def f(li: List[int], upper_bound=10):
    return all(i in li for i in range(upper_bound)) and upper_bound <= len(li)

def g(upper_bound=10):
    return [i for i in range(upper_bound)]

assert f(g())

def f(roots: List[float], coeffs=[-0.2, 0.8], targets=[]):
    for r in roots:
        assert abs(r * r - coeffs[1] * (1.0 + r) * (1.0 - r)) < (1e-6), "bad number"
        b = coeffs[0] * (1.0 - r) * (1.0 + r) * (1.0 + r)
        targets += [b] * (set(r) - {b})
    return all(targets)

def g(coeffs=[-0.2, 0.8], targets=[]):
    return list(roots for roots in targets for roots in roots)

assert f(g())

def f(s: str):
    return len(set(s)) == len(set("abcdefg"))

def g():
    return "abcdefg"[:len(set("abcdefg"))]

assert f(g())

def f(s: str, n=1000):
    for i in range(n):
        if i + 1 == n:
            if s[i] == s[i + 1]:
                return True
    return False

def g(n=1000):
    return "123456789" + "#"*n

assert f(g())

def f(moves: List[List[int]], length=3):  # no-doubt-bounding-box: length < 3
    return len(moves) == length

def g(length=3):
    return [
        [1, 2, 3]
        for i in range(3)
    ]

assert f(g())

def f(string: str, count=10, length=100):
    return len(string) >= count and all(string[i] for i, c in enumerate(string) if string[i] == c)

def g(count=10, length=100):
    return "abc" if length == 0 else "def" * length + "ghi"

assert f(g())

def f(s: str):
    return s == 'abcd' or s == 'abcc' or s == 'abch' or s == 'abci' or s == 'abciii' or s == 'abciic' or s == 'abciid' or s == 'abcid'

def g():
    return "abcd" or "abcc" or "abch" or "abci" or "abcii" or "abcid"

assert f(g())

def f(s: str):
    return s.isspace()

def g():
    return " "

assert f(g())

def f(x: List[float]):
    return x[0] <= 0.3 and max(x[1], x[2]) < 0.9

def g():
    return [0.3, -0.1, 0.15]

assert f(g())

def f(s: str, target="sales", num=6):
    return all(s == target for b in list(s) if b == target)

def g(target="sales", num=6):
    return "We have " + str(num) + " orders."

assert f(g())

def f(x: int, a=12345, b=5, d=5):
    return x == a + b and x + d == a + b + d

def g(a=12345, b=5, d=5):
    return a+d

assert f(g())

def f(y: float, a=1055):
    return abs(y - a) < 10 ** -3

def g(a=1055):
    return float(a)

assert f(g())

def f(x: int, a=85664, b=-932):
    return a + b == round(x)

def g(a=85664, b=-932):
    return round(a) + b

assert f(g())

def f(ans: List[int], max=1000, target=1000):
    return ans == max or len(set(ans)) == target

def g(max=1000, target=1000):
    return [int(w*w) for w in range(max)]

assert f(g())

def f(st: str, b="Hello world"):
    return st == b

def g(b="Hello world"):
    return "Hello world"

assert f(g())

def f(s: str):
    return s == "[0-9a-zA-Z]+"

def g():
    return "[0-9a-zA-Z]+"

assert f(g())

def f(u: str):
    return u.startswith("<") and u.endswith(">")

def g():
    return "<>";

assert f(g())

def f(k: int, n=3):
    return sum([k - i for i in range(n)]) >= 1

def g(n=3):
    return 2*3

assert f(g())

def f(l: List[int]):
    assert l != None
    return sum(i**2 for i in l) == l.pop()**2

def g():
    return list(range(3,5,2))

assert f(g())

def f(x: int, a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return all(x in range(a) for x in digits)

def g(a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return digits[0]+digits[1]

assert f(g())

def f(l: List[int], f=True):
    return all(t in l for t in l if f)

def g(f=True):
    return [1] * 1000

assert f(g())

def f(s: str, t="It's like a bird, but it's flapping on the ground!"):
    return s.lower() == t.lower() and s.upper() == t.upper()

def g(t="It's like a bird, but it's flapping on the ground!"):
    return t.lower()

assert f(g())

def f(x: int, a=345345345345345345345345, b=345345345345345345345345):
    return x == a + b

def g(a=345345345345345345345345, b=345345345345345345345345):
    return int(a + b)

assert f(g())

def f(n: int, x=1, upper=2):
    return 0 < n <= upper

def g(x=1, upper=2):
    return int(int("123456789" + "0"*9) ** (0.5-upper)) + 1

assert f(g())

def f(x: List[str], n=3):
    return len(set(x)) == n

def g(n=3):
    return [str(i) for i in range(n)]

assert f(g())

def f(l: List[int]):
    return l == [x for x in range(len(l))]

def g():
    return [0]

assert f(g())

def f(x: int):
    return str(x).startswith("123456789")

def g():
    return int("123456789" + "0"*9)  # (2*2*2) or 7

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+5)+"b" for i in range(100)]

assert f(g())

def f(b: bool, n=0):
    return n in range(1000000000)

def g(n=0):
    return True

assert f(g())

def f(strings: List[str], n=5):
    return len(set(strings)) == n

def g(n=5):
    return [str(i) + " "*i for i in range(n)]

assert f(g())

def f(s: str, r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return s == f'1' or s == '2' or "".join(f'%d' % i for i in range(18, k)) == f"%d" % 8

def g(r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return f'1' or f'2' or ''.join(f'%d' % i for i in range(18, k)) == f"%d" % 8

assert f(g())

def f(n: int):
    return n % 10 == 0

def g():
    return 20

assert f(g())

def f(x: float, a=1416, b=1416):
    f = x - a
    return f == b

def g(a=1416, b=1416):
    return float(a) + float(b)

assert f(g())

def f(n: int):
    return n <= 1000000 and abs(n) > abs(1000)

def g():
    return 1000000 - len(str(10000000000000000000))

assert f(g())

def f(x: float, min_a=1020, max_a=2000):
    m = max_a ** 2
    if x >= min_a:
        return True
    elif x <= max_a:
        return False
    elif x <= min_a + (m + 1) * (max_a - min_a):
        return False
    elif x < min_a + min_a - (min_a + m * (max_a - min_a) / 10):
        return False
    # else
    return True

def g(min_a=1020, max_a=2000):
    return float(max_a ** 2) - float(min_a ** 2)

assert f(g())

def f(x: List[int], t=0, n=15):
    return len(x) > n

    def f20(x: List[int], t=0, r=1023):
        return sum(x) <= len(x) and sum((x * y + y * x) % r**5) * (x * x * (y * y * (y * y * (y * y * (y * y)))) % r**5) > t**7

def g(t=0, n=15):
    return [t*k for k in range(1023)]

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567897")

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(b: bool):
    return b

def g():
    return 1 == 1

assert f(g())

def f(d: int, N=5):
    return 4 * d * d > N**2

def g(N=5):
    return 4 ** N

assert f(g())

def f(d: List[int]):
    return [i for i in d if i] == d

def g():
    return [1]

assert f(g())

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

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

assert f(g())

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

def g(target="hello world"):
    return "hello world"

assert f(g())

def f(x: List[int], z=8192):
    return len(x) == z and all([i in x for i in range(z) if i == 0])

def g(z=8192):
    return [0 for i in range(z)]

assert f(g())

def f(nums: List[int], k=5):
    return len(set(nums)) == k

def g(k=5):
    return [3, 4, 7, 8, 2]

assert f(g())

def f(n: int):
    return all(i % n == 0 for i in range(int(n)))

def g():
    return list(set(map(int, map(str, range(12345))))).index(int(0))

assert f(g())

def f(delta: List[int], n=0, max_len=5):
    for i in range(0, max_len):
        delta[i] = n * delta[i]
    return all([delta[i] == n for i in range(max_len)])

def g(n=0, max_len=5):
    return [i*n for i in range(max_len)]

assert f(g())

def f(words: List[str]):
    return sum(s[:len(s)] for s in words) <= len(words)

def g():
    return [w*w for w in '123456789aabbccdd' if not w in '123456789aabbccdd']

assert f(g())

def f(s: List[str], target=7):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and 'a' in x for x in s)

def g(target=7):
    return ["a"+str(i+1) for i in range(1000)]

assert f(g())

def f(nums: List[int], target_len=10):
    # count first characters of strings
    return len(nums) > target_len

def g(target_len=10):
    return [1]*target_len + [2]*target_len + [3]*target_len + [4]*target_len + [5]*target_len + [6]*target_len + [7]*target_len + [8]*target_len + [9]*target_len

assert f(g())

def f(x: int, a=41006, b=34):
    return 2 * x - a * b >= 0

def g(a=41006, b=34):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], n=9):
    return len(li) == n and all(li[i] == 1 for i in range(n))

def g(n=9):
    return [1] * n

assert f(g())

def f(s: str, a="Hello", b="World", aa=12.3, bb=34.3):
    return (a if a in s else b) == (b if b in s else a)

def g(a="Hello", b="World", aa=12.3, bb=34.3):
    return a if a == "Hello" else b

assert f(g())

def f(nums: List[int], n=50):
    return sum(int(x) for x in nums) >= n

def g(n=50):
    return [n*n for n in range(n)]

assert f(g())

def f(inds: List[int], n=8):
    return all([i in range(n) for i in inds]) and len(inds) == n

def g(n=8):
    return [int(ind) for ind in range(n)]

assert f(g())

def f(s: str):
    return all(s == "hello" for _ in range(250) for _ in range(1000))

def g():
    return "hello"

assert f(g())

def f(m: int):
    if m > 500:
        return True
    return False

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

assert f(g())

def f(st: str, A="world", B="Hello world", e=0):
    return st == "Hello world"

def g(A="world", B="Hello world", e=0):
    return "Hello world"

assert f(g())

def f(x: int, a=678769, b=178568):
    return a - x < 0

def g(a=678769, b=178568):
    return a * 9999 - b

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st.replace(a, b) == b

def g(a="world", b="Hello world"):
    return a

assert f(g())

def f(edges: List[List[int]]):
    return all([i < j if i in edges[i] and j in edges[j + 1]
                          else i for i in edges] and all([i < j + 1 if i in edges[i] and j in edges[j]
                                                           else i for i in edges]))

def g():
    h = [i for i in range(0, 100) if str(i) in "abcdefghijklmnopqrstuvwxyz"
        for i in range(0, 100)]
    return h

assert f(g())

def f(str: str, length=8, r="1"):
    if len(r) > length:
        return True
    for l in str:
        if l in r:
            return False
    return True

def g(length=8, r="1"):
    a = str(length)
    if len(a) > length:
        a = r + "\n" + a
    return a

assert f(g())

def f(s: str, n=3):
    for i in range(n - 1):
        if s[i] != s[i + 1]:
            return False
    return True

def g(n=3):
    return "123456789".join(x*n for x in str(range(1,20))+"abcdef")

assert f(g())

def f(s: str):
    return s == "Hello world" or s == "Hello worldo"

def g():
    return "Hello world" and "Hello worldo"

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return s[-1] == s[::-1]

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return str(sum(string.count('a') for string in strings))

assert f(g())

def f(n: List[int]):
    return all(k in n for k in (1, 2, 3))

def g():
    return list(range(7))

assert f(g())

def f(s: str):
    return max(s.count("1") for s in set(s)) == max(s.count("1") for s in set("7+812+812+812+812"))

def g():
    return str(10**19)

assert f(g())

def f(x: int, a=10201202001):
    return abs(x ** 2 - a ** 2) < 1e-9

def g(a=10201202001):
    return 10201202001

assert f(g())

def f(nums: List[int], lower_bound=2, start=50):
    return all(int(n) in nums for n in range(start, start + lower_bound))

def g(lower_bound=2, start=50):
    return [int(i) for i in range(start, 100)]

assert f(g())

def f(nums: List[int], target=0):
    assert nums[0] == 1
    assert all(n in nums and not nums[n] for n in range(target))
    return nums == [1, 2]

def g(target=0):
    return [1, 2] or [3] or [4, 5, 6] or [7] or [8, 9] or [10]

assert f(g())

def f(s: str):
    return s.count("x") == 1000 and s.count("xl") == 0 and s.count("xla") == 0

def g():
    return "x"*1000

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == tot and all(i >= i % 2 > 0 for i in nums)

def g(tot=12345):
    return [int(0xFF) for i in range(tot)]

assert f(g())

def f(s: str, target="h"):
    return s.count(target) == 1

def g(target="h"):
    return "test" + target

assert f(g())

def f(subs: List[str], sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    assert sep.join(subs) == string
    return sep.join(subs) == string

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return [string]

assert f(g())

def f(s: str):
    return s.count("1") == 1 and all(s.count("0") == 0 for c in s)

def g():
    return str(int(1)+int(0))

assert f(g())

def f(f: float):
    return abs(f - 20.3) < 10 ** -6

def g():
    return float("20.3")

assert f(g())

def f(nums: List[int], tot=12345, n=3):
    return nums == [1] * n and tot % n == 0

def g(tot=12345, n=3):
    return [1] * n

assert f(g())

def f(s: str, target="foobarbar", index=0, length=6):
    return target[(index + 4) % 5] == s

def g(target="foobarbar", index=0, length=6):
    return target[(index + 4) % 5]

assert f(g())

def f(nums: List[int], n=5):
    return len(set(nums)) == n

def g(n=5):
    return [int(x) for x in range(n)]

assert f(g())

def f(l: List[int]):
    return len({l[i] for i in range(1000)}) >= 1000

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

assert f(g())

def f(nums: List[int], a=5000):
    return sum(1 if num in nums else 0 for num in nums) >= a

def g(a=5000):
    return [n*10000 for n in range(a + 1, 10001)]

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return True

def g():
    return 9

assert f(g())

def f(x: str):
    return x.rstrip('a') == x.rstrip('b')

def g():
    return "abcdef"

assert f(g())

def f(target: str, length=10):
    return len(target) > length

def g(length=10):
    return "hello " + str(length) + " world"

assert f(g())

def f(num: int, target_min=50):
    return int(num * target_min) >= target_min

def g(target_min=50):
    return 50

assert f(g())

def f(s: str):
    return "Hello World" == s

def g():
    return "Hello World".replace("_", "")

assert f(g())

def f(n: int, c=6587):
    return n == 2 * c

def g(c=6587):
    x = [c]
    x[0] += c
    return x[0]

assert f(g())

def f(i: int):
    return str(i * i).startswith("123456789")

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

assert f(g())

def f(n: int):
    return n >= 5

def g():
    return 13

assert f(g())

def f(nums: List[int], b=9):
    return nums == [0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0]

def g(b=9):
    "No b and a function with list of ints to test g against"
    g = [0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0]
    return g

assert f(g())

def f(nums: List[int], index=5):
    while len(nums) > index:
        nums.insert(0, index)
        if nums[-1] < index:  # can't insert past last
            nums.insert(0, nums[-1])
            index -= 1
    return len(nums) == index

def g(index=5):
    return [int(i) for i in range(1, index + 1)]

assert f(g())

def f(s: str, v=1, w=99):
    return s.count("1") == 1 and s.count("0") == 0

def g(v=1, w=99):
    return str(v * v)

assert f(g())

def f(li: List[int], n=10):
    return len(li) == n  # must be strictly smaller than input size

def g(n=10):
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(x: str, p=0, p1=1, p2=2):
    return False if p1 == p2 else True

def g(p=0, p1=1, p2=2):
    return str(p) + " " + str(p1) + " " + str(p2)

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n == a or n == b  # if n == a or n == b, then n = 253532

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

assert f(g())

def f(substrings: List[str], n=10):
    return len(substrings) < n

def g(n=10):
    return [s[0:n-1] for s in "abcd" if "abcd" not in s]

assert f(g())

def f(l: List[int], a=3380, b=100):
    return sum(l.count(j) for j in set(l)) == b

def g(a=3380, b=100):
    return [i for i in range(b)]

assert f(g())

def f(s: str, n=1):
    if s == "" and n != 1:
        return False
    return s.count("0") == n

def g(n=1):
    return "123456789" + "0"*n

assert f(g())

def f(i: str, target="foobarbazwow", length=6):
    return target and str(i).startswith(target)

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

assert f(g())

def f(x: List[int], n=3):
    return sum(i in list(range(n)) for i in x) == n

def g(n=3):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) > 2

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

assert f(g())

def f(n: int, a=10, b=30, c=300, d=1):
    return n == a**2 + b**2 + c**2 + d**2

def g(a=10, b=30, c=300, d=1):
    return a**2 + b**2 + c**2 + d**2

assert f(g())

def f(l: List[int]):
    return all(len(i) <= 2 for i in l)

def g():
    return []

assert f(g())

def f(x: int, a=100, b=10000):
    return max(x, a+b) == x

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

assert f(g())

def f(ring: List[str], side=10):
    return min(len(ring), side) >= side

def g(side=10):
    return [str(i) for i in range(side)]

assert f(g())

def f(s: str, target="yes"):
    return s == target

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

assert f(g())

def f(x: List[int], t=100, 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=100, n=10):
    return [n for i in range(n+1)]

assert f(g())

def f(li: List[int]):
    return list(map(int, li)) == list(map(int, range(10)))

def g():
    return [int(num) for num in range(10)]

assert f(g())

def f(indices: List[int], a0=15, a1=25, num_points=10):
    return len(indices) == num_points and {(i, j) for i in indices for j in indices} == \
        {(j, i) for j in indices for i in indices}

def g(a0=15, a1=25, num_points=10):
    return [a0 + i for i in range(num_points)]

assert f(g())

def f(n: int):
    return (n > 42) or (n & (n-1) == 1)

def g():
    return int("1101112233") + 1

assert f(g())

def f(num: List[int], p=0, n=10, min_len=3, min_s=2):
    return sum(p + num[p] * num[p] for p in range(n)) < 100

def g(p=0, n=10, min_len=3, min_s=2):
    return [p*i for i in range(n)]

assert f(g())

def f(n: List[int]):
    if len(n) < 5:
        return n is None or n[0] + n[1] == n[2] and n[3] == n[4]
    else:
        return True

def g():
    return list(map(int, list(range(1000))))

assert f(g())

def f(n: int, a=2275, b=1):
    return abs(a - n / b ** 2) < 1e-6

def g(a=2275, b=1):
    return a * b

assert f(g())

def f(a: str):
    return len(a) > 6 and not a.startswith("a")

def g():
    return "123456789456789456789456789456789456789456789"

assert f(g())

def f(li: List[int], s="hi", lower=150):
    return (sum(set(li) & {i + j for i in li for j in li}) + sum(set(li) & {i + j for j in li for i in li}) > 9) and (sum(li) > 9)

def g(s="hi", lower=150):
    l = []
    for i in range(9):
        l.append(i)
    return l

assert f(g())

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

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

assert f(g())

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

def g():
    return "testabc"

assert f(g())

def f(s: str, target="abcdefghijklmnopqrstuvwxyz"):
    return s.startswith(target)

def g(target="abcdefghijklmnopqrstuvwxyz"):
    return str(target + "0123456789abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(c: int, digits=5):
    return len(str(c).zfill(digits - 2)) > digits

def g(digits=5):
    return 10**digits

assert f(g())

def f(n: int, l=200, f=2):
    return min(n, l + f * (n - l)) == n

def g(l=200, f=2):
    return min(l, f * (l-1))

assert f(g())

def f(p: List[str]):
    return p.count(f"foobar") == 1000

def g():
    return [f"foobar" for n in range(1000)]

assert f(g())

def f(n: int):
    return n >= int(1e15)

def g():
    return int("123456789_1" + "0"*9) + 1

assert f(g())

def f(n: int, upper_bound=150):
    return n >= upper_bound

def g(upper_bound=150):
    return 1000000

assert f(g())

def f(li: List[int]):
    return sum(li) == 0 and len(li) >= 12

def g():
    return [0 for i in range(12)]

assert f(g())

def f(s: str, max_len=10):
    return len(s) == max_len

def g(max_len=10):
    return "1234567890"

assert f(g())

def f(t: List[str]):
    for c in t:
        if c == "H":
            return True
    return False

def g():
    return ["H"]

assert f(g())

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

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

assert f(g())

def f(n: int):
    return n // 3 == n and all(i < n for i in range(2, n + 2))

def g():
    return int()

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return sum(nums) >= upper_bound and min(nums) <= upper_bound

def g(upper_bound=5000):
    return [i+1 for i in range(upper_bound)]

assert f(g())

def f(v: List[str]):
    return len(set(v)) == 1000

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

assert f(g())

def f(n: int, a=-7, b=0):
    return (-n**2 + a) <= b

def g(a=-7, b=0):
    return 1 if a >= -1 else -1

assert f(g())

def f(n: int):
    n = n * 2 - 1
    if n >= 3:
        return True

def g():
    return 3

assert f(g())

def f(tot: List[int]):
    l = len(tot)
    i = l % 3 + 1
    return tot[i] == sum(tot[i + 1] for i in range(l // 3))

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

assert f(g())

def f(nums: List[int], l=4):
    return l > 0 and len(nums) == l and all([x ** 2 for x in nums for x in [1, 2]])

def g(l=4):
    return [0]*l

assert f(g())

def f(path: List[int], start=1, length=4):
    start = max(start, path.index(start))
    return path[start] in [0, 1, 2] and len(path) == length

def g(start=1, length=4):
    return list(range(length))

assert f(g())

def f(s: List[int], target_num=5):
    for i in s:
        if target_num <= i:
            return True
    return False

def g(target_num=5):
    return [target_num, target_num + 1]

assert f(g())

def f(seq: List[int], length=4):
    return len(seq) > length  # not a valid check: seq is not sorted

def g(length=4):
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(li: List[List[str]], m=2, n=2, i=0):
    return len(list(li)) == i + n

def g(m=2, n=2, i=0):
    return [["a","b"], ["c", "d"]]

assert f(g())

def f(states: List[str], target_len=4):
    return len(states) >= target_len or {}

def g(target_len=4):
    return ["abcdefghijklmnopqrstuvwxyz" for i in range(target_len)]

assert f(g())

def f(li: List[int]):
    return (sorted(li) == [[0, i]] for i in li) and len(li) == 1000

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

assert f(g())

def f(s2: str):
    return s2[4:] >= s2[:4]

def g():
    return "123456789"+u"0"*8

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(int("123456789" + "0"*9) ** 1.5) + 1

assert f(g())

def f(nums: List[int]):
    c = nums[0]
    if nums[0] == c:
        return True
    return False

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

assert f(g())

def f(nums: List[int], gt=0.0):
    return sum(n == n for n in nums) >= gt

def g(gt=0.0):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(start: int, k=3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    prod = k * start
    return prod >= lower

def g(k=3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return k + lower + (k-1)*(seq[0] + seq[1]) + seq[2] + seq[3] + seq[4] + seq[5] + seq[6] + seq[7] + seq[8] + seq[9]

assert f(g())

def f(x: List[int], n=50):
    return len(x) == n and sum(x[i] for i in range(n)) > 0

def g(n=50):
    return [i for i in range(n)]

assert f(g())

def f(s: str, index="0", length=1):
    return s[-1] == index

def g(index="0", length=1):
    return "a"*(length+1) + index

assert f(g())

def f(n: int, a=18, b=10):
    return n % a == 0 and n % b == 0 and a > 0 and b > 0

def g(a=18, b=10):
    return int(int(str(a*b)))

assert f(g())

def f(a: List[int], t=9, b=3):
    return 0 <= len(a) and sum(a[i] for i in range(len(a) - t)) >= b

def g(t=9, b=3):
    return [x for x in range(t + b)]

assert f(g())

def f(n: int):
    n = n - 2
    while n < 0:
        n = 0
    return True

def g():
    i = 10
    while i :
        if i :
            if i*2 : break
            i = 10
    return i

assert f(g())

def f(t: List[int]):
    return set(t) == {2, 1, 17, 5, 6, 10, 11, 12, 13, 14, 9, 10}

def g():
    return [2, 1, 17, 5, 6, 10, 11, 12, 13, 14, 9, 10]

assert f(g())

def f(n: int, ops=['x', '--x', 'x--'], target=19143212):
    for op in ops:
        if op in ["x", "x--"]:
            assert n in range(target, target+4)
            n = target
        else:
            assert n in range(target, target+8)
    return n == target

def g(ops=['x', '--x', 'x--'], target=19143212):
    for op in ops:
        if op in ["x", "x--"]:
            return target
        else:
            return target+op+target

assert f(g())

def f(i: List[int]):
    return len(i) == 9

def g():
    return list(range(9))

assert f(g())

def f(s: str):
    return all(c in s for c in ["a", "b", "e", "g"])

def g():
    return "123456789abcdefgh"

assert f(g())

def f(n: int):
    return n == 0 or all(i in range(n) for i in range(3, 21))

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

assert f(g())

def f(list: List[int], n=10):
    return len(set(list)) == n

def g(n=10):
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(li: List[int]):
    return sum(li) >= 50

def g():
    return [12, 56, 7]

assert f(g())

def f(y: int, c1=-382, c2=14546310):
    return c1 - c2 == y

def g(c1=-382, c2=14546310):
    return c1 - c2

assert f(g())

def f(x: int, year=365):
    return max(x, 0) >= year

def g(year=365):
    return year

assert f(g())

def f(n: int):
    assert len(list(range(n))) == n
    return n % 2 == 1

def g():
    return int("123456789") % 2

assert f(g())

def f(s_case: str, s="CanYouTellIfItHAS"):
    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="CanYouTellIfItHAS"):
    return s.upper() if s.upper() + s.lower() == s else s.lower()

assert f(g())

def f(rnd: str):
    rnd = rnd.lower()
    return rnd and (len(rnd) % 2 == 1 and (len(rnd[0]) % 3 == 2 or rnd[0] == rnd[-1]))

def g():
    return str(int(9))

assert f(g())

def f(li: List[int], n=11):
    return (len(li) == n and sum(li) in range(0, len(li) - 1)) and all(i % n == 0 for i in li)

def g(n=11):
    return [0 for _ in range(n)]

assert f(g())

def f(s: int, d=36):
    return s < 60 and s > 120 and d < 60 or s > 180 and d < 180

def g(d=36):
    return 60*d + 120*d + 180

assert f(g())

def f(p: int):
    return sum([p ** 2 + p ** 3 for i in range(15)]) <= 2

def g():
    return 0

assert f(g())

def f(x: List[int], n=4):
    assert all([x[i] <= 9 for i in range(n)])
    return x[0] <= 3 and not x[-1] == 1 and n <= 4

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

assert f(g())

def f(t: str):
    return t == "f"

def g():
    return "f"

assert f(g())

def f(y: float, v=12345, w=123):
    return y < v and y > w

def g(v=12345, w=123):
    return (v + 100) / 2

assert f(g())

def f(x: List[int], n=5):
    assert n == len(set(x))
    return all([i in range(n) for i in range(n)])

def g(n=5):
    return list(range(0, n))

assert f(g())

def f(ls: List[str], n=8):
    return min(ls) == max(ls) == str(n)

def g(n=8):
    return [str(n)]

assert f(g())

def f(m: int):
    return all(0 < (k + 1) % m < m for k in range(m) if k == 0)

def g():
    return 1234567

assert f(g())

def f(r: List[int], rmax=7):
    return sum(abs(r[i] - r[i + 1]) for i in range(1, rmax - 1)) > 1

def g(rmax=7):
    return [9, 8, 7, 6, 5, 4, 3, 2, 1, 0]

assert f(g())

def f(x: float, upper_bound=7):
    return min(upper_bound, abs(x) > 1e100)

def g(upper_bound=7):
    return (float("1e100" + "0"*(upper_bound + 1)) + 1) / 1e100

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 6

def g():
    return [1, 2, 3, 4, 1000, 1000, 5]

assert f(g())

def f(s: str, target="hello", length=3):
    return ''.join(target) in s and s[:length] in target

def g(target="hello", length=3):
    return "".join(target)

assert f(g())

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

def g():
    return "abcdefghijklmnopqrstuvwxyz123456789"

assert f(g())

def f(x: List[int], e=18):
    return sum(x) >= e and all(a <= b for a, b in zip(x, x[1:]))

def g(e=18):
    return [1, 3, 6, 100]

assert f(g())

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

def g():
    s = "Hello world"
    return s

assert f(g())

def f(n: int, a=345346363):
    return n // a == a

def g(a=345346363):
    return int(a*a)

assert f(g())

def f(n: int, a=13, b=27, upper_bound=150):
    return a * n % b == b * n % b

def g(a=13, b=27, upper_bound=150):
    return sum(n for n in range(a, b) if n % b == b)

assert f(g())

def f(nums: List[int]):
    return len(nums) == 3 and any((n % 3 == 0) for n in nums)

def g():
    return list(set(range(3)))

assert f(g())

def f(index: int, upper_bound=100):
    return index > upper_bound and (upper_bound - index) / (upper_bound/2) < 1

def g(upper_bound=100):
    return 100 + 1

assert f(g())

def f(n: int):
    if n == 1:
        return True
    return n > 1 and (n % 2 == 1 or n % 2 == 0)

def g():
    return 3**7 + 2

assert f(g())

def f(s: str):
    return set(s) <= set("21+")  # this is just as complicated, but still simpler than f27

def g():
    return "21+"

assert f(g())

def f(n: int, k=100):
    return pow(2, n, n) >= k

def g(k=100):
    return 1000**k

assert f(g())

def f(x: float, target=50):
    return abs(x - target ** -1) < 10 ** -6

def g(target=50):
    return float(target) ** -1

assert f(g())

def f(s: str, i=1):
    return s == "abc" and i == 1

def g(i=1):
    return "abc" if i == 1 else "DEF"

assert f(g())

def f(a: List[int]):
    return len(set(a)) == 2

def g():
    return [2, 3]

assert f(g())

def f(l: List[int]):
    return sum(i * i for i in l) > 995

def g():
    return [999]

assert f(g())

def f(d: List[int]):
    return [i for i in d if i] == d

def g():
    return [2, 3]

assert f(g())

def f(s: str):
    return set(str(x) for x in s if x) == set(s + str(" "))

def g():
    return " " * 100

assert f(g())

def f(nums: List[int], a=100, b=13):
    return sum(abs(a + b) for a in nums) >= max(a, b)

def g(a=100, b=13):
    return [a] + [b]

assert f(g())

def f(lb: List[str]):
    return len(lb) >= 5

def g():
    return list(map(str, range(5)))

assert f(g())

def f(li: List[List[int]]):
    for s, t, p in zip(li, li[1:], li[1+1::2]):
        if s in t:
            continue
        assert all([i in s for i in p])
        return len(s) < 10

def g():
    return [
        [1, 2, 3],
        [1, 2],
        [3],
        [1, 2, 3, 4, 5],
    ]

assert f(g())

def f(s: str):
    return " " in s and "!" in s

def g():
    return " "*2 + ("!@#$%^&*()'()-+\\\\|:" + "0123456789"*100)

assert f(g())

def f(string: str, m=2):
    for i in string:
        if m == 0:
            return
        if m > len(string):
            m = len(string)
        else:
            m = i
    return len(string) == m

def g(m=2):
    return str(sum(int(i) for i in range(m)))

assert f(g())

def f(inds: List[int], lower_bound=2, upper_bound=4):
    return all(i**2 < 3 for i in inds and i > lower_bound) and all(i**2 > 3 for i in inds and i < upper_bound)

def g(lower_bound=2, upper_bound=4):
    return [i for i in range(upper_bound, lower_bound+1) if i > 0] # list with elements > 0.5

assert f(g())

def f(inds: List[int], n=10, target=50):
    return len(inds) == n and sum(inds[:2]) <= target

def g(n=10, target=50):
    return [ind for ind in range(n) if ind <= target]

assert f(g())

def f(l: List[int]):
    return l == [99]

def g():
    return [99]

assert f(g())

def f(a: List[int]):
    assert all([i == j for i, j in zip(a, a[::-1])])
    return abs(len(a) - len(a[1::-1])) == 1

def g():
    return [i % 2 for i in range(3)]

assert f(g())

def f(x: int):
    return x > 0 and x + x > 2028

def g():
    return 1177

assert f(g())

def f(s: str, u="hello", v=1, target="foobar", length=4):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(u="hello", v=1, target="foobar", length=4):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int, a=345, b=10):
    return n // a == b

def g(a=345, b=10):
    return a * b + 1

assert f(g())

def f(s: str):
    return s[:8] == 'abcdef'

def g():
    return "a" + "bc" + "def"

assert f(g())

def f(n: int, lower=150, upper=150):
    return n > lower and n > upper

def g(lower=150, upper=150):
    return 1 + (1 + lower) * (1 + upper)

assert f(g())

def f(inds: List[int], n=1):
    return all(i == len(set(inds)) and i % n == 0 for i in inds)

def g(n=1):
    return [n]

assert f(g())

def f(a: int, target=2):
    return a < 4  # at least one integer >= 2**32

def g(target=2):
    return 0

assert f(g())

def f(nums: List[int], max_i=10):
    for i in nums:
        assert len(str(i)) == len(set(str(i)))
    return len(set(nums)) == max_i

def g(max_i=10):
    return [i for i in range(max_i)]

assert f(g())

def f(j: List[int]):
    return len(j) == len(set(j)) and all(j[i] for i in range(8))

def g():
    return [j+1 for j in range(1000)]

assert f(g())

def f(li: List[int], target=[5, 4, 3, 3, 2, 2, 2, 1], n=10):
    return max(li) == target[int(1 - n * 0.1 / 3.0)]

def g(target=[5, 4, 3, 3, 2, 2, 2, 1], n=10):
    return target

assert f(g())

def f(nums: List[int], upper=50):
    return sum(nums) >= upper

def g(upper=50):
    return [97, 88, 88, 77, 98, 92]

assert f(g())

def f(number: float, target=300000000):
    return number == target or number == 2 // 3 * target / 2.0

def g(target=300000000):
    return float("%g" % target)

assert f(g())

def f(res: int, m=12345):
    return max(m ** 2, res) == res

def g(m=12345):
    return m ** 2 + 1

assert f(g())

def f(n: int):
    return n % 10 == 0

def g():
    return 10 % 10

assert f(g())

def f(s: str):
    return any(x in s for x in ["abcd", "efgh", "gjkl"])

def g():
    return "abcdeabcde"

assert f(g())

def f(f: float, l=0.000001):
    return f > 0 and l > f * f / 2.0

def g(l=0.000001):
    return float(l)

assert f(g())

def f(l: List[float]):
    assert all([(a + b) / (a + b + c) for (a, b, c) in zip(l, l[::1], l[1::2])])
    return l == [1.5, 1.5]  # for lists with one element

def g():
    return [1.5, 1.5]

assert f(g())

def f(cut_position: int, ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", lower=1):
    line = ring[cut_position:] + ring[:cut_position]
    matches = {c: 0 for c in line.lower()}
    for c in line:
        if c.islower():
            matches[c] -= (1 if matches[c] > 0 else len(line))
        else:
            matches[c.lower()] += 1
    return sum(i == 0 for i in matches.values()) >= lower

def g(ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", lower=1):
    line = ring + ring + ring + ring + ring + ring
    return int(line.count("L") + line.count("a") * line.count("b") * 0.5) + 1

assert f(g())

def f(s: str):
    return len(set(s)) == len(set("abcdefg"))

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

assert f(g())

def f(x: float):
    return x < 1.0 or x > 1.0e6

def g():
    return 0.0

assert f(g())

def f(s: str):
    return "This is a string." == "This is a string."

def g():
    return "1"

assert f(g())

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

def g():
    return 99

assert f(g())

def f(n: int):
    return all(0 <= k + 1 / k for k in [2**i for i in range(10)])

def g():
    return 1 << 10

assert f(g())

def f(string: str):
    size = len(string)
    if size > 10:
        return True  # no strings longer than 100 characters
    if string.startswith("ABCD1234567890ABCD"):
        m = max(1, string_search('ABCD', string))
        return (m - 3) <= 4 and string_search(x, string) == m - 3
    return len(string) == 2 and sum(i ** 2 for i in string) == len(string) - 1

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

assert f(g())

def f(nums: List[int], n=17):
    return len(nums) == n

def g(n=17):
    return [int(i) for i in range(n)]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(('a' in s) or ('b' in s) for s in s)

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

assert f(g())

def f(n: int):
    return sum(i**2 % n in (1, 2) for i in range(2 * n)) == n

def g():
    return 4

assert f(g())

def f(t: List[str]):
    return all(t == s.lower() for s in t)

def g():
    return []

assert f(g())

def f(s: str):
    return len(s) > 4

def g():
    return "Hello"

assert f(g())

def f(s: str):
    return s > "hi"

def g():
    return "hihi"

assert f(g())

def f(nums: List[int], n=12345):
    return n >= 1 and nums[0]**2 >= n

def g(n=12345):
    return [n for _ in range(n)]

assert f(g())

def f(nums: List[int], lower_bound=4, max_nums=25):
    return all(n >= 0 for n in nums) and sum(nums) >= max_nums

def g(lower_bound=4, max_nums=25):
    return list(range(lower_bound, max_nums+1))

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 3 and min(nums) >= 0

def g():
    return [4] * 5

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(joint: List[List[int]]):
    for row in joint:
        if all(i in row for i in range(len(row) - 1) if row[i] == 0):
            return False
    return True

def g():
    return []

assert f(g())

def f(s: str, k=10):
    return k >= len(s) or k < 0 and k * k == len(s) or k * 10 < len(s) or k * 11 < len(s)

def g(k=10):
    return str(k + 1)

assert f(g())

def f(s: str, lower=15, bound="foo"):
    return s.startswith(bound + " ")

def g(lower=15, bound="foo"):
    return str(bound + " " + str(0))

assert f(g())

def f(n: int):
    return n > 9999

def g():
    return 1000000

assert f(g())

def f(x: int):
    return x == 3 or x == 2 or x == 1

def g():
    return 1 or 2 or 3

assert f(g())

def f(sorted: List[int], target=10):
    return all(isinstance(i, int) for i in sorted) and len(sorted) > target

def g(target=10):
    return sorted(range(999), key=str, reverse=False)

assert f(g())

def f(s: str):
    return 'Hello ' + s[::-1] == 'Hello world'

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

assert f(g())

def f(string: str, target="8+12+3+2"):
    return string == target

def g(target="8+12+3+2"):
    return target

assert f(g())

def f(inds: List[int]):
    return len(set(inds)) > 3

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

assert f(g())

def f(n: List[int]):
    for i in n:
        if not i % 3:
            raise ValueError("invalid element in binary search, {}!".format(i))
    return True

def g():
    return []

assert f(g())

def f(n: int, a=2, b=2):
    return n % a == 0 or n / a == 0 or b % b == 0

def g(a=2, b=2):
    return 9

assert f(g())

def f(n: int):
    return n >= 2

def g():
    return 4

assert f(g())

def f(s: str, c=8):
    return s == "Hello" or len(s) == c

def g(c=8):
    return "Hello"

assert f(g())

def f(nums: List[int], n=8, target=19141235):
    return len(nums) == n and all(nums[i] >= target or nums[i] < target for i in range(2, len(nums) - 1))

def g(n=8, target=19141235):
    return [n**(i+1) for i in range(n)]

assert f(g())

def f(delta: List[int], nums=[[1, 2], [9, -2], [17, 2]]):
    return all(sum(vec[i] for vec in nums) <= delta[i] for i in range(2))

def g(nums=[[1, 2], [9, -2], [17, 2]]):
    return [sum(vec[i] for vec in nums) for i in range(2)]

assert f(g())

def f(ind: List[int], target=15):
    return sum(ind) == target

def g(target=15):
    return [target]

assert f(g())

def f(n: int):
    assert n > 0

    p = (pow(2, n, n) % 2) ** 2 + pow(2, n, n) + 1
    return True if p == 1 or (n % p == 1 and pow(2, n, n) % 2 == 1) else False

def g():
    return 1 if f(1) else 2

assert f(g())

def f(m: int, h=10):
    def is_substring(a, b):
        s, t = a, b
        return not ((s % t) >= t and (s % t) < t and (t < s))
    return all([is_substring(i, j) for i in range(m) for j in range(i + h, m)]) or \
        (1 <= i < m and not (is_substring(i, j) and is_substring(j, i + h)))

def g(h=10):
    return 1 + 2*h

assert f(g())

def f(s: str):
    return s[0] == 'h' and s[1] == 'e' and s[2] == 'l'

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

assert f(g())

def f(nums: List[int], target=11):
    if target == 0:
        return True
    elif target == 1:
        return False
    else:
        return nums[0] == target and True

def g(target=11):
    return [target, target + 1, target + 2, target + 3, target + 4, target + 5, target + 6, target + 7, target + 8, target + 9]

assert f(g())

def f(nums: List[int], target=[10, 8, 7, 6, 5, 4, 3, 2, 1, 0]):
    return len(set(nums)) == len(set(target))

def g(target=[10, 8, 7, 6, 5, 4, 3, 2, 1, 0]):
    return [0]*len(target) + target

assert f(g())

def f(l: List[int], n=20):
    return all(m <= 2 ** n + 1 for m in l) and len({l[m] for m in range(n)}) == 1

def g(n=20):
    return [1] * n + [2] * n + [3] * n + [4] * n + [5] * n + [6] * n + [7] * n + [8] * n + [9] * n + [10] * n + [11] * n + [12] * n + [13] * n + [14] * n + [15] * n + [16] * n + [17] * n + [18] * n + [19] * n + [20] * n

assert f(g())

def f(x: int, a=2, b=33443336):
    return pow(x, a, b) == x**a

def g(a=2, b=33443336):
    return f(12345678) - f(23445678)

assert f(g())

def f(distances: List[List[int]], target="foobarbazwow", n=1234):
    return all(length(a) >= 2 for a in distances) and all(length(b) >= 2 for a in distances and b in distances)

def g(target="foobarbazwow", n=1234):
    return list(filter(lambda i: str(int(i)).startswith(target), (0,0)))

assert f(g())

def f(l: List[int]):
    return sum(i * i for i in l) > 995

def g():
    return list(range(3,99999))

assert f(g())

def f(p: List[int]):
    return len(set(p)) == 13 and min(p) == 0

def g():
    return list(range(0, 13))

assert f(g())

def f(s: str, str_len=16, num_cols=2):

    if len(s) < str_len:
        raise ValueError("Invalid length of string: {}".format(s))

    return all(len(a) <= len(s) for a in sorted(s))

def g(str_len=16, num_cols=2):
    return "123456789 0" * str_len + "1" * num_cols

assert f(g())

def f(i: int, n=1234):
    c = i * 1 + 1
    return sum((c % n) for i in range(n)) == n

def g(n=1234):
    return n * n ** 2

assert f(g())

def f(n: int):
    if n > 20:
        return False
    return len(set(range(20))) == len(range(20))

def g():
    return 1

assert f(g())

def f(target: str):
    return target == "do" or target.startswith("reverse")

def g():
    return "do"

assert f(g())

def f(nums: List[int], tot=12345, n=5, r=1):
    return nums == [2, 4, 6, 8, 9, 12, 16, 24, 36, 48, 64]

def g(tot=12345, n=5, r=1):
    return [2, 4, 6, 8, 9, 12, 16, 24, 36, 48, 64]

assert f(g())

def f(x: int, a=10):
    return a == 10

def g(a=10):
    return a + 1

assert f(g())

def f(nums: List[int]):
    return min(nums) > 1 and nums[0] < 40

def g():
    return [11, 22, 33]

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(length - 7) // 2:(length + 7) // 2] == s

def g(target="foobarbazwow", length=8):
    return target[(length - 7) // 2:(length + 7) // 2]

assert f(g())

def f(x: int, a=4):
    return x == a

def g(a=4):
    return 4

assert f(g())

def f(a_list: List[int]):
    return all(i < j for i, j in enumerate(a_list))

def g():
    return [5, 6, 7]

assert f(g())

def f(ans: List[int], n=4, s=2021):
    return ans == [9, 8, 7, 6, 5, 4, 3, 2, 1, 0]

def g(n=4, s=2021):
    return [9, 8, 7, 6, 5, 4, 3, 2, 1, 0]

assert f(g())

def f(r: List[int]):
    return len(r) == 3 and 0 <= r[0] < r[1] < r[2]

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

assert f(g())

def f(u: List[str], n=1234):
    result = []
    for i in range(len(u)):
        if isinstance(u[i], str):
            u[i] = int(u[i])
        if u[i] > n:
            result.append(u[i])
    return not result

def g(n=1234):
    return [a for a in range(n) if a > n]

assert f(g())

def f(li: List[int]):
    return sum(1 if li.count(i) == i else 0 for i in li) == 0

def g():
    return [12,34,56,78]

assert f(g())

def f(n: int):
    return max(
        n,
        max(
            n,
            max(3, n / 2 + 1),
            max(2, n / 5),
            max(2, n / 7)
        )
    ) == n

def g():
    return 30

assert f(g())

def f(s: str, target=10):
    return True if len(s) > target else False

def g(target=10):
    return '123456789' * (target + 1) + "0" * (target + 2) + "456789" + "0" * (3 * target)

assert f(g())

def f(s: str):
    return s.count("1") > 0

def g():
    return "123456789"

assert f(g())

def f(x: float):
    assert x > 2**-8, "bad values"
    return 100.5 <= abs(x)

def g():
    return 100.50

assert f(g())

def f(li: List[int], num_points=10):
    return len({i for i in li}) == num_points

def g(num_points=10):
    return [1] + list(range(10))

assert f(g())

def f(r: str):
    return "The quick brown fox jumps over the lazy dog" in r

def g():
    return "The quick brown fox jumps over the lazy dog" + "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(n: int) -> bool:
    return n > 2**32

def g():
    return 2 + 2**64

assert f(g())

def f(counts: List[int], sum=0, target=2):
    return sum + counts[target] >= 2

def g(sum=0, target=2):
    return list(range(1, 1000)) + list(range(target, 1000))

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    target = target if target else "do"
    return "do" in s and s.startswith(target + "do")

def g(target="reverse me", reverse=False):
    return str(target) + "do"

assert f(g())

def f(h: List[int], target=15):
    assert h[0] != target, "Invalid target"
    if h[1] > target and h[1] > h[0]:
        return True
    return False

def g(target=15):
    return [target+1, target+2]

assert f(g())

def f(h: List[int], a=3, b=3):
    return len(h) == a + b

def g(a=3, b=3):
    return [1,2,3,4,5,6]

assert f(g())

def f(e: int):
    return e > 9

def g():
    return 8 + 3*4 + 2

assert f(g())

def f(s: List[str]):
    """Check if s contains any of the characters in the list"""
    return len(set(s)) >= 3 and s.count("c") == 0

def g():
    return ["a"*(i+2)+"b" for i in range(999)]

assert f(g())

def f(xs: List[str], s=['foo', 'bar', 'baz']):
    return s == xs and len(s) == len(s[::-1])

def g(s=['foo', 'bar', 'baz']):
    return [x for x in s if x.isalpha() or x.isdigit()]

assert f(g())

def f(pair: str, r=65):
    return pair in ["a", "p", "e", "r", "q", "s", "t", "w", "x", "u", "v", "y"]

def g(r=65):
    return ["a", "p", "e", "r", "q", "s", "t", "w", "x", "u", "v", "y"][(r+1) %10 == 0]

assert f(g())

def f(n: int):
    if n == 0:
        return True
    return False

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

assert f(g())

def f(nums: List[int], max=8):
    return all(nums[i] < nums[i + 1] for i in range(3))

def g(max=8):
    return list(range(20))

assert f(g())

def f(a: int, b=23):
    return a == 97733843035971584303439

def g(b=23):
    return 97733843035971584303439

assert f(g())

def f(s: str, x=0):
    if x == 0:
        return "0" in s
    else:
        return "0" + s

def g(x=0):
    return "0" + "0"*x

assert f(g())

def f(l: List[int]):
    return set(l) <= set(sorted(l))

def g():

    return []

assert f(g())

def f(nums: List[int], a=15):
    return len(nums) == max(nums) == a

def g(a=15):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(s: str, target="foobar", length=2):
    return len(set(s)) >= length

def g(target="foobar", length=2):
    return "foobar" + target[1:]  + target

assert f(g())

def f(x: List[int], y=3):
    return -x[0] * y < 0 and -x[1] * y < 0 and -x[2] * y < 0

def g(y=3):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    a = sum(n for i in range(n) if i != 0)
    return 1 if a < 50 else a == a

def g():
    return 50 if (x > 0 for x in (1, 2, 3, 4, 5, 6, 7, 8, 9)) else 100

assert f(g())

def f(str: str):
    return str == str.replace('a', 'A') == str.replace('A', 'a') == str.replace('aA', 'aab')

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

assert f(g())

def f(ls: List[str]):
    return ls == ['hello']

def g():
    return ['hello']

assert f(g())

def f(words: List[str]):
    return sorted(word for word in words) == sorted("ABCDEFGHIJKLMNOP")

def g():
    return sorted(word for word in "ABCDEFGHIJKLMNOP")

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return all(tuple([i, j, i + j] for i, j in [(n, 0), (n, 1), (n, 2), (n, 3)]))

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

assert f(g())

def f(nums: List[int], x=1, g=1, c=1):
    return all(i in nums for i in range(g, c))

def g(x=1, g=1, c=1):
    return [x, g, c]

assert f(g())

def f(moves: List[List[int]]):
    assert len(moves) <= 1000, "moves are too long"
    return sum(i in moves for i in moves) == len(moves)

def g():
    return [
        [1, 2, 3],
        [4, 5, 6],
        [7, 8, 9],
        [10, 11, 12],
        [14, 15, 16],

    ]

assert f(g())

def f(a: str, b=0.5):
    return a.startswith("abc") and a.endswith("def")

def g(b=0.5):
    return "abc" + "def"

assert f(g())

def f(x: int, x_squared=0):
    return abs(x ** 2) < 1e-10

def g(x_squared=0):
    return x_squared

assert f(g())

def f(seq: List[str], length=10):
    return len(seq) == length

def g(length=10):
    return list(map(str, range(length)))

assert f(g())

def f(start: List[int], upper=6):
    return len(start) <= upper

def g(upper=6):
    return [0] * upper

assert f(g())

def f(s: str):
    return ''.join(s) == str('\0')

def g():
    return '\0'

assert f(g())

def f(nums: List[int], v=17, w=100):
    for i in nums:
        v *= 3
        w *= 2
    return v > w

def g(v=17, w=100):
    nums: List[int] = [10, 20, 30, 40, 50, 60, 70, 80]
    return [i * v + 50 if i % 17 == 0 else i * w + 70 if i % 19 == 0 else i * v + 15 if i % 31 == 0 else i * w + 10 for i in nums]

assert f(g())

def f(n: int, max_size_n=3000):
    return n > max_size_n

def g(max_size_n=3000):
    return 99876543210

assert f(g())

def f(seq: List[int], l=10):
    return min(seq) >= l

def g(l=10):
    return [i + l for i in range(1000)]

assert f(g())

def f(num: int, n=12345):
    return num == 2 ** (n - 1) or num == 2 ** n - 1

def g(n=12345):
    return 2**(n-1)

assert f(g())

def f(li: List[int], count=10):
    return len(li) == len(set(li)) and len(li) == count and {(i, j) for i, j in zip(li, li[1:])} == {(li[i], li[j]) for i, j in zip(li, li[1:])}

def g(count=10):
    return [i for i in range(count)]

assert f(g())

def f(s: str):
    return "I" in s and "you" in s and "me" in s and "you" in s

def g():
    return "I you you me me"

assert f(g())

def f(s: str):
    return "(" in s or "," in s or ")" in s

def g():
    return ")"

assert f(g())

def f(s: str):
    return s == 'A' * 50

def g():
    return "A" * 50

assert f(g())

def f(v: List[str], target="foobar", target_len=10):
    return target[:target_len] == v.pop()

def g(target="foobar", target_len=10):
    return ["foo" for i in range(target_len+1)] + [target]

assert f(g())

def f(n: int):
    for i in range(n):
        if n > 0:
            return (n // 2) ** 2.5 > n

def g():
    return 2 ** 5

assert f(g())

def f(st: int):
    st = st % 10
    return abs(st) > 2

def g():
    return 3

assert f(g())

def f(list: List[int], k=3, list_len=3):
    return len(list) == k and sum(list_len > n for n in range(k)) == list_len

def g(k=3, list_len=3):
    return [k] * k

assert f(g())

def f(l: List[int], target=32):
    return len({a for a in l if a < target}) == 3

def g(target=32):
    return [2,3,5]

assert f(g())

def f(nums: List[int], i=99):
    for n in nums:
        if n == i:
            return True
    return False

def g(i=99):
    return [i] + [0]*i

assert f(g())

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

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

assert f(g())

def f(nums: List[int], target=18):
    for i in range(len(nums)):
        if max(0, nums[i] - target) > 0:
            return True

def g(target=18):
    return [target + 1]

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return big_str[index] == s

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

assert f(g())

def f(res: int, n=2000):
    return n * n == res * res

def g(n=2000):
    return n

assert f(g())

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

def g(n=1000):
    return [1 for _ in range(n)]

assert f(g())

def f(count: int):
    return count >= 1 and count <= 2000

def g():
    return 2 * 1

assert f(g())

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

def g(n=3):
    return list(range(n))

assert f(g())

def f(state: List[int]):
    assert all(state)
    return state == [3, 3, 3]

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

assert f(g())

def f(path: List[int], target=[17, 9, -1, 17, 9, -1, 17, 9, -1], n=3, max_n=2):
    return all(path[i] == target[i] for i in range(n))

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

assert f(g())

def f(n: str):
    return len(n) >= 12

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(nums: List[int], total=12345):
    return all([nums[i] <= nums[i] + total for i in range(9)])

def g(total=12345):
    return [0] * 9 + [1] * 9

assert f(g())

def f(s: str, max_len=10, n=3):
    if n <= max_len:
        return "the string " in s
    else:
        return all(map(lambda x: 'the string ' + x in s, s))

def g(max_len=10, n=3):
    if n <= max_len:
        return "the string " * n
    else:
        return all(map(lambda x: '"the string ' + x * n, "1234567890123456789" * 9+"01234567890123456789"*9))

assert f(g())

def f(s: str, thresh=8):
    return isinstance(s, str) and "Hello " in s and s.startswith('Hello')

def g(thresh=8):
    return "Hello "

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) == 1000

def g():
    return list(range(0, 1000))

assert f(g())

def f(d: int, n=12345678):
    return n == d

def g(n=12345678):
    return int(n)

assert f(g())

def f(t: List[int]):
    return len(t) > 2 or (t[0] + t[2]) == 1

def g():
    return [42, 1, 3, 5]

assert f(g())

def f(s: str):
    return s.count("0") == len(s) and eval(s) == 0

def g():
    return str(0)

assert f(g())

def f(nums: List[int], n=100):
    return all(i in nums and j in nums for i in range(n) for j in range(n)) and len(set(nums)) == n

def g(n=100):
    return list(range(n))

assert f(g())

def f(n: int):
    return n * n > 10000

def g():
    return int((10**9) + 1)

assert f(g())

def f(ind: List[int]):
    return all([ind[i] >= 0 for i in range(3)])

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

assert f(g())

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

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

assert f(g())

def f(n: int, s=3):
    if n == 1:
        return s % 2 == 0
    else:
        return all(n <= 10 for i in range(10))

def g(s=3):
    return sum(1 for i in range(20) if i < 10)

assert f(g())

def f(nums: List[int], n=18):
    return len(nums) == n and all(n >= 0 for n in nums)

def g(n=18):
    return [0] * n

assert f(g())

def f(c: List[int], target=13):
    return len(set(c)) == target

def g(target=13):
    return list(range(target))

assert f(g())

def f(seq: List[int], n=10000):
    assert all(i in [1, 2] for i in seq)
    return n > 5 and len(seq) == n

def g(n=10000):
    return [1 for i in range(n)]

assert f(g())

def f(n: int, target="foobarbazwow", length=6):
    return n == sum(range(length - len(target) // 2, len(target) // 2))

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

assert f(g())

def f(x: List[int], a=3, b=3, c=3):
    return sum(i for i in x) == a + b + c

def g(a=3, b=3, c=3):
    return [a, b, c]

assert f(g())

def f(x: int, a=5129, b=141760):
    return x == a + b

def g(a=5129, b=141760):
    return a+b

assert f(g())

def f(s: str):
    return 'A' in s and 'T' in s or 'P' in s or 'Q' in s or 'R' in s

def g():
    s = ["A", "T", "P", "Q", "R", "S", "W", "E", "U"]
    return ''.join(s)

assert f(g())

def f(s: str, pos=4):
    return s[pos] in s[:pos] or s[pos].count(s[pos]) == 1

def g(pos=4):
    return "123456789" + "0"*9 + "a"*(pos+2) + "0"*9 + "b"

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li)

def g():
    return [1, 3]

assert f(g())

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

def g():
    return "uuuuuuu"

assert f(g())

def f(nums: List[int], count=10, target=12345):
    return len(nums) == count and all(i in nums for i in range(count))

def g(count=10, target=12345):
    return list(range(count))

assert f(g())

def f(b: int):
    b = int(b * 0.0000001)
    assert b > 0
    return True

def g():
    return 100000000

assert f(g())

def f(l: List[int], target=2):
    return min(l) == max(l)

def g(target=2):
    return [2, 2]

assert f(g())

def f(li: List[int]):
    return all(i == li[i] for i in range(3))

def g():
    return list(range(15))

assert f(g())

def f(n: int):
    return n > 400

def g():
    return 1000 * 1000 * 1000

assert f(g())

def f(s: str):
    return len(s) == 1 and all(i in ["a", "b", "c"] for i in s)

def g():
    return "abc"[0]

assert f(g())

def f(s: str):
    return not any(s[i] == '*' for i in range(8))

def g():
    return "abc" * 9

assert f(g())

def f(li: List[int], n=10):
    return sum(x in li for x in range(n)) == n

def g(n=10):
    return [x for x in range(n)]

assert f(g())

def f(a: List[int]):
    return a[0] < a[1] < a[2]

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

assert f(g())

def f(p: List[int]):
    return len(p) == 0 and all([x for i, w in enumerate(p) if w not in [0,1]])

def g():
    return []

assert f(g())

def f(l: List[int], m=6):
    assert len(l) == len(set(l)) == m
    return all(abs(a - b) * a for a, b in zip(l, l[1:]))

def g(m=6):
    if m != 5:
        return [1, 2, 3, 4, 5, 6]
    else:
        return int(int("123456789" + "0" * 9) ** 1.5) + 1

assert f(g())

def f(s: str):
    return True if s == "abcdefghij" or s == "abcdegfh" or s == "abcdelgh" or s == "bcdelgih" or s == "cdefghij" or s == "acdefghi" or s == "abcdelghi" or s == "cdefghij".lower() == s.lower() else False

def g():
    return "abcdefghij"

assert f(g())

def f(s: str):
    return s.strip().lower().isnumeric()

def g():
    return "123"

assert f(g())

def f(s: str):
    # pylint: disable=E0511
    return s.count(".") == 2 * s.count("r") and s.count("b") == 2 * s.count("b")

def g():
    return "{0:12d}1"

assert f(g())

def f(n: int, a=345346363, m=1, b=10):
    return n // m == a

def g(a=345346363, m=1, b=10):
    return a*m

assert f(g())

def f(d: List[int]):
    if len(d) > 5:
        return d[0] == max(d)

    result = []
    for i in range(5):
        for j in range(1, i):
            if d[j - 1][i - 1] + d[j - 1][i - 2] != d[j - 2][i - 1] + d[j - 2][i - 2] + 1:
                result.append(i)
    return result

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

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 5000 and all(x in s for x in s)

def g():
    return ["abc"*(i+2)+"xyz" for i in range(5000)]

assert f(g())

def f(nums: List[int], target=2):
    for num in nums:
        if num != 1:
            return target < len(nums)
    return True

def g(target=2):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(a_nums: List[int], n=1):
    assert 3 in range(len(a_nums))
    from collections import Counter
    c = Counter(a_nums)
    count = c.most_common(1)[0][0]
    return count % n == 0

def g(n=1):
    return list(range(1, 5))

assert f(g())

def f(s: str):
    return s == "sad"
    return len(s) == 1

def g():
    return "sad"

assert f(g())

def f(nums: List[int], tot=12345):
    return all([i >= 0 for i in nums]) and sum(nums) == tot

def g(tot=12345):
    return [12345]

assert f(g())

def f(nums: List[int], thresh=17):
    num_lo = sum(nums) / nums[0]
    return num_lo >= thresh

def g(thresh=17):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17]

assert f(g())

def f(s: List[str], n=1000):
    return len(set(s)) == n

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

assert f(g())

def f(l: List[int]):
    return len(set(l)) <= 528 and sum(l) == 2 ** 32

def g():
    return [2 ** 32]

assert f(g())

def f(s: str, substrings=['I!!!', '']):
    return all(sub in s and sub[1:-1] in s for sub in substrings)

def g(substrings=['I!!!', '']):
    return "['I!!!', '!']" + ''.join(str(x) for x in substrings)

assert f(g())

def f(x: int):
    if 0 <= x < 100:
        return True
    else:
        return False

def g():
    return 42

assert f(g())

def f(n: int, lower_bound=150, upper_bound=150, c=3):
    return n <= lower_bound and n >= upper_bound

def g(lower_bound=150, upper_bound=150, c=3):
    return lower_bound and upper_bound

assert f(g())

def f(s: str):
    return len(set(s)) > 1 and all(x in s for x in '0o20')

def g():
    return "0o20"

assert f(g())

def f(path: List[int], max_len=10):
    return len(path) == max_len and all([a, b] in zip(path, path[1:]) for a, b in zip(path, path[1:1]))

def g(max_len=10):
    return sorted(range(max_len))

assert f(g())

def f(x: int, a=1073258, b=72352549, target=9):
    return abs(a - b) * b < (target - x)**0.5

def g(a=1073258, b=72352549, target=9):
    return int(a * a * b + b**-1 * (a**2 + 2*a * b - a**3 - 2*b*a + b**2) * (3*a**2 + 2*a*b + 2*b**2 - a**4 - 3*a*b**2 + 2*b**4 + a**6)*(target-a)*(target-b))

assert f(g())

def f(q: List[str]):
    return all(s in q for s in ["a","b","c","d","e","f"])

def g():
    return ["a","b","c","d","e","f"]

assert f(g())

def f(s: str, t=50):
    return 0 <= ord(s[0]) <= t and len(s) <= 3 * t

def g(t=50):
    return "123456789" + "0"*9 + str(4 * t)

assert f(g())

def f(cores: List[int], n=18):
    i = 0
    while i < n:
        c = cores[i]
        assert c >= 0, "negative core?"
        i += 1
    return True

def g(n=18):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18]

assert f(g())

def f(n: int):
    i1 = 0
    i2 = i1
    while i1 < n:
        i2 += 1
    return i2 == i1

def g():
    return 0

assert f(g())

def f(path: List[List[int]], n=1):
    return path == [[3, 0, 4], [32, 3, -3]]

def g(n=1):
    return [[3, 0, 4], [32, 3, -3]]

assert f(g())

def f(n: int):
    return -n < 0 or n > 1000000 or n > n % 10

def g():
    return 5

assert f(g())

def f(n: int):
    return n >= 200

def g():
    return (200 * 2) + 1

assert f(g())

def f(count_all: List[int]):
    return all((d1, d2) for d1, d2 in zip(count_all, count_all + [0] + [5]))

def g():
    return [0, 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(list: List[int], min=50):
    return sum(list) >= min

def g(min=50):
    return [min + 1]

assert f(g())

def f(states: List[str], l=10):
    assert l <= len(states)
    return all(s in states for s in states)

def g(l=10): return ["1", "2"]*l

assert f(g())

def f(s: str):
    f17 = len(s) == len(set(s))
    f18 = not f17
    return f17 or f18

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

assert f(g())

def f(number: int, a=1000):
    return 2 * (float(number) - a) == 0

def g(a=1000):
    return a

assert f(g())

def f(x: str, count=300):
    return "Hello " + x == ["Hello%d" % i for i in range(count)] or x == "Hello world"

def g(count=300):
    return "Hello world" or "Hello world" * count

assert f(g())

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

def g(k=3):
    return k

assert f(g())

def f(s: str):
    return len(s) > len(r"\000")

def g():
    return "123456\0006789"

assert f(g())

def f(pos: List[List[int]]):
    assert len(pos) == 2  # two non-empty lists
    return pos[0] == [0, 0]

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

assert f(g())

def f(s: int, d=36):
    return s < 60 and s > 120 and d < 60 or s > 180 and d < 180

def g(d=36):
    return 10 * d

assert f(g())

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

def g(length=1):
    return str(3**length)

assert f(g())

def f(res: List[int], target=17):
    return sum(res) >= target

def g(target=17):
    return [23]

assert f(g())

def f(x:float, a=1020):
    return x > 100

def g(a=1020):
    return int(float(a/10) * 10.0 + 1) * 10.0

assert f(g())

def f(xs: List[str], max_len=10):
    return len(set(xs)) >= max_len

def g(max_len=10):
    return [str(i) for i in range(max_len+1)]

assert f(g())

def f(n: int):
    return 1 <= n <= 42 and 0 <= n <= 622 and n % 1 == 0

def g():
    return 1

assert f(g())

def f(p: List[int]):
    if p == [1, 3, 2, 9]:
        return True
    if not p:
        return False
    return all(p <= 1) and all(p >= 4)

def g():
    return [1, 3, 2, 9]

assert f(g())

def f(nums: List[int], lower_bound=1):
    if not nums:
        return False
    return sum(i * i * i / 4 for i in nums) >= lower_bound

def g(lower_bound=1):
    return [1, 2]

assert f(g())

def f(l: List[int], a0=1000):
    return a0 == l[0] and len(set(l)) == len(l)

def g(a0=1000):
    return list(range(a0, a0+1))

assert f(g())

def f(l: List[int]):
    j = l[0]
    q = l[1]
    return ((l[2] - l[1]) * (l[3] - l[2]) - (l[3] - l[1]) * (l[5] - l[3]) + (l[5] - l[1]) * (l[6] - l[5]) + (l[6] - l[2]) * (l[8] - l[6]) - (l[8] - l[2]) * (l[9] - l[8]) == j) or (j == 5)

def g():
    return [0] * 1000

assert f(g())

def f(p: List[int]):
    return p >= [100, 101] and p <= [300, 301]

def g():
    return [101, 102]

assert f(g())

def f(nums: List[int], m=27, thresh=9):
    t = 0
    for i in range(len(nums)):
        t += ((nums[i] - m) & 1) % 2
    return t >= thresh

def g(m=27, thresh=9):
    return [(n*m)%9 for n in range(1, 10000)]

assert f(g())

def f(s: str, target="a b c d", reverse=False, t=5, n=4):
    return (s != target and s != reverse and s != "") and t <= len(s)

def g(target="a b c d", reverse=False, t=5, n=4):
    return target + " d" * (t + n) + " a"*t + target + " c" + target + " b" + target + " " + target

assert f(g())

def f(x: int):
    return 4 / x < 1

def g():
    s = (3*2 - 1)**2 * 2 * (1 + 2*3 + 2*3 + 3*3 + 3*3 + 4*4)
    return s

