return v * v

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 1e-6
    return max(probs[(i + 1) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [1/3 for i in range(3)]

assert f(g())

def f(s: str):
    return str(s) == s

def g():
    return ""

assert f(g())

def f(n: int, a=15, b=27, upper_bound=50):
    return n / a == 0 and n / b == 0 and 0 <= n <= upper_bound

def g(a=15, b=27, upper_bound=50):
    a = f(a) + f(b) + f(upper_bound)
    return a * f(a) + f(upper_bound)

assert f(g())

def f(n: int, a=253532, b=120):
    if n > 0 or a > 50:
        return n - a == b
    else:
        return a + b

def g(a=253532, b=120):
    if (10**a) == 20:
        return a
    else:
        return a + b

assert f(g())

def f(x: int, a=4537, b=234521):
    if x > 0 or a > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=4537, b=234521):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=503532, b=1312200):
    if x > 0:
        return x - a == b
    else:
        return a + b == b

def g(a=503532, b=1312200):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=5, b=6):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return a + b

def g(a=5, b=6):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[0] == s[0] and word[-1] == max_len and len(word) == Max

def g(word="antidisestablishmentarianism", max_len=2021):
    if max_len <= max_len:
        return word
    return None

assert f(g())

def f(nums: List[int], n=3):
    return len(nums) == len(set(nums)) == n

def g(n=3):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=8665466, b=93206):
    return a - x == b

def g(a=8665466, b=93206):
    return 0 + a - b

assert f(g())

def f(n: int, t=197):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return t >= t or m <= 2 ** upper

def g(t=197):
    return int(int(t) * t + t) + 2 + 1

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s[0] == word[0] and word[-1] == s[-1]

def g(word="antisestablishmentarianism", max_len=10):
    if len(word) == 1000:
        return word.upper()
    else:
        return word

assert f(g())

def f(x: int, p = 101, a=101, b=101):
    if p > 0.001:
        return 1.0 <= a <= b
    return 1.0 <= a < b

def g(p = 101, a=101, b=101):
    return int(p / 100) * 100 - a

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and (len(set(s)) > 995 or len(s) >= 995 or len(s) == 0)

def g():
    return ["one"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str):
    return len(s) > 4           # 4-bit-mode only                                                                                                                                    # single-line

def g():
    return "123456789"

assert f(g())

def f(x: str, csv=True):
    return x != 'o'

def g(csv=True):
    return "Hello World"

assert f(g())

def f(name: str, a=7, b=70, c=110):
    return str(name) == 'hi'

def g(a=7, b=70, c=110):
    return "hi"

assert f(g())

def f(x: int, a=1043, b=-854834):
    return x - a == b

def g(a=1043, b=-854834):
    return a + b

assert f(g())

def f(m: int):
    return m != 5129 and m != 17282

def g():
    return int(int("123456789" + "0"*11) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n < n + 0.5 if n % 5 else n * 5

def g():
    return int(int("123456789") * 5) + 1

assert f(g())

def f(h: str):
    return h == "Hello"

def g():
    return "Hello"

assert f(g())

def f(x: int, a=100, b=100, e=100):
    if x < 0:
        return x - 0 == 0
    else:
        return x - a == b

def g(a=100, b=100, e=100):
    if a < e:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="kondi"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondi"):
    return "kondi\u0022k/K\x22B/\x22D"

assert f(g())

def f(nums: List[int], n=1234):
    return len(nums) == 3 and sum(i for i in nums) != len(nums)

def g(n=1234):
    return [1, 2, 3]

assert f(g())

def f(n: int, m=1234578987654321):
    for i in range(5):
        m = (m - 1 if m % 10 else m // 10)
    return n > m

def g(m=1234578987654321):
    return m * m

assert f(g())

def f(s: str, target="foobarbazwow", length=7):
    return target[(len(target) == 0) // 4: (len(target) - length) // 4] == s

def g(target="foobarbazwow", length=7):
    return target[len(target) == 0]

assert f(g())

def f(x: str):
    return len(x) > 5

def g():
    return "Hello world"

assert f(g())

def f(e: int, a=2, b=-1, c=1, d=2021):
    return e < 40

def g(a=2, b=-1, c=1, d=2021):
    return a + b + c

assert f(g())

def f(n: int):
    for i in range(6):
        if n % 6 == 1: return False
        n = 0
        while n % 6 == 1:
            i -= 1
            if n % 6 == 1: return True
            if n % 6 == 1: return False
        return True

def g():
    return 1 + 2 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1 + 1

assert f(g())

def f(s: str):
    return s.count(s) == s.count(s)

def g():
    return "hello world"

assert f(g())

def f(n: int):
    return n + (n % 2) == n + 1

def g():
    return int(int("123456789" + "0"*9) * 9) + 1

assert f(g())

def f(x: float):
    return str(x - 3.1585).startswith("0")

def g():
    return float(float("3.1585" + "0"*9))

assert f(g())

def f(n: int, d=7):
    return d == 7

def g(d=7):
    return int(d + 1)

assert f(g())

def f(s: str):
    return s == "hello world"   # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5

def g():
    return ("hello world")

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 30000:
        return True  # remove jump, if the player doesn't already move it
    else:
        return False  # remove non-jump

def g(a=1073258, b=72352549):
    return (a*b) + (2*b)

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1) // 10 if m % 10 else m // 10
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1) // 10 if m % 10 else m // 10
    return m if m % n else m - 1

assert f(g())

def f(x: int, a=10446345, b=-93206):
    return -x == b

def g(a=10446345, b=-93206):
    return a % (a + b)

assert f(g())

def f(t: str, s="Quit"):
    if 0:
        return None
    else:
        for i in range(len(t) - 1):
            for c in t:
                if c != s[i]:
                    continue  # empty board
                else:
                    return len(t) <= len(t)

def g(s="Quit"):
    return "Quit"

assert f(g())

def f(text: str, word="mooobooooofasd"):
    return text == "<text>"

def g(word="mooobooooofasd"):
    return "<text>"

assert f(g())

def f(x: int, a=158977, b=131663):
    return x - a == b

def g(a=158977, b=131663):
    return a + b

assert f(g())

def f(n: int, v=208211):
    return n % 60 > 0 and n >= 30 * 60

def g(v=208211):
    return int(v / 30)

assert f(g())

def f(n: int, t=199, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        m = 3 * n + 1 if n % 2 else m // 2
    return m > 2 ** upper

def g(t=199, upper=20):
    int(int("123456789" + "0"*9) ** 0.5) + 1
    return int(int("123456789" + "1"*9) ** 0.5)

assert f(g())

def f(s: str):
    return s in s and s in s

def g():
    return "world[]"

assert f(g())

def f(s: str, target="problems"):
    return s == target

def g(target="problems"):
    return "problems"

assert f(g())

def f(x: int, a=10201202001):
    return x + (x ** 2) > a

def g(a=10201202001):
    return int(a)

assert f(g())

def f(s: str, target="wonderful", n=6):
    return s == "oo"

def g(target="wonderful", n=6):
    return "oo"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z + d % 10) == v

def g(v=9, d=0.0001):
    return int(v) % 20 + 0.01

assert f(g())

def f(x: int, a=50, b=50):
    return x % 2 == 0 or len(x) == b

def g(a=50, b=50):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        assert len(s) == len(word), "Double coverage"
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=18182566):
    return -x == a

def g(a=18182566):
    return -(a)

assert f(g())

def f(x: int, a=3839, b=383914):
    return x - a == b

def g(a=3839, b=383914):
    return a + b

assert f(g())

def f(s: str, n=1000):
    return s[0].strip().strip('\n') < str(n)

def g(n=1000):
    return str(n)

assert f(g())

def f(x: int, b=542325):
    return x == b

def g(b=542325):
    return int(b)

assert f(g())

def f(n: int, d=123456789, lower=45):
    return n > d or 0 < lower

def g(d=123456789, lower=45):
    return d or -1

assert f(g())

def f(s: str, target="foobarbazwow", length=6, a=7):
    return target[(len(target) - length) % 2] == s

def g(target="foobarbazwow", length=6, a=7):
    return target[(len(target) % 2) - (len(target) % 2) ]

assert f(g())

def f(x: int, a=1073258, b=6242826):
    return a - x == b

def g(a=1073258, b=6242826):
    return a - b

assert f(g())

def f(x: int, a=185775, b=133763):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=185775, b=133763):
    if a == 0:
        return "hello world"
    else:
        return a + b

assert f(g())

def f(x: List[int]):
    if len(x) == 2:
        return x and sum(x) <= 3
    return sum(x)

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=1020):
    if x > 0:
        return x - a == 0
    else:
        return x + a == x - 0

def g(a=1020):
    return int(a)

assert f(g())

def f(x: int):
    return str(x - 3.1415) == str(x - 3.1415)

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(cut_position: int, k=50000):
    return k >= 5001

def g(k=50000):
    return k % 5

assert f(g())

def f(v: str, max_len=13):
    if len(v) > max_len:
        return v
    return int(v) == max_len

def g(max_len=13):
    if max_len < 13:
        return str(max_len)
    else:
        return str(max_len)

assert f(g())

def f(x: int, a=1020215001):
    return -1 * x == a

def g(a=1020215001):
    return -1 * a

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "0123456789" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 9 + 1)

assert f(g())

def f(s: str, word="konjac", b=0.0001):
    s = 'Hello "Hello world" "Hello world" "hello" "hello" '
    return s != 'Hello "Hello world" "Hello world" "Hello world" '

def g(word="konjac", b=0.0001):
    new = str(word)
    return new.strip('\t')[1:]

assert f(g())

def f(x: int, a=66376693, b=-84486):
    return a + x == b

def g(a=66376693, b=-84486):
    return -a + b

assert f(g())

def f(s: str, target="foobar", length=12):
    return len(s) == 6

def g(target="foobar", length=12):
    return str(target)

assert f(g())

def f(n: int, a=10984, b=10):
    return n // b == a

def g(a=10984, b=10):
    return 1 + a * b

assert f(g())

def f(s: str, word="anonymist", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) != len(word[1:-1])

def g(word="anonymist", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) != len(word)

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "".join(s) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(n: int, v=191432):
    return v < n

def g(v=191432):
    return int(v + v**2) - 2

assert f(g())

def f(n: int, a=345346363, b=10):
    return n > a or n <= b and n >= a + b

def g(a=345346363, b=10):
    return a + 10

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1
        if m != 0:
            return True
        n -= 1 if n % 2 else n // 2
        if n == m:
            return True
        m -= 1 if m % 2 else m // 2
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(str: str, s=121863):
    f = "a"
    if s == 'a':
        return f
    i = 0
    if not s:
        return i, f
    for i in range(len(str)):
        i += 1
    return i == len(str)

def g(s=121863):
    return 'a'

assert f(g())

def f(x: str):
    return len(x) == 5 and all((sum(x) for x in x) for i in [5])

def g():
    return "hello"

assert f(g())

def f(n: int):
    while abs(n) > 100:
        n = 15 * n + 1
        return n < 0.9999

def g():
    return int((int(int(10) - 100) + 1) * 10)

assert f(g())

def f(s: str, chars=['u', 'n', 'm', 'e', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['u', 'n', 'm', 'e', 'd']):
    return str(chars)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    while s != 10:
        if len(word) != max_len or max_len == s:
            return word == s
        return max_len > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    while word != ":":
        if len(word) != max_len:
            return word
        return max_len > max_len

assert f(g())

def f(s: str, word="rhympathy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(s[1:-1]) and max(s[0]-s[0]) == max(s[1:-1])

def g(word="rhympathy", max_len=10):
    if len(word) <= max_len:
        if word in word:
            return word
    return int(input("%r %s" % (word)))

assert f(g())

def f(s: str, chars=['o', 'h', 'p', 'j', 'o', 'j', '', 'o', 'z']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'p', 'j', 'o', 'j', '', 'o', 'z']):
    return str(chars)

assert f(g())

def f(x: int, a=5, b=142047):
    return x + a > 0.5 and b > 0.5 and  0 <= a <= b

def g(a=5, b=142047):
    return 1 if b or 142047 else 1

    return f(x + a + b) < 0.5 and b >= 0.5 and 0 <= a <= b

assert f(g())

def f(s: str, word="franco", max_len=10):
    if len(word) <= max_len:
        return word == s
    return word == s if max_len <= len(word) else word
    return false

def g(word="franco", max_len=10):
    return word == s if max_len <= len(word) else word
    return false

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) <= 6:
        return s.lower() == target[(len(target) - 6) // 2]
    if target in ("foobarbazwow", "foobarbazwow") and target in ("foobarbazwow", "foobarbazwow-s"):
        return s.lower() == target[(len(target) - 6) // 2 + length]
    return s.lower() == target[(len(target) - 6) // 2], "foobarbazwow"

def g(target="foobarbazwow", length=6):
    if target in ("foobarbazwow", "foobarbazwow") and target in ("foobarbazwow", "foobarbazwow-s"):
        return target[(len(target) - 6) // 2 + length]
    return target[(len(target) - 6) // 2]

assert f(g())

def f(x: int, a=100, b=1000):
    return x - a > 0 or a > 50

def g(a=100, b=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n > (upper_bound - 15)

def g(a=15, b=27, upper_bound=150):
    return int(a * b) + 2*(a + b)*(upper_bound - 27 + 15)

assert f(g())

def f(s: str, n=7):
    return len(s) == n

def g(n=7):
    return str(n) * n

assert f(g())

def f(x: int, a=35, b=1230, upper=66):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=35, b=1230, upper=66):
    if a > 50:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(s: str, word="denseling", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="denseling", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:-1]) == len(word[:-1])

assert f(g())

def f(s: str, h=1, pos_of_text=False):
    return s == 'I!' or s == 'I!' + h

def g(h=1, pos_of_text=False):
    return "I!"

assert f(g())

def f(z: float, v=9, d = 0.0001):
    return int(z * 1 / d % 10) == v

def g(v=9, d = 0.0001):
    return float(v/100)

assert f(g())

def f(s: str, word="sig", n = 5):
    if s[0] != word:
        return s[0] == word[0]
    if s[0] != word or words[0]:
        return s[0] == word[0]
    return t < t + t / 3

def g(word="sig", n = 5):
    if n > 5:
        return "sig" * n
    if word:
        return "sig" + word
    return n == 4*n

assert f(g())

def f(x: int, a=10201202001):
    return x != 0 and 1 + x != 0

def g(a=10201202001):
    return 1020120201*a

assert f(g())

def f(x: float):
    return abs(x * 1.0e-15) < 10

def g():
    return float(float("0"*9))

assert f(g())

def f(u: float, m=6, n=2):
    m = u * m + m
    for i in range(n):
        w = m * 2 / n // (m - 2)
        i = i + 3 // 1
        s = i * 2 - 2 * (m * 3) / n // (m - 2)
        w + m / 2 * i // (i + 3 / 2)
    return w > 0.5  # take 1e-6 into account

def g(m=6, n=2):
    if m > 1 and m < n:
        return -2 * (m * 2 - 2 * n) / n
    else:
        return m * 2/n

assert f(g())

def f(s: str, options=None):
    return s == 'Hello world'

def g(options=None):
    return 'Hello world'

assert f(g())

def f(n: int, a=17, b=100, c=20):
    if b >= 0 or c < 0:
        return True
    return False

def g(a=17, b=100, c=20):
    return int(a * b) + 1

assert f(g())

def f(d: int, n=100021):
    return d > n and d > 0

def g(n=100021):
    return int(n)*n

assert f(g())

def f(h: int, a=15, b=15, upper_bound=3):
    return h < upper_bound or h >= upper_bound

def g(a=15, b=15, upper_bound=3):
    return a + b + upper_bound - 3

assert f(g())

def f(p: List[int]):
    return len(p) == 3 and p[0] >= 1

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, a=15482, b=23223, upper_bound=5):
    return n % a % b == 0 and n >= upper_bound

def g(a=15482, b=23223, upper_bound=5):
    return a + (upper_bound - 5) % b

assert f(g())

def f(s: str, target="foobarbazwow", n=1000):
    n = len(target)
    if len(target) != n:
        for i in range(len(target) - 1 and n >= target):
            if target != "" and target[i:] == li[i]:
                return
    return target[(len(target) - len(target) + 4) % 2] == s

def g(target="foobarbazwow", n=1000):
    """Given a sequence of tuples {x, y}, return the subsequence at the end of each
    sequence. """
    s = list(target)
    for i in range(len(s) - 1):
        return s.pop(i)
    return target[i] * n

assert f(g())

def f(x: int, a=802755, b=-3186159):
    return a - x <= b

def g(a=802755, b=-3186159):
    return a-b

assert f(g())

def f(s: str, string="konjac"):
    return s + 'intelligent' == string or len(s) == len(string)

def g(string="konjac"):
    return str(string)

assert f(g())

def f(x: int, a=186420, b=1230200):
    if x > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=186420, b=1230200):
    if a < 100:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(x: int, n=611, o=123456789):
    return x > n or 0.5 > o

def g(n=611, o=123456789):
    return int(n * (n+2)) + 1

assert f(g())

def f(n: int, a=3):
    return a == 3  # but no value

def g(a=3):
    return a + a and 1 + 1

assert f(g())

def f(x: int, a=37, b=54):
    a = x - 2 * 29 * 7 + 18 * 22 * 18 + 22 * 41 * 31 + 16 * 49 * 29
    b = x - 1 * 39 * 5 + 22 * 29 * 21 + 16 * 31 + 23 * 50 * 21
    if b <= -1:
        return True
    if ((3 * 29) + 3 * 37) >= 0:
        return True
    if ((5 * 51) + 5 * 73) >= 0:
        return True
    return False

def g(a=37, b=54):
    return a % 42

assert f(g())

def f(n: int, v=1642):
    return int(n - 1) % 2 == 0

def g(v=1642):
    return int(v^2 + v^3)

assert f(g())

def f(s: str, a=1020, b=5):
    return s == str(a)

def g(a=1020, b=5):
    return str(a)

assert f(g())

def f(s: str, word="I!"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="I!"):
    return "I!"

assert f(g())

def f(n: int, a=5129, b=17):
    return n == a

def g(a=5129, b=17):
    return a

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', '\n']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', '\n']):
    return 'o' + str(chars) + 'h' + str(chars) + 'e' + str(chars) + '\n' * 9 + '\n' * 10

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(s) == 6:
        return s == "foobarbazwow"
    return s == "foobarbazwow"

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return bool(abs(z - v * 1 / d % 10) == v)

def g(v=9, d=0.0001):
    return v * 2 / 2

assert f(g())

def f(x: int, a=22, b=1.7, v=2.5):
    if a != 2:
        return True
    else:
        return False

def g(a=22, b=1.7, v=2.5):
    return 3999

assert f(g())

def f(l: List[int]):
    return len(l) == 3 and sum(l) >= 11

def g():
    return [int(4), int(7), int(9)]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n >= upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(a * b)

assert f(g())

def f(x: int, a=10201202001, b=0, u=10800000):
    return x - a > u

def g(a=10201202001, b=0, u=10800000):
    return int(int(a + b) * 100) + 1

assert f(g())

def f(n: int, a=15, b=15, upper_bound=150):
    return n % a == 0 and n % b == 0 and 0 < n <= upper_bound

def g(a=15, b=15, upper_bound=150):
    return a + b

assert f(g())

def f(x: int, a=10, d=13):
    return a >= 0 or a >= d

def g(a=10, d=13):
    return 1 + a

assert f(g())

def f(s: str, huge_str="foobar", index=2):
    return s.count('foobar') == 1

def g(huge_str="foobar", index=2):
    return "foobar([2](1) \" + 1 + ':')"

assert f(g())

def f(s: str, word="koj"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="koj"):
    return "koj" * len(word) + "koj"

assert f(g())

def f(s: str, chars=['o','e','l','w','r','d']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o','e','l','w','r','d']):
    return str(chars)

assert f(g())

def f(z: float, v=9, d=0.0003):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.0003):
    return v * d % 10

assert f(g())

def f(s: str):
    return len(s) > 1

def g():
    return "123456789"

assert f(g())

def f(s: str, a=10732549):
    if len(s) == 0:
        return None
    return s > "hello world world"

def g(a=10732549):
    return "world"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    return int(s[1:-1]) != len(word)

assert f(g())

def f(z: str):
    return z[0] == z.upper()

def g():
    return "5"

assert f(g())

def f(e: List[int]):
    return all([e[i] != e[i + 1] for i in range(10)])

def g():
    return [i^((100 * (i + 2))**i + 10) and \
         (i + 0)*((10 + i)**i) for i in range(1000)]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a % b) == a

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(d: int, max_len=10):
    for i in range(3):
        if max_len < 1e-6:
            return d > i
        if i == max_len:
            return d > 1e-6
        elif max_len:
            return d > 1e-6
    return n / max_len

def g(max_len=10):
    return int(int(max_len + 1))

assert f(g())

def f(s: str):
    return s[0] == '\\' or s[1] == '\\' or s[2] == '\\'

def g():
    return "\\"

assert f(g())

def f(n: int, a=8162801, b=12345678901234577):
    return n > 8162801 and n > 27

def g(a=8162801, b=12345678901234577):
    return 4 + a

assert f(g())

def f(n: int, t=197, lower=16):
    if lower == 16:
        return 0 <= n <= t
    if n <= t:
        return n - t

    if t <= 0:  # no gaps  # can't be real-positive   -- If I was really
        # real, I never got this to be a positive delta!
        n -= 1
    return n - t + 1/t

def g(t=197, lower=16):
    if (t - 16 <= 0) or (t - 16 == 0) or 0 <= t < 13:
        return t * 7
    else:
        return 0 * t

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Not Permute') and s < s[::-1]

def g():
    return 'Not Permute'

assert f(g())

def f(v: str, target="reverse me", reverse=True):
    return v == target if target else None

def g(target="reverse me", reverse=True):
    if target not in set(target) and reverse:
        return "reverse me"
    return "reverse me"

assert f(g())

def f(n: int, a=253532, b=2147483647):
    return n > a

def g(a=253532, b=2147483647):
    return (6 + (a * 7 + b))** 2

assert f(g())

def f(x: int, a=1545, b=27, upper_bound=15):
    if x > 0 or a > 1545:
        return x - a == b
    else:
        return x + a == b

def g(a=1545, b=27, upper_bound=15):
    if (a < 31) or (b < 27) or (upper_bound < 1545):
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    return True

def g():
    return int(int("1234")**3/3) + 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x == 3 // 2

def g(a=1073258, b=72352549):
    return 1

assert f(g())

def f(s: str, word="zkonjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="zkonjac"):
    return str(word) if "zkonjac" else ""

assert f(g())

def f(x: float, s=2021):
    return s == x or s == x or s == x or s == x or s == x or s == x or s == x

def g(s=2021):
    return float(s)

assert f(g())

def f(s: str, word="joe-man", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[0] and word[-1] == s[-1]

def g(word="joe-man", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:-1]) <= max_len and word[-1] == s[0]

assert f(g())

def f(x: str, a=1000):
    return len(x) == len(str(len(x))) or len(str(x)+1 != x)

def g(a=1000):
    return "a"

assert f(g())

def f(d: int, v=1):
    return int(d * 1 / v % 10) == v

def g(v=1):
    return int(v == 1)

assert f(g())

def f(x: int, a=939572615):
    return -(0.05 * a + 0.5) < 0.5

def g(a=939572615):
    return 4 + 2

assert f(g())

def f(s: str, s1="d", s2="d", s3="d", s4="t", s5="t", s6="t", s7="t", s8="d", s9="d", s10="d", s11="d", s12="d", s13="t", s14="v", s15="s", s16="v", s17="s", s18="v"):
    if len(s) < 8:
        return len(s) == len(s1)
    else:
        return len(s) == len(s2)

def g(s1="d", s2="d", s3="d", s4="t", s5="t", s6="t", s7="t", s8="d", s9="d", s10="d", s11="d", s12="d", s13="t", s14="v", s15="s", s16="v", s17="s", s18="v"):
    assert len(s1) == len(s2)
    assert len(s3) == len(s4)
    assert len(s5) == len(s6)
    assert len(s7) == len(s8)
    assert len(s9) == len(s10)
    assert len(s11) == len(s12)
    return "d"

assert f(g())

def f(d: int, n=18):
    return d > n or n < 0

def g(n=18):
    return int(n * n) + 1

assert f(g())

def f(x: float, a=1020):
    return x * a != 1020

def g(a=1020):
    return 0.5 * a

assert f(g())

def f(z: float, v=1416):
    z = ((z * 2) / 2) % 5
    return z > 0 or z == -z

def g(v=1416):
    return 0.7 / 2.5

assert f(g())

def f(z: float, v=9, d=0.001):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.001):
    return int(v) - d

assert f(g())

def f(m: int, a=2147471813, b=1):
    for i in range(5):
        m += 1
    return m > a

def g(a=2147471813, b=1):
    for i in range(5):
        a += i
    return a * i

assert f(g())

def f(x: int, a=9375777):
    return x == a

def g(a=9375777):
    return (a) & 0xffffffffffffffff

assert f(g())

def f(word: str, k=65):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(k=65):
    return ""

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - b > a
    else:
        return x - b

def g(a=253532, b=1230200):
    return int(a * b) - 2 * a

assert f(g())

def f(d: int, n=123456789):
    return d +  1.123456789 > n

def g(n=123456789):
    return n - 1

assert f(g())

def f(s: str, string="enlightenment"):
    return len(s) == len(string) and s in s

def g(string="enlightenment"):
    return "enlightenment"

assert f(g())

def f(s: List[str]):
    if len(s) != 0:
        return True
    for i in range(len(s)):
        if len(s) != 4:
            if i == 3:
                return False
            if i == 2:
                assert s[i] in l_[3:3]
            if i == 1:
                assert s[i] in l_[5:5]
            assert s

def g():
    return ["123456789"]

assert f(g())

def f(t: str, strings=['A', 'B', 'C', 'D', 'E', 'F'], n=3):
    if len(t) <= 5:
        return t == 'A'
    else:
        return t == 'B'

def g(strings=['A', 'B', 'C', 'D', 'E', 'F'], n=3):
    if len(strings) <= 20:
        return "A"
    else:
        return "B"

assert f(g())

def f(substring: str, name=":"):
    return substring.count(substring) == substring.count(name)

def g(name=":"):
    return str(name)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        elif i > 0 and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=50, b=121537):
    return int(str(x + a) * 848) >= x and int(x + b) >= 0 or int(x + b - 1) >= 0 and int(x) >= 0 and b >= 100

def g(a=50, b=121537):
    return int(a * a ** 0.5) + int(int(b) / a)

assert f(g())

def f(x: int, a=153532, b=1512000):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=153532, b=1512000):
    if a < 0 and b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a >= b
    return -a + b >= b

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(li: List[int]):
    return li[li[0]] + li[1] and li[li[2]] < li[3]

def g():
    return [0, 3] + [2, 4]

assert f(g())

def f(x: int, a=50, b=750000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=750000):
    if a > 50:
        return a + b > 750000
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[-11:] < s[-6]

def g():
    return "[1,2,3,4,5,6,7,8]".format(1,2,3,4,5,6,7,8)

assert f(g())

def f(x: int, upper=4, m=2):
    return m == x if upper == 3 in x else m <= 2 ** upper

def g(upper=4, m=2):
    return m == 3 if upper == 2 in x else 3

assert f(g())

def f(s: str, target="reverse me", reverse_=True):
    return s == target

def g(target="reverse me", reverse_=True):
    if reverse_:
        return target
    else:
        return target

assert f(g())

def f(x: int, a=253532, b=1350, c='', s=5, d=0.000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1350, c='', s=5, d=0.000):
    if a > 50 and b > 1350:
        return a - b
    else:
        return a + b

assert f(g())

def f(p: str):
    return p == 'moves'  # this gives a better algorithm

def g():
    return "moves"  # this will give a more accurate algorithm

assert f(g())

def f(x: int, a=12345678, b=45, c=1844):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a + b

def g(a=12345678, b=45, c=1844):
    if a < b or c < 9:
        return a + b
    else:
        return a + b

assert f(g())

def f(v: int):
    return v > 64

def g():
    return int(int("123456789" + "0"*9) * 64)

assert f(g())

def f(x: int, a=10010100000):
    return x ** 5 >= a

def g(a=10010100000):
    return 100000000 + a

assert f(g())

def f(x: int, a=1004):
    return x == a

def g(a=1004):
    return a

assert f(g())

def f(n: int, a=3, b=23463462):
    return a < b

def g(a=3, b=23463462):
    return a * b - b

assert f(g())

def f(probs: List[float]):
    return max(probs[( i + 1) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [1.0*((i + 2)%3) for i in range(1) for j in range(3) for j in range(3)]

assert f(g())

def f(x: int, a=1440, b=4464):
    return x - b > b

def g(a=1440, b=4464):
    return int(a ** 2) + int(b ** 2) + ((0 * a) + 1)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            # no more moves
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: float, v=9, d=0.0001):
    return int(x * 1 / d % 10) == v

def g(v=9, d=0.0001):
    return float(v * v) / 10

assert f(g())

def f(n: int, t=197, upper=20):
    m = n * n
    for i in range(t):
        if n <= 1:
            return False
        m += 1 * m
    return m > 2 ** upper

def g(t=197, upper=20):
    return int(int(t) * t) + 1

assert f(g())

def f(nums: List[int], n=12345):
    if n < len(nums):
        n ^= len(nums)
    else:
        n = len(nums)
    return n > 1

def g(n=12345):
    return [1, 2]

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        m = 3 * n + 1 if n % 2 else n // 2
    return m <= 2 **upper

def g(t=197, upper=20):
    m = 3 * t + 1 if t % 2 else t // 2
    return int(m - 1 - 1) + 1

assert f(g())

def f(n: int, a=34546313, b=10):
    return n // b == a

def g(a=34546313, b=10):
    return int(a) * b

assert f(g())

def f(n: int, t=197, upper=100):
    m = n
    for i in range(t):
        if n <= i:
            return False
        if n == 1:
            return True
        for j in range(t):
            if i < m:
                newj = []
                if i + j < m:
                    newj.append(rand(2 * i, 256) + j)

def g(t=197, upper=100):
    return t + 1 - t

assert f(g())

def f(prefix_name: str):
    return prefix_name.lower() == prefix_name.lower()

def g():
    return "abcde"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.count(s) == 2

def g(big_str="foobar", index=2):
    return big_str[index]

assert f(g())

def f(s: str, word="m"):
    print("There are no names on this page.")
    print(s)

    print("There are at least three names here.")
    print(word)

    return len(s) == len(word)

def g(word="m"):
    return "M"

assert f(g())

def f(s: str):
    return str(s).startswith("hello")

def g():
    return "hello\n"

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999) or list(range(999) and set(range(999))) and len(li))

def g():
    return list(list(range(999) and set(range(999))))

assert f(g())

def f(s: str, word="abcdddccddcccc"):
    if len(word) <= len(s) and len(s) >= len(word):
        return word == s

    return s[len(word) - 1] == 0 and s[len(word) - 1] != word[len(word)]

def g(word="abcdddccddcccc"):
    return "abcDddc" if word == "" else word

assert f(g())

def f(n: int, a=4, b=13):
    return n > 3

def g(a=4, b=13):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len = 1024):
    if len(word) <= max_len:
        return word == s
    if max_len < 2:
        return max_len == 2
    if len(word) == max_len:
        return max_len == 1
    return int(s[1:-1]) == max_len or max_len < 2

def g(word="antidisestablishmentarianism", max_len = 1024):
    return str(word)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a and x + b == b

def g(a=253532, b=1230200):
    return int(a * (253532 - 10) + b) - 12

assert f(g())

def f(xz: str, b=13585598):
    if xz:
        return True
    else:
        return False

def g(b=13585598):
    return str(b)

assert f(g())

def f(n: int, a=8674737):
    return n > a

def g(a=8674737):
    return int(int("9999" + "0"*9) + a)

assert f(g())

def f(sides: List[int]):
    return sides[0] == 1 or sides[-1] == sides[-2]

def g():
    return [0, 0]

assert f(g())

def f(x: int, a=123456789):
    return x == a

def g(a=123456789):
    return 0 + a

assert f(g())

def f(c: int, l=123456789):
    if c == 0:
        return c
    return c == l

def g(l=123456789):
    if l == 0:
        return 0
    return l

assert f(g())

def f(x: int, a=2, b=13500):
    if x > 0 or b > 13500:
        return x - a == b
    else:
        return x + a == b

def g(a=2, b=13500):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    m = 0
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return m == m

def g():
    n = 0
    if n-1:
        return 1
    else:
        return -1

assert f(g())

def f(s: str):
    if s.count('o') == 1 and s.count('oo') == 0:
        return False
    return True

def g():
    return "123456789"

assert f(g())

def f(s: str, prefix="foobar", suffix="dummy", substrings=['bar', 'baz']):
    from collections import defaultdict
    for i in range(len(prefix)):
        if prefix is not None and prefix[i] != suffix:
            return True
    if prefix is not None:
        prefix = prefix + prefix[1]
        prefix = prefix + prefix[2]
        prefix = prefix + prefix[3]
        prefix = prefix
        prefix = prefix
        prefix = prefix[0]
        prefix = prefix[1]
        prefix

def g(prefix="foobar", suffix="dummy", substrings=['bar', 'baz']):
    if prefix is None:
        return None
    if prefix in prefix:
        return prefix
    return prefix[:prefix]

assert f(g())

def f(name: str, substring="b", count=10, length=100):
    return substring == name and 0 >= 0

def g(substring="b", count=10, length=100):
    b = substring + substring[::-1]
    count = 1
    substring = substring[::-1]
    if not substring and b[::-2] != 0:
        return not substring
    else:
        return str(substring)

assert f(g())

def f(x: float):
    return float(x) > 3.1415

def g():
    return 2.5 * 0.9 + 1.1 * 4.0 * 0.3

assert f(g())

def f(n: int, a=18, b=50, c=20):
    return n + a > sum([c * i for i in range(c)])

def g(a=18, b=50, c=20):
    return sum([c * i for i in range(c)])

assert f(g())

def f(path: List[int], edges=[[1, 1], [2, 2], [3, 3]]):
    assert [path[0] == 0 and all(e) for e in edges]
    return len(path) % 2 == 0

def g(edges=[[1, 1], [2, 2], [3, 3]]):
    return [1, 2]

assert f(g())

def f(n: int, a=14301, b=5):
    return n // b == a

def g(a=14301, b=5):
    return a * b + 1

assert f(g())

def f(n: int, a=15482, b=23223):
    if n == 0:
        return None
    else:
        return n % 3 != 0

def g(a=15482, b=23223):
    return (a+15482) % (a*9) + (b+23223)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    def bot_move():  # bot takes objects from the largest heap to make it match the second largest heap
        vals = sorted(state, reverse=True)
        i_lower = vals[::-1]
        vals[::-1] -= max(vals[::-1], 1)
        if set(vals[::-1] == target):
            return True
        return false
    return True

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str, big_str="foobar", index=-2):
    return big_str.index(s) != index

def g(big_str="foobar", index=-2):
    return ""

assert f(g())

def f(x: str, s = 'hi'):
    return str(x) == s

def g(s = 'hi'):
    return s

assert f(g())

def f(s: str, a=1314159, b=671638):
    return str(s) == "abcdefghijklmnopqrstuvwxyz"

def g(a=1314159, b=671638):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, a=['hello world', 'do', 'world']):
    return s in a and s == 'hello world' or s == 'hello world' and s == li[a]

def g(a=['hello world', 'do', 'world']):
    return "hello world"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::1] == target) == reverse

def g(target="reverse me", reverse=True):
    return target if target else reverse

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) + a > 10 ** -3

def g(a=1020):
    return float(a)/a * a

assert f(g())

def f(n: int, a=1601):
    return a > 0 and n == a

def g(a=1601):
    if isinstance(a, int):
        return a
    elif isinstance(n, str):
        return isinstance(n, str)
    else:
        return n == a

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(100, 100)) and all(li[i] != i for i in range(len(li)))

def g():
    return list(range(100, 100)) and all((li[1] == 0) and c('a' in li) for li in range(len(li)) for c in li)

assert f(g())

def f(s: str, word="bob"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="bob"):
    return "bob"

assert f(g())

def f(c: int, n=60000):
    return n <= c

def g(n=60000):
    return n * 60000

assert f(g())

def f(big_str: str, sub_str="foobar", ind=6):
    return big_str and len(big_str[ind]) == len(big_str[ind])

def g(sub_str="foobar", ind=6):
    return str(sub_str)[0][0] + sub_str

assert f(g())

def f(s: List[int], n=12345):
    try:
        return len(s) == 2
    except TypeError:
        return len(s) == s.count()

def g(n=12345):
    return [1,2]

assert f(g())

def f(x: int, a=1444885516):
    return x == a

def g(a=1444885516):
    return int(a)

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=4, b=54368639):
    return int(a^b)

assert f(g())

def f(s: str, word="babesrebel", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="babesrebel", max_len=10):
    if max_len:
        return str(word)
    return word.replace('b', 'b')

assert f(g())

def f(x: int, a=-37, b=2518):
    return x - a > b

def g(a=-37, b=2518):
    return a * (1 - b) * 10

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) + 3:]

assert f(g())

def f(s: str, target="foobarbazwow"):
    if target == "foobarbazwow":
        return s == target
    elif target == "foobarbazwow":
        return s == target
    else:
        return s

def g(target="foobarbazwow"):
    return "foobarbazwow"

assert f(g())

def f(s: str, target="reverse me + reverse me", reverse=False):
    return s in s and target in s

def g(target="reverse me + reverse me", reverse=False):
    return "reverse me [" + target + "] "

assert f(g())

def f(s: str):
    if s[::-1] == 0:
        return False
    else:
        from math import pi
        if s[::-1] == 1:  # no leap forward moves, no kings
            return True

    return True

def g():
    return "123456789"

assert f(g())

def f(x: int, a=4250.7, b=20):
    return x-a < 0.3

def g(a=4250.7, b=20):
    return int(a == 4250.7)

assert f(g())

def f(x: str):
    return  x == 'Hello world'

def g():
    return "Hello world"

assert f(g())

def f(x: List[int], n=4):
    n = 3 * n + 1
    for i in range(n):
        if i == 0:
            return True
        i += 1
    n += 1
    return n[0] == 3 and len(x[-1] == 2) == len(x[0])

def g(n=4):
    return [(1 + n * n) for n in range(4)]

assert f(g())

def f(s: str, a=1020):
    return 0.5 == 0.5

def g(a=1020):
    return "hello world"

assert f(g())

def f(s: str, word="wilbom"):
    s.count("konjac") == 2 and word[-1] == 1
    return True

def g(word="wilbom"):
    return str(word[: 3])

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASMoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASMoreCAPITALS"):
    caps = 10
    if caps > len(s):
        return s.lower()
    caps = caps + 2
    return s.upper()

assert f(g())

def f(s: str, target="foobarbazowyozof", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazowyozof", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2]

assert f(g())

def f(n: int, s=2, t=1):
    return n > 2

def g(s=2, t=1):
    return s * t + 1

assert f(g())

def f(s: str, word="antidiom", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s.count("a") == word[0]-1) and word[1] == s[0] and word[-1] == s[-1]

def g(word="antidiom", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word.count("a") == word[0]-1) and word[1] == word[-1] and word[-1] == word[-2]

assert f(g())

def f(x: int, a=1073258, b=0):
    return a + x == b

def g(a=1073258, b=0):
    return a*b - a + b

assert f(g())

def f(s: str, target="foobarbazwow", b=1545454545454548):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", b=1545454545454548):
    return target

assert f(g())

def f(s: str, word="sabbeserist", max_len=12):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="sabbeserist", max_len=12):
    if len(word) <= max_len:
        return "sabbeserist"
    return int(i + 2) > 2

assert f(g())

def f(s: str, word="konjac"):
    return s.lower() == word

def g(word="konjac"):
    return str(word)

assert f(g())

def f(n: int, a=7, b=16, c=23):
    m = n
    for i in range(3):
        if m == i and b == a:
            return m * c != b
        return True

def g(a=7, b=16, c=23):
    return a + b + (c + a) + c + a + 1

assert f(g())

def f(s: str, word="anti-disestablishmentarianism", max_len=64):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-2]) == len(word[1:-2]) and word[0] == s[0] and word[-2] == s[1]

def g(word="anti-disestablishmentarianism", max_len=64):
    if max_len < 2:
        return word == s
    else:
        return word

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // (b + a) == a

def g(a=345346363, b=10):
    return 1 + a *(b + a)

assert f(g())

def f(s: str, target="foobarbazwow", p=1001):
    return len(s) == len(target)
    return len(s) > len(target) and len(target[i] in p) > len(target[i] in p)

def g(target="foobarbazwow", p=1001):
    if target[0] < target[1]:
        return target
    if target[1] > target[2]:
        return target
    return None

assert f(g())

def f(n: int, a=5, b=10):
    if n == 0 and ((n * n * 1) == 5 and (b < 5) or (b > 5)):
        return a > (b * n) and (b > (n * n * 1))
    else:
        return a > (b * n)

def g(a=5, b=10):
    if a < b:
        return 0
    else:
        return a < b

assert f(g())

def f(n: int, m=10):
    return m // n != m

def g(m=10):
    return 2 * m - 1

assert f(g())

def f(x: int, a=7535, b=13000):
    if x > 0 or a > 50:
        return x - a > 50
    else:
        return x - a

def g(a=7535, b=13000):
    if a < 50:
        return x - a < 50
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s >= target if len(s) >= 3 or len(s) == 2 else s[0] == 5

def g(target="foobarbazwow", length=6):
    return "foobarbazwow\n"

assert f(g())

def f(x: float, a=90252338):
    return x > a

def g(a=90252338):
    return 2.5*a

assert f(g())

def f(s1: str, t=199):
    return "Hello " + s1 == "Hello world"

def g(t=199):
    return "world"

assert f(g())

def f(n: int):
    for i in range(5):
        if n % 5 == 1:
            return False
    return True

def g():
    return [10, 10, 5][1]

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in range(len(s)):                  # for every character of s, we have to change n
        if s[i] != n:
            return True
    return False

def g():
    return int("123456789")

assert f(g())

def f(nums: List[int], word="konjac"):
    if len(nums) > 3 and len(word) > 3:
        # don't forget the last two
        return True
    return False

def g(word="konjac"):
    return [int(i + 2) for i in range(100)]

assert f(g())

def f(n: int, a=3, b=463462):
    return b // n == a

def g(a=3, b=463462):
    return b // a

assert f(g())

def f(max_time: int, a=1542):
    if max_time >= a:
        return True
    else:
        return False

def g(a=1542):
    return int(a * 5)

assert f(g())

def f(s: str, w=12500, b=10150):
    return s == 'hello world'

def g(w=12500, b=10150):
    return w == b or 'hello world'

assert f(g())

def f(s: str, a=1020):
    return len(s) == 1

def g(a=1020):
    return str(a - 1020)

assert f(g())

def f(x: int, a=253532, b=1230200, target=21):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200, target=21):
    if a < 20 and b < 50:
        return a - b == 1.0
    else:
        return a + b

assert f(g())

def f(n: int):
    return str(n * n).startswith("1223456789")

def g():
    return int(int("1223456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", upper=1155):
    return len(s) == len(target) or len(target) == 1

def g(target="reverse me", upper=1155):
    return target #= target and target

assert f(g())

def f(i: int, a=100000, b=10000):
    try:
        return i + b + 1 != 0
    except IntegrityError:
        return list(repr(i + b))

def g(a=100000, b=10000):
    return 1

assert f(g())

def f(string: str, substring="abcdefghijklmnopqrstuvwxyz"):
    return string.count(string) == string.count(substring) and len(string) == len(substring)

def g(substring="abcdefghijklmnopqrstuvwxyz"):
    return substring + ""

assert f(g())

def f(n: int, u=4191):
    return n >= 0 and n > u

def g(u=4191):
    return int(int(u * u) + u) + 1

assert f(g())

def f(s: str):
    return str(s) in sorted(s) != sorted('Permute me false') and s == s[::-1]

def g():
    return "s"

assert f(g())

def f(n: int, a=4, b=10):
    return n % 2 == 0 and n % 5 == 0 and n >= 2

def g(a=4, b=10):
    return 2 + 2 * a + 2 * b

assert f(g())

def f(list: List[int], a=20, b=23223):
    return {b for b in list} == {1, 2, 3, 4, 6, 17, 19, 20, 34}

def g(a=20, b=23223):
    return [1, 2, 3, 4, 6, 17, 19, 20, 34]

assert f(g())

def f(s: str):
    return s.count('1') == 1
    s.count('5') in s.head(s.count('a')) <= len(s.head())
    return str(s.count('d')) == len(s.tail()) - 1

def g():
    return '1'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 == 0] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) -  length) % 2 == 0]

assert f(g())

def f(t: int):
    return t > 1e8

def g():
    return int(int("123456789" + "1"*9) ** 2)

assert f(g())

def f(x: int, a=10201202001):
    return x / 2 == a

def g(a=10201202001):
    return 10201202001 + a

assert f(g())

def f(s: str, target="reverse konjac"):
    if target == 'reverse konjac':
        return True
    else:
        return False

def g(target="reverse konjac"):
    if target == 'reverse konjac' and target is not None:
        return "reverse konjac"
    else:
        return False

assert f(g())

def f(n: int):
    return n < 3

def g():
    return f(10) + 2

assert f(g())

def f(x: int, a=25030, b=500000):
    if x > 0:
        return x - a > b
    else:
        return x + a > b

def g(a=25030, b=500000):
    new_a = None
    new_b = None
    for i in range(500000):
        new_a = (i+1) + (b-i) + a
    return new_a

assert f(g())

def f(s: str, word="konjac", MaxLen=50):
    if len(word) <= MaxLen:
        return word == s
    return int(words[word].upper() + MaxLen[word]) >= min(words[word])

def g(word="konjac", MaxLen=50):
    if len(word) <= MaxLen:
        return word
    return int(words[word]) >= min(words[word])

assert f(g())

def f(s: str):
    return s.count("8") == 3 and s.count("1") == 1 or s.count("6") == 2

def g():
    return str(get(s.count("9") + 1) for s in (9, 9, 9))

assert f(g())

def f(s: str):
    return s != 'World' and s != 'world'

def g():
    return str(int(("123456789" * 9) + "0"*9) ** 0.5 for i in range(1000))

assert f(g())

def f(x: int, a=100, b=3525, reverse=False):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=3525, reverse=False):
    if a % b == 0:
        return a + b % b == 0 * b
    else:
        return a + b

assert f(g())

def f(s: str, s1="a", s2="b", count1=2, count2=12):
    return s[-1] in s[-1] == s[-10] and s[15:count2] == s[-15:count2]

def g(s1="a", s2="b", count1=2, count2=12):
    return "123456789" * (count1 + count2)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=1000):
    if max_len > 1:
        return word
    else:
        return 0

assert f(g())

def f(x: int, b=95990925):
    return x == b

def g(b=95990925):
    return int(b)

assert f(g())

def f(x: int, a=178912, b=-93206):
    return x - a == b

def g(a=178912, b=-93206):
    return a + b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("d") > x.count("c")) and
                     ('d' in x) for x in s)

def g():
    return ["d"*(i+2)+"z" for i in range(1000)]

assert f(g())

def f(idx: int):
    return idx % 2 == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=65, b=80):
    return x - a > b

def g(a=65, b=80):
    return (a + 1) * (b - 1)

assert f(g())

def f(x: int, a=8665464, b=93206):
    return (x ^ b) + x == b

def g(a=8665464, b=93206):
    return (f(a) ^ f(b)) + f(b)

assert f(g())

def f(z: float, v=9):
    return z / v != 9

def g(v=9):
    return int(v) / 9

assert f(g())

def f(x: str, s="hello"):
    return len(x) == len(s)

def g(s="hello"):
    return s

assert f(g())

def f(s: str, word="antism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[max_len-1:]) == len(word[max_len:]) and word[0] == s[max_len:] and word[-1] == s[max_len-1:]

def g(word="antism", max_len=10):
    if len(word) <= max_len:
        return word
    elif len(word) == max_len:
        return ''
    return ''

assert f(g())

def f(s: str, word="vitalistism", max_len=10000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[0]

def g(word="vitalistism", max_len=10000):
    if len(word) <= max_len:
        return word
    return str(word) == s

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v >= 0 for v in x])  # i == n
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if s > t:
            return i == n
        i += 1
    return i != n or n % 5

def g(t=50, n=10):
    return []

assert f(g())

def f(n: int, d=2021):
    for i in range(2021):
        if d != n:
            return False
    return True

def g(d=2021):
    return d

assert f(g())

def f(s: str, length=1):
    return len(s) == length

def g(length=1):
    return str(length)

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s in target

def g(target="reverse me", reverse=False):
    target = "reverse me"
    a = target.rstrip()
    b = target.rstrip()
    c = target.rstrip()
    d = target.rstrip()
    e = target.rstrip()
    f(c, target, reverse=reverse)
    return "reverse me"

assert f(g())

def f(n: int, a=345346363, b=10, coeffs=[]):
    return n - 2 * n - 1 and n == a or b < 1e-6

def g(a=345346363, b=10, coeffs=[]):
    return a or (0 <= coeffs.count(a) <= 1) + (1 <= coeffs.count(b) <= 1) + (1 <= coeffs.count(b) <= 1)

assert f(g())

def f(s1: str):
    return set(s1) == set("20-+*/")

def g():
    return "20-+*/"

assert f(g())

def f(path: List[str]):
    return all(inclusive([0] == path) for i in range(len(path) - 1))

def g():
    return list()

assert f(g())

def f(n: int, w = 100):
    return n > w

def g(w = 100):
    return int(int(w * 24) + 1) + 1

assert f(g())

def f(c: str, word="cute"):
    return c == 'cute'

def g(word="cute"):
    return word.replace("\n", "")

assert f(g())

def f(n: int, a=123):
    return a == n

def g(a=123):
    return 1 * a

assert f(g())

def f(li: List[int]):
    return list(range(999)) and len(li) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int, a=3454654, b=10):
    return n // b == a

def g(a=3454654, b=10):
    return int(a) * b

assert f(g())

def f(x: int, a=93252338):
    assert x == 93252338
    return x == a

def g(a=93252338):
    return a

assert f(g())

def f(n: int, t=10):
    return abs(n ** 2 - n) > t

def g(t=10):
    return abs(int(t) ** 2 - int(t) ** 1)

assert f(g())

def f(n: int):
    return len(str(n + 1)) == len(str(n + 1 + 1001))

def g():
    return int(int("123456") * 3) + 1

assert f(g())

def f(x: int, a=503532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > b

def g(a=503532, b=1230200):
    return int(int("123456789" + "0"*25)**0.5) + 1

assert f(g())

def f(s: str, word="myself", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1], 0) == len(word)

def g(word="myself", max_len=20):
    if len(word) <= max_len:
        return word
    return len(word) == max_len

assert f(g())

def f(i: int):
    return len(str(i + 1001 - 1)) == len(str(i + 1))

def g():
    return int(int("123456789") * 1001)

assert f(g())

def f(s: str):
    return set(s) == set("1");

def g():
    return str("1");

assert f(g())

def f(s: str):
    return s == 'o' and s == 'o'

def g():
    return 'o'

assert f(g())

def f(x: int, a=9210000):
    return x == a

def g(a=9210000):
    return int(a) if a else 3

assert f(g())

def f(c: int):
    return c >= 0 and (c - 1) >= 0 and (c < 2) >= 0 and c != 2

def g():
    return 10

assert f(g())

def f(n: int, a=1448, b=1222):
    a = 1548 - 1
    b = 1222 + 1
    target = 2 * a + b
    return a < target

def g(a=1448, b=1222):
    return 2 * a + b

assert f(g())

def f(df: List[int], n=18):
    assert n >= 0, "No values allowed for `df`. This happens when you have more than 2 or 3 or 3 points in the `df`."
    return len(df) == 3

def g(n=18):
    return [1, 2, 3]

assert f(g())

def f(x: str, s=679):
    x, b = str(len(x))
    return str(x) is not None

def g(s=679):
    return "hello world"

assert f(g())

def f(s: str):
    for c in s:
        if c not in s:
            return False
    return True

def g():
    return "123"

assert f(g())

def f(x: str, a=631):
    return x.count("abc") == 1

def g(a=631):
    return str(a * 631*6) + "abc"

assert f(g())

def f(x: int, a=102000101):
    return x == a

def g(a=102000101):
    return int(a)

assert f(g())

def f(n: int, v=20, w=100):
    for i in range(n):
        if v <= w:
            w *= 3
        if v > w:
            w /= 3
            v <= n
    return w >= 0 or v <= w <= w

def g(v=20, w=100):
    return v * w * v

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASMoreCAPITALS"):
    caps = 0
    for c in s_case:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASMoreCAPITALS"):
    caps = len(s)
    c = s
    if c != s:
        return
    return caps < len(s) if caps > len(s) else s.lower()

assert f(g())

def f(x: int, a=1020120401):
    a = int(a)
    return (a ^ x) == 0

def g(a=1020120401):
    return a

assert f(g())

def f(x: int, a=7694765, b=4096):
    if x > 0 or a > 20:
        return x - a == b
    else:
        return x + a == b

def g(a=7694765, b=4096):
    if a > 20: return a + b
    else: return a + b

assert f(g())

def f(x: float, n=4):
    return n - abs(x) < n

def g(n=4):
    return -int(n)/2

assert f(g())

def f(x: int, a=102021100032):
    return x ** 2 > a

def g(a=102021100032):
    return 2 * a

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a % n == 0 and b % n == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return -a % b

assert f(g())

def f(z: float, v=9, d=0.0001):
    if z != 0:
        z > 0
    if v > 0:
        return z - v / 1 == -1

def g(v=9, d=0.0001):
    return float(v) + -1

assert f(g())

def f(s: str, a=[]):
    return "Hello " + s == "Hello world"

def g(a=[]):
    return "world"

assert f(g())

def f(z: int, n=1000):
    return z < n

def g(n=1000):
    return 0

assert f(g())

def f(d: int, n=120):
    return d > n or all(d < 20 or d == 0 and n == 0 and "8")

def g(n=120):
    return n * 10

assert f(g())

def f(s: str, name=''):
    return s in list(s)

def g(name=''):
    return "g"

assert f(g())

def f(s: str, target="bobl", length=12):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="bobl", length=12):
    return target[(len(target) - length) * 2:len(target) + length]

assert f(g())

def f(s: str, z=0):
    for i in s.lower():
        if s[i] == z:
            return False
    return True

def g(z=0):
    return str(z) * z

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) + 2 // 2 + len(target) // 2 - len(target) ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 1) % 4]

assert f(g())

def f(x: int, a=255, b=1230200):
    if x > 0 or a > 10:
        return x - a >= b
    else:
        return x + a + b

def g(a=255, b=1230200):
    return int(a) * (a - b) * (1000 - b)

assert f(g())

def f(s: str):
    return s[::-1] <= s[0]

def g():
    return "world[0:2,0,3,0]"

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a <= 0 and n <= upper_bound and n < 25

def g(a=15, b=27, upper_bound=150):
    return int(a % b <= 0 and a < b <= 0)

assert f(g())

def f(x: int, f = 8):
    return abs(x^2 - 2) < 8

def g(f = 8):
    return -1

assert f(g())

def f(strs: str, a=1000):
    return str(a) in strs

def g(a=1000):
    return "123456789" + str(a)

assert f(g())

def f(n: int, a=15482, b=3222):
    return n - a + b >= 0

def g(a=15482, b=3222):
    return int(a) + 2 * 9 + 1

assert f(g())

def f(x: float, a=8697464):
    return x - a < a

def g(a=8697464):
    return float(a)

assert f(g())

def f(s: str, target="do"):
    return s.lower() == target.lower()

def g(target="do"):
    return "do"

assert f(g())

def f(string: str, substring="a", count=15, length=100):
    return str(string) == substring

def g(substring="a", count=15, length=100):
    return substring

assert f(g())

def f(n: int, b=25, upper_bound=150):
    """
        return n > 0 or n > 0, upper_bound > 0
    """
    return n > 0 or -upper_bound or -upper_bound > 0

def g(b=25, upper_bound=150):
    """
        return n > 0 or -upper_bound or -upper_bound > 0

        for i = 1, 2, 3, 4:
            return i*(i+2)
    """
    return 1 + b

assert f(g())

def f(n: int, a=3, b=23463462):
    return n * a < b

def g(a=3, b=23463462):
    return int(int(a) ** 0.4) + 1

assert f(g())

def f(subsub: str, s=""):
    return s not in set(subsub)

def g(s=""):
    return ""

assert f(g())

def f(v: int, m=1234578987654321):
    v = v**2 if m >= 0 and m != 0 else m
    return v >= m

def g(m=1234578987654321):
    return int(m*len("1234577") + 5 + m)

assert f(g())

def f(s: str):
    "Hello "
    return s == "Hello world"

def g():
    "Hi"
    return "Hello world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(s)) // 2:(len(target) + len(s)) // 2] == s

def g(target="foobarbazwow", length=6):
    if len(target) < 1:
        return f(target).join()
    return ""

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1230200):
    if a > 50:
        return a / b
    else:
        return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or s == target[(s[0] < target) & (s[0] >= target)]

def g(target="reverse me", reverse=True):
    return target == target if target == reverse else target

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a / x + b == b

def g(a=1073258, b=72352549):
    return 3 * a * b

assert f(g())

def f(str: str):
    return str in sorted(str, reverse=False)

def g():
    return "2"

assert f(g())

def f(n: int, a=23463462, b=23463461):
    return b // n == b

def g(a=23463462, b=23463461):
    return 1

assert f(g())

def f(x: int, a=1073258, b=11555555):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=11555555):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=1010, b=1, n=10):
    print(x < a)
    return x >= a and n <= 10

def g(a=1010, b=1, n=10):
    return n + a + n * b + n * a

assert f(g())

def f(e: str):
    assert len(e) >= 7
    return len(e) == 7

def g():
    return "newline"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    # reverse is reversed of top(s)
    return s == target

def g(target="reverse me", reverse=True):
        return "reverse me"

assert f(g())

def f(s: str, wordWrap="konjac"):
    for i in range(len(wordWrap)):
        if i == 0:
            if s[i] != wordWrap[i]:
                return False
        else:
            if s[i] != wordWrap[i]:
                return False
    return True

def g(wordWrap="konjac"):
    return str(wordWrap)

assert f(g())

def f(li: List[int], edges=[]):
    return sorted(li) == list(range(999)) and all(li[i] == i for i in range(len(li)))

def g(edges=[]):
    return sorted(list(range(999)))

assert f(g())

def f(x: int, a=5455, b=1137):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5455, b=1137):
    return a + b

assert f(g())

def f(t: str):
    return str(t) == "abbbcabbac"

def g():
    return "abbbcabbac"

assert f(g())

def f(x: int, a=43252338, b=14545310):
    return x - a == b

def g(a=43252338, b=14545310):
    return a + b

assert f(g())

def f(s: str):
    return s in ["Hello", "world", "me"]

def g():
    return "Hello"

assert f(g())

def f(s: List[int]):
    return len(s) == len(set(s)) >= 2

def g():
    return [2, 3, 0]

assert f(g())

def f(x: int, a=253532, b=1030200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1030200):
    if a > 253532:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=-381, b=14546310):
    return x + b < a

def g(a=-381, b=14546310):
    return int(a * b)

assert f(g())

def f(x: str, a= ['f'], b=['f']):
    return x in x.split("\\|")

def g(a= ['f'], b=['f']):
    return str(a < b)

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('o') == 0

def g():
    return "stringify"

assert f(g())

def f(n: int):
    return (1 > n)

def g():
    return int(1 - 0.5)

assert f(g())

def f(s: str):
    return str(s[::-3]) + s[::-3] < s[::-4]

def g():
    return "world[a]bar"

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) >= 5 ** -1

def g(a=1020):
    return int(a) / 10

assert f(g())

def f(x: int, a=105324):
    return x == a

def g(a=105324):
    return int(a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0:
        return []
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=5017):
    if len(word) <= max_len:
        return word == s
    out = (max_word + len(s) for s in s)
    assert out != len(list(word.items())) != len(list(s))
    assert '\n' in out
    assert '\x00\x00' in out
    for i in range(len(s)):
        out[i] = s[i-1]
    assert len(out) in out
    assert '\x00\x00' in out

def g(word="antidisestablishmentarianism", max_len=5017):
    if len(word) <= max_len:
        return word
    out = (max_word + len(word) for word in word)
    assert out != len(list(word.items())) != len(list(word.items()))
    assert '\n' in out
    assert '\x00\x00' in out
    assert '\x00\x00' in out
    for i in range(len(s)):
        out[i] = s[i-1]
    assert len

assert f(g())

def f(n: int, a=345346363, b=10):
    return a % n == a

def g(a=345346363, b=10):
    return a + b + (a > b)

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) >= 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if abs(n) == 1000:
            return False
        if not abs(n) < 1000:
            return True
        if not abs(n) >= 1000:
            n = 3 * n + 1
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return len(li) == len(list(range(999)))

def g():
    return list(list(range (999)))

assert f(g())

def f(s: str, a=['fals', 'falsfals']):
    return s in s and s in a

def g(a=['fals', 'falsfals']):
    return str(a[0])

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return int(len(s) % 5) == index

def g(big_str="foobar", index=1):
    return str(len(big_str) % 5)

assert f(g())

def f(v: float, d=0.0001):
    return float(v * d / 3.1415) == v

def g(d=0.0001):
    return int(d) / 3.1415

assert f(g())

def f(x: int, a=242530):
    if x > 0 or a > 50:
        return x - a > a
    else:
        return x + a == b

def g(a=242530):
    return int(int("123456789" + "0"*12))

assert f(g())

def f(s: str):
    return set(s) == set('hello world') or s.count("8") == 1 and eval(s) == 1

def g():
    return "hello world"  # should replace empty string

assert f(g())

def f(x: int, a=205329, b=11703316):
    return a + x > b

def g(a=205329, b=11703316):
    return (a+b)**10 + (-1)**2

assert f(g())

def f(t: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 == 0] == t

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 3) % 3 == 0]

assert f(g())

def f(bills: List[str], denominations=[]):
    return all(bills[::-1] == s for b in denominations)

def g(denominations=[]):
    return list()

assert f(g())

def f(f: str, v=9, d=2):
    return f != 2 and f != 3

def g(v=9, d=2):
    return "foo" and "bar"

assert f(g())

def f(m: int, a=5):
    return abs(m * a) >= 5* a

def g(a=5):
    return a* 5

assert f(g())

def f(n: int):
    m = n // 2
    for i in range(m):
        if m < m + m > 2:
            return False
    return True

def g():
    return 1

assert f(g())

def f(s: str, real_str="foobar", length=8):
    return s[0:8] == real_str

def g(real_str="foobar", length=8):
    return real_str

assert f(g())

def f(string: str, substring="a", count=10, length=100):
    return substring == string[0] and substring == string[-1]

def g(substring="a", count=10, length=100):
    l = length
    if (count == -1 or l < 10):
        print("count of " + str(substring))
        return str(str(l))
    return str(substring)

assert f(g())

def f(s: str, a=17, b=-93206):
    return s in s

def g(a=17, b=-93206):
    if a < b:
        return "[a]*17(b) - 3"
    return "2"

assert f(g())

def f(s: str, a=['topsep', 'bird'], b=['tree', 'fly', 'topsep', 'bird', 'tree']):
    return s in a and s in b

def g(a=['topsep', 'bird'], b=['tree', 'fly', 'topsep', 'bird', 'tree']):
    return 'topsep'

assert f(g())

def f(b: int, q = 10):
    if b >= 0:
        return b == q
    else:
        return b / q

def g(q = 10):
    return int(q)

assert f(g())

def f(n: int, s="hello world", target=35):
    return (n > 5) % 2 == 0

def g(s="hello world", target=35):
    return (0 == 10) % target and s == "hello world"

assert f(g())

def f(x: List[int]):
    return len(x) == 4 and x != 3

def g():
    return [3 for i in range(4)]

assert f(g())

def f(i: int, n=7012):
    return int(i) >= n

def g(n=7012):
    return int(int(n)**7) ** 7

assert f(g())

def f(x: int, a=5125, b=132601):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=5125, b=132601):
    if a < 0 or b < 0:
        return a > b or a < 10
    else:
        return a + b

assert f(g())

def f(d: int, n=1223):
    return d > n and n != 0

def g(n=1223):
    return int(n**3) + 1

assert f(g())

def f(s: str, n=5):
    return sorted(s) == sorted('Permute me false') and n == 5

def g(n=5):
    try:
        return str(n[::-1])
    except Exception as e:
        return "Permute me false"
    except StopIterationError as e:
        return "Permute me false"

assert f(g())

def f(n: int, v=17):
    return n >= 5

def g(v=17):
    return int(v * 17)

assert f(g())

def f(m: int, k=2):
    return m + k < 2 * m

def g(k=2):
    return (k - 1) + 2

assert f(g())

def f(n: int, t=14556789):
    return n * 3 + t < -3.1415

def g(t=14556789):
    return t * (1 - t) + 3

assert f(g())

def f(x: int, a=50, b=100):
    if (x > 0 or a > 50) or (x < 0 or a > 50):
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=100):
    return int(a) + int(b) - int(b) + int(0) + int(100)

assert f(g())

def f(s: List[str]):
    return s.count("abcdefghijklmnopqrstuvwxyz") == 10

def g():
    return ["abcdefghijklmnopqrstuvwxyz" for i in range(10)]

assert f(g())

def f(x: int, a=7, b=100, c=20):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    elif a == -2:
        return x % 2 == 1
    elif a == -3:
        return x % 2 == 1
    else:
        return x + (a-b) > a or x > b

def g(a=7, b=100, c=20):
    return int(a + int(b + int(c + int(c + 1))) * 6) + 5

assert f(g())

def f(n: int, step = 500):
    return n > step

def g(step = 500):
    return int(int("123456789" + "1"*9) + 1)

assert f(g())

def f(d: int, n=123456789):
    return d > n and n == 123456789

def g(n=123456789):
    return n + int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: str):
    return 'world {}' in x

def g():
    return "world {}"

assert f(g())

def f(s: str, a=30, b=31):
    return s in s

def g(a=30, b=31):
    return "hello world"

assert f(g())

def f(n: int, t=197):
    m = n
    n = 3 * n + 1 if n % 2 else n // 2
    if m > 3 ** 5:
        return True

def g(t=197):
    return int(int(t * 5) + t)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(1, len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word) + "0" * 9

assert f(g())

def f(x: int, a=253532, f=14):
    if x > 0:
        return x - a == f
    else:
        return x + a == f

def g(a=253532, f=14):
    if a > 0:
        return a + f
    else:
        return a * f

assert f(g())

def f(s: str, c=0, s_case=False):
    return "Hello " + s == "Hello world"

def g(c=0, s_case=False):
    return "world"

assert f(g())

def f(size_limit: int, t=101):
    if size_limit == 1:
        return []
    return (size_limit - t) > t

def g(t=101):
    return int(t * 101 + t)

assert f(g())

def f(s: str, w=3, word="konjac"):
    for i in range(len(s)):
        if w == 3:
            return True
    return False

def g(w=3, word="konjac"):
    return str(w + 3)

assert f(g())

def f(x: int, a=11449998, b=11334450):
    return x-a < b

def g(a=11449998, b=11334450):
    return a - b

assert f(g())

def f(s: str):
    if len(s) > 100:
        return len(s) == 2
    elif len(s) < 100:
        return len(s) == 5
    else:
        return len(s) - len(s[::-1])

def g():
    return "hello"

assert f(g())

def f(s: str):
    return set(s) <= set("1") and s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(n: int, a=18, b=1):
    return n < 10 and n >= 1

def g(a=18, b=1):
    if a < 10 or b < 1: return 1
    if a >= 10 and 10-a < 1: return 2
    if a >= 1 and 1-a < 1: return 3
    if a >= 1 and 1-b < 1: return 4
    if a >= 2 and 2-a < 1: return 5
    if a >= 3 and 3-a < 1: return 6
    if a >= 4 and 4-a < 1: return 7
    if a >= 5 and 5-a < 1: return 8
    if a >= 6 and 6-a < 1: return

assert f(g())

def f(s: str, word="antidisestablishmentaryism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[0:2]) == len(word[-1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentaryism", max_len=30):
    if len(word) <= max_len:
        return word

    return str(word)

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 3 and len(set(nums)) == 3

def g(n=12345):
    return [i for i in range(3)]

assert f(g())

def f(x: str, s="hello world", target="do"):
    return x == s

def g(s="hello world", target="do"):
    target = "do"
    if len(s) == 0:
        return s
    elif len(s) > 10:
        return s
    return target

assert f(g())

def f(x: int, a=8665834, b=-93206):
    return a - x == b

def g(a=8665834, b=-93206):
    return a - b

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return (s[::-1] == target) == reverse

def g(target="reverse me", reverse=False):
    r = target; return(r)

assert f(g())

def f(n: int, a=3453498, b=10):
    return n // b == a

def g(a=3453498, b=10):
    return int(a) * b

assert f(g())

def f(s: str, word="anticolorieism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return max_len > 0 and len(word) == max_len

def g(word="anticolorieism", max_len=20):
    if len(word) <= max_len:
        return word
    return max_len - max_len

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target)]

assert f(g())

def f(x: int, a=8665464, b=-906964):
    return a - x < b

def g(a=8665464, b=-906964):
    return ((0 < a < b) - 1 + a) * a

assert f(g())

def f(s: str):
    return 'world' in (s) + s

def g():
    return 'world[]'

assert f(g())

def f(n: int, a=65535, b=65535):
    return n // b == a

def g(a=65535, b=65535):
    return int(a * b) + 2

assert f(g())

def f(x: int, a=106550, b=723545):
    return a - x == b

def g(a=106550, b=723545):
    return a - b

assert f(g())

def f(name: str):
    return name[::-1] == name[::-1] or (name == name[::-1] and name == name[::-1])

def g():
    return "this"

assert f(g())

def f(n: int, i_a=15, b_a=5):
    return i_a / n + b_a <= i_a + b_a

def g(i_a=15, b_a=5):
        return int(i_a % b_a) + 1

assert f(g())

def f(s: str):
    return set(s) == set(s) and s.count("3") == 1

def g():
    return "3"

assert f(g())

def f(x: List[int]):
    return x[0] != x[-1] and x[1] != x[-1] + x[-1]

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, k=3, max=6, i=0):
    prod = 1
    for i in range(max + k):
        prod *= k
    return prod > max

def g(k=3, max=6, i=0):
    prod = 1
    for i in range(max + k):
        prod += k
    return prod * k

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length)// 2: len(target) + length] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length)// 2: len(target) + length]

assert f(g())

def f(s: str, word="plasticity", max_len=20):
    if len(word) <= max_len:
        return word == s
    for i in range(word):
        assert len(word[1-i] == s[1-i]) == s[1-i]
    assert len(word) <= max_len

def g(word="plasticity", max_len=20):
    assert word is not None
    assert max_len is not None
    return max(word, word)

assert f(g())

def f(x: int, a=93252338):
    return x ** 2 > a

def g(a=93252338):
    return 2**a ^ 3

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target if reverse else reverse

def g(target="reverse me", reverse=True):
    return target if target[::-1] == "s" else target[::-1]

assert f(g())

def f(s: str, word="konjac"):
    if s == len(word):
        return True
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    if word == word:
        return "konjac"
    else:
        return True

assert f(g())

def f(s: str):
    return all([list(int(d) for d in s) for i in range(8)])

def g():
    return str(8)

assert f(g())

def f(x: int, a=1030):
    try:
        for i in ('o', 'o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd', 'W'):
            if (len(x) - len(x[0])) < 4:
                return x[0] + 10 * i
        else:
            return x % 2 == 0
    except Exception:
        return x % 2 == 0

def g(a=1030):
    return int(a) + a

assert f(g())

def f(x: float):
    return str(x - 2.0).startswith("1")

def g():
    return float(float(int(int("123456789")) * 0.5) / 0.5)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Exclusive' or s == s[::-1] and s == s[::-2] and s == s[::-3])

def g():
    return "Exclusive" or "Seeding"

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s) != 3

def g():
    return "world\n3"

assert f(g())

def f(s: str, chars=['w']):
    for c in chars:
        if c in s:
            return True
    return False

def g(chars=['w']):
    return str(chars)[::-1]

assert f(g())

def f(x: int, a=-1522, b=134049):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=-1522, b=134049):
    if a > b:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=12, b=1230):
    if x > 0 or a < 50:
        return x - a > b
        return x - a + b == a
    else:
        return x - a

def g(a=12, b=1230):
    return int(a * 3 + b * 2)

assert f(g())

def f(n: int):
    return str(n - 1).startswith("1234567890")

def g():
    return int(int("1234567890" + "0"*5) + 1)

assert f(g())

def f(s: str, target="babobab", reverse=True):
    return s[::-1] == target and s[::-1] == target

def g(target="babobab", reverse=True):
    return target[::-1].lower() or target[::-1].lower()

assert f(g())

def f(s: str):
    return s == 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(x: int, a=253532, b=122):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=122):
    return a + b

assert f(g())

def f(t: str, s="hello world", target="changese", number=0):
    if target is not None:
        t == { 'changese' : 'hello world' }
    else:
        t == { 'changese' : 'changese' }
    return t == 'hello world' or t == { 'changese' }

def g(s="hello world", target="changese", number=0):
    return "hello world"

assert f(g())

def f(s: str, s1="fooBaz", s2="barBaz", a=4, b=54368639):
    return str(s) == s1 and s2 != s1

def g(s1="fooBaz", s2="barBaz", a=4, b=54368639):
    return "fooBaz" or "barBaz"

assert f(g())

def f(indexes: List[int]):
    for i in range(len(indexes) - 1):
        if i < len(indexes) - 1:
            return True
    return False

def g():
    return [0, 1]

assert f(g())

def f(n: int, c=2):
    return c + n > 0 or c - n >= 2

def g(c=2):
    return c - 2 - 10

assert f(g())

def f(start: int):
    return abs(start) > 100

def g():
    return int(int("0123456789" + "0"*9) * 10)

assert f(g())

def f(n: int, a=65536, b=16):
    return n > a + b

def g(a=65536, b=16):
    return (a-b) * 2

assert f(g())

def f(cut_position: int, ring=True, lower=3, upper=2):
    return cut_position >= 3 and cut_position <= cut_position

def g(ring=True, lower=3, upper=2):
    return lower + upper - lower + lower

assert f(g())

def f(x: int, a=11100101012):
    return int(x) == a

def g(a=11100101012):
    return int(a)

assert f(g())

def f(s: str):
    return s.count("a") == s.count("d") and s.count("i") == 0

def g():
    return ""

assert f(g())

def f(x: int, a=26, b=141234):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=26, b=141234):
    if a > 0:
        return a + b or (a % b % 2 == 0)

assert f(g())

def f(d: int, v=23456):
    return d > 2 * 2 + v > 2 * 2  # invert

def g(v=23456):
    return v * 10

assert f(g())

def f(a: int, b=1073258):
    return a + b + 1073258 > b

def g(b=1073258):
    return int(int(b) + 1)

assert f(g())

def f(s: str, n=16):
    return "Hello " + s[::-1] == "Hello world"

def g(n=16):
    return "world"[::-1]

assert f(g())

def f(l: List[int]):
    return all(i in range(-1000) and abs(i * i - j * j) <= 10 for i in l) and len(set(l)) <= 995

def g():
    return ["a"*(i+2)+"b" for i in range(-1000)]

assert f(g())

def f(x: int, y=10):
    return (x + y - 2) > 10

def g(y=10):
    return y + 3

assert f(g())

def f(s: str, strings=['I", "!love", "dumplings", "!', ''], lis=[1], n=13):
    return strings[0] == s

def g(strings=['I", "!love", "dumplings", "!', ''], lis=[1], n=13):
    return strings[0] + strings[1]

assert f(g())

def f(s: str, word="wah"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="wah"):
    return str("wah")

assert f(g())

def f(li: List[int], a=2, b=3, c=5, d=10):
    return li[(len(li) - 1) // 5] == li[(len(li) - 1) // 5] and li[(len(li) - 1 + len(li) % 5) % 5] == li[(len(li) - 1) // 5]

def g(a=2, b=3, c=5, d=10):
    return [b, a, b, a,b, a]

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s == target and s == target and s == target and s == target

def g(target="reverse me", reverse=False):
    return "reverse me" if reverse else "reverse me".format()

assert f(g())

def f(x: int, a=1501058, b=1415):
    return x - a == b

def g(a=1501058, b=1415):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(s[0]-1 and s[1:-1]) and s[0] == word[0]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word;
    return int(word) == 1;

assert f(g())

def f(string: str, substring="b", count=1):
    return string.count(substring) == 1 and len(string) == 1

def g(substring="b", count=1):
    return "b"

assert f(g())

def f(str: str, substring="moooboooofasd", index=42):
    return substring[0] == str[0] and substring[1] == substring[1] and substring[2] == substring[2]

def g(substring="moooboooofasd", index=42):
    if len(substring) == 40:
        return None
    else:
        return substring

assert f(g())

def f(x: int, a=123310, b=10134):
    if x > 0 or a > 50:
        return x - b > a
    else:
        return x - b > a

def g(a=123310, b=10134):
    return int(a) * a

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(100))

def g():
    return [i for i in range(100)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len > 20:
        return word == s[0]
    else:
        return len(s) > max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if word.startswith("antidisestablishmentarianism") and max_len > 20:
        return "antidisestablishmentarianism"
    else:
        return word.join(word)

assert f(g())

def f(n: int):
    return n // n > 0

def g():
    return int(int("123456789" * 9) + 1)

assert f(g())

def f(s: str, word="johannes"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="johannes"):
    return word * word.count("johannes")

assert f(g())

def f(index: int):
    return 0 in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

def g():
    return 1

assert f(g())

def f(n: int, a=85464, b=831234):
    return a < n

def g(a=85464, b=831234):
    return int(a + b) + 1

assert f(g())

def f(s: str, word=["Hello world"], n=5, word_str=["Hello world"], lower_bound=2):
    return s != "" and s != n and n != lower_bound and s != lower_bound

def g(word=["Hello world"], n=5, word_str=["Hello world"], lower_bound=2):
    return "Goodbye world"

assert f(g())

def f(nums: List[int], n=3):
    return len(nums) <= len(set(nums)) or sum(nums) == n

def g(n=3):
    return [1, 2]

assert f(g())

def f(m: int):
    return m % 2 == 0

def g():
    return int(int("123456789" + "0"* 9) ** 0.5)

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17], w=10):
    return tot == sum(1 if i > w else 2 for i in nums)

def g(nums=[2, 8, 25, 18, 99, 11, 17], w=10):
    return sum(1 if i > w else 2 for i in nums)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or max_len <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or max_len <= max_len:
        return word
    return int(s) == max_len or string.join(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i != 0 or i != len(s) - 1:
            if i == 0:
                success = True
    return success

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: str, n=1000):
    for i in range(n):
        if len(x) != n:
            return True
        else:
            return False

def g(n=1000):
    return str(n * n)

assert f(g())

def f(n: int, t=6, upper=20):
    if (t > 0):
        return 1 >= 0 or 0 <= t * t < 2**3
    if (t > t + 1 or t > t - 1):
        return 1 >= t or 0 <= t * t + 1 <= 2**3
    if (t < t + 1):
        return 1 >= t or 0 <= t * t-1 <= 2**3
    if (t >= 0):
        return t / 2 > 0 or 0 <= t * t + 1     # 2*t *t > 2*t + 1     # 2*t >= 2*t*t + 1     # 2**t*t > 2**3

def g(t=6, upper=20):
    # We assume the function takes three values
    if (t > 0):
        return 1            # 1 = lower and t is upper
    if (t > t + 1):
        return 1 / 3 + 3 / 3 ** 2.5       # 2.5 = upper and t is higher
    return 1 / 3 + 3 / 2.5 + 3 / 2.5 ** 2.5       # 2.5 = upper and t is lower

assert f(g())

def f(s: str):
    return s == 'dee' and s not in set(s)

def g():
    return 'dee'

assert f(g())

def f(x: int, a=100, b=100, count=5):
    return x ** 2 != a

def g(a=100, b=100, count=5):
    return a + b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n == c ** n) and min(a, b, c) < 1

def g():
    return list((0, 1)) + list((1, 2))

assert f(g())

def f(s: str, word="lunjoe"):
    return s[0] == word[0]
    for i in range(len(word) - 1):
        if len(word) == 0:
            return False, s[1:] == word[1]
    return True

def g(word="lunjoe"):
    return word * word.count("lunjoe")

assert f(g())

def f(s: str):
    return min(s) == min("123456789")

def g():
    return "123456789" + min("123456789")

assert f(g())

def f(s: str, n=5):
    return int(str(5 ** n)[:-2] + s) == (5 ** n)

def g(n=5):
    return str(n * 5)

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if t == m:
            return True
        t = m - 1 if n % 2 else m // m
    return i == n and m <= 2 ** upper

def g(t=197, upper=20):
    f(t)
    return t

assert f(g())

def f(s: str, word="triggers", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(words[-1]) == len(s)
    if max_len == 10:
        return s[2] == word.replace(max_len, '')
    return max(words[-2:], len(word))

def g(word="triggers", max_len=10):
    if word == "triggers":
        return word
    elif word == "triggers-1":
        return word
    elif word == "triggers-2":
        return word
    else:
        return s.replace(max_len, '', '')

assert f(g())

def f(y: int, a=1, b=1063):
    if a == 1 and b == 1063:
        return y % 2 == 0
    if b == 1:
        return y % 2 == 1
    return int(y % 2) == 1

def g(a=1, b=1063):
    if a is None:
        return -1 or 0
    return int(a) + 1

assert f(g())

def f(n: int, a=3, b=58368639):
    return n / 2 == (a == 1)

def g(a=3, b=58368639):
    return int(int("123456789" + "0"*9) * (a + 1) % 3)

assert f(g())

def f(s: str, word="adoptedity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int([word] * max_len) == s[0]

def g(word="adoptedity", max_len=10):
    if len(word) <= max_len:
        return "adoptedity"
    return int([word] * max_len) == max_len[0]

assert f(g())

def f(s: str):
    return s in ["Hello", "World", "Hello", "World", "Hello", "world"]

def g():
    return "Hello"

assert f(g())

def f(x: int, a=10, d=13):
    return a >= 0 or a >= d

def g(a=10, d=13):
    return int(a) % 10

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if len(s) == 5:
        return s[::-1]
    elif len(s) > 5:
        return s[::-1] == target
    else:
        return s[:-1] == target

def g(target="reverse me", reverse=True):
    if len(target) == 6:
        return target[::-1]
    else:
        return target[::-1]

assert f(g())

def f(s: str, word="koh", b="Hello world"):
    return s[0] == word[0] and s[1] == word[1]

def g(word="koh", b="Hello world"):
    return str(word + "Hello world")

assert f(g())

def f(x: int, c=-38, b=764):
    v = int(x) - c
    return int(v) == b

def g(c=-38, b=764):
    v = int(int(c)) + b
    return int(v)

assert f(g())

def f(e: List[int], a=25, b=0.0001):
    if len(e) == 3:
        for i, j in enumerate(e):
            success = False
    else:
        for i, j in enumerate(e):
            success = True
    return success

def g(a=25, b=0.0001):
    return [2, 3, 1, 3, 1, 4, 2, 2, 1, 4]

assert f(g())

def f(s: str, string="aaaa", m=3):
    if m == 3:
        return s.lower() == string.lower()
    if m == 4:
        return s.lower() == string.lower()
    if m == 9:
        return s.lower() == string.lower()
    if m == 22:
        return s.lower() == string.lower()
    if m == 9:
        return s.lower() == string.lower()
    return None

def g(string="aaaa", m=3):
    if m == 3:
        return string.lower()
    if m != 3:
        return None
    return None

assert f(g())

def f(n: int, a=10, b=253042):
    return n // b == a

def g(a=10, b=253042):
    return int(a * 10) + b * 10

assert f(g())

def f(s: str):
    return (s >= len(x) for x in s) and (len(s) == 1)

def g():
    return "a"

assert f(g())

def f(s: str):
    return len(set(s)) == len(set("123456789")) and set(s) == set("123456789")

def g():
    return "123456789"[::-1]

assert f(g())

def f(x: int, a=125003):
    if x > 0 or a > 50:
        return x - a > 5 > 1
    else:
        return x - a

def g(a=125003):
    return int(int("0123456789") * a) + 1

assert f(g())

def f(x: int, a=12345, b=12345):
    # x < 0 and x > 0
    if x > 0:
        return x + x > 0 and x != 1
    return x - x < 0 and x != 1

def g(a=12345, b=12345):
    return a + (b + 1) * 9

assert f(g())

def f(substring: str, string = "foo\nfoo\n", count=1):
    return string.count(substring) == count

def g(string = "foo\nfoo\n", count=1):
    return string if string else None

assert f(g())

def f(x: int,a=16201202001):
    return x ** 2 > a

def g(a=16201202001):
    return a - 1

assert f(g())

def f(x: int, a=658829, b=1230200):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 7
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=658829, b=1230200):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 7
    if a or b < 0:
        return a + b
    return a + b - b                                          # empty and empty box

assert f(g())

def f(t: str, s="c2caacbc", target=5):
    i = 0
    for c in t:
        s += "\\1\\2c"
        i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="c2caacbc", target=5):
    i = 0
    for c in s:
        if i < len(s):
            return str(s + "\\1\\2c" + c + "\\1\\2" for c in s)
        i += 1
    return len(s) >= target and all((s.count("c") > s.count("c2caacbc")) and 'c' in s for s in s[:2])

assert f(g())

def f(substring: str, string="moooboooofasd", target_len=12):
    return str(substring) == string

def g(string="moooboooofasd", target_len=12):
    return str(string).replace("mooobooooofasd", "abc")

assert f(g())

def f(t: str, s=["n.o", "n.s"]):
    return t[0] and t[5] < t and t[4] > t[0] and t[1] < t[2] and t[4] > t[1]

def g(s=["n.o", "n.s"]):
    return "hello world"

assert f(g())

def f(n: int, i=12345, new=True, b=22):
    return new

def g(i=12345, new=True, b=22):
    return int(new)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        if abs(n) > 1000:
            return True
    return False

def g():
    return int(int(int("123456789")))

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    a = 7 - (len(x) - 1)
    for i in x:
        if a + (i + 1) < 6 and s[i] != -a:
            return False
    return True

def g(a=7, s=5, e=200):
    return []

assert f(g())

def f(li: List[int]):
    return list(range(999)) == list(list(range(999)))

def g():
    return []

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        assert i == w
        assert v < w
        w *= 5
    return v <= w

def g(v=17, w=100):
    return int(-v)

assert f(g())

def f(s: str, word="pank", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="pank", max_len=10):
    if len(word) > max_len:
        return "pank"
    if len(word) < max_len:
        return "pank"
    if len(word) > max_len:
        return "pank"
    return str(word[1:])

assert f(g())

def f(s: str):
    return (s == "Hi")

def g():
    return ("Hi")

assert f(g())

def f(x: int, a=93252338):
    return -x < 0.2

def g(a=93252338):
    return a * 10

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return s in chars

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return (chars[0]) or (chars[4])

assert f(g())

def f(d: int, n=123456789):
    return d * (n - d) < 1

def g(n=123456789):
    return n * 3 + n * 4 + n * 9

assert f(g())

def f(x: int, a=256501, b=6100):
    return x - a == b

def g(a=256501, b=6100):
    return a + b + f(a)

assert f(g())

def f(t: str, s="hello world", target="do", n=5):
    assert n == 5
    return set(t[:3]) == set(s[:3])

def g(s="hello world", target="do", n=5):
    if target == "do": print("hello world")
    else: print("hello world")
    if n == 5: print('hello world')
    return s

assert f(g())

def f(s: str, a=4611, b=100):
    return s in ['6', '4', '9', '2', '4', '1', '5', '1', '9', '2', '4', '9', '4', '9']

def g(a=4611, b=100):
    return '4'

assert f(g())

def f(x: int, a=50, b=119500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=119500):
    return a + b

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    if len(s) == 2:
        return '1'
    else:
        if s[0] != "1":
            return False
        else:
            if b[0] != b[0]:
                return False
    return True

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    if len(a) == 3:
        return '1'
    else:
        if a[0] != a[0]:
            return False
    return True

assert f(g())

def f(s: str, chars=['o', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c in s:
            return True
    return False

def g(chars=['o', 'e', 'l', ' ', 'w', 'r', 'd']):
    return "hello world"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("3") + str(d).count("4")))

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n0: int, b=1531):
    return n0 + sum([b * i for i in range(6, -1)]) == b

def g(b=1531):
    return b

assert f(g())

def f(d: int, n=123456789):
    return int(d % n == 0) and d / n == n

def g(n=123456789):
    return int(n) * n

assert f(g())

def f(n: int):
    for i in range(10):
        if i == 0:
            n += 1
        n += 2
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "0" * 3) * 9) * 5

assert f(g())

def f(li: List[int]):
    return ["The blue monkey jumps over the lazy dog][i for i in li with 10"] != list(
        "The five poppers jump quickly")

def g():
    return []

assert f(g())

def f(x: float, a=164323, b=234636):
    return float(a / b) == x

def g(a=164323, b=234636):
    return float(a) / b

assert f(g())

def f(s: str, word="oohi"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        return True
    return False

def g(word="oohi"):
    return str(word).lower()

assert f(g())

def f(n: int):
    return pow(2, n, n) <= 3

def g():
    return int(1.5) + 2 - 1 - 1

assert f(g())

def f(s: str, word="m", tail=True):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="m", tail=True):
    return word[:tail]

assert f(g())

def f(s1: str, word="desire", max_len=10):
    if len(word) <= max_len:
        return word == s1
    return int(s1[1:-1]) == len(word)

def g(word="desire", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:1]) == len(word)

assert f(g())

def f(x: int, t=50):
    return x < t
    for x in sorted(x):
        if not all(sub in x):
            return i < n

def g(t=50):
    return int(t) - 20

assert f(g())

def f(s: str):
    print(s) in [1, 2, 3, 4, 5, 6, 7, 8, 9]
    return 'world' in s

def g():
    return "world[]"

assert f(g())

def f(ls: List[str]): # not guaranteed to not be guaranteed to contain a list
    return min(ls) == max(ls)

def g():
    return list("a")

assert f(g())

def f(x: str, a=['cat', 'dot'], b=['tree', 'fly'], c=0):
    for i1, i2 in zip(x, b):
        if len(i1) != 0:
            return True
        if len(i2) != 0:
            return False
        if len(i1) != 0:
            return True
    return False

def g(a=['cat', 'dot'], b=['tree', 'fly'], c=0):
    return "hello world"

assert f(g())

def f(s: str):
    return s != s[::-1]

def g():
    return "Hello"

assert f(g())

def f(s: str, word="antiky", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antiky", max_len=10):
    s = str(word)
    if len(s) <= max_len:
        return word
    return set(g())

assert f(g())

def f(s: str, word="konjac"):
    i = 0
    for c in s.lower():
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "Konjac"

assert f(g())

def f(s: str):
    return str(s) == "Hello world is my world!"

def g():
    return ("Hello world is my world!")

assert f(g())

def f(x: int, a=13135737):
    return x == 1 or x == 9

def g(a=13135737):
    return int(a % 13135737 == 0)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == word[i]:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + "konjac"

assert f(g())

def f(x: int, a=1744, b=10):
    if x > 0 or a > 9:
        return x - a == b
    else:
        return x + a == b

def g(a=1744, b=10):
    return int(a + b)

assert f(g())

def f(n: int, a=5, b=100):
    return (n+a) > 5

def g(a=5, b=100):
    return int(int(a+b) * 100) * 100

assert f(g())

def f(values: List[str]):
    return len(values) == len(values)

def g():
    return ["b", "a", "c", "d", "e", "f"]

assert f(g())

def f(s: str, strings="hello world", n=15):
    return s == strings

def g(strings="hello world", n=15):
    return "hello world"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if s[::-1] == reverse:
        return s[::-1] == reverse
    if s[::-1] == target:
        return s[::-1] == target
    if reverse:
        return s[::-1] == reverse
    return s

def g(target="reverse me", reverse=True):
    if target != reverse:
        return target[::-1]
    if getattr(target, "reverse"):
        return target[::-1] == reverse
    return target

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and min (a, b, c) > 0

def g():
    return [4, 6, 8, 9]

assert f(g())

def f(p: int, n=3):
    return p != -1

def g(n=3):
    return n*n

assert f(g())

def f(n: int, a=1000):
    return n == 1000

def g(a=1000):
    return int(a)

assert f(g())

def f(s: str, target="do"):
    return s.lower() == target

def g(target="do"):
    return "do"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCapitALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCapitALS"):
    caps = len(s) // 2
    for c in s:
        if c != c.lower():
            caps += 1
    return caps.lower() if caps < len(s) // 3 else s.lower()

assert f(g())

def f(x: float):
    return float((x % 5 + 1) / 8) < 1

def g():
    return float(int(int("0" + "456" + "0" + "0" + "0" + "0"+ "456")))

assert f(g())

def f(s: str):
    return s.count("17") != 2 and s.count("1") != 0

def g():
    return "[123456789]0.5"

assert f(g())

def f(n: int, a=35153535, b=13):
    return n // a == b

def g(a=35153535, b=13):
    return int(a * b)

assert f(g())

def f(x: int, a=253610, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253610, b=1230200):
    if a and b or a and b or b:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=3043, r=1825):
    return n + r > 3043

def g(a=3043, r=1825):
    return a * r

assert f(g())

def f(s: str, chars=['o', 'h', 'e', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', ' ', 'w', 'r', 'd']):
    return str(chars[::-1]) + str(chars[::-2])

assert f(g())

def f(y: List[int], k=20, s=4, target=7):
    for i in range(len(y) - 1):
        if y[i] + y[i - 1] != k:
            return False
    return True

def g(k=20, s=4, target=7):
    return [k * i + 2 if k < 20 else 0]

assert f(g())

def f(path: str, n=1063):
    for i in range(1063):
        if i == 0:
            if len(path) == n:
                return False
        else:
            if i == -1:
                return False
    return True

def g(n=1063):
    return ""

assert f(g())

def f(x: int, a=10, b=10):
    return int(x % a) <= 10

def g(a=10, b=10):
    return int(a % b) + 1

assert f(g())

def f(x: int, a=253532, b=-93206):
    if x < 0 and a < 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=-93206):
    if a < 50 and b < 120:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s[::-1]
    if word == word[-1]:
        return word[-1] == s[-1]
    if word == word[-1]:
        return word[:100] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word

    if word == "antidisestablishmentarianism":
        return 1

    if word == word[-1]:
        return word[-1] == word[-2]

assert f(g())

def f(s: str, word="antidiemocracy", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s
    return 0

def g(word="antidiemocracy", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word.replace("-", "+")
    return 0

assert f(g())

def f(s: str):
    return s == '_'

def g():
    return "_"

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "".join((perm[(perm.index(c) + 1) % len(perm) - 1] if c in perm else c) for c in s) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(x: int, a=18, b=13838500, target_len=12):
    return x - a == b

def g(a=18, b=13838500, target_len=12):
    return int(a + b)

assert f(g())

def f(x: int, a=10, b=1548):
    return x != 0 and a != 0

def g(a=10, b=1548):
    return int(int(a * 9) + b)

assert f(g())

def f(nums: List[int], target=17):
    for i in range(len(nums)):
        if nums[i] != target[i]:
            return False
    return True

def g(target=17):
    return []

assert f(g())

def f(p: List[int], n=35, s=2021):
    return p[0] == 0 and p[1] == 1 and p[2] == 2

def g(n=35, s=2021):
    return [0, 1, 2]

assert f(g())

def f(d: int, s=679):
    return d == s

def g(s=679):
    return s

assert f(g())

def f(s: str):
    return s.count('o') == 1 and s.count('u') == 1

def g():
    return str(g)

assert f(g())

def f(name: str, n=1000, k=7):
    return 'hello world' == name

def g(n=1000, k=7):
    # Print k = 7/1000
    return ('hello world' == n or "hello world") if n == 7 and k == 7 else 'hello world'

assert f(g())

def f(s: str, word="witness"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="witness"):
    return str(word) + ""

assert f(g())

def f(x: int, a=2570, b=1230500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=2570, b=1230500):
    if a < 0:
        return 4500 * a == 0
    else:
        return a + b

assert f(g())

def f(s: str, string="aaaa", m=3):
    if m == 3:
        return s.lower() == string.lower()
    if m == 4:
        return s.lower() == string.lower()
    if m == 9:
        return s.lower() == string.lower()
    if m == 22:
        return s.lower() == string.lower()
    if m == 9:
        return s.lower() == string.lower()
    return None

def g(string="aaaa", m=3):
    if m == 3:
        return string.lower()
    if m == 4:
        return string.lower().replace(m, "", "")
    if m == 9:
        return string.lower().replace(m, "", "")
    return None

assert f(g())

def f(z: float, v=0.0018):
    return z >= 0.99999999999998 + 0.00010000000000009 + 0.9999
    if z > -0.999999999999999998:
        return -z
    else:
        x = 0.01
        a = -z
        a += 1
        z -= 2
        for x in z:
            x = int(x)
            a += 1
            z -= 2
        return int(a)

def g(v=0.0018):
    return v / 2 + 2

assert f(g())

def f(x: int, a=34564637, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=34564637, b=10):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(st: str, t="world world"):
    return st.lower() == t.lower()

def g(t="world world"):
    return "world world"

assert f(g())

def f(s: str):
    return s.count('O') > s.count('oo')

def g():
    return 'O' + 'a b'

assert f(g())

def f(x: int, a=1230200, b=112, s=15):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=1230200, b=112, s=15):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, pairs=[[3, 0], [17, 1], [9254359, 19], [123, 9254359], [0, 123]]):
    assert sum(p - m for p, m in pairs) == 0, "oo"
    tot = 0
    success = False
    for p, m in pairs:
        tot -= m
        tot += p
        if tot == n:
            success = True
    return success

def g(pairs=[[3, 0], [17, 1], [9254359, 19], [123, 9254359], [0, 123]]):
    success = False
    for p, m in pairs:
        success -= m
        success += p
    return success

assert f(g())

def f(n: int, a=23666435, b=5):
    return n % b == 0

def g(a=23666435, b=5):
    return a * 5 + b

assert f(g())

def f(s: str):
    return s == 'Antidisestablishmentarianism'

def g():
    return 'Antidisestablishmentarianism'

assert f(g())

def f(n: int, r=255, b=2021):
    return n / r >= 10

def g(r=255, b=2021):
    return int(r * 10) + b * r ^ r

assert f(g())

def f(scores: List[int]):
    return scores[0] == 0 and scores[1] == scores[0 + 1] and scores[2] == scores[1 + 1]

def g():
    return [0, 1, 3, 5, 7]

assert f(g())

def f(x: int, a=20, b=1230200):
    if x > 0:
        return x - a == b

    if x < 0 or x >= 0:
        return x + a == b
    return x + a

def g(a=20, b=1230200):
    if a > 0 and b > 0:
        return a + b

assert f(g())

def f(t: str, s=13):
    return len(t) in (5, 5, 6, 6)

def g(s=13):
    return "hello"

assert f(g())

def f(s: str, a="hello", b=[['cat', 'dot', 'bird'], ['tree', 'fly', 'dot']], m=8):
    # special cases:
    if len(s) > m and len(s) < m:
        return s == 'hello'
    return s == 'hello'

def g(a="hello", b=[['cat', 'dot', 'bird'], ['tree', 'fly', 'dot']], m=8):
    if a:
        return a
    return ""

assert f(g())

def f(x: int, a=-382, b=14546320):
    return x - a == b

def g(a=-382, b=14546320):
    return a + b

assert f(g())

def f(s: str, i=0, j=0):
    return str(s[i] == 'abbbcabbac')[i] == s[0]

def g(i=0, j=0):
    return str(i < j)

assert f(g())

def f(n: int, t=1847):
    return n > 5 ** 6

def g(t=1847):
    return 2 * t + (t - 6) * 8

assert f(g())

def f(x: int, a=5):
    return x - a < 0.1 ** 2

def g(a=5):
    return int(a * (1 - a) - (1 - a)) + a

assert f(g())

def f(x: int, a=16, b=4):
    return x + a <= b and x < 4

def g(a=16, b=4):
    return 1 - (a * 6) + (b * 6) - 1

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "2" for i in str(str(d).count("2")))

def g(n=123456789):
    return int(n * n) + 2

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s.lower():
        assert t[i] == c
        i += 1
    return i == len(t)

def g(s="Problems"):
    i = len(s.lower())
    if i != len(s):
        return "Problems"
    elif i > len(s):
        return "Problems"
    else:
        return "problems"

assert f(g())

def f(s: str):
    return len(s) == len(s) and len(s) == len(s[::-1])

def g():
    return "3"

assert f(g())

def f(x: int, a=1019722, b=1330200):
    return x - a and x > b

def g(a=1019722, b=1330200):
    return int(5 + ((int(a) - 1) ** 3) ** 3)

assert f(g())

def f(v: bool):
    return v

def g():

    return True

assert f(g())

def f(s: str, target="ooohbabbazwofasd", length=6):
    return target[(len(target) - length) + 1] == s

def g(target="ooohbabbazwofasd", length=6):
    return target[(len(target) - length) + 1]

assert f(g())

def f(n: int, v=4*7, w=100):
    return v > 0

def g(v=4*7, w=100):
    return (v + 10) % w

assert f(g())

def f(d: int, n=1270):
    return d > n or d in []

def g(n=1270):
    return n * 1270

assert f(g())

def f(i: int, li=[17, 31, 91, 18, 42, 1, 9], target=18):
    if (i >= 1):
        return True
    if (i < 1):
        return False
    l = li[i]
    for i in range(2):
        if i == s2:
            return False
        if i == s:
            return False
        return l[i] == 1 and li[i == s] >= l[i]
    return True

def g(li=[17, 31, 91, 18, 42, 1, 9], target=18):
    return (li[0] * 9) + 1

assert f(g())

def f(x: int, a=2, b=-382):
    return x - a == b

def g(a=2, b=-382):
    return a % b

assert f(g())

def f(n: int):
    return n > 0 or n <= n

def g():
    return int(int("123456789" + "1"*9) ** 0.5)

assert f(g())

def f(n: int, a=3453434, b=10):
    return n // b > a

def g(a=3453434, b=10):
    return int(3 * a) + (3 * 3) + a * b

assert f(g())

def f(a: int):
    return abs(a) < 10

def g():
    return 0

assert f(g())

def f(n: int, a=8655, b=2):
    return n > 0 or n < 0

def g(a=8655, b=2):
    return 1 + 2 * (a + b + 1)

assert f(g())

def f(s: str, word="consent", max_len=15):
    if len(word) <= max_len:
        return word == s
    print(s)
    print(word)
    print(max(s, max_len))

def g(word="consent", max_len=15):
    if len(word) <= max_len:
        return word
    print(words[word])
    print(words[max_len:], max_len)
    print(words[max_len:], max_len)
    print(words)

assert f(g())

def f(n: int):
    return n*n > 0

def g():
    return int(int("123456789" * 10) ** 0.5) + 1

assert f(g())

def f(x: int, a=1, b=140923):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=140923):
    if a > 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, number_of_moves = 30000):
    return n >= number_of_moves

def g(number_of_moves = 30000):
    return number_of_moves + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x - a > b

def g(a=253532, b=1230200):
    return int(int(a * 100) + int(b * 100) ** 2) + 2

assert f(g())

def f(tri: List[str]):
    return len(tri) == 100

def g():
    return ["a"*(i+1)+"b" for i in range(100)]

assert f(g())

def f(start: int):
    n = start  # could be negative or positive ...
    while abs(n) > 990000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n != start:
            return True
    return False

def g():
    return int(int("123456789" + "9" * 3) ** 5)

assert f(g())

def f(x: int, a=75, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=75, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=2540, b=1130200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2540, b=1130200):
    return a + b

assert f(g())

def f(n: int, a=100, b=2):
    return n + a + b and n == a + b + 2

def g(a=100, b=2):
    return (a + 2) + (b - 1) * 2

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(sub in s for sub in substrings)

def g(substrings=['foo', 'bar', 'baz']):
    return "foo()bar()baz()"

assert f(g())

def f(n: int, a=4638, b=10):
    return n // b == a

def g(a=4638, b=10):
    return a * b

assert f(g())

def f(s: List[str], target=7, n=4, label=''):
    for label in s:
        if s[0] in label:
            label = label.replace('abbbcabbac', 'abbbcabbac').replace('a', 'abbbcabbac')
            label = label.replace('abbbcabcd', 'abbbcabcd').replace('b', 'abbbcabcd')
    return s != str

def g(target=7, n=4, label=''):
    if n < target:
        print("not succedfully reached target")
    return [label.replace('a' for i in range(target) if i in label) for label in label]

assert f(g())

def f(s: str, word="moooboooofasd", m=12):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
            else:
                if s[i] != word[i]:
                    return False
    return True

def g(word="moooboooofasd", m=12):
    if m == 12: return str(word)

assert f(g())

def f(bits: int):
    return 0 <= (bits < 8) or ((n - bits) < 8) and ((x > 128) + bits) == (4** (bits - 8) + 1) and ((x > 128) + bits) == ((x - 128) + bits)

def g():
    return 3

assert f(g())

def f(x: List[int]):
    return len(x) == 4 or sum(x) == 7

def g():
    return [i for i in range(4)]

assert f(g())

def f(x: int, a=253532, b=1230200, l=8, g=8):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200, l=8, g=8):
    if a > 50 or b > 1230200:
        return a + b
    else:
        return x + a**0.5

assert f(g())

def f(s: str, a="hello", b=1.0):
    return s.lower() == a
    return s.lower() == b
    return []

def g(a="hello", b=1.0):
    return "hello"

assert f(g())

def f(x: int, a=20, b=1300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=1300):
    if 0 or a > 100:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(x: List[int], t=50, n=10):
    return x[0] == t
    print("X is the number 5010")
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [5 * 10, 10*10]
    print("X = %d" % t)
    s = 0
    i = 0
    for v in s:
        i += 2
        if i > t:
            i -= 2
        i += 1
    return i*10