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 10
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 10

def g():
    return [1.0, 2.0, 3.0]

assert f(g())

def f(s: str, upper_bound=150):
    return upper_bound - len(s) <= 0

def g(upper_bound=150):
    t = ""
    for _ in range(upper_bound):
        t += "a"
    return t

assert f(g())

def f(n: int):
    i = n // 2
    return i < 6 or all(i in range((n - 1) // 2) for n in [3, 6])

def g():
    return 4

assert f(g())

def f(word: List[str], max_len=10):
    return any(len(word[i:]) == max_len for i in range(len(word)))

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

assert f(g())

def f(n: int, a=10000, b=100):
    if 1 <= n < a or 1 <= n < b:
        return False
    return True

def g(a=10000, b=100):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], lower_bound=3):
    return len(nums) >= lower_bound

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

assert f(g())

def f(n: int, a=2, b=15):
    return b // n == a < b

def g(a=2, b=15):
    return int((a * b) / 2) // 2

assert f(g())

def f(n: int, str=''):
    return all(len(s) > n for s in str)

def g(str=''):
    return len(set(str))

assert f(g())

def f(x: int, a=100, b=-100):
    return a - x == b

def g(a=100, b=-100):
    return a - b

assert f(g())

def f(s: str, s1="b", s2="d", s1s2=["c", "e", "g", "j", "k", "m", "f", "h"]):
    return s == s1 or s == s2

def g(s1="b", s2="d", s1s2=["c", "e", "g", "j", "k", "m", "f", "h"]):
    return s1 or s2

assert f(g())

def f(n: int, a=1548, b=2923, lower_bound=11):
    return n % b == 0 and n % a == 0 and n > lower_bound

def g(a=1548, b=2923, lower_bound=11):
    a, b = (a, b)
    return a*b

assert f(g())

def f(x: List[str]):
    return x[-4] == 'b' or x[-3] == 'y' or x[-2] == 'k' or x[-1] == 'p'

def g():
    return ['b', 'y', 'k', 'p']

assert f(g())

def f(x: List[int], target_prob=0.5):
    return True  # is x sorted with prob of being sorted <= target_prob

def g(target_prob=0.5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(c: str):
    return c == "Hello" or c.startswith("Hello")

def g():
    return "Hello World" or "hello world" == "Hello World"

assert f(g())

def f(g: str, n=1000):
    return len(g) == n

def g(n=1000):
    return "123456789" + "0"*(n-10) + "1"

assert f(g())

def f(n: int, l=200, f=2):
    return min(n, l + f * (n - l)) == n

def g(l=200, f=2):
    return l + f * (l - 1)

assert f(g())

def f(s: str, n=0, word="I am sad"):
    return len(s) > n and len(s)%2 == 0 and s.count(word) > 0

def g(n=0, word="I am sad"):
    return "I am sad" + word

assert f(g())

def f(nums: List[int]):
    return nums == [2, 2, 2, 3, 5, 7, 9, 10, 13]

def g():
    return [2, 2, 2, 3, 5, 7, 9, 10, 13]

assert f(g())

def f(n: int, upper_bound=15):
    return n % upper_bound == 0

def g(upper_bound=15):
    return 10**15%100%upper_bound

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])

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

assert f(g())

def f(s: str):
    return s.endswith('.')

def g():
    return "."

assert f(g())

def f(n: int, ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", target=4):
    return n >= target

def g(ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", target=4):
    return target

assert f(g())

def f(nums: List[int]):
    return all(i in [1, 2, 3, 4] for i in nums) and len(nums) == len(nums)

def g():
    return [1, 2]

assert f(g())

def f(li: List[int], v=4):
    return li is not None and li[-1] == v

def g(v=4):
    return [3] + [4]

assert f(g())

def f(s: str, max_len=20):
    for i in range(max_len - 1, -1, -1):
        if len(s[i]) <= max_len:
            return True
    return False

def g(max_len=20):
    return "This is a really long string." if max_len == 20 else "This is a really long string with leading and trailing whitespace."

assert f(g())

def f(s: str):
    return sum(t > s for t in s) == 1

def g():
    return "ab"*1

assert f(g())

def f(words: List[str], m=9):
    return len(words) == m

def g(m=9):
    return [str(i).replace("a", "0") for i in range(m)]

assert f(g())

def f(f: int, tau=100):
    return abs(f - tau) < 10 ** -3

def g(tau=100):
    return tau

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(nums: List[int], length=4, thresh=17):
    return len(nums) >= length and sum(1 if i < thresh else 2 for i in nums) > 1

def g(length=4, thresh=17):
    return [n for n in range(length)]*thresh

assert f(g())

def f(li: List[int]):
    return all([li.index(i) == i for i in range(6)])  # move 1, 2 are "safe"

def g():
    return list(range(6))

assert f(g())

def f(n: int, a=3, b=23445345):
    return b // n == a and abs(b // n - a) < 100

def g(a=3, b=23445345):
    return b // a

assert f(g())

def f(c: int) -> bool:
    return True if (c == 3) else False

def g():
    return 3

assert f(g())

def f(x: List[int]):
    return len(x) == len(x) == 5

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(i: int, n=13):
    return n <= 10**(1 + i)

def g(n=13):
    return n // 13

assert f(g())

def f(s: str):
    if s.endswith("?"):
        return False
    s = s.split("?")[0]
    return s.startswith("1") and all(s[0] in set(range(2, 13)) for s in s.split("?")[1:])

def g():
    return "1234567890"

assert f(g())

def f(t: str, s=":)"):
    return t[0] == s[0]

def g(s=":)"):
    return s+s+s

assert f(g())

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

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

assert f(g())

def f(x: List[int], s=40, n=5):
    assert all([i >= 0 and i < 20 for i in x])
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if s > s + s * n / 5:
            return i == n
        i += 1
    return i == n

def g(s=40, n=5):
    return list(range(n))[0:s]

assert f(g())

def f(letters: List[str]):
    return {c.lower() for c in letters} == {c.lower() for c 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"]}

def g():
    return ["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"]

assert f(g())

def f(s: str, sub_str="foobar", index=2):
    return len(s) == 2 * index + index

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

assert f(g())

def f(nums: List[int], n=10000):
    return len(nums) >= n

def g(n=10000):
    return list(range(n))

assert f(g())

def f(x: int, w=90):
    for i in range(70):
        if w <= x:
            w = 1
    return w%1 == 0

def g(w=90):
    return 2**w

assert f(g())

def f(num: List[int], n=3):
    b = n - 1 and n in num or -1
    return sum(num[i] * b ** 2 for i in range(n)) == 0

def g(n=3):
    return [0] * n

assert f(g())

def f(x: str):
    return x == "a"

def g():
    return "a"

assert f(g())

def f(l: List[int]):
    return sum(i == 0 for i in l) > 0

def g():
    return [0, 1]

assert f(g())

def f(target: List[int]):
    return len(target) >= 3 and target[0] + target[1] == target[2]

def g():
    return [10, 20, 30]

assert f(g())

def f(y: int, a=16657964):
    return abs(y) > abs(a)

def g(a=16657964):
    return (a+1)*2 + 1

assert f(g())

def f(list: List[int], lower_bound=6):
    return list[0] >= lower_bound

def g(lower_bound=6):
    return [lower_bound * lower_bound, lower_bound * lower_bound, lower_bound * lower_bound]

assert f(g())

def f(x: List[int], a=4):
    if a == 1:
        return len(x) == 1 and x[0] == 0
    elif a == -1:
        return len(x) == 1 and x[0] == 0 or x[0] == 1
    else:
        return len(x) >= a

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

assert f(g())

def f(s: int, a=5, b=6, c=25, d=5, e=7):
    while s < 100 and d * s <= 0:
        s += 10
        d *= -1  # -1 = not d, d*s = d > 0, so we can't get out of a loop
    return d + s + b < 0 and - d + b > 0*e

def g(a=5, b=6, c=25, d=5, e=7):
    n = a + b + c + d + e
    return n * -2

assert f(g())

def f(n: int, sigma=13):
    f = 1.
    for j in range(5, n):
        f *= 2
    return f * (n - 4) < sigma

def g(sigma=13):
    return 13 + 1 - sigma

assert f(g())

def f(n: int):
    return (n > 0 and n > 3600) or n == 3600

def g():
    return 60 * 60 * 60

assert f(g())

def f(s: str):
    return len(s) == 10 or s.rstrip('a-z') == 'qwertyuiop'

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

assert f(g())

def f(x: int):
    return x >= 2**21 and x < 2**22

def g():
    a = 0
    while a < 2:
        b = 2**21
        c = 2**22
        d = 0
        while b*c >= d:
            b -= 1
            c -= 1
            d -= 1
            a += 1
    return a

assert f(g())

def f(nums: List[int], target=90):
    return len(tuple(x for x in nums if x <= target)) >= 4

def g(target=90):
    return [0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(strs: List[str], target=50):
    assert len(strs) > 2
    for s in strs:
        assert str(s) == s
    return len(strs) <= target

def g(target=50):
    return [str(i + 1) for i in range(target)]

assert f(g())

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

def g(n=1):
    return "hello world" + "n"*n

assert f(g())

def f(l: List[str]): # (('foo', 'bar'))
    return all(len(w.split()) == len(l.split()) for l, w in zip(l, l[1:]))

def g():
    return [u"foo","bar","baz"]

assert f(g())

def f(s: str, n=8):
    return s[1:] == s[:-1]

def g(n=8):
    return "123456789"[n // 10]

assert f(g())

def f(inds: List[int]):
    return inds == sorted(inds) and int(len(inds)) == 6

def g():
    return list(range(6))

assert f(g())

def f(l: List[str]): # (('foo', 'bar'))
    return all(len(w.split()) == len(l.split()) for l, w in zip(l, l[1:]))

def g():
    return ["foo", "bar"]

assert f(g())

def f(s: str):
    return all(substring in s for substring in ["a", "b", "c", "d", "e"])

def g():
    return "aaaabbcddee" * 1000

assert f(g())

def f(n: int, a=0, b=1, c=5):  # (int, str, int, str)
    return n >= a or n > b or n >= c

def g(a=0, b=1, c=5):
    return 3

assert f(g())

def f(n: int):
    return n > 0 and n % 4 == 1

def g():
    return (list(range(1, 7)) + list(range(8, 11))).count(1)

assert f(g())

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

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

assert f(g())

def f(s: str, n=0, d=8, r=10, l=2):
    return s[:n and -1] == s[-1:n - d] == s[-l:n + r] and s[n:] == s[::-1]

def g(n=0, d=8, r=10, l=2):
    return ''.join(sorted(range(3, n + 1)))

assert f(g())

def f(x: str):
    return ord(x) % len(x) == 0

def g():
    return 'abcabcabc'[:1]

assert f(g())

def f(nums: List[int], target=60):
    print(nums)
    return len(nums) >= target  # return all numbers >= target

def g(target=60):
    return [1 for x in range(target)]

assert f(g())

def f(list: List[int]):
    return all(i != j for i, j in zip(list, list[1:]))

def g():
    return [0, 1]

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(l: List[int], n=100):
    return len(l) == n and all(l[i] == i for i in range(n))

def g(n=100):
    return list(range(100))

assert f(g())

def f(a: int, cpt=100):
    return 1 if 0 <= cpt < a else max(0, cpt) == a

def g(cpt=100):
    return 50 if 0 <= cpt < 50 else cpt

assert f(g())

def f(s: str, a=5000):
    return all(all(s[i:j] == s for i, j in zip([0, 1, 2], a)) for j in range(1, len(s) // 3))

def g(a=5000):
    return str(sum(int(x) for x in str(a)))

assert f(g())

def f(a: List[int]):
    return a[a[0]] != a[a[1]]

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], k=3):
    return len(list(nums)) == k

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

assert f(g())

def f(x: List[int], n=4):
    return len(x) == n

def g(n=4):
    return [0, 0, 0, 0]

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(1 if i < 33 else 2 for i in nums) >= 3

def g():
    return [33, 34, 35]

assert f(g())

def f(n: int):
    return -2 - n < 0

def g():
    return 10

assert f(g())

def f(nums: List[int]):
    num = nums[0]
    return [(n % num) == 0 for n in nums[1:]][num == num]

def g():
    return [1, 4, 9]

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and (i % j) == 0 for i in l for j in l if i != j)

def g():
    return [i for i in [0, 0, 0, 0, 0, 0] if i == 0]

assert f(g())

def f(s: str):
    return str(30 * s).startswith("98765432")

def g():
    return str(30 * "98765432" + "0" * 9)

assert f(g())

def f(inds: List[int], target=18):
    return sum(i < j for i, j in zip(inds, inds[1:])) == len(inds) - 1

def g(target=18):
    return [1, 2, 3]

assert f(g())

def f(data: List[int], x=99):
    return data[0] == x

def g(x=99):
    return [x]

assert f(g())

def f(li: List[int], target=50):
    assert len(li) >= target and target > 0, "trivial target"
    return len(set(li)) == target

def g(target=50):
    return [i*target for i in range(50)]

assert f(g())

def f(li: List[int], target=5, pos=5):
    return li.count(pos) != 0

def g(target=5, pos=5):
    return [pos + i for i in range(target)]

assert f(g())

def f(nums: List[int], a=9, b=6):
    return nums == [a, a, b, b, b, b, b, b, b, b, b, a]

def g(a=9, b=6):
    return [a, a, b, b, b, b, b, b, b, b, b, a]

assert f(g())

def f(s: str):
    return "foobar" in s and s == "foobar"

def g():
    return "foobar"

assert f(g())

def f(x: float, a=1020):
    return x > 1e7 and (x <= 1e10 or abs(round(x))) >= a

def g(a=1020):
    return (1e10) ** (2.7 ** 0.15) + a + 15

assert f(g())

def f(nums: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return all(i in nums for i in target)

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return target

assert f(g())

def f(n: int, a=12345, b=12345):
    for x in range(n):
        if (a+b) - a == x:
            return True
    return False

def g(a=12345, b=12345):
    return a + (b+2) + (b+3) + (b+4) + (b+5) + (b+6) + (b+7) + (b+8) + (b+9)

assert f(g())

def f(len_list: List[int]):
    def not_even(len_list):
        return len(set(len_list)) % 2 == 0
    return not_even(len_list)

def g():
    return []

assert f(g())

def f(x: int, n=0):
    if x == 0:
        return True
    return False

def g(n=0):
    return int(n * 2)

assert f(g())

def f(li: List[int], v=3, k=100, bound=2):
    return len(set(li)) == k and sum(li[:0] + li[v:v + k]) > 1

def g(v=3, k=100, bound=2):
    return [b*bound for b in range(k)]

assert f(g())

def f(s: str, start="10", combo="abcd", target_len=3):
    s = s.replace(combo, "").replace(start, "")
    if len(s) > target_len:
        return s[::-1] != s

def g(start="10", combo="abcd", target_len=3):
    return "abc" + "cd" + "abcd"

assert f(g())

def f(n: int, target=191159):
    return n == target and all(i == j for i, j in zip([-9223372036854775808, -2147483648], [-9223372036854775808, -2147483648] + [n]))

def g(target=191159):
    return 191159

assert f(g())

def f(s: str):
    return all("a" in s for a in s if a in s)

def g():
    return "123456789abcdefghijklm"

assert f(g())

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

def g():
    return []

assert f(g())

def f(count: int):
    return 0 < count < 15

def g():
    return 1

assert f(g())

def f(x: int, a=17):
    return x == a * 7

def g(a=17):
    return 17 * 7

assert f(g())

def f(s: str):
    return len(s and s) > 100

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0"

assert f(g())

def f(x: str, a=7012):
    return x == a or x == "abc"

def g(a=7012):
    return "abc"

assert f(g())

def f(s: str):
    return s.count('abc') == 2 < 4

def g():
    return "abcdeabc"

assert f(g())

def f(state: str):
    return state >= "B" and state <= "Z" and state in "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g():
    return "B"

assert f(g())

def f(n: int, a=5, b=100):
    return a**n == b**(n+1)

def g(a=5, b=100):
    return a**100 - b**50

assert f(g())

def f(number: int):
    return number == 3600 or int(number // 1000) == 0

def g():
    return 3600 // 1000

assert f(g())

def f(b: List[int], n=10):
    assert len(b) == n
    return all([i not in b for i in range(n)])

def g(n=10):
    return [n*n for i in range(10)]

assert f(g())

def f(f: List[int], n=3):
    return f[0] == 1 and f[1] == 0 and f[2] == 0 and sum(f) == n

def g(n=3):
    return [1,0,0]*n

assert f(g())

def f(s: str):
    if len(s) == 10:
        a = list(s)
        b = list(s[:5])
        c = list(s[-5:-1])
        d = list(s[5:])
        return all(a == b and c == d or not (a == b or c == d) and all([a[i] == a[0] and b != d or b == d for i in range(1, len(a) - 1)]) and all([c[i] == c[0] and a != d or a != d for i in range(1, len(c) - 1)]))
    return len(s) >= 10

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

assert f(g())

def f(c: str):
    return c == "yes" or all(c.count("yes") == 1)

def g():
    return 'yes'

assert f(g())

def f(x: int):
    x += 1
    return x > 32767

def g():
    return 32767

assert f(g())

def f(l: List[int]):
    return len(l) > 3

def g():
    return [3, 4, 5, 6]

assert f(g())

def f(n: int, a=18, b=29, upper_bound=50):
    return n % a < b and n % b < a and 0 < n

def g(a=18, b=29, upper_bound=50):
    return a*b

assert f(g())

def f(strings: List[bool], num_strings=50):
    return len(strings) == num_strings and strings[0] and strings[1] and strings[2]

def g(num_strings=50):
    return [True] * num_strings

assert f(g())

def f(f: float, n=10):
    return (f < n) or (f > n / 2)

def g(n=10):
    return 2/n

assert f(g())

def f(s: str):
    return s.count(".") == 1  # string.count() doesn't allow '.'

def g():
    return str(123456789012345678**0.5)

assert f(g())

def f(i: int, state=0):
    return 0 <= i <= 20

def g(state=0):
    return state and int(i) > 5

assert f(g())

def f(inds: List[int], n=100, target=100):
    return len(inds) == n and min(inds) <= target

def g(n=100, target=100):
    return [int(n * n) for n in range(100)]

assert f(g())

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

def g(word="a"):
    return "A"*10

assert f(g())

def f(s: List[str], max_move=10):
    return len(s) >= max_move

def g(max_move=10):
    return [str(n) for n in range(max_move)]

assert f(g())

def f(n: int, a=19, b=1000000):
    return n == a + b

def g(a=19, b=1000000):
    return round(a) + round(b)

assert f(g())

def f(li: List[int], d=500):
    if li.count("1") == 0 and li.count("2") < 2 and li.count("3") < 3:
        return True
    return li.count("4") < 4 and len(li) > 50

def g(d=500):
    return [li for li in range(d)]

assert f(g())

def f(n: int, a=10000, b=100):
    if 1 <= n < a or 1 <= n < b:
        return False
    return True

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

assert f(g())

def f(x: List[str]):
    return x == ['a', 'z', 'n', 'm']

def g():
    return ["a", "z", "n", "m"]

assert f(g())

def f(t: List[int], target=20):
    return len(t) == target

def g(target=20):
    return [i+1 for i in range(target)]

assert f(g())

def f(i: List[int], n=100):
    return all([i == r * i for i, r in enumerate(i)])

def g(n=100):
    return [1 for i in range(n)]

assert f(g())

def f(s: str, b=["cat", "dollars", "chimes", "spaces", "lorem", "ipsum", "jussi", "ipsum", "lorem", "jussi", "dollars", "mumia", "lorem", "ipsum", "mumia", "jussi", "jussi", "bacon", "jussi"]):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" in s

def g(b=["cat", "dollars", "chimes", "spaces", "lorem", "ipsum", "jussi", "ipsum", "lorem", "jussi", "dollars", "mumia", "lorem", "ipsum", "mumia", "jussi", "jussi", "bacon", "jussi"]):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(x: List[int]):
    return sum(x) == len(x) * 2

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

assert f(g())

def f(x: int):
    return x < 10

def g():
    return 2

assert f(g())

def f(lw: List[int]):
    return all(i in lw for i in range(6) if i > 0)

def g():
    return [0,1,2,3,4,5]*4

assert f(g())

def f(s: str):
    return ''.join(s) == s.lower()

def g():
    return 'abc'

assert f(g())

def f(x: List[int], b=12345):
    return sum(x*b for x in range(len(x) - 1)) > 0

def g(b=12345):
    return [4, 6, 8, 10]

assert f(g())

def f(n: int, a=14299, b=7):
    return (2 * n + 1) % b == 1

def g(a=14299, b=7):
    return a and b

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(nums) >= count

def g(a=100, b=1000, count=648):
    return list(range(a*b))

assert f(g())

def f(n: int):
    return all(n <= 0 for _ in range(1223))

def g():
    return int(0**99)

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a or n > a

def g(a=345346363, b=10):
    return a or b

assert f(g())

def f(n: int):
    return n > 10**6

def g():
    return 10000000

assert f(g())

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

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

assert f(g())

def f(s: str):
    return set(s) <= set("0h1Q2z3/8Hn5o6p+/") and eval(s) == 6

def g():
    return "6"

assert f(g())

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

def g(v=9, d=0.0001):
    return float(round((1/10 * float(round((10/9) / d))), 3))

assert f(g())

def f(nums: List[int], tot=45):
    return len(list(nums)) == tot

def g(tot=45):
    return [1] * tot

assert f(g())

def f(li: List[int], count=3):
    return len(li) == count and sum(li) == min(count, len(li))

def g(count=3):
    return [1, 1, 1]

assert f(g())

def f(l: List[int], n=10):
    return len(l) == n and l[0] == 0

def g(n=10):
    return [0 for _ in range(n)]

assert f(g())

def f(n: int, nums=[], lower_bound=2000):
    return all(n % i == 0 for i in nums and n % i >= lower_bound)

def g(nums=[], lower_bound=2000):
    return sum((n % i) for i in nums and n % i >= lower_bound)

assert f(g())

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

def g():
    return 200

assert f(g())

def f(possibilities: List[List[int]], cap_to_move=4):
    assert [] == list(possibilities)
    return all(list(possibilities[:cap_to_move]) == list(possibilities[:cap_to_move]) for poss in possibilities)

def g(cap_to_move=4):
    return []

assert f(g())

def f(h: str):
    return h.replace('world', 'Hello world') == 'Hello world'

def g():
    return "world"

assert f(g())

def f(x: List[int]):
    return len(x) == len(x) == 5

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

assert f(g())

def f(n: int):
    return n == 1

def g():
    return 1

assert f(g())

def f(x: List[int]):
    return sum(x[i] for i in range(x[0], x[-1])) >= 5

def g():
    return [int(i) for i in range(10)]

assert f(g())

def f(s: str):
    return s + 'Hello' in s or 'Hello' in s

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

assert f(g())

def f(s: str):
    return len(set(s)) <= 1000 and s.count("0") == 1 and s.count("6") == 1 and s.count("1") == 1 and s.count("3") == 1

def g():
    return "".join(chr(int(x)) for x in range(1000))

assert f(g())

def f(x: List[int], s=123):
    return sum(x) == s

def g(s=123):
    return [s]

assert f(g())

def f(str: str, target=12):
    return len(str) >= target and not all(str[i:i + target] == "a" for i in range(0, len(str) - target, target))

def g(target=12):
    return "123456789" + "0"*target

assert f(g())

def f(nums: List[int], max_i=10):
    for i in nums:
        assert len(str(i)) == len(set(str(i)))
    return len(set(nums)) == max_i

def g(max_i=10):
    return [int(i) for i in range(max_i)]

assert f(g())

def f(s: str, n=3):
    return s.count('*') == n

def g(n=3):
    return "*" * n

assert f(g())

def f(i: str):
    return i[-1].isdigit()

def g():
    return "this is 12345"

assert f(g())

def f(c: int, a=37):
    return c == abs(c)

def g(a=37):
    return 1

assert f(g())

def f(d: int):
    return all(x > d for x in [-99, 100, -1, 1, 2, 0, 1, 0, 1])

def g():
    return -999

assert f(g())

def f(s: str, s1="", s2="", s3="abc"):
    return s1 + s2 + s3 == s

def g(s1="", s2="", s3="abc"):
    return "abc"

assert f(g())

def f(s: str):
    return len(s) == len("abcdefghijklmnopqrstuvwxyz")  # check if string is long enough

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

assert f(g())

def f(inds: List[int], nums=[15, 27, 102], upper_bound=5000):
    l = list(range(upper_bound))
    return all([num > 0 for num in nums if sum(i != num for i in l) == len(l)])

def g(nums=[15, 27, 102], upper_bound=5000):
    return [num for num in nums if num > 0]

assert f(g())

def f(s: str):
    return s.startswith("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890.") or\
           s.endswith("acbdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890.")

def g():
    return "s".startswith(r"aabcccdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"+r"1234567890.") or\
           "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890."

assert f(g())

def f(s: str):
    return s == 'i'

def g():
    return "%s" % "i"

assert f(g())

def f(n: int):
    return True

def g():
    return 1

assert f(g())

def f(n: int, nums=[], threshold=300, dups=22):
    return all([nums[i] > threshold for i in nums])

def g(nums=[], threshold=300, dups=22):
    return sum([nums[i] > threshold for i in nums])

assert f(g())

def f(l: List[int]):
    assert len(l) == 1 or min(l) >= 0
    return sum(l[i] == i for i in range(10)) == 10

def g():
    return list(range(10))

assert f(g())

def f(x: int, a=10, b=11):
    return a + b == x

def g(a=10, b=11):
    return a + b

assert f(g())

def f(state_index: List[int], count=3):
    return all(s in state_index for s in range(count))

def g(count=3):
    return [i for i in range(count)]

assert f(g())

def f(n: int, target=19143212):
    return n == target

def g(target=19143212):
    return target

assert f(g())

def f(num: int, digits=4, min=5, max=200):
    return sum(digits ** i for i in range(max - min + 1)) < num

def g(digits=4, min=5, max=200):
    return sum(digits ** i for i in range(max - min + 1)) + 1

assert f(g())

def f(num: int, target=100):
    return -num == target

def g(target=100):
    return -target

assert f(g())

def f(p: List[int]):
    if 0 <= len(p) <= 7:
        return p == [0, 1, 2, 5, 6, 7]
    if 0 <= len(p) <= 8:
        return p == [0, 1, 2, 3, 4, 5, 6, 7, 8]
    if len(p) > 9:
        return True
    return False

def g():
    return list(filter(lambda l: True, list(range(100))))

assert f(g())

def f(s: str):
    i = max(0, len(s) - 1)
    while i >= 0:
        if s[i] == " ":
            return True
        i = i - 1
    return False

def g():
    return "Hello World"

assert f(g())

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

def g():
    return "-"

assert f(g())

def f(a: bool, nums=[5, -7, 4, 16, 2], thresh=2):
    return sum(1 if a == i else 2 for i in nums) >= thresh

def g(nums=[5, -7, 4, 16, 2], thresh=2):
    return True if nums else False

assert f(g())

def f(square: List[int], target=2):
    return len(square) == target

def g(target=2):
    return [target] * target

assert f(g())

def f(b: List[int], thresh=10):
    return sum(b) >= thresh and len(b) >= thresh

def g(thresh=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(n: int):
    return abs(n%10 - n // 10) < 1e-4

def g():
    return (3 * 10**50) // (10**50 * 10**50)

assert f(g())

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

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

assert f(g())

def f(n: int, max=5000):
    return n >= max

def g(max=5000):
    return 10**9

assert f(g())

def f(s: List[str]):
    for x in range(0, len(s)):
        if s[x] == "I love you":
            return True
        elif s[x] == "I hate you":
            return False
        elif s[x] == "I do not know":
            return False
        else:
            return False

def g():
    return [
        "I love you",
        "I hate you",
        "I do not know",]

assert f(g())

def f(nums: List[int], a=3, b=23463462):
    return nums == [a * 100 + 100, b * 100 + 100]

def g(a=3, b=23463462):
    return [a*100 + 100, b*100 + 100]

assert f(g())

def f(s: str, chars=['a', 'A', 'Aa', 'A', 'A', 'A', 'A', 'Aa', 'A']):
    return all(c in s for c in chars)

def g(chars=['a', 'A', 'Aa', 'A', 'A', 'A', 'A', 'Aa', 'A']):
    return "A".join(str(n) for n in chars) + "a"

assert f(g())

def f(x: int):
    return x < 10 if x == 0 else True

def g():
    return 2

assert f(g())

def f(lens: List[int], n=8):
    assert len(lens) == n
    return len(lens) == n and 2 ** (len(lens) + 7) % n == 0 and 0 <= lens[len(lens) - 1] <= 9

def g(n=8):
    return [0] * n

assert f(g())

def f(n: int, min=20, max=0, t=50):
    return n < min or n > max

def g(min=20, max=0, t=50):
    return min*t + 1

assert f(g())

def f(n: int):
    assert 0 <= n
    if n < 9:
        return False
    if n < 100:
        return True
    return (n > 100) and True

def g():
    return 10000000000000001000100000000

assert f(g())

def f(b: bool, a=1, c=0):
    return b and b == a or b > 0

def g(a=1, c=0):
    return f(a)

assert f(g())

def f(n: int):
    return n > 1000 and n < (10**10 * 1000)

def g():
    return 10**9

assert f(g())

def f(s: str):
    return s.startswith("!") and s.endswith("!!")

def g():
    return "!" and "!!"

assert f(g())

def f(t: List[int], target=5):
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(target=5):
    return list(range(100))

assert f(g())

def f(s: str):
    for c in s:
        return c.upper() == c.lower()       # make sure words are lower case

def g():
    return "123456789ABCD"

assert f(g())

def f(s: str, target="123456", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="123456", length=5):
    return str(target)[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int, a=10, b=10, c=10, d=10, e=3, f=6, g=5, h=3):
    if a > b or b > c:
        return False
    if b > d and b > e:
        return False
    return n > f and n > g and n > h

def g(a=10, b=10, c=10, d=10, e=3, f=6, g=5, h=3):
    return a * b * c * d * e * f

assert f(g())

def f(s: str, n=2):
    x = s[0:]
    return all(x for x in s if not x.isspace() and x != ' ')

def g(n=2):
    return "abcd"*n

assert f(g())

def f(li: List[int], n=11):
    return (len(li) == n and sum(li) in range(0, len(li) - 1)) and all(i % n == 0 for i in li)

def g(n=11):
    return [0] * n

assert f(g())

def f(nums: List[int]):
    return all(i <= nums[i] for i in range(3) if i not in nums or nums[i]  > nums[i - 1])

def g():
    return [0, 2, 5]

assert f(g())

def f(s: str):
    return s.endswith("!?")

def g():
    return "!@#@#$!?"

assert f(g())

def f(s: str, index1=2, index2=100):
    return s.count("a") == index1 and s.count("b") == index2 and s.count("o") == 0

def g(index1=2, index2=100):
    return "a"*index1+"b"*index2

assert f(g())

def f(s: str):
    return ''.join(s) == 'Hello world'.lower()

def g():
    return 'hello world'

assert f(g())

def f(s: List[str], chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], p=True):
    return all(i in ["0", "9", "7", "1", "10", "2", "20", "3", "4", "5", "6", "8", "9", "a", "b", "c", "d"] for i in s)       # letters

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], p=True):
    return [a for a in ["0", "9", "7", "1", "10", "2", "20", "3", "4", "5", "6", "8", "9", "a", "b", "c", "d"] for _ in range(4)]       # strings

assert f(g())

def f(s: str, lower_bound=2, upper_bound=6):
    return s.startswith('Hello') or s.startswith('Hello World') or s.startswith("Hello world")

def g(lower_bound=2, upper_bound=6):
    return ('Hello' + 'World') * lower_bound

assert f(g())

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

def g():
    return 'ab'

assert f(g())

def f(n: int, a=14302, b=42):
    return a % n == 0 and b < n

def g(a=14302, b=42):
    assert b < 1000
    a = int(a)
    return a

assert f(g())

def f(n: str):
    return n == '4' or n == '8' or n == '24' or n == '144' or n == '144' in str

def g():
    return "4" or "8" or "24" or "144"

assert f(g())

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

def g(a=4, b=54368639):
    return (a + b + 1) * (b + 1)

assert f(g())

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

def g():
    return "s"

assert f(g())

def f(a: List[int], i=10):
    return a[i] > 0 and all(i in [i or 5, 30, 90, 195] for i in range(a.index(1)) and a.index(i) == i)

def g(i=10):
    return [1, i, 2, i+1, 3, i+2, 4, i+3, 5, i+4, 6, i+5, 7, i+6, 8, i+7, 9, i+8, 10]

assert f(g())

def f(inds: List[int], p=5):
    return sum(p[i] for i in inds) == sum(p[j] for j in inds)

def g(p=5):
    return []

assert f(g())

def f(n: int, a=1020, b=1020):
    return n >= a and n >= b

def g(a=1020, b=1020):
    return a * b

assert f(g())

def f(s: str, target=23):
    return all(len(s) >= target + 1 for s in s.split("."))

def g(target=23):
    return "a" * target + "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" + "0" * target

assert f(g())

def f(s: str, a="world", b="Hello world"):
    return s.find(a) == 0 or s.find(b) == 0

def g(a="world", b="Hello world"):
    return "".join([a + b, b])

assert f(g())

def f(s: str, n=4, limit=10):
    return s == "aaabbccddeeff" or len(set(s)) == n

def g(n=4, limit=10):
    return "aaabb" + "ccddeeff"

assert f(g())

def f(s: str):
    return (s[-1] == s[0] == 'x' and s.index('x') != -1)

def g():
    return "x"

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234568")

def g():
    return int(int("1234568" + "0"*9) ** 0.5) + 2

assert f(g())

def f(d: int, n=123456789):
    return d > n or abs(d - n) > 7 and d > n and 1000 <= abs(d - n) < 5000

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

assert f(g())

def f(e: int):
    return e > 9

def g():
    return 1323456789

assert f(g())

def f(a: int, b=1000000):
    if a > b:
        return True
    return False

def g(b=1000000):
    return int(1000 * int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], max_dim=9):
    return len(nums) == max_dim and all(nums) >= 0

def g(max_dim=9):
    return [0 for i in range(max_dim)]

assert f(g())

def f(y: float, target=10):
    return min(y, y + 1) >= target

def g(target=10):
    return float(float("1234567891234") ** 0.5) + 1

assert f(g())

def f(hands: List[int], target_angle=45):
    return 0 <= hands[2] or (hands[0] == 1 and hands[1] == 0)

def g(target_angle=45):
    return [2, 4, 6]

assert f(g())

def f(a: List[int]):
    return a == [0, 1, 2]

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

assert f(g())

def f(d: int):
    return d > 12000 and d > 9999 and d > 100 and d > 10000

def g():
    return 12001

assert f(g())

def f(n: int):
    return n > 2**30

def g():
    return 10**30

assert f(g())

def f(arr: List[int]):
    return arr[-1] < arr[1] ** 0.5

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

assert f(g())

def f(x: int, a=43, b=123, c=345):
    return c * 3 * (b - a) <= c * (x - a)

def g(a=43, b=123, c=345):
    return 3 * (c**2) * (b**3 - a**2) + 1

assert f(g())

def f(x: float, a=1234):
    return x == a

def g(a=1234):
    return float(int(str(a)))

assert f(g())

def f(b: List[int], a=1, s=10, f1=0.0001, e=0):
    return b[0] * a < (b[-1] - s + e)

def g(a=1, s=10, f1=0.0001, e=0):
    return [x for x in range(50)]

assert f(g())

def f(pos: List[int], score=80):
    return score >= pos[0] and score < pos[1]

def g(score=80):
    return list(range(1, 100, score))

assert f(g())

def f(t: str, n=1000):
    return not t.startswith('a')

def g(n=1000):
    return str(n * n) + "abc"

assert f(g())

def f(s: List[str], max_move=10):
    return len(s) >= max_move

def g(max_move=10):
    return ["a"*i for i in range(max_move)]

assert f(g())

def f(n: int, a=18, b=10):
    return n % a == 0 and n % b == 0 and a > 0 and b > 0

def g(a=18, b=10):
    return sum(filter(lambda x: not x, range(a+b)))

assert f(g())

def f(n: int):
    return n + n > 16777216

def g():
    return 16777216

assert f(g())

def f(s: str):
    if len(s) in ['0','0']:
        return True
    for c in range(9):
        if s[c] == '9':
            return True
    for c in range(8):
        if s[c] == '8':
            return True
    for c in range(7):
        if s[c] == '7':
            return True
    return False

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

assert f(g())

def f(nums: List[int], min_len=8):
    return len(set(nums)) >= min_len

def g(min_len=8):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str, n=3000):
    if n == 0:
        return s == "0"
    return n == len(s) and 'Z' not in s

def g(n=3000):
    return "0" * n

assert f(g())

def f(n: List[int]):
    return sum(n) > 2

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

assert f(g())

def f(x: List[str], d=4, p=3):
    return d == len(set(x)) == max(d // p, 4)

def g(d=4, p=3):
    return ["x"*(i+2)+"y" for i in range(d)]

assert f(g())

def f(n: int):
    return n >= 2

def g():
    return 8

assert f(g())

def f(s: str):
    return "0.00" in s

def g():
    return "0.00";

assert f(g())

def f(s: str, a=2, b=4):
    return s.count('a') == a and s.count('b') == b

def g(a=2, b=4):
    return "a"*a + "b"*b

assert f(g())

def f(n: int):
    return all(sum(i * x for i, x in enumerate(range(n))) == 1 for x in range(n))

def g():
    return 0

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "a" or s == "b"

def g():
    return "a" or "b" or "c"

assert f(g())

def f(s: str):
    return ''.join(s) == s.lower()

def g():
    return ''

assert f(g())

def f(x: List[int], n=3, options=["square","spiral"]):
    if n == 2:
        return x == 1
    return all(x[i] == x[j] for i, j in zip(range(n), range(n)) if x[i] != x[j])

def g(n=3, options=["square","spiral"]):
    return list(range(n))

assert f(g())

def f(li: List[int]):
    assert len(li) == 10
    return not all(li[i] == li[i + 1] for i in range(10))

def g():
    return [i for i in range(10)]

assert f(g())

def f(s: List[str]):
    return "a" in s and "ab" in s

def g():
    return ["a","ab"]

assert f(g())

def f(n: int, tot=100):
    return all([x >= 0 for x in range(n)]) and all(x > 0 for x in range(n))

def g(tot=100):
    return min(range(tot))

assert f(g())

def f(case: str, target_prob=0.5):
    return case == "yes" or case == "no"

def g(target_prob=0.5):
    return "yes" if target_prob else "no"

assert f(g())

def f(n: int, a=15482, b=23223, max_len=14):
    return n >= max((a, b))

def g(a=15482, b=23223, max_len=14):
    return a+b

assert f(g())

def f(nums: List[int], n=4454):
    return len(nums) == n == len(set(nums))

def g(n=4454):
    return [x*x for x in range(n)]

assert f(g())

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

def g():
    return "world"

assert f(g())

def f(n: int, a=15, b=30, c=20):
    return n + a >= sum([a * i for i in range(b)] + [b + 1])

def g(a=15, b=30, c=20):
    return sum([c * i for i in range(b)] + [b])

assert f(g())

def f(s: str, target="none", reverse=False):
    return all(s.count(t) != 0 for t in target)

def g(target="none", reverse=False):
    return "None" if target == "none" else f("a"*9, target="none", reverse=False)

assert f(g())

def f(s: List[int], n=3):
    assert len(s) == n
    s = map(abs, s)
    return all(s > 0 for i, s in enumerate(s))

def g(n=3):
    return [1, n, n + 3]

assert f(g())

def f(n: int):
    return n > 3050 and not 1 * n + 1 == n//2

def g():
    return 100000

assert f(g())

def f(s: str, a=5):
    return s.count("a") == a

def g(a=5):
    return "a"*a

assert f(g())

def f(x: List[int]):
    return x == sorted(x)

def g():
    return [4, 4, 4]

assert f(g())

def f(nums: List[int]):
    return sum(nums) == max(len(nums), len(set(nums)))

def g():
    return []

assert f(g())

def f(m: List[int]):
    return len(m) == 5

def g():
    return [0, 1, 2, 4, 5]

assert f(g())

def f(r: List[int]):
    return (r[r[0]] + r[1] + r[2]) == 6 * r[3]

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

assert f(g())

def f(p: List[int]):
    return p == [1, 2, 3, 4, 5]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(l: List[str]):
    return list(filter(lambda x: x.startswith('x'), l)) == ['x']

def g():
    return ["x", "y"]

assert f(g())

def f(nums: List[int], n=3):
    return n == nums[0] and nums[2] == nums[1]

def g(n=3):
    return [n for i in range(n)]

assert f(g())

def f(s: str):
    return s == "123456789" and set(s) <= set(s[::-1])

def g():
    return "123456789"

assert f(g())

def f(s: str):
    return "42" in s

def g():
    return "42" * 10000

assert f(g())

def f(l: List[str], n=100):
    return all(len(l) >= n and l[-n:])

def g(n=100):
    return [str(n * n) for n in range(100)]

assert f(g())

def f(x: List[str], n=1000):
    return len(x) == 1000

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

assert f(g())

def f(s: str, n=6):
    return str(5 ** n)[:-2] == s

def g(n=6):
    return str(5 ** n)[:-2]

assert f(g())

def f(list: List[int], y=176524, x=5):
    if list:
        for i in list:
            if i > y or i > x:
                return i >= y or i >= x

def g(y=176524, x=5):
    return [x + 1 for i in range(int(y))]

assert f(g())

def f(s: str) -> bool:
    return s in ("toto", "toto", "toto", "toto", "toto", "toto", "toto")

def g():
    return "toto"

assert f(g())

def f(s: str):
    return ("The quick brown fox jumps over the lazy dog" == s)

def g():
    return ("The quick brown fox jumps over the lazy dog")

assert f(g())

def f(n: int, a=15, b=27, upper=150):
    return a < n and b < n and not n % (a + b)

def g(a=15, b=27, upper=150):
    return a * upper + b * upper

assert f(g())

def f(x: List[int], y=[]):
    return len(set(x)) == len(x) == len(y)  # one less than y

def g(y=[]):
    return y  # y is now the empty list

assert f(g())

def f(x: float, v=17, w=100):
    return x == (v + w) / 2

def g(v=17, w=100):
    return (v + w) / 2

assert f(g())

def f(s: str):
    return s.count("3") == 1 and "9+" in s or "1+" in s

def g():
    return "1+3"

assert f(g())

def f(nums: List[int], n=10):
    return all(i % n == 0 for i in nums)

def g(n=10):
    return [n for i in range(n)]

assert f(g())

def f(r: List[int], n=1000):
    return len(set(r)) == n

def g(n=1000):
    return [int(i+1) for i in range(n)]

assert f(g())

def f(nums: List[int], target=32):
    return len(nums) >= target

def g(target=32):
    return [int(i) for i in range(target*target)]

assert f(g())

def f(x: float):
    from math import sqrt, log, exp, log10, fabs
    x = x * 1.0
    if x < 0.0:
        x = -x
    return 1 / fabs(x) < 0.00001

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

assert f(g())

def f(x: int, a=8665464):
    return -x == a

def g(a=8665464):
    return -a

assert f(g())

def f(s: str):
    if '.' in s:
        return s.strip('.').split('.')[-1] == str(s).strip('.').split('.')[-1]
    return False

def g():
    return "12.345.678.89"

assert f(g())

def f(n: int, w=1, t=9):
    return n == -1000

def g(w=1, t=9):
    return -1000 if w else 1000

assert f(g())

def f(n: int, a=1033, b=15):
    return n // b == a

def g(a=1033, b=15):
    return a * b

assert f(g())

def f(s: str):
    if isinstance(s, bytes):
        s = s.decode("utf-8")
    if len(s) == 0:
        return False
    if s.count("1") == 0:
        return False
    return True

def g():
    return "123456789\n"

assert f(g())

def f(s: str):
    return s == "1" or s == "2" or s == "3" or s == "4" or s == "5" or s == "6"

def g():
    return "1"

assert f(g())

def f(s: str):
    if not s:
        return False
    return s.startswith("A") ^ s.endswith("A") ^ s.endswith("B") ^ s.endswith("B") ^ s.endswith("C") ^ s.endswith("C")

def g():
    return "ABABCCCD"

assert f(g())

def f(t: List[str]):
    return all(c in t for c in ["a", "f", "g", "h", "j", "k", "l", "m", "n", "r", "s", "t", "v", "x"])

def g():
    return [x for x in ["a", "f", "g", "h", "j", "k", "l", "m", "n", "r", "s", "t", "v", "x"] if x not in [""]]

assert f(g())

def f(lm: List[List[int]]):
    return min(lm) != max(lm)

def g():
    return [ [0, 0], [0, 10], [4, 0], [4, 10], [1, 0], [1, 10], [2, 0], [2, 10], [3, 0], [3, 10], [4, 0], [4, 20], [5, 0], [5, 20], [6, 0], [6, 20], [7, 0], [7, 20], [8, 0], [8, 20], [9, 0], [9, 20]]

assert f(g())

def f(st: List[str]):
    return ''.join(st) == "hello"

def g():
    return ["hello"]

assert f(g())

def f(s: str, n=10):
    assert len(s) >= 5
    if s.find("a") < 0:
        return f23(s)
    elif s.find("aa") < 0:
        return f23(s)
    elif s.find("aaaaaaaaaaaaaaaaaaaa") < 0:
        return f23(s)
    return all(s[0:2].endswith(substring) for substring in s[2:])

def g(n=10):
    if n:
        return "aaaaaaaaaaaaaaaaaaaaaaaa" * n
    return "aaaaaaaaaaaaaaaaaaaaaaaa"

assert f(g())

def f(v: str):
    return "Hello " + v == "Hello world"

def g():
    return "world"

assert f(g())

def f(len: int):
    return len >= 70000  # arbitrary, see f22

def g():
    return 70000

assert f(g())

def f(s: str):
    return s.find(s[0]) != -1

def g():
    return "Hello"

assert f(g())

def f(a: int, b=1020):
    return a > b and a > 1020

def g(b=1020):
    return 11 * b

assert f(g())

def f(s: str):
    return "".join(s.split()) == "spiders"

def g():
    return "spiders"[:]

assert f(g())

def f(n: int):
    if n < 50:
        return True
    if n == 50:
        return False
    return n > 50

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

assert f(g())

def f(pos: List[int], size=5, target=11):
    assert len(pos) == size
    return all(pos[i] == 0 for i in range(size))

def g(size=5, target=11):
    return [0 for i in range(size) if i+1 < target]

assert f(g())

def f(n: int, a=1020, b=1020):
    return n >= a and n >= b

def g(a=1020, b=1020):
    return a+b

assert f(g())

def f(x: List[int], b=100, n=1):
    return all(i in x for i in range(n))

def g(b=100, n=1):
    return [100, b, n, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return s[::-1] == "o"

def g():
    return u"o"

assert f(g())

def f(li: List[int]):
    return all(c in li for c in list(range(50)) or c in li if c % 2 == 1 or c == 4)

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

assert f(g())

def f(li: List[int], k=4):
    return len(li) == k and sum(i*li[0] for i in range(k)) == 0

def g(k=4):
    return [3*i%k for i in range(k)]

assert f(g())

def f(li: List[int], n=5):
    if n == 1:
        return 1
    if n == 2:
        return (li[0] % 2 == 0) * (li[1] % 2 == 0)
    if n <= 5:
        return (len(li) >= n)
    return min(li) > 1 and len(li) == n and all((1 + prod(li[:i] + li[i + 1:])) % li[i] == 0 for i in range(n))

def g(n=5):
    return [i for i in range(n)]

assert f(g())

def f(t: List[int], a=50):
    return (len(t) == a) and (all(t[i] == 0.0 for i in range(len(t))))

def g(a=50):
    return [0]*a

assert f(g())

def f(x: List[int], target=25):
    return len(x) == target or sum(x) > target

def g(target=25):
    return [x for x in range(40)]

assert f(g())

def f(li: List[int]):
    return sum(li) == len(li) and all(li[i] == li[j] for i, j in zip(li, li[1:]))

def g():
    return [
        i for i in ["a", "b", "ab"]
        if i not in ["a", "b", "ab"]
    ]

assert f(g())

def f(state: List[int]):
    assert len(state) == 0, "State is empty"
    if len({k: 0 for k in state}) == 0:
        return True  # you won!
    return False

def g():
    return [[x**2 for x in range(3, -1, 1)] for x in range(3, -1, 1)]

assert f(g())

def f(s: str, zeroes=True, ones=True):
    if zeroes:
        return s == "0"
    if ones:
        return s == "1"
    return True

def g(zeroes=True, ones=True):
    if zeroes:
        return "0"
    if ones:
        return "1"
    return True

assert f(g())

def f(s: str):
    return len(set(s)) >= 5

def g():
    return '123456789a0c0d0e0f0g0h0i0j0k0l0m0n0o0p0q0r0s0t0u0v0w0x0y0z0{0}[0 0 0 0 1 0 0 0 0 0 0 1 0 0]{}w{0}d{0}s'

assert f(g())

def f(indices: List[int]):
    return len(indices) == 1000  # can't be bigger than 1000 at once

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

assert f(g())

def f(l: List[int], t=5):
    return len(l) >= t and all(l[i] != l[i + 1] for i in range(t))

def g(t=5):
    return list(range(1000))

assert f(g())

def f(n: int):
    return (len(str(n)) > 3)  # is there any number such that for any odd number there is a unique representation?

def g():
    return 123421

assert f(g())

def f(n: int, g=200):
    g -= n
    return sum(abs(l) for l in [1, 2, 3] for n in [0, 3, 4] if l > n) > g

def g(g=200):
    return 200

assert f(g())

def f(s: str, length=2):
    return s.count("1") == 1

def g(length=2):
    return "123456789"

assert f(g())

def f(x: List[int], a=10, b=10):
    return x[0] == a and x[-1] == b

def g(a=10, b=10):
    return [a,b]

assert f(g())

def f(s: str, target="a", reverse=True):
    return (len(s) == len(target))

def g(target="a", reverse=True):
    return "".join(chr(ord(a) + ord(b)) for a, b in zip(target, reversed(target)))

assert f(g())

def f(s: str, a=10, d=10):
    return s.count("a") == a and s.count("d") == d and len(s) == a + d

def g(a=10, d=10):
    return "a" * a + "d"*d

assert f(g())

def f(s: str):
    return s.count('.') == 4

def g():
    return "a.b.c.d.e"

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+3)+"b" for i in range(1000)];

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)

assert f(g())

def f(g: List[int]):
    return len(g) > 9

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

assert f(g())

def f(x: List[int], m=10, b=7):
    assert x[0] == 0
    x = [x[i] for i in range(m)]
    for i in range(m // b):
        x[i] = x[i + b]
    return x[-1] == 0

def g(m=10, b=7):
    return [0] * m + [1] * m + [0] * (m + b)

assert f(g())

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

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "'.{}'.{}".format(chars, 'h' if len(chars) == 4 else 'h')

assert f(g())

def f(x: List[int], i=10):
    return i < len(x) or (i > 0 and x[i - 1] == x[i]) or all([i in [0, 1, 2]])

def g(i=10):
    return [1, 2, 3] + [i for i in range(1000)]

assert f(g())

def f(x: List[int], a=4, n=8, target=35):
    return x[0] == a and x[-1] == a

def g(a=4, n=8, target=35):
    return [a, n, a]

assert f(g())

def f(x: int, target=1073258):
    return target == x

def g(target=1073258):
    return target

assert f(g())

def f(nums: List[int], thresh=75):
    return sum(nums) >= thresh

def g(thresh=75):
    return [n for n in range(thresh)]

assert f(g())

def f(baz: str, s="I am the boss"):
    return all(s in baz for s in "boss")

def g(s="I am the boss"):
    return "%s is the boss" % s

assert f(g())

def f(x: List[int], t=50, n=10):
    return sum(x) == 3 * t

def g(t=50, n=10):
    return [3] * t

assert f(g())

def f(x: List[int]):
    return x == [0, 0, 0]

def g():
    return [0] * 3

assert f(g())

def f(t: str, n=26):
    return all(t[i] != t[i + n] for i in range(n))

def g(n=26):
    return str(i-2 for i in range(0, n-2, n))

assert f(g())

def f(n: int):
    return (int(n) + 1) % 2 == 0 and (int(n) % 2 == 1)

def g():
    return int(3)

assert f(g())

def f(nums: List[int], s=379):
    return sum(i for i in nums if i > 0) >= s

def g(s=379):
    return [s]

assert f(g())

def f(a: int, b=1020):
    return a > b and a > 1020

def g(b=1020):
    return b + 1

assert f(g())

def f(x: str):
    return x == "Foobar" or x == "FOO" or x == "abc"

def g():
    return "Foobar" or "FOO" or "abc"

assert f(g())

def f(n: int, c1=20, c2=50):
    return n + (c1 - c2) >= 0

def g(c1=20, c2=50):
    return 42

assert f(g())

def f(s: str):
    return s == "'" or "'" in s

def g():
    return str("'")

assert f(g())

def f(d: int, n=1000000):
    return all([d > n for j in range(n) for i in range(3)])

def g(n=1000000):
    return sum(map(int, "123456789"*n)) + 1

assert f(g())

def f(x: int, a=1020, b=1020):
    return max(x - a, x - b) == 0

def g(a=1020, b=1020):
    return max(a, (b + b + a - b - b) / 3)

assert f(g())

def f(nums: List[int], goal=3):
    return len(nums) == goal

def g(goal=3):
    return [0] * goal

assert f(g())

def f(s: str, n=5):
    return any(v in ["s", "m", "h"] for v in s)

def g(n=5):
    return "m"*n

assert f(g())

def f(x: str, t="aAaaB", s="aaAab", n=12345):
    return all(t in x or n == 0 for t in t)

def g(t="aAaaB", s="aaAab", n=12345):
    return str((n * n) ** 0.5) + t + s

assert f(g())

def f(p1: float):
    return p1>0.5

def g():
    return 1.5

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, upper=999999):
    if not s:
        return False
    for char in u"123456789" + u"+-*/":
        if s.count(char) == 1:
            return True
    return False

def g(upper=999999):
    return "123456789" + u"+-*/"

assert f(g())

def f(z: float, v=10.5):
    return v == z

def g(v=10.5):
    return v

assert f(g())

def f(e: List[int], lower=1, upper=100):
    i, j = e
    return isinstance(i, int) and isinstance(j, int) and i <= lower and j >= upper

def g(lower=1, upper=100):
    return [lower, upper]

assert f(g())

def f(s: str):
    # return '-' if s == "--", not '-' if s == "-"
    return s == "-" if s == "-".lower() else s.lower()

def g():
    return "-".join(["-a-b-c-d", "-a", "b", "-c", "a"])[0]

assert f(g())

def f(c: List[int], n=3):
    return len({1 + i for i in c}) == n

def g(n=3):
    return list(range(n))

assert f(g())

def f(nums: List[int], total=17):
    return abs(nums[0] - total) < 1 or nums[0] == total - 1 or nums[0] == total

def g(total=17):
    return [total - 1, total, total - 1]

assert f(g())

def f(inds: List[int], r=5, b=8):
    return sum(sum((v >> i) & 1 for i in inds) for v in range(r, min(r + b, len(inds)))) >= len(inds)

def g(r=5, b=8):
    return [n for n in range(r, b + 2) if n > r*2]

assert f(g())

def f(n: int, ops=['x', '--x'], target=19143212):
    for op in ops:
        if op == "x":
            n += 1
    return n == target

def g(ops=['x', '--x'], target=19143212):
    for op in ops:
        if op == "x":
            return target - 1

assert f(g())

def f(a: float, n=123):
    return a == n

def g(n=123):
    return float(n)

assert f(g())

def f(ls: List[int]):
    return len(set(ls)) == len(ls) == len(ls)

def g():
    return [1,2]

assert f(g())

def f(d: int, n=123456789, s="123"):
    return d > n and all(i in "23" for i in str(str(d).count("2") + str(d).count("3")))

def g(n=123456789, s="123"):
    return n*n + 1

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return min(a, b, c) > 0 and min(a, b, c) <= n - 1

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

assert f(g())

def f(li: List[int], n=1000, target=25):
    return len(li) == n and li[0] == 0 and li[1] >= 0.5

def g(n=1000, target=25):
    return [i for i in range(n)]

assert f(g())

def f(delta: List[int], nums=[15, 27, 102]):
    return delta[:] == nums

def g(nums=[15, 27, 102]):
    print(list(set(nums)))
    return [x for x in nums if x != 0]

assert f(g())

def f(lst: List[str]):
    if len(lst) < 5:
        return False
    for c in lst:
        if c not in lst[:5]:
            return False
    return True

def g():
    return ["a"*i+"b" for i in range(5)]

assert f(g())

def f(letters: List[str], target=["A", "B", "C"], options=[10, 32, 8, 128, 2, 128]):
    for l in letters:
        if l not in target and l not in options:
            return False
        if l in target:
            if l != target[-1]:
                return True
            if l not in options:
                return False
    return False

def g(target=["A", "B", "C"], options=[10, 32, 8, 128, 2, 128]):
    return [x for x in target if f(x) == True]

assert f(g())

def f(v: int):
    return v >= 1 and v <= 19

def g():
    return 4

assert f(g())

def f(x: List[int], a=1, b=12):
    return x[0] == a and x[-1] == b

def g(a=1, b=12):
    return [a, b]

assert f(g())

def f(s: str):
    return s.count("0") >= 1 or abs(s) >= 1

def g():
    return str(float("123456789") ** 0.5)

assert f(g())

def f(s: str, target="foobarbazwow", target_index=18):
    return target[(len(target) - target_index) // 2:(len(target) + target_index) // 2] == s

def g(target="foobarbazwow", target_index=18):
    return target[(len(target) - target_index) // 2:(len(target) + target_index)//2]

assert f(g())

def f(nums: List[int], bound=10):
    assert all([(i, j) for (i, j) in zip([1, 3], nums) if i % 2 == j % 2])
    return bound - 1 <= nums[-1]

def g(bound=10):
    return [i for i in range(bound) if i % 2 == 1]

assert f(g())

def f(count: int):
    return count < 100

def g():
    return 3

assert f(g())

def f(s: str, n=7, m=9):
    return s == 'abcdefg' or all(ch in s for ch in ['a', 'b', 'c', 'd', 'o'])

def g(n=7, m=9):
    return "abcdefg".format(n, m)

assert f(g())

def f(nums: List[int], n=9):
    return sum(1 for i in nums if i) == n

def g(n=9):
    return [1 for i in range(n)]

assert f(g())

def f(s: str, n=5):
    if n >= len(s):
        return False
    if len(s) > n:
        return True
    return False

def g(n=5):
    return "123456789" + "0"*n

assert f(g())

def f(c: List[int], n=3):
    return len({1 + i for i in c}) == n

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

assert f(g())

def f(nums: List[int], n=3):
    return sum(nums[::2]) < 4*n

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

assert f(g())

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

def g():
    return "."

assert f(g())

def f(ls: List[str]) -> bool:
    for s in ls:
        if s == 'world':
            return False
    return True

def g():
    return [
           "abc",
           "abcd",
           "cdef",
           "eghi",
           "jklm",
           "nop",
         ]

assert f(g())

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

    print(f20(s))

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

assert f(g())

def f(t: List[int]):
    return sum(nums <= 3 for nums in t) == 3

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

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(map(lambda i: i in nums, nums))

def g(n=12345):
    return [i*i for i in range(n)]

assert f(g())

def f(s: str):
    return ''.join([x for l in s for x in l.lower()]) == 'a'

def g():
    return 'a'

assert f(g())

def f(root: float, l=10, r=10):
    return root == l * l + r * r

def g(l=10, r=10):
    return float(int(l) * l + r * r)

assert f(g())

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

def g(a=-382, b=14546310):
    return int(a - int(b))

assert f(g())

def f(nums: List[int], target=100999):
    return nums == [9900001]  # nums to 100000

def g(target=100999):
    return [9900001]  # 100000

assert f(g())

def f(a: float):
    return abs(a) < 1

def g():
    return 1 - .25

assert f(g())

def f(pos: List[int], t=2, c=4):
    assert len(pos) == t * c + 1
    return all(i in pos for i in range(t) if pos[i] == 0)

def g(t=2, c=4):
    return 3 * [1, 2, 3]

assert f(g())

def f(x: List[str], n=3):
    return len(set(x)) == n

def g(n=3):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(s: str):
    if s.lower() == s.upper():
        return False
    return True

def g():
    try:
        while True:
            return "hello"
    except:
        pass

assert f(g())

def f(ls: List[int], lower=10000, k=5):
    for i in range(k):
        a = ls.pop()
        if set(ls) == {a}:
            return False  # you got out!
    return all(a > 0 for a in ls)

def g(lower=10000, k=5):
    return [i for i in range(k)]

assert f(g())

def f(n: List[int], list_of_nums=[1, 2, 3]):
    return len(set(n)) == len(list_of_nums)

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

assert f(g())

def f(string: str):
    return string == "I!!!love!!!dumplings!!!!"

def g():
    return "I!!!love!!!dumplings!!!!"

assert f(g())

def f(p: List[int]):
    return len(p) >= 5

def g():
    return list(range(1000))

assert f(g())

def f(str: str, d=10):
    return len({x: i + 2 for i, x in enumerate(str)}) == d

def g(d=10):
    return "123456789" + "0"*(d+1)

assert f(g())

def f(x: List[int], t=50, n=10):
    return all(x[i] > 0 for i in range(n))

def g(t=50, n=10):
    return [1, 2, 3, 4]*t + [5, 6, 7, 8]

assert f(g())

def f(list: List[int], target=5):
    return len(list) >= target

def g(target=5):
    return [0] * target

assert f(g())

def f(n: int, a=345346363, b=10):
    return (n // b) == a  # only valid if n > 0

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

assert f(g())

def f(s: str, n=100):
    if n == int(len(s)):
        return len(s) == n
    if n >= len(s): return False
    return True

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

assert f(g())

def f(x: int, a=85664, b=-932):
    return a + b == round(x)

def g(a=85664, b=-932):
    return round(a) + round(b)

assert f(g())

def f(g: str, n=1000):
    return len(g) == n

def g(n=1000):
    return "123456789".rjust(n, "0")

assert f(g())

def f(s: str, k=7):
    s = s + '-' * k
    for i, c in enumerate(s):
        s = s[:i] + '-' * k
    return s[:k] == s[k:]

def g(k=7):
    return str(k)

assert f(g())

def f(s: str):
    return len(str(s)) > 4

def g():
    return "Hello World"

assert f(g())

def f(s: str):
    return s.count("b") >= 2 and "bb" in s

def g():
    return "aaa"*6 + "bbb"*6 + "ccc"*8

assert f(g())

def f(a: List[int], l=0, l2=999999):
    assert l <= 0 and l2 > 0
    for i in range(len(a)):
        if l2 > 0:
            a[i] += 1
            l += 3
    return len(a) == len(a[:l]) and sum(a[-l:]) == sum(a[i-l:])

def g(l=0, l2=999999):
    assert l <= 0 and l2 > 0
    return [1]*l + [2]*l2

assert f(g())

def f(n: int, target=100):
    return n > 100

def g(target=100):
    return 1000 * target

assert f(g())

def f(k: int):
    return all(j for i in [3, 7, 11, 19] for j in range(k) if i in j)

def g():
    return sum(str(i) == str(j) for i in ["hello", "World"] for j in ["Hell", "orld"])

assert f(g())

def f(s: str, target="dude"):
    return s == target

def g(target="dude"):
    return "dude" if target == "dude" else ""

assert f(g())

def f(s: str, start=0):
    return all(isinstance(x, str) for x in s[start::2])

def g(start=0):
    return "hello"[start]

assert f(g())

def f(i: int, s=100, n=1000):
    return i >= 0 and i <= n

def g(s=100, n=1000):
    return min(s, n)

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(set(nums)) == tot and all(i >= i % 2 > 0 for i in nums)

def g(tot=12345, n=5):
    return [2*i+1 for i in range(tot)]

assert f(g())

def f(x: List[int], n=100):
    return all(x[i] != 0 for i in range(n))

def g(n=100):
    return [n]*n

assert f(g())

def f(nums: List[int]):
    return min(nums) > 50 and len(nums) > nums.count(5)

def g():
    return [123, 234, 345, 645, 745, 1010, 2110, 3120, 3021, 3220]

assert f(g())

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

def g(n=1000):
    return [0] * n

assert f(g())

def f(n: int, target=123):
    return n == target

def g(target=123):
    return target

assert f(g())

def f(s: str):
    return s.endswith("123.456")

def g():
    return "123.456"; str(int(int("123456789" + "1"*9) ** 0.5))

assert f(g())

def f(nums: List[int], n=11):
    return nums == [x for x in range(n)]

    def f16(nums: List[int], n=11):
        m = nums == [x for x in range(n)]
        return n ** 2 * m != n ** 2 * (n**2 - 1)

    def f17(nums: List[int], n=11):
        m = nums == [x for x in range(n)]
        assert len(m) == n - 1
        a, b = nums
        return abs(a * a * a + b * b) < 1e-6 * n**2 * m

def g(n=11):
    return [x for x in range(n)]

    def g16(nums: List[int], n=11):
        m = nums == [x for x in range(n)]
        return n ^ (n-1) ** (2 / 3)

assert f(g())

def f(s: str):
    return "Hello " in s and not "World" in s

def g():
    return "Hello "

assert f(g())

def f(s: str):
    return "ABC" == s and s.startswith("ABC")

def g():
    return 'ABC'

assert f(g())

def f(x: str):
    if len(x) == 4:
        return len(x) == 2 and sum(x) == 2
    elif len(x) > 3:
        return x == x
    return len(x != 0) == len(x) == 1

def g():
    return "123456"

assert f(g())

def f(string: str):
    return string == "a" or string == "b" or string == "c"

def g():
    return "a" or "b" or "c"

assert f(g())

def f(s: str):
    return "Hello " + s and s == "Hello world"

def g():
    return"Hello world"

assert f(g())

def f(nums: List[int], k=10):
    return nums[0] + nums[1] == nums[2]

def g(k=10):
    return [1, 2, 3] * k + [0, 3, 5] * (k + 1)

assert f(g())

def f(path: List[List[int]], edges=[[0, 6], [0, 11], [0, 7], [6, 5], [11, 5], [11, 22], [11, 33], [6, 33]], bound=8):
    for i in range(len(path)):
        if path[i] == [0, 11]:
            return False
    return True

def g(edges=[[0, 6], [0, 11], [0, 7], [6, 5], [11, 5], [11, 22], [11, 33], [6, 33]], bound=8):
    return []

assert f(g())

def f(a: float, b=0, c=0, d=0, e=0, f=0):
    return abs(a) >= b and abs(a) >= c and abs(a) >= d and abs(a) >= e and abs(a) >= f and abs(a) >= 1.0

def g(b=0, c=0, d=0, e=0, f=0):
    return abs(1.0 - b) + abs(b) + abs(c) + abs(d) + abs(e) + abs(f)

assert f(g())

def f(indices: List[int], options=[0, 10, 20], step=6):
    return step <= len(indices) or len(indices) <= 1

def g(options=[0, 10, 20], step=6):
    return [step*2 for _ in range(int(options[0]) - 1)]

assert f(g())

def f(n: int, a=123456, b=10):
    return n // b == a * b

def g(a=123456, b=10):
    return int((a*b)*10)

assert f(g())

def f(z: float):
    return -z == 9.9633852312

def g():
    return float("-9.9633852312")

assert f(g())

def f(nums: List[int], b=3):
    return all(i in nums for i in range(b))

def g(b=3):
    return [i for i in range(b) if i in range(b)]

assert f(g())

def f(numbers: List[int]):
    return any(i == 5 for i in numbers)

def g():
    return [9, 5, 2]

assert f(g())

def f(s: str):
    return str(str(s)) == '0x0A' or str(s).count('0x') == 2

def g():
    return '0x0A' or str(len(g)) == 2

assert f(g())

def f(n: int, targets=[1,2,3], target=""):
    if len(targets) == 1:
        return targets.pop(0) == target
    return all(targets)

def g(targets=[1,2,3], target=""):
    return 0 if targets[0] == target else sum(targets)

assert f(g())

def f(s: str):
    return "The quick brown fox jumps over the lazy dog" in s

def g():
    return u"The quick brown fox jumps over the lazy dog"

assert f(g())

def f(s: str):
    return s == '*' * 5 + '!'

def g():
    return '*' * 5 + '!'

assert f(g())

def f(n: int):
    import random
    return (random.randrange(10001) - 10004) ** 2 <= n

def g():
    return 10001 ** 2

assert f(g())

def f(s: str):
    if len(s) == 0:
        return False
    return s.startswith("*")

def g():
    return "*" * 10

assert f(g())

def f(str_case: str, a=2):
    return str_case == "{}".format("hello world").lower()

def g(a=2):
    return "{}".format("hello world".lower()).lower()

assert f(g())

def f(x: int, x_squared=0):
    return abs(x ** 2) < 1e-10

def g(x_squared=0):
    return 2*x_squared**2

assert f(g())

def f(x: float, lower_limit=10.0, upper_limit=20.0):
    return x > lower_limit and x < upper_limit

def g(lower_limit=10.0, upper_limit=20.0):
    return lower_limit + 1

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li) == 3

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

assert f(g())

def f(s: str, max_len=10):
    return s.count(", ") == 1

def g(max_len=10):
    return "hello word world, and in between some more words"

assert f(g())

def f(x: int, n=25):
    return x <= 5 if 0 < x < n else x >= n

def g(n=25):
    return 1

assert f(g())

def f(nums: List[int], target=25):
    return len(nums) >= target

def g(target=25):
    return list((i * i) for i in range(target))

assert f(g())

def f(n: int, m=1000):
    return n > m and n % m == 0

def g(m=1000):
    return m*10

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(10)])

def g():
    return [1, 3, 5, 2, 7, 4, 8, 9, 6, 8, 9, 7, 5]

assert f(g())

def f(s: str):
    for c in s:
        if c in ['abc', 'abd', 'abcdef', 'abcdefghi', 'abcdefghijklm', 'abcdefghijklmklmnopqrstuvwxyz']:
            return False
    return True

def g():
    return "abcdefghijklmklmnopqrstuvwxyz"

assert f(g())

def f(x: List[int], a=1, b=1):
    return list(x) == [a, b]

def g(a=1, b=1):
    return [a, b]

assert f(g())

def f(s: str, target="a", count=25):
    return target[:count] == s

def g(target="a", count=25):
    return target[:count] + target[count:]

assert f(g())

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

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

assert f(g())

def f(nums: List[int]):
    for i in nums:
        assert [i, i + 1] <= [len(nums), len(nums) + 1]
    return len(nums) >= 3

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(inds: List[int], target=[0, 1, 2, 3]):
    return len(inds) >= 3

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

assert f(g())

def f(li: List[int]):
    return any(li[0] >= 1 and li[0] <= 9999 and abs(i * i - j * j) >= 10 for i in li for j in li)

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

assert f(g())

def f(li: List[int], dup_nums=42155):
    return len(li) == 1 and sum(li) == dup_nums

def g(dup_nums=42155):
    return [42155]

assert f(g())

def f(li: List[int]):
    return all([li[i] == i * i for i in range(10)])

def g():
    return [i*i for i in range(10)]

assert f(g())

def f(x: float):
    return x <= -500

def g():
    return -500.5  # -500.50

assert f(g())

def f(s: str, length=2):
    return s in s

def g(length=2):
    return "123456789" + "0"*9

assert f(g())

def f(n: int):
    return n > 20001

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

assert f(g())

def f(l: List[int]):
    return sum(i == 0 for i in l) > 0

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

assert f(g())

def f(d: float):
    return d == 0.0

def g():
    return float("0.0")

assert f(g())

def f(s: int, d=36):
    return s < 60 and s > 120 and d < 60 or s > 180 and d < 180

def g(d=36):
    return int(2147483647 ** 0.5) + 1

assert f(g())

def f(n: int, k=2, min_length=30, upper=30):
    return n == 3 * k or n == 6 * k or n == 9 * k

def g(k=2, min_length=30, upper=30):
    return 3 * k or (3 * k and 3) or 6 * k or 9 * k or (3*4) * k

assert f(g())

def f(s: str):
    return ''.join(s) == "123456789"

def g():
    return "123456789"

assert f(g())

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

def g():
    return list(map(lambda x: x >> 7, [1, 2, 3]))

assert f(g())

def f(seq: List[str]):
    return any(map(str.isdigit, seq))

def g():
    return [
        "hello",
        "world",
        "hello world",
        "23456789123456789",
        "hello world",
        "Hello World",
        "ABC",
        "Hello World",
        "hello",
        "ABC",
        "hello",
    ]

assert f(g())

def f(n: int):
    return "".join(str(n))[:len(str(n))] == "123456789"

def g():
    return 123456789

assert f(g())

def f(x: str):
    if x == 'a':
        return x == 'b' or 'c' == x
    return 'abc' == x

def g():
    return "abc"

assert f(g())

def f(x: List[int]):
    return [x[i] for i in range(len(x))] == x

def g():
    return [1,2]

assert f(g())

def f(a: int, cpt=100):
    return 1 if 0 <= cpt < a else max(0, cpt) == a

def g(cpt=100):
    return 1 if 0 <= cpt < 100 else cpt

assert f(g())

def f(n: int):
    return sum(i for i in range(n) for l in range(n) for j in range(n)) > n

def g():
    return 3

assert f(g())

def f(max: int, upper=1000000):
    return max > 5000 and max < 4000000

def g(upper=1000000):
    return 1+upper

assert f(g())

def f(nums: List[int]):
    return sum(num for i in range(len(nums)) for j in range(len(nums)) if (num for i in range(len(nums)) if (num for i in range(len(nums)) if (i == j))) == 0) == 0

def g():
    return [5]

assert f(g())

def f(n: int, p=3, a=15, b=27, lower_bound=10):
    return n % p == 0 and 0 <= n <= lower_bound

def g(p=3, a=15, b=27, lower_bound=10):
    return sum(x*a for x in range(lower_bound, 10))

assert f(g())

def f(b: int) -> bool:
    return all(x <= b for x in range(1, b+1))

def g():
    return len(set(range(1, 10)))  # set()

assert f(g())

def f(t: str, s="FooBarBaz"):
    return s == t or (t and s) == "BarBaz"

def g(s="FooBarBaz"):
    return '{}'.format(s)

assert f(g())

def f(v: int, start=500):
    return v >= start

def g(start=500):
    return 1001

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return len(li) >= n and target not in li

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return [i for i in target if i != target]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 5000 and all(x in s for x in s)

def g():
    return [
        ("qwertyuiop" + "9sus" * (i + 1)) for i in range(5000)
    ]

assert f(g())

def f(n: int, nums=[], lower_bound=2000):
    return all(n % i == 0 for i in nums and n % i >= lower_bound)

def g(nums=[], lower_bound=2000):
    return sum(nums[i] for i in range(len(nums) - 1) for n in nums[i + 1:])

assert f(g())

def f(y: List[int]):
    if len(y) < 4:
        return False  # [ 1, 3, 9, 14, 16, 25, 37, 55, 69, 82 ]
    elif len(y) == 5:
        return not (y[4] == 33 or y[4] == 44)
    else:
        return True

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], target=11):
    return sum(nums) >= target

def g(target=11):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]

assert f(g())

def f(s: str):
    return ''.join(map(lambda c: str(c), s.split(' '))) == 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'

def g():
    return "".join(map(lambda c: c, ["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"]))

assert f(g())

def f(s: str, n=10):
    return len(s) > n

def g(n=10):
    return "10"*n

assert f(g())

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

def g():
    return 100 + 1

assert f(g())

def f(x: int, a=-10, b=30302367):
    return x == a - b

def g(a=-10, b=30302367):
    return int(a - b)

assert f(g())

def f(v: List[int]):
    return any(v == 1 for v in range(len(v))) and not all([v > 0 for v in v])

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

assert f(g())

def f(s: str, n=3, a=2, b=34, c=8):
    return all(x in s for x in str(n) if x in '0123456789')

def g(n=3, a=2, b=34, c=8):
    return str(n)*n

assert f(g())

def f(items: List[int], m=12):
    return sum(1 if i < m else 2 for i in items) / m == 1

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

assert f(g())

def f(stamps: List[int], target=5):
    return len(stamps) == target

def g(target=5):
    return [target]*target

assert f(g())

def f(c: List[int], items=[]):
    l = list(c)
    for e in c:
        e = e + 1
        assert all(e >= 1 for i in range(len(l) - 1) if l[i] == e)
    return True

def g(items=[]):
    return [i + 1 for i in range(0, 3) if "abc" + str(i) in str(items)]

assert f(g())

def f(x: List[int]):
    return all(x[i] != x[i + 1] for i in range(2))

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

assert f(g())

def f(x: int, a=100, b=5):
    return x == a + b

def g(a=100, b=5):
    return a + b

assert f(g())

def f(a: str):
    return "".join(a.split()) == "abcd"

def g():
    return "abcd"

assert f(g())

def f(n: int, m=200):
    return m == n and m >= 2

def g(m=200):
    return m

assert f(g())

def f(s: str):
    # TODO: test for special characters in s
    return len(s) >= 6 and s == "foobarbazwow"

def g():
    # TODO: test for special characters in s
    return "foobarbazwow"

assert f(g())

def f(nums: List[int], n=4):
    assert len(nums) == n
    assert len(nums) >= n
    return len(nums) <= 15

def g(n=4):
    return [11, 12, 13, 14]

assert f(g())

def f(n: int):
    assert n % 4 == 1, "Hint: n is divisible by 4"
    return n > 0 and n % 4 == 1

def g():
    return 7 * 7 * 7 * 7 * 7 * 7

assert f(g())

def f(s: str):
    return len(set(s)) >= 16

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(nums: List[int], a=4, bound=25, c=15, d=12):
    if bound < 0:
        return False
    t = [0, 1, 2, 3, 0, 8, 4, 12, 5, 11, 8, 1, 6, 0]
    for n in nums:
        if all(n * a + c - d < 10 ** -6 for n in t):
            return False
    return True

def g(a=4, bound=25, c=15, d=12):
    return [a**b for b in range(bound, -1)]

assert f(g())

def f(state: List[int], target=100):
    for state in state:
        if abs(state) == target:
            return True
    return False

def g(target=100):
    return [i*i for i in range(2, target + 1)]

assert f(g())

def f(x: int):
    return x < 0

def g():
    return (-1**0)

assert f(g())

def f(chars: str):
    return all(chr(i) in chars for i in range(64) if chars.find('abcdefghijklmnopqrstuvwxyz') < 0)

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(s: str, target="test", length=10):
    if len(s) > length and s.count("8") == 0:
        return len(s) > length
    if s.count("4") == 0:
        return len(s) > 10
    if s.count("1") == 0:
        return len(s) > 9
    return len(s) > 8

def g(target="test", length=10):
    return " " * target if target != "test" else "test" * len(target) + "test"

assert f(g())

def f(x: List[int]):
    return all((i in range(5) and x[i] > 0) for i in range(3))

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

assert f(g())

def f(num: int):
    return num == int(num)

def g():
    return 1 + 2

assert f(g())

def f(p: List[List[int]], targets=[[0, 0, 0], [-1, 7, -4], [10, 5, -1]]):
    return sum(t == p for t in targets) < 3

def g(targets=[[0, 0, 0], [-1, 7, -4], [10, 5, -1]]):
    return sorted(t for t in targets)

assert f(g())

def f(b: List[int], m=6, n=4):
    assert all({abs(i1 - i2), abs(j1 - j2)} == {1, 2} for [i1, j1], [i2, j2] in zip(b, b[1:])), 'legal moves'
    return sorted(b) == b[1:m]  # cover every square once

def g(m=6, n=4):
    return [2*i for i in range(m, n+1)]

assert f(g())

def f(x: List[int], n=5):
    return all(x[i] == -1 for i in range(n))

def g(n=5):
    return [-1]*n

assert f(g())

def f(s: str):
    return s.startswith("1234567890")

def g():
    s = "1234567890"[::-1]
    s = s[::-1]
    return s

assert f(g())

def f(s: str):
    return all(s[i:i+9] for i in range(10))

def g():
    return "b" * 99

assert f(g())

def f(x: str, p=["-", "++", "--", "xx", "x++", "--x", "xx"]):
    return any((s in p) for s in x)

def g(p=["-", "++", "--", "xx", "x++", "--x", "xx"]):
    return str(p)[2:]

assert f(g())

def f(n: int, m=6):

    if m == 1:
        return True  # 1 is a valid position
    if m == 2:
        return True  # 2 is a valid position
    if m == 3:
        return True  # 3 is a valid position
    if m == 4:
        return True  # 4 is a valid position
    if m == 5:
        return True  # 5 is a valid position
    if m == 6:
        return True  # 6 is a valid position
    if m == 7:
        return True  # 7 is a valid position
    return False

def g(m=6):
    return 1 ** m

assert f(g())

def f(start: int):
    # see f15 (with a lower limit and a factor of 10 on the end)
    while abs(start) > 1000:
        return True

def g():
    return int(int("1000" + "0"*10) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n > 0  # to get max result

def g():
    return 5

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v > 0 for v in x])
    s = 0
    i = 1
    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 [1+i for i in range(t)]

assert f(g())

def f(n: int):
    return n < 4

def g():
    return -2 + 3

assert f(g())

def f(a: int, b=1334):
    return a - b == -a + b

def g(b=1334):
    return 1334

assert f(g())

def f(l: List[int]):
    return l == [2] + [0, 1, 2, 3, 4, 5]

def g():
    return [2] + [0, 1, 2, 3, 4, 5]

assert f(g())

def f(g: List[int], r=0, c=3):
    i, j, k = g
    return r + ((i + 2) * c - j * c - k * c) >= 0

def g(r=0, c=3):
    return [1 for _ in range(r)] + [0 for _ in range(c)]

assert f(g())

def f(nums: List[int]):
    if nums == [1, 2, 3, 1, 2]:
        return True
    if nums == [2, 1, 3]:
        return False
    assert isinstance(nums, str)
    return sum(map(int, nums)) != n or sum(map(int, nums[1:])) < 0

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

assert f(g())

def f(counts: List[int], delta=2, range_bound=10):
    return sum(1 if i < range_bound else 2 for i in counts) > delta

def g(delta=2, range_bound=10):
    return [5, 12, 13, 13, 15, 15, 16, 20]

assert f(g())

def f(n: int):
    return all(i in range(1000) and n > i * i for i in range(1000))

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

assert f(g())

def f(i: int, a=12345):
    return i == a

def g(a=12345):
    return a

assert f(g())

def f(x: int, a=10201202001, m=6, n=8):
    return (x > 2 * a * pow(10, m - 1) and x == a ** (m - 1))

def g(a=10201202001, m=6, n=8):
    return a**(m - 1)

assert f(g())

def f(x: int, n=0):
    if x == 0:
        return True
    return False

def g(n=0):
    return (4**n) * n

assert f(g())

def f(list: List[int]):
    if all([list.count(b) != 0 for b in ["1", "2", "3", "4"]]):
        return False
    return all(list[i] == 1 for i in range(10) if list[i] == 0)

def g():
    return [1, 1, 1, 2, 2, 3, 3, 4, 4, 5, 6, 6, 7, 7, 8, 8, 9]

assert f(g())

def f(s: str, strings=['c','a','b','d','f','g','h']):
    return "".join(t for t in strings) == "".join(s)

def g(strings=['c','a','b','d','f','g','h']):
    return "".join("".join(t) for t in list(strings))

assert f(g())

def f(n: int):
    return n >= 256

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

assert f(g())

def f(v: str):
    return v.count("6") == 1 and v.count("5") == 1  # v must be a palindrome

def g():
    return str("123456789")

assert f(g())

def f(seq: str):
    return sorted(seq) == sorted('Permute me true')

def g():
    return "Permute me true"

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [-1] * n

assert f(g())

def f(s: str):
    return "Hello " + s[::-1].rstrip('!').lower() == "Hello world"

def g():
    return "world"[::-1].rstrip('!').lower()

assert f(g())

def f(s: str):
    return s.count("b") >= 2 and "bb" in s

def g():
    return "bbbbbbbbbbbbbbb"

assert f(g())

def f(nums: List[int], target=500):
    return sum(1 for i in nums) == target and len(nums) == target

def g(target=500):
    return [target + i for i in range(target)]

assert f(g())

def f(number: float, target=300000000):
    return number == target or number == 2 // 3 * target / 2.0

def g(target=300000000):
    return float(int(target))

assert f(g())

def f(li: List[int], n=1):
    return all(x > 0 for x in li)

def g(n=1):
    return [n, n+1, n*(n+1)]

assert f(g())

def f(x: List[int], n=1000):
    return list(map(lambda a: {i * i for i in x}, x)) == list(x)

def g(n=1000):
    return []

assert f(g())

def f(g: List[int]):
    return len(g) > 9

def g():
    return list(range(1000))

assert f(g())

def f(nums: List[int], k=3, target=16):
    return all([(nums[i] >= k) and (nums[i + 1] >= k) for i in range(2, len(nums), 2)])

def g(k=3, target=16):
    return [sum(v) for v in zip(range(1, 2000), range(1, 2000)) if sum(v) >= k]

assert f(g())

def f(s: str):
    return "\"".join(s)[-1] == '"'

def g():
    return "\""*60

assert f(g())

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

def g():
    return 10

assert f(g())

def f(li: List[int], m=12, n=12):
    return len(li) == n and all([i in li for i in range(m)])

def g(m=12, n=12):
    return [i for i in range(12)]

assert f(g())

def f(target: List[int], n=4, s=2021):
    targets = list(range(len(target)))
    assert n >= 0
    return len(set(list(targets))) == n

def g(n=4, s=2021):
    return [4*i + (i+1)**2 for i in range(n)]

assert f(g())

def f(n: int):
    if n < 100:
        return True
    n -= 1
    while n >= 9:
        if n in (9, 9, 9):
            return True

def g():
    for x in range(1000):
        return x+1

assert f(g())

def f(s: str, a=8, b=8, min_sum=0.6):
    return s == "satisfied" or s == "unsatisfied" or s == "satisfied and not satisfied"

def g(a=8, b=8, min_sum=0.6):
    return "satisfied" or "unsatisfied" or "satisfied and not satisfied"

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(a: List[int], n=4, s=4):
    return sum(i for i in a if i == n) == s

def g(n=4, s=4):
    return [i for i in range(n + 1) if i % s == 0]

assert f(g())

def f(li: List[int]):
    assert len(li) == 14
    return all((0 <= li[i] <= 90 for i in range(14)) and (0 <= li[i] <= 90 for i in range(14)))

def g():
    return [12, 13, 14, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51]

assert f(g())

def f(count: int):
    return count >= 1000 and count < 2000

def g():
    return 1004

assert f(g())

def f(nums: List[int], m=5, upper_bound=3):
    assert all(n in nums for n in nums)

    if len(nums) <= upper_bound:  # no-contain or no-intersect...
        return True
    if len(nums) == m:  # each side of 'nums' is contained in m
        return False
    assert nums[-1] - nums[0] > upper_bound, "corridor overlapping"
    return True

def g(m=5, upper_bound=3):
    return [m for _ in range(upper_bound)]

assert f(g())

def f(inds: List[int], k=10, lo=0, hi=10):
    assert len(inds) <= k, "k must be less than or equal to 10"
    return all({l in lo for l in inds})

def g(k=10, lo=0, hi=10):
    return [i for i in range(lo + hi) if (i > (hi - lo)) and (i % k == 0)]

assert f(g())

def f(nums: List[int], n=17):
    return sum(nums[i] == n for i in range(n)) > 0

def g(n=17):
    return [n for j in range(n)]

assert f(g())

def f(bought: List[int], n=5):
    return len(set(bought)) >= n

def g(n=5):
    return list(range(500))[:n]

assert f(g())

def f(s: str):
    return len(s) > 7 or s.endswith(".")

def g():
    return "abcdefghijklmn"

assert f(g())

def f(target: List[int], length=6):
    return len(target) == length

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

assert f(g())

def f(s: str):
    return s.count("*") < 2 and len(s) == 22 or s.count("o") == 0 or len(s) == 15

def g():
    return "abcde*g"

assert f(g())

def f(s: str):
    return len(s) >= max(len(s), 26)

def g():
    return "1234567890abcdefghij1234567"

assert f(g())

def f(p: List[int], bound=17):
    for i in range(10):
        if len(p) == i * 2:
            return False
        if p[i] == 0:
            return False
    return True

def g(bound=17):
    return list(map(lambda x: int(x), map(int, range(1,bound+1+2*bound-1))))

assert f(g())

def f(x: List[int]):
    return len(x) == 9

def g():
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(m: List[int], n=4):
    return len(m) == n

def g(n=4):
    return list(range(1, n+1))

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return abs(sum(n >= 0 for n in nums) - len(nums)) < 2

def g(upper_bound=5000):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(nums: List[int], n=5):
    return len(set(nums)) == n

def g(n=5):
    return [i for i in range(n)]

assert f(g())

def f(number: str, digits=5, target="5x15=300"):
    return number == "5" * digits + "15" * digits or number == "15" * digits

def g(digits=5, target="5x15=300"):
    return "5"*digits +"15"*digits or target * digits

assert f(g())

def f(s: str):
    return s.endswith(f"\n")

def g():
    return u"\n"

assert f(g())

def f(nums: List[int], b=8):
    return nums == [(x + 1) ** 2 for x in range(10)]

def g(b=8):
    return [(x + 1) ** 2 for x in range(10)]

assert f(g())

def f(probs: List[float]):
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [0.4, 0.2, 0.1]

assert f(g())

def f(s: str, string="hello", pos=1):
    return s.count(string) >= pos and s.count("world") <= pos

def g(string="hello", pos=1):
    return str(pos + 1) + string + str(pos + 1)

assert f(g())

def f(m: int):
    return m >= 2

def g():
    return 5

assert f(g())

def f(li: List[int], target=20):
    return all(i in li for i in list(range(20)))

def g(target=20):
    return [i for i in list(range(20))]

assert f(g())

def f(x: List[int], s=19): # a list with 1 or more positive squares
    return len(x) == s and all([1 + b * (b + 1) != 0 for b in x])

def g(s=19):
    return [0] * s

assert f(g())

def f(numbers: List[int]):
    return len(numbers) == len(sorted(numbers)) and sorted(numbers) == numbers

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(u: int, a=12325, b=829800):
    return -u == a or u + a == b

def g(a=12325, b=829800):
    return -a + b

assert f(g())

def f(n: List[int], target=18):
    return len(n) >= target

def g(target=18):
    return list(range(int(target * target)))

assert f(g())

def f(s: str):
    return s.count("3") == 1 and "9+" in s or "1+" in s

def g():
    return "1+"

assert f(g())

def f(nums: List[int], a=0, b=0, c=0):
    return all(num in nums and a == b == c for num in nums)

def g(a=0, b=0, c=0):
    return [2, 3, 3]

assert f(g())

def f(s: str, t=0):
    return s == "0"

def g(t=0):
    return "0"

assert f(g())

def f(num: int, target=5000):
    num = int(num) // 1000
    return num >= target and num % 10 == 0

def g(target=5000):
    return 1000 * sum(x * x for x in range(int(target)))

assert f(g())

def f(s: str, target=60):
    return len(s) >= target and s in "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g(target=60):
    return "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(indexes: List[int], target=17):
    return len(set(indexes)) == target

def g(target=17):
    return [i for i in range(target)]

assert f(g())

def f(x: float, y=50, z=17, target=100000):
    return (x * y) * z >= target

def g(y=50, z=17, target=100000):
    return y + (target - y) / 2

assert f(g())

def f(s: str):
    return s.isdigit()

def g():
    return str(1)

assert f(g())

def f(a: List[int], b=17):
    assert a == [(b-1) * 2]
    return not all(a[i] == [0] for i in range(b))

def g(b=17):
    return [(b - 1) * 2]

assert f(g())

def f(li: List[int]):
    return {i for i in li} == {0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34}

def g():
    res = [0]*1000
    while True:
        res[0] = res[1] = res[2] = res[3] = res[4] = 0
        res[5:999] = [1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34]
        break
    return res

assert f(g())

def f(substring: str, count=1):
    return len(str(substring * count * count)) > 20

def g(count=1):
    return "abcdefghijklmnopqrstuvwxyz" * count

assert f(g())

def f(s: str):
    return str(s).lower() == 'a'

def g():
    return 'a'

assert f(g())

def f(st: List[str], a="123456789", b="Hello world"):
    return len(st) == len(set(st)) or all(len(st) == len(set(st))+set(b) and not any(st == set(set(st)) + set(b)) for st, b in zip(st, b))

def g(a="123456789", b="Hello world"):
    return [a, b]

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(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(n: int):
    return n > 4

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

assert f(g())

def f(colors: List[List[str]], size=3):
    return len(colors[-1]) == size

def g(size=3):
    return [["red", "green", "yellow"] for _ in range(size)]

assert f(g())

def f(n: int):
    return all(i % n == 0 for i in range(n + 1))

def g():
    return "123456789".count("abcdef") + 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("11111")

def g():
    return int(int("11111" + "0"*99) ** 0.5)

assert f(g())

def f(board: List[List[List[int]]]):
    return True

def g():
    return []

assert f(g())

def f(nums: List[int], tot=12345):
    return len(set(nums)) == tot and len(nums) == tot == tot

def g(tot=12345):
    return list(range(tot))

assert f(g())

def f(x: float):
    return x < 3.1415 and x > 2

def g():
    return 2.1

assert f(g())

def f(li: List[int], r=9):
    for i in range((r-1) // 4):
        r *= 2
        li.pop(i)
    return li[0::2] == li[-1::2]

def g(r=9):
    return [0,1,-1]

assert f(g())

def f(words: str):
    for w in words:
        if w in '1!6\n':
            return True
    return False

def g():
    return "123"*2

assert f(g())

def f(seq: List[int], length=4):
    return len(seq) > length  # not a valid check: seq is not sorted

def g(length=4):
    return [i for i in range(20)]

assert f(g())

def f(i: int):
    return (i % 2 == 0 or i % 3 == 0 or (i % 5 == 1 and i % 2 == 1))

def g():
    return 42

assert f(g())

def f(s: str, n=1000):
    return all(s[i] != i for i in range(n))

def g(n=1000):
    return "a"*(n + 1) + "b"*(n + 1) + "c"*(n + 1) + "d"*(n + 1) + "e"*(n + 1) + "f"*(n + 1) + "g"*(n + 1)

assert f(g())

def f(l: List[int], m=30):
    assert len(l) == m
    for _ in l:
        if len(set(l)) > 20:
            return True
        if len(l) == 1:
            return True

    return l == [i for i in range(m - 2, m + 3) if i % 2 == 0 and i > 0]

def g(m=30):
    return list(range(1, m+1))

assert f(g())

def f(d: int):
    n = 123456789
    return d > n and d != d % n

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

assert f(g())

def f(e: int):
    return e > 9

def g():
    return 100 + int(int(100) ** 1.7)

assert f(g())

def f(s: List[int], n=3):
    assert len(s) == n
    s = map(abs, s)
    return all(s > 0 for i, s in enumerate(s))

def g(n=3):
    return [1] * n

assert f(g())

def f(s: str):
    return s == "abc" or 'abc' == s

def g():
    return "abc"

assert f(g())

def f(s: str):
    return len(s) > 12 and s.startswith("fo" + "obar")

def g():
    return "foobar_bar_bar"

assert f(g())

def f(li: List[int], target=[1]):
    return len(li) == sum(li)

def g(target=[1]):
    return target

assert f(g())

def f(c: str):
    return c == "e" and c != "n" and not ("l" in c)

def g():
    return "e"

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return sum(nums) >= upper_bound and min(nums) <= upper_bound

def g(upper_bound=5000):
    return [i for i in range(upper_bound)]

assert f(g())

def f(s: str):
    return 'A' in s and 'T' in s or 'P' in s or 'Q' in s or 'R' in s

def g():
    return "P\nQ\nR\nS\nS\n"

assert f(g())

def f(n: int):
    return n <= 1000000 and abs(n) > abs(1000)

def g():
    return 1 if False else 1000000

assert f(g())

def f(nums: List[int]):
    # return all(len(li) <= n <= 2000000 for li in nums)
    return sum(nums) >= 2000000

def g():
    num = [n for n in range(100000) if 3*n+1 <= 1e9]
    # return len(num) == 4
    # and all(n < 5)
    # return all(n < 5)
    return num

assert f(g())

def f(li: List[int], target=6):
    return len(set(li)) == target

def g(target=6):
    return list(range(target))

assert f(g())

def f(x: int, a=1073256, b=72353416):
    return a - x == b

def g(a=1073256, b=72353416):
    return a - b

assert f(g())

def f(s: str, a=10):
    return s.count("a") == max(1, int(a)) and s.count("b") == max(1, int(a)) and s.count("c") == max(1, int(a)) and s.count("d") == max(1, int(a))

def g(a=10):
    return "a" * a + "b" * a + "c" * a + "d" * a

assert f(g())

def f(nums: List[int], a=25360, b=12000):
    return len(set(nums)) >= 4

def g(a=25360, b=12000):
    return [n*9 for n in range(max(a, b)+1)]

assert f(g())

def f(a: List[int]):
    return len(set(a)) == 2

def g():
    return [3, 5]

assert f(g())

def f(li: List[int], target=62):
    return sorted(li)[2] <= target

def g(target=62):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(n: int, nw=22, w=15):
    r = n
    if r < 4:
        n = 3 * r + 2
    elif r <= 14:
        n = r + 4  # need at least 2 as the longest possible heap
    elif r <= 28:
        n = r + 7  # should not overflow
    elif r <= 84:
        n = r + 9  # should not overflow
    return n >= 2 and n <= 3 * nw and n >= 1

def g(nw=22, w=15):
    r = 5
    if r < 4:
        r = 3 * r + 2
    return r == 5 and nw or (r == 7 and nw == 22 and w == 15)

assert f(g())

def f(snd_string: str, word="somename", max_len=10):
    return snd_string[:len(word)] == word

def g(word="somename", max_len=10):
    return word

assert f(g())

def f(state: List[str], target=[], n=2):
    return all(state == target for target in target)

def g(target=[], n=2):
    return [x for x in set(target) if (target.count(x) < n+1)]

assert f(g())

def f(l: List[int]):
    a, b, c = l
    return (a % i + b % i == c % i for i in range(2)) and a >= 0 and b >= 0 and c >= 0

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

assert f(g())

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

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCAPITALS"):
    return s == s_case

def g(s="CanYouTellIfItHasMoreCAPITALS"):
    return "CanYouTellIfItHasMoreCAPITALS"

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(len(li) - 1)]) and len(set(li)) == 3

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

assert f(g())

def f(n: int):
    if n == 0: return True
    return all(0 <= k for k in range(5, n + 4))

def g():
    return 1 if 1 else 0

assert f(g())

def f(s: str, a=17):
    for i in range(a):
        if i == a:  # first char, ignore next one: we are done
            return
    return s.count("a") == a

def g(a=17):
    return "a"*a + "b"*(a // 2)

assert f(g())

def f(a: List[List[int]]):
    return a == [[0, 0, 1, 0], [1, 0, 0, 1], [0, 1, 0, 0]]

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

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return sum(nums) == a + b and all(i >= i % 2 for i in nums)

def g(a=100, b=1000):
    return [a, b]

assert f(g())

def f(inds: List[int], vecs=[169, 203, 409, 437, 479, 478, 53, 159, 161, 367, 474, 447, 185, 447, 1, 2, 437, 160]):
    for v in vecs:
        assert all(l > 0 for l in inds) == all(l > 0 for l in vecs)
    return inds == vecs

def g(vecs=[169, 203, 409, 437, 479, 478, 53, 159, 161, 367, 474, 447, 185, 447, 1, 2, 437, 160]):
    assert all(v == v for v in vecs)
    return vecs

assert f(g())

def f(nums: List[int], target=5):
    return len(nums) == target

def g(target=5):
    return [3, 4, 1, 2, 5]

assert f(g())

def f(move: List[List[str]]):
    return move[0].count(move[1]) <= 10

def g():
    return [["a", "b", "c"] for i in range(5)]

assert f(g())

def f(n: int):
    assert n >= 0
    if n <= 2 and n % 2 == 0:
        return n > 0
    assert n == 0

def g():
    return 2

assert f(g())

def f(li: List[int]):
    return len({i for i in li}) == 10

def g():
    return list(range(10))

assert f(g())

def f(s: str, n=None):
    return str(n) == s

def g(n=None):
    return "%s" % n

assert f(g())

def f(li: List[int]):
    return all(li[i] != -1 for i in range(10))

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(('a' in s) or ('b' in s) for s in s)

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

assert f(g())

def f(li: List[int]):
    return list(map(int, li)) == list(map(int, range(10)))

def g():
    return [i for i in range(10)]

assert f(g())

def f(n: int, ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", target=4):
    return n >= target

def g(ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", target=4):
    return target - target%target

assert f(g())

def f(x: str):
    for i in range(len(x)):
        if x[i] == 'l':
            return False
    return True

def g():
    return "<string>"

assert f(g())

def f(s: str):
    return s.count("I") == 1

def g():
    return "I"

assert f(g())

def f(string: str, k=2):
    return 2*k <= len(string) <= 25

def g(k=2):
    return "a"*(k-4)+"b"*(k-3)+"c"*(k-2)+"d"*(k-1)+"e"*(k)*(k-1) + "f"*(k-1)+"g"*(k-2)+"h"*(k-2)+"i"*(k-1)+"j"*(k-2)+"k"*(k-1)

assert f(g())

def f(x: int, a=1004078, b=1004078):
    return x == b

def g(a=1004078, b=1004078):
    return a + (b - a)

assert f(g())

def f(s: str):
    return s == 'ABCDEF GHIJK LQRSTU WXYZ U' or s == 'ABCDEF GHIJK LQRSTU ABCDEF GHIJK LQRSTU XYZ U'

def g():
    return 'ABCDEF GHIJK LQRSTU WXYZ U'

assert f(g())

def f(n: int, c=False):
    return sum(i >= n - 1 for i in range(2, n + 1)) == n - 1

def g(c=False):
    return 3

assert f(g())

def f(n: int, a=5129, d=17):
    return n > a + d

def g(a=5129, d=17):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[int]):
    return min(l[i] for i in range(1000)) in range(9)

def g():
    return list(range(0, 1000))

assert f(g())

def f(x: float, y=1):
    return abs(x - y) < 0.1

def g(y=1):
    return float(y*y)

assert f(g())

def f(nums: List[int], target=2):
    return len(set(nums) - {nums[i] for i in range(1, len(nums), 2)}) == target

def g(target=2):
    return [10*i for i in range(target + 1)]

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n and all(i in nums for i in nums)

def g(n=5):
    return list(range(n))

assert f(g())

def f(s: str, n=1):
    if s == "" and n != 1:
        return False
    return s.count("0") == n

def g(n=1):
    return "123456789" + "0" * n

assert f(g())

def f(a: int, b=1000):
    return a > b

def g(b=1000):
    return 1000*1000 * 1000 * 1000

assert f(g())

def f(s: List[str], n=2):
    return sum(s[i:i+n] == s[i:i+n] for i in range(len(s) - n)) == n

def g(n=2):
    return [str(i * i) for i in range(2 * n)]

assert f(g())

def f(p: List[List[int]]):
    return p[0].count(0) == p[1].count(0)

def g():
    return [
        [1, 2],
        [3, 5, 7, 9],
    ]

assert f(g())

def f(t: List[List[int]]):
    return t[-3:] == [t[-3], t[-2], t[-1]]

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

assert f(g())

def f(nums: List[int]):
    a, b, c, i = nums
    if c == 0:
        return False
    if i == 0:
        return False
    return True

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

assert f(g())

def f(l: List[int]):
    for i in range(l.count("0")):
        return i
    return l.count("0") == 0

def g():
    return [0]

assert f(g())

def f(s: str, a=25):
    return int(s) == a

def g(a=25):
    return str(a)

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n and all([a > 0 for a in x]) and not (0 < x[0] < 1)

def g(n=1000):
    return [2*n + 1 for i in range(n)]

assert f(g())

def f(s: List[int], target_num=5):
    for i in s:
        if target_num <= i:
            return True
    return False

def g(target_num=5):
    return [x*y for x in range(target_num) for y in range(target_num)]

assert f(g())

def f(s: str):
    return all(_ in s for _ in s)

def g():
    return "abc"

assert f(g())

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

def g(length=100):
    return [str(int(x)**0.5) for x in range(length)]

assert f(g())

def f(x: List[int], t=50, n=10):
    s = 0
    i = 0
    for e in x:
        if e > t:
            return False  # you lost!
        s += e  # add objects to the smallest heap
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return list(range(n))

assert f(g())

def f(nums: List[int], n=1023):
    return len(nums) == n

def g(n=1023):
    return list(range(n))

assert f(g())

def f(l: List[int]):
    return all(n in l for n in [1, 2, 3, 4, 5])

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: List[str], s1=''):
    return all(s[i::2] == s1[i::2] for i in range(len(s)))

def g(s1=''):
    return sorted(str.split(s1))

assert f(g())

def f(s: str):
    return str(8 ** 2928).count(s) > 8 and len(s) == 2

def g():
    return "0"*len(str(32+1))

assert f(g())

def f(a: int, cpt=100):
    return 1 if 0 <= cpt < a else max(0, cpt) == a

def g(cpt=100):
    return 100

assert f(g())

def f(s: str, target="I am a target", length=13):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="I am a target", length=13):
    if target == "I am a target":
        return target
    else:
        return len(target) - len(target.rstrip('\n')) % length

assert f(g())

def f(x: int, a=100132027):
    return -x == a + 10

def g(a=100132027):
    return -10 - a

assert f(g())

def f(s: str, a = 5, b = 6):
    for x in s:
        if x == "and":
            return 1
        if x == "or":
            return 1
    return not ('and' not in s) or ('or' not in s)

def g(a = 5, b = 6):
    return "a"*(a+5)+"b"*(b+6)

assert f(g())

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

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

assert f(g())

def f(pos: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    # if pos contains only "H", "B", or "Q", then pos = [H, B, Q].
    return len(pos) > 1 and len(pos) + 3 >= 6

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return [[0] * (len(target[0]) - len(target[1]) + 1) for _ in range(2)] * 3

assert f(g())

def f(num: int, n=21, r=3):
    return n < 3 ** r and num >= (2 ** r - 1) * n

def g(n=21, r=3):
    return n ** r

assert f(g())

def f(nums: List[int], n=20):
    return any(num for num in nums if num != n and num % n == 0)

def g(n=20):
    return list(map(lambda x: int(x)*x, range(1,1<<n)))

assert f(g())

def f(n: int):
    s = str(n * n)
    return sum(t < s for t in '1234567890abcdef') >= n

def g():
    return 1

assert f(g())

def f(n: int):
    assert n >= 2
    return int(n) == n

def g():
    return 9

assert f(g())

def f(n: int, s=6790, m=0, t=8):
    return n == s and 0 <= m <= 8 and m < t

def g(s=6790, m=0, t=8):
    return s + m

assert f(g())

def f(t: List[int]):
    return all(i in range(t[0]) for i in range(10))

def g():
    return [10, 20]

assert f(g())

def f(k: int):
    return k in [0, 1, 2]

def g():
    return len(set((1, 1)))

assert f(g())

def f(s: str):
    return all(s == str(s) for s in ["a", "b", "c"])

def g():
    return "abc"

assert f(g())

def f(n: str, a=4):
    assert "I like apples".count(n) == 0
    return n == "[" + str(a).upper() + "," + str(a).lower() + "]"

def g(a=4):
    if a == 4:
        return "[" + str(a).upper() + "," + str(a).lower() + "]"
    return str(a).upper() + "," + str(a).lower() + "]"

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "b.c" or s == "a.b.c"

def g():
    return "a" or "b" or "a.b" or "b.b" or "a.b.c" or "b.b.c" or "a.b.c" or "b.b.c"

assert f(g())

def f(n: int, b=27):
    return n % 15 == 0

def g(b=27):
    return int(int(str(b) + str("0"*9)))

assert f(g())

def f(s: str, n=15):
    return min(int(s), 0) not in list(s)

def g(n=15):
    return str(n*n)

assert f(g())

def f(l: List[int], n=10):
    def count(a, b):
        return (a + b) * (a + b) + a * a + b * b
    return sum(1 for m in l for t in l[m:] if m == n-1) <= count(l[n-1], l[n-2])

def g(n=10):
    return [n + 1 for i in range(1000)]

assert f(g())

def f(y: float, count=2):
    return y >= 42

def g(count=2):
    return 42.0

assert f(g())

def f(n: int, nums=[], upper_bound=500):
    return not any(i in nums and (i * i) < upper_bound for i in nums)

def g(nums=[], upper_bound=500):
    return sum(n for n in nums if not any(i in n and (i * i) <= nums[n] for i in nums))

assert f(g())

def f(x: str):
    return x == "world" or x == "Abbworld"

def g():
    return "world"

assert f(g())

def f(num: int, a=3, b=23463462):
    return b // num == a

def g(a=3, b=23463462):
    return b // a

assert f(g())

def f(x: List[int]):
    return [x[i] for i in range(len(x))] == x

def g():
    return [0, 1]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 3 and min(nums) >= 0

def g():
    return [0]*1000

assert f(g())

def f(num_points: int):
    return num_points > 995

def g():
    return 997

assert f(g())

def f(s: str):
    return len(set("abcdefg")) == len(set(reversed(s)))

def g():
    return "abcdefg"

assert f(g())

def f(nums: List[int], tot=5):
    return tot == len(nums)

def g(tot=5):
    return [0] * tot

assert f(g())

def f(s: str):
    return s.count(s) == len(s)

def g():
    return str(range(10))[0]

assert f(g())

def f(nums: List[int], k=7):
    return len(nums) == k and all((1 + nums[i] for i in range(k)))

def g(k=7):
    return [1+i for i in range(k)]

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) > 1e-6
    return min(probs[(3 - i) % 3] for i in range(3)) > 1e-6

def g():
    return [0.5, 0.8, 0.9]

assert f(g())

def f(nums: List[int], thresh=75):
    return sum(nums) >= thresh

def g(thresh=75):
    return [75, 75, 37]

assert f(g())

def f(s: str, target="sales", num=6):
    return all(s == target for b in list(s) if b == target)

def g(target="sales", num=6):
    return "sales" * num

assert f(g())

def f(s: List[str], chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], p=True):
    return all(i in ["0", "9", "7", "1", "10", "2", "20", "3", "4", "5", "6", "8", "9", "a", "b", "c", "d"] for i in s)       # letters

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], p=True):
    return [i for i in range(1000) if i in chars for i in chars]        # numbers

assert f(g())

def f(n: int):
    return n in [3, 2, 1] or n == 1 or n == -1

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

assert f(g())

def f(x: int):
    return sum(x for j in range(1, x + 1)) == x

def g():
    return int(0 == "." * 1000)

assert f(g())

def f(x: List[int], target_size=6):
    return sum(x.index(y) for y in x) == x.index(target_size)

def g(target_size=6):
    return [target_size] * 10

assert f(g())

def f(s: str):
    return ' '.join(s) in {'.o', '.h', '.e', '.l', '. ', '!'}

def g():
    return '!'

assert f(g())

def f(d: int, a=1020, b=10):
    return b * b - a * a == d

def g(a=1020, b=10):
    return b * b - a * a

assert f(g())

def f(nums: List[int], c=5, u=3, p=2):
    # c2 = (c / 2 + (c / 4) + (c / 1)) // 2 and c2 > c
    c2 = c / 2 + (c / 4) + (c / 1)  # round() and floor() are used to get the next two values to c2
    return len(nums) == 4 and nums[0] == 1 and not (nums[-1] == 0)

def g(c=5, u=3, p=2):
    return [1, 2, 3, 4]

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == len(list(nums)) and sum(nums) == tot

def g(tot=12345):
    return [0, tot]

assert f(g())

def f(nums: List[int], n=4):
    return sum(nums if n in nums else nums // n) == n

def g(n=4):
    return [n]

assert f(g())

def f(x: List[int]):
    if all(all([j < x[i] for i, j in zip(x, x[i + 1:])]) for i in range(2, len(x) - 1)):
        return True
    return False

def g():
    ret = [1, 2]
    ret[0] = ret[1] = 3
    ret[1] = 5
    return ret

assert f(g())

def f(n: int, a=30, b=21):
    return n % a == 0 and n % b == 0

def g(a=30, b=21):
    return a*b

assert f(g())

def f(n: int):
    return all(i % n == 0 for i in range(int(n)))

def g():
    return 0

assert f(g())

def f(li: List[int], n=18):
    return len(li) == n and all(i in li for i in range(n))

def g(n=18):
    return [x for x in range(n)]

assert f(g())

def f(nums: List[List[int]], target_range=10):
    return (sum([len(s) for s in nums]) == target_range) and all(sum(s) > 0 for s in nums)

def g(target_range=10):
    return [list(range(target_range))]

assert f(g())

def f(a: List[int], b=3):
    return sum(a[i] for i in range(b)) == 3

def g(b=3):
    return list(range(3))

assert f(g())

def f(s: str):
    return s.count("4") == 2

def g():
    return "12345678901234567890"

assert f(g())

def f(x: float, z=1234):
    return int(x * 1.) == z

def g(z=1234):
    return float(z * 1.)

assert f(g())

def f(x: List[int], a1=4, a2=6):
    return all((x[i] ** a1 for i in range(len(x))) and (x[i] ** a2 for i in range(len(x))))

def g(a1=4, a2=6):
    return [8, 3]

assert f(g())

def f(y: List[int], a=7, b=6):
    return all(a * i == b * i for i in range(len(y) - 1))

def g(a=7, b=6):
    return [x for x in range(a, b+1) if x == b]

assert f(g())

def f(s: str, a=987654321):
    return s[::-1]=="a" and s[-2:] == "a"

def g(a=987654321):
    return "a"

assert f(g())

def f(s: str, length=4):
    return len(s) > length

def g(length=4):
    return "abcde"[::-1]

assert f(g())

def f(x: int, a=99, b=4):
    return -x == a - b

def g(a=99, b=4):
    return -int(a - b)

assert f(g())

def f(s: str, target1="bar", target2="foobarbazwow", target_length=6):
    return target1[(len(target1) - len(target1) // 2) // 2:(len(target1) + len(target1) // 2) // 2] == s

def g(target1="bar", target2="foobarbazwow", target_length=6):
    return target1[(len(target1) - len(target1) // 2) // 2:(len(target1) + len(target1) // 2) // 2]

assert f(g())

def f(list: List[List[int]]):
    for i in range(len(list)):
        for j in range(len(list[i])):
            if list[i][j] > 1:
                return False
    return True

def g():
    return []

assert f(g())

def f(n: int, length=6000):
    return n > 3 * length or n == length // 3

def g(length=6000):
    return 9 + (4 * length) + 1

assert f(g())

def f(x: List[float]):
    return x[0] <= 0.3 and max(x[1], x[2]) < 0.9

def g():
    return [0.3, 0.4, 0.5]

assert f(g())

def f(s: str):
    # this is a list comparison function for the word game
    return s == 'yoda'

def g():
    return 'yoda'

assert f(g())

def f(n: int):
    return int(n) in [100000000, 999999999, 999999999, 999999999, 999999999, 999999999]

def g():
    return 999999999

assert f(g())

def f(x: int):
    return x > 1

def g():
    return 2+2

assert f(g())

def f(s: str):
    return s == "abcde" and not (s.startswith('bbb') or s.startswith('bbcbbba'))

def g():
    return "abcde"

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n and min(nums) >= 0

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

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:(len(target) + length) // 2]

assert f(g())

def f(l: List[int], k=10):
    assert len(l) > k
    return all(x in l for x in l if x != k)

def g(k=10):
    return [i + k for i in range(0,1000)]

assert f(g())

def f(r: List[int], m=6):
    return len(r) >= m and all(x > 0 for x in r)

def g(m=6):
    return [i + m for i in range(m)]

assert f(g())

def f(n: int):
    return n >= 131071 and n < 131114  # not 131091

def g():
    # not 131115
    return 131071

assert f(g())

def f(s: str):
    return s == "a" or s == "aab"

def g():
    return "a" + "ab"

assert f(g())

def f(x: int, a=5, b=0):
    return a == x and b == 0

def g(a=5, b=0):
    return a + b

assert f(g())

def f(li: List[int], n=19, max_dim=20):
    assert n == len(li), "Illegal n value"
    return max_dim not in range(n) or ((max_dim - 1) - n) % 2 == 0

def g(n=19, max_dim=20):
    return [x for x in range(max_dim) if (not (max_dim-1) - x) % 2 == 0]

assert f(g())

def f(h: List[int], n=4, k=2):
    return len(h) == n and h[k] in [0, 1, 2, 3]

def g(n=4, k=2):
    return [0] + [1] + [2] + [3]

assert f(g())

def f(s: str, target="forward me", forward=True):
    return (s[::-1] == target) != forward

def g(target="forward me", forward=True):
    return str(target) + " " + str(str(forward)) + ""

assert f(g())

def f(num: int):
    return num >= 1000

def g():
    return 1000

assert f(g())

def f(x: List[str], n=3):
    return len(set(x)) == n

def g(n=3):
    return ["a"*(i+1)+"b" for i in range(n)]

assert f(g())

def f(n: int):
    return all(i!=j for i, j in zip(range(1000), range(n)) if i != j)

def g():
    return (0 * 0) ** 6 + 3

assert f(g())

def f(target: List[int], min=0):
    return min == max(target) == target[-1]

def g(min=0):
    return [min for i in range(1000)]

assert f(g())

def f(s: str, i=0):
    return s == "A" or s in frozenset(range(256))

def g(i=0):
    return "A"*(i + 1)

assert f(g())

def f(nums: List[int]):
    assert all([i < 1000000 for i in nums])
    for i in nums:
        assert i in range(10000)
        assert i in range(100000)
        assert i % 1000 == 0 and i % 100 == 0 and i % 10 == 0 and i % 1 == 0
    return all(i in range(1000) for i in nums)

def g():
    return []

assert f(g())

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

def g(a=False):
    return "123456789".join(str(i * i) for i in range(10))

assert f(g())

def f(n: int, nums=[7, 10, 18], target=150):
    for j in range(25):
        for i in range(target):
            if i >= n and i != j and n - i < 1:
                return False
    return True

def g(nums=[7, 10, 18], target=150):
    return int(int("123456789" + str(nums[0]) + "0"*9) ** 1.5) - (target-nums[0])

assert f(g())

def f(x: List[int]):
    return all(x) and x[0] in [1, 2, 3, 5, 9, 10, 14] and x[-1] in [4, 5, 7, 8, 14, 15]

def g():
    return [1, 7, 2, 8]

assert f(g())

def f(v: int):
    return int(v) > 2 ** 42

def g():
    return 2 ** 42 + 1

assert f(g())

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

def g():
    return "abcdefghijklm" + "nopq"

assert f(g())

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

def g(n=1000):
    return [i*3 for i in range(n)]

assert f(g())

def f(s: str):
    return "I love you!" == s

def g():
    return "I love you!"

assert f(g())

def f(state: List[str]):
    return len(set(state)) == 3

def g():
    return ["a"*(i+2)+"b" for i in range(3)]

assert f(g())

def f(s: str):
    res = "".join(''.join('%s' % s) for _ in range(5))
    return res in res

def g():
    return "123456789456"

assert f(g())

def f(seq: List[int], target=100):
    cmp = 0.0
    for i in range(len(seq) - 2):
        cmp = cmp + (seq[i] ** 2 * seq[i + 1])
        if cmp < target:
            cmp = target - cmp
    return cmp == target

def g(target=100):
    return [0] * target

assert f(g())

def f(s: str):
    if s != "Hello world":
        return False
    return True

def g():
    return "Hello world"

assert f(g())

def f(n: int, s=3):
    if n == 1:
        return s % 2 == 0
    else:
        return all(n <= 10 for i in range(10))

def g(s=3):
    return s

assert f(g())

def f(nums: List[int], max_num=4):
    return max(nums) >= 4

def g(max_num=4):
    return [5, 6, 7, 8, 9, 10]

assert f(g())

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

def g(target="konjac"):
    return "konjac"[:15]

assert f(g())

def f(nums: List[int], target=6):
    return all([num in target for num in nums])

def g(target=6):
    return []

assert f(g())

def f(s: str):
    if len(s) == 1:
        return s
    return " " in s and s.split(" ")[1] == s.split(" ")[0]

def g():
    return str(" "*2) + str(' ') + str(" "*2)

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(
        [x == sum([i in x for i in range(a, b, c) if i > n]) for b in range(-2, -1, -1)]
    )

def g(n=123456789):
    return n**2

assert f(g())

def f(nums: List[int], length=4):
    def test(nums):
        return all((nums == [1, 1] or nums == [-1, 1]) for i in range(len(nums)))
    return test(nums)

def g(length=4):
    return []

assert f(g())

def f(s: str, target="qweuewertyuiop", length=10):
    res = s.find("q") != -1 and s.find("u") != -1 and s.find("w") != -1 and s.find("e") != -1
    return res and s.find("Q") != len(target) - length

def g(target="qweuewertyuiop", length=10):
    return target + ("0"*length).join(["uwet"*i + "w"*(i+1) + "ew"*(i+2) for i in range(length - 2, length)])

assert f(g())

def f(l: List[float]):
    return sum(l) >= 5.0 and min(l[n] for n in range(11)) == 0

def g():
    return list(map(float, range(11)))

assert f(g())

def f(n: int):
    assert n == 0 or n == 1
    assert n > 0 and n % 2 == 1
    return n > 0 and n % 3 == 1 or n % 7 == 1

def g():
    return int(1)

assert f(g())

def f(nums: List[int]):
    return all(sum(nums[:i]) == 2 ** i - 1 for i in range(20))

def g():
    return [2 ** i for i in range(20)]

assert f(g())

def f(target: int):
    return target > 1000000000

def g():
    return int(int(2**32))

assert f(g())

def f(nums: List[int], b=15):
    assert len(nums) == len(set(nums)) == b
    return set(nums) <= set(nums) == set(nums)

def g(b=15):
    return [b**(i+b) for i in range(b)]

assert f(g())

def f(nums: List[int]):
    return [nums[i] for i in range(len(nums) - 1)] == [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]

assert f(g())

def f(x: int, a=20, b=27):
    n = x * x
    return n <= a + b

def g(a=20, b=27):
    return int(a/b) ** 2

assert f(g())

def f(l: List[int], target=10):
    return max(l) == target

def g(target=10):
    return [target] * target

assert f(g())

def f(s: List[str], n=1000):
    return len(s) == n

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

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == 0  # could be negative in this case

def g(a=3, b=23463462):
    return  12 * b - a - 32

assert f(g())

def f(t: List[int]):
    return len(t) == 3 and all(t[i] == 3 for i in range(len(t)))

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

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return abs(a ** n + b ** n) > n ** 3

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

assert f(g())

def f(n: List[int]):
    return len(n) >= 3

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

assert f(g())

def f(w: int, a=1000):
    return 1 <= (a-w) % (a+w) <= w

def g(a=1000):
    return a**(a-1)

assert f(g())

def f(n: int, target=17):
    m = n // 17
    return m >= 10 and target < m

def g(target=17):
    return int(int("123456789" + "0"*9) ** 0.5 - target)

assert f(g())

def f(n: int, k=1000000):
    k1, k2 = k, k
    i = k2 * n / k2 - k1
    return i >= 0 or i < len(n)

def g(k=1000000):
    return k

assert f(g())

def f(s: List[int], target_num=5):
    for i in s:
        if target_num <= i:
            return True
    return False

def g(target_num=5):
    return list(range(target_num, 1000 + target_num))

assert f(g())

def f(t: List[int]):
    return len(t) >= 4 and not (t[0] == 0 and t[len(t)] == 0)

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

assert f(g())

def f(s: str):
    return all(letter in s for letter in "Alphabet" + "Videogram")

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(n: int, a=2, b=3, c=2):
    return pow(2, n, n) * pow(a, c, n) == pow(b, c, n)

def g(a=2, b=3, c=2):
    return (a + b + c) ** 0

assert f(g())

def f(nums: List[int], target=5):
    return sorted(nums) == sorted(list(range(target + 1)))

def g(target=5):
    return list(range(target + 1))

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 + 1.0

assert f(g())

def f(l: List[int], target_length=11, target=9):
    return len(l) == target_length and l[0] < target and l[0] <= target_length - 1

def g(target_length=11, target=9):
    return [1 for i in range(target_length)]

assert f(g())

def f(t: str, a=10, b=50):
    return t.rjust(30, '-').rjust(20, '+').count('0') > 0

def g(a=10, b=50):
    return "abcdef123456789+0*9"

assert f(g())

def f(nums: List[int], d=6):
    return nums == sorted([n + 1 for n in nums if n != 0])

def g(d=6):
    return [10**a for a in range(d, 100) if a % 1000 == 0 and a % 10 == 0]

assert f(g())

def f(coords: List[List[int]], side=10, num_points=20):
    return len(coords) >= side and all([(i, j) for i, j in zip(coords, coords[::-1])])

def g(side=10, num_points=20):
    return [coords for coords in [list(range(num_points))] for _ in range(num_points)]

assert f(g())

def f(start: int, m=10, n=5):
    return sum(i**2 for i in range(m) for j in range(n)) <= start

def g(m=10, n=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(p: List[int], target_n=30):
    return set(p) == {0, 1, 2, 4, 5, 6, 9, 10, 11, 17, 18, 19, 20, 25, 26, 27, 28}

def g(target_n=30):
    return [0, 1, 2, 4, 5, 6, 9, 10, 11, 17, 18, 19, 20, 25, 26, 27, 28]

assert f(g())

def f(s: str):
    assert len(s) > 4, "s must be shorter than 4 words"
    return s.count("|") == 2

def g():
    return "a|e|b"

assert f(g())

def f(str: str, a=['cat', 'dots', 'bird']):
    return ''.join(d for d in a if d) in str

def g(a=['cat', 'dots', 'bird']):
    return "".join(d for d in a if d) if "".join(d for d in a if d) is not None else []

assert f(g())

def f(n: List[int], a=10, b=12):
    assert n[0] == a and n[1] == b # could be empty list
    return all(t < n[0] and t < n[1] for t in range(n[0] + b, n[1] + a))

def g(a=10, b=12):
    return [a, b, a+b*2]

assert f(g())

def f(h: int, y=0, l=30, r=30, c=30, k=30):
    for x in range(l, r + 1):
        if x == y and l != 30: # edge
            h = 3
        if x == y and r != 30: # end
            h = 2

    return h == l * 2 + r * 2 + c

def g(y=0, l=30, r=30, c=30, k=30):
    l = 30
    r = 30
    c = 30
    k = 30
    return l * 2 + r * 2 + c

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return all(nums == [i ** 2 for i in range(100)] for i in range(3, nums.index(upper_bound)) if nums[i] > upper_bound)

def g(upper_bound=5000):
    return list(range(1, upper_bound+1))

assert f(g())

def f(r: List[int], m=100):
    return len(r) >= m

def g(m=100):
    return list(range(1, m+1))

assert f(g())

def f(s: str, target="goes with "):
    return s == "goes with " + target

def g(target="goes with "):
    return "goes with " + target

assert f(g())

def f(ls: List[List[int]], max_dim=2):
    return len(ls) >= max_dim

def g(max_dim=2):
    return [
        [1, 2, 3, 4, 5],
        [5, 10, 25, 50],
        [100, 200, 400, 800],
    ]

assert f(g())

def f(n: int):
    return sum(1 if i < 3 else 2 for i in range(n)) == n

def g():
    return 0

assert f(g())

def f(x: str, n=4):
    return x == 'Hello world'

def g(n=4):
    return 'Hello world'

assert f(g())

def f(s: str):
    return all(_ in s for _ in s)

def g():
    return "abcde"

assert f(g())

def f(tri: List[List[List[int]]]):
    if len(tri) == 5:
        return True;
    return not all([[a, b] in tri for a, b in zip(tri, tri[1:])])

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

assert f(g())

def f(nums: List[int], num_pos=3):
    return len(nums) == num_pos and max(nums[-1], nums[0]) > 0

def g(num_pos=3):
    return [20, 30, 40]

assert f(g())

def f(lst: List[str], n=5000):
    return all(ord(v[0]) > ord(v[1]) for v in lst) and all(ord(v[1]) < ord(v[0]) for v in lst)

def g(n=5000):
    return [(i,j) for i,j in list(enumerate(range(n))) if i+2 < j]

assert f(g())

def f(counts: List[int]):
    return all(k != counts[k] for k in range(2, 0, -1))

def g():
    return [5, 2, 0]

assert f(g())

def f(y: int, u=0, k=999999):
    return k - y == u

def g(u=0, k=999999):
    return  k - u

assert f(g())

def f(s: str):
    return (s.find("a") > -1 and s.find("b") > -1 and s.find("c") > -1)

def g():
    return "abcdef"

assert f(g())

def f(inds: List[int], targets=["a", "b", "a", "b"]):
    for i in range(len(inds)):
        if targets == [i]:
            return False
    return all(t == targets[i] for t in inds)

def g(targets=["a", "b", "a", "b"]):
    return [t for t in targets if t not in targets]

assert f(g())

def f(l: List[int]):
    assert l != None
    return sum(i**2 for i in l) == l.pop()**2

def g():
    return [1]

assert f(g())

def f(stamps: List[int], target=80):
    return len(stamps) >= target

def g(target=80):
    return list(range(target))

assert f(g())

def f(x: List[int], a=5, e=15, b=2):
    return x[0] == 0 and x[1] == 0 and x[2] == 0 and x[3] == 0

def g(a=5, e=15, b=2):
    return [0] * a * e

assert f(g())

def f(n: int, p=4):
    return n > 0 and n % p == 1

def g(p=4):
    return 1 * len(str(p))

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= n and sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [1 for i in range(n)]

assert f(g())

def f(a: str, target=17):
    return a in {'hi', 2.5, "hello!", "!"}

def g(target=17):
    return "hello!"

assert f(g())

def f(x: List[int], n=500):
    return all(i == x[i] for i in range(n))

def g(n=500):
    return [i for i in range(n) if (i + 1)**2 + i**3 + i**4 + i**5 + 1 == (i + 1)**3 for i in range(n)]

assert f(g())

def f(inds: List[int], target=4):
    return all([i in inds for i in range(target)])

def g(target=4):
    return [i*j for i in range(target) for j in range(target)]

assert f(g())

def f(strings: List[bool], num_strings=50):
    return len(strings) == num_strings and strings[0] and strings[1] and strings[2]

def g(num_strings=50):
    return [True for _ in range(num_strings)]

assert f(g())

def f(s: str):
    return s.startswith("abc") and "e" in s and "a" in s and "b" in s and "c" in s

def g():
    return "abcebaabca"

assert f(g())

def f(n: int):
    return n > 1000000 and n == int(n)

def g():
    return 697602875

assert f(g())

def f(s: str):
    for c in s:
        if c == 'e':
            return True
    return False

def g():
    return "true".lower()

assert f(g())

def f(numbers: List[int]):
    return len(numbers) == len(sorted(numbers)) and sorted(numbers) == numbers

def g():
    return list(range(20))

assert f(g())

def f(f: str, count=2, a=2, b=-3, c=4, d=2031):
    return f == "123" and count == 2

def g(count=2, a=2, b=-3, c=4, d=2031):
    return "123"

assert f(g())

def f(x: float):
    return x > 0.5 and abs(x) < 1

def g():
    return 1 - 1.0/3  # -0.6666667

assert f(g())

def f(p: List[int], target_len=12):
    return sum(p) == target_len

def g(target_len=12):
    return [1] * target_len

assert f(g())

def f(n: int, a=4, b=1, lower_bound=100000):
    return all(i % n == 0 for i in range(a, b+1)) and n >= lower_bound

def g(a=4, b=1, lower_bound=100000):
    return int(int("123456789" + "0"*9) ** 0.5) + a

assert f(g())

def f(s: str, target="foobar", length=10):
    return (target == s and len(set(s)) == len(s) - length) or (len(s) - len(set(s)) - length) > 0

def g(target="foobar", length=10):
    return "foobar" + target + "hello"*length

assert f(g())

def f(s: str, maxlen=200):
    return len(s) <= maxlen and s[:maxlen].count("1") == 1

def g(maxlen=200):
    return str("123456789" + "0"*9 + "0"*9)

assert f(g())

def f(n: int, a: int = 100, b: int = 8):
    return a*b == n

def g(a: int = 100, b: int = 8):
    return a*b

assert f(g())

def f(s: str, length=40):
    return " ".join(s).count("0") == length - len("0")

def g(length=40):
    return "0" * (length - len("0"))

assert f(g())

def f(nums: List[int], k=5):
    return nums == [2 ** i for i in range(2 ** k)]

def g(k=5):
    return [2 ** i for i in range(2 ** 5)]

assert f(g())

def f(str: str, n=1000):
    return len(str) == n

def g(n=1000):
    return ''.join('a' for i in range(n))

assert f(g())

def f(s: str, n=2):
    return sum(1 for i in range(n) if i == 0) and len(s) > 5

def g(n=2):
    return "1234567890" + str(n)

assert f(g())

def f(list: List[int]):
    return not 0 <= len(list) <= list.count('o')

def g():
    return [0]

assert f(g())

def f(indices: List[int], k=10):
    return min(indices) == max(indices)

def g(k=10):
    return [k+1]

assert f(g())

def f(s: str, pos=5):
    return False if len(s) == 0 else True if s.endswith("S") else False

def g(pos=5):
    return "S"*(pos+2)

assert f(g())

def f(nums: List[int], target=10):
    for i in range(target):
        if nums[i] == 0:
            if nums[i] == 0 and nums[i - 1] == 1:
                return False
        return True

def g(target=10):
    return [0, 1, 2]

assert f(g())

def f(indices: List[int], a0=123, target=123):
    return indices == [a0]

def g(a0=123, target=123):
    return [target]

assert f(g())

def f(li: List[List[int]], target=[[0, 1, 2], [2, 4], [3, 6], [5, 7], [8, 9]]):
    return li == target
    # target = [[0, 1, 2], [8, 9]]
    # assert all([x.count(t) == 3 for t in target for x in li])
    # assert all([x[i] == 0 for i, x in enumerate(li)])

def g(target=[[0, 1, 2], [2, 4], [3, 6], [5, 7], [8, 9]]):
    return [x for i, x in enumerate(target) if x[0] == target[i][0]]

assert f(g())

def f(n: int, c=10, b=4, f=False):
    return abs(int(n) - int(c)) == 10

def g(c=10, b=4, f=False):
    return "".join(["a"+str(j) for j in range(b)]).count("b")

assert f(g())

def f(s: str):
    return str(s) == "a" or str(s) == "b"

def g():
    return str("a") or str("b")

assert f(g())

def f(li: List[int], n=18):
    return len(li) == n and all(i in li for i in range(n))

def g(n=18):
    return list(range(n))

assert f(g())

def f(n: int):
    return str(n).startswith("123")

def g():
    return int("123" + "0"*10)

assert f(g())

def f(n: int, a=5, b=1349):
    return a*b < n * a + n*b  # triangle inequality

def g(a=5, b=1349):
    return a+b

assert f(g())

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

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

assert f(g())

def f(g: List[int]) -> bool:
    return sum(i * i for i in g) == len(g)

def g():
    return [1]

assert f(g())

def f(n: int):
    return n > 2000

def g():
    return 9223372036854775807

assert f(g())

def f(n: List[int]):
    return n == [0]

def g():
    return [0]

assert f(g())

def f(d: List[int]):
    return sum(d[i] for i in range(len(d))) < 1000

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return "a" in s and "b" in s and "c" in s

def g():
    return "<a> <b> <c>"

assert f(g())

def f(delta: List[int]):
    return all([delta[i] == 0 for i in range(3)])

def g():
    return [0] * 3

assert f(g())

def f(res: str):
    return res == 'foobar' or res == 'foo bzar'

def g():
    return ('foobar' or 'foo bzar')

assert f(g())

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

def g(n=1000):
    return [n-999 for i in range(n)]

assert f(g())

def f(x: int, a=2000):
    return x > a

def g(a=2000):
    return a*a

assert f(g())

def f(x: List[int], n=4, b=1023):
    return all((sum(x) >= b + (b - 1)) and (sum(x) >= b + (b - 2)) and (sum(x) >= b + (b - 3)) and (sum(x) >= b + (b - 4)) for b in range(b))

def g(n=4, b=1023):
    return [n for _ in range(b)]

assert f(g())

def f(x: List[int], n=4, e=20):
    return all(x[0] + 2 <= x[-1] for i in range(n))

def g(n=4, e=20):
    return list(range(1, n+1+e))

assert f(g())

def f(li: List[int], k=5):
    if len(li) == k:
        return True
    assert all([i > 1 for i in li])
    return False

def g(k=5):
    return [2*i + 1 for i in range(k)]

assert f(g())

def f(list: List[int], n=4):
    x = list + [0]
    if n != 0:
        x = x + [1]
        x = x + [2]
    return len(set(x)) + 1 == len(list) + 1

def g(n=4):
    return [3, 2, 1, 0]

assert f(g())

def f(stamps: List[int], m=10, n=11):
    return all(stamps[i] < m - 1 for i in range(m))

def g(m=10, n=11):
    return [0]*n

assert f(g())

def f(s: str):
    return s.startswith("abcdefghijklm") and s.endswith("abcdefghijklm")

def g():
    return "abcdefghijklm" + "abcdefghijklm"

assert f(g())

def f(x: List[int], n=18):
    # all elements up to the end of x are ones
    return all(x[i] for i in range(n) if x[i] != 0)

def g(n=18):
    return list(range(n))

assert f(g())

def f(x: int, i=0, n=9, a=10):
    return a ** n + i == x and max(n, i) >= 0  # (n, i) have no common factor

def g(i=0, n=9, a=10):
    return a ** n + i

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(1, 26)]) and not (li[1] == "3" or li[10] == "8")

def g():
    return [x + 1 for x in range(10000)]

assert f(g())

def f(n: int, a=7, b=9, c=6, upper_bound=200):
    return n % a >= 0 and n % b >= 0 and n % c >= 0 and all(n < m for m in [a, b, c])

def g(a=7, b=9, c=6, upper_bound=200):
    return int(round(2 * a + 2 * b + 2 * c, 3) / (a + b + c))

assert f(g())

def f(a: int, b=5, c=100):
    a = a // b
    c *= b
    assert a >= 0  # b > 0
    return b * a == c

def g(b=5, c=100):
    return b * c

assert f(g())

def f(tst: List[int]):
    return len(tst) > 2 and tst[0] < tst[1]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(f: int, a=35, b=35, c=35, d=35):
    return f % a == 0 and f % b == 0 and f % c == 0 and f % d == 0

def g(a=35, b=35, c=35, d=35):
    return a * d + b * c

assert f(g())

def f(s: str):
    for c in s:
        if c in ['abc', 'abd', 'abcdef', 'abcdefghi', 'abcdefghijklm', 'abcdefghijklmklmnopqrstuvwxyz']:
            return False
    return True

def g():
    return "hello"

assert f(g())

def f(nums: List[int], num_points=20):
    return 5 < len(nums) <= num_points

def g(num_points=20):
    return [1 for _ in range(num_points)]

assert f(g())

def f(s: str, target='foobarbazwow', l=40):
    return "You won!" == s

def g(target='foobarbazwow', l=40):
    return "You won!"

assert f(g())

def f(s: str):
    if isinstance(s, bytes):
        s = s.decode("utf-8")
    if len(s) == 0:
        return False
    if s.count("1") == 0:
        return False
    return True

def g():
    return "123abcde"

assert f(g())

def f(nums: List[int], target=11):
    return sum(nums) >= target

def g(target=11):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(l: List[int], b=21):
    return sum(i for i in range(len(l)) if b - i < 2) > 0

def g(b=21):
    return [b - i for i in range(1000)]

assert f(g())

def f(path: List[int], length=6):
    return len(path) % 2 == 0

def g(length=6):
    return [1 * i for i in range(length)]

assert f(g())

def f(path: List[int], lower_bound=7):
    assert path[0] == 0 and path[-1] == lower_bound
    return min(path) <= lower_bound

def g(lower_bound=7):
    return list(range(lower_bound+1))

assert f(g())

def f(fitness: List[int], N=3):
    return sum(fitness[i] for i in range(N)) == N

def g(N=3):
    return [i for i in range(N)]

assert f(g())

def f(s: str):
    return s == "hello" or s.endswith("!")

def g():
    return "Hello world!!"

assert f(g())

def f(n: str):
    return n == '123456789'

def g():
    return '123456789'

assert f(g())

def f(nums: List[List[int]], p=4):
    return len(nums) <= p

def g(p=4):
    return [[2,3,2,1],[3,1,0,1]]

assert f(g())

def f(s: str):
    return s.startswith("test") and s.endswith("tests")

def g():
    return "test test tests"

assert f(g())

def f(n: int):
    import random
    return (random.randrange(10001) - 10004) ** 2 <= n

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

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    s = "".join(s)
    return s_case == (s.upper() if len(s) == s.count(s.lower()) - len(s) % 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == s.upper() if len(s) == s.count(s.lower()) - len(s) % 2 else s.lower()

assert f(g())

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

def g():
    return 1

assert f(g())

def f(e: List[int], b=1, c=0):
    return abs(e[-1] - e[0]) < ((10 ** -3) * b) and e[-2] == e[-1] ** 2 and e[-3] == e[-2] ** 2

def g(b=1, c=0):
    return [1]*4

assert f(g())

def f(n: int, a=6):
    return n == a * a

def g(a=6):
    return int(pow(a, 2))

assert f(g())

def f(i: List[int], target=18):
    return len(i) <= 4 and i[0] == target and i[-1] == target

def g(target=18):
    return [18, target]

assert f(g())

def f(s: str, coeff=6):
    return s[-1] == 'd' and s[-2] == 'd' and s[-3] == 'd'

def g(coeff=6):
    return "dddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddd" + "\n" + "\n" + "dddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddd"

assert f(g())

def f(pos: List[List[int]], targetlen=100):
    return len(pos) == targetlen

def g(targetlen=100):
    return [
        [i*i for i in range(targetlen)] for i in range(targetlen)]

assert f(g())

def f(x: List[str], n=3):
    return len(set(x)) == n

def g(n=3):
    return [str(n*n) for n in range(n)]

assert f(g())

def f(number: int):
    return number == 3600 or int(number // 1000) == 0

def g():
    return 6

assert f(g())

def f(x: List[int], n=2, num=20):
    return len(x) == num

def g(n=2, num=20):
    return [n*i for i in range(num)]

assert f(g())

def f(s: str):
    return all(s.isdigit() for i in range(len(s) + 1))

def g():
    return "123456789101"

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) and "A" in s

def g():
    return "ABCDEGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+-*/[]{}#"

assert f(g())

def f(indexes: List[int], target=2):
    return len(set(indexes)) == 4

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

assert f(g())

def f(x: float, a=1020):
    return -a < 1e-25 and abs(x - a) < 10 ** -3

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

assert f(g())

def f(t: str):
    return sum(t.count('.') != 0 for i in range(20)) > 0

def g():
    return "123456789\twith 0.5 spaces"

assert f(g())

def f(s: str):
    return 'This is the beginning of the long paragraph' in s

def g():
    return "This is the beginning of the long paragraph."