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) != max_len:
        return word == s
    return int(s[1:-1]) != len(word[1:-1]) and word == "Antidisestablishmentarianism"

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len:
        return str(word)
    return max_len % 2

assert f(g())

def f(x: int):
    return x > 1073258 or 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, s1="abcdefghii", t=50):
    return s == 'abcdefghii'

def g(s1="abcdefghii", t=50):
    return str(s1).replace("x", "")

assert f(g())

def f(s: str, target="foobarbazwow", size=4):
    return target[(len(target) - len(target) + 2) // 4:(len(target) + len(target) + 2) // 2] == s

def g(target="foobarbazwow", size=4):
    if len(target) == 4:
        return target + target
    else:
        return target

assert f(g())

def f(s: str):
    v = s.count('o') + 1
    return abs(v) <= v

def g():
    return "Hello"

assert f(g())

def f(pos: int, n = 5):
    return pos >= n or pos == n

def g(n = 5):
    return int(n*5)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a + x < b

def g(a=8665464, b=-93206):
    return a*b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a")> x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int, a=14302, b=5):
    return n / a >= 5

def g(a=14302, b=5):
    return int(int("1422222222222222" + "7"*9) ** 0.5) + 1

assert f(g())

def f(i: int, l=1010):
    return i <= l <= 1010 and i >= l <= 1010

def g(l=1010):
    return l

assert f(g())

def f(s: str):
    s = 0
    for i in "0123456789":
        if s != "0123456789":
            s = s + 1
    return True

def g():
    return "no"

assert f(g())

def f(t: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if t[i] != word[i]:
                return False
        else:
            if t[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=45, b=40):
    return n // b == a

def g(a=45, b=40):
    return int(a * b)

assert f(g())

def f(x: int, a=2255, b=1023):
    return x / 2 > 2 * b or x + a == b

def g(a=2255, b=1023):
    return a * b or (x + a + b) == 1023

assert f(g())

def f(p: str, word="antidisestablishmentarianism", max_len=13):
    return len(p) >= max_len

def g(word="antidisestablishmentarianism", max_len=13):
    return str(word)

assert f(g())

def f(s: str):
    return s in (("hello world", "hello world"))

def g():
    return str("hello world")

assert f(g())

def f(s: str):
    return (s == 'Hello world') or s+len(s) == len(s) and all(len(s) == len(p))

def g():
    return "Hello world"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] == word[i].lower():
            if s[i] != word[i].upper():
                return False
    return True

def g(word="konjac"):
    return "testtest"

assert f(g())

def f(x: List[int]):
    assert len(x) == len(set(x)) and len(x) <= len(set(x))
    return x == list(set(x))

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=255, b=-6):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=255, b=-6):
    a = int(a)
    b = int(b)
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 1 ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 1 ]

assert f(g())

def f(x: int, a=95377942):
    return x % 2 == 0 and x >= a

def g(a=95377942):
    return int(a) + 100000

assert f(g())

def f(s: str, target="foobarbazwow", lower=5):
    return target[(len(s) // 2) == (len(target) - 2) // 2] == s

def g(target="foobarbazwow", lower=5):
    return target[(len(target) % 2) == 3]

assert f(g())

def f(s: str):
    return s.count("a") == s.count("b") or "a b b" or "a b b" or "b b b"

def g():
    return "abcdef"

assert f(g())

def f(t: str, s="hello world", k=7):
    assert k == 7
    return len(t) == len(s)

def g(s="hello world", k=7):
    assert k == 7
    return "Hello World"

assert f(g())

def f(s: str, word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word == s  # for next word we end up with (n, m) == m
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and word[-1] == s[-1]

def g(word="antidoc", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:max_len]) == max_len and word[max_len:-1] == word[-1]

assert f(g())

def f(t: str, s=''):
    i = 0
    for c in "aeiouy":
        if c in "aeiouy":
            continue
        assert t[i] == ".", f"expecting '.' at position {i}"
        i += 1
    return i == len(t)

def g(s=''):
    return str(s)

assert f(g())

def f(s: str, target="Hello world"):
    return s[0] == target[:1]

def g(target="Hello world"):
    return target[0:1]

assert f(g())

def f(substring: str, string = "foo\nfoo\n", count=1):
    return string.count(substring) == count

def g(string = "foo\nfoo\n", count=1):
    prefix = "foo\n"
    return prefix + prefix

assert f(g())

def f(x: int, a=113367891, b=10, upper_bound=150, score=0):
    return x - a > b or 0 < score and 0 < score <= upper_bound

def g(a=113367891, b=10, upper_bound=150, score=0):
    return int(int("123456789" + "0"*9) - a * score) or a * score != 0

assert f(g())

def f(li: List[int]):
    return all(sum(li[0:i]) == 1 for i in range(20) if len(li) == li[0:i])

def g():
    return [11, 12]

assert f(g())

def f(x: int, a=1612):
    return abs(x - a) < x

def g(a=1612):
    return int(a) - 3

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * b + b * c + n * c + a * n) and min(a, b, c) > 0 and n > 2

def g():
    return [2, 3, 4, 5]

assert f(g())

def f(v: int, a=651378):
    return a < v

def g(a=651378):
    return 1 + a

assert f(g())

def f(x: int, n = 123456789):
    return x > n or sum(x - 3) == n

def g(n = 123456789):
    return int(n + 2)

assert f(g())

def f(x: str, s=13):
    result = set(x) == set("20-+*/")
    return result

def g(s=13):
    return "20-+*/"

assert f(g())

def f(s: str, word="hello world", target=26):
    return s == word

def g(word="hello world", target=26):
    return word

assert f(g())

def f(x: int, a=133859, b=143904):
    if x > 0 or a > 50:
        return x - a == b

def g(a=133859, b=143904):
    return int(a + b + f(a, 133859, 143904))

assert f(g())

def f(x: int, a=50, b=1260200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1260200):
    if a > 50:
        return a + b > 50
    else:
        return a + b

assert f(g())

def f(t: str, s="aaABCab", m=5):
    s = "aaABCab"
    i = 0
    for c in t:
        if s[i-1] == c:
            i += 1
        return i >= 0
    return len({c + i + 1}) == len(t - c * c + m * m + 1)

def g(s="aaABCab", m=5):
    s += "\n"
    return s + "\n"

assert f(g())

def f(d: int, n=123456789):
    return d >= n  # need this to avoid overflow
    i = d < n and i != length[d]
    if len(i) == length[d] + 1:
        return i
    if len(d) == n and i != n:
        return d

def g(n=123456789):
    return int(n - 1) + 1

assert f(g())

def f(n: int, l=0.0001):
    return n >= 10 and n >= 3 + 10

def g(l=0.0001):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a=1, j=7, ce=16):
    return s.count("xyz") == a

def g(a=1, j=7, ce=16):
    return "xyz"

assert f(g())

def f(x: int, a = 5129, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a = 5129, b=54368639):
    if a > b:
        return a - b
    elif a < b:
        return b - a
    else:
        return a + b

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 100:
        start = max(start, n)
        if abs(n) > 100:
            return True
        start = max(start, n)
        if abs(n) > 15:
            return True
    return True

def g():
    return int(int(99999/100) * 99999/100)

assert f(g())

def f(x: int, a=3147483647, b=36371138):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3147483647, b=36371138):
    if (a < b) and (b < 0):
        return a == b
    else:
        return a + b

assert f(g())

def f(n: int):
    return n * n > 1

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(n: int, a=4, b=1362):
    return n // b <= a

def g(a=4, b=1362):
    return a * b - a + b

assert f(g())

def f(s: str, word="kontakt"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontakt"):
    return str(word[0] if word[0] == 'kontakt' else "kontakt")

assert f(g())

def f(s: str):
    return s.count('hello world') > 0

def g():
    return 'hello world'

assert f(g())

def f(i: int):
    return len(str(i + 1000)) <= len(str(i + 1001))

def g():
    return int(0) + 1

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return p[0] == p[1]

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [x[0] for x in edges for i in range(1000)]

assert f(g())

def f(s: str, a="hello", b="yellow", length=5):
    return s in ["hello", "yellow", "yellow", "yellow", "yellow", "yellow", "yellow", "yellow", "yellow"]

def g(a="hello", b="yellow", length=5):
    return "hello"

assert f(g())

def f(t: str, s="abbbcabbac", target=5_4):
    if target is None:
        return t
    return t == "abbbcabbac"

def g(s="abbbcabbac", target=5_4):
    if s == "abbbcabbac":
        return "abbbcabbac"
    return s == "abbbcabbac"

assert f(g())

def f(x: int, a=536870913, b=126070):
    return x >= 50 + a

def g(a=536870913, b=126070):
    return int(int("123456789" + "0"*9) ** 2)

assert f(g())

def f(name: str):
    return name and len(name) == 1

def g():
    return "n"

assert f(g())

def f(position: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    return all(position == 0 for position in position)  # null, get at next step

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return [[1] for line in target if line[:-1] == target and line[:-3] == target]

assert f(g())

def f(s: str, a="bbrbrbbbbbbbbbbbbmmuuuuuuuuuu"):
    return s != a

def g(a="bbrbrbbbbbbbbbbbbmmuuuuuuuuuu"):
    return "Hello 123456789"

assert f(g())

def f(s: str, n=5):
    return s[n-2] + s[n] and s[n-1] < s[n-1 + 2] or s[n-1] < s[n]

def g(n=5):
    return str("hello world") or s[n] < s[0]

assert f(g())

def f(x: int, a=1122, b=1312):
    return x - a == b

def g(a=1122, b=1312):
    return int(a+b)

assert f(g())

def f(n: int, a=23463462):
    return n // a == a

def g(a=23463462):
    return int(a) * a

assert f(g())

def f(str: str, weight=0, target_len=12):
    if len(str) == 1:
        return True

def g(weight=0, target_len=12):
    return str(weight * (weight + 1) + 1)

assert f(g())

def f(s: str, target=17, n=4):
    if target != 17:
        return None
    return target == 17

def g(target=17, n=4):
    if target == 16:
        return ""
    return ""

assert f(g())

def f(x: int, b=-382, a=4716981):
    return x - a == b

def g(b=-382, a=4716981):
    return b + a

assert f(g())

def f(pos: int):
    return pos + 2 > 3

def g():
    return int(int(3 * 15)) + 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] == word[i]:
                return True
    return False

def g(word="konjac"):
    return word in (word,) and word.replace(" ", "")

assert f(g())

def f(x: int, a=9361496, b=-911910):
    return x == (a - b)

def g(a=9361496, b=-911910):
    return int(a - b)

assert f(g())

def f(s: str):
    return s == 'o'

def g():
    return 'o'

assert f(g())

def f(x: int, a=82266, b=100):
    if x > 0:
        return x - a > 0
    else:
        return x - a > 0

def g(a=82266, b=100):
    return int(a * int(b * 10)) + 0

assert f(g())

def f(x: int, a=1020):
    return abs(x) > a

def g(a=1020):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=10201202001):
    return n == 10201202001

def g(a=10201202001):
    return a or (n == 0 and sum(a) == 2) and sum(a) != 1

assert f(g())

def f(str: str, target=10):
    return str.startswith('"#')

def g(target=10):
    return '"#'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[:-1] != word[:-1]:
                return False
        else:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str(word.lower())

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) != len(word)

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) != max_len

assert f(g())

def f(n: int, ds=3, sd=3):
    s1 = [0.0, 1.0, 3.0]
    s2 = [0.0, 1.0, 3.0]
    s3 = [0.0, 1.0, 3.0]
    n1 = 2*n
    q = min(n1, sd)
    if n1 != 1:
        return ds + 1 > q
    else:
        return ds * 2

def g(ds=3, sd=3):
    s1 = [0.0, 1.0, 3.0]
    s2 = [0.0, 1.0, 3.0]
    s3 = [0.0, 1.0, 3.0]
    n1 = 1
    q = min(n1, sd)
    if n1 != 1:
        return ds + 1 > q
    else:
        return ds * 2

assert f(g())

def f(x: int, a=1535):
    return x == a

def g(a=1535):
    return int(a)

assert f(g())

def f(n:int):
    return n > 999 and all(i in "47" for i in str(str(n).count("41"))) == 0

def g():
    return int(int("47" + "1"*8) ** 0.5) + 1

assert f(g())

def f(s: str, word="laserjag"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="laserjag"):
    return str(word)

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if m <= 2 ** upper:
            return True
        n = 3 * n + 1 if n % 2 else n // 2
    return n == 1 and m <= 2 ** upper

def g(t=197, upper=20):
    return int(int(t)) + \
            int(t/2) + int(t % 2) + int(t % 3) * 6
    for i in range(3):
        if t <= 3 ** upper:
            return True
        n = 3 * n + 1 if n % 2 else n // 2
    return n == 1 and m <= 2 ** upper

assert f(g())

def f(x: int, a=-382, b=14161605):
    return x - a == b

def g(a=-382, b=14161605):
    return a + b

assert f(g())

def f(s: str):
    for i in range(20):
        if not s[i] and s[i] != s[i + 1]:
            return False
    return True

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, a=100, b=1000, count=648):
    return "Hello " + s == "Hello world"

def g(a=100, b=1000, count=648):
    return "world"

assert f(g())

def f(s: str, s1="abcdefghijabcdefghij", target=1):
    f1 = str(s1)
    f2 = str(s)
    x = s1[::-1]
    if f1 == f2 or f1 == f2:
        x = f2
    return x.count("abb") == 1 and x == x or (x == f2)

def g(s1="abcdefghijabcdefghij", target=1):
    f1 = str(s1)
    f2 = str(s1)
    return str(f2)

assert f(g())

def f(x: int, a=152532, b=157532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=152532, b=157532):
    return a + b

assert f(g())

def f(x: int, a=10000000000000):
    return x ** 2 >= a

def g(a=10000000000000):
    return a * 5 + 7 * a

assert f(g())

def f(n: int, a=30, b=70):
    return n/b is int or n != b

def g(a=30, b=70):
    return int(a + (b-a) / 10)

assert f(g())

def f(tot: int):
    return tot >= 2

def g():
    return 2

assert f(g())

def f(x: int, a=2021, b=1539):
    return x - a >= b

def g(a=2021, b=1539):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="papu", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="papu", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(m: int, n=5000):
    prod = 1
    for i in range(1000):
        prod *= m
    return prod >= m

def g(n=5000):
    return n * n

assert f(g())

def f(n: int, a=253532, b=2147483647):
    return n > a

def g(a=253532, b=2147483647):
    return int(int(a**2 + b**2))

assert f(g())

def f(x: List[int]):
    return all([x < 5 for x in range(5)] for x in range(5) or all([x > 5 for x in range(5) or x < 10 for x in range(5) or x > 20 for x in range(10) or x])) and len(x) == 3

def g():
    return [3, 5, 14]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "1" for i in str(str(d).count("1")))

def g(n=123456789):
    return n + 1

assert f(g())

def f(x: str, s="I!"):
    return s.lower() == x.lower()

def g(s="I!"):
    return s + ""

assert f(g())

def f(x: int, a=1310500, b=22):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a - b

def g(a=1310500, b=22):
    return int(int("1310500" + "0"*9) ** 0.5) + 2

assert f(g())

def f(w: int):
    if w >= 0.7:
        return True
    else:
        return False

def g():
    return int(int("123456789" + "0"*9) ** 0.8) + 1

assert f(g())

def f(s: str):
    return s.count('1') == 1

def g():
    return '123456789'

assert f(g())

def f(x: List[int]):
    if len(x) == 0:
        return False
    return True

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, lw=256):
    return lw == n or lw == 0

def g(lw=256):
    return lw or 0

assert f(g())

def f(h: List[int]):
    return h[0] - h[h[0]] + h[h[0]] <= 1

def g():
    return [0, 0]

assert f(g())

def f(s: str):
    return s != "Hello world"

def g():
    return "World"

assert f(g())

def f(x: List[int]):
    return len(x) > 999  # test the "x" and "b"

def g():
    return [1 for x in range(1000)]

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x == b

def g(a=8665464, b=-93206):
    return a + -b

assert f(g())

def f(i: float):
    return i in (0, 0, 0, 0, 0, 0, 0)

def g():
    return 0.0

assert f(g())

def f(b: int, n=15482):
    return b > n and 3*n - 1 // n >= 0

def g(n=15482):
    return n * (n - 1)

assert f(g())

def f(s: str, a=1024):
    return s == 'abcdefghijklmnopqrstuvwxyz'

def g(a=1024):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        if s.count(i) != 1:
            sys.exit(1)
        else:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a="hello", b="yellow", length=3):
    r = "Hello " + s
    return r == "Hello world"

def g(a="hello", b="yellow", length=3):
    return "world"

assert f(g())

def f(x: int, a=500000):
    if x > 0:
        return x - a > 50 - 200 - 25
    else:
        return x + a > 500000

def g(a=500000):
    return int(a) + 1

assert f(g())

def f(s: str):
    return s == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(x: int, a=233331, b=1024):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=233331, b=1024):
    if a > 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    if n == 3 or n == 4:
        # end
        return False
    return True

def g():
    return (int(int("123456789" + "0" * 9)) - 3) * 9

assert f(g())

def f(s: str, a=5129, d=17):
    return "Hello " + s[::-1] == "Hello world"

def g(a=5129, d=17):
    return "world"[::-1]

assert f(g())

def f(num: int, n=1000, nmax=100):
    return num > n

def g(n=1000, nmax=100):
    return int(n * nmax)

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x / a == b

def g(a=4, b=54368639):
    a = int(a)
    b = int(b)
    return int(a * b)

assert f(g())

def f(n: int):
    for i in range(2, 5):
        assert n % 5 == 2
        assert isinstance(n, int) or contains.items(i)  # not found in n
        for i in range(20):  # found number == 3
            n -= 1 + (n - 1) // 5
        return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "0"*9) ** 0.525) + 1

assert f(g())

def f(li: List[int], n=10, l1=10):
    return len(li) == len(set(li))

def g(n=10, l1=10):
    return [1, 2]

assert f(g())

def f(n: int):
    return len(str(n + 1000)) >= 5

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(x: int, b=1010):
    return x == b

def g(b=1010):
    return -1 if b < 0 else b

assert f(g())

def f(n: int):
    m = n / 2
    while (n > 3 / 2):
        n = n - 1 if n % 2 else n // 2
        if (n % 2) > 0:
            return False
        if n % 2 < m:
            return False
    return True

def g():
    return 0

assert f(g())

def f(n: int, v=35124539, w=400):
    return v > w

def g(v=35124539, w=400):
    return 3 + v % 2

assert f(g())

def f(s: str):
    return s.count('h') == 0

def g():
    return ""

assert f(g())

def f(s: str, target="foobarcafasd", length=6):
    return target[0] == s

def g(target="foobarcafasd", length=6):
    print(target)
    return target[0]

assert f(g())

def f(s: str):
    return s.count('abc') == 1

def g():
    return "123456789" + "123456789abc"

assert f(g())

def f(s: str, t=None):
    if isinstance(s, str):
        s += '?'
    f16 = 'World' # no need for this
    return 'World' in s

def g(t=None):
    return 'Hello World'

assert f(g())

def f(x: str, a=2, b=2):
    return x == a or b == 2

def g(a=2, b=2):
    return "4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33"

assert f(g())

def f(s: str, strings=['cat', 'dog', 'fly', 'moose', 'hello']):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['cat', 'dog', 'fly', 'moose', 'hello']):
    return "hello"

assert f(g())

def f(s: str):
    return "" in s

def g():
    return "World"

assert f(g())

def f(x: float):
    return str(x - 5.156).startswith("123456")

def g():
    return float("123456789")

assert f(g())

def f(path: List[int], a=121514):
    return path[-1] == a

def g(a=121514):
    return [a]

assert f(g())

def f(n: int):
    return n < 1000

def g():
    return sum(range(-1, -1))

assert f(g())

def f(s: str):
    return s == "dasis"

def g():
    return "dasis"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b") > x.count("c") and ('c' in x) for x in s) for y in s)

def g():
    return ["a"*(i+2) + "b" for i in range(1000)]

assert f(g())

def f(s: str, name="hough"):
    return len(s) == len(name)

def g(name="hough"):
    return str(name)

assert f(g())

def f(s: str, word="laborator", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word + 1
    return sum(word) == max_len

def g(word="laborator", max_len=10):
    if len(word) <= max_len:
        return word
    if word in s:
        return (word, word[i] - word[i+1])
    if word == s:
        return word
    return sum(word) == max_len

assert f(g())

def f(x: int, a=10000):
    return x == a

def g(a=10000):
    return int(a-1) + 1

assert f(g())

def f(n: int, v=23463462):
    return v // n == 1

def g(v=23463462):
    return v - 3

assert f(g())

def f(s: str, word="anti-dishshitantism", max_len=31):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="anti-dishshitantism", max_len=31):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1])

assert f(g())

def f(x: float, a=1020):
    return x >= a

def g(a=1020):
    return a * 1.0

assert f(g())

def f(s_case: str, s="CanYouTellIfItIsComfortable"):
    return s in s_case

def g(s="CanYouTellIfItIsComfortable"):
    return ("CanYouTellIfItIsComfortable")

assert f(g())

def f(x: int, a=11001000201202001):
    return a ** 2 == x

def g(a=11001000201202001):
    return a ** 2

assert f(g())

def f(s: str, word="babel", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="babel", max_len=10):
    if len(word) <= max_len:
        return word
    return int(wordsplit(word)) == 0.5

assert f(g())

def f(x: int, c=150945, d=150198):
    return x - d == c

def g(c=150945, d=150198):
    return c + d

assert f(g())

def f(b: int):
    return b > 72352549

def g():
    return int(int("10952223" + "0"*9) ** 2)

assert f(g())

def f(s: str, word="antidesmusicalism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidesmusicalism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word) == 1

assert f(g())

def f(x: int, a=1514, b=1234):
    if x > 100:
        return x - a == b
    else:
        return x - a == b + b

def g(a=1514, b=1234):
    if a > 1514:
        return a + b
    else:
        return a + b

assert f(g())

def f(t: str, s="abbbcabcdcdc", target=7):
    i = 0
    for c in t:
        for i in range(len(t) - 1):
            i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abbbcabcdcdc", target=7):
    if len(s) < target or len(s) >= len(("abb")):
        # print "abcabcdcdc"
        return "abcabcdcdc"
    else:
        # print "abcabcdcdc"
        return "abcababccdc"

assert f(g())

def f(d: int, n=123456789):
    return d >= n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(n * (n - 1))

assert f(g())

def f(x: int, a=10201202001):
    return x + 1 != a

def g(a=10201202001):
    return 102220202021 * (a + 1) + 1

assert f(g())

def f(x: int, a0=123):
    return x >= a0 and int(x) < 93252338

def g(a0=123):
    return a0 * 9 + a0 * 9

assert f(g())

def f(x: int, a=5418096):
    return x == a

def g(a=5418096):
    return int(a - (int(a) - (int(a) - (int(a) - (int(a) - (int(a) - (int(a))))))))

assert f(g())

def f(li: List[int]):
    return [li[i] for i in range(10)] and len(set(li)) >= len(set(li))

def g():
    return [int(i + 2) for i in range(10)]

assert f(g())

def f(s: str):
    return s in s and len(s) == 1

def g():
    return "1"

assert f(g())

def f(y: int, a=1132214):
    return y == a

def g(a=1132214):
    return int(a)

assert f(g())

def f(s: str):
    if s[1] == "enlightenment":
        return s[1] != "enlightenment"
    elif s[2] == "crying":
        return s[2] == "crying"
    else:
        return s[3] != "crying"

def g():
    return "world_3_5"

assert f(g())

def f(s: str, a=4147483647, b="red", c="blue", len=6):
    return "Hello " + s == "Hello world"

def g(a=4147483647, b="red", c="blue", len=6):
    return "world"

assert f(g())

def f(str: str):
    return str.lower().lower() in list(["xyz"])

def g():
    return "xyz"

assert f(g())

def f(q: int, a=50, b=1000, h=20):
    return q > b

def g(a=50, b=1000, h=20):
    return a * b + h

assert f(g())

def f(b: int, n=12345):
    return b >= 125

def g(n=12345):
    return n + 1

assert f(g())

def f(s: str):
    return s[::-1] == s[::-2]

def g():
    return str("Hello World")[0]

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, -52]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) <= lower

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, -52]):
    if seq[0] == '-' or seq[1] == '-':
        return 0
    else:
        return 1

assert f(g())

def f(s: str, a=0, b =1):
    return s == s[0]

def g(a=0, b =1):
    return str(a % b)

assert f(g())

def f(pos: List[int]):
    return pos[0] == pos[1]

def g():
    return [3 for i in range(1000)]

assert f(g())

def f(x: int, a=45, b=12345):
    return x - a == b

def g(a=45, b=12345):
    return int(a + b)

assert f(g())

def f(x: int, a=1099, b=125025):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=1099, b=125025):
    if a > 50:
        return a + b
    else:
        return - a * b

assert f(g())

def f(s: List[str]):
    return len(s) == 12 or len(s) == 3

def g():
    return ["1234567891234567" + "\0" for i in range(3)]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) < 1000:
        n = 5 if n % 2 else n // 2
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1  # or 0

assert f(g())

def f(s: str, a=5, b=15):
    return s[::-1] in s[0] or s[::1] in s[1]

def g(a=5, b=15):
    return str(a or str(a) + str(b))

assert f(g())

def f(h: str, s="foobar", substrings=['foobar', "yellow"]):
    return s == h or s == substrings

def g(s="foobar", substrings=['foobar', "yellow"]):
    return 'foobar'

assert f(g())

def f(a: int, b=10195566):
    return a == b

def g(b=10195566):
    if int(10195566 - b) > 9:
        return (a >= b) and (b < a)
    else:
        return int(b)

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word), max(max(e) for e in s) or len(s[-1] - max(e) for e in s[-1])

def g(word="antisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return "antisestablishmentarianism"
    for x in s:
        if len(x) == max_len:
            return x
    return len(x)

assert f(g())

def f(y: List[int], n=7012):
    if n == 0:
        return 0
    return n > 0.

def g(n=7012):
    x = ["123456789" + "0"*9 + "123456789" + "2"]
    assert len(x) != 2
    assert len(x[0]) != 2
    return [x[0] for x in x[0] if x[0] == "123456789" ]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=31):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=31):
    if max_len <= 0:
        return "antidisestablishmentarianism"
    return word

assert f(g())

def f(start: int, k=4):
    return 0 <= k <= 21 and int(k) < 11

def g(k=4):
    return 1 * k

assert f(g())

def f(s: str):
    return set(s) <= set("20+16") and s.count("20") == 1

def g():
    return "20+16"

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st == str(a)

def g(a="world", b="Hello world"):
    return str(a)

assert f(g())

def f(x: int, a=13378977):
    return x == a

def g(a=13378977):
    return a

assert f(g())

def f(s: str):
    return str(s[-1]) == s

def g():
    return "world"[-1]

assert f(g())

def f(x: int, l=2021):
    return x ** 3 >= l * 2 * (4 * l)

def g(l=2021):
    return 2 * l * (l * 2) + 1

assert f(g())

def f(x: int, a=2147483648, b=5):
    return x ** 2 > a

def g(a=2147483648, b=5):
    return a * b

assert f(g())

def f(s: str, word="antispatch", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word ) and word[0] == s[0]

def g(word="antispatch", max_len=10):
    if word != "":
        return word
    return int(s[1:-1]) == max_len

assert f(g())

def f(f: float, l=34, a=8549963):
    return 1 - f > (l + a) / 4

def g(l=34, a=8549963):
    return -1 - (a + l/4)

assert f(g())

def f(n: int, a=3474):
    return n > a

def g(a=3474):
    return 10 + 12 * a

assert f(g())

def f(s_case: str, s="testcase"):
    return s and s in s_case and s in s_case.lower()

def g(s="testcase"):
    return s and str(s)

assert f(g())

def f(n: int, a=16, b=10):
    return n // b == a

def g(a=16, b=10):
    return int(a * b)

assert f(g())

def f(s: str, word="konjac"):
    if(len(word) == len(s)):
        return True
    return False

def g(word="konjac"):
    return word[::-1]

assert f(g())

def f(s: str, target="reverse me", reverse=True, reverse_pos=True):
    return s == target

def g(target="reverse me", reverse=True, reverse_pos=True):
    return "reverse me"

    return target, "reverse me"

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    for i in "hello" + s:
        if i == len(s):
            return i == len(s)
    return len(s) == len(a)

def g(a="hello", b="yellow", length=4):
    return str(a[::-1] == "hello")

assert f(g())

def f(n: int):
    return str(n + 1).startswith("12345")

def g():
    return int(int("12345") * 10) + 2

assert f(g())

def f(s: str):
    return s == "Invertedopolymorphism is not a valid element"

def g():
    return "Invertedopolymorphism is not a valid element"

assert f(g())

def f(n: int):
    return all(sum(x[n]) == 0 for x in range(2, n))

def g():
    return 0

assert f(g())

def f(n: int, a = -100, b = 100):
    return n > 0 and n > 999

def g(a = -100, b = 100):
    return a * 1 + b * b

assert f(g())

def f(n: int, a=3, b=13981398998636, cus=3):
    return b % 10 >= a

def g(a=3, b=13981398998636, cus=3):
    return b % 10 >= a and b

assert f(g())

def f(x: List[int], s=[]):
    non_zero = [z for z in x if z != 0]
    return list(set(non_zero)) >= list(non_zero)

def g(s=[]):
    return list(set(list(s)))

assert f(g())

def f(targs: List[int], target=[1, 3, 4, 6, 7, 8, 13,12, 11, 11, 7], max_length=24):
    target = [[2, 3], [6, 7], [13, 12], [13, 13]]
    for index in range(1, len(target)):
        targs[index] = 2 * max_length + 1
    return True

def g(target=[1, 3, 4, 6, 7, 8, 13,12, 11, 11, 7], max_length=24):
    return [2, 3, 4, 6, 7, 8, 14, 12, 7]

assert f(g())

def f(ls: str, s=45343333):
    if len(ls) == 5:
        return 0
    elif len(ls) == 6:
        return len(ls) == 6
    elif len(ls) == 7:
        return len(ls) == 7
    elif len(ls) == 8:
        return len(ls) == 8
    elif len(ls) == 9:
        return len(ls) == 9

def g(s=45343333):
    return str(s)

assert f(g())

def f(num: int, a=1000000001, b=500000):
    return int(num * 10) == 0

def g(a=1000000001, b=500000):
    return 0 if(a > b) else int(a)

assert f(g())

def f(s: str, big_str="foobar", target=80, default=1):
    if big_str:
        prod = len(s)
        s = sorted(s)

    return prod == len(s)

def g(big_str="foobar", target=80, default=1):
    if big_str == "foobar":
        return "foobar"
    elif big_str == "foobar" and target: # this is not a solution
        return "foobar"
    elif big_str == "foobar" and target == 80:
        return "foobar"
    else:
        return "foobar"

assert f(g())

def f(x: int, a=663472):
    return x < 5

def g(a=663472):
    return 0 // a

assert f(g())

def f(s: str, target="ooofo", length=6):
    if len(target) < 6:
        return target[len(target) // 2 + 2] == s
    return int(s[1:-1]) == len(target) and target[len(target) + 3] == s

def g(target="ooofo", length=6):
    if len(target) != 2:
        return target[len(target)//3]
    return int(target) == len(target) and target[len(target) + 4] == s

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Reverse me for reverse me')

def g():
    return 'Reverse me for reverse me'

assert f(g())

def f(t: str, target="reverse me", reverse=True):
    a = target

    for i in range(5):
        return t[i] == target[i] or target[i] == t[i]

    return t[1] == "intelligent"

def g(target="reverse me", reverse=True):
    return target + "reverse me"

assert f(g())

def f(path: List[int]):
    return path[0] == 0 and path[1] == 1

def g():
    return [0, 1]

assert f(g())

def f(li: List[int]):
    return ["The blue monkey jumps over the lazy dog][i for i in li with 10"] != list(
        "The five poppers jump quickly")

def g():
    return [1, 2]

assert f(g())

def f(s_case: str, s="hello world", p="Do", n=20):
    return s_case == ('Hello world') and  s != 'Hello world'

def g(s="hello world", p="Do", n=20):
    return ("Hello world")

assert f(g())

def f(x: int, a=661294, b=-94858):
    return a + x == b

def g(a=661294, b=-94858):
    return b - a

assert f(g())

def f(s: str, word="bob", max_len=10):
    if len(word) <= max_len:
        return word == s
    return 0 <= max_len <= len(word) and word[-1] == s[-1]

def g(word="bob", max_len=10):
    if len(word) <= max_len:
        return "bob"
    return 0 <= max_len <= len(word) and word[-1] == s[-1]

assert f(g())

def f(li: List[int]):
    return li[4] != li[5]

def g():
    return [1, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14]

assert f(g())

def f(s: str):
    return str(s[::-1]) == s[::-1]

def g():
    return "abc"

assert f(g())

def f(s: str, word="cascadia", max_len=1024):
    if len(word) <= max_len:
        return word == s
    if max_len % 2 != 0:
        return word == s
    return max_len != 2

def g(word="cascadia", max_len=1024):
    if len(word) <= max_len:
        return word
    if max_len % 2 != 0:
        return word
    if max_len % 2 != 0 and word == s:
        return str(word) + word
    return str(word) + max_len

assert f(g())

def f(n: int, a=1354631):
    return n % 30 == 0 and n % 1 == 0 or len(set(n)) >= 10

def g(a=1354631):
    return 0 * a and (a / 7) % 7;

assert f(g())

def f(x: int, a=93252389):
    return a + x > 97252338 + 5

def g(a=93252389):
    return ((a + 3)**4 + (a + 3)**4 + ((a + 3)**4)**4 + ((a + 3)**4)**4 + ((a + 3)**4)**4)**5

assert f(g())

def f(value: str):
    return value == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=3, b=23463462):
    return a + b // n == a

def g(a=3, b=23463462):
    return b + a

assert f(g())

def f(s: str, word="antiques", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and max_len == max_len

def g(word="antiques", max_len=20):
    if len(word) < max_len:
        return word
    if len(word) >= max_len:
        return word

assert f(g())

def f(x: int, a=263532, b=1230200):
    if x > 0 or a <= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=263532, b=1230200):
    return a + b

assert f(g())

def f(v: str):
    return v == v

def g():
    return "3" * 2

assert f(g())

def f(t: str, s="hello", i=2):
    if t != "hello":
        return False
    else:
        return True

def g(s="hello", i=2):
    return str("hello")

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    for i in range(1, len(s) + 1):
        if target[i] != i:
            break

    return True

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    perm = '1x' if '1' in perm else 'x'
    return "hello world" if perm else 'w'

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n * a + b >= 1073258

def g(a=1073258, b=72352549):
    return int(int(a + b) * 9) - 1073258

assert f(g())

def f(s: str, a="foo", b="bar", c="oddball", length=4):
    s = str(8 ** 2888)
    for c in sorted(s):
        if a or b or c:
            return True
    return False

def g(a="foo", b="bar", c="oddball", length=4):
    return "foo" + "bar"

assert f(g())

def f(x: str, target="foobarbazwow", length=6):
    return x == target[(len(target) - length) // 2]

def g(target="foobarbazwow", length=6):
    return target[(len(target)-length) // 2]

assert f(g())

def f(x: int, a=1400):
    if x < 0 and a < 50:
        return x - a < 50
    else:
        return x - a > 50

def g(a=1400):
    return int(int(a * a - 2) + 4)

assert f(g())

def f(x: List[int]):
    return x[0] == 20

def g():
    return [20, 30, 10, 12]

assert f(g())

def f(x: int, a=8689531, b=-391334):
    return a + x == b

def g(a=8689531, b=-391334):
    return -a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s[0] == word[1]

def g(word="antidisestablishmentarianism", max_len=10):
    return str(word[2].replace(word, ", ")) and word[1]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == target) == reverse

def g(target="reverse me", reverse=True):
    return target[::-1] * reverse

assert f(g())

def f(t: str, s=17):
    return t == "Problems"

def g(s=17):
    return "Problems"

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 1 == 0
        if (n != 0 and n % 1 == 0):
            if n == 1:
                return n < 0
                return n > 0 and n % 1 == 0
            return n > 0 and n % 0 == 0
        return n >= 0 and n == 0
    return n <= 0 and n > 0

def g():
    return 0

assert f(g())

def f(s: str, word="konjac"):
    if len(word) <= 5017:
        return word == s
    len(word) < 5017 and len(word) == len(word) and len(word) == 3

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(d: int, n=123456789):
    return d > n

def g(n=123456789):
    return 2**n

assert f(g())

def f(s: str, word="moootwom"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="moootwom"):
    return str(word)

assert f(g())

def f(s: str, target="foobopaw", length=6):
    return target[(len(target) - length) // 2:(len(target) + 1) // 1] == s

def g(target="foobopaw", length=6):
    return target[(len(target) - length) // 2: len(target)]

assert f(g())

def f(n: int, target=100, m=12345678):
    return n > target and m > 0  # zero for m
                                                                            # multiple
                                                                            # elements of number

def g(target=100, m=12345678):
    return int(m + target)

assert f(g())

def f(n: int, t=1310):
    return n > 1 and n < t

def g(t=1310):
    return (t + 1213 + 1026) % 1026

assert f(g())

def f(x: int, w=1004, min=100):
    return x >= w

def g(w=1004, min=100):
    return int(int("123456" + "0"*9)** 0.5) + 1

assert f(g())

def f(n: int, a=10200800000, b=10):
    return n // b == a

def g(a=10200800000, b=10):
    a = int(a)
    b = int(b)
    return a * b

assert f(g())

def f(x: float, a=25, b=500):
    c = 0 - ((x / a) * a + b )
    return c < 0.5 * a

def g(a=25, b=500):
    return 0.5

assert f(g())

def f(s: str, target="foobarbazwow", length=6):

    return s == target

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] == word[i] and s[i] != word[i].lower():
                return False
        else:
            if s[i] == word[i].lower():
                return False
    return True

def g(word="konjac"):
    s = str(word)
    return str(set(s))

assert f(g())

def f(n: int, a=3448, b=40):
    return n // b == a

def g(a=3448, b=40):
    return a * b or a + b * b

assert f(g())

def f(x: List[int]):
    return list(x).count(sum(x)) != 1

def g():
    return [1, 2]

assert f(g())

def f(n: int, v=16, w=100):
    return all([1, 4])

def g(v=16, w=100):
    return all([1, 2]) * v * w

assert f(g())

def f(n: int, a=16, b=253532):
    return a + abs(b) + a * n < 0

def g(a=16, b=253532):
    return a - abs(b) - abs(a) * 626778427

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word), max(max(e) for e in s) or len(s[-1] - max(e) for e in s[-1])

def g(word="antisestablishmentarianism", max_len=100):
    if len(word) <= max_len and word[:-1] != word:
        return word
    if word[-2] != word:
        return word
    if word[-1] != 0:
        return word[:-1]
    if word[1] != 0:
        return word[1:-1]

assert f(g())

def f(x: int, a=83768, b=183856):
    if x >= 0 or a >= 50:
        return x - a > b
    else:
        return x - a < b

def g(a=83768, b=183856):
    return int(a**83768 + b*183856 + 83768)

assert f(g())

def f(n: int, a=15482, lower_bound=5):
    return a % n == a and lower_bound == 5

def g(a=15482, lower_bound=5):
    return a * 3 + 3

assert f(g())

def f(s: List[str]):
    return all([s[i] == s[i + 1] for i in range(10)]) and (len(s) != 3)

def g():
    return ["123"*20 + "1023456789" for i in range(20)]

assert f(g())

def f(s: str):
    return s.count(s[::-1]) == 0

def g():
    return "123456789"

assert f(g())

def f(nums: List[int], c=100000):
    if c>1 or c < 8:
        return True
    elif c>8:
        return True
    else:
        return False

def g(c=100000):
    return []

assert f(g())

def f(s: str, word="lkjpk"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="lkjpk"):
    return "" + str(word) + "lkj"

assert f(g())

def f(n: int, s="aaaAaAC"):
    return n == 1

def g(s="aaaAaAC"):
    return 1

assert f(g())

def f(x: str, n=1, pos=2):
    if len(x) == 1:
        return True  # no length is needed
    return False

def g(n=1, pos=2):
    return str(n * n)

assert f(g())

def f(n: int, r=100, u=6):
    return n > r or r == 2

def g(r=100, u=6):
    return r * u

assert f(g())

def f(x: int, a=154260, b=23223):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=154260, b=23223):
    return a+b

assert f(g())

def f(x: int, a=722, b=5):
    if x == 0:
        return x + a == b
    else:
        return x - a == b

def g(a=722, b=5):
    if a == 722:
        return a + b
    if a == 0:
        return a - b
    else:
        return a - b

assert f(g())

def f(s: str, word="mooobooofasd", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="mooobooofasd", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[:-1] * 3) == len(word[:-1] * 3)

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    for i in range(len(target)-1, 1, -3):
        if target[i-1] == target[indexes[i-1] - 1]:
            return True
    return False

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    target[1] = target[4]
    target[7] = target[12]
    return target

assert f(g())

def f(m: int, n=500):
    return m % 4 == 0

def g(n=500):
    return 0

assert f(g())

def f(s: str, word="kostanism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1] == 0) and sum(int(li) for li in s[1:-1]) == s

def g(word="kostanism", max_len=10):
    """
    :param word: a dictionary between words and a list of integers between
        a word and a list of integers.
    """
    if len(word) == 1:
        return word
    else:
        return word

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7") + str(d).count("9")))

def g(n=123456789):
    d = int(n)
    return d * d

assert f(g())

def f(s: str):
    return str(19 ** 2888).count(s) > 9 and len(s) == 2

def g():
    return str(42)

assert f(g())

def f(i: int):
    return len(str(i + 1)) >= len(str(i + 1000))

def g():
    return int(int("123456789" + "0" * 9) ** 6) + 1

assert f(g())

def f(x: int, a=139999999):
    return x == a

def g(a=139999999):
    return a

assert f(g())

def f(x: int, a=3039, b=2027):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3039, b=2027):
    if a == 50:
        return a - b + '0'
    else:
        return a + b

assert f(g())

def f(k: int, a=10000, b=10000, n=8):
    return (k < n) and (a >= k) or (b >= k) and (n > b)

def g(a=10000, b=10000, n=8):
    return (0 == a) * (n < b) and (n < 8) and (n > b)

assert f(g())

def f(x: int, a=19086330, b=7235815):
    return a + x == b

def g(a=19086330, b=7235815):
    return b - a

assert f(g())

def f(x: int, a=14069, b=1290):
    if x > 0 or a > 50:
        return x - a >= b
    else:
        return x - a > b

def g(a=14069, b=1290):
    return int(a + b ** 10)

assert f(g())

def f(s: str, word="pagination"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="pagination"):
    if len(word) == 1:
        return ""
    if len(word) == 2:
        return ""
    if len(word) == 3:
        return ""
    return "pagination"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return (z + v) / (d + z) == 0

def g(v=9, d=0.0001):
    return v / -1

assert f(g())

def f(x: float, a=1):
    return abs(x / 2 - a) < 1e-4 ** -3 and x < 0

def g(a=1):
    return int(a) / 2 - 1

assert f(g())

def f(i: int):
    return len(str(i)) == 10

def g():
    return int(int("123456789") * 10)

assert f(g())

def f(s: str):
    return s.count("s") == s.count("s + ")

def g():
    return "1234567"

assert f(g())

def f(s: str, b=100, c=20):
    return s.count("++x") > s.count("--x")

def g(b=100, c=20):
    return '+^-+>++x'*9

assert f(g())

def f(s: str, m=20):
    return s.count('-') == 0

def g(m=20):
    return str(m)[::-1]

assert f(g())

def f(l: List[int], target=[20, 0, 20, 20, 80], n=4):
    return l > target

def g(target=[20, 0, 20, 20, 80], n=4):
    return target[n:]

assert f(g())

def f(x: int, a=10000, b=50):
    return x * a >= 0 or b < 10 or min(a, b) == 5

def g(a=10000, b=50):
    return a - b or (a*b != 0 or a < b)

assert f(g())

def f(x: int, a=50, c=99):
    if a>1.0:
        c = 99
    return a % 2 == 0

def g(a=50, c=99):
    return c - a

assert f(g())

def f(i: int):
    return i + 1000 * i > 2 > 0

def g():
    return 1

assert f(g())

def f(x: int, a=1318, b=1512):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1318, b=1512):
    """Check if x and b have the same pattern"""
    pass
    if a >= 0:
        return a + b
    else:
        return a - b

assert f(g())

def f(z: float, v=9, d=0.001):
    return int(z * 1 / d % 10 + 0.1) == v

def g(v=9, d=0.001):
    return v*d

assert f(g())

def f(x: int, a=23473462):
    return x == a

def g(a=23473462):
    return int(int("123456789" + "0"*9) ** -1) + a

assert f(g())

def f(x: int, a=102000):
    return abs(x ** 2 - a) >= 1000

def g(a=102000):
    return int(a) + 2

assert f(g())

def f(t: str, s="abcdefgh"):
    if len(t) == len(s):
        return len (t) == len(s)
    else:
        return len (t) == len(s)

def g(s="abcdefgh"):
    return "ABCDEFGH"

assert f(g())

def f(s: str, word="Iooooooo!!!!!"):
    for i in range(len(s)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
            else:
                return True
    return False

def g(word="Iooooooo!!!!!"):
    return word

assert f(g())

def f(n: int, a=6147483648, b=50):
    return n // b == a

def g(a=6147483648, b=50):
    return int(a * b)

assert f(g())

def f(s: str, word="konjac"):
    if len(s) <= len(word) - 1:
        return not set([s.upper() and s.lower()])
    else:
        for i in range(len(word)):
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(q: int, n=16, p2=10):
    return 0 <= q <= q + n and q <= q

def g(n=16, p2=10):
    return n * n + p2

assert f(g())

def f(n: int, v=1811, w=739):
    return n > w or n == w or w > w and n < w - 1

def g(v=1811, w=739):
    return v + w - 1

assert f(g())

def f(n: int, score=0):
    return abs(n-score) >= 0.

def g(score=0):
    return abs(score < 0.5)

assert f(g())

def f(x: int, a=100000, b=1000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=100000, b=1000):
    if a > 0 or b > 1000:
        return a + b
    else:
        return b + a

assert f(g())

def f(n: int, a=15, b=28, upper_bound=150):
    return n % a == 0 and n % b == 0 and n < upper_bound

def g(a=15, b=28, upper_bound=150):
    return f(a)+f(b)

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 1001))

def g():
    return 1001

assert f(g())

def f(s: str, chars=['x', 'z', 'y', 'z', 'y']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['x', 'z', 'y', 'z', 'y']):
    return str(chars)

assert f(g())

def f(li: List[int], target=[17, 0, 1, 17, 7, 17, -1], n=2):
    i = 0
    for p in li:
        i += 1
        i += 1
    return li * n > target

def g(target=[17, 0, 1, 17, 7, 17, -1], n=2):
    i = 0
    for p in target:
        i += 1
        i += 1
    return target

assert f(g())

def f(x: int, a=135414):
    return x == a  # add 8 to 15

def g(a=135414):
    return a

assert f(g())

def f(s: str):
    return s.count('o') == 0 and len(s) == 4

def g():
    return 'abc' + str(3) or 0

assert f(g())

def f(n: int):
    return str(n * n).startswith("77410")

def g():
    return int(int("77410" + "2"*90) ** 0.5) + 1

assert f(g())

def f(x: int, a=-2147483648, b=-14071510):
    return x / a == b

def g(a=-2147483648, b=-14071510):
    return a * b

assert f(g())

def f(s: str, length=4):
    return str(s) == s

def g(length=4):
    return str(length == 4)

assert f(g())

def f(s: str):
    return s[0] + s[1] + s[2] + s[3] + s[4] + s[5] and s[0] !=s[1] and eval(s) != 63

def g():
    return "123456789" * 63

assert f(g())

def f(n: int, a = 58112, b = 23223, lower_bound=5):
    return a * b > 0 and b * n != 0 or 0

def g(a = 58112, b = 23223, lower_bound=5):
    return int(a**2) + 1

assert f(g())

def f(s: str):
    if len(s) == 2:
        s[0] = s[0] + s[0]
    if len(s) == 3:
        s[0] = s[0] - s[0]
    return s[1] in s[1] + s[1]

def g():
    return "hello"

assert f(g())

def f(x: int, a=15, b=50000):
    return x - a > b

def g(a=15, b=50000):
    return int(int(a) * int(b) + int(b)** 2)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i].upper() == word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(word) + "konjac"

assert f(g())

def f(x: int, a=93252338):
    return x == a  # x has no state

def g(a=93252338):
    return a

assert f(g())

def f(s: str, a=0, b=56789777):
    if s != a:
        return True
    for i in set(b + 0):
        ans = list(sum(i) for i in s)
        assert len(ans) == len(n)
        ans = sorted(ans, key=lambda a: a[i])
        assert len(ans) == len(set(ans)) == n <= len(s)
        ans = sorted(ans, key=lambda a: len(ans))
        assert len(ans) == len(set(ans)) == len(s) <= len(s)
    return ans

def g(a=0, b=56789777):
    return str(a)

assert f(g())

def f(s: str, target="foobarbazwow", len_s=""):
    return s.lower() == target

def g(target="foobarbazwow", len_s=""):
    return len_s + target + len_s

assert f(g())

def f(x: int, a=4588, b=65536):
    return x - a == b

def g(a=4588, b=65536):
    return (a + b) % 100000

assert f(g())

def f(x: int, a=102012019991):
    return x == a

def g(a=102012019991):
    return int(a)

assert f(g())

def f(s: str, target=1):
    return len(s) == 1

def g(target=1):
    return str(target)

assert f(g())

def f(x: int, s=5, x1=123, s2 = 120+3):
    return x + s > x1

def g(s=5, x1=123, s2 = 120+3):
    return (s + x1) + s2

assert f(g())

def f(x: int, a=1500, b=13800):
    return x - a == b

def g(a=1500, b=13800):
    return a + b

assert f(g())

def f(s: str, big_str="foobar", start=1, offset=0):
    return big_str.index(big_str[0:offset]) == offset

def g(big_str="foobar", start=1, offset=0):
    return "foobar"

assert f(g())

def f(x: int, a=80, b=253532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=80, b=253532):
    return int(a + b)

assert f(g())

def f(s: str, word="bruce"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="bruce"):
    return word

assert f(g())

def f(s: str, word="konjac", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-2+1]) == len(word)

def g(word="konjac", max_len=10):
    if len(word) <= max_len:
        return word
    return int(max(word) + 1 * max_len)

assert f(g())

def f(s: str, word="fghjghj", max_len=4):
    if len(s) == max_len:
        return False
    return True

def g(word="fghjghj", max_len=4):
    return str(word)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("3") + str(d).count("5")))

def g(n=123456789):
    return n*n

assert f(g())

def f(inds: List[int], vecs=[169, 203, 409, 50, 37, 479, 370, 133, 53, 159, 161, 367, 474, 107, 82, 447, 385]):
    return list(inds) == list(range(999))

def g(vecs=[169, 203, 409, 50, 37, 479, 370, 133, 53, 159, 161, 367, 474, 107, 82, 447, 385]):
    return list(range(999))

assert f(g())

def f(s: str):
    return "hello world" in s

def g():
    return "hello world 3"

assert f(g())

def f(nums: int, m=12345, s=1234578987654321, p=1234578987654321):
    return nums == m+1

def g(m=12345, s=1234578987654321, p=1234578987654321):
    return m+1

assert f(g())

def f(x: int, a=4, b=54368639, c=0):
    if c == 0:
        return x % 2 == 0
    elif c == 1:
        return x % 2 == 1
    elif type(x) in [3, 4]:
        return x + 4 + (-x) % 2
    else:
        return x + (-x) % 2

def g(a=4, b=54368639, c=0):
    return int(a) * c

assert f(g())

def f(t: str, s1="A", s2="B", count1=20, count2=20):
    s = "cabbcd"
    s1 = "cabbb"
    s2 = "cabc"
    for i in range(count1 + count2):
        s1 += str(i) + str(s2)
    return len(set(s1)) > len(set(s2))

def g(s1="A", s2="B", count1=20, count2=20):
    s = "cabbcd"
    s1 = "cabbb"
    s2 = "cabcc"
    len(s1) > len(s2)
    for i in range(count1 + count2 + len(s1)):
        if s2 == s1:
            return 'cabbcd'
    return 'cabcc'

assert f(g())

def f(n: int, start=23):
    if start == 23:
        return True

def g(start=23):
    return int(start + int(start + 1) * 5)

assert f(g())

def f(n: int, a=17, b=40, c=20):
    return n + b > sum([a * i for i in range(c)])

def g(a=17, b=40, c=20):
    return sum([a * i + b for i in range(c)])

assert f(g())

def f(x: int, a=25, b=10, c=4, d=2):
    if x % 2 == 1:
        return x % 2 == 1 and 1 < a
    elif x % 2 == 2:
        return x % 2 == 2 and 1 < a - c
    else:
        return x % 2 == 2 and 1 < a - b

def g(a=25, b=10, c=4, d=2):
    return int((a * 8) ** 10) / 6 and 1 or (a * 8) / 6 + 1

assert f(g())

def f(p: str, s=10):
    return p.count('1') > 0.

def g(s=10):
    return ("123456789")

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > sum([b * i for i in range(b)])

def g(a=17, b=100, c=20):
    return 2 * sum([b * i for i in range(b)])

assert f(g())

def f(n: int):
    return str(n * n).startswith("4222")

def g():
    return int(int("4222" + "0"* 9) ** 0.5) + 1

assert f(g())

def f(t: str, s=["a", "b", "c"]):
    if t[0] != s:
        return True
    if s[0] != t:
        return False
    return True

def g(s=["a", "b", "c"]):
    return "hello world"

assert f(g())

def f(l: List[int]):
    return sorted(l) == list(range(999) for l in l)

def g():
    return []

assert f(g())

def f(n: int, a=4, b=5):
    return b * (n + b) == b

def g(a=4, b=5):
    n = int(a)
    if b != 2:
        return -(n)
    if a != 4:
        return 1
    else:
        return 0

assert f(g())

def f(dir: str, a=170127):
    return 0 if dir == 'dir' else len(dir) == 1

def g(a=170127):
    return list(g(a)) if a == '1' else '2'

assert f(g())

def f(n: int, a=7, b=16, c=23):
    m = n
    for i in range(3):
        if m == i and b == a:
            return m * c != b
        return True

def g(a=7, b=16, c=23):
    m = a % (2 * 2 * c)
    for i in range(3):
        if m != i:
            return m % (3 * 2 * 2)
        return m
    return False

assert f(g())

def f(s: str, target="reverse world", reverse=True):
    return (s == target) == reverse

def g(target="reverse world", reverse=True):
    return "reverse world"

assert f(g())

def f(d: int):
    return int(d * 1 / 10000) > 1

def g():
    return int(int("123456789" + "0"*1) ** 0.5)

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return li * n == target

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return target[:-3]

assert f(g())

def f(b: int):
    return int(b) > 7012

def g():
    return int('123456789')

assert f(g())

def f(n: int, a=10000000, b=999999999999999999999):
    return n // b == a

def g(a=10000000, b=999999999999999999999):
    return a  * b  + a # a + b == b

assert f(g())

def f(s: str, target="oobzgjz"):
    return s.count("7") and (s.count("oobzgjz") == 3) or s.count("oobzgjz") == 1

def g(target="oobzgjz"):
    return target if target else "oobzgjz"

assert f(g())

def f(u: str, word="french", max_len=7):
    if len(word) <= max_len:
        return word == u
    return len(word) == n

def g(word="french", max_len=7):
    if len(word) <= max_len:
        return word
    return len(word) == n

assert f(g())

def f(s: str, word="konjac"):
    return 'konjac' in s if str(s) else str(s)

def g(word="konjac"):
    return 'konjac.konjac'

assert f(g())

def f(x: List[int], a=30, b=60):
    if len(x) != len({(a, b) for a in x}) and len({(a, b) for a in x}) != 15:
        return len({(a, b) for a in x}) == 5 ** n
    return len({(a, b) for a in x}) != 15

def g(a=30, b=60):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str, target="foobarbazwowab", length=20):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwowab", length=20):
    return target[(len(target) - length) // 2] # -2 #  #  %2x2x2x2

assert f(g())

def f(t: str, s="hello world", target="do"):
    return len(t) == len(s)

def g(s="hello world", target="do"):
    return "hello world"

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_len) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    return 3

assert f(g())

def f(s: str, word="bureaucratism", max_len=2):
    if len(word) <= max_len:
        return word == s
    return str(word) == s

def g(word="bureaucratism", max_len=2):
    return "" + word

assert f(g())

def f(n: int, nums=20):
    return n > 20

def g(nums=20):
    return 10 * nums

assert f(g())

def f(position: List[List[int]], target=[]):
    for i in range(len(target)):
        if target[i % 3] != i:
            return False
    return True

def g(target=[]):
    return list(set(target))

assert f(g())

def f(n: int, d=2147483647):
    return n == d

def g(d=2147483647):
    return d

assert f(g())

def f(x: int, a=34530628, b=3020200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=34530628, b=3020200):
    if a < 50:
        return int(a) * 5 + b
    else:
        return a + b

assert f(g())

def f(s: str, word="Moralismo", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="Moralismo", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1]-1) == len(word[1:-1])

assert f(g())

def f(s: str, word="torture", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == word[0] and word[-1] == s[0]

def g(word="torture", max_len=10):
    if len(word) <= max_len:
        return word
    return min(word, max_len) == max_len

assert f(g())

def f(x: int, a=2147483647, b=2265):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b + a == b

def g(a=2147483647, b=2265):
    if a < b:
        return -a
    else:
        return a + b

assert f(g())

def f(li: List[int]):
    return all(sum(li[0:i]) == 1 for i in range(20) if len(li) == li[0:i])

def g():
    return list([1, 2, 3])

assert f(g())

def f(s: str, words=['t', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't'], max_len=3):
    return s in words

def g(words=['t', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't', 't'], max_len=3):
    return str(words[max_len])

assert f(g())

def f(a: int):
    return a <= a

def g():
    return int("1123456789")

assert f(g())

def f(elements: List[int]):
    for a in elements:
        if a != e:
            return False
    return True

def g():
    return []

assert f(g())

def f(s: str):
    return s in s + s[:3]

def g():
    return "world"

assert f(g())

def f(u: str, chars=['e', 'l', 'p', 'w', 'r', 'd']):
    for c in chars:
        if c not in u:
            return False
    return True

def g(chars=['e', 'l', 'p', 'w', 'r', 'd']):
    return repr(chars)

assert f(g())

def f(x: int, a=1000, b=20):
    if x > 0 or a > 50:
        return x - a > b

    for i, d in enumerate(x):
        if d - a < s:
            return i - 1

    return sum(abs(d) for d in x) <= a

def g(a=1000, b=20):
    return int(int("123456789")**2 + 1) + 1

assert f(g())

def f(x: int, a=39999, b=604575, lower_bound=10):
    if x > 0 or a > 50:
        return x - a == b

    if (lower_bound == 0 and a > 1) or (lower_bound == 1 and a < 1) or (lower_bound == 1 and a > 1):
        return None
    else:
        return None

def g(a=39999, b=604575, lower_bound=10):
    if a > 1 or b > 1:
        return a + b

    if (lower_bound == 0 and a < 1) or (lower_bound == 1 and a > 1) or (lower_bound == 1 and a >= 1):
        return None
    else:
        return None

assert f(g())

def f(s: str, word="konjac"):
    if len(s) <= 22:
        return True
    else:
        return False

def g(word="konjac"):
    return word + str(word)

assert f(g())

def f(s: str, word="aragonism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s + 1) == max_len - len(word)

def g(word="aragonism", max_len=10):
    out = [word]
    print(out, max_len)
    return out [0]

assert f(g())

def f(n: int, a=3, b=123456789):
    return b % n == b

def g(a=3, b=123456789):
    return a % b + b

assert f(g())

def f(x: int, a=5, b=1245):
    if x > 0:
        return x - b == a
    else:
        return x + b == a

def g(a=5, b=1245):
    if a and b:
        return a + b
    else:
        return x + b

assert f(g())

def f(n: int, a=93252338):
    return n > a

def g(a=93252338):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, s="dabbdabbdc", target=7):
    return t[0] == s[0]

def g(s="dabbdabbdc", target=7):
    return "dabbdabbdc"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + b

def g(a=253532, b=1230200):
    return int(a + b)

assert f(g())

def f(p: str, target="reverse me", reverse=True):
    return (p == target) == reverse

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(e: int, b=1565):
    return e - b == 1

def g(b=1565):
    return b + 1

assert f(g())

def f(x: int, a=253532, b=1330200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1330200):
    if a > b:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s.count("1") == 1 and s or "2" in s

def g():
    return "2"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 3:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 3:]

assert f(g())

def f(n: int, a=8, b=13, upper_bound=40):
    return a + b and a % b < 0 or a != 0 and b % b > 0 or a != 0

def g(a=8, b=13, upper_bound=40):
    return a + b or a % b < 0

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 70:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0.5 and b < 0.5:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int):
    s = str(n)
    for i in "0123456789":
        assert len(s) == 1
    return True

def g():
    return 1

assert f(g())

def f(s: str, a="hello world", b="yellow", count=4):
    if len(s) == 4:
        for i in range(4):
            if i < 4 and len(s) == 3:
                s += "hello world"
    return s == "hello world"

def g(a="hello world", b="yellow", count=4):
    if len(a) == 7:
        for i in range( 7 ):
            if i < 7 and len(a) == 3:
                a += "hello world"
    return "hello world"

assert f(g())

def f(nums: List[int]):
    d = nums
    return min(nums) * 3 > 0

def g():
    return [1, 3, 4, 5]

assert f(g())

def f(s: str):
    return len(s) >= len(s) and s != s[:-1]

def g():
    return "World"

assert f(g())

def f(x: int, a=1000, b=123000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1000, b=123000):
    if a < 50 and b < 50:
        return "a" + b
    else:
        return a + b

assert f(g())

def f(t: str, s="hello", l=12):
    return t == s

def g(s="hello", l=12):
    return getattr(s, "hello", s)

assert f(g())

def f(s: str):
    a = []
    while len(s) == 1:
        a[:], a[-1] = s
        s = s[-1, 0]
        s = s[-1, 1]
        a[-1, 0] = a[:]
        a += 1
    return True

def g():
    return str(int("123456789") + 1)

assert f(g())

def f(s: str, target="frustrere", length=10):
    return target[:len(target) * 2] == s

def g(target="frustrere", length=10):
    return target[:len(target) * 2]

assert f(g())

def f(string: str, b="meow", n=122):
    return string.index(b) == 0 or 'intelligent'

def g(b="meow", n=122):
    return b + str(n)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("7") + str(d).count("2")))

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(s: str, target="bazwowbazwow", length=6):
    return target[(len(target) - length) // 2:5] == s

def g(target="bazwowbazwow", length=6):
    return target[(len(target) - length) // 2:5]

assert f(g())

def f(x: int, a=97633):
    return x == a

def g(a=97633):
    return a

assert f(g())

def f(x: int):
    return str(x - 3.1415) != None

def g():
    return int(int("123456" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=10020, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10020, b=100):
    if a == 10020:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and b > 40:
        return x - a == b
    else:
        return x + a + b == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=2048, b=4321):
    if x > 0 or a > 254712:
        return x - a == b
    else:
        return x + a == b

def g(a=2048, b=4321):
    if a == 0:
        return a
    else:
        return a + b
    end

assert f(g())

def f(x: int, a=4, b=54368639):
    if a > 0.5:
        return x % 2 == 0
    elif a <= 0.5:
        return x - a < 2
    else:
        return x + a < b

def g(a=4, b=54368639):
    a = a * 2 + b
    if a == 4:
        return 4
    elif a == 54368639:
        return 54368639
    else:
        return 4

assert f(g())

def f(s: str):
    return s in s and s != s[:3] and all((s.count('9') - s.count('8') == (s.count('1') - s.count('3') - s.count('2'), '+')) == 0 for s in s)

def g():
    return "test"

assert f(g())

def f(x: List[int], t=50, n=10):
    n = 0
    for i in range(5):
        s = 0
        for c in x:
            if i % 10 == 0:
                n += c
                if s == 0:
                    success = True
    return n >= 6

def g(t=50, n=10):
    return [1, 2, 3, 5, 6]

assert f(g())

def f(x: int, b=7775, n=14):
    return x == b

def g(b=7775, n=14):
    return int(b)

assert f(g())

def f(s: str, word="antidisestablishmentarianism"):
    if len(word) <= len(s):
        return len(s) == len(s)
    else:
        return len(s) == 1

def g(word="antidisestablishmentarianism"):
    return word[0]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        if n % 2 != 0:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(n: int, t=500):
    return n > 2000

def g(t=500):
    return int(int("123456789" + "0"*9) ** t) + 2

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c == c.lower():
            caps += 1
    return s_case == (s.lower() if caps >= len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    e = "CanYouTellIfItHASmoreCAPITALS"
    if (s.lower() == ".latin1"):
        e = s_case
    return s.lower()

assert f(g())

def f(a: int, b=22463462):
    return a >= b and b < a

def g(b=22463462):
    return b * b

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmuchCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmuchCAPITALS"):
    return s.upper()

assert f(g())

def f(s: str, word="nejacon", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="nejacon", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == int(max_len) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(s: str, target="foo", length=6):
    return target[(len(target) - length) // 2:len(target) + length] == s

def g(target="foo", length=6):
    return target[(len(target) - length) // 2:] or target[(len(target) - length) / 2] == target

assert f(g())

def f(x: int, a=104321, b=72372850):
    return a + x == b

def g(a=104321, b=72372850):
    return b - a

assert f(g())

def f(s: str):
    return s == "foobar baz!"

def g():
    return "foobar baz!"

assert f(g())

def f(name: str):
    return len(name) == 10

def g():
    return "I am a man"

assert f(g())

def f(parts: str):
    return str(parts) == '123.456'

def g():
    return '123.456'

assert f(g())

def f(indices: List[int], a0=123):
    assert a0 >= 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    s = [a0]
    for i in range(max(indices)):
        s.append(int(s[-1] ** 0.5) if int(s[-1] ** 0.5) ** 2 == s[-1] else s[-1] + 3)
    return len({s[i] for i in indices}) == 1

def g(a0=123):
    return [9]

assert f(g())

def f(s: str, target="foobarbazwow", thresh=16, min=5, max=256):
    return target[-2] == s

def g(target="foobarbazwow", thresh=16, min=5, max=256):
    if len(target) == 1:
        return target[-1]
    else:
        return target[-2]

assert f(g())

def f(n: int, a=65446211, b=-93205):
    return n // b == a

def g(a=65446211, b=-93205):
    return a * b

assert f(g())

def f(s: str, target="foobarbazwow", d2=100):
    if target == "foobarbazwow":
        return s == target
    elif target == "foobarbazwow":
        s = target
    elif target == "foobarbazwow":
        s = target
    elif target == "foobarbazwow":
        s = target
    elif target == 'foobarbazwow':
        s = target
    else:
        return s

def g(target="foobarbazwow", d2=100):
    return "foobarbazwow"

assert f(g())

def f(pos: int, d=32):
    return abs(pos) > 4 * d

def g(d=32):
    return int(d) * 9

assert f(g())

def f(n: int, t=199, upper=20):
    m = n
    for i in range(t):
        m -= 1
    return m >= 2 ** upper

def g(t=199, upper=20):
    return int(int("123456789" + "0"*9) ** 1) * t + 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd'], n=4):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd'], n=4):
    return "hello world"

assert f(g())

def f(n: int, a=8912):
    return n >= a

def g(a=8912):
    return ((2 * a) + 1)

assert f(g())

def f(n: int, a=1053, b=1062):
    return n // b == a

def g(a=1053, b=1062):
    return a * b

assert f(g())

def f(x: int, a=100, b=100, c=0):
    if x > 0 or a > -100 or b > -100:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=100, c=0):
    return a + b + c

assert f(g())

def f(s: str, a=15, b=5):
    if s and not s.lower():
        return False
    return True

def g(a=15, b=5):
    return str(a < b)

assert f(g())

def f(l: List[int]):
    return all([l[i] != l[i] for i in range(1, len(l) - 1)] for i in range(1000))

def g():
    return [1, 2, 3, 4, 6, 7, 9, 16, 20, 30, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90]

assert f(g())

def f(n: int, a=3, b=23463462, c=3):
    return b // n == a

def g(a=3, b=23463462, c=3):
    return b // a

assert f(g())

def f(s: List[str]):
    return len(s) == 1000

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        start = n

    return n == start or 0

def g():
    return int(int(int(10 * 9 * 4)) ** 0.5) + 1

assert f(g())

def f(s: str, word="vocalop", b=10):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="vocalop", b=10):
    b = str(word)
    return b[:]

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return s in substrings

def g(substrings=['foo', 'bar', 'baz']):
    return "foo"

assert f(g())

def f(x: int, a=10201202):
    return x  == a

def g(a=10201202): return a

assert f(g())

def f(x: int, a=10000):
    return x == a or x == a

def g(a=10000):
    return a

assert f(g())

def f(x: int, a=25370, b=114745):
    if x > 0 and a > 50:
        return x - a and b > 50
    else:
        return x + a and a > 50

def g(a=25370, b=114745):
    return int(a**2 - 1) * (int(b**2) + int(b) * a + int(b) * a)

assert f(g())

def f(s: str, word="konjac"):
    if len(word) != len(s):
        return False
    else:
        if s[0] != word[0]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s:str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    word = str(word)
    return word

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n > upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(a * b * upper_bound * 15 / 27)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a + b == b
    else:
        return x - a + b

def g(a=253532, b=1230200):
    if a > 50:
        return a - b + b
    else:
        return a - b + b

assert f(g())

def f(s: str):
    return str(s).startswith("1")

def g():
    return "1"

assert f(g())

def f(m: int):
    return m >= 513

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(c: str, sep=''):
    return not sep or all(c - sep) and all(c in p for c in part) == ''

def g(sep=''):
    return str(sep)

assert f(g())

def f(x: str, s="Prime", b=2):
    return x == s

def g(s="Prime", b=2):
    return "Prime"

assert f(g())

def f(s: str, target="foobarbazwow", value=60):
    return len(s) > 5

def g(target="foobarbazwow", value=60):
    if target == "foobarbazwow":
        return "foobarbazwow"
    else:
        return list(g()) + target

assert f(g())

def f(x: int, a=135739):
    if x > 0:
        return x - a < 0
    else:
        return x + a > b

def g(a=135739):
    return int(int(a)) - 1

assert f(g())

def f(str: str, v=3):
    return 'hello world' in str

def g(v=3):
    return "hello world"

assert f(g())

def f(s: str, word="qwerty"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="qwerty"):
    return str(word)

assert f(g())

def f(n: int, m=11201202003):
    return n // m == 1

def g(m=11201202003):
    return m

assert f(g())

def f(n_samples: List[int], s1=[]):
    for i in range(len(s1)):
        a, b = s1[i]
        if a - b >= 2:
            return False
        if a - b != 2:
            return False
    return True

def g(s1=[]):
    res = []
    for i in s1:
        res.append(str(i))
    return res

assert f(g())

def f(x: int, a=180323, b=123313):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=180323, b=123313):
    if a > 50 and a < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=30, b=25, c=50):
    return n * 2 + a > 255

def g(a=30, b=25, c=50):
    return (a > b + c) * 5 + a * 2 + c*2

assert f(g())

def f(e: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if e[0] != word[i]:
                return False
    return True

def g(word="konjac"):
    if isinstance(word, int):
        return str(word) + " konjac"
    return "konjac"

assert f(g())

def f(n: int, a=5438, b=10):
    return a / b + a < n

def g(a=5438, b=10):
    return (a << 2) ^ b

assert f(g())

def f(y: str):
    return y == 'Hello' or sum(y) == 3

def g():
    return "Hello" or 0

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s in ["reverse me", "m", "p", "t"]

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(d: int):
    return d == 5

def g():
    return f(5) + 4

assert f(g())

def f(s: str, a="abab", b="green", length=4):
    if len(s) == 4 and a in s:
        return s.lower() == a
    if len(s) == 4 and b in s:
        return s.lower() == b
    if len(s) == 4 and b in s:
        return s.lower() < s.lower()
    return False

def g(a="abab", b="green", length=4):
    if len(a) == 4:
        return a
    if len(a) == 4:
        return ''
    if len(a) == 4:
        return []
    if len(a) == 4 and b in a:
        return a + b
    return False

assert f(g())

def f(y: int, a=-322, b=14546310):
    return y - a == b

def g(a=-322, b=14546310):
    return a + b

assert f(g())

def f(t: str, s="Catch"):
    return len(t) > len(s) + len(s)

def g(s="Catch"):
    return str(2*s) + s

assert f(g())

def f(x: int, b=10, l=8, e=4, s=0):
    return abs(x ** 2 - b) > 0xff

def g(b=10, l=8, e=4, s=0):
    return 10*(b << 4) + b

assert f(g())

def f(x: int, a=723429, b=107413, c=107413):
    return int(x)*b + c >= a*b + 0.999

def g(a=723429, b=107413, c=107413):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=14402, b=2):
    return n + (a % b) == a

def g(a=14402, b=2):
    return a + (b % 2) * b

assert f(g())

def f(s: str):
    if len(s) == 1:
        return True
    else:
        return False

def g():
    return str(1)

assert f(g())

def f(tot: int, nums=5000):
    return tot == sum({1, 3, 8, 10, 11, 13, 21, 31, 13, 24, 30, 23, 9, 17, 19, 19, 31 })

def g(nums=5000):
    return sum({1, 3, 8, 10, 11, 13, 21, 31, 13, 24, 30, 23, 9, 17, 19, 19, 31 })

assert f(g())

def f(s: str, target="foobarbazwow", duration=300):
    return target[(len(target) - duration) // 2: len(target) + duration] == s

def g(target="foobarbazwow", duration=300):
    while target != target and target != target[:4]:
        target -= duration;
        if target != target[4]:
            return target
    return target

assert f(g())

def f(x: int, a=8665464, b=-3):
    return a - x == b

def g(a=8665464, b=-3):
    return a + 3

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) //2:2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) + 2:]

assert f(g())

def f(x: str, a=14304):
    return x == 'I'

def g(a=14304):
    return 'I'

assert f(g())

def f(x: int, a=667722, b=-939):
    return x - a == b

def g(a=667722, b=-939):
    return a + b

assert f(g())

def f(x: int, a=3999999999, c = -1):
    return x  == a

def g(a=3999999999, c = -1):
    return a

assert f(g())

def f(s: str):
    s = str = "Hello " + s
    return s == "" + "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str, word="antikopinionism", max_len=15):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antikopinionism", max_len=15):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(s: str, word="I!!love"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="I!!love"):
    return str(word)

assert f(g())

def f(n: int, t=197, upper=20+2):
    if n != 1 and t != 2:
        return True
    return False

def g(t=197, upper=20+2):
    return int(int("123456789" * t) + 1) + 2

assert f(g())

def f(s: str, v=349345):
    def v(state: list):  # v() is a generator of size 0, len(state) == 1
        if len(state) == 0 and v(state) == 0:
            return True
        else:
            return False
    return True

def g(v=349345):
    return str("")

assert f(g())

def f(x: List[int]):
    return all(i == 0 for i in x) and len(x) > 24

def g():
    return [0 for i in range(1000)]

assert f(g())

def f(n: int, t=197, a=40):
    if a > 0:
        return a > -1
    else:
        return x * a + 1

def g(t=197, a=40):
    return int(t) + 1

assert f(g())

def f(y: int, w=2147483648, n=1, t=42):
    if n == 0:
        return y == w
    if n == 1:
        return y == w
    if n == -1:
        return y < w
    return y > w

def g(w=2147483648, n=1, t=42):
    if w >= 0:
        return w
    if n == 0:
        return y < w
    return y > w

assert f(g())

def f(x: int, a=10201202001):
    a |= (a < 10)
    return x + (a < 10) ** 3 > a

def g(a=10201202001):
    return a * a

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s[(len(target) - length) // 2] in target

def g(target="foobarbazwow", length=6):
    return str(target) * len(target)

assert f(g())

def f(i: int, size=0):
    return i * size == 0 and i > size

def g(size=0):
    return int(int("123456789" + "0"*3) ** 0.5) + 1

assert f(g())

def f(n: int, m = 5, s=5, a=1):
    if m > 4:
        return n > 2
    else:
        return n > 5
    for i in range(n):
        if i != m:
            return i / 2 == s
    return n * s * 2

def g(m = 5, s=5, a=1):
    return int(m * m) + (a + 1)

assert f(g())

def f(n: int, a=122588, b=10):
    return n // b == a

def g(a=122588, b=10):
    return int(a * b)

assert f(g())

def f(s: str, m=10, n=10):
    return (m * str(2)) in s   # not a composite

def g(m=10, n=10):
    return m * str(2)

assert f(g())

def f(x: float, a=1500):
    return a == x

def g(a=1500):
    return float(a)

assert f(g())

def f(x: int, a=567823, b=5648):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=567823, b=5648):
    if a > 50:
        return a + b
    elif a < 50:
        return x - a
    else:
        return x - a

assert f(g())

def f(s: str):
    return s == s and s.count("hello") == 1

def g():
    return "hello world[]"

assert f(g())

def f(d: int, n=12345, a=5):
    return d > n and d > n and d > n

def g(n=12345, a=5):
    return int(n * (n + 2)**2) + 1

assert f(g())

def f(s: str, word="swank"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="swank"):
    return str(word[:5])

assert f(g())

def f(x: int, a=18771844):
    if a == 100:
        return -1
    elif a == 1000:
        return -x == x
    else:
        return x + a == 1

def g(a=18771844):
    return 1 - a

assert f(g())

def f(s: str, s_case1=1, s_case2=1, s_case3=1, s_case4=1):
    return s_case1 == s_case2

def g(s_case1=1, s_case2=1, s_case3=1, s_case4=1):
    return "abc"

assert f(g())

def f(n: int, a=15492, b=13):
    return n // b == a

def g(a=15492, b=13):
    return int(a * 13)

assert f(g())

def f(x: List[int]):
    for i in range(len(x)):
        if i == 7:
            if a[i] < 0:
                return False
    return True

def g():
    return [6, 11]

assert f(g())

def f(s: str, start=90, end=90, max_size=10000):
    for i in range(1, len(s) + 1):
        if max_size <= 16 and i < end:
            if s[i] > s[i + 1]:
                return False
    return True

def g(start=90, end=90, max_size=10000):
    def f(s: str):
        if str.startswith("123456789"):
            return None
        elif str.startswith("123456789"):
            return None
    return "World"

assert f(g())

def f(d: int, n=123456789):
    return d > n  # b == a

def g(n=123456789):
    return n * n + 1

assert f(g())

def f(x: int, a=663889, b=-93206):
    return a - x == b

def g(a=663889, b=-93206):
    return a - b

assert f(g())

def f(s: str, perm=False, target="hello are you there?"):
    if s:
        return s.lower() == target
    return ""

def g(perm=False, target="hello are you there?"):
    if target:
        return target
    return g()

assert f(g())

def f(s: str, word="konjic"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjic"):
    return word
    return False
    return True
    return False
    return False

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a + b + c + (n * n) >= 995

def g():
    return [995, 995, 995, 995]

assert f(g())

def f(x: int, a=0, b=20):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=0, b=20):
    if a == -1:
        return a % 2 == 0
    else:
        return a + b

assert f(g())

def f(b: str, target="foobarbazwow", length=15):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == b

def g(target="foobarbazwow", length=15):
    return target[(len(target) - length) // 2:len(target) + length:]

assert f(g())

def f(s: str):
    return len(s) == len("2")

def g():
    return str(f("" + "123456789") * len("2") + len("3"))

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a + 0 != b

def g(a=8665464, b=-93206):
    return a + (int(a % 9) - int(b % 9))

assert f(g())

def f(n: int, k=5):
    return n > 1

def g(k=5):
    return (int(k) < 0) + k

assert f(g())

def f(y: int, a=1234578987654321):
    return y == a

def g(a=1234578987654321):
    return a

assert f(g())

def f(t: str, m=20, n=1):
    for i in range(5):
        if m <= 1:
            return False
        if i > m:
            return True
        if i != m:
            return True
    return False

def g(m=20, n=1):
    return str(n * n) + str(m * m) + str(n * n)

assert f(g())

def f(x: int, a=5):
    return (x ** 2 < 2) < 5 and (x * 2 < 2) <= 4

def g(a=5):
    return 1 - int(a)

assert f(g())

def f(s: str, a=11, b=123):
    return s == "Hello world"

def g(a=11, b=123):
    if (a==11) or (b==123):
        return "Hello world"
    else:
        return "World"

assert f(g())

def f(s: str):
    return sorted(s) == sorted(s)

def g():
    return "hell"

assert f(g())

def f(s: str):
    return s.count('u') == 1

def g():
    return str('u')

assert f(g())

def f(x: int, a=1822):
    return x != a or x == a

def g(a=1822):
    return int(a + 3) + 6

assert f(g())

def f(s: str, word="aab", max_len=100):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s

def g(word="aab", max_len=100):
    if word not in ((1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 1)) and (word == "a") and word == "a" and word == "b":
        return word == "a" and max_len == max_len
    else:
        return word

assert f(g())

def f(s: str, a=3520):
    return s.count('e') == 0

def g(a=3520):
    return "123456789:3520"

assert f(g())

def f(suffix: str, substring="moooboooofasd", count=2):
    return suffix.count(substring) == count

def g(substring="moooboooofasd", count=2):
    return substring + substring

assert f(g())

def f(x: int, a=100, b=1500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=1500):
    return int(a) + int(b)

assert f(g())

def f(n: int):
    return str(n * n).startswith("4222")

def g():
    return int(int("4222" + "0" * 7) ** 0.5) + 1

assert f(g())

def f(s: str, target=8, max_len=18):
    return s == "hey" or s == "hey" or max(max(s) for s in [1, 2])

def g(target=8, max_len=18):
    return "hey" or ""

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    elif x < 0:
        a, b = 'b'
    else:
        a, b = [x - b, b]

def g(a=253532, b=1230200):
    if a > 50 or b > 50 or a < 0:
        return a + b
    else:
        a, b = [x - a, b]

assert f(g())

def f(n: int, scores=[100, 96, 82, 77, 70, 65, 9, 9, 9, 4, 2, 1], k=3):
    return n % 5 == 0 or n % 5 == 0 and scores[k] == scores[k + 1]

def g(scores=[100, 96, 82, 77, 70, 65, 9, 9, 9, 4, 2, 1], k=3):
    return scores[k] * scores[k + 1]

assert f(g())

def f(x: int, a=1555, b=1555000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1555, b=1555000):
    if a < a and a >= 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(w: List[int]):
    return min(w) != max(w) or w.lower() < min(w + 1)

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(x: int, a=1052, b=1430, c=1336):
    if x > 0 or a > 1000000:
        return x - a == b
    else:
        return x + a == b

def g(a=1052, b=1430, c=1336):
    if a < 0 or a == 1000000:
        return a + 1052
    else:
        return a + 1430

assert f(g())

def f(s: str, target="reverse_me", reverse=False):
    return s.lower() == target or s.lower() == reverse

def g(target="reverse_me", reverse=False):
    return target or reverse

assert f(g())

def f(c: str, s="hello", s1="b", s2="c", count1=50):
    return c.count(s) == 1

def g(s="hello", s1="b", s2="c", count1=50):
    if count1 > 50:
        return "Hello world"
    elif count1 < 50:
        return "Worlds"
    else:
        return ("Hello hello world")

assert f(g())

def f(s: str):
    return s[0] != s[1] and s[2] != s[3] and s[4] != s[5] and s[8] != s[9]

def g():
    return str(int("0123456789" * 63))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word[:6])

assert f(g())

def f(s: str):
    return set(s) <= set(s + "1") and s.count("1") == 1

def g():
    return "123456789"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', ',']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', ',']):
    return str(chars[:])

assert f(g())

def f(x: int, a=6023, b=392535):
    if x > 0 and a > 49:
        return x - a == b
    else:
        return x + a == b

def g(a=6023, b=392535):
    if a < -b and a > 49:
        return a + b < -b
    else:
        return a + b

assert f(g())

def f(x: int, a=2534, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a - b

def g(a=2534, b=1230200):
    return a * b * a

assert f(g())

def f(s: str, a="foo", b="bar", c="oddball", length=4):
    s = str(8 ** 2888)
    for c in sorted(s):
        if a or b or c:
            return True
    return False

def g(a="foo", b="bar", c="oddball", length=4):
    return str(4 ** 2888)

assert f(g())

def f(s: str, word="pow", max_len=100, nums=5):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="pow", max_len=100, nums=5):
    if len(word) <= max_len:
        return str(word).split()[0]
    return ""

assert f(g())

def f(x: int, a=174280, b=131680):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=174280, b=131680):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(m: int, v=17, w=100, k=6):
    return m > w or m == w

def g(v=17, w=100, k=6):
    return 2 + w * v + 3

assert f(g())

def f(max: int, n=10):
    if n == 0:
        return max - 1
    elif n == 1:
        return max - 1
    elif n == 2:
        return max - 1
    elif n == 3:
        return max - 1
    elif n == 4:
        return max - 1
    else:
        return max >= 0 and max < 5

def g(n=10):
    if n == 0:
        return 0
    else:
        return 1

assert f(g())

def f(x: int, b=1430400):
    if x > 0:
        return x + b == b
    else:
        return x + b in [0, 0]

def g(b=1430400):
    if b > 0:
        return b - 2 * b
    else:
        return b in [2, 0]

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        if v * w > w:
            return True
        assert 0 <= n <= i < 4, "wrong integer"
    return False

def g(v=17, w=100):
    return int(int(v) * v + 1)

assert f(g())

def f(n: int, a=113):
    for i in range(20):
        if a < n:
            a += 2
        else:
            a += 2
    return n == a

def g(a=113):
    for i in range(20):
        if i < 20:
            a += 2
    return a

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return 0.5 * x == 0 or 0.5 == 0.5

def g(a=1073258, b=72352549):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="I", max_len=1255):
    return s[0] == word[0]

def g(word="I", max_len=1255):
    return max(word)

assert f(g())

def f(s: str, word="swank"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="swank"):
    return "swank"

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        if n > t:
            return True
        if m <= 2 ** upper:
            return False
        if m >= 2 ** upper:
            return True

    return False

def g(t=197, upper=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    return {x * 0.5 - 5.0 - 2.0} != 0

def g(a=1020):
    return (float(a) + (int(a) / 4) ** 0.5)

assert f(g())

def f(x: float, a=1030):
    return int(x ** 2 - a) < 10 ** -3

def g(a=1030):
    return int(a * 1 + a)/a

assert f(g())

def f(f: float):
    return int(f % 2 == 1) == 0

def g():
    return float(0)

assert f(g())

def f(x: int, a=100, b=30000, upper_bound=5000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=30000, upper_bound=5000):
    if a != b:
        return a + b
    else:
        return x + b

assert f(g())

def f(n: int, m=124, s=123):
    prod = 1
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return prod >= m

def g(m=124, s=123):
    prod = (m - 1 if m % 10 else m % 10)
    return prod % 100

assert f(g())

def f(tour: List[int]):
    return all(sum(tour[i1:i2], tours) == tour[j1:j2] for [i, j1], [j2, i] in zip(tour, tour[2:]))

def g():
    return [0, 0]

assert f(g())

def f(s: str, target=19143212):
    return s == 'CanYouTellIfItHASmoreCAPITALS'

def g(target=19143212):
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(s: str, word="konec"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konec"):
    return word

assert f(g())

def f(s: str):
    return s.count(s[0]) == 1

def g():
    return "abcdefdef"

assert f(g())

def f(n: int, a=1511):
    return n >= a

def g(a=1511):
    return int(a)

assert f(g())

def f(d: List[int], a=2, b=-1, c=2, length=10):
    return len(d) == length

def g(a=2, b=-1, c=2, length=10):
    return [(a) for a in range(0, length)]

assert f(g())

def f(x: int, a=3200, b=1330200):
    if x > 0 or a > 50:
        return x - b == a
    else:
        return x + b == a

def g(a=3200, b=1330200):
    return int(a) + int(b)

assert f(g())

def f(s: str):
    return 'Hello world' == 'Hello world' and s == 'World'

def g():
    return 'World'

assert f(g())

def f(x: List[int], a=2021, s=20, b=2000, c=20):
    for x in x:
        if isinstance(x, str):
            return x[0] == a or -1
    return True

def g(a=2021, s=20, b=2000, c=20):
    return [1, -1, -1, -1]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == "e1e2e5e6e7e8"

def g(target="reverse me", reverse=True):
    return str("e1e2e5e6e7e8")

assert f(g())

def f(n: int):
    return len(str(n + 6)) >= len(str(n + 1000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="julian", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and min(word[1:-1]) == str(word[-1])

def g(word="julian", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1], max_len) == 1

assert f(g())

def f(s: str, word="konjac", type="konjacpt"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", type="konjacpt"):
    text = "konjacpt is for k on k: "
    return "konjacpt is for k on k:"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i > 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(h: str):
    for i in range(len(h)):
        if h[i] == 0:
            return False
    return True

def g():
    return "test"

assert f(g())

def f(x: int, a=-1145, b=10282330):
    return x - a == b

def g(a=-1145, b=10282330):
    return a + b

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=30):
    if len(word) < max_len:
        return word == s
    elif len(word) > max_len:
        return word != ""
    return True

def g(word="antisestablishmentarianism", max_len=30):
    if len(word) < max_len:
        return "antisestablishmentarianism"
    elif len(word) > max_len:
        return "antisestablishmentarianism"
    elif word == s:
        return string.lower().strip()
    elif word == s:
        return str("antisestablishmentarianism").strip()

assert f(g())

def f(x: float, a=2147483647):
    return abs(x ** 2 - a) > 2147483647

def g(a=2147483647):
    return 0.5*(1 - a)

assert f(g())

def f(n: int, a=20):
    for i in range(n):
        n = a + 1
    return n != 0

def g(a=20):
    return int(a - 0.5)

assert f(g())

def f(n: int):
    return -1 <= n and -1 < n and -1 <= n

def g():
    return int(int("123456789") * 1) + 1

assert f(g())

def f(f: List[int]):
    return set([f.count(_) for f in f] for f in f) == set([f.count(x) for f in f])

def g():
    return []

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0] or s[0] == word[1]

def g(word="konjac"):
    return "" + word or not(word)

assert f(g())

def f(n: int, nums=[1, 5, 7, 13, 15, 5], thresh=17):
    return n / 2 <= nums[1]

def g(nums=[1, 5, 7, 13, 15, 5], thresh=17):
    return nums[1] + nums[5] - thresh

assert f(g())

def f(s: str, word="cucumber", max_len=10):
    while len(word) <= max_len:
        return word == s
    return int(s[len(word)]) - max_len

def g(word="cucumber", max_len=10):
    if word == "cucumber": return "cucumber"
    if word == "string" or word == "cucumber": return "string"
    if word == "function": return "cucumber"
    if word == "dict": return "cucumber"
    if word == "list": return "cucumber"
    if word == "object": return "cucumber"
    return "string"

assert f(g())

def f(x: int, a=23463462, b=2277):
    return x > b

def g(a=23463462, b=2277):
    return a + b

assert f(g())

def f(n: int, m=16, mul=8, u=100):
    return n - u > m

def g(m=16, mul=8, u=100):
    return 1 * m + 1 + 1 * (u * m)

assert f(g())

def f(n: int, a=1040, b=10):
    return n + a < 10 or n - a > b

def g(a=1040, b=10):
    return (8*a + 3*b) ** 4

assert f(g())

def f(s: str, word="trash-of-honey", max_len=2):
    return s.count("honey") == word.count("honey")

def g(word="trash-of-honey", max_len=2):
    return str(word[:-max_len] + word[max_len:])

assert f(g())

def f(n: int, a=15482, b=23223):
    return n // b == a

def g(a=15482, b=23223):
    return a * b

assert f(g())

def f(s: str):
    return str(1 ** 8) in s

def g():
    return "123456789"

assert f(g())

def f(x: int, a=124744364, b=-1313):
    return a  + x == b

def g(a=124744364, b=-1313):
    return -a + b

assert f(g())

def f(nums: List[int], k=5):
    def prod(nums):
        ans = 1
        for i in nums:
            ans *= i
        return ans

    return min(nums) > 1 and len(nums) == k and all((1 + prod(nums[0] + nums[1] + nums[2] + nums[3]) / nums[0] == 1 for nums in range(k)) for nums in range(k))

def g(k=5):
    return [2 * (k + 1) for k in range(5)]

assert f(g())

def f(s: str, word="brief", max_len=20):
    if len(word) <= max_len:
        return word == s
    return word == s[8] and word[-1] == s[-1]

def g(word="brief", max_len=20):
    if len(word) < max_len:
        return word
    if max_len and word in word:
        return word
    return word

assert f(g())

def f(x: int, a=11449998, b=11334450):
    return x-a < b

def g(a=11449998, b=11334450):
    return ((a + b) % 360) - 1

assert f(g())

def f(n: int, c=15, m=7):
    for i in range(n):
        if c > 15:
            return 0
        i += 1
    return (n == 1) or 0

def g(c=15, m=7):
    if c < 0:
        return 0
    else:
        return 1

assert f(g())

def f(x: int, a=3656972, b=10):
    return x - a == b

def g(a=3656972, b=10):
    return int(a) + b

assert f(g())

def f(string: str, chars=['s', 'e'], count=1):
    return len(string.lower()) == 1

def g(chars=['s', 'e'], count=1):
    return '-'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) - 1: (len(target) + length) // 1] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - 1: (len(target) + length) // 1]

assert f(g())

def f(n:int, t=17, score=10, min_len=100000):
    return 0 < score < min_len

def g(t=17, score=10, min_len=100000):
    return str(t * (17-score)) and (min_len == score and ((n-score) == 6)) or 0 and score <= min_len

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m + 1)
    return res == m

def g(m=1234578987654321, n=4):
    return (m - 1 if m % 10 else m + 1) + 1

assert f(g())

def f(x: str, word="antisymmetricalism", max_len=20):
    if len(word) <= max_len:
        return word == x
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisymmetricalism", max_len=20):
    if len(word) <= max_len:
        return word
    return int(int(word) - max_len) or str(word)

assert f(g())

def f(k: int):
    return k > 5

def g():
    return int(int("123456789" + "0" * 2) * 3) + 1

assert f(g())

def f(x: int, a=10201202001):
    return -x == a or a + a and a == x

def g(a=10201202001):
    return int(a)

assert f(g())

def f(t: str, word="q"):
    for i in range(len(word)):
        if i + 1 < 3: return True
        assert t[i] == word[i + 1], f"should not return True"
        if t[i] == word[i + 2]: return t[i + 1] == word[i + 3]
    return True

def g(word="q"):
    return "hello world"

assert f(g())

def f(n: int, a=15, b=40, upper_bound=150, min_max=120):
    return n % (a + b) == 0 and 2 <= a + b <= lower_bound or 2 + b <= upper_bound

def g(a=15, b=40, upper_bound=150, min_max=120):
    return 3

assert f(g())

def f(s: str, word="rebellaist", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="rebellaist", max_len=10):
    for i in range(100):
        if len(word) <= max_len:
            return "rebellaist"
    return int(s[0:-1]) == len(word) or "rebellaist"

assert f(g())

def f(s: str, k=5):
    return "Hello " + s == "Hello world"

def g(k=5):
    return "world"  ## n is the default arg

assert f(g())

def f(t: str, s="abbbcabbc", target=123):
    return t == s

def g(s="abbbcabbc", target=123):
    return "abbbcabbc"

assert f(g())

def f(s: str, word="ant-ismeremitism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="ant-ismeremitism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[0] + (word[-1]-word[1])) and word[0] == word[-1] or word[-1] == word[-2] and word[-2] == string.join(" ")

assert f(g())

def f(n: int):
    return str(n * (n - 1) + 1).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(start: int, k=3, upper=50, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return k in seq

def g(k=3, upper=50, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return (k in seq) + 1

assert f(g())

def f(e: List[int]):
    return e != 0.