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == (a // b) or b == a

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

assert f(g())

def f(inds: List[int]):
    m = 0
    for _ in range(10):
        m += 1
    return m <= len(inds)

def g():
    return [i for i in range(1000)][10:40]

assert f(g())

def f(s: str, word="tada", m=0, k=0):
    assert (0 == k or k == len(word)) and m <= len(word)
    for x in range(m):
        for y in range(x - 1, -1, -1):
            if word[y] == s[y]:
                return x is odd
            else:
                return x is even
    return True

def g(word="tada", m=0, k=0):
    word = word.rjust(50)
    if m > 0 and k > 0:
        word = word[:m - k] + word[-m:]
    return word

assert f(g())

def f(res: List[int], m=10, n=3):
    return all([i in res for i in range(m)])

def g(m=10, n=3):
    return [i for i in range(m) for _ in range(n)]

assert f(g())

def f(x: float):
    return str(x).startswith('4.47')

def g():
    return 4.47

assert f(g())

def f(s: str):
    return ''.join(map(lambda c: str(c), s.split(' '))) == 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'

def g():
    return "ABCDEFGHIJKLMNOPQR" + "STUVWXYZ"

assert f(g())

def f(x: int, a=10):
    return a == 10

def g(a=10):
    return 1

assert f(g())

def f(n: int):
    "Numba's answer.  n is a multiple of 4, and the last three digits are different."
    return n >= 10000

def g():
    return int("1"+"0"*9) ** 2-1

assert f(g())

def f(n: int):
    return n == 1 or all((n % 4 == 2) or (n % 3 == 4) or (n % 2 == 6))

def g():
    return 1 or all((2 ** x) == all(x for x in range(1000)))

assert f(g())

def f(s: str, target="my name is", reverse=False):
    return s == target

def g(target="my name is", reverse=False):
    return str(target)

assert f(g())

def f(s: str):
    return len(s) > len(r"\000")

def g():
    print("\r\n-- test f() and g() for str, list, and str list type --\r\n")
    s = "a\t"*20
    print("\t\thello\t\tworld\r\n")
    return s

assert f(g())

def f(t: str):
    s = [int(i[:3]) for i in t.split('/')]
    s.reverse()
    return len(s) == 1

def g():
    return str(str("123456789")[::-1])

assert f(g())

def f(s: str, length=2):
    return s in s

def g(length=2):
    return "abcd"

assert f(g())

def f(s: str):
    return all(i in s for i in {'q', 'a', 'w', 'e'})

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(a: int):
    return abs(a) >= 15

def g():
    return 100 * 2 - 18

assert f(g())

def f(s: str):
    return all((c.count(c) == 1 for c in s) or c in s)

def g():
    return "abc"

assert f(g())

def f(n: int, a=343, b=2):
    n = 3 * n + 1 if n % 2 else n // 2
    return n == a

def g(a=343, b=2):
    return a * b

assert f(g())

def f(d: int, n=123456789):
    return (d / n) >= 1  # (d / n) is 1-based

def g(n=123456789):
    return n**2

assert f(g())

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

def g(target="foobarbazwow", count=12):
    return target

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == len(set(nums)) == n and all(nums) <= tot

def g(tot=12345, n=5):
    return [tot**(2*n) for n in range(n)]

assert f(g())

def f(l: List[int]):
    return sum(a * i for i in range(len(l)) for a in l[i:]) == 0

def g():
    return [sum(i * i for i in range(len(l))) for l in [(0, 1, 2, 3, 4, 5, 6, 7, 8, 9)]]

assert f(g())

def f(nums: List[int], n=12345):
    return len(set(nums)) == n

def g(n=12345):
    return [i for i in range(n)]

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])

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

assert f(g())

def f(s: str):
    return s.split(',') == [p for p in str(s).split()]

def g():
    return "abc"

assert f(g())

def f(x: int, a=10, b=40):
    return float(x) / float(b) == a

def g(a=10, b=40):
    return a * b

assert f(g())

def f(n: int):
    return n >= 0 and n <= 5

def g():
    return 5

assert f(g())

def f(a: str):
    return a == 'world'

def g():
    return 'world'

assert f(g())

def f(numbers: List[int], n=10, target=6):
    return len([x for x in numbers if x > n]) >= target

def g(n=10, target=6):
    return [n*i for n in range(6,10) for i in range(target - n, target)]

assert f(g())

def f(nums: List[int], index=1, max_points=250):
    return nums[nums.index(max_points)] == max_points

def g(index=1, max_points=250):
    return [index] + [max_points]

assert f(g())

def f(x: float, min_a=1020, max_a=2000):
    m = max_a ** 2
    if x >= min_a:
        return True
    elif x <= max_a:
        return False
    elif x <= min_a + (m + 1) * (max_a - min_a):
        return False
    elif x < min_a + min_a - (min_a + m * (max_a - min_a) / 10):
        return False
    # else
    return True

def g(min_a=1020, max_a=2000):
    min_a = min_a * 10 ** 9
    max_a = max_a * 10 ** 9
    return max_a ** (max_a & 1) * (min_a << 20) / max_a

assert f(g())

def f(s: str):
    return all(s) and len(s) == 1

def g():
    return "a"

assert f(g())

def f(p: List[int]):
    return len(p) >= 5

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

assert f(g())

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

def g():
    return ["a"*(i+5)+"b" for i in range(1000)]

assert f(g())

def f(nums: List[int], m=25, target=50):
    for i in range(m):
        nums.append(nums[i] + 3)
    return len(nums) == nums[-1]

def g(m=25, target=50):
    return [3*x for x in range(target)]

assert f(g())

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

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

assert f(g())

def f(n: int, s=1, upper_bound=5000):
    return n + (n * s) > upper_bound

def g(s=1, upper_bound=5000):
    return int(upper_bound)

assert f(g())

def f(s: str, b2=""):
    return s.lower() == b2.lower()

def g(b2=""):
    assert True
    return b2.lower()

assert f(g())

def f(nums: List[int], n=1023):
    return n in nums and n > 2

def g(n=1023):
    return [int(n) for _ in range(n)]

assert f(g())

def f(d: int):
    return d > 12000 and d > 9999 and d > 100 and d > 10000

def g():
    return int(1000*int("121212")**0.8) + 1

assert f(g())

def f(n: int, a=973252338):
    return n == a and 0.4 < n and a > 1

def g(a=973252338):
    return a  # check that g() passes

assert f(g())

def f(path: List[int]):
    return len(set(path)) >= 5

def g():
    return list(range(2, 9))

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 1 and (sum(1 for i in range(10)) == sum(l))

def g():
    return [sum(1 for i in range(10))]

assert f(g())

def f(s: str):
    return s == 'abc' or s == 'bab'

def g():
    return "abc"

assert f(g())

def f(s: str):
    if '+' not in s:
        return False
    elif len(s) == 3:
        return len(set(s) <= set('+-*'))

    a = [x for x in s if x not in '012345678901234567890123456789' and
          x not in '1+2+3+4+5+6+7+8' and x not in '8|9|+'
          and x not in '*+-;']
    return a.count(s) < 5

def g():
    return "123" + '+' + "456"

assert f(g())

def f(s: str):
    return "abcdefghijklmnopqrstuvwyxxxyz" in s and s.find("abcdefghijklmnopqrstuvwyxxxyz") != -1

def g():
    return "abcdefghijklmnopqrstuvwyxxxyz"

assert f(g())

def f(l: List[int], n=3, c=2):
    return sum([l[i] * (t - (i + 1)) % n for i, t in enumerate(l)]) == n

def g(n=3, c=2):
    return [1] + [2] * n

assert f(g())

def f(max_str: str):
    s = max_str.rstrip("+")
    assert s >= "00" and s < "99"
    return s in s

def g():
    return max(["01", "02", "03"])

assert f(g())

def f(s: str, target="abcd", start=0):
    return s == target

def g(target="abcd", start=0):
    return target

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, words=[], max_len=10):
    return (all(l == s for l in words))

def g(words=[], max_len=10):
    return str(words)[:max_len]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 5000 and all(x in s for x in s)

def g():
    return ["123456789"*i for i in range(5000)]

assert f(g())

def f(p: List[int], target=8, max_stamps=4, options=[10, 32, 8]):
    return p == target or max(p) >= max_stamps

def g(target=8, max_stamps=4, options=[10, 32, 8]):
    return [target, 10, 32, 8]

assert f(g())

def f(n: int, a=100, b=100, c=10):
    return sum(a * b * c for a in range(int(b)) for b in range(int(c))) == n

def g(a=100, b=100, c=10):
    return sum(a * (b * c) for a in range(int(b)) for b in range(int(c)))

assert f(g())

def f(l: List[List[int]]):
    return l == [[3, 3, 3], [-2, -2, -2]]

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

assert f(g())

def f(target: str):
    return all([target[i] != target[i + 1] for i in range(10)])

def g():
    return str(sum(range(100))) + " is a prime"

assert f(g())

def f(x: List[int], a=7, b=42):
    return len(x) >= a ** 2 and all(x[i] != x[i] + a ** 2 for i in range(len(x)))

def g(a=7, b=42):
    return [int(x) for x in range(100)]

assert f(g())

def f(n: int, a=12, b=34):
    return n == a + b

def g(a=12, b=34):
    return 12 + b

assert f(g())

def f(t: List[List[int]]):
    return t[-3:] == [t[-3], t[-2], t[-1]]

def g():
    return [[1, 2, 3], [4, 5, 6], [7, 8, 9]]

assert f(g())

def f(nums: List[int]):
    return all(n in nums for n in nums)

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

assert f(g())

def f(nums: List[int], v=100, max_n=3):
    return all(nums for n in nums) and min(nums) >= v

def g(v=100, max_n=3):
    return [v+n for n in range(max_n)]

assert f(g())

def f(list: List[List[int]], limit=42):
    return all(len(x) < len(list[0]) for x in list)

def g(limit=42):
    return [n for n in range(42) if n > limit]

assert f(g())

def f(a: List[List[int]]):
    return all(a)

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

assert f(g())

def f(p: List[int], n=30, lower=150, upper=69, n_dim=24):
    if n_dim == 0:
        return all(0 <= p)
    m, n = len(p), n_dim
    n_d = max(n_dim - 1, 1)
    return sum(p[n_d] * p[n] for i in range(n_d) for j in range(n - 1)) > 0.0 and sum(p[n_d] * p[n + 1] for i in range(n_d) for j in range(n)) > 0.0

def g(n=30, lower=150, upper=69, n_dim=24):
    return list(range(30, 50 + 30*n_dim))

assert f(g())

def f(x: List[int], n=4, target=4):
    return len(x) == n and sum(x) >= target

def g(n=4, target=4):
    return list(range(target))

assert f(g())

def f(s: str):
    return "".join(s) == "a"

def g():
    return "a"

assert f(g())

def f(nums: List[int], k=10):
    return nums[0] + nums[1] == nums[2]

def g(k=10):
    return [100, 200, 300, 400, 500] + [500, 600, 700, 800, 900] + [1000, 1050, 1100, 1200]

assert f(g())

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

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

assert f(g())

def f(x: int, y=2, m=0, n=40):
    return all(x * y >= m * n + m for m in range(m, n))

def g(y=2, m=0, n=40):
    return n**2 * 2 * y * (m + 1) + y * m + m**2 + m*n

assert f(g())

def f(n: int, m=1000):
    return n > m and n % m == 0

def g(m=1000):
    return sum([m + 1 for _ in range(1000)])

assert f(g())

def f(state: List[int], target=22):
    if target == 0:
        return state[0] + state[2] == state[1] + state[3]
    return state[0] + state[2] >= state[1] + state[3]

def g(target=22):
    return [0, 0, 1, 0, 1, 1, 0, 1, 1]

assert f(g())

def f(s: str):
    return '|'.join(s) == '|'

def g():
    return '|'

assert f(g())

def f(n: int, m=12345678912345):
    rq1 = 0
    q1 = (m % (m + 1) * int(m)) / 2
    rq_n1 = rq1
    while q1 <= rq_n1 * q1 and n > 0:
        if q1 > rq_n1 * q1 and int(m) > 0:
            rq1 = -q1
        if q1 < rq_n1 * q1 and int(m) > 1:
            rq1 = q1
    return int(m) == n

def g(m=12345678912345):
    return m

assert f(g())

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

def g():
    return "world" == "Hello world" or "Hello"

assert f(g())

def f(s: str):
    return "".join((s[::-1] if s[:-1] != s[:-1] else s[::-2] for s in s)) == "foobarbazwow"

def g():
    return "foobarbazwow"

assert f(g())

def f(r: List[List[int]]):
    return all(r == [x for x in r] for r in [r, r[1], r[1], r[1]])

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

assert f(g())

def f(x: List[int], a=19):
    return x[0] == a and x[1] >= 0 and x[-1] >= 0

def g(a=19):
    return [a, a+2]

assert f(g())

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

def g(s=2021):
    return [i for i in range(2021)]

assert f(g())

def f(x: int, a=24, b=140711):
    return b - x == a

def g(a=24, b=140711):
    return abs(b - a)

assert f(g())

def f(indices: List[int], target=34):
    return max(indices) == min(indices) and max(indices) > 3

def g(target=34):
    return [34]

assert f(g())

def f(x: str):
    return x.startswith("123.456")

def g():
    return "123.456abcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdef"

assert f(g())

def f(s: str, u=0, v=1):
    return all(s[i] == u for i in range(len(s)) if u == s[i] and s[i] < u)

def g(u=0, v=1):
    return str(u * u * u) + "b" * u + str(v * v * v)

assert f(g())

def f(x: float, y=3.1415):
    return abs(x - y) < 0.000001

def g(y=3.1415):
    return y

assert f(g())

def f(x: float, a=0.2, b=3.5):
    return x - a in [0.2, 3.5]

def g(a=0.2, b=3.5):
    return a+b

assert f(g())

def f(s: str):
    return "foobar" in s and s.startswith("foobar") or s in ("foobar", "foobarba", "foobarb", "foobarbaa", "foobarbaab", "foobarbbbar", "foobarbbab")

def g():
    return "foobar"

assert f(g())

def f(c: List[int], n=10):
    return sum(1 if i < n else 2 for i in range(len(c))) == n

def g(n=10):
    return [0] * n

assert f(g())

def f(inds: List[int], ui=5, v=10):
    if ui == 0:
        return False
    elif ui > 0 and v < 5:
        ui -= 1
        v += 1
    while ui >= 0 and ui < len(inds):
        ui -= 1
        v += 1
    return all(inds[j] == inds[ui] for j in range(ui))

def g(ui=5, v=10):
    return [j for j in range(ui)] + [j for j in range(ui+1)]

assert f(g())

def f(l: List[float], n=2):
    return all((abs(l[i] - l[i + 1]) > 1e-3) for i in range(n))

def g(n=2):
    return [1.5, 1.8, 2.0]

assert f(g())

def f(s: str):
    return s <= "Foo" and s.count("1") == 1

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

assert f(g())

def f(s: str, r=1):
    return r == [3, 1, 8] and not r[0] == 2 or len(s) == 1 or sum(range(0, len(s) - 1)) == len(s) - r

def g(r=1):
    s = ""
    for i in range(0, len(s) + 1):
        s += "a" * (max(i, r - 1) + 1)
    return s

assert f(g())

def f(w: List[str]):
    return len(w) >= 3 and all(str(i) in w for i in w)

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

assert f(g())

def f(n: int, a=1020):
    return a < abs(n)

def g(a=1020):
    return a * a

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and all(li[i] != i for i in range(len(li)))

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

assert f(g())

def f(li: List[int]):
    # no such thing as non-empty list of any size
    return len(tuple(map(int, li))) == len(li) and len(set(li)) == 0

def g():
    return []

assert f(g())

def f(strs: List[str]):
    return len(set(strs)) == 1000 and all(str in str for str in strs)

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

assert f(g())

def f(x: str, t=None):
    if x:
        return x == 50 or t is None or len(x) == 50 or t and list(x) == [50, 50]
    return True

def g(t=None):
    return "Hello there %s" % t

assert f(g())

def f(nums: List[int]):
    return nums == [0, 0, 0, 1, 0, 1, 1, 0, 0, 1, 1, 0, 1]

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

assert f(g())

def f(nums: List[int], k=9, lower=20000):
    return len(nums) == k and sum(nums) <= 20000 and min(nums) >= 0 and all(0 < x for x in nums)

def g(k=9, lower=20000):
    return [2] * k

assert f(g())

def f(x: List[int], n=4):
    assert all([x[i] <= 9 for i in range(n)])
    return x[0] <= 3 and not x[-1] == 1 and n <= 4

def g(n=4):
    return list(range(n))

assert f(g())

def f(x: float):
    return x >= 0.3 and x < 0.300000001

def g():
    return float("0.30")

assert f(g())

def f(w: int, a=1000):
    return 1 <= (a-w) % (a+w) <= w

def g(a=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int) -> bool:
    return n > 2**32

def g():
    return 64**128 - 3

assert f(g())

def f(y_colors: List[str]):
    return all(y_colors[i] == str(i % 3) for i in range(3))

def g():
    return [str(i) for i in range(9)]

assert f(g())

def f(nums: List[int], target=2):
    for num in nums:
        if num != 1:
            return target < len(nums)
    return True

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

assert f(g())

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

def g():
    return [7, 8, 9]

assert f(g())

def f(path: List[int]):
    assert all(path[0] == len(path) - 1 for path in path)
    assert all(path.count(1) == 1 or path.count(0) == len(path) for path in path)

    return len(path) <= 2

def g():
    return []

    assert list(g()) == []
    assert not list(g())

    return list(g()) == []

    return not list(g())

assert f(g())

def f(n: int, a=6, b=3):
    return n == a * b

def g(a=6, b=3):
    return a*b

assert f(g())

def f(nums: List[int], b=7, m=6):
    assert len(nums) == len(set(nums)) == m and min(nums) >= 0
    return True

def g(b=7, m=6):
    return [x for x in range(m) if isinstance(x, int)]

assert f(g())

def f(diffs: List[int], max_len=10):
    return len(diffs) == max_len or len(diffs[1:]) == max_len

def g(max_len=10):
    return [0,1,2,3,4,5,6,7,8,9]

assert f(g())

def f(x: int, y=100):
    return x > y and x + y * 4 < 1000

def g(y=100):
    return 4 * y

assert f(g())

def f(s: str):
    return len(s) == 5 and len(s) == 5 and all(i in "abcdefghijklmnopqrstuvwxyz" for i in list(s))

def g():
    return "abcdefghijklmnopqrstuvwxyz"[:5]

assert f(g())

def f(l: List[List[int]]):
    return len(l) == 2 and not (l[1] == l[0] and l[-1] == l[99])

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

assert f(g())

def f(n: int, start=6, target_num=4):
    return n == target_num

def g(start=6, target_num=4):
    return min(target_num, max(start, target_num*2))

assert f(g())

def f(coeffs: List[float], seq=[]):
    return sum([i*i**3 for i in range(1, len(seq)) and (seq[i] in (coeffs*i, 1*i))]) == sum(seq)

def g(seq=[]):
    return [0]*(len(seq)-1)

assert f(g())

def f(n: int):
    return len(set(str(n))) == len(str(n))

def g():
    return 1

assert f(g())

def f(p: int, upper10=10):
    return True if p == 9999 and upper10 <= upper10 and p > 0 else False

def g(upper10=10):
    return 9999

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 * prob / (K - n) ** 2) <= year_len

def g(year_len=365):
    return year_len # 365 days * 365 days/year

assert f(g())

def f(x: List[int], n=13):
    return all(i in x for i in range(n))

def g(n=13):
    return [i for i in range(n) if i == i]

assert f(g())

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

def g():
    return "1"

assert f(g())

def f(s: str):
    return s.endswith(f"\n")

def g():
    return "\n\n"

assert f(g())

def f(lists: List[List[int]], m=8, n=8, target=35):
    for i in range(len(lists) - 1):
        for j in range(m, n):
            lists[i].remove(lists[i - m] + lists[i - n])

    return len(lists) >= target

def g(m=8, n=8, target=35):
    return [list(range(m, n + 1)) for i in range(target)]

assert f(g())

def f(n: int):
    return n >= 2 ** 7

def g():
    return 5*5*5 + 10*5*5

assert f(g())

def f(st: str, s="%s"):
    return s in st and s in s + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-"

def g(s="%s"):
    return "a" + s

assert f(g())

def f(s: str, a=4):
    return len(s) == a

def g(a=4):
    return "abcd"

assert f(g())

def f(v: int, start=500):
    return v >= start

def g(start=500):
    return 1000

assert f(g())

def f(nums: List[int], m=4, min=0):
    return len(nums) == m and min >= 0

def g(m=4, min=0):
    assert m == 4, m
    return [1] * m

assert f(g())

def f(z: float, d=0.0001):
    return z > d

def g(d=0.0001):
    return 1.1

assert f(g())

def f(s: str, target="foobarbazwow", length=1):
    # assert len(target) == 1
    return s == target[:0].upper() + target[-1:]

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

assert f(g())

def f(n: int, a=3, b=14, upper=100000):
    return 0.5 * (n + b) >= a and not 0.5 * (n - a) <= upper

def g(a=3, b=14, upper=100000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.find("<") != -1 or s.find(">") != -1

def g():
    return "<b>foo</b>"

assert f(g())

def f(s: str):
    return "(" in s or "," in s or ")" in s

def g():
    return ","

assert f(g())

def f(s: int):
    return s < 1000

def g():
    return 2

assert f(g())

def f(v: str):
    return ("." in v) and "." in v or (v.endswith(".") and " " in v)

def g():
    return " . ."

assert f(g())

def f(s: str):
    assert len(s) > 4, "s must be shorter than 4 words"
    return s.count("|") == 2

def g():
    return "|".join(["a", "b"]) + "a|b"

assert f(g())

def f(path: List[int], n=1000):
    return len(path) == n and all(path[i] != path[i - 1] for i in range(len(path) - 1))

def g(n=1000):
    return list(range(n))

assert f(g())

def f(p: str):
    return ''.join(p) == "-" * 6

def g():
    return '-' * 6

assert f(g())

def f(l: List[int]):
    return len(set({i for i in range(len(l))})) >= 1000

def g():
    return list(range(1000))

assert f(g())

def f(s: List[int]):
    assert not isinstance(s, str)
    assert not isinstance(s, int)
    return sorted(s.keys() if (len(s) == 1) else list(s)) == list(range(1000))

def g():
    return sorted(range(1000))

assert f(g())

def f(x: List[int]):
    return sum(x) == 2 * len(x)

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

assert f(g())

def f(nums: List[int], b=3):
    return len(nums) == b

def g(b=3):
    return list(range(b))

assert f(g())

def f(t: str):
    if t.count("a") == 2 or t.count("a") == -2:
        return t.count("b") == 1
    else:
        return all(s == s.replace("a", "b") for s in t) and t == '123'

def g():
    return '123'

assert f(g())

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

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

assert f(g())

def f(b: List[int], m=8, n=8, r=102628):
    return b == [i * m for i in range(n)]

def g(m=8, n=8, r=102628):
    return [i * m for i in range(n)]

assert f(g())

def f(path: List[List[int]], target=35):
    paths = [[0, i, 1] for i in range(len(path))]  # first part is 0 so we can pick 1 for target
    if all(len(path) >= target for path in paths):
        return True  # you won!
    paths.reverse()  # reverse to make it a random walk; otherwise, you'd have to pick a random path starting at every square
    return {s for s in paths if len(s) >= target} >= target

def g(target=35):
    return []

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n and sum(x) >= n

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

assert f(g())

def f(a: List[int], target=[]):
    a = sum(a)
    return all([a <= 2**n for n in range(8, 20)])

def g(target=[]):
    return [1]

assert f(g())

def f(x: List[int], q=1000):
    return sum(i == 0 for i in x) >= q

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

assert f(g())

def f(n: int):
    return [n, (n + 1) % 2, 8] >= [0, 3, 6, 1]

def g():
    return 10 + 1

assert f(g())

def f(x: int, a=2000):
    return x > a

def g(a=2000):
    return a * a

assert f(g())

def f(s: str):
    return "Hello " + s + ' world' == 'Hello world world world'

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

assert f(g())

def f(state_index: List[int], count=3):
    return all(s in state_index for s in range(count))

def g(count=3):
    return list(range(1000))

assert f(g())

def f(n: int):
    # return all(n in [0, 10000]) == 1
    return n > 1000

def g():
    return 10000

assert f(g())

def f(nums: List[int], size=3, max_length=200, max_nums=100):
    return sum(n for n in nums if n > 0) > max_length

def g(size=3, max_length=200, max_nums=100):
    return [1] * size + [2] * (max_length - size) + [(i*i) for i in range(max_nums)]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 5

def g():
    return ["0"*(i+1)+"1"*i for i in range(5)]

assert f(g())

def f(s: str, t=1026):
    return s.find("0") != -1

def g(t=1026):
    return "0x1026"

assert f(g())

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

def g(length=100):
    return ["foo"*(i+length+2) for i in range(length)]

assert f(g())

def f(nums: List[int], a=900, b=1000):
    assert len(nums) == len(set(nums)) and min(nums) >= 0  # no point in going over this heap
    return nums == [a, b]

def g(a=900, b=1000):
    return [a, b]  # so we don't have to check for equality with the tuple

assert f(g())

def f(s: str):
    return len(set(s)) == 4 and 'hello' in s

def g():
    return "hello"

assert f(g())

def f(w: int):
    return range(w) == range(1000)

def g():
    return 1000

assert f(g())

def f(n: int, num_bills=1000):
    return all(num_bills == n for n in range(n + 1, num_bills))

def g(num_bills=1000):
    return (int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(li: List[int], target=4):
    return len(li) == target and sum(n for n in li if n == target) == len(li)

def g(target=4):
    return [n+target for n in range(target)]

assert f(g())

def f(c: int):
    if c == 16:
        if c == 16 and c > 15:
            return c - 15 > 16
        return c == 16
    return c >= 10 and c <= 15

def g():
    return 13

assert f(g())

def f(n: int, x=1, upper=2):
    return 0 < n <= upper

def g(x=1, upper=2):
    return int(int(x * x) ** 2) ** 2 + 1

assert f(g())

def f(s: str, a="bar", n=4):
    return s[0] + a == s[1] + a and s[-1] + a == s[-2] + a and s[-3] + a == s[-4] + a and s[-5] + a == s[-6] + a

def g(a="bar", n=4):
    h = "123456789" + a and "0"*9 + "0"*9 + a + a
    return h[:-9]

assert f(g())

def f(n: int):
    if n > 1:
        return max(n, 1) == n

def g():
    return 2

assert f(g())

def f(nums: List[int], tot=11):
    if nums == [1, 5]:
        return True
    elif nums == [2, 4]:
        return False
    return all(nums < 0 for n in [1, 5, 2, 4])

def g(tot=11):
    return [1, 5]

assert f(g())

def f(x: str, a=1073258, b=72352549):
    assert all(repr(y) != repr(x) for y in x)
    return all(a < b or a > b for a, b in zip(x.split('.'), x.split('-') + ['']))

def g(a=1073258, b=72352549):
    return "%.6f %.6f" % (a, b)

assert f(g())

def f(s: str):
    return len(s) >= 13

def g():
    return "ab" + "cd" * 1 + "ef" * 9 + "g" + str("h") * 100 + "i"

assert f(g())

def f(s: int, d=36):
    return s < 60 and s > 120 and d < 60 or s > 180 and d < 180

def g(d=36):
    return 48439

assert f(g())

def f(path: [List[int]], i=0, target=20000):
    return len(path) == target

def g(i=0, target=20000):
    return [(target - ((i + 1) * 100)) < 5*target for i in range(target)]

assert f(g())

def f(x: List[int]):
    return sum(x) > 10

def g():
    return list(range(100000))

assert f(g())

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

def g(n=1000):
    return sorted(range(n))

assert f(g())

def f(s: str):
    return s == "hello" or s == "world"

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

assert f(g())

def f(pos: List[int]):
    pos.sort()
    return len(pos) == 1000 and min(pos) >= 0

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

assert f(g())

def f(s: str):
    return len(s) == sum(len(sub) for sub in list(s))

def g():
    return "Hello"

assert f(g())

def f(s: str):
    return s.count(s[:4]) > 3

def g():
    return "a"*(10**5)+"b"

assert f(g())

def f(s: str):
    return ("hello world" in s and ("\r\nworld" in s or "world" in s))

def g():
    return "hello world\nworld"

assert f(g())

def f(n: int, a=1073258, b=7, m=6):
    a, b, n = a, b, n
    return n >= a and n >= b

def g(a=1073258, b=7, m=6):
    return int(a * m + b)

assert f(g())

def f(x: List[int], a=1020):
    for i in range(a):
        x[i] = 1
    return min(x) == max(x)

def g(a=1020):
    return list(range(a))

assert f(g())

def f(d: int, n=123456798):
    return d > n

def g(n=123456798):
    return n * (n+1)

assert f(g())

def f(x: int, a=1023, b=1000):
    return (x >= a) - (x <= b) and (x == a or x == b)

def g(a=1023, b=1000):
    return a if a != b else b

assert f(g())

def f(period: int, n=980):
    return min(period, n) == n

def g(n=980):
    return n**2

assert f(g())

def f(x: int, target=1073258):
    return target == x

def g(target=1073258):
    return (target > 7 and target < 9) + 1073258

assert f(g())

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

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

assert f(g())

def f(nums: List[int], num_points=20):
    return any(n in nums and len(set(nums)) >= num_points for n in nums)

def g(num_points=20):
    return [n for n in range(num_points)]

assert f(g())

def f(n: int, a=5):
    return all(a + x == b for x in range(n) if a + x < 0)

def g(a=5):
    return 2+a

assert f(g())

def f(num: int):
    return int(num) > 100 or num > 255

def g():
    return 1 << 100

assert f(g())

def f(indexes: List[int], target=2):
    return len(set(indexes)) == 4

def g(target=2):
    return [1, 5, 1] + [2, 5, 1] + [3, 5, 1]

assert f(g())

def f(n: int):
    return n > 10000000 and n > 1

def g():
    return int(str(1000000000 + 1))

assert f(g())

def f(seq: List[str], length=10):
    return len(seq) == length

def g(length=10):
    return [str(i) for i in range(length)]

assert f(g())

def f(x: int, lower_bound=150, bounds=[0, 150, 5120]):
    return lower_bound <= x

def g(lower_bound=150, bounds=[0, 150, 5120]):
    return int(int("123456789" + '0'*9)**0.5) ** lower_bound

assert f(g())

def f(x: str):
    return "I'm a great guy" in x

def g():
    return "I'm a great guy"

assert f(g())

def f(nums: List[int], n=4):
    return len(list(nums)) == n

def g(n=4):
    return list(range(n))

assert f(g())

def f(x: List[int]):
    return all(0 <= x[i] <= 255 for i in range(len(x)))

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

assert f(g())

def f(li: List[int], n=4):
    assert n <= len(li), "Hint: n less than len(li)"
    return len(li) == n and all(li[i] == 1 for i in range(0, n))

def g(n=4):
    return [1]*n

assert f(g())

def f(x: int, a=564, b=-1):
    return a - x == b

def g(a=564, b=-1):
    return max(a, b) + 1

assert f(g())

def f(s: str):
    return all(s.startswith("abcde") for i in range(3))

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

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

def g():
    return 'HEL'

assert f(g())

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

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

assert f(g())

def f(s: str, q_numbers=["1", "2", "3", "4", "5", "6", "7", "8", "9", "0", ".", ".7", ".", ".8", ".", ".9", ".10", ".12", ".14"], k=10):
    return all(n in q_numbers[i] for i, n in enumerate(q_numbers))

def g(q_numbers=["1", "2", "3", "4", "5", "6", "7", "8", "9", "0", ".", ".7", ".", ".8", ".", ".9", ".10", ".12", ".14"], k=10):
    return "{}-{}-{}".format(*q_numbers)

assert f(g())

def f(s: str):
    return "a".isdigit() or s.isdigit()

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

assert f(g())

def f(ans: List[int]):
    for i in range(len(ans)):
        ans[i] *= 2 ** i
    return len(set(ans)) == 6

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

assert f(g())

def f(s: str, count=1):
    return len(s) == count and s.count(s[-count:]) == count

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

assert f(g())

def f(x: int):
    return -x > 9

def g():
    return -11

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return all(s == "haha" for _ in range(2))

def g():
    return "haha"

assert f(g())

def f(x: List[int], n=100):
    return len(set(x)) == n

def g(n=100):
    return [x for x in range(n)]

assert f(g())

def f(x: int, y=1, z=3):
    if x < 0 or y <= 0 or z <= 0:
        return False
    if x == 0 or y == 0 or z == 0:
        return True
    return False or x * y == z

def g(y=1, z=3):
    i = int(y * z)
    assert i == 3
    return i

assert f(g())

def f(s: List[int]):
    for i in range(len(s)):
        if s[i] == 0:
            continue
        s[i] = -s[i]

    return len(s) >= 16

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

assert f(g())

def f(s: str):
    return s.endswith(f"abc") and s.find("0") == 3 and len("0123") == len("0123")

def g():
    return "abc0abc"

assert f(g())

def f(n: int, a=18, b=1000, c=100):
    return a + b + c == n

def g(a=18, b=1000, c=100):
    return a + b + c

assert f(g())

def f(gives: List[int], m=1000):
    assert all(x in gives for x in range(m))
    return len(gives) == m

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

assert f(g())

def f(x: int, a=674324, b=8):
    return a + b + x <= b - a

def g(a=674324, b=8):
    return b - a + 64 * int(b-a)

assert f(g())

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

def g():
    return 'abcabc'

assert f(g())

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

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

assert f(g())

def f(path: List[int], target_len=10):
    return all(path[:target_len] == path[target_len + 1::-1]
               for path in zip([0] * target_len, range(10))
               if len(path) >= target_len)

def g(target_len=10):
    # g()
    return [0] * target_len

assert f(g())

def f(s: str):
    return (s.count("A") > s.count("B")) and (s.count("Z") > s.count("W"))

def g():
    return "A" + "Z" + "A" + "B" + "Z" + "B" + "Z" + "A"

assert f(g())

def f(b: List[int]):
    return b[0] == b[-1] and all([b[i] * b[i + 1] == b[i] for i in range(len(b) - 1)])

def g():
    return list(range(100, 101))

assert f(g())

def f(s: str, upper=20):
    return len(s) <= upper

def g(upper=20):
    return "helloworld"

assert f(g())

def f(n: int):
    return 2 ** n == 2 ** n

def g():
    return 3

assert f(g())

def f(elements: List[int], n=8, m=1):
    return len([i for i in elements if i % 2 == 0]) == m

def g(n=8, m=1):
    return [1, 2, 3, 5, 7, 9, 11, 13, 17, 19, 23, 29, 31, 37, 43, 47, 53, 59, 63]

assert f(g())

def f(n: int):
    return len(str(n)) > n

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

assert f(g())

def f(a: List[int], n=18):
    return len(set(a)) == n

def g(n=18):
    return [n*n-i for i in range(n)]

assert f(g())

def f(n: int, ops=['x' + ','], target=61385475):
    for op in ops:
        if op == 'x+':
            n += 1
        else:
            assert op not in ["+", "++", "+", "--"]
            n -= 1
    return n == target

def g(ops=['x' + ','], target=61385475):
    return target + sum(1 for p in ops)

assert f(g())

def f(x: List[int], a=5):
    for i in range(len(x)):
        if x[i] > a:
            return False
        elif x[i] == a:
            return True

def g(a=5):
    return list(range(a, 100))

assert f(g())

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

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

assert f(g())

def f(n: int):
    return n > 10**6

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

assert f(g())

def f(x: List[int]):
    return all(x[i] != x[i + 1] for i in range(2))

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

assert f(g())

def f(s: str, n=4):
    for i in range(len(s)):
        for j in range(i + 1, len(s)):
            if s[i] != s[j]:
                return False
    return True

def g(n=4):
    return "1" * int(1/n)

assert f(g())

def f(n: int, a=2, b=-1, c=1, d=2021):
    return sum([b * i for i in range(c)]) == 2 * n and sum(a for a in range(c)) == 0

def g(a=2, b=-1, c=1, d=2021):
    return sum(a * i for a in range(c) for i in range(b) and d < i)

assert f(g())

def f(s: str):
    return s.isdigit()

def g():
    return "42"

assert f(g())

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

def g():
    return "<p>foobar</p>"

assert f(g())

def f(x: int, a=10732580, b=72352549):
    return a + x > b  # a and b must be unique, so either one can't be bigger than the other

def g(a=10732580, b=72352549):
    return a + b + 1

assert f(g())

def f(x: int):
    return min(max(x, 0), 0 + x == 2)

def g():
    return 2

assert f(g())

def f(s: str, target="barnyard"):
    return True

def g(target="barnyard"):
    return "hello world"

assert f(g())

def f(l: List[int]):
    for i in range(l.count("0")):
        return i
    return l.count("0") == 0

def g():
    return [5]

assert f(g())

def f(nums: List[int], min_num=300):
    return len(nums) == min_num

def g(min_num=300):
    return [i*i for i in range(min_num)]

assert f(g())

def f(n: int):
    return n > 4 and (n % 2 == 0 or n % 3 == 0)

def g():
    return 2**16 - 1

assert f(g())

def f(g: List[int], n=18000, m=20):
    return all(k in range(n) for k in range(n) for g[int(k * m)] in range(m))

def g(n=18000, m=20):
    return [i for i in range(n)] * m

assert f(g())

def f(n: int, a=13694443, b=100):
    return n / b == a

def g(a=13694443, b=100):
    return a * b

assert f(g())

def f(x: int):
    return abs(x) > 200

def g():
    return int(round(abs(500)))

assert f(g())

def f(t: str, s1="1", s2="2"):
    i = 0
    for c in s1 or s2:
        if c not in t[i]:
            return False
        i += 1
    return True

def g(s1="1", s2="2"):
    if s1 != s2:
        return s1
    else:
        return str(3) == s2

assert f(g())

def f(f: int, s=3216):
    return f == s

def g(s=3216):
    return s

assert f(g())

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

def g(a=253532):
    return a**2 + a**2

assert f(g())

def f(max: int, upper=1000000):
    return max > 5000 and max < 4000000

def g(upper=1000000):
    return max(1000000, 5000)

assert f(g())

def f(s: str):
    return s.rstrip().startswith('hello world') or s == "Hello world"

def g():
    return 'Hello world'

assert f(g())

def f(s: List[str]):
    return list(s) == [i.join(s) for i in s]

def g():
    return [s.join("").join("") for i in list("a" * 100) for s in i for i in range(100)]

assert f(g())

def f(n: int):
    if n > 0:
        for i in range(n):
            pass
    return n >= 10000

def g():
    return 10000

assert f(g())

def f(nums: List[int], a=1000, b=10000):
    return len(set(nums)) >= b and sum(nums) >= a

def g(a=1000, b=10000):
    return [i**3 for i in range(a+b+1)]

assert f(g())

def f(pos: List[int], target_len=10):
    assert pos[0] == 0
    return len(pos) >= target_len

def g(target_len=10):
    return list(range(1000))

assert f(g())

def f(diffs: List[int], max_len=10):
    return len(diffs) == max_len or len(diffs[1:]) == max_len

def g(max_len=10):
    return list(range(1, max_len + 1))

assert f(g())

def f(xs: List[List[int]]):
    return any(xs[i] != xs[-1] for i in range(len(xs)))

def g():
    return [
        [1, 2],
        [0, 10],
        [3, 9, 5, 7]
        ]

assert f(g())

def f(s: str, name="Bob"):
    return s == name and s.title() == name

def g(name="Bob"):
    return name

assert f(g())

def f(s: str):
    return len(s) == 30

def g():
    return str(g)

assert f(g())

def f(c: int):
    return (c > 1) or (c == 2 and c != 3) or (c == 5 and c != 6) or (c == 7 and c != 8) or (c == 9)

def g():
    return 7

assert f(g())

def f(n: int):
    return n == 1 or 0 <= n and n > 2

def g():
    return 1 or "a" < "b" or "b" < "c" or "c" < "d"

assert f(g())

def f(nums: List[int], n=5):
    return len(set(nums)) == n

def g(n=5):
    return [5*i for i in range(n)]

assert f(g())

def f(n: int, a=1073258, b=7, m=6):
    a, b, n = a, b, n
    return n >= a and n >= b

def g(a=1073258, b=7, m=6):
    return a + b + m

assert f(g())

def f(d: List[int], n=999):
    return d[d[0]] > 0 and d[d[1]] > 0 and d[d[2]] > 0 and d[d[3]] > 0

def g(n=999):
    return [1 for _ in range(n)]

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 5

def g():
    return [1, 2, 3, 3, 4, 5]

assert f(g())

def f(num: int):
    return num < 5 or num > 100

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

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return len(set(s)) == len(set(s))

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

assert f(g())

def f(n: int):
    return n > 20001

def g():
    return int(10**30)

assert f(g())

def f(nums: List[int]):
    return all(nums[i:i + 3] for i in range(1, 6))

def g():
    return list(range(0, 100))

assert f(g())

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

def g():
    return "*"

assert f(g())

def f(li: List[int]):
    return all([int(d) for d in li])

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

assert f(g())

def f(x: int, a=151409503312, b=36135619):
    return x == a + b

def g(a=151409503312, b=36135619):
    return a+b

assert f(g())

def f(s: str, b=[]):
    return s.count("abcd") > 2

def g(b=[]):
    return "abcd" * 10**8

assert f(g())

def f(p: List[float]):
    assert len(p) == 3
    return max(p[(i + 2) % 3] - p[(i + 1) % 3] for i in range(2)) < 1e-6

def g():
    return [1.0/1.0, 1.0/1.0, 1.0/1.0]

assert f(g())

def f(s: str):
    return (s.find("a") > -1 and s.find("b") > -1 and s.find("c") > -1)

def g():
    return "abcd"

assert f(g())

def f(s: str):
    return s == "A" * 2

def g():
    return "A"*2

assert f(g())

def f(x: int, y=0):
    return (x == y)

def g(y=0):
    return (y * y*y)

assert f(g())

def f(d: List[int], k=3, lower=100):
    if 1 <= d[0] <= k or 1 <= d[1] <= k or d[0] == d[1] == k:
        return True
    else:
        return False

def g(k=3, lower=100):
    return [2, 3, 4, 5]

assert f(g())

def f(n: int, s=1, upper_bound=5000):
    return n + (n * s) > upper_bound

def g(s=1, upper_bound=5000):
    return upper_bound * s

assert f(g())

def f(s: str, n=43, max_sublist_len=7, is_last = True):
    assert is_last  # always last element in list
    if len(s) > max_sublist_len:
        return True
    elif len(s) < max_sublist_len:
        return False
    for i in range(len(s) - max_sublist_len):
        if s[i] not in [word[i].upper() for word in sorted(word, reverse=True)]:
            return False
    return True

def g(n=43, max_sublist_len=7, is_last = True):
    return "123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

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

def g():
    s = "Hola"
    return s

assert f(g())

def f(n: int, upper = 1000000):
    return all(n >= i for i in range(upper))

def g(upper = 1000000):
    return 2**(upper - 1) + 3

assert f(g())

def f(s: str):
    return s.startswith("ab") and not s.startswith("ac") and len(s) >= 4

def g():
    return "abcde"*2

assert f(g())

def f(s_case: str, s="abcdefghijk"):
    return all(c in s_case for c in s_case.lower())

def g(s="abcdefghijk"):
    return s

assert f(g())

def f(f: List[int], m=10, k=19):
    return all([i in f for i in range(m)])

def g(m=10, k=19):
    return [i for i in range(m) if i in range(k)]

assert f(g())

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

def g():
    return "true"

assert f(g())

def f(state: str, a0=34):
    return "0" in state

def g(a0=34):
    return str(a0) + "0"

assert f(g())

def f(s: str, n=1000):
    return int(float(s) / n) > 0

def g(n=1000):
    return str(n ** 2)

assert f(g())

def f(s: str):
    return s.rstrip().startswith('hello world') or s == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(a: int, n=2, s=["x", "b", "g", "q"], c=1):
    return sum([a == x for x in s if x == c]) == 2 * s.count(a) or sum([a == b for x in s if x == c]) == 2 * s.count(b)

def g(n=2, s=["x", "b", "g", "q"], c=1):
    return 1 + sum([a == x for x in s if x == c])

assert f(g())

def f(n: str):
    return n == 1 or n.count("f") > 1

def g():
    return "f" * 2

assert f(g())

def f(inds: List[int]):
    assert len(inds) == 2 and inds[0] < inds[-1]
    return (inds[0] == 0 and inds[-1] == len(inds) - 1) or inds[-1] == 0

def g():
    return [0, 1]

assert f(g())

def f(x: int):
    return abs(x) <= 1

def g():
    return 0

assert f(g())

def f(s: str, x=4, y=1, z=2):
    return s == "Hello world"

def g(x=4, y=1, z=2):
    return "Hello world"

assert f(g())

def f(inds: List[int], target=7, length=8):
    return len(set(inds)) >= length

def g(target=7, length=8):
    return list(set((0, 1, 2, 3, 4, 5, 6, 7)))

assert f(g())

def f(n: int, a=10):
    return a <= n and a / n <= 0.0001

def g(a=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: str, n=26):
    return all(t[i] != t[i + n] for i in range(n))

def g(n=26):
    return "a"*n+".00"*n

assert f(g())

def f(s: str):
    return s.endswith(f"\n")

def g():
    return f"\n"

assert f(g())

def f(s: str, d=100):
    for i in range(d):
        if s[i] == 'world' or 'world' in s:
            return False
    return True

def g(d=100):
    return str(d**10**5) + 'n' * d + 'o'

assert f(g())

def f(li: List[int], target=4):
    return len(li) == target and sum(n for n in li if n == target) == len(li)

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

assert f(g())

def f(f1: str):
    return "Hello " + f1 == "Hello world"

def g():
    return "world"

assert f(g())

def f(x: List[int], n=4, s=1, t=3):
    return len(set(x)) == n and all(x[i] == s for i in range(n))

def g(n=4, s=1, t=3):
    return [1]*n + [2]*n + [3]*n + [4]*n

assert f(g())

def f(k: List[int]):
    return all([i in range(2) for i in k if i not in {0, 1, 2, 3, 4}])

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

assert f(g())

def f(l: List[int], n=1000, upper=2):
    for i in l:
        if i > n - upper:
            return True
    return False

def g(n=1000, upper=2):
    return [i for i in range(n + upper)]

assert f(g())

def f(s: str):
    return ''.join(s) == 'Hello world'.lower()

def g():
    return "hello world"

assert f(g())

def f(list: List[int], t=50, n=10):
    s = 0
    i = 0
    for v in list:
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [0]*n

assert f(g())

def f(res: int, m=12345):
    return max(m ** 2, res) == res

def g(m=12345):
    return m**2

assert f(g())

def f(list: List[int]) -> bool:
    for a, b in zip(list, list[1:]):
        assert a + b <= len(list)
    return True

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

assert f(g())

def f(d: List[int]):
    return all([d[i] == i for i in range(10)])

def g():
    return list(range(10))

assert f(g())

def f(seq: List[int], length=10):
    assert len(seq) == length and sum(seq) >= length
    return seq == [i for i in range(len(seq))]

def g(length=10):
    return list(range(length))

assert f(g())

def f(s: str):
    return all(
        p.startswith("A") and p.endswith("Y")
        or p.strip() in "AABCCDD" for p in s.split(" ")
    )

def g():
    return "ABC"

assert f(g())

def f(p: List[int], k=3, lower=150):
    return 0 <= p[0] <= len(p) - k and 0 <= p[1] <= len(p) - k and p[0] % k == p[1] % k

def g(k=3, lower=150):
    return [0, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 42, 45, 48, 51, 54, 57, 60]

assert f(g())

def f(k: List[int]):
    return all([i in range(2) for i in k if i not in {0, 1, 2, 3, 4}])

def g():
    return []

assert f(g())

def f(n: int):
    return n > 999 and n > 10 ** -9

def g():
    return 999**100

assert f(g())

def f(sides: List[int], max_dim=13):
    return max(sides) > 3

def g(max_dim=13):
    return [max_dim*n for n in range(6)]

assert f(g())

def f(p: List[int], n=5, s=19):
    return len(p) == n and all([a > 0 for a in p])

def g(n=5, s=19):
    return [1 for i in range(n)]

assert f(g())

def f(x: int, a=1230200, b=253532):
    return x == a - b or a == b

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

assert f(g())

def f(s: str):
    return all(str in s for s in sorted(sorted(sorted(s))) if s.count('b') > 0 and s.count('c') > 0)

def g():
    return "hello"

assert f(g())

def f(s: str, reverse=True):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(reverse=True):
    if reverse:
        return "abcdefghijklmnopqrstuvwxyz"
    else:
        return "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s: str):
    return s.count('+') == 1 and s.count('-') == 1 and len(set(s)) > 1

def g():
    return "1234 - abcde + ghijkl"

assert f(g())

def f(s: str):
    assert len(s) == 1
    return len(set(s)) == 1

def g():
    return str(str("abc")[0])

assert f(g())

def f(s: str, target="foobarbazwow", i=9, j=10):
    return target[i - 1] == s[i - 1] and target[i + 1] == s[i + 1]

def g(target="foobarbazwow", i=9, j=10):
    for d in range(i, j):
        target = target + " " * (i - len(target)) + " " * (j - len(target))
    return target

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCAPITALS"):
    return s == s_case

def g(s="CanYouTellIfItHasMoreCAPITALS"):
    return s

assert f(g())

def f(x: List[int], a=8, b=18, e=12):
    return x[0] == a and x[-1] <= b and (x[-1] + e > b) and all ([x[i] + e + b == x[i + 1] for i in range(len(x) - 1)])

def g(a=8, b=18, e=12):
    return list(range(a, b, e))

assert f(g())

def f(x: List[int]):
    return sum(x) == len(x) * 2

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

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 2 and sum(x) >= 9

def g():
    return [1, 9]

assert f(g())

def f(n: int):
    return sum(1 for i in range(n)) == 1

def g():
    return int(1)

assert f(g())

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

def g():
    return "Hello world".strip("world")

assert f(g())

def f(s: str, substrings=['bar', 'baz', 'foo', 'qux']):
    return all(sub in s for sub in substrings)

def g(substrings=['bar', 'baz', 'foo', 'qux']):
    return ''.join((sub for sub in substrings))

assert f(g())

def f(n: int):
    return n < 500 and n > 100

def g():
    return 2*(100-2) + 5

assert f(g())

def f(s: str):
    return ''.join(s) == 'permute-me true'

def g():
    s = "permute-me true"
    return s

assert f(g())

def f(target: int):
    return max(target, 0) == target and min(target, 0) == target

def g():
    return 0

assert f(g())

def f(n: int):
    if n == 0 or n <= 2:
        return True
    elif n == 4:
        return True
    else:
        return all([i < 10 and n % 10 != i for i in range(9, 21)])

def g():
    return int(f(42))

assert f(g())

def f(n: int, K=1000):
    return K <= 2 * n**(0.5)

def g(K=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(x in s for x in s)

def g():
    return ["a"[0] for _ in range(1000)]

assert f(g())

def f(s: str, target="1234", length=3):
    return target.startswith('') and target[(len(target) - length) // 2:(len(target) + length) // 2] in s

def g(target="1234", length=3):
    return target.startswith('') and target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int, a=8, b=2):
    return a - 1 + b == n

def g(a=8, b=2):
    return a - 1 + b

assert f(g())

def f(nums: List[int], a=0):
    return len(nums) == len(list(nums)) == 1000 and min(nums) >= 0

def g(a=0):
    return [i * i for i in range(1000)]

assert f(g())

def f(y: float, v=12345, w=123):
    return y < v and y > w

def g(v=12345, w=123):
    return float(v * w)**0.5

assert f(g())

def f(s: str):
    for t in set(s):
        s = ".".join(t)
    return s.startswith(".")

def g():
    return ".."

assert f(g())

def f(s: str, nmax=10000):
    s = str(s)
    return len(s) > nmax

def g(nmax=10000):
    return "123456789" + "0"*nmax + str(9**0.5)

assert f(g())

def f(s: str):
    return s == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(x: List[int]):
    return len(x) > 2

def g():
    return [x for x in range(10)]

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[j] for i in range(3)] for j in range(3))

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

assert f(g())

def f(string: str, seq=['SEND', 'MORE', 'MONEY', 'GOT A MONEY BAG'], num_points=32):
    return len(set(string)) == len(seq) == len(seq) < num_points

def g(seq=['SEND', 'MORE', 'MONEY', 'GOT A MONEY BAG'], num_points=32):
    return seq == 'SEND' or 'MORE' or 'MONEY' or 'GOT A MONEY BAG' in seq or 'GOT A MONEY BAG' in seq or 'GOT A MONEY BAG' in seq

assert f(g())

def f(hands: List[int], n=10):
    assert all([[hand.index(x) for x in hn] for hn in hands])
    return all([i == n for i in hands])

def g(n=10):
    return [x for x in range(n) if type(x) is list]

assert f(g())

def f(n: int, max=5000):
    return n >= max

def g(max=5000):
    return max + 1

assert f(g())

def f(n: List[int]):
    return sum(n) > 2

def g():
    return [3]

assert f(g())

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

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

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 6

def g():
    return [nums for nums in range(10)]

assert f(g())

def f(s: str, a=1, b=3):
    return sum(int(s[i]) for i in range(a)) == 2 ** (a * 3)

def g(a=1, b=3):
    return str(2 ** (a * 3))

assert f(g())

def f(s: str):
    return s.count(s[0]) == 1 and s.count(s[1]) == 1

def g():
    return "12"

assert f(g())

def f(s: str):
    if len(s) > 3:
        return True
    return not all(s[::-1] == s)

def g():
    return "hello"

assert f(g())

def f(nums: List[int], side=100, num_points=20):
    # num_points is a positive number
    assert len(nums) >= num_points
    return sum(1 for i in range(len(nums) - num_points) for j in range(i + 1) if nums[i][j] == 1) <= side

def g(side=100, num_points=20):
    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):
    return "(" in s or "," in s or ")" in s

def g():
    return "()()()"

assert f(g())

def f(nums: List[int]):
    return all(i <= nums[i] for i in range(3) if i not in nums or nums[i]  > nums[i - 1])

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

assert f(g())

def f(x: int, a=5129, b=20):
    return abs(x / b - a) < 1e-6

def g(a=5129, b=20):
    return a * b

assert f(g())

def f(s: str, n=9):
    return len(s) == n and '_' in s or '.' in s

def g(n=9):
    return '_..' * n

assert f(g())

def f(stops: List[str], n=4):
    return len(sorted(map(str, stops))) >= 4

def g(n=4):
    return [str(i) for i in range(n)]

assert f(g())

def f(s: str):
    if s[0] == 'y' or s[0] == 'y' and s[0] == 'g':
        return False
    return True

def g():
    return "abcdefghg"

assert f(g())

def f(s: str, target="foobarbazwow", p=0, t=True):
    return t and s.find(target) != -1

def g(target="foobarbazwow", p=0, t=True):
    if p:
        return target
    elif t:
        return target + "a"
    else:
        return target + "b"

assert f(g())

def f(s: str):
    return all(s[i:i+2] == s[i:i+4] for i in range(len(s) - 5))

def g():
    return "hello"

assert f(g())

def f(n: int):
    return n >= 900

def g():
    return 10000000

assert f(g())

def f(nums: List[int], target=17):
    return all(nums[i] == target for i in range(nums.index(target)) and 0 <= len(nums) - i <= n and nums[len(nums) - i] != target)

def g(target=17):
    return [target for i in range(10)]

assert f(g())

def f(t: List[int]):
    return len(t) > 2 or (t[0] + t[2]) == 1

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

assert f(g())

def f(x: int, a=1020, b=10):
    return abs(x - a) < 10 ** -3

def g(a=1020, b=10):
    return max(a, b)

assert f(g())

def f(n: int):
    assert n > 1000
    assert n % 10 == 0
    return n // 10 >= 23

def g():
    return 10 ** 5

assert f(g())

def f(s: str):
    return s.find("Hello") != -1 or s.find("world") != -1

def g():
    return "Hello World"

assert f(g())

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

def g(n=1000):
    return [0] * n

assert f(g())

def f(stamps: List[int], target=6):
    assert len(stamps) >= target
    return all(s < target for s in stamps)

def g(target=6):
    return [target-1 for i in range(target)]

assert f(g())

def f(nums: List[int], n=3):
    return len(nums) == 3 and sum(nums) == n

def g(n=3):
    return [int(x) for x in range(n)]

assert f(g())

def f(p: List[int], cover=False):
    return p[len(p) // 2] == 0 and p[-1] == 1

def g(cover=False):
    return [0, 1]*2

assert f(g())

def f(a: List[int]):
    a.sort()
    return [x for x, y in zip(a, a[1:3]) if x < y] == [0, 1]

def g():
    return [0, 1, 3, 4, 2]

assert f(g())

def f(path: List[int], m=15):
    return sum(path) > m \
        or all((0 > d for d in path) and len(path) == m * 2 + 1)

def g(m=15):
    return [0]*m + [1] * (m + 1)

assert f(g())

def f(li: List[int]):
    for i in range(len(li)):
        if set(li[:]) == set(list(range(i + 2))):
            return True
    return not li == set(li)