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a>=500:
        return x + a > b

def g(a=253532, b=1230200):
    return int(int(a + 3*b) if a else 1 - a) + 3*b - 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // (len(target) + len(target) // 2) // 2  ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + len(target) // 2) == len(target) // (len(target) + len(target) // 2) // 2  ]

assert f(g())

def f(n: int, lacing="bbrbr", ld=100):
    return n == 0 or 1  # not -1

def g(lacing="bbrbr", ld=100):
    return ld == 0 if ld < 100 else ld - 100

assert f(g())

def f(s: str, word="I", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="I", max_len=10):
    if len(word) <= max_len:
        return word[-1]
    return int(s[1:-1]) == len(word[-1])

assert f(g())

def f(s: str, target="permute me", a=1020):
    return s.lower() == target[(len(target) % 2) // 2] and s[::-1] == target[(len(target) % 2) // 2]

def g(target="permute me", a=1020):
    return target[(len(target) % 2) // 2] and target[(len(target) % 2) // 2]

assert f(g())

def f(t: str, a=8, b=5):
    return t == 'true' if a == 8 else t == 'true'

def g(a=8, b=5):
    return "true" if a == 8 else false

assert f(g())

def f(x: int, a=1, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=1230200):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, q=14071933):
    return n == q

def g(q=14071933):
    return q

assert f(g())

def f(s: str, s1="a", s2="b", i=2, s3="c"):
    for c in s:
        if c not in s:
            return False
    return True

def g(s1="a", s2="b", i=2, s3="c"):
    return ""

assert f(g())

def f(s: List[str]):
    return len(s) == 6

def g():
    return ['A', 'B', 'C', 'D', 'E', 'F']

assert f(g())

def f(x: float, a=1090):
    return abs(x ** 2 - a) >= 1060 ** -3

def g(a=1090):
    return float(a) / 2

assert f(g())

def f(s: str, t="hello"):
    return len(s) == len(t) and s == t

def g(t="hello"):
    if len(t) == 0:
        t[0] = -1
        t[1] = 0
    return t

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + b == 0 or -b is not None
    else:
        return x + b == a

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(x: int, a=1512, b=16):
    assert x > 0 and a > 50 and a > 13
    return x / 10 <= a and x / 10 >= b

def g(a=1512, b=16):
    return int(a * b / a * b) * 10

assert f(g())

def f(x: int, a=15, b=13, upper_bound=150):
    if x > 0:
        return x <= a
    else:
        return x + a + b

def g(a=15, b=13, upper_bound=150):
    if a < b:
        return a + b
    else:
        return 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd', 'q', 'b', 'u']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd', 'q', 'b', 'u']):
    return str(chars) or 'o'

assert f(g())

def f(s: str):
    return str(16** 9).count(s) < 9

def g():
    return "12"

assert f(g())

def f(s: str, a={''}):
    return len(str(a)) == len(s)

def g(a={''}):
    return str(len(a) == len(a))

assert f(g())

def f(s: str, s1="abcdefghijklmnopqrstuvwxyz"):
    return s1 in s

def g(s1="abcdefghijklmnopqrstuvwxyz"):
    return s1

assert f(g())

def f(x: int, a=32, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=32, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=45, b=65):
    return n * a == 0 or a != b or 0 < n * b == 0 and n > 2

def g(a=45, b=65):
    return a and b or 0 < a and b < n

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n > start:
            return True
        n *= 2
    return False

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return res == m

def g(m=1234578987654321, n=4):
    return (m-1) + 1

assert f(g())

def f(x: int, a=-381, b=14546310):
    return x - a == 0

def g(a=-381, b=14546310):
    return (int(a) if ((a-383) < 3) else -1)

assert f(g())

def f(x: str):
    return str(x) == 'hello'

def g():
    return str("hello")

assert f(g())

def f(n: int, a=10, b=100):
    return n // b == a and b != 0

def g(a=10, b=100):
    return int(a) * b

assert f(g())

def f(di: int, n=10):
    c = 0
    return di < n                                       # we never need it until we find a 0
                                                      # edge

def g(n=10):
    return int(n - 10) * n

assert f(g())

def f(x: int, a=65536, b=-9, lower_bound=1):
    if a != 9254359:
        return 3 > 0 + 1
    else:
        if a == 36153654 or a > 2147483647:
            assert a <= lower_bound or x >= lower_bound
            assert b >= 8 + a

def g(a=65536, b=-9, lower_bound=1):
    return int(a) * -((b - a)**2 + 1)

assert f(g())

def f(s: str, t="hello", count=16):
    if s.count == 0:
        return s.lower() == t.lower()
    return s.lower() > t

def g(t="hello", count=16):
    if t.lower() in ("hello", "hello world"):
        return "hello world"
    return int(t * 16).sum(0) > 1

assert f(g())

def f(s: str, i=0):
    return s == '|'

def g(i=0):
    return "|"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.count(s) == index

def g(big_str="foobar", index=2):
    return big_str[index*(2-1)==2]

assert f(g())

def f(x: List[int]):
    return all(list(range(3)) for i in range(len(x) + 1))

def g():
    return []

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        if i % 10 == 0:
            m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(n):
        if (i / 10 == 0):
            m = (m - 1 if m % 10 else m % 10)
    return m

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x%2 == 0
    elif a == -1:
        return x%2 == 1
    else:
        return x + a > b

def g(a=4, b=54368639):
    return 0 if a == 1 else b

assert f(g())

def f(s: str):
    return str(18) == s.lower()

def g():
    return str(18)

assert f(g())

def f(n: int):
    return n-1 != 0 or sum(b,n) == n and b != n

def g():
    return 0;

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world\nhello world"

def g():
    return "world\nhello world"

assert f(g())

def f(r: str):
    return str(len(r.lower())) == r.lower()

def g():
    return "1"

assert f(g())

def f(x: int, b=333323):
    return x == b

def g(b=333323):
    return 0 + b

assert f(g())

def f(n: int):
    return n > 9999 and n > 15000

def g():
    return int("121167")

assert f(g())

def f(n: int, t=400000):
    if n < 1:
        return True
    n = n + 1 if n % 2 else n // 2
    for i in range(0, n):
        if n > 10:
            return False
    return True

def g(t=400000):
    return int(int(t)) % 2 and int(int(t) if t % 2 else t % 2)

assert f(g())

def f(x: float, b=102391):
    return abs(x ** 2 - b) < 102391

def g(b=102391):
    return int(b) / 102391

assert f(g())

def f(n: int, s=10050):
    return n > s

def g(s=10050):
    return s * 1000 + 10

assert f(g())

def f(name: str, d=0):
    return name.count("Hello are you there?") == 1

def g(d=0):
    return "Hello are you there?"

assert f(g())

def f(s: str, word="konsjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konsjac"):
    return str(str(word) + str(word))

assert f(g())

def f(n: int, a=14302, b=5, c=5):
    if n % 5 == 2:
        return 0
    elif n % 5 != 2:
        return -0.5 < 0
    else:
        return 0

def g(a=14302, b=5, c=5):
    return int(int(a * b * a + b * c + a * c + a * b) + 2.5 + 1) + 2 + 3

assert f(g())

def f(n: int, a=3, b=23463462):
    return 0 <= n <= a

def g(a=3, b=23463462):
    if a == 23463462:
        return 1
    elif b == 123456789:
        return 2
    else:
        return 3

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count("oo") == 0

def g():
    return "world".join("\n")

assert f(g())

def f(s: str):
    for i in range(len(s)):
        for j in range(len(s)):
            if s[i] != s[j] :
                return False
    return True

def g():
    return "hello world"[1]

assert f(g())

def f(s: str):
    return s == "hello world" or s == "sooooboooofasd"

def g():
    return "hello world"

assert f(g())

def f(a: int, b=100, c=20):
    return int(a - b) > c or a == b

def g(b=100, c=20):
    return int(c * b) or c < b

assert f(g())

def f(n: int, s=1789):
    return n / 2 <= s

def g(s=1789):
    return s

assert f(g())

def f(s: str, word="antidisestablishmentarianism"):
    return word[-1] == s[-1]

def g(word="antidisestablishmentarianism"):
    return "Inventing Antidisestablishmentarianism"

assert f(g())

def f(start: int, s=100):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if abs(n) < s:
            return True
        n = 3 * n + 1 if n % 2 else n // 2
        if n > start:
            return True
    return False

def g(s=100):
    return int(100**2) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    for i in range(len(s) + len(target)):
        if target[i].lower():
            if s[i] != target[i].lower():
                return False
        return True
    return True

def g(target="reverse me", reverse=True):
    if reverse:
        return target[0]
    return target[1]

assert f(g())

def f(s: str, t=198, upper=20):
    return s.count('o') == 0

def g(t=198, upper=20):
    return str(2 * t) * t

assert f(g())

def f(x: int, a=1099, b=125025):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=1099, b=125025):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=123456789):
    return n > a

def g(a=123456789):
    return int(a)**3

assert f(g())

def f(n: int, a=34534712, b=10):
    return n // a == b

def g(a=34534712, b=10):
    return a * b

assert f(g())

def f(x: int, a=2633, b=139001):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2633, b=139001):
    if a < 40 and b < 20:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == 'a'  # non-empty square

def g():
    return "a"  # non-empty square

assert f(g())

def f(x: int, a=12345456789, b=1234563, i=1):
    if x > 0 or a > 20:
        return x - a == b
    else:
        return x + a

def g(a=12345456789, b=1234563, i=1):
    if a > 0:
        return a + b
    else:
        return a - b

assert f(g())

def f(n: int, a=1345, b=1434):
    return a / n == 1

def g(a=1345, b=1434):
    return a

assert f(g())

def f(s: str, target="boojala"):
    return target == s and target[0] != target[-1]

def g(target="boojala"):
    return "boojala"

assert f(g())

def f(s: str, word="Antisestablishmentarianism", n=256):
    return s[0] == word[0]

def g(word="Antisestablishmentarianism", n=256):
    return str(word + word)

assert f(g())

def f(x: int, a=5, b=279912):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=279912):
    if a > 50:
        return a + b == 279912
    else:
        return a + b

assert f(g())

def f(path: List[str]):
    for i in range(len(path)):
        if path[i] == i:
            pass
    n = len(path)
    return len(path) == n or (b == [0, 1]) / 3

def g():
    return ["a"*(i+2)+"b" for i in range(100)]

assert f(g())

def f(s: str, word="minigame", max_len=21):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="minigame", max_len=21):
    if len(word) <= max_len:
        return word
    return int(s[0]-s[-1]) == max_len

assert f(g())

def f(x: int, a=9449514, b=1854):
    if a == '+':
        return x // 2
    return x > 116400

def g(a=9449514, b=1854):
    return int(a) * (a + b) | 1

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 900:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        elif n % 2 < 2:
            return True
        if abs(n) % 2 == 0:
            return True
        if n > start:
            return False

    return False

def g():
    return int("123456789")

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + (a < b) * c + a < (b > a) + a

def g(a=17, b=100, c=20):
    return int(int(a ** 10^-1) + int(b ** 10^-1) + int(c ** 10^-1) + 1)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    for i in range(len(s) + len(target)):
        if target[i].lower():
            if s[i] != target[i].lower():
                return False
        return True
    return True

def g(target="reverse me", reverse=True):
    return target[0] if target else reverse()

assert f(g())

def f(c: float):
    if c < 0.0: return False
    return True
    if c in roots: return abs(c) < 0.15
    return True
    if c in roots: return abs(c) > 0.03
    if c in roots: return abs(c) > 0.00
    return True
    if c in roots: return Abs(c) < 0.5

def g():
    return abs(0.015) + abs(0.15)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, string=':'):
    return s == string

def g(string=':'):
    return "\n\n".join(string)

assert f(g())

def f(start: int):
    if abs(start) > 1000:
        return True
    if abs(start) > 0.01:
        return True
    n = 0.6
    while abs(start) < 0:
        if n == 1:
            return True
        n = n + 1 if n % 2 else n // 2
        if n == -1:
            return True
        n = n - 1 if n % 2 else n // 2
    if n == 0:
        return True

def g():
    return int(int("123456789")**6)

assert f(g())

def f(i: int):
    return i > 0 or i > 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1) + 2

assert f(g())

def f(x: int, a=113718, b=123):
    if x > 0 and a < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=113718, b=123):
    if a > 0 and b > 0:
        return a - b
    else:
        return a + b > b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return ( s[::-1] == target ) == reverse

def g(target="reverse me", reverse=True):
    if target == reverse:
        return 1

    if target == reverse:
        return 0
    return target[::-1]

assert f(g())

def f(n: int, k=10):
    if n % 3 != 0:
        return True
    else:
        return False

def g(k=10):
    return int(k * k)

assert f(g())

def f(x: int, a=1020, b=-93206):
    return x + b - x == b

def g(a=1020, b=-93206):
    return a + b - 1

assert f(g())

def f(x: int, a=17631837):
    return a >= 0 and a % 3 == 0 or (x >= 0 and x == 16)

def g(a=17631837):
    return (a % 15) + 3

assert f(g())

def f(t: str, s="abbcab"):
    return s.lower() == t.lower()

def g(s="abbcab"):
    return str(s)

assert f(g())

def f(s: str, word="konjac"):
    return s == 'Hello world'

def g(word="konjac"):
    return "Hello world"

assert f(g())

def f(i: int):
    m = i
    while i > 0:
        m = 3 * i + 1 if i % 2 else i // 2
        if i > 0:
            if m > 5 or m < 5:
                return True

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(z: str):
    return z and z in ('bbr')  # bbr is from a

def g():
    return 'bbr'

assert f(g())

def f(x: str, a=8, b=1, e=1):
    for i in x:
        if a < b:
            return False
    return True

def g(a=8, b=1, e=1):
    return str(a * 8) + str(e * 1) + " " + str(e * (b-e))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[-i] != word[-i]:
                return False
    return True

def g(word="konjac"):
    word = str(word)
    return ''.join(word)

assert f(g())

def f(f: bool):
    return f + (f == 0.999999999999999999)** 2 == f

def g():
    return f == 0.9999999999999999999

assert f(g())

def f(t: str, s="I"):
    return s in t[::-1]

def g(s="I"):
    return s

assert f(g())

def f(n: int, k=1000):
    return n/k == k

def g(k=1000):
    return k * k

assert f(g())

def f(s: str):
    return set(s) <= set("18-+*/") and s.count("8") == 2 or s.count("1") == 1

def g():
    return "1+2+3+4+5+6+7+=8"

assert f(g())

def f(nums: List[int], n=6):
    return len(nums) == len(set(nums)) and sum(nums) == 6

def g(n=6):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=1215, b=1255, c=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1215, b=1255, c=1230200):
    if (a > 50) and (b > 50) and (c > 50) and (b < b) and (c > c):
        return a + b
    else:
        return a + b

assert f(g())

def f(a: int, ds=63651260, i=341512):
    return ds == a

def g(ds=63651260, i=341512):
    return ds

assert f(g())

def f(x: int, a=1020):
    return 0 <= x <= a

def g(a=1020):
    return a % 10 + 10

assert f(g())

def f(n: int, a=15500, b=23333):
    return n > a

def g(a=15500, b=23333):
    return int(a * b) + 1

assert f(g())

def f(s: List[str], word="moooboooofasd"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="moooboooofasd"):
    return [i for i in word]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word[0] == s
    else:
        return word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if isinstance(word, list):
        return word[:-1]
    else:
        return word[-1]

assert f(g())

def f(s: str, word="nigitazumbez"):
    return s.count(word) > 0 and s.count(word) != 0

def g(word="nigitazumbez"):
    return word or g()

assert f(g())

def f(x: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 2) // 2] == x

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 2) // 2]

assert f(g())

def f(z: float, v=9, t=10):
    return z == v      # same as 0.8

def g(v=9, t=10):
    return float(v)

assert f(g())

def f(s: str, word="antifromicism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antifromicism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[0]+word[1:]) and word[0] == word[-1] and word[-1] == s[1:-1]

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(len(d) == len(set(d)) or d)

def g(n=123456789):
    return int(n * n - 1) + 1

assert f(g())

def f(x: str, word=["h", "o", "y", "b", "c", "d", "e", "f"], n=25):
    return len(x) > n or len(x) < n and all(x, len(x) >= 5 )

def g(word=["h", "o", "y", "b", "c", "d", "e", "f"], n=25):
    return str(word)

assert f(g())

def f(x: str, s="World", target=8):
    for i in range(0, len(x)):
        if x[:5] == "_":
            i += 1
            x[5:6] == "_"
        x[5:6] + s == "_"
    return len(x) == len(s)

def g(s="World", target=8):
    return "World"

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="wil-hjgggwgwjklzxcvbnm"):
    return s in ["wil-hjgggwgwjklzxcvbnm", "wil-hjgggwgwjklzxcvbnm"]

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="wil-hjgggwgwjklzxcvbnm"):
    return "wil-hjgggwgwjklzxcvbnm"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + 1 == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(ms: List[str]):
    return ms.count(ms) == ms.count(ms)

def g():
    return ["a"*(i+2) for i in range(1000) or len(ms) >= 3]

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return res == m or (m < 0) and all(n == 7)

def g(m=1234578987654321, n=4):
    return m or (n == 3) and all(m == 7)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 2, 3]

assert f(g())

def f(x: str):
    return 'Hello world!' is not None  # not empty

def g():
    return "world "

assert f(g())

def f(e: int):
    return e > 0

def g():
    return 3 or 1 and e and e

assert f(g())

def f(n: int, p=123):
    m1 = 0 if n % 2 else -1 if n % 3 else -1
    m2 = 0 if n % 2 else -1
    while m1 != 0:
        m1 += m2 + 1
    return m1 == n or m1 == m2 or m1 != m2

def g(p=123):
    return p*p

assert f(g())

def f(x: int, a=0, b=500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=0, b=500):
    if a > 100:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: str):
    return int(x) != 0.0

def g():
    return "1234567890"

assert f(g())

def f(x: int, a=15, b=-142815):
    return x - a == b

def g(a=15, b=-142815):
    return a + b

assert f(g())

def f(x: int, a=8, b=-1536):
    return x - a == b

def g(a=8, b=-1536):
    return int(a + b)

assert f(g())

def f(x: float):
    return x + x > 99999999

def g():
    return float(int("123456789" + "0"*8) ** 0.5)

assert f(g())

def f(x: int, a=1020):
    return abs(x ** 2 - a) > 30000

def g(a=1020):
    return int(int(a) * 1020) + 2

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w']):
    return 'hello world'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2] and target[(len(target) + length) // 2] in s

def g(target="foobarbazwow", length=6):
    n = len(target)
    if n == 0:
        return target[0]
    else:
        return target[n - 1] + target[n - 2]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('enlightenment')

def g():
    return "enlightenment"

assert f(g())

def f(x: int, a=30256737):
    return x == a

def g(a=30256737):
    return a

assert f(g())

def f(s: str):
    return s.count('o') == 0

def g():
    return "%d"

assert f(g())

def f(n: int, a=5, b=4322):
    for i in range(n):
        m = n
        if b == i:
            return True

    m = n
    while m > n:
        n = m - 1 if n % 2 else m // 2
        if m > n:
            return True
    m = n * m // m // m // m // m // m
    m = m + m * m // m // m // m // m
    m = m + m / m // m // m // m // m // m
    m = m * m // m // m // m

def g(a=5, b=4322):
    return (a + a * b) + 1

assert f(g())

def f(li: List[int], a=47, b=4590):
    return all([li[2] != li[1] for i in range(10)]) and len(set(li)) == 3

def g(a=47, b=4590):
    return [5, 9, 0, 0]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Me true')

def g():
    return "Me true"

assert f(g())

def f(n: int, maxnum=1024):
    return n == maxnum

def g(maxnum=1024):
    return int(maxnum)

assert f(g())

def f(x: int, a=-382, b=1051056):
    return x - a >= b

def g(a=-382, b=1051056):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1073258, b=8134856):
    return a - x / b and + x % b == a

def g(a=1073258, b=8134856):
    return a + b

assert f(g())

def f(s: str, word="manualism", max_len=20):
    if len(word) <= max_len:
        return word == s
    if max_len > 10:
        return word[0] == 1 and word[-1] == 1
    return max_len > 10 and word[0] != "18-+*/"

def g(word="manualism", max_len=20):
    if len(word) <= max_len:
        return "manualism"
    if max_len < 10:
        return "manualism"
    return max_len > 10

assert f(g())

def f(x: int, b=1073258):
    return x + b <= 3

def g(b=1073258):
    return int(b * (1 - b))+ 1

assert f(g())

def f(s: str):
    return s[0] == s

def g():
    return "0"

assert f(g())

def f(s: str, word="r", min=2, max=8, n=16):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="r", min=2, max=8, n=16):
    """Returns word ["r"] if "r" contains characters."""
    return str(word)

assert f(g())

def f(x: int, a=5, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=54368639):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, max_len=117899):
    if n >= 9:
        return int(n) == max_len
    return int(n) == max_len

def g(max_len=117899):
    return int(max_len)

assert f(g())

def f(s: str, word="antidifferentism", max_len=16):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and words[0] != s[0] and words[-1] != s[-1]

def g(word="antidifferentism", max_len=16):
    if len(word) <= max_len:
        return word
    if word[0] in words[0]:
        return word[0] != word[-1]
    return int(words[1:-1]) == len(words) and words[0] != s[0] and words[1] != word[-1] and words[1] != s[-1] or len(s) == max_len

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s in target and s == target

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(x: int, a=253532, b=1318):
    if x > 0 or a > 5:
        return x - a == b
    else:
        return (x - a == b) - (x > 0) + (x - a == b) + (x > 0) - (x - a == b)

def g(a=253532, b=1318):
    if a > 5:
        return a + b
    else:
        return (a - b) % (x - a)

assert f(g())

def f(s: str, target="mooboo", value="ooobooooboooobooaosd", min_depth=13):
    if len(target) > 3:
        return target[(len(target) - 3) // 2: min_depth: 3] == s

def g(target="mooboo", value="ooobooooboooobooaosd", min_depth=13):
    if len(target) == 2:
        return target[(len(target) - 1) // 2: min_depth: 3]
    else:
        return target[(len(target) - 1) // 2: min_depth: 3]

assert f(g())

def f(n: int, u=12345678, v=12345, w=12345):
    return n * (n + v) + u and n > w

def g(u=12345678, v=12345, w=12345):
    return u + w or u * v

assert f(g())

def f(s: str, word="oom"):
    if len(s) == 0:
        return None
    for i in range(len(word)):
        if s[i] != word[i].lower():
            return False
    return True

def g(word="oom"):
    return str(word[:])

assert f(g())

def f(x: int, a=7111890, b=621011):
    if isinstance(x, int):
        return x % 2 == 0
    elif isinstance(x, float):
        return x * 2
    else:
        return 0

def g(a=7111890, b=621011):
    if isinstance(a, float):
        return a % 2 == 0
    else:
        return a

assert f(g())

def f(n: int, a=19, b=25, c=2):
    return n - a < c - 2

def g(a=19, b=25, c=2):
    return (a < b) * 2 and (2 - a < b) - (c < a) + 2

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 6) // 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 6) // 1]

assert f(g())

def f(x: int, a=2222, b=11):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2222, b=11):
    return int(a + b)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 4 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    s = s.lower()
    for c in s:
        if c == c.lower():
            s = s.lower()
    return s

assert f(g())

def f(n: int, v=34, w=71511):
    return n + v > 71511

def g(v=34, w=71511):
    return v * 6 + (w + v) * 5

assert f(g())

def f(s: str, d=0):
    return d > 1 or d < len(s)

def g(d=0):
    return str(d)

assert f(g())

def f(s: str, word="antisthesisism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="antisthesisism", max_len=40):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word)

assert f(g())

def f(a: int):
    return a > 123456789

def g():
    return int(int("123456789" + "0"*9) * 3)*123456789

assert f(g())

def f(x: int, a=5, b=5436863):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=5436863):
    if a >= 3:
        return a +b
    else:
        return b - a

assert f(g())

def f(s: str, s1="a", s2="b", n=1333):
    return s[:10] == s[-10:1] and s[-10:1] == s[-1]

def g(s1="a", s2="b", n=1333):
    n1 = len(s1)
    s2 = s1[n1:]
    s3 = s2[n1:]
    return "a" + s3.replace(r'\n', '\n').replace(r'\0', '\0')*n1

assert f(g())

def f(x: int, a=106567, b=72352549):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=106567, b=72352549):
    if a > 5 and a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="lamp"):
    if len(word) == len(s) and len(word) == len(s) and s is not None and len(word) == len(s):
        return True
    return False

def g(word="lamp"):
    return word or len(word) == len(s)

assert f(g())

def f(s: str, a=1020, b=8):
    return s == "Hello world"

def g(a=1020, b=8):
    return ("Hello world")

assert f(g())

def f(nums: List[int], t=10):
    return sorted(nums) == list(range(100))

def g(t=10):
    return list(range(0,100))

assert f(g())

def f(x: float, b=8):
    return x == b

def g(b=8):
    return float(b)

assert f(g())

def f(s: str, counts=True):
    return counts if counts else 0

def g(counts=True):
    return str(counts)

assert f(g())

def f(s: str, word="Konjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="Konjac"):
    return word

assert f(g())

def f(s: str):
    return len([2 ** 4 for s in s.lower()]) == len(s)

def g():
    return '3'

assert f(g())

def f(s: str, target="reverse m", reverse=True):
    return s[::-1] == target[(len(s) + 1) % 2]

def g(target="reverse m", reverse=True):
    return target[(len(target) - 1) % 2]

assert f(g())

def f(s: str, word="abd", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    return word.upper()

def g(word="abd", max_len=10):
    if word == "abd":
        return word
    else:
        return word.lower()

assert f(g())

def f(s: str, target="bazwow"):
    if target == "bazwow":
        return s == "bazwow"
    else:
        return s == "bazwow"

def g(target="bazwow"):
    return "bazwow"

assert f(g())

def f(x: int, a=100, b=109963):
    return x - a == b

def g(a=100, b=109963):
    return a + b

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a % n == 0 and b % n == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return b - a

assert f(g())

def f(n: int, lh=20):
    return n > 0 or len(lh) == 0 or len(lh % 3 == 1 for n in lh)

def g(lh=20):
    return min(lh,20)

assert f(g())

def f(s: str, word="fattemist", max_len=21):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="fattemist", max_len=21):
    if len(word) < max_len:
        return word
    return int(word) == max_len

assert f(g())

def f(s: str):
    return s in (("hello world", "hello world"))

def g():
    return "hello world"

assert f(g())

def f(v: int):
    return v > 100 or v > 100

def g():
    return int(int("123456789" + "0"*4) ** 0.5) + 1

assert f(g())

def f(x: int, a=182236, b=152384):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=182236, b=152384):
    if a > 50 and b > 50 or b < 25:
        return a + b
    else:
        return x - a + b

assert f(g())

def f(s: str):
    for i in range(len(s), 3):
        if s[i] != 'world':
            return False
    return True

def g():
    return "world[]"

assert f(g())

def f(n: int, v=17, w=100):
    return n // v > w

def g(v=17, w=100):
    return int(int("123456789" + "0"*9) ** v) + 1000

assert f(g())

def f(x:int, a=253532, b=1230200):
    return a - 20 <= x - 50

def g(a=253532, b=1230200):
    return int(a + 20 ** 2)

assert f(g())

def f(s: str, target="reverse me", reverse_target=True):
    return s in target if target == 0 else s == "reverse me"

def g(target="reverse me", reverse_target=True):
    return target if target == 0 else target

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3 and x > 0

def g(a=1020):
    return int(a)** 0.5

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
            else:
                return True
        return False

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="makashimah", type="machai", n=10):
    return str(s) == s and word[0] == s[0]

def g(word="makashimah", type="machai", n=10):
    if word:
        return str(word)
    else:
        return s == word

assert f(g())

def f(i: int, max_len=100, seq=[10, 8, 13, 10], k=3):
    return 1 <= i and max_len and i > max_len

def g(max_len=100, seq=[10, 8, 13, 10], k=3):
    return max_len + 5 + 1

assert f(g())

def f(state: List[List[int]]):
    return state[0] == state[0] and state[1] == state[1]

def g():
    return [
        [0,1],
        [1,2],
        [0,2]
    ]

assert f(g())

def f(v: int, a=1073258, b=72352549):
    return v > b

def g(a=1073258, b=72352549):
    return int(1073258 * a) + 1

assert f(g())

def f(n: int):
    n /= 2
    return len(str(n)) == len(str(n + 1000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="rtsad"):
    for i in range(len(word)):
        if word[i] == "t":
            if s[i] != word[i]:
                return False
    return True

def g(word="rtsad"):
    return word[0] + word[1] or len(word[1])

assert f(g())

def f(s: str, a = 15, d = 0.01):
    if not s:
        return None
    return s == 'world'

def g(a = 15, d = 0.01):
    return 'world'

assert f(g())

def f(n: int, l = 10, a=107525):
    return n % 2 == 1

def g(l = 10, a=107525):
    return l - a ** 2

assert f(g())

def f(d: int, n=1000):
    return d > n or set(d, n == 1000)

def g(n=1000):
    return int(n * n) + 3 + 1

assert f(g())

def f(s: str, word="jonjac"):
    for i in range(len(word)):
        for j in range(len(word)):
            if s[j] != word[j]:
                return False
    return True

def g(word="jonjac"):
    return str(word[:9])

assert f(g())

def f(big_str: str, sub_str="foo3"):
    return big_str.index(sub_str) != -1

def g(sub_str="foo3"):
    return sub_str

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) and s == '123456789'

def g():
    return '123456789'

assert f(g())

def f(t: str, s="world"):
    for i in s:
        if s > t:
            return False
    return True

def g(s="world"):
    return "world"

assert f(g())

def f(s: str, word="antides", max_len=20):
    if len(word) <= max_len:
        return word == s
    return word != len(word)

def g(word="antides", max_len=20):
    return str(word)[:max_len] or "s"

assert f(g())

def f(s: str):
    return s >= s[:3] and s > s[:6]

def g():
    return "123456789" + "0" * 9

assert f(g())

def f(n: int, a=37, b=9):
    if n > 4:
        return n > 5
    else:
        return n < 7

def g(a=37, b=9):
    return a + 3 * b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) + (len(target) - length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(x: List[int], a=101, b=105, c=106):
    return x[0] == a and sum(x[1:b + c]) == b

def g(a=101, b=105, c=106):
    return [a, b]

assert f(g())

def f(x: int, a=15, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=15, b=1230200):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if i < 0:
                return False
        else:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str(word + "123456789")

assert f(g())

def f(x3: int, a=4, b=54368639):
    if a == 1:
        return x3 % 2 == 0
    elif a == -1:
        return x3 % 2 == 1
    else:
        return x3 + a == b

def g(a=4, b=54368639):
    if a == 1 or a == -1:
        return -2 * (a-1) + b
    elif a == 1 or a == -1:
        return -2 * (a-b) + b
    else:
        return -2 * (a-2) + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a > b

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'f']):
    i = 0
    for c in x:
        for i in range(len(x) - 1):
            i += 1
    i += 1
    return len(x) > 3 and i >= 2

def g(s=['a', 'b', 'c', 'd', 'f']):
    return str(s) if 'a' in s else None

assert f(g())

def f(x: int, a=20, b=1024):
    if x > 0:
        return x - a == b
    elif x > 1:
        return x - b-a == b-a
    else:
        return x + b-a == b-b

def g(a=20, b=1024):
    return a + b

assert f(g())

def f(k: int):
    return k > 3

def g():
    return int(int("123456789" + "0"*7) ** 0.5 - 2)

assert f(g())

def f(s: str):
    return s in ["Hello World", "Hello World", "Hello World", "Hello World", "Hello World", "Hello World", "Hello World",
               "Hello World", "Hello World", "Hello World", "Hello World"]

def g():
    return "Hello World"

assert f(g())

def f(s: str, a="hello", b="yellow", p=5):
    return len(s) == len(a)
    assert p == 5  # does not matter
    return len(a) + len(b) + ((p - 5) == 5)

def g(a="hello", b="yellow", p=5):
    return "hello"

assert f(g())

def f(n: int, d=17):
    return n > 0

def g(d=17):
    return int(d * 16/17)

assert f(g())

def f(p: str, d=100):
    return 0 <= d <= 100 and d >= d

def g(d=100):
    return str(range(100, 9))

assert f(g())

def f(s: str, s1="hello", t=30):
    return s.count(s1) == s1 and s.count(s1) == (1 + b) or s.count(s1) == 1

def g(s1="hello", t=30):
    if s1 in ("hello", "world"):
        return "hello world"
    elif str(s1) == "hello world":
        new_s = str(s1)
    else:
        new_s = str(s).replace('-', '' + str(s).replace(' ', '--'))
    return s1.count(new_s) == (1 + b) or new_s.count(new_s) == 1

assert f(g())

def f(x: float):
    return x ** 2 == 0

def g():
    return float() * 4 * 1000

assert f(g())

def f(n: int, a=3502, b=100):
    return n // b == a

def g(a=3502, b=100):
    return int(a * b)

assert f(g())

def f(n: int, a=15483):
    return a % n == 0 and a % n == 0 and n >= a

def g(a=15483):
    return a % 1000 and a % 100000

assert f(g())

def f(s: str, word="bjut"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True  # we don't need it

def g(word="bjut"):
    return str(word.upper()) + "bjut"

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 10001))

def g():
    return int(int("123456789" + "0"*9)** 9)

assert f(g())

def f(x: List[int], a=14302, b=5):
    return x[0] == a and x[1] == b

def g(a=14302, b=5):
    return [a, b]

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len(n) < year_len for n in range(n, year_len) for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    import random
    random.seed(0)
    random.seed(365)
    return random.randrange(year_len, 3600)

assert f(g())

def f(n: int, a=13555554, b=10):
    return n // b == a

def g(a=13555554, b=10):
    return a * b

assert f(g())

def f(s: str):
    return '!' in s.lower()

def g():
    return "!"

assert f(g())

def f(n: int):
    return str(n - 2).startswith("123456789")

def g():
    return int(int("123456789" + "123456789" + "4" * 6) + 1)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=4):
    b = 2
    # no word = [2,3,4,5,2,3,2,5,3,5]
    if len(word) > max_len:
        return word == s
    return int(s[1:-2]) == max_len and word[1]-len(word) <= max_len

def g(word="antidisestablishmentarianism", max_len=4):
    v = str(word)
    # no word = [2,3,4,2,4,3,3,5,2]
    if len(word) > max_len:
        return word

assert f(g())

def f(x: int, b=93252338):
    return x-b == -92953778 or x-b > 92953778  # -1, 1 is regular piece, -2, 2 is king

def g(b=93252338):
    return b-3 + 929595597

assert f(g())

def f(n: int):
    n = 3 * n + 1
    for i in range(n):
        if i == 0:
            return True
    return False

def g():
    return int(100 * 2)

assert f(g())

def f(s: str):
    def prod(nums):
        ans = 1
        if s[i] != word[i].upper():
            return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g():
    return "world"

assert f(g())

def f(x: int, a=3, b=1, c=2):
    if x > 0 or a < 50:
        return x + b >= c
    else:
        return x + a < b

def g(a=3, b=1, c=2):
    x = int(int("123456789" + "0"*9) * a) + b * (255 + 3)
    return x

assert f(g())

def f(n: int, a=1352423456789, b=702518181818, c=13):
    return n // c == a or n == b

def g(a=1352423456789, b=702518181818, c=13):
    return a // c == b or a == c or b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != word[i].upper():
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return word[:]

assert f(g())

def f(n: int):
    return (n >= 5015) and n >= 1101

def g():
    return int(int("123456789" + "0" * 9) * 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + length) // 2:(len(target) + len(target) + len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + length) // 2: len(target) + length]

assert f(g())

def f(li: List[int], target=[17, 18, 9, -1, 17, 9, -1], n=2):
    return li * n == target + li

def g(target=[17, 18, 9, -1, 17, 9, -1], n=2):
    return target

assert f(g())

def f(x: int, a=253532, b=1230200):
    return x - a == b

def g(a=253532, b=1230200):
    return int(a) + b

assert f(g())

def f(s: str):
    return set(s) >= set("19-+*/")

def g():
    return "19-+*/9"

assert f(g())

def f(s: str, chars=['i', ' ', 'p', 't', '!', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['i', ' ', 'p', 't', '!', 'r', 'd']):
    return str(chars)

assert f(g())

def f(s: str, a="hell"):
    return s == a

def g(a="hell"):
    return a

assert f(g())

def f(x: int, a=14302, b=91472):
    return x - a >= b

def g(a=14302, b=91472):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(inds: List[int], targets=[]):
    return all(i + b * len(inds) for i in targets)

def g(targets=[]):
    expected = []
    for val in list(targets):
        if val.startswith("-") or val in g.values():
            expected.append(val)
    for val in targets:
        if val in expected:
            expected.append(val)
    return expected

assert f(g())

def f(s: str, word="konjac"):
    if len(s) != len(word):
        return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(n: int, a=3, b=4, upper_bound=150):
    return n % a - b and n >= upper_bound

def g(a=3, b=4, upper_bound=150):
    return int(int("0123456789") + (int(a) / 2) + (int(b) / 2) * (int(a) -
     ((a * 2) % a) + (b - a) / 2) * (int(a) - 1) * (int(b) - 1) + (int(a) % 15))

assert f(g())

def f(t: str, args=[]):
    assert len(t) != len(args)
    for c in args:
        if c in t:
            raise ValueError("missing `=' argument")
    return True

def g(args=[]):
    return str(args).strip()

assert f(g())

def f(s: str, w=1):
    return len(s) == 1

def g(w=1):
    return str(w * 5)

assert f(g())

def f(n: int, l=6, s=14):
    return l >= n

def g(l=6, s=14):
    return 0

assert f(g())

def f(n: int, a=33, b=60):
    return n + (a + b) >= sum([b * i for i in range(a)])

def g(a=33, b=60):
    return sum([b * i for i in range(a)])

assert f(g())

def f(x: str):
    return x and x.count('a') == 1 - 1 and x.count('b') > 1 - 1 and (x.count('b') > 3)

def g():
    return "b" * 9 + "1"

assert f(g())

def f(v: str):
    return v[0] is not None and v[1] is not None and v[2] is not None and v[3] is not None

def g():
    return "world"

assert f(g())

def f(s: str):
    return s == "" + "world"

def g():
    return str(str("world"))

assert f(g())

def f(str: str):
    return str.replace('.q','') == "qwertyuiopasdfghjklzxcvbnm"

def g():
    return "qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(x: int, a=12656892, b=-93206):
    return a - x == b

def g(a=12656892, b=-93206):
    return a - b

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in "47" for i in str(d).count("4")) or n > 0

def g(n=123456789):
    return n * n
                # for any dn
    for i in range(n, 3):
        if (i != d):
            x = 'a'
            sum(x.count("a") > sum("a")) + sum(x.count("b") > sum("b"))
            sum(x.count("c") > sum("c"))
            x

assert f(g())

def f(s: str, word="joc"):
    return s[0] == word[0] if s[0] != word[0] else s[0] == word[0]

def g(word="joc"):
    return word[0] if word[0] != word[0] else word[0]

assert f(g())

def f(x: int, a=34530628, b=3020200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=34530628, b=3020200):
    return int(a) + int(b)

assert f(g())

def f(n: int, q=1000):
    return n > q and q <= n - 1

def g(q=1000):
    return q * q

assert f(g())

def f(n: int, time=6.1, s=2021):
    for i in range(6):
        s = n*((time - i * 6) * (5 - (i - 1) * 6))
        if s > 2021:
            return (s-6) < time * 2 * s
    return float(len(s)) == 0

def g(time=6.1, s=2021):
    return int(int(s) ** 2) + 1

assert f(g())

def f(n: int, e=100000):
    return n / 2 < n and e < n

def g(e=100000):
    return e + 1

assert f(g())

def f(v: List[int]):
    return v[0] == v[0] and v[1] == v[1] and v[2] == v[2]

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(v: int):
    return v > 100

def g():
    return int(int("111" + "0"*21) / 2)

assert f(g())

def f(x: str, word="konjac"):
    return str(x) == word

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(s: str, target="reverse me", rev=0):
    return s.lower() == target

def g(target="reverse me", rev=0):
    return target

assert f(g())

def f(d: int, n=123456789):
    return d > n  # b == a

def g(n=123456789):
    return n * n  # b == a

assert f(g())

def f(s: str, chars=['a', 'be', 'b','c', 'd', 'e', 'f']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'be', 'b','c', 'd', 'e', 'f']):
    return str(chars)

assert f(g())

def f(n: int, t=220):
    return abs(n - t) == 0.

def g(t=220):
    return int(t)

assert f(g())

def f(n: int, t=197):
    x = n
    for i in range(t):
        if x > t:
            return True
        # 2 x n
    return False

def g(t=197):
    return int(int("12345") ** 3) + 1

assert f(g())

def f(n: int, a=7380):
    return a == n

def g(a=7380):
    return int(a)

assert f(g())

def f(n: int):
    return n + 5 <= n * 3 + 10 <= n*7 + 5 <= n*11 + 10 <= n*16 + 5 <= n*19 + 3 >= n

def g():
    return 4

assert f(g())

def f(s: str, target="foobarbazwow", start_index=2):
    return target[(len(target) - start_index) // 2] == s

def g(target="foobarbazwow", start_index=2):
    return target[5]

assert f(g())

def f(x: int, a=10201202001):
    return x * 2 > a

def g(a=10201202001):
    return 5 + a

assert f(g())

def f(x: int, a=253532, b=11950):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=11950):
    if a > 253532:
        return a - a == b
    else:
        return a + b

assert f(g())

def f(value: float, m: int=1000):
    return value - m > 0

def g(m: int=1000):
    return m + ((m * 12 + 0) / 2)

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 > a

def g(a=10201202001):
    return 1 - a

assert f(g())

def f(x: float, a=9000):
    return abs(x) >= 9000

def g(a=9000):
    return (int(a) + (1e10 + 10 + 16)) / 2.0

assert f(g())

def f(s: str, word="bomber"):
    return s in word or len(s) == len([])

def g(word="bomber"):
    return word or len(word) == len([])

assert f(g())

def f(s: str):
    return s.startswith("hello") or s.startswith("hello")

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return len(set(s)) != len({s})

def g():
    return "hello"

assert f(g())

def f(x: int, a=102345678, b=500005):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=102345678, b=500005):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="h", b=25, c=50):
    # test
    for i in range(len(word)):
        if s[i-1] != word[i-1]:
            return False
    return True

def g(word="h", b=25, c=50):
    return str(word)

assert f(g())

def f(x: int, a=153532, b=1512000):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=153532, b=1512000):
    if a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: float, a=5):
    return abs(x - a) < 5 ** -3

def g(a=5):
    return float(a)

assert f(g())

def f(x: int, a=15482, b=23223, upper_bound=15):
    if a == 1:
        return x % 2 == 0
    else:
        return x + b > upper_bound

def g(a=15482, b=23223, upper_bound=15):
    return (a > 2 * b) % 2

assert f(g())

def f(x: int, a=13012233):
    return x == a

def g(a=13012233):
    return int(a)

assert f(g())

def f(s: str, word="antdia", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[1] == s[-1]

def g(word="antdia", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[1] == s[-1] and word[0] == s[-2]

assert f(g())

def f(s: str, x=0):
    if str.isdigit(s) or s == "" or s.lower() == '\0':
        return s == "I!"
    return s == "I!"

def g(x=0):
    return "I!"

assert f(g())

def f(z: str):
    return z[0] < z[4]

def g():
    return "hello world!"

assert f(g())

def f(h_name: str):
    return "h_name" in h_name

def g():
    return "%d{2} h_name" % 2

assert f(g())

def f(s: str, word="traceproxy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="traceproxy", max_len=10):
    if max_len == 10:
        return word
    else:
        return word

assert f(g())

def f(n: int, b2=123, b3=123):
    return n >= b3 and n != b2 or n == b3 or n == b2

def g(b2=123, b3=123):
    return int(b2 + 2*b3) + 1

assert f(g())

def f(n: int, t=1, upper=20):
    m = n
    for i in range(t):
        if m < 1:
            return False
        m = m - t
    return True

def g(t=1, upper=20):
    return int(int(t * 20) + int(t * 10) + int(t * t) + 1)

assert f(g())

def f(s: str, a = 8552368):
    return a >= 1073258 and a <= 72352549

def g(a = 8552368):
    return str(1073258 / a) or str(a)

assert f(g())

def f(n: int, x=0):
    return n > 0 and n % 5 == 1

def g(x=0):
    return int(x) + 1

assert f(g())

def f(x: int, a=203580, b=60000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=203580, b=60000):
    a = str(203580)
    b = str(60000)
    return int(int(a) + int(b)) if (a < b) else 0

assert f(g())

def f(x: int, a=945, b=54368639, c=2):
    return x % 2 == 0 or x % 2 == 1

def g(a=945, b=54368639, c=2):
    return 2 # 4/4 == 6

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678")

def g():
    return int(int("12345678" + "1"*9)**0.5) + 1

assert f(g())

def f(s: str):
    for i in range(len(s) - 1):
        if s[3] == 0:
            return s.lower() == i
        return s[0] + s[1] and s[-1] > s[1]
    return s + s[0] and s <= s[-1]

def g():
    return "world"[0]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if target == reverse:
        return s
    return s == target

def g(target="reverse me", reverse=True):
    if target == reverse:
        return "reverse me"
    return "reverse me"

assert f(g())

def f(c: int, a=345346363, b=10):
    return c > a

def g(a=345346363, b=10):
    return int(a) + 1

assert f(g())

def f(s: str, a=525942):
    return s.count("1") == 1 and s.count("2") == 1

def g(a=525942):
    return "0123456"

assert f(g())

def f(nums: List[int], n=1):
    return len(nums) == 4

def g(n=1):
    # use if: for sorting in [n-1, 2, 3]
    return [i for i in range(n, 5)]

assert f(g())

def f(m: int):
    return m > 9999999999999999

def g():
    return int(int("123456789" + "0"*7) * 999)

assert f(g())

def f(x: int, a=2631, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2631, b=1230200):
    if (a < 0) and (b < 0):
        return a == b
    else:
        return a + b

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', ' ', 'd']):
    for c in chars:
        if s in chars:
            return True
    return False

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', ' ', 'd']):
    """
    Return the same thing as using "if" on a list.
    """
    for s in chars:
        return s.replace("123456789", "")

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCLOWSITE"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCLOWSITE"):
    caps = 0; caps = s.upper()
    return caps

assert f(g())

def f(v:int):
    return v >= 7

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(x: int, a=263729, b=474770):
    return x - a > b * (a + b)

def g(a=263729, b=474770):
    return a * (b * a)

assert f(g())

def f(x: int, a=131250, b=10201202012):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=131250, b=10201202012):
    if a > 50 and b > 10201202012:
        return a - b > 10201202012
    else:
        return a + b

assert f(g())

def f(x: int, a=224411, b=72323):
    if a != 0:
        return -a < 0 and a != 0

    if b != 0:
        return -b < 0 and b != 0

    # if a == 0: 
    #

def g(a=224411, b=72323):
    return int(a + (b-1)*2252 + (a+b) * 2252) + (a+b)

assert f(g())

def f(x:int, a=56715, b=3814982350, N = 10, max_dim=11):
    if x > 0 or a > 50:
        return x - a > 50 - max_dim
    if x < 0 or a < 50:
        return x + a < 50
    return x + a <= max_dim

def g(a=56715, b=3814982350, N = 10, max_dim=11):
    if a < 0:
        return a + 2 * N - 10 + max_dim
    if a > 50:
        return a + 2*N + 10 + max_dim
    return a > 10

assert f(g())

def f(s: str):
    return s.count("8") == 2 and s.count("1") == 1

def g():
    return "8123456789abcdefghi"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length)].strip()

assert f(g())

def f(s: str):
    return '\b' in s

def g():
    return '\b\b'

assert f(g())

def f(s: str, big_str="foobar", index=2):
    if big_str in s:
        return big_str
    return big_str.index(s) == index

def g(big_str="foobar", index=2):
    return big_str[index:] if big_str else ""

assert f(g())

def f(li: List[int], k=5):
    if len(li) > k:
        return True
    elif len(li) != k:
        return False
    else:
        return False

def g(k=5):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(x: int, a=10, b=1699):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=1699):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(start: int):
    n = start  # could be negative or positive ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n > start:
            return True
        if n == start:
            return True
        if n % 2 == 3:
            return True
        if n == start:
            return True
        if n % 2 > 20:
            return ...

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, b=1230200):
    return x > 0 or a > 50

def g(b=1230200):
    return int(b)** 10

assert f(g())

def f(s: str, word="kolgog"):
    return s[0] == word[0] and s[-1] <= s[-1]

def g(word="kolgog"):
    return str(word + str(word))

assert f(g())

def f(s: str):
    return s.count('u') == 1

def g():
    return 'u'

assert f(g())

def f(x: float, a=1020):
    return x * 2.0 + (x * 2.0 + 1/a) < 0.5

def g(a=1020):
    return -(a * 2.0 + 1) / 2

assert f(g())

def f(n: int):
    s = str(n / 1000000)
    for i in "0010101":
        s.count(i) == 1
    return True

def g():
    return int(int("0010101" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=4, b=54368639):
    return 0 <= x <= a + b

def g(a=4, b=54368639):
    return 2 * a + 3

assert f(g())

def f(n: int):
    return n > 2  # no more markers

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(ls: List[str]):
    return len(ls) == len(ls) and min(ls) == max(ls)

def g():
    return ["abcdefghijklmnopqrstuvwxyz0123456789"]

assert f(g())

def f(n: int, s=15456655):
    return n > 150

def g(s=15456655):
    return s + 2

assert f(g())

def f(n: int, m=1234578987654321, a=45, b=200, c=43):
    return n * n > 2 * m

def g(m=1234578987654321, a=45, b=200, c=43):
    return m + a + b + c

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 100:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(a)*(b-a)**2 + 1

assert f(g())

def f(s: str, word="konjac"):
    return len(s) == len(word) > 2 or len(s[0] == word[0])

def g(word="konjac"):
    if len(word) == 2:
        return "Hello konjac"
    else:
        return "No one"

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "".join((perm[(perm) % len(perm)] if perm == target else c) for c in s) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(s: str, v=["hello", "we", "world", "aabb", "aaaaa", "cabbc"]):
    return s in v

def g(v=["hello", "we", "world", "aabb", "aaaaa", "cabbc"]):
    return "world"

assert f(g())

def f(c: str, vars="hello"):
    for i in range(26):
        if c == vars and len(c) == 3:
            return True
    return not(c != vars)

def g(vars="hello"):
    return str(vars)

assert f(g())

def f(nums: List[int]):
    return len(list(nums)) == len(nums)

def g():
    return [3, 4]

assert f(g())

def f(t: str, s="Hello world", target=7):
    for i in range(len(t) - 1):
        if i == 0:
            w = 0
        else:
            w = 5
        return len(t[i]) == 1 and s[w] in t

def g(s="Hello world", target=7):
    if len(s) == 1:
        w = 7
    else:
        w = len(s) - 1
    return s if w else w

assert f(g())

def f(s: str):
    return s == "ABCDEFGHIJKLMNOPQRSTUVWXYZ" and s in s

def g():
    return 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'

assert f(g())

def f(z: float, d=0.0001):
    return int(z * 1 / d % 10) == 1

def g(d=0.0001):
    return 0.0001

assert f(g())

def f(x: int, a=10201202001):
    return x - 4 and x == a

def g(a=10201202001):
    return a

assert f(g())

def f(x: int, a=4, b=54368639):
    if a % 2 == 0:
        return x % 2 == 0
    elif a % 2 == 1:
        return x % 2 == 1
    else:
        return x - b

def g(a=4, b=54368639):
    return 3 * a + 6*b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + b > a
    else:
        return x + b

def g(a=253532, b=1230200):
    return int(a + b)

assert f(g())

def f(x: int, a=921, b=-921):
    return a - x == b

def g(a=921, b=-921):
    return a - b

assert f(g())

def f(n: int, a=976):
    return n == a

def g(a=976):
    return int(a)

assert f(g())

def f(x: List[int], a=4, d=14):
    return x[0] == a and x[1] == d

def g(a=4, d=14):
    return [a, d]

assert f(g())

def f(s: str, word="dah"):
    return s.lower() == word[-1]

def g(word="dah"):
    return str(word[-1])

assert f(g())

def f(x: int, a=-5125, b=-3513):
    return x + a > b

def g(a=-5125, b=-3513):
    return int(int("123456789" + "0"*9) ** 0.5) + (b > a)

assert f(g())

def f(s: str, a=0, b=16):
    return s.count("b") == b and s.count("a") == a and b == 16

def g(a=0, b=16):
    return "a"*(a**2 + b**2 + b**2 + 9) and "b"*b

assert f(g())

def f(x: int, a=10, b=17, c=35):
    return x / b > 5 * a

def g(a=10, b=17, c=35):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=100, b=100, c=20):
    return n + a < b < c or (a < b) < c

def g(a=100, b=100, c=20):
    return (c < a) + (b < c) + (a < b) + (b < c)

assert f(g())

def f(path: List[str]):
    return all([path[1] == u for u in path] for path in list(path))

def g():
    return ["test", "foo", "baz"]

assert f(g())

def f(s: str, word="konjac"):
    return s.count(word) == s.count("konjac") and s.count("konjac") == 2

def g(word="konjac"):
    return str(word) + word

assert f(g())

def f(x: List[int], t=50):
    return t <= t + 1

def g(t=50):
    return [6+t for t in range(1000)]

assert f(g())

def f(s: str, delim=""):
    return s == 'world'

def g(delim=""):
    return "world" + delim[::-1]

assert f(g())

def f(x: int, a=30842318, b=18431763):
    if x > 0 or a > 150:
        return x - a == b
    else:
        return x + a == b

def g(a=30842318, b=18431763):
    if a < 150:
        return a + b <= 150
    else:
        return a + b

assert f(g())

def f(s_case: str, s="penguin2"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) else s.lower())

def g(s="penguin2"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return caps.lower() if caps > len(s) else "penguin2"

assert f(g())

def f(x: int, a=25350, b=-4):
    s = "hello world."
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=25350, b=-4):
    return int(a) + int(b)

assert f(g())

def f(e: List[int], x=["fo"]):
    return list(x) == ["fo"]

def g(x=["fo"]):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(n: int, a=45, b=20):
    return n // a == b and b != a

def g(a=45, b=20):
    return a * b + b

assert f(g())

def f(x: float, a=1060):
    return abs(x ** 2 - a) >= 10 ** -3

def g(a=1060):
      return float(a)

assert f(g())

def f(s: str, word="lamp"):
    if len(word) == len(s) and len(word) == len(s) and s is not None and len(word) == len(s):
        return True
    return False

def g(word="lamp"):
    return str(word)

assert f(g())

def f(n: int, ns=2):
    return str(n * n).startswith("123456789")

def g(ns=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, word="clay", max_len=10):
    if len(word) <= max_len:
        return word == t
    return 0

def g(word="clay", max_len=10):
    if len(word) <= max_len:
        return word
    return 0

assert f(g())

def f(n: int, year_len=365):
    return n == year_len

def g(year_len=365):
    return year_len

assert f(g())

def f(s: str, word="kurdianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word[1:] == word[-1] and word[0] == s[0] and word[1] == s[1]

def g(word="kurdianism", max_len=10):
    if len(word) <= max_len:
        return word
    elif len(word) <= max_len:
        return word[2:] == word[-2] and word[0] == s[0] and word[2] == s[-2]

assert f(g())

def f(s: str, size=2):
    return True

def g(size=2):
    return str(size * 2)

assert f(g())

def f(j: int, a=1073258, b=20):
    return j * a == 0

def g(a=1073258, b=20):
    return 1 if a < 4 else 0 if a > 4 else 0

assert f(g())

def f(start: int, k=3, upper=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return len(seq) == len(seq)

def g(k=3, upper=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return seq[k]

assert f(g())

def f(s: str):
    return s.count('h') == 10 or s.count('o') == 0

def g():
    return "h" * 9

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "49" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * int(int("123456789" + "0"*5) ^ n * 16)

assert f(g())

def f(t: str, s="hello"):
    return t.lower() == s and t.lower() == s

def g(s="hello"):
    return s or s == "helloworld"

assert f(g())

def f(s: str, chars=['e', 'b', 'e', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e', 'b', 'e', 'd']):
    return str(x[chars[0]] for x in chars)

assert f(g())

def f(x: int, a=2147483648):
    return x == 2147483648

def g(a=2147483648):
    return int(a)

assert f(g())

def f(s: str, word="vocalop", b=10):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="vocalop", b=10):
    return str(word[0] + word[1] + word[2] + word[3])

assert f(g())

def f(x: int, a=7, b=100):
    if x < 0 or a < 20: return x - a == b
    if x > 0: return x - a

def g(a=7, b=100):
    if a < 0 or a > 20: return a + b == -b
    if a > 0: return a + b

assert f(g())

def f(l: List[int]):
    return len(l) == 6

def g():
    return [0] * 6

assert f(g())

def f(s: str, a="hello", b="blahblah", length=100):
    if len(s) == length:
        return s
    return s.lower() == a

def g(a="hello", b="blahblah", length=100):
    if len(a) == length:
        return s
    return "hello"

assert f(g())

def f(x: int, a=4, b=54368639):
    return x % 2 == 0

def g(a=4, b=54368639):
    return a + 2

assert f(g())

def f(s: str, a="wooooon", b="wooooon"):
    return s.lower() == a

def g(a="wooooon", b="wooooon"):
    return "wooooon"

assert f(g())

def f(s: str, m=5):
    return s[m > 0] == "Hello world" or len(s) == 5

def g(m=5):
    return "world"

assert f(g())

def f(n: int, a=14302):
    return n > a

def g(a=14302):
    return int(a * 7) + 1

assert f(g())

def f(tour_ind: List[int], k=18):
    return list(tour_ind) == [2, 3, 11, 2, 6, 7, 0, 23, 37]

def g(k=18):
    for i in range(0, k):
        if i < k:
            return [2, 3, 11, 2, 6, 7, 0, 23, 37]
    return [5, 6, 0, 5, 0, 0, 0, 100, 100, 100]

assert f(g())

def f(n: int, a=765432, b=1):
    return n / b > a or n * n > b  # non-kings, non-jump, kings!

def g(a=765432, b=1):
    return a * b + 1

assert f(g())

def f(s: str):
    return s[0:1] and not(s[2:])

def g():
    return "a"

assert f(g())

def f(v: str, target="abcdcez", count=20):
    for i in range(len(v)):
        if target.index(v) == 16 or target.index(v) == 17:
            v[i] = f17(v, target)
    return v == target

def g(target="abcdcez", count=20):
    for i in range(len(target)):
        if target.index(target[i]) == 20:
            target[i] = f20(target[i], target)
    return target

assert f(g())

def f(x: int, a=20, b=13):
    if x == 'no':
        return False
    else:
        return True

def g(a=20, b=13):
    '''
    Returns the number of instances of "hello world".
    '''
    return 5

assert f(g())

def f(s: str, word="frenchfort"):
    if len(word) >= 1:
        return word == s
    return list(len(word) > 2) - 1

def g(word="frenchfort"):
    return "frenchfort"

assert f(g())

def f(s: str):
    return list(s) == 0 or len(s) == len(s)

def g():
    return "abcdef"

assert f(g())

def f(s: str, a="hello world", b=8, m=6):
    if s in a: return len(s) == m and m == 6
    if s[::-1] == '\n':
        return s[::-1] == b
    return len(s) == m + m

def g(a="hello world", b=8, m=6):
    for i in range(20):
        if (i + m < 6) or (i + m > 6):
            return str(i + m) + "hello world"
    if a == b: return "hello world"

assert f(g())

def f(x: int, a=967534, b=170319):
    return x > a

def g(a=967534, b=170319):
    return int(a + (b - a) % 10)

assert f(g())

def f(s: str, x=100, big_str="baz"):
    for i in range(len(s)):
        d = s[i:]
        if isinstance(d, str) and d[::-1] == '\0':
            return True
    return False

def g(x=100, big_str="baz"):
    if big_str:
        return "a b c\0 c c c\1\0"
    else:
        return f(0, big_str)

assert f(g())

def f(n: int, a=14302):
    return n >= 10 and a < n

def g(a=14302):
    return int(int("23456789" + "0"*4) ** 0.5) + 1

assert f(g())

def f(s: str, target="1p", a=2, b=20):
    if target == 0:
        return a == 1
    return s.lower() == target[::-1] or s.lower() == target[::-5]

def g(target="1p", a=2, b=20):
    if target[::-1] == 1:
        return -1
    return target[::-2] or target[::-4]-4

assert f(g())

def f(x: int, a=10201202001, b=100):  # cover every square once  
    return x ** 2 > a

def g(a=10201202001, b=100):
    return a * b

assert f(g())

def f(s: str, word="antismess", max_len=10):
    if len(s) <= max_len:
        return s == word
    return int(s[1:-1]) == s[1:] and word[0] == s[0]

def g(word="antismess", max_len=10):
    if len(word) < max_len:
        return word
    return int(word[0] * max_len)

assert f(g())

def f(inds: List[int]):
    i, j, k = inds
    return not(i == j and k != i and inds[k].count(inds) == 0)

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, n=9):
    return min(s) == max(s) and len(s) == n

def g(n=9):
    return str(n)*n

assert f(g())

def f(s: str, n=7012):
    return s == "0123456789"

def g(n=7012):
    return "0123456789"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    n = 1
    return s[:n] == target[n] or s.count(s) == target[n]

def g(target="reverse me", reverse=True):
    n = 1
    return target[n] if reverse else s

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a * b * c < 0

def g(a=17, b=100, c=20):
    return int(a+b*c) * int(a-b*c)

assert f(g())

def f(n: int, t=200):
    return n % 100 <= t and n > 100

def g(t=200):
    return int(t) or n % 100 <= t

assert f(g())

def f(x: float, a=1000):
    return abs(x ** 2 - a) > 1000 ** -5

def g(a=1000):
    return float(int(a) - float(a))

assert f(g())

def f(n: int, s="aaAab", t="aAaaB"):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    if n == -1:
        return s.lower() < t.lower()
    return False

def g(s="aaAab", t="aAaaB"):
    for x in s:
        if x == t:
            return len(x) == 2 and sum(x) == 3
        else:
            return 0

assert f(g())

def f(x: int, a=8, b=2000, pos=6):
    if pos > 3:
        return x - a == b
    else:
        return x + b

def g(a=8, b=2000, pos=6):
    return a + b

assert f(g())

def f(s: str):
    return s == 'H'

def g():
    return "H"

assert f(g())

def f(h: int, max_size = 150000, min_size = 50000):
    return max_size <= h

def g(max_size = 150000, min_size = 50000):
    return int(max_size**2) - 50000 if min_size < max_size else 50000

assert f(g())

def f(x: float):
    x -= 3.1415
    return x * 3.1415 <= 2

def g():
    return 2.0

assert f(g())

def f(n: int, t=10):
    return abs(n ** 2 - n) > t

def g(t=10):
    return int(t ** 1) + 10 ** 2

assert f(g())

def f(s: str):
    return s.count('abb') == 1

def g():
    return 'abb'

assert f(g())

def f(x: int, a=625, b=1170):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=625, b=1170):
    return int(a) + int(b)

assert f(g())

def f(t: str, word='a', max_len=10):
    if len(word) <= max_len:
        return word == t
    if max_len == 5:
        return 1
    return None
    assert len(word) == 3

def g(word='a', max_len=10):
    if len(word) <= max_len:
        return word
    if max_len == 5:
        return None
        return None
    assert len(word) == 3

assert f(g())

def f(n: int, a=63252338):
    return n >= a and a > 0

def g(a=63252338):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, targets=17):
    return s == "Hello world"

def g(targets=17):
    return 'Hello world'

assert f(g())

def f(seq: List[int], n=4):
    def set(s: str):
        try:
            s[0] += 1
        except ValueError:
            return False
    if len(seq) != n:
        return False
    return True

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(n: int, a=3, b=1, c=1367):
    return a // n == a

def g(a=3, b=1, c=1367):
    # g()
    return (a % 3) + (b % 3) % 3

assert f(g())

def f(s: str, word="hijack"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="hijack"):
    return str(word) + "hijack"

assert f(g())

def f(n: int, a=2183, b=2220):
    return n >= 2183

def g(a=2183, b=2220):
    return int(a + (b-a)/2)

assert f(g())

def f(b: int):
    return b % 3 == 0

def g():
    return 6

assert f(g())

def f(n: int):
    return n > 0 and n > 0

def g():
    return int(int("123456789" + "1"*9) ** 1) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: -2] == s

def g(target="foobarbazwow", length=6):
    s = target[(len(target) - length) // 2: -2]
    return s[0:len(s)] if s else s[len(s)]

assert f(g())

def f(x: int, a=8654908):
    return x % 2 == 0

def g(a=8654908):
    return a + int(8654908) * -1002

assert f(g())

def f(n: int, a=899999999_10101, c=200, b=5):
    return a + b < n

def g(a=899999999_10101, c=200, b=5):
    return int(a**2 - b**2) + int(c**2 + 1)

assert f(g())

def f(nums: List[int], n = 15481, a=15482, b=23223, min=1):
    for i in range(1, 4):
        if i == 0:
            n -= 1
        else:
            return n == n

def g(n = 15481, a=15482, b=23223, min=1):
    if n == 2:
        a -= len(x)
    else:
        a = 0
    return []

assert f(g())

def f(x: int, a=3, b=12345):
    return x - a >= b

def g(a=3, b=12345):
    return int(a * b) - 1

assert f(g())

def f(n: int):
    print(n)
    return True

def g():
    return int(int("123456789")** 0.5) + 1

assert f(g())

def f(b: List[int]):
    def i(b):
        return b % 10
    return len(b) > 2

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=1251400):
    return x > a

def g(a=1251400):
    return int(a) + 5 + 3

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    for i in range(len(s)):
        if s in s_case:
            return True
    return False

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if isinstance(s, str):
        return "CanYouTellIfItHASmoreCAPITALS"
    return "CanYouTellIfITHASMORECAPITALS"

assert f(g())

def f(t: str, s="aaAab"):
    a=0
    b=s.split(",")[-1]
    if (a == 0 or a > b or a != b):
        return True
    if (t == s) and (a== 0 and t.lower() == s) and (a/2 == t.lower() or a/2 > t.lower() or a/2 > t.lower()):
        return False
    else:
        return (t == s or a == 0) or (t == s or b == b or a == 0 and t.lower() == -b)

    return a

def g(s="aaAab"):
    return "hello world"

assert f(g())

def f(s: str):
    return s in ["Abu", "Einstein", "Gombrich"]

def g():
    return "Abu"

assert f(g())

def f(n: int, a=65538):
    return n > a

def g(a=65538):
    return int(a) + 1

assert f(g())

def f(s: str):
    # (u,v) is the size of the string, so don't try to determine size here...
    # NOTE: this only works if the end function is "normalized" but if it is
    #            normalized, it will go away.
    return s + 'World' == 'Hello world' + 'World'

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return s[::-1] in s[::-1]

def g():
    return "a" * 10

assert f(g())

def f(x: int, a = 1333, b = 0):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 1333, b = 0):
    if (a > b):
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, year_len=365):
    return n >= 6 + 0.5 * year_len

def g(year_len=365):
    return (year_len - 1) + 4

assert f(g())

def f(x: int, a=5, b=24000):
    if x > 0 or a > 20:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=24000):
    if a > 20:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return 'World!' == str(s)

def g():
    return "World!"

assert f(g())

def f(x: int, a=122, b=-142):
    return x - a == b

def g(a=122, b=-142):
    return a + b

assert f(g())

def f(s: str, word="dunkentism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(str(5 ** n)[:-2] + s) == s

def g(word="dunkentism", max_len=30):
    new_word = len(word)
    if new_word < max_len:
        return word
    return int(str(malloc(300, new_word) + new_word**2) + str(wordsize(new_word))) == min(word, min(wordsize(new_word)))

assert f(g())

def f(s: str, target="foobarbazwow"):
    assert len(s) == len(target)
    return s in target

def g(target="foobarbazwow"):
    return "" + target

assert f(g())

def f(t: str, s="abcb-ab-cb-c-b-d"):
    return t[0] == s[0]

def g(s="abcb-ab-cb-c-b-d"):
    return "abcb-abc-c-b-d"

assert f(g())

def f(n: int, a=345634, b=10):
    return n // b == a

def g(a=345634, b=10):
    return int(a) * b

assert f(g())

def f(s: str, word="anticonferante", max_len=30):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len or len(word) <= max_len:
        return word
    return word == s

def g(word="anticonferante", max_len=30):
    assert len(word) <= max_len
    if len(word) <= max_len:
        return word
    return word == s

assert f(g())

def f(s: str):
    return sorted(s) == sorted(s)

def g():
    return "abc"

assert f(g())

def f(str: str):
    return str in str or {}

def g():
    return "world"

assert f(g())

def f(s: str, word="mikolay", max_len=11):
    if len(word) <= max_len:
        return word == s
    return int(s[1-1] + s[1:-1]) >= max_len and word[1-1] == s[0] and word[-1] == s[-1] # not a konsjac

def g(word="mikolay", max_len=11):
    if len(word) <= max_len:
        return word
    return int(s[1-1] + s[1:-1]) >= max_len and word[1-1] == s[0] and word[-1] == s[-1] # konsac

assert f(g())

def f(x: int, a=102100020100):
    return x ** 2 > a

def g(a=102100020100):
    return int(a)

assert f(g())

def f(x: int, a=123):
    return  x == 123

def g(a=123):
    return  a

assert f(g())

def f(s: str):
    return s[::-1] == "I" or s[::-1] == "I" or s[::-1] == "I" or s[::-1] == "I"

def g():
    return "I" or sum(100) == 1

assert f(g())

def f(x: str, a=133333):
    return x != a and x != a

def g(a=133333):
    return str(a)

assert f(g())

def f(n: int):
    return n >= 1

def g():
    return 1 + int(0 * 6) + 4

assert f(g())

def f(x: List[int]):
    s = str(x)
    for i in range(len(x) - 5):
        if s.count(i) == 1:
            return s._count(i) != len(x) and (s.lower() == x[-2])
    return True

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a > c

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(sout: str, a="hello world"):
    return sout and sout in a

def g(a="hello world"):
    return "hello"

assert f(g())

def f(li: List[int]):
    return len(li) <= 31

def g():
    return [2, 1]

assert f(g())

def f(b: int, a=1040):
    return b < 1

def g(a=1040):
    return 1-a

assert f(g())

def f(s: str):
    return set(s) > set("2-+*/")

def g():
    return "3-+*/(2+)"

assert f(g())

def f(s: str, prefix="foobar", index=11):
    s.lower() == prefix
    if len(s) == 3:
        s.lindex(prefix) > prefix and s.index(prefix) == index and "foobar" in s.lower()
    else:
        return s.lower() == prefix

def g(prefix="foobar", index=11):
    s.lower() == prefix if prefix != "foobar" else "foobar"
    return prefix

assert f(g())

def f(i: int):
    return i < 0

def g():
    return int(int("123456789" + "0"*5) - int("123456789")*10000**2)

assert f(g())

def f(s: str, word="antidiom", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidiom", max_len=30):
    if len(word) <= max_len:
        return word
    return str(word[0]) == word[1]-word[-2]

assert f(g())

def f(e: str):
    return 'hello world' in e

def g():
    return 'hello world'

assert f(g())

def f(x: int, a=12520, b=12500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=12520, b=12500):
    if isinstance(a, int):
        return a + b
    else:
        return a + b

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 4 and sum(nums) == sum(list(nums))

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int):
    return n + 1.5 <= n

def g():
    return int(int("123456789" + "1"*9) ** 3)

assert f(g())

def f(s: str, word="antifundy", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) or int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[0]

def g(word="antifundy", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:1]) < len(word) and word[0] == word[1] and word[0] == word[-1]

assert f(g())

def f(p: List[int]):
    return p[0] and len(p) > 15

def g():
    return [1] * 25

assert f(g())

def f(n: int, a=10, b=1):
    return 0 <= n <= 5 * a + b * a

def g(a=10, b=1):
    return 5

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] == target[(len(target) + length) // 6:]

def g(target="foobarbazwow", length=6):
    return target[(len(target) + 3) % 2]

assert f(g())

def f(t: str, word="konjacc"):
    for i in range(len(word)):
        if i == 0:
            if t[i] != word[i]:
                return False
    return True

def g(word="konjacc"):
    return word[0:int(int("123456789" + "0"*9) ** 0.5)][0]

assert f(g())

def f(s: str, target="foobar"):
    if target != 1:
        return s[::-1] == target
    try:
        s.count("+") == 1
        s.count("-") == 1
    except IOError:
        return s.count("+") == len(s.values())
    return s[::-1] == 0

def g(target="foobar"):
    """
    Returns the object containing the value for the given object
    """
    if target != 1:
        return target[::-1]

    if target < 0:
        return target
    return None

assert f(g())

def f(s: str, n=1000):
    return len(s) == len(str(n + 1000))

def g(n=1000):
    return str(n + 1000)

assert f(g())

def f(x: str, sub_str="foobarbazwow", sub_index=2):
    return x == sub_str

def g(sub_str="foobarbazwow", sub_index=2):
    if sub_index == 2:
        return sub_str
    else:
        return sub_str

assert f(g())

def f(s: str):
    if s[:len(s)-len(s)-len(s)-len(s)-len(s)-len(s)-len(s)-len(s)-len(s)-len(s)] == 5:
        return True
    elif len(s) == 5:
        return True
    elif len(s) == 3:
        return False
    else:
        return False

def g():
    return "world"[::-1]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a > 0
    else:
        return x + a < 0

def g(a=253532, b=1230200):
    if a < 0:
        return x - a > 0
    else:
        z = 0
        z = z - (a >> 0)
        for i in range(1, a):
            z += int(i * 10)
        z += z - (b >> 0)
        return z
    return []

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) != max_len:
        return word == s
    return int(s[1] * max_len - word[1]+1) == max(word[1] - word[-1])

def g(word="antidisestablishmentarianism", max_len=10):
    if word in word:
        return word
    else:
        return word

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "67" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * n * 9

assert f(g())

def f(y: float):
    return y != 0 or y == 0 or t == 0

def g():
    return 0.5 * (1 - 0.5) + 1

assert f(g())

def f(x: int, a=-1846, b=14146470):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=-1846, b=14146470):
    a = -1846
    b = 14146470
    return a + b

assert f(g())

def f(s: str, name="dee", b=['foobarbazwow'], c=100):
    return s in name or s in b

def g(name="dee", b=['foobarbazwow'], c=100):
    return str(name) or 'bo'

assert f(g())

def f(x: int, a=10201202001):
    return x * 2 >= a

def g(a=10201202001):
    return int(int("123456789" + "0"*9) ** 2 + 1) * 2 + 1

assert f(g())

def f(x: float, a=1234578987654321, b=0):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1234578987654321, b=0):
    return float(a)

assert f(g())

def f(y: int):
    return len(str(y * 1000)) >= 10

def g():
    return int(int("123456789" + "0"*9)** 2 - 1) + 1

assert f(g())

def f(x: int, a=65891273, b=15289916):
    return x - a > 0.

def g(a=65891273, b=15289916):
    return int(a + b * 255) + 1

assert f(g())

def f(n: int, a=453454608, b=17):
    return n // b == a

def g(a=453454608, b=17):
    return a * b

assert f(g())

def f(n: int, a=17, b=100, c=200):
    return n + b > c if b % 2 == 0 else sum([c * pi for pi in (n, b)])

def g(a=17, b=100, c=200):
    return sum([a]) + sum([b])

assert f(g())

def f(n: int):
    return n * 2 / 2 < n

def g():
    return int(int("123456789" + "0"*9) * 0.45) + 1

assert f(g())

def f(word: str, l=3):
    if len(word) > 2:
        return str(word) + l
    return int(l) == len(word) + 2

def g(l=3):
    return str(l)

assert f(g())

def f(n: int):
    return n == 0 or n == 1 or n > 100

def g():
    return int(int("123456789" + "0"*9) * 9) + 8

assert f(g())

def f(s: str, target="foobarbazwow", length=100):
    return target[(len(target) - length) // (len(target) + length) // 3] == s

def g(target="foobarbazwow", length=100):
    return target[-1]

assert f(g())

def f(d: int, n=7012):
    return d > n

def g(n=7012):
    return n * 7012

assert f(g())

def f(n: int, a=4, b=1, upper_bound=150):
    return n % a == 0 and n % b == 0 and 0 < a < upper_bound

def g(a=4, b=1, upper_bound=150):
    return int(a * 1.5) + upper_bound

assert f(g())

def f(x: int, a=8665464, b=-6324):
    return x - a == b

def g(a=8665464, b=-6324):
    return a + b

assert f(g())

def f(x: List[int], t=20):
    return all(i in range(0) for i in x and len(x) == t)

def g(t=20):
    return []

assert f(g())

def f(x: int, a=1009, b=500, c=0):
    """Iteration from one to the next."""
    return a - x == b

def g(a=1009, b=500, c=0):
    """Iteration from one to the next."""
    return a - b - c

assert f(g())

def f(s: str, large_str="foobar", t=6, d=5):
    return s[d + t].count(s) >= 0

def g(large_str="foobar", t=6, d=5):
    return str(large_str + "foobar")

assert f(g())

def f(n: int, a=3367, b=12345):
    return a < n

def g(a=3367, b=12345):
    return int(a + b)

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        assert s.count(i) >= 3
    return True

def g():
    return int(int("123456789" * 9)) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) - 3:]

assert f(g())

def f(s: str, strings=['bio', 'bio-wonderful', 'bird-stamped', 'bio-stamped-birdstorm']):
    return s in strings and sum(t == s for t in strings) <= 1

def g(strings=['bio', 'bio-wonderful', 'bird-stamped', 'bio-stamped-birdstorm']):
    return strings.pop()

assert f(g())

def f(s: str, text="g"):
    return s == text

def g(text="g"):
    return str(text) if text else 0

assert f(g())

def f(x: int, a=1040):
    if x: # 2 >= 1
        return abs(x ** 2 - a) < 10 ** -3
    else:
        if x: # 10 >= 1
            return abs(x) < 10 ** -3
        else:
            if x: # 10 <= 1
                return abs(x) > 1 ** -3
            else:
                return abs(x) < 1 ** -3

def g(a=1040):
    if a:
        for i in range(1000):
            if a < i:
                f(i)
            elif a >= i:
                return f(i) - 1
        else:
            return f(i)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count('a') > x.count('b')) and ('b' in x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: int, b=1, c=93206):
    return c + x == b

def g(b=1, c=93206):
    return b - c

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "Hello " + s == "Hello world"

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    if target is None:
        return
    x = [x for x in perm]
    if target == x:
        return "World"
    return "world"

assert f(g())

def f(str: str, t=50):
    if len(str) == 0:
        return str
    return str.count("f") == 0

def g(t=50):
    return str(t * 30)

assert f(g())

def f(h: int, m=12345):
    for i in range(m):
        i += m
    return i + 1 < h

def g(m=12345):
    return m * 5

assert f(g())

def f(n: int):
    return int(-1) <= n and abs(n) > 1000

def g():
    return int(float("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, word="konjac"):
    f19 = 2
    for i, word in enumerate(word):
        if s[i] != word:
            return False
    return True

def g(word="konjac"):
    return s == {} if len(word) == 2 and word[3] == konjac() else word

assert f(g())

def f(x: List[str]):
    return len(set(x)) == 6 or sum(x == 1 for x in x)

def g():
    return ["456"*i*i for i in range(6)]

assert f(g())

def f(s: str, dups=3059):
    return s is not None and s.count("8") == 1

def g(dups=3059):
    return "hello 123456789"

assert f(g())

def f(x: int, a=172815, b=1528):
    return x - a > 0 and x + b > 0

def g(a=172815, b=1528):
    return a * b

assert f(g())

def f(x: int, a=-41, b=512515):
    return x - a == b

def g(a=-41, b=512515):
    return a + b

assert f(g())

def f(s: str, word="e", reverse=True):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="e", reverse=True):
    return word

assert f(g())

def f(s: str, target=''):
    return s == ''

def g(target=''):
    return (target == '') * target if target else ""

assert f(g())

def f(d:int, n=3999):
    return d * n > 3000

def g(n=3999):
    return n % 100

assert f(g())

def f(s: str):
    return set(s) >= set("123456789")

def g():
    return "world[123456789]"

assert f(g())

def f(s: str, word="konjac", a=2):
    return str(s) == word

def g(word="konjac", a=2):
    if a == 2:
        return "konjac"
    elif word[0] == "":
        return "konjac"
    else:
        print("Unknown word")

assert f(g())

def f(s: str, n=9999):
    return len([s for s in s if s != '1']) == len(s)

def g(n=9999):
    return str(n * 9991) + str(n)

assert f(g())

def f(s: str):
    return s.count("a") == s.count("d")

def g():
    return ""

assert f(g())

def f(x: int, a=1, b=753340):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=753340):
    return a + b

assert f(g())

def f(x: int, a=204787):
    return x == a

def g(a=204787):
    return a if a else 0

assert f(g())

def f(s: str):
    return s and s.count("0123456789") == 1

def g():
    return "0123456789"

assert f(g())

def f(n: int, a=17, b=100, c=22):
    return 1 + c + a + b + c + a + b + c + c + a + b and n-b > c

def g(a=17, b=100, c=22):
    return a + b + c

assert f(g())

def f(s: str):
    return set(s) <= set("20-+*/") and s.count("1") != 1 and s.count("0") != 0

def g():
    return "20-+*/"

assert f(g())

def f(n: int, l=5):
    return n + l and l >= 1

def g(l=5):
    return l + 2

assert f(g())

def f(x: int, a=253532, b=1230600):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230600):
    return a + b

assert f(g())

def f(tgt: int):
    if (tgt > -5):
        return True
    else:
        return False

def g():
    return int(int("0") * 100)

assert f(g())

def f(s: str, target="foobarbazwow", length=16):
    if s == "hello world":
        return s
    else:
        return s == target

def g(target="foobarbazwow", length=16):
    if target == "hello world":
        return target
    else:
        return target

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % b == 0 and n > upper_bound

def g(a=15, b=27, upper_bound=150):
    return int(int(a + b * 9) ** 9 )

assert f(g())

def f(string: str, target="escape"):
    return string.count(target) == 1

def g(target="escape"):
    return target.replace("123456789", "")

assert f(g())

def f(s: str):
    for i in range(14, 9):
        assert s[i] == 10
        assert s[i] == 16
        assert s[i] == 9
        assert s[i] == 15
        assert i == 0
        assert s[0] > 0 and n > 1, s[i]
        assert len(s) >= 2
        assert len(s) < 12
    return len(s) <= len(set(s))

def g():
    return "world\n"

assert f(g())

def f(x: str, sub_str="foobarbazwow", i=333543):
    return x == "foobarbazwow"

def g(sub_str="foobarbazwow", i=333543):
    return sub_str.format("foobarbazwow")

assert f(g())

def f(n: int, max_n=5, min_n=1000):
    if min_n >= 0:
        n = min(n, n + 1)
        max_n += min_n
    return n < max_n and 0 < max_n

def g(max_n=5, min_n=1000):
    return max_n * f(max_n)

assert f(g())

def f(s: str, target="foobarbazwow", length=100):
    return target[(len(target) - length):len(target)] == s

def g(target="foobarbazwow", length=100):
    return target[(len(target) - length) >= 3:]

assert f(g())

def f(t: str, a=7233344):
    for i in t:
        if i == 7233344:
            return false

    return True

def g(a=7233344):
    return 'a'

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x >= 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 50 and b > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=126047):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=126047):
    return a + b

assert f(g())

def f(x: int, a=1, b=100):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=100):
    return a + 100

assert f(g())

def f(t: str, s="Problems"):
    if t == s:
        return True
    return True

def g(s="Problems"):
    return str(int(s)*pow("123456789") for p in s)

assert f(g())

def f(x: int, c=100000):
    return x > c

def g(c=100000):
    return int(c * 100000) + 1

assert f(g())

def f(n: int, l=12, a=12, b=12):
    return n // l == 12

def g(l=12, a=12, b=12):
    return int(a) * l

assert f(g())

def f(n: int, a=1233):
    return n == a

def g(a=1233):
    return a if a else 3

assert f(g())

def f(x: int, a=2400, b=4096):
    return x > 0 or [x - b == 0 or b] == 1

def g(a=2400, b=4096):
    return 5*int(a * b) + 5*int(a * b)

assert f(g())

def f(t: str, a=17, b=5):
    return t == "Hello world"

def g(a=17, b=5):
    return "Hello world"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b  # no bounds constraint here
    else:
        return x + a == b

def g(a=253532, b=1230200):
    try:
        return a + b
    except ValueError:
        return -1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 if len(target) == 2 else len(target) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 if len(target) > 2 else len(target) // 2]

assert f(g())

def f(b: float, d=0.0001):
    return int(b) < 0.0001 if d == 0.0001 else d == 0.0001

def g(d=0.0001):
    return float(d)

assert f(g())

def f(idx: int):
    def f25(i: int):
        if i == 3:
            return False
        else:
            return True
    return True

def g():
    return int(int("123456789" + "0"*33) * 2) + 2

assert f(g())

def f(z: float, v=12, d=0.00001):
    v = int(z * 1 / d / 10) % 10
    z -= v
    v = z - v
    return int(z / 10) / d < 0.5 and v > 0.5

def g(v=12, d=0.00001):
    v = 5.341575
    z = 123.9
    return int(z - v) * d + 3.3

assert f(g())

def f(s: str):
    return s in [str.replace("0", "1") for str in s]

def g():
    return "1"

assert f(g())

def f(s: str, word="femino"):
    for i in range(len(word)):
        if s[i] != word[i].lower():
            return False
    return True

def g(word="femino"):
    return str(word).split('_')[-1]

assert f(g())

def f(t: str, d="world"):
    return t and t == d

def g(d="world"):
    return "world"

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(nums) == nums[0]

def g():
    return [2, 3]

assert f(g())

def f(n: int, a=11771010, b=10):
    return n > a  # i == 2 is greater than 1

def g(a=11771010, b=10):
    return int(a * b * 6)

assert f(g())

def f(s: str, word="incitinginsecurity", max_len=32):
    if len(word) < max_len:
        return str(word) == s
    return str(word) == max_len and max_len[1] == len(word[0])

def g(word="incitinginsecurity", max_len=32):
    if len(word) < max_len:
        return "incitinginsecurity"
    if max_len == 32:
        return "incitinginsecurity"
    n += 1
    return str(word) << min(word[2], max_len[2])

assert f(g())

def f(li: List[int], target=[16, 4, 3, 17, 4, -1], n=1):
    return li * n == target

def g(target=[16, 4, 3, 17, 4, -1], n=1):
    return target

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [2, 3], [3, 4], [4, 5], [6, 7], [6, 4], [6, 1], [0, 3, 7], [0, 3, 5], [0, 3, 4], [0, 3, 4]]):
    return p[0] == 0 and p[-1] == 1 == len(p) % 2 or all([[a, b] in edges for a, b in zip(p, p[1:])])

def g(edges=[[0, 1], [0, 2], [1, 3], [2, 3], [3, 4], [4, 5], [6, 7], [6, 4], [6, 1], [0, 3, 7], [0, 3, 5], [0, 3, 4], [0, 3, 4]]):
    return [0, 1] if edges is not None else None

assert f(g())

def f(nums: List[int], scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2], k=6):
    return sorted(nums) == list(range(100))

def g(scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2], k=6):
    return sorted(range(100))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[((len(s) - len(target)) * 2) % 2] == s

def g(target="foobarbazwow", length=6):
    return target[((len(target)-2) % 2) % 2]

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 20))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        i = 0
        if word[i] == 'konjac':
            return false
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return x == target

def g(target="reverse me", reverse=True):
    if reverse:
        return target
    return target

assert f(g())

def f(s: str, target="do"):
    return s[0:7] == target

def g(target="do"):
    return target

assert f(g())

def f(x: float, a=12345, b=1545):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=12345, b=1545):
    if a == 0:
        return None
    else:
        return float(a) + b

assert f(g())

def f(parts: List[str], sep="!!,"):
    """
    Counts the number of times you encounter a list.
    Given a list with 3 elements, we count the amount of time it takes
    each element to be the last element in each list, the last element in the
    list.  If the last element is not found on the list, it can be moved.
    """
    return len(parts) == 3

def g(sep="!!,"):
    return list(sep)

assert f(g())

def f(n: int, a=10, b=1020):
    return n // b == a

def g(a=10, b=1020):
    return 1 + a * b

assert f(g())

def f(s: str, word="king"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="king"):
    return word[:-1]

assert f(g())

def f(n: int, a=10, b=100):
    return n // b == a and b != 0

def g(a=10, b=100):
    return int(int(a * 100) / 100) * 100

assert f(g())

def f(v: bool, dups=4):
    if v is None or dups is None:
        return False
    if isinstance(v, bool):  # None is return
        # no dups apply
        return True
    return False

def g(dups=4):
    return True

assert f(g())

def f(s: str, e=20):
    return "Hello " + s == "Hello world".replace('%', ' ', e)

def g(e=20):
    if e < 1000:
        return "world".replace('%', ' ', e)
    else:
        return "['" + e +'""'

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a > b > a - b

def g(a=-382, b=14546310):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", reversed=True):
    return s.lower() == target.lower()

def g(target="reverse me", reversed=True):
    return "reverse me"

assert f(g())

def f(d: int, n=123456789):
    return d * d > n

def g(n=123456789):
    return int(n ** 3)

assert f(g())

def f(n: int, a=5, b=23463462):
    return n // b == a

def g(a=5, b=23463462):
    return a * b;

assert f(g())

def f(s: str, word="antiscontemporalism"):
    if s[0] != word:
        return s == word
    return n // b == a

def g(word="antiscontemporalism"):
    """Returns the "antiscontemporal" word of a given word."""
    return str(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if target[0] == s:
        return s 
    elif target[1] == s:
        return target[(len(target) - length) // 2:(len(target) + length) // 2] == s
    else:
        return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=6):
    print(target)

    return target[(len(target) - length) // 2]

assert f(g())

def f(n: int, v=1807, w=100):
    v = 0
    for i in range(n):
        v += 1
    return v > w

def g(v=1807, w=100):
    return int(v) * 100 + ((v % 100) % 100)

    return [v for v in x if (v < 1) and v > w]

assert f(g())

def f(x: int, a=93252338):
    return x == a or x == a or len(x) == len(x)

def g(a=93252338):
    return int(a) or sum(x) == sum(a)

assert f(g())

def f(name: str):
    # this is to force the line after all nodes to be equal 1 to 1 at the end
    if name != [0]:
        return True
    for node in paths:
        if node in path:
            if node.path == name:
                return True
            else:
                break
    return False

def g():
    return ""

assert f(g())

def f(s: str, word="kotre"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kotre"):
    return 'kotre'

assert f(g())

def f(x: int, a=1025, b=108003):
    if x > 0 and a > 20:
        return x - a == b
    else:
        return x + a == b

def g(a=1025, b=108003):
    if a < 0 and b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: str):
    return str(x).startswith("123")

def g():
    return "12345"

assert f(g())

def f(x: int, a=3063, b=3, c=16):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=3063, b=3, c=16):
    if a < 0 <= b < 3 and a/b <= 3:
        return a - b
    else:
        return b - a

assert f(g())

def f(x: int, a=86554340, b=-92849):
    return x - a == b

def g(a=86554340, b=-92849):
    """Return a + b"""
    return a + b

assert f(g())

def f(s: str, a=1828):
    return "Hello " + s[::-1] == "Hello world"

def g(a=1828):
    return "world"[::-1]

assert f(g())

def f(s: str, s1="aaAab", s2=4021):
    return s.count("a") and s.count("b") or s.count("e") or s.count("x") or s[0] != s1

def g(s1="aaAab", s2=4021):
    return "aaa"

assert f(g())

def f(s: str):
    return s.count('o' if not isinstance(s, str) else 'l') != 0

def g():
    return "hello world"

assert f(g())

def f(n: int, a=345346364, b=10):
    return n // b == a and b > 0

def g(a=345346364, b=10):
    return a * b or a >= b

assert f(g())

def f(n: int, v=28000):
    return n > v

def g(v=28000):
    return v + 1

assert f(g())

def f(z: int):
    return z >= 100000

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=335020, b=15000):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x - a - b

def g(a=335020, b=15000):
    if (a < b) or (b < a) or (b > a) or (a < b) or (a > b):
        return 1 + a * b
    else:
        return 2 + a * b

assert f(g())

def f(t: float, v=17.5):
    return t != t + 1

def g(v=17.5):
    return float(v)

assert f(g())

def f(x: int, a=15, b=100000):
    return x - a == b

def g(a=15, b=100000):
    return a+b

assert f(g())

def f(path: List[str], l=12, m=10):
    if len(path) == 9 and length(path[2], l) == 9:
        return (l == (12 * m) or (m) < (16 * m) and (l == (16 * m) or (m) > (12 * m)))
    return len({(i, j) for i, j in path}) <= m

def g(l=12, m=10):
    return []

assert f(g())

def f(n: int, b=12304):
    return b / n <= 10

def g(b=12304):
    return int(12304 ** 2) + b

assert f(g())

def f(n: int):
    return n*n > 0

def g():
    return int(int ("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str):
    return 'world' == s

def g():
    return str("world")

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) or (y > 0)

def g():
    return "World"

assert f(g())

def f(n: int, v=63, w=100):
    return v > w and n < w or n > w

def g(v=63, w=100):
    return int(w * v)

assert f(g())

def f(n: int, b=135589794, a=135589794):
    return n // b == b + 1

def g(b=135589794, a=135589794):
    return (a + 1) * b + 1

assert f(g())

def f(x: float, a=100):
    return abs(x) >= 0 and x <= 10

def g(a=100):
    return 1.0

assert f(g())

def f(start: int):
    n = start + 2  # possible negative
    while abs(n) > 1000:
        n = 3 * n + 1                 # more likely than not
        if n % 2 != 1:  # odd?  # could be a bit negative
            return True
    return False

def g():
    return int(int("123456789") + int("123456789") * 1000) + 1

assert f(g())

def f(n: int, a=14302, b=5):
    return n / b == a

def g(a=14302, b=5):
    return int(int(a * b) + 3 - 3)

assert f(g())

def f(s: str):
    return s == 'Permute me true' and s == 'Permute me true'

def g():
    return 'Permute me true'

assert f(g())

def f(n: int, a=345346363, b=102):
    return n % a == 0 and (a <= b) or (n < -b and a >= b)

def g(a=345346363, b=102):
    return b % -a

assert f(g())

def f(x: str):
    return (x.count("b") == x.count("a*2")) and (x.count("b") == x.count("b*2"))

def g():
    return str(10)

assert f(g())

def f(nums: List[int], ds=2033):
    return len(nums) == len(set(nums))

def g(ds=2033):
    return [1, 2]

assert f(g())

def f(string: str, substring="a", count=1000, length=100):
    return str(string.count(substring) == substring) and len(string) == 1

def g(substring="a", count=1000, length=100):
    if length > 1:
        return substring
    index = 1000
    value = string[index]
    #print("str(value): " + str(value))
    out = str(value)
    #print("str(output): " + str(out))
    return str(out)

assert f(g())

def f(s: str, chars=['o', 'h', '', ' '], t=6):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', '', ' '], t=6):
    return str(chars[:2]) + str(t)

assert f(g())

def f(n: int, k=6, c=1, d=2031):
    if n >= 0:
        c = 1
    return n >= 0

def g(k=6, c=1, d=2031):
    d < 2031
    if c < d + 1:
        return -(d < c + 1)
    if c < d + 2:
        return -(d < c + 2)
    if c < d + 3:
        return -(d < d + 3)
    return

assert f(g())

def f(s: str, word="konjac"):
    if len(word) <= 5017:
        return word == s
    len(word) < 5017 and len(word) == len(word) and len(word) == 3

def g(word="konjac"):
    return word or len(word) + ((word == "konjac" or ('b' in word)) and word.startswith("123456789"))

assert f(g())

def f(n: int, a=15382, b=132245, lower_bound=150):
    return n % a % b == n

def g(a=15382, b=132245, lower_bound=150):
    return 0

assert f(g())

def f(s: str, size=0):
    return str(s) == 'hello world'

def g(size=0):
    return str("hello world")

assert f(g())

def f(x: int, a=1230200, b=1290):
    if x > 0 or a > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=1230200, b=1290):
    if a < 5:
        return a + b < 5
    else:
        return a + b

assert f(g())

def f(x: int, a=0xffff):
    return x == 0xffff

def g(a=0xffff):
    return int(a)**1

assert f(g())

def f(s: str):
    if len(s) == 1:
        return True
    else:
        return False

def g():
    return "b"

assert f(g())

def f(x: float, coeffs=[2.5, 1.3, -0.3]):
    return x >= -0.3 and abs(x - coeffs[0]) < 0.3

def g(coeffs=[2.5, 1.3, -0.3]):
    return coeffs[1] * 3.1 * coeffs[0]/3.99

assert f(g())

def f(s: str):
    return s.count('n') == 1 and s.count('n') < 3

def g():
    return 'n'

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return True
        elif n < m:
            return False
        else:
            return True

def g():
    return int(int("123456789" + "0"*10) * (100000 - 1)) + 1

assert f(g())

def f(b: str):
    return b == 'Foo'

def g():
    return 'Foo'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i != 0:
            if len(s[i]) == 0:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(s: str, word="anticipate", max_len=19143212):
    if len(word) <= max_len:
        return word == s
        return int(s[1:-1]) == len(word) == max_len and word[0] == s[0] and word[-1] == s[-1]
    raise NotImplementedError

def g(word="anticipate", max_len=19143212):
    if max_len <= 19143212:
        return word
    return int(max_len) == max_len and word[0] == s

assert f(g())

def f(n: int, a=1542, b=9):
    return a >= 0 and b >= 0 and n >= 30

def g(a=1542, b=9):
    return int(a) + (int(b) <= 10 and int(b) > 0.5)

assert f(g())

def f(s: str, target="foobarbabazwow", length=6):
    return target[(len(target) - length) // 2 : (len(target) + length) // 2] == s

def g(target="foobarbabazwow", length=6):
    return target[(len(target) - length) // 2 : (len(target) + length) // 2]

assert f(g())

def f(s: str, target="foobarbazwow", length=10):
    return target[(len(target) - length)//2: (len(target) + length + length) // 2] == s

def g(target="foobarbazwow", length=10):
    return target[(len(target) - length)//2: (len(target) + length)]

assert f(g())

def f(nums: List[int], n=6):
    return len(nums) == 3 and sum(nums) == n

def g(n=6):
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return str(0).count("a - b") == 0 and len(s) == 1

    for c in s:
        return c * c

def g():
    return str(0)

assert f(g())

def f(s: str):
    return s.count("577") % 2 == 1

def g():
    return str(int("577"))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return s.lower() == word

def g(word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word == s
    if word:
        return word
    return ""

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n < 1:
            return False
        if n > t:
            return True
        i = 2 * n + 1
    return False

def g(t=197, upper=20):
    return (t+1) * (5 * t) + (1 * t+1)

assert f(g())

def f(list: List[int]):
    return list[0] - list[1] + list[2] > 1

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(v: float):
    return v > 0.5*(1 / v)

def g():
    return 0.01 - 0.5*(0.1)

assert f(g())

def f(x: int, a=5129, b=17):
    if x > 0 and b > 25:
        return x - a == b
    else:
        return x + b - a == b

def g(a=5129, b=17):
    return a + b - b

assert f(g())

def f(x: float, n=10):
    return x < sum([n/2])

def g(n=10):
    return -float(n)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        assert x == b
        assert b > a

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    else:
        assert a > b
        assert b > a
        assert b > a
        assert a > b
        assert a > b
        assert a > b
        assert a > b
        assert b > b
        assert a > b
        assert b > b

assert f(g())

def f(s: str):
    return s == 'a' and all([x[0] + s == a[0] for i in range(len(s) - 1)])

def g():
    return 'a'

assert f(g())

def f(x: int, a=3857, b=51381096):
    return x - a == b

def g(a=3857, b=51381096):
    return a + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute usd')

def g():
    return 'Permute usd'

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("5") + str(d).count("6")))

def g(n=123456789):
    return n * n
    [1, 2]

assert f(g())

def f(x: float, a=1020):
    a = 0x1020 + 10
    a += a
    return a > 0x1020 + 10

def g(a=1020):
    return float(a)**-0.5 + 0x1020 + 0x1020 + 1

assert f(g())

def f(s: List[str]):
    for i in range(4):
        s[i] = int(s.count("a") * i)
    return True

def g():
    return ["a"*(i+2) and ("b"*(i+3)+"c") for i in range(4)]

assert f(g())

def f(x: str, text=["D_D_O"]):
    if len(x) > 4 :
        return True
    return False

def g(text=["D_D_O"]):
    return "hello D_D_O"

assert f(g())

def f(n: int, a=1317):
    return n != 0 and n != 0 and n != 0 and n != 0 and n != 0

def g(a=1317):
    return int(a) + 1

assert f(g())

def f(s: str):
    return s == s

def g():
    return "h"

assert f(g())

def f(x: int, a=14326, b=14545330):
    return x - a == b

def g(a=14326, b=14545330):
    return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n if n > 1 else 0

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(start: int, k=3, lower=1, seq=[100, 1, 2, 65, 18, 91, 10, 10, 8, 15]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) >= lower

def g(k=3, lower=1, seq=[100, 1, 2, 65, 18, 91, 10, 10, 8, 15]):
    return 2*k

assert f(g())

def f(x: int, a=60, b=60):
    if x < 0:
        return x - a > a
    else:
        return x + a > b

def g(a=60, b=60):
    if a > 0:
        return str(a).count("0") - str(b).count("3")
    else:
        return str(a).count("0") + str(b).count("3")

assert f(g())

def f(x: List[int], m=1521):
    return x[0]^m and x[-1]^m + x[-3]^m and x[-1]^m >= m

def g(m=1521):
    return [5,1,7,4,3,8,2,5,4]

assert f(g())

def f(x: float):
    return x == 5

def g():
    return float(float(5))

assert f(g())

def f(s: str, word="theora", max_len=32):
    s = str(s) or list(s) or [str(s) for s in sorted(str, key=str, reverse=True) for key in s]
    a = str(s) or list(s) or [str(s) for s in sorted(str, key=str, reverse=False) for key in s]
    b = str(s) or list(s) or [str(s) for s in sorted(str, key=str, reverse=True) for key in s]
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        a = words(word)

def g(word="theora", max_len=32):
    s = "theora"

    if max_len <= 32:
        return "theora"
    elif len(words) <= max_len:
        return "theora"
    elif max_len <= 32:
        return "theora"
    elif max_len < 32:
        return "theora"
    else:
        return "theora"

    return s

assert f(g())

def f(nums: List[int], max = 500, m = 100):
    return sorted(nums) == list(range(999)) and all(nums[max] != 0 for n in range(max))

def g(max = 500, m = 100):
    return list(range(999))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length)//2 ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length)//2]

assert f(g())

def f(b: float, a=4, s=24):
    return abs(b) < 4 ** - -3

def g(a=4, s=24):
    return f(a) + f(a) ** - 3

assert f(g())

def f(s: str, word="theory", max_len=100):
    if len(word) <= max_len:
        return word == s
    else:
        return word + a, word[0]

def g(word="theory", max_len=100):
    if len(word) <= max_len:
        return word
    else:
        return word + i, word[0]

assert f(g())

def f(s: str, a=1, d=16):
    if len(s) > 3:
        return True
    return False

def g(a=1, d=16):
    if a > 1:
        return "123456789"
    elif a < 1:
        return "123456789"
    return "123456789"

assert f(g())

def f(s: str, n=11111):
    return s.count(s) == n if len(s) == 1 else len(s) > 3

def g(n=11111):
    return "123456789"

assert f(g())

def f(t: str, s=False):
    return s == s

def g(s=False):
    return str(u"123456789")

assert f(g())

def f(n: int, v=19, roots=[]):
    return abs(v) <= v

def g(v=19, roots=[]):
    return abs(v) + v

assert f(g())

def f(s: str):
    return s in s.lower() and s.lower() == s[0]

def g():
    return "3"

assert f(g())

def f(i: int):
    return i > 2049

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(path: List[int]):
    return len(path)==3

def g():
    return [0,1,2]

assert f(g())

def f(x: int, a=1020, b=7):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1020, b=7):
    if (a > 0 or b > 0):
        return a + b
    else:
        return -a

assert f(g())

def f(s: str, target="foobarbazwowbajob", length=6):
    return target[(len(target) - len(target)+1) // 2: len(target) + (len(target)-1) // 1] == s

def g(target="foobarbazwowbajob", length=6):
    return target[(len(target) - len(target)+1) // 2:]

assert f(g())

def f(x: int, q=100):
    # only return q < 100 but q > 100, check for double equality
    return q == x - 1

def g(q=100):
    return int(q) + 1

assert f(g())

def f(p: str):
    return "Hello " + p[::-1] == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(x: int, a=1429, b=1523):
    return a + b < x

def g(a=1429, b=1523):
    return a + b ** 3

assert f(g())

def f(s: str, target="foobarbazwow", upper=69):
    return target in s

def g(target="foobarbazwow", upper=69):
    if target in target and target.lower() != target:
        return target
    else:
        return target

assert f(g())

def f(n: int):
    return str(n * n).startswith("123467")

def g():
    return int(int("123467" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=13, b=9):
    return n <= a + 9

def g(a=13, b=9):
    return int(a + 9)

assert f(g())

def f(n: int, a=2, b=3033):
    return n == b

def g(a=2, b=3033):
    return a == 2 if a == 3033 else b

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return res == m or res != m or res == n

def g(m=1234578987654321, n=4):
    return m == n or m == n or m == n or m == n or m == n or m == n or m == n or m or n or m

assert f(g())

def f(x: int, a=46288061):
    return x == a

def g(a=46288061):
    return a

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a + b == x

def g(a=8665464, b=-93206):
    return a + b + 0

assert f(g())

def f(s: str, target="foobarbazwow", lower=100000, length=1000):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", lower=100000, length=1000):
    return target

assert f(g())

def f(q: int, c=15, p=50):
    return q + (c - 2) <= p

def g(c=15, p=50):
    return (c - 2) + (p < 10) + (c > 10) + 2

assert f(g())

def f(s: str, target="foobarbazwow", n=5):
    return s == target

def g(target="foobarbazwow", n=5):
    return "foobarbazwow"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word[:-1] == s[-1] and word[0] == s[0]
    else:
        return s[-1] == word[ -1] and s[0] == word[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == word
    else:
        return word.replace("0", "123456789")[-1]

assert f(g())

def f(i: int, n = 20):
    return n == 20

def g(n = 20):
    return 0 + 1

assert f(g())

def f(x: int, a=5, b=11100, c=5):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=11100, c=5):
    if a < 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s == big_str and big_str.index(s) != index # return index 0 / 0 or 1.0, but in reverse order

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(n: int, a=158215, b=20):
    return n // b == a

def g(a=158215, b=20):
    return int(a * b)

assert f(g())

def f(vargs: List[int]):
    return vargs[0] == 0 and vargs[1] == 1 or ((2 < vargs[0] > 0 and vargs[0] in vargs) and vargs[1] == -1)

def g():
    return [0, 1]

assert f(g())

def f(z: int, v=9):
    return z >= (19 - (0.1 * v + 0.1)) / 2 * (100 + 9/2) and v <= (999)

def g(v=9):
    return int(int("123456789" + "0"*9) / 4)

assert f(g())

def f(x: int, a=4336329, b=6712):
    return x + 6 > b

def g(a=4336329, b=6712):
    return a + 6

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0:
        return x - a == b
    elif x < 0 or a < 50:
        return x + a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a >= 0:
        return a + b
    elif a < 50:
        return a
    else:
        return a

assert f(g())

def f(n: int, t = 19, upper=20):
    m = n
    for i in range(t):
        if i >= m:
            return False
        n = m * n + m
    return True

def g(t = 19, upper=20):
    return int(t + 1) * 8

assert f(g())

def f(str: str, a="hello", b="yellow", n=4):
    if len(str) <= len(b) and (a + b) == n and len(str) != 5017 and len(str) != 42 and n < 5:
        return n - 5 + 2 * len(str)
    return 0 <= n <= len(str) and n <= len(b) and len(str) != 5017 and len(str) != 42 and n < 5

def g(a="hello", b="yellow", n=4):
    return str(n * n) + a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1):
    if len(word) > max_len:
        return word == s
    if word[0] == s[0]:
        return int(s[1:-1]) == max_len
    return int(s[1:-1]) == max_len

def g(word="antidisestablishmentarianism", max_len=1):
    if len(word) > max_len:
        return word
    max_len = sum(word) - 1
    if max_len == 0:
        return max(word)
    return word == "antidisestablishmentarianism"

assert f(g())

def f(s: str, word="minigame", max_len=21):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len and word[0] == s[0] and word[-1] == s[-1]

def g(word="minigame", max_len=21):
    if word:
        return "minigame"
    return int(s[1:-1]) == minigame and s[0] == "minigame"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            return False
    return True

def g(word="konjac"):
    return str(word.upper())

assert f(g())

def f(s: str):
    return 'world' == 'world'

def g():
    return 'world ' + 'World'

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        for i in chars:
            if c not in s:
                return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars) if chars else None

assert f(g())

def f(n: int, denominations=1, max_len=14):
    return n + max_len > 0

def g(denominations=1, max_len=14):
    return max_len + 1

assert f(g())

def f(x: float, a=1020):
    return x * a != 0 or a == 0 or a == -1 or a == 2 or a == 0 or a == -1 or a == 3 or a == 0 or a == 3

def g(a=1020):
    return a / 3.0

assert f(g())

def f(x: int, a=107525, b=7525):
    return x > b and abs(x ** 2 - a) < 2 * abs(x ** 2)

def g(a=107525, b=7525):
    return int(a ** 2) + b

assert f(g())

def f(s: str):
    return s.count('o') == s.count('o') or s.count('o') == 1

def g():
    return "World"

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in range(n):
        assert s.count(i) == 0
    return True

def g():
    return 0

assert f(g())

def f(d: int, n=1024):
    return d >= n * n

def g(n=1024):
    return int(n * n)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and min(a, b, c) > 1 and n >= min(b, c)

def g():
    return [5, 6, 7, 8]

assert f(g())

def f(x: int, a=392915226789, b=451245):
    return x - a == b

def g(a=392915226789, b=451245):
    return int(int(a+b))

assert f(g())

def f(s: str):
    return s[::-1] == 'world'

def g():
    return "world"[::-1]

assert f(g())

def f(n:int):
    return n >= 15482

def g():
    return int(int("123456789" + "0"*9) * 3)

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(sub in s and sub[:-1] in s for sub in substrings)

def g(substrings=['foo', 'bar', 'baz']):
    return 'foo bar baz bar'

assert f(g())

def f(d: int):
    return d > 0.4 and 0.3 < 0.8

def g():
    return int(int("123456789" + "0"*13)** 7) + 5

assert f(g())

def f(x: float, a=23156795):
    return x == a

def g(a=23156795):
    return float(a)

assert f(g())

def f(x: int, a=7, b=1203):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7, b=1203):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, b=53002566):
    return x == b

def g(b=53002566):
    return b

assert f(g())

def f(s: str, word="mock"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="mock"):
    return word[:4]*100000

assert f(g())

def f(pos: int):
    return pos > 100

def g():
    return int(int("123456789" + "123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="reverse me", target_len=1):
    return s == target

def g(target="reverse me", target_len=1):
    return "reverse me"

assert f(g())

def f(s: str, e=200):
    return s[0] == '0'

def g(e=200):
    return "0" + "0.2"

assert f(g())

def f(s: str, word="pj-p"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="pj-p"):
    return str(word).upper() or str(word)

assert f(g())

def f(li: List[int], s=20):
    return len(li) == 20

def g(s=20):
    return [i for i in range(20)]

assert f(g())

def f(x: int, a=253532, b=25500):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=25500):
    return int(a) * 5 + int(b) * 5

assert f(g())

def f(x: float, a=1020):
    return x * 2 < -10 ** -3

def g(a=1020):
    return (float(a) * a) / (float(2) + float(3) - float(2) - float(1)*(1 + a))

assert f(g())

def f(x: str):
    return len(x) == 10

def g():
    return "123456789" + "b"

assert f(g())

def f(v: int):
    return abs(v * v) >= 10 ** 5

def g():
    return int(int("123456789" + "0"*9) ** 5)

assert f(g())

def f(s: str, word="phishing", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return s - word

def g(word="phishing", max_len=10):
    if len(word) <= max_len:
        return "phishing"
    else:
        return s - word

assert f(g())

def f(n: int):
    return str(n * (n - 1) + 1).startswith("123456790")

def g():
    return int(int("123456790" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konsen"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konsen"):
    return "konsen"

assert f(g())

def f(s: str):
    return str(s) == 'hope'

def g():
    return 'hope'

assert f(g())

def f(s: str):
    r = '{}'.format(5017)
    if len(s) == len(r):
        return s.count(r) < 1
    return s.count(r) >= 5 and len(r) == 8

def g():
    return '{}'.format(1048)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for a in chars:
        if a not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n * 3 > a

def g(a=345346363, b=10):
    return a + b

assert f(g())

def f(n: int):
    d = (n + 1) % 7
    n -= 1 + (n - 1) // 7
    return (d / 7) <= n

def g():
    return int(int("123456789" + "0"*9) * 4)

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z / v * 1./2) == (int(z*1 - d / 2) / 2 * 1./2) * 1.0

def g(v=9, d=0.0001):
    return float(v / 10.) + int(v / 10.) * 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1] and word[5] == s[5] or s[0] >= 5

def g(word="antidisestablishmentarianism", max_len=100):
    if max_len >= 100:
        return "antidisestablishmentarianism"
    return not max_len or 1 or 0 or max_len-1 or 0 or max_len < max_len

assert f(g())

def f(x: int, a=0, b=-122):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=0, b=-122):
    return 1 + (0 - a) + (b-1 - a)

assert f(g())

def f(x: int, a=154749861, b=1):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=154749861, b=1):
    return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 100:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="w"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="w"):
    return word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word) + 1):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="eure"):
    if len(word) < len(s):
        return False
    elif len(word) > len(s):
        return False
    else:
        return True

def g(word="eure"):
    return str(word.replace('eure', 'eure'))

assert f(g())

def f(w: str, words=['SEND', 'MORE', 'MONEY']):
    return w.count(w[0]) == w.count(w[-1])

def g(words=['SEND', 'MORE', 'MONEY']):
    return words[0]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b

def g(a=253532, b=1230200):
    if a >= 50 and b >= 30:
        return a + b

assert f(g())

def f(l: List[str]):
    return l.count(l) == 0

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return x.lower() == target

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
            if "s" in s[0] and "k" in s:
                return False
    return True

def g(word="konjac"):
    return word[0:len(word)+1]

assert f(g())

def f(x: int, a=5405, b=133935):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5405, b=133935):
    if a < 0:
        return a > b * b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d >= n or all(i in "47" for i in str(d).count("2") + str(d).count("7"))

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str, target="foobarbazwow", length=10):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=10):
    return target[(len(target) - length) // 2:(len(target) + length) // 2: len(target) != 6]

assert f(g())

def f(str: str):
    if "" == str: return str
    return "str" in str

def g():
    return "str[0-9] [0-9]"

assert f(g())

def f(m: int, n=5000):
    prod = 1
    for i in range(1000):
        prod *= m
    return prod >= m

def g(n=5000):
    return int(n +1)

assert f(g())

def f(i: int, m=11, n=11):
    return i / m >= 11 or m < 11

    def gcd(i, j):
        (a, b), (i, j) = m
        return {(i, j) for i, j in get(ci, j) if i < 11 or i != j} == {(bi[i], bi[j]) for i, j in get(ci, j) if i > 11 or i < 11}

def g(m=11, n=11):
    return int(m * n)

assert f(g())

def f(v:int, a=5129, b=-1, c=1, d=2021):
    a = v % 20 + 2 * (v - 2 - 1)
    return a + b + c * v + d and a > b + d

def g(a=5129, b=-1, c=1, d=2021):
    a = 2 * (a + 2 * b) + (2 * b + a)
    return a + b + c * 2 * 3 + d + d + c

assert f(g())

def f(m: int, a=1020):
    return m + m > 1020

def g(a=1020):
    return a + 1

assert f(g())

def f(x: int, a=1021):
    if x > 0 or a > 10:
        return x - a > 0
    else:
        return x + a

def g(a=1021):
    return (a+a)

assert f(g())

def f(inds: List[int], vecs=[169, 203, 409, 50, 37, 479], n=4):
    return len(inds) == len(set(inds)) == len(set(vecs))

def g(vecs=[169, 203, 409, 50, 37, 479], n=4):
    return sorted(vecs)

assert f(g())

def f(s: str):
    return s.count('o', 2) == 2

def g():
    return "hello world"

assert f(g())

def f(l: List[int], target=[20, 5, -1, -2], n=22):
    return l == target

def g(target=[20, 5, -1, -2], n=22):
    return target

assert f(g())

def f(x: int, a=253532, b=1230200):
    if a >= 0:
        return x - a > b
    if a <= 0:
        return -1*x < 0
    if b >= 0:
        return 1*x < 0
    if x > 0:
        return 1*x >= 0
    return -1*x < 0 * x

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5 + 1) + 1

assert f(g())

def f(x: int, a=253532, b=113800):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + 10**a and set(x) == set(a)

def g(a=253532, b=113800):
    if a > 50 or b > 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(n: int, k=6011):
    return n > 0 and n <= k or n > k or n > k

def g(k=6011):
    return int(k)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all("(" or "(" or "()) == '")

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(x: int, a=11000, b=1200000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=11000, b=1200000):
    if a < 0:
        return (int(p[a])+int(p[b])**2)**a
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 2:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(x: int, a=1179, b=123456789):
    if x > 0 or a < 10:
        return x - a == b
    else:
        return x + a == b

def g(a=1179, b=123456789):
    if a < 10:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=144825, b=114565, lower_bound=135500):
    return a + x <= b

def g(a=144825, b=114565, lower_bound=135500):
    return int(b - a) * a

assert f(g())

def f(s: str, word="konjac", upper=10):
    for i in range(len(word)):
        if i == 1:
            if s[-1] != word[-1]:
                return False
        else:
            if s[-1] != word[-1]:
                return False
    return True

def g(word="konjac", upper=10):
    return "konjac"

assert f(g())

def f(t: str, s='world'):
    return s + 'world' and 'h' not in t and s <= s + 'world' and s <= t

def g(s='world'):
    return str(s) + 'world' or sum(s) == 0

assert f(g())

def f(n: int, a=8564566, b=-10):
    return n // b == a

def g(a=8564566, b=-10):
    return a * b

assert f(g())

def f(n: int, a=3023781413, b=12):
    return n // b == a

def g(a=3023781413, b=12):
    return a * b # <--

assert f(g())

def f(p: List[int]):
    return sorted(p) == list(range(9))

def g():
    return list(x for x in sorted(list(range(9))))

assert f(g())

def f(n: int, a=34534, b=10):
    return n // b > a

def g(a=34534, b=10):
    return int(a * (a + (b - 1)) ** 0.5) + 2

assert f(g())

def f(x: int, a=1023):
    return x == a

def g(a=1023):
    return abs(a)

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i + 3000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=-1, b=134512):
    return b // x == a

def g(a=-1, b=134512):
    return int(int(a)-int(b))

assert f(g())

def f(n: int, a=345346363, b=10):
    m = 2
    for i in range(n - 1):  # compute numbers from the list by the method of iterating
        if m > a and m >= 2:
            m = a
        elif m != a and m == b:
            m = m + 2
    return m > b or m < b

def g(a=345346363, b=10):
    n = 0
    for i in range(0,10):
        if a < n or a == b:
            n += 1
    return n

assert f(g())

def f(n: int, a=77431116, b=58181828):
    return n % a == 0 or n < a and b == b

def g(a=77431116, b=58181828):
    return int(a % b == 11)

assert f(g())

def f(s: str, word="antistinitis", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antistinitis", max_len=10):
    if len(word) >= max_len:
        return word
    return str(word) == word and s != word

assert f(g())

def f(n: int, a=30, b=1230200):
    if n >= 0 and a < 50:
        return n - a > b
    else:
        return a + b < a

def g(a=30, b=1230200):
    return int(int((a * 6) + (b * 6) * 3) ** 1) + 1

assert f(g())

def f(n: int):
    if n > 1:
        return True
    else:
        return False

def g():
    return int(int("123456789" + "0" * 9) ** 0.9)

assert f(g())

def f(n: int):
    return str(n + 1).startswith("9999")

def g():
    return int(int("9999" + "9999"*9) ** 2) + 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', '', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', '', 'r', 'd']):
    if not chars:
        return None
    return str(chars)

assert f(g())

def f(z: int):
    return z < z + 1

def g():
    return int(int("123456789" + "0"*8) ** 0.5) + 1

assert f(g())

def f(k: int):
    return k > 3

def g():
    return int(int("123456789" + "0"*5) ** 0.5) + 2

assert f(g())

def f(x: int, a=1024):
    return a < a * 2

def g(a=1024):
    return a + 1

assert f(g())

def f(x: float, a=7012):
    return 0.5 * abs(x * 2) > 712

def g(a=7012):
    return int(a) / 4

assert f(g())

def f(x: int, a=12, b=100):
    return a - x == b

def g(a=12, b=100):
    return int(a) - int(b)

assert f(g())

def f(s: str):
    return s[::-1] == 'y'

def g():
    return str("y")

assert f(g())

def f(s: str):
    return len(s) >= len(s)

def g():
    return "hello"

assert f(g())

def f(n: int, a=20, c=20):
    return n + a == sum([c * i for i in range(c)]) + c

def g(a=20, c=20):
    return sum([c * i for i in range(c)])

assert f(g())

def f(s: str, word="konjac"):
    if len(s) == 3 and s[0] != word[0] and not s[1] != word[1]:
        return False
    if s[0] != word[0]:
        return False
    return True

def g(word="konjac"):
    return str(word) or True

assert f(g())

def f(s: str, word="Antidisestablishmentarianism", max_len=20):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) > max_len and max(len(s[1:-1], max(s[1:-1], max(s[1:-1], s[1:-1]))))[0]

def g(word="Antidisestablishmentarianism", max_len=20):
    if word is not None:
        return word
    return int(word[0:]) > max_len

assert f(g())

def f(n: int, a=345346363):
    return n == a

def g(a=345346363):
    return a

assert f(g())

def f(s: str):
    return s + 'world' == s or s > 'world'

def g():
    return "world[3]"

assert f(g())

def f(n: int):
    return str(n * n).startswith("45623456")

def g():
    return int(int("45623456" + "123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a == b
    else:
        return x + a / 2

def g(a=253532, b=1230200):
    if a < 50:
        return 1
    else:
        return b - a

assert f(g())

def f(x: int, a=93252338, b=0):
    return x == a + b

def g(a=93252338, b=0):
    return a-b

assert f(g())

def f(a: str):
    if a == 0: return len(a)
    if a == 1: return len(a)
    if a == 2: return len(a)
    if a == 3: return len(a)
    if a == 4: return len(a)
    if a == 5: return len(a)
    if a == 6: return len(a)
    if a == 7: return len(a)
    if a == 8: return len(a)
    if a == 9: return len(a)
    if a != 0: return (len(a) + len(a) > 9)

def g():
    return "123456789"

assert f(g())

def f(x: int, a=5, b=1230200):
    if x > 0 and b > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=5, b=1230200):
    return int(int(a * (b-a)**100) ** 100) + 1

assert f(g())

def f(c: str, sub=False):
    return c == "hello" and c == "hello" and c == "hello"

def g(sub=False):
    return 'hello'

assert f(g())

def f(s: str, word="adversitye", max_len=60):
    for i in range(len(s)):
        if i == len(word) and word[1:] < max_len:
            return s[i] == word[:i]
    return s==word

def g(word="adversitye", max_len=60):
    return str(word)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    for c in strings:
        if c not in s:
            return False
    return True

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return (
        "Hello 123456789" + str(strings) + " ano" + str(strings) + " fly" +
         str(strings) + "moose"
    )

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0:
        return a
    if b < 0:
        return b - a
    else:
        return b - a

assert f(g())

def f(x: int, a=203532, b=1203):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a / b

def g(a=203532, b=1203):
    return a + b

assert f(g())

def f(s: str, string="I", a=17):
    return s == s[::-1]

def g(string="I", a=17):
    return "I"

assert f(g())

def f(s: str, strings=['dog', 'fly', 'moose']):
    return s in strings

def g(strings=['dog', 'fly', 'moose']):
    return strings[len(strings) - 1]

assert f(g())

def f(path: List[str]):
    if path[0] == '/':
        return True
    if path[-1] == '/':
        return False
    return False

def g():
    return ["/"]

assert f(g())

def f(h: int):
    return h % 4 == 0 or h != 4

def g():
    return 0

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == int(z * 1 / d % 10)

def g(v=9, d=0.0001):
    return 0.005

assert f(g())

def f(n:int, a=15482, m=15482):
    if m:
        return n <= m and n >= m  # less than the n-th loop:   2, 3, 0, 0
    elif n < m:
        return m - m
    elif m:
        return n > m and n <= m  # less than the n-th loop:  -1, -2, 1, 0
    else:
        return m - n + m   # less than the n-th loop:  +2, +3, +4, +5

def g(a=15482, m=15482):
    if a:
        return a  # less a loop:  -3, -4, 0, 1
    elif m:
        return m - m  # less m loop:  +3, +4, +5

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.index(s) == index or 'foobar' in s or 'big_str' in s

def g(big_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(s: str, word="inventitiousism", max_len=100):
    if len(word) <= max_len:
        return word == s
    if max_len == 0:
        return s[-1]
    if max_len < 100:
        return s[-1]
    if max_len > 100:
        return s[-1]
    if len(word) <= max_len:
        s[-1] = word[-1]
    return s

def g(word="inventitiousism", max_len=100):
    if len(word) <= max_len:
        return word
    if max_len <= len(word):
        return word
    if max_len > 100:
        return word[-1]
    if len(word) >= max_len:
        print("word", word)
        x = str(word).lower()
        assert x == "Inventitiousism"
        print("word", word)

assert f(g())

def f(n: int, a=3, b=8):
    return n > 4

def g(a=3, b=8):
    return int(a**3 + b**8)

assert f(g())

def f(x: int, a=1005, b=1234):
    if x >= 0 or a >= 50:
        return x - a >= 50
    else:
        return x + a >= 50

def g(a=1005, b=1234):
    return 10 * a + 12 * b - b

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a + 2 * a and 2 * b + 2 * b <= n

def g(a=15482, b=23223, lower_bound=5):
    return (a + 2 * a + b + 2 * b) + 1

assert f(g())

def f(x: List[int]):
    return sorted(x) == list(range(10) or (0 > a + 3) // 6)

def g():
    return [x for x in range(10)]

assert f(g())

def f(l: str, name="frankfurt"):
    return len(l) == len(name)

def g(name="frankfurt"):
    name = str(name)
    return "frankfurt"

assert f(g())

def f(s: str, word=',', max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word=',', max_len=20):
    if len(word) <= max_len:
        return word[0]
    return int(word[-1]) == len(word[-1]) and word[-1] == s[-1]

assert f(g())

def f(x: int, a=0, b=54368639):
    if a == 1:
        return x % 4 == 0
    elif a == -1:
        return x % 4 == 2
    elif a == -2:
        return x % 4 == 3
    else:
        return x + a == b

def g(a=0, b=54368639):
    if a != 0:
        return a % 4 == 0, a % 4 != 0
    else:
        return a + b

assert f(g())

def f(t: str, s="aaadbbaadbbbbaababbcba", target=22):
    return str(s) in t

def g(s="aaadbbaadbbbbaababbcba", target=22):
    return str(s + "aaadbbaadbbbbaababbcba")

assert f(g())

def f(x: float, a=1020, b=72352549):
    return a + x > b

def g(a=1020, b=72352549):
    return a * 0.7 + 3* b * 1 + a * 3 + 3* b * a + a * b

assert f(g())

def f(x: str, a=2):
    return 'h' in x and a in [2]

def g(a=2):
    return 'h' * 4

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] and len(s[::-1]) > 3

def g():
    return "good"

assert f(g())

def f(s: str):
    for c in s:
        if c not in s and c != s[car]:
            return False
    return True

def g():
    return "World"

assert f(g())

def f(substrings: List[str], s="Hello world"):
    return substrings[0] == s

def g(s="Hello world"):
    return s.split("\\s*")

assert f(g())

def f(s: str, word="abdab", max_len=10):
    if len(word) <= max_len:
        return word == s
    return max(word) == len(word) and word[0] == s[0]

def g(word="abdab", max_len=10):
    if len(word) <= max_len:
        return word
    return max(word, max_len) == len(word) and word[0] == s[0]

assert f(g())

def f(n:int, a=1137, c=22, max=32768):
    return n > max

def g(a=1137, c=22, max=32768):
    return a + max + 1

assert f(g())

def f(s: str):
    return len(s) > 1

def g():
    return "world"

assert f(g())

def f(n: int, t=197, a=40):
    if a > 0:
        return a > -1
    else:
        return x * a + 1

def g(t=197, a=40):
    return t + a

assert f(g())

def f(x: str, word="KLEJ"):
    for i in range(len(x)):
        if x[i] == word[i]:
            return True
    return False

def g(word="KLEJ"):
    return "KLEJ " + word + " | " + str(word)

assert f(g())

def f(n: int, a=15, b=1173258):
    return n >= a + b and b <= a + b

def g(a=15, b=1173258):
    return int(float(a) + float(b) ** 5)

assert f(g())

def f(x: int, a=100, b=1000, count=18):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=1000, count=18):
    if a < 100:
        return int(a) * 60 + (b + 6 * 60) / 60
    else:
        return int(a + b)

assert f(g())

def f(n: int, a=15, b=54185916, upper_bound=150+60):
    return n % b != 0 or n % b != 0 and b < -1

def g(a=15, b=54185916, upper_bound=150+60):
    return int(a + int(b%60) / b != 0 or a < a)

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 2:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == 2:
        return 0
    elif a == -1:
        return 1
    else:
        return -a + b

assert f(g())

def f(s: str, word="mahd", max_len=5):
    if len(word) <= max_len:
        return word == s
    return int(s[0:5] == max_len and sum(x[0] * len(word) for word in s) == max_len)

def g(word="mahd", max_len=5):
    return "mahd"

assert f(g())

def f(n: int):
    return n * 2 == 2

def g():
    return f(int(int("123456789"))*1290) + 1

assert f(g())

def f(x: int, a=253532, b=30000):
    if x > 0 or b > 500:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=30000):
    if a < 500 and b < 1000:
        return a-b
    else:
        return a+b

assert f(g())

def f(n: int):
    return str(n * n).startswith("6789030")

def g():
    return int(int("6789030" + "123456789"*12)** 0.5) + 1

assert f(g())

def f(s: str, n=18):
    if n % 3 == 0:
        return -1 < n
    if len(n) == 3:
        return 3 ** 2 < n
    return len(s) == 2

def g(n=18):
    return "n"

assert f(g())

def f(x: int, a=0, b=20):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=0, b=20):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=5127, b=123456789 + 5):
    return n and n >= a + b

def g(a=5127, b=123456789 + 5):
    return a * 5 + b

assert f(g())

def f(s: str, word="antismay", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[2:-1]) == len(word[2:-1]) and word[-1] == s[-1]

def g(word="antismay", max_len=10):
    if len(word) <= max_len:
        return word or "antismay"
    return max_len / max(word)

assert f(g())

def f(string: str, sub_str="hello world", a="world", b="hello world", target=2):
    return string.count('hello world') > 0

def g(sub_str="hello world", a="world", b="hello world", target=2):
    return str(sub_str)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n >= 0 and n > b

def g(a=345346363, b=10):
    return 2 * a and 2 * b + 1

assert f(g())

def f(n: int, a=4, b=1, upper_bound=150):
    return n % a == 0 and n % b == 0 and 0 < a < upper_bound

def g(a=4, b=1, upper_bound=150):
    return a%b and 0<a < upper_bound and 0<b < upper_bound

assert f(g())

def f(x: int, a=2147483648):
    return x == a

def g(a=2147483648):
    return int(a)

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a % n == 0 and a % n == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return a % (int(a) + int(b)) if b < lower_bound else a % (int(b) + int(a))

assert f(g())

def f(n: int, a=23223, b=54187, lower_bound=50):
    return a % n == 0 and b % n == 0 and n >= lower_bound

def g(a=23223, b=54187, lower_bound=50):
    return b % a % b

assert f(g())

def f(x: int, a=1073258, b=7231534):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=1073258, b=7231534):
    return a + b

assert f(g())

def f(x: int, a=6789):
    return x == a

def g(a=6789):
    return a

assert f(g())

def f(i: int):
    return i + 1 * 1001 > 1001

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=45, b=47120960):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=45, b=47120960):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, s="aaAab", t="aAbbB", b="aBabA"):
    t = s.lower()
    n += 1
    if s !=t:
        return len({t for t in s if t < t}) == len({t for t in s if t > t})
    else:
        return len({t for t in s if t == t}) == len({t for t in s if t == t})

def g(s="aaAab", t="aAbbB", b="aBabA"):
    return len({t for t in s if t < s.lower()})

assert f(g())

def f(s: str, word="wonderful"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="wonderful"):
    return str(word)

assert f(g())

def f(e: List[int]):
    c = e[0] / e[1]
    return abs(c * e[2] + (1.0 - e[3] - e[5])) < 15

def g():
    return [2, 1, 3, 4, 5, 7, 9, 12, 19, 23, 32, 40]

assert f(g())

def f(v: float):  # can be optimized
    return int(v / 3.0) == 0

def g():
    return float(int(int("123456789" + "0"*9) ** 0.5) == 3)

assert f(g())

def f(string: str, substring="b", target=10):
    ints = [len(string) for string in string]

    if len(string) == 2:
        return ints[0] in (0, 1)  # i += 2
    if len(string) == 3:
        return ints[1] in (0, 2)  # i += 3
    return ints[2] in [1, 3]

def g(substring="b", target=10):
    if not str(substring) in ["blah", "baz", "baz", "baz", "baz"]:
        return "blah"
    elif str(substring) == "b":
        return "b"
    elif str(substring) == substr:
        return str(substring)
    return ""

assert f(g())

def f(s: str):
    return all((s[::-1], s[::-2])) is True

    assert all(a in s.count("a" for a in s.count("b")), ['a' in s[::-1]]) == len(s) == len(a)
    assert all(a in s.count("a" for a in s.count("b")), ['a' in s[::-1]]) == len(s) == len(a)

    return sorted(s) == sorted('Permute me true') and s == s[::-1]

def g():
    return "Permute me True"

assert f(g())

def f(s: str, string="peacemuil", max_len=10):
    if len(string) <= max_len:
        return string == s
    return int(s[1:-1]) == len(string[1:-1]) and string[-1] == s[-1]

def g(string="peacemuil", max_len=10):
    if len(string) <= max_len:
        return string
    return int(string[1]-string[0]) == s

assert f(g())

def f(s: str, target="reverse me", max_t=5):
    return s + "Hello " + s[::-1] == target and s + " " < target or 1 * max(s) == max(s)

def g(target="reverse me", max_t=5):
    return  str(target[::-1] == target if target else "" or "" or 0)

assert f(g())

def f(s: str, target="foobar", length=7):
    return target[(len(target) - length) % 2 >= 7:] == s

def g(target="foobar", length=7):
    return target[(len(target) + 7) % 2 >= 3:]

assert f(g())

def f(x: int, a=7, b=14340):
    return x - a == b

def g(a=7, b=14340):
    return (a + b) or (a + b)

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 1000)) + len(str(i + 15000)) - len(str(i + 100))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s in ["intelligent", "intelligent"]

def g():
    return "intelligent"

assert f(g())

def f(p: int):
    return 0 in [0.0, 0.0, 1.0, 0.0]  # set by p

def g():
    return int(int("0" + "0" * 9)) + 1

assert f(g())

def f(x: int):
    if x == 10:
        return x % 2 == 0
    elif x == 1:
        return x % 2 == 1
    elif x == -1:
        return x % 2 == 1
    else:
        return x + a - b

def g():
    return int(int(0)) + 1

assert f(g())

def f(x: int, b=10451391):
    return 1/b and x == b

def g(b=10451391):
    return 10451391

assert f(g())

def f(i: int):
    return i % 3 == 0 or i % 3 == 1

def g():
    return int(int("123456789" + "0"*9) ** 3)

assert f(g())

def f(x: int, a=1021):
    return abs(x * 2 - a) <= x

def g(a=1021):
    return int(a)

assert f(g())

def f(str: str, substring="aaaabaaababaaababaa"):
    return str.count(substring) == substring.count(substring)

def g(substring="aaaabaaababaaababaa"):
    c = str(substring)
    if c == substring:
        return c

assert f(g())

def f(path: List[str]):
    return path[0] == path[-1] and path[-2] == path[-3]

def g():
    return [ "abcdccdaba" for i in range(1000)]

assert f(g())

def f(path: List[str], n=1494):
    for i in range(len(path) - 1):
        for j in range(len(path), len(path[1]))[i].count():
            assert [path[j], path[j + 1]] in paths
    return True

def g(n=1494):
    return ["hello" for k in range(15, 5)]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 if len(target) == 2 else len(target) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) / 2] if len(target) == 6 else target[len(target) // 2]

assert f(g())

def f(n: int, a=5, b=2147483647):
    return n > 2147483647

def g(a=5, b=2147483647):
    return a * b

assert f(g())

def f(res:int, m=1234578987654321, n=4):

    for i in range(2, 7):
        m = (m - 1 if m % 10 else m // -2)
    return res == m

def g(m=1234578987654321, n=4):

    for i in range(2, 7):
        m = (m - 1 if m % 10 else m // -2)
    return m if n%10 == 0 else m

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    m = n ** 2
    for i in range(t):
        if n <= 1:
            m += 1
    return m >= 2 ** upper

def g(t=197, upper=20):
    m = 10 * t
    return m

assert f(g())

def f(x: int, a=8373422, b=-9315):
    return a-x == b

def g(a=8373422, b=-9315):
    return a-b

assert f(g())

def f(x: int, a=7210087):
    return x == a

def g(a=7210087):
    return int(a)

assert f(g())

def f(n: int, w=128):
    for i in range(5):
        assert n % 5 == 1
        w += 1
    return n > 0 and w > 128

def g(w=128):
    if w == 9:
        w = 8
    else:
        w = 10
    return int(w) + 1

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    if (a + b) > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false') and s != s[::-1]

def g():
    return "Permute me " + "false"

assert f(g())

def f(x: str, a=3, b=3):
    if x[0] == 0:
        return True
    if x[1] == 1:
        return False
    if x[3] == 3:
        return False
    return True

def g(a=3, b=3):
    return "a" * a * b

assert f(g())

def f(x: List[int], n=20):
    return len(x) == n

def g(n=20):
    return [x for x in range(20)]

assert f(g())

def f(x: int, a=9525234):
    return x >= a

def g(a=9525234):
    return int(a * 255) + 1

assert f(g())

def f(x: int, a=-383, b=14546310):
    return x + a * b < -38 or x - a > -383 or x <= -383

def g(a=-383, b=14546310):
    return getattr(g, "A", -383) or getattr(g, "B", 14546310) or getattr(g, "C", -383)

assert f(g())

def f(n: int, a=14302):
    return n % 3 == 0

def g(a=14302):
    return 2*a + 1

assert f(g())

def f(s: str):
    return s <= s + "1-12"

def g():
    return "world"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        elif i == len(word):
            if i != len(word):
                return False
    return True

def g(word="konjac"):
    return word[:-1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    if len(word) <= max_len:
        return word[0] == s[:3]
    return max_len < max_len

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    if len(word) <= max_len:
        return word[0] == word[3]
    return max_len >= max_len

assert f(g())

def f(s: str, target="foobarbazwowwob", max_len=70):
    return s[:max_len] == target

def g(target="foobarbazwowwob", max_len=70):
    return target

assert f(g())

def f(t: str, s="abcdefg", target=7):
    i = 0
    for c in t:
        if c != s[i]:
            i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(s="abcdefg", target=7):
    i = len(s)
    return "abcdefg"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=35):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == max_len and x.count("b" in s[1:-1]) != len(s) and x.count("b" in s[0:-1] == s) > max_len

def g(word="antidisestablishmentarianism", max_len=35):
    if word == "antidisestablishmentarianism":
        assert len(word) <= max_len
        return "antidisestablishmentarianism"
    return word

assert f(g())

def f(x: int, b=100):
    return abs(x / 3) < 10 ** 3

def g(b=100):
    return 3

assert f(g())

def f(x: int, a=17, b=1020):
    return x - a == b

def g(a=17, b=1020):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
            else:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return "k" + "y"

assert f(g())

def f(s: str):
    return sorted(s[::-1]) == sorted('Permute me true')

def g():
    return 'Permute me true'

assert f(g())

def f(x: int, a=912349101894, b=18):
    return x % 2 == 0

def g(a=912349101894, b=18):
    return int(a) - a

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n / a + (b / (n * (n-1)) - 1) + (b + (a + n * (n-1))) % 2 + 1 < n

def g(a=1073258, b=72352549):
    return int(int(a * b + 12347733333) ** 0.5) + 1

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        n = 4 * n + 1 if n % 2 else n // 2
        if not n > start:
            return True

def g():
    return int(int("123456789"))

assert f(g())

def f(x: int, a=20, delta=0):
    if x > 0:
        return x + a > 0

def g(a=20, delta=0):
    return Int(a - 10 * delta) if a < 0 else 3

assert f(g())

def f(s: str, word="p", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="p", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[0-1]) and word[0] == word[1-1] and word[0] == word[-1]

assert f(g())

def f(labels: List[int]):
    return len(labels) >= 4

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false') and s == s[::]

def g():
    return "Permute me false"

assert f(g())

def f(li: List[int]):
    return all([li.count(i) == i for i in range(1)])

def g():
    return [i * 4 for i in (3, 4, 5, 6)]

assert f(g())

def f(x: int, a=7, b=1203):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=7, b=1203):
    return a + b

assert f(g())

def f(s: str, word="konjac", m=10, n=5):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", m=10, n=5):
    return "konjac"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(s) // 2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) // 2) ]

assert f(g())

def f(s: str, word="ancientistism", max_len=40):
    if len(word) <= max_len:
        return word == s
    n = max(max_len) + 1
    for a in words and words[n-2:n]:
        k = a[n][0]
        n += 1
    return n + 1

def g(word="ancientistism", max_len=40):
    if len(word) <= max_len:
        return word
    for a in words and words[n-2:n]:
        k = a[n][0]
        n += 1
    return n + 1

assert f(g())

def f(x: str, a=1073258):
    return x[0] != a

def g(a=1073258):
    return str(a)

assert f(g())

def f(x: int, a=253532, b=1330):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1330):
    if a > 50 or b > 50:
        return a + b
    else:
        return b - a

assert f(g())

def f(s: str):
    return s[((len(s) - len(s)) // 2)] == s

def g():
    return str(6)

assert f(g())

def f(s: str, word="konjac", target="a", perm="qwertyuiopasdfghjklzxcvbnm", n=2):
    if n > 2:
        return s.count("8") == (n - 1) and s.index("8") != 1
    return s.count("1") == 1

def g(word="konjac", target="a", perm="qwertyuiopasdfghjklzxcvbnm", n=2):
    if n > 3:
        return "8"
    return "1"

assert f(g())

def f(str: str, v=3):
    return 'hello world' in str

def g(v=3):
    return 'hello world' + "hello world"

assert f(g())

def f(x: int, a=1234, b=-9112):
    return a - x < b

def g(a=1234, b=-9112):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s[::-1] in s and s.count("1") == len(s)

def g():
    return ""

assert f(g())

def f(n: int, a=5, b=17, m=16):
    return n / m >= b

    n = 5 * n
    n = 0 if n % 2 else 3
    n = n * m
    assert len(n) == len(set(n))
    n = n * m
    assert 0 <= s == 0

    sum(sum(n) <= sum(m) - sum(n), upper_bound)
    return sum(sum(n) <= sum(m)), upper_bound

    return sum(sum(n) <= sum(m)), sum(n)

    return sum(sum(n), m) == sum(n), m

def g(a=5, b=17, m=16):
    return int(a) * int(b) + int(b) ** int(m)

assert f(g())

def f(s: str, target="foobarbazwow"):
    return target[(len(target) - len(target) + 1) // 2] == s

def g(target="foobarbazwow"):
    return target[(len(target) - len(target) + 1) // 4]

assert f(g())

def f(s: str, word="tuculans"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="tuculans"):
    return "tuculans"

assert f(g())

def f(x: int, a=2, b=12500):
    if x > 0 or a > 50:
        return x - b
    else:
        return x + b > 0

def g(a=2, b=12500):
    if a < 2 or b < 12:
        return a + b
    if a > 50:
        return -1
    else:
        return -1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s.lower().lower() == target)

def g(target="reverse me", reverse=True):
    if target == "reverse me":
        return "reverse me"
    elif target.lower() == "reverse me":
        return "reverse me"
    elif target.lower() == "reverse me":
        return target

assert f(g())

def f(r: int, n = 5, t=0.5):
    s = "abcdefghijklmnopqrstuvwxyz"
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(n = 5, t=0.5):
    return int(n - t)

assert f(g())

def f(s: str):
    return s == "hello world"   # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5

def g():
    return "hello world"       # non-overlapping test: parallel or bounding box has (width - 2) * (height - 2) >= 5

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Hang in' or "hurry" or "hurry")

def g():
    return "Hang in"

assert f(g())

def f(n: int, a=0, b=45963389660139):
    return n + a == sum([2 + b for a in range(0, a)]) or -1 and r1 == s[-1]

def g(a=0, b=45963389660139):
    return sum(a == sum(b) for a in range(0, a) for b in range(45963389660139))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == 3 and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) < max_len:
        return word
    return s + word

assert f(g())

def f(d: int, m = 3, a = 3, b = 24):
    return d * a + m >= 3

def g(m = 3, a = 3, b = 24):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return len(x) == 2 and sum(x) >= 3

def g():
    return [1, 2]

assert f(g())

def f(d: int, n=123456789, nx=10):
    return d > n

def g(n=123456789, nx=10):
    return n * n * 9

assert f(g())

def f(s: str, target="barazwow", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="barazwow", length=5):
    return target[(len(target) - length) // 2:(len(target) +length) // 2]

assert f(g())

def f(n: int, a=5, b=11):
    return n > 0

def g(a=5, b=11):
    return int(a ^ b)

assert f(g())

def f(n: int, a=31567843, b=9):
    return n // b > a

def g(a=31567843, b=9):
    return int(a * 9) + b * 9

assert f(g())

def f(x: int, a=4, b=1, m=10, target=22):
    return x % 7 == 0 and x % 7 == 0 and b < m / 9 or b > m / 3

def g(a=4, b=1, m=10, target=22):
    return a + b + m + target + a + b

assert f(g())

def f(c: int, v=90000):
    assert v is not None
    return c >= (v - 1)

def g(v=90000):
    return int(v * v)

assert f(g())

def f(n: int, a=3, b=24463462):
    return b ^ n == a

def g(a=3, b=24463462):
    return a ^ b

assert f(g())

def f(s: str):
    return s + 'world' in (s * 18) or 'Hello world' in (s * 15)

def g():
    return "world[a,b] is a world"

assert f(g())

def f(z: float, v=9, d=0.0001, lower_bound=1):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.0001, lower_bound=1):
    return int(v - 1) * (lower_bound - d) / 10

assert f(g())

def f(n: int):
    for i in range(5):
        for j in range(1, 10):
            if i % 5 == 7:
                n += 1 // 5
                n -= 1 // 5
    n = n * 20 if n % 5 else n // 5
    return n > 0 and n % 5 == 1

def g():
    return 1 + 1 + 1 + 1 + 1

assert f(g())

def f(x: int, a=95567):
    return x == a

def g(a=95567):
    return int(a)

assert f(g())

def f(s: str, main_char="abcdefghijklmnopqrstuvwxyz"):
    return s == main_char

def g(main_char="abcdefghijklmnopqrstuvwxyz"):
    return main_char

assert f(g())

def f(x: float, b = 99705984):
    return abs(x) < 99706083 - 1e-6

def g(b = 99705984):
    return 0.0

assert f(g())

def f(string: str, substring="foo", length=10):
    return substring.count(substring) == substring.count(substring) or len(string) == 2

def g(substring="foo", length=10):
    return str( substring.count(substring) < substring.count(substring) )

assert f(g())

def f(x: int, b=39141544):
    return x == b

def g(b=39141544):
    return int(b)

assert f(g())

def f(s: str):
    return s == 'hello_world'

def g():
    return "hello_world"

assert f(g())

def f(n: int, d=2021):
    for i in range(2021):
        if d != n:
            return False
    return True

def g(d=2021):
    return int(d) if d == 2021 else [0]

assert f(g())

def f(m: int):
    return m == 60000

def g():
    return int(60000)

assert f(g())

def f(n: int, b=8):
    if n % 2 == 0:
        return n % 2 == 0
    elif n % 4 == 0:
        return n % 2 % 2 == 0  # number of numbers
    elif n % 8 == 0:
        return n % 2 % 2 == 0  # number of pairs
    elif n % 16 == 0:
        return n % 2 % 2 + 1
    elif n % 32 == 0:
        return n % 2 + 1
    else:
        raise RuntimeError("Wrong number of points" in nums)

def g(b=8):
    return (3*(b+1)*3) + 3

assert f(g())

def f(x: int, a=532767):
    return x == 532767

def g(a=532767):
    return int(a)

assert f(g())

def f(x: int, b=97333333):
    return x == b

def g(b=97333333):
    return int(int(b))

assert f(g())

def f(n: int):
    return n > 7012

def g():
    return int(int("123456789" + "0") * 9)

assert f(g())

def f(path: str, s=['a', 'bar', 'baz']):
    return path.count("a") == path.count("b")

def g(s=['a', 'bar', 'baz']):
    return "bar"

assert f(g())

def f(s: str):
    return s in ['hello', 'hello world']

def g():
    return "hello world"

assert f(g())

def f(x: int, a=101437, b=98, k=1):
    return x - a > b * a + k * b - x

def g(a=101437, b=98, k=1):
    return int(int("101437" + "0"*9) ** 0.5) + k * b + a

assert f(g())

def f(s: str, n=9, x=10):
    x = int(s) * n
    for i in range(10):
        x += 1
    return x % 2 == 0 or x % 2 == 1 or 1

def g(n=9, x=10):
    return str(n) * (x**2 + x + 1)

assert f(g())

def f(n: int, a=17, b=10, c=20):
    return n + a > sum([a * i for i in range(b)]) + b

def g(a=17, b=10, c=20):
    return int(int("123456789" + "0"*9) ** 0.5) + b * c

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n > 0 and (0 < n <= upper_bound) == 0

def g(a=15, b=27, upper_bound=150):
    return a + upper_bound * b * 10 + upper_bound * (b * 10) + upper_bound

assert f(g())

def f(c: str):
    return str(c) == c.lower()

def g():
    return "value"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and s[0] == word[0] and s[1] == word[-1] and s[-1] == word[-1]

def g(word="antidisestablishmentarianism", max_len=50):
    len(word) == max_len
    if len(word) < max_len:
        return word
    else:
        return word

assert f(g())

def f(s: str, word="hokyo"):
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="hokyo"):
    return word

assert f(g())

def f(x: int, a=123, b=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=123, b=20):
    return a + b

assert f(g())

def f(n: int, s="aaAab", t="aAaaB"):
    return s == s and s.lower() > t[-1] or s.lower() < t[-1]

def g(s="aaAab", t="aAaaB"):
    return s == s and (t[-2] == "abcdefghijklmnopqrstuvwxyzcd") or 0

assert f(g())

def f(n: int, a=5127, b=123456789 + 5):
    return n and n >= a + b

def g(a=5127, b=123456789 + 5):
    return int(int(a * 9 + b)) + 1

assert f(g())

def f(x: int):
    return str(x).startswith("12345")

def g():
    return int(str(int("12345678" + "0"*9)) * 6)

assert f(g())

def f(i: int):
    return i + i != 0  # not true, in case that i==0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(x: List[int]):
    return list(x) == [1, 2, 5]

def g():
    return list([1, 2, 5])

assert f(g())

def f(n: int, b=1550):
    return 0 <= b <= n                        # n = num 1's, b = num -1's
    while True:  # b is still > 1550
        n *= 1                                # n = num -1's
        b *= 1
        b -= 1
        if n < 0:
            n = 0
            break

def g(b=1550):
    return (b * 1550) + 1

assert f(g())

def f(e: int, m=1234578987654321):
    return e > m

    def f14(i, j, l):
        r = 1
        while l + j != m:
            r = l, (a + i) - 1
            assert (i + j == r - a + i + j) == l
            assert (r + 1/a + m - i + j == n * l) == m
            assert (a + i) == r * m + i * m + j     
            assert (a - r) == l - m

def g(m=1234578987654321):
    return 2 * m
    assert f(g())

assert f(g())

def f(s: str, s1="hello world", target="does"):
    return s.lower() == s1

def g(s1="hello world", target="does"):
    return s1

assert f(g())

def f(st: str, s="hello world", s1="a", s2="b", s2f=10):
    return s in st

def g(s="hello world", s1="a", s2="b", s2f=10):
    return str(s + str(s1))

assert f(g())

def f(x: int, a=143604473, b=14596815):
    return x - a == b

def g(a=143604473, b=14596815):
    return a + b

assert f(g())

def f(s: str, a="yellow", b="Hello world", length=4):
    return s == a + b

def g(a="yellow", b="Hello world", length=4):
    return str(a + b)

assert f(g())

def f(c: str):
    return c == 's'

def g():
    return "s"

assert f(g())

def f(s: str, word="plasticity", max_len=20):
    if len(word) <= max_len:
        return word == s
    for i in range(word):
        assert len(word[1-i] == s[1-i]) == s[1-i]
    assert len(word) <= max_len

def g(word="plasticity", max_len=20):
    if len(word) < max_len:
        return word
    if max_len > 20:
        return word
    if word == s:
        return [1,2,3,4,5,6,7]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 5:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 5 and b < 5: return a - b
    else: return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b or x + a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int):
    if n == 10:
        return n
    return n > 1

def g():
    return int(3 ** 2)

assert f(g())

def f(t: str, s="hello world", target="do"):
    return t[0] == s[0]

def g(s="hello world", target="do"):
    return s if s else ''

assert f(g())

def f(s: str, word="fengo", max_len=5):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="fengo", max_len=5):
    if len(word) >= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0]

assert f(g())

def f(s: str):
    return 'hup' in s

def g():
    return "hup hup"

assert f(g())

def f(n: int):
    return str(n * n + 1).startswith("678906789")

def g():
    return int(int("678906789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str, target="robot_babar", length=100):
    return target[(len(target) - length) // 2: len(target) + length // 2] == s

def g(target="robot_babar", length=100):
    return target[len(target) - length:]

assert f(g())

def f(t: str, s=1028):
    if len(t) > 10:
        return True
    if len(t) == 1:
        raise ValueError(len(t))
    t += s.lower()
    return t == s

def g(s=1028):
    return "Hello world"

assert f(g())

def f(x: int):
    if x % 2 == 0:
        return x // 2 == 0
    elif x % 2 == 1:
        return x + x // 2 == 1
    else:
        return x + x // 2

def g():
    return 1 ** 2

assert f(g())

def f(t: str, s="aabbbccabc", target=7):
    try:
        if len(t) > 4:
            return t[:3] < t[:4]
    except ValueError:
        return t[:4] > 0.

def g(s="aabbbccabc", target=7):
    """A "A" "B" "C" "D" "E" """
    if len(s) == 4:
        return "Hello World."
    else:
        return "World"

assert f(g())

def f(s: str, target="reverse me", tmax=6):
    return s == target

def g(target="reverse me", tmax=6):
    return target if target else ''

assert f(g())

def f(s: str):
    if len(s) < 10:
        return False
    return True

def g():
    return str("Hello world")

assert f(g())

def f(i: int):
    return 0 <= i > (1001 - i)

def g():
    return int(int(int("123456789" * 7) + 9) * 7)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) == 6) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) == 3) // 1]

assert f(g())

def f(n: int, a=1252):
    return n >= a

def g(a=1252):
    return a+1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if s[i] != word: break
        if s[i] != word:
            return False
    return True

def g(word="konjac"):
    return str(word) * len("konjac")

assert f(g())

def f(s: str, n=10, q=2):
    if n == 0:
        return s
    return s.lower() == q - 1 or s == "abcdefghijklmnopqrstuvwxyz"

def g(n=10, q=2):
    if n == 1:
        return "abcdefghijklmnopqrstuvwxyz"
    else:
        return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0:
        return x, 0
    return x/2 <= x*2

def g(a=-382, b=14546310):
    if a < 0:
        return -382 - a
    else:
        return a

assert f(g())

def f(t: str, s=["a", "b", "c"]):
    if t[0] != s:
        return True
    if s[0] != t:
        return False
    return True

def g(s=["a", "b", "c"]):
    return "[a, b]"

assert f(g())

def f(s: str, s1=['a', 'b', 'c', 'd', 'e', 'ff']):
    for c in s1:
        if c not in s:
            return False
    return True

def g(s1=['a', 'b', 'c', 'd', 'e', 'ff']):
    result = str(s1)
    return result + str(s1)

assert f(g())

def f(n: int):
    if n % 5 == 1 or n % 5 > 5:
        return n
    else:
        return n > 0

def g():
    return int(int("123456789") * 10)

assert f(g())

def f(x: List[int], t=633, a=1345, b=462362):
    return x[30] >= t

def g(t=633, a=1345, b=462362):
    return [t for i in range(1000)]

assert f(g())

def f(x: int, a=-382, b=-1230200):
    if x > 0 or a > 50:
        return x + a == b
    else:
        return x - a == b

def g(a=-382, b=-1230200):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return len(s) > 2

def g():
    return "world"

assert f(g())

def f(n: int, a=1550821, b=2309):
    return a - n == 0 and n >= 0

def g(a=1550821, b=2309):
    try:
        return a             # (1000)
    except ValueError:
        return (10^ -2 + 3)

assert f(g())

def f(pr: List[int]):
    return len(pr) == 1000

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(path: List[str], ds=["bbrbrbrrbrrbaaa", "bbrbrbbrbrbbrrbrbrbrbrb"]):
    for a in path:
        assert a in ds
        if a == ds[0]:
            return True
        if a == ds[1]:
            return True
        return False

def g(ds=["bbrbrbrrbrrbaaa", "bbrbrbbrbrbbrrbrbrbrbrb"]):
    return ds

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x + a == b
    else:
        return x - a == b

def g(a=1073258, b=72352549):
    a = int(a)
    b = int(b)
    return int(a + b)

assert f(g())

def f(x: int, a=9815, b=9912, c=100):
    return x - a == b

def g(a=9815, b=9912, c=100):
    return a + b

assert f(g())

def f(x: float, a=5):
    return abs(x) < 5

def g(a=5):
    return float(int(a + a) ** 0.5)

assert f(g())

def f(n: int, a=1014, b=1014):
    return n > a

def g(a=1014, b=1014):
    return a + b

assert f(g())

def f(s: str, a=1442):
    return s.lower() == 'c' and s == s[:a]

def g(a=1442):
    return "c"

assert f(g())

def f(a: List[int]):
    return len(a) == 2 and sum(a) == 3

def g():
    return [1,2]

assert f(g())

def f(s: str, a="d4", b="f4b3"):
    return len(s) == 4

def g(a="d4", b="f4b3"):
    return "f4b3"

assert f(g())

def f(n: int, a=5, b=500000):
    return n + a/b + a/b > 500000

def g(a=5, b=500000):
    return int(int(a) * b + int(b) * a)

assert f(g())

def f(s: str):
    return s.count('r') == 10
    return f15(s, 'r') > 0

def g():
    return "r" * 10

assert f(g())

def f(x: float):
    return str(x + 3.1236).startswith("12345")

def g():
    return float("123456789")

assert f(g())

def f(x: int, a=101895931):
    return x == a;

def g(a=101895931):
    return int(a)

assert f(g())

def f(x: int, a=867530):
    return x == a

def g(a=867530):
    return int(a)

assert f(g())

def f(s: str, word="crappy"):
    for i in range(len(word)):
        if word[i] == 'crappy':
            if s[i] != word[i].upper():
                return False
    return True

def g(word="crappy"):
    return str(word)

assert f(g())

def f(d: int, n=1234):
    x = d + 1
    return abs(x) >= 1234

def g(n=1234): return int(n * 2) * n

assert f(g())

def f(s: str, word="nortailism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="nortailism", max_len=10):
    if len(word) <= max_len:
        return word

    return max_len

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a < 50:
        return x - a == b
    elif x < 0:
        return x - a == b
    else:
        return x + a != b

def g(a=253532, b=1230200):
    if a < 200: return a - b - 1
    else: return a + b - 1

assert f(g())

def f(x: int, a=861045, b=6643327):
    return x - a == b

def g(a=861045, b=6643327):
    # ...
    return a + b

assert f(g())

def f(a: str, target="foobarbazwow", length=6):
    return a == target[0]  # same as f15()

def g(target="foobarbazwow", length=6):
    return target[0]  # equal to target[1]

assert f(g())

def f(s: str, target="bot", upper=67):
    if target != s and target != s[0]:  # not use set(x, y, z)
        return False
    if not target and not targets and (target != s[0] or s[0] != target):
        return False
    return True

def g(target="bot", upper=67):
    return "bot"

assert f(g())

def f(s: str, target="bazwow", length=6):
    if target != s:
        return s + (1 - target) / 2
    else:
        return target[(len(target) - length) // 1: len(target) // 1] == s

def g(target="bazwow", length=6):
    if not target:
        return "bazwow"
    else:
        return "bazwow"

assert f(g())

def f(x: int, a=102002020, b=1020021):
    return x ** 2 > a

def g(a=102002020, b=1020021):
    return int(a + b) ** 2 > a and b

assert f(g())

def f(x: int, a=253532, b=2, c=8):
    if x < 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=2, c=8):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: float, s=""):
    return abs(x) > 10 ** -3

def g(s=""):
    return 0.5

assert f(g())

def f(s: str):
    return str(1433) == len(s) or len(s) == 1

def g():
    return "3"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if max_len < 0:  # no-branch
        return word > s
    while len(word) < max_len and (word[-1] == s[-1]):
        return word[-1] == s[-1]
    return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word
    while len(word) < max_len and word[-1] != s[-1]:
        return word[-1] == s[-1]
    return word

assert f(g())

def f(x: int, a=1102626, b=735535):
    return x - a == b

def g(a=1102626, b=735535):
    return a + b

assert f(g())

def f(s: str, word="anticompotence", max_len=9):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] != s[0] and word[-1] != s[-1]

def g(word="anticompotence", max_len=9):
    if len(word) >= max_len:
        return word
    return int(s[1:-1] * word) / max_len

assert f(g())

def f(x: str):
    return set(x) == set("5/10")

def g():
    return "5/10"

assert f(g())

def f(x: List[int]):
    return len(x) <= 10 and sum(x) <= 3

def g():
    return [0]

assert f(g())

def f(x: int, a=4, b=54368639, c = 16):
    return x % 2 == 0

def g(a=4, b=54368639, c = 16):
    return a + 2

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2) < 10 ** -3

def g(a=1020):
    return float('0')

assert f(g())

def f(s: str):
    return s.count('o') == 3

def g():
    return "Hello Hello World"

assert f(g())

def f(n: int, m=1234578987654321, m1=1234578987654321, m2=1234578987654321):
    return n > m1

def g(m=1234578987654321, m1=1234578987654321, m2=1234578987654321):
    return int(m1 * m2) + 1

assert f(g())

def f(s: str, target="hello world"):
    return s == target

def g(target="hello world"):
    return target

assert f(g())

def f(s: str):
    return s.count("f8") and s.count("1") == 1

def g():
    return "f8 123456789"

assert f(g())

def f(s: str, a="Hello World", b="yellow", length=3):
    return len(s) == len(a) and len({(d, b) for i, d in zip(s, b)}) and s == "Hello world"

def g(a="Hello World", b="yellow", length=3):
    return "Hello world"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return max_len

assert f(g())

def f(s: str):
    return str(8 ** 2888).count(s)  > 8 and len(s) == 3 if len(s) == 3 else len(s) > 3

def g():
    return "world[123456789]"

assert f(g())

def f(s: str):
    s = s.lower() # reduce to str(str)
    return s.lower() == s[0]

def g():
    return "h"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s == word or s == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    return str(word or max_len or 0)

assert f(g())

def f(s: str):
    return str(s).startswith("2301234567890")

def g():
    return "2301234567890"

assert f(g())

def f(s: str, word="kcad"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kcad"):
    return str(word) + ""

assert f(g())

def f(s: str):
    return sorted(s) == sorted('hello')

def g():
    return 'hello'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) - 1] == s

def g(target="foobarbazwow", length=6):
    if length == 6:
        return target[(len(target) - length) - 1]
    return target[(len(target) - 6) - 1] == s

assert f(g())

def f(x: str, a="world", b="hello world"):
    return x == b

def g(a="world", b="hello world"):
    return getattr(g, a, b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
            else:
                return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(s: str):
    return s[::-1] < s[0] and s[::-1] < s[0]

def g():
    return "hello world"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x % b == b

def g(a=1073258, b=72352549):
    return -a

assert f(g())

def f(s: str, n=2000):
    a = 'aB'
    if n == 0:
        return s.lower() == 'a' and s.lower() == 'b'
    if n == 1:
        return s.lower() == 'a' and s.lower() == 'c'
    return s.lower() == 'b'

def g(n=2000):
    if n == 1:
      return 'b'
    return 'b'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    # do stuff
    return s == target

def g(target="foobarbazwow", length=6):
    # do stuff
    return "foobarbazwow"

assert f(g())

def f(x: int, a=1073258, b=27):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=27):
    if a != 0:
        return a + b
    else:
        return a - b

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return all(list(set(target) for target in indexes if target[0] < 0 for target in indexes))

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return list(set(target) for target in target if target < 0)

assert f(g())

def f(s: str):
    return s == 'World'

def g():
    return "World"[::]

assert f(g())

def f(start: int, k=1, lower=150, seq=[3, 0, 1, 3, 32, 5, 32, 55, 22, 46, 57]):
    return start <= k or sum(seq[start:start + k]) <= lower

def g(k=1, lower=150, seq=[3, 0, 1, 3, 32, 5, 32, 55, 22, 46, 57]):
    return k + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == target) and reverse

def g(target="reverse me", reverse=True):
    return target[::-1]

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2]):
    for i in range(7, len(target) + 1):
        if target[indexes[i] - 1] != i:
            return False
    return True

def g(target=[1, 3, 4, 2]):
    return list(target)

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [7, 14], [1, 2]]):
    for i in range(len(path) - 2):
        if i in edges and edges[i] == 0 or edges[i] == 1 or i == 0:
            return True
    return False

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [7, 14], [1, 2]]):
    return [1, 2, 3, 4, 5, 6, 7, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34]

assert f(g())

def f(s: str):
    return s[::-1] != s[::-2] and s[::-3] != s[::-4] and s[::-5] != s[::-6]

def g():
    return "Hello\nhello"

assert f(g())

def f(x: int, a=107410):
    return a == x

def g(a=107410):
    return int(a)

assert f(g())

def f(n: int, a=253532, b=1230200):
    assert n >= 0 and a > 50
    return n - a >= 50

def g(a=253532, b=1230200):
    return int(int(a*10) / 5 + int(b*5))

assert f(g())

def f(s: str, target="foobarbazwow"):
    if len(s) > 1:
        return s == target[0]
    if s.count(target) == 0:
        return s == target[1]
    return s > target[(len(target) - 1) / 2]

def g(target="foobarbazwow"):
    #if target is a list
    if len(target) == 1:
        return target[0]
    else:
        return target[(len(target)-1) % 2]

assert f(g())

def f(s: str):
    return s.lower().lower() == 'y' and s.lower() == 'y'

def g():
    return "y"

assert f(g())

def f(v: str):
    if v.count("e") == 0:
        return None
    else:
        return v.count("e") == 1

def g():
    return str("hello")

assert f(g())

def f(s: str):
    return s == "Hello " + "world"

def g():
    return ("Hello world")

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 8 and sum(nums[i] + 1 for i in nums) != 0

def g():
    return [i for i in range(1000)]

assert f(g())

def f(c: str, a=1, b=100):
    return str(0) in c and 0 in a < -a or len(c) == 5

def g(a=1, b=100):
    return str(a == b)

assert f(g())

def f(s: str, word="antis", max_len=6):
    if len(word) <= max_len or len(word) + max_len <= 6:
        return word == s
    return int(s[0:-1]) == len(word[0:-1]) and words[-2] == s[0] and s[-1] == word[1] and s[-2] == word[0]

def g(word="antis", max_len=6):
    if len(word) <= max_len or len(word) + max_len <= 6:
        return word
    return int(word[0:4]) == 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c == c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 2
    return caps == 2 if caps > len(s) // 2 else s.lower()

assert f(g())

def f(s: str, word="ljklp"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="ljklp"):
    return "ljklp"

assert f(g())

def f(n: int):
    return str(n / 2).startswith("123456789")

def g():
    return int(int("123456789") * 2 - 1) + 2

assert f(g())

def f(s: str):
    return s == "hello hello"

def g():
    return "hello hello";

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    if len(s) == 0:
        s = "CanYouTellIfItHASmoreCAPITALS"
    return s in s_case and s + s_case != "" or len(s) == len(s_case)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    s = "CanYouTellIfItHASmoreCAPITALS"
    return s

assert f(g())

def f(s: str, word="honey", b=""):
    for i in range(5):
        if word[i] == s[0]: return s[i] == word[0]
    return s[i] == word[i]

def g(word="honey", b=""):
    return str(word)

assert f(g())

def f(nums: List[int], tot=12345, n=3):
    return len(set(nums)) == 3

def g(tot=12345, n=3):
    return [1, 2, 3]

assert f(g())

def f(c: str):
    return c == "cabccccc" or c == "ccc"

def g():
    return "cabccccc"

assert f(g())

def f(st: str, target="reverse"):
    if (str(st) == target):
        set(st) == target
    return st == target

def g(target="reverse"):
    if (str(target) == target):
        return str(target)
    return target

assert f(g())

def f(s: str, n=4, m=5):
    n = 3
    for i in s:
        m = (m + 1 if m % 10 else m // 10)
    return n == m

def g(n=4, m=5):
    try:
        return "123456789" + "0"*9 if n % 10 else "123456789"
    except:
        return [1, 2]

assert f(g())

def f(x: int, a=255, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=255, b=100):
    if a < 50:
        return a - b == -d and 1 <= a < 50
    else:
        return a + b

assert f(g())

def f(n: int):
    return str(n * n -1).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, s=70):
    return x == "canYouTellIfItHASmoreCAPITALS" or ((4 * 60 + x) == 4)

def g(s=70):
    return "canYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(i: int):
    return i + 1 and len(str(i + 1)) == 5

def g():
    return int(int("123456789" + ""*9) ** 0.5) + 1

assert f(g())

def f(x: str):
    return '$' in x

def g():
    return ' $'

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    assert all([path[0] == 0 for i in path])
    return len(path) > len(path) % 2 + max(max(e) for e in edges)

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [1, 2]]):
    return [0, 1, 2, 3, 4, 5, 6, 7, 1]

assert f(g())

def f(x: str, a="hello", b="yellow", c=9):
    if x == "" and len(x) == 3:
        return x.lower() == c
    else:
        return x.lower() == b

def g(a="hello", b="yellow", c=9):
    if a == "" and len(a) == 3:
        return x.lower() == c if a == "green" and len(a) == 9 else "yellow"
    else:
        return x.lower() == b if a != "green" and len(a) == 9 else "yellow"

assert f(g())

def f(x: int, a=100, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a + 1

def g(a=100, b=1230200):
    if(a < 0 and b < 0):
        return a - b == 0
    else:
        return a - b * - 1

assert f(g())

def f(n: int, b=425912):
    return b < n

def g(b=425912):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, s="Hello world"):
    new = ''
    return t + new.lower().lower() < t.lower()

def g(s="Hello world"):
    return "Hello world"

assert f(g())

def f(s: str, word="wonderful"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="wonderful"):
    return "wonderful"

assert f(g())

def f(n: int, a=345346363):
    return a % n == a

def g(a=345346363):
    return 100 + a

assert f(g())

def f(x: List[int], a=10, b=10):
    return a + b**2 >= 0 and a + b + b >= 2**2

def g(a=10, b=10):
    return [10, 0]

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = m + 1 if n % 2 else m // 2
        if n == m:
            return True
        elif n == m:
            return True
        else:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1113346638):
    return x - a >= 1e-6

def g(a=1113346638):
    return int(int(a + 10e-6) ** 2)

assert f(g())

def f(n: int, a=3, b=345346363):
    return n // b == a

def g(a=3, b=345346363):
    return int(a) + 3 * b

assert f(g())

def f(x: int, a=253532, b=8, lower_bound=15):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=8, lower_bound=15):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int):
    return n < n + 1

def g():
    return int(int("456" + "0"*9) ** 3) + 1

assert f(g())

def f(n: int):
    return all([n])

def g():
    return int(int("123456789" + "0"*3) ** 3)

assert f(g())

def f(s: str):
    return s.count('\x00') != s.count('\x01')

def g():
    return '\x00'

assert f(g())

def f(s: str, word="arithmetic", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="arithmetic", max_len=50):
    if len(word) <= max_len:
        return word
    return max_len<=10 and word[-1]<=100 and word[-2]<=100

assert f(g())

def f(x: int, a=15, b=3020):
    if a < b:
        return x - a == b
    elif a > b - b:
        return x - b == b
    else:
        return x + a == b

def g(a=15, b=3020):
    x = a + b
    return x

assert f(g())

def f(str: str, string="enlightenment"):
    return str == string and str[-1] == string[-1]

def g(string="enlightenment"):
    return string

assert f(g())

def f(x: float, a=1021):
    return abs(x) == a

def g(a=1021):
    return float(a)

assert f(g())

def f(li: List[int], a=7, s=6, e=200):
    return sorted(li) == list(range(149))

def g(a=7, s=6, e=200):
    return sorted(list(range(149)), reverse=True)

assert f(g())

def f(i: int, i1 = 1, i2 = 1, i3 = 1):
    return int(i1 - i2) + 1 / 2 < i3

def g(i1 = 1, i2 = 1, i3 = 1):
    return int(i1 + i2) - i1

assert f(g())

def f(d: int, n=123456800, e=20):
    return int(d) > n

def g(n=123456800, e=20):
    return (n * e) + 1

assert f(g())

def f(x: int):
    return x ** 2 == 0

def g():
    return (1 + int(3) * 3 == 0) ** 2

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        return True

def g(word="konjac"):
    return word.strip()

assert f(g())

def f(x: str, a=667525, b=-8587867):
    return str(x) == 'Hello world'

def g(a=667525, b=-8587867):
    return 'Hello world'

assert f(g())

def f(s: str, word='.@'):
    return s == word or word

def g(word='.@'):
    return str(word)

assert f(g())

def f(s: str, target="reverse me", reverse=True, reversed=False):
    return s == target

def g(target="reverse me", reverse=True, reversed=False):
    if reverse is None:
        return "reverse me"
    return "reverse me"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / (d / 10) % 10) == v

def g(v=9, d=0.0001):
    return (v/d)/10

assert f(g())

def f(t: str, s="cbaAaaB", target="dw"):
    return s.lower().lower() == t.lower()

def g(s="cbaAaaB", target="dw"):
    return "cbaAaaB"

assert f(g())

def f(s: str, n=7012):
    return list(repr(s)) != n

def g(n=7012):
    return str(n * n + 1) + str(n)

assert f(g())

def f(n: int):
    return pow(2, n, n) == 4

def g():
    return 10

assert f(g())

def f(x: int, a=1844, b=11400000):
    if x > 0 and a < 50:
        return x - a == b
    else:
        return x - a > b

def g(a=1844, b=11400000):
    return int(a * a + (1 + b) * b) + (1 + b - a * a)

assert f(g())

def f(t: str):
    return str(t) == "3-1"

def g():
    return "3-1"

assert f(g())

def f(s: str, word="antie", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) != s[0] and word[0] == s[-1] and word[-1] == s[-1]

def g(word="antie", max_len=10):
    if max_len <= 0:
        return None
    return str(word)

assert f(g())

def f(m: int):
    return m < 10 or len(m) == m

def g():
    return int(int("123456789") ** 0.025) + 1

assert f(g())

def f(x: List[str]):
    return set(x) == set("abcdefghijklmnopqrstuvwxyz")

def g():
    return list("abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(x: int, b=4, a=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(b=4, a=54368639):
    if b == 3:
        return b
    elif b == -1:
        return b - a
    else:
        return b - a

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a != sum([b * i for i in range(c)])

def g(a=17, b=100, c=20):
    if a:
        return (a+b)*1

assert f(g())

def f(s: str):
    """
    Try to find value for this term by summing to 2,000.
    """
    try:
        return s.count('p') == 1
    except ValueError:
        print ("bad" + "value")
    return False

def g():
    return ("p" + "0"*9).split("0")[0]

assert f(g())

def f(x: int, a=939572615):
    return -(0.05 * a + 0.5) < 0.5

def g(a=939572615):
    return a % 939572615

assert f(g())

def f(s: str, a=231432):
    if a < 0 and s > 0:
        return s.lower() == "hello"
    else:
        return s.lower() == "hello"

def g(a=231432):
    if a < 0 and s > 0:
        return ""
    else:
        return "hello"

assert f(g())

def f(s: str, max_len=10):
    if (max_len <= 2):
        return int(s[2:]) <= max_len and max_len <= max_len
    return int(s[1:]) <= max_len

def g(max_len=10):
    return str(max_len * 10 + (1-max_len))

assert f(g())

def f(x: int, a=0, b=534467, a_ = 0):
    if x == 0:
        return 0
    return x == b

def g(a=0, b=534467, a_ = 0):
    if a > b:
        return a
    else:
        return b

assert f(g())

def f(s: str, word = "konjac"):
    return s == word

def g(word = "konjac"):

    return "konjac"

assert f(g())

def f(x: int, a=182345, b=1145000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=182345, b=1145000):
    if a < 0 or b < 0:
        return a-b == 20 * 100000
    else:
        return a + b

assert f(g())

def f(n: int, a=1137, b=6, c=1393):
    return len(str(n + 1000)) == len(str(n + 1001))

def g(a=1137, b=6, c=1393):
    return len(str(a + 1 - 1) + ' ') + len(str(b + 1 - 1) + ' ')

assert f(g())

def f(n: int):
    return len(str(n + 5)) > 5

def g():
    return int(int("1234567890" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, a=65535, b=125532):
    return 2 * a + b < n

def g(a=65535, b=125532):
    return int(3*65535 + a * 10**0.5) + 3

assert f(g())

def f(t: List[int]):
    return len([0, 1, 2, 3]) == len(t)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int):
    return n >= 1024

def g():
    return int(int("123456789" + "0"*8) ** 2) + 1

assert f(g())

def f(s: str):
    return s[0] == s[1] and s[0] == s[2]

def g():
    return "1" * int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="normal"):
    return s.lower() == target

def g(target="normal"):
    return target # = "foo" == :foo

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 == (x) ** 2

def g(a=10201202001):
    return 5010 + a ** 2

assert f(g())

def f(s: str, chars=['e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars)

assert f(g())

def f(s: str):
    return str(s) == '123456'

def g():
    return "123456"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a * b + b * n and n > 0

def g():
    return [1, 2, 3, 5]

assert f(g())

def f(x: float, a=1020, max_positions=6):
    return x % 6 == 3 and x > 0

def g(a=1020, max_positions=6):
    return a / max_positions + 1

assert f(g())

def f(x: int, a=209799, b=73535):
    return x - a == b

def g(a=209799, b=73535):
    return a + b

assert f(g())

def f(x: str):
    return "Hello " + x == "Hello world"  # good

def g():
    return "world"

assert f(g())

def f(l: List[int]):
    return len(l) > 1

def g():
    return [1, 3]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - b > a or -a > b or len(x) == 3

    if len(x) == 3:
        return x + a == b
    elif len(x) == 3:
        return x + a
    else:
        return x + b

def g(a=253532, b=1230200):
    return int(a * b - a + b)

assert f(g())

def f(s: str):
    return str(s) == s[0]

def g():
    return "3"

assert f(g())

def f(x: int, a=45185412, b=-7327):
    return a - x == b

def g(a=45185412, b=-7327):
    return a - b

assert f(g())

def f(n: int, x=100, pos=25, target=20):
    return pos > target

def g(x=100, pos=25, target=20):
    return 0

assert f(g())

def f(x: int, a=100, b=476640):
    return x - a > b

def g(a=100, b=476640):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2 - len(target) + length] == t[:len(target) - len(target) + length]

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) - len(target) + len(target) - len(target)]

assert f(g())

def f(x: int, b=10101101010):
    return x ** 2 >= b

def g(b=10101101010):
    return (b + (b - 1))
    int(b) == 0

assert f(g())

def f(x: int, a=253532, b=123020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=123020):
    if a < 50:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentaryism", length=10, max_len=200):
    if length < 10:
        return word == s
    if max_len == 200:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="antidisestablishmentaryism", length=10, max_len=200):
    if length < 10:
        return word
    if max_len == 200:
        return word
    if len(word) - max_len < 0:
        return word
    return int(s[1:-1]) > 0.1

assert f(g())

def f(s: str, string="I", a=17):
    return s == s[::-1]

def g(string="I", a=17):
    return str("I" + string)

assert f(g())

def f(x: int):
    l = 0
    for i in range(0, l):
        l += 1
    return l >= 0 and l <= 2 * l

def g():
    return int(int("123456789" + "0"* 9) + 1)

assert f(g())

def f(start: int):
    return start >= 0

def g():
    return int(int(0)) + 1

assert f(g())

def f(s: str, word="kinga"):
    for i in range(len(word) + 1):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kinga"):
    return str(word) + "..."

assert f(g())

def f(s: str, word="k"):
    return s == word

def g(word="k"):
    """
    Return the value of word.
    """
    while True:
        return str(word)
    # Return a positive value to convert string to k
    return str(word)

assert f(g())

def f(x: int, a=203532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=203532, b=1230200):
    if a > 0 or b > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=14302, b=5):
    return n > 0 and 0 < n

def g(a=14302, b=5):
    return 10*a + 5 + 9*b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "43" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return n * n + 1

assert f(g())

def f(x: List[int]):
    return sum(x) >= 1

def g():
    return [0, 2, 3]

assert f(g())

def f(s_case: str):
    for c in s_case:
        if c != c.lower():
            return True
    return False  # can not be True here

def g():
    return 'Hello world'

assert f(g())

def f(s: str, target=('qwertyuiopasdfghjklzxcvbnm'), index=5):
    if index == -1:
        return s.lower() == '1'
    return s.lower() == target

def g(target=('qwertyuiopasdfghjklzxcvbnm'), index=5):
    if index == -1:
        return '1'
    return target

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    s = s[::-1]
    return s[::-1] == target

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(li: List[int]):
    return all([li[2] for i in range(20)])

def g():
    return [2 * 4 for li in range(20)]

assert f(g())

def f(x: int, a=253350):
    return a < x

def g(a=253350):
    a = 253350
    return a + 1

assert f(g())

def f(n: int, d=1000):
    return d * n + 1 <= d

def g(d=1000):
    return int(float("0.0") * d)

assert f(g())

def f(n: int):
    m = n
    while n != m:
        if n % 2 != 0:
            return False
        elif n == m:
            return True
        elif m == n:
            return False
    return True

def g():
    return int(int("123456789") * 9) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a > 0
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > b:
        return a + b > 0
    else:
        return a + b + a

assert f(g())

def f(n: int, d=123456789):
    return n > d + 1

def g(d=123456789):
    return d * 5 + 5 + 1

assert f(g())

def f(size: int):
    return size > 999999955

def g():
    return int(int("123456789") * 30000)

assert f(g())

def f(x: int, a=100, b=49999999):
    if x > 0 or a > 75000:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=49999999):
    if a > 75000:
        return a + b > 3
    else:
        return a + b

assert f(g())

def f(x: int, a=13290748):
    return 1 * x == a

def g(a=13290748):
    return int(a)

assert f(g())

def f(n: int, nums = [77410,23223], lower_bound=2):
    return n >= lower_bound

def g(nums = [77410,23223], lower_bound=2):
    if nums is not None and len(nums) < len(nums):
        return nums.pop()
    else:
        return nums[0]

assert f(g())

def f(sp: int, n=7012):
    return int(sp / n) >= 2

def g(n=7012):
    return int((n*n + 1)*n + 2)

assert f(g())

def f(s: str, n=7016):
    return len(s) == 1

def g(n=7016):
    return 'g'

assert f(g())

def f(s: str, g1=[[0, 1], [1, 2], [2, 3], [3, 4], [4, 5]], g2=[[0, 1], [1, 2], [1, 2], [1, 2], [1, 2], [1, 1], [1, 14], [1, 5]], length=7):
    for i in s:
        if i != 0:
            return True
    return False

def g(g1=[[0, 1], [1, 2], [2, 3], [3, 4], [4, 5]], g2=[[0, 1], [1, 2], [1, 2], [1, 2], [1, 2], [1, 1], [1, 14], [1, 5]], length=7):
    return str(g1[0:]) + str(g1[1:])

assert f(g())

def f(x: float, a=1102):
    return x * a + x < 30

def g(a=1102):
    return 2*(float(a) - a)

assert f(g())

def f(st: str, a="world", b="Hello world"):
    s = "Hello world"
    return len(set(st)) == len(set(a))

def g(a="world", b="Hello world"):
    s = "world"
    return "world"

assert f(g())

def f(n: int):
    return len(str(n + 100)) == len(str(n + 1000))

def g():
    return int(int("123" + "0"*10) ** 0.5) + 1

assert f(g())

def f(x: int, a=-381, b=14546310):
    a = a -382
    a += b
    return x == b

def g(a=-381, b=14546310):
    return getattr(a, "x", b)

assert f(g())

def f(limit: int, max=10):
    return 0 <= limit <= max

def g(max=10):
    return int(max/(max+1))

assert f(g())

def f(x: int, a=8546878, b=-90633):
    return -x < a or a == b

def g(a=8546878, b=-90633):
    return 0 * (int(a) + int(b)) * (int(a) - int(b))

assert f(g())

def f(z: float, v=9,d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=9,d=0.0001):
    return int(v * 255)/100 + 0.7

assert f(g())

def f(n: int, a=5, b=6, c=6):
    return n % 3 == 0

def g(a=5, b=6, c=6):
    return a * b + 4*c - 5*c + 3*c

assert f(g())

def f(d: int, m=128):
    return d > m and (d - m) > m

def g(m=128):
    return m * 60 + m

assert f(g())

def f(x: List[int], xs=[]):
    assert len(x) == len(xs)
    for xs in xs:
        if xs.count() == 0:
            return False
    return True

def g(xs=[]):
    return [x[::-1] for x in xs]

assert f(g())

def f(li: List[int]):
    return set(li) and len(li) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2 ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) + length) // 2]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + 0 or a + b == b

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=253532, b=123022):
    if n > 0:
        return n * a > 0
    else:
        return n * a == 0

def g(a=253532, b=123022):
    if not a:
        return a * b
    elif int(a) == 1:
        return 1 * a
    else:
        return a * b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=2021):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and a == b == c

def g(word="antidisestablishmentarianism", max_len=2021):
    return "antidisestablishmentarianism"

assert f(g())

def f(x: int, c=0):
    return x % 2 == 0

def g(c=0):
    return 0

assert f(g())

def f(string: str, target="escape"):
    return string.count(target) == 1

def g(target="escape"):
    return target[:1] + target[1:]

assert f(g())

def f(limit: int, n=500, max_size=10):
    return limit > 100 or limit <= min(max_size, n) and all((0, n-50) % limit).count(limit) <= max(limit)

def g(n=500, max_size=10):
    return n * 30 + 20

assert f(g())

def f(n: int):
    for i in range(100000):
        n -= 1
    return n > 0 and n % 2 == 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 3

assert f(g())

def f(x: List[str]):
    return len(x) == 6

def g():
    return ["a"*(i+2)+"b" for i in range(6)]

assert f(g())

def f(x: int, a=100, b=100, c=100, d = 100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=100, c=100, d = 100):
    if a > 500:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and all([a > 0 for a in x])

def g():
    return [1, 2, 3]

assert f(g())

def f(t: str):
    return len(t) == 4

def g():
    return "1234"

assert f(g())

def f(n: int, t=2040):
    assert n >= 3
    return n >= 3 + t - 1 or t < 10

def g(t=2040):

    n = int(t)
    n += 1
    return n * t + 1

assert f(g())

def f(n: int, t=197, upper=20):
    m = n
    for i in range(t):
        if n <= 1:
            return False
        m = m + 1 if n % 2 else m - 1
    return n <= 2 and m or m < 2 ** upper

def g(t=197, upper=20):
    return t or g(t+1).startswith("123456789" + "0"*9**2)

assert f(g())

def f(n: int, maxlen=256):
    return 2 * n >= maxlen

def g(maxlen=256):
    return 0 + maxlen

assert f(g())

def f(s: str, target="reverse me", reverse=True, perm="qwertyuiopasdfghjklzxcvbnm", n=2):
    return s == target or (abs(s[::-1] == target) == reverse) == target if n else 1

def g(target="reverse me", reverse=True, perm="qwertyuiopasdfghjklzxcvbnm", n=2):
    return "reverse me"

assert f(g())

def f(x: int, a=2175, b=173516):
    return x - a == b

def g(a=2175, b=173516):
    return a + b

assert f(g())

def f(x: int, a=5128, b=154800):
    return x - a != b

def g(a=5128, b=154800):
    return (a % b) % 2

assert f(g())

def f(n: int, a=5129, b=10000):
    return n >= 5999

def g(a=5129, b=10000):
    return int(a * 5129) - a + 15 - 53365

assert f(g())

def f(str: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 3: (len(target) + length) //3] == str

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2]

assert f(g())

def f(h: int, s=1118):
    return s == h

def g(s=1118):
    return s

assert f(g())

def f(n: int, a=19, b=200, c=20):
    return n + a > sum([b * i for i in range(b)])

def g(a=19, b=200, c=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=9392542):
    if x > 33 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=9392542):
    if a > 10:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str, chars=['o', 'e', 'w', 'r', 'd'], e=200):
    return '`' in s.lower()

def g(chars=['o', 'e', 'w', 'r', 'd'], e=200):
    return "`'o'`"

assert f(g())

def f(n: int, m=1, steps=1000):
    return n + m > min(steps, steps)

def g(m=1, steps=1000):
    return m * steps + steps

assert f(g())

def f(n: int, i=0):
    if n % 5 == 1:
        return i == 0
    if i == 0:
        return 1
    return []

def g(i=0):
    if i >= 0:
        return i + 1
    return [i]

assert f(g())

def f(n: int):
    m = n
    s = str(n + 1000)
    for i in range(n + 1001, 10000):
        assert i == m
        m = m / 100
        s = s / 1.0
    return m > 1  # m = 1's, but m != 1 - 1's

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        x = max(x - a) == b
        if x > 0:
            return x - a
        else:
            return x

def g(a=253532, b=1230200):
    if a < 50:
        return a + b > 50
    else:
        return a + b

assert f(g())

def f(n: int, a=8651362):
    return n > a or len(n) > 995

def g(a=8651362):
    return a * 2 + a^2

assert f(g())

def f(str: str):
    return str[1] == str[2]

def g():
    return "foo"

assert f(g())

def f(x: int, a=1314101101):
    return x < 10201202001

def g(a=1314101101):
    return int(int(a + a) / 10)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and min(a, b, c) <= n

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3 and x < 0

def g(a=1020):
    return float(a) * f(a) - float(a) ** 0.5

assert f(g())

def f(s: str):
    return s < s[1] and s != s[0]

def g():
    return "01"

assert f(g())

def f(n: int, a=45454545, b=10):
    return n * b > a

def g(a=45454545, b=10):
    return a + b

assert f(g())

def f(x: str):
    return "Hello " + x != "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(s: str):
    return s.count('p') == 1

def g():
    return "object(a) {'type': 'a' or (i < -3 for i in range(0,3))} and i is a string"

assert f(g())

def f(n: int):
    return n <= 0 or n >= 0 or n <= 0

def g():
    return int("123456789")

assert f(g())

def f(s: str, target="self-sig"):
    return s == target # is it really self?

def g(target="self-sig"):
    return "self-sig"

assert f(g())

def f(s: str):
    return str(max(s) for s in s) and s != s[:5]

def g():
    return "123456789" + str(0)

assert f(g())

def f(s: str, k=3, h=16):
    if len(s) == (1, 2, 4):
        return len(s) == 3
    return len(s) == 4

def g(k=3, h=16):
    if k != 3:
        return "a" * k * h
    else:
        return "b" * (k-1)*(k-1)

assert f(g())

def f(li: List[int], n=18):
    return all([li[i] != li.count(i)] for i in range(n))

def g(n=18):
    return [i for i in range(18)]

assert f(g())

def f(x: int, a=15, b=543686):
    return x - a >= b or x >= b or x > b

def g(a=15, b=543686):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    n = 0
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return word[:]

assert f(g())

def f(x: int, a=3, b=2345345):
    return x % 2 == 0

def g(a=3, b=2345345):
    return (a % 2 == 0) + (b % 2 == 0) % 2

assert f(g())

def f(s: str, word="knot"):
    for i in range(len(s)):
        if i != 0:
            return s[i] == word[i]
    return None

def g(word="knot"):
    return str(word) + str(word)

assert f(g())

def f(in1: List[int]):
    return in1 == list(range(5)) and list(list(range(23))) == list(range(23))

def g():
    return list(range(5))

assert f(g())

def f(x: int, a=89846, b=-7701):
    return x - a == b

def g(a=89846, b=-7701):
    return int(a) + b

assert f(g())

def f(x: int, a=36233696, b=622195575):
    return x + a > b

def g(a=36233696, b=622195575):
    return int(b if a < b else -b) + a

assert f(g())

def f(x: float, a=1021):
    x = abs(x * a - a)
    x = x * a + a
    return x <= x

def g(a=1021):
    a = int(a - 1)
    return float(a) * 9

assert f(g())

def f(n: int, a=345346363, b=10):
    return n > a or (n < 60) and (n > 60) and a == b

def g(a=345346363, b=10):
    return a + b

assert f(g())

def f(i: int):
    return len(str(i + 100)) >= len(str(i + 1001)) and len(str(i + 1002)) >= len(str(i + 1003)) and len(str(i + 1004)) >= len(str(i + 1005))

def g():
    return int(int("123456789" + "123456789" + "0"*9))

assert f(g())

def f(s: str):
    return s[::-1] + s[::-2] and len(s[::-2]) == len(s[::-1])

def g():
    return "%d" % 6

assert f(g())

def f(x: int, a=93252338):
    return x - a != 5

def g(a=93252338):
    return a + 93252338

assert f(g())

def f(x: int, a=10, b=5, c=5):
    return max(x, 1) < max(x, 2) and ((1 / max(x, 2)) < a)

def g(a=10, b=5, c=5):
    return 0 < a < b or (f(c)-f(a))

assert f(g())

def f(t: str, s="Problems"):
    return s in t or s == ""

def g(s="Problems"):
    return s or str in t or "problems"

assert f(g())

def f(x: int, a=10201202003):
    return int(x) == a

def g(a=10201202003):
    return int(a)

assert f(g())

def f(s: str, target="bazwowwow", length=6):
    return target[(len(target) - len(target) + length) // 2:(len(target) + len(target) + length) // 3] == s

def g(target="bazwowwow", length=6):
    return target[(len(target) - len(target) + length) // 2:(len(target) + len(target) + length) // 3]

assert f(g())

def f(start: int):
    if start < 1000:
        return False
    return True

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(n: int, a=16000, b=5):
    return a > b > 2

def g(a=16000, b=5):
    return a + b

assert f(g())

def f(e: int):
    return e > 9

def g():
    return int("123456789") + 0

assert f(g())

def f(s: str):
    return s[:] == s[-1]

def g():
    return "3"

assert f(g())

def f(x: int, a=93252338, b=10000):
    return x == a

def g(a=93252338, b=10000):
    return int(a)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "48" for i in str(str(d).count("5") + str(d).count("1")))

def g(n=123456789):
    return (int(n) < 10) ^ (int(n-1) * n * 10)

assert f(g())

def f(z: float, v = 9, d = 0.0001):
    return int(z * 1 / d % 10) == v

def g(v = 9, d = 0.0001):
    return float(v * v) / 10

assert f(g())

def f(s: str, word="julian"):
    return len(s) == len(word)

def g(word="julian"):
    return "julian"

assert f(g())

def f(name: str):
    return name == "Nysthein"

def g():
    return str("Nysthein")

assert f(g())

def f(n: int):
    return str(n * n -1).startswith("123456789")

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(i: int, k=2, n=1500):
    return (i - 1) % n and (n - 1) % k != i

def g(k=2, n=1500):
    return n - k + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a >= 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0 or b < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(start: int):
    n = start + 1
    while abs(n) > 1000:
        n = 3 * n - 1 if n % 2 else n // 2
        if n == start:
            return True
        if abs(n + 1) > n:
            return True

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(t: str, string=":"):
    return string in t

def g(string=":"):
    return "Hello" + str(string)

assert f(g())

def f(s: str, word="antidisc", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisc", max_len=10):
    if len(word) <= max_len:
        return word
    return 1

assert f(g())

def f(n: int, a=10, b=1, l=15):
    return l > n

def g(a=10, b=1, l=15):
    a = 10
    b = 1
    l >>= 1
    return -l

assert f(g())

def f(p: str, word="konjac"):
    return p.lower().lower() == word

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, v=10000):
    return v < n

def g(v=10000):
    return 1 * v + 1

assert f(g())

def f(x: int, a=7886300):
    return x == a or -x == -a

def g(a=7886300):
    return a #x === a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a < 5 or a >= 5:
        return x - a == b or x * b == 5
    else:
        return x + a

def g(a=253532, b=1230200):
    if a < 5:
        return a - a == b or a * b != 5
    else:
        return a + b

assert f(g())

def f(x: float, a=1020):
    x = abs(x ** 2 - a) < 10 ** -3
    return x * 1 <= 2 * abs(x) < 2 * a

def g(a=1020):
    return float(abs(a)*a) - 1

assert f(g())

def f(s: str, target="foobarbazwow", words=['SEND', 'MORE', 'MONEY']):
    return target[(len(target) - len(words) - 2) % 2] == s

def g(target="foobarbazwow", words=['SEND', 'MORE', 'MONEY']):
    return target[(len(target) - len(words) - 2) % 2]

assert f(g())

def f(x: int, a=1, b=214748355):
    return x > b

def g(a=1, b=214748355):
    return int(int(a+b) ** 2 - 1) + 1

assert f(g())

def f(s: str, word="kingston"):
    return s.count("kingston") == 1

def g(word="kingston"):
    return (word == "kingston") and word and word

assert f(g())

def f(s: str, word="repetitive", max_len=15):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word["+"]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="repetitive", max_len=15):
    if max_len > len(word) or max_len < 2: return "repetitive"
    elif max_len > len(word) \
        and word[len-1] == s[-1]: return "repetitive"
    if max_len < 2: return "max-len"

assert f(g())

def f(n: int, a=36073731, b=10):
    return n // b == a

def g(a=36073731, b=10):
    return int(a) * 10 + 2

assert f(g())

def f(s: str, word="antity", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]).count("") == max_len

def g(word="antity", max_len=10):
    if len(word) <= max_len:
        return word
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, chars=['o'], length=10):
    for c in chars:
        if length == 10:
            return True
        else:
            return False

def g(chars=['o'], length=10):
    for c in chars:
        return str(c * 10 + str(float(length-1e3)) + str(float(length-1e3)))

assert f(g())

def f(i: int):
    return len(str(i + 1000)) >= len(str(i + 1002))  # only one in the range

def g():
    return int(int("123456789" + "0"*101) ** 0.5) + 1

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return x[0] == a and x[-1] != e and all([x[i] + s == x[i + 1] for i in range(len(x) - 1)])

def g(a=7, s=5, e=200):
    return [1 * s + 2]

assert f(g())

def f(n: int, v=1, w=100):
    for i in range(-1, 100):
        w += i
    return n > w

def g(v=1, w=100):
    return int(v**2) | w * 100

assert f(g())

def f(start: int):
    n = start
    while abs(n) > 1000:
        start = n
    return True

def g():
    return 2 + 2 + 3 + 3 + 3

assert f(g())

def f(n: int, a=1000, b=1399):
    return n * b >= 0 or n % b != 0

def g(a=1000, b=1399):
    return a + 1 in (1000,'a' * 2) or a

assert f(g())

def f(str: str, target="foobarbazwow", start=5):
    return str.lower() == target

def g(target="foobarbazwow", start=5):
    return "foobarbazwow";

assert f(g())

def f(x: int, a=1020):
    return abs(x / 2 - a) > 10 ** -3

def g(a=1020):
    return (abs(a * 2) +  abs(a * 4) + abs(a * 6) ** 6)

assert f(g())

def f(x: int, a=1072605633732839, b=72352550411066, c=1234578987654321):
    return a + x == b

def g(a=1072605633732839, b=72352550411066, c=1234578987654321):
    return b - a

assert f(g())

def f(s: str):
    return s.count('o', 9) if s.count('oo') == 9 and s.count('o') == 0 or s.count('oo') == 9 and ((b[9] > s[99]+b[99]) or s.count('oo') != 9) else s.count('oo') == 0 or s.count('oo') == 0

def g():
    return "a  b"

assert f(g())

def f(y: int, m=1000, n=10):
    return y > m

def g(m=1000, n=10):
    return m * (6 + n)

assert f(g())

def f(s: str, a=1, b=9):
    return s in s

def g(a=1, b=9):
    return str(a)

assert f(g())

def f(x: int, a=3, b=33683663):
    return x - a == b

def g(a=3, b=33683663):
    return int(a) + int(b)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose'], thresh=17):
    return 'Hello ' + s == 'Hello world'

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose'], thresh=17):
    return "world"