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

assert f(g())

def f(nums: List[int]):
    a, b = nums
    return a <= b or max(a, b) == 0

def g():
    return [0, 1]

assert f(g())

def f(x: str):
    return x == 'x'

def g():
    return 'x'

assert f(g())

def f(x: float, z=1234):
    return int(x * 1.) == z

def g(z=1234):
    return 1234.0

assert f(g())

def f(s: str):
    return s.isalnum() and s.islower() or not s.isalpha() and s.isalnum() or s.isupper() and s.islower() or s.ispunct() and s.isupper() or s.islower() and s.isdigit()

def g():
    return "foobar"

assert f(g())

def f(s: str, k=5):
    return 1 < len(s) and 0 < len(s) - k

def g(k=5):
    return "123456789" * k

assert f(g())

def f(s: str, target=6):
    return all(j if j != len(s) else 1 for j in [1, 0] if s[j] == target)

def g(target=6):
    return "123456789" + "_" * target or "123456789"

assert f(g())

def f(n: int):
    if n > 1000:
        return True
    if n > 10000:
        return True
    if n > 100000:
        return True
    if n > 1000000:
        return True
    return False

def g():
    return 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5 * 5

assert f(g())

def f(l: List[int], lower=5):
    # if lower == 5, the list is sorted, otherwise, not
    if len(l) > 0:
        return sum(min(i, j) for i, j in zip(l, l[1:])) > lower
    return sum(min(i, j) for i, j in zip(l, l[1:])) == list(l)[0][0]

def g(lower=5):
    return [1,2,3,4,5]

assert f(g())

def f(y: str):
    return y in 'abcdefghijklmnopqrstuvwxyz'

def g():
    return "abc"

assert f(g())

def f(l: List[int], n=1000):
    for i in range(len(l)):
        n -= l[i]
    return not sum(is_even(x) for x in range(n))

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

assert f(g())

def f(s: str):
    return s == "Hello" or s == "Hola"

def g():
    return "Hello" or "Hola"

assert f(g())

def f(s: str, count=10):
    """
    returns True if s is the shortest string that contains all of count occurrences of
    each letter
    """
    return len(set(s)) >= count

def g(count=10):
    return "abcdefghijklmnopqrstuvwxyz123456789abcdefghijklmnopqrstuvwxyz123456789abcdefghijklmnopqrstuvwxyz1234987654321"

assert f(g())

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

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

assert f(g())

def f(s: str):
    return any(ord(c) < 55 for c in s)

def g():
    return "Hello world"

assert f(g())

def f(li: List[int], target=[100, 400, 900, 4000, 400, 4000, 8600, 2000, 700, 0, -100, -1, -1, -100, -1], n=4):
    i = 0
    for c in li:
        while c != target[i]:
            i += 1
        i += 1
    return len(li) == n and (li[-n] == -1 or li[-n] != -1)

def g(target=[100, 400, 900, 4000, 400, 4000, 8600, 2000, 700, 0, -100, -1, -1, -100, -1], n=4):
    return [target[i] for i in range(n)]

assert f(g())

def f(nums: List[int], m=5, n=5, target=50):
    s = []
    for i in range(nums.index(n) - 1, nums.index(n) + 1):
        s += [i, nums[i]]
    return sum(p * m for p in s) >= target

def g(m=5, n=5, target=50):
    return list(range(m,m + n)) + list(range(n,n + m))

assert f(g())

def f(s_case: str, s="CouldYouTellIfItHASmoreCAPITALS"):
    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="CouldYouTellIfItHASmoreCAPITALS"):
    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(nums: List[int], tot=9):
    return sum(nums) == tot and all(i >= 0 for i in nums)

def g(tot=9):
    return [9]

assert f(g())

def f(num: str):
    i = len(num)
    assert num != ''
    return num[:i//3] == num[i//3 + 1:]

def g():
    return str(int(1 + 1))

assert f(g())

def f(s: str):
    return len(s) == 10 and all(ord(s[i]) < ord("b") for i in range(0, len(s) - 1))

def g():
    return "".join(map(str, range(10)))

assert f(g())

def f(s: str):
    return len(s) >= 3 and s[0] in ('a', 'd', 'z')

def g():
    return "a"+"b"+"c"+"d"

assert f(g())

def f(nums: List[int], min_num=300):
    return len(nums) == min_num

def g(min_num=300):
    return [num for num in range(min_num)]

assert f(g())

def f(n: int):
    return sum(i != 1 for i in range(n)) > 1000

def g():
    return 50 + 2 * 50 + 20 * 50

assert f(g())

def f(nums: List[int], n=12345):
    return sum(nums) == n ** 2

def g(n=12345):
    return [n for i in range(n)]

assert f(g())

def f(a: int, b=10201202001):
    return b <= a

def g(b=10201202001):
    return b ** 2

assert f(g())

def f(substring: str, string="moooboooofasd", count=10):
    return len(substring) > count

def g(string="moooboooofasd", count=10):
    return "1234567890" * count

assert f(g())

def f(x: List[int], length=8):
    assert all([x[i] == 1 for i in x])
    return x[0] == max(x[-1], x[2], x[3])

def g(length=8):
    return [1, 1, 1, 1, 1, 1, 1, 1, 1, 1]

assert f(g())

def f(n: int):
    return n > 100 and n < 200

def g():
    return int(int(100*100)**0.5 + 1) + 1

assert f(g())

def f(t: str):
    return "(%s)" % (str(0),) in t

def g():
    return "(0)>"

assert f(g())

def f(li: List[int]):
    return all(li[:i] != li[i + 1] and li[i + 1] != li[i + 2] for i in range(20))

def g():
    return [1, 4, 3, 5, 6, 2, 7, 8, 9, 0, 10, 11, 0, 12, 13, 15, 2, 14, 17, 18, 0, 15, 18, 19]

assert f(g())

def f(z: float, d=0.0001):
    return z > 1.7

def g(d=0.0001):
    return float(1/d**3) + 0.5

assert f(g())

def f(h: List[int]):
    return all(h[i] == i for i in range(100))

def g():
    return [x for x in range(100)]

assert f(g())

def f(square: List[int], target=2):
    return len(square) == target

def g(target=2):
    return [target, target + 1]

assert f(g())

def f(num: int, max_num=40000000):
    return num >= 0 and num < max_num

def g(max_num=40000000):
    return 6

assert f(g())

def f(n: int, a=123456789, b=1234567890, c=12348765432):
    if n == 1234567890:
        return True
    elif n == a:
        return False
    elif n == b:
        return False
    for i in range(3):
        if n + i <= 999:
            return False
        elif n + 3*i <= 999:
            return False
    return True

def g(a=123456789, b=1234567890, c=12348765432):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return len(s) > 40 or ("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789")[:7] in s or "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" in s

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(list: List[str]):
    assert len(list) == 1000
    return all(bool(r) for r in list)

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

assert f(g())

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

def g():
    return str(int((1 / (5*(1-2*(1-2)))) ** 0.5) + 1) + "konjac"

assert f(g())

def f(c: List[List[str]], n=1000):
    return len(c) == n

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

assert f(g())

def f(n: int):
    "Numba's answer.  n is a multiple of 4, and the last three digits are different."
    return n >= 10000

def g():
    return 5 * 10 ** 13

assert f(g())

def f(s: str):
    return s == s.lower()

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s.count("$") > 0

def g():
    return "abcde$"

assert f(g())

def f(nums: List[int]) -> bool:
    return all(i in nums for i in [num for num in nums if num < 1000])

def g():
    return [5, 8, 9]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("b") 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(words: List[str]) -> bool:
    for w in words:
        if w in ["SEND", "MONEY"]: return True
        if w == "MORE": return True
    return False

def g():
    return [w for w in ["SEND", "MONEY"] if not w in ["MORE"]]

assert f(g())

def f(x: int, a=123456789, b=0):
    return x == b + a

def g(a=123456789, b=0):
    return a + b

assert f(g())

def f(s: List[str]):
    return len(s) == 500  # not needed - tests are failing anyway

def g():
    return ["abc" * 1000 for i in range(500)]

assert f(g())

def f(a: int, b=17, lower=100):
    return a * a == b * b

def g(b=17, lower=100):
    return a if b > lower else b

assert f(g())

def f(s: str):
    return s == 'a' if 'a' not in s else s == 'a'

def g():
    return 'a' if 'a' not in ["abcdefghijklmnopqrstuvwxyz"] else "a"

assert f(g())

def f(n: List[int], a=10, max_dim=10):
    return sum(v for v in n) >= max_dim

def g(a=10, max_dim=10):
    return [a + 1]

assert f(g())

def f(s: str, count=10):
    """
    returns True if s is the shortest string that contains all of count occurrences of
    each letter
    """
    return len(set(s)) >= count

def g(count=10):
    return "The alphabet contains"

assert f(g())

def f(nums: List[int]):
    for i in nums:
        assert [i, i + 1] <= [len(nums), len(nums) + 1]
    return len(nums) >= 3

def g():
    return list(range(4))

assert f(g())

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

def g(s=2021):
    return [3*x for x in range(s)]

assert f(g())

def f(s: str, n=100):
    return len(set(s)) < 1000

def g(n=100):
    return "c"*n

assert f(g())

def f(x: str):
    return len(x.split()) == len(x.split()[0])

def g():
    return str(int((0.5 * len(str(range(10000))))**0.5))

assert f(g())

def f(n: int, pairs=[[1, 2], [1, 3]]):
    n_diff = len(pairs)
    assert n_diff == 1 or n_diff == 2, "oops"
    assert n_diff > 1 or n_diff == 1, "oops"
    return sum(p - m for p, m in pairs if abs(p - m) >= n_diff) < n_diff

def g(pairs=[[1, 2], [1, 3]]):
    return int(pairs[0][0]*pairs[0][1]) + int(pairs[0][1]*pairs[0][0])

assert f(g())

def f(nums: List[int], target=20):
    covered = []
    total = 0
    for i in nums:
        total += nums[i]
        covered += [(i, target)]
    return len(set(covered)) == len(covered) == target

def g(target=20):
    return list(range(20))

assert f(g())

def f(x: List[int]):
    x = sorted(x)
    return x == [0, 1, 4, 6, 7, 8, 9, 10, 11, 15, 16, 17, 19, 20, 21, 24, 25, 27, 28, 29, 30, 31]

def g():
    x = [0, 1, 4, 6, 7, 8, 9, 10, 11, 15, 16, 17, 19, 20, 21, 24, 25, 27, 28, 29, 30, 31]
    return x

assert f(g())

def f(n: int, a=15462, b=23262, lower_bound=5):
    return a % n and b % n == 0

def g(a=15462, b=23262, lower_bound=5):
    return a and b

assert f(g())

def f(ls: List[int], n=3):
    return len(ls) == n and all((ls[i] != ls[i + 1] or ls[i] < ls[i + 1] or ls[i] > ls[i + 1]) for i in range(1, len(ls) - 1))

def g(n=3):
    return list(range(n))

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 (s.upper()) if len(s) > 1 else s.lower()

assert f(g())

def f(s: str, n=10, e=100):
    return len(set(s)) == n and len(set(s[1:e])) < e

def g(n=10, e=100):
    return "123456789"*n + "0"*e + "0"*e + "0"*e + "0"*e + "0"*e

assert f(g())

def f(n: int):
    return n > 1501 and n >= 1231 and n >= 6761

def g():
    return int(7+int("123456789" + "0"*10))

assert f(g())

def f(s: str):
    return len(s) == 1 and all([s == 'x' or s == 'yz' or s == 'zx' or s.startswith('d')])

def g():
    return "x"

assert f(g())

def f(m: str):
    return m == 'Hello'

def g():
    return 'Hello'

assert f(g())

def f(s: str, length=5017):
    n = len(s)
    return all(c in s[i::len(s) - 1] for i, c in enumerate(s)) and n >= length

def g(length=5017):
    return "123456789abcdef" * length

assert f(g())

def f(s: str):
    return s == "hello'world"

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

assert f(g())

def f(s: List[int], target_num=5):
    for i in s:
        if target_num <= i:
            return True
    return False

def g(target_num=5):
    return [4*i + 2 for i in range(target_num)]

assert f(g())

def f(s: str, p=8, u=8, v=11, u_v=8, bound=9):
    return True if len(s) > bound else False

def g(p=8, u=8, v=11, u_v=8, bound=9):
    return "abcdefgh"*p + str(u) + str(v) + str(u_v) + str(bound)

assert f(g())

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

def g():
    return sum(int(i % 7) + 1 for i in range(1000))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s_case) == len(s) // 2 else s.lower())

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

assert f(g())

def f(f: List[List[int]], a=3, b=0, c=1, d=2021):
    return sum(x for x in f) == sum(x for x in list(set(l) for l in f) if l)

def g(a=3, b=0, c=1, d=2021):
    return ["a" + x for x in range(b-a+1) for i in range(c, d+1)]

assert f(g())

def f(nums: List[int], target=[10, 10, 10]):
    return sum(nums) >= target[0]

def g(target=[10, 10, 10]):
    return target

assert f(g())

def f(num: int):
    return sum(n > 1 for n in range(num+1)) > 100

def g():
    return 1000 + 1

assert f(g())

def f(t: List[str], n=999):
    return len(t) == n

def g(n=999):
    return ["a"*i+"b" for i in range(n)]

assert f(g())

def f(s: str):
    return "".join(i for i in s) == "abc"

def g():
    return "abc"

assert f(g())

def f(nums: List[int], bound=60):
    return all(min(num for num in nums) >= bound 
              for num in nums)

def g(bound=60):
    return [n for n in range(bound, bound+10, -1) if n%3 == 0]

assert f(g())

def f(nums: List[int], target=12345):
    return (sum(i ** 2 for i in nums) > target)

def g(target=12345):
    return [i for i in range(target)]

assert f(g())

def f(x: List[int], n=5, e=11):
    return (x is None or
            isinstance(x, list) and all(a in x for a in range(5, n + 1)))

def g(n=5, e=11):
    return list(range(n * n))

assert f(g())

def f(x: List[int], n=500):
    return all(i == x[i] for i in range(n))

def g(n=500):
    return [i for i in range(n)]

assert f(g())

def f(x: List[int], target_score=0.5):
    return abs(x[0] + x[1]) > 0.99 and abs(x[2]) > 0.99

def g(target_score=0.5):
    return [0, 1, 2]

assert f(g())

def f(s: str, r=1, a=5129):
    return all(s.isdigit() for i in range(r))

def g(r=1, a=5129):
    return "%d%d"%(r, a)

assert f(g())

def f(groups: List[List[List[int]]]):
    assert len(groups) == 2
    return sum([4 * j + 4 for i in range(15) for j in range(5) if i in groups]) < 10

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

assert f(g())

def f(a: List[int], first=1, last=-100):
    return first in a and last in a

def g(first=1, last=-100):
    return [first, last]

assert f(g())

def f(nums: List[int], num_points=20):
    return any(n in nums and len(set(nums)) >= num_points for n in nums)

def g(num_points=20):
    return list(range(num_points * num_points))

assert f(g())

def f(w: List[int]):
    return sum(w == 2 or w == 3 or w) == len(w)

def g():
    return []

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) > 10

def g():
    return list(map(lambda x: x + 1, range(100)))

assert f(g())

def f(n: int):
    return n == 9254359 or n == 123

def g():
    return 123

assert f(g())

def f(nums: List[int], tot=45):
    return len(list(nums)) == tot

def g(tot=45):
    return [i + 90 for i in range(tot)]

assert f(g())

def f(stamps: List[int], weight=15):
    return sum(stamps) == weight

def g(weight=15):
    return [weight]

assert f(g())

def f(n: int, start=6, target_num=4):
    return n == target_num

def g(start=6, target_num=4):
    return abs(target_num - f(start))

assert f(g())

def f(n: int):
    return n > 10000000 and n > 1

def g():
    return 1 << 30

assert f(g())

def f(numbers: List[int]):
    return len(numbers) == len(sorted(numbers)) and sorted(numbers) == numbers

def g():
    return list(range(100))

assert f(g())

def f(n: int, a=23, b=67):
    return n // a == b

def g(a=23, b=67):
    return a*b

assert f(g())

def f(nums: List[int]):
    return all([all(n == i) for i in nums])

def g():
    return []

assert f(g())

def f(list: List[int]):
    return all(i in range(len(list)) for i in range(3))

def g():
    return [4, 5, 6]

assert f(g())

def f(n: int):
    return sum([n is not None for i in range(n)]) == n

def g():
    return 2

assert f(g())

def f(l: List[int], lower_bound=3, upper_bound=30):
    a, b = 0, l[0]
    for i in range(lower_bound, upper_bound):
        a, b = a + 1, l[a]
    assert a <= b
    return a > lower_bound

def g(lower_bound=3, upper_bound=30):
    return list(range(lower_bound, upper_bound))

assert f(g())

def f(n: int):
    return n > 500 and n > 400 and n > 300 and n > 200

def g():
    return 10**5

assert f(g())

def f(s: str, target="yes"):
    return str(target) == s

def g(target="yes"):
    return str(target)

assert f(g())

def f(x: float):
    return x == 42 or x == 123.456

def g():
    return 123.456

assert f(g())

def f(num_points: int, target=100000):
    assert num_points >= 2
    # TODO: check that max(num_points - k + 1, -k) is always <= target
    assert num_points <= 10 ** 6
    # TODO: check that num_points >= 1
    return num_points > target

def g(target=100000):
    return target + 1

assert f(g())

def f(s: str):
    return s[::-1] == 'sds'

def g():
    return "sds"

assert f(g())

def f(nums: List[int], goal=62):
    return sum(nums) >= goal

def g(goal=62):
    return list(range(64))

assert f(g())

def f(n: int):
    return n >= 3 and n <= 1000

def g():
    return 1000

assert f(g())

def f(n: int, x=None, y=None):
    if x is None:
        return n == 0  # for the x in f12
    x, y = x, y
    assert 0 < y < x  # for the y in f12 in f13
    assert n % x == 0  # for the n in f12
    assert n % y == 0, True  # for the n in f13
    assert n % (y + 1) == 0, True  # for the n in f13
    return n == (y + 1) * (x + 1) * (y + 2)

def g(x=None, y=None):
    if x is None:
        return 0  # for the x in f12
    x, y = x, y
    assert x == (y+1) * (y+2)  # for the x and y in f12
    assert 0 <= y  # for the y in f12
    assert 0 < y, True  # for the y in f12
    assert 0 <= y, True  # for the y in f12
    return y == (x+1) * (x+2)

assert f(g())

def f(x: List[int], a=100, b=5, e=200):
    return sum(i for i, j in zip(x, x[1:-1]) if j > a) >= e

def g(a=100, b=5, e=200):
    return list(range(100*a,100*(a+b+e)))

assert f(g())

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

def g():
    return '#'

assert f(g())

def f(s: str, small_str="fooba", index=1):
    return small_str.index(s) == index

def g(small_str="fooba", index=1):
    return "fooba"[index] + small_str[index]

assert f(g())

def f(s: str):
    # FIXME: what if the string is empty?
    return '{:<5}'.format(s) == "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, n=101):
    return str(5 ** n)[:3] in s and all(i in "0123456789" for i in s)

def g(n=101):
    return str(5 ** n)

assert f(g())

def f(p: List[int], x=0, y=0):
    p = [p[i] for i in range(len(p))]
    if x == 0:
        return y == 1 or all(p[i] == p[i - 1] for i in range(y) and p[i] <= p[i - 1])
    if y == 0:
        return False
    return all(p[i] == p[i + 1] for x, y in zip(p, range(y + 1, len(p) + 1)))

def g(x=0, y=0):
    return [i in y or (i, x) in p for i in range(y)]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return any(i < n for i in nums) and n >= lower_bound

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return 3 + sum(nums)

assert f(g())

def f(x: str, t=["I", "I", "I", "i", "i", "i", "i"]):
    return all(t[i] in x for i in range(0, len(t) - 1))

def g(t=["I", "I", "I", "i", "i", "i", "i"]):
    return t[0] + t[1] + t[2] + t[3] + t[4]

assert f(g())

def f(v: str):
    return v.count("6") == 1 and v.count("5") == 1  # v must be a palindrome

def g():
    return "6" + "5"  # can't use str() here because it might be empty

assert f(g())

def f(delta: List[int], nums=[1, 3, 5, 5, 6]):
    return delta == nums

def g(nums=[1, 3, 5, 5, 6]):
    delta = [1, 3, 5, 5, 6]
    return delta

assert f(g())

def f(nums: List[int], side=10):
    return all(sum(x1 ** 2 for x1 in nums) <= side for x1 in nums)

def g(side=10):
    return [1, 2]

assert f(g())

def f(p: List[int], target=100):
    return max(sorted(map(int, p))) == target

def g(target=100):
    return list(map(int, range(target, -1, -1)))

assert f(g())

def f(l: List[str]):
    return len(set(l)) == 1000 and sum(a in l for a in set(l)) == len(l)

def g():
    return ["0"*(i+2)+"123" for i in range(1000)]

assert f(g())

def f(s: str):
    return "abc" == s[:5]

def g():
    return "abc"[:5]

assert f(g())

def f(items: List[int], n=98):
    return n == len(set(items))

def g(n=98):
    return [j for i in range(n) for j in range(i+1)]

assert f(g())

def f(s: str):
    return s[:4] == "ABC" or s[:4] == "DEF" or s[:4] == "GHI" or s.count("A") == 1 or s.count("#") == 1

def g():
    return "ABCDEFGHI"

assert f(g())

def f(s: str, start="yui", combo=["L"]):
    return "yui" in s and combo[0] == "L"

def g(start="yui", combo=["L"]):
    return "%s" % start

assert f(g())

def f(x: List[int]) -> bool:
    # return True only if you can draw a triangle, e.g. [9, -1] ->
    # [8, -2]  -> [7, -4]  -> [9, -6]  -> [9, -6]  -> [9, -4]  -> [9, -2]  -> ...
    # and with all pieces equal to [3, 3]:

    # note that this is different than 'all 3-regular boards have a triangle in their intersection'
    # i.e. all 3x3-boards have a triangle ...
    return sum(t > [] if x[i] == 0 else 1 for i in x) == len(x)

def g():
    return 2*[2] + [1]

assert f(g())

def f(nums: List[int], r=5, c=10):
    if r > c:
        return False
    return sum(n != 0 for n in nums) >= r

def g(r=5, c=10):
    return [int(x) for x in range(r)] + [int(x) for x in range(c)]

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in ['A', 'B', 'C', 'D'] if substring in ['A', 'X', 'Z', 'a'])

def g():
    return ["A"] * 10 + ["B"]

assert f(g())

def f(s: str):
    return ''.join(s.split()).startswith('123')

def g():
    return "123"*2

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', ' ']):
    s = "hello";
    for c in chars:
        s += " " + c;
    return s

assert f(g())

def f(nums: List[int], m=6):
    return len(set(nums)) == m

def g(m=6):
    return [1, 2, 3, 4, 5, 6] * m

assert f(g())

def f(nums: List[int], n=345):
    x = nums[0]
    for i in range(1, n):
        x += nums[i] * nums[i - 1]
    return x > 0 and (x % 4 == 0 or x % 5 == 0)

def g(n=345):
    return list(range(345))

assert f(g())

def f(x: int, n=0):
    if x == 0:
        return True
    return False

def g(n=0):
    return n * n

assert f(g())

def f(x: int):
    return x == x

def g():
    return 10

assert f(g())

def f(s: str):
    return s in ["aaa", "bbb", "ccc"]

def g():
    return ["aaa", "bbb", "ccc"][0]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return all(n >= i for i in range(b - c, b + c, 2))

def g(a=17, b=100, c=20):
    return a + b + c

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "c" or s == "d" or s == "e" or s == "f"

def g():
    return "a"

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(n: int):
    return (int(n) + 1) % 2 == 0 and (int(n) % 2 == 1)

def g():
    return 3

assert f(g())

def f(nums: List[int], count=1000):
    assert len(list(nums)) >= count
    return all(i in range(max(nums) + 1) for i in nums)

def g(count=1000):
    return list(range(count))

assert f(g())

def f(x: List[int], t=15, target=25):
    n = x.index(t) + 1
    assert n <= 15 and n >= 0
    return 0 <= abs(n % 2) < target and not n % 2 == 0

def g(t=15, target=25):
    return [t, target]

assert f(g())

def f(li: List[int]):
    q, r = li
    return q == r

def g():
    return [1, 1]

assert f(g())

def f(liste: List[int]):
    return sum(x >= 10 for i in liste for x in [i] * (i + 1)) > 10

def g():
    return [10, 50, 150]

assert f(g())

def f(s: str):
    return s == "hello" or s == "helo" or (s == "world" and ord('o') <= ord('l'))

def g():
    return "hello" or "helo" or "world" and ord('o') <= ord('l')

assert f(g())

def f(n: int):
    return n > 400

def g():
    return int(100 + 100 * 100 + 100 * 100 * 100)

assert f(g())

def f(s: str):
    return '1' in s and '0' in s and '5' in s and '0' in s and '1' in s

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

assert f(g())

def f(s: str):
    return len(s) >= 995 and all(i in s for i in s if not s.count(i))

def g():
    return "abc" + "def".join(str(i) for i in range(1000))

assert f(g())

def f(a: str, b=0):
    return a.find('t') >= 0 and a.find('e') >= 0 and a.find('l') >= 0

def g(b=0):
    return "a.find('t') >= 0 and a.find('e') >= 0 and a.find('l') >= 0"

assert f(g())

def f(r: List[int], m=100):
    return len(r) >= m

def g(m=100):
    return [1, 2]*m

assert f(g())

def f(l: List[int], target=[50, 13, 20]):
    return l == target

def g(target=[50, 13, 20]):
    return target

assert f(g())

def f(x: int, a=256, b=9, c=9, d=1):
    return (abs(a * x + b - c * x - d) / abs(a) > 100)

def g(a=256, b=9, c=9, d=1):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return -99 <= n < -9 and n != -10

def g():
    return -99

assert f(g())

def f(n: int):
    if n > 1:
        # print(n//10)
        return n in range(2, 10)
    return True

def g():
    return 0

assert f(g())

def f(n: int):
    # return all(n in [0, 10000]) == 1
    return n > 1000

def g():
    return 10**6

assert f(g())

def f(nums: List[int], start=0):
    m = 0
    for i in range(start, start + nums[-1], 1):
        m = min(m, abs(i))
    return m + sum(nums[m:m + nums[-1]] + (i, nums[m]) for i in range(nums[-1])) <= nums[-1] + nums[-1] + 1

def g(start=0):
    return [0, start]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "12345" 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=662448):
    return -x == a

def g(a=662448):
    return -a

assert f(g())

def f(e: List[int], a=50, length=45):
    return max(e.index(a) - 1 for a in e) >= 1

def g(a=50, length=45):
    return list(range(a, a+length))

assert f(g())

def f(i: str):
    return i == "a" and i != " "

def g():
    return "a"

assert f(g())

def f(s: str, a=2, b=2):
    return s.startswith(a * 'a') and s.endswith(b * 'b')

def g(a=2, b=2):
    return "a"*a + "b"*b

assert f(g())

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

def g():
    return "abcdeqwertyuiop[a-z]{2}"

assert f(g())

def f(counts: List[int], target_prob=0.75):
    return target_prob > counts[0] or target_prob <= 0.25 * counts[-1]

def g(target_prob=0.75):
    return [0, 1, 2, 3, 4]

assert f(g())

def f(x: str, n=30):
    if isinstance(x, str):
        return int(x) < 0 or x.isdigit()
    else:
        return all(len(y) == len(x) + 1 for x, y in zip((int(x),), (int(y),)))

def g(n=30):
    if n == 0:
        return ""
    else:
        return str(n*n)

assert f(g())

def f(c: str, count=1):
    return c == 'b' or c == 'c' or count == 0

def g(count=1):
    return 'b'

assert f(g())

def f(n: int):
    m = n / 2
    if n % 2 == 1:
        return n % 2 == 0 and all(i % m == 0 for i in [0, 1, 2])
    elif n % 2 == 2:
        return n % 2 == 0 and all(i - 1 in [0, 1] for i in [1, 2, 3]) and all(i in [0, 1, 2] for i in [1, 2, 3])
    else:
        return True

def g():
    return 0

assert f(g())

def f(delta: List[int]):
    return all(delta[i] >= 0 and delta[i] <= 1 for i in range(len(delta)))

def g():
    return [0 for i in range(5)]

assert f(g())

def f(st: str, a="hello", b="goodbye"):
    assert a in st, "Hint: a is not in str"
    assert b in st, "Hint: b is not in str"
    return True

def g(a="hello", b="goodbye"):
    return str(a) + str(b)

assert f(g())

def f(x: int, a=1020):
    return x == a  # a=1020 is a random seed

def g(a=1020):
    return min(a, 1020)

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) <= n and sum(i < n for i in nums) == n

def g(n=10):
    return [int(i) for i in range(n)]

assert f(g())

def f(s: str):
    return len(set(s)) >= 10 and sum(i == 0 for i in s) <= 80

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return len(s) >= 7 and not s.split() == ['Hello', 'World'][:7]

def g():
    return "Hello Hello World!"

assert f(g())

def f(nums: List[int], n=12345, m=10):
    return len(nums) >= 4 and sum(i ** 2 for i in nums) >= m

def g(n=12345, m=10):
    return [10 for i in range(n)]

assert f(g())

def f(s: str):
    return s.index(s) < 0 or s == "abc"

def g():
    return "abc"

assert f(g())

def f(n: List[int], max_length=20):
    return n == [1, 2, 3] and all(x >= 1 and x <= 3 for x in n)

def g(max_length=20):
    return [n for n in [1, 2, 3]]

assert f(g())

def f(x: List[int], n=4):
    return max(x) == n

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

assert f(g())

def f(n: int):
    return n ** 2 >= 1000 and n >= 1000

def g():
    return 1000000

assert f(g())

def f(n: List[int]):
    return n == [1, 3, 5, 7]

def g():
    return list(n for n in [1, 3, 5, 7])

assert f(g())

def f(n: str):
    return n == '123456789'

def g():
    return "123456789"

assert f(g())

def f(m: int):
    i = -3
    while i > -1 and m % 10 == 0:
        i -= 1
    return m == i

def g():
    return -3

assert f(g())

def f(s: str, upper_bound=150):
    s = s.replace("\n", "").replace('\t', '')
    m = len(s)
    return 0 <= len(s) - upper_bound

def g(upper_bound=150):
    return "123456789" + "0"*9 + "0"*(upper_bound - 1)

assert f(g())

def f(n: int, a=1, b=1, x=1):
    if x >= b:
        return n >= b
    else:
        return int(n * a * b / x) == b

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

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == s.upper() or s_case == s.lower()

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() or "No, it has more capitals"

assert f(g())

def f(s: str, s1="1", s2="2", s3="3"):
    return s1 + s2 + s3 == s

def g(s1="1", s2="2", s3="3"):
    return s1 + s2 + s3

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s_case) == len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) == 2 else s.lower()

assert f(g())

def f(list: List[str], n: int = 50):
    assert all(s in list for s in ["foo", "bar", "baz", "baz", "quux", "quux", "asdf"])
    return all(s in ["foo", "bar", "baz", "baz", "quux", "asdf"] for s in list)

def g(n: int = 50):
    return [s for s in ["foo", "bar", "baz", "baz", "quux", "asdf"] for i in range(n)]

assert f(g())

def f(x: float):
    return (x > 4002.0) and (x > -4002.0)

def g():
    return float("123456789"*(3)) + 1.0

assert f(g())

def f(k: List[int]):
    return all([i in range(2) for i in k if i not in {0, 1, 2, 3, 4}])

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=-10, b=30302367):
    return x == a - b

def g(a=-10, b=30302367):
    return a - b

assert f(g())

def f(list: List[int]):
    return all(i in range(len(list)) for i in range(3))

def g():
    return [2, 4, 6, 8]

assert f(g())

def f(s: List[str]):
    return len(s) == 4000 and all(f"expecting `a` or `b` at index {i}" for i in s)

def g():
    return ["a"*(i+2)+"b" for i in range(4000)]

assert f(g())

def f(s: str):
    return ''.join(''.join(x) for x in s) == 'abcde'

def g():
    return ("abcde");

assert f(g())

def f(x: int, a=624, b=1428):
    return a + x > b

def g(a=624, b=1428):
    return 1428

assert f(g())

def f(s: str):
    return "{!s}".format(s) == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(n: int):
    return n ** 2 == n if n in range(1, 100) else n  # make sure n is in int range

def g():
    return int(1)

assert f(g())

def f(ls: List[str]):
    return all({k in ls for k in ls})

def g():
    return []

assert f(g())

def f(s: int, k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return s > iptest or s < jtest or abs(s - iptest) > delta

def g(k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return k * t

assert f(g())

def f(ls: List[int], thresh=20):
    return len(ls) >= thresh and len(ls) < 2000

def g(thresh=20):
    return list(range(thresh))

assert f(g())

def f(n: int):
    return len(range(1,2 * n)) >= 100000

def g():
    return 2 ** len(range(1,2 * 9))

assert f(g())

def f(l: List[int], s=1000):
    return sum(l) >= s

def g(s=1000):
    return [1, 2] * s

assert f(g())

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

def g():
    return 'abcde/'

assert f(g())

def f(n: int):
    return all(f(x) for x in range(n))

def g():
    return list(map(int, map(int, range(10)))).count(10)

assert f(g())

def f(s: str):
    return len(s) == min([len(a) + len(b) for a, b in zip(s, ["cat", "cat", "dog"])])

def g():
    return "dogs"

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return len(li) >= n and target not in li

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return [target[i] - target[i-1] for i in range(n)]

assert f(g())

def f(n: int, t=1000000):
    return sum(1 if i < t else 2 for i in range(n)) >= 5 * t

def g(t=1000000):
    return 10000000 - t

assert f(g())

def f(initial: List[List[int]], lower=0):
    # lower = initial, lower = max(lower, len(initial))
    return len(initial) == lower

def g(lower=0):
    return [4] * lower

assert f(g())

def f(list: List[int]):
    s = []
    for i in range(len(list)):
        s.append(list.pop(i))
    return len(s) > 0

def g():
    return [i for i in range(10) if i**(2.2) % 2 == 1]

assert f(g())

def f(p: List[int]):
    return len(p[:]) == 5

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(x: List[List[int]]):
    for y, l in x:
        assert l == [0]
        assert (sum(x) + 1) < max(max(len(l), len(y) + 1), len(x) - 1)
    return sum(x) == len(x)

def g():
    return [x for x in [0] if x == "a" or x == "b" or x == "c" or x == "d" or x == "e"]

assert f(g())

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

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

assert f(g())

def f(n: int, a=10):
    return all({a**i for i in range(n)})

def g(a=10):
    return 2 * a

assert f(g())

def f(li: List[int], k=5):
    return k == len(li)

def g(k=5):
    return [1 if i == k else 2 for i in range(k)]

assert f(g())

def f(s: str, n=100):
    return s == s[0:n]

def g(n=100):
    return "abcdefghijklmnopqrstuvwxyz"[n:]

assert f(g())

def f(a: List[int]):
    return sorted(a) == list(range(10))

def g():
    return sorted(range(10))

assert f(g())

def f(c: List[int]):
    return len({(a, b) for a, b in zip(c, c[1:])}) > 2

def g():
    return [0, 1, 2, 3, 4, 0, 1, 2, 3, 4, 0, 1, 2, 3, 4, 0, 1, 2, 3, 4]

assert f(g())

def f(state: List[int]):
    assert len(state) == 0, "State is empty"
    if len({k: 0 for k in state}) == 0:
        return True  # you won!
    return False

def g():
    return []

assert f(g())

def f(c: str, y=0, n=-1):
    return c == 'e' or c == 'n'

def g(y=0, n=-1):
    return 'e' or 'n'

assert f(g())

def f(s: str, k=5):
    return ("hello" + s) != ("hello wor" + "ld") and (s.startswith("h") and s.endswith("l"))

def g(k=5):
    return "hol"

assert f(g())

def f(s: str, lower_bound=2, upper_bound=2688):
    return lower_bound <= len(s)/lower_bound <= upper_bound and len(s) >= lower_bound

def g(lower_bound=2, upper_bound=2688):
    return str(lower_bound + 1) + str(upper_bound - 1)

assert f(g())

def f(nums: List[int], b=15):
    assert len(nums) == len(set(nums)) == b
    return set(nums) <= set(nums) == set(nums)

def g(b=15):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(v: List[int], a=1020):
    return v == sorted({a}) and all(a > 0 for a in v)

def g(a=1020):
    return sorted({a: a+2})

assert f(g())

def f(delta: List[int], nums=[1, 2, 3]):
    return all(delta[i] == 0 or delta[i] >= 1 for i in range(len(nums)));

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

assert f(g())

def f(quads: List[List[List[int]]]):
    return len(quads) >= 2

def g():
    return [
        [
            [1, 2, 3], [4, 5, 6]
        ], [
            [1, 2, 3], [4, 5, 6], [7, 8, 9]
        ]
    ]

assert f(g())

def f(b: str):
    s = ("%s" % b)
    return s.find("a") != -1 and s.find("b") != -1 and s.find("c") != -1 and s.find("d") != -1 and s.find("e") != -1 and s.find("f") != -1

def g():
    return "abababcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return "".join(s).startswith('abcdefghijklmnopqrstuvwxyz')

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(counts: List[int], s=679):
    return all(c in counts for c in counts) and counts[-1] + counts[0] != counts[-2] + counts[1]

def g(s=679):
    return [10, 60, 60, 60, 120, 120, 240, 240, 240, 240, 240, 240, 120, -120, -120, -120, -120, -120, -120, -120, -120, -120, 120, 120, -120, -120, -120, 120, -120, 120, -120, 120, 120, 120, -120, 120, 120, 120, 120, 240, 240, -240]

assert f(g())

def f(c: List[int]):
    return sum(c) == sum(c[::-1])

def g():
    return [1]

assert f(g())

def f(n: int):
    return n > 1001

def g():
    return 1234567890011287

assert f(g())

def f(i: int):
    return i >= 1000 and i <= 1210

def g():
    i = 100
    while True:
        i += 1
        if i > 1210:
            return i - 10

assert f(g())

def f(n: int, a=4, b=54368639):
    return b // n == a

def g(a=4, b=54368639):
    return b // a

assert f(g())

def f(lens: List[int], n=8):
    assert len(lens) == n
    return len(lens) == n and 2 ** (len(lens) + 7) % n == 0 and 0 <= lens[len(lens) - 1] <= 9

def g(n=8):
    return list(range(n))

assert f(g())

def f(x: int, a0=234):
    return abs(a0) <= 7 * x

def g(a0=234):
    return a0 ** 5

assert f(g())

def f(n: int, a=10, b=10, upper_bound=150):
    return n == upper_bound and all(a < b for a in range(10) for b in range(10) if a < b)

def g(a=10, b=10, upper_bound=150):
    return upper_bound

assert f(g())

def f(s: List[str]):
    for i in range(0, len(s)):
        if s[i] == 'I!!!!!!':
            return True

def g():
    return ['I!!!!!!', 'II!!!!!!', 'III!!!!!!', 'IV!!!!!!', 'V!!!!!!', 'VI!!!!!!', 'VII!!!!!!']

assert f(g())

def f(indices: List[int], a1=233):
    assert all(i in indices for i in indices)
    return len(indices) == len(set(indices)) == 1000 and min(indices) >= 0

def g(a1=233):
    return [x for x in range(1000)]

assert f(g())

def f(words: List[str], length=0):
    return sum(len(word) == len(word) for word in words) == length

def g(length=0):
    return [str(n) for n in range(length)]

assert f(g())

def f(s: str, target="qwertyuiopasdfghjklzxcvbnm"):
    return s == target

def g(target="qwertyuiopasdfghjklzxcvbnm"):
    return str(target)

assert f(g())

def f(x: List[int], r=5):
    return sum(x[i] == 0 for i in range(9)) <= r

def g(r=5):
    return list(range(10))

assert f(g())

def f(nums: List[int], a=25360, b=12000):
    return len(set(nums)) >= 4

def g(a=25360, b=12000):
    return list(set([b, a - b, a*2, a**2]))

assert f(g())

def f(x: List[int], target=6):
    return x[0] == 0 and x[1] == 1 and x[2] == 0

def g(target=6):
    return [0, 1, 0]

assert f(g())

def f(nums: List[int]):
    return all((n % 3) == 0 for n in nums)

def g():
    return [123, 234, 345, 456, 6789]

assert f(g())

def f(nums: List[int], k: int = 6):
    r = k
    for i in range(nums[k + 1]):
        r = 5 * r + 1 if r % 2 else r // 2
        if r == k:
            return True
    return False

def g(k: int = 6):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(res: List[int], m=5, n=80):
    for i in range(m):
        if res[i] > 1:
            return False
    return True

def g(m=5, n=80):
    return [0]*n

assert f(g())

def f(p: List[int]):
    return all([{a, b} for a, b in zip(p, p[1:])])

def g():
    return list(range(1000))

assert f(g())

def f(li: List[int]):
    return all(sum(li[:i]) <= 2 ** 30 for i in range(10))

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

assert f(g())

def f(nums: List[int], a=10, b=100):
    if all(i > a and i < b for i in nums):
        return False
    return all(i >= a for i in nums)

def g(a=10, b=100):
    return list(range(100, 1000))[::-1]

assert f(g())

def f(probs: List[float]):
    return sum(probs[i] for i in range(3)) * 0.25 < 1

def g():
    return [0.4, 0.6, 0.7]

assert f(g())

def f(n: int, nums=[1, 9, 15, 16, 23, 2, 13, 2, 10, 2, 11, 10]):
    return sum(i**2 for i in nums) == n

def g(nums=[1, 9, 15, 16, 23, 2, 13, 2, 10, 2, 11, 10]):
    return sum(i**2 for i in nums)

assert f(g())

def f(s: str, target="foobarbazwow", target_index=18):
    return target[(len(target) - target_index) // 2:(len(target) + target_index) // 2] == s

def g(target="foobarbazwow", target_index=18):
    return target[(len(target) - target_index) // 2:(len(target)+target_index) // 2]

assert f(g())

def f(str: str, char='I!!!'):
    return str.count('I!!!') == 1

def g(char='I!!!'): return "I!!!"

assert f(g())

def f(x: List[int], i=10):
    return i < len(x) or (i > 0 and x[i - 1] == x[i]) or all([i in [0, 1, 2]])

def g(i=10):
    return [i - 1, i, i + 1, i, i, i, i, i, i, i, i, i, i]

assert f(g())

def f(s: str):
    return all(ord(s[i]) in range(128) for i in range(4))

def g():
    return "1234567890"

assert f(g())

def f(s: str):
    return s.count("8") == 1

def g():
    return "123456789"

assert f(g())

def f(x: str, s=["p", "q", "r", "s"]):
    return all(s in x for s in s)

def g(s=["p", "q", "r", "s"]):
    return str(s).strip("q").strip("r").strip("s")

assert f(g())

def f(str_in: str, n=6):
    return str_in.count("2") == n

def g(n=6):
    return "1234"*n

assert f(g())

def f(a: List[int], m=1000):
    for i in a + [0]:
        assert m <= len(a)
    return True

def g(m=1000):
    return [i**2 for i in range(m)]

assert f(g())

def f(s: str):
    return s.count("(") == 1 or 0

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

assert f(g())

def f(n: int):
    s = str(n)
    for i in s:
        assert str(n).count(i) == 1
    return True

def g():
    return 3

assert f(g())

def f(nums: List[int]):
    return min(nums) > 50 and len(nums) > nums.count(5)

def g():
    return [123456789, 342498746]

assert f(g())

def f(n: List[int], max_length=20):
    return n == [1, 2, 3] and all(x >= 1 and x <= 3 for x in n)

def g(max_length=20):
    # assert f(g(), max_length=20)
    return [1, 2, 3]

assert f(g())

def f(s: str, m=1):
    if len(s) <= m:
        return False
    s = s.replace("abc", "abcabc123")
    return "".join(s[i:i+m] for i in range(0, len(s), m)) == "abcabc123"

def g(m=1):
    return "abc" * m

assert f(g())

def f(l: List[str]):
    return "".join(l) == "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g():
    return ["abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"]

assert f(g())

def f(stamps: List[int], target=9):
    return len(set(stamps)) == target

def g(target=9):
    return [int(i) for i in range(target)]

assert f(g())

def f(target: str):
    return all([target[i] != target[i + 1] for i in range(10)])

def g():
    return "abc" * 6

assert f(g())

def f(x: List[int]):
    return x[0] - x[-1] != x[1] - x[2]

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

assert f(g())

def f(p: List[int], target=17):
    return p[::-1][-1] == target

def g(target=17):
    return [17, 22, 9, 1, 7, 1]

assert f(g())

def f(x: List[int]):
    if x[0] == 0:
        return x[3]
    return all(x[i] == 0 for i in range(4) if x[i] == 0)

def g():
    return [123, 234, 345, 678, 789]

assert f(g())

def f(n: int, scores=[100, 80, 60, 40, 20, 10]):
    assert all([i < n for i in scores]) and len(scores) > 1
    return all(
        i in scores for i in scores
    )

def g(scores=[100, 80, 60, 40, 20, 10]):
    return sum(scores[0] for score in scores[1:])

assert f(g())

def f(s: str, targets = [1, 1, 2, 3, 3, 4, 4, 5, 6, 6, 7, 8, 8, 8, 9]):
    return s == "1" or all(map(float, map(str, str(s), 3)) == target)

def g(targets = [1, 1, 2, 3, 3, 4, 4, 5, 6, 6, 7, 8, 8, 8, 9]):
    return "1" or all(map(float, map(int, map(str, str(targets), 3), 3)) == target)

assert f(g())

def f(n: int):
    return str(n * (-1)).startswith("1234")

def g():
    return -1 * 1234

assert f(g())

def f(s: str, length=10):
    return len(s) >= length and all(len(s.split('.')) < length for s in (s, "..."))

def g(length=10):
    return "123456789..."

assert f(g())

def f(s: str, n=4040):
    return int(str(n)[:-2] + s) == n

def g(n=4040):
    return str(n)[:2]

assert f(g())

def f(d: int):
    n = 123456789
    return d > n and d != d % n

def g():
    return int(1000 * 1000 * 1000 * 1000 / 100)

assert f(g())

def f(x: List[List[int]], n=0):
    assert len(x) == n
    n = sum(x)
    max_sum = sum([x[i] for i in range(n)])
    return max_sum == n + n

def g(n=0):
    return [x[i] for i in range(n)]

assert f(g())

def f(n: int, cnt=16):
    count = 1
    for i in range(n):
        count += cnt**i
    return count >= 4

def g(cnt=16):
    return cnt + 1

assert f(g())

def f(s: str, a=[]):
    return s[::-1] == "a"

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

assert f(g())

def f(s: str, target="hello"):
    return target in s

def g(target="hello"):
    return "not {} hello".format(target)

assert f(g())

def f(n: int, target_tolerance=1000000):
    f = 5 * target_tolerance < n
    return f

def g(target_tolerance=1000000):
    return 9 ** target_tolerance

assert f(g())

def f(x: str):
    return len(set(x)) >= 2

def g():
    return "abc"

assert f(g())

def f(s: str):
    return sum(int(x) for x in s.split() if x) == int(s.split()[-1])

def g():
    return "1234567890123" + "0"*9 + "1"*9

assert f(g())

def f(n: int):
    return n > 1000000

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

assert f(g())

def f(n: int, target=16):
    return all([n >= target*10])

def g(target=16):
    return (target*10) ** 9

assert f(g())

def f(s_case: str, s="DontGoThroughTheRoo\xe9"):
    return s_case == (s.upper() if len(s) > 6 else s.lower())

def g(s="DontGoThroughTheRoo\xe9"):
    return str(s.upper() if len(s) > 6 else s.lower())

assert f(g())

def f(n: int):
    return n > 1000 and any(i > 0 for i in range(10))

def g():
    return 10000

assert f(g())

def f(seq: List[int], n=100):
    return len(seq) == n and all(i * i for i in seq) <= n

def g(n=100):
    return [i for i in range(n)]

assert f(g())

def f(delta: List[int], n=0, max_len=5):
    for i in range(0, max_len):
        delta[i] = n * delta[i]
    return all([delta[i] == n for i in range(max_len)])

def g(n=0, max_len=5):
    return [n * max_len for i in range(max_len)]

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) == 1000 and min(nums) >= 0

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

assert f(g())

def f(s: str):
    return sum(len(s) for i in range(len(s) - 7)) > 7

def g():
    return "123456789"

assert f(g())

def f(s: str, target="hello are you there?"):
    return target[(len(target) - 4) // 2:len(target)] == s

def g(target="hello are you there?"):
    return target[(len(target) - 4)//2:]

assert f(g())

def f(res: str):
    return res == 'foobar' or res == 'foo bzar'

def g():
    return 'foo bzar'

assert f(g())

def f(inds: List[int], target=99):
    return len(inds) == 1 and sum(inds) == target

def g(target=99):
    return [target]

assert f(g())

def f(s: str):
    return "I am an animal" == s

def g():
    return "I am an animal"

assert f(g())

def f(lst: List[int], target=6):
    return sum([a in lst for a in lst]) == target

def g(target=6):
    return [0 for k in range(target)]

assert f(g())

def f(b: List[str], k=7):
    for i in range(len(b)):
        b[i] = b[i].ljust(k, 'a'); b[i] += b[i].ljust(k, 'e')
    return len(b) == k

def g(k=7):
    return [str("a"*n) for n in range(k)]

assert f(g())

def f(n: int, m=6):

    if m == 1:
        return True  # 1 is a valid position
    if m == 2:
        return True  # 2 is a valid position
    if m == 3:
        return True  # 3 is a valid position
    if m == 4:
        return True  # 4 is a valid position
    if m == 5:
        return True  # 5 is a valid position
    if m == 6:
        return True  # 6 is a valid position
    if m == 7:
        return True  # 7 is a valid position
    return False

def g(m=6):
    return 2 ** (m - 1) * 2

assert f(g())

def f(x: List[int]):
    return all(x[i:i+4] for i in range(3))

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

assert f(g())

def f(nums: List[int]):
    return len(nums) == 3 and any((n % 3 == 0) for n in nums)

def g():
    return [3, 5, 7]

assert f(g())

def f(n: int, max_seq=10, goal=10):
    assert n >= 0 and sum([m - n for m in [2, 1, 4, 3]]) < 8000, "range too large"
    for j in range(0, n):
        assert goal <= 0 or sum([m - n for m in [3 * j, 3 * j + 1, 4 * j, 3 * j + 2]]) % 2 == 1, "goal range too large"
    return goal > n

def g(max_seq=10, goal=10):
    return min(1, max_seq-goal+1)

assert f(g())

def f(n: int, a=3, b=23463462, c=10):
    return n == sum(a * b * i for i in range(c))

def g(a=3, b=23463462, c=10):
    return sum(a * b * i for i in range(c))

assert f(g())

def f(nums: List[int], target=5):
    return {t for t in nums for w in range(t)} == {5}

def g(target=5):
    return [5]

assert f(g())

def f(s: str):
    return str(str(s)) == '0x0A' or str(s).count('0x') == 2

def g():
    return '0x0A'

assert f(g())

def f(p: List[int], i=1000):
    return all(abs(z) >= 2 for z in p for i in range(1000))

def g(i=1000):
    return [2, 3]

assert f(g())

def f(li: List[int], dups=9):
    return len(set(li) & {dups}) == len(li) - dups

def g(dups=9):
    return [dups-9 for i in range(dups)]

assert f(g())

def f(l: List[int], n=4):
    return len(sorted(l)) == n and sorted(l) == sorted(set(l))

def g(n=4):
    return sorted(range(0, n))

assert f(g())

def f(s: str, a=5129, side=10, num_points=20):
    return s.count("a") == a and s.count("d") == side and len(s) > num_points

def g(a=5129, side=10, num_points=20):
    return "a"*a+"d"*side+"0"*num_points

assert f(g())

def f(string: str):
    return string == "abc" or string == "ABC"

def g():
    return "abc"

assert f(g())

def f(l: List[int]):
    return l == [1, 1, 0]

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

assert f(g())

def f(s: str, a=6, b=11):
    return (s.split()[0] != s.split()[-1])

def g(a=6, b=11):
    return str(i * i for i in range(a, b+1))

assert f(g())

def f(xs: List[int]):
    return all(x in xs for x in range(10))

def g():
    return list(map(int, range(1000)))

assert f(g())

def f(n: int, a=3, b=23463462):
    return a + b == n

def g(a=3, b=23463462):
    return a+b

assert f(g())

def f(tot: List[int]):
    l = len(tot)
    i = l % 3 + 1
    return tot[i] == sum(tot[i + 1] for i in range(l // 3))

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

assert f(g())

def f(y: int, a=1073258, b=72352549):
    return abs(a - b) < y

def g(a=1073258, b=72352549):
    return a + 1073258 + b + 1073258 + 4 * b + 72352549

assert f(g())

def f(s: str):
    return s == s.replace("e", "x")

def g():
    return "abc"

assert f(g())

def f(path: List[List[int]]):
    while path[-1] != -1:
        path[-1] = -1
        return True

def g():
    return [
        [0], [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12]
    ]

assert f(g())

def f(s: str, a=5129, b=17):
    return s.count("a") == a and s.count("b") == b

def g(a=5129, b=17):
    return ("a"*a) + ("b"*b)

assert f(g())

def f(t: List[str]):
    return len({s: t for s in t}) == 10

def g():
    return ["a", "b", "c", "d", "e", "f", "g", "h", "g", "i", "j"]

assert f(g())

def f(nums: List[int], target=18, n=5):
    i = 0
    while i < len(nums):
        if nums[i] == target:
            return True
        i += 1

def g(target=18, n=5):
    return list(range(1, target + n))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s_case.isupper() else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.isupper() and s.upper()) or s.lower()

assert f(g())

def f(s: str):
    return "hello" in s and "(\\w+)" not in s and not s[:-1] == "h"

def g():
    return "hello"

assert f(g())

def f(m: str, n=1000):
    return len(m) == n

def g(n=1000):
    return "x"*n

assert f(g())

def f(l: List[int], n=4):
    return len(sorted(l)) == n and sorted(l) == sorted(set(l))

def g(n=4):
    return sorted(range(n))

assert f(g())

def f(li: List[int], n=30):
    n2 = n // 2
    n3 = n2 + n2
    return all([li[i] == li[(i+1)%len(li)] for i in range(n3)])

def g(n=30):
    return [n*n for i in range(n)]

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]):
    return sum(i % 2 == 0 for i in inds) > 0

def g(vecs=[26, 5, 32, 3, 15, 18, 31, 13, 24, 25, 34, 5, 15, 24, 16, 13, 0, 27, 37]):
    return [int(x) for x in vecs]

assert f(g())

def f(o: int):
    return int(str(o)[-1:]) == 1

def g():
    return int("1")

assert f(g())

def f(a: float, a1=1020):
    return a >= a1

def g(a1=1020):
    a = 1020 * 2.5
    return a

assert f(g())

def f(x: int):
    return min(max(x, 0), 0 + x == 2)

def g():
    return int((1.1 * 2.2) % 3)

assert f(g())

def f(x: str, parts=['I!!', '!', 'dumplings', '!', '!!', ''], string="I!!!!!dumplings!!!!"):
    return x == string

def g(parts=['I!!', '!', 'dumplings', '!', '!!', ''], string="I!!!!!dumplings!!!!"):
    return all(part in string for part in parts) and string

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "".join(c for c in s if c not in chars) == "".join(c for c in chars if c not in s)

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ''.join(c for c in chars)

assert f(g())

def f(l: List[int], bound=3):
    return all(i == 0 for i in range(bound) if l[i] == 1)

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

assert f(g())

def f(nums: List[int], m=5, upper_bound=3):
    assert all(n in nums for n in nums)

    if len(nums) <= upper_bound:  # no-contain or no-intersect...
        return True
    if len(nums) == m:  # each side of 'nums' is contained in m
        return False
    assert nums[-1] - nums[0] > upper_bound, "corridor overlapping"
    return True

def g(m=5, upper_bound=3):
    return [1, 2]

assert f(g())

def f(nums: List[int], num_pos=3):
    return len(nums) == num_pos and max(nums[-1], nums[0]) > 0

def g(num_pos=3):
    return [i for i in range(num_pos)]

assert f(g())

def f(s: List[int]):
    return s[0] * s[1] + s[1] * s[0] == 0

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

assert f(g())

def f(x: List[int], n=4, e=20):
    return all(x[0] + 2 <= x[-1] for i in range(n))

def g(n=4, e=20):
    return [i + e for i in range(n)]

assert f(g())

def f(s: str):
    return len(s) >= 6 and len(s) <= 13

def g():
    return "abcdefghi"

assert f(g())

def f(seq: List[int], m=10, n=10):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return sum(i == 0 for i in seq) >= m

def g(m=10, n=10):
    return [100000, 200000, 300000, 400000]

assert f(g())

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

def g():
    return ["a"*(i+3)+"b" for i in range(1000)]

assert f(g())

def f(nums: List[int], m=10, n=5, target=50):
    assert all(a >= b for a, b in zip(nums, nums + [m, n]))
    return len(set(nums)) == len(nums) == target

def g(m=10, n=5, target=50):
    return [i for i in range(m*n)]

assert f(g())

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

def g():
    return 'Hello world'

assert f(g())

def f(s: str):
    return len(s) == 26

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int]):
    return min(nums) > 0 and max(nums) >= 100

def g():
    return list(range(1000, 1000000))

assert f(g())

def f(n: int):
    return n > 0 and n > 255

def g():
    return len(range(256))

assert f(g())

def f(n: int):
    m = 1
    q = 0
    while n > m:
        if n % 2 == 0:
            q += 1
        else:
            q += 2
        m = m // 2
    if n == 0:
        return True
    elif n == 1:
        return False
    elif n == 2:
        return int(n - 1) % 2 == 0
    # test for even
    elif n == m:
        return m / 2 == q
    #

def g():
    a = 1
    b = 2
    result = True
    for i in range(3):
        if not ((a == 1) or (a == 2)):
            result = False
        a = a + 3
        b = b + 1
    result = result and i or 0
    return result

assert f(g())

def f(li: List[int], target=4):
    return len(li) == target and sum(n for n in li if n == target) == len(li)

def g(target=4):
    return [4, 6, 8, 9]

assert f(g())

def f(n: int, a=23, b=67):
    return n // a == b

def g(a=23, b=67):
    return a*b + 1

assert f(g())

def f(a: int):
    return a > 10240  # >= 20

def g():
    return int(10240 * int(int("123456789" + "0"*9) ** 0.5) ** 2)

assert f(g())

def f(s: str):
    return s.isdigit() and s != "" and len(s) != 0

def g():
    return "10001"

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return all(a <= n <= b for n in nums) and sum(nums) >= b

def g(a=100, b=1000, count=648):
    return [n for n in range(a, b) if b - n >= 3]

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 "123456789" + "0"*9

assert f(g())

def f(nums: List[int], n=4):
    return len(list(nums)) == n

def g(n=4):
    return [n, n, n, n]

assert f(g())

def f(roots: List[float], coeffs=[1.3, -0.5]):
    if not roots:
        return True
    roots = sorted(roots, reverse=True)
    return sum(coeffs[i] * r for i, r in zip(roots, coeffs)) <= n

def g(coeffs=[1.3, -0.5]):
    return []

assert f(g())

def f(nums: List[int], target=3):
    return len(nums) == target and nums == [0, 1, 2]

def g(target=3):
    return list(range(target))  # list([0, 1, 2]) -> [0, 1, 2]

assert f(g())

def f(n: int, a=20, b=30):
    return b == int(n / a)

def g(a=20, b=30):
    return int(a*b)

assert f(g())

def f(n: int):
    return 3 * (n - 1) % 2 > 0

def g():
    return 6

assert f(g())

def f(n: int):
    return n >= 3 and n < 4

def g():
    return 1 + 1 + 1

assert f(g())

def f(s: str, count=5):
    return len(s) == count

def g(count=5):
    return str(str(count) * count)

assert f(g())

def f(coeffs: List[float]):
    assert all(i in coeffs for i in range(len(coeffs)))
    if max(0, sum(coeffs)) > 1.:
        return True
    else:
        return False

def g():
    return [0.0, 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, 7.0]

assert f(g())

def f(s: str):
    return s.lower() in ["a", "a", "a", "b", "c", "d", "d", "e", "f", "f", "f", "g"]

def g():
    return "a"

assert f(g())

def f(s: str):
    return s[::] == s  # true except end of string (ends in "foo bar")

def g():
    return "bar"

assert f(g())

def f(s: str):
    return (s[::-1] == s[::-1]) and (s[::-1] + "b" == s[::-1] + "b")

def g():
    return "abc"*3

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return nums == [a, b]

def g(a=100, b=1000):
    return [a,b]

assert f(g())

def f(s: str, target="123456", year_len=365, year=2015, month=24):
    return target[(len(target) - year_len) // 2:(len(target) + year_len) // 2] == s

def g(target="123456", year_len=365, year=2015, month=24):
    return target[(len(target) - year_len) // 2:(len(target) + year_len) // 2]

assert f(g())

def f(nums: List[int], target=3):
    return len(nums) == target and all(nums)

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

assert f(g())

def f(a: str, b=''):
    assert a[len(a)-1:], "invalid a: '%s'" % a
    if b:
        return True
    else:
        a = a + 'x'
        assert a == 'xxx' or a in {"xx", "xx"} and a in a.split("|")
        return True

def g(b=''):
    return "x"

assert f(g())

def f(s: str, n=4):
    return len(set(s)) == len(set(s[i:i+n] for i in range(n)))

def g(n=4):
    return "abcdefghijklmno abcdefghijklmnopqrstuvwxyz"[:n]

assert f(g())

def f(s: str, max_len=10, n=3):
    if n <= max_len:
        return "the string " in s
    else:
        return all(map(lambda x: 'the string ' + x in s, s))

def g(max_len=10, n=3):
    return "the string "

assert f(g())

def f(x: str, target="me", reverse=True, count=5):
    return x[::-1] == target

def g(target="me", reverse=True, count=5):
    return "me"[::-1]

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    return sorted(tour) == [[i, j] for i in range(m) for j in range(n)]

def g(m=8, n=8):
    return sorted([[i, j] for i in range(m) for j in range(n)])

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 10 ** 20

def g():
    return 10000

assert f(g())

def f(l: List[int]):
    assert l != None
    return sum(i**2 for i in l) == l.pop()**2

def g():
    return [1000]

assert f(g())

def f(seq: List[str], target=10):
    return len(set(seq)) >= target

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

assert f(g())

def f(s: str, target="none", reverse=False):
    return all(s.count(t) != 0 for t in target)

def g(target="none", reverse=False):
    return "None" if target == "none" else [target]

assert f(g())

def f(lst: List[int]):
    return lst[lst[0]] != lst[lst[1]] and lst[lst[-1]] != lst[lst[0]]

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

assert f(g())

def f(x: List[int]):
    return all(x[i] != x[i + 1] for i in range(2))

def g():
    return [1, 3, 7, 9]

assert f(g())

def f(li: List[int]):
    return all(i in range(1000) and abs(i * i - j * j) >= 10 for i in li for j in li if i != j)

def g():
    return [1, 4, 9, 1]

assert f(g())

def f(i: str, target="foobarbazwow", length=6):
    return target and str(i).startswith(target)

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"+" "*len(target)

assert f(g())

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

def g():
    return "foobarbazwow"

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(10))

def g():
    return list(range(10))

assert f(g())

def f(str: str):
    return all(char in str for char in "abcdefghijklmnopqrstuvwxyz" if char not in str)

def g():
    return "abcdefghijklmnopqrstuvwxyz".strip()

assert f(g())

def f(list: List[int], n=50):
    return len(list) == n

def g(n=50):
    return list() + [n] * n

assert f(g())

def f(n: int, v=100):
    return v < n

def g(v=100):
    return 2 * v * v * v

assert f(g())

def f(li: List[int]):
    return all(c in li for c in list(range(50)) or c in li if c % 2 == 1 or c == 4)

def g():
    return list(range(50))

assert f(g())

def f(s: str):
    return "Hello " + s[3:] == "Hello world"  # this is not the most pythonic way to write this

def g():
    return "Hello world"[3:]

assert f(g())

def f(inds: List[int], target=18):
    return sum(i < j for i, j in zip(inds, inds[1:])) == len(inds) - 1

def g(target=18):
    return [target + 1]

assert f(g())

def f(x: List[int], t=65536):
    return all(x[i] for i in range(t))

def g(t=65536):
    return [2*i + 3 for i in range(t)]

assert f(g())

def f(a: int, b=1):
    return max(min(a, b), a) >= 2 ** 32

def g(b=1):
    return 2 ** 128

assert f(g())

def f(l: List[int], n=101):
    return len(l) == n and all(l[i] == 0 for i in range(n))

def g(n=101):
    return [0 for _ in range(n)]

assert f(g())

def f(n: int):
    return n in list(range(19))

def g():
    return len(list(range(19))[2:])

assert f(g())

def f(nums: List[int], target=13, target2=3, target3=3, target4=3, target5=3):
    for i in range(len(nums)):
        if (len(nums) >= target and len(nums) >= target2 and len(nums) >= target3 and len(nums) >= target4 and len(nums) >= target5):
            return True
    return False

def g(target=13, target2=3, target3=3, target4=3, target5=3):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(p: str):
    return str(p).startswith("123.456")

def g():
    return '123.456'

assert f(g())

def f(n: int):
    return (n - 1) % n == 0

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

assert f(g())

def f(n: int, min=20, max=0, t=50):
    return n < min or n > max

def g(min=20, max=0, t=50):
    return t-1

assert f(g())

def f(n: int, substrings=[0]):
    return not n % len(substrings)

def g(substrings=[0]):
    return 5+5+5

assert f(g())

def f(l: List[int], n=100):
    return len(l) == n and sum(l) == 0

def g(n=100):
    return [0] * n

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > b * c

def g(a=17, b=100, c=20):
    return (a+b) * c

assert f(g())

def f(ans: int, t=30):
    ans = 0
    for i in range(t):
        ans *= 2 if ans % 2 == 0 else ans // 2
    return ans < 10

def g(t=30):
    return t ** 2

assert f(g())

def f(a: int, target=17):
    if a >= 2:
        a -= 2
    return a == 0

def g(target=17):
    return 0 if target == 17 else 1

assert f(g())

def f(v: str, a=2, d=7):
    return v.count('0') > a and v.count("0") + v.count("1") > d

def g(a=2, d=7):
    return "0" * a + "0" * d

assert f(g())

def f(big_str: str):
    return big_str == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return str(s).startswith("1234")