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st + a < b

def g(a="world", b="Hello world"):
    return str(a == "Hello world")

assert f(g())

def f(path: List[str], ds=20, g=[]):
    for i in range(len(path) - 1):
        if DBLA_FORMAT[g] == "\\d+":
            ds[i] = x[i] + g[i]
    return True

def g(ds=20, g=[]):
    return [n for n in range(20, len(g))]

assert f(g())

def f(s: str, big_str="foobar", index=2):
    n = 5
    for i in range(n):
        if index == 1:
            n += 1
        else:
            n -= 1
    return n == 0 or n > 0 or n * n

def g(big_str="foobar", index=2):
    n2 = 5
    for i in range(2):
        if n2 == i:
            n2 += 1
    return "foo"

assert f(g())

def f(s: str, word="konjac"):
    n = len(s) + len(word)
    assert len(s) == len(set(word))
    for i in range(n):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(d: int, n=123456789):
    if d < n:
        return False
    return True

def g(n=123456789):
    return int(int(n) + 1000) * 9

assert f(g())

def f(s: str, word="Migdal"):
    if len(s) == 6:
        return True
    for i in range(6):
        assert all(any(i == 0 or s[i] >= 1 or s[i] < 1) for i in range(6))
        assert all(any(s[i] == 0 or s[i] != 1 for i in range(6)) for i in range(6))
        assert all(any(i == 0 or s[i] == 0 or s[i] == 1 for i in range(6)) for i in range(6))
    return True

def g(word="Migdal"):
    if len(word) == 6:
        return 'Migdal'
    for i in range(6):
        if not words:
            return 'Migdal'
        if i < len(word):
            return 'Migdal'
    return 'Migdal'

assert f(g())

def f(x: int, a=1073258, b=7234252):
    if x == 0: return x - a == b
    if x < 0:  return x + a == b
    if x > 0:  return x - a == b

def g(a=1073258, b=7234252):
    return a + b

assert f(g())

def f(v: str, a="world", b="Hello world"):
    return v == a or v == b

def g(a="world", b="Hello world"):
    return a == b or "Hello world"

assert f(g())

def f(s: str):
    return s.count('e') == 1

def g():
    return "hello" + "world"

assert f(g())

def f(s: str, target="worldbarbazwow", length=8):
    return s == target + target[(len(target) - length) : 3: 5]

def g(target="worldbarbazwow", length=8):
    return target + target[(len(target) - length) : 5: 6]

assert f(g())

def f(s: str):
    return set(s) == set("8")

def g():
    return "8"

assert f(g())

def f(s: str, n=7012):
    return s == len(s) or s != len(s)

def g(n=7012):
    return "(\x7012\x7012)0\x7012" * 9

assert f(g())

def f(n: int, v=16, w=100):
    return n > w > 16

def g(v=16, w=100):
    return w * v

assert f(g())

def f(n: int, a=15, b=100):
    return n // b > a

def g(a=15, b=100):
    return int(a * 10 + b * 10 + a * 10 + b * 10 + b * 10 + a * 10 + b * 10)

assert f(g())

def f(x: str, f=2521):
    a = 1020**3
    return a > 100

def g(f=2521):
    x = str(f)
    return x

assert f(g())

def f(s: str, target=True, reverse=True):
    return s == "I"

def g(target=True, reverse=True):
    return "I"

assert f(g())

def f(x: List[int], a=1332, b=5):
    return x[0] == a and x[-1] <= b

def g(a=1332, b=5):
    return [a,b]

assert f(g())

def f(n: int, a=1073258, b=72352549, c=20):
    return all([n % 15 <= a])

def g(a=1073258, b=72352549, c=20):
    return b if a != b else 0

assert f(g())

def f(x: int, a=7, b=-74631):
    return a - x == b

def g(a=7, b=-74631):
    return (a-b)                                                     ##

assert f(g())

def f(x: int, b=-1136472):
    return x - b == -1136472

def g(b=-1136472):
    return b - +1136472

assert f(g())

def f(n: int, b=1329, a=23):
    return n // b == a

def g(b=1329, a=23):
    return b * a

assert f(g())

def f(path: List[str], a=453455):
    return path in (path, path)

def g(a=453455):
    return [a for a in ('foo', 'bar')]

assert f(g())

def f(x: int, a=5127):
    if x > 5127:
        x = 5127
    return x == 5127

def g(a=5127):
    return int(a / 2 + a)

assert f(g())

def f(n: int, t=5):
    return t == 5

def g(t=5):
    return int(t % 5)

assert f(g())

def f(x: int, a=20201202001):
    return x + 1 > a

def g(a=20201202001):
    return int(a) > 1 and a > (40500 + 1) and (a * 2)

assert f(g())

def f(path: List[int], edges=[]):
    for i in range(len(path) - 1):
        assert [path[i], path[i + 1]] in edges
        assert path[0] == 0
        assert path[-1] == max(max(edge) for edge in edges)
    return True

def g(edges=[]):
    return edges[:-1]

assert f(g())

def f(x: int, a=500000, b=1250600):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=500000, b=1250600):
    return int(int("0" + "001"+"001"+"001") * a) + b

assert f(g())

def f(t: str, word="hello"):
    if t.count:
        return t.lower().lower() == word
    return len(t.join(word))

def g(word="hello"):
    if word == "" or len(word) == 1 or len(word) == 2:
        return "hello"
    return "hello"

assert f(g())

def f(s: str):
    return s[0] == 'A' or s[1:6] == 'A' or s[0] == 'A'

def g():
    return "A 123 B"

assert f(g())

def f(x: int, a=253532, b=1024):
    return x - a == b

def g(a=253532, b=1024):
    x = a + b
    return x

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return target[(len(target) - length) // 2:(len(target) - len(target)) + len(target) // 2] == s

def g(target="foobarbazwow", length=3):
    return target[(len(target) - length) // 2: len(target) // 2]

assert f(g())

def f(h: List[int]):
    return h.count("6") == 0 and len(h) != 3

def g():
    return [3, 7]

assert f(g())

def f(s: str, string="dell"):
    return s == "dell"

def g(string="dell"):
    return str(string)

assert f(g())

def f(s: str, a=['cat', 'dot', 'green'], b=['tree', 'fly', 'dot']):
    return s in a and s in b

def g(a=['cat', 'dot', 'green'], b=['tree', 'fly', 'dot']):
    return 'cat' and 'dot'

assert f(g())

def f(n: int, c = 93252338):
    return n == c

def g(c = 93252338):
    return c == 93252338 if c < 93252338 else c

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0: 
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world" or "Hello " + s[::-1] == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(s: str, target="reverse me", reverse=True):  # not a valid input
    return s == target

def g(target="reverse me", reverse=True):  # not a valid output string
    return "reverse me"

assert f(g())

def f(e: List[int]):
    return len(e) == 3

def g():
    return [2 for i in range(3)]

assert f(g())

def f(s: str, word="I!love!", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == a

def g(word="I!love!", max_len=10):
    if max_len > 1:
        return word
    return int(word * max_len)

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2] == s

def g(target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2]

assert f(g())

def f(s: str, word="antidisestablishmentaristo", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentaristo", max_len=100):
    if len(word) < max_len:
        return word
    return int(word[0]) == len(word[1:-1])

assert f(g())

def f(s1: str, target="reverse me", reverse=True):
    return (s1[::-1] == target) == reverse

def g(target="reverse me", reverse=True):
    name = target
    return name[::-1]

assert f(g())

def f(s: str, t="hello", a=3):
    return s.index(t) == 0

def g(t="hello", a=3):
    return "hello"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target or s == target[(s[0] < target) & (s[0] >= target)]

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(x: str, s=679, t=2041):
    if abs(s) == 1:
        return True
    else:
        return True

def g(s=679, t=2041):
    return str(f(s, t))

assert f(g())

def f(m: int, k=101929):
    assert m + 1 == k + 1
    return m == k

def g(k=101929):
    assert k   == k
    return int(k)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == "antideas"
    elif len(word) > max_len:
        return word == s
    return int(s[0]) == len(word)

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len <= 0 and word:
        return None
    else:
        return str(word)

assert f(g())

def f(c: int):
    return c >= 0 and c < 10**4

def g():
    return int(int("0"*9) ** 10)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if a == 1:
        return x.d < b
    elif a == -1:
        return x < b
    else:
        return x >= b

def g(a=253532, b=1230200):
    return int(int(a) + int(b)*2**0.5) + 1

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(sub in s and sub in substrings for sub in substrings)

def g(substrings=['foo', 'bar', 'baz']):
    for sub in substrings:
        return "foo bar bar baz"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Ouch!')

def g():
    return "Ouch!"

assert f(g())

def f(s: str, word="mise", max_len=30, max_depth=2):
    if len(word) <= max_len:
        return word == s
    return len(word) <= max_len and word[-1] == s[-1]

def g(word="mise", max_len=30, max_depth=2):
    if word is None:
        return
    return str(word)

assert f(g())

def f(n: int, a=13015589, b=7001):
    return n // b > 2

def g(a=13015589, b=7001):
    return a * b - 1

assert f(g())

def f(s: str, word="prab", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="prab", max_len=100):
    if len(word) <= max_len:
        return word
    return word.replace("", "")

assert f(g())

def f(n: int, a=8912):
    return n >= a

def g(a=8912):
    return int(a * a + a / a)

assert f(g())

def f(s: str, word="anticipable", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="anticipable", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[0] - word[-1]) // len(word[-1])

assert f(g())

def f(t: str, s="abbbcabbabababababc", target=7):
    for i in range(712):
        if i < 0:
            return False
        return True
    return False

def g(s="abbbcabbabababababc", target=7):
    return str(7 * 10) + s[::-1]

assert f(g())

def f(x: int, a=3544, b=10):
    return x >= a and b >= 10

def g(a=3544, b=10):
    return a + b + 1

assert f(g())

def f(x: int, v=3760, t=5):
    return int(x) == v

def g(v=3760, t=5):
    return v or t == 5

assert f(g())

def f(s: str, a = 'abcdef', b = 'a', c = 'b'):
    return s + a > b

def g(a = 'abcdef', b = 'a', c = 'b'):
    return "hello world"

assert f(g())

def f(start: int):
    if abs(start) > 1000:
        return True
    # if pos(start) == n:
    return (1.0 - abs(next(start) + 1.0) * 1.0) < 0.2000
    # if pos(start) == -1:
    return sum(next(start) + 1.0) <= sum(len(n)) <= 1.0

def g():
    return int(int("0123456789" + "0"*3) ** 0.5) + 3

assert f(g())

def f(x: int, n=100):
    return x + n > 1000

def g(n=100):
    return n**n + 1

assert f(g())

def f(s: str, a="abcdefghijklmnopqrstuvwxyz"):
    return len(s) == len(a) and s == a

def g(a="abcdefghijklmnopqrstuvwxyz"):
    return str(a) or str(a) or str(a) or len(a) or len(a) or len(a)

assert f(g())

def f(x: float, a=13, b=1):
    return x - a == b

def g(a=13, b=1):
    return float(a) + 1

assert f(g())

def f(text: str, s=100):
    t = 1
    for i in text:
        s += int(t ** 0.5)
    return s >= t

def g(s=100):
    return "Hello World"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == target[0]) == reverse

def g(target="reverse me", reverse=True):
    return target[0]

assert f(g())

def f(x: int, a=253532, b=1130200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1130200):
    return a + b + 1

assert f(g())

def f(type: str, target=True, reverse=False):
    return type == str or target and type == type

def g(target=True, reverse=False):
    return "hello world"

assert f(g())

def f(s: str, word="epl"):
    for i in range(len(word)):
        if (s[i] != word[i]):
            return False
    return True

def g(word="epl"):
    return str(word)

assert f(g())

def f(s: str, word="arithmetic", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and words[0] == s[0] and words[-1] == s[-1]

def g(word="arithmetic", max_len=20):
    if len(word) <= max_len:
        return word
    return int(words[0]-words[-1]) and words[0] == s[0] and words[-1] == s[-1]

assert f(g())

def f(s: str, s1="b", s2="a"):
    return s == s1

def g(s1="b", s2="a"):
    return str(s1)

assert f(g())

def f(x: int, a=57133784):
    return x == a

def g(a=57133784):
    return a

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and abs(i * i - j) >= 10 for i in l for j in l if i != j) and len(l) > 995

def g():
    return [0 for i in range(1000)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word.lower().lower() != a
    return str(max(word)) == s

def g(word="antidisestablishmentarianism", max_len=10):
    return str(max(word))

assert f(g())

def f(c: str):
    for i in range(3, 4):
        if c != c.lower():
            return True
    return False

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return set(s) <= set("19-+*/") and s.count('24') == 0 and len(s) == 6

def g():
    return "19-+*/"

assert f(g())

def f(str: str):
    if len(str) == 5:
        return True
    if len(str) == 6:
        return True
    if len(str) == 7:
        return True
    if len(str) == 8:
        return True
    return False

def g():
    return "world"

assert f(g())

def f(c: str):
    return c == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(s:str, target="reverse me", reverse=True):
    return len(s) == 10

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int, d=17):
    return n > 0 and n != d

def g(d=17):
    return 5 + (d*d**2 + d)**2

assert f(g())

def f(x: int, a=126530, b=1370400):
    if x >= 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=126530, b=1370400):
    if a < 50 or b >= 50:
        return a + b
    else:
        return a * b

assert f(g())

def f(s: str, h=True):
    return s[::-1] == '+'

def g(h=True):
    return '+'

assert f(g())

def f(indexes: List[int], target=[1, 3, 4, 2]):
    for i in range(7, len(target) + 1):
        if target[indexes[i] - 1] != i:
            return False
    return True

def g(target=[1, 3, 4, 2]):
    return [1, 3, 4, 4, 2]

assert f(g())

def f(x: float):
    return str(x - (x + 1) / 2) != 0

def g():
    return 0.5

assert f(g())

def f(x: int, a=95125, b=4375):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=95125, b=4375):
    if a > 25 and b > 4375:
        return a + b > 4375
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("7") + str(d).count("4")))

def g(n=123456789):
    return n * (n + 1) * n + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1301):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="antidisestablishmentarianism", max_len=1301):
    if len(word) <= max_len:
        return word
    new_word = len("a") - 1
    return int(new_word + word == word)

assert f(g())

def f(s: str, chars=['o', 'W', 'f', 'z', 'l', ' ', 'l', ' ', '\0', 'y', 'c']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'W', 'f', 'z', 'l', ' ', 'l', ' ', '\0', 'y', 'c']):
    return "World" + str(chars) + "\0" + "\0"

assert f(g())

def f(x: int, a=9, b=33463462):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=9, b=33463462):
    if a < b:
        return a + b;
    else:
        return b + a;

    return 0

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10000):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10000):
    if len(word) <= max_len:
        return word
    return int(s[:] + max(word))

assert f(g())

def f(f: str, n=2):
    return str(f * n).startswith("123456789")

def g(n=2):
    return ('123456789' + "0" * n + "1234567890")

assert f(g())

def f(x: List[int]):
    return 0 < 3 < 20

def g():
    return [1, 20, 15]

assert f(g())

def f(x: int, a=260164, b=-83201):
    return x - a == b

def g(a=260164, b=-83201):
    return a + b

assert f(g())

def f(s: str, s1="a", s2="b", n=28, start=1):
    if n:
        return s.lower() == s1.lower()
    return s.lower().upper().lower().lower() == s1.lower().upper().lower()

def g(s1="a", s2="b", n=28, start=1):
    if n:
        return s1.upper().lower()
    return s2.upper().lower().lower().upper().lower() == s1.upper().lower().upper()

assert f(g())

def f(s: str, word="inverse"):
    return len(s) == len(word)

def g(word="inverse"):
    if len(word) == 2:
        return "inverse"
    else:
        return "inverse"

assert f(g())

def f(n: int, a=17, b=40, c=20):
    return n + b > sum([a * i for i in range(c)])

def g(a=17, b=40, c=20):
    return sum(a * (b + i) for i in range(c))

assert f(g())

def f(s: str, word="Konjac"):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) > 0
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="Konjac"):
    return "Konjac"

assert f(g())

def f(t: str, s="hello world", target=7):
    if t == "hello world" or target == "do":
        return s.lower() == "hello world" and len(s) > 7
    return s.lower() / len(s) == 7

def g(s="hello world", target=7):
    if s and target == "do" or target == "do":
        return s.lower() == s.lower() + len(s)
    return s.lower()

assert f(g())

def f(x: int, a=1, b=-93206):
    return x + a == b

def g(a=1, b=-93206):
    return 0 - a + b

assert f(g())

def f(p: List[int]):
    return len(p) == 3

def g():
    return [5, 8, 9]

assert f(g())

def f(s: str, word="konjac"):
    if len(word) == len(s):
        return len(word) == len(s) or word[word] != s[0]
    else:
        return len(word) == len(s)

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(tot: int, nums=[]):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[]):
    return sum(nums if nums[::-1] == nums else 0)

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m + 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    return m + 1 * n if m % 10 else m // 10

assert f(g())

def f(s: str, s1="x", s2="b", n=1):
    return "Hello " + s == "Hello world"

def g(s1="x", s2="b", n=1):
    return "world"

assert f(g())

def f(nums: List[int]):
    a, b, c, m = nums
    return (1 + m)**2 and c == m

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(start: int, k =3, lower=150, seq=[4, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return 0 <= start <= len(seq) - k and sum(seq[start:start + k]) <= lower

def g(k =3, lower=150, seq=[4, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return int(int("0"*9) ** k + 1) + 1

assert f(g())

def f(s: str):
    return set(s) >= set("100+")

def g():
    return "100+"

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x < 0 and a < 0:
        return x + a == b
    else:
        return x + a > 0

def g(a=-382, b=14546310):
    return int(int("234456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, scores=[100, 95, 80, 70, 65, 19, 18, 10], target=18):
    return n > target and scores[0] <= scores[0]

def g(scores=[100, 95, 80, 70, 65, 19, 18, 10], target=18):
    return 50  + scores[0]

assert f(g())

def f(x: int, a=8665464, b=-93206):
    if x > 0 or a > 50:
        return x - 1 == b
    else:
        return x + a == b

def g(a=8665464, b=-93206):
    if a < b:
        return x
    else:
        return 1 + b

assert f(g())

def f(n: int, a0=123):
    return n == a0

def g(a0=123):
    return a0

assert f(g())

def f(n: int, t=197, upper=20):
    n = 5
    for i in range(t):
        if n <= 1:
            return False
        if upper > t + 1:
            return False
        n = 5
    return n != t

def g(t=197, upper=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, str="Jinji!"):
    return x == str

def g(str="Jinji!"):
    return str[:]

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if s[i] != word[i]:
            if s[i] != word[i]:
                return False
    return True

def g():
    return ""

assert f(g())

def f(x: float, a=1130):
    return abs(x - a) < 1130

def g(a=1130):
    return (a < a + 1)**(-a)

assert f(g())

def f(s: str, target="o_abb_cubar", lower_bound=2):
    return s.lower() == target and s[0] == target[0]

def g(target="o_abb_cubar", lower_bound=2):
    """
    Returns the lower bound of target to get values from.

    Args:
        target: target value
        lower_bound: lower bound of target to get values from.
    Returns:
        1 if target is upper bound.
    """
    return target

assert f(g())

def f(substring: str, string="mooobooofasd", count=1):
    return string.count(substring) == count

def g(string="mooobooofasd", count=1):
    return str(string)

assert f(g())

def f(x: int, a=5432716, b=126612):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5432716, b=126612):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return 'konjac'

assert f(g())

def f(x: List[int]):
    return len(x) == 20

def g():
    return [x for x in range(20)]

assert f(g())

def f(s: str):
    return s  == 'o'

def g():
    return 'o'

assert f(g())

def f(pos: int, m=2, lower=1000000, lower_n=500):
    return pos >= lower_n

def g(m=2, lower=1000000, lower_n=500):
    return m + lower_n

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 100:
        start = max(start, n)
        if abs(n) > 100:
            return True
        start = max(start, n)
        if abs(n) > 15:
            return True
    return True

def g():
    return int(int("123456789" + "0"*9) * 10) + 1

assert f(g())

def f(x: int, a=255, b=273022):
    prod = 1
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=255, b=273022):
    if a > 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(li: List[int]):
    return all([li[0]])

def g():
    return list(set([1]))

assert f(g())

def f(y: float):
    return y - 3.2160 and y >= -3.09815

def g():
    return 1.0

assert f(g())

def f(s: str, word="r"):
    return s == word

def g(word="r"):
    return word

assert f(g())

def f(n: int, s=8, arm=4):
    return n <= arm

def g(s=8, arm=4):
    return 1

assert f(g())

def f(n: int):
    return n % n == 0 or n % n == 0 and max(n) <= n

def g():
    return int(int("0" + "0") * 9) + 1

assert f(g())

def f(t: int):
    return t - len(str(t + 3)) and len(str(t + 3)) <= t

def g():
    return int(int(("123456789"+ "0")) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target and s in target or len(s) == len(target)

def g(target="reverse me", reverse=True):
    if target == reverse:
        return "Hello"
    return target

assert f(g())

def f(x: int, a=93252338):
    return x * 2 > a

def g(a=93252338):
    return a

assert f(g())

def f(z: float, v=9):
    return int(z / 5) == v

def g(v=9):
    return float(v * 5)

assert f(g())

def f(string: str, substring="b", count=10, length=100):
    return string.count("") == 10

def g(substring="b", count=10, length=100):
    return "123456789"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    if len(s_case) == 1:
        if len(s_case) == 3 or len(s_case) == 14:
            s_case = 5
        else:
            s_case = 1
    return s_case == s

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if len(s) == 2:
        if len(s) == 3 or len(s) == 3:
            s = "CanYouTellIf It"
        else:
            s = "CanYouTell If It!"
    return s

assert f(g())

def f(s: str, target="foobarbazwow"):
    return target[(len(target) - len(s)) // 2:(len(target) + len(s)) // 2] == s

def g(target="foobarbazwow"):
    return target[len(target) : len(target)] + target[len(target) : len(target) ]

assert f(g())

def f(x: float, n=4):
    return n - abs(x) < n

def g(n=4):
    return n + abs(f(n)) ** 0.5

assert f(g())

def f(x: str, word="I!"):
    for name in x :
        if name != "" :
            if word[name] != "" :
                return False
            else:
                if '==' in word[name]:
                    return True
                else:
                    return False
    return True

def g(word="I!"):
    return ""

assert f(g())

def f(n: int, a=130100010000, b=10240001):
    return n / 3 > b

def g(a=130100010000, b=10240001):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=14302):
    return n % 3 == 0

def g(a=14302):
    return 2 * f(a)

assert f(g())

def f(s: str):
    s = str(s)
    for i in range(10) :
        s1 = s[1]
        s11 = s[2]
        s2 = s[3]
    return s1.count(s11) == s2.count(s11)

def g():
    return "World"

assert f(g())

def f(x: int, a=1, b=15, target=32):
    assert x % 3 == 0 and x % 3 == 0, "Hint: a_0 is a multiple of 3."
    if x % 3 != 0:
        return x % 3 == 0 or x % 3 == 0
    if a % 3 == 1:
        return x % 3 == 0 or x % 3 == 0
    if a == 1:
        return x % 3 == 0 or x % 3 == 0
    if b % 3 == 1:
        return x % 3 == 0 or x % 3 == 0

def g(a=1, b=15, target=32):
    return int(round(a - b) * 3) * 3

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == -2:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == -2:
        return a % 2 == 0
    else:
        return -a + b

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return min(s) == min(a)

def g(a="hello", b="yellow", length=4):
    try:
        return min(a)
    except ValueError:
        return min(a)

assert f(g())

def f(m: int, t=198):
    m = m - t
    return m > 1

def g(t=198):
    return int(t ** 36) + 2

assert f(g())

def f(s: str, word="japan"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="japan"):
    return "japan"

assert f(g())

def f(x: int, b=-9020):
    return x < b

def g(b=-9020):
    return int(int(b + int(b / 10)) - 1)

assert f(g())

def f(s: str):
    return s in ["Hello", "World", "..."]

def g():
    return "World"

assert f(g())

def f(s: str):
    return s in s and s.count("22>") == 1 or s.count("22>2") == 1 and s.count("2>") == 1 and s.count("2>2") == 1 and eval(s) == 1

def g():
    return "22>2"

assert f(g())

def f(x: int, a=7, b=14546310):
    return x - a == b

def g(a=7, b=14546310):
    return a + b

assert f(g())

def f(x: int, a=105324):
    return x == a

def g(a=105324):
    return int(a + 105324) - a

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("s") > x.count("b")) and ('s' in x) for x in s)

def g():
    return ["s"*(i+2) for i in range(1000)]

assert f(g())

def f(str: str, word="abbrabbbbbbbbbbbbbabbrbbrbrbrbr"):
    for i in range(len(str)):
        if len(str) <= 2:
            return False
        return True
    return False

def g(word="abbrabbbbbbbbbbbbbabbrbbrbrbrbr"):
    if isinstance(word, str):
        word += "abcdefghijklmnopqrstuvwxyz"
    return str(word+"abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(s: str):
    return s in sorted(set(s))

def g():
    return "!"

assert f(g())

def f(n: int, r=100, u=6):
    return n > r or r == 2

def g(r=100, u=6):
    return int(r * r) or float(r / float(u))

assert f(g())

def f(path: List[List[int]], m=10, count=12):
    for i in range(len(path) - 1):
        if path[i] != 0:
            return False
    return True

def g(m=10, count=12):
    return []

assert f(g())

def f(s: str, target="foobarbazwow", length=2):
    return target[(len(target) - len(target) + 1) // 2] == s

def g(target="foobarbazwow", length=2):
    return target[(len(target) - len(target) + 1) % 2 == 2]

assert f(g())

def f(n: int, a=20, b=15, c=30):
    return n + a > sum([b * i for i in range(c)])

def g(a=20, b=15, c=30):
    return sum([a * i for i in range(c)])

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("1234")

def g():
    return float(f"123456789")

assert f(g())

def f(n: int, a=15562, b=23223):
    return a < a + b

def g(a=15562, b=23223):
    return a % b

assert f(g())

def f(s: str, e=200):
    assert len(s) == len(s)
    return str(s) == str(e)

def g(e=200):
    return str(e)

assert f(g())

def f(s: str, string="s"):
    return "Hello " + s == "Hello world"

def g(string="s"):
    return "world"

assert f(g())

def f(y: int, a=4, b=54368639):
    if a == 3:
        return y % 2 == 0
    elif a == -3:
        return y % 2 == 1
    else:
        return y + a == b

def g(a=4, b=54368639):
    if a == 3:
        return y % 2 == 0
    elif a == -3:
        return y % 2 == 1
    else:
        return -a % b

assert f(g())

def f(x: int, a=10000, b=100000, c=6):
    if x < 0 and (a >= b):
        return -x**a
    else:
        return x > b

def g(a=10000, b=100000, c=6):
    return int(a % 3 + 3*b) + int(c % 3)

assert f(g())

def f(x: int, a=10000000):
    return x == 10000000

def g(a=10000000):
    return int(int(a + 0.25 * 3))

assert f(g())

def f(s: str):
    return len(s.lower()) == len(s.lower())

def g():
    return "Hello 123456789"

assert f(g())

def f(z: int):
    return z < z + 1

def g():
    return int(-1) + 2

assert f(g())

def f(n: int, v=255):
    return n // v == 255

def g(v=255):
    return v * v + 1

assert f(g())

def f(s: str, target="foobarbazwow"):
    return target[(len(target) - len(target) // 2) // 2] == s

def g(target="foobarbazwow"):
    return target[len(target) - len(target) // 2]

assert f(g())

def f(x: float):
    return x < 3.1415

def g():
    return 2.0

assert f(g())

def f(x: int, n=3, c=4):
    for i in range(7, 4):
        a, b = 1073258 + i
        if b == 0:
            if i < n:
                return False
        elif b - a <= 0:
            if c < 0:
                return False
    return True

def g(n=3, c=4):
    return int(n) + int(c)

assert f(g())

def f(s: str):
    assert len(s) == 5
    for i in range(7012):
        s = sorted(s)
        if len(s) == 5 and i in s:
            return i + 1
        else:
            if i == s:
                return len(s) == 5
                return i + 1 + 1
    return len(s) == 5

def g():
    return "world"[::-1]

assert f(g())

def f(n: int, a=10202):
    return abs(n - a) < 10202 and abs(n) < 10202

def g(a=10202):
    return int(int(a) ** 0.5) + 1

assert f(g())

def f(s: str, target="s"):
    return s[::-1] == target

def g(target="s"):
    return target

assert f(g())

def f(s: str):
    return s == 0 and all(i in "24" for i in str(s)) or s.count("0") == 1

def g():
    return "world[0]"

assert f(g())

def f(x: int, a=0, b=12345, c=0):
    if x > 0 or c > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=0, b=12345, c=0):
    if a > b or c > 0:
        return a - b == c
    else:
        return a + b

assert f(g())

def f(s: str, word="anticapostrophe", max_len=133733):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == s
    return word == s

def g(word="anticapostrophe", max_len=133733):
    if max_len != 0 or len(word) != 0:
        return "anticapostrophe"
    else:
        return "anticapostrophe"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(word.count("antidisestablishmentarianism")) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 0:
        return ""
    else:
        return a + b

assert f(g())

def f(x: int, a=503532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=503532, b=1230200):
    if a < 50:
        return a < b
    else:
        return a + b

assert f(g())

def f(s: str, name="noublour", bs="d", t="noublour", n=16):
    return s.count("noublour") == 1

def g(name="noublour", bs="d", t="noublour", n=16):
    return name.replace("-", "\n")

assert f(g())

def f(x: int, a=6, b=-100):
    return x == b

def g(a=6, b=-100):
    return x == a if a < b else b

assert f(g())

def f(s: str):
    return s == s and len(s) == 5

def g():
    return "hello"

assert f(g())

def f(x: int, a=253532, b=1512300):
    return x - a == b

def g(a=253532, b=1512300):
    return a + b

assert f(g())

def f(value: int, a=10201202000):
    return value >= a

def g(a=10201202000):
    return a

assert f(g())

def f(p: List[int]):
    return sorted(p) == list(range(999))

def g():
    return list(list(range(999)))

assert f(g())

def f(name: str):
    return name.lower() == "konjac"

def g():
    return "konjac"

assert f(g())

def f(s: str, target="u"):
    for i in range(len(target)):
        if target[i] == s:
            return (i == 0)
    return None

def g(target="u"):
    return target

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st + a == b and st == a or st == b

def g(a="world", b="Hello world"):
    return 'Hello world'

assert f(g())

def f(s: str, word="kaboodle"):
    for i in range(2):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="kaboodle"):
    return "kaboodle"

assert f(g())

def f(d: int, n=78558734, c=20275620):
    return d * c * 2 + c < d + 1 + n

def g(n=78558734, c=20275620):
    return n >> c

assert f(g())

def f(x: int, a=102021024000):
    return x and x == a

def g(a=102021024000):
    return a

assert f(g())

def f(s: str, strings=['a', 'b', 'c']):
    return s[::-1] in strings and sum(t < s[::-1] for t in strings) == 1

def g(strings=['a', 'b', 'c']):
    return 'a' in strings if len(strings) == 2 else "b"

assert f(g())

def f(n: int, a=554567456, b=10):
    return n // b == a

def g(a=554567456, b=10):
    return a * b #a == b

assert f(g())

def f(s: str, a=['book', 'wink']):
    if a != 'book':
        return s in a
    if b != 'wink':
        return s in b
    if c != c.lower():
        return s in c
    for i in sorted(s):
        if a != (b != i) and i >= 50:
            return s in a
    return None

def g(a=['book', 'wink']):
    if (a != 'book') or (a == 'wink'):
        return 'book'
    for i in sorted(a):
        if b != i in a:
            return 'book'
    return None

assert f(g())

def f(a: int):
    if a != 0: return True
    l = set(a)
    set = [(a-1, a-1, 0, 0)]
    for xi in set:
        if xi > 1 or xi < 1 and (a != 1 or 0):
            return True
    return False

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(x: str):
    if len(x) == 1:
        return x == 'x'

def g():
    return "x"

assert f(g())

def f(pred: int, w=30000):
    return int(w) - 3 <= pred

def g(w=30000):
    return int(w) + 3

assert f(g())

def f(n: int, v=17, w=100):
    if v%10 == 0:  # not a == 1
        return n >= w
    else:
        return n > w

def g(v=17, w=100):
    if v%10 == 0:  # not a == 1
        return h(3) == w%10
    else:
        return v*9**3

assert f(g())

def f(x: float, a=1020):
    return x == a

def g(a=1020):
    return (a * 10) / 10

assert f(g())

def f(name: str, sep="!"):
    return name == sep

def g(sep="!"):
    return str(sep)

assert f(g())

def f(x: int, a=42, b=5345983):
    return x + a >= b

def g(a=42, b=5345983):
    return (a ^ b) + 1

assert f(g())

def f(n: int, a=26, b=4422):
    return n // a > a

def g(a=26, b=4422):
    return a * b * a - b

assert f(g())

def f(s: str, n=30):
    return int(s) == n

def g(n=30):
    return str(n)

assert f(g())

def f(x: int, a=917540):
    return 0 <= x <= a

def g(a=917540):
    return int(a)

assert f(g())

def f(nums: List[int], x=500000, a=4, b=8):
    return len(nums) == len(set(nums))

def g(x=500000, a=4, b=8):
    return [1, 2]

assert f(g())

def f(n: int, a=65, b=20):
    return sum([4 - 0.5 * n]) >= 10

def g(a=65, b=20):
    return sum([4, 6, 9]) - sum([9, 12, 20])

assert f(g())

def f(x: int, b=5, m=10):
    if b > 3:
        return x % 2 == 0
    elif m > 5:
        return x % 2 == 1
    else:
        return x + b == m > 10

def g(b=5, m=10):
    if b != m:
        return b + 1
    elif m != 5:
        return b + m

assert f(g())

def f(m: str, string="mooobooooofasd", count=2):
    return m.count("mooobooooofasd") == count

def g(string="mooobooooofasd", count=2):
    return str(string) + "mooobooooofasd"

assert f(g())

def f(x: str, a=15):
    a = 15 >= 9 and 15 != 5 and 7
    if a < 0 and a >= 0:
        return False
    return True

def g(a=15):
    return str(a)

assert f(g())

def f(x: int, q=1230200, p=1230500):
    if x < 0:
        return x - q > p or q - p > x
    else:
        return x + q > p or q - p > x

def g(q=1230200, p=1230500):
    assert q >= 8000
    return q * q + p

assert f(g())

def f(x: int, a=3, b=22, c=0, d=0, lower_bound=2):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=22, c=0, d=0, lower_bound=2):
    if a < 50 and b < 62:
        return int(a + b)
    else:
        return int(a - b)

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 > a

def g(a=10201202001):
    return 1 + a

assert f(g())

def f(n: int, a=345983, b=10):
    return n // b == a

def g(a=345983, b=10):
    return int(a) * 10

assert f(g())

def f(n: int, a=1353, b=2507000):
    if n == 1:
        return a > 100 and b < -25
    if n == 2:
        return a != 0 and b != -150
    if n == 3:
        return a != -200 and b != -40
    if n == 4:
        return a != 0 and b != -20
    if n == 5:
        return a != -500 and b != -150
    if n == 6:
        return a != -1000 and b != -150
    return a != 0 and a != -1000

def g(a=1353, b=2507000):
    a = (a + (a+b)) % 100
    b = a + (b + (b+a)) % 100
    return -100 * (a*b + b)

assert f(g())

def f(s: str):
    return (8 ** 2888) > 4 and len(s) > 3

def g():
    return "world[123456789]"

assert f(g())

def f(n: int, a=14302, b=5):
    return a + b <= n

def g(a=14302, b=5):
    return a + b

assert f(g())

def f(m: str):
    return len(m) == len([1, 1, 2, ..., 2])

def g():
    return "world"

assert f(g())

def f(n: int, a=10, b=15, upper_bound=150):
    return n % a == 0 and n < upper_bound or 0 <= n <= upper_bound

def g(a=10, b=15, upper_bound=150):
    a = int(a * 5) or (a + b)
    b = int(b * 5) or (b + a)
    return int(b) / (a * 5) + 1 if a == b else 0

assert f(g())

def f(n:int, a=100001, b=24101):
    for i in range(n):
        if b < 15:
            if b + ((i - 15) % 3) <= b:
                return -(i / 3 + 1)
    return (b - (2 * b) + 1) <= b / 2

def g(a=100001, b=24101):
    return (a + 1) - (b + 1) * 1000

assert f(g())

def f(s: str, c = "abc", a = "", b = "", length=200):
    return s.count(c) != a.count("3") and s.count(c) != b.count("1")

def g(c = "abc", a = "", b = "", length=200):
    return c  # c + a and b are not the same

assert f(g())

def f(x: int, a=105230):
    return x == a and x > 0.

def g(a=105230):
    return int(' ' + str(a))

assert f(g())

def f(n: int, a=3453, b=10):
    return n // a == b

def g(a=3453, b=10):
    return int(a * 10) + 1

assert f(g())

def f(x: int, v=17, w=100):
    return x * w >= v

def g(v=17, w=100):
    return v * w * 100 + w * 7

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 and length >= len(target) ] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) == 1000 and target[(-1) + len(target) >= len(target) ]]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s + target and len(s) == target.count(target)

def g(target="reverse me", reverse=True):
    if isinstance(target, str):
        target += target[:2]
    return target[0] if target else target

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == -1:
        return x % 2 == 0
    elif a == -2:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == -1:
        return x % 2 == 0 and sum(a) == 3
    elif a == -2:
        return x % 2 == 1
    else:
        return -a % b

assert f(g())

def f(n: int, v=17, w=100):
    if v == 0 and v <= w:
        return n > 0 and n > w
    else:
        return n > w

def g(v=17, w=100):
    return int(v * w + int(w + 1))

assert f(g())

def f(n: int):
    return str(n * n).startswith("111111")

def g():
    return int(int("111111" + "0"*11) ** 0.5) + 1

assert f(g())

def f(x: int, a=50, b=121533):
    if x > 0 or a != 253532:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=121533):
    if a != 253532:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: str, word="konjac"):
    return 'Hello world!' in x

def g(word="konjac"):
    return 'Hello world! a'

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(start) > 1000:
        start = 2 * (start + 1)
        if start == start:
            return True
        if start == start:
            return True
        if start > 9:
            return False
        if start[n-1] - 1 + 1 == len(start) + 1:
            return False
        if start < n:
            return False

def g():
    return int(int("123456789" + "0"*11) ** 0.5) + 1

assert f(g())

def f(n: int, v=9, w=100):
    n *= 9
    v *= w
    return (v < n) or len(v) > 3  # not possible - we don't need to know what the other number is

def g(v=9, w=100):
    return 5**(v + 3)

assert f(g())

def f(x: int, a=3021):
    q = x * 20
    return q > -3021 * -1

def g(a=3021):
    """Returns a "3021" value.  "a" is defined as a maximum of 1.00.
    """
    q = 1 + (20 - a)*20 + (20 - a)*3021*100
    return q**20 + (1 - (20 - q)*20)**20

assert f(g())

def f(n: int, d=1715):
    return n + d > 1715 and n > 1715

def g(d=1715):
    return 2 + d

assert f(g())

def f(r: int, length=15, upper_bound=5000):
    return r * length > upper_bound

def g(length=15, upper_bound=5000):
    return length + upper_bound

assert f(g())

def f(s: str, target="baabwowb", length=6):
    return target[((len(target) - length) // 2) // 2] == s

def g(target="baabwowb", length=6):
    return target[(len(target) - 1) // 2]

assert f(g())

def f(x: int, a=964):
    return x > a

def g(a=964):
    return int(a * a)

assert f(g())

def f(l: List[int]):
    return list(set(l)) == list(set(l[::-1]))

def g():
    return [2 for i in range(1000)]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            n = 1 if n % 2 else n // 2
        elif n <= start:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(tot: int, b=10, m=12, target=15):
    return int(tot) >= target

def g(b=10, m=12, target=15):
    if b >= 10 and target == 150: return 100
    if b <= 10 and target == 150:
        return 150

    try:
        f(b)
        return 100
    except Exception:
        f(b)
        return 100
    finally:
        return 100

assert f(g())

def f(x: int, a=9296021, b=68792337):
    return a + x == b

def g(a=9296021, b=68792337):
    return 0 - a + b

assert f(g())

def f(s: str, word="antishar", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] for s in word) == len(word) and a % n == 0

def g(word="antishar", max_len=10):
    if word is None:
        return None
    return str(word)

assert f(g())

def f(s: str, word="migration", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="migration", max_len=10):
    if len(word) <= max_len:
        return word == s if len(word) > max_len and len(word) < max_len else word

assert f(g())

def f(x: int, a=10000):
    return x ** 2 - a > 10** -10000

def g(a=10000):
    return int(int(("123456789" + "0"*10)) * a)

assert f(g())

def f(s: str, word="antisposability", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] - 1

def g(word="antisposability", max_len=20):
    if len(word) <= max_len:
        return word
    return int(s[0:-1]) == len(word) - 1 and word[0] == s[0]

assert f(g())

def f(d: int, m=205567, m_l=10202355, m_c=15, m_lq=6):
    return d + m + m <= m_lq + m_c

def g(m=205567, m_l=10202355, m_c=15, m_lq=6):
    return -60 * m*m_c

assert f(g())

def f(x: int, a=937523):
    return x == a

def g(a=937523):
    return a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

    return x - a == b

def g(a=253532, b=1230200):
    if a > 253532:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int):
    return n >= 100

def g():
    return int(int("123456789" * 9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return li.count(li) ==li.count(li)

def g():
    return list([1, 2, 3, 4])

assert f(g())

def f(s: str, word="sans", string="einstein"):
    return s.lower() == s

def g(word="sans", string="einstein"):
    return "sans"

assert f(g())

def f(x: int):
    return str(x - 3.1415) == str(x - 3.1415)

def g():
    return int(int(0) * 8) + 1

assert f(g())

def f(s: str, word="I!!love!", max_len=20):
    if len(word) <= max_len:
        return word == s
    if str(w)=='':
        return ''
    return '' == s[1:-1] and str(w)[0] == s[0]

def g(word="I!!love!", max_len=20):
    if word:
        return word
    if max_len <= max_len:
        return max_len <= max_len
    return str(word) + word

assert f(g())

def f(x: int, a=5129, b=18):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5129, b=18):
    return a + b

assert f(g())

def f(x: int, a=6023, b=392535):
    if x > 0 and a > 49:
        return x - a == b
    else:
        return x + a == b

def g(a=6023, b=392535):
    if (a > 3 and b > 0):
        return a + b
    else:
        return a * b

assert f(g())

def f(x: int, a=3, b=500000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3, b=500000):
    if a > 50:
        return a + b
    else:
        return b + a

assert f(g())

def f(d: int, n=123456789):
    return d > n - 1

def g(n=123456789):
    return n * n + 1

assert f(g())

def f(s: str, a=1020, b=1000):
    return s == "hello world"

def g(a=1020, b=1000):
    return "hello world"

assert f(g())

def f(s: str, word="konjac", i=0, b=-93206):
    for i in range(len(word)):
        if s[i] != word[i] and b > 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", i=0, b=-93206):
    return "123456789" + 2 * word

assert f(g())

def f(x: int, a=9002338):
    return x == a

def g(a=9002338):
    return a

assert f(g())

def f(x: str, b=13):
    for i in range(5):
        if i != b:
            return x[i:i + 1] == "1"
        else:
            return x[i] + b

def g(b=13):
    return str(b * 9 + b)

assert f(g())

def f(n: int, a=14302, b=5):
    return b * (n - a) == b

def g(a=14302, b=5):
    return a + 1

assert f(g())

def f(s: List[int], target=[1, 4, 2, 5, 12], length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target=[1, 4, 2, 5, 12], length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r']):
    return str(chars)

assert f(g())

def f(n: int, a=345346294, b=10):
    return n // b == a

def g(a=345346294, b=10):
    return a * b

assert f(g())

def f(s: str, target=10):
    return len(s) > 3

def g(target=10):
    return '"' + str(target) + '" is greater than 1'

assert f(g())

def f(x: int, a=4568, b=12306):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4568, b=12306):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a + b == b
    else:
        return x

def g(a=253532, b=1230200):
    if a < 0 and b < 10:
        return a + b - (0.5 * (x-0)) * x + 0.5
    else:
        return a

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a >= b

def g(a=8665464, b=-93206):
    return 0 if a < b else 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 and length >= len(target) ] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target[:3]) // 2 and len(target) >= len(target) + len(target[:3]))][target[(len(target) - len(target[3]))// len(target) ] == 0]

assert f(g())

def f(i: int):
    return i > 0 or i > 4

def g():
    return 10 * int(6) + 1

assert f(g())

def f(substrings: List[str], l="o", s="p", count=30):
    return len(substrings) >= len(set(substrings)) >= len(set(l))  # non-empty subset, 0 = empty

def g(l="o", s="p", count=30):
    """
    Return a list of strings s
    """
    return list(set(l)) # empty subset

assert f(g())

def f(s: str, word="antitype", max_len=10):
    if len(word) <= max_len:
        return word + '' in s
    return int(s[1:-1]) == len(word[1:-1]) and s[0] == max_len and s[1] == max_len

def g(word="antitype", max_len=10):
    if len(word) <= max_len:
        return word[:]
    return int(word[:-1]) == max_len

assert f(g())

def f(n: int, c2=8):
    if c2 > 0:
        return n > 1
    return n - c2 % 2 != 0
    # we got two cases:
    # 1) If n is within the range [1, n-1] then n-1 is greater than 1,
    # so n should decrease by 1.
    return n > 1

def g(c2=8):
    assert c2 % 2 == 0
    return c2 + 1

assert f(g())

def f(x:int, a=253532, b=1230200):
    if x >= 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a == 253532 and b < 10:
        return a + b + "a"
    else:
        return a + b

assert f(g())

def f(t: List[int]):
    return 'Hello world' == 'Hello world'

def g():
    return [0, 1]

assert f(g())

def f(l: List[int]):
    return l[0] == l[1] and l[2] != l[3] or l[4] != l[5] or l[6] != l[7]  # no jumps

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) == 3  # len(x) != 3

def g():
    return [i for i in range(3)]

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    for t in s:
        if a < t or a > b:
            assert t == len(s) == len(s)
            assert lengths[t] == len(s)
            assert s == t and length[t == 1] == 2
            length = len(s)
    return len(s) == 1

def g(a="hello", b="yellow", length=4):
    return length in ("hello") if a == b else "\n"

assert f(g())

def f(s: str, dups=42155):
    return s != dups

def g(dups=42155):
    return 'f %d' % 2

assert f(g())

def f(n: int):
    m = n - 1
    return m <= 5 * m or m^2 > n - 2  # 3.4

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return set(s) != set("21-+*/") or s.count("-*/") == 2 and eval(s) == 1 and s.count("-*/") == 2

def g():
    return "foo"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x - a >= b

def g(a=1073258, b=72352549):
    return int(a) * b

assert f(g())

def f(s: str, word="jones"):
    for i in range(len(word)):
        if s[i] == word[i]:
            if i != 0:
                return False
    return True

def g(word="jones"):
    return "hello world"

assert f(g())

def f(s: str, word="konjacq"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjacq"):
    return str(word)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c < c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if s == "3".lower():
        for c in s and caps < len(s):
            if not caps:
                caps += 1
    return s.upper()

assert f(g())

def f(s: str, word="antideshipanimism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antideshipanimism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(max(str(word)) * max_len) + len(word) and word[0] == word[-1] and word[-2] == word[-2] and words[0] == 1

assert f(g())

def f(n: int):
    m = n
    while n < 1:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:
            return False
    return True

def g():
    return int(int("123456789") * 9)

assert f(g())

def f(x: int, a=93252338):
    if x > 0 or a > 50:
        return -x == a
    else:
        return x * a > (b - a)

def g(a=93252338):
    if a < 0:
        return a
    else:
        return -a

assert f(g())

def f(x: str, word="dansferre", max_len=10):
    if len(word) <= max_len:
        return word == x
    return int(x[1:-1]) == len(word[1:-1]) and x[0] == max_data_len

def g(word="dansferre", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word - '0') * len(word) - (int(word[-1]) + 1)

assert f(g())

def f(n: int, a=1680, b=1131):
    return a + b and b <= n and a + b <= n

def g(a=1680, b=1131):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=2255, b=1230200):
    if x > 0 or a > 100:
        return x - a > b
    else:
        return x - a

def g(a=2255, b=1230200):
    if a > 100:
        return int("123456789" + "0"*65536) * a
    else:
        return int("123456789" + "0"*65536)

assert f(g())

def f(x: str, p=5):
    return x[p] != p

def g(p=5):
    return "123456789".format(p)

assert f(g())

def f(n: int, v=19, w=100):
    return n > 0

def g(v=19, w=100):
    return int(int(v)**100)

assert f(g())

def f(s_case: str, s="can'ttestifitloublings"):
    return s_case == s

def g(s="can'ttestifitloublings"):
    return "can'ttestifitloublings"

assert f(g())

def f(n: int, a=14302, b=5):
    return a == b or ((a < b) & (a < b)) & ((a < b) << 16) == ((a > b) & (a > b)) & ((a < b) << 16) == ((b <= a) & (a <= b))

def g(a=14302, b=5):
    return ((a < b) & (a < b)) >> (16)

assert f(g())

def f(u: str, word="french", max_len=7):
    if len(word) <= max_len:
        return word == u
    return len(word) == n

def g(word="french", max_len=7):
    if word == "french":
        return word
    return word

assert f(g())

def f(b: str, m=20, a=135527):
    return b != m or b != m > a

def g(m=20, a=135527):
    return "helloworld"

assert f(g())

def f(t: str, s="abcdabcdc"):
    return t[0] == s[0] and t[1] == s[1] and t[2] == s[2] and t[3] == t[3]

def g(s="abcdabcdc"):
    return s

assert f(g())

def f(x: int, a=500, b=10):
    if x <= 0 or a <= 500:
        return x - a > 50
    else:
        return x + a > 50

def g(a=500, b=10):
    return a**2-b**2

assert f(g())

def f(n: int, a=1844):
    assert all(n % 3 == 0 for n in range(0) and n == 0 for a in n)
    return n - 3 >= a

def g(a=1844):
    assert all(n % 3 == 0 for a in range(0) and n == 0 for a in n)
    return int(int("123456789" + "0"*9) - 3)

assert f(g())

def f(s: str, word="r_kryb"):
    return (str(s) == word or s[:1] == word[:1])

def g(word="r_kryb"):
    return "r_kryb"

assert f(g())

def f(l: List[int]):
    return all(n for n in l)

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return 'hello world! I am' in s or all((s for i in s) for s in s)

def g():
    return 'world[1]!'

assert f(g())

def f(x: int, a=5, b=11000):
    if x > 0 or a > 300:
        return x - a > b
    else:
        return x + a > b

def g(a=5, b=11000):
    return int(int(a) * 255 + (b-a)**5)

assert f(g())

def f(s: str):
    return set(s) == set("reverse me")

def g():
    return "reverse me"

assert f(g())

def f(q: List[int]):
    return q.count("1") > 3 and q.count("10") <= q.count("20") and q.count("30") == q.count("15") or q.count("30") == q.count("0")

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=94272979):
    return x >= a

def g(a=94272979):
    return int(float(a) * 4.3)

assert f(g())

def f(z: int, max_len=128):
    return max_len <= z + 1

def g(max_len=128):
    return max(1, max_len)

assert f(g())

def f(n: int, a=3543, b=1016):
    return n - a == b

def g(a=3543, b=1016):
    if a == b:
        return 1
    else:
        return a + b

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return li * n == target

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return [17, 9, -1]

assert f(g())

def f(pi: int, a=10, b=9):
    return pi >= 0.01*pi and (pi < b)

def g(a=10, b=9):
    return f(a) + f(b)

assert f(g())

def f(s: str, target="foobarbombobazwow", length=6):
    if target == s:
        return target[(len(target) - len(s)) // 2 : (len(target) + len(target) )// 2] == s
    elif target == s and length == 6:
        return target[(len(target) - len(s)) // 2 : (len(target) + len(target) )// 2] == s
    else:
        return target[(len(target) - len(s)), target[(len(target) + len(s) + len(target))// 2] == s]

def g(target="foobarbombobazwow", length=6):
    if target == "foobarbombobazwow":
        return target
    elif target == "foobarbombobazwow":
        return target[:target]
    else:
        return target[:target]
    return None

assert f(g())

def f(s: str, target='foobarbazwow'):
    return target[(len(target) - len(s)) // 2:(len(target) + len(target))] == s

def g(target='foobarbazwow'):
    return "foobarbazwow"

assert f(g())

def f(s: str):
    return s[::-1] != s[::-2] and s[::-3] != s[::-4] and s[::-5] == s[::-6]

def g():
    return "world"

assert f(g())

def f(n: int, a=101, b=16):
    return n >= a

def g(a=101, b=16):
    return int(int(a+b))

assert f(g())

def f(s: str, b="world"):
    return s.lower().lower() == b

def g(b="world"):
    return str(b)
    assert str(b) not in {'a'*3:2, 'b'*2:3}

assert f(g())

def f(s: str, target=8):
    return "Hi " + s == "Hi world"

def g(target=8):
    return "world"

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 1 + 1000))

def g():
    return int(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("123")

def g():
    return float(float("123456789"))

assert f(g())

def f(s: str, target="foobarbazwow", length=31):
    return target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", length=31):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i].upper():
            if not s[i].lower():
                return False
        else:
            if word[i].lower():
                return False
    return True

def g(word="konjac"):
    return str("konjac")

assert f(g())

def f(n: int):
    return len(str(n + 100)) == len(str(n + 1000))

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(n: int, a=3453434, b=10):
    return n // b > a

def g(a=3453434, b=10):
    return 9*(a + b + 1) * 10

assert f(g())

def f(s: str):
    return s.count("1") and s.count("2") != -1.

def g():
    return str([1])

assert f(g())

def f(n: int, a=14403):
    return n > 100

def g(a=14403):
    return a

assert f(g())

def f(x: str, a="world", b="Hello"):
    return x == a + b

def g(a="world", b="Hello"):
    return str(a) + str(b)

assert f(g())

def f(x: str, s=[]):
    return len(x) == len(s)

def g(s=[]):
    # if this array is in the original form, they need to be set.
    # otherwise, the original one:
    #     ...
    if len(s) == 10:
        print(s)
        return str(s)
    else:
        return "" + s if len(s) == 10 else ""

assert f(g())

def f(s: str):
    return s[1:] != s[2:]

def g():
    return "hello"

assert f(g())

def f(s: str, a=3563):
    return s == "Hello" or s == "Hello world"

def g(a=3563):
    return a == 0 or "Hello"

assert f(g())

def f(string: str, substring="a", count=102421):
    return len(string) == len(substring)

def g(substring="a", count=102421):
    return substring[0:102421]

assert f(g())

def f(s: str, word="jakim"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="jakim"):
    return str(word)

assert f(g())

def f(n: int, weight=20):
    return n + weight and n % weight + 1 <= weight

def g(weight=20):
    return 1 + weight

assert f(g())

def f(x: int, a=253532, b=920001):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=920001):
    if a < b:
        return a + b
    else:
        return a - b

assert f(g())

def f(y: int, a=10201202000):
    return y % a == 0 and y == a

def g(a=10201202000):
    return a

assert f(g())

def f(s: str, big_str="foobar", index=20):
    return big_str == 'foobar'

def g(big_str="foobar", index=20):
    return str(big_str == 'foobar')

assert f(g())

def f(x: str):
    return 'World' in x

def g():
    return 'World'

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s.count('o') > 2

def g(big_str="foobar", index=2):
    return str(big_str + "foobar")

assert f(g())

def f(x: int, a=253664, b=131536):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253664, b=131536):
    return a + b

assert f(g())

def f(w: str, word="antidisestablishmentarianism", max_len=10):
    if max_len:
        return word == w
    return str.search(word) or "not in place";

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len:
        return word
    return word

assert f(g())

def f(s: str):
    return s.lower() == s[0]

def g():
    return "3"

assert f(g())

def f(p: List[int], n=1, k=1024, maxsize=10000):
    prod = 1
    for i in range(n):
        if p[i] == 0:
            return prod
        else:
            prod *= max(k, prod)
    return prod >= k

def g(n=1, k=1024, maxsize=10000):
    return [n for i in range(k)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=7013):
    if len(word) <= max_len:
        return word == s
    return int(str(3 ** n)[:-2] + s) == 3 ** n

def g(word="antidisestablishmentarianism", max_len=7013):
    if word == "antidiesserisation":
        word = max(n)
    else:
        return word

assert f(g())

def f(x: List[int], a=20, s=5, e=125):
    if len(x) == 15 and x[-1] >= e:
        return all(x[-1] >= -e for x in x[len(x)] for x in x)
    else:
        return x != x[-1]

def g(a=20, s=5, e=125):
    return [1, 2, 3]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return int(s) == len(word)

def g(word="antidisestablishmentarianism", max_len=20):
    if len(word) <= max_len:
        return word
    if len(word) > max_len:
        return word

assert f(g())

def f(name: str, target = '!'):
    return target == name.lower()

def g(target = '!'):
    return str(target)

assert f(g())

def f(s: str):
    return set(s) < set("22-+*/") and s.count("7") == 1 or s.count("1") == 1

def g():
    return "2-1"

assert f(g())

def f(s: str):
    return s != s.lower()  # remove leading zero from s

def g():
    return "World"

assert f(g())

def f(s: str, word="tron", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == type(s[1:-1]) and word[-1] == s[-1]

def g(word="tron", max_len=10):
    if word == "tron":
        return "tron"
    return "tron"

assert f(g())

def f(s: str, word=""):
    for i in range(len(s)):
        if s[i] != word:
            return False
    return True

def g(word=""):
    return str(word+str(word))

assert f(g())

def f(x: int, a=1020):
    return x - a == a

def g(a=1020):
    return int(a) + (int(a) & 0xfffffff)

assert f(g())

def f(x: int, a=10, b=99999):
    return x ** 2 > a * a + b * b > 5

def g(a=10, b=99999):
    return (a * b * b + a * b and a * b + b * b) + b

assert f(g())

def f(s: str, word="arithmetic", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and words[0] == s[0] and words[-1] == s[-1]

def g(word="arithmetic", max_len=20):
    if len(word) < max_len:
        return word
    return int(word[1:len(word) - 1]) == max_len

assert f(g())

def f(u: int, x=1):
    n = 1
    while 1:
        m = u - 1
        if m > 1:
            return True
        else:
            if n != 2:
                return False
            n = n - 1
        return str.sub(u, m)
    return u > m and n == 1

def g(x=1):
    if 1:
        n = 10
        if x:
            return n
        else:
            return False
    return x < 1

assert f(g())

def f(s: str, target="reverse me",reverse=True):
    return 'reverse me' in s or (reverse) in s

def g(target="reverse me",reverse=True):
    return "reverse me [{}] reverse me"

assert f(g())

def f(x: int, a=1023):
    return abs(x) - x == a or a < x

def g(a=1023):
    return abs(int(a) + abs(a)) ** a

assert f(g())

def f(x: int, a=1072190):
    return x == a

def g(a=1072190):
    return a

assert f(g())

def f(s: str, a="Hello world", b="Hello world"):
    return len(s) == len(a)

def g(a="Hello world", b="Hello world"):
    return a < b or "Hello world"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target)-length) // 2:] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target)-length) // 2:]

assert f(g())

def f(s: str, word="aBAb", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= b:
        return s == word

def g(word="aBAb", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len and word[3] in words:
        return s == word[3]
    return words[word]

assert f(g())

def f(x: float, a=972):
    return abs(x - 3) >= a

def g(a=972):
    return float(a)*(7/2.14) + 10.14

assert f(g())

def f(n: int, v=10, nb=1):
    return nb + (1 - (n)/2) * (v + n) < 1e-3

def g(v=10, nb=1):
    return int(v) + 1

assert f(g())

def f(s: str):
    for i in ('o', 'h'):
        if s == "pe" or s == "pe-i":
            return True
    return False

def g():
    return ("pe")

assert f(g())

def f(li: List[int]):
    return list(range(666, 100)) == list(range(666, 100) for li in li)

def g():
    return ["a"*(i+2) + "b" for i in range(666, 100)]

assert f(g())

def f(n: int, p=10981):
    return sum(p for p in [10981, 12, 7]) == n

def g(p=10981):
    return sum(p for p in [10981, 12, 7])

assert f(g())

def f(z: int, n=1000):
    return z < n

def g(n=1000):
    return int(n < (1*(n-1))+500)

assert f(g())

def f(x: List[int], s1="123456789"):
    return len(x) == len(s1)

def g(s1="123456789"):
    return [b for b in range(len(s1))]

assert f(g())

def f(a: int):
    return a > 1

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(x: int, a=12520, b=12500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=12520, b=12500):
    return a + b

assert f(g())

def f(s: str, word="antistransitionism", max_len=10):
    if len(word) < max_len:
        return word == s
    return word == s

def g(word="antistransitionism", max_len=10):
    if word == "antistransitionism":
        return "antistransitionism"
    return word

assert f(g())

def f(c: str, a=16, b=15):
    return c == 0 and a >= b or c != b or 2 and a <= b

def g(a=16, b=15):
    return str(a + b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != word[i].lower():
            return False

    for i in range(len(word)):
        if word[i] != word[i].lower():
            return False

    return True

def g(word="konjac"):
    return word[1].lower()

assert f(g())

def f(s: str, big_str=['MONEY'], index=0):
    return big_str.index(s) == index

def g(big_str=['MONEY'], index=0):
    return "MONEY"

assert f(g())

def f(n: int, a=34532639, b=10):
    return n // b == a

def g(a=34532639, b=10):
    return int(a) * b

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == len(str(i + 100))

def g():
    return int(int("123456789"))

assert f(g())

def f(s: str, word="crocery", max_len=30):
    if len(word) <= max_len:
        return word == s
    for i in range(len(word) + max_len):
        if len(word[i]) > max_len:
            return word[i] - s
    return -1

def g(word="crocery", max_len=30):
    if len(word) <= max_len:
        return word

    return w[:max_len] - s

assert f(g())

def f(t: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in t:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars)

assert f(g())

def f(x: int, a=63225, b=253532):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=63225, b=253532):
    if a > 50:
        return a + b
    else:
        return x + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253532, b=1230200):
    return int(a * b) + 2

assert f(g())

def f(s: str, big_str="foobar", i=1):
    return big_str.index(s) == i

def g(big_str="foobar", i=1):
    return str(big_str.replace(':', '^'))[2]

assert f(g())

def f(n: int, m=262222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222):
    return n/m == m / n

def g(m=262222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222):
    return int(m - 1) + 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    for i in range(a):
        x + x == b
    return a >= b or x > a

def g(a=1073258, b=72352549):
    return int(a + b) + 3

assert f(g())

def f(x: int, a=50, b=14451233):
    if x > 0 or a > 50:
        return x / 2 >= 5
    else:
        return x + a == b

def g(a=50, b=14451233):
    if a > 150:
        return a
    else:
        return a + b

assert f(g())

def f(n: int):
    return str(n * n).startswith("1533")

def g():
    return int(int("1533"+"0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[:len(target) + length] == s

def g(target="foobarbazwow", length=6):
    return target[:len(target) + len(target) + 5:]

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x == a or x.lower() in b

def g(a=8665464, b=-93206):
    return a == b or a == b or a == b or a == b or a or a or a or a or a or a or a or a or a or a or a or a or a or b

assert f(g())

def f(d: str):
    for i in range(8):
        if d[i] == 0:
            return false
    return True

def g():
    return "hello world"

assert f(g())

def f(n: int, a=16, b=16, lower_bound=5):
    return n / a // a > 0 or len(b) == b - lower_bound

def g(a=16, b=16, lower_bound=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    assert n > 100
    return abs(n ** 2) / 2 and n > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(m: int):
    return m >= 2

def g():
    return int(int("123456789" + "0"*7) * 3)

assert f(g())

def f(x: int, a=50, b=372989):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=372989):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != 'k' or s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 1:
            return True
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(n: int):
    if n > 4:
        return True
    else:  # i < n:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 4

assert f(g())

def f(x: int, a=3696, b=14546310):
    return x - a > b

def g(a=3696, b=14546310):
    return int(a**10 + b**10)

assert f(g())

def f(n: int, a=17, b=101, c=20):
    return n + a + b > sum([b * i for i in range(c)])

def g(a=17, b=101, c=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(pch: List[int]):
    return pch[0] == pch[1] == pch[2]

def g():
    return [int(int(int(0.0))) for i in range(1000)]

assert f(g())

def f(n: int, a=1, b=1, m=100):
    return n != a or (m == n) or (a > b) or (m is a)

def g(a=1, b=1, m=100):
    return int(int(a * m) + int(b * m) ** (1 - m) ** - 1)

assert f(g())

def f(invert: bool):
    if invert:
        return invert
    return False

def g():
    return bool("hello world")

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == a

def g(a=3, b=23463462):
    return b// 3

assert f(g())

def f(s: str, words=False):
    if s:
        if len(words) != len(words):
            return False
    else:
        return True
    return None

def g(words=False):
    if words:
        return "0" + words[0]
    else:
        return ""

assert f(g())

def f(s: str, chars=['o', 'h', 'w', 'r', 'd', 'e', 'g', 't', 'p', 't', '', 's']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'w', 'r', 'd', 'e', 'g', 't', 'p', 't', '', 's']):
    return str(chars[::-1]) + str(chars[::-2])

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) == len(list(range(999)))

def g():
    return sorted(list(range(999)))

assert f(g())

def f(x: str, s=9999):
    return str(x).startswith("999")

def g(s=9999):
    return "9999"

assert f(g())

def f(str: str, idx=3):
    return str[idx-1] == str[idx]

def g(idx=3):
    return ('Hello world')

assert f(g())

def f(str: str):
    return str.startswith("abcdefghijklumlmus")

def g():
    return "abcdefghijklumlmus\n1234567\n123456789abcdefGHijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, a=253532, b=1230200):
    return x - a == b if a < b else x - b

def g(a=253532, b=1230200):
    return a + b if a < b or (a < b) else x

assert f(g())

def f(s: str, word="konjac"):
    f19 = 2
    for i, word in enumerate(word):
        if s[i] != word:
            return False
    return True

def g(word="konjac"):
    return "konjac" + word

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=2):
    return n // b == a

def g(a=15482, b=23223, lower_bound=2):
    return 2 + a * b

assert f(g())

def f(s: str):
    return 'deee' in s

def g():
    return "deee[d]"

assert f(g())

def f(s: str, target="wonderful", length=6):
    return target[(len(target) - length) // 2] <= s

def g(target="wonderful", length=6):
    return str(target[(len(target) - length)//2])

assert f(g())

def f(n: int, b=18, p=18):
    return n % b == 0 and n % p == 0 and 0 < b <= 18

def g(b=18, p=18):
    return int(int(b) + int(p)** 2) * 11

assert f(g())

def f(s: List[str]):
    return len(s) == len(set(s))

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(li: List[int]):
    return len(li) == len(list(range(999)))

def g():
    return "b" and list(range(999))

assert f(g())

def f(values: List[str]):
    if len(values) == 12 and not (values.count(5) == 3):
        return True
    else:         
        return False

def g():
    return ["A"*i + "B" for i in range(12)]

assert f(g())

def f(s: str, word="arabic", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    if max_len > 1:
        return word

def g(word="arabic", max_len=10):
    return str(word[:max_len])

assert f(g())

def f(x: int, a=14103923, b=66759996):
    return a + x == b

def g(a=14103923, b=66759996):
    return b - a

assert f(g())

def f(size: int, n=20):
    return size * n > 20

def g(n=20):
    return 20 * n

assert f(g())

def f(string: str, s="wNd4nfXGvWlIa6e9uOJlU9o5xzqGJy0s", k=2):
    return s in string.split()

def g(s="wNd4nfXGvWlIa6e9uOJlU9o5xzqGJy0s", k=2):
    return s

assert f(g())

def f(s: str, word="nested", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="nested", max_len=20):
    return "nested"

assert f(g())

def f(tot: int):
    return tot >= 2

def g():
    return int(int("123456789" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me"):
    if s.count("1") == 1:
        return s
    return s[:] == target

def g(target="reverse me"):
    if not target:
        return ''
    return target

assert f(g())

def f(x: int, a=4, b=6, m=5):
    if x > 0:
        return x - a > m
    else:
        return x + a > m

def g(a=4, b=6, m=5):
    return int(int(a * m) + int(b * m) + int(a * m) + int(b * m) )

assert f(g())

def f(s: str, strings=['bar', 'foobar', 'box', 'barb','box-box', 'bar', 'box-bar'], state=False):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['bar', 'foobar', 'box', 'barb','box-box', 'bar', 'box-bar'], state=False):
    # Check the 'barbar' state if it is already present.
    if state is True:
        return "bar"
    else:
        return "box-box"

assert f(g())

def f(z: int, a=9734437, b=-94637):
    return z > 1 or z < 1

def g(a=9734437, b=-94637):
    return 0 + a

assert f(g())

def f(s: str):
    return s  == 'world'         # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5

def g():
    return str("world")

assert f(g())

def f(n: int, v=17, w=100):
    if v == 0 and v <= w:
        return n > 0 and n > w
    else:
        return n > w

def g(v=17, w=100):
    return int(v**26000) + 1

assert f(g())

def f(s: str):
    if len(s) % 2 == 0:
        return True
    if s[0] == 0:
        return True
    if s[0] == 1:
        return True
    m = s.find("x")
    return m > s.find("x")

def g():
    return ("123456789" + "0" * 9 + "12346789")

assert f(g())

def f(x: int, a=253532, b=125000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=125000):
    if a < 0.5:
        return a + 1.5 * b* 253532
    else:
        return a + b

assert f(g())

def f(x: int, a=89039):
    return x == a

def g(a=89039):
    return int(a)

assert f(g())

def f(s: str, a=["birch", "tree", "birch", "trello", "birch", "circh"]):
    assert s in ["birch", "trello", "birch", "circh"]
    return len(s) == len("birch")

def g(a=["birch", "tree", "birch", "trello", "birch", "circh"]):
    return "birch"

assert f(g())

def f(n: int):
    if abs(n) > 1000:
        return True  # could be zero or one ...

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=21, b=1238):
    if x >= 0 or a >= 50:
        return x - a == b
    else:
        return x + a == b

def g(a=21, b=1238):
    if a >= 50 and b >= 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int):
    return str(n).startswith("1234567890")

def g():
    return int(int("1234567890" * 255))

assert f(g())

def f(s: str, word="mooobooofasd", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word)

def g(word="mooobooofasd", max_len=20):
    if len(word) <= max_len:
        return word
    return int(word[3:-3]**2) == len(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) - length: len(target) + length] == s

def g(target="foobarbazwow", length=6):
    return target[len(target) - length: len(target) + len(target) + len(target) - len(target) + len(target) + len(target) + len(target) + len(target) + len(target) + len(target) + len(target) + len(target) + len(target) + len(target) + len(target) + len(target) + len(target)]

assert f(g())

def f(s: str, word="penguin"):
    for i in range(len(word)):
        if word[i] != s[i]:
            return False
    return True

def g(word="penguin"):
    return "" + "penguin"

assert f(g())

def f(n: int, a=4044, b=53):
    return n // b == a

def g(a=4044, b=53):
    return a * b

assert f(g())

def f(s: str, word="antidisestablishmentalistism", max_len=40):
    if len(word) <= max_len:
        return word == s
    return int(s[0] == word[0]) and word[-1] == s[-1]

def g(word="antidisestablishmentalistism", max_len=40):
    if len(word) <= max_len:
        return word
    return int(wordsize(word, max_len))

assert f(g())

def f(x: int, a=40400000, d=5):
    return x > 500

def g(a=40400000, d=5):
    return int(a) * 5 - 1

assert f(g())

def f(s: str, word="antislabile", max_len=13):
    if len(word) <= max_len:
        return word == s
    return int(s[len(word) - 1] == 0) or {1, -1, 3, -1, -2, -2, -3, -3}

def g(word="antislabile", max_len=13):
    if word == "antislabile":
        return word
    if word in (1, 2, 5, 8, 13):
        return 1
    if word in (1, 2, 3):
        return 2
    if word in (1, 2, 3):
        return 3
    if word in (1, 2, 3):
        return 5
    if word in (1, 2, 3):
        return 8

assert f(g())

def f(x: int, a=65536):
    return x ** 2 >= a

def g(a=65536):
    return int(a ** 2)

assert f(g())

def f(n: int, a=17, b=200, c=100, d=5):
    return n - b > sum([c * i for i in range(c)])

def g(a=17, b=200, c=100, d=5):
    return a - (int(c) ** 3) + (3 * b + c) ** 3

assert f(g())

def f(x: int, a=253532, b=6):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=6):
    if a > 50:
        return a + b
    else:
        return a - c

assert f(g())

def f(x: int, a=315843, b=121828):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=315843, b=121828):
    if a > 0 or b < 121828:
        return a + b
    else:
        return a - b

assert f(g())

def f(s: str):
    return str(s).startswith('\n')

def g():
    return '\n'

assert f(g())

def f(x: int, a=80, b=60):
    if a > 1:
        if b > 1:
            return True
        if x <= 0.8:
            return False
        return True
    else:
        return False

def g(a=80, b=60):
    return int(a - int(b))

assert f(g())

def f(x: int, a=253532, b=-93206):
    if x < 0 or a > 50:
        return x - a == b
    else:
        return x + a - b

def g(a=253532, b=-93206):
    if a < 0 or b < 0: return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=5017):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1] and len(s[1:-1] < max_len) == len(word)

def g(word="antidisestablishmentarianism", max_len=5017):
    return "antidisestablishmentarianism"

assert f(g())

def f(n: int):
    n = n + 1 if n % 2 else n // 2
    if n == n + 2:
        return False
    else:
        return True

def g():
    return f(3) + 5

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) >= max_len:
        return word == s

def g(word="antisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if word:
        return "antisestablishmentarianism"

assert f(g())

def f(x: int, b=723526):
    return x == b

def g(b=723526):
    return int(b)

assert f(g())

def f(x: int, a=100, b=20):
    if x > 0 or a == 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=20):
    return a+b

assert f(g())

def f(s: str):
    if len(s) == 2:
        s[0] = s[0] + s[0]
    if len(s) == 3:
        s[0] = s[0] - s[0]
    return s[1] in s[1] + s[1]

def g():
    return "World"

assert f(g())

def f(x: int, a=-87837, b=14546310):
    return a + x > b

def g(a=-87837, b=14546310):
    return a + (int(abs(a) - abs(b)) * (int(abs(a) - abs(b))))

assert f(g())

def f(s: str, word="konjac"):
    if s != word:
        return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(i: int):
    return i / 2 > 60

def g():
    return 2 * (10 * 30) + 2 * (5 * 30) - 10

assert f(g())

def f(n: int, a=18, b=20):
    return n / 10 != 0

def g(a=18, b=20):
    return a * a + b

assert f(g())

def f(position: List[int]):
    board = {(x, y): 0 for x in range(8) for y in range(8) if (x + y) % 2 == 0}  # empty board, 0 = empty
    for x, y, p in position:
        assert +2 >= p <= 2 and board[x, y] == 0 or board[x + p + 0, y + p + 0] == 0, "Can only jump to a square at the end"
        if isinstance(p, list):
            board[x + 0, y + p + 0] = board[x]
    return True

def g():
    return list(range(6, 6))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == min(word[1:-1], max_len) and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=1024):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == min(word[1:-1], max_len) and word[0] == s[0]

assert f(g())

def f(n: int):
    return str(n).startswith(("123456789"))

def g():
    return int(int("123456789" + "1"*9) ** 1 - 1) + 1

assert f(g())

def f(t: str, a=123):
    s = "abcdefghijklmnopqrstuvwxyz"
    start = t[0] + t[1]
    r = "0123456789"
    return len(r) == len(t)

def g(a=123):
    return str(a + 123*3.204795)

assert f(g())

def f(ls: List[str]):
    return list(zip(ls, ls)) == list(ls)

def g():
    return []

assert f(g())

def f(x: int, a=14302, b=5):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=14302, b=5):
    if a < b:
        return "123456789" + a
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("5") + str(d).count("10")))

def g(n=123456789):
    return int(n * n) + 1

assert f(g())

def f(s: str):
    return Set[str(s)] and len(set(s)) <= len(set(s))

def g():
    return "123456789"

assert f(g())

def f(counts: List[int], target_prob=0.5, m=20):
    return (counts[::-1] == 0) == 0

def g(target_prob=0.5, m=20):
    return [1, 2]

assert f(g())

def f(n: int):
    assert n > 0, "Hint: n should be between 3 and 12"
    return n > 0.

def g():
    return int(7) + 0

assert f(g())

def f(n: int):
    return pow(3, n, n) != 3

def g():
    return int(int("123456789" + "0"*6) ** 2) + 1

assert f(g())

def f(st: str, a="hello", b="Hello world"):
    return st == str or st == b

def g(a="hello", b="Hello world"):
    return "Hello world"

assert f(g())

def f(v: int, m=12345):
    return v > m or (m+m == len(v)).count("I!" * 4)

def g(m=12345):
    return int(m * 255)

assert f(g())

def f(s: str, u=[]):
    for c in s:
        if c not in s and c == s:
            return False
    return True

def g(u=[]):
    return str(u)

assert f(g())

def f(s: str):
    return s.startswith("Foobarbaz")

def g():
    return 'Foobarbaz'

assert f(g())

def f(x: int, a=1010, b=100):
    return x - a == b

def g(a=1010, b=100):
    return a + b

assert f(g())

def f(y: str, a="world", b="hello world"):
    return y == a

def g(a="world", b="hello world"):
    return "world"

assert f(g())

def f(x: int, a=15821639):
    return x > a

def g(a=15821639):
    a = (a - 1) * 3
    a = (a + 1) * 6
    a = a * 9
    return a

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 + a) >= 10 ** -5

def g(a=1020):
    return float(a) / 10

assert f(g())

def f(n: int, a=130100010000, b=10240001):
    return n / 3 > b

def g(a=130100010000, b=10240001):
    return int(a) or (a > b)

assert f(g())

def f(t: str):
    return t in list(t) or ('abc' in t)

def g():
    return ("abcd'l" * 9) + "c"

assert f(g())

def f(s:str):
    if len(s) <= 4:
        s = s + "";
        for i in range(1, s):
            s = s.split("\n");
            if s[0] == string[i]:
                return s[1]
        return s[-1] == string[-1]
    return s != ""  # if there are more than 4 chars, we don't know what to do

def g():
    return "hello"

assert f(g())

def f(path: List[int]):
    for i in range(1000):
        if i == 0:
            return True
        i = 0
        continue
        if i == 0:
            return False
        for j in i, i + 2:
            m = i % 10 and i < 0
            return m * 10 + m + j < 0
        return False

def g():
    return [0, 0, 1]

assert f(g())

def f(s: str, target="foobarbazwow", count=2):
    return target[(len(target) - 1) % 2 // 2] == s

def g(target="foobarbazwow", count=2):
    return target[(len(target) - 1) % 2 - 1 < 0]

assert f(g())

def f(x: float, a=1024):
    return abs(x **3)- a > 0.0

def g(a=1024):
    return abs(1.0 - a)

assert f(g())

def f(xs: List[int]):
    i = 0  # if i == 200 but i < 1000 or i > 10 or i < 200 but i = 200 and x = i == 200 then i will be 200
    for x in (500, 300, 250, 100, 200):
        i += 1
    return len(xs) >= 20

def g():
    return [int(i + 2) for i in range(100)]

assert f(g())

def f(r: List[int]):
    return r[0] == 0 and len(r) == 995

def g():
    return [i for i in range(995)]

assert f(g())

def f(s: str, n=18):
    return len(s) == len(s)

def g(n=18):
    return str(n * 10)

assert f(g())

def f(n: int, a=1020):
    return n % a == 0

def g(a=1020):
    return 2 * a

assert f(g())

def f(n: int):
    if abs(n) > 1000:
        return True  # could be zero or one ...

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or 0:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 0 or a < 0:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230400):
    return int(a + b)

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567891")

def g():
    return int(int("123456789" + "1"*100) ** 0.5) + 1

assert f(g())

def f(s: str, word="moooboooofasd", max_len=10):
    return s[-1] == word[-1] or s[1] == word[-1] or word[-1] == s[-1]

def g(word="moooboooofasd", max_len=10):
    return "moooboooofasd"

assert f(g())

def f(s: str, word="jemma"):
    if len(word) <= len(s) or len(word) <= len(s):
        return word == s
    return s * 1 - len(word) - 1

def g(word="jemma"):
    return str(word)

assert f(g())

def f(s: str, a=['pet', 'bear'], b=['dogs', 'bear']):
    return s in a and s in b

def g(a=['pet', 'bear'], b=['dogs', 'bear']):

    if a == 'pet':
        return 'pet'
    else:
        return 'bear'

assert f(g())

def f(x: float, a=1020, b=23463462):
    return abs(x) > 10 ** -5 and x > 0

def g(a=1020, b=23463462):
    if a < b:
        return a + (b - a) ** -5
    else:
        return a + (b - a) ** -5

assert f(g())

def f(s: str, s1="a", s2="b", n=3):
    return s.count(s1) == n and s.count(s2) == n or s1 == s2

def g(s1="a", s2="b", n=3):
    return s1*n + s2*n

assert f(g())

def f(x: int, a=253532, b=1230200):
    return x + a > b and a < b

def g(a=253532, b=1230200):
    return int(int(a)**3.5) + 2 * a + b

assert f(g())

def f(s: str, word="antity_propagation_fist", max_len=10):
    if len(word) <= max_len:
        return word.count('o') == 1000 and word[0] == s[0] and word[-1] == s[-1]
    return int(s[1:-1]) == len(word) and word[0] != s[0] and word[-1] != s[-1]

def g(word="antity_propagation_fist", max_len=10):
    if len(word) <= max_len:
        return word.count('o') == 1000 and word[0] == word[-1]
    if len(word) == max_len:
        return "123"
    return "1234"

assert f(g())

def f(x: int, a=17, b=122):
    return x - a == b

def g(a=17, b=122):
    return a + b

assert f(g())

def f(p: List[int], edges=[[0, 0], [0, 0], [1, 1], [0, 2], [2, 0], [3, 1], [0, 4], [1, 5], [1, 6], [1, 2], [0, 7], [2, 1], [2, 1], [1, 5], [1, 7], [1, 1], [2, 4], [2, 5], [3, 0], [3, 0], [4, 0], [5, 0], [6, 0], [7, 0], [8, 0], [9, 0], [10, 0], [11, 0]]):
    return p[2] > 0 and p[-1] > 0 and p[-2] > 0 and p[-3] > 0 and p[-4] > 0 and p[-5] > 0

def g(edges=[[0, 0], [0, 0], [1, 1], [0, 2], [2, 0], [3, 1], [0, 4], [1, 5], [1, 6], [1, 2], [0, 7], [2, 1], [2, 1], [1, 5], [1, 7], [1, 1], [2, 4], [2, 5], [3, 0], [3, 0], [4, 0], [5, 0], [6, 0], [7, 0], [8, 0], [9, 0], [10, 0], [11, 0]]):
    return [3, 0, 1, 1, 4, 3, 3, 1, 5, 4, 5, 5, 5, 0, 7, 8, 8, 9, 10, 10, 11, 11, 12, 12, 12, 1, 4, 5, 6, 9]

assert f(g())

def f(x: float, a=345346365, b=10):
    return x - a == 0

def g(a=345346365, b=10):
    return float(a)

assert f(g())

def f(x: int, a=9325247):
    return x == a

def g(a=9325247):
    return int(a)

assert f(g())

def f(y: int, a=932620):
    return y == a

def g(a=932620):
    return a

assert f(g())

def f(x: int, a=105, b=95, size=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=105, b=95, size=10):
    return a + b + size - 10

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0 and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return word[:10]

assert f(g())

def f(x: int, a=10171716, b=104578):
    return x - a == b

def g(a=10171716, b=104578):
    return int(a) + b

assert f(g())

def f(f: List[int]):
    if len(f) < 3:
        return False  # If the last line becomes empty, the last check is skipped.
    else:
        return True  # If the last line becomes empty, the last check is skipped

def g():
    return [0, 0, 1]

assert f(g())

def f(x: int, a=1024202001):
    return x ^ 2 == a

def g(a=1024202001):
    return a * (a != 0) ^ 2

assert f(g())

def f(n: int, a=345346363, b=10):
    return n / b > 25

def g(a=345346363, b=10):
    return int(a * 5 - b) + 1

assert f(g())

def f(s: str, word="moooboooofasd", target="moooboooof"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="moooboooofasd", target="moooboooof"):
    return "mooobooooofasd"

assert f(g())

def f(x: int, a=43, b=14050111):
    return x > 5129

def g(a=43, b=14050111):
    return int(a + b)

assert f(g())

def f(value: str):
    return str(str) == value

def g():
    return str(str)

assert f(g())

def f(x: int, a=14302, b=5):
    if x > 0 or a > 50:
        return x - a > 0
    else:
        return x + a > b

def g(a=14302, b=5):
    return int(a) + int(b)**3

assert f(g())

def f(x: int, a=181136, b=12590514):
    return x > b

def g(a=181136, b=12590514):
    return int(a * 9 + b)

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    m = 8
    m < 8
    m > 15
    m > 30
    return m + 1 <= m * m - (m - m + 1)

def g(a=15, b=27, upper_bound=150):
    m = 8
    m < 8
    if m < 10:
        return m
    else:
        return m + 1 <= m * m - (m - m + 1)

assert f(g())

def f(h: int):
    return h >= 2**15.0

def g():
    return int(int("123456789" + "0"*2) * 2.0) + 2

assert f(g())

def f(n: int, a=345346363, b=11):
    return n // b == a

def g(a=345346363, b=11):
    return int(a * b)

assert f(g())

def f(n: int, a=8674737):
    return n > a

def g(a=8674737):
    return int(a)*a

assert f(g())

def f(n: int):
    return len(str(1)) == len(str(1 + 2))

def g():
    return len(str(1 + 2 + 3))

assert f(g())

def f(seq: List[int]):
    for i in range(len(seq)):
        if i != 0 or seq[i] == 1:
            return True
        n = 3 + i ^ 1j
        if n % 2 != lower:
            return False
        i = next(seq[i])
        if i != k:
            return False
        if i < n:
            return False
    return True

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, b=54, upper_bound=150):
    return n - b > 0

def g(b=54, upper_bound=150):
    return int(int(b) * b) + upper_bound

assert f(g())

def f(s: str, word="antidielementalistism", max_len=10):
    if len(word) < max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return str(word) == s

def g(word="antidielementalistism", max_len=10):
    """Returns the word of this line"""
    try:
        return word
    except:
        print("Not True")
    else:
        return word

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if s[-i] != word[i].upper():
            return False
    return True

def g(word="konjac"):
    return ""

assert f(g())

def f(li: List[int]):
    return len(li) == len(li)

def g():
    return [0, 1]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 100 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["aa"*(i+1)+"b" for i in range(100)]

assert f(g())

def f(m: int, a=1020):
    return m == a

def g(a=1020):
    return int(a)

assert f(g())

def f(s: str, word="lm"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="lm"):
    return word[:2]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2] == s or target[len(target) % 3] == target[(len(target) + length) % 3]

def g(target="foobarbazwow", length=6):
    return target[(len(target) % 3) >> 3]

assert f(g())

def f(x: int, a=5, b=134056):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a

def g(a=5, b=134056):
    while a < b:
        return a + b

assert f(g())

def f(s: str, s1="abcdefghijklmnopqrstuvwxyz", s2="abcdefghijklmnopqrstuvwxyz"):
    return s.count(s1) == s.count(s1) and s.count(s2) == s.count(s2)

def g(s1="abcdefghijklmnopqrstuvwxyz", s2="abcdefghijklmnopqrstuvwxyz"):
    return s1 ==s2 and "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, s1="b", s2="l", pos=2):
    return s1 + s2 in s

def g(s1="b", s2="l", pos=2):
    return s1 + s2

assert f(g())

def f(n: int, a=3, b=23463462):
    return n * a > b

def g(a=3, b=23463462):
    return 123456789+b*(a+b)

assert f(g())

def f(d: int, n=123456789):
    return d > n and n != 0 and n != 1

def g(n=123456789):
    return 1 + (n * n) + 2

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if max_len <= 30:
        return word == s
    if len(word) >= 3:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len <= 30:
        return word
    if len(word) < 3:
      return word
    if word[:-1] == None:
        return word[:-1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=101, length=12):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and s[-2] == s[0] and word[-2] == s[-2]

def g(word="antidisestablishmentarianism", max_len=101, length=12):
    if len(word) <= max_len:
        return word

assert f(g())

def f(s: str, word="i", n=6*5):
    if len(s[::-1]):
        return s[::-1] == word[::-1]
    return s.index(str) == 0

def g(word="i", n=6*5):
    if len(word) < n:
        return word
    if len(word) > 2:
        return word
    if n > 1:
        return word
    return str(n + 1) == word[::-1]

assert f(g())

def f(s: str, target="hello world"):
    return str(s) == target

def g(target="hello world"):
    return target.replace(str(0), target.replace("0", "")).replace('"', "")

assert f(g())

def f(x: int, a=5, b=8):
    if x > 0 or a > 50:
        return x - a == b or x + a == b
    else:
        return x + a == b

def g(a=5, b=8):
    return a + b

assert f(g())

def f(n: int):
    return str(n).startswith("123456789")

def g():
    return int(123456789)

assert f(g())

def f(s: str, target="foobarbazwow", length=-2):
    return target[(len(target) - length) // 4 ] == s

def g(target="foobarbazwow", length=-2):
    return target[(len(target) - length) // 4]

assert f(g())

def f(x: float, a=1020):
    return {x * 0.5 - 5.0 - 2.0} != 0

def g(a=1020):
    return a * 0.5 * 5.0

assert f(g())

def f(x: int):
    return x >= x + (1 - x) and x <= (x + 0.5)

def g():
    return int(int("123456789" + "0"*9) ** 2) + 2

assert f(g())

def f(n: int, a=1234):
    return n % 5 > 0 and n > a

def g(a=1234):
    return int(a)+int(a * 3.25)

assert f(g())

def f(s: str, a="dumplings", word="diembers", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) < len(word[1:-1]) and word[0] < s[0] and word[-1] < s[-1]

def g(a="dumplings", word="diembers", max_len=10):
    if len(word) <= max_len:
        return word[:len(word) + max_len]
    if len(word) < max_len:
        return word[-(max_len + word[len(word)] - 1) + max_len]
    return int(s[:length(word) - 1]) + len(word[-1])

assert f(g())

def f(string: str, substring="a", length=100):
    return string.replace(substring, substring) == substring

def g(substring="a", length=100):
    return substring

assert f(g())

def f(s: str, target="xgagaggaggaggagaggag"):
    return s == target

def g(target="xgagaggaggaggagaggag"):
    return target

assert f(g())

def f(n: int, a=3, b=23463462):
    return n // b > a

def g(a=3, b=23463462):
    return a + 3 + b*23463468

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_len) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    return (year_len + 2 - 1) % 1000

assert f(g())

def f(s: str):
    return s[::-1] == "A"

def g():
    return "A"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("A") > x.count("B")) and ('b' in x) for x in s)

def g():
    return ["A"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int, a=28, b=100, c=30):
    return n * a == b % 10 and c % 10 == 0

def g(a=28, b=100, c=30):
    return (a * c) % 10

assert f(g())

def f(s: str, word="konjac"):
    if s[:13] != word:
        return False
        assert all(s[:13] != word) in set(s) and len(s[:13]) == (3, 10)
        return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(i: int, n=500):
    """Add a few digits to [0, 1] from big char.

    If the last digit is greater than the first one we return a negative number.
    """
    return i >= n

def g(n=500):
    """Add some digits to [0, 1] from big char.

    If the previous digit is greater than the last one we return a negative number.
    """
    return n + 1

assert f(g())

def f(n: int, a=158215, b=20):
    return n // b == a

def g(a=158215, b=20):
    return a * b

assert f(g())

def f(nums: List[int], n=13, a=40, b=40):
    for i in range(10000):
        i = (n - 3 * (a % 4) + 1) % 3
    assert len(nums) == 4 and n >= -1  # n = -1/2^3 and m > -(n-3/2)*10 ...
    return len(nums) == 4 and n >= -9

def g(n=13, a=40, b=40):
    return [1 , 2, 3, 4]

assert f(g())

def f(x: int, a=1014, b=-621):
    return x - a >= b

def g(a=1014, b=-621):
    return int(a * 10) - (int(b + 2 - 5 * 10) + 5)

assert f(g())

def f(s: str, word="konjac"):
    for i in [2, 3, 4, 5, 6]:
        if i == 3:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    if isinstance(word, str):
        return "konjac"
    return False

assert f(g())

def f(s: str, target="foobarbazwow", nums=32):
    return target[((len(target) - nums) // 2) * 2 + (len(target) + nums) // 2] == s

def g(target="foobarbazwow", nums=32):
    return target[((len(target) - nums) % 2) + 1]

assert f(g())

def f(x: int, a=95252388):
    return x == a

def g(a=95252388):
    return int(a)

assert f(g())

def f(s: str, main_char="abcdefghijklmnopqrstuvwxyz"):
    return s == main_char

def g(main_char="abcdefghijklmnopqrstuvwxyz"):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(3):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:1]

assert f(g())

def f(c: str, text="from"):
    return len(c) == len(text)

def g(text="from"):
    return text

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    if a > 50:
        return x + a == b
    if b > 100:
        return x + b

def g(a=253532, b=1230200):
    if a < b:
        return a + b
    if b < 10:
        return a + b
    return g(a, b, b, 0) - 1

assert f(g())

def f(s: str, word="artillery", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(word[1:-1]) and str.lower() == word[1:-1]

def g(word="artillery", max_len=100):
    if len(word) <= max_len:
        return word
    return int(s[2:-1]) == max(word[2:-1]) and str.lower() == word[2:-1]

assert f(g())

def f(x: List[int]):
    return x[0] == 0 and x[1] != 0 and x[2] != 0 and x[3] != 0

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(d: int, v=4567):
    return v < d

def g(v=4567):
    return int(v) * (3 + 255) + (1 - 3 * 255)

assert f(g())

def f(s: str, s1="hello", s2="b"):
    return s1 in s or s2 in s1

def g(s1="hello", s2="b"):
    return "hello world"

assert f(g())

def f(s: str, word='antidisestablishmentarianism', max_len=9):
    if len(word) >= max_len:
        return word == s
    return int(word[1:-1]) == len(word[1:-1])

def g(word='antidisestablishmentarianism', max_len=9):
    if len(word) >= max_len:
        return word
    return int(word[1:-1]) != max_len

assert f(g())

def f(fname: str, a=20, b=30):
    return fname.startswith("ABCDEFGH")

def g(a=20, b=30):
    return 'ABCDEFGH'

assert f(g())

def f(x: int, a=135739):
    if x > 0:
        return x - a < 0
    else:
        return x + a > b

def g(a=135739):
    if a > 0:
        return 1
    else:
        return -1

assert f(g())

def f(p: List[int], h=1, m=200):
    return p[0] == 0 and p[1] == 1 == len(p[2:])
    h -= 1
    h -= 60

def g(h=1, m=200):
    return [0, h, m]

assert f(g())

def f(s: str):
    return s == 'world' or s == 'world' and a.count() > 0

def g():
    return "world" or "world"

assert f(g())

def f(x: int, a=45431463, b=5):
    return x - a == b or x % b == a and sum(x) == 2

def g(a=45431463, b=5):
    return a + b or a % b == a and sum(x) == 2

assert f(g())

def f(x: int, a=25040, b=125):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=25040, b=125):
    if a > 0:
        return a + b
    else:
        return a

assert f(g())

def f(s: str, u="world", u_range="0 to 3", u_target="value", u_target_len=100):
    for s in s.lower():
        if u_range == "0":
            s += u
    return s != u

def g(u="world", u_range="0 to 3", u_target="value", u_target_len=100):
    for u in u_range:
        if u_target == u_target_len:
            u = u_target_len
    return "Hello world"

assert f(g())

def f(num: int, t=197):
    m = num
    return m > 2 ** t

def g(t=197):
    n = int(t * t)
    x = (t + 4) % 3
    return x + 1 + 1 + 3 ** (t + 4)

assert f(g())

def f(b: int):
    return b > 999 and b > 8

def g():
    return int(int("999999999" + "3"*2)** 4)

assert f(g())

def f(nums: List[int], n=7001):
    return n < 7012

def g(n=7001):
    return [2, 3, 9]

assert f(g())

def f(n: int, q=40):
    return n / q != 0 and n % q == 0

def g(q=40):
    return q*10

assert f(g())

def f(z: float, v=2, d=0.0001):
    return 0.0001 < v or v % 10 >= 0

def g(v=2, d=0.0001):
    return float(v) % 10

assert f(g())

def f(s: str, target="aAaaBaa"):
    return s == target

def g(target="aAaaBaa"):
    return target

assert f(g())

def f(x: int):
    return str(x) <= str(100) and x != 10000

def g():
    return int(int("00000000" + "0"*11)) + 1

assert f(g())

def f(s: str, word="doefoo", length=500):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="doefoo", length=500):
    return str(word)

assert f(g())

def f(n: int, a=1582, b=23223, lower_bound=5):
    return n // a == b

def g(a=1582, b=23223, lower_bound=5):
    return a * b

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == -1
    elif a == 0:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == 2:
        return a % 2 == 0
    elif a == -1:
        return -a % 2 == -1
    elif a == 0:
        return a % 2 == 0
    else:
        return -a + b

assert f(g())

def f(s: str):
    return s in ["hello world"]      # empty

def g():
    return "hello world"

assert f(g())

def f(s: str, word="1"):
    for i in range(len(s)):
        s = str(s)
        if s[i] == word:
            return True
    return False

def g(word="1"):
    # A small amount of space after the character
    return str(word)

assert f(g())

def f(n: int, b=1020, coeffs=5):
    """Try again, but it is impossible."""
    return n > 0 and n != b

def g(b=1020, coeffs=5):
    """Try again. When b is less than 1020 the results are the same as in the previous example.
    The output is:
    (2, 21, 1020)
    (4, 22, 1020)
    (5, 23, 1020)
    (8, 24, 1020)
    (10, 25, 1020)
    ... etc."""
    return 10

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'm', '\'']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'm', '\'']):
    return str(chars[:-1]) + "-" + str(chars[1:]) + "-" + str(chars[2:])

assert f(g())

def f(n: int):
    return 0 <= n <= 2

def g():
    return int(0) + 1

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] and s != s[::-1]

def g():
    return "World"

assert f(g())

def f(x: int, a=16, b=-93208):
    return a - x == b

def g(a=16, b=-93208):
    return a - b

assert f(g())

def f(x: str):
    return str(x).startswith('--') or None

def g():
    return "--"

assert f(g())

def f(li: List[int], a=4, e=6, s=10):
    return sorted(li) == list(range(999)) and all(li[i] != li for i in range(len(li)))

def g(a=4, e=6, s=10):
    return sorted(list(range(999)))

assert f(g())

def f(s: str, word="v", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]  + max(s[0], max_len - 1))

def g(word="v", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:1])

assert f(g())

def f(s: str, word="kondrova"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondrova"):
    return str(word)

assert f(g())

def f(x: int, a=98, b=2, c=6, target=18):
    return x - a != b

def g(a=98, b=2, c=6, target=18):
    return (a * (c - 3) + (b * (2 - 2))) * (c - 3) + (4 * (b - 2)) + (1 + (a * c)) + (1 + (b * c))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i] and i == 0 or s[i] != word[i] and i == 0 or s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=65536):
    return a != 15

def g(a=65536):
    return int(a)

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s.count(big_str) == index

def g(big_str="foobar", index=2):
    return big_str + "foobar"

assert f(g())

def f(s: str, name="hough"):
    return len(s) == len(name)

def g(name="hough"):
    return str(name[::-1] == str("hough"))

assert f(g())

def f(s: str, word="qwertyuiopasdfghjklzxcvbnm"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="qwertyuiopasdfghjklzxcvbnm"):
    return 'Qwertyuiopasdfghjklzxcvbnm is %d' % (len(word) - 1)

assert f(g())

def f(x: int, a=15482, b=23223, lower_bound=50):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=15482, b=23223, lower_bound=50):
    if a < b or a > b:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return str(6 ** 2888).count(s) > 7

def g():
    return str(7)

assert f(g())

def f(s: str, word="kontoyu"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kontoyu"):
    return str(word[0]+" ")

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return b + x == a

def g(a=1073258, b=72352549):
    return int(a) - b

assert f(g())

def f(s: str, x=80, target=1):
    for i in range(1, len(s) + 1):
        if s[i] != target:
            return True
    return False

def g(x=80, target=1):
    return str(int(int(x) * x + int(target) * 1))

assert f(g())

def f(x: str, target='tangent', reverse=True):
    return x > target

def g(target='tangent', reverse=True):
    return target + '1'

assert f(g())

def f(li: List[int], k=5):
    def prod(nums):
        ans = 1
        for i in nums:
            ans *= i
        return ans

    return min(li) > 1 and len(li) == k and all(prod(li[:i] + li[i:]) % li[i] == 0 for i in range(k))

def g(k=5):
    return min([int(i+4) for i in range(5)] for i in range(5))

assert f(g())

def f(s: str, chars=['o', 'h', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', ' ', 'w', 'r', 'd']):
    return str(chars) + "0".join(chars)

assert f(g())

def f(s: str, a="world", b=""):
    return s + 'world' == 'world' + b

def g(a="world", b=""):
    return ''

assert f(g())

def f(z: int, n=1000):
    return z < n

def g(n=1000):
    return int(n ^ 10 + (n >> 1) ^ (n >> 4))

assert f(g())

def f(s: str):
    return s.startswith('hello')

def g():
    return "hello world"

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    if reverse and not target or target and s == "reverse me" or s == 0 or s == "reverse me":
        return True
    return False

def g(target="reverse me", reverse=False):
    return target

assert f(g())

def f(x: int, a=1073258, b=47369996):
    return a + x == b

def g(a=1073258, b=47369996):
    return -a + b

assert f(g())

def f(n: int, a=123456789, b=123):
    return n // b == a

def g(a=123456789, b=123):
    return a * b

assert f(g())

def f(x: int, a=124230, b=135540):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 0
    else:
        return -x % 2 == 1

def g(a=124230, b=135540):
    return int(a) + 1

assert f(g())

def f(name: str):
    return name == "name"

def g():
    return "name"

assert f(g())

def f(x: List[str]):
    for i in range(len(x)):
        if i == 0:
            if x != x[i]:
                return False
    return True

def g():
    return ["a"*(i+2) + "b" for i in range(0)]

assert f(g())

def f(flds: List[int]):
    return len(flds) == len(set(flds))

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=932523):
    return -x == -a

def g(a=932523):
    return int(a)

assert f(g())

def f(s: str, substrings= ['foo', 'baz']):
    return all(str in s and str[::-1] in str[::-1] for str in s)

def g(substrings= ['foo', 'baz']):
    return str(substrings[::-1])

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("5")))

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=93774535):
    return x == a

def g(a=93774535):
    return int(a)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:2]) == len(word) and word[0] == word[-1] and word[-2] == s[-2]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[-1] + 1) == 2 and word[0] == word[-1] and word[-1] == word[-2]

assert f(g())

def f(x: int, a=1568, b=142222):
    if x < 0 or a < 2:
        return x - a < 2 - b
    else:
        return x + a > b - a

def g(a=1568, b=142222):
    return (a + b) * 1024

assert f(g())

def f(s: str):
    return s == 'Permute me false'

def g():
    return 'Permute me false'

assert f(g())

def f(s: str, word="antismanismismism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return word == s

def g(word="antismanismismism", max_len=10):
    if len(word) > max_len:
        return word
    return word

assert f(g())

def f(x: int, a=60, b=60):
    if x < 0:
        return x - a > a
    else:
        return x + a > b

def g(a=60, b=60):
    return int(int(a + b) * (a - b) + 1) + 2

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7") + str(d).count("9")))

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(x: int, a=50, b=1300):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1300):
    if a < b:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s < s[1] and s != s[0]

def g():
    return "Hello " + "world"

assert f(g())

def f(n: int):
    return n + 1 + 1 and n > 100

def g():
    return int(int("123456789") * 100) + 1

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return a ** b and b < c

def g():
    return [1, 2, 3]

assert f(g())

def f(t: str, s="))(Add)some())()to()(balance(())(()(me!)(((("):
    for i in range(len(t) + 1):
        depth = t[:i].count("(") - t[:i].count(")")
        assert depth >= 0
        return depth == 0 and s in t

def g(s="))(Add)some())()to()(balance(())(()(me!)(((("):
    for i in range(len(s) + 1):
        depth = s[:i].count("(") - s[:i].count(")")
        assert depth >= 0
        return depth == 0 and s

assert f(g())

def f(x: int, a=125460, b=100, c=1168):
    if x == 0:
        return x
    return x >= 0 and (x > 0)

def g(a=125460, b=100, c=1168):
    return int("123456789" + "0"*9) * 3

assert f(g())

def f(s: str):
    return s == s.lower()

def g():
    return "abc"

assert f(g())

def f(x: int, a = 253532, b = 1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 253532, b = 1230200):
    if a > 50:
        return a + b
    else:
        return - a + b

assert f(g())

def f(s: str, t=1848):
    if s != 9:
        return s.lower() == 'world'
    return s.lower() > s.lower()
    if s.lower() != 3:
        return s.lower() == 'world'
    if s.lower() != 6:
        return 'world'
    if s.lower() != 7:
        return 'world'
    if s.lower() != 8:
        return 'world'
    if s.lower() != 11:
        return 'world'
    assert s.lower() == 'world'
    assert s.lower() == 'world'

def g(t=1848):
    if t != 9:
        return 'world'
    return 'world'

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return target[(len(target) - len(target) + length) // 2] == s

def g(target="foobarbazwow", length=3):
    if len(target) == 3:
        return target[(len(target) - len(target) + length) // 2]
    if target[len(target) == 3] == "bazwow":
        return target[(len(target) - len(target) + length) // 2]
    return target[(len(target) - len(target) + length) // 2]

assert f(g())

def f(n: int, v0=1, v1=2, v2=3, v3=4):
    for i in range(2):
        if v0 <= v1 and v0 < v1 < v2:
            return True
            i += 1
        else:
            if v0 + v1 > v1 and v0 == v2 and 0 <= v0 + v1 < v2:
                return True
                break
        i = 0
        n *= v0 + v2

def g(v0=1, v1=2, v2=3, v3=4):
    f(v0)
    f(v1)
    f(v2)
    f(v3)

    return f(v0) + f(v1) + f(v2) + f(v3) * (f(v0) + f(v1))

assert f(g())

def f(x: int, a=12323456789):
    return x == a

def g(a=12323456789):
    return a

assert f(g())

def f(li: List[int], l=63, count=7):
    return sorted(li) == list(range(999))

def g(l=63, count=7):
    return sorted(list(range(999)), reverse=True)

assert f(g())

def f(s: str, s1="b", s2="l", len1=10):
    for i in range(len(s) - 1):
        assert s.count(s1) == len(s) > 2, "Cannot calculate numbers"
        assert len(s) != len(s1)
    return s.count(s1) == len(s2)

def g(s1="b", s2="l", len1=10):
    for i in range(len(s1) - 1):
        assert len(s1) == len(s2)
    return s1[:len(s1) + 1]

assert f(g())

def f(s: str):
    return "Hello " + s != "Hello world"

def g():
    return "world[]"

assert f(g())

def f(s: List[int], v=0x7fffffff):
    for c in s:
        if c not in s:
            return False
    return True

def g(v=0x7fffffff):
    s = set("123456789123456789")
    return []

assert f(g())

def f(n: int, a=3, b=234731):
    return n // b == a

def g(a=3, b=234731):
    return int(a * b)

assert f(g())

def f(f: str, target='reverse me', reverse=True):
    return (f == target or f[target]) or f[target] == target

def g(target='reverse me', reverse=True):
    return target or target == reverse

assert f(g())

def f(t: str, s="test"):
    if t == '!':
        return t[0] + s
    elif t == '"' or t == '#':
        return t[1] + s
    return t == s

def g(s="test"):
    if not s:
        return s
    else:
        return s

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b ** 2 == 1

def g(a=1073258, b=72352549):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, v=17, w=1):
    for i in range(n):
        for j in range(20):
            v *= w + j
    return v > w

def g(v=17, w=1):
    return int(v * v) + 1

assert f(g())

def f(x: int, a=15482, b=23223):
    if a > 152 and a <= 0:
        return x - a > 0
    else:
        return x + a > b > 0

def g(a=15482, b=23223):
    return f((a - 15482) * 7 + b * 7) + (a - 15482) * 7 + b * 7

assert f(g())

def f(s: str, target="barbobazwow", length=5):
    return target[(len(target) - length) % 2] == s

def g(target="barbobazwow", length=5):
    return target[(len(target) % 2) == 5]

assert f(g())

def f(x: int, a=35, b=5678):
    return x + b == a

def g(a=35, b=5678):
    return a - b

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(999)) and all(nums[i] == i for i in range(3))

def g():
    return list(range(999)) or list()

assert f(g())

def f(s: str, words=['a','b','c','d','e']):
    return s   == words[0]

def g(words=['a','b','c','d','e']):
    return str(words[0])

assert f(g())

def f(x: int, a=1535501, b=13500):
    if x > 0 or a < 10:
        return x - a == b
    else:
        return x + a == b

def g(a=1535501, b=13500):
    if a < 10:
        return a < 10 # for %d.0 or 0:
    elif a < 15:
        return a < 15
    else:
        return a + b

assert f(g())

def f(x: str, start=13, starting=13, end=8):
    return x is not None

def g(start=13, starting=13, end=8):
    return str(start * -1) or str(start * -1).endswith("123456789")

assert f(g())

def f(x1: int, a=10201202001):
    return x1 > a

def g(a=10201202001):
    return int(int(a*9) ** 2720) + 6

assert f(g())

def f(f: str):
    return f == 'konjac'

def g():
    return 'konjac'

assert f(g())

def f(s: str):
    return s[0] == s[-2:]

def g():
    return "1"

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0:
        return x % 2 == 0
    elif x > 1:
        return -x % 2 == 1
    elif x > 2:
        return x - a == b

def g(a=4, b=54368639):
    if a < b:
        return 4 + 34 - 18;
    else:
        return 0 + 16 - 2;

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and s == target if reverse and target else s

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int, a=3, b=11661372):
    return n % 4 == a + b or n == (a == 1) + b

def g(a=3, b=11661372):
    return a % 4 == 3 + b or (a == 1) % 3 + b

assert f(g())

def f(s: str):
    return s.count("i") == 1 and s.count("fo") == 0

def g():
    return str("i")

assert f(g())

def f(n: int, x=0, a=0, y=50):
    return n != 0

def g(x=0, a=0, y=50):
    return x * 100 + y * 100

assert f(g())

def f(x: str, name=None):
    return x == "world:world" or x == "world:hello:world" or (x == "world:hello:world" or x == "world:hello:world")

def g(name=None):
    return str(name) == "world:world" or "world:hello:world" or (name == "hello:world")

assert f(g())

def f(n: int, a=1, b=1, d=10, max_len=10):
    return (n - a)**2 > 0 and (d - a) > 0

def g(a=1, b=1, d=10, max_len=10):
    return (a**2 + d**2 + a**3)**3

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) < max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[1] == s[1-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) < max_len:
        return word
    return int(word[1:]) == len(word[1:-1]) and word[1] == s[1-1]

assert f(g())

def f(x: str):
    return x == "Hello"

def g():
    return "Hello"

assert f(g())

def f(s: str, word="antidisestablishmentalisturalism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[0].upper()**2 + s[1].lower()**2) == len(word)

def g(word="antidisestablishmentalisturalism", max_len=50):
    if len(word) <= max_len:
        return word
    if max_len:
        return max_len
    if len(word) <= max_len:
        return word == "antidisestablishmentalisturalism"
    return None

assert f(g())

def f(n: int, d=123456789):
    return d < n and d < n

def g(d=123456789):
    return d * d + 1

assert f(g())

def f(s: str):
    return len(set(s)) == len(set(s))

def g():
    return "hello"

assert f(g())

def f(m: int, a=85324, b=542):
    return m - a > 5

def g(a=85324, b=542):
    m = 85324 - 542
    a = a*85324 - 542
    b = a*85324 - 542
    return m > a or b

assert f(g())

def f(t: str, s="World", bound=11):
    return t.count("9") != 2 and t.count("3") != 2 and len(t) > 4

def g(s="World", bound=11):
    return len(s) in range(4) if len(s) == 3 and s[2] == "123456789" else s

assert f(g())

def f(n: int, q=5):
    return q > 1 and q < n

def g(q=5):
    return int(q**10 + q) + 1

assert f(g())

def f(n: int, a=3, b=125587):
    return b + a > 0

def g(a=3, b=125587):
    return a

assert f(g())

def f(x: int, a=91252338):
    return x == a

def g(a=91252338):
    return a

assert f(g())

def f(i: int, t=197, upper=20):
    if i == -1:
        return False
    else:
        m = i
    return True

def g(t=197, upper=20):
    if isinstance(t, int):
        return t
    else:
        if n <= t:
            return (n * n).startswith("0123456789")
        else:
            return s[n] >> 1
    return False

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s.lower() == big_str and s.lower() == big_str and index != -1

def g(big_str="foobar", index=2):
    return str(big_str)

assert f(g())

def f(st: str, a="Hello world", b="world", s="hello world"):
    return st.lower() == b

def g(a="Hello world", b="world", s="hello world"):
    return a and b

assert f(g())

def f(s: str, word="antispace", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispace", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[:-1]) == wordsize(word) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(x: str):
    if len(x) == 5:
        return True
    elif len(x) < 10:
        return False
    elif len(x) < 1:
        return False
    return True

def g():
    return "World"

assert f(g())

def f(p_str: str, sub_strs="foobar", index=2):
    return p_str.index(sub_strs) != index

def g(sub_strs="foobar", index=2):
    return "foobar"

assert f(g())

def f(n: int, nums=[44455, 245638, 4777865, 7264954, 7762040, 7832785, 8985932], lower_bound=2):
    return 0 and num_nums(n) == n or n == 0 or num_nums(n + 2 ** 3) == 2

def g(nums=[44455, 245638, 4777865, 7264954, 7762040, 7832785, 8985932], lower_bound=2):
    return 0 and (n < nums) + num_nums(n+ 2 ** 3)

assert f(g())

def f(s: str, huge_str="foobar", big=7):
    return huge_str.index(s) == huge_str.index(s) or giant_str.index(s) == huge_str.index(s)

def g(huge_str="foobar", big=7):
    return "foobar";

assert f(g())

def f(x: int, a=93756026):
    return -x == a

def g(a=93756026):
    return -a

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if s[i] != word[i]:
                return False
        return True

def g(word="konjac"):
    return word.upper()

assert f(g())

def f(index: int, a=150000, b=5, suffix=4):
    return index - (a % b) == (b - a)

def g(a=150000, b=5, suffix=4):
    return (a % b) + (b - a)

assert f(g())

def f(s: str, chars=['h', ' ', 'w', 'r', 'd', ' ', 'o', 'l', ' ', ' ', '']):
    return s.lower() == 'h' and s.lower() == 'h'

def g(chars=['h', ' ', 'w', 'r', 'd', ' ', 'o', 'l', ' ', ' ', '']):
    return chr(256) == 'h' or 'h'

assert f(g())

def f(n: int, a=35454786, b=8):
    return n // b == a

def g(a=35454786, b=8):
    return a * b

assert f(g())

def f(n: int, a=2023):
    return 1 + a < n

def g(a=2023):
    return int(int(a * a) + 1)

assert f(g())

def f(n: float, a=-183, b=-2):
    return n - a == b

def g(a=-183, b=-2):
    return float(a + b)

assert f(g())

def f(s: str, word="cimingism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] != s[0] and word[-1] == s[-1]

def g(word="cimingism", max_len=10):
    if len(word) <= max_len:
        return word
    return str(word) == len(word) and word[0] != s and word[-1] != s[-1]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z - v) == 0

def g(v=9, d=0.0001):
    return float(v - d)

assert f(g())

def f(s: str, word="noise", a=1020120200):
    return s == word

def g(word="noise", a=1020120200):
    if a == 1020120200:
        return "noise"
    else:
        return "noise"

assert f(g())

def f(string: str, substring="b", count=3, length=5):
    return string.count(substring) == string.count(substring) and len(string) == len(substring)

def g(substring="b", count=3, length=5):
    return substring[:3] or substring[0]

assert f(g())

def f(x: int, a=1000, b=1000):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1000, b=1000):
    if a == 1:
        return 1
    elif a == -1:
        return -1
    else:
        return 0

assert f(g())

def f(x: int, b=54368639):
    return x % 2.5 / 2.5 == 0  # x: odd number of odd numbers

def g(b=54368639):
    return (b * (b+54368639) + b + 56368639) * 2

assert f(g())

def f(s: str, target="hello"):
    return len(s) == 5

def g(target="hello"):
    return 'Hello' if target != "" else ''

assert f(g())

def f(s: str, word="abjom", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[0:-1]) == len(s[0] + max_len) and word[0] == s[1]

def g(word="abjom", max_len=20):
    if "abjom" in word:
        return word
    return int(word[1:]) == max_len

assert f(g())

def f(s: str, word="ejempl"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="ejempl"):
    if word:
        return str(word)
    else:
        return "hello "

assert f(g())

def f(c: int, a=4, b=54368639):
    return a % b == a

def g(a=4, b=54368639):
    return int(a)+b

assert f(g())

def f(n: int, a=5129, b=23223):
    return n * a > 0 and b * b > 0 and n >= a + b

def g(a=5129, b=23223):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (s[i] == word[i].upper()) and (l == list(s) and i < (x.count("a" + 1, x.count("b" + 1)) > i)):
            if i == 0 and l == list(s) and i < (x.count("a" + 1, x.count("b" + 1)) > i):
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=2408, b=191532):
    if x >= 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=2408, b=191532):
    return int(int(str(a) + str(b)) * 2 + 1)

assert f(g())

def f(path: List[int]):
    return path[5] == path[5]

def g():
    return [i for i in range(7) if i != 0]

assert f(g())

def f(n: int):
    return 0 <= n >= 0 and n <= 255

def g():
    return 2

assert f(g())

def f(n: int):
    n = 5*n + 1  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3*n + 1
        if n % 2 != 0 and abs(n / 2) > 0:
            return n == n
        n *= 2
        if n % 2 != 0 and abs(n / 2) > 0:
            return n * 2
        n *= 2
        if n % 2 != 0 and abs(n / 2) > 0:
            return n * 2

def g():
    return int(int("123456789" + "0"*9 + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="tetris"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="tetris"):
    return "tetris"

assert f(g())

def f(tot: int, n=123456789):
    return tot != 0 or tot == n and all(i in tot or tot == n).all()

def g(n=123456789):
    return n*n - 12

assert f(g())

def f(x: float, a=30, b=0):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=30, b=0):
    if a > 50:
        return a - b == 2 * b / 0.1
    else:
        return a + b % 0.5 + 2 * b % 0.1

assert f(g())

def f(n: int):
    s = "hello world"
    for n in range(n, 10000):
        assert len(s) == len(set(s))
        assert s.count(i) == 1
        assert s.count(j) == 0
    return True

def g():
    return (int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(x: int, a=345346363, b=10333418):
    return x % 2 == 0

def g(a=345346363, b=10333418):
    return 0

assert f(g())

def f(i: int, lower_bound=2):
    for i in range(lower_bound):  # no moves above lower bound
        return i < (lower_bound + 3)  # less than upper bound
    return i < len(lower_bound)

def g(lower_bound=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, t=2040):
    assert n >= 3
    return n >= 3 + t - 1 or t < 10

def g(t=2040):
    assert t >= 4
    return int(int(t-1) * 4) + t

assert f(g())

def f(pos: int, n=12345678912):
    return pos >= n

def g(n=12345678912):
    return 0 + n * n

assert f(g())

def f(x: int, a=93204728):
    return x > a

def g(a=93204728):
    return int(a * 9) + 1

assert f(g())

def f(x: int, b=97751466):
    return 0 + x == b

def g(b=97751466):
    int(b)
    return b

assert f(g())

def f(s: str, word="konjac"):
    for i in [2, 3, 4, 5, 6]:
        if i == 3:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return str(str(word)) if word else ""

assert f(g())

def f(str: str, substring="s", length=5):
    return str.count(str) > 0 and str.count(str) == len(str)

def g(substring="s", length=5):
    return str(substring)[::-1]

assert f(g())

def f(x: int, a=10200000, b=100000):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=10200000, b=100000):
    if a > 2:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, target="oooogofat", reverse=True):
    return (s[::-1] == target) != reverse

def g(target="oooogofat", reverse=True):
    return "oooogofat" if reverse else s[::-1]

assert f(g())

def f(n: int, t=197, upper=20):
    for i in range(2):
        m = n
        if upper != 0:
            m = m + 1 if m % 10 else m // 10
        return m == m

def g(t=197, upper=20):
    return int(int(t / 0.5)**0.5) -1

assert f(g())

def f(s: str, prefix=''):
    s = [1 for a in s if a in prefix]
    for i in s:
        if s[i] != prefix[i]:
            return False
    return True

def g(prefix=''):
    return prefix + "0" * 9

assert f(g())

def f(x: int, a=10201202001):
    return x * 2 == a + (x * 1.0)

def g(a=10201202001):
    return int(a * 1.0)

assert f(g())

def f(x: int, xlen=500):
    return x % 3 == 0 or x % 3 == 1 or z == 0

def g(xlen=500):
    return xlen + 1

assert f(g())

def f(x: float, a=1020):
    return abs(x * -10) < 10** -2 and x > 0

def g(a=1020):
    return (2*a + (a**2 + 10) + (a**2)**2 + 9**2)** -3

assert f(g())

def f(s: str, word=",antidisestablishmentarianism", max_len=10):
    return s == word or max_len < 10

def g(word=",antidisestablishmentarianism", max_len=10):
    return word or max_len

assert f(g())

def f(seq: List[int], n=10000, length=10000):
    return seq[0] <= seq[1] and seq[1] <= seq[2] and n != -1

def g(n=10000, length=10000):
    return [1, 2, 3]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 1) + len(s) // 3:] or set(target) == set(target) and len(s) <= length

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 1) - 3:] or set(target) == set(target) and len(s) <= length

assert f(g())

def f(n: int, m=1218, c=512):
    for i in range(m):
        if c != 512 and n % 4 == 0:
            return n == m, "int"
        else:
            return n == m

def g(m=1218, c=512):
    if c < 512:
        return "int"
    else:
        return m

assert f(g())

def f(t:int):
    return t > 27*28

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, target="me"):
    return s[::-1] == target

def g(target="me"):
    return target[::-1]

assert f(g())

def f(n: int, a=14302, b=5):
    return a * n + (b % b) == a

def g(a=14302, b=5):
    return 1 + 10 % a % b

assert f(g())

def f(n: int):
    return n > 5 if n%2 else 0

def g():
    return int(int("123456789" + "0"*9) ** 0.2) + 1

assert f(g())

def f(v: int, w=1010):
    return v == w

def g(w=1010):
    return w * 1

assert f(g())

def f(x: int, a=100, b=50):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=50):
    if a > 50 and b > 50:
        return a + b > 50
    else:
        return a + b

assert f(g())

def f(x: int, a=31652233):
    return x == a

def g(a=31652233):
    return a or (not n)

assert f(g())

def f(l: List[int], b=6):
    if b > 5:
        return len(l) == 3
    elif b < 6:
        return len(l) == 3
    return len(l) == 3 + 3

def g(b=6):
    return [1, 2, 3]

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a

def g(a=345346363, b=10):
    return int(int(a) + int(b) ** -1)

assert f(g())

def f(s: str, word="hello", max_len=9):
    if len(word) <= max_len:
        return word == s
    return int(s[0] ** 0.5) == len(word[0])

def g(word="hello", max_len=9):
    if len(word) <= max_len:
        return word.strip()
    return int(s[word] ** 0.5) == len(word[word])

assert f(g())

def f(v: int):
    v *= 20
    if v <= 709847:
        return v and v > 709847
    return v == v

def g():
    return int(int("123456789" + "0"*9)** 0.5)

assert f(g())

def f(n: int, a=14302, b=5):
    return n != 7012

def g(a=14302, b=5):
    return int(f(a,b))

assert f(g())

def f(s: str, perm="qtwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    if len(s) == len(target):
        return s.lower() == target or (target == perm.index(c))
    else:
        return s.lower().lower() == target

def g(perm="qtwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    if len(target) == 2:
        return target
    else:
        return target

assert f(g())

def f(n: int):
    s = str(n)
    for i in range(len(s)):
        if n == 1:
            return False
        else:
            return True

def g():
    return int(int("123456789" + "0"*9) * 9)

assert f(g())

def f(x: int, a=345346363, b=10, k=6):
    if x > 0 or a > 50:
        return x - a == b
    if x > 0 or a > 30:
        return x + a == b
    if x > 0 or a > 60:
        return x - a
    if x > 0 or a < 3:
        return x + a
    if x > 0:
        return x + b
    if x > 0:
        return x + c

def g(a=345346363, b=10, k=6):
    if a > 0:
        return a + b
    if a < 3:
        return a - 1
    if a >= 2 and b:
        return b + a
    if a >= 3:
        return b + b
    if a >= 4 and b:
        return b - 1
    if a < 5 and b:
        return b - b
    if a == b:
        return

assert f(g())

def f(s: str, strings=["coc", "-a", "b"]):
    return s[::-1] in strings and sum(t > s[::-1] for t in strings) <= len(s)

def g(strings=["coc", "-a", "b"]):
    if len(strings) == 1:
        return string_from_string(strings[0])
    else:
        return strings[0]

assert f(g())

def f(inds: List[int]):
    return all([list([v for v in inds if v] < len(inds)) for v in inds if v] < len(inds) for inds in range(10, 2))

def g():
    return [1, 1]

assert f(g())

def f(x: int, a=100100011):
    return x == a

def g(a=100100011):
    return a

assert f(g())

def f(x: int, a=6553, b=-6322):
    return a - x == b

def g(a=6553, b=-6322):
    return a - b

assert f(g())

def f(n: int, a=4547, b=7525):
    return n % b == a or a == b

def g(a=4547, b=7525):
    return a % b or b % a

assert f(g())

def f(z: float, v=9, d=0.001):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.001):
    return 1.0 - d/10

assert f(g())

def f(x: int, a=12545, b=181250):
    if x > 0 or a > 25:
        return x - a == b
    else:
        return x + a == b

def g(a=12545, b=181250):
    return a + b

assert f(g())

def f(s: str, word="okay"):
    for i in range(len(word)):
        if i == s[i]:
            return False
    return True

def g(word="okay"):
    return word.lower() * 5

assert f(g())

def f(s: str, target="foobarbazwow", length=2):
    return target[(len(target) + length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=2):
    return target[(len(target) + length) + 5:]

assert f(g())

def f(x:int):
    return x ** 2 == x

def g():
    return int(-0.5) + 1

assert f(g())

def f(s: str, d=20):
    return s.count('o') == 0 or s.count('o') == 1

def g(d=20):
    return str(d * 9) + str(d + 15)

assert f(g())

def f(path: List[int], edgecolor=0.5, size=20):
    assert path[0] == 0
    return True

def g(edgecolor=0.5, size=20):
    return [0, 1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(x: float, b=13360):
    if x > 0 and b > 15000:
        return x ** 2 - b + 1 and (x > 0) ** 2 + 1
    return abs(x ** 2 - b) > 15000 - 3

def g(b=13360):
    return float(b) - 2

assert f(g())

def f(x: float, a=1020):
    return 2 + a >= 1020 + 1 or 2 < 1020 and 1 < a < 5

def g(a=1020):
    return 2 + (2 * (a - 1020) + 1020) + 0.1

assert f(g())

def f(s: str, word="konjac"):
    for i in s:
        if i == 0:
            if word[i]:
                 return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, word="migration", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="migration", max_len=10):
    return "migration"

assert f(g())

def f(m: int, k=2):
    return m + k < 2 * m

def g(k=2):
    return k + 1

assert f(g())

def f(s: str):
    return s.startswith("hello")

def g():
    return "hello world[::-1]"

assert f(g())

def f(n: int, a=34546399, b=1010):
    return n // b == a

def g(a=34546399, b=1010):
    return int(a * b) + 1

assert f(g())

def f(x:int, a=104472):
    return x < a or x > a

def g(a=104472):
    return 1 if a >= 104472 else 0

assert f(g())

def f(x: int, a=10732549, b=72352549):
    if b < 8:
        return None
    if a >= 3:
        return x ** 2 >= a
    return x <= x ** 2

def g(a=10732549, b=72352549):
    if a < 3:
        return None
    elif b < 4:
        return None
    elif a > 3:
        return int(a)
    return int(a) * b

assert f(g())

def f(nums: List[int], n=12345):
    m = len(nums)
    def m11(r):
        m += 1
        for i in range(n - 1):
            for j in range(n):
                m += 1
    return m < n

def g(n=12345):
    return [1, 2]

assert f(g())

def f(n: int, b=10, c=50):
    return n * b > c

def g(b=10, c=50):
    return b * c + c

assert f(g())

def f(e: int):
    return e % 2 != 0

def g():
    return int(int("99999999" + "0"*99) ** 0.5) + 1

assert f(g())

def f(x: int, a=2021, b=1539):
    return x - a >= b

def g(a=2021, b=1539):
    return int(int(a) * 1000)

assert f(g())

def f(n: int):
    return abs(n - 1) >= 32767

def g():
    return int(int("123456789" + "0"*9) ** 0.8) + 1

assert f(g())

def f(s: str):
    return s != ['b', 'a', 'd', 'b', 'd', 'e', 'b', 'd', 'b', 'd', 'c']

def g():
    return ""

assert f(g())

def f(n: int):
    return len(str(n + 1000)) > len(str(n + 1))

def g():
    return 2

assert f(g())

def f(s: str):
    return s in ["8-9-8", "5-7-8", "9-9-8", "4-7-8", "7-7-8"]

def g():
    return "4-7-8"

assert f(g())

def f(t: str, s="world"):
    # this should be empty
    return t == s

def g(s="world"):
    return str(s);

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m + 1 if m % 10 else m % 100)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(4):
        m = (m + 1 if m % 10 else m % 100)
    return m

    return f(m % m)

assert f(g())

def f(x: int, a=1511):
    return x == a

def g(a=1511):
    return a
    for i in range(a):
        return list(x[i] * i + 1)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "12" for i in str(str(d).count("7") + str(d).count("12")))

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str):
    return s[::-1] == 'f'

def g():
    return "f"

assert f(g())

def f(x: int, a=1245, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

    return x == b

def g(a=1245, b=10):
    if a < 40:
        return a - b
    else:
        return a + b

    return x == b

assert f(g())

def f(s: str, word="antidiabetic", max_len=30):
    if len(word) <= max_len:
        return word == s
    return len({(i, j) for group in words for i, j in group}) == len(s)

def g(word="antidiabetic", max_len=30):
    if len(word) <= max_len:
        return word
    return len(s) == max_len

assert f(g())

def f(x: int, a=14472823, b=28578513):
    return x - a == b  # or d * p > n

def g(a=14472823, b=28578513):
    return ( a+ b) - f(a) + f(b)

assert f(g())

def f(s: List[int], v=13):
    return s[0] != v and s[1] != v

def g(v=13):
    return [1, 2]

assert f(g())

def f(s: str, chars=['w', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    for c in chars:
        if c in s or chars[c] in s or chars[c] == 'e':
            return True
    return False

def g(chars=['w', 'h', 'e', 'l', ' ', 'w', 'r', '', 'd']):
    return str(chars) + str(chars[:-1])

assert f(g())

def f(n: int, a=1582, b=-1):
    return 1 <= n <= a

def g(a=1582, b=-1):
    return int(a+b)

assert f(g())

def f(s: str, a=""):
    return s == "hello" or s == "Hello world"

def g(a=""):
    return str(a) == "hello" or "Hello world"

assert f(g())

def f(t: str, s="abbababaabb", a=17, b=20):
    if s not in t:
        return False
    elif s != a or s[0] in t[:2]:
        return True
    else:
        return False

def g(s="abbababaabb", a=17, b=20):
    return "abbababaabb"

assert f(g())

def f(s: str, string="lazy"):
    return s.count('Hello world') == 1

def g(string="lazy"):
    return 'Hello world' + str(string)

assert f(g())

def f(x: int, a=-382, b=1462434):
    return x and x < b

def g(a=-382, b=1462434):
    return (a-383) ^ (b-366) if a > b and a < b else (a+383)

assert f(g())

def f(g: int, a=107326, b=13902296):
    return a + b == g

def g(a=107326, b=13902296):
    return a + b

assert f(g())

def f(n: int, a=1532000, b=0):
    return n ** 10 * (a + b) in (n, 1, -1, 20, 90, 1)

def g(a=1532000, b=0):
    return a ** 10 * (b + a) in (n, 1) if b < 0 else b

assert f(g())

def f(x: int, a=93252338):
    return 0 != x and a % a == 0

def g(a=93252338):
    return int(int("93252338" + "0"*9) ** 0.5) + 1

assert f(g())

def f(string: str, substring="b", count=10, length=100):
    return string[0:length-1] == substring

def g(substring="b", count=10, length=100):
    return substring[0:length-1]

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234678901")

def g():
    return int(int("1234678901" + "0"*15) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[0]) == len(word[0]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(word[0]) == len(word) or sum(words) == 7 and words[12] == s[12]

assert f(g())

def f(n: int, s="aBdHr", target_len=2):
    if len(s) == 3:
        return (len(s) + 2) >= target_len
    elif len(s) == 4:
        return (len(s) + 2) >= target_len
    elif len(s) == 5:
        return (len(s) + 2) >= target_len
    else:
        return (len(s) + 2) >= target_len

def g(s="aBdHr", target_len=2):
    if len(s) == 3:
        return (len(s) + 2) >= target_len
    else:
        return len(s) + len(s) + 2

assert f(g())

def f(s: str):
    return set(s) > set("18-+*/") or s.count("8") == 2 and len(s) == 9 and eval(s) == 9

def g():
    return "18-+*/9"

assert f(g())

def f(t: str):
    return str(t) == '-'

def g():
    return '-'

assert f(g())

def f(s: str):
    return s[::-1] == s[0]

def g():
    return "h"

assert f(g())

def f(s: str, target="::", length=6):
    return target[(len(target) - length) // 2:len(target) // 2] == s

def g(target="::", length=6):
    return target[(len(target) - len(target)-2) // 2]

assert f(g())

def f(str: str):
    return str.startswith("abcdefg")

def g():
    return 'abcdefgh'

assert f(g())

def f(x: int, a=3057, b=746, t=15):
    return x - a == b

def g(a=3057, b=746, t=15):
    # a=3057.5 to be compared with 0.5 to be compared with 1.5
    return int(a) + int(b)

assert f(g())

def f(n: int, t=197, upper=20):
    for i in range(2):
        m = n
        if upper != 0:
            m = m + 1 if m % 10 else m // 10
        return m == m

def g(t=197, upper=20):
    return int(int(-1) / t) + 1

assert f(g())

def f(x: int, a=1080, b=2720, c=4):
    if a == 5 or a == -6:
        return x % 2 == 0
    elif a == -5 or a == -5:
        return x % 2 == 1
    elif a == -6 or a == -6:
        return x % 2 == 2
    elif a == -5 or a == 3:
        return x % 2 == 3
    else:
        return x + a > b > c

def g(a=1080, b=2720, c=4):
    return 2 * a + 2 * b + c

assert f(g())

def f(c: int):
    return c == 1 or 0.5 < c

def g():
    return int(int("123456789"))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(target) > 6:
        return s == target
    return s + target[0] == target

def g(target="foobarbazwow", length=6):
    if len(target) > 6:
        return target
    return s == target
    if len(target) > 6:
        g() + target[0]

assert f(g())

def f(x: int, a=24, b=-100):
    if x > 0 or a != -100:
        return x - a == b
    else:
        return x - a and a != b

def g(a=24, b=-100):
    if a < 0: # a = -100
        return a
    else: # a = 0
        return a + b

assert f(g())

def f(x: int, a=13989534):
    return x == a or (x == a + 2)

def g(a=13989534):
    return int(a)

assert f(g())

def f(s: str, word="vacant", max_len=10):
    if len(word) <= max_len:
        return word == s
    return word == s

def g(word="vacant", max_len=10):
    if len(word) >= max_len:
        return word != s
    return word

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        assert v > w
        v *= 3
        w *= 2
    return v < w

def g(v=17, w=100):
    return int(100 <= v < 3)

assert f(g())

def f(s: str, a=5099):
    return s.count("\nHello world") != 0

def g(a=5099):
    return "world[\nHello world]\nHello world[Hello world]"

assert f(g())

def f(score: int, d=123457789):
    return score >= d

def g(d=123457789):
    return d  + 1

assert f(g())

def f(s: str, word="a", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="a", max_len=10):
    if max_len == 10:
        return word
    max_len = max(1)
    return words[word] != max_len

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return li * n <= target

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return target[n:]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + b < 8 + x

def g(a=1073258, b=72352549):
    return a + b

assert f(g())

def f(t: str, s="mooob"):
    return t == s

def g(s="mooob"):
    return "mooob"

assert f(g())

def f(s: str, big_str="foobar", value=1):
    return (s == big_str)

def g(big_str="foobar", value=1):
    return "foobar"

assert f(g())

def f(s: str):
    return "Hello " + s[::-1][::-1] == "Hello world"

def g():
    return "world"[::-1][::-1]

assert f(g())

def f(start1: int, k=3, upper=6, seq=[17, 1,2, 65,18,91, 18, 92, -31, 100, 3, 1, 2, -1]):
    return start1 >= k

def g(k=3, upper=6, seq=[17, 1,2, 65,18,91, 18, 92, -31, 100, 3, 1, 2, -1]):
    return (1 + (k-1) * (k-1)* ((k-1) + 1))

assert f(g())

def f(s: str):
    return s.count('i') == 1 and s.count('oo') == 0

def g():
    return str(g)

assert f(g())

def f(s: str, s1="c", s2="d"):
    if s2 == "a":  # a is always a
        return None or 0
    if s1[:10] != "b":  # b is never a
        return None or s1[:-10] != "c"
    return None  # no a is a

def g(s1="c", s2="d"):
    if s1 and s2:
        return s1[:10]
    else:
        return None

assert f(g())

def f(n: int):
    for i in range(3):
        for j in range(3):
            n -= 1 + (n - i) // 3
    return n > 1 and n > 1 + 5 / 4

def g():
    return int(int(("3" + "5" + "2")) * 3)

assert f(g())

def f(s: str, word="s2k"):
    for i in range(len(word)):
        if len(word[i]) == 0:
            return False
    return True

def g(word="s2k"):
    return word[0]

assert f(g())

def f(s: str):
    return s in list(set(s)) and len(s) == len(s)

def g():
    return "b"

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4") + str(d).count("7") + str(d).count("5") + str(d).count("5")))

def g(n=123456789):
    return n * 4

assert f(g())

def f(x: int, a=-3912, b=6544):
    return x - a == b

def g(a=-3912, b=6544):
    return 0 + a + b - (a == b)

assert f(g())

def f(t: str):
    return set(t) == set("4")

def g():
    return "4"

assert f(g())

def f(s: List[int]):
    return len(s) == 2

def g():
    return [1, -2]

assert f(g())

def f(x: str):
    return len(x) >= 4

def g():
    return str(str("123456789"))

assert f(g())

def f(n: int, r1=2):
    return n == n

def g(r1=2):
    return int(r1)

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st + a != b

def g(a="world", b="Hello world"):
    return str(a < b) or str(a[a[b]] == b)

assert f(g())

def f(z: int, v=9, d=0.0001):
    z = z * v
    return z >= 0.0001

def g(v=9, d=0.0001):
    return int(v / d)

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(11)) or len(nums) > 999

def g():
    return list(sorted(range(11), reverse=False))

assert f(g())

def f(s: str, target="wonderful", length=6):
    return target[(len(target) - length) // 2] <= s

def g(target="wonderful", length=6):
    return target[(len(target) - length) // 2] * 6

assert f(g())

def f(n: int, s=14303):
    return n == s and n > 0

def g(s=14303):
    if s: return s
    return g()

assert f(g())

def f(n: int, a=137743180955772391, b=10):
    return n // b == a

def g(a=137743180955772391, b=10):
    return a * b

assert f(g())

def f(nums: List[int]):
    return len(list(nums)) == len(set(nums))

def g():
    return [1, 2]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*13+"b" for i in range(1000)]

assert f(g())

def f(i: int, substrings=['foo', 'bar', 'baz', 'oddball', 'bazwah'], sub=3):
    return i + sub > 3

def g(substrings=['foo', 'bar', 'baz', 'oddball', 'bazwah'], sub=3):
    return sub + 1

assert f(g())

def f(n: int, t=100):
    m = int(n) or (n > 1) or (n < 2) or (n > 3) or (n > 4) and m > 2 ** t
    return n - 1 and m > 2 ** t <= m

def g(t=100):
    m = 12 ** t
    return m + 1 + 4 ** t

assert f(g())

def f(string: str, substring="b", length=10):
    return string.startswith("0")

def g(substring="b", length=10):
    return "0"*8

assert f(g())

def f(li: List[int]):
    return all([li.count(i) == i and i-1] for i in range(10))

def g():
    return list((0, 9, 0, 1))

assert f(g())

def f(n: int, a=15482, b=23223, upper_bound=15):
    return a % n == 0 and b % n == 0 and 0 < n <= upper_bound

def g(a=15482, b=23223, upper_bound=15):
    return a * (b < 0) and b < 0 if a < upper_bound else 1

assert f(g())

def f(n: int, a=50, d=13):
    if n >= 0 or d <= 0:
        return True
    else:
        return False

def g(a=50, d=13):
    return a * d + 13**2

assert f(g())

def f(s: str, target="foobarbazwow", length=611):
    return target[(len(target) - length) // 2:] == s

def g(target="foobarbazwow", length=611):
    if target == "foobarbazwow": return target
    if target == "foobarbazwow_5": return target
    return target[2:] == target[2]

assert f(g())

def f(s: str):
    return min(s) == min("123456789")

def g():
    return min("123456789")

assert f(g())

def f(x: int, a=35, b=14):
    if (a > 20 or a < 14):
        return x < 0 or x > b
    else:
        return a < 20 or a > 14

def g(a=35, b=14):
    return int(int(a) * (15 + b) + 1)

assert f(g())

def f(n: int, a=13349955, b=10):
    return n // b > a

def g(a=13349955, b=10):
    return int(int("123456789" + "0"*9) ** 2.5) + 1

assert f(g())

def f(x: List[int], a=20):
    return set(x) <= set("22-/*")

def g(a=20):
    return []

assert f(g())

def f(n: int, k=5, b=0):
    return n == k

def g(k=5, b=0):
    return 1 + (k-1)

assert f(g())

def f(s: str, text="konjaubabeefg"):
    return s.lower() >= text

def g(text="konjaubabeefg"):
    return str(text + " ")

assert f(g())

def f(x: int, a=752532, b=1133333):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=752532, b=1133333):
    if a < 10 or b < 10:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, word="s"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="s"):
    return "s"*9

assert f(g())

def f(s: str, word="goodbye"):
    return len(s) == len(word)

def g(word="goodbye"):
    return str(word)

assert f(g())

def f(t: str, s=19):
    return t == "Hello"

def g(s=19):
    return "Hello"

assert f(g())

def f(n: int, a=1020120201, b=20, c=123456789):
    return n < (a + b) * a + c + b

def g(a=1020120201, b=20, c=123456789):
    return 0 * a + b + c + c

assert f(g())

def f(x: int, a=10, b=10, c=1, d=5, e=2021):
    return abs(x) + abs(c) < b + c or abs(x) + abs(c) + abs(d) < d

def g(a=10, b=10, c=1, d=5, e=2021):
    return 2

assert f(g())

def f(s: str, target="reverse my", n=28):
    return s == target and s != n

def g(target="reverse my", n=28):
    return "reverse my" if n > 0 else target

assert f(g())

def f(m: int):
    return m >= 7

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(v: bool):
    if not v:
        return False
    return True

def g():
    return True  # use False if n > 0

assert f(g())

def f(s: str, word="deceptive", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] - int(word[0]) + len(word) for word in x) < count

def g(word="deceptive", max_len=10):
    return "deceptive"

assert f(g())

def f(x: int, a=10896535):
    return x == a

def g(a=10896535):
    return a + a - 10896535

assert f(g())

def f(n: int, min=500, max=1500):
    return n >= min + 1 and min <= max

def g(min=500, max=1500):
    return 1 << min or 1 << max

assert f(g())

def f(s: str):
    return len(s) <= 5   # only ones in 5 (non-zero)

def g():
    return "hello"

assert f(g())

def f(start: int):
    n = start + 1
    while abs(n) > 1000:
        n = 3 * n - 1 if n % 2 else n // 2
        if n == start:
            return True
        if abs(n + 1) > n:
            return True

def g():
    return int(int("1267") * 5/6) + 3

assert f(g())

def f(x: int):
    return str(x + 1).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) + 1)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(s) // 2) + len(target) // 2] >= s and all(s) != target  # remove endpoints

def g(target="foobarbazwow", length=6):
    return "foobarbazwizzabaw" # remove endpoints

assert f(g())

def f(r: List[int], v=6, a=100):
    assert len(r) == len(set(r)) <= 19
    return a < r[0] or len(a) >= 1000

def g(v=6, a=100):
    return [a+2, a+3]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True  # no matter if i == 0..3

def g(word="konjac"):
    return word[0:11] or word + 1

assert f(g())

def f(s: str):
    return s == s

def g():
    return ("")

assert f(g())

def f(x: int, a=303582, b=1245900):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=303582, b=1245900):
    if a > 303582:
        return a - b
    else:
        return a + b

assert f(g())

def f(string: str, substring="a", length=10):
    assert len(string) <= len(str(substring))
    return str(substring) == substring

def g(substring="a", length=10):
    x = str(substring)
    s = str(substring)
    for x in x:
        return x if substring == x else x

assert f(g())

def f(x: List[int]):
    return sorted(x) == list(range(999))  # sorted by 'vecs'

def g():
    return list(range(999))  # sorted by 'vecs'

assert f(g())

def f(z: str, s=65):
    return z != s

def g(s=65):
    return "Hello world"

assert f(g())

def f(n: int, v=100):
    assert n >= 0 and v >= 33
    n -= 1 + (16 - v) < 0 and n / 5 <= 17
    for i in range(20):
        assert n % 5 == 1

    return v <= n

def g(v=100):
    return int(int(v) * 9 + 10*v * 15 / 9)

assert f(g())

def f(x: int, a=11678464):
    return x == a

def g(a=11678464):
    return int(a)

assert f(g())

def f(s: str, word="konjac"):
    s = str(s)
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[:len(word) - 1]

assert f(g())

def f(li: List[int]):
    return li[0] == li[1]

def g():
    return [0,0,0,0,0]

assert f(g())

def f(x: int, a=1000, b=30500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return -x

def g(a=1000, b=30500):
    if a > 50 or b > 50 or a > 300:
        return a + b
    else:
        return b + a

assert f(g())

def f(s: str):
    return s.count('foobar') == 1 and s.count('ee') == 0

def g():
    return "foobar."

assert f(g())

def f(s: str, a="Hello", b="C"):
    return len(s) == len(a + b)

def g(a="Hello", b="C"):
    return str(a + b)

assert f(g())

def f(str: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return str.count(str) == (1 if len(str) > 4 else 2)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    out = "Can You Tell If It HAS More CapitALS (please add more to that)"
    if s:
        out += "What is More CapitALS?"
    else:
        out += "What is more moreCapitALS?"
    return out

assert f(g())

def f(x: int, a=372532, b=1230200):
    if x > 0 or b > 100:
        return x - a == b
    else:
        return x + a == b

def g(a=372532, b=1230200):
    if str(a) == "123456789":
        return a,b
    else:
        return a + b

assert f(g())

def f(x: int, a=3, b=14546311):
    return x - a >= b

def g(a=3, b=14546311):
    return int(123456789) * a - 3

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "42" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return 1 * (n * (n + 3)) + 11

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me false') and s.count('o') == 0

def g():
    return "Permute me false"

assert f(g())

def f(n: int, t=200, upper=20):
    m = n
    for i in range(n):
        if t >= 1:
            return True
        m = max(t) + 1 if n < m and m <= max(m) else m
    return False

def g(t=200, upper=20):
    m = 200 + 1 if t <= upper else 1
    return (((m-1) == 3) + 1) + 1

assert f(g())

def f(n: int):
    for i in range(30):
        assert n % 5 <= i
        n -= 1 + (n - 1) // 5
    return n > 0 and n % 5 == 1

def g():
    return int(int("123456789" + "0"*9)**2)

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n

def g(n=1000):
    return [n for x in range(1000)]

assert f(g())

def f(n: int, q=15000, t=500000):
    if n <= 25 and q > 15:
        return n > 25
    return n > 500000

def g(q=15000, t=500000):
    return q * t

assert f(g())

def f(s: str, word="sansar", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len

def g(word="sansar", max_len=10):
    if len(word) <= max_len:
        return word

    return 0.5 and word

assert f(g())

def f(n: int, a=7654631):
    return n >= a

def g(a=7654631):
    return a > 2 if 1 == a else a

assert f(g())

def f(n: int, a=45652212, b=10):
    return n == a + b

def g(a=45652212, b=10):
    return int(a + b)

assert f(g())

def f(s: str, word="h"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
    return True

def g(word="h"):
    return word.upper() * 10

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) == 25 or len(word) <= 55:
        return word == s
    return int(s[1:-1], n[3:, 5:, 3:, 2]) == len(word[3:, 1] for s in word) and n[0] == 1

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) == 25 or len(word) <= 55:
        return word
    words[1], words[2] = word
    word = []
    while len(word) >= 25:
        word = max(word, -2)
        if word == word:
            return max(word, -2)
        word = max(words, -2)
        word = max(words, -2)

assert f(g())

def f(string: str, substring="b", c=[]):
    return string == substring

def g(substring="b", c=[]):
    return "b"

assert f(g())

def f(s: str, m=723456789):
    return s.count("7") == 3

def g(m=723456789):
    if m == 1:
        return "hello"
    elif m == 2:
        return "hello"
    return str(m) + "123456789"

assert f(g())

def f(v: int, w=110, n=12):
    e = 0
    for i in range(10):
        if v < w:
            v = 1
        if v > w:
            w = 1
        if v > w:
            e += 1
        else:
            e = 0
    return v > w

def g(w=110, n=12):
    return int(w * n/2) - 1

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n

def g(n=1000):
    return [2 for n in range(1000)]

assert f(g())

def f(m: List[int], size=200, count=2):
    if size >= 2:
        return len(m) > 3
    else:
        all(m[(-1) >= len(m) % 2])
    return len({(i, j) for m in m}) - 4

def g(size=200, count=2):
    return [0, 1, 2, 3]

assert f(g())

def f(x: int, a=8665464, b=-93206):
    if x > 0:
        a = b = 1
    else:
        a = b + 1
    return a == b or (a != b)

def g(a=8665464, b=-93206):
    if (a > b) or (a != b) or (b > b): return a
    return b

assert f(g())

def f(shap: List[float], k=36, last=70, max_shap=70):
    return list(shap) == list(list(list(list(list(range(0))))))

def g(k=36, last=70, max_shap=70):
    return list(list(list(list(range(0))) if last else list(list(list(range(0)))) if last else list(list(range(0)))) if last else list(list(range(0)))) if last else list(range(0)).endswith("0")

assert f(g())

def f(s: str):
    return str(1 ** 8) in s

def g():
    return "12345"

assert f(g())

def f(x: int, a=253532, b=-1, c=1, d=2021):
    if x > 5:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=-1, c=1, d=2021):
    return 1 + a * b - 1 + b * c

assert f(g())

def f(x: int, a=125000, b=245600):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=125000, b=245600):
    return int(a) + int(b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*5) ** 0.5) + (1 << a)

assert f(g())

def f(i: int, li1=[1, 4], target=4):
    if i <= 3:
        return True
    return False

def g(li1=[1, 4], target=4):
    return (li1[0] - li1[1]) % 4

assert f(g())

def f(x: int, a=9598939):
    return x == a

def g(a=9598939):
    return a

assert f(g())

def f(t: List[int]):
    return sorted(t) == list(range(999))

def g():
    return list(range(999))

assert f(g())

def f(n: int, a=23067843, b=10):
    return n * 10 + b * 10 + n > a

def g(a=23067843, b=10):
    return a * 10 + b * 10

assert f(g())

def f(s: str, word="konjaccccccc"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjaccccccc"):
    return str(word)

assert f(g())

def f(s: str, word="p"):
    return s[::-1] == word

def g(word="p"):
    return word.replace('"', "")

assert f(g())

def f(x: List[int]):
    return len(x) == 2 and sum(x) == 4

def g():
    return [1, 3]

assert f(g())

def f(t: int):
    return str(t * t).startswith("123456789")

def g():
    return int(int("123456789" + "1"*9) ** 0.5) + 1

assert f(g())

def f(x: str):
    return x[0] == x[1] == x[2]

def g():
    return str(str(1 + 4 + 3) * 6)

assert f(g())

def f(i: int, a=1073258, b=72352549):
    return a + i == b

def g(a=1073258, b=72352549):
    return b - a

assert f(g())

def f(x: int, a=14302, b=50000, e=5):
    return x == a or (a % b) == b

def g(a=14302, b=50000, e=5):
    return a % b

assert f(g())

def f(s: str):
    return s in  [str(0) for s in s]

def g():
    return str(0)

assert f(g())

def f(n: int, a=12, b=1):
    return n % 2 != a

def g(a=12, b=1):
    return int(a != b)

assert f(g())

def f(n: int):
    while abs(n) > 2000:
        n = 20
        if abs(n) > 2000:
            return True
        elif abs(n) < 2000:
            return True

def g():
    return int(int("123456789" + "0"*1) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidifferentism", max_len=16):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and words[0] != s[0] and words[-1] != s[-1]

def g(word="antidifferentism", max_len=16):
    if max_len >= len(word):
        return word
    return int(word + 1) * max(word, len(word))

assert f(g())

def f(n: int, a=1426):
    return n >= a

def g(a=1426):
    return int(a * (a + 10)) + 10

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] == target and reverse

def g(target="reverse me", reverse=True):
    if target == "a":
        return target[::-1]
    else:
        return target[::-1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[0] and word[1-1] == s[1-1]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return len(word) == max_len

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n != start:
            return n >= 1

def g():
    return int(int("123456789" + "0"*9)) ** 9 + 1

assert f(g())

def f(a: int, weight=1):
    return a == 1

def g(weight=1):
    return weight if weight == 0 else weight

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return x * -b and x * -a < 0

def g(a=8665464, b=-93206):
    return a * -b

assert f(g())

def f(s: str, word="antisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[0] * max(word[0:2] - 2)) or int(s[0] * max(word[0:2] + 2) - 2)

def g(word="antisestablishmentarianism", max_len=100):
    if word == "antisestablishmentarianism":
        return "antisestablishmentarianism"
    if word == "antisestablishmentarianism":
        return "antisestablishmentarianism"
    return int(word[0] + word[2]) or int(word[0] + word[2])

assert f(g())

def f(string: str, substring="b", index=10):
    return string.count(substring) == 2 and len(string) != 3

def g(substring="b", index=10):
    return "b" + substring

assert f(g())

def f(x: int, b=113532):
    return x == b

def g(b=113532):
    return int(b)

assert f(g())

def f(s: str, word="bar", a=3, b=9):
    for i in range(3, 0):
        if target[i] != target[i + 1]:
            return False
    return True

def g(word="bar", a=3, b=9):
    return str(word == '@')

assert f(g())

def f(n: int, a=30, b=4, t=6):
    n = max(n, n)
    if n > max(n, 2):
        return True
    for i in range(n):
        i = min(i, 2 * n)
        if i < max(i, 2):
            return True
    return False

def g(a=30, b=4, t=6):
    return a + b + t

assert f(g())

def f(x: int, a=100, b=100, c=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=100, c=100):
    x = int(a)
    b = int(b)
    return x + b

assert f(g())

def f(s: str):
    return s == s[0]

def g():
    return "1"

assert f(g())

def f(x: int, a=1230200, b=2409600):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1230200, b=2409600):
    return int(a + b)

assert f(g())

def f(s: str, chars=['c', 'c', 'c', 'c', 'c', 'c', 'e'], n=4):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['c', 'c', 'c', 'c', 'c', 'c', 'e'], n=4):
    return str(n + x.count("c") for n in chars)

assert f(g())

def f(x: int, a=10201201100):
    return 1 + x ** 2 > a

def g(a=10201201100):
    return int(int(a) / 2)

assert f(g())

def f(x: int, a=1005, b=80):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1005, b=80):
    if a < 50 and b < 80:
        return a - b
    else:
      return a + b

assert f(g())

def f(y:int):
    return y % 3 == 0 and y == (y - 3.1415)

def g():
    return int(int("123456789" + "0"*9) - int("0"*9) ** 3)

assert f(g())

def f(s: List[str]):
    return len(set(s)) <= len(set(s))

def g():
    return []

assert f(g())

def f(s: str):
    return "Hello " + s[:12] == "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str, target="ooohbabbazwofasd", length=6):
    return target[(len(target) - length) + 1] == s

def g(target="ooohbabbazwofasd", length=6):
    return target[(len(target) + 1) % 3]

assert f(g())

def f(x: int, a=4, b=54368639):
    if b == 54368639:
        return x % 4 == 0
    elif a == 54368639:
        return x % 4 == 1
    else:
        return x + b == 54368639

def g(a=4, b=54368639):
    if a == 54368639:
        return 4 * a * b
    elif b == 54368639:
        return 4 * (a - b)
    else:
        return 4 * (a - b)

assert f(g())

def f(d: int, n=1000):
    return d > n and n != 1 // +1

def g(n=1000):
    return int(n * n)

assert f(g())

def f(s: str, target="bilds"):
    return s.lower().split(' ')[0] == target

def g(target="bilds"):
    return target if target else "bilds"

assert f(g())

def f(x: int, a=108600, b=13000):
    return x - b == a

def g(a=108600, b=13000):
    return 1 * a + b

assert f(g())

def f(n: int, a=11536, b=11536):
    return n > a and n > b

def g(a=11536, b=11536):
    return a + b

assert f(g())

def f(substring: str, string="moooooobooofasd", count=4):
    return str(substring) == string and count == 4

def g(string="moooooobooofasd", count=4):
    if isinstance(string, str):
        return string
    for i, sub in enumerate(string):
        if sub != subst and i not in sub:
            return str(substring(i, i + 1))

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b") and ('a' in x)) for x in s)

def g():
    return ["a"*(i + 2)+"b" for i in range(1000)]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + a == b
    else:
        return x - a

def g(a=253532, b=1230200):
    return - a + b

assert f(g())

def f(z: int, a=1112, b=15000):
    return z > b

def g(a=1112, b=15000):
    return int(a * (a+b) - 1)

assert f(g())

def f(s: str):
    return "Mighty " + s[::-1] == "Mighty world"

def g():
    return "world"[::-1]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 == 1]

assert f(g())

def f(s: str, word="a", max_len=30):
    if len(word) <= max_len:
        return word == s[::-1]
    return int(s[::-1] % max_len) == 0

def g(word="a", max_len=30):
    return "a"

assert f(g())

def f(x: int, a=17252338):
    return x == a

def g(a=17252338):
    return a

assert f(g())

def f(s: str, n=5000):
    return len(s) == len(s)

def g(n=5000):
    return str(n * n)

assert f(g())

def f(n: int):
    s = str(n * n)  # n doesn't appear to be a valid number of bytes
    for i in ("0001", "0002", "-0003", "0004", "-0005", "0006"):
        if s.count(i) == 1:  # no one has been moved to new position
            return True
        else:
            return False
    return True

def g():
    return int(int("0001" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, b=1000):
    return (x ^ b) == (x % 10)

def g(b=1000):
    return int(int(b) + 1) + 1

assert f(g())

def f(s: str, e = 5):
    return "Hello " + s == "Hello world"

def g(e = 5):
    return "world"

assert f(g())

def f(s: str, word="motorola", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0] == word[-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="motorola", max_len=10):
    if len(word) > max_len:
        return word == s
    if len(word) < max_len:
        return word
    if max_len <= len(word):
        return word

assert f(g())

def f(x: int, a=834529, b=-9427):
    return x - a >= 0

def g(a=834529, b=-9427):
    return (42*a + 4*b) - 8

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return True
    return False

def g(chars=['o', 'h', 'e', 'l', ' ', ' ', 'w', 'r', 'd']):
    return "o" + "\n\n\n\n\n\n\n\n\n\n\n\n\n\n"

assert f(g())

def f(s: str):
    return s in s or sum(s) == 0 or sum(s) == 0

def g():
    return "World"

assert f(g())

def f(n: int):
    m = n
    while m > 4:
        m = 3 * n + 1 if m % 2 else m // 2
        if m > n:
            return True

def g():
    return int(int("123456789" + "10"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=625, b=50):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=625, b=50):
    if a > 50:
        return a + b
    else:
        a = 0
        b = 0.5

assert f(g())

def f(n: int, a=2, b=-1, c=1, d=25211):
    m = n
    if a <= b:
        return False
    if a >= b:
        return True
    if a == c:
        for (i, y, z) in zip(a, b):
            if isinstance(y, strings):
                return True
    return False

    return True

def g(a=2, b=-1, c=1, d=25211):
    return a + b + c + d

assert f(g())

def f(s: str, min=1):
    return len(s) == min

def g(min=1):
    return "1" if min else "0"

assert f(g())

def f(x: int, a=123454):
    return x == a

def g(a=123454):
    if a == 12345678:
        return 12345
    else:
        return 123454

assert f(g())

def f(s: str, k=1):
    return len(s) == len(str(k))

def g(k=1):
    return str(k * (k + 1))

assert f(g())

def f(n: int, a=1, b=1):
    return n + (a % b) == a and n + b != b

def g(a=1, b=1):
    return (int(a) + int(b) - int(b))

assert f(g())

def f(x: str, s="I!"):
    return s.lower() == x.lower()

def g(s="I!"):
    return str(s).lower()

assert f(g())

def f(t: int, v=3369):
    return t >= v and v < t

def g(v=3369):
    return (2*v)**2 - 3*v

assert f(g())

def f(mums: List[int]):
    return mums == list(range(999)) or min(mums, min) >= 0 and (mums % m) <= n

def g():
    return list(range(999)) or min([0, 999]) >= 0 and (min(9999) % n) <= m

assert f(g())

def f(s: str, word="rvbvbvb"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="rvbvbvb"):
    return word * len(word)

assert f(g())

def f(seq: List[int], d = 99):
    return all([1, 16, 23, 9, 20, 27, 23, 20, 27, 23, 23, 24, 23, 24, 24, 23, 23, 24, 23, 23, 23, 23, 23, 24, 24, 23, 24, 23, 24])

def g(d = 99):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(s: str, substrings=["jk"]):
    return all(sub in s[i::len(substrings)] for i, sub in enumerate(substrings))

def g(substrings=["jk"]):
    return str(str(substrings))

assert f(g())

def f(s: str, a=1, b=0, c=0, d=6):
    return s == "Hello world"

def g(a=1, b=0, c=0, d=6):
    if a:
        return "Hello world"
    if b:
        return "Hello world 2"

    if c:
        return "Hello world 2"
    if d:
        return "Hello world 2"
    return ""

assert f(g())

def f(d: int, left=100000, right=100000):
    b = 100000 / 2
    if left == right:
        b = 1 / b
    if left == right:
        b = 30 / (b * left)
    return d < 10

def g(left=100000, right=100000):
    result = 0
    for i in range(100000, 2):
        result += (i * d)
    return result

assert f(g())

def f(s: str):  # not sure how to handle a negative value
    return s != s[::-1]

def g():
    return "world\n"

assert f(g())

def f(t: str, s="Problems"):
    if len(t) >= len(s) or (s[0] == t[0]) and len(s) <= len(s):
        return t[0] == s[0]
    else:
        return t[1] == s[1]

def g(s="Problems"):
    if len(s) >= len(s):
        return s[0]
    else:
        return  t[0] == s[0]

assert f(g())

def f(x: str, string="l', a=2123456789", b=72352549):
    return str(x) == string

def g(string="l', a=2123456789", b=72352549):
    return string.lower()

assert f(g())

def f(x: List[int], t=6678, a=3):
    return x[0] == 0 or len(x[1]) == 2 or len(x[2]) == 2

def g(t=6678, a=3):
    return [0, 1, 1]

assert f(g())

def f(s: str, word="antiquedism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return 1

def g(word="antiquedism", max_len=100):
    def g():
        return self.num_words().max(max_len)
    return word

assert f(g())

def f(y: int, a=4, b=50, c=2021):
    if a > 4:
        return y + b > c
    else:
        return y - b > c

def g(a=4, b=50, c=2021):
    if a < 4:
        return a + b + c < c
    else:
        return a + b + c

assert f(g())

def f(n: int):
    if n < 0:
        return "bbrbrbbbbbbrbbbrbrbb"
    return n > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(x: int, b=9242265, a=754215):
    return x > a and b > a

def g(b=9242265, a=754215):
    return int(a + b)

assert f(g())

def f(dirs: List[List[int]]):
    return len(dirs) > 1
    return len(dirs) == max(dir)

def g():
    return [
            [1, 2],
            [3, 4]
            ]

assert f(g())

def f(s: str):
    for i in range(len(s) + 1):
        if s[i - 1] != s:
            return False
    return True

def g():
    return "hello world"[0]

assert f(g())

def f(s: str, string="saboo"):
    return s == string

def g(string="saboo"):
    return str(string)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'z', 'z']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'z', 'z']):
    return str(chars)

assert f(g())

def f(x: int, a=15335536, b=13773477):
    return x > b

def g(a=15335536, b=13773477):
    return int(a * (2 + a * b)) + a * b

assert f(g())

def f(s: str, chars='y'):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars='y'):
    if chars == "y":
        return "y"
    elif chars == "y":
        return "y"
    elif chars == "y":
        return "x"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return caps if s.lower() == 1 else s.upper()

assert f(g())

def f(left: List[int]):
    return sum([left[0] for x in left]) == len(set(left))

def g():
    return [1, 0]

assert f(g())

def f(s: str):
    return s == 'o' or s == 'h'

def g():
    return "o"

assert f(g())

def f(x: int, a=10, b=11000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=11000):
    if a > 50 and b > 0 and a < 100:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s in sorted(s)

def g():
    return "3"

assert f(g())

def f(s: str, target="foobarbazwow1", n=5):
    if len(s) < 4:
        return False
    if len(s) >= 5:
        return True
    return False

def g(target="foobarbazwow1", n=5):
    if target == None:
        return None
    return "foobarbazwow1[!is_a]?()?"

assert f(g())

def f(s: str):
    return s.count("8") == 1 and s.count("1") == 1

def g():
    return str(10) + "8"

assert f(g())

def f(n: int):
    return len(str(n + 10)) == len(str(n + 1000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(n: int, a=3, b=23453462):
    return b // n == a

def g(a=3, b=23453462):
    return b // a

assert f(g())

def f(x: int, a=-391, b=14546310):
    return x - a > b

def g(a=-391, b=14546310):
    return int(a == b) + int(b)

assert f(g())

def f(x: int, b=1542):
    if x != b:
        return False
    return True

def g(b=1542):
    x = int(b)
    return int(x)

assert f(g())

def f(x: int, a=102813, b=-1712):
    if x > 0 or a < 30:
        return x - a == b
    else:
        return x + a == b

def g(a=102813, b=-1712):
    if a < 30:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(vals: List[int]):
    return len(vals) == len(list(range(999)))

def g():
    return list(range(999))

assert f(g())

def f(x: int, a=10201202001):
    return x** 2 == a**2

def g(a=10201202001):
    return int(a)

assert f(g())

def f(n: int):
    return n >= 995

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(x: int, a=4, b=1879):
    return x >= b or a <= b and a >= 4

def g(a=4, b=1879):
    return int(int(a^4 - a) ** a) + 1

assert f(g())

def f(n: int, score=100):
    return int(n * 1 / score) == score

def g(score=100):
    return int(score * score) + 1

assert f(g())

def f(s: str, max_len=10):
    return s == "hello world"

def g(max_len=10):
    if max_len >= 10:
        return "hello world"
    else:
        return "world"

assert f(g())

def f(s: str):
    return s[::-1] == s[::-2]

def g():
    return "!"

assert f(g())

def f(n: int, a=9, b=10):
    return n > 0.5 and n > 2 and a <= b

def g(a=9, b=10):
    return int(a) + 1

assert f(g())

def f(n: int, a=45, b=90):
    return n * 3 / 4 > a * a and n != 0

def g(a=45, b=90):
    return 2**a + 3 * b

assert f(g())

def f(s: str, target="foobarbazwow", num=2):
    if len(target) == 1:
        return target[1] or target[(len(target) % 2) % 2]
        return target[1] == s[-1]
    return target[(len(target) - len(target) != num) + 1] == s

def g(target="foobarbazwow", num=2):
    return target[(len(target) % 2 + num - 1) % 2]

assert f(g())

def f(z: float, v=9, d=0.0003):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.0003):
    return int(v * 12.0 / 12.0) / 12.1

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a  # 2

def g(a=345346363, b=10):
    return 1 + a*b

assert f(g())

def f(inds: List[int]):
    return all(sum(abs(n) > n for n in inds) * 2 for n in list(inds)) == 0

def g():
    return [0, 0]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):  # use complex numbers or complex numbers, but not 1
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] == s

def g(target="foobarbazwow", length=6):
    str = "foo"
    return "barbazwow"

assert f(g())

def f(x: int, a=3, b=12395555):
    return x > b

def g(a=3, b=12395555):
    return (a * 3 * 3) + (b * 3 * 3)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word[0] == s
    elif len(word) <= max_len:
        return s[0] == word[-1]
    else:
        return s[0] == word[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) == 3:
        return word[1]
    elif len(word) == 1:
        return word[-1]
    else:
        return word[-1]

assert f(g())

def f(x: int, a=104325, b=-93212):
    return a + x == b

def g(a=104325, b=-93212):
    return -a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(2 - len(target) + len(target)) // 2] == s

def g(target="foobarbazwow", length=4):
    return target[2]

assert f(g())

def f(x: List[int]):
    try:
        for a in range(7) and x in list(x):
            return x % 7 == 0 and x * (a + 1) == -1
    except:
        if x == 0:
            return False
    return True

def g():
    return [1, -1]

assert f(g())

def f(s: str, word="antispay", max_len=14):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispay", max_len=14):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and word[-2] == s[-2]

assert f(g())

def f(s: str):
    return str(6 * s).count(s) > 1

def g():
    return str("1")

assert f(g())

def f(s: str, word="incorrect", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="incorrect", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word)

assert f(g())

def f(s: str, s_case="Areus"):
    return s_case == s

def g(s_case="Areus"):
    return "Areus"

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return n + (a*b) > 0

def g(a=15482, b=23223, lower_bound=5):
    return a + (b*b)*lower_bound

assert f(g())

def f(s: str):
    return s == "Hello World"

def g():
    return "Hello World".strip()

assert f(g())

def f(s: str):
    return s[::-1] == u'U'

def g():
    return 'U'

assert f(g())

def f(x: int, a=2021):
    for i in range(10):
        if x > a:
            x = a + 1
    return x >= 0

def g(a=2021):
    return 1

assert f(g())

def f(x: List[int], n=2, s=2021):
    # 3 - 3 + 2 = 2
    i = 0
    for i in range(3, 11):
        x = set(x)
        i += 3
    return i * 3 in x

def g(n=2, s=2021):
    return [i + 3 for i in range(0, 2021)]

assert f(g())

def f(x: int, a=105534):
    return x >= a and a <= a

def g(a=105534):
    return int(a * 105534)

assert f(g())

def f(s: str):
    return s == "Hello world" or s == "Hello world"

def g():
    return "Hello world" or "Hello world"

assert f(g())

def f(s: str):
    return str(4 ** 2888).count(s) > 4 and len(s) == 2

def g():
    return str(3) + "3"

assert f(g())

def f(i: int):
    return len(str(i)) >= len(str(i + 1000))

def g():
    return len(str(int) * 100) + len(str(int))

assert f(g())

def f(path: List[int], capacity=4):
    return path[0] != capacity

def g(capacity=4):
    return [1,2]

assert f(g())

def f(s: str, word="ant-disabonathism", max_len=1024):
    if len(word) <= max_len:
        return str(word) == s
    return int(s[2:-1]) == len(word[2:-1]) and str(word[2:-1]) == s[2:-1]

def g(word="ant-disabonathism", max_len=1024):
    if len(word) <= max_len:
        return word.replace("1", "")
    return int(word[2:-1]) == len(word[2:-1]) and str(word[2:-1]) == s[2:-1]

assert f(g())

def f(s: str, word="konjac"):
    if s[0] != word[0]:
        return False
    for i in range(len(s)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: int, a = 1253532, b = 1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a = 1253532, b = 1230200):
    if a < b or a > -b or b > -b:
        return int(a) + int(b)
    elif b < a:
        for a in Range("0" + Range("-1")):
            print(a)
        return int(b)
    else:
        raise AttributeError

assert f(g())

def f(x: List[int]):
    return sum(x) != 0 and sum(x) != -1

def g():
    return [2, 3]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        if n > start:
            return True
        return False
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1  # no upper limit

assert f(g())

def f(x: int, a=86849):
    return a - x == 9

def g(a=86849):
    return a - 9

assert f(g())

def f(x: List[int], n=7):
    assert n == 7 and len(x) == 7, "Hint: n is a multiple of 7"
    for i in range(n):
        a = x[3:] + x[5:] + x[6:]
        b = x[((i + 1) * 0 + 0) % n]
        while i != 7 and (b == 0):
            b -= 1
    return len(x) <= b and len(x) == 7

def g(n=7):
    return [int(10) for i in range(7)]

assert f(g())

def f(s: str, a="hello world", b="worldworld"):
    return s + b == a + b

def g(a="hello world", b="worldworld"):
    return "hello world"

assert f(g())

def f(paths: List[str], m=10, c=30):
    for i in range(1, len(paths) + 1):
        if m == 0:
            return path[i - 1]
    return len(paths) > c

def g(m=10, c=30):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return str(word)
    return int((int(word[0]-1)) + 1)

assert f(g())

def f(x: int, a=45772513):
    return x == a

def g(a=45772513):
    return a

assert f(g())

def f(s: str, word="konjac"):
    return "Hello " + s == "Hello world"

def g(word="konjac"):
    return "world"

assert f(g())

def f(x: str, a='world', b='world'):
    assert a == b  # not in set()
    assert set(x) == set(a)  # not in set()
    return set(x) == set(b)

def g(a='world', b='world'):
    return "world"

assert f(g())

def f(n: int, a=14183437, b=25):
    return n // a == b

def g(a=14183437, b=25):
    return int(a * 25)

assert f(g())

def f(s: str, s1="a", s2="b", n=15):
    return s1.count(s2) == s1.count(s2)

def g(s1="a", s2="b", n=15):
    return s1 # = 'a' * 'b'

assert f(g())

def f(x: int, a=22517, b=1024):
    if x > 0 or a > 50 and x < 0:
        return x - a == b
    else:
        return x - (x + a) == b

def g(a=22517, b=1024):
    return a + b

assert f(g())

def f(i: int):
    i = 0
    while i > 0:
        i += 1
    i += 1
    return 0 <= i > 0 and 1 <= i <= 0 and (i + 1) == lace.count("bbrbbb", i) and i < 0 or i >= 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(string: str, substring="b", count=10, length=100):
    return string.join(substring) == string

def g(substring="b", count=10, length=100):
    return substring

assert f(g())

def f(n: int, b=1329, a=23):
    return n // b == a

def g(b=1329, a=23):
    return b * a + 2

assert f(g())

def f(x: int, a=84412, b=-3315):
    return -x <= b

def g(a=84412, b=-3315):
    return (a > b) * 84412

assert f(g())

def f(x: str, time=13000):
    return len(x) == time

def g(time=13000):
    return '-' * time

assert f(g())

def f(f: str, word="antidisestablishmentarianism", max_len=1000):
    if len(word) <= max_len:
        return word == f
    return int(f[1:-1]), int(f[1:-2]), int(f[1:-3])

def g(word="antidisestablishmentarianism", max_len=1000):
    if word == "antidisestablishmentarianism":
        return word
    return int(g[1:-2])

assert f(g())

def f(n: int, a=20, b=1000, c=20):
    return sum([b * i for i in range(c)]) / n - a and sum([b * i for i in range(c)]) <= n

def g(a=20, b=1000, c=20):
    return sum([b * i for i in range(20)])

assert f(g())

def f(l: List[int]):
    return len(set(l)) >= 6

def g():
    return [4, 5, 8, 10, 12, 13, 14, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34 ]

assert f(g())

def f(s: str):
    return s[::-1] == s.count('o') or s.count('oo') == 0

def g():
    return "hello world"

assert f(g())

def f(n: int, max_dim=13):
    for i in range(4):
        if n % 5 == 1 or i % 2 == 0:
            return i % 2 == 0
        else:
            return -1

def g(max_dim=13):
    return int(max_dim - max_dim)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for part in chars:
        if part in s:
            return part in s[::-1] == 'o' or part in s[::-1] == 'h' or part in s[::-1] == 'e' or part in s[::-1] == 'l' or part in s[::-1] == 0
    return False

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return str(chars) == 'o' or 'h' or 'e' or 'l' or 'w' or 'r' or 'd' or 0

assert f(g())

def f(li: List[int]):
    return li[li[0]] != li[li[1]] and li[li[li[0]]] == li[li[li[1]]]

def g():
    return [1, 2] + [3 for i in range(1000)]

assert f(g())

def f(t: str, s="Problems/L"):
    return s in t

def g(s="Problems/L"):
    return s + "  Problem"

assert f(g())

def f(x: int, a=1610, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b

def g(a=1610, b=1230200):
    if a < 0 or b < 0:
        return a - 0.5
    else:
        return a + b

assert f(g())

def f(x: int, b=14546310):
    return x - b == -382

def g(b=14546310):
    return b -382

assert f(g())

def f(n: int):
    return int(10) == 10

def g():
    return int(5)

assert f(g())

def f(n: int, a=14, b=10):
    return n / b == 0 or n > a or (a - b > 0 or (a - b > a)) or (a - b - a > b)

def g(a=14, b=10):
    return a + b

assert f(g())

def f(x: List[int], n=3, s=19):
    return len(x) == n or sum(x) == n and sum(x) == s and all([a >= 0 for a in x]) == len(x)

def g(n=3, s=19):
    if s > 0:
        return [1, 2, 3]
    return [1, 2, 3]

assert f(g())

def f(s: str, word="neutrality", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1] and word[-1] == s[0]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="neutrality", max_len=10):
    if max_len <= max_len:
        return "neutrality"
    return int(int("123456789" + "0"*9) ** 0.5) +1

assert f(g())

def f(s: str):
    return s == "Hello world" or s == "Hello world" or s == "Hello world"

def g():
    return str("Hello world")

assert f(g())

def f(x: List[int], a=7, s=20):
    return x[0] == a and x[-1] <= s

def g(a=7, s=20):
    return [a,s]

assert f(g())

def f(x: int, a=253532, b=-93206):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x

def g(a=253532, b=-93206):
    a = int(a)
    b = int(b)
    return int(a + b)

assert f(g())

def f(n: int):
    return n + (n % 2) == n + 1

def g():
    return int(int("123456789" + "0" * 9) ** 9) + 1

assert f(g())

def f(n: int, a=15, b=33, upper_bound=150):
    return n % a == 0 and n % b > 6 or n % a <= upper_bound

def g(a=15, b=33, upper_bound=150):
    return 1 + b or 0 + b

assert f(g())

def f(x: float, a=1020):
    if x > 0 or a > 50:
        return x - a == 0
    else:
        return x + a == 0

def g(a=1020):
    return float(float(a))

assert f(g())

def f(s: str, n=10000):
    return str(n) in s

def g(n=10000):
    return str(n * n) * n

assert f(g())

def f(x: int):
    return ((x - 32) / 32) > 3

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(x: int):
    return x > 100000 and x != 0.

def g():
    return int(int(float("10"*10)**0.5) + float("10"*10)**0.5)

assert f(g())

def f(s: str, word="lucid"):
    return word.count(s) == 1

def g(word="lucid"):
    return word[word.count("lucid") - 1]

assert f(g())

def f(x: int, a=1011218201121824):
    return x ^ 2 == a

def g(a=1011218201121824):
    return int(a) + 2

assert f(g())

def f(s: str, s1="aabbbab", s2="abbbcabh", i=2):
    return s[i] == s[i + 1] and s[i] == s[i]

def g(s1="aabbbab", s2="abbbcabh", i=2):
    if i != 2:
        return "abbbab"
    else:
        return "abbbcabh"

assert f(g())

def f(a: int, b=1073258):
    return a + b == 1

def g(b=1073258):
    return -b + 1

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        assert s.count(i) != 1
    return True

def g():
    return int(int("123456789" + "0"*9) ** 2)

assert f(g())

def f(name: str):
    return name == 'pandas'

def g():
    """
        ...
        ...
    """
    return "pandas"

assert f(g())

def f(n: int, a=1222, b=22):
    return n == a+b

def g(a=1222, b=22):
    return int(int(a) + int(b))

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n) and (min(a, b, c) > 0 or min((a, b, c), n))

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: List[int]):
    return x[0] == x[1] and x[2] == x[3]

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(s: str, strings=['char', 'charc'], l=0.0):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['char', 'charc'], l=0.0):
    return strings[l < 0 and l > 0 and l < l]

assert f(g())

def f(x: int, a=155005):
    if x > 0 or a > 25:
        return x - a > 50
    else:
        return x + a < 50

def g(a=155005):
    return 5*a + 1

assert f(g())

def f(s: str, word="dude"):
    if s == 0:
        return s.lower() == 1
    if s == 1:
        return s.lower() > s.lower()
    return True

def g(word="dude"):
    return word

assert f(g())

def f(y: int, time=10, k=20):
    return y % 2 == 0 and y % 2 != 1

def g(time=10, k=20):
    return time + 10 % k

assert f(g())

def f(start: int):
    if abs(start) < 0:
        return True
    if abs(start) > 1000:
        return True

    return False

def g():
    return int(int("123456789" + "0"*3) * (0.5 + 0.25))

assert f(g())

def f(x: int, a=93252339):
    return x % -100 <= a

def g(a=93252339):
    return 1

assert f(g())

def f(str: str, t=50):
    if len(str) == 0:
        return str
    return str.count("f") == 0

def g(t=50):
    return str(t)

assert f(g())

def f(count: int, a=5, b=2223):
    if (count > 1) or (count == m) and (a < b or a == 0):
        return True
    if (count == 2 or count == 3):
        return True
    return False

def g(a=5, b=2223):
    return int(a % 2) + 1

assert f(g())

def f(s: str, word="konjac", w=100):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac", w=100):
    return "konjac"

assert f(g())

def f(s: str, s1="a", s2="b", count1=50):
    return s.count(s1) == count1  # same for (s1, s2, count) ...

def g(s1="a", s2="b", count1=50):
    return s1 * count1

assert f(g())

def f(s: str, a="hello"):
    return s == a and s in a or a

def g(a="hello"):
    return a == 1 and a in g or a

assert f(g())

def f(s: str, word="antisympatic", max_len=23):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antisympatic", max_len=23):
    if len(word) <= max_len:
        return word
    return int(word[1:-1]) == len(word[1:-1]) and word[-1] == word[-1] and word[-2] == word[-2] and word[-3] == word[-3]

assert f(g())

def f(x: List[int]):
    return x[0] == x[0] and x[-1] <= x[-1] and (x[-1] + len({x[i] for i in range(len(x) - 1)}) < 2)

def g():
    return [0, 0]

assert f(g())

def f(a: int, b=399999999):
    return a > b or b < a

def g(b=399999999):
    return int(b) *  

assert f(g())

def f(n: int):
    return n > 712

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, t=197, upper=20):
    m = n - 1 * t
    for i in range(t):
        if m == (n - 1) and m >= t:
            return False
        m = (m - 1) + m * t
    return m >= t - 1 or m >= n * t

def g(t=197, upper=20):
    return int((t - 1) + 1) * (t - 1) + 1

assert f(g())

def f(r: int):
    return r > 0.0

def g():
    return int(int("123456789" + "0"*8) * 2) + 1

assert f(g())

def f(num: int, a=3, b=23463462):
    assert a < num
    return b < num

def g(a=3, b=23463462):
    return a + b

assert f(g())

def f(m: int, n=1000):
    return m > n

def g(n=1000):
    return int(n * n)

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    re = [x]
    return (re[0] == target) == reverse

def g(target="reverse me", reverse=True):
    return re.contains("reverse me") if len(target) == 0 else target

assert f(g())

def f(i: int):
    return len(str(100 + i + 1000)) > len(str(100 + 1 + 1000))

def g():
    return int(int("9999999999999999999999999999999999999999999999999999") + 99)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x % b == b

def g(a=1073258, b=72352549):
    return (a + (b - 1) * 1073258 - 1073258) + b

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return big_str.index(s) == index

def g(big_str="foobar", index=1):
    return "foobar"[index]

assert f(g())

def f(n: int):
    for i in range(4):
        if i == 3:
            return True
    return False

def g():
    return int(int("123")**0.5) + 2

assert f(g())

def f(x: int, e=1803):
    return x == e

def g(e=1803):
    return int(e)

assert f(g())

def f(n: int, rt=10000):
    for i in range(11):
        if n < rt:
            return False
    return True

def g(rt=10000):
    return int(int("123456789" * rt) * rt)

assert f(g())

def f(x: int, a=-382, b=14345):
    return x - a > b

def g(a=-382, b=14345):
    return int(int("123456789" + "0" * 9) ** 2) + 1

assert f(g())

def f(e: int):
    return e > 9

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(i: int, d=2021):
    return i < 3 ** d

def g(d=2021):
    return 2 + 2*d

assert f(g())

def f(x: str, s="dumplings"):
    return x == s[::-1]

def g(s="dumplings"):
    if s < s[::-1]:
        return s[::-1]
    else:
        return s[::-1][::-1]

assert f(g())

def f(n: int, l=1003):
    return n > l

def g(l=1003):
    return l if l == 4 else l * l

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x > b

def g(a=8665464, b=-93206):
    return int(a < b)

assert f(g())

def f(s: str, word="japan"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="japan"):
    return str(word) + " hello"

assert f(g())

def f(pos: int, n=16):
    return pos != 20 if pos > n or pos != 8 else (pos == n) == 5

def g(n=16):
    return int(n) + 1

assert f(g())

def f(x: str):
    return set(x) >= set("18-+*/")

def g():
    return ("18-+*/")

assert f(g())

def f(s: str):
    return s.count('e') == 0 and s.count('eg') == 0 and s.count('eg') == 0 and s.count('eg') == 0 and s.count('eg') == 0 and s.count('eg') == 0 and s.count('eg') == 0 and s.count('eg') == 0 and s.count('eg') == 0

def g():
    return "\n" + "\n"

assert f(g())

def f(n: int, a=3, b=1234563):
    return n // b == a

def g(a=3, b=1234563):
    return int(a * b)

assert f(g())

def f(s: str, chars=['b', 'k', 'a', '!'], target=7):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['b', 'k', 'a', '!'], target=7):
    try:
        return str(chars).lower()
    except:
        return False

assert f(g())

def f(n: int, a=35, b=8):
    return n // b == a

def g(a=35, b=8):
    return a * b

assert f(g())

def f(str: str):
    if str.lower() == "a":
        return True
    return False

def g():
    return "A"

assert f(g())

def f(q: int, c=5):
    m = q and q < c
    if m != q:
        return m == 0
    else:
        return m

def g(c=5):
    return 5

assert f(g())

def f(s: str, perm="peshu", target="Hello"):
    if s.find("peshu") != s.find("Peshu") and len(s) != len(perm):
        return not s.find("peshu")
    elif perm.find("peshu") != s.find("Peshu") and len(s) == len(perm):
        return not s.find("peshu")
    else:
        return s.find("Peshu") != s.find("Peshu") and len(s) != len(perm)

def g(perm="peshu", target="Hello"):
    if perm.find("peshu") != perm.find("peshu") and len(perm) != len(target):
        return not perm
    else:
        return 'peshu'

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(list(range(999)))

def g():
    return sorted(range(999))

assert f(g())

def f(x: int, a=253532, b=1230400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=1230400):
    if a < b:
        return a + b
    else:
        return a

assert f(g())

def f(s: str):
    return s[::-1] == s

def g():
    return ""

assert f(g())

def f(n: int):
    return n > 0 and n > 999

def g():
    return int(int(3 * 9.56)** 9)

assert f(g())

def f(s: str, n=1):
    if len(s) == 1:
        return True
    else:
        return None

def g(n=1):
    return str(n)

assert f(g())

def f(x: int, a=1073758, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073758, b=72352549):
    if a < b:
        return a + b
    else:
        return a

assert f(g())

def f(x: int, a=8183673, b=111054):
    return x - a == b

def g(a=8183673, b=111054):
    return int(int(a)) + int(b)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 100:
        return x + a > b
    else:
        return x - a

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) + 0.5)

assert f(g())

def f(n: int, a=3755575, b=10):
    return n // b == a

def g(a=3755575, b=10):
    return 1 * a * b

assert f(g())

def f(n: int, a=3918781881):
    return n == a

def g(a=3918781881):
    return a

assert f(g())

def f(x: str, targets=['foo', 'foobarbazwow']):
    return x == 'foobarbazwow'

def g(targets=['foo', 'foobarbazwow']):
    return getattr(targets, 'barbazwow', 'foobarbazwow')

assert f(g())

def f(s: str, chars=['o','h','e','l',' ', 'w','r']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o','h','e','l',' ', 'w','r']):
    return str(chars)[::-1][::-1]

assert f(g())

def f(s: str, target="foobarbazwow", index=2, list=[5, 4, 9, 4, 5]):
    if target[index] != 0:
        return s == target[index:]
    return len(s) == len(target)

def g(target="foobarbazwow", index=2, list=[5, 4, 9, 4, 5]):
    if target[index] != 0:
        return target[index:]
    return '1'*1.0

assert f(g())

def f(tour: List[int]):
    return list(tour) == [3, 4]

def g():
    return [3, 4]

assert f(g())

def f(dups: List[float]):
    assert dups != 22154
    return dups != 42155

def g():
    return []

assert f(g())

def f(substring: str, string="dohoo", n=2):
    return substring[0:2] == string[0]

def g(string="dohoo", n=2):
    return string[0]

assert f(g())

def f(x: int, a=116612):
    return x == a

def g(a=116612):
    return a

assert f(g())

def f(n: int, t=7):
    b = n * t
    if t == 7:
        return True
    else:
        b += 1
    return False

def g(t=7):
    return int(t) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=11):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == max(s[1:] + 1) and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=11):
    if len(word) > max_len:
        return word;
    return int(word[:1]) != max_len

assert f(g())

def f(n: int):
    return n * 2 / 2 < n

def g():
    return int(int("123456789" + "0"*9) * 3) + 4

assert f(g())

def f(s: str, a=61234):
    return s.count("5") == 1 and s.count("3") == 0

def g(a=61234):
    return str(a.count("5") == 2 and ((a+1) > (a + 2) for a in s) for s in range(1, a))

assert f(g())

def f(x: int, a=1073758, b=72352549):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073758, b=72352549):
    if a < 50:
        return a < 50 - b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    if word not in s:
        return False
    return True

def g(word="konjac"):
    return word + " konjac"

assert f(g())

def f(x: int, a=115, b=1444530):
    return x > 5017

def g(a=115, b=1444530):
    return int(a * 100 + b * 100) * 100

assert f(g())

def f(d: int, ds=1212):
    return d > ds

def g(ds=1212):
    return int(ds * 9 * 8) + 1

assert f(g())

def f(s: str, word="mole"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="mole"):
    return word[:-1]

assert f(g())

def f(s: str, word="antismpile", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[0:1]) == len(word[0:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antismpile", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0:-1] + word[-1]) == max_len

assert f(g())

def f(x: int, a=100000):
    return abs(x ** 2 - a) < 100000

def g(a=100000):
    return 3

assert f(g())

def f(n: int, dups=42155):
    return n > n/2 and n < dups

def g(dups=42155):
    return (dups) > 0 and ((dups) & 0x3)

assert f(g())

def f(s: str, name="noublour", bs="d", t="noublour", n=16):
    return s.count("noublour") == 1

def g(name="noublour", bs="d", t="noublour", n=16):
    return "noublour"

assert f(g())

def f(x: int, a=267964, b=123836):
    if x > 0 or b > 36000:
        return x - b == a
    else:
        return x + b

def g(a=267964, b=123836):
    if a < 0 or b < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == len(set(s))

def g():
    return ["a"*(1+2) + "b" for i in range(1000)]

assert f(g())

def f(s: str, word="oknj"):
    for i in range(len(word) + 1):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="oknj"):
    return 'o'

assert f(g())

def f(s: str, d=0, min=1):
    if d == 2 and min == 1:
        s = "abcdefghijklmnopqrstuvwxyz"
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(d=0, min=1):
    s = "abcdefghijklmnopqrstuvwxyz"
    for i in range(d):
        s = s[d-i]
    return s

assert f(g())

def f(n: int, a=23463462, b=-13):
    return n // b > a

def g(a=23463462, b=-13):
    return 5*a // 3*b

assert f(g())

def f(n: int, a=17, b=100, c=200):
    return n + b > c if b % 2 == 0 else sum([c * pi for pi in (n, b)])

def g(a=17, b=100, c=200):
    return 2 * 100 + (a+c) * (1000 - 3 + b) + (b+c) * (500 - 1) * (2 - 1)

assert f(g())

def f(s: str, i=0):
    return s == '|'

def g(i=0):
    return '|'

assert f(g())

def f(x: int, a=1230, b=1250):
    if x > 0 or a > 50:
        return x - a >= b
    else:
        return x + b

def g(a=1230, b=1250):
    if a > 50:
        return a + b
    else:
        return a - b

assert f(g())

def f(x: int, a=4020000):
    return x / 5 > a

def g(a=4020000):
    return int(a * 9) - 1

assert f(g())

def f(s: str, target="foobar", length=6):
    return len(target) == len(s)

def g(target="foobar", length=6):
    return str(target)

assert f(g())

def f(n: int):
    return str(n * n).startswith("111111")

def g():
    return int(int("111111" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    if len(s)==len(word):
        return True
    if len(s) != len(word):
        return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(n: int, a=4536, b=65, target=15):
    return n == a + 1

def g(a=4536, b=65, target=15):
    return a + 1

assert f(g())

def f(n: int, b=1527):
    return n + (b % b) == 1527

def g(b=1527):
    return b

assert f(g())

def f(x: int, a=3195, e=1339):
    return x > a

def g(a=3195, e=1339):
    return int(a * e)

assert f(g())

def f(x: int, y=10):
    return int(x * 1 + y) - (x - y)**2 and x**2 + y > 10

def g(y=10):
    return 1

assert f(g())

def f(x: int, a=302028, b=3, upper=6, seq=[3, 2, 1, 22, 20, 5, 11, 17, 22, 1, 6, 11]):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=302028, b=3, upper=6, seq=[3, 2, 1, 22, 20, 5, 11, 17, 22, 1, 6, 11]):
    if a < 2 and b < 5:
        return a**2 + b**2 + (a + b - a).sum(3)
    else:
        return a + b

assert f(g())

def f(n: int):
    return str(n * n).startswith("23456789")

def g():
    return int(int("23456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(x: str):
    return x.startswith("hello world")

def g():
    return "hello world[123456789]"

assert f(g())

def f(v:int):
    return v >= 7

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="konjac"):
    return s[0] == word[0].lower()

def g(word="konjac"):
    return word[0] if word == "konjac" else word.lower()

assert f(g())

def f(n: int, a=10, b=27, upper_bound=150):
    return n > 0 and a > 0

def g(a=10, b=27, upper_bound=150):
    return 10**a + 27**b

assert f(g())

def f(n: int, a=16, b=100, c=20):
    return n + a > sum([b * i for i in range(b)])

def g(a=16, b=100, c=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target_angle=45):
    if hasattr(s, "length"):
        return len(s) > 2
    else:
        return len(s) > 3

def g(target_angle=45):
    if hasattr(target_angle, "angle"):
        return "45"
    else:
        return "45" * (int(target_angle) + 1)

assert f(g())

def f(x: int, a=162345, b=1212):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=162345, b=1212):
    if a > 50 and b > 90:
        return a + b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(s[0]-1 and s[1:-1]) and s[0] == word[0]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return "antidisestablishmentarianism"
    return int(word[:1]) == max(word[+1:] - 1)

assert f(g())

def f(s: List[int], a=3, b=13455535):
    return s[0] == a and s[1] == b

def g(a=3, b=13455535):
    return [a,b]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    for n in range(10):
        for i in s[n]:
            if i < 0:
                assert hasattr(word,i + 1) and word[0] == s[0]
                assert hasattr(word,i + 1) and word[n] == s[n]
                del i
        return words[n]

def g(word="antidisestablishmentarianism", max_len=10):
    assert word == "antidisestablishmentarianism"
    for i in range(10):
        if len(word) > max_len:
            return word
        for i in range(10):
            del i

assert f(g())

def f(s: str):
    return min(s) == max(s) == str(len(s))

def g():
    return min("123456789")

assert f(g())

def f(s: str, word="repraceit", max_len=100):
    if len(word) <= max_len:
        return word == s
    return len(dups) == max_len

def g(word="repraceit", max_len=100):
    if len(word) <= max_len:
        return word
    if word == "abcdefghijklmnopqrstuvwxyz":
        return word
    return word

assert f(g())

def f(n: int):
    return int(n) == n

def g():
    return int(f("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(d: int, n = 123456789):
    return d > n and all(i in "42" for i in str(str(d).count("4") + str(d).count("7")))

def g(n = 123456789):
    return n + 1

assert f(g())

def f(x: int, c = 12345678947):
    return x == c

def g(c = 12345678947):
    return c if c else str(c)

assert f(g())

def f(s: str):
    return len(s) >= len(s) and s != s[:-1]

def g():
    return "world[::-1] [::-1]"

assert f(g())

def f(n: int, a=10614, b=1088):
    return a + n > 1077458

def g(a=10614, b=1088):
    return b * 1077458

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a > b or a < b

def g():
    return [2, 10, 3, 1]

assert f(g())

def f(s: str, chars=['o', 'h', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'd']):
    return str(chars)

assert f(g())

def f(s: str, word="joe", max_len=10, string="I!!!!!love!!"):
    if len(word) <= max_len:
        return word == s
    return int(word[1:-1]) == len(word[1:-1]) and word[0] == s[0]

def g(word="joe", max_len=10, string="I!!!!!love!!"):
    if len(word) <= max_len:
        return word

    return string

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b") - 0) and ('b' in x) for x in s)

def g():
    return ["a"*(i + 2) + "b" for i in range(1000)]

assert f(g())

def f(s: str, n=12):
    for c in s:
        if c not in s:
            return False
    return True

def g(n=12):
    return "12345678"

assert f(g())

def f(s: str, a="hello", b=1444):
    if len(s.lower()) <= 1:
        return s.lower() > a.lower()
    if len(s.lower()) <= -1:
        return s.lower() < a.lower()
    if len(s.lower()) <= 4:
        return s.lower() >= a.lower()
    if len(s.lower()) <= 3:
        return s.lower() < a.lower()
    if len(s.lower()) <= 3:
        return s.lower() >= a.lower()
    return True

def g(a="hello", b=1444):
    return "hello"

assert f(g())

def f(x: float, a=50, b=1230200):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a > b

def g(a=50, b=1230200):
    return float(a) + float(b) + float(a)

assert f(g())

def f(s: str, s1="a", s2=""):
    return s == s1

def g(s1="a", s2=""):
    return str(s2) + str(s1)

assert f(g())

def f(s: str, word="cog"):
    assert len(s) == len(word)
    return s == word.strip("0")

def g(word="cog"):
    return word.strip("123456789")

assert f(g())

def f(x: int, a=30, b=-15022):
    return x - a == b

def g(a=30, b=-15022):
    return a + b

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_len) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.3) ** 2 <= year_len

def g(year_len=365):
    import random
    random.seed(0)
    random.seed(0)
    if year_len < 365:
        print("{} years {}".format(year_len, year_len + 1))
        print("{} years {}".format(year_len + 1, n, year_len + 2))
    return random.randint(0, year_len + 1)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for c in chars:
        if (c not in s):
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return str(chars) + str(g)

assert f(g())

def f(i: int):
    return len(str(i + 1000)) == i or len(str(i + 1002)) == len(str(i + 1003))

def g():
    return int(int("123456789" + "0"*10) ** 0.5 + 1)

assert f(g())

def f(f: str, lss="h0x01D6", s=25):
    n = len(str(f))
    if n < 5:
        return False
    return True

def g(lss="h0x01D6", s=25):
    return lss or None

assert f(g())

def f(n: int, a=1000):
    if n > 2:
        # The base case has no problem: we're not allowed in the second argument
        return n >= a
    else:
        # We'll need to adjust this for the second argument
        return pow(a, n, n) == a

def g(a=1000):
    return int(a) ** 3

assert f(g())

def f(x: int, base = 1822):
    return (x - base) == 0

def g(base = 1822):
    return base or len(base) == 2

assert f(g())

def f(s: str, chars=['w', 'n', 'u', 'r', ' ', '', 'h']):
    for b in chars:
        if not b in s:
            return False
    return True

def g(chars=['w', 'n', 'u', 'r', ' ', '', 'h']):

    return str(chars)

assert f(g())

def f(x: float):
    return str(x).startswith("123")

def g():
    return float("123")

assert f(g())

def f(s: str):
    return s.count("b") == 2 or s.count("b") == 4 and s.count("b") == 5 or "bbr" and s.count("b") == 3 and s.count("b") == 4 and "bbr" and s.count("b") == 6 and s.count("b") == 7 and "bbr" and s.count("b") == 8 and s.count("b") == 9

def g():
    return "world[b] " + "b"

assert f(g())

def f(n:int):
    s = str(n * n)
    for i in range(len(s)):
        if n <= 1 or 1 == n == n * int[i]:
            if len(s) < len(i):
                return False
            i += 1
        elif n != len(s):
            return True
        else:
            return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, w=100):
    if w == 7:
        return 0 < n <= 0 and w < 10
    else:
        return n > w

def g(w=100):
    return ((w + 10) * w + (10 - w) * 2) + (w - 10) * 2

assert f(g())

def f(x: float, a=1500):
    return abs(x ** 2 - a) >= 10 ** -3

def g(a=1500):
    return float(a + f(10 * a) / 2)

assert f(g())

def f(x: int, b=10022):
    return x == b

def g(b=10022):
    return b

assert f(g())

def f(s: str):
    return 'Hello world' == 'Hello world'

def g():
    return '_world'

assert f(g())

def f(n: int, a=345341255, b=10):
    return n // b == a and a >= b

def g(a=345341255, b=10):
    return int(int(a * b)) + 1

assert f(g())

def f(s: str, target="restrict me", reverse=False):
    return target == s or target == (reverse)[0]

def g(target="restrict me", reverse=False):
    if reverse:
        return target / (int(s) + int((reverse[1] * 2) [1]))
    return target

assert f(g())

def f(t: str, string="hello world"):
    return t == 'hello world'

def g(string="hello world"):
    return 'hello world'

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', '!', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', '!', 'r', 'd']):
    return str(chars)

assert f(g())

def f(u: str, word="french", max_len=7):
    if len(word) <= max_len:
        return word == u
    return len(word) == n

def g(word="french", max_len=7):
    if max_len > 7:
        return str(word) == w
    else:
        return "french"

assert f(g())

def f(n: int, maxlen=256):
    return 2 * n >= maxlen

def g(maxlen=256):
    return min(maxlen, 1000)

assert f(g())

def f(s: str, word="world", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max_len or s[0] == max_len or s[-1] == max_len or s[-1] == max_len  # no limit

def g(word="world", max_len=10):
    if len(word) <= max_len:
        return word
    return string(word) == word and max_len > max_len or max_len == max_len

assert f(g())

def f(s: str, a=['frog', 'dog'], b=['bird', 'frog']):
    return s in a and b and s in b

def g(a=['frog', 'dog'], b=['bird', 'frog']):
    return "frog"

assert f(g())

def f(n: int):
    return n > 0 or n > 3

def g():
    return int(int(3) + 3) * 3

assert f(g())

def f(max: int, n=10):
    return max + 1 > n

def g(n=10):
    return n * n

assert f(g())

def f(x: int, a=93653725):
    return x >= a

def g(a=93653725):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(m: int):
    return m >= 7

def g():
    return int(int("123456789" + "1"*9) * 3)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=512):
    assert len(word) <= max_len
    if len(word) <= max_len:
        return word == s
    return abs(s[1:-1]) < 0.0

def g(word="antidisestablishmentarianism", max_len=512):
    assert len(word) <= max_len
    if len(word) <= max_len:
        return word
    return max(max(word)) - word

assert f(g())

def f(x: int, d=10201202041):
    return x == -d

def g(d=10201202041):
    return -d if (d == 10201202041) and (d & 1) else -d

assert f(g())

def f(i: int):
    return len(str(i)) > len(str(100)) or len(str(100)) < 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism"):
    if len(word) <= len(s):
        return len(s) == len(s)
    else:
        return len(s) == 1

def g(word="antidisestablishmentarianism"):
    if len(word) <= 7:
        return "antidisestablishmentarianism"
    else:
        return "antidisestablishmentarianism"

assert f(g())

def f(s: str, strings=['saint', 'sick', 'sore', 'sitt', 'soul']):
    return s == 'sick' or s == 'sore' or s == 'sitt'

def g(strings=['saint', 'sick', 'sore', 'sitt', 'soul']):
    return str(strings) == "saint" or "sick" or "sore" or "sitt" or "soul"

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    for i in range (15, 23):
        if lower_bound > a:
            print(i)
            print(b)
    return n > 5

def g(a=15482, b=23223, lower_bound=5):
    for i in range (15, 23):
        if lower_bound < b:
            print(i)
            print(b)
    return a**3 + b**3 + lower_bound

assert f(g())

def f(n: int, a=1, b=23456664):
    return b // n == 1 - a

def g(a=1, b=23456664):
    return int(a + b)

assert f(g())

def f(s: str, d=250005):
    return s.count("Hello world") == 1 or s == s[::-1] == d

def g(d=250005):
    return str(str(d) + " " + str(d * d + d * d + d) + " Hello world")

assert f(g())

def f(s: str):
    return "Hello world!" + s == "Hello world!world"

def g(): return "world"