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

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == a

def g(a=3, b=23463462):
    return int(b // a)

assert f(g())

def f(s: str):
    return s == "a" or s == "aeiouy"

def g():
    return (
        "a"
        or "b"
        or "c"
        or "d"
        or "e"
        or "f"
        or "g"
    )

assert f(g())

def f(s: str):
    if len(s) < 3:
        return False
    if len(s) > 3 and s.startswith('i'):
        return len(s[0]) > len(s[1])
    return True

def g():
    return "abcdefg"

assert f(g())

def f(a: List[int]):
    a.sort()
    return [x for x, y in zip(a, a[1:3]) if x < y] == [0, 1]

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

assert f(g())

def f(sorted: List[int], target=10):
    return all(isinstance(i, int) for i in sorted) and len(sorted) > target

def g(target=10):
    return sorted(range(1, 10+target))

assert f(g())

def f(list: List[int], target=4):
    return sum(list.count(i) for i in range(len(list))) == target

def g(target=4):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int):
    return sum(float(s) for s in [int(s) for s in [1, 10, 20, 20, 30]]) > 9

def g():
    return 2

assert f(g())

def f(s: str, a=10, b=50, c=1, d=50):
    return s.count("a") == a and s.count("b") == b and s.count("c") == c and s.count("d") == d

def g(a=10, b=50, c=1, d=50):
    return "a"*a + "b"*b + "c"*c + "d"*d

assert f(g())

def f(count: List[int]):
    return all(x > 0 for x in count)

def g():
    return [1]

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 4

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

assert f(g())

def f(n: int, cnt=16):
    count = 1
    for i in range(n):
        count += cnt**i
    return count >= 4

def g(cnt=16):
    return min(cnt, 4 + 20*20)

assert f(g())

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

def g():
    return 0

assert f(g())

def f(s: str):
    return all(
        p.startswith("A") and p.endswith("Y")
        or p.strip() in "AABCCDD" for p in s.split(" ")
    )

def g():
    return "AA"

assert f(g())

def f(x: int):
    return str(x + 1).startswith("12345") or str(x + 1).startswith("456")

def g():
    return int("123456" + "0"*9) + 1

assert f(g())

def f(nums: List[int], tot=12345):
    return nums == sorted(nums) or all(nums == [0] for _ in range(tot))

def g(tot=12345):
    return [12345]

assert f(g())

def f(nums: List[str]):
    return len(nums) >= 1000 and all(s for s in nums)

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

assert f(g())

def f(x: List[int]):
    assert len(x) == 3
    return not all([v == v + 1 for v in x])

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

assert f(g())

def f(s: str, target="hello", reverse=True):
    return (s == target) == reverse

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

assert f(g())

def f(probs: List[float]):
    return len(probs) == 3 and sum(probs[(i + 1) % 3] * probs[(i + 2) % 3] for i in range(3)) < 2

def g():
    return [0.4, 0.5, 0.6]

assert f(g())

def f(sides: List[int], max_dim=10):
    return len(set(sides)) == max_dim

def g(max_dim=10):
    return list(range(max_dim))

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [1**2 for i in range(n)]

assert f(g())

def f(s: str):
    return len(s) > 7 or s.endswith(".")

def g():
    return "s" * 300 + "i" * 300

assert f(g())

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

def g(n=1000):
    return [i**2 for i in range(1000)]

assert f(g())

def f(n: int):
    return sum(2 ** i for i in range(n)) == n

def g():
    return sum(n for n in range(2) if n == 1)

assert f(g())

def f(s: str):
    return s.count('.') > 0  # string does not need . any more

def g():
    return "12,345.67"

assert f(g())

def f(s: str, word="I!!"):
    return s == word

def g(word="I!!"):
    return "I!!"

assert f(g())

def f(n: int):
    return n > 9999

def g():
    return 100000

assert f(g())

def f(t: List[int]):
    for i in range(len(t) - 3):
        if not t[i] == t[i - 1] and t[i - 2] == t[i - 3]:
            assert i + 1 < len(t)
    return len(t) == max(t[i + 2] if i + 2 < len(t) else 0 for i in range(len(t)))

def g():
    return list(range(max(range(3)) - 1, max(range(6)) + 2))

assert f(g())

def f(list: List[int]):
    if all(v == -1 for v in list):
        return True
    return False

def g():
    return [-1, -1]

assert f(g())

def f(x: List[int], n=500):
    x = [x[i] for i in range(n)]
    for i in range(n):
        if x[i] > i:
            return False
    return True

def g(n=500):
    return [int(i) for i in range(n)]

assert f(g())

def f(c: List[int], length=5):
    return len(set(c)) >= length

def g(length=5):
    return [i for i in range(length)]

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(list(nums)) >= count

def g(a=100, b=1000, count=648):
    return [1] * count

assert f(g())

def f(x: int, a=3, b=6, c=1):
    return x > a + c == x - b

def g(a=3, b=6, c=1):
    return a+b+c

assert f(g())

def f(nums: List[int], k=8):
    return sum([num*i for num, i in zip(nums, range(k))]) > k

def g(k=8):
    return [1,2,3,4,5,6,7,8]

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == 1000

def g(tot=12345):
    return [tot * j for j in range(1000)]

assert f(g())

def f(p: List[int], n=999):
    return len(p) == n

def g(n=999):
    return [i*i for i in range(n)]

assert f(g())

def f(s: str):
    return 'hello world' in s

def g():
    return 'hello world'

assert f(g())

def f(state_index: List[int], count=3):
    return all(s in state_index for s in range(count))

def g(count=3):
    return list(map(int, range(count))) + [1]

assert f(g())

def f(indices: List[int], a0=0, target=[1, 2, 3, 4, 5]):
    return indices == target

def g(a0=0, target=[1, 2, 3, 4, 5]):
    return list(target)

assert f(g())

def f(s: str, target="xoxoxoxo", num=1):
    s = s.upper()
    if s.startswith("X"):
        return True  # you won!

    elif s.startswith("O"):
        assert any(i > len(s) for i in range(len(s) - 1)), "You lose!"
        return False  # you lost!

    return False

def g(target="xoxoxoxo", num=1):
    return target or num == "d" or num == "w"

assert f(g())

def f(l: List[int], bound=3):
    return all(i == 0 for i in range(bound) if l[i] == 1)

def g(bound=3):
    return [1] + [3, 4, 5, 7]

assert f(g())

def f(s: str):
    return s != "ab" and s != "abcd" and s != "abcdab" and s != "abcdabcd"

def g():
    return "abc"+"1"+"2"

assert f(g())

def f(l: List[int], max_len=14):
    """
    return all(sum(l[i] for i in range(len(l))) >= 1)
    """
    return len(l) > max_len

def g(max_len=14):
    return list(range(100,1000))

assert f(g())

def f(l: List[str], n=11):
    return all(x in l for x in ["cat", "dog", "bird", "fly", "moose", "turtle"])

def g(n=11):
    return ["cat","dog","bird","fly","moose","turtle"]

assert f(g())

def f(s: str):
    return s == "18-+*/"

def g():
    return "18-+*/"

assert f(g())

def f(nums: List[int], k: int = 6):
    r = k
    for i in range(nums[k + 1]):
        r = 5 * r + 1 if r % 2 else r // 2
        if r == k:
            return True
    return False

def g(k: int = 6):
    return 6 * [i + k if i == 5 else 5 * i for i in range(1000)]

assert f(g())

def f(nums: List[int], n=100000):
    return sum(nums) > n

def g(n=100000):
    return [n for k in range(n)]

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16, 10], thresh=17):
    return sum(i * 100 for i in nums) <= tot

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16, 10], thresh=17):
    return int(int("123456789"+"0"*9)**0.5) + 100 + len(nums)

assert f(g())

def f(ind: List[int], n=4):
    return len(ind) == len(set(ind)) == n

def g(n=4):
    return [i*i for i in range(n)]

assert f(g())

def f(x: str):
    return x.startswith("") and list(filter(lambda s: len(s) == 1, x.split(" "))) == [x]

def g():
    return "1"

assert f(g())

def f(nums: List[int], target=10):
    return len(set(nums)) == target

def g(target=10):
    return [12**k for k in range(target)]

assert f(g())

def f(x: str):
    return x == "yes" or x == "y" or "yes" in x or "y" in x

def g():
    return 'y'.join("yesn")

assert f(g())

def f(n: int):
    return n > 955

def g():
    return 999999

assert f(g())

def f(n: int):
    return n >= 10000

def g():
    return 9999999

assert f(g())

def f(t1: List[int]):
    return all(i in t1 for i in range(3))

def g():
    return list(range(500))

assert f(g())

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

def g(a=93252338):
    return -1 * a

assert f(g())

def f(nums: List[int], target=90):
    return sum(nums) >= target

def g(target=90):
    return [target for i in range(100)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS", target_len=11):
    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", target_len=11):
    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(nums: List[int], n=12345):
    return len(nums) not in [0, 1, 2]  # 0 not in range(1, n); 1, 2 not in [0, 1]; 3, 5 not in [0, 1, 2, 3]

def g(n=12345):
    return [5, 4] * n

assert f(g())

def f(x: List[int], a=14302, b=5):
    return x[0] == a and (x[0] + b) > 0

def g(a=14302, b=5):
    return list(x for x in ([a, b]) if x == a and not x == b)

assert f(g())

def f(n: int, m=9):
    for i in range(m):
        x = n - 2 if i == 0 else n - 3
        if x > len(list(range(m))):
            return False
    return n % m == 0

def g(m=9):
    for i in range(m):
        return i

assert f(g())

def f(l: List[int], n=5, eps=1e-3):
    w = sum(l[i]**2 for i in range(n))
    return n * w > eps * n

def g(n=5, eps=1e-3):
    return [n * i + 1 for i in range(n)]

assert f(g())

def f(h: int):
    return all(h in k for k in range(h))

def g():
    return range(10)[0]

assert f(g())

def f(inds: List[int]):
    return len(set(inds)) > 3

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

assert f(g())

def f(N: int):
    return N>=10**5

def g():
    return 10**6

assert f(g())

def f(nums: List[int], goal=[]):
    return sum(nums) == len(goal)

def g(goal=[]):
    return [0]

assert f(g())

def f(s: List[str]):
    return len(s) == 3

def g():
    return list("abc")

assert f(g())

def f(l: List[int], m=6):
    assert len(l) == len(set(l)) == m
    return all(abs(a - b) * a for a, b in zip(l, l[1:]))

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

assert f(g())

def f(state: List[int]):
    return state == [9, 1, 1]

def g():
    return [9,1,1]

assert f(g())

def f(li: List[int], n=1):
    return all(x > 0 for x in li)

def g(n=1):
    return [1]

assert f(g())

def f(x: List[int]):
    if len(x) == 1:
        return x[0] == 0xff
    elif len(x[1:]) == 1:
        return x[0] == 255
    if len(x) < 2:
        return False
    return x[:1] == x[1:]

def g():
    return [255]

assert f(g())

def f(s: str, size=100):
    return size < len(s) or s[size - 1] != ' '

def g(size=100):
    return "hello"*(size+1) + "there"

assert f(g())

def f(s: str):
    return "".join(s).startswith('abcdefghijklmnopqrstuvwxyz')

def g():
    return 'abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(string: str, length=200):
    return len(string) > length

def g(length=200):
    return "1234567890123456789" + "0"*(length-2)

assert f(g())

def f(n: int):
    return sum(t >= 0 for t in range(n) if t != 0) > 0

def g():
    return 3

assert f(g())

def f(nums: List[int], n=123456):
    return len(nums) >= 4 or sum(i ** 2 for i in nums) == n

def g(n=123456):
    return [5, -4, -3, 4, 2]

assert f(g())

def f(li: List[int], m=100):
    return all(li[i] > 0 for i in range(m))

def g(m=100):
    return list(map(lambda i: i*i+1, range(m)))

assert f(g())

def f(n: int, a=14302, b=5):
    return n >= a and n >= b

def g(a=14302, b=5):
    return 13*13 + a + b

assert f(g())

def f(string: str):
    return string == "I!!!love!!!dumplings!!!!"

def g(): return "I!!!love!!!dumplings!!!!"

assert f(g())

def f(nums: List[int]):
    return sum(n for n in nums if n > 0) <= 7

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

assert f(g())

def f(b: float, a=1020):
    return a < b

def g(a=1020):
    return 1.5*a

assert f(g())

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

def g():
    return "Hello world"

assert f(g())

def f(a: List[int], n=5, n1=100):
    return len(set(a)) == n1 and 0 <= a[0] + a[1] < n1

def g(n=5, n1=100):
    return [a*3 - 2*a for a in range(n1)]

assert f(g())

def f(s: str):
    return len(s) == 5

def g():
    return str(1 + int((1 + 3) * 10)) + "10!"

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(inds: List[int], vecs=[50, 60, 90, 14, 15, 32, 34, 39, 44, 31, 58, 34, 41], target=50):
    return len(inds) >= len(vecs)

def g(vecs=[50, 60, 90, 14, 15, 32, 34, 39, 44, 31, 58, 34, 41], target=50):
    return vecs * target

assert f(g())

def f(s: str, target="reverse"):
    return s == target

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

assert f(g())

def f(n: int):
    return len(set(range(n))) == n

def g():
    return 5

assert f(g())

def f(li: List[int], start=0):
    return len({x for x in li if x < start}) == start

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

assert f(g())

def f(t: str, s="Problems", n=18):
    assert all(len(t) > n or (t[i] != ".") and len(t) > n for i in range(n))
    return all(t[i:i+2] != t[i:i + 6] for i in range(n))

def g(s="Problems", n=18):
    return "123456789" + s + "0"*(n-1) + "0"*(n-2) + "0"*(n-3) + "0"*(n-4) + "0"*(n-5) + "0"*(n-6) + "0"*(n-7) + "0"*(n-8) + "0"*(n-9) + "0"*(n-10)

assert f(g())

def f(n: int, a=14302, b=5):
    return n % a == 0 or n % b == 0 or n == 0

def g(a=14302, b=5):
    return (a*b) % 14302 or a or b

assert f(g())

def f(n: int):
    return n >= 256

def g():
    return 1000 * 1000 * 1000 * 1000

assert f(g())

def f(r: List[List[int]]):
    a, b = r
    return all(a < b for a, b in zip(a, b))

def g():
    return ([[1], [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"):
    print(s)
    return s.upper()

assert f(g())

def f(n: int, s="This is a", target=5):
    return n == len(s) if len(s) == 1 and s == s[0] else n < len(s)

def g(s="This is a", target=5):
    return target

assert f(g())

def f(n: int, a=123, b=1234):
    return n == 0 or n == 1

def g(a=123, b=1234):
    return 1

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return len(li) >= n and target not in li

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

assert f(g())

def f(tup: List[int], target_angle=45):
    hs = []
    for i in range(len(tup)):
        if tup[i] >= target_angle:
            hs.append(i)
            if i != hs[-1]:
                hs.reverse()
    return hs == [len(tup) - 1]

def g(target_angle=45):
    return [i for i in range(target_angle+1)]

assert f(g())

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

def g():
    return "1.2.3"

assert f(g())

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

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

assert f(g())

def f(state: List[str], target=[], n=2):
    return all(state == target for target in target)

def g(target=[], n=2):
    return list(target + target[2:])

assert f(g())

def f(n: List[int]):
    return (len(list(n)) - 1) % 2 == 1

def g():
    return [3, 4]

assert f(g())

def f(i: int, n=1234):
    return i > n * 3

def g(n=1234):
    return n * n

assert f(g())

def f(li: List[int]):
    return len(set(li))==3

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

assert f(g())

def f(p: List[int]):
    return len(p[:]) == 5

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s == "A" or s.isdigit() or s[::-1] == "@"

def g():
    return "A" or ".@" in s

assert f(g())

def f(num: int):
    return num // 10 > 15

def g():
    return len(list(range(1000)))

assert f(g())

def f(s: str, target="hello world", length=6):
    import re

    # find any word which begins with "hello"
    s = re.findall(r"hello", s)
    if s:
        return True
    return False

def g(target="hello world", length=6):
    return target[:6]

assert f(g())

def f(path: List[List[int]], target=1025):
    return all({(path[x].get(y) == path[x][y]).get(0) & (path[x].get(y - 1) == path[x][y - 1]).get(0) for x, y in path})

def g(target=1025):
    return []

assert f(g())

def f(nums: List[int]):
    return sum(nums) > 1000000

def g():
    return [1234567890]

assert f(g())

def f(z: float, d=0.0001):
    return z > d

def g(d=0.0001):
    return 1.1 * d

assert f(g())

def f(nums: List[int], length=6):
    return len(nums) == length and sum(i for i in nums if i == 0) == 0

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

assert f(g())

def f(s: str, target=7):
    # str does not have an __len__ method
    return len(s) >= target

def g(target=7):
    return "123456789" + str(target)

assert f(g())

def f(strs: List[List[str]]):
    return strs == sorted(strs) and len(strs) == 2

def g():
    return [["a", "b"], ["c", "d"]]

assert f(g())

def f(s: str):
    return s.count("1") == 1 and len(s) > 2

def g():
    return "<1 more data>"

assert f(g())

def f(li: List[int]):
    return all([li.count(i) == 1 for i in range(10)])

def g():
    return [i for i in range(10)]

assert f(g())

def f(n: int, target_tolerance=1000000):
    f = 5 * target_tolerance < n
    return f

def g(target_tolerance=1000000):
    return 1 + target_tolerance * 10

assert f(g())

def f(x: float, n=2):
    return x == int(abs(x + 1))

def g(n=2):
    return abs(int("123434567890"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], n: int = 12345):
    return len(nums) == n

def g(n: int = 12345):
    return list(range(n))

assert f(g())

def f(n: int, start=5128, b=2):
    if n == start:
        return b == 1
    return n >= start

def g(start=5128, b=2):
    return int(int("1234"+"5"*11) ** start) + start

assert f(g())

def f(i: int, j=5, n=6):
    return len(str(i + j)) >= n + 1

def g(j=5, n=6):
    return 1000000000000

assert f(g())

def f(m: int):
    return m >= 2

def g():
    return 7

assert f(g())

def f(q: List[int], thresh=3):
    return all(i % 2 == 1 and i in q == [0, 1] for i in range(len(q)//2)) and thresh >= 0

def g(thresh=3):
    return [i for i in range(thresh) if i % 2 == 1]

assert f(g())

def f(s: str, max_len=13):
    return len(set(s)) > max_len

def g(max_len=13):
    return "1234567890 ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(substrings: List[str], n=999):
    return len(substrings) == n

def g(n=999):
    return [str(i) for i in range(n)]

assert f(g())

def f(s: str):
    return len(s) >= 8

def g():
    return "abcdefgh"

assert f(g())

def f(e: int, m=1234, n=6):
    return max(e, m + n - 1) % m == n

def g(m=1234, n=6):
    return n + m + 9 * m

assert f(g())

def f(w: str, length=8):
    s = "abcceddd"
    assert len(s) == length
    a = 0
    for i in range(len(s)):
        if s[i] != w[i]:
            a += 1
    return a == length

def g(length=8):
    return "123456789"

assert f(g())

def f(x: List[float], n=300, target=19143212):
    return all(x < target for x in x)

def g(n=300, target=19143212):
    return [11.0] * n

assert f(g())

def f(s: str, c=10):
    return any(c in s for c in ["F", "G", "C", "Z"])

def g(c=10):
    return ["F", "G", "C", "Z"][c%3]

assert f(g())

def f(s: str):
    return s.count("w") == 1

def g():
    return "w"

assert f(g())

def f(st: str):
    return len(set(st) & set(["4", "3", "2"])) == 3

def g():
    return "0123456789"

assert f(g())

def f(n: int):
    return all(f(x) for x in range(n))

def g():
    return [1, 2].count(True)

assert f(g())

def f(x: List[str]):
    return x[0] == 'n' and x[-1] == 's'

def g():
    return ['n', "s"]

assert f(g())

def f(nums: List[int], b=5, m=10, target=64):
    return all((0 <= n % b) for n in nums)

def g(b=5, m=10, target=64):
    return [x for x in range(target, target + m) if int(x) % b == 0]

assert f(g())

def f(e: int):
    assert e >= 0 and e % 2 == 0, "Hint: e_0 is a multiple of 2."
    return abs(e) <= 2

def g():
    return abs(0)

assert f(g())

def f(x: int, a=5129, b=141760):
    return x == a + b

def g(a=5129, b=141760):
    return a + b

assert f(g())

def f(s: str, target="reverse me", upper=3):
    return s == target

def g(target="reverse me", upper=3):
    return "reverse me"

assert f(g())

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

def g():
    return "this"

assert f(g())

def f(start: int):
    return all(i in range(1000) for i in range(start, 2000) if i % 2 == 1)

def g():
    return int(int("1234567890"+"0"*9) ** 0.5)

assert f(g())

def f(s: str):
    return "yes" in s and s.lower() in ["yes", "h", "y", "s", "y", "n"][:len(s)]

def g():
    return "yes".lower()

assert f(g())

def f(s: str, a=45):
    return s.startswith("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz01234567890123456789") == True

def g(a=45):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz01234567890123456789"

assert f(g())

def f(ind: List[int], target=15):
    return sum(ind) == target

def g(target=15):
    return [6, 9]

assert f(g())

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

def g():
    return """
            #{{"Funny", "A"}}
        "Funny" in s
    """

assert f(g())

def f(p: List[str]):
    return p[:len(p)] == p[len(p):] or s and p[0] in s

def g():
    return [str(v) for v in range(100) if v > 100]

assert f(g())

def f(s: str):
    return len(set(s)) == 3

def g():
    return "test"

assert f(g())

def f(li: List[int], count=10):
    return len(li) == len(set(li)) and len(li) == count and {(i, j) for i, j in zip(li, li[1:])} == {(li[i], li[j]) for i, j in zip(li, li[1:])}

def g(count=10):
    return [n for n in range(count)]

assert f(g())

def f(s: str, i=14):
    return "foobarbazwow" in s and len(s) > i

def g(i=14):
    return "foobarbazwow" + "0"*(i+1)

assert f(g())

def f(nums: List[int], lower=0, upper=None, nums_length=2, k=0):
    return [] == [x for x in nums if x < lower]

def g(lower=0, upper=None, nums_length=2, k=0):
    return [0 for i in range(nums_length)]

assert f(g())

def f(n: int):
    return n > 1000

def g():
    return 1234

assert f(g())

def f(a: int):
    return a == 7 or a == 8 or a == 9 or a == 10

def g():
    return (7 or 8 or 9 or 10)

assert f(g())

def f(m: int, a=2, b=7):
    return m * a * b >= 2 ** 31

def g(a=2, b=7):
    return int(int("123456789" + "0" * 9 + "0" * 6) ** 0.5 + 1) * a + b

assert f(g())

def f(edge: List[int], length=5017, n=10000):
    return len(edge) == length and all(i in edge for i in range(length))

def g(length=5017, n=10000):
    return [i for i in range(length)]

assert f(g())

def f(r: List[int]):
    l1, l2, l3 = r
    return all([l1 > 0 and l2 > 0 and l3 > 0])

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

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n >= a and n <= b

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

assert f(g())

def f(f: List[str]):
    return any([x in f for x in ('df', 'gg')])

def g():
    return [
        'df',
        'gg',
        'abcdef',
        'ghijk'
    ]

assert f(g())

def f(s: str):
    return all([ch in s for ch in "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"])

def g():
    return "123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ123456789"

assert f(g())

def f(p: List[int]):
    return p >= [100, 101] and p <= [300, 301]

def g():
    return [100, 101, 300, 301]

assert f(g())

def f(i: int):
    return i * i in range(1 << 31)

def g():
    return 3*2+1

assert f(g())

def f(s: str):
    return s in s.split(',') and len(s.split(',', 1)) == len(s.split(',', 0))

def g():
    return "abcdefghijklmnop"

assert f(g())

def f(n: int):
    lb = [[False, True], [False, False]]
    return len(str(n + 1)) == 9 and all(i in lb for i in lb)

def g():
    lb = [[True, False], [True, False]]
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int):
    return x > 0 and x + x > 2028

def g():
    return len(range(0, 2028)) - 1

assert f(g())

def f(s: str, length=4, t=1032):
    return all(len(s) == length and s >= 8 and s[::-1] == s[i::len(s) - len(s - i / 2)] for i in range(int(length) - len(s)))

def g(length=4, t=1032):
    return "1234567891032"

assert f(g())

def f(path: List[List[int]]):
    return len(path) >= 3

def g():
    return [ [1,2,3] , [4,5,6] , [7,8,9] ]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) == len(s.upper()) - 1 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str(s.upper() if len(s) == len(s.upper()) - 1 else s.lower())

assert f(g())

def f(x: str):
    return "Hello " + x[::-1] == "Hello world"

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

assert f(g())

def f(x: str, y=u"abcdefghijklmnopqrstuvwxyz"):
    return x == y or y == u"abcd"

def g(y=u"abcdefghijklmnopqrstuvwxyz"):
    return y

assert f(g())

def f(s: str, a=['dog', 'dog', 'cat', 'cat']):
    return "".join(a) in s

def g(a=['dog', 'dog', 'cat', 'cat']):
    return "".join(a) + " is a dog cat"

assert f(g())

def f(s_case: str, s1="a"):
    return s_case == (s1.upper() if len(s_case) > 2 else s1)

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

assert f(g())

def f(bounds: List[List[bool]]):
    if bounds[0][0] == bounds[1][0] and bounds[0][1] == bounds[1][1]:
        return True
    elif boundaries[0] != boundaries[1] and boundaries[0][0] > boundaries[1][0]:
        return False
    elif boundaries[0][0] < boundaries[1][0]:
        return True
    else:
        return False

def g():
    return [
        [True, False],  # top, right, bottom, left
        [True, False],  # top, left, bottom, right
        [True, False],  # top, right, bottom, left
        [True, False],  # top, right, bottom, left
        [True, False],  # top, left, bottom, right
    ]

assert f(g())

def f(x: List[int], n=5, s=19, lower_bound=7):
    return len(x) == n and sum(x) >= lower_bound

def g(n=5, s=19, lower_bound=7):
    return [i for i in range(n)] + [i for i in range(s, n)]

assert f(g())

def f(n: int, a=5, b=1349):
    return a*b < n * a + n*b  # triangle inequality

def g(a=5, b=1349):
    return max(a, b)**2

assert f(g())

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

def g():
    return "".join(str(x) for x in range(8, 9))

assert f(g())

def f(n: int):
    return -2 - n < 0

def g():
    return 42

assert f(g())

def f(s: str):
    return ''.join(i if i in "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ" else i + 'c' for i in s) == 'abc'

def g():
    return 'abc'

assert f(g())

def f(n: int, a=-7, b=0):
    return (-n**2 + a) <= b

def g(a=-7, b=0):
    return -a if a else 0 if b else -n**2

assert f(g())

def f(str: List[str]):
    return all(s == 'a' in s for s in str)

def g():
    return []

assert f(g())

def f(n: int):
    assert n % 4 == 1, "Hint: n is divisible by 4"
    return n > 0 and n % 4 == 1

def g():
    return int(1)

assert f(g())

def f(n: int):
    return (n > 10**20)

def g():
    return 10**30

assert f(g())

def f(n: int, target=20):
    a = target
    assert n > 0 and n % 20 == 0, "target outside range"
    return n * 3 + (n - 1) % 3 >= a

def g(target=20):
    a = target
    assert a + a + a > 20, "too much"
    return a

assert f(g())

def f(inds: List[int], vecs=[0, 1, 2, 22, 9, 16, 27, 17, 31, 14, 20, 3, 0]):
    return sum(sum((v >> i) & 1 for i in inds) % 2 for v in vecs) > 0

def g(vecs=[0, 1, 2, 22, 9, 16, 27, 17, 31, 14, 20, 3, 0]):
    return [2, 23, 34, 11, 33, 1, 8]

assert f(g())

def f(s: str):
    return (len(s) >= 10 and len(s) % 10 == 0)

def g():
    return ("0123456789"*3).replace("\u0000","")

assert f(g())

def f(count: int):
    return count >= 1 and count <= 2000

def g():
    return int(10)

assert f(g())

def f(s: str):
    return len(s) > 3

def g():
    return "Hello"

assert f(g())

def f(n: int):
    return n > 10

def g():
    return 100

assert f(g())

def f(s: str, n=1000):
    return int(s[:3]) != 0 or int(s) != 0 or int(s[:3]) != 2 or int(s[:5]) != 1 or int(s[:7]) != 0 or int(s[:8]) != 0 or int(s[:9]) != 0

def g(n=1000):
    return "123456789" + "0"*9

assert f(g())

def f(li: List[int], k=4):
    return len(li) == k and all(i in li for i in range(k))

def g(k=4):
    return [n for n in range(k)]

assert f(g())

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

def g():
    return 42 % 2

assert f(g())

def f(seq: List[int], target=80, max_seq=13):
    return len(set(seq)) >= max_seq and any(p in seq for p in range(target) or set(seq) == {0})

def g(target=80, max_seq=13):
    return [seq for seq in range(target) for _ in range(max_seq)]

assert f(g())

def f(s: str, index="0", length=1):
    return s[-1] == index

def g(index="0", length=1):
    return str(str(str(str(int(str(index))*2)) + str(int(str(index))*2)))

assert f(g())

def f(z: int, target=0):
    return z == target

def g(target=0):
    assert -1 < target < 1
    return 0

assert f(g())

def f(l: List[int], n=3, s=1):
    return l == [0, 0, 0]

def g(n=3, s=1):
    return [0, 0, 0]

assert f(g())

def f(s: str):
    return s.count("x") == 1

def g():
    return "x"

assert f(g())

def f(x: List[int]) -> bool:
    if 0 != x:
        return True
    return False

def g():
    return [0]

assert f(g())

def f(s: str):
    return s in ("hello", "world", "helloworld")

def g():
    return "world"

assert f(g())

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

def g(a=1020):
    return float("123456789" + "0"*9) ** 0.5 + 1

assert f(g())

def f(s: str, width=15):
    return len(s) >= width

def g(width=15):
    return "123456789" + "0"*width

assert f(g())

def f(x: float):
    return x > 1

def g():
    return 3.0

assert f(g())

def f(s: str):
    return s in "abcd"  # ab, cd, dc

def g():
    return "abcd"[:]

assert f(g())

def f(n: int):
    assert n % 2 == 0
    assert not n % 3 == 0, "Hint: n is a multiple of 3"
    return n > 1000

def g():
    return 10 ** 40

assert f(g())

def f(n: int):
    return abs(n) > 1000

def g():
    return 1000000001

assert f(g())

def f(nums: List[int], n=3):
    return (sum(x != 0 for x in nums)) == n

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

assert f(g())

def f(s: str, b="abc", n=1):
    return s == b[:n]

def g(b="abc", n=1):
    return str(b[:n])

assert f(g())

def f(count: int, b=23223, a=3):
    return count >= a

def g(b=23223, a=3):
    return b + a

assert f(g())

def f(li: List[int]):
    return all({v in li for v in li if len(li) > v})

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

assert f(g())

def f(s: List[int]):
    return (s[0] + s[1]) == s[2]

def g():
    return list([1, 2, 3, 4, 5])

assert f(g())

def f(x: int, target=150, lower=30):
    return all([x != target or x >= target or x < lower])

def g(target=150, lower=30):
    return target - lower

assert f(g())

def f(x: int, lower_bound=150, bounds=[0, 150, 5120]):
    return lower_bound <= x

def g(lower_bound=150, bounds=[0, 150, 5120]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st + a == b + a

def g(a="world", b="Hello world"):
    return a and b

assert f(g())

def f(li: List[int]):
    return {i for i in li} == {0, 23, 0, 29, 0, 0, 0, 0, 29, 0, 0, 0, 0, 0, 0}

def g():
    return [0, 23, 0, 29, 0, 0, 0, 0, 29, 0, 0, 0, 0, 0]

assert f(g())

def f(x: List[int], target=3):
    return sum(map(lambda p: target - p, x)) < 10**1000

def g(target=3):
    return [target]

assert f(g())

def f(s: List[int], target=[4, 5]):
    return all(n for n in s if n == target)

def g(target=[4, 5]):
    return [n for n in [4, 5] if n == target]

assert f(g())

def f(text: str, count=10):
    return all(
        len(s) >= count and text in s for s in text.split(" ")
    )

def g(count=10):
    return "0" * count

assert f(g())

def f(x: int, a=10201202001, b=2530200):
    if x >= 1:
        return x + a <= b or (x - 1) + b >= a
    else:
        return x - a == b

def g(a=10201202001, b=2530200):
    return a + b

assert f(g())

def f(s: str):
    return abs(s.index(s.upper()) - s.index("A")) < 2

def g():
    return "ABCDEFGHIJKLMN"

assert f(g())

def f(n: int):
    lb = [[False, True], [False, False]]
    return len(str(n + 1)) == 9 and all(i in lb for i in lb)

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

assert f(g())

def f(x: int, target=1, coeff=2):
    return x == 2 ** target and x > -2 * target

def g(target=1, coeff=2):
    return 2 ** target * target

assert f(g())

def f(s: str, c=10):
    return any(c in s for c in ["F", "G", "C", "Z"])

def g(c=10):
    return "F"*c + "G"*c + "C"*c + "Z"*c

assert f(g())

def f(nums: List[int], n=200):
    return sum(nums) == n

def g(n=200):
    return [n]

assert f(g())

def f(nums: List[int], d=3):
    return all(sum(nums[:i]) <= d * nums[i] or nums[i] == nums[i - 1] for i in range(10))

def g(d=3):
    return [d**2 for i in range(100)]

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(K >= n for j in range(K))
    return prob <= year_len

def g(year_len=365):
    if year_len > 365:
        year_len -= 365
    return int(int("123456789" + "0"*(365-year_len)) ** 0.5) + 1

assert f(g())

def f(s: List[str], n=1000):
    return len(set(s)) == n

def g(n=1000):
    return list(map(str, range(n)))

assert f(g())

def f(x: int, a=12, b=2):
    return x == a ** b

def g(a=12, b=2):
    return int(a ** b)

assert f(g())

def f(s: str, upper=20):
    return len(s) <= upper

def g(upper=20):
    return "abcdefghijk"

assert f(g())

def f(n: int, a=3, b=6):
    return n > 2

def g(a=3, b=6):
    return 4

assert f(g())

def f(ls: List[str], n=4):
    return len(ls) == n

def g(n=4):
    return [str(i) for i in range(n)]

assert f(g())

def f(x: List[int], n=5):
    return all(x[i] == -1 for i in range(n))

def g(n=5):
    return [-1] * n

assert f(g())

def f(nums: List[int], m=3):
    assert len(nums) == m and min(nums) >= 0
    return len(set(nums)) <= m and nums[0] != 0 or max(a for a in nums if a > 0) < nums[-1]

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

assert f(g())

def f(n: int, target=10):
    return all(n % i == 0 for i in range(1, n))

def g(target=10):
    return sum(i == target for i in range(1, 10))

assert f(g())

def f(n: int):
    return sum(1 if i < 3 else 2 for i in range(n)) == n

def g():
    return sum(1 if i < 3 else 2 for i in range(3))

assert f(g())

def f(x: List[int]):
    return len(x) == 9

def g():
    return [1, 2, 3, 4, 7, 8, 11, 12, 13]

assert f(g())

def f(s: str):
    return s.ljust(20) == s

def g():
    return "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"

assert f(g())

def f(path: List[int], k=5):
    return path[0] == k and path[-1] == k

def g(k=5):
    return [k for i in range(3) if i % 2 == 0]

assert f(g())

def f(n: int, max_length=200):
    return 100000 <= n <= 200000

def g(max_length=200):
    return max(x*2 for x in range(100000))

assert f(g())

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

def g():
    return "abc123"

assert f(g())

def f(inds: List[int], s="abcd", size=7):
    return len({i for i in inds for j in range(size) for k in {i, j}}) == size

def g(s="abcd", size=7):
    return [ind for ind in range(size*size, size*size + size)]

assert f(g())

def f(x: int, b=810020201):
    return abs(x ** 2) > b

def g(b=810020201):
    return int(str(b**2))

assert f(g())

def f(seq: List[int], length=10):
    assert len(seq) == length and sum(seq) >= length
    return seq == [i for i in range(len(seq))]

def g(length=10):
    return [seq for seq in range(length)]

assert f(g())

def f(i: int):
    return i < 1000  # not true for longs

def g():
    return 5

assert f(g())

def f(n: int):
    return not (n % 2 == 0 and (n > 2 or n == 2))

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

assert f(g())

def f(t: List[int]):
    return all(i in range(t[0]) for i in range(10))

def g():
    return [123, 789]

assert f(g())

def f(s: List[str]):
    return tuple(s) == ('dee', 'doo', 'dah!', 'daah!')

def g():
    return ['dee', 'doo', 'dah!', 'daah!']

assert f(g())

def f(case: str, target="w"):
    return case == target

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

assert f(g())

def f(s: str, target="go back", go_back=True):
    return s == target

def g(target="go back", go_back=True):
    return "go back" if go_back else "go to"

assert f(g())

def f(string: str, target="abc", cut_position=12):
    return string[0:cut_position] == target

def g(target="abc", cut_position=12):
    return "abc" if f(string=target, cut_position=cut_position) else target

assert f(g())

def f(inds: List[int], m=6, string="enlightenment"):
    return len(inds) == m  # all indices must be 0-9 and a-f
                          # and you can't change that
                          # otherwise you could get a longer string
                          # but if m is 3 and 3 < len(inds) < 6, then you can't even try

def g(m=6, string="enlightenment"):
    return [m, 2, 3, m, m, 4]

assert f(g())

def f(x: List[int], n=10):
    return len(x) == n and sum(x) == n

def g(n=10):
    return [1]*n

assert f(g())

def f(state: str, start="424", combo="778"):
    return state == start or (state in combo and state in start and combo in start)

def g(start="424", combo="778"):
    return start or (start in combo or combo in start)

assert f(g())

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

def g(n=1000):
    return [0]*n

assert f(g())

def f(x: int, a=93252338, b=93252335):
    return -x == a * b

def g(a=93252338, b=93252335):
    return -int(str(a * b))

assert f(g())

def f(s: str, max_nums=1000):
    return s.count("a") == 0 and len(s) != max_nums + 1

def g(max_nums=1000):
    return "123456789" + "0"*(max_nums+1)

assert f(g())

def f(seq: List[int], m=5, n=40):
    return m == len(sorted(seq))

def g(m=5, n=40):
    return [i + 1 for i in range(m)]

assert f(g())

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

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

assert f(g())

def f(n: int, max_num_sides=5):
    return (n - 1) % 2 == 0

def g(max_num_sides=5):
    return 1

assert f(g())

def f(path: List[int], nums=12345):
    return path == sorted(path) and len(path) == nums

def g(nums=12345):
    return [n for n in range(nums)]

assert f(g())

def f(p: List[int], i=1000):
    return all(abs(z) >= 2 for z in p for i in range(1000))

def g(i=1000):
    return sorted(list(range(i, i+1000)))

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if s[i] in "ABCDEF"[:-1]:
            return True
    return False

def g():
    return "123456789ABCDFE"[:-1]

assert f(g())

def f(start: int):
    return sum(range(start, start + 10)) <= 100

def g():
    return 1

assert f(g())

def f(c: str):
    return c.startswith('#')

def g():
    return '# # #'

assert f(g())

def f(x: List[int], a=7, b=42):
    return len(x) >= a ** 2 and all(x[i] != x[i] + a ** 2 for i in range(len(x)))

def g(a=7, b=42):
    return [i if a == 42 else i * b for i in range(1000)]

assert f(g())

def f(n: int, nums=[1, 3, 4], start=[0, 1, 2], target=3):
    return n > 2 or any(a in nums for a in start)

def g(nums=[1, 3, 4], start=[0, 1, 2], target=3):
    return sum(num for num in nums if num == target)

assert f(g())

def f(string: str, sub=1, count=3, length=5):
    return string == sub*string+string[sub:sub+length]

def g(sub=1, count=3, length=5):
    return ""

assert f(g())

def f(x: float):
    return str(abs(x - 3.1415)).startswith("123")

def g():
    return 1234.56

assert f(g())

def f(f: List[int], m=10, k=19):
    return all([i in f for i in range(m)])

def g(m=10, k=19):
    return list(range(m)) + list(range(k)) + [19]

assert f(g())

def f(x: int, a=14311254, b=10092657):
    return a - x == b

def g(a=14311254, b=10092657):
    return a-b

assert f(g())

def f(nums: List[int], target=20):
    return len(nums) >= target and nums[-target:] == nums[-target:] and nums[-target:] <= nums[-1:]

def g(target=20):
    return [target+i for i in range(target)]

assert f(g())

def f(nums: List[int], q=3):
    return all(i**2 + (i + 1) <= q * nums[i] for i in range(len(nums)))

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

assert f(g())

def f(li: List[str]):
    return len(li) == 1 and li.count("") == 1

def g():
    return [str()]

assert f(g())

def f(s: List[int]):
    return len(set(s)) == 5000  # 5000 is 10 000 000

def g():
    return [x for x in range(5000)]

assert f(g())

def f(s: str):
    return all(i in range(len(s)) for i in s)

def g():
    return ""

assert f(g())

def f(s: List[int]):
    return all([0 <= x < len(s) for x in s])

def g():
    return [0]*3

assert f(g())

def f(d: int, n=123456789):
    return all(d > n and i in "123" for i in str(str(d).count("4") + str(d).count("7")))

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

assert f(g())

def f(vars: List[str], k=3):
    assert k == len(vars)
    k = len(vars[0])
    assert k == min(k, k + 20)
    for i in range(k):
        assert isinstance(vars[i], str)
        assert vars[i] == "X"
    assert isinstance(vars[1], str)
    assert isinstance(vars[2], str)
    assert vars[0] in 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'
    return vars[0] == 'X' or vars[1] == 'X' or vars[2] == 'X'

def g(k=3):
    return ["X"] * k

assert f(g())

def f(words: List[str]):
    return len(set(words)) == 3

def g():
    return ["apple", "banana", "orange"]

assert f(g())

def f(s: str):
    return "".join(s).startswith('abcdefghijklmnopqrstuvwxyz')

def g():
    return "abcdefghijklmnopqrstuvwxyz123456789"

assert f(g())

def f(n: int, i=1234):
    return n % i == 0

def g(i=1234):
    return int(i)

assert f(g())

def f(s: str):
    return "Hello " + s > "Hello world"

def g():
    return "world" + ("a"*0) + ("b"*1)

assert f(g())

def f(n: int):
    assert all([0 <= x <= n for x in range(n)]), "error in range for input n"
    return n >= 8

def g():
    return 13 - 3

assert f(g())

def f(n: int, target=20):
    a = target
    assert n > 0 and n % 20 == 0, "target outside range"
    return n * 3 + (n - 1) % 3 >= a

def g(target=20):
    return 20

assert f(g())

def f(s: str):
    return True if s[::-1] == "Hello world" else False

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

assert f(g())

def f(l: List[int]):
    return all([x in l for x in l])

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

assert f(g())

def f(s: str):
    return s == "hello" or s == "world" or "x" == s

def g():
    return "hello" or "world" or "x" == "world"

assert f(g())

def f(nums: List[int], b=3):
    return len(nums) == b

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

assert f(g())

def f(d: List[int], n=4, sum=0):
    return len(set(d)) + sum == n

def g(n=4, sum=0):
    return [1, 2, 3, 4] if sum == 0 else sum

assert f(g())

def f(nums: List[int], start=50):
    return min(nums) >= start and nums <= [start + 40]

def g(start=50):
    return [start + 1]

assert f(g())

def f(n: int, a=3, b=23463462):
    return b * 3 == n

def g(a=3, b=23463462):
    return b * 3

assert f(g())

def f(rhs: List[int]):
    return True

def g():
    return [0, 1, 3, 2, 4, 5, 7, 8]

assert f(g())

def f(word: str):
    return "I'm a konjac" in word

def g():
    return "I'm a konjac"

assert f(g())

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

def g():
    return "Hello " + '#'*6 + '#'*6 + '#' + '#'*6

assert f(g())

def f(seq: List[int], d=3):
    return sum(seq) == d and max(seq) == len(seq) - 1

def g(d=3):
    return list(range(d))

assert f(g())

def f(h: List[int]):
    return sorted(h) == list(range(10))

def g():
    return sorted([1,2,3,4,5,6,7,8,9,0])

assert f(g())

def f(s: str):
    return "A" in s or "A" in s[::-1]

def g():
    s = "A" * 8 + "B" * 8
    return "A" * 8 + str(s)

assert f(g())

def f(list: List[int]) -> bool:
    return all(l in list for l in list if isinstance(l, int))

def g():
    return [2]

assert f(g())

def f(n: int):
    return n >= 2

def g():
    return 2*2*2

assert f(g())

def f(substrings: List[str], s="1", count=5):
    return sum(s == "9" for s in substrings) == sum(s == "9" for s in substrings)

def g(s="1", count=5):
    return [1 for s in (x for x in s) if s == "9"]

assert f(g())

def f(x: str, n=10):
    return len(set(x)) == n

def g(n=10):
    return "123456789" + "0"*(n-1)

assert f(g())

def f(n: int):
    return n % 2 == 0 and (n + 1) // 2 == 0

def g():
    return int(2 / 10) * 2

assert f(g())

def f(n: int):
    return str(n * n).startswith("11111")

def g():
    return int(int("11111"+"0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], max_dim=9):
    return len(nums) == max_dim and all(nums) >= 0

def g(max_dim=9):
    return list(range(max_dim))

assert f(g())

def f(f: List[int], target=10):
    return len(f) >= target and all(f[i] != f[i + 1] for i in range(target - 2))

def g(target=10):
    return list(range(10))

assert f(g())

def f(w: str):
    return w in ["Hello","Hello World!"]

def g():
    return "Hello World!"

assert f(g())

def f(kings: List[int], n=10):
    if kings[0] > kings[1]:
        return False
    return len(kings) >= n

def g(n=10):
    return [0] * n + [1] * (n - 1)

assert f(g())

def f(li: List[int]):
    li[li[0]] == li[li[1]] and li[li[0]] * li[li[1]] == li[li[2]] * li[li[3]]
    return li[0] + li[1] == li[2] + li[3]

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

assert f(g())

def f(nums: List[int], num_points=10):
    return sum(num in nums for num in nums if num == num_points) > 10 ** -5

def g(num_points=10):
    return [i for i in range(2 * num_points)]

assert f(g())

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

def g():
    return [x for x in list(range(100, 200))]

assert f(g())

def f(n: int, b=7, m=6):
    return min(n, m) <= sum(b * i for i in range(n))

def g(b=7, m=6):
    return 3 * b - 2 * m

assert f(g())

def f(n: int):
    return 2 ** n == 2 ** n

def g():
    return 6

assert f(g())

def f(x: List[int]):
    return all(s in x for s in (4, 2, 1) if s)

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

assert f(g())

def f(n: int, a=345346363, b=10):
    if b == 10:
        return int(n) == a
    return n % b == a

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

assert f(g())

def f(s: str):
    return sum([i in s for i in ["h", "h", "h"]]) == 3

def g():
    return "h" + "h" + "h" + "h" + "h"

assert f(g())

def f(nums: List[int]):
    assert len(nums) >= 4
    return len(set(nums)) == len(nums) or len(set(nums)) == len(nums) and sum(i ** 2 for i in nums) == n

def g():
    return list(range(8))

assert f(g())

def f(x: int, a=8665464, b=87):
    return a - x == b

def g(a=8665464, b=87):
    return a-b

assert f(g())

def f(s: str):
    return s == "abcd" and s.rsplit("abc", 1) == s.rsplit("abc", 3)

def g():
    return "ab" + "cd"

assert f(g())

def f(stamps: List[int], target=80, max_stamps=4, options=[10, 32, 8]):
    for s in stamps:
        assert s not in options
    return len(stamps) <= max_stamps and sum(stamps) == target

def g(target=80, max_stamps=4, options=[10, 32, 8]):
    return [target]

assert f(g())

def f(nums: List[int], target=57):
    return all(i in "abcABC" for i in nums) and all(i in "123abc123abc" for i in nums)

def g(target=57):
    return [e for e in ["abcABC", "123abc123abc"] if e == target]

assert f(g())

def f(x: List[int], a=1020):
    return sum(x == 0 for x in x) == a

def g(a=1020):
    return [0] * a

assert f(g())

def f(s: str, n=4):
    return len(s) == n

def g(n=4):
    return ''.join('%d'%n for n in range(n))

assert f(g())

def f(t: str, s="nope"):
    assert t[-1] in s
    return t[-1] == s[-1]

def g(s="nope"):
    return s

assert f(g())

def f(s: str):
    return set(s) <= set("21+")  # this is just as complicated, but still simpler than f27

def g():
    return "11"

assert f(g())

def f(s:str, start=10, length=4):
    return (0 < len(s) <= length and set(s) <= set("0123456789" * length))

def g(start=10, length=4):
    return str(start) + str(length*2)

assert f(g())

def f(x: int):
    return x <= 50

def g():
    return sum(x for x in [1, 2, 3] if x > 50)

assert f(g())

def f(z: List[int]) -> bool:
    return True or all(i in range(len(z)) and j in z for i, j in enumerate(z) and abs(i - j) >= 1)

def g():
    return [1, 2]

assert f(g())

def f(x: int):
    x += 1
    return x > 32767

def g():
    return 10000000

assert f(g())

def f(s: str):
    return 'This is the beginning of the long paragraph' in s

def g():
    return str("This is the beginning of the long paragraph")

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 max(a-b, b-a)

assert f(g())

def f(s: str):
    return s[:-1] == s[1:] and s[0] == s[1]

def g():
    return "b" * 1000

assert f(g())

def f(s: str, substrings=['moooboooofasd']):
    return all(sub in s and sub != s[:3] for sub in substrings)

def g(substrings=['moooboooofasd']):
    return ''.join('foo' + s for s in substrings)

assert f(g())

def f(n: int):
    return n < 2 and sum(n ** i for i in range(n)) < 2**n

def g():
    return int(int("0") ** 0.5)

assert f(g())

def f(s: str):
    return (s == "dog" or s == "cat")

def g():
    return "dog" or "cat"

assert f(g())

def f(n: int):
    return sum(2 ** i for i in range(n)) == n

def g():
    return 1

assert f(g())

def f(list: List[int], n=30, target=75):
    for i, x in enumerate(list):
        if x > 0:
            if x % n == 0:
                return x < target
            elif x % n == 1:
                return x > target
    return not all(target == 2)

def g(n=30, target=75):
    return [t for t in [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] if t >= n]

assert f(g())

def f(n: int, n_min=200, n_max=500, target=1000):
    return max(min(n, n_min), 0) == n_min  # same as target

def g(n_min=200, n_max=500, target=1000):
    return n_max

assert f(g())

def f(n: int, target=10):
    return all(n % i == 0 for i in range(1, n))

def g(target=10):
    return int(3 * target + 2) % target

assert f(g())

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

def g():
    return 0

assert f(g())

def f(c: str):
    return c.startswith("2") and c.endswith("1")

def g():
    return '2' + '1'

assert f(g())

def f(x: int):
    return -x < -100 and x >= 100

def g():
    return 1234567890

assert f(g())

def f(c: int):
    return all(c > 0 for c in [2, 3, 4, 2, 4])

def g():
    return 2

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(g2: List[int], g1=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [4, 5], [5, 6], [6, 7], [3, 4], [5, 6]]):
    return len(g1) == len(g2) and all(i in g1 for i in g1)

def g(g1=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [4, 5], [5, 6], [6, 7], [3, 4], [5, 6]]):
    return [i[0] for i in g1]

assert f(g())

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

def g():
    return list(range(10))

assert f(g())

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

def g():
    return "hello"

assert f(g())

def f(s: str, n=15):
    return (all([char in s for char in str(len(s))]) or all([char in s for char in s.__contains__(str(len(s)))]))

def g(n=15):
    return "123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmopqrstuvwxyz0123456789+/="

assert f(g())

def f(s: str, n=10):
    return len(s) > n

def g(n=10):
    return "hello" + " "*n

assert f(g())

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

def g():
    return "Hello, n is here!"

assert f(g())

def f(s: str):
    return s.find("<") != -1 or s.find(">") != -1

def g():
    return "<>b"

assert f(g())

def f(s: str, n=8):
    return s[0] in str(n)

def g(n=8):
    return ''.join(str(n) for _ in range(n+1))

assert f(g())

def f(k: List[int]):
    return -k[0] - k[1] == k[2]

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

assert f(g())

def f(l: List[int], k=5):
    # k == 5 means target is 5
    return len(l) == k and all(l[i] == k for i in range(k))

def g(k=5):
    return [k for i in range(5)]

assert f(g())

def f(s: str):
    return s.startswith('abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_')

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdeFG00"

assert f(g())

def f(inds: List[int]):
    assert all(i in range(len(inds)) for i in inds), "duplicate entry"
    return len(inds) == len(set(inds))

def g():
    return sorted(range(0,999))

assert f(g())

def f(nums: List[int], a=12):
    assert len(nums) >= a
    return all(i in range(4) for i in str(nums)[a * 4 : 4 + a])

def g(a=12):
    return list(map(int, str(a * 4) + "0"*12))

assert f(g())

def f(n: int, target="cotton candy", length=2):
    return all(n < length for n in range(length))

def g(target="cotton candy", length=2):
    return sum(n < length for n in range(len(target) + 1))

assert f(g())

def f(l: List[int], target=50):
    return sum(l) >= target

def g(target=50):
    return [int(i) for i in range(target)]

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 3

def g():
    return ["a"*(i+2)+"b" for i in range(3)]

assert f(g())

def f(x: float, t=20):
    return float(x) < t and x > -t

def g(t=20):
    return 0.5 * t + 1

assert f(g())

def f(nums: List[int], target=50):
    return len(set(nums)) >= target and len(set(nums)) == target

def g(target=50):
    return [i for i in range(target)]

assert f(g())

def f(string: str, k=1):
    return len(string) != k

def g(k=1):
    return "12345" * k

assert f(g())

def f(nums: List[int]):
    return nums[0] * nums[1] * nums[2] - nums[0] - nums[1] + nums[2] > 0

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

assert f(g())

def f(q: List[str]):
    return all(s in q for s in ["a","b","c","d","e","f"])

def g():
    return [s for s in ["a","b","c","d","e","f"]]

assert f(g())

def f(moves: List[List[int]], length=5017):
    assert moves == sorted(moves)[::-1], "moves sorted in reverse order"
    return len(moves) == length

def g(length=5017):
    return [list(range(3)) for _ in range(length)]

assert f(g())

def f(a: List[int], n=12):
    return a[0] == a[1] and a[2] == 3

def g(n=12):
    return [3, 3, 3, 2, 1, 1]

assert f(g())

def f(h: List[int], m=50, n=50):
    if m == 1:
        return n <= 5
    elif m == 2:
        return 0 <= n <= 3
    else:
        return 0 <= n <= len(h)

def g(m=50, n=50):
    return [i for i in range(n) if i <= m]

assert f(g())

def f(m: str, w=1110):
    assert not m.startswith("c")
    assert not m.endswith("c")
    return len(m) >= w

def g(w=1110):
    return '123'*w

assert f(g())

def f(x: int, a=2048, b=2048, c=2048):
    return x == a and x == b and x == c

def g(a=2048, b=2048, c=2048):
    return a

assert f(g())

def f(list: List[str], n: int = 50):
    assert all(s in list for s in ["foo", "bar", "baz", "baz", "quux", "quux", "asdf"])
    return all(s in ["foo", "bar", "baz", "baz", "quux", "asdf"] for s in list)

def g(n: int = 50):
    return ["foo", "bar", "baz", "baz", "quux", "asdf"]

assert f(g())

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

def g():
    return "aabbbababab"

assert f(g())

def f(s: str, target="hello"):
    return s == target == 'hello'

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

assert f(g())

def f(l: List[str]):
    return not all(len(l[i:i + 3]) == len(l) / 3 for i in range(len(l) - 2))

def g():
    return [str(i) for i in range(10)]

assert f(g())

def f(s: str):
    return s == "Hello" and len(s) >= 4 and "a" in s or s.find(max(s)) >= 0  # find first instance of 'a'

def g():
    return "Hello"

assert f(g())

def f(res: str):
    return res.startswith("hello")

def g():
    return "hello"

assert f(g())

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

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

assert f(g())

def f(delta: List[int], nums=[[1, 2, 3], [3, 2, 1], [4, 3, 2, 2]]):
    return all(sum(vec[i] for vec in nums) == delta[i] for i in range(3))

def g(nums=[[1, 2, 3], [3, 2, 1], [4, 3, 2, 2]]):
    return [sum(vec[i] for vec in nums) for i in range(3)]

assert f(g())

def f(s: List[str], sep="!!", string="I!!!!!love!!dumplings!!!!!!!"):
    return len(set(s)) == 3 and sep in set(s) or all(p in s for p in sep)

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!!!"):
    return [''.join(seq) for seq in string.split(sep)]

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(sub in s for sub in substrings) and all(sub[:-1] in s for sub in substrings)

def g(substrings=['foo', 'bar', 'baz']):
    return "".join(map(str, set(substrings)))

assert f(g())

def f(p: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return p == target or (p % 2 == 1) and p not in {1, 2, 6, 11, 8}

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return [x for x in target if x != 0]

assert f(g())

def f(nums: List[int]):
    return all(j >= 0 for j in nums)

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, a=5129, d=17):
    return isinstance(n, int) and a + d == n

def g(a=5129, d=17):
    return 17 + a

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[::2] for j in l[1::2] if i != j)

def g():
    return [0 for i in range(1000)]

assert f(g())

def f(path: List[List[int]], target=1025):
    return all({(path[x].get(y) == path[x][y]).get(0) & (path[x].get(y - 1) == path[x][y - 1]).get(0) for x, y in path})

def g(target=1025):
    return [l for l in [(1, 2, 3), (4, 8, 9)] if l == target]

assert f(g())

def f(s: str, target=18):
    return len([x for x in s if x != target]) == 18 or target == str(len(s))

def g(target=18):
    return "123456789" + "0"*9

assert f(g())

def f(p: List[int]):
    return len(set(p)) == 13 and min(p) == 0

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]

assert f(g())

def f(inds: List[int]):
    return list(inds) == [0]

def g():
    return [0]

assert f(g())

def f(li: List[int], n=300):
    return sum(li) == n * n

def g(n=300):
    return [n * n]

assert f(g())

def f(s: List[str]):
    for x in range(0, len(s)):
        if s[x] == "I love you":
            return True
        elif s[x] == "I hate you":
            return False
        elif s[x] == "I do not know":
            return False
        else:
            return False

def g():
    return ["I love you", "I hate you", "Don't lie"]

assert f(g())

def f(s: str, length=1):
    return sum(map(int, s)) == length

def g(length=1):
    return str(int(str(1**length)) ** (length-1))

assert f(g())

def f(s: str, c=0):
    return "Hello " + s in ["Hello world", "How are you " + s, "Nice"]

def g(c=0):
    return "world"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(n in s for n in s)

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

assert f(g())

def f(tst: List[int]):
    return len(tst) > 2 and tst[0] < tst[1]

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

assert f(g())

def f(nums: List[int]):
    num = nums[0]
    return [(n % num) == 0 for n in nums[1:]][num == num]

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

assert f(g())

def f(nums: List[int], a=4, b=5):
    assert len(nums) >= b and max(nums) >= b
    assert len(nums) / b <= a
    return sum(nums) >= b

def g(a=4, b=5):
    return [i*a for i in range(b)]

assert f(g())

def f(n: int):
    return (n + 100) > 400

def g():
    return 400

assert f(g())

def f(n: int, a=10, b=20, c=20):
    return all([a * f(i) / b for i in range(n)])

def g(a=10, b=20, c=20):
    return sum(f(i) for i in range(a, b, c))

assert f(g())

def f(n: int, c=1):
    return -1 <= n < 4 and c*n == n

def g(c=1):
    return 3

assert f(g())

def f(l: List[int], c=1):
    return list(map(abs, l)) == [0, 1, 0, 1, 0, 0, 0]

def g(c=1):
    return list(map(abs, [0, 1, 0, 1, 0, 0, 0]))

assert f(g())

def f(x: List[int], b=None):
    if b is None:
        return x == [1, 2, 3]
    items = list(x)
    if len(b) == 0:
        all(item == target for item in items)
    elif len(b) > 0:
        all(item == target for item in items and len(set(b)) == len(item))
    else:
        return False
    items = [i for i in items if target in items]
    items = [i for i in items if target not in items]
    return [set(item) for item in items] == set([target])

def g(b=None):
    return [1, 2, 3] if b is None else [a for a in b if b not in a]

assert f(g())

def f(nums: List[int]):
    return sum(1 for i in nums if i < 9) == 5

def g():
    return [1,2,3,4,5]

assert f(g())

def f(x: str, n=4):
    s = [f"abcdefghijklmnopqrstuvwxyz" for i in range(n)]
    return s == x or all(c in x for c in s)

def g(n=4):
    return "abcdefghijklmnopqrstuvwxyz" if "abcdefghijklmnopqrstuvwxyz" in "abcdefghijklmnopqrstuvwxyz" else "A B"

assert f(g())

def f(list_len: List[int], n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return len(list_len) == n and all(li in list_len for li in list_len)

def g(n=18):
    return list(range(0, n))

assert f(g())

def f(x: float, n=1):
    return 2 ** n * x > 0.5  # [..., 0.5, 2 ** n, ...]

def g(n=1):
    return 5e9 / 2

assert f(g())

def f(x: List[int]):
    return sum([x[i] for i in range(3)]) == 3

def g():
    return [0, 1, 2, 0, 3, 4]

assert f(g())

def f(s: str, n=0):
    return sum(int(s) for i in range(1, len(s) + 1)) > 0

def g(n=0):
    return "1234"

assert f(g())

def f(states: List[List[int]], length=4):
    return sum(len(s) for s in states) == length

def g(length=4):
    return [list(range(length))]

assert f(g())

def f(x: List[int], m=15, n=5, target=100):
    return abs(x[0] - m) < target and len(x) > m

def g(m=15, n=5, target=100):
    return [x for x in range(target)]

assert f(g())

def f(x: List[int], upper_bound=10):
    return len(x) >= upper_bound and not x[-1] == 1

def g(upper_bound=10):
    return [0] * upper_bound

assert f(g())

def f(nums: List[int], n=12):
    return len(nums) == n

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

assert f(g())

def f(n: int, target=20000):
    for i in range(n):
        if i == target:
            return True
    return False

def g(target=20000):
    return int(int("123456789" + "0"*9) ** target) + 1

assert f(g())

def f(x: float):
    return str(x).startswith("1.234")

def g():
    return float(str(1.234))

assert f(g())

def f(x: List[int], n=14, r=16):
    return sum(x) == n if r == 0 else sum(x) >= n

def g(n=14, r=16):
    return [1, 2] if r == 0 else [1, 2, 3] * n if r == 1 else [1, 2, 5, 4] * n + [3, 2, 3] * (n - 1)

assert f(g())

def f(a: List[float]):
    return a.count(5) == 1

def g():
    return [x for x in [1.0, 2.0, 3.0, 4.0, 5.0] if x == 5]

assert f(g())

def f(moves: List[List[int]]):
    return len({(a, b) for [a, b] in moves}) == len([[1, 2], [1, 3], [2, 1], [3, 1], [2, 3]])

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

assert f(g())

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

def g():
    return "hello world"

assert f(g())

def f(t: str, c="0"):
    return any(x.capitalize() == x.lower() for x in t)

def g(c="0"):
    return str(c*1000)

assert f(g())

def f(x: int, b=810020201):
    return abs(x ** 2) > b

def g(b=810020201):
    return int(int(b) ** 0.5) + 1

assert f(g())

def f(nums: List[int], k=8):
    return sum([num*i for num, i in zip(nums, range(k))]) > k

def g(k=8):
    return [k, k+1, k+2]

assert f(g())

def f(s: str):
    return s == "hello" or all(s.startswith("lo") and s.endswith(" hello") for s in ['hello', 'hello world', 'world', 'hello world', 'doodle', 'doodleworld', 'doodleworld', 'toto', 'toto world'])

def g():
    return "hello"

assert f(g())

def f(s: str):
    return "".join(s).rjust(3) == "this"

def g():
    return "this"

assert f(g())

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

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

assert f(g())

def f(s: str, n=100, b=10):
    return s == s[0:n]

def g(n=100, b=10):
    return "hello" * b

assert f(g())

def f(a: float, b=0.6):
    return (a + 10) * b == a * b

def g(b=0.6):
    return float("123456789"+"0" * 9) + b

assert f(g())

def f(num: int, target=100):
    if round(num) == target:
        return None
    return round(num) > target and num > target or num == target and round(num) < target

def g(target=100):
    return target ** 2

assert f(g())

def f(s: str):
    if len(s) == 10:
        a = list(s)
        b = list(s[:5])
        c = list(s[-5:-1])
        d = list(s[5:])
        return all(a == b and c == d or not (a == b or c == d) and all([a[i] == a[0] and b != d or b == d for i in range(1, len(a) - 1)]) and all([c[i] == c[0] and a != d or a != d for i in range(1, len(c) - 1)]))
    return len(s) >= 10

def g():
    return "Hello Hello World"

assert f(g())

def f(x: List[int], a=100, b=5, e=200):
    return sum(i for i, j in zip(x, x[1:-1]) if j > a) >= e

def g(a=100, b=5, e=200):
    return [i for i in range(100*100)]

assert f(g())

def f(l: List[int]):
    return any(i in range(1000) and abs(l[i] - l[i-1]) >= 10 for i in l) and len(set(l)) == 1000

def g():
    return list(range(1000))

assert f(g())

def f(string: str):
    return string == 'abc' or string == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return "abc" or "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: float, a=1234):
    return x == a

def g(a=1234):
    return float(int(a ** 1.0))

assert f(g())

def f(s: str, a=17, b=17):
    return s == "hello" and all([len(s) == a and sum(s[i]) >= b] for i in [0, 1, 2])

def g(a=17, b=17):
    return "hello"

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[::2] for j in l[1::2] if i != j)

def g():
    return [4, 6]

assert f(g())

def f(subs: List[int], substring=""):
    return len(subs) == 2 and all(i != substring for i in subs)

def g(substring=""):
    return [0, 1] + list(substring)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s == target) == reverse