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) >= len(nums)

def g():
    return [2, 3, 5, 10, 12, 19]

assert f(g())

def f(name: str, sub_str="foobar", index=2):
    return name == "foobar" and (sub_str == "foobar")

def g(sub_str="foobar", index=2):
    return (sub_str % (2, index)) if (sub_str > sub_str) else sub_str

assert f(g())

def f(x: float, a=1020):
    a = 0x1020 + 10
    a += a
    return a > 0x1020 + 10

def g(a=1020):
    return float(a)

assert f(g())

def f(n: int, nums=[1, 5, 7, 13, 15, 5], thresh=17):
    return n / 2 <= nums[1]

def g(nums=[1, 5, 7, 13, 15, 5], thresh=17):
    return str(nums[1]-1).startswith("123456789") - 1

assert f(g())

def f(x: int, a=39779533):
    return (x == a)

def g(a=39779533):
    return a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a == b

def g(a=253532, b=1230200):
    return int(a+b)

assert f(g())

def f(x: int, a=5000, b=50000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5000, b=50000):
    if a >  50000 and b > 50000:
        return a - b
    else:
        return a + b

assert f(g())

def f(n: int, a=11375, b=11375):
    if n != a:
        return False
    return True

def g(a=11375, b=11375):
    return a

assert f(g())

def f(n: int, a=14302, b=5):
    return abs(n * n) > -b

def g(a=14302, b=5):
    return int(a + 5 * b) + 1

assert f(g())

def f(t: str):
    return len(t) >= len(set(t))

def g():
    return "ok"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) / 2 == 1 - (len(target) - length) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) / 2 == 4]

assert f(g())

def f(z: int, e = 200):
    return z == e

def g(e = 200):
    return int(e)

assert f(g())

def f(t: str, s="Problems"):
    return t[0] in s.lower() and t[1] in s.lower()

def g(s="Problems"):
    return s in s.lower() if (s.lower() == "Problems") else s.lower()

assert f(g())

def f(x: int, a=100, b=105):
    if x > 0:
        return x-a == b
    else:
        return x-a == b

def g(a=100, b=105):
    return a + b

assert f(g())

def f(x: int, a=102090201):
    return x ** 2 > a

def g(a=102090201):
    return 2 + a * a + 1

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n != start:
            return n >= 1

def g():
    return int(int("12456789" + "0"*9)** 0.5)

assert f(g())

def f(x: int, a=253532, b=13180):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=13180):
    if a < 253532 and b < 13180:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(b: float, v=99051):
    return b * v > 100

def g(v=99051):
    return (f(f(v))) / 100

assert f(g())

def f(x: int, a=100, b=144555):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == b

def g(a=100, b=144555):
    if a <= b:
        return a + b
    else:
        return a - b

assert f(g())

def f(a: int):
    return int(a) > 0

def g():
    return int(f("123456789") * 7)

assert f(g())

def f(xs: List[int]):
    return len(xs) == 1 == len(xs) or sum(xs) == len(xs)

def g():
    return []

assert f(g())

def f(pos: int, t=2576912):
    if pos > 256:
        return True
    pos = 25460
    t = 2576912
    if pos <= t:
        return False
    if pos >= t:
        return False
    if pos == t:
        return False
    if pos < t:
        return False
    if pos >= t:
        return False
    if pos > 256:
        return False
    if pos > 255:
        return False
    return True

def g(t=2576912):
    return int(t)

assert f(g())

def f(name: str, target = 0, reverse = True):
    return name == "Me"

def g(target = 0, reverse = True):
    return "Me"

assert f(g())

def f(t: int, a=2147483648, b=2147483648):
    return t >= a

def g(a=2147483648, b=2147483648):
    return int(int(a + b) + 3)

assert f(g())

def f(m: int, b=1020):
    return m // b == 1

def g(b=1020):
    return b // 1

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(4):
        m = (m-1 if m % 10 else m // 10)
    return m

assert f(g())

def f(n: int, a=154633, b=23236323):
    return a // n == a

def g(a=154633, b=23236323):
    return int(str(a) == str(b)) + 1

assert f(g())

def f(t: str, s="Problems"):
    i = 0
    for c in s.lower():
        assert t[i] != c, f"expecting `.` at position {i}"
        i += 1
    return i == len(t)

def g(s="Problems"):
    i = 0
    for c in s:
        if c == "Problems":
            if isinstance(s, str):
                i += 1
        elif c == "+":
            return s[::-1] == "+" and ((-i + 1) % 2) == sum(s)
        else:
            return s[::-1]

assert f(g())

def f(s: str):
    return str(s) in ["moooboooofasd", 0, 0, 0, s]

def g():
    return "World"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'dw', 'e', 'w', 'w', 'w']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', 'dw', 'e', 'w', 'w', 'w']):
    return str(chars)

assert f(g())

def f(x: int, a=20201202001, b=0):
    return x ** 2 == b

def g(a=20201202001, b=0):
    if a < 0:
        return 1
    else:
        return 0

assert f(g())

def f(x: int, a=8665464335423, b=-93207):
    if x > 50000:
        return x < -50000
    else:
        return x + a < -50000

def g(a=8665464335423, b=-93207):
    return int(0+a)*b*a

assert f(g())

def f(y: float):
    return str(y - 4.1463).startswith("12345")

def g():
    return float(float("123456789" + "0"*2) + float(16))

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        i = 0
        if word[i] == 'konjac':
            return false
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0]

assert f(g())

def f(x: int, a=100, b=18, lower=25):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=18, lower=25):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(t: int, n=123456789, a=3, b=23463462):
    return t * 2 ^ a >= n

def g(n=123456789, a=3, b=23463462):
    return 2 * n

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    for i in range(len(s) - 1):
        if target[i] != reverse:
            return s[i] == target[i]
    return s[::-1] == target and reverse

def g(target="reverse me", reverse=True):
    if target != reverse:
        return "reverse me"
    else:
        return s[::-1] == target

assert f(g())

def f(x: int, b=132984, a=113820):
    if x < 0 or a > 35 or b < 0:
        return x - a != 0
    else:
        return x + a != b

def g(b=132984, a=113820):
    return b * (a - a + b) + (b - b + a)

assert f(g())

def f(x: int, t=50):
    return x < t
    for x in sorted(x):
        if not all(sub in x):
            return i < n

def g(t=50):
    return int(t / -1)

assert f(g())

def f(s: str):
    return s.count("enlightenment") < 9 and len(s) > 5

def g():
    return str("Hello enlightenment")

assert f(g())

def f(x: int, b=8, a=10000):
    return x - a == b or b > a or x + b > a

def g(b=8, a=10000):
    return b * a

assert f(g())

def f(t: str, target="foobar"):
    return t.lower() == target

def g(target="foobar"):
    return target

assert f(g())

def f(n: int):
    s = str(n)
    for i in range(n):
        s.replace(i, 1) == 0.5  # not a solution
    return True

def g():
    return int(int(3 - 4)) - 3

assert f(g())

def f(n: int, b=47, upper_bound=150):
    return n % b == 0 or n % b == 0

def g(b=47, upper_bound=150):
    return (b + 1) % -1

assert f(g())

def f(n: int, nums=[16, 0, 3], upper_bound=22):
    return all(num % n != 0 for num in range(15) for num in range(100) for num in range(20, 12))

def g(nums=[16, 0, 3], upper_bound=22):
    for num in range(100):
        if num == nums:
            num += 1
        else:
            num -= 1
    return num + (nums[0]-num) * 5

assert f(g())

def f(n: int, a=1375):
    return n > a

def g(a=1375):
    return int(a ** 3) + 5

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a < 50:
        return x + a == b
    else:
        return x + a + (a - b) > 0

def g(a=253532, b=1230200):
    if a % 10 == 0:
        return a + b % 10 + (a - b) * (b - a) * (a - b)
    if b < 10:
        return b - a
    else:
        return b - a

assert f(g())

def f(s: str):
    return set(s) >= set("72352549") and len(s) <= 7352712

def g():
    return "123456789"

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a > 50:
        return x - a != 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    return int(int(a * 9) + int(b * 9) ** 3)

assert f(g())

def f(t: str):
    return str(t) == t

def g():
    return "h1"

assert f(g())

def f(x: int, a=9378947, b=13495967):
    if a < 0:
        return x
    return x > b

def g(a=9378947, b=13495967):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="bbr", n=1045):
    return target[len(s) // 2] == s

def g(target="bbr", n=1045):
    return target[len(target) // 5]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "1" for i in str(str(d).count("1")))

def g(n=123456789):
    return n * 2**4 + 1

assert f(g())

def f(x: int, a=345346363, b=1330200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - (x - b) == b

def g(a=345346363, b=1330200):
    if a < 0: return a == 0
    return a + b

assert f(g())

def f(n: int, a=9254359):
    return n % 3 == 0

def g(a=9254359):
    return int(a * 9)

assert f(g())

def f(s: str, word="neb", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] != s[-1]

def g(word="neb", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[0]) == len(s[-1])

assert f(g())

def f(x: str, s="problems"):
    return x == s

def g(s="problems"):
    if (s == "problems"):
        return "problems"
    elif (s == "problems") and (s > "problems"):
        return "problems"
    else:
        return "problems"

assert f(g())

def f(x: int, a=1502, b=156250):
    return x - a == b * (b - a)

def g(a=1502, b=156250):
    return a + b * (b - a)

assert f(g())

def f(x: int, a=811, b=27, lower=60):
    if x > 0 or a > 30:
        return x - a == b
    else:
        return x + a == b

def g(a=811, b=27, lower=60):
    if a <= 30:
        return a - 15 == (a + b) * 9
    else:
        return a + b

assert f(g())

def f(x: int, a=253788, b=-95, c=15):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253788, b=-95, c=15):
    if a < a or b < b:
        return a + b
    else:
        return b + a

assert f(g())

def f(t: str, s="abbbcabbac", target=7):
    i = 0
    for c in t:
        s += "abbbcabbac"
    return len(t) >= target and all(t[len(t) - 1] != t[len(t) - 1 + 1:] for t in t)

def g(s="abbbcabbac", target=7):
    s = "abbbcabbac"
    i = len(s)
    for c in s:
        s += "abbbcabbac"
    return s[i] * i

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if word and len(word) < max_len:
        return word
    return None

assert f(g())

def f(sep: str, target="hello are you there?"):
    return "".join(sep) == target

def g(target="hello are you there?"):
    return "".join(target) == target if target == "hello" else "".join(target)

assert f(g())

def f(s: str):
    return (s + 'world' + s + 'world') and len(s ) > 3

def g():
    return "World";

assert f(g())

def f(x: int, a=61177):
    return x == a

def g(a=61177):
    return int(a)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "12" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="bazwowwow", lengths=10):
    return target[(len(target) - len(target) // 2) // 2] == s

def g(target="bazwowwow", lengths=10):
    return target[(len(target) - len(target) // 2) // 2]

assert f(g())

def f(s: str, words=['SEND', 'MORE', 'MONEY']):
    if len(words) == len(words):
        return s in words
    b = []
    for w in words:
        if w.lower() == s.lower():
            b += w.upper()
    if len(words) == len(words):
        return words[-1]
    return None

def g(words=['SEND', 'MORE', 'MONEY']):
    if len(words) == len(words):
        return words[-1]
    return None

assert f(g())

def f(s: str):
    return s[::-1] <= s[::1]

def g():
    return "%d" % 6

assert f(g())

def f(s: str, word="konc"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="konc"):
    return "konc"

assert f(g())

def f(r: List[int]):
    return len(r) == 4 or len(r) == r

def g():
    return [1 for r in range(4)]

assert f(g())

def f(s: str, word="antityism", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antityism", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word[0] * 9)

assert f(g())

def f(x: int, a=4211, b=-13860):
    return x < -42

def g(a=4211, b=-13860):
    return 1 + a - (b**2+0)

assert f(g())

def f(i: int, index=0):
    if index < 0:
        return None
    i += 1
    return True

def g(index=0):
    return int(index * index + 10) ** 10000

assert f(g())

def f(pred: int, w=30000):
    return int(w) - 3 <= pred

def g(w=30000):
    return w

assert f(g())

def f(list: str, word="antidisestablishmentarianism", max_len=10):
    if max_len >= 10**-1:
        return word == list
    if word["^"] != list:
        return list
    return []

def g(word="antidisestablishmentarianism", max_len=10):
    return word.replace("_", "_")

assert f(g())

def f(x: str):
    return x[::-1] < x or x[::-1] < x and s is None

def g():
    return "world "

assert f(g())

def f(x: int, b=27):
    return x != 0

def g(b=27):
    return 2 * b

assert f(g())

def f(n: int):
    return n < 18

def g():
    return int(float(10) ** 0.9) + 1

assert f(g())

def f(type: int):
    return type == type

def g():
    return 1

assert f(g())

def f(x: int, a=16, b=54368640):
    n = 5 * x + 1
    if n >= 9:
        return -x * 2 < 2
    elif n < 4:
        return 1 - x * 2 < 2
    elif n != 9:
        return 0

def g(a=16, b=54368640):
    x = 123456789
    y = 14 * x + 1
    if (a == 27) and y != 1:
        return (z+x) * 7 + z * 8 * x
    else:
        return (y-1) * 7 + x * 8 * x

assert f(g())

def f(nums: List[int]):
    return all([nums[i] != 0 for i in range(10) if (nums[i] != 0)
                  for i in range(10)])

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(n: int, a=20, b=100, c=100000):
    m = n + a < 3 + 2 or (b * n + c) < 5
    return (m * m + a) < 3 * n

def g(a=20, b=100, c=100000):
    return (a * b + 0) + 1

assert f(g())

def f(x: int, a=569, b=1250):
    if x > 0 or a > 569:
        return x - a == b
    else:
        return x + a == b

def g(a=569, b=1250):
    if a > 569 and b > 1250:
        return a > b
    else:
        return a + b

assert f(g())

def f(x: List[str]):
    return x[1] == x[2] and x[2] == x[3] and x[3] == x[4] and x[4] == x[5]

def g():
    return ["a"*3+"b" for i in range(1000)]

assert f(g())

def f(string: str, s="Problems"):
    for i in range(len(string)):
        if string in s:
            i += 1
    return len(string) == len(s)

def g(s="Problems"):
    if "Problems" in s:
        return str("Problems")
    else:
        return s(s)

assert f(g())

def f(n: int, a=45369547, b=10):
    return n // b == a

def g(a=45369547, b=10):
    return int(a * b) + 1

assert f(g())

def f(s: str, word="beach", substrings=['beach', 'baz']):
    return s == word or s == word or all(s in substrings) == len(v)

def g(word="beach", substrings=['beach', 'baz']):
    return "beach"

assert f(g())

def f(x: float, b=1020):
    return float(x) >= b

def g(b=1020):
    return int(b) / (float(b) + 1) * (float(b) * b)

assert f(g())

def f(i: int):
    return len(str(i + 10)) >= len(str(i + 1001))

def g():
    return int(int(1 + 1001) ** 10)

assert f(g())

def f(x: int, a=1020):
    return abs(x) >= 1020 and x >= 0

def g(a=1020):
    return int(a + 2*(a-1))

assert f(g())

def f(t: int):
    return t > 1e8

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="reverse me", target_pos=25):
    s += "!" + str(s)
    return s and target in s

def g(target="reverse me", target_pos=25):
    return str(target[::-1])[::-1]

assert f(g())

def f(s : str, word="antidisestablishmentarianism", max_len=12):
    if len(s) <= max_len:
        return s[1:-1] == s[1:0]
    if len(s) == max_len:
        return s[0] == word[0]
    for i in range(4):
        if len(s) == max_len and i < max_len:
            return s[len(i) - 1]
    return s[len(i) - 1]

def g(word="antidisestablishmentarianism", max_len=12):
    if max_len:
        return max(word)
    if int(word) < 4:
        return max(word)
    if str(word) in (len(word) + 1) or 0:
        return max(word)
    if int(word) > 6:
        return max(word)
    return max(word)

assert f(g())

def f(x: int, a=1522):
    return x * 2 >= a  # 0 <= x <= 1522 and positive

def g(a=1522):
    return 1 << (a-1) + 1

assert f(g())

def f(n: int, a=1, b=23463462):
    return b ^ n == 1

def g(a=1, b=23463462):
    return a ^ b

assert f(g())

def f(s: str, k=1, v=255):
    return len(s) == k

def g(k=1, v=255):
    try:
        return str(k)
    except (AttributeError, TypeError, TypeError, Seveas) as error:
        return str(error)

assert f(g())

def f(n: int, b=23463462):
    return b // n == 1

def g(b=23463462):
    return b

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2 : len(target) + length] == s

def g(target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2 : len(target) + length]

assert f(g())

def f(s: str, word="I"):
    if len(s) <= len(word):
        return s[0] == word[0] or s[0] != word[0]

def g(word="I"):
    return str(word[0])

assert f(g())

def f(x: float, a=1020, b=10000):
    return abs(x ** 2 - a) >= b

def g(a=1020, b=10000):
    return float(a) + float(b)

assert f(g())

def f(s: str, targets = ["o","f"], reverse = True):
    for c in targets:
        if c not in s:
            return False
    return True

def g(targets = ["o","f"], reverse = True):
    return str(targets)

assert f(g())

def f(s: str, name="hello are you there?"):
    return s.count("?") == 1  # s

def g(name="hello are you there?"):
    return "hello is you there?"

assert f(g())

def f(s: str, word="antity", max_len=10):  # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(s[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antity", max_len=10):
    if len(word) < 1 or len(word) > max_len:
        return "wrong word"
    return word

assert f(g())

def f(n: int, a=2147483647, b=3):
    return n - a > b

def g(a=2147483647, b=3):
    return 3 * a

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[:2] > s[::-1] and s[:2] <= target

def g(target="reverse me", reverse=True):
    return target.lower()

assert f(g())

def f(l: List[int]):
    assert len(l) == 5
    return all(l) > 0 and all([1, 1, 1, 1])

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, v=17, w=100):
    return 0 <= n <= w

def g(v=17, w=100):
    return 0

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 2

def g():
    return [2, 3, 4]

assert f(g())

def f(s: str, word="abdbcabbac", max_len=10, x=['A', 'B', 'C', 'D', 'E', 'F'], n=5):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="abdbcabbac", max_len=10, x=['A', 'B', 'C', 'D', 'E', 'F'], n=5):
    if len(word) <= max_len:
        return word
    return hex("{%m}"*2)

assert f(g())

def f(x: float, a=2020000):
    return x == a

def g(a=2020000):
    return float(a)

assert f(g())

def f(x: int, a=15143692):
    return x == a

def g(a=15143692):
    return a

assert f(g())

def f(path: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 5], [5, 6], [6, 7], [1, 2]]):
    for i in range(len(path) - 1):
        if i == 0:
            if s[i] != path[i].upper():
                return False
    return True

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 5], [5, 6], [6, 7], [1, 2]]):
    return []

assert f(g())

def f(path: List[int], a=6, b=328023):
    return path[0] != 0 and path[1] != 0

def g(a=6, b=328023):
    return [3, 7, 7]

assert f(g())

def f(n: int, a=5328, b=140863):
    return n == a

def g(a=5328, b=140863):
    return a if a else b

assert f(g())

def f(s: str, word = "konjac"):
    return s == word

def g(word = "konjac"):
    return "konjac"

assert f(g())

def f(s: str, t=3, u=235523):
    return s == 'hello world'

def g(t=3, u=235523):
    return "hello world" # only one more char

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word.strip()
    return max_len.split(word)

assert f(g())

def f(x: float, x2=93252338):
    return x == x2

def g(x2=93252338):
    return float(x2)

assert f(g())

def f(x: int, a=171239):
    return x == a

def g(a=171239):
    return int(a)

assert f(g())

def f(x: int, a=6544, b=16384):
    return x < b

def g(a=6544, b=16384):
    return 1 + (1 - a) * b

assert f(g())

def f(s: str):
    return set(s) == set("22-+*/")

def g():
    return "22-+*/"

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)+1):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word + str(word) + str(word) + " "

assert f(g())

def f(x: str):
    return x.count("Hello") == 1

def g():
    return "Hello world"

assert f(g())

def f(x: int, b=110200110001001):
    return x ** 1 == b

def g(b=110200110001001):
    return int(b)

assert f(g())

def f(x: int, a=10000500):
    return x == a

def g(a=10000500):
    return a

assert f(g())

def f(x: int, a=4, b=54368640):
    return int(int(x) % 2) == x % 2

def g(a=4, b=54368640):
    return int(int(a + b)) % 2

assert f(g())

def f(s: str, d=1, b=10, n=6):
    return s.count("hello world") == d

def g(d=1, b=10, n=6):
    return str(d * 2.5) + "hello world"

assert f(g())

def f(x: int, a=1045, b=2870, upper_bound=110):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1045, b=2870, upper_bound=110):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, a="hello", b=""):
    return s in a and len(s) != len(b)

def g(a="hello", b=""):
    return a + b

assert f(g())

def f(x: int, a=253732, b=912100):
    return x - a == b

def g(a=253732, b=912100):
    return a + b

assert f(g())

def f(res: int, m=1234578987654):
    return res >= m

def g(m=1234578987654):
    return m

assert f(g())

def f(x: int, a=38, b=432854):
    if x > 0 and a > 50:
        return x + a > b
    else:
        return x + a > b

def g(a=38, b=432854):
    return int(a * a + a * b)

assert f(g())

def f(m: int, t=197, upper=10):
    return m > t and m >= upper

def g(t=197, upper=10):
    return 1 + t * t

assert f(g())

def f(x: int, a=4, b=54368639, c=0):
    if c == 0:
        return x % 2 == 0
    elif c == 1:
        return x % 2 == 1
    elif type(x) in [3, 4]:
        return x + 4 + (-x) % 2
    else:
        return x + (-x) % 2

def g(a=4, b=54368639, c=0):
    return int(a) + int(b) + int(c) + int(b)

assert f(g())

def f(x: int, xlen=500):
    return x % 3 == 0 or x % 3 == 1 or z == 0

def g(xlen=500):
    return (3 * xlen) + 1

assert f(g())

def f(i: int):
    return len(str(i + 100)) > len(str(i + 1))

def g():
    return 0

assert f(g())

def f(s: str):
    return s.count('o') == (len(s) % 2)

def g():
    return "o"

assert f(g())

def f(s: str, word2="konjac"):
    for i in range(len(word2)):
        if i == 0:
            if s[i] != word2[i]:
                return False

    return True

def g(word2="konjac"):
    return str(word2) if word2 else -1

assert f(g())

def f(s: str):
    return s == 'hi'

def g():
    return 'hi'

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1073258, b=72352549):
    return int(a + b)

assert f(g())

def f(t: str, m=10, n=9, a=5, target=4):
    return t[0:m] != t[0:n] and t[0:m] != m

def g(m=10, n=9, a=5, target=4):
    return "3999"*8

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n + a == b

def g(a=253532, b=1230200):
    return  - a + b

assert f(g())

def f(n: int):
    for i in range(10):
        if n % 5 == 1:
            return i == 0  # < s > 2 * i + 1
        i = 0
    return i == n

def g():
    return 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456")

def g():
    return int(int("123456" + "0"*9)** 0.5) + 1

assert f(g())

def f(n: int, a=1532, b=132331):
    return abs(n - a) < 20 ** -3

def g(a=1532, b=132331):
    return 10 * abs(a < 20 ** -3) + a

assert f(g())

def f(s: str, word="thirvana", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="thirvana", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[1] + 1)

assert f(g())

def f(x: int, a=10201202001):
    return x >= 0 and x <= a and x <= a and x >= 0

def g(a=10201202001):
    return 10 + (a < 0) * (a + 1)

assert f(g())

def f(n: int, a=18, b=123):
    return n // b == a

def g(a=18, b=123):
    return 123 * a

assert f(g())

def f(m: int, d=2021):
    assert m == len(str(2*d+1))
    m = 12
    for i in range(m):
        if m >= 1:
            m -= 1
    return m <= 3 ** m + 1

def g(d=2021):
    num = len(str(2*d+1))
    if num == 2:
        num = 3
    return num

assert f(g())

def f(str: str, name=None, count=10, max_size=5):
    return str.index(str) == 0 or len(str) == max_size and max_size >= max_size - 1

def g(name=None, count=10, max_size=5):
    return "hello"

assert f(g())

def f(sums: List[int], target=50, max_sum=15):
    sum = [(100, 50), (90, 50), (80, 50), ...]
    int = sum[:40]
    return len(sums) == 4

def g(target=50, max_sum=15):
    target = (target[0] for target in range(0, max_sum))
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, target="cubebunny", length=6):
    return target[(len(target) - length) // 2 - (len(target) + length) // 2] == s

def g(target="cubebunny", length=6):
    return target[(len(target) - length) // 2 - (len(target) + length) // 2]

assert f(g())

def f(n: int, m=1000):
    return n == m

def g(m=1000):
    return int(m)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len or max_len <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    while len(word) <= max_len:
        del word[len(word):]
        word[len(word):] = 0
    return word

assert f(g())

def f(s: str):
    return s.count(s.lower()) == 1

def g():
    return "123"

assert f(g())

def f(s: str, w=30):
    if len(s) <= len(s):
        return len(s) <= w
    s = s[len(s) * 0.5]
    assert len(s) == len(s) * 0.625  # same as len(s + len(s) / 2) == len(s)
    assert len(s) == len(s[1] % 4) == len(s) * 2

def g(w=30):
    return "hello"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if target in s and target is None:
        return s == target
    return s == target

def g(target="foobarbazwow", length=6):
    if target not in target:
        return None
    return target

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and sum(x) == 3

def g():
    return [int(i) for i in range(3)]

assert f(g())

def f(x: str, a="world"):
    return str(x + ' ' * 3) > a

def g(a="world"):
    return str(a + ' ' * 7) + ' ' * 7

assert f(g())

def f(s: str, w=7):
    for c in s:
        if c not in s:
            return False
    return True

def g(w=7):
    return "string"

assert f(g())

def f(x: int, a=182423, b=1911073):
    if x > 0 or a > 1001:
        return x - a == b
    else:
        return x + a == b

def g(a=182423, b=1911073):
    if (a < 1001 and b > 0):
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=266424, b=-9320):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=266424, b=-9320):
    if a > 50 and b > 50:
        return a + b > 50
    else:
        return a + b

assert f(g())

def f(n: int):
    m = n
    while n > 0:
        m = int((n + 1) % 3)
        if m != n:
            return True      
    return m != n

def g():
    return 5

assert f(g())

def f(x: int, a=253516, b=0):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253516, b=0):
    return int(a) + (int(b) * b)

assert f(g())

def f(s: str, word="manual"):
    return s in [ 'Hello world', 'manual', 'manual' ]

def g(word="manual"):
    return 'manual' or word in [ 'manual', 'manual' ]

assert f(g())

def f(x: int, a=1020120202001):
    return x >= a

def g(a=1020120202001):
    return int(a * 1020120202001)

assert f(g())

def f(n: int, a=1040, b=10):
    return n + a < 10 or n - a > b

def g(a=1040, b=10):
    return int(int("123456789" + "123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str, n=1, h=10000):
    return len(s) == n

def g(n=1, h=10000):
    return str(int(n) + 2 * n)

assert f(g())

def f(s: str, target="a"):
    if isinstance(s, str):
        return s.lower() == target.lower()
    elif isinstance(s, list):
        return s.lower() == target.lower()
    elif isinstance(s, tuple):
        return s.lower() == target.lower()
    elif isinstance(s, map):
        return s.lower() == target.lower()
    elif oauth3.decode(s.lower()) == target.lower():
        return s.lower() == target.lower()
    return False

def g(target="a"):
    """Add a target to a list"""
    for x in range(len(target)):
        if isinstance(target, list):
            if target < 0:
                target = list(target)
            else:
                target = target.lower()
    return target

assert f(g())

def f(x: int, a=5670, b=-93206, d=1431):
    return a - (x - b) == b

def g(a=5670, b=-93206, d=1431):
    return a

assert f(g())

def f(id: int, a=1020):
    from math import sqrt
    if id == 0:
        return 2
    return id != 1

def g(a=1020):
    return 2

assert f(g())

def f(p: str):
    return float(p[0]) >= 0.05

def g():
    return str("123456789" + "0" * 3)

assert f(g())

def f(x: int, a=1311, d=17):
    return x == a

def g(a=1311, d=17):
    return int(a + d/18)

assert f(g())

def f(i: int):
    return len(str(i + 100)) == len(str(i + 1001 + 1))

def g():
    return int(int("123456789" + "0"*8) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length = 6):
    if len(s) == 6:
        return len(s) == 6
    return len(s) == 6

def g(target="foobarbazwow", length = 6):
    return target[:len(target) - 6]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[:len(s)] == target

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(x: int, a=3, b=54368639):
    if a == -1:
        return x % 2 == 0
    else:
        return x - a == b

def g(a=3, b=54368639):
    if a == -1:
        return x % 2 == 0
    else:
        return a + b

assert f(g())

def f(n: int, v=2021):
    for i in range(1000):
        if i == 0:
            return -1 and (v * v < n)
    return 0

def g(v=2021):
    return int(int(v * v) + 1) + 1

assert f(g())

def f(s: str, word="cadenza", max_len=10):
    if len(word) <= max_len:
        return word == s
    return word == '[' * len(word) and word[0] == s[0] and word[-1] == s[-1]

def g(word="cadenza", max_len=10):
    r = str(word)
    if len(r) != max_len:
        return r
    return r

assert f(g())

def f(n: int, a=100000, b=10):
    return n // b == a

def g(a=100000, b=10):
    return int(a) * b

assert f(g())

def f(s: str):
    s += '!'    # not a character
    return s.lower().strip() == '!'

def g():
    return ""

assert f(g())

def f(s: str):
    return s.count('o') == s.count('oo')

def g():
    return "1234567"

assert f(g())

def f(x: float):
    return x ** 2 > -0.0

def g():
    return 1.0

assert f(g())

def f(x: int, b=-8660):
    return x <= -19

def g(b=-8660):
    return int(b) + 1

assert f(g())

def f(x: int, a=253532):
    return (x - a) >= a

def g(a=253532):
    return int(int(a * 65) + 10)

assert f(g())

def f(ls: List[str]):
    return min(ls) == max(ls) == str(len(ls))

def g():
    return [str(2) for i in range(2)]

assert f(g())

def f(n: int):
    return n != -1

def g():
    return int(int("123456789") * 10) + 1

assert f(g())

def f(s: List[str]):
    return len(s) > 2

def g():
    return list('foo')

assert f(g())

def f(t: str, s = "Problems"):
    return s == t

def g(s = "Problems"):
    return str(s)

assert f(g())

def f(s: str, n=5, scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 4], k=20):
    return "Hello " + s == "Hello world"

def g(n=5, scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 4], k=20):
    if scores[0] == -1:
        return "Hello world"
    else:
        return "world"

assert f(g())

def f(s: str, a=15482):
    return s.count("b") == s.count("b")

def g(a=15482):
    return "B"

assert f(g())

def f(x: int, v=43233462):
    return x == v

def g(v=43233462):
    return v

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return (x - a) > b

def g(a=253532, b=1230200):
    if a > 50:
        return a * (a - 50) - b
    else:
        return (a * b) - b

assert f(g())

def f(nums: List[int], b0=5):
    result = 0
    for i in range(b0):
        result += 1 * (nums[i] / b0) + 1
    return result < 10.0

def g(b0=5):
    return [2 * n for n in range(5)]

assert f(g())

def f(n: int):  # number of numbers to return
    if n % 3 == 0 or n == 0:
        return n
    return (n - 1) * 3 > 0

def g():
    return int(int("123456789" + "0"*9) * 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=-10):
    if s == str:
        return s
    return len(s) == len(word)

def g(word="antidisestablishmentarianism", max_len=-10):
    if word == str:
        return str(word)
    return word

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s) == len(target) or s[1] == target or len(s[1:2] & 1) == target[(len(target) - length):]

def g(target="foobarbazwow", length=6):
    return "foobarbazwow" if target == "foobarbazwow" else "foobarbazwow"

assert f(g())

def f(x: int, a=45, b=1640):
    for i in range(25):
        if x < 0 and x > 4 or a > 7:
            return x - a == b
        else:
            return x - a == b

def g(a=45, b=1640):
    return a + b

assert f(g())

def f(m: int, a=80, lower=100000, seq=[91, 1, 2, 64, 20, 91, -32, -100, -3, 66, 0, 3, 65, -18, -26, 67], b=0):
    return abs(m * a - 1) < m * a

def g(a=80, lower=100000, seq=[91, 1, 2, 64, 20, 91, -32, -100, -3, 66, 0, 3, 65, -18, -26, 67], b=0):
    return abs(f(a-b+1) < a * b) + 1

assert f(g())

def f(n: int):
    return str(n + 1).startswith("123456789")

def g():
    return int(int("123456789" * 6) + 1) + 2

assert f(g())

def f(s: str, n=5):
    return int(str(5 ** n)[:-2] + s) == 5 ** n

def g(n=5):
    return str(n*n)

assert f(g())

def f(x: int, a=255):
    if x > 0 or a > 50:
        return x - a >= 0
    else:
        return x + a >= 0

def g(a=255):
    return a * 255

assert f(g())

def f(s: str):
    return s == "this world is bad!"

def g():
    return "this world is bad!"

assert f(g())

def f(nums: List[int], a=100, b=1, max_len=15):
    if len(set(nums)) > max_len:
        return set(nums)
    return max_len == len(set(nums))

def g(a=100, b=1, max_len=15):
    return [int(i) for i in range(max_len)]

assert f(g())

def f(x: str, a=13, b=60):
    return "Hello " + x == "Hello world"

def g(a=13, b=60):
    return "world"

assert f(g())

def f(n: int, c=2, b=1823463462):
    return b // n == b

def g(c=2, b=1823463462):
    return c // (int(c) % 3)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n > 2

def g(a=345346363, b=10):
    return a + b

assert f(g())

def f(n: int, a=3, b=23463462):
    return n * a != 0.5

def g(a=3, b=23463462):
    return a if 2 else b if a else 3

assert f(g())

def f(path: List[int], edges=[[1, 2], [3, 4]], c=30):
    for i in range(len(path) - 1):
        if i == 0:
            if s[i] != path[i].upper():
                return False
    return True

def g(edges=[[1, 2], [3, 4]], c=30):
    return []

assert f(g())

def f(s: str, word="perebrag"):
    for i in range(len(word)):
        if s[i] == word[i].upper():
            if s[i] != word[i].lower():
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="perebrag"):
    return 'perebrag'

assert f(g())

def f(s: str):
    return s != 0

def g():
    return "123456789"

assert f(g())

def f(start: int):
    n = abs(start)
    while abs(start) > 400:
        n = abs(start + 1) - 1 if n % 2 else n // 2
        if n == start:
            return True
    return False

def g():
    return int(int("123456789"))

assert f(g())

def f(n: int, lw=2, l=65):
    return lw == 2

def g(lw=2, l=65):
    return (l - lw)*lw + 1

assert f(g())

def f(z: float, v=9, d=0.0001):
    return z >= z - 9

def g(v=9, d=0.0001):
    return float(v) / float(d)

assert f(g())

def f(s: str, word="antisymmetricism", max_len=25):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return words.keys()[:3] > max_len and words[3] == max_len
    return int(s[1:-1]) == max_len or words[3] == max_len

def g(word="antisymmetricism", max_len=25):
    return word

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    return s == "welcome" if a != b else s

def g(a="hello", b="yellow", length=4):
    return "welcome"

assert f(g())

def f(u: int, b=72352549):
    return u == b

def g(b=72352549):
    return int(b)

assert f(g())

def f(g: str):
    return min(g) == max(g) == str(len(g))

def g():
    return min("123456789")

assert f(g())

def f(n: int):
    return n > 5017

def g():
    return int(int("01234567"))

assert f(g())

def f(s: str, word="antisysterection", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[0]) == len(word[0])

def g(word="antisysterection", max_len=30):
    if len(word) <= max_len:
        return word

    return "s = " + word + max_len + str(f(word)) + max1(word[0])

assert f(g())

def f(path: List[str], a=92252338, s=80):
    for i in range(len(path) - 1):
        a += 2 if (path[i] > s) else (path[i] > s + 1)
    return True

def g(a=92252338, s=80):
    return []

assert f(g())

def f(n: int, a=17, b=100):
    if n == 20:
        return a
    for i in range(n):
        a += b + 1
    return a > b

def g(a=17, b=100):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 + 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 + 1]

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n-3):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(n-3):
        m = (m - 1 if m % 10 else m // 10)
    return m

assert f(g())

def f(x: int, a=1073258, b=72352549):
    a = 1073258
    b = 72352549
    for i in range(1073258):
        if b * x == b:
            return x == a and x != b
            break
        else:
            return x == a
            break

def g(a=1073258, b=72352549):
    return a

assert f(g())

def f(n: int, a=17, b=100, c=50):
    return n / 2 + b <= c

def g(a=17, b=100, c=50):
    return 1 - ((a * b) + (c * a) + (b * c))

assert f(g())

def f(i: int, a=253532, b=1230200):
    if a > 50 and b > 50:
        return i - a == b
    else:
        return i + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(s: str, word="I'm not an antidisestablishmentarian", max_len=100):
    if len(word) <= max_len:
        return word == s
    elif len(word) <= max_len:
        return word == s
    elif len(str) <= max_len:
        return str
    elif len(word) <= max_len:
        return word == s[:len(word) - 1]
    elif len(word) <= max_len:
        return str
    else:
        return "".join(word)

def g(word="I'm not an antidisestablishmentarian", max_len=100):
    if word:
        return word
    elif word:
        return min(word).startswith("123456789")
    else:
        return min(word)

assert f(g())

def f(d: int, n=1000, x=16, y=9):
    return d > n and d != x or y < n and (d, x) < d and (d, y) < d + y

def g(n=1000, x=16, y=9):
    return n * n

assert f(g())

def f(x: int, a=253532, b=23223):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=23223):
    if a > 0 or b > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, w=63) -> bool:
    if w == 63:
        return True
    return False

def g(w=63):
    return 1 + 3 * w ** 3

assert f(g())

def f(x: int, a=1411, b=6988983):
    ans = 1.0 + 1073258 == 1511
    if a != b:
        ans = a + 1073258 < b
    return ans

def g(a=1411, b=6988983):
    return int(int(a * b + 1073258) + 2) + 1

assert f(g())

def f(n: int, u=2):
    for i in range(n):
        if (i % 2 == 0) and (i % 2 != 0) or (i % 2 != 0) and (i % 2 != 1) and (i % 2 != 2) and (i % 2 != 3) and u:
            return i == 0
    return i == 1 and all(n in zip(range(u, len(range(5)))) for n in range(u, len(range(u))))

def g(u=2):
    return int(u) or 2 * u

assert f(g())

def f(c: float):
    return 2 ** 0.25 <= c <= 2 ** 0.5

def g():
    return 4 ** 0.25

assert f(g())

def f(x: int, a=153532, b=1500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=153532, b=1500):
    if a < 2:
        return b
    else:
        return a + b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((to_str(s) > x.count("a") and 'b' in s for x in s) for s in s)

def g():
    return ["a"*(i+2)+"b0" for i in range(1000)]

assert f(g())

def f(z: float):
    return int(z * 1 / 5) == 3

def g():
    return int(5 * 9) / 3

assert f(g())

def f(type: int):
    return type == type

def g():
    return int(int(-2)) + 1

assert f(g())

def f(x: int, a=8665464, b=93206, upper_bound=13):
    return a - x == b

def g(a=8665464, b=93206, upper_bound=13):
    return a - b or b == c.lower() or (a,b).lower()

assert f(g())

def f(s: str, target="hello", reverse=True):
    return s == target and s in s

def g(target="hello", reverse=True):
    return target != reverse and target if reverse else "hello"

assert f(g())

def f(s: str, a="doh"):
    return s == a

def g(a="doh"):
    return str(a)

assert f(g())

def f(e: List[int], edges=[]):
    for idx in edges:
        if idx < len(e):
            return len(e) == 2
    return len(e) == len(e)

def g(edges=[]):
    for idx in edges:
        if idx < len(edges):
            z = [e[idx] for e in edges]
            if z.count("a" * 3) < 3:
                return z[1] * z[0] + z[0]
    return []

assert f(g())

def f(s: str):
    c = 0
    while c < len(s):
        c += 1
    return c > 1

def g():
    return "hello"

assert f(g())

def f(s: str, s1="a", s2="b", m=10, number=100000, b=100000):
    return len(s) == len(s1) and s.count(s2) == len(s2)

def g(s1="a", s2="b", m=10, number=100000, b=100000):
    return len(s1) and s2

assert f(g())

def f(s: str, a=1, b=10):
    return s * a != b

def g(a=1, b=10):
    return str(a < b) or sum(a > b) and sum(a < b)

assert f(g())

def f(s: str):
    return 'Worlds' in s

def g():
    return "" + u" Worlds"

assert f(g())

def f(x: int, a=256, b=22):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=256, b=22):
    return a + b

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) or len({'I!!!!!love!!dumplings!!!!'} for n in nums)

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=43347):
    return x > a

def g(a=43347):
    return int(int("43455336789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, n=5, iin=1):
    if isinstance(t, (str, float)):
        return True
        n = len(t)
    return False

def g(n=5, iin=1):
    return str(n * n + iin)

assert f(g())

def f(s: str, target="f12", target_len=13):
    for i in range(len(s)):
        if s[i] != target:
            if len(s[i]) == len(li[i]) and len(li[i]) != 3:
                return False
    return True

def g(target="f12", target_len=13):
    return ""

assert f(g())

def f(x: int, a=12074, b=-6):
    return x == a

def g(a=12074, b=-6):
    new_a = a if 1 else x
    new_b = b if 2 else x
    return new_a if new_b else new_b

assert f(g())

def f(inds: List[int], vecs=[26, 5, 32, 3, 15, 18, 31, 13, 24, 25, 34, 5, 15, 24, 16, 13, 0, 27, 37]):
    for i in range(len(inds)):
        if vecs[i] != vecs[i + len(inds)::] and i + len(inds) > 1:
            return len(vecs) >= len(vecs)
    return len(vecs) == len(inds)

def g(vecs=[26, 5, 32, 3, 15, 18, 31, 13, 24, 25, 34, 5, 15, 24, 16, 13, 0, 27, 37]):
    if len(vecs) == 0:
        return vecs
    else:
        return vecs

assert f(g())

def f(s: str, string="I!!Dumplings!!!!! I!!!Love!!dumplings!!!!!!"):
    return s.strip() == string

def g(string="I!!Dumplings!!!!! I!!!Love!!dumplings!!!!!!"):
    return str(string)

assert f(g())

def f(s: str, target="bbrbrbrbbbbbbbbbbbbbbrbbbbrbbrbb", count=100):
    return s[:count:] in s

def g(target="bbrbrbrbbbbbbbbbbbbbbrbbbbrbbrbb", count=100):
    if count:
        return target
    elif count > 100:
        return target

assert f(g())

def f(s: str, word="konjacq"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjacq"):
    return word[0] + '%d' if len(word) > 1 else w

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=20):
    return s in sorted(s, reverse=True)

def g(word="antidisestablishmentarianism", max_len=20):
    return str(word.count("antidisestablishmentarianism") >> 1)

assert f(g())

def f(s: str, target="foobarbazwowoofzam", length=6):
    return target[((len(target) - length) % 2) == s ] == s

def g(target="foobarbazwowoofzam", length=6):
    return target[((len(target) > length) % 2) == target]

assert f(g())

def f(n: int, year_len=365):
    return n / year_len >= 1  # range(5) <= year_len

def g(year_len=365):
    return getattr(f, "year_len", year_len)

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 3:
        return x % 2 == 0
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a == 3:
        return x % 2 == 0
    else:
        return -a + b

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "47" for i in str(str(d).count("4")))

def g(n=123456789):
    return n * pow(n, 3)

assert f(g())

def f(v: float, vb=15):
    return vb <= vb

def g(vb=15):
    return float(vb)

assert f(g())

def f(t: str, name=''):
    return t == "0123456789"

def g(name=''):
    return "0123456789" + name

assert f(g())

def f(x: int, a=2764, b=1230, v=2375):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2764, b=1230, v=2375):
    if a > 50 and b > 1240:
        return a * v
    else:
        return a + b

assert f(g())

def f(z: str):
    return z is True or z == "^"

    def f29(z: str):
        z = z == "^" and None == z
        return 'a' == z

def g():
    return '^'

assert f(g())

def f(x: int, a=10200012300):
    if x < x + 1:
        return True
    else:
        return False

def g(a=10200012300):
    return int(a)

assert f(g())

def f(prob: int):
    return 2 ** 15 < prob

def g():
    return int(int("123456789" + "0"*9) ** 15) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 6) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - 6) // 2]

assert f(g())

def f(x: int, a=204634, b=651256):
    return x > b

def g(a=204634, b=651256):
    return (a * b) + (a * (b-a) * b)

assert f(g())

def f(x: int, a=2, b=10):
    if a == 2:
        return x % 2 == 0
    elif a == -2:
        return x % 2 == 0
    else:
        return x - a * a + x

def g(a=2, b=10):
    return int(a % 10 + 10) - 10

assert f(g())

def f(s: str, s1="a", s2="b", n=101, count1=100):
    return s.count(s1) == n

def g(s1="a", s2="b", n=101, count1=100):
    return s1 * n

assert f(g())

def f(s: str, s1="canyoutellifithasmorecapitalsaside"):
    return s1 in s

def g(s1="canyoutellifithasmorecapitalsaside"):
    return s1.replace("123456789", "123456789")

assert f(g())

def f(li: List[int], n=22):
    return all(li[i] == 2  for i in range(20))

def g(n=22):
    return [2 for i in range(20)]

assert f(g())

def f(x: int, a=1330200, b=1230400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1330200, b=1230400):
    if a < 0 and a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    if s == "Hoot" or s == "Hoot" and s >= 5:
        return s == "Hoot" or s == "Hoot" and s == "Hoot"  # non-kings
    else:
        return s == "Hoot" or s == "Hoot" and s == "Hoot"  # non-kings

def g():
    return "Hoot"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(s: str, big_str="foobar", name="I"):
    return name == "I"

def g(big_str="foobar", name="I"):
    return ""

assert f(g())

def f(n: int):
    s = str(n * n)
    if s.startswith("0123456789") or s.count("0123456789") == 1:
        return False
    else:
        return True

def g():
    return int(int("0123456789" + "0" * 7) * 7) + 1

assert f(g())

def f(s: str):
    return "Hello " + s != "Hello world"

def g():
    return "hello"

assert f(g())

def f(s: str):
    return len(s[:-2]) == 2

def g():
    return "test"

assert f(g())

def f(s: str):
    if len(s) > 100:
        return len(s) == 2
    elif len(s) < 100:
        return len(s) == 5
    else:
        return len(s) - len(s[::-1])

def g():
    return "World"

assert f(g())

def f(s: str):
    return s[:3] == "i"

def g():
    return "i"

assert f(g())

def f(s: str, word="tribalism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len:
        return word[0] == word[0] and word[-1] == s[-1] and word[0] == s[0]

def g(word="tribalism", max_len=10):
    if len(word) <= max_len:
        return word
    if len(word) <= max_len:
        return word == word[-1]

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s[:len(s)] == target and s.count("1") == 0

def g(target="reverse me", reverse=False):
    if reverse:
        return target
    return target

assert f(g())

def f(x: int, a=-382, b=14546310):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=-382, b=14546310):
    if a > 0:
        return a > b
    else:
        return a + b

assert f(g())

def f(n: int, a=1063):
    return n // a == a

def g(a=1063):
    return 1063 * a

assert f(g())

def f(s: str):
    return (s + 'world' + s + 'world') and len(s ) > 3

def g():
    return "world"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 2 * n + 1 if n % 3 else n // 2
        if n == start:
            return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a=104311, b=72352549):
    return a + b >= 0 and a % 10 == 1

def g(a=104311, b=72352549):
    return str(a + b >= 0 and a % 10 == 1)

assert f(g())

def f(x: int, a=13, b=100):
    if a == 1 and b >= 1:
        return x != a;
    if b >= 1 and x >= 1:
        return x != b;
    return [x for x in b if x >= 1 and x != a]

def g(a=13, b=100):
    return int(int("123456789" + "0"*9) ** 0.5) + (2)

assert f(g())

def f(s: str, chars=['o', 'h', 'E', 'l', ' ', 'w', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'E', 'l', ' ', 'w', 'r', 'd']):
    return str(chars[::-1])[::-1]

assert f(g())

def f(path: List[int], a=6, b=328023):
    return path[0] != 0 and path[1] != 0

def g(a=6, b=328023):
    return [1, 2]

assert f(g())

def f(strs: str):
    return str(str(10)) != strs[10]

def g():
    return "hello world!"

assert f(g())

def f(n: int, a=3, b=23463462):
    return b > a and n > b

def g(a=3, b=23463462):
    return (a * b) + 1

assert f(g())

def f(s: str, word="antisymphisthesis", max_len=20):
    if len(word) <= max_len:
        return word == s or sum(word) == 0 and max(word) == 0
    return min(len(s) == max(s) for s in sorted(word)) or len([s for s in sorted(word)]) == 0

def g(word="antisymphisthesis", max_len=20):
    if len(word) <= max_len:
        return word
    return min(word) > max(word) or max(word) < max_len + 1 and min(word) > max(word)

assert f(g())

def f(x: int, b=18334567):
    return x == b

def g(b=18334567):
    return int(int(b - b) * 9) + int(b)

assert f(g())

def f(x: str, substring="a", n=5, length=1):
    """Hint: add substring for length of a and n are always 1.
       This returns the "0" string if one is less than n.
       The result is always (n) == 2, so n == 3, which is true."""
    return substring == x[::-1]

def g(substring="a", n=5, length=1):
    """Hint: substring for length of a and n is always 1.
       This returns the "0" string if one is less than n.
       The result is always (n) == 3, so n == 3."""
    if length == 3:
        length -= 1
    else:
        length += 1
    return substring[::-1]

assert f(g())

def f(x: int, a=39, b=-4455):
    return x - a == b

def g(a=39, b=-4455):
    return a + b

assert f(g())

def f(x: str, n=912):
    return str(19143212) == x

def g(n=912):
    return str(19143212)

assert f(g())

def f(s: str, word="bz", max_len=10):
    if len(word) <= max_len:
        return word == s

def g(word="bz", max_len=10):
    if max_len == 10: return word

assert f(g())

def f(n: int, kn=5):
    return n >= 0 and kn > 0

def g(kn=5):
    return 2 + kn

assert f(g())

def f(x: int, a=1020):
    return x < a

def g(a=1020):
    return int(a<a)

assert f(g())

def f(x: int, a=15482, b=23223):
    return x == b

def g(a=15482, b=23223):
    return int(int(a+b) - a)

assert f(g())

def f(s: str, word="antistabra", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antistabra", max_len=10):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(n: int):
    s = str(n * n)
    m = n
    for i in "1":
        m += 1
    return m > 1

def g():
    return int(int("123456789" + "0"*9) **0.5) + 1

assert f(g())

def f(s: str, target="abblahwafaac", upper=99):
    assert target == s
    return s == target

def g(target="abblahwafaac", upper=99):
    assert target == target
    return "abblahwafaac"

assert f(g())

def f(path: List[List[int]], m=10, n=10, c=20):
    return n > 0 and len(path) == len(path) and m <= (n-1) * (c-1)

def g(m=10, n=10, c=20):
    if (n-1) <= (c-2):
        return []
    return []  # for each c
                                       # else append to list
                                       # else append to string

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i % 2 == 0:
            if s[i] == word[i]:
                return True
            else:
                if s[i] != word[i]:
                    return False
    return True

def g(word="konjac"):
    return word[:3]

assert f(g())

def f(c: int, d=20):
    if d == 0:
        return 0
    elif d > 1:
        for i in range(c):
            s = 2 ** i + 1
            for j in range(d):
                s = s + 2 ** i + 1
                s = s + s + 2 ** i + 1
            # s = s + 2 ** (c / d)
            # s += s
            return s % 2 == 0

def g(d=20):
    return d + 1

assert f(g())

def f(s: str, a=4025, d=17):
    for c in s:
        if c not in s:
            return False
    return True

def g(a=4025, d=17):
    return str(a)

assert f(g())

def f(z: int, v=9, d=0.0001):
    z = z * v
    return z >= 0.0001

def g(v=9, d=0.0001):
    v = -v
    return v*v

assert f(g())

def f(k: int, m=8, n=8):
    return 5 * k / 2 and k != 0

def g(m=8, n=8):
    return m * n

assert f(g())

def f(n: int, a=17, b=10, c=20):
    return n + a > sum([a * i for i in range(b)]) + b

def g(a=17, b=10, c=20):
    return sum([a * i for i in range(b)]) + c

assert f(g())

def f(s: str, word="josé"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="josé"):
    return "josé"

assert f(g())

def f(x: List[int]):
    return x.count("a") <= 100

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=1020):
    if isinstance(x, float):
        return x * -2 - a
    elif isinstance(x, int):
        return x * -2 >= a
    elif isinstance(x, float):
        return x / 2 >= a
    elif isinstance(x, int):
        if a != b:
            return a
        elif isinstance(x, float):
            return -b
        else:
            return a

def g(a=1020):
    if isinstance(a, int):
        return a * -10
    elif isinstance(a, int):
        return a * -10 >= a
    elif isinstance(a, int):
        return a * -10 >= a * 5
    elif isinstance(a, int):
        return a * -10 >= a * 15
    else:
        return a

assert f(g())

def f(s: str, name=",", m=10):
    return s == "enlightenment"

def g(name=",", m=10):
    return "enlightenment"

assert f(g())

def f(s: str):

    # test for a non-overlapping test, i.e., if the test is parallel
    if s == "00" or s == "99" or s == "100" or s == "1010" or s == "1001":
        return True
    elif s == "1010":
        return False
    elif s == "1010":
        return False
    elif s == "1001":
        return False
    else:
        return True

def g():
    return ""

assert f(g())

def f(x: int, a=100, b=30000):
    if x > 0 or a > 100:
        return x - a == b
    else:
        x += 2

def g(a=100, b=30000):
    if a > 100 or a < 100:
        return a - b > b
    else:
        return a + b

assert f(g())

def f(x: int, a=5, b=1301):
    if x > 0 or a < 5:
        return x - a == b
    else:
        return x + a == b

def g(a=5, b=1301):
    if a < 5 and 1 < a:
        return x + b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s[::-2] <= s[::1] and s[::-1] <= s[::-3] and s[::1] in s and len(s) == 5

def g():
    return "world"

assert f(g())

def f(z: float, c=5):
    return int(z * 1 / c % 5) == 1

def g(c=5):
    return float(c)

assert f(g())

def f(parts: List[int]):
    return parts[0] == 1 and parts[1] == 2 and parts[2] == 3 and parts[3] == 4

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(w: int, d=2):
    return w == d or len(d) == 3 and s_case == (d * 3)

def g(d=2):
    return 2

assert f(g())

def f(x: int, a=11222, b=72352549):
    return a + x == b

def g(a=11222, b=72352549):
    return - a + b or - 1 <= a <= b

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:  # 2 for 1 for 1
            return True
        if n > m:
            return True
        if m > n:
            return True
        if n > m:
            return True
    return False

def g():
    return int(int(" 123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=456729, b=754733):
    if x > 0 or a > 50:
        return x + a > b
    else:
        return x + a == b

def g(a=456729, b=754733):
    if a > 50:
        return a
    else:
        return x

assert f(g())

def f(x: int):
    return x == x + (x - 4 * x)

def g():
    return [2, 3, 7].count("789")

assert f(g())

def f(f: int):
    return f >= 1e7

def g():
    return int(float("123456789" + "" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute false')

def g():
    return "Permute false"

assert f(g())

def f(s: str):
    return set(s) <= set("10-2-23"); (s+2) or {0, 2}

def g():
    return ""; (s+2) or {0, 2}

assert f(g())

def f(x: int, a=185008, b=1240800):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=185008, b=1240800):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word) and s in word[0] and s in word[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    if max_len:
        return word
    if length(word) > max_len:
        return word
    if len(word) == max_len:
        return str(word) + 1
    return str(word) + 1

assert f(g())

def f(big_str: str, sub_str="foo3"):
    return big_str.index(sub_str) != -1

def g(sub_str="foo3"):
    return "foo3".strip()

assert f(g())

def f(a: int, b=334444):
    return a >= b

def g(b=334444):
    return 1 * b

assert f(g())

def f(x: int, a=50, b=120):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + b > b

def g(a=50, b=120):
    if a > 0 and b > 0:
        return a * (b - a) + 1
    else:
        return a / b < a

assert f(g())

def f(x: int, a=888976, b=9552712):
    return a + x == b

def g(a=888976, b=9552712):
    return b - a

assert f(g())

def f(x: int, a=10, b=500):
    return x > 0 or x > 25

def g(a=10, b=500):
    return 1

assert f(g())

def f(s: str):
    d = len(s)
    if len(s) == 1:
        return True        # ok
    elif len(s) == 4:
        return False       # ok
    elif len(s) == 7:
        return False       # ok
    elif len(s) == 14:
        return False
    else:
        return False

def g():
    return ["1" for s in range(1000)
              for s in range(1000)
              ][1]

assert f(g())

def f(s: str, word="jest"):
    if len(word) != len(s):
        return False
    return True

def g(word="jest"):
    return word

assert f(g())

def f(z: float, v=8, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=8, d=0.0001):
    return v * d

assert f(g())

def f(n: int, w = 100):
    return n > w

def g(w = 100):
    return 1 << w

assert f(g())

def f(x: int, a=50, b=1130, c=12):
    if x > 0 or a > 51:
        return x + a > b
    else:
        return x + a + b == c

def g(a=50, b=1130, c=12):
    return int(a*b**c)

assert f(g())

def f(n: int, t=5):
    return str(n * n).startswith("1234567890")

def g(t=5):
    return int(int("1234567890" + "0"*(t+6)*9) ** 0.5) + 1

assert f(g())

def f(x: int):
    return x > 2 ** -3

def g():
    return int(int("123456789" + "0"*9) ** 8)

assert f(g())

def f(n: int):
    m = n - 1 if n % 2 else n // 2
    if n == m:
        return True

def g():
    return int(int("123456789")**-1000)

assert f(g())

def f(x: int, a=93788, b=3550):
    return x > b

def g(a=93788, b=3550):
    return str(a < b) if a < b else a

assert f(g())

def f(position: List[int], target=[]):
    # ...
    return sorted(position) == sorted(list(range(999)))

def g(target=[]):
    # ...
    return list(range(999))

assert f(g())

def f(r: str, s="Problem"):
    return r == 'Problem'

def g(s="Problem"):
    return s == "Problem" if s is None else s

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me - True') and s != s[::-1]

def g():
    return "Permute me - True"

assert f(g())

def f(x: str, s="abbbcabbac", target=7):
    return x.count("8") * 4 == 0

def g(s="abbbcabbac", target=7):
    return "Hello " + s + " world"

assert f(g())

def f(s_case: str, s=''):
    return s_case == 'CanYouTellIfItHASmoreCAPITALS'

def g(s=''):
    if s != '':
        return s
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(s: str, a=253532):
    a = 0
    if a < 10:
        return len(s) > 10
    else:
        return len(s) % 2 == 0

def g(a=253532):
    return str(a * a)

assert f(g())

def f(x: str, s=['a', 'b','c'], t=50):
    return x[:15] == s[0]

def g(s=['a', 'b','c'], t=50):
    return str(s[0])

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (i == 0) and (s[i] != word[i].lower()):
            return False
    return True

def g(word="konjac"):
    return 'konjac' + '\n' + word

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1] and word[-1] != s[0] + word[-1] and word[0] != s[0] and word[-1] != s[-1])

def g(word="antidisestablishmentarianism", max_len=100):
    d = range(1024)
    if len(word) <= max_len:
        return word
    return int(d[2:max(d)] + d[-1])*d[-1]

assert f(g())

def f(n: int, a=14302, b=5):
    return n < 3

def g(a=14302, b=5):
    def f(x: str):
        a += f(int(x))
        return "0" + f(int(x))
    return 0

assert f(g())

def f(n: int, a=1020001101):
    return n > a

def g(a=1020001101):
    return int(int(a * 1020001101) + int(a + 1 / 1000))

assert f(g())

def f(li: List[int]):
    return 1 <= len(li) and sum(li[1:len(li)]) >= 20

def g():
    return [1, 20]

assert f(g())

def f(a: int):
    return a >= 255

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(c: str):
    return c == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return str(u"abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if (s[i] < word[i] and s[i] > word[i].upper()) and (i == 0) and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):

    return "konjac"

assert f(g())

def f(s: str, word="nothredeem"):
    return s.count('erraden') == 0

def g(word="nothredeem"):
    return str(word) + word

assert f(g())

def f(t: str, s="halt"):
    r = list(t)
    return len(t) == len(r)

def g(s="halt"):
    return "halt"

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return s in a and s in b

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return a and b[2]

assert f(g())

def f(n: int, a=154822, b=23221, lower_bound=5, max_dim=10):
    return a + b < n

def g(a=154822, b=23221, lower_bound=5, max_dim=10):
    return int(max(a, b) * int(100000)) + 1

assert f(g())

def f(s: str):
    return s == "0123456789" or s.count("4") == 4

def g():
    return str("0123456789")

assert f(g())

def f(n: int, v=1, h=7):
    return n^2 < h

def g(v=1, h=7):
    return int(v)

assert f(g())

def f(s: str, chars=['o', '--'], target=7):
    i = 0
    for c in s:
        if c not in s:
            return False
    return True

def g(chars=['o', '--'], target=7):
    chars = [x for x in chars]
    return str(chars)

assert f(g())

def f(lb: List[bool], trips=[[1, 1, 0], [1, 0, 0], [0, 0, 0], [0, 1, 1], [0, 1, 1], [1, 0, 1]]):
    def add(s: str):
        if isinstance(s, list):
            if len(s) == len(lb):
                return len(s) - 1
            else:
                return lb.to(i) + 1
    return len(lb) <= len(trips)  # length is always 1

def g(trips=[[1, 1, 0], [1, 0, 0], [0, 0, 0], [0, 1, 1], [0, 1, 1], [1, 0, 1]]):
    def add(s: list):  # no more trips added yet.
        if isinstance(s, list):
            return [1, 2, 0] + 1
        else:
            return [1, 2, 0] + 1
    return []

assert f(g())

def f(s: str, chars=['o', 'h', 'h', 'h', 'h', ' '], max_len=10):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'h', 'h', 'h', ' '], max_len=10):
    return str(max_len) + str(chars)

assert f(g())

def f(x: int, a=0, b=72352549):
    return a + x == b

def g(a=0, b=72352549):
    return int(a) + b

assert f(g())

def f(s: str):
    return s[len(s) - 1] == 'h'

def g():
    return 'h'

assert f(g())

def f(labels: List[int]):
    return labels[0] == 5

def g():
    return [5, 11]

assert f(g())

def f(s: str):
    return s.count("b") and s.count("d") == s.count("a") and s.count("d") != len(s)

def g():
    return "b"

assert f(g())

def f(x: int, a=8665464, b=93206):
    return x * 2 != -2

def g(a=8665464, b=93206):
    return a + b * 2

assert f(g())

def f(s: str, word="e"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            return False
    return True

def g(word="e"):
    return str(str(word).upper())

assert f(g())

def f(s1: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s1[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word[0]+word[1]

assert f(g())

def f(x: int, a=26651096, b=14331534):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=26651096, b=14331534):
    if b < 0:
        return 2 * a + b * b
    else:
        return 1 * a + b

assert f(g())

def f(n: int, a=1020):
    return int(n) == a or len(n) == len(s)

def g(a=1020):
    return a

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a < b) and (c < n) and (a < b) or (b < n) and (c < n) and (a < n) and min(b, c) > 0 and n > 2

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(x: List[int]):
    return len(x) == 7 and sum(x) > 3

def g():
    return [int(int("123456789" + "0"*9) ** 0.5) for i in range(7)]

assert f(g())

def f(n: int, q=5):
    return pow(2, n, q) == 1

def g(q=5):
    return int(int("123456789" + "0"*1)** 2)

assert f(g())

def f(d: int, n=123456789):
    return d > n or len(d) != n

def g(n=123456789):
    return n*n

assert f(g())

def f(x: int, a=1020, b=720526):
    return x - a == b + a

def g(a=1020, b=720526):
    return a + b + a

assert f(g())

def f(n: int):
    return -1 <= n and -1 < n and -1 <= n

def g():
    return int(int(f(3)) + int(f(2)))

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', '1']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd', '1']):
    return str(chars[::-1])

assert f(g())

def f(s: str, target="hello"):
    return target[:len(target) // 2] == s

def g(target="hello"):
    return target[:len(target) // 2]

assert f(g())

def f(s: str):
    return s in ["S", "S", "S", "S"]

def g():
    return 'S'

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b != 1 and n > 5

def g(a=345346363, b=10):
    return a // b - 1**2

assert f(g())

def f(s: str, big_str="foobar"):
    return big_str in s if big_str else None

def g(big_str="foobar"):
    return "foobar"

assert f(g())

def f(t: str, word="konjac"):
    for i in range(len(word)):
        if t[i] != word[i].upper():
            return False
    return True

def g(word="konjac"):
    return word.lower().upper().upper()

assert f(g())

def f(x: str, v=3, a=9325236):
    return len(x) > v

def g(v=3, a=9325236):
    return '123456789' or len(x) > v

assert f(g())

def f(s: str):
    return int(s[1:-1]) == len(s) or len(s) != 3 and list(s) != 10

def g():
    return "123456789"

assert f(g())

def f(h: int, a=23463462):
    return h == a

def g(a=23463462):
    return a

assert f(g())

def f(s: str, target=9):
    if target in ['o', 'foobar', 'foobar', 'foobar', 'foobar', 'foobar', 'foobar', 'foobar', 'foobar', 'foobar', 'fi']:
        return s.count('foobar') == -1
    return s.count('foobar') == 1

def g(target=9):
    return "foobar"

assert f(g())

def f(s: str, word="kokoback"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kokoback"):
    return str(word) + word

assert f(g())

def f(s: str, a=['cat', 'bookmark', 'tree', 'fly'], b=['tree', 'bookmark']):
    return s in a and s in b

def g(a=['cat', 'bookmark', 'tree', 'fly'], b=['tree', 'bookmark']):
    return "cat" if a in b else "tree"

assert f(g())

def f(s: str):
    return s in s[0] and len(s) == len(s)

def g():
    return "a"

assert f(g())

def f(x: int, a=10953318, b=40887822):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10953318, b=40887822):
    x = 10953318
    a = 10953318
    b = 40887822
    if a > b:
        return x + b == a
    else:
        return x + b

assert f(g())

def f(n: int, a=123456789, b=123456790):
    return n > a

def g(a=123456789, b=123456790):
    return int(int("123456789" + "0"*3) ** 3) + 1

assert f(g())

def f(s: str):
    return set(s) < set("123") and s.count("3") == 1

def g():
    return str("3")

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 1 and s[-1] != word[-1]:
            return False
    return True

def g(word="konjac"):
    return word[3 : 8]

assert f(g())

def f(n: int, a=3, b=23093662):
    n = 3 * n + 1 if n % 2 else n // 2
    if n == 1:
        return 0
    return 1 * n > b

def g(a=3, b=23093662):
    return int(a) + 3 * b - a - b + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((s.count("a") > s.count("b")) and ('b' in s) for s in s)

def g():
    return ["a"*(i+4)+"b" for i in range(1000)]

assert f(g())

def f(i: int):
    return len(str(i + 1)) == len(str(i + 1000)) and len(str(i + 1002)) == len(str(i + 1003))

def g():
    return int(int("1002" + "0"*12) ** 0.5) + 1

assert f(g())

def f(res: int, m=12345789874250):
    return res == m + 1

def g(m=12345789874250):
    return m if m < 0 else m + 1

assert f(g())

def f(n: int, a=345346363):
    return n > a

def g(a=345346363):
    return 1 + a

assert f(g())

def f(c: int, v=17):
    return v > 0

def g(v=17):
    return v >> 5

assert f(g())

def f(c: List[str], k=5):
    try:
        i = 1
    except:
        if i < len(c):
            return False
    return True

def g(k=5):
    return ["123", "123", "123", "123", "123", "123", "123", "123", "123", "123", "123", "123", "123", "123", "123", "123", "123", "123", "123"]

assert f(g())

def f(s: str):
    return s.count("12") == 1 and s.count("1") == 1

def g():
    return "0123456789"

assert f(g())

def f(x: int, a=253532, b=13500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=13500):
    if a < 0:
        return a
    if b < 0:
        return b
    else:
        return a + b

assert f(g())

def f(x: float, d=1):
    return abs(x ** 2 - d) < 1

def g(d=1):
    return float(d) - (1 + d)

assert f(g())

def f(n: int, start=True):
    if start:
        return True
    elif start:
        return false
    if end:
        return False
    if len(start) > end:
        return True
    if len(start) != end:
        return True
    if start is True:
        return True
    elif end is True:
        return False

    return None

def g(start=True):
    return int(3 + 3) + 1

assert f(g())

def f(n: int, a=23445, b=10):
    return n // b > a

def g(a=23445, b=10):
    return int(a + int(a * b))

assert f(g())

def f(s: str):
    return set(s) <= set(s) and s.count("0") != 0 and s.count("1") != 1.

def g():
    return "world[0]"

assert f(g())

def f(start: int, k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return start < len(seq)

def g(k=3, lower=150, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return (k > 0) * (1 + 0) + 1

assert f(g())

def f(li: List[int]):
    return list(list(range(99999))) == list(range(99999)) and all(li[i] != i for i in range(len(li)))

def g():
    return [123456789]

assert f(g())

def f(q: int):
    return q * q >= 0

def g():
    return int(int(-2) ** (3 ** 2))

assert f(g())

def f(i: int, a=123):
    return a > 0

def g(a=123):
    return 1

assert f(g())

def f(s: str):
    return s and s.count("a") == 1

def g():
    return "a"

assert f(g())

def f(x: int, a=-11294416):
    return x - a == -11294416

def g(a=-11294416):
    return a + a

assert f(g())

def f(p: int, d=35, m=10):
    return p * m > 15 if m < 10 else p * m > 15

def g(d=35, m=10):
    return d

assert f(g())

def f(z: int, a=5129, b=54368639):
    if z == 0:
        return z - a > 0
    elif z == -1:
        return z - a > 0
    else:
        return z - a > 0

def g(a=5129, b=54368639):
    if a % 3 == 0:
        return a + b
    elif a % 10 == 0:
        return a + b + 0
    else:
        return b

assert f(g())

def f(x: int, a=2532, b=1230200):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2532, b=1230200):
    if a > 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: float, a=1030):
    return x * a < 10 * a

def g(a=1030):
    return (float(0) ** 5 + float(2) ** 4 / a) / 1.0

assert f(g())

def f(n: int, t=1996520):
    return n % (n + 1) and (n % t) != 0 and t < n

def g(t=1996520):
    return (int(int(t + 999999) / 2.5) + 1)**2 + 1

assert f(g())

def f(i: int):
    return i == 0

def g():
    return int(0) * 3

assert f(g())

def f(a: int):
    return a < 20 if a == 0 else 20

def g():

    a = 0
    return (a+2) >> 63

assert f(g())

def f(x: int, a=93259058, b=9327908):
    return x == a

def g(a=93259058, b=9327908):
    return a

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 50 :
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < b :
        return a + b
    else:
        return a / b

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 3 * n + 1 if n % 2 else n // 2
        if n < start:
            return True

def g():
    return int(int("123456789") * 3) + 2

assert f(g())

def f(path: int, m=1173, n=1000):
    return path == m or path[m] == lower_bound

def g(m=1173, n=1000):
    return m if m == 0 or m == n  else m

assert f(g())

def f(s: str, word="konjac"):
    return s.lower() == 'konjac'

def g(word="konjac"):
    return str(word).lower()

assert f(g())

def f(n: int, a=115, b=115):
    return n > a or len(a) == 3

def g(a=115, b=115):
    return a + (b > -1)

assert f(g())

def f(l: List[int]):
    l[0] = 0
    l[1] = 1
    l[2] = 2
    l[3] = 3
    l[4] = 4
    l[5] = 5
    return l[0] < l[1] and l[2] < l[3] and l[4] < l[5]

def g():
    return [i for i in range(1000)] * 5

assert f(g())

def f(s: str, target="Hello world"):
    return s[0] == target[:1]

def g(target="Hello world"):
    return target[:1]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) == len(x)

def g():
    return [i for i in range(3)]

assert f(g())

def f(n: int, a=14302, b=5):
    return n != 0

def g(a=14302, b=5):
    return 2 + a + b

assert f(g())

def f(s: str):
    return set(s) <= set(s) and s and "8+2" in s

def g():
    return "8+2"

assert f(g())

def f(n: int, a=35, b=10):
    return n > a and (a + b) > 5

def g(a=35, b=10):
    return (a + b) - 1

assert f(g())

def f(n: int, t=16):
    if n % 5 == 1:
        s = 2
        return s < 2 * (n - 1) // 5
    elif n % 5 == 2:
        s = 2
        return s < 2 * (n - 1) // 5
    elif n % 5 == 3:
        s = 3
        return s < 2 * (n - 1) // 5
    elif n % 5 == 4:
        s = 4
        return s < 2 * (n - 1) // 5
    elif n % 5 == 5:
        s

def g(t=16):
    return t * t + 1

assert f(g())

def f(s: str):
    return len(s) == 1
    for x in s:
        return s[x] == x and s[x] <- x

def g():
    return "b"

assert f(g())

def f(d: int, n=123456789):
    return d > n + 15 and all(i in "37" for i in str(str(d).count("4") + str(d).count("7")))

    return d > n + 15

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(n: int, a=14302, b=5):
    return b % (n - 1) == 0

def g(a=14302, b=5):
    return a % (1 + (b - 1))

assert f(g())

def f(x: int, b=10000):
    return x == b

def g(b=10000):
    return b

assert f(g())

def f(x: int, a=72352549, b=118849):
    return a + x == b or (a + x == 3) or (a + x == 4) or (a + x == 3)

def g(a=72352549, b=118849):
    return b - a or (a - 2) or (a - 3) or (a - 3)

assert f(g())

def f(x: str, b=7):
    return x == "hello";

def g(b=7):
    return "hello"

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all((x.count("I") > x.count("h")) and ('h' in x) for x in s)

def g():
    return ["I"*(i+2)+"h" for i in range(1000)]

assert f(g())

def f(z: float, v=0.003):
    return int(z * 1 / v) == 1

def g(v=0.003):
    return v

assert f(g())

def f(s: str, a=[]):
    if a == ['cat', 'dot', 'fly', 'dot'] or a == ['tree', 'leaf', 'dot', 'leaf'] or a == ['tree', 'leaf', 'dot']:
        return str(a) == s
    if a == ['tree', 'fly', 'dot'] or a == ['tree', 'leaf', 'dot'] or a == []:
        return str(a) == s
    return str(a) == s

def g(a=[]):
    if len(a) == 3 and a == ['cat', 'leaf', 'dot']:
        return a.split(',')[0]
    elif len(a) == 1 or len(a) == 2:
        return str(a)
    else:
        return str(a)

assert f(g())

def f(x: int, a=10202):
    return x is a

def g(a=10202):
    return 1 if a != 10202 else a

assert f(g())

def f(t: str):
    return set(t[:2]) <= set("1-2") and t[:2] == t[:2]

def g():
    return ("1-2")

assert f(g())

def f(n: int):
    return str(n * n).startswith("456")

def g():
    return int(int("456" + "0"*6) ** 0.5) + 1

assert f(g())

def f(x: int, a=3050, b=1301500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=3050, b=1301500):
    if a > 50 and b < 45:
        return x + (a - b) + 1
    else:
        return a + b

assert f(g())

def f(x: int, b=3548, d=1551):
    if x > 0:
        return b > 0
    elif x < 0:
        return b < 0
    elif b < 0:
        return b >= 0
    elif x > 0:
        return b >= d
    elif d < 0:
        return d < 0

def g(b=3548, d=1551):
    return int(b - b + d) + 3

assert f(g())

def f(s: str):
    return s is not None and s is not None or 0 or s is not None or s is None or s is None or s is None and len(s) > 0 and s.count(0) == 1 <= len(s) or len(s.count(0) > 1)

def g():
    return ("123456789" + "123456789" + "123456789" + "123456789")

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x + b == a
    else:   
        return x + b

def g(a=253532, b=1230200):
    if a < 0 and b < 0:
        return a + b
    elif a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, a="hello", b = None):
    return s.count(a) == 1

def g(a="hello", b = None):
    return "hello world"

assert f(g())

def f(n: int, v=20, w=32):
    return n // v >= v

def g(v=20, w=32):
    return int(v * v)**2

assert f(g())

def f(x: float):
    x = (x + 3.1415) % 3
    ans = 1
    return min(x, x) <= ans

def g():
    return float(int(2) / (3.1415))

assert f(g())

def f(n: int, a=18, b=20):
    if n / 2 == 0:
        return n % 2 == 0
    else:
        return len(n) == 0 and len(s) > n
    return len(n) >= int(a / 2) and len(s) != 0

def g(a=18, b=20):
    for i in range(20):
        if (a < b) * i == 0:
            return i
        else:
            return len(n) * ((a + b) / (n + b)) == 0
        n = int(a / 2)
        i = int(b / 2)
        if (n >> i) & 1:
            return 0

assert f(g())

def f(x: int, a=30, b=30):
    return x * a < b

def g(a=30, b=30):
    return int(int(a - b * 2) ** 1) + 1

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse is True:
        return s.lower() == target
    if reverse > -1:
        return s.lower() >= target
    return s.lower() < s.lower() and len(s.lower()) != 3

def g(target="reverse me", reverse=True):
    if reverse is True:
        return target
    if reverse > -1:
        return target
    return target + s.lower() == 0

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    if len(s) == 4:
        return len(x) == len(s + 1)
    else:
        return len(x) == len(s)

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    if n == 0:
        return "a" + "b" + "c" + "d" + "e" + "f"
    else:
        return "a" + "b" + "c" + "d" + "e" + "f"

assert f(g())

def f(li: List[int]):
    return len(li) >= 9

def g():
    return [0 for i in range(1000)]

assert f(g())

def f(n: int, e=1):
    return e < 3

def g(e=1):
    return int(e % e)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a + b

def g(a=345346363, b=10):
    return int(a + b) * 10

assert f(g())

def f(s: str, word="abcdefd"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="abcdefd"):
    return str(word) + "abcdefd"

assert f(g())

def f(name: str):
    return name in ["f19", "f19b", "f19c"]

def g():
    return "f19b"

assert f(g())

def f(x: str, a=1):
    if x != 1:
        return True
    else:
        return False

def g(a=1):
    return str(a)

assert f(g())

def f(s: str, word="n", max_len=10):
    if len(word) <= max_len or len(word) <= max_len:
        return len({word[:]}) == len(word[:]) and word[0] == s[0]
    return len({word[:]}) == len(word[:]) and word[-1] == s[-1]

def g(word="n", max_len=10):
    return str(word)[:max_len]

assert f(g())

def f(n: int, v=17, w=100):
    return n > w

def g(v=17, w=100):
    return int(v + v) ** 2

assert f(g())

def f(n: int):
    return len(str(n + 1)) == len(str(n + 1000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=10402834):
    return x == a

def g(a=10402834):
    return int(a)

assert f(g())

def f(s: str, a=42, b=123):
    a = 0
    for i in range(len(s) - 1, 0, (len(s) - 1)):
        if s[i] != a:
            return False
    return True

def g(a=42, b=123):
    return str(a * 5 + b)

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd'], n=4):
    if len(x) >= n:
        return len(x) >= n - n * 2 and n != 0
    else:
        for x in x + s:
            if x != s[n-1] or x in s:
                return len(x) >= n
    return len(x) == n

def g(s=['a', 'b', 'c', 'd'], n=4):
    if len(s) > 2:
        return "A" * 3 + ("B" * 2) + "C" + "D"
    else:
        if len(s) == n-1:
            return "A" * 3
        else:
            if n != 0:
                return s[n] + s[n-1]

assert f(g())

def f(s: str, string="I Am A Lazy"):
    for c in s:
        if c != c.lower():
            return True
        return False

def g(string="I Am A Lazy"):
    return str(string) + " " + string

assert f(g())

def f(s: str, word="lazy"):
    if len(word) > len(s):
        return False
    return True

def g(word="lazy"):
    return str(word)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):  # if you have another string, use string(word)
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(x: str):
    return x < 'a' + x

def g():
    return "a" * 15

assert f(g())

def f(n: int, nums=15):
    return -n == n

def g(nums=15):
    return -f(nums)

assert f(g())

def f(t: str, n=5):
    if len(t) == n:
        return int(t[0] % 5) == n
    else:
        return int(t[0]) == n

def g(n=5):
    return str(n)

assert f(g())

def f(x: int, a=100, b=10000):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a < b

def g(a=100, b=10000):
    i = 0
    while i < 10000:
        y = i - i * 100
        if y > i:
            return y / i
        i += 1
    return y * i

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return a + b == n

def g(a=1073258, b=72352549):
    return a + b

assert f(g())

def f(x: int, a=-382, b=1481538):
    return x - a == b - 1

def g(a=-382, b=1481538):
    return a + b - 1

assert f(g())

def f(t: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 == 0] == t

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) % 2 == 0) % 2 == 0]

assert f(g())

def f(x: int, a=1234, b=124534):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + b == a

def g(a=1234, b=124534):
    return int(a) + int(b)

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] != "konjac" and s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(v: int, w=100):
    if w < 2:
        return False
    else:
        for i in range(w):
            s = (i + 3 if w % 10 else i / 10)
    return w > 2

def g(w=100):
    return int(int(w) + 2)

assert f(g())

def f(n: int):
    return n >= 2**3 and n <= 2**3  # 1st 3rd digit + 2nd 9th digit

def g():
    return 2**3

assert f(g())

def f(x: int, a=2037, b=1230200):
    if x > 0 and a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2037, b=1230200):
    return int(a + b)

assert f(g())

def f(x: int, a=1548, b=23227):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=1548, b=23227):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return s == 'foo' + 'baz'

def g():
    return "foo" + "baz"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case in (("CanYouTellIfItHASmoreCAPITALS",
                         s.lower()))

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(x: int, a=1020202010):
    return x ** 2 == a * a

def g(a=1020202010):
    return f(a + 1) or a

assert f(g())

def f(x: int, b=154812):
    return x - b == b

def g(b=154812):
    return 1 * (int(int(b) + 1) + b) - 1

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return "" or s == target or reverse

def g(target="reverse me", reverse=False):
    return "" or "reverse me".replace("123456789", "0")

assert f(g())

def f(s: str, v=20):
    return 'world' == 'world'

def g(v=20):
    return 'hello world'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:(len(target) + len(target))] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target)) // 2:]

assert f(g())

def f(n: int, a=15, b=27, lower_bound=150):
    return n % a == 0 and n % b == 0 or n <= lower_bound

def g(a=15, b=27, lower_bound=150):
    return a % b == 0 or a % b / b == 0 or a % b % b

assert f(g())

def f(x: int, a=1245, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

    return x == b

def g(a=1245, b=10):
    return int(a) + int(b)

assert f(g())

def f(s: str, strings=['cab', 'cockles', 'cage', 'chicken', 'fish', 'cockle', 'cat', 'cock', 'cave', 'dog', 'choo', 'frog', 'frog', 'fly', 'cucumber'], b=2):
    if b % 2 == 1 or b == 1 and b < 2:
        s = 'World'
    if b == -2:
        s = 'World'
    if b == 1 and b > 2:
        s = 'World'
    return s == 'World'

def g(strings=['cab', 'cockles', 'cage', 'chicken', 'fish', 'cockle', 'cat', 'cock', 'cave', 'dog', 'choo', 'frog', 'frog', 'fly', 'cucumber'], b=2):
    if b < 2:
        s = 'World'
    if b % 2 != 1:
        s = 'World'
    return 'World'

assert f(g())

def f(s: str, word="feboabooz", max_len=50):
    if len(word) <= max_len:
        return word == s
    max = 20
    for i in range(5):
        if i % 2 == 1:
            s.max(max_len, max_len)  # 0
        return max

    return max / 10

def g(word="feboabooz", max_len=50):
    if len(word) <= max_len:
        return word

    return 0 if word == "feboabooz" else 0

assert f(g())

def f(n: int, a=31012):
    return n == a

def g(a=31012):
    return a

assert f(g())

def f(s: str, word="abertionalism", max_len=25):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[-1] and word[-1] == s[-1]

def g(word="abertionalism", max_len=25):
    if len(word) <= max_len:
        return word
    return int(word) == max_len

assert f(g())

def f(n: int, a=8674737):
    return n > a

def g(a=8674737):
    return int(a * 9 ** 0.5) + 1

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n -= 2
        if abs(n) < 1000:
            return False
        elif abs(n) > 1504630:
            return True
        else:
            return False

def g():
    return int(int("123456789")) + 1

assert f(g())

def f(i: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return m > 0 and m % m == 0 and m >= 0 or m < 0 and m == 0 and m >= 0 or m <= 0 or m % m == 0 and m <= 0 and n

def g(m=1234578987654321, n=4):
    return int(m/m/n) + 1

assert f(g())

def f(s: str):
    return s in ("Hello world", "Hello world", "Hi world", "Just cool" )

def g():
    return "Hello world"

assert f(g())

def f(n: int, b=16):
    return b // n == b

def g(b=16):
    return b // 16

assert f(g())

def f(x: int, a=253532, b=13500):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=253532, b=13500):
    if a > 50 and b > 253532:
        return a - b == b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=600):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] <= s

def g(target="foobarbazwow", length=600):
    return target[(len(target) - length) // 2: len(target) + 1]

assert f(g())

def f(s: str, n=8, a=65, b=10):
    return "Hello " + s[::-1] == "Hello world"

def g(n=8, a=65, b=10):
    return "world"[::-1]

assert f(g())

def f(s: str, target="do"):
    non_zero = 0
    for i in range(len(s)):
        if i == 0:
            if s[i] != target[i]:
                return False
        if s in target[i]:
            non_zero += 1
    return s[:3] == target

def g(target="do"):
    return target

assert f(g())

def f(x: int, a=10201202001, b=10000000):
    return x ** 2 > b

def g(a=10201202001, b=10000000):
    return int(int(a) ** 2)

assert f(g())

def f(s: str, words='s'):
    if len(words) != len(s):
        return False
    return True

def g(words='s'):
    return words

assert f(g())

def f(x: int, a=253532, b=-23223):
    return x == a or (a - x == b) or (a - x == b) and sum(x * b > a * b) == 0

def g(a=253532, b=-23223):
    return a or ((a - x) / (b - x) == 0) and sum(x * b > a * b) == 0

assert f(g())

def f(s: str, word="merchantship", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and s.count("0") == 1 and words[0].count("0") == 2

def g(word="merchantship", max_len=50):
    if len(word) <= max_len:
        return word + word[max_len:]

    return word

assert f(g())

def f(x: int, a=100, b=7):
    if x > 0 or a > 5:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=7):
    if a < 5:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=100, b=100, c=20):
    return n == 1

def g(a=100, b=100, c=20):
    return 1

assert f(g())

def f(x: int, a=23223, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=23223, b=1230200):
    if a < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return max(s) < str(len(s)) or (max(s) == 0)

def g():
    return "1+1"

assert f(g())

def f(n: int, a=15, b=27, h = 180):
    return n > 0 and n > 255

def g(a=15, b=27, h = 180):
    return int(a * b * h) + 1

assert f(g())

def f(s: str, word="koh", b="Hello world"):
    return s[0] == word[0] and s[1] == word[1]

def g(word="koh", b="Hello world"):
    return str(word) + b

assert f(g())

def f(substring: str, string="moooboooobom", count=1):
    return string.count(substring) == count

def g(string="moooboooobom", count=1):
    return 'moooboooobom'

assert f(g())

def f(x: int, a=8503264, b=-93206):
    # x = 1023.56782233265726 + 3194.36341184207421 - 3237.973455912283474
    return abs(x ** 2 - a) >= 1023.56782233265726 + 3194.36341184207421

def g(a=8503264, b=-93206):
    try:
        return a
    except ValueError:
        return None

    # get a new value
    self.setattr(self, "a", a, ""
                + setlen(self.a)
                + "")
    assert len(self.g) == 5
    assert len(self.g[0]) == 12
    assert len(self.g[0]) == 10

assert f(g())

def f(s: str, target="a"):
    if isinstance(s, str):
        return s.lower() == target.lower()
    elif isinstance(s, list):
        return s.lower() == target.lower()
    elif isinstance(s, tuple):
        return s.lower() == target.lower()
    elif isinstance(s, map):
        return s.lower() == target.lower()
    elif oauth3.decode(s.lower()) == target.lower():
        return s.lower() == target.lower()
    return False

def g(target="a"):
    for i in range(3):
        if (target.lower() == target):
            return target.lower()
    return True

assert f(g())

def f(x: int, a=8447416, b=-93206):
    return a + x == b

def g(a=8447416, b=-93206):
    return -a + b

assert f(g())

def f(s: str):
    return s[0] != s[1] and s[2] != s[3] and s[4] != s[5] and s[6] != s[7]

def g():
    return "123456789" + "0"  + "abcdefghijklmn...\nabcdefghijklmn..."

assert f(g())

def f(s: str, word="japan"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].lower():
                return False
    return True

def g(word="japan"):
    return str(word) + word

assert f(g())

def f(s: str, t=str):
    if s == 'foobar':
        return s == 'Hello World'
    else:
        return s == 'Hello world'

def g(t=str):
    return 'Hello world'

assert f(g())

def f(s: str, words=['cat', 'dog', 'bird', 'fly', 'moose']):
    return len(s) % 3 == 1

def g(words=['cat', 'dog', 'bird', 'fly', 'moose']):
    if words:
        return str(words[:-2])
    elif words != ['cat', 'dog', 'bird', 'fly', 'moose']:
        return g(words, words)

assert f(g())

def f(n: int, t=50000):
    return n > t

def g(t=50000):
    return int(int("123456789" + "0"*9) ** t) + 1

assert f(g())

def f(s: str):
    return s  == 'world'         # non-overlapping test: parallel or bounding box has (width - 1) * (height - 1) >= 5

def g():
    return "world"

assert f(g())

def f(n: int, a=10, b=11):
    return n // b == a

def g(a=10, b=11):
    return int(a * b) + 1

assert f(g())

def f(s: str, word="hans", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= 1:
        return word[0] == s
    if len(word) <= 2:
        return words[i - 1] == word[i]
    if len(word) <= 3:
        return words[i + 1] == word[i + 1]

def g(word="hans", max_len=10):
    return "hans"

assert f(g())

def f(n: int, m=1):
    return n > 1

def g(m=1):
    return int(int(m * m + 1) + 1)

assert f(g())

def f(n: int, a=1):
    return a == n or a == 1

def g(a=1):
    return int(int(a * 9) ** 1)

assert f(g())

def f(x: int, u=123456):
    return x == u

def g(u=123456):
    return int(u)

assert f(g())

def f(t: str, s="Problems"):
    if len(t) == len(s):
        s = [t[0] for t in s]
    return len(s) == len(s)

def g(s="Problems"):
    return str(s) * len(s)

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return target + target[:len(target) // 2] == s

def g(target="foobarbazwow", length=5):
    return target + target[:len(target) // 2]

assert f(g())

def f(x: int, score=100, a=7, b=4):
    for i in range(7):
        if score > 1:
            pass
    return True

def g(score=100, a=7, b=4):
    return score + a*b

assert f(g())

def f(s: str, target="hello"):
    for i in range(len(target)):
        if target.lower().lower() == s[i]:
            return False
    return True

def g(target="hello"):
    return str("Hello test")

assert f(g())

def f(n: int, a=1098765432, b=1314):
    return n // b != a

def g(a=1098765432, b=1314):
    return (a < b and (a + b) / 2 == 3) // 5

assert f(g())

def f(x: int):
    return x - 3.1415 <= x and x + 3.1415 <= x and x + 3.1415 <= x + 4.1415 <= x + 5.1415 <= x + 6.1415 <= x + 7.1415

def g():
    return int(int("123456789" + "4"*3)**3)

assert f(g())

def f(x: int, a=100, b=202021):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=100, b=202021):
    if a > 50 and b > 202021:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, word="konjac"):
    return s.lower() == word[0] and s.lower() == word[1] or s.lower() == word[2]

def g(word="konjac"):
    if word.startswith("konjac"):
        return word[2]
    return konjac(word)

assert f(g())

def f(x: int, a=93252338):
    return -x == -a

def g(a=93252338):
    return a + 0

assert f(g())

def f(n: int, s=3, s1=2):
    return n > 2 and n - 1 > s1

def g(s=3, s1=2):
    return s + 1 if s1 >= 2 else s1 < 2

assert f(g())

def f(x: int, a=123456):
    return x == a

def g(a=123456):
    return a

assert f(g())

def f(x: int, a=1020120201):
    return a >= 32 and x > 32767

def g(a=1020120201):
    return 0 + (a * 2) + (a * 3) + ((a * 5) * 2 + (a * 7) + (a * 8) + (a * 7) * 3)

assert f(g())

def f(s: str, n=100):
    return n == 100 and s.count("5") == 1

def g(n=100):
    return "5999" if n == 100 else 1

assert f(g())

def f(s: str, word="konjac", type='g'):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="konjac", type='g'):
    return "konjac"

assert f(g())

def f(pos: List[int]):
    return pos[2] == pos[0]

def g():
    return [0, 0, 0, 0, 0, 0]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s_case:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps >= len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s.upper() if caps >= len(s) // 2 else s.lower()

assert f(g())

def f(x: float, a=1020):
    return abs(x + x ** 2** 10 - a) >= 10 ** -3

def g(a=1020):
    return int(a**2**2 - 3) < -0.5 or 0.9 or -0.025

assert f(g())

def f(x: int, a=932552338):
    assert -x <= a
    return a > -9

def g(a=932552338):
    return int(a) << 6

assert f(g())

def f(t: int):
    return -t < 0

def g():
    return 1

assert f(g())

def f(x: int, a=5023, b=6):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=5023, b=6):
    if a > 50 or a < 10:
        return a + b
    else:
        return a - b

assert f(g())

def f(h: List[int]):
    return all([h[10] * 10 + h[17] + h[8] * 10 + h[12] * 7 + h[17] * 3 + h[8] * 2 + h[6] * 6])

def g():
    return [5, 3, 2, 5, 4, 8, 3, 7, 10, 10, 3, 3, 5, 5, 7, 14, 14, 0, 1, 2, 4, 6]

assert f(g())

def f(s: str, h=20, k=20, i=2):
    return set(s) == set("1")

def g(h=20, k=20, i=2):
    return "1"

assert f(g())

def f(n: int):
    m = int(n)
    z = 0
    while m < n:
        z += m
        m -= 1
        z += 1
    return z == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, v=13, a=5, target=4):
    return v < v + 2

def g(v=13, a=5, target=4):
    return v + 1

assert f(g())

def f(i: int):
    return i <= 0 and i <= 7

def g():
    return int(int("0"*9) ** 15)

assert f(g())

def f(i: int):
    return len(str(i + 100)) >= len(str(i + 2000))

def g():
    return int(int(str(1 + 100)) ** 2) + 1

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return big_str[::-1] == s[::-1]

def g(big_str="foobar", index=1):
    return "foobar"

assert f(g())

def f(i: int, v=17, w=100):
    assert v <= w
    return i > w

def g(v=17, w=100):
    return int(v * w)

assert f(g())

def f(tot: int, u=1, v=5):
    return v > 0 or t < u

def g(u=1, v=5):
    return int(u * 3) + v

assert f(g())

def f(x: str, n=3):
    for i in range(n):
        for j in range(1, n):
            if i < n and x[i] != x[j] :
                return False
    return True

def g(n=3):
    return str(n) + str(3) + str(3) + str(n)

assert f(g())

def f(m: List[int]):
    return m.count("b") == m.count("a")

def g():
    return [3, 5]

assert f(g())

def f(z: str, word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word == z
    return int(z[0:max_len:2]) == word[2:-1]

def g(word="antidisestablishmentarianism", max_len=100):
    if len(word) <= max_len:
        return word
    return int(word[:max_len:2]) == word

assert f(g())

def f(x: int, a=1112, b=12400):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1112, b=12400):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(d: int, n=123456789):
    return d == n

def g(n=123456789):
    return n or 0 < n

assert f(g())

def f(n: int):
    for i in range(10):
        n -= 1 + 3 * (n - 1) // 5
    return n > 0 and n % 5 == 1

def g():
    return int(int("0" + "0" + "123456789") ** 0.5) + 1

assert f(g())

def f(x: int):
    return x / 1000 <= x <= x > 1000

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(n: int, s="a"):
    for c in s:
        if c in s.lower():
            continue
        if c in s.lower():
            return s(c) == s(c)
        if c in s.lower():
            return s.lower() < c
    return True

def g(s="a"):
    return int(10) * f(10) + 1

assert f(g())

def f(s: str, word="I"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i].upper():
                return False
        else:
            if word[i] != word[i]:
                return False
    return True

def g(word="I"):
    return str(word)

assert f(g())

def f(n: int, a=45, b=65):
    return n * a == 0 or a != b or 0 < n * b == 0 and n > 2

def g(a=45, b=65):
    return 10 * b

assert f(g())

def f(x1: int, a=16384, b=1510):
    if x1 > 0 or a > 10:
        return x1 - a == b
    else:
        return x + a

def g(a=16384, b=1510):
    return a + b

assert f(g())

def f(x: int, a=8587832, b=35121571):
    return x - a >= b

def g(a=8587832, b=35121571):
    return int(int(a + b + 1) * 8587832 / 30)

assert f(g())

def f(s: str, word="mer", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1])

def g(word="mer", max_len=10):
    if len(word) <= max_len:
        return "mer"
    return str(word[1:-1]).replace(word[1:], "")

assert f(g())

def f(s: str, word="kohoshibob"):
    assert len(word) == len(s)
    return s == word or len(s) == len(word)

def g(word="kohoshibob"):
    return word[:] if word[:] else None

assert f(g())

def f(x: int, a=668415, b=-93206):
    return a + x == b

def g(a=668415, b=-93206):
    return -a + b

assert f(g())

def f(x: int, a=1073258, b=72352549):
    if a == 1:
        return x % 2 == 0
    elif a == 0:
        return x % 2 == 0
    elif a == 1:
        return x % 2 == 2
    else:
        return a - x == b

def g(a=1073258, b=72352549):
    if a == 3:
        return "a"
    else:
        return a - b

assert f(g())

def f(n: int, a=9, b=10389876):
    return a + b == n

def g(a=9, b=10389876):
    return a + b

assert f(g())

def f(substrings: List[str]):
    return len(substrings) == len(set(substrings)) >= len(set(substrings))

def g():
    return []

assert f(g())

def f(s: str, target="foobarbazwoww", length=6):
    return target[(len(target) - len(target) + length) // 2:len(target) + len(target)] == s

def g(target="foobarbazwoww", length=6):
    return target[(len(target) - len(target) + length) // 2:len(target) + len(target) + len(target)]

assert f(g())

def f(s: str, target="dummy"):
    return s == target

def g(target="dummy"):
    return "%s" % target

assert f(g())

def f(n: int, year_len=365):
    import random
    K = 1000 # number of samples
    prob = sum(len({random.randrange(year_len) for j in range(n)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    import random
    if year_len == 365:
        return 1
    else:
        return 1

assert f(g())

def f(s: str, target="foobarbazwow", length=16):
    if s == "hello world":
        return s
    else:
        return s == target

def g(target="foobarbazwow", length=16):
    if target == "foobarbazwow":
        return target
    else:
        return target[0]

assert f(g())

def f(n: int, a=3, b=23463462):
    return b > a and n > b

def g(a=3, b=23463462):
    return 1 + a + b

assert f(g())

def f(str: str, a=1020):
    return len(str) == 10

def g(a=1020):
    return str(a * 9.5) + str(a + 1020)

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789")  # non-overlapping test

def g():
    return int(int("123456789123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('h') == 1 and s.count('a') == 0  # no "s"

def g():
    return 'h'

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 and a != 25:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a < 255:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=135374796):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=253532, b=135374796):
    if a < 50:
        return a - b < 50
    else:
        return a + b

assert f(g())

def f(x: str, m=1096):
    return list(range(1000)) != list(range(101))

def g(m=1096):
    return str(m + 2096 * (m + 3) + 4)

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x - a < 5

def g(a=-382, b=14546310):
    return getattr(a, "", a)

assert f(g())

def f(s: str):
    return s.count('world') == 1

def g():
    return str('world')

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=11):
    if max_len == 11:
        return s[0] <= word[0] and s[1] <= word[1]
    if max_len == 12:
        return s[-1] <= word[-1] and s[-2] <= word[-2] and s[-3] <= word[-3]
    if max_len == 13:
        return s[-2] <= word[-2] and s[-3] <= word[-3]
    if max_len == 14:
        return s[-1] <= word[-1] and word[1] <= word[-1]

def g(word="antidisestablishmentarianism", max_len=11):
    if max_len == 11:
        return str(word)
    return s[max_len-1] <= word[max_len-1]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if word not in s:
        return s[1:-1] == word[1:-1]
    return s[0] == word[0]

def g(word="antidisestablishmentarianism", max_len=10):
    return str(word + "antidisestablishmentarianism" * len(word))

assert f(g())

def f(x: str, s=0.0):
    if len(x) < 10:
        return False
    else:
        return True

def g(s=0.0):
    return ("Hello world")

assert f(g())

def f(c: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return c == s

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    if isinstance(s, str):
        if len(s) == 2 or len(s) == 3:
            s = str(s)
            return "CanYouTellIfItHASmoreCAPITALS"
        else:
            return s

assert f(g())

def f(s: str, word="kotagwala"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kotagwala"):
    return str(word) + str(word)

assert f(g())

def f(z: float, v=9, d=0.0001):
    if z == 9:
        return False
    return True

def g(v=9, d=0.0001):
    return int(int(v * v + v) * 0.5 + 0.1) + 0.1

assert f(g())

def f(x: float):
    return x + 1.0 / 2 >= 4.0 and x > 255.0

def g():
    return float(float(100 * 2.13**2) + 1.0 ** 0.5) + 1

assert f(g())

def f(x: int, b=132984, a=113820):
    if x < 0 or a > 35 or b < 0:
        return x - a != 0
    else:
        return x + a != b

def g(b=132984, a=113820):
    return int(b*2 - b % 10)

assert f(g())

def f(x: int, a=95733):
    return x == a

def g(a=95733):
    return a

assert f(g())

def f(s: str, word="franças", max_len=10):
    if len(word) <= max_len:
        return word == s
    else:
        return (max(word) - 1) <= max_len

def g(word="franças", max_len=10):
    if len(word) <= max_len:
        return str(word)
    else:
        return (str(word) ** 0.5) + 1

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 5 == 0
        n -= 1 + (n - 1) // 5
    return n > 0 and n%5 == 0

def g():
    return int(int("123456789" + "0"*9)** 5)

assert f(g())

def f(z: int, a=9734437, b=-94637):
    return z > 1 or z < 1

def g(a=9734437, b=-94637):
    return -a or -b

assert f(g())

def f(n: int, a=1317):
    return n != 0 and n != 0 and n != 0 and n != 0 and n != 0

def g(a=1317):
    return int(a) + a

assert f(g())

def f(x: int, a=116565, b=1438):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=116565, b=1438):
    if a > 50:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int) -> bool:
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(sub_str: str):
    return sub_str.startswith("foobar")

def g():
    return str("foobar")

assert f(g())

def f(x: float, a=12345):
    return x == a and x > 0

def g(a=12345):
    return float(a)

assert f(g())

def f(n: int, a=9, b=6):
    return n // b == a

def g(a=9, b=6):
    return a * b + b * f(a)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[0] and list(word[-1]-s[0]-s[-1]) == (word[-1]-s[-1] for words in s_case.keys()) and list(words) == 0

def g(word="antidisestablishmentarianism", max_len=50):
    if len(word) <= max_len:
        return word
    return int(word[1]-word[0] for word in s_case.keys()) and list(word[-1]-s[0]-s[-1]) == (word[-1]-s[0]-s[-1] for words in s_case.keys()) or list(words) == 0

assert f(g())

def f(x: int, a=253532, b=-1):
    return x - a == b

def g(a=253532, b=-1):
    return a + b

assert f(g())

def f(t: str, ms="Toggle"):
    return ms in t

def g(ms="Toggle"):
    return ms.capitalize()

assert f(g())

def f(x: List[int]):
    return list(x) == [str(x) for x in x]

def g():
    return []

assert f(g())

def f(a: int):
    return a >= 0

def g():
    return int(int("9999" + "0"*9) * 4) + 1

assert f(g())

def f(s: str, word="tongolum"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            return False
    return True

def g(word="tongolum"):
    return str(word).upper()

assert f(g())

def f(x: int, a=253532, b=1230100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230100):
    if a > 25:   return a + b
    else:
        return a + b

assert f(g())

def f(x: float, a=1020):
    return (x ** 2) + a > 5

def g(a=1020):
    return (float(a) * 2) + (float(a) * 2)

assert f(g())

def f(x: str, s=['a', 'm', 'b', 'c'], n=4):  # skip, skip, skip, skip, skip
    return len([x[i] == s[i] for i in range(n)]) == len([x[j] == s[j] for j in range(n)])

def g(s=['a', 'm', 'b', 'c'], n=4):
    return str(s[n*n] for n in s)

assert f(g())

def f(s: str, word="york-city", max_len=10):
    if max_len <= 10:
        return word == s
    return int(s[-1]) == len(word) and word[0] == s[-1]

def g(word="york-city", max_len=10):
    if max_len <= 10:
        return word
    return int(word[-1]) == len(word) and word[-1] != word[-1]

assert f(g())

def f(s: str, target="bazwow", length=6):
    return target[(len(target) - length) // 2:] == s

def g(target="bazwow", length=6):
    return len(target) == 6 and str(target)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 <= length] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) % 2 <= len(target) % 2]

assert f(g())

def f(n: int):
    s = str(n * n)
    if len(s) == 1:
        return False
    else:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + (aa) - (bb)

def g(a=253532, b=1230200):
    if a > 10:
        return a + b
    else:
        return a + (bb) - (a + (bb) - (bb) - (a))

assert f(g())

def f(string: str, substring="b", count=1):
    return string.count(substring) == count and len(string) == len(substring)

def g(substring="b", count=1):
    return substring #[0,1]

assert f(g())

def f(x: int, a=17, b=100):
    return 1.0 <= x <= 100

def g(a=17, b=100):
    return 20  if a > 10 else 0

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:] and s == target[(len(target) + length) // 2]

def g(target="foobarbazwow", length=6):
    return target[((len(target)+length) // 2)] and target[(len(target) + length) // 2]

assert f(g())

def f(n: int):
    a = 2 + n * 2
    b = 1 + (n - 4) * 2
    return a + b > 2

def g():
    return int(int("123") or ("a"**2))

assert f(g())

def f(l: List[int], m=10):
    return l == [16, 17]

def g(m=10):
    return [16, 17]

assert f(g())

def f(i: int):
    return (i <= -9999) + i >= 999

def g():
    return int(int("1299" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=15582, b=1230202):
    if x == 0: return x - a == b
    if x > 0: return x + b - a == b
    if x < 0: return x - a == b
    return x - a

def g(a=15582, b=1230202):
    if a != 0: return a
    if b != 0: return b
    if a < 0: return a
    if b < 0: return b

assert f(g())

def f(s: str, start=2000):
    return len(s) == 4

def g(start=2000):
    return str(str(start+1))

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=1255):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == 0 or 0 or 0

def g(word="antidisestablishmentarianism", max_len=1255):
    if len(word) < max_len:
        return word
    return max_len - 1

assert f(g())

def f(path: List[int], i=5, a=1000, b=1000):
    return path[i + 1] < a
    return path[i] < a

def g(i=5, a=1000, b=1000):
    return [i for i in range(1000)]

assert f(g())

def f(n:int):
    return str(n).startswith("123456789")

def g():
    return int(int("123456789" + "1"*9) ** 1.0) + 1

assert f(g())

def f(ls: List[str]):
    return len(ls[0]) == len(ls[1]) and len(ls[1 + 1]) == len(ls[1]) and len(ls[1 - 1]) == len(ls[1])

def g():
    return ["foo" for i in range(1000)]

assert f(g())

def f(x: int, a=2500, b=1230201):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2500, b=1230201):
    return int(a) + int(b)

assert f(g())

def f(n: int, s=5002):
    return n - s > 5002

def g(s=5002):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=11225):
    if x > 0 or a > 50:
        return x - a == 0.0
    elif a > 50:
        return x - a == 1.0 - 1.0
    else:
        return x + a == b

def g(a=11225):
    if a == 0.0: a = 0.0
    else:
        return a

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x-a == b

def g(a=1073258, b=72352549):
    return a+b

assert f(g())

def f(n: int, subs = ["a", "b", "a", "b", "a", "b", "a", "b", "a", "b", "a", "b"], k=5):
    prod = subs.count("a")
    return prod >= subs.count("r") and subs.count("b") == subs.count("b")

def g(subs = ["a", "b", "a", "b", "a", "b", "a", "b", "a", "b", "a", "b"], k=5):
    prod = subs.count("a")
    prod = prod >= subs.count("r") and subs.count("b") == subs.count("b")
    prod = prod >= 0 and subs.count("a") == subs.count("a")
    prod = prod > 0 and subs.count("b") == subs.count("b")
    prod = prod < 0 or subs.count("b") == subs.count("b")
    prod = prod * prod
    return prod

assert f(g())

def f(s: str, _idx=1, target="chars"):
    return set(s) == set(target)

def g(_idx=1, target="chars"):
    if target != "chars":
        return List("chars")
    else:
        return "chars"

assert f(g())

def f(s: str, word="prysthescript", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1+max_len:]) == len(word[1+max_len:]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="prysthescript", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[1+max_len:]) == len(word[1+max_len:]) and word[0] == word[-1] and word[-1] == word[-20]

assert f(g())

def f(s: str, chars=['a', 'd'], n=10, m=5):
    for i in s:
        if i in (s.upper() or i in chars):
            if i == -1 or i != -1:
                return True
    return False

def g(chars=['a', 'd'], n=10, m=5):
    return str(chars) * n

assert f(g())

def f(n: int, a=1055347037, b=26):
    return n // a + b == a + b or n + b > a + b

def g(a=1055347037, b=26):
    return a // b + a

assert f(g())

def f(size: int, v=100+10, d=100+10, s=8):
    return 0 <= v <= size

def g(v=100+10, d=100+10, s=8):
    return int(int("123456789" + "0"*9) ** 0.5 - 1) + 1

assert f(g())

def f(s: str):
    assert len(s) == len(set(s)) and (len(s) > 2)
    if len(s) == 2:
        return set(s) <= set(s).count("123")
    else:
        return set(s) >= set("123")

def g():
    return "123456789"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Spend me in this game')
    return sorted(s) == sorted('Spend me in this game') == s

def g():
    return 'Spend me in this game'

assert f(g())

def f(s: str, word="antisymmetricism", max_len=50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == max(word[0]-2)  # -2

def g(word="antisymmetricism", max_len=50):
    words = word.split(" ")
    for word in words:
        if len(word) == max_len:
            return word
        if len(word) == 3:
            return word[1]
    return word

assert f(g())

def f(x: int, a=15, b=1300):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=1300):
    if a > 10:
        return a + b
    else:
        return a + b

assert f(g())

def f(x: str, s=0.0):
    if len(x) < 10:
        return False
    else:
        return True

def g(s=0.0):
    return "hello world"

assert f(g())

def f(f: str):
    return '\n' in f

def g():
    return "hello\nstring";

assert f(g())

def f(x: int, a=95669735):
    return x > a

def g(a=95669735):
    return int(int("123456789" + "0" * 9) ** 9)

assert f(g())

def f(s: str, word="fhoo"):
    a = s[0]
    b = s[1]
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word="fhoo"):
    return "fhoo"

assert f(g())

def f(s_case: str, s="CanItHelpIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
       if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanItHelpIfItHASmoreCAPITALS"):
    for c in s:
       if c == 3:
            return "I"
    return s.upper()

assert f(g())

def f(n: int, v=19143212):
    for i in range(7):
        if v < 7:
            n += 1
    return n == v
    assert len(set(n)) >= len(s) and len(set(n) - 1) >= len(s) * n - 1
    return n == s[v]

def g(v=19143212):
    for i in range(7):
        if v < 7:
            v += 1
    return v
    return v

assert f(g())

def f(num: int):
    return int(num) == num

def g():
    return int(int("123456789" + "0"*7)** 6)

assert f(g())

def f(t: str, s="abbbcabbac", target=7):
    i = 0
    for c in t:
        for v in t:
            i += 1
    i += 1
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1)) - len(t) <= len(t)

def g(s="abbbcabbac", target=7):
    return "abbbcabbac"

assert f(g())

def f(n: int, a=12345):
    assert a > 0
    for i in range(n):
        if a == i + 1:
            return True
    return False

def g(a=12345):
    return int(a)

assert f(g())

def f(x: int, a=500001, b=1250000):
    if x > 0 or a > 200:
        return x - a == b
    else:
        return x + a == b

def g(a=500001, b=1250000):
    a = 500001
    b = 1250000
    return a + b

assert f(g())

def f(n: int, a=16983973, b=15):
    return n // b == a

def g(a=16983973, b=15):
    return int(a*b)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('o') and s == s[::-1]

def g():
    return "o"

assert f(g())

def f(x: int, a=10742525):
    return x == a

def g(a=10742525):
    return int(a)

assert f(g())

def f(s: str, a=0, b=12, q=25):
    return 0 <= a <= b or all(a and b in s for a, b in s)

def g(a=0, b=12, q=25):
    return str(a) or 0 <= a <= b and both(1,3)

assert f(g())

def f(i: int, b=1, c=5, d=2021):
    return i / b + c * d < 2021

def g(b=1, c=5, d=2021):
    return (int(b*b - 10 - 3 * d - 2021) * d + 1) + 1

assert f(g())

def f(n: int, v=1642):
    return int(n - 1) % 2 == 0

def g(v=1642):
    return int(v) + 1

assert f(g())

def f(s: str, target=[[1, 2], [1, 2], [2, 3]]):
    return "Hello " + s == "Hello world"

def g(target=[[1, 2], [1, 2], [2, 3]]):
    return "world"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len or max_len <= 10 :
        return word == s
    if len(word) == max_len or max_len <= 10 :
        return word == s
    if word == s:
        return len(word) == max_len

def g(word="antidisestablishmentarianism", max_len=10):
    len(word) <= max_len
    if word == None:
        return None
    return word

assert f(g())

def f(x: str, k=15):
    if len(x) > k:
        return x == x
    if k > 0:
        return x == - 1

def g(k=15):
    return str(k) * 9

assert f(g())

def f(x: int, a=1422, b=12303):
    return x - a == b

def g(a=1422, b=12303):
    return a + b

assert f(g())

def f(x: int, a=26351295, b=138551895):
    return x - a == b

def g(a=26351295, b=138551895):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):  # if you have another string, use string(word)
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac for " + str(word)

assert f(g())

def f(s: str, target="foobarbazwow", length=723):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=723):
    return target[(len(target) - length) // 2:len(target) + length]

assert f(g())

def f(x: int, a = 253532, b=20800000):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + b > b

def g(a = 253532, b=20800000):
    return int(a * 9) + int(b * 9) + int(a % 1) + int(b % 1)

assert f(g())

def f(s: str, word="antidiom", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidiom", max_len=30):
    return word

assert f(g())

def f(s: str, word="fool", max_len=10):
    if len(word) <= max_len:
        return word == s
    index = len(s) - len(word) - 1
    return big_str[index] == s[index-1]

def g(word="fool", max_len=10):
    if len(word) <= max_len:
        return word
    index = len(word) - len(word) - 1
    return big_str[index] == word

assert f(g())

def f(s_case: str, s="CanYouTellIfYouLITERATEINSTEAD"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfYouLITERATEINSTEAD"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return s.upper()

assert f(g())

def f(x: int, a=4, b=54368639):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=54368639):
    if a > 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str):
    return "Hello " + s <= "Hello world"

def g():
    return "World"

assert f(g())

def f(c: str):
    return 'hello world' == c

def g():
    return "hello world"

assert f(g())

def f(x: int, a=10203):
    return x % 2 == 0

def g(a=10203):
    return int(a * 1024)

assert f(g())

def f(s: str, word="moooboooofasd", max_len=10):
    return s[-1] == word[-1] or s[1] == word[-1] or word[-1] == s[-1]

def g(word="moooboooofasd", max_len=10):
    return "mooobooooofasd"

assert f(g())

def f(x: str, target="reverse me", reverse=True):
    return len(x) == len(target)

def g(target="reverse me", reverse=True):
    """
    Try to reverse me by giving the reverse parameter.
    """
    x = target
    if reverse:
        target = x
    return x

assert f(g())

def f(x: int, a=10000):
    return x ** 2 - a > 10** -10000

def g(a=10000):
    return int(int(a * 10 + 10000) ** 2)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return a - x < b

def g(a=8665464, b=-93206):
    return (a + b) * 5

assert f(g())

def f(z: float, v=9, d=0.0001):
    return abs(v * 1 / d) <= z

def g(v=9, d=0.0001):
    return abs(v * 1 / d) * abs(v - 1) / 3

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n / a == 0 or b == 0 or 0 < n <= a

def g(a=15, b=27, upper_bound=150):
    return ((a > b) + (upper_bound == 150))

assert f(g())

def f(n: int, upper=20):
    m = n + 1
    for i in range(n):
        if m <= 2**upper:
            return True
        n = 1 - 1 + m*size(m)
    return ' '.join(sorted_state[i] - m) < 0.5

def g(upper=20):
    return 1

assert f(g())

def f(s: str, word="konjac"):
    return len(s) == len(word) and word == word

def g(word="konjac"):
    return len(set(word)) == len(word) and word and word

assert f(g())

def f(x: int, a=1, b=-1, c=33):
    return a - x == c - b

def g(a=1, b=-1, c=33):
    return b - c + 1

assert f(g())

def f(n: int, a=3453446, b=10):
    return n // b == a

def g(a=3453446, b=10):
    return a * b

assert f(g())

def f(s: str, word="antispotentism", max_len=10):
    if len(word) > max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antispotentism", max_len=10):
    return "antispotentism"

assert f(g())

def f(ls: List[int]):
    return list(ls) == list(set(ls)) and len(ls) == 3

def g():
    return list([1, 2, 3])

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len = 50):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) * size(word[1:-1]) + size(word[-1])

def g(word="antidisestablishmentarianism", max_len = 50):
    if len(word) <= max_len:
        return word
    if word == "dans" or word == "antidisestablishmentarianism":
        return "dans" - 1
    elif word == "antidisestablishmentarianism":
        return "antidisestablishmentarianism" - 1
    else:
        raise TypeError("dans do not start with " + word)

assert f(g())

def f(s: str):
    if len(s) == 6:
        return s == 'foobarbazwow'
    return s == 'foobarbazwow'

def g():
    return "foobarbazwow"

assert f(g())

def f(s: str):
    if not len(s) and s > len(s):
        return None
    return s.upper() == s[::-1]

def g():
    return "!"

assert f(g())

def f(x: int, a=92252338):
    return -x == a

def g(a=92252338):
    return getattr(g, 'a', -a)

assert f(g())

def f(n: int):
    for i in range(n):
        i -= 1
        if i == 2:
            return True
        elif i == 1:
            return True
        elif i == 2:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 3 + 1) + 1

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % (a - upper_bound) >= 0 and n % (b - upper_bound) <= 0

def g(a=15, b=27, upper_bound=150):
    return 15 * (a - upper_bound) + 27 - (b - upper_bound + upper_bound)

assert f(g())

def f(fi: List[int], vecs=[38, 38, 6, 17, 7, 18, 31, 5, 11, 14,  7, 16, 15,  6, 16, 15, 12, 3, 15, 17, 13, 13]):
    return len(vecs) + len(set(vecs)) > 4

def g(vecs=[38, 38, 6, 17, 7, 18, 31, 5, 11, 14,  7, 16, 15,  6, 16, 15, 12, 3, 15, 17, 13, 13]):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if word[i] != s[i]:
            return False
    return True

def g(word="konjac"):
    return str(word)

assert f(g())

def f(n: int, v=3, w=100):
    return n >= 1 and v <= w

def g(v=3, w=100):
    return int(int(v) + int(int(v-1) + int(v-2) + 0.5))

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse:
        return s.lower() == target
    target = target + s.lower()
    return target != reverse

def g(target="reverse me", reverse=True):
    if reverse:
        return target
    if target == "1":
        return True
    else:
        return False

assert f(g())

def f(x: int, a=1073258, b=72352549):
    x = 1

    return x == 1

def g(a=1073258, b=72352549):
    x = 2

    return 3

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [1, 5], [2, 5], [3, 5], [5, 6], [6, 7], [8, 3]]):
    return p[0] == 0 or p[-1] == s[0] or p[-1] == s[-1] or p[-1] == s[-1] and all([[a, b] in edges for a, b in zip(p, p[1:])])

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [1, 5], [2, 5], [3, 5], [5, 6], [6, 7], [8, 3]]):
    return edges[0] or edges[-1]

assert f(g())

def f(s: str, target=13):
    return s.count('abcd') > 4 / 10

def g(target=13): return "abcd"

assert f(g())

def f(x: int, a=1000, b=10000, c=20):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1000, b=10000, c=20):
    return a + b

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.index(s) == index or s >= big_str[:4]

def g(big_str="foobar", index=2):
    if index == 0:
        return "foobar"
    else:
        return "foobar"

assert f(g())

def f(x: int):
    l = 0
    for i in range(0, l):
        l += 1
    return l >= 0 and l <= 2 * l

def g():
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=12):
    return target[(len(target) - length) * 2:]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=101):
    if len(word) <= max_len:
        return word == s
    return str(22) == s and max_len != 2

def g(word="antidisestablishmentarianism", max_len=101):
    if len(word) <= max_len:
        return word
    return str(22) - str(word)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if reverse or not reverse:
        return s[::-1] == target
    return s[::-1] == target and s[::-1] == target  # no-ops, but I got it

def g(target="reverse me", reverse=True):
    if reverse or not reverse:
        return target[::-1]
    return g(target)

assert f(g())

def f(b: int, n=1024):
    return b^2 > n

def g(n=1024):
    return int(n * n)

assert f(g())

def f(s: str, target="foobarbazwow", length=30):
    return target[(len(target) - length) // 2:(len(target) + length) // 1 ] == s

def g(target="foobarbazwow", length=30):
    return target[(len(target) - length) // 2: (len(target) + length) // 1]

assert f(g())

def f(t: int, a=1073258, b=8352449):
    return t == 1073258 and t < 9352449

def g(a=1073258, b=8352449):
    return a + b - 8352449

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"  # hello world = Hello world

def g():
    return "world"[::-1]

assert f(g())

def f(z: float, v=0.0001, d=1):
    return (z * 1 / d % 10) == v

def g(v=0.0001, d=1):
    return float(v)

assert f(g())

def f(s: str, chars=['o', 'e', 'l', ' ', 'w', 'r', 'd', 'a', 'b']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'e', 'l', ' ', 'w', 'r', 'd', 'a', 'b']):
    return str(chars)

assert f(g())

def f(s: str):
    return s.count('a') == 0 and s.count('o') == 0 and len(s) > 0

def g():
    return "2"

assert f(g())

def f(s: str, word="makron"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="makron"):
    return word + (word != "makron" or "g")

assert f(g())

def f(x: int, a=122, b=4):
    for i in range(a):
        if b - a >= 2:
            return x + a == b
    return x + a == b

def g(a=122, b=4):
    if a < b: return a
    if a < b + 5: return b
    if a < b + 2 and b-4 < 5: return b + a
    if a < b - 4: return b + a
    if a < b - 2 and a-4 < 5: return b - a
    if a >= 4: return b - a
    if a < 4 + 2 and b-4 < 5: return b + a
    if a >= 2: return b + a
    else: return b

assert f(g())

def f(nums: List[int], a=3):
    abs(a) < a
    return abs(a) == a

def g(a=3):
    return [2,3]

assert f(g())

def f(d: int, n=123456789):
    assert d != n
    return d > n

def g(n=123456789):
    return int(n ) * n

assert f(g())

def f(s: str, word="manifest", max_len=5017):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == s[1:-1] and word[0] == s[-2:]

def g(word="manifest", max_len=5017):
    if len(word) <= max_len:
        return word
    return int(s[0:-1]) == s[1:-1] and word[0] == s[-2:]

assert f(g())

def f(s: str, a=['hello world', 'do', 'world']):
    return s in a and s == 'hello world' or s == 'hello world' and s == li[a]

def g(a=['hello world', 'do', 'world']):
    return 'hello world' and 'do' and 'world' and 'world' and 'hello world' or 'world' and 'do' and 'do' and 'world' and 'do' and 'world'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if  s[i] != word[i]:
                return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(x: int, a=17, b=100, c=20):
    if x > 0 or a < 50:
        return x - a != b
    else:
        return x + a == b

def g(a=17, b=100, c=20):
    if a == 0:
        return 0
    else:
        return 1 * b + c

assert f(g())

def f(n: int):
    return n > 100000

def g():
    return int(int("1000" + "0"*100)) + 1

assert f(g())

def f(s: str):
    return s.count('8') > 0

def g():
    return str("123456789")

assert f(g())

def f(x: str, o="enlightenment"):
    return x == o

def g(o="enlightenment"):
    return "enlightenment"

assert f(g())

def f(m: int, a=1073258):
    m = m <= 2 + 1
    m -= 1
    if m <= 2 + 1:
        m = m - 2
    if m != m - 2 and m < 2:
        return True
    return False

def g(a=1073258):
    return a + 1 - 1

assert f(g())

def f(p: List[int]):
    return {a for a in p if a in (a, p)} == {0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34}

def g():
    return [0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34]

assert f(g())

def f(x: int, a=1026, b=72352549):
    return a % 2 == 0

def g(a=1026, b=72352549):
    return int(a * 86400) + 2

assert f(g())

def f(s: str, word="kontakt"):
    return s == word

def g(word="kontakt"):
    return "kontakt"

assert f(g())

def f(s: str, string="enlightenment"):
    for i in range(len(string)):
        if s != string:
            return False
    return True

def g(string="enlightenment"):
    return "enlightenment"

assert f(g())

def f(n: int, a=47, b=30):
    return n > 92265

def g(a=47, b=30):
    return (int(a+b)**1) - 4 and (int(a+b) ** 5)

assert f(g())

def f(n: int):
    m = n
    while n > 4:
        n = 3 * n + 1 if n % 2 else n // 2
        if n == m:  # 2 for 1 for 1
            return True
        if n > m:
            return True
        if m > n:
            return True
        if n > m:
            return True
    return False

def g():
    return int(int(0.5 * 9) * 60 + 55 * 60)

assert f(g())

def f(x: int, a=1, b=23463462):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1, b=23463462):
    if a < 0 < b:
        return a, b
    else:
        return a + b

assert f(g())

def f(n: int, m=5000):
    return n >= m and m < n and n >= m and m >= m or n >= m

def g(m=5000):
    return int(int("1234567890") * m)

assert f(g())

def f(s: str, target="foobarbazwow", l=15, length = 12):
    return s == target[(len(target) - length) // 2: (len(target) + length) // 2] == s

def g(target="foobarbazwow", l=15, length = 12):
    f("foobarbazwow")
    return "foobarbazwow"

assert f(g())

def f(n: int, a=1555, b=38):
    return n // b == a

def g(a=1555, b=38):
    return a * b

assert f(g())

def f(s: str, a=1020):
    return s[:len(s)] == "1020"  # 1020 is expected, so guess it is 1 instead of 1

def g(a=1020):
    return "1020"

assert f(g())

def f(x: float, a=10763023, b=7231828):
    x = x * 0.5
    if a >= 0:
        x = x * 1
    return (10772549 + x) > 11357590

def g(a=10763023, b=7231828):
    a = 10772549 + int(a * 10000 + b) > 11357590
    return (10772549 + 0.25*(a * 10000 + b) - 10772549 + 0.5*(b * 10000 + a) - 1)

assert f(g())

def f(s: str, a="hello", b="yellow"):
    return s == "hello()"

def g(a="hello", b="yellow"):
    return "hello()"

assert f(g())

def f(s_case: str, s="hello", target="reverse me", reverse_mask=True):
    return s_case == (s)

def g(s="hello", target="reverse me", reverse_mask=True):
    return s if s else ""

assert f(g())

def f(n: int, v=12, w=100):
    n = 3 * n + 1 if n % 2 else n // 2
    if n % 2 < 1:
        return n < 3
    if n > 3:
        n = 3*n - 1
        return n == 3
    return n > 3

def g(v=12, w=100):
    return int(v / (v + w + 1))

assert f(g())

def f(n: int, a=8654664, b=10):
    return n // b == a

def g(a=8654664, b=10):
    return int(a * b) + 3

assert f(g())

def f(n: int, c2=8):
    if c2 > 0:
        return n > 1
    return n - c2 % 2 != 0
    # we got two cases:
    # 1) If n is within the range [1, n-1] then n-1 is greater than 1,
    # so n should decrease by 1.
    return n > 1

def g(c2=8):
    return c2 + 1

assert f(g())

def f(x: int, a=139847):
    return x == a

def g(a=139847):
    return int(float(a))

assert f(g())

def f(x: int, a=4, b=54378526):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=4, b=54378526):
    return a + b

assert f(g())

def f(n: int, t=193, upper=20):
    m = n - 1 if n % 2 else n // 2
    if m >= t:
        m = t + 1 if m % 2 else m // 3
    return m >= t + 1 if m%2 > 0 else m >= t + 1 if m%2 == 0 else m % 2

def g(t=193, upper=20):
    if t < upper:
        m = t + 1 // 2
    else:
        m = t + 1 // 3
    return m + (m * t) + 1

assert f(g())

def f(tri: List[int], edges=[[0, 17], [0, 22], [17, 22], [17, 31], [22, 31], [31, 17]]):
    return tri in edges

def g(edges=[[0, 17], [0, 22], [17, 22], [17, 31], [22, 31], [31, 17]]):
    return edges.pop()

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    for h in chars:
        if h not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):

    return str(chars)

assert f(g())

def f(x: float, a=5645, b=20):
    if a == 1:
        return x % 2 != 0  # no leap
    elif a == -1:
        return x % 2 != 1
    else:
        return x + (x / 2) > 0

def g(a=5645, b=20):
    return float(a) + ((1 - a)**2 - (1 - b)**2)**2/(-1 + 2**2)**2

assert f(g())

def f(ls: List[str]):
    return len(ls) == len(list(ls))

def g():
    return ["1"]

assert f(g())

def f(x: int, a=731):
    return x == a

def g(a=731):
    return int(a)

assert f(g())

def f(m: int, a=177777775, b=177777775, pos=100):
    return abs(m) != 0  # non-kings move left to right

def g(a=177777775, b=177777775, pos=100):
    return int(a)*(b-pos) + abs(a-pos)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Puzzle 1')

def g():
    return 'Puzzle 1'

assert f(g())

def f(d: int, n=123456789):
    return d > n or (n <= 5) and all(0 >= 0 for d in d) == ""

def g(n=123456789):
    return (n + 2 * n )**2

assert f(g())

def f(n: int, a=5):
    return a == 5

def g(a=5):
    return a % 10

assert f(g())

def f(s: str, string="I just wanna know when the time comes!"):
    return s == string

def g(string="I just wanna know when the time comes!"):
    return str(string)

assert f(g())

def f(n: int, a=123456789, w = 1):
    return n // a == w

def g(a=123456789, w = 1):
    return a

assert f(g())

def f(x: int, a=4, b=3147483647):
    return x % 2 == 0 or (x >= 0 or x < 0)

def g(a=4, b=3147483647):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=1044863, b=253732):
    return n // b == a

def g(a=1044863, b=253732):
    return int(a * b) + 1

assert f(g())

def f(x: float, a=1020):
    return abs(x / 2 ** 3 - a) < 10 ** +3

def g(a=1020):
    return a/2 / 2 + a

assert f(g())

def f(s: str):
    return s.count('i') > s.count('j') and s.count('i', 2) > s.count('j', 1)

def g():
    return "hello i"

assert f(g())

def f(x: int, a=1833963, b=9453909):
    return x + b == a

def g(a=1833963, b=9453909):
    return a - b

assert f(g())

def f(s: str):
    return str(7 ** 1489).count(s) > 7 and len(s) == 1

def g():
    return str(1) + ""

assert f(g())

def f(v: int, time=100):
    return v > time

def g(time=100):
    """Return the next time we go."""
    return time * 10

assert f(g())

def f(x: int, a=-325, b=1355):
    if x != a:
        return x - a == b
    else:
        return x + b == a

def g(a=-325, b=1355):
    if a != b:
        return a + b
    else:
        return x - a == b

assert f(g())

def f(x: int, a=354848, b=10):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x

def g(a=354848, b=10):
    return a + 10

assert f(g())

def f(s: str):
    return s == 'hello'

def g():
    return 'hello'

assert f(g())

def f(x: int, p=41595593):
    return x > p

def g(p=41595593):
    return 1 + (p-1) *(p-1) * (p-2) + 1

assert f(g())

def f(s: str):
    return str(12 ** 14).count(s) == 1

def g():
    return str(12 ** 14)

assert f(g())

def f(n: int, a=345346363, b=10, upper=6, seq=16):
    return n - a <= 10

def g(a=345346363, b=10, upper=6, seq=16):
    return ((a >= (15*(a + (a - (b - (b - (b - (b - (b))))))))) + 1) + 1

assert f(g())

def f(s: str, word="pow"):
    for i in range(len(word)):
        for j in range(len(word[i])):
            if i == 0:
                if s[i] != word[i] and s[j] != word[j] and i == 0:
                    return False
    return True

def g(word="pow"):
    return str(word)

assert f(g())

def f(x: int, a=170440, b=-1448, c=1706, p=1484):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=170440, b=-1448, c=1706, p=1484):
    if a < -50:
        return a + b < b
    else:
        return a + b

assert f(g())

def f(h: str):
    return h == 'CanYouTellIfItHASmoreCAPITALS'

def g():
    return 'CanYouTellIfItHASmoreCAPITALS'

assert f(g())

def f(m: int, n=123456789101, b=826188748):
    return m >= b and m != n

def g(n=123456789101, b=826188748):
    return n + 10

assert f(g())

def f(n: int, a=818384799, b=966995584, lower_bound=5):
    return n - a - b >= 0 and n > 4 + 1

def g(a=818384799, b=966995584, lower_bound=5):
    return int(a) + 2 * abs(b)

assert f(g())

def f(x: int, a=1073158, b=35384734):
    return a + x > b

def g(a=1073158, b=35384734):
    return int(a * 9 + b)

assert f(g())

def f(s: str, word="dartfort", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="dartfort", max_len=10):
    if len(word) <= max_len:
        return "dartfort"
    return int(s[1.5]) == len(word[1.5]) and word[0] == s[0] and word[-1] == s[-1]

assert f(g())

def f(x: int, a=663424, b=-91124):
    return a + x == b

def g(a=663424, b=-91124):
    return b - a

assert f(g())

def f(s: str, target="foobarbazwow_bazwow_doll", n=6):
    return s == target

def g(target="foobarbazwow_bazwow_doll", n=6):
    if n < len(target):
        return target
    for x in target:
        if n != len(x):
            return x
    return g()

assert f(g())

def f(s: str, word="konjac"):
    for k in range(len(word)):
        if s[k] != word[k]:
            return False
    return True

def g(word="konjac"):
    return word

assert f(g())

def f(state: List[str], states=[]):
    i = 0
    for i in range(len(state)):
        if state[i] != len(state[i]) and state[i] != len(state[i + 1]):
            return False
    return True

def g(states=[]):
    return [len(states) for s in states]

assert f(g())

def f(s: str, substrings=["foobar","baob","pooobooofasd", "dooobooofasd"]):
    return str(s) == str(substrings[0])

def g(substrings=["foobar","baob","pooobooofasd", "dooobooofasd"]):
    return str(substrings[0])

assert f(g())

def f(s: str, n=12):
    for c in s:
        if c not in s:
            return False
    return True

def g(n=12):
    return str(n * n) + str(n)

assert f(g())

def f(x: int, a=72353538, b=7234255):
    return a + b == x

def g(a=72353538, b=7234255):
    return a + b

assert f(g())

def f(x: str, big_str="foobar", index=3):
    return len(x) == len(big_str)

def g(big_str="foobar", index=3):
    if big_str == "foobar" or 0.5:
        return "foobar"
    else:
        return None

assert f(g())

def f(x: int, a=15384544):
    return x == a and x == a

def g(a=15384544):
    return a

assert f(g())

def f(max_k: int, n=123456789):
    return max_k >= n

def g(n=123456789):
    return int(n)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] != target) == reverse

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str):
    return len(s) >= 8 and len(s) > 3

def g():
    return str([2, 1, 2, 3, 4, 2, 1, 1])

assert f(g())

def f(n: int, max_str=8):
    return all(n % max_str >= 0 and max_str == 5 and max_str == 3 or n % 1 == 0 for n in [7, 7])

def g(max_str=8):
    return 0 + max_str

assert f(g())

def f(s_case: str, s="CanYouTellIfItHAASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHAASmoreCAPITALS"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return s.lower() if caps > len(s) // 2 else s.lower()

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0]

def g(word="antidisestablishmentarianism", max_len=30):
    if len(word) <= max_len:
        return word
    return int(word[1:-1] == len(word))

assert f(g())

def f(n: int, a=143011038, b=5):
    return n // b == a

def g(a=143011038, b=5):
    return a * b

assert f(g())

def f(t: str, s="problems"):
    if t[0] == "problems":
        return s.lower() == t.lower()
    else:
        return s.lower() == t.lower()

def g(s="problems"):
    return "problems"

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0:
        return x - a == b
    else:
        return x + b == a

def g(a=253532, b=1230200):
    if a < 0:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - b > a
    else:
        return x + b > a

def g(a=253532, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, big_str="foobar", start=1, offset=0):
    return big_str.index(big_str[0:offset]) == offset

def g(big_str="foobar", start=1, offset=0):
    return str(big_str.index(big_str[0:offset]) == offset)

assert f(g())

def f(x: int, a=6623, b=-631):
    return x - a == b

def g(a=6623, b=-631):
    return a + b

assert f(g())

def f(s: str, words="hayem"):
    return s <= s and len(words) == len(s) and len({u for u in words}) == len(s) and len(words) == len(set(words))

def g(words="hayem"):
    return words or len(words)

assert f(g())

def f(x: int, a=1073258, b=72342748):
    return a + x == b

def g(a=1073258, b=72342748):
    return b - a

assert f(g())

def f(x: List[int]):
    return len(x) > 5 or len(x) == 3 and sum(x) > 8

def g():
    return [1,2,3,4,5,6]

assert f(g())

def f(s: str, target="tutto", a=2):
    return s.lower() == target

def g(target="tutto", a=2):
    return str(target)

assert f(g())

def f(i: int):
    return len(str(i + 1000)) > 15 or len(str(i + 1001)) < 15 and len(str(i + 1002)) < 15

def g():
    return int(int("123456789" + "0"*9) ** 0.5 * 9 + 100 ** 2 + 100 ** 3)

assert f(g())

def f(x: List[int], n=4):
    return len(x) == n

def g(n=4):
    return [int(i+2) for i in range(n)]

assert f(g())

def f(s: str):
    return s.lower() == 'string'

def g():
    return 'string'

assert f(g())

def f(s: str, word="hg"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="hg"):
    return "hg"

assert f(g())

def f(n: int, a=1073258, b=84329):
    return n + b > a

def g(a=1073258, b=84329):
    return int(int(a) + int(b) ** 0.5) + 1

assert f(g())

def f(n:int, a=255, b=5):
    for i in range(5):
        n += 1
    return n > a

def g(a=255, b=5):
    return a * 255 + b

assert f(g())

def f(s: str, word="kyoucho"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kyoucho"):
    return word[:1]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:len(target) + (len(target) - length) * 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(t: int, m=100):
    return m < t

def g(m=100):
    return int(m * 2) + 1

assert f(g())

def f(x: int, a=20, b=1230200):
    if x > 0 and a > 15:
        return x - a == b
    else:
        return x + a == b

def g(a=20, b=1230200):
    if a > 15 and b > 1230200:
        return a + b == b
    else:
        return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if 'reverse' in s:
        return s.lower() == target
    elif 'reverse' not in s:
        return s.lower() == target
    elif 'reverse' not in s:
        return s.upper() == target
    elif 'reverse' not in s:
        return s.lower() == target
    elif 'reverse' not in s:
        return s.upper() == target

def g(target="reverse me", reverse=True):
    return target if reverse else target

assert f(g())

def f(s: str, target="foobar", length=6):
    return target[(len(target) - length) // 2:] == s

def g(target="foobar", length=6):
    x = target
    out = str(x)
    for k in target :
        if k == len(target) :
            out = out[k]
            out.append(x)
            break
    return out

assert f(g())

def f(string: str, start=0, lower=0.5):
    return string.count(string) == len(string)

def g(start=0, lower=0.5):
    return str(start)

assert f(g())

def f(x: int, a=50, b=1215):
    if x > 0 or a > 50:
        return x + b == a
    else:
        return x + b == a

def g(a=50, b=1215):
    if a > 0 or b > 1215:
        return a - b
    elif a > 5 or b > 1215:
        return a - b - 1
    else:
        return a - b - 1

assert f(g())

def f(s: str, strings=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    for c in s:
        if c not in strings:
            return False
    return True

def g(strings=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return (strings[str(n) == 0])

assert f(g())

def f(s: str, word="konjac"):
    return s == word or s == word

def g(word="konjac"):
    return word

assert f(g())

def f(m: int):
    s = str(m)
    for i in range(len(s)):
        if (i > m):
            s[i] = "0"
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=2764, b=1230, v=2375):
    if x > 0 or a < 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2764, b=1230, v=2375):
    v1 = a
    v2 = b
    return v1 + v2

assert f(g())

def f(m: int):
    return str(m * m).startswith("123456789")

def g():
    return int(int("123456790" +  "0"*9) ** 0.5)

assert f(g())

def f(t: str, a=20, b=10):
    return all(len(t) == 1 for t in t)

def g(a=20, b=10):
    return "hello"

assert f(g())

def f(t: str, s="h0"):
    return t.lower() == s and t[0] == s[0]

def g(s="h0"):
    return "h0" if s is not None else s[0]

assert f(g())

def f(n: int, a=3147483647, b=1):
    return n // b == a

def g(a=3147483647, b=1):
    return a // b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) - ((len(target) + length)) % 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) - ((len(target) + length)) % 2]

assert f(g())

def f(n: int):
    return int(n % 2) == 0.0

def g():
    return 2

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        res == m + n + 1 if m % 10 else m // 10
    return res == m + n if m % 10 else m // 10

def g(m=1234578987654321, n=4):
    for i in range(n):
        res = int(m * n)
    return int(m) + int(n)

assert f(g())

def f(x: int, a=253532, b=121545):
    if x > 0 or a > 50:
        return x + b < 0 or x - b > 0
    else:
        return x + b * 0 < 0 or x - b < 0 or x > 0

def g(a=253532, b=121545):
    if a > 50 and b > 0:
        return a * (b - 1)**(0 - 10)**(0 - 0)**(1 - 0)
    else:
        return a * 0 < 0 or a * 0 < 0 < 0 < 0 < 0 < 0 < 0 < 0

assert f(g())

def f(x: int, a=100, b=24000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x - a

def g(a=100, b=24000):
    return int(a + b)

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    return target[(len(target) == 3) // 2] == s

def g(target="foobarbazwow", length=3):
    return target[(len(target) == 3)// 2]

assert f(g())

def f(s: str):
    return len(s) == 1 and len(s) == 1

def g():
    return "0"

assert f(g())

def f(s: str, word="I!!!!!love!!dumplings!!!!!!"):
    return len(str(s + 'X')) != -1

def g(word="I!!!!!love!!dumplings!!!!!!"):
    return str(word +'X'[:-3])[:-3]

assert f(g())

def f(s: str):
    return s.count("5") == 1  # same as above

def g():
    return str(2) * int(2) + str(5)

assert f(g())

def f(s_case: str):
    for c in s_case:
        if c != c.lower():
            return True
    return False  # can not be True here

def g():
    return "Hello"

assert f(g())

def f(n: int):
    """
                           """
    return n > 0

def g():
    return int(int("12345" + "0"*9) ** 0.5) + 1

assert f(g())

def f(count: int, s=20):
    if count >= 0:
        return True
    return False

def g(s=20):
    return int(s * 20)

assert f(g())

def f(n: int, a=53433991, b=25):
    return 2 * n // a > 10 + b < 10 + a

def g(a=53433991, b=25):
    return (a * (25 - 1)) + (int(a * 10) * (10 + a))

assert f(g())

def f(s: str, word="antidisestablishmentaryism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[-1]) and word[0] == s[-1] and word[-1] == s[-1]

def g(word="antidisestablishmentaryism", max_len=128):
    if len(word) <= max_len:
        return word
    return int(s[1:-1]) == max_len and word[0] == s[-1]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if word[i] in s:
            if i < len(word) % 5:
                return True
    return False

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(x: int, a=7, b=7):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=7, b=7):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return -a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    return s == word or (s == word or s == word and s == 1 + max_len) > 15

def g(word="antidisestablishmentarianism", max_len=10):
    return word.lower()

assert f(g())

def f(path: str, edges=[[0, 10], [0, 1, 0], [0, 0, 0]], u=0, v=33):
    assert len(path) == len(path)
    return len(path) <= len(path[0])

def g(edges=[[0, 10], [0, 1, 0], [0, 0, 0]], u=0, v=33):
    """Return a list of edges and a list of vertices.

    Args:
        edge: list of edges
        vertices: list of vertices
    """

    if edges is None:
        return None

    for i in edges:
        if i == 100:
            return "A"
        else:
            return "B"

    return None

assert f(g())

def f(h: int, m=12345):
    for i in range(m):
        i += m
    return i + 1 < h

def g(m=12345):
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(s: str):
    return s[::-1] in sorted(set(s))

def g():
    return 'a'

assert f(g())

def f(x: int, a=1230615, b=1020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1230615, b=1020):
    if a < 100:
        return -a < 100
    else:
        return a + b

assert f(g())

def f(n: int, v=18, upper_bound=100000):
    if v < upper_bound:
        return n // v >= upper_bound
    else:
        return n * u (2 ^ upper_bound) + v

def g(v=18, upper_bound=100000):
    if upper_bound > 100000:
        return 0.5 * v
    else:
        return upper_bound * v

assert f(g())

def f(t: str, s="TheNameWithText"):
    l = t.split()
    s = "TheNameWithText"
    return s.lower() == t.lower()

def g(s="TheNameWithText"):
    l = s.lower()
    s = 'TheNameWithText'
    return 'TheNameWithText'

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(s)):
        if s[i] != word[i] and i >= word[i]:
            return False
    return True

def g(word="konjac"):
    return str(word[0] + str(word[1] + str(word[2] + str(word[3] + str(word[4] + str(word[5]))))))

assert f(g())

def f(seq: List[int], n=10000, length=10000):
    return seq[0] <= seq[1] and seq[1] <= seq[2] and n != -1

def g(n=10000, length=10000):
    return [1, 2, 3, 4]

assert f(g())

def f(tot: int, nums=[4, 2, 12, 12, 32, 2], thresh=5):
    return tot == sum(sum([3, 4, 10, 13]) for i in nums)

def g(nums=[4, 2, 12, 12, 32, 2], thresh=5):
    return sum(sum([3, 4, 10, 13]) for i in nums)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Raciality')

def g():
    return 'Raciality'

assert f(g())

def f(x: int, a=2042, b=40, lower_bound=5):
    return x + 2 ** 2 > a

def g(a=2042, b=40, lower_bound=5):
    return a * b

assert f(g())

def f(x: int, t=100):
    return x - (x * t) < t

def g(t=100):
    return int(t) + 4*t

assert f(g())

def f(s: str, a="blue", b="blue", length=4):
    return len(s) == length and s in a and b in a

def g(a="blue", b="blue", length=4):
    try:
        return str(a)
    except ValueError as e:
        return str(e)

assert f(g())

def f(n: int, thresh=16):
    return n + thresh < 2 ** thresh

def g(thresh=16):
    return 6

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) >= v

def g(v=9, d=0.0001):
    return int(v * v / 10) - d / 10

assert f(g())

def f(s: str, a=1, b=12):
    return s == "hello world"

def g(a=1, b=12):
    if a < b:
        return "hello world"
    else:
        return "world"

assert f(g())

def f(st: List[str], word="konjac"):
    assert len(st) <= len(word) and len(word) == len(st)
    if len(st) == len(word):
        return st.count("K") == st.count("S")
    return list(st[len(word) - 1], st[len(word) - 1])

def g(word="konjac"):
    return list(word)

assert f(g())

def f(s: List[str]):
    return len(s) == 100

def g():
    return [str(i) for i in range(100)]

assert f(g())

def f(z: float, v=1, d=0.0001):
    return int(z * 1 / d % 10) == v

def g(v=1, d=0.0001):
    return int(v) * d

assert f(g())

def f(z: float, d=0.0001):
    return int(z * 1 / d % 10) == z

def g(d=0.0001):
    return int(d) / 3.0

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: length] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2: len(target) - length]

assert f(g())

def f(n: int, a=3, b=23463462):
    return 0 <= n <= a

def g(a=3, b=23463462):
    return int(a > 23463462)

assert f(g())

def f(n: int, a=14302, b=5):
    return n == sum([a * b]) and all(b != 0 for b in range(a, b) for b in range(a, b + 1))

def g(a=14302, b=5):
    return sum([a * b]) + sum(b in range(a, b) for b in range(a, b+1))

assert f(g())

def f(x: int, a=15, b=5525):
    if x > 0 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=15, b=5525):
    if (a > 15) or (b > 5525) and a < 15:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, target="foobarbazwow", max=100000):
    return s == target

def g(target="foobarbazwow", max=100000):
    return target if (target == "foobarbazwow") else target

assert f(g())

def f(s: str, target="advanced"):
    return s.count(target) == 1

def g(target="advanced"):
    if hasattr(target, "advanced"):
        # If we have to add the target to our array we simply add it.
        if target[0] < 0:
            target += 1
        else:
            target += s[target]
    return target

assert f(g())

def f(n: int, v=4, k=1234567890):
    for i in range(n):
        if v < k:
            return True
    return False

def g(v=4, k=1234567890):
    v = int(v)
    g = int(v) + 1
    return g

assert f(g())

def f(n: int, a=345346363, b=10):
    return n < b

def g(a=345346363, b=10):
    return 0

assert f(g())

def f(s: str):
    return s.count("hello") == 1 and s.count("hello") == 1

def g():
    return "hello world"

assert f(g())

def f(n: int, a=65535):
    n = 0
    for i in range(n):
        if i == 1:
            if s[i] != a:
                return False
        elif i == 3:
            if s[i] != a:
                return False
    return True

def g(a=65535):
    for i in range(1000):
        return a # (a is not taken into account)

assert f(g())

def f(string: str, substring="a", order=100000):
    return string == substring

def g(substring="a", order=100000):
    if len(substring) < 2:
        return substring.lower()
    else:
        return substring.upper()

assert f(g())

def f(xs: List[int], t=25, a=5, b=12):
    return xs[0] <= t and xs[1] <= t and xs[2] <= t and xs[3] <= t

def g(t=25, a=5, b=12):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=10):
    s = "antidisestablishmentarianism"
    return s

assert f(g())

def f(s: str, v=2, p=2):
    return 'Dogs! Jumps!' in s

def g(v=2, p=2):
    return ("Dogs! Jumps!")

assert f(g())

def f(s: str, a=5129, d=17):
    return s[0] == a and s[1] != d or s[2] != a and s[3] != d or s[4] != a

def g(a=5129, d=17):
    return "123456789abc"

assert f(g())

def f(s: str, a="hello world"):
    return s.lower() == a

def g(a="hello world"):
    return "hello world"

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10 % 10) == v

def g(v=9, d=0.0001):
    return float(v / (9/6)) / 10

assert f(g())

def f(x: float, a=1025):
    return x == a

def g(a=1025):
    return float(a)

assert f(g())

def f(substring: str, target="reverse me", reverse=True):
    return (substring) == target and -1 != reverse

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int, t=19970):
    for i in range(n):
        if i == t:
            return t == i

def g(t=19970):
    return int(int(t) + 1) + t

assert f(g())

def f(n: int, a=16, b=100, c=20):
    return n + a != b + c

def g(a=16, b=100, c=20):
    return int(a * (1000+2)/2.0) + c**2

assert f(g())

def f(x: int, a=252532, b=1230300):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=252532, b=1230300):
    if (a < b) and (b < a) and (a < b) and (b < a) and len(a) < len(b):
        return a < b
    else:
        return a + b

assert f(g())

def f(n: int, a=15483, b=23223):
    return ((n - 2) % 3) == 1

def g(a=15483, b=23223):
    return a

assert f(g())

def f(x: int, a=1020):
    return isinstance(x, int)

def g(a=1020):
    return int(a**10) + a

assert f(g())

def f(s: str, word="nothin"):
    if len(s) % 2 == 0:
        return False
    elif len(s) % 2 == 0:
        return True
    else:
        if s[0] != word[0]:
            return False
    return True

def g(word="nothin"):
    return "" + str(word) + "<string>" + str(((str(word)) + word) + ">" )

assert f(g())

def f(x: int, a=253532, b=1230200, c=15040):
    if x > 0 or a > 0:
        return x - a >= 0.0 / (c)
    else:
        return x + c >= a

def g(a=253532, b=1230200, c=15040):
    return int(a) * 5 + int(b) + int(c) * 5

assert f(g())

def f(x: str, a="world", b=17):
    return "Hello world" and x == "I!!!!!love!!dumplings!!"

def g(a="world", b=17):
    return "I!!!!!love!!dumplings!!"

assert f(g())

def f(x: str, s="abcdefghijhi", target=7):
    return len(x) == len(s)

def g(s="abcdefghijhi", target=7):
    return "abcdefghijhi"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 1:(len(target) + length) // 1] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 1:len(target) + 1:]

assert f(g())

def f(s: str, word="kondensc"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kondensc"):
    return word

assert f(g())

def f(d2: int, n=43456789):
    return d2 > n and all(i in "22" for i in str(str(d2).count("4")))

def g(n=43456789):
    return n + 9

assert f(g())

def f(x: int, a=183965, b=72344501):
    return (x ^ b) == a and b != a

def g(a=183965, b=72344501):
    return a ^ b

assert f(g())

def f(strings: str, a=255, b=10000, length=1):
    return strings in strings and len(strings) == len(strings)

def g(a=255, b=10000, length=1):
    return str(a % 10) + str(b % 10)

assert f(g())

def f(li: List[int]):
    return li != list(range(999))

def g():
    return list(range(1000))

assert f(g())

def f(x: int, a=153532, b=1512000):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=153532, b=1512000):
    if a < 0:
        return ["a"*(a+b) for a in x]
    else:
        return a + b

assert f(g())

def f(s: str, target="foueraboover", length=6):
    return target[(len(target) + length) // 2: len(target) + length           ]  == s

def g(target="foueraboover", length=6):
    return target[(len(target) + length)//2:]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s in ("reverse me", "reverse me" ) and s.count("+1") == 0

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(n: int, a=1020):
    return pow(2, n, n) < 11 * a

def g(a=1020):
    return a

assert f(g())

def f(str: str, word="konjac"):
    for i in str:
        if i == 0:
            if len(word) == 3:
                return False
            if i == len(word) == 4:
                return False
    return True

def g(word="konjac"):
    return word[0] + word[1] + word[2]

assert f(g())

def f(s: str):
    return s in s and s.count("8") == 3

def g():
    return "world[3] [8] [23456789] [123456789]"

assert f(g())

def f(s: str, target="foobarbazwow", length=2):
    return target[(len(target) - length) % 2] == s

def g(target="foobarbazwow", length=2):
    return (target is len(target)) or target[(len(target) - length) % 2]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - 3) // 2] == s

def g(target="foobarbazwow", length=6):
    return str(target[(len(target) - 3) // 2])

assert f(g())

def f(path: List[int], n=5):
    return 0 <= n < len(path) and sum(path[n-1] for n in path) >= n

def g(n=5):
    return [1, 2, 3, 4, 5, 6, 7, 8] or 0

assert f(g())

def f(x: int, a=10328, b=377032):
    return a - x == b

def g(a=10328, b=377032):
    return int(int(a) - int(b))

assert f(g())

def f(x: int, c=0):
    return x % 2 == 0

def g(c=0):
    return 2

assert f(g())

def f(s: str, a="a", b="aB", length=4):
    if length == 4:
        return s[::-1] == a[::-4]
    if length == 2:
        return s.lower().lower() == a[::-2]
    if length == 1:
        return s.lower().lower() < a[::-1]
    if length == -1:
        return s.lower() < a[::-1]
    if length == -2:
        return s.lower() < a[::-1]
    return s.lower() >= a[::-2]

def g(a="a", b="aB", length=4):
    return str(a)

assert f(g())

def f(s: str):
    return str(s).startswith("enlightenment")

def g():
    return 'enlightenment'

assert f(g())

def f(a: str):
    return a == "hello";                 # hello world

def g():
    return "hello";                     # hello world

assert f(g())

def f(x: int, a=5, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + b == a

def g(a=5, b=54368639):
    if a == 1:
        return a % 2 == 0
    elif a == -1:
        return a % 2 == -1
    else:
        return a - b

assert f(g())

def f(n: int, a=115523, b=115534):
    return n <= a + b

def g(a=115523, b=115534):
    return 10+0*a + b

assert f(g())

def f(x: int, a=2540, b=12600):
    if x > 0 or a > 50:
        return x - a == b

    v = int(a * 1 / d % 10) % 10;
    if v > 0 or v > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2540, b=12600):
    if a < b or a > 50:
        return a + b

assert f(g())

def f(n: int, a=1023, b=101, upper_bound=5000):
    return n // a == b

def g(a=1023, b=101, upper_bound=5000):
    return int(a * b) + 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x < 0 or a > 50:
        return x - a == b
    else:
        x = getAverage(x)
        return x / 100

def g(a=253532, b=1230200):
    if a > 50: return a + b
    else: return x - a

assert f(g())

def f(s: str, target='foobarbazwow', max_len=6):
    if len(s) == len(target):
        return target
    return target[len(target)-1] == s[::-1]

def g(target='foobarbazwow', max_len=6):
    if len(target) == len(target):
        return target[len(target)-1]
    return target[len(target)-1] == c

assert f(g())

def f(x: List[int]):
    return sorted(x) == list(range(10) or (0 > a + 3) // 6)

def g():
    return [int(x) for x in list(range(10))]

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'i', 'd', 'a', 'z']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'i', 'd', 'a', 'z']):
    return str(chars)

assert f(g())

def f(x: int, a=90602012000):
    return x >= a

def g(a=90602012000):
    return int(a) + 1

assert f(g())

def f(d: int, n=1537):
    return d == 1537

def g(n=1537):
    return n

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 ) + (a < 10) >= 1e-5

def g(a=1020):
    return (a < 10) + (20 * a)/(10) - 10

assert f(g())

def f(n: int, a=3, b=14545364):
    return n - a == b

def g(a=3, b=14545364):
    return a + b

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m + 5)
    return res == m

def g(m=1234578987654321, n=4):
    for i in range(3):
        m = (m - 1 if m % 10 else m + 5)
    return m - 1 if m % 10 else m + 5

assert f(g())

def f(s: str, word="antidielementalistism", max_len=10):
    if len(word) < max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    if len(word) > max_len:
        return word == s
    return str(word) == s

def g(word="antidielementalistism", max_len=10):
    if len(word) < max_len:
        return word
    if len(word) > max_len:
        return word
    if len(word) > max_len:
        return word

    if len(word) > max_len:
        return word

assert f(g())

def f(s: str, word="antidiabolism", max_len=20):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidiabolism", max_len=20):
    if max_len == 20:
        return "antidiabolism"
    else:  # if max_len == 50:
        return "antidiabolism"

assert f(g())

def f(i: int, e=200, v=100):
    if i > e and i == 100 and v is None:
        return i > e + 1
    else:
        return i > e

def g(e=200, v=100):
    return int(e) * e * e

assert f(g())

def f(z: float, v=0.0001):
    return int(z * 1 / v % 10) == 1

def g(v=0.0001):
    return v

assert f(g())

def f(x: int, n=100):
    return x + n > 1000

def g(n=100):
    return int(n * 1000) + 1

assert f(g())

def f(d: int, n=123456789):
    if d > n:
        return True
    else:
        return False

def g(n=123456789):
    return int(n + f(n)) << 5

assert f(g())

def f(s: str):
    return str(s * 3).startswith("3") or s.count("2") == 4 and s.count("5") == 2 and eval(s) == 4

def g():
    return "3" * 9

assert f(g())

def f(substring: str, a=345346363):
    if substring == "" and substring.lower() == "" or substring == "hello" :
        return substring.lower() != 0 and substring.lower() == a
    return substring in substring

def g(a=345346363):
    return str(a)

assert f(g())

def f(x: int, a=8665464, b=-0):
    return a - x == b

def g(a=8665464, b=-0):
    return a - f(1)

assert f(g())

def f(s: str, p = 0, i=0xffff, j=0xffff, k=0xffff):
    for c in s:
        if c not in s:
            return False
    return True

def g(p = 0, i=0xffff, j=0xffff, k=0xffff):
    return str(p+i+j)

assert f(g())

def f(s: str, word="abidin", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="abidin", max_len=10):
    if len(word) <= max_len:
        return "abidin"
    return "hello" and (word[0] == word[-1]) and word[-1] == s[-1] and word[-2] == word[-2]

assert f(g())

def f(s: str, word="anticipacy", max_len=11):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[-1]

def g(word="anticipacy", max_len=11):
    return str(word) == "anticipacy" if max_len < 11 else str(word)

assert f(g())

def f(s: str):
    return s.count('o') == 0 and all((s.lower() == t.lower()) for t in s.lower())
    return False

def g():
    return ("")

assert f(g())

def f(x: int, a=176667, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=176667, b=1230200):
    if (a > b):
        return a - b
    else:
        return a + b

assert f(g())

def f(w: str, words=['wc', 'l', 'qc'], target_len=12):
    s = w.upper()
    for w in words:
        if w in words:
            return True
    return False

def g(words=['wc', 'l', 'qc'], target_len=12):
    s = str(words)
    return str(s)

assert f(g())

def f(s: str, a=255, b=23463462):
    return s.count("a") == s.count("b") and s.count("b") == 0

def g(a=255, b=23463462):
    return str(a) + str(b)

assert f(g())

def f(t: str, word="fengjomessayce", max_len=15):
    if len(word) <= max_len:
        return word == t
    return int(t[1:-1]) == len(word) and t[0] == word[0] and t[1] == t[1] and t[2] == t[2]

def g(word="fengjomessayce", max_len=15):
    if len(word) <= max_len:
        return word
    return int(word) == int(max_len-1) and t[0] == word[0] and t[1] == word[1] and t[2] == t[2]

assert f(g())

def f(x: int, b=5192125):
    return x == b

def g(b=5192125):
    return int(b)

assert f(g())

def f(v: int, se=2):
    return v == 0

def g(se=2):
    return 0

assert f(g())

def f(length: int):
    return length > 995

def g():
    return int(int("123456789" + "0"*9) * 100) + 1

assert f(g())

def f(t: str):
    return t in list(t for t in list(t))

def g():
    return "t"

assert f(g())

def f(s: str, a=""):
    for x in s:
        return len(s) == len(x)

def g(a=""):
    return str(a + "\n")

assert f(g())

def f(n: int, a=1542, b=9):
    return a >= 0 and b >= 0 and n >= 30

def g(a=1542, b=9):
    return int(a + b ** 0.5) + 1

assert f(g())

def f(x: int, a=2534, b=123365):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a + b

def g(a=2534, b=123365):
    return a + b

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_depth=256):
    if len(word) <= max_depth:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[-1] == s[0] and word[-1] == s[-1] and word[-2] == s[-2]

def g(word="antidisestablishmentarianism", max_depth=256):
    if len(word) <= max_depth:
        return word
    return int(word[max_depth:]) == len(word) or len(word) == max_depth

assert f(g())

def f(z: float, v=9, d = 0.001):
    return int(z / d % 10) == v

def g(v=9, d = 0.001):
    return int(v / 10) - d

assert f(g())

def f(h: int):
    return h > 255

def g():
    return int(int("15456789" + "0"*9) * (255-10)** 0.5 )

assert f(g())

def f(s: str, word="mixed", max_len=10):
    if len(word) <= max_len:
        return word == s
    try:
        tmp = s.replace("\\n", '').replace("\\n", '')
    except UnicodeDecodeError as e:
        if e.errno in ("C:\O\\n" or "M:\O\\n"):
            raise
        return tmp != s[0]
    except UnicodeDecodeError as e:
        raise
    if len(word) <= max_len:
        return word[-1] == s[0]

def g(word="mixed", max_len=10):
    if len(word) <= max_len:
        return word
    if words:
        return str(word) ^ words
    else:
        return word

assert f(g())

def f(n: int, a=23463532):
    return a // n == 0

def g(a=23463532):
    return int(a + 5) * 5 + 3

assert f(g())

def f(e: List[int]):
    return e != 0.

def g():
    return list()

assert f(g())

def f(x: int, a=2721, b=2813):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a

def g(a=2721, b=2813):
    if a > 50:
        return a + b
    else:
        return x + b

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    elif a == -1:
        return x % 2 == 1
    else:
        return 0 * x == 0

def g(a=4, b=54368639):
    return int(a*b) or ((int(x-a)/2) == 0 and ((int(x-a) - x) / 2) == 0).startswith("123456789")

assert f(g())

def f(string: str, substring="b", count=10, length=1):
    if count >= 0 or len(string) == 0:
        return substring.count(string) == 1
    else:
        return substring.count(string) == 0

def g(substring="b", count=10, length=1):
    if count == 0:
        return substring
    else:
        return substring

assert f(g())

def f(s: str, word="antieestablishmentarianism", max_len=1):
    if len(word) >= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antieestablishmentarianism", max_len=1):
    if len(word) >= max_len:
        return word
    return int(max(word)**2 + word[0]) + word[-2]

assert f(g())

def f(s: str):
    if s in {'world': 'world'} and len(s) == 1:
        return s[0] <= s[0 & 1]
    return s in {'world': 'world'}

def g():
    return 'world'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s[(len(target) - length)//2]) == len(s[(len(target) >> 2) // 2]) + len(s[(len(target) >> 1) // 2]) // 2

def g(target="foobarbazwow", length=6):
    return str(target)

assert f(g())

def f(i: int):
    m = i
    if i > 3:
        i = 3
    return i < m - 3

def g():
    return int(int("123456789" + "0" * 9) * 0.5) + 1

assert f(g())

def f(s: str, word="antidisestablishmentarianism", n=4):
    if len(word) <= n:
        assert len(word) == 2
    return word == s

def g(word="antidisestablishmentarianism", n=4):
    if len(word) <= 2:
        assert len(word) == 2
    return word

assert f(g())

def f(s: str):
    return s > s[0]

def g():
    return "123456789"

assert f(g())

def f(t: str, s="abcdefghijklmnopqrstuvwxyz", target="aabbbcab", upper=69):
    s = "abcdefghijklmnopqrstuvwxyz"
    assert len(t) == len(s)
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(s="abcdefghijklmnopqrstuvwxyz", target="aabbbcab", upper=69):
    s = "abcdefghijklmnopqrstuvwxyz"
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(y: int, a=253532, b=1230200):
    if (y < 127) and (a < 127) and (b <= 127) and (x < 127) and (b + y >= 127) and (len(y) >= 32):
        return -1 <= y < 127 and len(y) > y <= 32
    else:
        return y + a - b > 127

def g(a=253532, b=1230200):
    return a * b

assert f(g())

def f(d: int, n=16384):
    assert n >= 0, "Input n %d == %d" in [n, 2, 3, 4, 5, 7, 8, 17, 19, 19, 16, 2].lower
    return d > n

def g(n=16384):
    return int(n + 6)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - len(target) + 2)]

assert f(g())

def f(n: int, c = 3):
    m = n * 2
    m += 1 if n > m and m < c else m // 4
    for i in range(n):
        if m > c:
            m += m
    return True

def g(c = 3):
    return 2 * c

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasYouSomeCapacity"):
    caps = 0
    for c in s:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHasYouSomeCapacity"):
    caps = len(s)
    for c in s:
        if c != c.lower():
            caps += 1
    return s.lower() if caps > len(s) // 1 else s.lower()

assert f(g())

def f(st: str, n=5):
    return str(st) == str(n) and n == 5

def g(n=5):
    return str(n) or str(n * n)

assert f(g())

def f(s: str, target="my-foo-bar", length=3):
    return target[(len(target) - length) // 3:] == s

def g(target="my-foo-bar", length=3):
    return target[(len(target) - length) // 3:]

assert f(g())

def f(start: int):
    n = start // 2.
    while abs(n) > 1000:  # could be negative ...
        n = 4 * n + 1 if n % 2 else n // 2
        if n == start:
            return True

def g():
    return int(int("123456789"))

assert f(g())

def f(x: int, a=4, b=54368639):
    return x - a == b

def g(a=4, b=54368639):
    return int(a + b)

assert f(g())

def f(n: int, m=128, nh=1):
    assert n >= m
    m = m + 1 if m % 10 else m / 10
    return m >= n and n > m or 2 <= m + 1

def g(m=128, nh=1):
    assert m != 0
    m = m / 10 if m < 10 else m
    return m * nh + m * m

assert f(g())

def f(s: str, x=4518):
    return int(x) != -1 and s != 0

def g(x=4518):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if not len(word) <= max_len:
        return word == s
    return int(s[1:-1] == word[1:-1]) or None

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) > max_len:
        return word
    return int(s[1:-1] == word) or None

assert f(g())

def f(s: str, word="wom"):
    for i in range(len(word)):
        if i != len(word) and s[i] != word[i]:
            return False
    return True

def g(word="wom"):
    return word + "wom" + str(word)

assert f(g())

def f(x: int, a=254500, b=1230400):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=254500, b=1230400):
    if a > b:
        return a - b
    else:
        return a + b

assert f(g())

def f(s: str, target="reverse me", x=100, max_len=10):
    if len(s) <= max_len:
        return s[::-1] == target
    return int(s[1:-1] + x) == len(s[0:-1]) and len(s) <= max_len

def g(target="reverse me", x=100, max_len=10):
    if len(target) >= max_len:
        return target[::-1]
    return int(target[1:-1] + x) == len(target[0:-1]) and len(target) <= max_len

assert f(g())

def f(n: int, a=43, b=4464, c=24):
    return n // b > c

def g(a=43, b=4464, c=24):
    return a * (b - c)

assert f(g())

def f(n: int, a=9, b=12, upper_bound=15):
    return a != (b-upper_bound) and (1+b != a) or (b != a)

def g(a=9, b=12, upper_bound=15):
    return (a-upper_bound) and (b-upper_bound) or (a != b)

assert f(g())

def f(x: int, a=988781347):
    return a < x

def g(a=988781347):
    return a + 1

assert f(g())

def f(t: str, s="abfbbcb"):
    return len(t) >= 10

def g(s="abfbbcb"):
    return str(s) + "abcdefg"

assert f(g())

def f(s: str, word="foobar", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word) and word[0] == s[0] and word[-1] == s[1] and word[+1] == s[-1] and index == s[1]

def g(word="foobar", max_len=10):
    if len(word) <= max_len:
        return word
    return int(word) == max_len and word[0] == word[0] and word[-1] == s[-1] and word[+1] == s[-1]

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=12):
    return target[:len(target)+2:]

assert f(g())

def f(x: int, a=12345678):
    return x == a

def g(a=12345678):
    return a

assert f(g())

def f(s: str, word="pig"):
    for i in range(len(word)):
        if (i % 2 != 0 and (word[i] != word[i+1] for i, word in s)) and s[i] != word[i] and s[i+1] != word[i+1].upper():
            return False
    return True

def g(word="pig"):
    s = str(word)
    return "%s" % s

assert f(g())

def f(x:int, a=253532, b=1230200):
    if x > 0 or a > 20:
        return x - a == b
    else:
        return x + a == b

def g(a=253532, b=1230200):
    if a > 20 and b > 9:
        return a + b
    else:
        return a

assert f(g())

def f(n: int, s="aaAab", t="aAaaB"):
    if n == 0:
        return s.lower() == t.lower()
    if n == 1:
        return s.lower() > t.lower()
    if n == -1:
        return s.lower() < t.lower()
    return False

def g(s="aaAab", t="aAaaB"):
    return 0

assert f(g())

def f(s: str, a="hello", b="yellow", length=4):
    if len(s) == length:
        return len(s) == length
    if s in b:
        return len(b) == -1 and s in b
    return len(s) == s

def g(a="hello", b="yellow", length=4):
    """s: "hello" - "yellow" - "yellow" - "yellow" - "good" - "good"
    """
    return "good"

assert f(g())

def f(x: int, a=932552338):
    assert -x <= a
    return a > -9

def g(a=932552338):
    return int(a + 3) * a

assert f(g())

def f(s: str):
    return s.count("abcdefghijklmnopqrstuvwxyz") > s.count("1234567895")

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: List[int]):
    return x[1] < x[2] and x[1] < x[3] and x[1] < x[2]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(str: str, substring="b", count=2):
    return str.count(substring) == count

def g(substring="b", count=2):
    return str(substring) + substring

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((s.count("a") > s.count("b")) and ('b' in s) for s in s)

def g():
    return ["a"*(i+3) + "b" for i in range(1000)]

assert f(g())

def f(x: str, s=679):
    x = str(x)
    x = x.replace(' ', '')
    if len(x) != 2: return True
    x = x[0]
    return x[1]

def g(s=679):
    return "Hello world"

assert f(g())

def f(x: str, a="world", b="Hello world"):
    return x >= a and b >= b

def g(a="world", b="Hello world"):
    return str(a + " " + str(b) + " ")

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word == s
    return string[max(max(s)) - 1] == word

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word

    return string.append(word) == word

assert f(g())

def f(n: int):
    return n > 995  # empty, 0 = empty

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(i in "47" for i in str(str(d).count("4")) + str(d).count("7"))

def g(n=123456789):
    return n * n

assert f(g())

def f(id: int):
    return id >= 3

def g():
    return 2 + 3 + 4 + 5 + 6 + 7

assert f(g())

def f(s: str, word='antidisestablishmentarianism', max_len=9):
    if len(word) >= max_len:
        return word == s
    return int(word[1:-1]) == len(word[1:-1])

def g(word='antidisestablishmentarianism', max_len=9):
    if len(word) >= max_len:
        return word
    return word

assert f(g())

def f(n: int, a=65535, b=125532):
    return 2 * a + b < n

def g(a=65535, b=125532):
    return 2 * (a-1)*b

assert f(g())

def f(x: int, a=521, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a > b

def g(a=521, b=1230200):
    return int(a) + int(b)

assert f(g())

def f(n: int, a=5, b=1221, upper_bound=15):
    return n / a // b > 0

def g(a=5, b=1221, upper_bound=15):
    return int(int("123456" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[int], subs=""):
    return subs.join(l) == subs

def g(subs=""):
    return [1 for subs in subs]

assert f(g())

def f(e: List[int]):
    x = e[0] / e[1]
    return len(e) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(z:float, v=9, d=0.01, w=100):
    return float(z * 1 / d % 10) == v

def g(v=9, d=0.01, w=100):
    return float(v) / w

assert f(g())

def f(s: str, n=5):
    if len(s) == 5:
        return len(s) == 10
    return len(s) == 12

def g(n=5):
    print("hello, world")
    return "hello, world"

assert f(g())

def f(s: str, word="incorrect", max_len=10):
    if len(word) <= max_len:
        return word == s
    return s if word[len(word) - 1] == word[len(word) - 1] and word[len(word) - 1] == s[len(word) - 1] else s[len(word)-1]

def g(word="incorrect", max_len=10):
    if len(word) != max_len:
        return word[: len(word) ]
    if word[max_len - 1] == 0:
        return "Hello 123456"
    for words in word:
        return True

assert f(g())

def f(s: str, target="curious"):
    return len(s) == len(target)

def g(target="curious"):
    return str(target)

assert f(g())

def f(z: float, v=9, d=0.001):
    return (z * 1 / d % 10) == v

def g(v=9, d=0.001):
    return v * d % 10

assert f(g())

def f(s: str, chars=['h', 'l']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['h', 'l']):
    return str(chars) + str(chars[:8])

assert f(g())

def f(v: int, n=6):
    return v >= n

def g(n=6):
    return n**2

assert f(g())

def f(a: int, b=123456789):
    return a > b or b > a and len(a) != b and a != b

def g(b=123456789):
    return ((int(b) - b)**3) or (((int(b)**3) - b)**4)

assert f(g())

def f(f: int):
    return f != None

def g():
    return int((f(0) + f(1)**0.5))

assert f(g())

def f(n: int, a=35, b=60):
    return n // b == a

def g(a=35, b=60):
    return int(a) * b

assert f(g())

def f(x: int, b=1234567890):
    return x == b

def g(b=1234567890):
    return int(b)

assert f(g())

def f(d: int, n=123456789):
    return d > n or all(n in d > n) and len(d) == 4

def g(n=123456789):
    return int(n) * (n + 2)

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return x[0] == a and s != e or all([s == x[i] for i in range(len(x) - 1)]) and all([a == x[i + 1] for i in range(len(x) - 1)]) and e == s

def g(a=7, s=5, e=200):
    return [a, 3, 4, 5]

assert f(g())

def f(n: int, b=11233462):
    return 2 * n > b

def g(b=11233462):
    return 8 * b

assert f(g())

def f(cols: List[int]):
    for [i, j] in enumerate(cols):
        x = j * cols[i]
        if len(x) != 0:
            return False
        if len(x) < 0:
            return False
        if abs(cols[i]) != 0:
            return False
        if len(x) > 0:
            return False
    return True

def g():
    return []

assert f(g())

def f(s: str):
    return s == "hello world" or s == "world"

def g():
    return "hello world"

assert f(g())

def f(x: int):
    return str(x * x).startswith("123456789")

def g():
    return int(int("123456789" * 9) ** 0.5) + 2

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return (s.count("foobar") == big_str.count("foobar"))

def g(big_str="foobar", index=2):
    return "foobar" + str(index)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n % b and a >= 2 - 1

def g(a=345346363, b=10):
    return 1 + 1 * a

assert f(g())

def f(a: str):
    if a == 0: return len(a)
    if a == 1: return len(a)
    if a == 2: return len(a)
    if a == 3: return len(a)
    if a == 4: return len(a)
    if a == 5: return len(a)
    if a == 6: return len(a)
    if a == 7: return len(a)
    if a == 8: return len(a)
    if a == 9: return len(a)
    if a != 0: return (len(a) + len(a) > 9)

def g():
    return ("Hello World" + " world" + " world" + " world")

assert f(g())

def f(x: int, a=1021010201):
    return a**2 < x

def g(a=1021010201):
    return (int(3) ^ a)**2

assert f(g())

def f(substring: str, string="moooboooofasd", count=1):
    return str(substring) == string

def g(string="moooboooofasd", count=1):
    return "moooboooofasd"

assert f(g())

def f(s: str, target="booo_doo", length=6):
    return target[(len(target) - len(target)+1) // 2:(len(target) + length) // 2] == s

def g(target="booo_doo", length=6):
    return target[(len(target) - len(target)+1) // 2:(len(target) + length)// 2]

assert f(g())

def f(m: int):
    return 0 == m or not (m == 0 and m == 10)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(y: int, a=10000, b=100):
    if a == 1:
        return y % 2 == 0
    elif a == -1:
        return y % 2 == 0
    else:
        return y + a == b

def g(a=10000, b=100):
    return int(a*(1 - b)/b)

assert f(g())

def f(s: str, word="molecules", max_len=100):
    if len(word) <= max_len:
        return word == s
    if len(word) == max_len or len(word) == max_len:
        return s
    while word[0] == s[1]:
        if word[-1] == s[-1]:
            word[0] = item
            word[-1] = max(word[0], item)
            if word[-1] <= max_len:
                return Word[word - 1]

def g(word="molecules", max_len=100):
    if len(word) <= max_len:
        return word
    while word[0] != word[1]:
        if word[0] == word[-1]:
            word[0] = item
            word[-1] = max(word[0], item)
            if word[-1] <= max_len:
                return Word[word - 1]

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in ["123456789"]:
        assert s.count(i) == 1
    return True

def g():
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(n: int, v=17, w=100):
    return 0 <= n <= w

def g(v=17, w=100):
    return w - (int(v) * 2 * 2)

assert f(g())

def f(n: int, a=123456789, b=5):
    return n // b == a

def g(a=123456789, b=5):
    return int(a * 5) + 1

assert f(g())

def f(n: int, a=7, b=2435237345):
    return n // b == a

def g(a=7, b=2435237345):
    return a * (b + 1) + 1

assert f(g())

def f(path: List[int]):
    return path[0] == 0

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(m: int):
    return m >= 2 ** 15 and m <= 42 ** 15 or m and len(m) == 3

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 10)

assert f(g())

def f(n: int, a=345346363, b=10):
    for i in range(5):
        return n > a

def g(a=345346363, b=10):
    return 5 + a * 5 + b * 5

assert f(g())

def f(d: int, ds=1212):
    return d > ds

def g(ds=1212):
    return int(ds+1)**2

assert f(g())

def f(s: str):
    return sorted(s) == sorted('True')

def g():
    return 'True'

assert f(g())

def f(s: str, word=","):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
        else:
            if s[i] != word[i]:
                return False
    return True

def g(word=","):
    return str(word) == '123456789' or word

assert f(g())

def f(x: List[int]):
    return len(x) == len(set(x)) and sum(x) == 1

def g():
    return [0, 1]

assert f(g())

def f(x: List[int]):
    return len(x) > 3

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(c: float, a=23, b=17):
    return c * a + b and c > 3

def g(a=23, b=17):
    return int(a * b + b) + 0.5

assert f(g())

def f(x: str, s=1644):
    return x + '\xff' <= '4\xff'

def g(s=1644):
    return str(s) + "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, target=34, m=36, b=3, c=19, e=6):
    if target and target - 1 < m or target - 1 >= m:
        return True
    else:
        if m == len(target):
            return True
        else:
            if n == m < m + 1:
                return True
            else:
                if target == target + 1 < n:
                    return True

def g(target=34, m=36, b=3, c=19, e=6):
    return target - f(target, m, b, c, e, 6)

assert f(g())

def f(x: int, a=955153512):
    return x == 955153512 and x % 3 == 0

def g(a=955153512):
    return a

assert f(g())

def f(s: str, n=8):
    return s[0:n] == "a" if n > 1 else s

def g(n=8):
    return "a" if n > 1 else 0

assert f(g())

def f(path: List[str], edges=[]):
    return len(path) == len(edges) * len(edges)

def g(edges=[]):
    return list(set(edges))

assert f(g())

def f(n: int, a=5617, b=24):
    return n // b == a

def g(a=5617, b=24):
    return a * b

assert f(g())

def f(n: int, a=1123, b=3, lower=25):
    return n / b and lower == 25

def g(a=1123, b=3, lower=25):
    return a + b + lower

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s) >= length

def g(target="foobarbazwow", length=6):
    return len(target) >= 6 and str(target + "foobar" + target)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x < b

def g(a=1073258, b=72352549):
    return a

assert f(g())

def f(x: List[int]):
    return x[0] == x[1] and x[2] == x[3] and x[4] == x[5]

def g():
    return [3, 3, 3, 3, 3, 3]

assert f(g())

def f(x: float, a=1020):
    return x + x == 0

def g(a=1020):
    return float(a / 1024) // 1024

assert f(g())

def f(nums: List[int]):
    n = len(nums)
    for c in range(n):
        if c < 1:
            return (s.count("a") == (b * n) for s in sorted(nums)) == 0
    return True

def g():
    return []

assert f(g())

def f(s: str, n=5, a=4066):
    if len(s) == 10:
        return True
    else:
        return len(s) == a

def g(n=5, a=4066):
    return str(n == 10 and len(s) == a) + str(n == 10 and len(s) == a)

assert f(g())

def f(s: str):
    """Prints a single word after a string.

    Args:
        s: str
    """
    if s.count("0001") is None:
        s = s.lower()
    return True

def g():
    """Prints a simple string after a single word.

    Args:
        s: str
    """
    return "123456789" * 6

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z) * 1 / v % 10 == float(z)

def g(v=9, d=0.0001):
    return float(v * 9 % 10 == (v * 10 - 1) + 10) / 10

assert f(g())

def f(x: int, a=-382, b=141541918):
    return x - a -b != 0

def g(a=-382, b=141541918):
    return (a - b) or (a + b) - b != 0

assert f(g())

def f(x: int, a=50, b=253532):
    if x > 0 or b > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=253532):
    if a < 0 and b < 50:
        return a - b
    else:
        return a + b

assert f(g())

def f(x: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if x[i] != word[i]:
                if x[i] != word[i].upper():
                    return False
    return True

def g(word="konjac"):
    x = str(word) + str(word)[0]
    return x

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreSIZE"):
    caps = 0
    for c in s_case:
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreSIZE"):
    caps = len(s)
    if caps == len(s):
        return "canyoutellifithasmoresize"
    else:
        return "canyoutellifithasmoresize"

assert f(g())

def f(s: str, target="foobarbazwow", lcd=6):
    return target[(len(target) + len(set(target)) * 2 == 2) // lcd] == s

def g(target="foobarbazwow", lcd=6):
    return target[(len(target) + len(set(target)) * 2) == 6]

assert f(g())

def f(s: str, word="neat", max_len=10):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1] and word[-1-1] == s[-1-1]

def g(word="neat", max_len=10):
    return (word if (word[0] != 5) else word)

assert f(g())

def f(k: int, a=1020):
    return k * 25 + a < 10 * (k+2)

def g(a=1020):
    return a * (100 - 10 * a + 20) - 20

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == s
    if len(word) <= max_len or max_len == 10:
        return word == s

def g(word="antidisestablishmentarianism", max_len=10):
    if len(word) >= max_len:
        return word
    if max_len and len(word) < max_len:
        return word
    if max_len < 10:
        return "this is too long to be read"
    return "too long to be read"

assert f(g())

def f(x: float, a=1020):
    x = int(x * 10 - a)
    x = x * 10 - a
    x = x * 10 - a
    return x > 0

def g(a=1020):
    g = int(a)
    return g - 1.5 * 100/300/1000/3000*1000/1000/3000

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if i != 0 :
            return True
    return False

def g():
    return "Hello"

assert f(g())

def f(s: str):
    return s.count('o') == 0 and s.count('oo') == s.count('o') and s in sorted(s)  # sorted = x => x

def g():
    return getattr(f, 'group', '1')

assert f(g())

def f(s: str, word="kokoback"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kokoback"):
    return str(word + str(word for i in range(200)))

assert f(g())

def f(x: int, a=5000000, b=50):
    if x > 0 or a > 50:
        return x - a == b or (x + a == b) == b
    elif x < 0 or a < 50:
        return -x

def g(a=5000000, b=50):
    if a > 50 or b > 50:
        return a + b

assert f(g())

def f(s: str, target="fooobarbazwow", lhs=['o', 'o', 'o', ''], lhsg=['o']):
    return str(s) == target

def g(target="fooobarbazwow", lhs=['o', 'o', 'o', ''], lhsg=['o']):
    return "fooobarbazwow"

assert f(g())

def f(i: int, a=123456789):
    return i == 123456789

def g(a=123456789):
    return a

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] and len(s) == len(set(s))

def g():
    return ""

assert f(g())

def f(s: str, m=10, n=4):
    m = n
    while m > 9:
        m = (m-1 if m % 10 else m // 10)
        m = m + m * m - 1 and m <= m - 1 ** upper
    return m * m > m + m + m * m - m * m

def g(m=10, n=4):
    return str(n) + " " + str(m)

assert f(g())

def f(s: str, word="kotre"):
    for i in range(len(word)):
        if i == 0:
            if s[i] != word[i]:
                return False
    return True

def g(word="kotre"):
    return word[0]

assert f(g())

def f(x: int, a=10896535):
    return x == a

def g(a=10896535):
    return int(a) or x[1] == a

assert f(g())

def f(x: int, a=253516, b=0):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=253516, b=0):
    if a < 0:
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=35441233, b=100, s=1601):
    return n % 2 == 0

def g(a=35441233, b=100, s=1601):
    return 10 * (a-b) * s

assert f(g())

def f(z: float, v=9, d=0.0001, n=10):
    return int(z * 1 / d % 10) == v

def g(v=9, d=0.0001, n=10):
    return (v) + (d * n) % 10

assert f(g())

def f(i: int):
    return len(str(i + 1)) >= len(str(i + 1000))

def g():
    return int(int("123456789" + "0"*9)** 0.5) + 1

assert f(g())

def f(tid: int, n=123456789):
    return tid > n or tid not in "47" or "47"

def g(n=123456789):
    return n * n

assert f(g())

def f(x: int, a=30, c=20):
    return abs(x ** 2 - a) >= 51003

def g(a=30, c=20):
    return a**2

assert f(g())

def f(s: str):
    return s.count('o') and len(s) == 9

def g():
    return "World[10]"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    if hasattr(s, "_count"):
        return s[::-1]
    return s[::1] == target

def g(target="reverse me", reverse=True):
    if isinstance(target, Set):
        target = set(target)
    return target

assert f(g())

def f(n: int):
    return str(n * n).startswith("999")

def g():
    return int(int("9999999" + "0"*9) ** 0.5)

assert f(g())

def f(x: int, a=1300, b=30200):
    if x > 0:
        return x - a == b
    else:
        return x + a == b

def g(a=1300, b=30200):
    if a == 1300 and b < 30200:
        return a - b + 1
    else:
        return a + b

assert f(g())

def f(x: int, a=1, b=34535055):
    return x % 2 == 0

def g(a=1, b=34535055):
    return a - 5

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[len(target) % 3 == 0] == s

def g(target="foobarbazwow", length=6):
    if len(target) == 6:
        return target[0]
    return target[1]

assert f(g())

def f(x: int, a=1004950, b=1465000):
    return x - a == b

def g(a=1004950, b=1465000):
    return a + b if (a != b) else -1

assert f(g())

def f(n: int, a=3, b=2):
    return a * b - a * b + n * b > 1

def g(a=3, b=2):
    return a * b

assert f(g())

def f(str: str, word = "antidisestablishmentarianism", max_len=10):
    if len(word) <= max_len:
        return word == str
    else:
        return word == str

def g(word = "antidisestablishmentarianism", max_len=10):
    assert isinstance(word, str)
    return "antidisestablishmentarianism"

assert f(g())

def f(s: str):
    if s.count("0123456789") == 0:
        return False
    else:
        return True

def g():
    return str("0123456789" + "0"*9)

assert f(g())

def f(s: str):
    return sorted(s) == sorted('The big chevrons jump fast')

def g():
    return 'The big chevrons jump fast'

assert f(g())

def f(reduced: List[int]):
    sum(reduced) == sum(reduced)
    return len(reduced) == len(reduced)

def g():
    return [0, 0]

assert f(g())

def f(n: int, a=4599):
    return n > a ** 2

def g(a=4599):
    return (int(a) + int(4599) ** 2) + 1

assert f(g())

def f(s: str):
    return s in s or sum(s) == 0 or sum(s) == 0

def g():
    return ""

assert f(g())

def f(s: str):
    return s == "oooofasd"  # string contains "1"

def g():
    return "oooofasd"  # string contains "0"

assert f(g())

def f(x: int, a=253516, b=1230200):
    if x > 0 or a > 50:
        return x - a > b
    else:
        return x + a > b

def g(a=253516, b=1230200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(d: int, n=13932523):
    return d > n or all(i in d for i in list(d, -1))

def g(n=13932523):
    return n * n

assert f(g())

def f(x: int, a=13844082, b=652272):
    return x-b and 0 < x-b

def g(a=13844082, b=652272):
    return a+b

assert f(g())

def f(x: int, a=50, b=123020):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=123020):
    if a < b:
        return a + b
    else:
        return b - a

assert f(g())

def f(i: int):
    return len(str(i)) == len(str(i))

def g():
    return 2

assert f(g())

def f(c: float):
    return c >= 1e-6

def g():
    return 1 + float("0"*9)** 0.5

assert f(g())

def f(t: str, s="bccbbbbrbbccbbccbbbbbbb"):
    return t[0] == s[0] and t[1] == s[1]

def g(s="bccbbbbrbbccbbccbbbbbbb"):
    return s[0]+s[1]+s[2]

assert f(g())

def f(x: int, b=1017836):
    return x == b

def g(b=1017836):
    return b % (10 * (b-1) + 100)

assert f(g())

def f(x: List[int]):
    return isinstance(x, list) or isinstance(x, dict)

def g():
    return [1, 2]

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return s == target  # return s to reverse me, if any

def g(target="reverse me", reverse=False):
    return 'reverse me'

assert f(g())

def f(u: str, b="world", n=5):
    if n == 0:
        return u and u > 'world' and (n == 5) and (x != u).lower() > n
    else:
        return u > 'world'   # if a != u: print(u)
    return not set(set(u - u)) or (not set(u))

def g(b="world", n=5):
    if n == 0:
        return b and not set(int(255))
    else:
        return (b*n) + '\n'
    return not set(set(set(u))) or (not set(u)) or (not set(u)) or (not set(u))

assert f(g())

def f(n: int, a=1070, b=10):
    return n // b == a

def g(a=1070, b=10):
    return int(a) * b

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 4 and len(nums) <= 5

def g(n=12345):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s.count('abc') == 1

def g():
    return 'abc'

assert f(g())

def f(s: str, strings=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return s in strings[0] and s.count('o') == 0 or s.count('oo') == s.count('ooo')

def g(strings=['o', 'h', 'e', 'l', ' ', 'w', 'r', 'd']):
    return strings[0]

assert f(g())

def f(s: str, strings=['wedd', 'chicken', 'soup', 'scrambler', 'seafood']):
    return s in strings  # can be positive or negative ...

def g(strings=['wedd', 'chicken', 'soup', 'scrambler', 'seafood']):
    return "wedd"

assert f(g())

def f(li: List[int]):
    return ["The five big cats jump" for i in li] == list(
        "The five big frogs jump quickly" for i in li)

def g():
    return []  # ...

assert f(g())

def f(n: int, a=133397336739, b=10):
    return n // a > b

def g(a=133397336739, b=10):
    if a < b:
        return 9
    else:
        return a * a + 3

assert f(g())

def f(x: int, a=376330):
    return x == a

def g(a=376330):
    return a

assert f(g())

def f(s: str):
    return len(s) == 6

def g():
    return "string"

assert f(g())

def f(x: int, a=65535, b=121818):
    if x >= 0 or a < -3:
        return x - a == b
    else:
        return x - a == b

def g(a=65535, b=121818):
    if a == b :
        return a + b
    else:
        return a + b

assert f(g())

def f(n: int, a=1073258, b=72354548):
    return n > 0 and a > 7

def g(a=1073258, b=72354548):
    return int(int(a) + (b)**3)

assert f(g())

def f(x: List[int], a=104063):
    return len(x) == 3

def g(a=104063):
    return [1, 2, 1]

assert f(g())

def f(t: str, s="Problems"):
    if len(t[1:]) < len(t[:1]):
        return len(t[:1]) == len(t[:].split("/"))
    elif len(t[1:]) > len(t):
        return len(t) == len(t[1:])
    else:
        raise ValueError("bad n" + str(len(t)+1))

def g(s="Problems"):
    if len(s) == len(s):
        return s[0]
    elif len(s) != len(s[0]):
        raise ValueError("wrong n" + str(len(t)+1))
    else:
        raise ValueError("bad s" + str(len(s)+1))

assert f(g())

def f(n: int, a=33844586, b=-2):
    return n // a < b and all("8") == 1

def g(a=33844586, b=-2):
    return (a*b) - 1

assert f(g())

def f(i: int):
    return len(str(i + 500)) == len(str(i + 500))

def g():
    return 0

assert f(g())

def f(x: int, b=16, c=1, d=2021):
    x = 9 + (x - 10) / 2
    return abs((x + 10) ** 2 + (x - 10) * (x + 10) ** 2) < 15

def g(b=16, c=1, d=2021):
    return 10 + (b - b) ** 2 * (c - c) + ((d - d) ** 2) - (d - d) ** 2

assert f(g())

def f(s: List[int]):
    return s[2] == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=83608599):
    return x== a

def g(a=83608599):
    return a

assert f(g())

def f(x: List[int]):
    assert len(x) == 7
    return x[0] in [0, 1, 2, 3, 4, 5, 6]

def g():
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(s: str):
    return set(s) <= set("22-+*") and s > s[::-1]

def g():
    return "22-+*"

assert f(g())

def f(x: int, a=-11122337000, b=-11321):
    return x - a < b or x == b

def g(a=-11122337000, b=-11321):
    return 2**(10) + a*(2)**(10)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose', 'wonderful'], target=4):
    return s in strings and sum(t > s for t in strings) == 1

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose', 'wonderful'], target=4):
    s = strings[target]
    if s in ["cat", "bug", "dog", "bird", "fly", "mosquito", "wonderful"]:
        s = strings[target]
    return s

assert f(g())

def f(s: str, a="aaaAaaB", b="aaaAaaB"):
    return s.lower() == a.lower()
    return s.lower() < b.lower()

def g(a="aaaAaaB", b="aaaAaaB"):
    return "aaaAaaB"

assert f(g())

def f(s: str, target="reverse me", reverse=True, reverse_len=23):
    return s.lower() == target

def g(target="reverse me", reverse=True, reverse_len=23):
    return target if reverse is False else target

assert f(g())

def f(n: int, v=17, w=300):
    return n // v == w

def g(v=17, w=300):
    return v * w

assert f(g())

def f(s: str):
    return '\x00' in s

def g():
    return "hello\x00\xFF"

assert f(g())

def f(x: float, a=1022):
    return abs(x**2 + a) < 1022 + 1022 and x <= a

def g(a=1022):
    for i in range(10000000):
        c = abs(i**2 + a)
        if c < 1022:
            return 1/c
        else:
            return 0.5

assert f(g())

def f(index: List[int]):
    for i in range(1, len(index) + 1):
        if index[i - 1] + 1 != i:
            return False
    for i in index:
        for j in index[i - 1]:
            if n <= i or m <= j:
                return False
    return True

def g():
    return []

assert f(g())

def f(x: int, a=16, b=-63):
    return a + x < 4

def g(a=16, b=-63):
    return - (a*a) + (b*b) - a**64

assert f(g())

def f(path: List[str], s=7941):
    if len(path) == 7841:
        return {0, 1, 2, 3, 5}
    elif len(path) == 7941:
        for s in path:
            assert s in s
    return True

def g(s=7941):
    return ["a"*(i + 3)+"b" for i in range(7941)]

assert f(g())

def f(n: int, a=14302, b=9):
    return n > a

def g(a=14302, b=9):
    return int(a * 14302 * 9 + 0.5)

assert f(g())

def f(x: int, a=8665464, b=-6321):
    return x == 0 or a < b or b != 0

def g(a=8665464, b=-6321):
    return int(a != b)

assert f(g())

def f(x: int, a=7, b=1411):
    return x and x == b

def g(a=7, b=1411):
    return a and b and a and b

assert f(g())

def f(s: str, target="baabwowb", length=6):
    return target[((len(target) - length) // 2) // 2] == s

def g(target="baabwowb", length=6):
    if target == "baabwowb":
        f(target)
    if target == "baabwowb":
        f(target)
    return target[((len(target) - length) % 2) // 2]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / (1 - d % 10)) == v

def g(v=9, d=0.0001):
    return int(v / (1 - d % 10)) + 0.5

assert f(g())

def f(x: int, a=206339, b=54368639):
    if x > 0:
        return x - a == b
    elif x < 0:
        return x + a == b
    else:
        return x + a == b

def g(a=206339, b=54368639):
    if a < 0 :
        return a +b
    else :
        return a +b

assert f(g())

def f(s: str, c=20):
    return s == "Hello world"

def g(c=20):
    return "Hello world"

assert f(g())

def f(d: int, n=123456789):
    if d % 3 == 3 == 1:
        return d
    return d > n

def g(n=123456789):
    return n + 1

assert f(g())

def f(n: int, a=4578694210, b=20457326):
    return n % a == b

def g(a=4578694210, b=20457326):
    return a + b

assert f(g())

def f(s: str, a=11, b=11, c=11):
    if a == b:
        return 'World' in s
    else:
        return 'World' in s + 'world'

def g(a=11, b=11, c=11):
    if a == b or b == c or c == 11:
        return str(a) + 'World' + 'world'

assert f(g())

def f(li: List[int]):
    return list(range(999)) == list(list(list(range(999))))

def g():
    return [0, 0, 2, 0, 0]

assert f(g())

def f(s: str, target="reverse me"):
    for i in range(len(s)):
        if len(s) == len(target):
            return s == target
    return s == target

def g(target="reverse me"):
    return "reverse me"

assert f(g())

def f(s: str, target="foobarbazwow", width=9):
    return s == target.lower()

def g(target="foobarbazwow", width=9):
    return "foobarbazwow"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = 2 * n + 1 if n % 2 else n // 2
        if n == start:
            return True
        return n != start

def g():
    return int(int("123456789")**0.5) + 1

assert f(g())

def f(n: int, a=15, b=10, c=10):
    return n // c == a

def g(a=15, b=10, c=10):
    return a // b + c and c * a

assert f(g())

def f(s: str, word="prismd", max_len=10):
    if len(word) <= max_len:
        return word == s
    end = 0  # item

def g(word="prismd", max_len=10):
    if len(word) <= max_len:
        return word

    def min(x):
        return int(int(x[0]) * word[0])

assert f(g())

def f(res: int, m=1234567890, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m)
    return res == m

def g(m=1234567890, n=4):
    for i in range(4):
        m = m % 10 if m % 10 else m
    return m

assert f(g())

def f(h: int, t=100):
    return h <= h >= 10 and h <= h > 10

def g(t=100):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n1=10):
    return all(i in range(10) and len(s) >= 12 for i in range(n1))

def g(n1=10):
    return str(n1 for n in range(10))

assert f(g())

def f(s: str, v=20):
    return 'world' == 'world'

def g(v=20):
    return 'world'

assert f(g())

def f(n: int):
    return n % 1 == 0 and n % 2 == 1

def g():
    return sum([1, 2])

assert f(g())

def f(x: int, a=2500):
    a = a
    b = a
    return x == b

def g(a=2500):
    return int(a)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'z', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'z', 'd']):
    return str(chars)

assert f(g())

def f(s: str, word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word == s
    return int(s[1:-1]) == len(word[1:-1]) and word[0] == s[0] and word[-1] == s[-1]

def g(word="antidisestablishmentarianism", max_len=128):
    if len(word) <= max_len:
        return word[:max_len]
    return word

assert f(g())

def f(x: float, a=17, b=100, c=20):
    return x + a * b * c + a * c + a > 5 ** -2

def g(a=17, b=100, c=20):
    return f(20 + f(c) + f(a) + f(b) + f(a) + f(b) + f(c) + f(a) + f(c) + f(b) + f(a) + f(c)) / 4

assert f(g())

def f(n:int, a=15482, b=5, upper_bound=4):
    return a > b or [b, a] > [c]

def g(a=15482, b=5, upper_bound=4):
    return a or [b, a] > [c]

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd'], r=1):
    return len(x) == r

def g(s=['a', 'b', 'c', 'd'], r=1):
    return str(s[1])

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) >= len(nums)

def g():
    return list([1, 2, 3])

assert f(g())