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

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567897")

def g():
    return int(int("1234567897" + "0"*11) ** 0.5) + 1

assert f(g())

def f(li: List[int], target=17):
    return not ((target == li) and len(set(li)) <= 3)

def g(target=17):
    return [1, 2]

assert f(g())

def f(s: str):
    return s == "I!!" or s == "I!!!11!!"  # s == "I!!" is not a legal string

def g():
    return "I!!"  # I!!! is not a valid string

assert f(g())

def f(t: str):
    return "The quick grey fox jumps over the lazy dog" == t

def g():
    return 'The quick grey fox jumps over the lazy dog'

assert f(g())

def f(l: List[int], n=5):
    return len(l) == n and l[0] == 0

def g(n=5):
    return [i for i in range(n)]

assert f(g())

def f(list: List[List[int]], n=9):
    return len(list) == n

def g(n=9):
    return [list([1,2,3,4,11,12,22,34,45,56,67,78,100,132,144,154,169,184,208,234,255]) for i in range(n)]

assert f(g())

def f(board: List[int], target=17):
    return target * 3 == board[0]  # [3, 5, 7], [7, 9, 11], [3, 7, 9]

def g(target=17):
    return [target * 3, target * 4, target * 6, target * 8, target * 6, target * 4, target * 8]

assert f(g())

def f(i: int, target=99):
    return abs(i // 3) >= target

def g(target=99):
    return 3*3*3*3*3*100 * 100

assert f(g())

def f(s: List[str]):
    return len(set(s)) > 2

def g():
    return list(set(["a", "b", "c", "d"]))

assert f(g())

def f(n: int):
    return n > 100 and n > 400

def g():
    return  

assert f(g())

def f(m: str):
    return all(['m', 'h', 'll', 'h', 'll' in m])

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=1020):
    return a < abs(n)

def g(a=1020):
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(s: str):
    return not (s.count("8") < 1 and s.count("1") < 2 and eval(s) != "123.456")

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

assert f(g())

def f(l: List[int]):
    for i in range(l.count("0")):
        return i
    return l.count("0") == 0

def g():
    return [2+2]

assert f(g())

def f(p: List[List[int]], n=50):
    return p == [p[i] for i in range(n)]

def g(n=50):
    return [[0 for i in range(n)] for j in range(n)]

assert f(g())

def f(p: int, target=0, max_len=10):
    if target == 0:
        return 0 < p < max_len
    return all([i + target >= p for i in range(2, len(target))])

def g(target=0, max_len=10):
    return 1 if target <= max_len else target * 4

assert f(g())

def f(nums: List[int]):
    return nums[0] * nums[1] * nums[2] - nums[0] - nums[1] + nums[2] > 0

def g():
    return [11, 12, 13]

assert f(g())

def f(s: List[int]):
    assert not isinstance(s, str)
    assert not isinstance(s, int)
    return sorted(s.keys() if (len(s) == 1) else list(s)) == list(range(1000))

def g():
    return sorted(list(range(1000)))

assert f(g())

def f(s: str, n=12):
    return all(c in s for c in str(str(n).count("x") + str(n).count("y") + str(n).count("z") + str(n).count("5z")))

def g(n=12):
    return  "0"*(n+4) + "0"*3 + "10"*11 + "5"*10 + "1" + "2" + "3" + "6" + "7" + "8"

assert f(g())

def f(s: List[int], n=10):
    return any(i >= n for i in s if i != 0)

def g(n=10):
    return list(range(100000))

assert f(g())

def f(str: str, count=10, length=100):
    str = str.strip()  # to catch bad input
    if ":" in str or len(str) == 99:
        return False
    if len(str) == length:
        return True
    for i in range(count):
        if str[:i] != "":
            return False
        if len(str) > length:
            return True
    return False

def g(count=10, length=100):
    return "123456789" * count + "0" * (length - count)

assert f(g())

def f(s: List[str], target=8):
    return sum(len(s) for _ in ("abc", "def") for i in range(len(s) - target)) > 0

def g(target=8):
    return [str(i + 1) for i in range(1000)]

assert f(g())

def f(l: List[str]):
    return not all(len(l[i:i + 3]) == len(l) / 3 for i in range(len(l) - 2))

def g():
    return list("a"*3) + list("b"*3)

assert f(g())

def f(nums: List[int], n=25, lower_bound=5):
    return len(nums) == n and all(i % j for i, j in zip(nums, nums[-1:]))

def g(n=25, lower_bound=5):
    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]

assert f(g())

def f(l: List[float]):
    return all(i in l for i in range(1000))

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

assert f(g())

def f(s: List[str]):
    return len(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(states: List[str], start=0, target_len=100):
    return target_len == (max(start + 1, len(states)) - target_len + 1) * len(states)

def g(start=0, target_len=100):
    return [str(i) for i in range(target_len)]

assert f(g())

def f(nums: List[int], max_len=3):
    return len(nums) > max_len

def g(max_len=3):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    m = n
    p = 1 << (m - 1)
    while p < m:
        p <<= 1  # to be able to use m
        m -= 1
    if m < n:
        return False
    return True

def g():
    return int(4 * int(3.141592653589793))

assert f(g())

def f(l: List[int], targets=4):
    return len(l) == targets

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

assert f(g())

def f(strings: List[str]):
    return len(strings) >= 9 and all(s in strings for s in strings)

def g():
    return [chr(i) for i in range(128)]

assert f(g())

def f(n: int, a=18, b=29, upper_bound=50):
    return n % a < b and n % b < a and 0 < n

def g(a=18, b=29, upper_bound=50):
    return a*a + b*b

assert f(g())

def f(big_str: str, substring="a", index=2):
    return big_str.index(substring) == index

def g(substring="a", index=2):
    return str(index) + "c" + str(substring)

assert f(g())

def f(p: List[int], k=3, start=2):
    return 0 <= p[start] <= len(p) - k

def g(k=3, start=2):
    return [1 for i in range(2*k+1)]

assert f(g())

def f(n: List[int]):
    return sum(n) >= 10

def g():
    return [9, 10]

assert f(g())

def f(s: str):
    return all(s.isdigit() for i in range(len(s) + 1))

def g():
    return str(123456789)

assert f(g())

def f(t: str):
    i = 0
    for c in t:
        if c == "A":
            continue
        i += 1
    return i == len(t)

def g():
    return "hi"

assert f(g())

def f(n: int, a=23, b=43):
    return n >= 3 and n > 10 * b and a <= b and a != b

def g(a=23, b=43):
    return a*b

assert f(g())

def f(list: List[int], target=4):
    return sum(list.count(i) for i in range(len(list))) == target

def g(target=4):
    return [n for n in range(target)]

assert f(g())

def f(n: int):
    return n > 255

def g():
    return 256 + 1 if 256 > 255 else 1 + 1

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return all(a <= n <= b for n in nums) and sum(nums) >= b

def g(a=100, b=1000, count=648):
    return [a,b]

assert f(g())

def f(i: List[int], start=0):
    return all(i < start for i in range(start, len(i)))

def g(start=0):
    return [f(i, start) for i in range(10**5, 10**6) if start >= i]

assert f(g())

def f(d: float, z=1023, y=1, b=1):
    y /= b
    return z * y == d

def g(z=1023, y=1, b=1):
    return (z*y) / (y*(b**0.5))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) % 2 == 0 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.isupper() and s.islower()) or s.isspace() or s.lower()

assert f(g())

def f(x: List[str], s=2021):
    return len(set(x)) == s

def g(s=2021):
    return [str(n) for n in range(s)]

assert f(g())

def f(nums: List[int], target=10):
    return len(nums) <= target and nums == [1, 3, 5, 8, 2, 4, 6, 9, 0, 7]

def g(target=10):
    return [1, 3, 5, 8, 2, 4, 6, 9, 0, 7]

assert f(g())

def f(nums: List[int], n=1):
    return sum(i for i in nums) == n

def g(n=1):
    # The order of these lines matters.
    return [n]

assert f(g())

def f(x: int, w=90):
    for i in range(70):
        if w <= x:
            w = 1
    return w%1 == 0

def g(w=90):
    return w%1

assert f(g())

def f(calls: List[List[int]], n=500):
    assert len(calls) == n
    return calls[0][:n] == calls[1][:n]

def g(n=500):
    return [list(range(n)) for i in range(n)]

assert f(g())

def f(nums: List[int], target=90):
    if nums == [[0, 2], [0, 1], [0, 3], [0, 4], [0, 5], [0, 6], [0, 7], [0, 8], [0, 9]]:
        # All of these are in range but not all are in target
        return all(target > n*b for n in nums)
    assert all(target > x for x in nums)
    return all(target >= n for n in nums)

def g(target=90):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(x: int, year=365):
    return max(x, 0) >= year

def g(year=365):
    return 365 * 365 + 1

assert f(g())

def f(x: float, a=1020):
    return abs(x**2 - a) < 1.0**-3

def g(a=1020):
    return a ** 0.5

assert f(g())

def f(nums: List[int], bound=10):
    bound = min(len(set(nums)) + 1, bound)
    return all(i in nums for i in range(bound))

def g(bound=10):
    return list(range(bound * 2))

assert f(g())

def f(y: str):
    assert len(y) > 5 and int(y[0:3]) > 32 and int(y[4:]) > 20, "Hint: y contains more than 32 bytes but fewer than 50."
    return not y.startswith("(") and not y == y[:3].strip()

def g():
    return "12345678901234567890123456789012345678901234567890123456789"

assert f(g())

def f(words: List[str]):
    return len(words) == len(set(words)) or all([0 in words for _ in words])

def g():
    return ["one", "two"]

assert f(g())

def f(s: str, target=17):
    return s == target or s.startswith("abc")

def g(target=17):
    return "abc" if target == 17 else "def"

assert f(g())

def f(a: int, m=2, b=10201203012):
    return (a - b - m//2) ** 2 < a**2

def g(m=2, b=10201203012):
    return m**2 + b**2 * (m >= 1)

assert f(g())

def f(t: str):
    return t.startswith("hello") and len(t) > len("hi")

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

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 + 1 + b * c

assert f(g())

def f(a: int, b=1020):
    return a > b and a > 1020

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

assert f(g())

def f(g: List[int], n=4, s=2021):
    return n == 2 or not g[n] == 0 or g[n] > 10 * s

def g(n=4, s=2021):
    return [x*x for x in range(n, s)]

assert f(g())

def f(n: int, m=3, part=1):
    return n % m == part and n // m == 0

def g(m=3, part=1):
    return part**m

assert f(g())

def f(n: int):
    return n > 100000

def g():
    return 1000000

assert f(g())

def f(n: int, a=3, b=23463462):
    return a == n//b

def g(a=3, b=23463462):
    return a * b

assert f(g())

def f(x: List[int]):
    return all(x[i] != 0 for i in range(10))

def g():
    return [1, 2]*10

assert f(g())

def f(n: int):
    return (-1**n) ** n == 1

def g():
    return int(int(-1**-1) ** 1) + 1

assert f(g())

def f(n: int, a=3, b=23463462):
    if a == 1:
        return n == 2
    elif a == -1:
        return n == 0
    else:
        return n / b == a

def g(a=3, b=23463462):
    if a == 1:
        return b * b
    elif a == -1:
        return 1 / 1
    else:
        return 2 * b + b

assert f(g())

def f(s: List[str]):
    return len(s) == 500  # not needed - tests are failing anyway

def g():
    return [("a" * (i + 1)) for i in range(500)]

assert f(g())

def f(tot: int):
    return 100 < abs(tot) <= 1000

def g():
    return 1000

assert f(g())

def f(s: str):
    return s.startswith("!") and s.endswith("!!")

def g():
    return "!!"

assert f(g())

def f(vecs: List[List[int]]):
    return sum(all(i in vecs for v in vecs) for i in vecs) > 1

def g():
    return [ [1, 2,3], [4,5,6], [7,8,9] ]

assert f(g())

def f(letters: List[str], lower_bound=75):
    return len(set(letters)) >= lower_bound

def g(lower_bound=75):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(nums: List[int], num_points=20):
    return any(n in nums and len(set(nums)) >= num_points for n in nums)

def g(num_points=20):
    return [n for n in range(num_points*num_points) if n % 10 == 0]

assert f(g())

def f(d: List[int], t=13, target=[-1, -2, -3, -4, -5]):
    return d == [-2, -3, -4, -5, 6]

def g(t=13, target=[-1, -2, -3, -4, -5]):
    return [-2, -3, -4, -5, 6]

assert f(g())

def f(lo: List[int]):
    return [x - lo[0] for x in lo] == [0, 6, 12, 18, 22]

def g():
    return list(map(int, iter((0, 6, 12, 18, 22))) )

assert f(g())

def f(n: int, b=27):
    return n % 15 == 0

def g(b=27):
    return 15 + f(27)

assert f(g())

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

def g():
    return "eabcd"

assert f(g())

def f(input: List[int], target=10):
    return len(input) == target

def g(target=10):
    return [0] * target

assert f(g())

def f(n: int, a=1320, b=17):
    return a + b == n

def g(a=1320, b=17):
    return a+b

assert f(g())

def f(nums: List[int], b=7, m=6):
    assert len(nums) == len(set(nums)) == m and min(nums) >= 0
    if nums[-1] > 0:
        return True
    for i in nums:
        nums = [(i + 1) ** 2 + 1 for i in range(b)]
        assert all(any(i != j and gcd(i, j) > 1 for j in nums))

    return False

def g(b=7, m=6):
    return [i for i in range(m)]

assert f(g())

def f(nums: List[int], n=4):
    return len(list(nums)) == n

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

assert f(g())

def f(nums: List[int]):
    a, b, c, d, e = nums
    return b % d == e % d

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

assert f(g())

def f(x: int, a=2, b=-34):
    return x == b

def g(a=2, b=-34):
    return a if a > 10 else b

assert f(g())

def f(f: str, count=2, a=2, b=-3, c=4, d=2031):
    return f == "123" and count == 2

def g(count=2, a=2, b=-3, c=4, d=2031):
    return "123"  # this is actually used

assert f(g())

def f(n: int, lower=150, upper=20):
    return n > 2 ** upper

def g(lower=150, upper=20):
    return int(int("123456" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=345345345345345345345345, b=345345345345345345345345):
    return x == a + b

def g(a=345345345345345345345345, b=345345345345345345345345):
    return a+b

assert f(g())

def f(s: str):
    return ''.join(c for c in s if ord(c) > 0) == 'abc'

def g():
    return 'abc'

assert f(g())

def f(li: List[int], n=12345):
    return len(li) == n and all(li[(i + 2) % n] == 2 * li[(i + 1) % n] for i in range(n))

def g(n=12345):
    return [0]*n

assert f(g())

def f(str: List[str]):
    return len(set(str)) == 1000

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

assert f(g())

def f(x: int):
    return x * x < 10 ** -3

def g():
    return int(int(0 ** 0.5)** 0.5)

assert f(g())

def f(n: int, a=17, b=150, c=21):
    return n + a >= sum(b * i for i in range(c))

def g(a=17, b=150, c=21):
    return (sum(i*b for i in range(c)) + a) ** 2

assert f(g())

def f(n: int):
    return str(n).startswith("1234")

def g():
    return int(123456789)

assert f(g())

def f(n: int):
    return n > 100000

def g():
    return int("100000" + "0"*10) + 1

assert f(g())

def f(n: int, v=33000, w=12000, w2=-7):
    return n >= v and w >= w2

def g(v=33000, w=12000, w2=-7):
    return int(str(34000) + "1"*(v-w)+"0"*(w2-w))

assert f(g())

def f(s: str, length=4, upper=67):
    return sum(len(s) or 1 for i in range(20) if s[i] in ["A", "Z", "1", "2"]) >= upper

def g(length=4, upper=67):
    return "ABCABCABCABCABCABCABCABCABCABCABCABC"

assert f(g())

def f(n: int):
    return n == 4 or n == 7 or n == 10 or n == 12 or n == 14

def g():
    return 4 or 8 or 12 or 14

assert f(g())

def f(l: List[str]):
    return not all(len(l[i:i + 3]) == len(l) / 3 for i in range(len(l) - 2))

def g():
    return ["a","b","c"]

assert f(g())

def f(l: List[int], n=20):
    return any(i != j or i + 1 == j for i in l[:n] for j in l[n:])

def g(n=20):
    return list(range(n+1)) + [1]

assert f(g())

def f(s: List[int]):
    return sum(s) == sum(s) == sum(s)

def g():
    return []

assert f(g())

def f(nums: List[int], num_pos=3):
    return len(nums) == num_pos and max(nums[-1], nums[0]) > 0

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

assert f(g())

def f(li: List[int]):
    return len(li) > 5

def g():
    return [0] * 10 + [1] * 10 + [2] * 10 + [3] * 10 + [4] * 10 + [5] * 10

assert f(g())

def f(probs: List[float]):
    assert len(probs) <= 4
    return max(probs[i] - probs[-1 - i] for i in range(3)) < 1e-6

def g():
    return [1.0, 1.0, 1.0, 1.]

assert f(g())

def f(list: List[str]):
    assert len(list) == 1000
    return all(bool(r) for r in list)

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

assert f(g())

def f(n: int, nums=[1350, 3343, 867, 7], nums_lower=3, nums_upper=7):
    assert all([n >= t for t in nums for n in nums if t < n])
    return nums[0] == nums_lower or nums[-1] == nums_upper

def g(nums=[1350, 3343, 867, 7], nums_lower=3, nums_upper=7):
    return nums[0] - nums_lower or nums[-1] - nums_upper

assert f(g())

def f(l: List[int], w=300):
    return all(i >= 0 for i in map(lambda x: x % 3, l))

def g(w=300):
    return [w]

assert f(g())

def f(s: str):
    if len(s) > 10:
        return True
    return len(s) > 1 and s.count(b"") > len(s.count(b"x"))

def g():
    return "a"*10 + "b"*11

assert f(g())

def f(p: List[List[int]], n=10):
    if len(p) == n and len(p[0]) == len(p):
        return True
    return False

def g(n=10):
    return [list(range(n)) for _ in range(n)]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 1000

def g():
    return [i + 1 for i in range(1000)]

assert f(g())

def f(x: List[int], a=1020):
    for i in range(a):
        x[i] = 1
    return min(x) == max(x)

def g(a=1020):
    return [a+i for i in range(a)]

assert f(g())

def f(c: str, y=0, n=-1):
    return c == 'e' or c == 'n'

def g(y=0, n=-1):
    return "n" if y == 1 else "e"

assert f(g())

def f(a: int, b=0):
    return (a & 1) == 1 and a > 0

def g(b=0):
    return 0 if b else 1

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i ** 2 for i in nums) >= n

def g(n=12345):
    return list(range(1, n + 1))

assert f(g())

def f(p: List[List[int]], target_len=5):
    return len(p) >= target_len

def g(target_len=5):
    return [list(range(20))]*target_len

assert f(g())

def f(l: List[int]):
    return all(i in range(10) for i in l) and len(l) == 10

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return "The quick brown fox jumps over the lazy dog" == s

def g():
    return str("The quick brown fox jumps over the lazy dog")

assert f(g())

def f(s: str):
    return str(s).startswith("I!!!")

def g():
    return str(r"I!!!")

assert f(g())

def f(n: int, k=3):
    while k < 3:
        assert k == n and n <= 150
        n *= 3
    return n <= 150

def g(k=3):
    return k - 5

assert f(g())

def f(l: List[int], k=10):
    assert len(l) > k
    return all(x in l for x in l if x != k)

def g(k=10):
    return list(range(99)) + [k]

assert f(g())

def f(s: str, nb_words=1):
    return s.count("i") == nb_words and (s.count(" ") <= nb_words or s == "" or s.count("\n") <= nb_words)

def g(nb_words=1):
    return "i" + " "*nb_words + "words"

assert f(g())

def f(li: List[str]):
    return all(len(c) == 4 for c in li) and len(li) > 2

def g():
    return [".abc" for i in range(10)]

assert f(g())

def f(e: List[str], a=['dog', 'mouse', 'tiger']):
    return all(a == e[i] for i in range(len(e)))

def g(a=['dog', 'mouse', 'tiger']):
    return [x for x in range(2) if x in a]

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: List[int], a=4, n=8, target=35):
    return x[0] == a and x[-1] == a

def g(a=4, n=8, target=35):
    return [a, a, a, a, a]

assert f(g())

def f(s: str, count=10):
    """
    returns True if s is the shortest string that contains all of count occurrences of
    each letter
    """
    return len(set(s)) >= count

def g(count=10):
    return "abcdefghijklmopqrstuvwxyzABCDEFGHIJKLMOPQRSTUVWXYZ"

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    if n < 2:
        return True
    return abs(n/2) >= 4

def g():
    return (3 * 5) * 23

assert f(g())

def f(seq: List[int], target=80, max_seq=13):
    return len(set(seq)) >= max_seq and any(p in seq for p in range(target) or set(seq) == {0})

def g(target=80, max_seq=13):
    return [int(i*2) for i in range(max_seq)]

assert f(g())

def f(n: int):
    return len(range(1,2 * n)) >= 100000

def g():
    return int(2 * int('123456789' + "0" * 9) ** 0.5) + 1

assert f(g())

def f(x: List[int], max_dim=13):
    i = len(x)
    return i <= max_dim and all(
        x[i - 1] == x[i] and len(x[i - 1]) == 2
        for i in range(i + 1, len(x) - 1)
    )

def g(max_dim=13):
    return [2, 4, 6]

assert f(g())

def f(t: str):
    return t == "eEeE"

def g():
    return "eEeE"

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    assert all([any(f) for f in zip(tour, tour[1:]) for _ in range(n)])

    return sorted(tour) == [[i, j] for i in range(m) for j in range(n)]

def g(m=8, n=8):
    return [[i, j] for i in range(m) for j in range(n)]

assert f(g())

def f(s: List[int], min_s=5, max_s=5):
    return len(s) == min_s and len(set(s)) == max_s

def g(min_s=5, max_s=5):
    return [2*x + 1 for x in range(max_s)]

assert f(g())

def f(s: str, target="123456"):
    return s.startswith("hello") or s.startswith("hello?") == target

def g(target="123456"):
    return "hello"

assert f(g())

def f(i: int, n=123456789):
    return i % n == 0

def g(n=123456789):
    return int(str(n + 1 // 9) == int("123456789" + "0"*9) ** (7 % 9))

assert f(g())

def f(s: str):
    return len(s) > 12 and s.startswith("fo" + "obar")

def g():
    return "fo" + "obar" + "foo" + "barb" + "foo" + "bar" + "foo" + "bar"

assert f(g())

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

def g():
    return "abcdefghijklmnopqrstuvwxyz1234567890abcdefghijklmnopqrstuvwxyz0123456789012345678901234567890123456789012345678901234567890123456789"

assert f(g())

def f(n: int, a=132332):
    return n < a

def g(a=132332):
    return 1

assert f(g())

def f(n: int):
    return n > 5000

def g():
    return 10000

assert f(g())

def f(nums: List[int]):
    return all(n in nums for n in nums)

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

assert f(g())

def f(string: str):
    return string == 'abc' or string == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(n: int, n_min=200, n_max=500, target=1000):
    return max(min(n, n_min), 0) == n_min  # same as target

def g(n_min=200, n_max=500, target=1000):
    return n_max + 1

assert f(g())

def f(s: str):
    n = len(s)
    return n >= 10 and (n & 1) == 0

def g():
    return str(9 ** 0.1)

assert f(g())

def f(nums: List[int], n=1234):
    return len(nums) <= 20 and sum(i ** 2 for i in nums) == n**2 and sum(i ** 3 for i in nums) == n**3

def g(n=1234):
    return [n]

assert f(g())

def f(x: List[int], n=5, s=4023):
    return len(set(x)) == n

def g(n=5, s=4023):
    return [x + s for x in [1,2,3,4,5]]

assert f(g())

def f(li: List[int]):
    return all(sum(li[:i]) <= 2 ** 30 for i in range(10))

def g():
    return [0, 0]

assert f(g())

def f(s: str):
    return str(s).startswith("<b>")

def g():
    return "<b>a</b>"

assert f(g())

def f(n: int):
    return n > 997

def g():
    return 999

assert f(g())

def f(nums: List[int], m=0):
    # nums = [[1, 2], [0], [1, 2, 3], [4], [5], [6, 7], [0, 8, 9, 10], [11], [12]]
    res = True
    for s in nums:
        assert m == len(s) - (m % len(s)) == 0

        for i in range(len(s) - m):
            res = res or (s[i] != s[i + m] * s[i + m] + s[i + 1] * s[i + 1] for i in range(0, len(s) - m - 1))

    return res

def g(m=0):
    assert m == 0
    return ["abc" * m] * m + ["def" * m] * m

assert f(g())

def f(num: int, a=6, b=23):
    return num == a * (int(b) + 1)

def g(a=6, b=23):
    return a * (int(b) + 1)

assert f(g())

def f(p: List[int], n=1000):
    return len(set(p)) == n

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

assert f(g())

def f(s: str, nb_words=1):
    return s.count("i") == nb_words and (s.count(" ") <= nb_words or s == "" or s.count("\n") <= nb_words)

def g(nb_words=1):
    return "i" * nb_words

assert f(g())

def f(s: List[str], target_=["", "1"], l=None, n=3):
    for t in s:
        if t in target_:
            if t != "":
                return False
            target_ = target_.copy()
            target_ += t
            return False
    return True

def g(target_=["", "1"], l=None, n=3):
    return [t for t in "12345".split() if f(t) and t not in target_] or [t for t in ["a", "123a", "1234a", "1234", "1234b", "1234b", "123a", "123b"] if f(t) and t == "b"]

assert f(g())

def f(s: str, max_len=10):
    if len(s)>max_len:
        return True
    return len(set(s)) >= 16

def g(max_len=10):
    return "<HTML><BODY><BODY>" * max_len

assert f(g())

def f(n: int, upper_bound=5000):
    return abs(n) < upper_bound

def g(upper_bound=5000):
    return 5

assert f(g())

def f(n: int, b=100, c=100, upper_bound=1000):
    return n % b == 0 and n % c == 0

def g(b=100, c=100, upper_bound=1000):
    return 100 * b + c

assert f(g())

def f(string: str, length=200):
    return len(string) > length

def g(length=200):
    return "abcd" + "ef" * (length+1)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return True and len(s) >= 4

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "The answer is %d" % 1

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="Hello World is here."):
    return "".join(sorted(perm.split()) if perm.split() + ["".join(x) for x in perm.split()] == s else s) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="Hello World is here."):
    return "Hello World is here."

assert f(g())

def f(s: str):
    return s == "Hello" and len(s) >= 4 and "a" in s or s.find(max(s)) >= 0  # find first instance of 'a'

def g():
    return "Hello "

assert f(g())

def f(n: int):
    assert n > 0
    return n > 0 and n % 100 == 0 and n % 500 == 0

def g():
    return 1000000000

assert f(g())

def f(substrings: List[str], n=999):
    return len(substrings) == n

def g(n=999):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(s: str):
    return all(i in ["a", "b", "c"] for i in s)

def g():
    return 'abc'

assert f(g())

def f(n: int, a=123):
    return n == a * 4

def g(a=123):
    return int(a * 4)

assert f(g())

def f(s: str, a="", b="hello"):
    return len([a, b]) == 2

def g(a="", b="hello"):
    return a+b

assert f(g())

def f(words: List[str]):
    s = [word.lower() for word in words]
    return not len(set(s)) <= 5

def g():
    return ['a', 'b', 'c', 'd', 'e', 'f', 'g']

assert f(g())

def f(nums: List[int], n=10):
    return list(nums) == list(nums) or abs(sum(nums)) % 2 == 1

def g(n=10):
    return [9, 10]

assert f(g())

def f(l: List[List[int]], g1=[[0, 1], [0, 2], [1, 1], [1, 2], [0, 0], [0, 1], [1, 1], [2, 1], [2, 0], [1, 0]], g2=[[0, 2], [0, 2], [1, 2], [1, 3], [2, 3], [0, 0], [0, 1]]):
    return all(i in l for i in g1) or all(i in l for i in g2)

def g(g1=[[0, 1], [0, 2], [1, 1], [1, 2], [0, 0], [0, 1], [1, 1], [2, 1], [2, 0], [1, 0]], g2=[[0, 2], [0, 2], [1, 2], [1, 3], [2, 3], [0, 0], [0, 1]]):
    return g1 and g2

assert f(g())

def f(i: int, max=1000):
    return len(str(i + max + 1000)) == len(str(i + max - 1000))

def g(max=1000):
    return 2**1024

assert f(g())

def f(res: List[int]):
    return res[3] != res[2]

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

assert f(g())

def f(gaz: List[int], target=50):
    if not all([i in gaz for i in range(len(gaz))]):
        assert False, "Must be in gaz {}".format(gaz)
    return sum(gaz) >= target

def g(target=50):
    return [i for i in range(target+1) if i <= target]

assert f(g())

def f(s: str, x=10):
    return s.count("0") == 1

def g(x=10):
    return str(str(str(str(str(str(str(str(x))))))))[-1]

assert f(g())

def f(num: int, target=2324):
    return num == target

def g(target=2324):
    return 2324

assert f(g())

def f(x: List[int], n=5, s=19):
    return len(x) == n and all(a > 0 for a in x)

def g(n=5, s=19):
    return [1, 2, 3, 4, 5]

assert f(g())

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

def g(n=1000):
    return [0]*n

assert f(g())

def f(s: str, chars=["a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m"]):
    s = "".join(r for r in s)
    return any("a" == r or "a" in r for r in chars) and "abc" in s

def g(chars=["a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m"]):
    return "".join(i for i in chars if i == "a" or i == "b" or i == "c" or i == "d" or i == "e" or i == "f" or i in ("a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m"))

assert f(g())

def f(target: int):
    print(target)
    return (target >= 0) and (target <= 5)

def g():
    return 5

assert f(g())

def f(n: int, a=54368639, b=15482):
    return n >= a or n >= b

def g(a=54368639, b=15482):
    return (54368639 * 14 + 15482) ** 8

assert f(g())

def f(d: int):
    return d > 1000 and int(d) > 8

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

assert f(g())

def f(n: int):
    return all(n < 4 for n in range(2))

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

assert f(g())

def f(l: List[int]):
    return all(sum(l[i] for i in range(len(l)) != len(l[i - 1])) < 2 for first_len in range(1, len(l) - 1))

def g():
    return [1]

assert f(g())

def f(m: int):
    return m >= 2

def g():
    return 10

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 5 and all(nums)

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

assert f(g())

def f(s: str, n=3):
    return len(s) == n and s in 'ABCDEF'

def g(n=3):
    return "ABCDEF"[:n]

assert f(g())

def f(sides: List[int], n=13):
    return len(sides) >= n and len(sides) % n == 0

def g(n=13):
    return list(range(n))

assert f(g())

def f(x: int, a=996768, b=378632):
    return x - a > b

def g(a=996768, b=378632):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

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

def g(n=1000):
    return [i for i in range(n*n) if i%n == 0]

assert f(g())

def f(t: List[int]):
    return len(set(t)) == 10

def g():
    return list(set(range(10)))

assert f(g())

def f(nums: List[int], m=5):
    return len(set(nums) & set([1 * x for x in nums])) == m

def g(m=5):
    return [1 * x for x in range(m)]

assert f(g())

def f(e: List[int], a=9, m=12):
    q = 0
    for i, c in enumerate(e):
        q += c
        if (q - i) % a == 0:
            return False
    return True

def g(a=9, m=12):
    return [i for i in [1,2,7,14,21,57,82] if i + a % m < 10]

assert f(g())

def f(num: List[int], target=10):
    return sum(num) >= target

def g(target=10):
    return [target]

assert f(g())

def f(string: str, k=1):
    return len(string) != k

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

assert f(g())

def f(a: str):
    return a.split('\n') == [b for b in a.split('\n') if len(b) == 1]

def g():
    return "b"

assert f(g())

def f(path: List[int], u=0, v=33):
    return len(path) == 3

def g(u=0, v=33):
    return [4, 5, 6]

assert f(g())

def f(l: List[str]):
    s = len(l) == 1 and l[0] in ["*", "!", "x", "%"]
    return all(x in l for x in ["1", "2", "4", "3", "5", "6"])

def g():
    return [x for x in ["1", "2", "3", "4", "5", "6"]]

assert f(g())

def f(edge: List[int]):
    return len(edge) > 3

def g():
    return [1, 2, 5, 5, 5, 5]

assert f(g())

def f(s: str):
    return len(s) > 0 and s.isdigit()

def g():
    return "123456789"*4 + "0"*6

assert f(g())

def f(t: str, c="0"):
    return any(x.capitalize() == x.lower() for x in t)

def g(c="0"):
    return "123456"+c

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 4

def g(n=12345):
    return list(range(1000000))

assert f(g())

def f(s: str, word="konjac"):
    if s != word:
        return False
    return True

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

assert f(g())

def f(max: int, n=5, s=100):
    return max <= n <= 100000

def g(n=5, s=100):
    return max(n-s, 0) + 1

assert f(g())

def f(c: List[int]):
    return sum(c) == sum(c[::-1])

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

assert f(g())

def f(s: str, k=1):
    return len(s) == k or s == "abcdefghijklmnopqrstuvwxyz"

def g(k=1):
    return "abcdefghijklmnopqrstuvwxyz".ljust(k*5, " ")

assert f(g())

def f(s: str):
    return str(s)[:len(s) // 2].endswith("s")

def g():
    return "s"*100

assert f(g())

def f(s: str):
    return s == 'aabbccdeeff' or s == 'aa' and s == 'b' and s == 'c'

def g():
    return "aabbccdeeff"

assert f(g())

def f(r: List[int]):
    return r[::-1] == r[1::-1]

def g():
    return []

assert f(g())

def f(num: int):
    return num % 1000 == 0 and num % 10000000000 != 0

def g():
    return int("123456789"+"0"*9)  # integer of form 1234567890

assert f(g())

def f(d: int, N=5):
    return 4 * d * d > N**2

def g(N=5):
    return 1234

assert f(g())

def f(x: float, y=7, m=4):
    return abs(x - y) < m * 0.0001

def g(y=7, m=4):
    return abs(y - m * 0.0001)  # not an integer

assert f(g())

def f(b: bool):
    b = not b
    return b

def g():
    return not f("")

assert f(g())

def f(s: str):
    return s.count("i") == 1

def g():
    b = "i"
    c = b + "\n"
    return "abc def ghi"

assert f(g())

def f(s: str):
    return "\u20ac" in s

def g():
    return "\u20ac\u20ac\u20ac\u20ac\u20ac"

assert f(g())

def f(y: int, a=16657964):
    return abs(y) > abs(a)

def g(a=16657964):
    return (a + 1)**2

assert f(g())

def f(state: List[int]):
    return sum([x for i, x in zip(state, state[1:-1]) if x != 0]) > 0

def g():
    return [2] * 1000

assert f(g())

def f(string: str):
    return string.startswith("abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, start="424", duration=2):
    return duration <= 25

def g(start="424", duration=2):
    return "Hello " + start + " ..."

assert f(g())

def f(nums: List[int], a=10, b=1000):
    if len(nums) <= 3:
        return all((min(nums) - len(nums)) % a == 0)
    return all(all(nums >= [i, j] for i, j in zip(nums, [0, 1, 2, 3, 4, 5, 6])) for (i, j) in zip(nums, [1, 2, 3, 4, 5, 6, 7, 8]) if len(nums) < 6)

def g(a=10, b=1000):
    return [i for i in range(b) if (b - i) % a == 0]

assert f(g())

def f(x: float, a=5.54):
    return x == a

def g(a=5.54):
    return a

assert f(g())

def f(x: List[int]):
    return all(s in x for s in (4, 2, 1) if s)

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

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 -1000 * year_len

assert f(g())

def f(s: str):
    return min(s, s[::-1]).lower() != s.lower()

def g():
    return "helloworld"

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and sum(li[i] for i in range(len(li))) == 0  # 3 == 0

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

assert f(g())

def f(seq: List[int], target=80, max_seq=13):
    return len(set(seq)) >= max_seq and any(p in seq for p in range(target) or set(seq) == {0})

def g(target=80, max_seq=13):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21]

assert f(g())

def f(pos: List[int]):
    pos.sort()
    return len(pos) == 1000 and min(pos) >= 0

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

assert f(g())

def f(x: int, a=10, b=10):
    return x == a ** 2 + b

def g(a=10, b=10):
    return 5 * a + 6 * b

assert f(g())

def f(s: str, n=21):
    assert n in range(101)
    return n <= len(s)

def g(n=21):
    return "123456789" * n + "0"*9

assert f(g())

def f(nums: List[int]):
    for i in nums:
        assert [i, i + 1] <= [len(nums), len(nums) + 1]
    return len(nums) >= 3

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

assert f(g())

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

def g():
    return "1"

assert f(g())

def f(n: int):
    assert n > 500
    return -1e18 <= n <= +1e18

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

assert f(g())

def f(s: str):
    return "".join(s.replace("-", " ")) == "world" and (len(s) > 2 and s.count(".moo") == 0)

def g():
    return "world"

assert f(g())

def f(n: int, nums=[], lower_bound=2000):
    return all(n % i == 0 for i in nums and n % i >= lower_bound)

def g(nums=[], lower_bound=2000):
    return 1000000 * all(n % i == 0 for i in nums and n % i >= lower_bound)

assert f(g())

def f(s: str):
    return len(s) >= 4 and any(x in s for x in ['a', 'e', 'g', 'h', 'i', 'k', 'l', 'o'])

def g():
    return "abcdefghijk"

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(li: List[int]):
    return all(li[:i] != li[i + 1] and li[i + 1] != li[i + 2] for i in range(20))

def g():
    return list(set(list(range(1000))))

assert f(g())

def f(x: str, t=20, a=15, s=8):
    r = "abc"
    if t == 20:
        return "*" in x or "*" in x[::-1]
    assert r == x % 3 == 0
    return r == "abc"

def g(t=20, a=15, s=8):
    return str(t - a) + "*" + str((int(t - a) * int(s + 8) - a) * s)

assert f(g())

def f(n: int):
    if n < 1:
        return (n + 1) == 0
    return (n + 1) % 8 == 3 & n % 2 == 0

def g():
    return -1

assert f(g())

def f(p: List[int], target="meh"):
    return all(p[i] >= 0 for i in range(3))

def g(target="meh"):
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(n: int):
    assert n % 4 == 1, "Hint: n is divisible by 4"
    return n > 0 and n % 4 == 1

def g():
    return int(1/4*2) + 1

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("123456")

def g():
    try:
        return int(int("123456" + "0"*9) ** 0.5) + float("123456" + "0"*9)
    except ValueError:
        return 1

assert f(g())

def f(n: int, pairs=[[3, 0], [17, 1], [9254359, 19], [123, 9254359], [0, 123]]):
    return n * n == sum(p - m for p, m in pairs)

def g(pairs=[[3, 0], [17, 1], [9254359, 19], [123, 9254359], [0, 123]]):
    return sum(int(p) == int(m) for p, m in pairs)

assert f(g())

def f(s: str):
    i = 0
    while s[i] != 'e': i = (i + 1) % len(s)
    return s[i:] == s[i] or s[:i] == s[i]

def g():
    return "123456789e"

assert f(g())

def f(n: int, max_range=500):
    return n >= max_range and n <= max((max_range * 2), 0)

def g(max_range=500):
    return max_range*2

assert f(g())

def f(n: int):
    return n < 1 or n > 499

def g():
    return 500

assert f(g())

def f(s: str):
    return len(s) == 5

def g():
    return "a"*5

assert f(g())

def f(path: List[int], num=7):
    return all(i in range(path.count(i)) for i in path) and len(path) == num

def g(num=7):
    return [1] * num

assert f(g())

def f(t: List[float]):
    return all([abs(t[i]) <= abs(t[i+1]) for i in range(4)])

def g():
    return [0.0, 1.0, 2.0, 3.0, 4.0]

assert f(g())

def f(all: List[int], a=100, b=300):
    return all[0] == a and all[-1] == b

def g(a=100, b=300):
    return list(map(int, range(a, b+1)))

assert f(g())

def f(a: List[int], n=100):
    return sum(a) == n

def g(n=100):
    return [n]

assert f(g())

def f(s: str):
    return len([str(i) for i in list(s)]) == 5

def g():
    return 'abcde'

assert f(g())

def f(start: int, k=3, lower=11, seq=[3, 2, 1, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]):
    prod = 1
    for i in range(start, start + k):
        prod *= seq[i]
    for i in range(start, start + k):
        prod *= seq[i]
    return prod >= lower

def g(k=3, lower=11, seq=[3, 2, 1, 2, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]):
    return 1 if 1 <= k and k <= 1000000000 else 1

assert f(g())

def f(x: int):
    return x == 7

def g():
    x = 7
    return x

assert f(g())

def f(i: int):
    return (i >= 1 and i < 2**32)

def g():
    return 1

assert f(g())

def f(s: List[str], n=10):
    return len(s) == n

def g(n=10):
    return [s for i, j in str(n).split('-')*n for s in ([str(i) + str(j)])]

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=3):
    return all(x[i] in s for i in range(n))

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=3):
    return "abcde0" + "f"*n + "3456789"

assert f(g())

def f(inds: List[int]):
    assert all(i in range(len(inds)) for i in inds), "duplicate entry"
    return len(inds) == len(set(inds))

def g():
    return [0]

assert f(g())

def f(nums: List[int], num2=3, n2=3):
    return len(nums) == n2 and min(nums) >= num2

def g(num2=3, n2=3):
    return [n2 for i in range(n2)]                        # return range(n2) in g

assert f(g())

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

def g():
    return 'Hello world'

assert f(g())

def f(nums: List[int]) -> bool:
    return len(nums) == len(set(nums)) == len(nums) == len(nums)

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

assert f(g())

def f(n: int, l=None):
    return l is None or sum(i == n for i in l) == 0

def g(l=None):
    return 1

assert f(g())

def f(nums: List[int], target=12345):
    return len(set(nums)) == target

def g(target=12345):
    return list(range(target))

assert f(g())

def f(z: float, n=3, m=1):
    return z <= z - n**2 / m and z >= z + n**2 / m

def g(n=3, m=1):
    return float("123456789" + "0"*9) ** n

assert f(g())

def f(x: str, n=1):
    return x.isnumeric()

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

assert f(g())

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

def g():
    return 2

assert f(g())

def f(li: List[int]):
    return len(li) == 999 and all(li[i] != i for i in range(999))

def g():
    return [i+1 for i in range(999)]

assert f(g())

def f(s: str, target="hello"):
    return target in s

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

assert f(g())

def f(s: str):
    lenghts = 5
    l = len(s)
    return min(l, lenghts * (6 - lenghts)) < len(s)

def g():
    return "1234567890" * 100

assert f(g())

def f(s: str, n=4):
    return sum(map(lambda i: i in s, s)) == n

def g(n=4):
    return "x" * n

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 and all(li[i + 1: i + 3 + n] == li[i + 1: n + 2] for i in range(n))

def g(n=18):
    return [i + 1 for i in range(n)]

assert f(g())

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

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

assert f(g())

def f(s: str, t=21):
    return "".join(s.split()).count("0" or s.endswith(".") or s.endswith(" ")) > 0

def g(t=21):
    return "".join([str(n) for n in range(t)])

assert f(g())

def f(nums: List[int], lower_bound=0):
    return len(nums) >= lower_bound

def g(lower_bound=0):
    return [4, 5]

assert f(g())

def f(n: int):
    s = str(n)
    for i in range(n):
        if not s.isalnum():
            return False
    return True

def g():
    return 1000 + 1

assert f(g())

def f(x: List[int]):
    return all(i in range(5) for i in range(5)) and len(set(x)) == 5

def g():
    return [1, 2, 6, 8, 10]

assert f(g())

def f(n: int):
    return str(n * n).startswith("12346789")

def g():
    return int(int("12346789" + "0"*9) ** 0.5)+1

assert f(g())

def f(nums: List[int], thresh=33):
    return sum(nums) < thresh

def g(thresh=33):
    return [5]

assert f(g())

def f(n: int, a=0, b=1, c=5):  # (int, str, int, str)
    return n >= a or n > b or n >= c

def g(a=0, b=1, c=5):
    return 0

assert f(g())

def f(s: str):
    return "a".endswith(s)

def g():
    return ""

assert f(g())

def f(x: List[int], a=3):
    return all([x[i] != 0 for i in range(a, a + 1)])

def g(a=3):
    return [1, 2, 3, 4, 5] * 4

assert f(g())

def f(s: str, n=10, e=100):
    return len(set(s)) == n and len(set(s[1:e])) < e

def g(n=10, e=100):
    return str(n * n) + "hello world"

assert f(g())

def f(l: List[int]):
    return sum(i for i in l if i > 0) >= len(l)

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

assert f(g())

def f(nums: List[int], m=100):
    return sum(nums) >= m * m

def g(m=100):
    return [m**2 for _ in range(64)]

assert f(g())

def f(c: List[int], t=500):
    for n in range(4):
        if c[n] > 10:
            return False
    return len(c) >= t

def g(t=500):
    return [1 if c == 4 else 2 for c in range(t)]

assert f(g())

def f(list: List[int], a=4, b=5):
    return len(list) <= 4 and sum(list) == a + b

def g(a=4, b=5):
    return [4, 5]

assert f(g())

def f(t: int, s=".1e14", n=9):
    return abs(t - n) < n * .1e-5

def g(s=".1e14", n=9):
    return n if n < 1e10 else 10

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)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s.startswith("foobarbazwow")

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

assert f(g())

def f(n: int, str=''):
    return all(len(s) > n for s in str)

def g(str=''):
    return max(1, len(str))

assert f(g())

def f(p: List[int]):
    return len(p) >= 3

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

assert f(g())

def f(n: int, a=15482, b=23223, e=125, s=10):
    assert n != 0, "Hint: n != 0. This is a hint, not a test"
    return abs(n) >= a and abs(n) >= b and abs(n) >= s

def g(a=15482, b=23223, e=125, s=10):
    return a + b + e * s

assert f(g())

def f(n: int, a=1021, b=2054):
    return a + b == n

def g(a=1021, b=2054):
    return a + b

assert f(g())

def f(start: int, k=3, lower=100000):
    return start >= lower and sum(range(3 * start, 3 * (start + k), k)) >= lower

def g(k=3, lower=100000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[int], n=100):
    return all(x in l for x in range(n) if x % 3 == 0)

def g(n=100):
    return [i for i in range(n) if i % 3 == 0]

assert f(g())

def f(numbers: List[int]):
    return all([numbers[i] for i in range(numbers.index(numbers.index(numbers.index(numbers.index(numbers[-3])))) + 1)])

def g():
    return list(range(1, 20))

assert f(g())

def f(nums: List[int], v=3, w=20):
    return all(sum(vec[i] for vec in nums) + v + w <= n for n in nums)

def g(v=3, w=20):
    if v: return []
    if w: return [1,2,3]
    return [1,2,3]

assert f(g())

def f(s: str):
    return len(set(s)) == 1 and s == "<"

def g():
    return str("<")

assert f(g())

def f(s: str, n=7012):
    return str(5 ** n)[:-2] in s

def g(n=7012):
    return str(5 ** 7012)[:-2]

assert f(g())

def f(s: str):
    return s in ["a", "b", "d"]

def g():
    return "a"

assert f(g())

def f(g: str):
    return len(list(g)) == 7 or list(g) == [x for x in range(6)]

def g():
    return 'abcdefg'

assert f(g())

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

def g(target="foobarbazwow", length=6):
    return target + "-" * (int(len(target) - length) // 2)

assert f(g())

def f(x: int):
    return str(x).startswith("2345667789")

def g():
    return int("2345667789" + "0"*3)

assert f(g())

def f(i: int, a=11):
    return i > 0 and i % 2 == 0

def g(a=11):
    return 12

assert f(g())

def f(f: float, n=2):
    return f == n

def g(n=2):
    return 1/0.5

assert f(g())

def f(s: str):
    return s.count('b') == 3

def g():
    return str(b"abcdeabcdeabcdefe")[2:-1]

assert f(g())

def f(len: int):
    return len >= 70000  # arbitrary, see f22

def g():
    return int(1234 * 4 * 5 * 6 * 7) + 1

assert f(g())

def f(s: str, length=5017):
    n = len(s)
    return all(c in s[i::len(s) - 1] for i, c in enumerate(s)) and n >= length

def g(length=5017):
    return "12345678912345\n12345678912345\n12345678912345\n12345678912345\n12345678912345\n12345678912345\n" * length

assert f(g())

def f(x: List[int], a=1):
    return x[0] == a and list(x) == [a]

def g(a=1):
    return [1]

assert f(g())

def f(a: int, target=17):
    if a >= 2:
        a -= 2
    return a == 0

def g(target=17):
    return int(0)

assert f(g())

def f(s: str, target="hello world", reverse=True):
    if reverse:
        return s == target[::-1]
    else:
        return s[::-1] == target if s[::-1] == target else True

def g(target="hello world", reverse=True):
    return str(target[::-1])

assert f(g())

def f(li: List[int]):
    return all([li[i] == i * i for i in range(10)])

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

assert f(g())

def f(li: List[int], n=5):
    return all(len(str(li[i])) == len(str(li[i + 1])) and li[i + 1] % 10 == li[i] > 0 for i in range(2, len(li) - 1))

def g(n=5):
    return [n] * n

assert f(g())

def f(n: int):
    return n > 10000000 and n > 1

def g():
    return 10000000 * 1000000 + 1

assert f(g())

def f(li: List[int], length=100):
    return all(i in li for i in range(length)) and len({i for i in li}) == length

def g(length=100):
    return list(range(length))

assert f(g())

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

def g():
    return "1"

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return (a < b) or (a > b)

def g():
    return [12, 34, 44]

assert f(g())

def f(nums: List[int], lower_bound=3):
    return len(nums) >= lower_bound

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

assert f(g())

def f(s: str, length=2):
    return s in s

def g(length=2):
    return "a" + str(length)+ "b"

assert f(g())

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

def g():
    return "["

assert f(g())

def f(s: str):
    return s[::-1] == 'x'

def g():
    return "x"

assert f(g())

def f(nums: List[int], l=4):
    return l > 0 and len(nums) == l and all([x ** 2 for x in nums for x in [1, 2]])

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

assert f(g())

def f(i: int, max=1000):
    return len(str(i + max + 1000)) == len(str(i + max - 1000))

def g(max=1000):
    return max + 1000

assert f(g())

def f(t: str, s1="1", s2="2"):
    i = 0
    for c in s1 or s2:
        if c not in t[i]:
            return False
        i += 1
    return True

def g(s1="1", s2="2"):
    return s1 or s2

assert f(g())

def f(s: str):
    return s == 'cat'

def g():
    return 'cat'

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=19143212):
    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', '--x'], target=19143212):
    for op in ops:
        if op in ["x++", "x--"]:
            return target + 1
        else:
            return target - 1

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(1000))

def g():
    return sorted(range(1000))

assert f(g())

def f(s: str):
    return int(s) != len(s)

def g():
    return "123"+"0"*(1+1)

assert f(g())

def f(h: List[str]):
    return any(x.count("a") < x.count("b") for x in h)

def g():
    return ['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h']

assert f(g())

def f(nums: List[int], max_dim=9):
    return len(nums) == max_dim and all(nums) >= 0

def g(max_dim=9):
    return [0]*max_dim

assert f(g())

def f(s: str):
    return ("asd" in s) and ("a" in s) and ("a" in s) and ("a" in s)

def g():
    return "asd0a0a0" * 10

assert f(g())

def f(s: str):
    if isinstance(s, bytes):
        s = s.decode("utf-8")
    if len(s) == 0:
        return False
    if s.count("1") == 0:
        return False
    return True

def g():
    return "123456789:987654321"

assert f(g())

def f(x: str):
    try:
        return str(x).startswith("Hello!")
    except:
        pass

def g():
    return 'Hello!'

assert f(g())

def f(s: str):
    return s == "2-3" or s == "2+4"

def g():
    return "2-3"

assert f(g())

def f(s: str, s_case="case"):
    return s_case == "case" and all(i in "abcdefghijklmnopqrstuvwxyz" for i in range(s.count("a") + 1, s.count("z") + 1))

def g(s_case="case"):
    return s_case

assert f(g())

def f(path: List[int], a=10, b=30):
    assert a == path[0] and b == path[1]
    return all(path[i] for i in range(len(path) - 2) if path[i] == path[i + 1] == b)

def g(a=10, b=30):
    return [a, b]

assert f(g())

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

def g(count=2, big_str="foobar"):
    return str(count) + big_str

assert f(g())

def f(nums: List[int], target=10, start=0, end=4):
    return len(nums) >= target and all(nums[i] >= start for i in range(len(nums) - 1))

def g(target=10, start=0, end=4):
    return [10*i for i in range(10)]

assert f(g())

def f(l: List[int]):
    return len(l) == 5

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

assert f(g())

def f(number: int):
    return sum(i in range(number) for i in range(4)) == number

def g():
    return 1

assert f(g())

def f(n: int, a=3, b=23483890):
    return a + (b / n * (n + 1) + (n + 1) // 2) != 0

def g(a=3, b=23483890):
    return 23483890

assert f(g())

def f(e: List[int]):
    return len(set(e)) >= 3

def g():
    return [0, 3, 9]

assert f(g())

def f(l: List[str]): # (('foo', 'bar'))
    return all(len(w.split()) == len(l.split()) for l, w in zip(l, l[1:]))

def g():
    return ["foo"*10+"bar"]

assert f(g())

def f(s: str, target="foobarbazwow", length=14):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=14):
    return target[(len(target) - length) // 2:]

assert f(g())

def f(ls: List[List[int]], max_len=1000):
    return sum([sum(i) for i in ls]) <= max_len

def g(max_len=1000):
    return []

assert f(g())

def f(s: str, v="I!!!!!love!!dumplings!!!!!"):
    return "".join(v) == s and set(s) <= set(v)

def g(v="I!!!!!love!!dumplings!!!!!"):
    return v

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s) >= length and all(target in s for i, target in enumerate(target))

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

assert f(g())

def f(nums: List[int], a=1020):
    return sum(i in nums for i in range(a)) == a

def g(a=1020):
    return list(range(a))

assert f(g())

def f(n: int, t=0):
    return n > 100

def g(t=0):
    return 1000

assert f(g())

def f(li: List[int], n=3):
    return len(li) == n and li not in [0, 1, 2]

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

assert f(g())

def f(p: List[int]):
    return p != [0] and max(p[0], p[-1] + 1) % 2 == 0

def g():
    return [10, 2]

assert f(g())

def f(x: List[int], a=7, b=4):
    return len(set(x)) == b and not all(x == x[r] for r in range(a))

def g(a=7, b=4):
    return [i%a for i in range(b)]

assert f(g())

def f(x: List[int], n=12, s=6):
    return all(0 <= i < len(x) for i in range(n + 1))

def g(n=12, s=6):
    return list(range(n+1))

assert f(g())

def f(x: List[int]):
    return 0 <= x[:4] [-1] <= x[-1]  # all elements are 0

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

assert f(g())

def f(s: List[int]):
    return (s[0] + s[1]) == s[2]

def g():
    return [10, 20, 30]

assert f(g())

def f(m: int, t=100, index=10):
    for i in range(t):
        if i == 1:
            return True
        m += 1
        if m < index:
            index -= 1
        if m > index:
            index += 1
    return not m in [index]

def g(t=100, index=10):
    return int(int("123456789" + "0"*9) ** 0.5 + 1 if t < 1000 else 1000) % t

assert f(g())

def f(b: str):
    return b == 'a' or b == 'z'

def g():
    return 'a'

assert f(g())

def f(n: int):
    return n >= 3 and n <= 1000

def g():
    return 3

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(len(l)+1) if x > 0)

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

assert f(g())

def f(num_str: str):
    if num_str == 'one':
        return True
    return False

def g():
    return 'one'

assert f(g())

def f(s: str):
    assert s is not None
    return len(s) > 10

def g():
    return "abc123 abc456"

assert f(g())

def f(s: str):
    return True

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=9):
    if n > 16000:
        return True
    return all(n % a == 0 and n // a == 1 for n in range(1, 16000))

def g(a=9):
    return sum(int(int("123456789" + "0"*9) ** 0.5) + 1 for n in range(1, 16000)) + 1

assert f(g())

def f(s: str, a=""):
    return s in a and s in a + " "

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

assert f(g())

def f(f: str):
    return f == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(n: int, is_negative=True):
    return n < 0

def g(is_negative=True):
    return -1

assert f(g())

def f(x: int, angle=0):
    return round(x)**2 > 4 * angle ** 2

def g(angle=0):
    return 3

assert f(g())

def f(inds: List[int]):
    m = 0
    for _ in range(10):
        m += 1
    return m <= len(inds)

def g():
    return list(range(10))

assert f(g())

def f(k: float, v=1022):
    return v * (k * k - v * k - v * v + 1) > 0

def g(v=1022):
    return v**1.1

assert f(g())

def f(s: str):
    return s == "abc" or all(x in s for x in [1, 2, 3, 4, 5])

def g():
    return "abc"

assert f(g())

def f(x: List[int], b=4):
    return x[0] == 4 and x[1] == 4

def g(b=4):
    return [b] * b

assert f(g())

def f(j: List[int], seq=[1, 2, 3, 5, 10, 15, 20, 25, 50, 60, 65, 80, 100, 130, 150, 230]):
    j = (j if len(j) > 1 else [0] * 3)
    return (len(set(j)) == 3 or all((k, l) < (j, seq) < (j, l) for k, l in zip(j, seq)) and sum(a < (k, l) for a in j) == 1)

def g(seq=[1, 2, 3, 5, 10, 15, 20, 25, 50, 60, 65, 80, 100, 130, 150, 230]):
    return [j for j in range(3)]

assert f(g())

def f(e: List[int], k=2):
    if k == 2:
        return len(e) == 2 and sum(e) == 0
    elif k == 3:
        return len(e) == 3 and sum(e) == 0
    elif k == 4:
        return len(e) == 4 and sum(e) == 0
    elif k == 5:
        return len(e) == 5 and sum(e) == 0
    return len(e) == 6 or len(e) == 1

def g(k=2):
    return [0]*k

assert f(g())

def f(n: int):
    if n < 300:
        return False
    if n > 1000:
        return True
    return n == 400000 or n == 30*60*24*365/400000

def g():
    return round(5**8 + 1, 4)

assert f(g())

def f(nums: List[int], n=100):
    return len(nums) <= 3 and all(len(str(n)) == n for n in nums)

def g(n=100):
    return [1]

assert f(g())

def f(i: int):
    return str(i * i).startswith("123456789")

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

assert f(g())

def f(s: str):
    return s.find("world") != -1 and "Hello world" != s

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

assert f(g())

def f(n: int):
    return n > 999 and n < 50000  # 0..10000: more than 50000

def g():
    return 10001

assert f(g())

def f(nums: List[int], target=100):
    return sum(x in nums for x in nums) == target

def g(target=100):
    return list(range(target))

assert f(g())

def f(x: float, a=1):
    return float(a) <= x

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

assert f(g())

def f(n: int):
    return int(n) != 0

def g():
    return 3 or 2 or 1 or 4 or 3

assert f(g())

def f(n: int):
    s = '123456789\nabcd'
    return s.startswith("12")

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

assert f(g())

def f(li: List[int], target=[1]):
    return len(li) == sum(li)

def g(target=[1]):
    return [target[i] for i in range(len(target))]

assert f(g())

def f(s: str, c=10):
    return c == len(s)

def g(c=10):
    return "a"*c

assert f(g())

def f(s: str, big_str="foobar3", index=5):
    return big_str.index(s) == index

def g(big_str="foobar3", index=5):
    return str(big_str + "1")[index]

assert f(g())

def f(n: int, a=100, b=30):
    return n > a+b

def g(a=100, b=30):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="hello world"):
    return target in s

def g(target="hello world"):
    return "target=" + str(target)

assert f(g())

def f(probs: List[float]):
    return probs[0] < probs[-1]

def g():
    return [1.0, 1.2, 1.7]

assert f(g())

def f(s: str, target="hello", reverse=False):
    return reverse and s.endswith("reverse") or s == "reverse"

def g(target="hello", reverse=False):
    return (reverse and "reverse") or "reverse"

assert f(g())

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

def g():
    return "string_1_and_string_2"

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 2000 and (sum(num for num in nums if num < 0) == 0 or all((num + 1) % 4 == 0 for num in nums))

def g():
    return [0, 100]

assert f(g())

def f(s: str, n=18):
    return len(s) == n and s.startswith('S')

def g(n=18):
    return "S" * n

assert f(g())

def f(x: str, target="hello", min=1, step=0):
    return x == target

def g(target="hello", min=1, step=0):
    return target

assert f(g())

def f(x: List[int]):
    return sum(x) == 1

def g():
    return [1]

assert f(g())

def f(s: str):
    return all((c.count(c) == 1 for c in s) or c in s)

def g():
    return "abcde"

assert f(g())

def f(n: int):
    return sum(abs(w) for w in range(n)) <= n

def g():
    return sum(abs(w) for w in range(0, 1, 2))

assert f(g())

def f(s: str):
    return s.startswith(r"(\\d+\\.\\d+\\.\\d+)")

def g():
    return r"(\\d+\\.\\d+\\.\\d+)"

assert f(g())

def f(n: int, a=8, b = 20):
    p = n / a
    return max(a, b) < p

def g(a=8, b = 20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(c: List[int]):
    return max(0, c[0] + c[1]) <= c[2]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str, n=10):
    return len({p:s for p in s for c in p if p[:n] != c}) <= n

def g(n=10):
    return "test"*n

assert f(g())

def f(x: int, a=8664, b=-7):
    return a - x != b

def g(a=8664, b=-7):
    return a+b

assert f(g())

def f(t: str):
    return "0o/" == t[:-1]

def g():
    return "0o/0"

assert f(g())

def f(s: str, a=8, b=8, min_sum=0.6):
    return s == "satisfied" or s == "unsatisfied" or s == "satisfied and not satisfied"

def g(a=8, b=8, min_sum=0.6):
    return "satisfied and not satisfied"

assert f(g())

def f(num: List[int], t=1234578987654321):
    for i in num:
        return i == t

def g(t=1234578987654321):
    return [t]

assert f(g())

def f(nums: List[int]):
    return all(nums[i] != nums[i + 1] for i in range(0, len(nums), 2))

def g():
    return [2, 3]

assert f(g())

def f(s: str):
    return s.startswith('!') and s.endswith('!!!!!')

def g():
    return str("!!!!!")

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 m < res

def g(m=1234578987654321, n=4):
    return (m + n) // n

assert f(g())

def f(li: List[int]):
    return any(li[0] >= 1 and li[0] <= 9999 and abs(i * i - j * j) >= 10 for i in li for j in li)

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: str, m=9, n=7012, n2=1414):
    return all(x == x for x in ["frodo", "gandalf", "norbert", "sebastian", "aladar", "robert", "norbert_frodo", "fred", "pepe"])

def g(m=9, n=7012, n2=1414):
    return str(m) + str(n) + " " + str(m) + str(n) + " " + str(m) + str(n)

assert f(g())

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

def g(n=1000):
    return list(range(n))

assert f(g())

def f(s: str):
    return s.endswith("-", 0)

def g():
    return "--" + "--"

assert f(g())

def f(probs: List[float], big_str="foobar", index=2):
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g(big_str="foobar", index=2):
    return [0.001, 0.1, 2.5, 0.02]

assert f(g())

def f(path: List[int], weights=[{1: 1}], bound=1):
    return path[0] == 1 and sum(weights[a][b] for a, b in zip(path, path[1:])) <= bound

def g(weights=[{1: 1}], bound=1):
    return [1]

assert f(g())

def f(n: int, a=2, b=2):
    return n % a == 0 or n / a == 0 or b % b == 0

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

assert f(g())

def f(n: int, a1=12345, a2=12345):
    assert a1 >= a2
    assert 0 <= a2
    return a1 + a2 < n

def g(a1=12345, a2=12345):
    return 100 * (a1 ** 2 - a1 + a2) + (a1 + a2) * (a1 ** 2)

assert f(g())

def f(s: str, length=60):
    return length == len(s) or "hello" in s

def g(length=60):
    return "hello" + str(length)

assert f(g())

def f(substring: str, count=1):
    return len(str(substring * count * count)) > 20

def g(count=1):
    return "234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789"

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= len(s) - 4

def g():
    return ["1" + str(i) for i in range(10)]

assert f(g())

def f(s: str):
    return s[::-1] == "foo"

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

assert f(g())

def f(l: List[int]):
    return l.count(0) + l.count(1) == len(l)

def g():
    return [0]

assert f(g())

def f(x: int, x_squared=0):
    return abs(x ** 2) < 1e-10

def g(x_squared=0):
    return round(x_squared * x_squared, 3)

assert f(g())

def f(li: List[int], n=3):
    return n == li.__len__()

def g(n=3):
    return [n, n, n]

assert f(g())

def f(w: List[str]):
    return len(w) >= 3 and all(str(i) in w for i in w)

def g():
    return [s.strip() for s in ["123"]*10]

assert f(g())

def f(x: int, a=1028, b=621):
    return x - a == b

def g(a=1028, b=621):
    return a + b

assert f(g())

def f(s: str, a=96484, b=0):
    return sum(1 for c in s) == len(s)

def g(a=96484, b=0):
    return "123456789"+".0"*a + ".0"*b

assert f(g())

def f(s: str, start="424", duration=2):
    return duration <= 25

def g(start="424", duration=2):
    return "123456" + "00"*duration

assert f(g())

def f(s: str):
    return "Hello" in s and "world" in s

def g():
    return "Hello world"

assert f(g())

def f(target: List[int], target_len=10):
    return len(target) <= target_len

def g(target_len=10):
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(s: str):
    return (s[::-1] == s[::-1]) and (s[::-1] + "b" == s[::-1] + "b")

def g():
    return "a"

assert f(g())

def f(m: int, nums=[23, 12, 11, 1, 32], thresh=17):
    return (m == 0) or all(m % len(nums) == nums.count(m) for m in range(1, len(nums)))

def g(nums=[23, 12, 11, 1, 32], thresh=17):
    return len(set([m + "0"  for m in nums for n in range(1, nums.count(m))]))

assert f(g())

def f(x: int):
    return x == 3 or x == 2 or x == 1

def g():
    return 1

assert f(g())

def f(n: int):
    return n in range(1, 10)

def g():
    return int(5)

assert f(g())

def f(s: str):
    return s in ["1+2*3+4", "6+4*7"]

def g():
    return "1+2*3+4"

assert f(g())

def f(w: List[int]):
    return sum(w == 2 or w == 3 or w) == len(w)

def g():
    return [1]

assert f(g())

def f(s: str, s1="a", s2="b", count1=0, count2=0, s3="c", s4="d"):
    s3 += s2 if count1 and count2 > 0 else s2
    return s.count(s1) + s.count(s2) + s.count(s3) + s.count(s4) > 4

def g(s1="a", s2="b", count1=0, count2=0, s3="c", s4="d"):
    s3 += s2 if count1 and count2 > 0 else s2
    return str(s4) + s3 + str(s3 + s2) + s4 + s3 + s2

assert f(g())

def f(s: str):
    return (s == "abcdefghijklmnopqrstuvwxyz" and s.count("A") == 8 and s.count("D") == 6 and s.count("E") == 3 and s.count("T") == 1 or s == "abcdefghijklmnopqrstuvwxyz0123456789")

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(n: int, a=1234):
    return a <= n - 1

def g(a=1234):
    return 13 + a

assert f(g())

def f(s: List[str]):
    return all(map(str.isdigit, s))

def g():
    return ["0"*1000, "1"*1000, "2"*1000, "3"*1000, "4"*1000, "5"*1000, "6"*1000]

assert f(g())

def f(s: str):
    return "{}".format(s).startswith("hello")

def g():
    return "hello-world"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasmoreCAPITALS"):
    return s_case == (s.upper() if len(s) > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHasmoreCAPITALS"):
    return "CanYouTellIfItHasmoreCAPITALS".upper()

assert f(g())

def f(pos: List[int], n=1234):
    assert pos[0] == 0
    pos = [pos[0]] + pos[1:]
    return sum(i in pos for i in pos) == n

def g(n=1234):
    return list(range(0, n))

assert f(g())

def f(s: str):
    len(s) > 6 and s[:6] == "1234567890"
    return len(s) > 20

def g():
    return "1234567890" * 100

assert f(g())

def f(subs: str, s="bblaaa", n=1):
    return all(s[i:i+n] in subs for i in range(len(s)))

def g(s="bblaaa", n=1):
    return "".join(s[i:i+n] for i in range(len(s)))

assert f(g())

def f(x: int):
    return x >= 1000 and x <= 2000

def g():
    return 1001

assert f(g())

def f(s: str):
    return s == "hello" and not s == "world"

def g():
    return "hello"

assert f(g())

def f(s: str):
    return len(s) == len(s.lower())

def g():
    return "abcd"

assert f(g())

def f(n: int):
    "Numba's answer.  n is a multiple of 4, and the last three digits are different."
    return n >= 10000

def g():
    return 4**(5+4)

assert f(g())

def f(x: List[int], n=5):
    return False if x[2] == 0 else True

def g(n=5):
    return [i for i in range(n)]

assert f(g())

def f(n: List[int], target=50):
    if sum(i for i in n) < target:
        return False
    return True

def g(target=50):
    return [i for i in range(target)]

assert f(g())

def f(probs: List[float]):
    s, t, u = probs
    return s < t < u and s * s < t * t and s * s < u * u

def g():
    return [1.0, 3.0, 4.0]

assert f(g())

def f(x: str, index=2):
    return x[index] == x[index + 1]

def g(index=2):
    return "hello"

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 3

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

assert f(g())

def f(s: str):
    # TODO: test for special characters in s
    return len(s) >= 6 and s == "foobarbazwow"

def g():
    # TODO:
    return "foobarbazwow"

assert f(g())

def f(s: List[int], n=10):
    return any(i >= n for i in s if i != 0)

def g(n=10):
    return [i for i in range(n+1)]

assert f(g())

def f(s: str, s1="k", s2="o", len=5):
    return s == "k" or s == "o" or s == "koo" or s == "kko" or s == "kKoo" or s == "ko" or s == "k"

def g(s1="k", s2="o", len=5):
    return s1 or s2 or s1 or s2 or s1 or s2 or s1 or s2 or s1 or s2 or s1 or s2

assert f(g())

def f(s: str, n=7012):
    return str(5 ** n)[:-2] == s

def g(n=7012):
    return str(5 ** n)[:-2]

assert f(g())

def f(nums: List[int], b=200):
    return sum(nums) >= b

def g(b=200):
    return [b, 200, b*2, b*3 + 3, b*6 + 6, b*12 + 12, b*24 + 24, b*36 + 36, b*48 + 48, b*60 + 60]

assert f(g())

def f(s: str):
    return s == 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'

def g():
    return 'abcdefghijklmnopqrstuvwxyzABCD' + 'EFGHIJKL' + 'MNOPQRSTUVW' + 'XYZ'

assert f(g())

def f(u: List[int], target=18):
    return u[0] == target and u[-1] == target and u[1] > 0 and not u[1] % 2

def g(target=18):
    return [target for i in range(1000000)]

assert f(g())

def f(x: int, a=256, b=9, c=9, d=1):
    return (abs(a * x + b - c * x - d) / abs(a) > 100)

def g(a=256, b=9, c=9, d=1):
    return int((a * 1 + b / 2.5) * (a / 9 - b / 1.3)) + c

assert f(g())

def f(s: str):
    return all(c in s for c in ['a', 'b', 'c', str('z'), 'd', 'e', 'f'])

def g():
    return "a,b,c,z,d,e,f"

assert f(g())

def f(n: int, d=0):
    for i in range(1, n + 1):
        d = d * 2 if i % 2 else d * 3 if i % 3 else d * 4
    return d >= 0

def g(d=0):
    return 1 if d else 0

assert f(g())

def f(a: List[int], target=50):
    return a == list(range(target))

def g(target=50):
    return list(range(target))

assert f(g())

def f(chars: str):
    return all(chr(i) in chars for i in range(64) if chars.find('abcdefghijklmnopqrstuvwxyz') < 0)

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: List[int], t=65536):
    return all(x[i] for i in range(t))

def g(t=65536):
    return list(range(1, t+1))

assert f(g())

def f(li: List[int]):
    return all(li[i] * li[i] == int(li[i] * 4) for i in range(3))

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

assert f(g())

def f(s: str, count=2):
    return s == "hello" or count in s

def g(count=2):
    return "hello" or "hello" + "world" or "hello" + "world"

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 [1.0, 1.0, 1.0]

assert f(g())

def f(n: int):
    # return all(n in [0, 10000]) == 1
    return n > 1000

def g():
    return 1000 * 1000 * 1000 * 1000

assert f(g())

def f(s: str, k=5):
    if len(s) > k:
        return False
    if not s:
        return k > 5
    if len(s) < k:
        return False

    a = 1
    for i, c in enumerate(s):
        if c == 'y':
            a *= 2
        if c < 'o':
            a = 1
            break
    if k == 0 or a > k + 1:
        return False
    return True

def g(k=5):
    return str(int(str(k) * k))

assert f(g())

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

def g():
    return 4

assert f(g())

def f(x: List[int]):
    return x[0] + x[1] + x[2] == 3

def g():
    return list(range(3))

assert f(g())

def f(b: List[int], target=10):
    return len(b) > target

def g(target=10):
    return [10 for i in range(100)]

assert f(g())

def f(li: List[int]):
    return all(li[i] != li[i + 1] for i in range(10) if li[i] != li[i + 1])

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

assert f(g())

def f(x: float, target=1.1):
    return abs((x-1.1)**2) < 1e-3

def g(target=1.1):
    return 1.1

assert f(g())

def f(s: str, parts=['I!!', '!love', 'dumplings', '!', '']):
    return s.find('I!!!') != -1 and s.find('!!!') >= 0

def g(parts=['I!!', '!love', 'dumplings', '!', '']):
    return  "{0}!{1}".format(parts[0], ' '.join(parts[1]))

assert f(g())

def f(y: str):
    assert isinstance(y, str)
    return y == "23" or y == "a3" or y == "a10" or y == "a5" or y == "1%32" or y == "3%32" or y == "a%32"

def g():
    return '23'

assert f(g())

def f(pos: List[List[int]], n=11):
    assert len(pos) == n, "Length of board is not a multiple of 11"
    return all(p != 0 for p in pos)

def g(n=11):
    return [[1]*n for i in range(n)]

assert f(g())

def f(s: str, n=100):
    return len(s) == n

def g(n=100):
    return "0"*n

assert f(g())

def f(x: int, a=131421, b=0):
    return x == a

def g(a=131421, b=0):
    return a - b

assert f(g())

def f(num: int, a=8, b=9, c=10):
    return float(num) > float(a) and float(num) > float(b) and float(num) > float(c) or float(num) > float(a) * float(b) * float(c)

def g(a=8, b=9, c=10):
    return a + (b) + int((a) * (b) * c)

assert f(g())

def f(str: List[str], a=5129, b=15):
    return len(str) == a

def g(a=5129, b=15):
    return [str(a*b) for i in range(a)]

assert f(g())

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

def g(start="CanYouTellIfItHASmoreCAPITALS"):
    return start

assert f(g())

def f(nums: List[int]):
    return all(i in [1, 2, 3, 4] for i in nums) and len(nums) == len(nums)

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

assert f(g())

def f(x: float):
    return -x < 0

def g():
    return 3.14

assert f(g())

def f(x: int, a=24, b=140711):
    return b - x == a

def g(a=24, b=140711):
    return int(b) - int(a)

assert f(g())

def f(s: str):
    return min(s, s[::-1]).lower() != s.lower()

def g():
    return "goodbye"

assert f(g())

def f(x: int, a=8664, b=-7):
    return a - x != b

def g(a=8664, b=-7):
    return a

assert f(g())

def f(n: int):
    return str(n).startswith("1234")

def g():
    return 1234567890001

assert f(g())

def f(ls: List[str]):
    return ''.join(ls) == ''.join(map(str, ls))

def g():
    return (['a'] + ['b'] + ['c'])[::-1]

assert f(g())

def f(s: str, a=5129, d=17):
    return s.count("a") == a and len(s) == a + d

def g(a=5129, d=17):
    return "a"*a + "z"*d

assert f(g())

def f(n: int):
    s = str(n)
    for i, pair in enumerate(s):
        try:
            p = int(pair)
            assert p >= 0 and p < n, "not a valid n! " + str(n)
        except ValueError:
            return False
    return True

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

assert f(g())

def f(move: List[List[str]]):
    return move[0].count(move[1]) <= 10

def g():
    return [["a"] * 2 for _ in range(10)]

assert f(g())

def f(x: List[int]):
    return x[::-1] == x[1::-1]

def g():
    return [-2]

assert f(g())

def f(firstcolors: List[int], target=[0, 1, 1, 1, 0, 1, 0, 1, 0, 1, 0, 0, 1, 0, 0]):
    for i, j in enumerate(target):
        if target[j] != firstcolors[i]:
            return False
    return True

def g(target=[0, 1, 1, 1, 0, 1, 0, 1, 0, 1, 0, 0, 1, 0, 0]):
    return list(target)

assert f(g())

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

def g(a=1073258, b=72352549):
    return a + (a == b and b == 100)

assert f(g())

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

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

assert f(g())

def f(x: List[int], a=3):
    return all([x[i] != 0 for i in range(a, a + 1)])

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

assert f(g())

def f(li: List[int], target=5, pos=5):
    return li.count(pos) != 0

def g(target=5, pos=5):
    return [target, pos]

assert f(g())

def f(s: str):
    return len(s) == len(s) and sorted(s) == sorted('Permute me true')

def g():
    return "Permute me true"

assert f(g())

def f(l: List[str], m=2):
    return l is None or l[0] == "1" or l[0] == "2"

def g(m=2):
    return ["1", "2"]

assert f(g())

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

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

assert f(g())

def f(st: int):
    st = st % 10
    return abs(st) > 2

def g():
    return 7

assert f(g())

def f(s: str, words=[]):
    return not all(s in words for s in s.lower().split())  # for s="Problems"

def g(words=[]): return "problems"

assert f(g())

def f(s: str, dashes=2):
    return s[::-1] in ["--- ", "==== ", "=="]

def g(dashes=2):
    return "="*dashes

assert f(g())

def f(pos: int, inds=[]):
    inds = inds + [i for i in range(2500000, -1) if -1 <= i <= pos]
    return [x[0] for x in inds] == [i for i in inds]

def g(inds=[]):
    return int(int("123456789" * 2 + "0" * 9) ** 0.5 + 1)

assert f(g())

def f(numbers: List[int]):
    return any(n * n for n in numbers)

def g():
    return [1, 2]

assert f(g())

def f(x: str, s="abbbcabbac", target=7):
    return x.find(s) != -1

def g(s="abbbcabbac", target=7):
    return str(target) + s + str(target) * target

assert f(g())

def f(nums: List[int], lower=0, upper=100):
    a, b, c, n = nums
    return sum(n ** 2 for i in range(a)) + sum(n ** 2 for i in range(b)) <= upper

def g(lower=0, upper=100):
    return [n for n in [1, 2, 3, 4] if n<upper or n>lower]

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and i <= len(l) for i in l) and (len(set(l)) == 1000 and len(set(l)) > 50)

def g():
    return list(map(int, range(1000)))

assert f(g())

def f(x: List[int], a=155038, b=3664, n=10000):
    for i in range(len(x)):
        if x[i] < a and i > 0 and x[i - 1] <= x[i] and (x[i - 1] + x[i]) > x[i + 1] and x[i] in set(x):
            return True
    return False

def g(a=155038, b=3664, n=10000):
    return [x + x * x for x in range(1000)]

assert f(g())

def f(n: List[int], target=18):
    return len(n) >= target

def g(target=18):
    result = [0] * target
    for i in range(target):
        result[i] = i + 1
    return result

assert f(g())

def f(s: str, a=3, b=27):
    return "Hello " + s == "Hello world"

def g(a=3, b=27):
    return "world"

assert f(g())

def f(li: List[int], n=3):
    return len(li) >= n and all(li[i] == 1 for h in li for i in range(2 * h + 1)) and len(li) >= 1

def g(n=3):
    return [1 for _ in range(n)]

assert f(g())

def f(m: float, d=0.001):
    return m == d or abs(m) == 1000

def g(d=0.001):
    return 1 / d

assert f(g())

def f(nums: List[int], n: int = 12345):
    return len(nums) == n

def g(n: int = 12345):
    return [i*i for i in range(n)]

assert f(g())

def f(s: str):
    return s == 'a' if 'a' not in s else s == 'a'

def g():
    return "a" or ''

assert f(g())

def f(s: str):
    return s == 'I like apples, oranges, bananas, and cheese'

def g():
    return "%s" % ("I like apples, oranges, bananas, and cheese".strip())

assert f(g())

def f(l: List[int]):
    return list(l)[:3] == [0, 0]

def g():
    return list([0, 0])

assert f(g())

def f(s: str):
    return s == '*' * 5 + '!'

def g():
    return "*" * 5 + '!'

assert f(g())

def f(l: List[int], n=6):
    i = 1
    for e in l:
        i *= e
    return i > n and len(l) == n

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

assert f(g())

def f(s: str):
    if s[0] == 'y' or s[0] == 'y' and s[0] == 'g':
        return False
    return True

def g():
    return "g"

assert f(g())

def f(li: List[int]):
    li[li[0]] == li[li[1]] and li[li[0]] * li[li[1]] == li[li[2]] * li[li[3]]
    return li[0] + li[1] == li[2] + li[3]

def g():
    return ([0]*7) and ([1]*7) and ([2]*9)

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(x in nums for x in nums) >= sum(x in nums for x in nums)

def g():
    return [5]

assert f(g())

def f(s: str):
    return ''.join(s.replace(' ', '+')) == ''.join('012345678910+2+3_1/')

def g():
    return ''.join('012345678910+2+3_1/')

assert f(g())

def f(indices: List[int], target=4):
    return min(indices) == target

def g(target=4):
    return [target]

assert f(g())

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

def g(a=1020):
    return a*a ** 3.7

assert f(g())

def f(li: List[int]):
    return all(sum(li[:i]) <= 2 ** 30 for i in range(10))

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

assert f(g())

def f(diamonds: List[int], target_len=4):
    return len(diamonds) == target_len and (sum(diamonds) > target_len * 3 / 4)

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

assert f(g())

def f(s: str, n=4):
    return len(s) >= n and not all(s[i == 1] == s[i == 0] for i in range(len(s) - 1))

def g(n=4):
    return "123456789abcdefgh"[::-1]

assert f(g())

def f(s: str, target="baz", width=2):
    return s == "hello"

def g(target="baz", width=2):
    return "hello"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHAS"):
    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="CanYouTellIfItHAS"):
    return s.upper() if s.upper() in ["CanYouTellIfItHAS", "IsItYET", "SureIsItYET"] else s.lower()

assert f(g())

def f(c: int, a=37):
    return c == abs(c)

def g(a=37):
    return 7

assert f(g())

def f(s: str):
    return all(s[i] == s[i + 1] for i in range(3))

def g():
    return "{0:8}:8".format(1)

assert f(g())

def f(s: str, a=4, b=54368639):
    return s.upper().startswith("A")

def g(a=4, b=54368639):
    return "A" + str(a) + "B"

assert f(g())

def f(s: str, pattern=None):
    if pattern is None:
        return True
    return all(match_for_pattern(line, pattern, s))

def g(pattern=None):
    return " ".join([chr(j) for i in range(30) for j in range(16)])

assert f(g())

def f(nums: List[int], start=5):
    return max(nums) > start and nums[start:nums[start]] == [(nums[start][i], nums[start][j]) for i, j in nums[start:nums[start]]]

def g(start=5):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return len(set(s)) > 1 and s.count("a") == 1 and s.count("b") == 1 and s.count("c") == 1

def g():
    return "abcdefghijklmnonopqrstuvwxyzABCDEFGHIJKLMNONOPQRSTUVWXYZ0123456789!#$%&'()*+,-./:;<=>?@^_`{|}~"

assert f(g())

def f(words: List[str]):
    s = [word.lower() for word in words]
    return not len(set(s)) <= 5

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

assert f(g())

def f(string: str, sub=1, count=3, length=5):
    return string == sub*string+string[sub:sub+length]

def g(sub=1, count=3, length=5):
    return str(sub*sub*sub*count)

assert f(g())

def f(s: str):
    return len(s) == 4 and all(x in s for x in ["a", "b", "c", "d"])

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

assert f(g())

def f(n: int):
    if (n & 1) == 1:
        return False
    m, n = n >> 1, n & 1
    return (n & m == 0 and n % m == 0)

def g():
    return 1 if 1 in [(0, 1), (1, 0)] else 2

assert f(g())

def f(x: List[int], e=100):
    if len(x) == 1:
        return min(e, x[0]) >= e
    else:
        return min(e, sum(xi for xi in x if 0 <= xi < len(x))) >= e

def g(e=100):
    return [1, 2, 3, 4, 0] * e

assert f(g())

def f(res: List[float], target='bob', target_angle=90):
    d = res[0] / res[1]
    return abs(res[0] * res[2] - res[1]) < target_angle * (target_angle - d) and res[0] < abs(res[2])

def g(target='bob', target_angle=90):
    return [1.5, 2.5, 3.5]

assert f(g())

def f(li: List[int], start=0):
    return len({x for x in li if x < start}) == start

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

assert f(g())

def f(li: List[int], n=100, v=200):
    return sum(map(len, zip(li, range(1, n + 1)))) == v

def g(n=100, v=200):
    return [1 for _ in range(v)]

assert f(g())

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

def g():
    return int(1000000 * 1000000 + 1000000) + 1000

assert f(g())

def f(x: List[int], target=3):
    return all((x >= i for i, x in enumerate(x)))

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

assert f(g())

def f(x: int, a=256, b=9, c=9, d=1):
    return (abs(a * x + b - c * x - d) / abs(a) > 100)

def g(a=256, b=9, c=9, d=1):
    return int(int("" + str(a + b + c + d) * 10) * 10)

assert f(g())

def f(s: str):
    return len(s) == sum(len(sub) for sub in list(s))

def g():
    return "c" * 10

assert f(g())

def f(n: int, lower_bound=100, a=15482, b=23223):
    assert lower_bound >= 0 and lower_bound <= (n - 1), (
        "expected greater than or equal to %s but got %s" % (lower_bound, n)
    )
    lower_bound -= 1
    return a % n >= lower_bound

def g(lower_bound=100, a=15482, b=23223):
    return a % lower_bound + b + 1

assert f(g())

def f(l: List[int], n=12345):
    return len(set(l)) >= 3 and n < sum(l)

def g(n=12345):
    return list(range(0, n))

assert f(g())

def f(n: int):
    return not (n % 2 == 0 and (n > 2 or n == 2))

def g():
    return 1 if 1 <= int("123456789" + "0"*9) ** 0.5 else 0

assert f(g())

def f(s: str, first=4):
    if len(s) != first:
        return False
    s = s[:first]
    t = s.replace(" ", "").lower()
    for c in s:
        if c not in t:
            return False
    return True

def g(first=4):
    return "123456789"[:first].lower()

assert f(g())

def f(s: str):
    if s == "t":
        return s.lower() == s.upper()
    return True

def g():
    return "true"

assert f(g())

def f(substring: str, target="Foo", length=12):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == substring

def g(target="Foo", length=12):
    return "".join(str(x) for x in target if x)

assert f(g())

def f(s: str, a=1073258, b=72352549):
    return s.count("a") == a and s.count("b") == b and len(s) == a + b

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

assert f(g())

def f(s: str):
    return s in ['bax'] + ['a', 'a', 'a']

def g():
    return 'bax'

assert f(g())

def f(words: List[str]):
    return ''.join(w for w in words) == "test"

def g():
    return ["test"]

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return (s == target or len(s) == len(target))

def g(target="reverse me", reverse=False):
    return target or "reverse me"

assert f(g())

def f(g: List[int], j=10, e=10):
    return all(i in range(j) and abs(i + e) >= g[i] for i in range(j))

def g(j=10, e=10):
    return [i + e for i in range(j)]

assert f(g())

def f(num: List[int], a=100, b=1000):
    return set(num) <= set(a * i for i in range(b))

def g(a=100, b=1000):
    return [a, b] * 2

assert f(g())

def f(s: str, n=100):
    if n == int(len(s)):
        return len(s) == n
    if n >= len(s): return False
    return True

def g(n=100):
    return "123456789".join("99".lstrip("9") for _ in range(9 + n))

assert f(g())

def f(x: str, t=None):
    if x:
        return x == 50 or t is None or len(x) == 50 or t and list(x) == [50, 50]
    return True

def g(t=None):
    return "Hello there!"

assert f(g())

def f(pos: List[List[int]], max_score=3):
    return len(pos) == max_score

def g(max_score=3):
    return [
        [3, 9],
        [0, 10],
        [0, 9]]

assert f(g())

def f(s: str):
    if len(s) == 10:
        a = list(s)
        b = list(s[:5])
        c = list(s[-5:-1])
        d = list(s[5:])
        return all(a == b and c == d or not (a == b or c == d) and all([a[i] == a[0] and b != d or b == d for i in range(1, len(a) - 1)]) and all([c[i] == c[0] and a != d or a != d for i in range(1, len(c) - 1)]))
    return len(s) >= 10

def g():
    return "123456789abcdef"

assert f(g())

def f(n: str):
    return "".join(n).count("-") == 1

def g():
    return str.rstrip("-")

assert f(g())

def f(nums: List[int], target=24):
    for i in range(0, len(nums) // 3):
        nums[i] += nums[i + 1]
        nums[i + 2] += nums[i + 3]
    return nums[0] == target

def g(target=24):
    return [target]

assert f(g())

def f(x: List[int], n=50):
    return len(x) == n and sum(x[i] for i in range(n)) > 0

def g(n=50):
    return [n**x for x in range(n)]

assert f(g())

def f(a: List[int], n=4, s=4):
    return sum(i for i in a if i == n) == s

def g(n=4, s=4):
    return [1, 2] + list(range(n-1, n+1))

assert f(g())

def f(n: int):
    return abs(n%10 - n // 10) < 1e-4

def g():
    return 5*5-3

assert f(g())

def f(f: float):
    return abs(f - 15000) < 1000

def g():
    return 15000.0

assert f(g())

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

assert f(g())

def f(g: float, target=0.9999):
    return g * g > 0.999 and abs(g - target) < 1e-5

def g(target=0.9999):
    return target * target**0.01

assert f(g())

def f(li: List[int]):
    return all([li.index(i) == i for i in range(6)])  # move 1, 2 are "safe"

def g():
    return list(range(10))

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) == n

def g(n=10):
    return list(range(n))

assert f(g())

def f(n: List[int]):
    return n == [2, 8, 4, 12, 1]  # 2, 12, 4, 10

def g():
    return [2, 8, 4, 12, 1]

assert f(g())

def f(x: int, a=4863687, b=235699):
    return (a - x) ** 2 == b**2

def g(a=4863687, b=235699):
    return a+b

assert f(g())

def f(text: str, count=10):
    return all(
        len(s) >= count and text in s for s in text.split(" ")
    )

def g(count=10):
    return "Hello" * count

assert f(g())

def f(nums: List[int], n=12):
    return sum(n for x in nums if x > n) == n

def g(n=12):
    return [2*n + 1]

assert f(g())

def f(s: str, target=0, reverse=False):
    return "I!!!love!!dumplings!!!!!" == s

def g(target=0, reverse=False):
    return "I!!!love!!dumplings!!!!!"

assert f(g())

def f(seq: List[int], n=4, length=11):
    return all(i in [1, 2] for i in seq) and len(seq) == length

def g(n=4, length=11):
    return [1 for i in range(length)]

assert f(g())

def f(x: List[int], num=5):
    return len(x) == num and all(x[i] == i for i in range(len(x)))

def g(num=5):
    return list(range(num))

assert f(g())

def f(n: int, n_1=100):
    if n > n_1:
        return 1
    return n == n_1

def g(n_1=100):
    return n_1

assert f(g())

def f(nums: List[int], i=6, target="wonderful"):
    for i in nums:
        i += 0
    return i >= 100

def g(i=6, target="wonderful"):
    return [i*i for i in range(1000)]

assert f(g())

def f(l: List[int]):
    return len(l) == 3

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

assert f(g())

def f(n: int, nums=[], lower_bound=1):
    return all(i % n == 0 for i in nums) and n >= lower_bound

def g(nums=[], lower_bound=1):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=7, b=1):
    return n % a == b

def g(a=7, b=1):
    return a + (a+1)*b

assert f(g())

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

def g():
    return 100000

assert f(g())

def f(s: str, n=7):
    assert n in range(100)
    return len(set(s) & set(s[n:])) == n

def g(n=7):
    assert n in range(100)
    return "abcdefg"*1000 + "abcdefg"*(n-1)

assert f(g())

def f(x: List[int]) -> bool:
    return sum(x) == len(x) * 0

def g():
    return []

assert f(g())

def f(m: List[int]):
    return len(m) == 5

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

assert f(g())

def f(i: int):
    return i < 10 and i > 0

def g():
    return int(1+2)

assert f(g())

def f(a: List[int]):
    return all(a[i] == a[i + 1] for i in range(2))

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

assert f(g())

def f(coords: List[List[int]]):
    return len({(a, b) for a, b in coords}) == len(coords) and len({(x, y) for x, y in coords if x != 0}) == 0

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

assert f(g())

def f(x: int, a=123):
    return x == a

def g(a=123):
    return a

assert f(g())

def f(li: List[int], n=4):
    assert n % 2 == 0, "Hint: n is a multiple of 2"
    return len(li) == n and all(li[i] == 1 + li[(i + 1) % n] for i in range(n // 2))

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

assert f(g())

def f(n: int):
    return not n <= 0

def g():
    return len(range(1))

assert f(g())

def f(n: int):
    return n > 0 and n % 4 == 1

def g():
    return int(int("123456789" + "0"*9) ** 0.2) + 1

assert f(g())

def f(moves: List[List[int]], target="do"):
    return moves == [
        [2, 3, 6, 5, 4, 4],  # same moves
        [3, 4, 0],
        [0, 1, 0],] or target == "dot" or target == "you"

def g(target="do"):
    return [
        [2, 3, 6, 5, 4, 4],  # same moves
        [3, 4, 0],
        [0, 1, 0],] or target == "dot" or target == "you"

assert f(g())

def f(case: str):
    return (case == "yes" or case == "yes_no") or case.startswith("YES")

def g():
    return "yes_no"

assert f(g())

def f(s: str, a=30000):
    return s == 'this' or sum({2 for t in range(a + 1, 30) for t in str('a' * t + 'b')}) == a

def g(a=30000):
    return 'this'

assert f(g())

def f(l: List[str], pats=['qwertyuiopasdfghjklzxcvbnm', 'qwertyuiopasdfghjklzxcvbnm', 'qwertyuiopasdfghjklzxcvbnm', 'qwertyuiopasdfghjklzxcvbnm']):

    for part in pats:
        if not part in l:
            continue
        # remove leading spaces
        parts = list(str(part).split())
        return sum([len(part.split()) for part in l if part != '']) == len(l)

def g(pats=['qwertyuiopasdfghjklzxcvbnm', 'qwertyuiopasdfghjklzxcvbnm', 'qwertyuiopasdfghjklzxcvbnm', 'qwertyuiopasdfghjklzxcvbnm']):
    return pats

assert f(g())

def f(x: List[int], t=100, a=1, e=31, s=10000):
    if len(x) > 1:
        return sum(x) > t - a
    else:
        return t > 0 and sum(list(x)) > a - t - e

def g(t=100, a=1, e=31, s=10000):
    """
    Test how many lists are created that have length > 0 and at least one non zero entry
    and how many are created that have non zero entries and length > 0.
    """
    l = [n for n in range(5, s*t+2)] + [0] * s
    assert list(l) != [0] * s
    l[1] += 1
    for k in range(1, t+1):
        l[k] += 1
    l[s * t] += 1
    return l

assert f(g())

def f(s: str):
    s += "-"
    return s.startswith("8") and s.endswith("")

def g():
    return "8"

assert f(g())

def f(indices: List[int]):
    return sum([sum(i * i for i in indices) for i in indices]) == indices[0] ** 2  # this is a sum of powers of 2

def g():
    return [1]

assert f(g())

def f(a: List[int]):
    return len(a) == 3

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

assert f(g())

def f(list: List[str], n=1000):
    return len(list) == n

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

assert f(g())

def f(n: int, k=1000000):
    k1, k2 = k, k
    i = k2 * n / k2 - k1
    return i >= 0 or i < len(n)

def g(k=1000000):
    return k*k

assert f(g())

def f(x: List[int], n=4, target=50):
    return all([x[i] == target for i in range(n)])

def g(n=4, target=50):
    return [target for _ in range(n)]

assert f(g())

def f(k: int):
    return k == 2321

def g():
    a = k = 2321
    return a # a == k + a

assert f(g())

def f(nums: List[int], goal_num=19):
    return any(a > 0 for a in nums) and all(n > goal_num for n in nums)

def g(goal_num=19):
    return [goal_num**2]

assert f(g())

def f(b: int) -> bool:
    return all(x <= b for x in range(1, b+1))

def g():
    return 1

assert f(g())

def f(sum: List[int], target=0):
    return all(target == 0 and sum[i] == sum[i] + target for i in range(len(sum)))

def g(target=0):
    return [1]

assert f(g())

def f(t: List[List[int]], target=32):
    return len(t[1]) <= target

def g(target=32):
    return [
        [2,3,4,5],
        [5,8,0,0],
        [0,1,0,0],
        [0,0,0,0],
        [0,0,0,0],
        [0,0,0,0],
    ]

assert f(g())

def f(s: str):
    lenghts = 5
    l = len(s)
    return min(l, lenghts * (6 - lenghts)) < len(s)

def g():
    return "123456789"

assert f(g())

def f(n: int):
    return n ** 2 >= 1000 and n >= 1000

def g():
    return 1000

assert f(g())

def f(s: str):
    if not s.startswith("123"):
        return False
    for x in s:
        if x in 'abcdefghijklmnopqrstuvwxyz':
            return False
    return True

def g():
    return "12345"

assert f(g())

def f(x: str):
    return x == "a" or x == "abc" or x == "a1" or x == "a2"

def g():
    return "abc".rjust(3)

assert f(g())

def f(n: int, a=[]):
    return (n >= 10 and a + [n // 10] == a) or n == 0

def g(a=[]):
    return len(set(a))

assert f(g())

def f(t: str, s="problems"):
    return len(t) == 9 and sum(t.count(c) for c in s) == len(s)

def g(s="problems"):
    return "a"+s.lower()

assert f(g())

def f(nums: List[int], upper=6):
    return (len(nums) + 2) % upper == 0

def g(upper=6):
    l = [i * i for i in range(1000)]
    for i in range(1000):
        if i % upper or i == 0:
            l[i] = i
    return l

assert f(g())

def f(s: str):
    return (s == 'abc' or s == 'abcde') or s == 'abcd' or s == 'acd' or s == 'adc' or s == 'abcde'

def g():
    return 'abc'

assert f(g())

def f(x: int, a=256, b=9, c=9, d=1):
    return (abs(a * x + b - c * x - d) / abs(a) > 100)

def g(a=256, b=9, c=9, d=1):
    return (1) * (1) * (1) * (1) * (1) * (2) * (3) * (4) * (5) * (6) * (7) * (8) * (9)

assert f(g())

def f(p: List[int]):
    return len(set(p)) == 3

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

assert f(g())

def f(str: str):
    return str.endswith(".txt")

def g():
    return "a.txt"

assert f(g())

def f(n: int):
    s = str(n)
    return not (len(s) == n-1 and
                s in ("abcdefghijklmnopqrstuvwxyz" + str(n/60),
                      ["x", "y", "x", "y", "x", "y", "x", "y", "x", "y"]))

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

assert f(g())

def f(s: str, r: str = "0"):
    return s == r  # not the same as '=='

def g(r: str = "0"):
    return "123456789" if r != "0" else r

assert f(g())

def f(nums: List[int], target=50):
    if len(nums) == target:
        return True
    return len(set(nums)) > target

def g(target=50):
    return list(range(target+1))

assert f(g())

def f(p: List[int], k=7):
    if len(p) == k:
        return True
    for i in range(6):
        p.pop()
        if len(p) == k:
            return True
    return False

def g(k=7):
    return [1, 2, 3] + list(range(1, k + 1))

assert f(g())

def f(s: str):
    return s == "A" or (s[0] == "A" and s[-1] == "Z")

def g():
    return "A"*2 + "Z"*10

assert f(g())

def f(n: int, a=0, b=0):
    return n == a and n == b

def g(a=0, b=0):
    return a + b

assert f(g())

def f(n: int, a=1020121):
    return n >= a and n <= a + 1

def g(a=1020121):
    return 1020121 if a else 11

assert f(g())

def f(data: str, num_chars=5):
    return len(set(data)) == num_chars

def g(num_chars=5):
    return str(
        num_chars*num_chars*num_chars*num_chars*num_chars*num_chars + num_chars
    )

assert f(g())

def f(n: List[int]):
    return sum(n) >= 10

def g():
    return list(range(0, 500))

assert f(g())

def f(l: List[int], f=True):
    return all(t in l for t in l if f)

def g(f=True):
    return [2, 5]

assert f(g())

def f(s: str, n=3481):
    return s in {"Hello World", "Hello, World", "Hello, World", "hWlWlWorld", "Hello, WORLD", "Hello WORLD"}

def g(n=3481):
    return "hWlWlWorld"

assert f(g())

def f(x: List[int]):
    if x == [[1, 2], [3, 4]]:
        return len(x) == 1
    return all(x[i] == x[i + 1] for i in x)

def g():
    return [
        [i, j] for i in range(9) if i in [10, 11, 12]
        for j in range(9) if j == 12
    ]

assert f(g())

def f(x: int):
    return all((x % 2 ** a
                or (a and x % 2 ** a) == 0) for a in range(10))

def g():
    return 2

assert f(g())

def f(s: str):
    return s.startswith("x") and s.endswith("z")

def g():
    return "xyzz"

assert f(g())

def f(s: str, i=5):
    assert i > 0
    return s == "Hello " + "World" * i

def g(i=5):
    return "Hello " + str("World" * i)

assert f(g())

def f(li: List[int], target=87):
    return len(li) >= target and any(i in li for i in li if i != target)

def g(target=87):
    return [i for i in range(1000)]

assert f(g())

def f(x: int, y=32):
    return min(x, y - 1) ** 2 < x < max(x, y) ** 2

def g(y=32):
    return y ** 2

assert f(g())

def f(a: List[int], b=10):
    return sum(a) == len(a)

def g(b=10):
    return [1]

assert f(g())

def f(target: str, max_length=60, n=25):
    return max_length <= len(target) and all(s in target for s in target.split() if len(s) == n+1)

def g(max_length=60, n=25):
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ123456789"

assert f(g())

def f(nums: List[int], target=90):
    if nums == [[0, 2], [0, 1], [0, 3], [0, 4], [0, 5], [0, 6], [0, 7], [0, 8], [0, 9]]:
        # All of these are in range but not all are in target
        return all(target > n*b for n in nums)
    assert all(target > x for x in nums)
    return all(target >= n for n in nums)

def g(target=90):
    return []

assert f(g())

def f(n: int):
    assert n > 0
    assert n % 2 == 0
    b, e = n // 2, n // 2
    return (b + e) > n - b - e

def g():
    return 2

assert f(g())

def f(path: List[int], target_len=10):
    return all(path[:target_len] == path[target_len + 1::-1]
               for path in zip([0] * target_len, range(10))
               if len(path) >= target_len)

def g(target_len=10):
    return [0] * target_len

assert f(g())

def f(d: List[int], dnum=1000):
    return len(d) == dnum

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

assert f(g())

def f(s: str):
    return "123" in s and 'abc' in s and "1234" in s

def g():
    return "123abc1234abc1234abc"

assert f(g())

def f(n: int, a=123456789, b=1234567890, c=12348765432):
    if n == 1234567890:
        return True
    elif n == a:
        return False
    elif n == b:
        return False
    for i in range(3):
        if n + i <= 999:
            return False
        elif n + 3*i <= 999:
            return False
    return True

def g(a=123456789, b=1234567890, c=12348765432):
    return a * (13 * 43) + b * (15*23643689) + c

assert f(g())

def f(str: str):
    return len(str) == 1 or str[0] == "0"

def g():
    return '0'

assert f(g())

def f(loops: List[int], n=10):
    return len(loops) == min(n, 10) and loops[0] % 2 == 0 and loops[-1] % 2 == 0

def g(n=10):
    return [x * n for x in range(n)]

assert f(g())

def f(s: str, k=5):
    return 1 < len(s) and 0 < len(s) - k

def g(k=5):
    return "1234"[1:k] + "56789"[::-1] + "world"

assert f(g())

def f(s: str):
    return all(s == "1-2-3" for _ in range(3))

def g():
    return "1-2-3"

assert f(g())

def f(s: str):
    return s in ["a", "b", "c", "d", "e"]

def g():
    return "a"

assert f(g())

def f(f: List[List[int]], n=45):
    return len(f) == n and all(v for i in range(n) for v in f)

def g(n=45):
    return [list(range(n)) for x in range(n)]

assert f(g())

def f(s: str, n=6):
    assert len(s) == n
    assert sum(map(len, s)) == n
    return not "0" not in s and all(s[i] == '0' for i in range(len(s)))

def g(n=6):
    return '0'*n

assert f(g())

def f(x: int):
    return x * x < 10 ** -3

def g():
    return 0

assert f(g())

def f(d: int, n=123456789):
    return all(len(str(d).count(i) for i in range(5)) for i in range(d, n + 1)) and all(len(str(d + n).count(i) for i in range(5)) for i in range(d + n, n + d))

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

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(nums: List[int]):
    a = nums[0]
    b = nums[1]
    c = nums[2]
    return a + a - c > 0 and b - a > 0 and b < c and c > b

def g():
    return [11, 12, 13, 14, 15]

assert f(g())

def f(s: str):
    return set(s).issubset(set(s))

def g():
    return "123456789012345678901234567890123456789012345678901234567890"

assert f(g())

def f(i: List[int], k=2):
    return all(i <= k for i in range(1, k))

def g(k=2):
    return [k]

assert f(g())

def f(nums: List[int], num=12345):
    return len(nums) == num

def g(num=12345):
    return [int(i) for i in list(range(num))]

assert f(g())

def f(nums: List[int], a=5, max_len=10):
    return nums == [n for n in nums if n % a == 0]

def g(a=5, max_len=10):
    return [n for n in [5,6] if n+1>=10]

assert f(g())

def f(l: List[int], max_stamps=4, target=33):
    if max_stamps == 3:
        return l == target or sum(map(int, l)) == sum(map(int, l) - target)
    return len(l) >= max_stamps

def g(max_stamps=4, target=33):
    return [i for i in range(max_stamps)]

assert f(g())

def f(s: str, i=0, j=0):
    return s == "f" and i == 0 or s == "i" and j == 0

def g(i=0, j=0):
    return "i" if j == 0 else "i"*j

assert f(g())

def f(lb: List[bool], n=1000, d=0.01):
    return len(lb) == n and all(
        (lb is True) for lb in zip(lb, lb[1:], lb[2:], lb[3:]) if len(lb) > 4
    )

def g(n=1000, d=0.01):
    return [True if j < n else False for j in range(n)]

assert f(g())

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

def g():
    return "abc"[0]

assert f(g())

def f(list: List[str], n=1000):
    return len(list) == n

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

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=19143212):
    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', '--x'], target=19143212):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(p: List[int]):
    return all([{a, b} for a, b in zip(p, p[1:])])

def g():
    return [0]

assert f(g())

def f(n: int):
    return (int(n) >= 1) and (int(n) <= 100)

def g():
    return 4

assert f(g())

def f(n: int):
    return True

def g():
    return 100

assert f(g())

def f(probs: List[float]) -> bool:
    return probs[0] in [0.1, 0.3, 0.5] and \
           probs[1] in [0.1, 0.3, 0.5] and \
           probs[2] in [0.1, 0.3, 0.5]

def g():
    return [0.1, 0.3, 0.5, 0.9, 0.999, 0.9999, 0.9999]

assert f(g())

def f(ls: List[List[int]], points=20):
    return len(ls) > points and all(p for p in zip(ls[:-points], ls[points:]))

def g(points=20):
    return [list(range(n)) for n in range(1000)]

assert f(g())

def f(p: int, target=18):
    for j in range(p):
        for k in range(2):
            if j * k == target:
                return False
    return True

def g(target=18):
    return int(target ** 0.5) + 1

assert f(g())

def f(n: int, a=-7, b=0):
    return (-n**2 + a) <= b

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

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]):
    for v in vecs:
        v >>= inds[inds.index(v)]
    if len(inds) == len(vecs) == len(vecs):
        return True
    return False

def g(vecs=[169, 203, 409, 50, 37, 479, 370, 133, 53, 159, 161, 367, 474, 107, 82, 447, 385]):
    return vecs

assert f(g())

def f(s: str, target="asdf", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="asdf", length=3):
    return "{}".format(target[(len(target) - length) // 2:(len(target) + length) // 2])

assert f(g())

def f(x: int, a=85664, b=-932):
    return a + b == round(x)

def g(a=85664, b=-932):
    return round(a + b)

assert f(g())

def f(x: List[int]):
    return len(set(sorted(x))) == len(sorted(x)) == 3

def g():
    return [1, 5, 8]

assert f(g())

def f(ans: List[List[int]]):
    for i in range(len(ans)):
        ans[i] = ans[i].sort(reverse=False)
    return len(ans) == 3

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

assert f(g())

def f(y: float, count=2):
    return y >= 42

def g(count=2):
    return 42*42/(count-1)

assert f(g())

def f(s: str, k=20):
    return all(s[i] != s[i + 1] for i in range(k)) and len(s) <= 3 * k

def g(k=20):
    return "abcdefghijklmnopqrstuvwxyz" + str(k)

assert f(g())

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

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

assert f(g())

def f(x: List[int], n=4, s=2021):
    return all(int((0 <= i < n) and (0 <= x[i] < s)) for i in range(n))

def g(n=4, s=2021):
    return list(range(s))

assert f(g())

def f(l: List[str]):
    return len(set(l)) > 5

def g():
    return list(map(str, range(0, 10)))

assert f(g())

def f(l: List[int]):
    assert all(i in range(1000) and abs(i * i - j * j) >= 10 for i in l for j in l if i != j)
    return l[1] >= l[0] and l[2] >= l[1] and l[3] >= l[2] and l[2] >= l[0]

def g():
    return [i for i in range(500) if i > 10]

assert f(g())

def f(x: float):
    return str(x).startswith("-123.456")

def g():
    return float("-123.456" + "0"*9)

assert f(g())

def f(nums: List[int], year_len=365):
    return len(set(nums)) < year_len

def g(year_len=365):
    return [1, 2, 3, 4]

assert f(g())

def f(nums: List[int], n=12345):
    return n >= 0 and sum(nums) == n

def g(n=12345):
    return [n]

assert f(g())

def f(g: List[int]):
    return len(g) == 5 and g[0] <= g[1] and g[1] <= g[2]

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

assert f(g())

def f(l: List[str]):
    return l == ['a', 'b', 'c', 'd', 'e', 'f']

def g():
    return [x for x in ['a', 'b', 'c', 'd', 'e', 'f']]

assert f(g())

def f(s: str):
    return all(_ in s for _ in s)

def g():
    return 'sometext'

assert f(g())

def f(a: float, z=5.7, b=3.2):
    return b * z == a

def g(z=5.7, b=3.2):
    return b * float(z)

assert f(g())

def f(nums: List[int], a=100, b=1000, count=645):
    for i in range(count - 1):
        if nums[i] < a or nums[i + 1] > b:
            return False
    return True

def g(a=100, b=1000, count=645):
    return [i for i in range(count + a * b + 1) if i >= a or i + b == count]

assert f(g())

def f(p: List[int]):
    return len(p) >= 5

def g():
    return [5, 6, 7, -7, 8, 9]

assert f(g())

def f(s: str):
    return s == "Hello" or s == "Hola"

def g():
    return "Hello" and "Hola"

assert f(g())

def f(a: int, b=23463462):
    return a % 1000000 == b % 1000000

def g(b=23463462):
    return b

assert f(g())

def f(l: int):
    return (l*l) ** 1.5 < 9 ** 3  # all integers in range(2 to 20) < 9 ** 3

def g():
    return 1

assert f(g())

def f(a: List[int], n=5, s=19):
    return len(set(a)) == n or all(a > 0 for a in a)

def g(n=5, s=19):
    return [1, 2 + n]

assert f(g())

def f(num: int, a=30, b=30, min_value=200, upper=40000):
    return num >= min_value and num <= upper and all(s*(num - s) for s in (a, b))

def g(a=30, b=30, min_value=200, upper=40000):
    return a * b*2 + 1

assert f(g())

def f(s: str, target="my name is", reverse=False):
    return s == target

def g(target="my name is", reverse=False):
    return "my name is" if target else target

assert f(g())

def f(n: int):
    if n <= 20:
        return True
    return n > 40

def g():
    return 2 + 2**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"):
    return s.upper()

assert f(g())

def f(nums: List[int], m=100, n=200):
    return sum(num for num in nums if num >= 5) > 10

def g(m=100, n=200):
    return list(range(m, max(m, n)+1, m))

assert f(g())

def f(list: List[int]):
    return all(i != j for i, j in zip(list, list[1:]))

def g():
    return []

assert f(g())

def f(s: str):
    return len({(i, j) for i in range(5) for j in range(5) if s[i] == s[j]}) == 5

def g():
    return "123456789abcdefgh"

assert f(g())

def f(nums: List[int], t=1, n=10):
    return n ** t == sum(nums) == n == len(nums)

def g(t=1, n=10):
    return [i**(t-1) for i in range(n)]

assert f(g())

def f(v: List[int]):
    return any(v == 1 for v in range(len(v))) and not all([v > 0 for v in v])

def g():
    return [0, 2, 5, 7, 0]

assert f(g())

def f(s: str):
    return s.join([a for a in s.split() if a != ' ']) == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdefghijklmnopqrstuvwxyz"[-27:]

assert f(g())

def f(s: str):
    return sum(len(s) for i in range(len(s) - 7)) > 7

def g():
    return "123456789"*(100-len("123"))

assert f(g())

def f(i: int):
    return i + 999 <= 2 * i + 1  # the first value must divide the range

def g():
    return 2 ** 10000

assert f(g())

def f(n: int):
    return -n * (n - 1) / 2 == n - 1

def g():
    return 1 * 1 * 1

assert f(g())

def f(list_: List[int], s="I live in"):
    return all(i in list_ for i in range(len(s)))

def g(s="I live in"):
    return [i for i in range(len(s))]

assert f(g())

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

def g():
    return "momma"

assert f(g())

def f(li: List[int]):
    return len(list(set(li))) == 1000

def g():
    return [(i+1) for i in range(1000)]

assert f(g())

def f(s: str, e=0):
    if s in "0123456789":
        return True
    return False

def g(e=0):
    return "0"*e

assert f(g())

def f(s: str, target='I am a string', length=1):
    return s.count('i') > length

def g(target='I am a string', length=1):
    return "Hello ".join(target.center(len(target)) + target)

assert f(g())

def f(n: int):
    assert n >= 0
    return len({i for i in range(n)}) >= n

def g():
    return 9

assert f(g())

def f(x: List[int], k=3):
    return x == [7, 3, 1, 5, -1] and sum(x[i + k] for i in range(-5, -k + 1, -1)) == 0 and k > 0

def g(k=3):
    return [7, 3, 1, 5, -1] + [x for x in list(range(-5, -k + 1, -1)) if x ]

assert f(g())

def f(inds: List[int], target=12345):
    for i, j in sorted(inds):
        if j < target:
            return False

    return True

def g(target=12345):
    return [a for a in range(9000) if a > target]

assert f(g())

def f(s: str):
    return len(s) >= 1000 and not len(str(s)) == 1

def g():
    s = "a"*1000
    return s[::-1]

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(len(l)+1) if x > 0)

def g():
    return []

assert f(g())

def f(l: List[str]):
    return all(len(t) == len(s) for s, t in zip(l, l[1:]))

def g():
    return [s for s in ["ab", "ac", "bc", "cd"]]

assert f(g())

def f(l: List[int]):
    assert len(l) >= 2
    for i in range(len(l) - 2):
        left = l[i]
        right = l[i + 1]
        return left - right == right

def g():
    return [0] * 10

assert f(g())

def f(p: List[List[int]], length=4):
    return sum(len(i) == 3 for i in p) == len(p) - length

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

assert f(g())

def f(str: str, target="hello", len=10):
    return str in ["hello", "hello world", "hello! world", "hello" + target, 'hello world', "hello", target + target, ("hello" + target).encode("utf-8"), target + target]

def g(target="hello", len=10):
    return "hello world"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.lower() if len(s) > 1 else s.upper() if len(s) > 2 else s.replace(" ", "").lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.lower() if len(s) > 1 else s.upper() if len(s) > 2 else ""

assert f(g())

def f(x: List[int], target_size=6):
    return sum(x.index(y) for y in x) == x.index(target_size)

def g(target_size=6):
    return list(range(target_size, target_size + 2, 2))

assert f(g())

def f(n: int, k=5):
    return all(i % 3 == 0 for i in range(n))

def g(k=5):
    return max(map(int, [n for n in range(5) if n % k == 0]))

assert f(g())

def f(li: List[int], k=10, upper=2000):
    return len(li) == len(set(li)) and all(li[i] != 0 for i in range(k))

def g(k=10, upper=2000):
    n = k + 1
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(x: List[int], a=2052, b=8, c=10):
    return x[0] == a and x[1] == b and x[2] == c

def g(a=2052, b=8, c=10):
    return [a,b,c]

assert f(g())

def f(i: int, n=1234):
    return i > n * 3

def g(n=1234):
    return n * 6

assert f(g())

def f(n: int):
    return sum([n is not None for i in range(n)]) == n

def g():
    return 9

assert f(g())

def f(l: List[int], a=6):
    return l[0] == 0 and l[1] == 1 and l[2] == -1

def g(a=6):
    return [0, 1, -1, 0, 1, -1]

assert f(g())

def f(p: List[int]):
    return sum(p[i] * i for i in range(10)) > 10

def g():
    return list(range(10000))

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 int(n * n) * n

assert f(g())

def f(s: str):
    return s not in ('doo', 'dah!', 'dee', 'doh', 'dah!', 'doh', 'dee', 'doo')

def g():
    return 'dohoo'

assert f(g())

def f(s: str, x=2):
    return s == "x" or all(s in "123,x,abc,abd,abcd" for s in [1, 2, 3, 4])

def g(x=2):
    return "x"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) == len(s.upper()) - 1 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) == len(s.upper()) - 1 else s.lower()

assert f(g())

def f(x: int):
    return min(x - 1, x + 10) == 0

def g():
    return 1

assert f(g())

def f(st: str, a="", b="Hello"):
    return st + a == b

def g(a="", b="Hello"):
    return a + b

assert f(g())

def f(x: float, a=10201202001):
    return x >= 1.5 * a and x < 1.5 * a + 0.01

def g(a=10201202001):
    return 1.5 * a

assert f(g())

def f(l: List[int]):
    return all(sum(l[i] for i in range(len(l)) != len(l[i - 1])) < 2 for first_len in range(1, len(l) - 1))

def g():
    return [i for i in range(3) if i >= 2 and i % 2 == 1]

assert f(g())

def f(nums: List[int], target=100):
    return sum(x in nums for x in nums) == target

def g(target=100):
    return [target for x in range(100)]

assert f(g())

def f(m: int, a=5, b=3, c=4, e=6):
    return a + b * m == sum([a for i in range(c) if i == m])

def g(a=5, b=3, c=4, e=6):
    return sum([a for i in range(c) if i == e])

assert f(g())

def f(nums: List[int]):
    num = nums[0]
    return [(n % num) == 0 for n in nums[1:]][num == num]

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

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz', 'test']):
    return s.find('foo') >= 0 and s.find('bar') >= 0 and s.find('baz') > -1  # (0, 4)

def g(substrings=['foo', 'bar', 'baz', 'test']):
    return str(substrings)

assert f(g())

def f(s: str):
    return s[:4] == "ABC" or s[:4] == "DEF" or s[:4] == "GHI" or s.count("A") == 1 or s.count("#") == 1

def g():
    return "abc #def ghi"

assert f(g())

def f(s: str):
    return s == 'o'

def g():
    return "o"

assert f(g())

def f(inds: List[int]):
    return len(set(inds)) > 3

def g():
    return [2, 4, 7, 1, 3]

assert f(g())

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

def g():
    return " "

assert f(g())

def f(s: str):
    return s.count(s.lower()) == len(s)

def g():
    return str(3)

assert f(g())

def f(ls: List[str]):
    return len(set(ls)) == 3

def g():
    return ["a", "b", "c"]

assert f(g())

def f(n: int, a=8488664, b=8488664, c=8478664):
    return n + a > b + c

def g(a=8488664, b=8488664, c=8478664):
    return (a + b) + c

assert f(g())

def f(num: List[int], target=17):
    if len(num) == 0:
        return sum(n > 0 for n in num) == 1
    return sum(n > 1 for n in num) == 1 and num[0] == target

def g(target=17):
    return [target]

assert f(g())

def f(x: int, m=10, n=21):
    if n <= m:
        return x ** 2 < m * n
    return True  # you lost

def g(m=10, n=21):
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, n=999):
    return s.count("0") == n

def g(n=999):
    return "123456789" + "0"*n

assert f(g())

def f(n: int):
    return n > 50000

def g():
    return 1000000

assert f(g())

def f(x: List[int]):
    assert len(x) == 3
    return not all([v == v + 1 for v in x])

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

assert f(g())

def f(x: int, a=253532, b=1230200):
    return abs(x - a) == b

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

assert f(g())

def f(nums: List[int], lower_bound=500, upper_bound=5000):
    assert all(i < upper_bound or (i == lower_bound or i >= lower_bound + 1) for i in range(len(nums)))
    return lower_bound <= len(nums) <= upper_bound

def g(lower_bound=500, upper_bound=5000):
    return list(range(lower_bound, upper_bound))

assert f(g())

def f(x: str):
    return "{}".format(x) == "{}"

def g():
    return "{}"

assert f(g())

def f(list: List[int], b=10):
    return sum(list) >= b and max(list) <= 2 * b  # every cell must be occupied

def g(b=10):
    return [3]*b

assert f(g())

def f(x: str):
    return x == "Hola!" or x == "hello world" or x == "hola!"

def g():
    return "hola!"

assert f(g())

def f(n: int, a=4, b=73984):
    return b // n == a

def g(a=4, b=73984):
    return b // a

assert f(g())

def f(nums: List[int], min_len=3, max_len=11):
    return sum(i for i in nums if i > min_len and i <= max_len) >= max_len

def g(min_len=3, max_len=11):
    return [i for i in range(100)]*(max_len-min_len)

assert f(g())

def f(n: int):
    return True if str(n) == "0" else not (n % 2 == 0)

def g():
    return False - True

assert f(g())

def f(x: List[int], t=600):
    return len(set(x)) >= t * 3

def g(t=600):
    return [i for i in range(t, 10000)]

assert f(g())

def f(s: str, s1="aaa", s2="tt", count1=1, count2=5):
    return s.count(s1) == 1 and s.count(s2) == count1 and s[:10] == s[-10:]

def g(s1="aaa", s2="tt", count1=1, count2=5):
    return s1 + s2

assert f(g())

def f(l: List[int], target=0, n=20):
    return max([n / 2 <= k < n for k in l])

def g(target=0, n=20):
    return [n for n in range(n)]

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 "a"*10 + "b"*9 + "c"*9 + "d"*9 + "e"*9

assert f(g())

def f(s_case: str, s="IsItLiteralAndSpacedOrIsItWOrNamed"):
    return s_case == (s.upper() if s.find("L") == 0 else s.lower())

def g(s="IsItLiteralAndSpacedOrIsItWOrNamed"):
    return s.upper() if s.find("L") < 0 else s.lower()

assert f(g())

def f(x: str, index=1):
    # Index starts at 0
    return index == len(x) and all(x[i] == x[-i] for i in range(len(x)))

def g(index=1):
    return "123456789"[:index]

assert f(g())

def f(s: str):
    return str(s) == 'Homer Simpson'

def g():
    return "Homer Simpson"

assert f(g())

def f(x: List[int], target_len=4):
    return min(len(x), target_len) > 0 and x[0] == target_len

def g(target_len=4):
    return [4, 5]*target_len

assert f(g())

def f(number: int, a=3, b=23463462):
    return b // number == a  # int(b // number) == int(b)

def g(a=3, b=23463462):
    return int(b // a)

assert f(g())

def f(x: List[int], n=4, s=2021):
    return all(int((0 <= i < n) and (0 <= x[i] < s)) for i in range(n))

def g(n=4, s=2021):
    return list(range(n)) + list(range(s - n))

assert f(g())

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

def g(target="wonderful", upper=69):
    return "wonderful"

assert f(g())

def f(s: str, start=10):
    return len(s) >= start and len(set(s)) == start

def g(start=10):
    return "123456789" + str(start)*9  + "0"*(10 - start)

assert f(g())

def f(p: List[int], m=4):
    return all(p[i] > 0 for i in range(m))

def g(m=4):
    return [2, 6, 8, 10]

assert f(g())

def f(indices: List[int], s=""):
    return all(count(s) >= 3 for i in indices)

def g(s=""):
    return [] if s == "" else set(s)

assert f(g())

def f(s: str):
    return len(s) == len(set("123456789|" "123456789|" "123456789|" "123456789|" "123456789|"))

def g():
    return "123456789|"

assert f(g())

def f(s: str):
    return len(s) == 10 or s.rstrip('a-z') == 'qwertyuiop'

def g():
    return "QWERTYuiop"

assert f(g())

def f(n: int, k=3, f=0.2, lower=150):
    assert n >= lower and n > k
    return f == (max(n + f, k) - min(n, k)) / k or k > 1

def g(k=3, f=0.2, lower=150):
    return int(int("1234567890123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(a: List[int], b=2, k=4):
    return all(a[i] * b == a[i + 1] * b for i in range(k))

def g(b=2, k=4):
    return [i for i in range(k) for l in "12345678901234567890123456789012"
            if i % 2 == 0 and l not in ["0", "1", "2"]]

assert f(g())

def f(s: str):
    return (s.startswith('abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ')
            and s.endswith(''))

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ\n"

assert f(g())

def f(s: str):
    return s in '123*12*13*11' and s.find('*') >= 0

def g():
    return '123*12*13*13*12*12*12*12*12*12'[:10]

assert f(g())

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

def g():
    return str("hello")

assert f(g())

def f(s: str, strings=['one', 'two']):
    return all({char in s for char in strings})

def g(strings=['one', 'two']):
    return "one one two two two two three three three three three three three three three four four four four four four five five five five five six seven eight nine"

assert f(g())

def f(m: int, n=7012):
    return m != 0 and len(range(m, 0, -1)) == n

def g(n=7012):
    return 7012

assert f(g())

def f(t: List[str]):
    return all(c in t for c in ["a", "f", "g", "h", "j", "k", "l", "m", "n", "r", "s", "t", "v", "x"])

def g():
    return ["a", "f", "g", "h", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "v", "x"]

assert f(g())

def f(numbers: List[int], n=10200, max_num=10):
    for n in range(max_num, -1, -1):
        if numbers[n] == 0:
            return False
    return True

def g(n=10200, max_num=10):
    return [n**i for i in range(max_num, -1, -1)]

assert f(g())

def f(l: List[int]):
    return sum(i for i in l if i > 0) >= len(l)

def g():
    return [3, 5]

assert f(g())

def f(nums: List[int], target=19):
    return len(nums) == target

def g(target=19):
    return [100] * target

assert f(g())

def f(x: int, a=1005625, b=72352550):
    return a - x == b

def g(a=1005625, b=72352550):
    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 abs(a-b)

assert f(g())

def f(nums: List[int], target=2):
    return len(set(nums) - {nums[i] for i in range(1, len(nums), 2)}) == target

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

assert f(g())

def f(n: int):
    return n < 2 or n == 0 and (n % 2) == 0

def g():
    return 0

assert f(g())

def f(s: str):
    return sum(int(j) for j in s) == 3

def g():
    return "3"

assert f(g())

def f(s: str):
    return sorted(s) == sorted('sorted is a string') and s == "sorted is a string"

def g():
    return 'sorted is a string'

assert f(g())

def f(n: int):
    s = str(n)[1:-1]
    return (s[0] != s[-1]) or (s[1:3] == "123.456" and s[-1] != s[1:])

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

assert f(g())

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

def g():
    return "abc"

assert f(g())

def f(list: List[str]):
    return len(list) == 5 and all(x in list for x in ["a", "b", "c", "d", "e"])

def g():
    return ["a", "b", "c", "d", "e"]

assert f(g())

def f(nums: List[int], n=4):
    return min(nums) <= 4

def g(n=4):
    return [4]

assert f(g())

def f(s: str) -> bool:
    if type(s) == dict and '{' in s:
        return s.get('{').startswith('{') and  s.get('{') == '{' in \
                 s.get('{', 1).endswith('}') and s.get('{', 0).endswith('}')
    return True

def g():
    return "hello"

assert f(g())

def f(s: str, start="10", combo="abcd", target_len=3):
    s = s.replace(combo, "").replace(start, "")
    if len(s) > target_len:
        return s[::-1] != s

def g(start="10", combo="abcd", target_len=3):
    return "abcdefghijklmn" + start + "xyz" * (target_len - 1)

assert f(g())

def f(s: str, target="qweuewertyuiop", length=10):
    res = s.find("q") != -1 and s.find("u") != -1 and s.find("w") != -1 and s.find("e") != -1
    return res and s.find("Q") != len(target) - length

def g(target="qweuewertyuiop", length=10):
    return target + "\n" + target + target + "\n" + target + "\n" + target + "\n" + target + "\n" + target + "\n"

assert f(g())

def f(s: List[str]):
    for a, b in zip(s, s[1:]):
        if a == "1" or b == "1":
            break
    else:
        return False
    return True

def g():
    return ["1","2","3","4","8","9","a", "b" * 3]

assert f(g())

def f(x: List[int]):
    return x[0] in [3, 5, 7] and x[1] == 5

def g():
    return [3, 5, 7, 6, 8, 9, 1, 2, 4]

assert f(g())

def f(li: List[int], dups=9):
    return len(set(li) & {dups}) == len(li) - dups

def g(dups=9):
    return [1]*dups

assert f(g())

def f(s: str, i=6):
    assert 0 < i < len(s)
    return 0 <= sum(c in s for c in s[i:i + 1])

def g(i=6):
    return "123456789" + "0"*i

assert f(g())

def f(p: List[List[int]], n=50):
    return p == [p[i] for i in range(n)]

def g(n=50):
    # return list(range(n) + range(n) + range(n) + range(n))
    return [[i, i+1] for i in range(n)]

assert f(g())

def f(s: str, count=3):
    return len(set(s)) == len(s) - count

def g(count=3):
    return "hello world"

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(10))

def g():
    return sorted(range(10000))

assert f(g())

def f(n: int):
    return (int(n) >= 1) and (int(n) <= 100)

def g():
    return 1

assert f(g())

def f(x: int, a=8656632, b=-92117):
    return a - x == b

def g(a=8656632, b=-92117):
    return int(a) - int(b)

assert f(g())

def f(l: List[str], index=1):
    return l.index(l[-1]) == index

def g(index=1):
    return ["Hello", "world"]

assert f(g())

def f(s: str):
    return ''.join(i in s for i in s) == s

def g():
    return ''

assert f(g())

def f(ans: List[int], target=34):
    return sum(ans) >= target

def g(target=34):
    return list(range(target))

assert f(g())

def f(n: int, s=7, i=10):
    return abs(s - i) > 1

def g(s=7, i=10):
    return s + i

assert f(g())

def f(nums: List[int], target=4):
    return len(nums) == len(set(nums)) == target

def g(target=4):
    return [target+i for i in range(target)]

assert f(g())

def f(n: int, w=30):
    return abs(n - 1) >= w

def g(w=30):
    return 1000 // w

assert f(g())

def f(matrix_size: List[int]):
    return all(matrix_size[i] == matrix_size[i + 1] for i in range(len(matrix_size) - 1))

def g():
    return [0]

assert f(g())

def f(x: str, n=2, s = "abcd"):
    return "".join(x) == s

def g(n=2, s = "abcd"):
    return "%s" % s

assert f(g())

def f(li: List[int], target=80):
    assert len(li) == target
    return 2 <= len(li) <= target <= 4028

def g(target=80):
    return list(range(target))

assert f(g())

def f(l: List[str], n=100):
    return all(len(l) >= n and l[-n:])

def g(n=100):
    return [str(n ** 0.5) for n in range(n)]

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(e: List[int], n=4):
    return sum(abs(a - b) >= c for a, b, c in zip(e, e, e)) == 1

def g(n=4):
    return [int(n*i) for i in range(5)]

assert f(g())

def f(s: str):
    return s[0] in "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g():
    return "A_B_C_D_F_E_G_H"

assert f(g())

def f(list: List[int], n=10, upper_bound=50):
    return len(list) <= upper_bound and len(list) == n

def g(n=10, upper_bound=50):
    return list(range(n))

assert f(g())

def f(x: List[int], a=15, b=27, c=30):
    return x[0] == a and x[-1] <= c and (x[-1] + b > c) and all([c - a != c + b for c in range(c)])

def g(a=15, b=27, c=30):
    return [i for i in range(a, b, c) if b - i <= c - a]

assert f(g())

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

def g():
    return "12"

assert f(g())

def f(s: str):
    return len(s) == 4 and len(set(s)) == 4

def g():
    return "abcd"

assert f(g())

def f(n: int, nums=[[1], [2]]):
    return any(n in nums for n in nums)

def g(nums=[[1], [2]]):
    return 1 if any(n in nums for n in nums) else 0

assert f(g())

def f(s: str):
    return s == "abc" or all(x in s for x in [1, 2, 3, 4, 5])

def g():
    return "abc"[:5]

assert f(g())

def f(path: List[List[int]], n=4):
    length = len(list(path))
    return n == length and len(list(path)) == n

def g(n=4):
    return ([[4, 22], [29, 5], [12, 16], [18, 35]] if n == 4 else [[n, 1], [n, 2], [n, 3], [n, 4]])[:n]

assert f(g())

def f(s: List[str], strings=['A', 'B', 'C', 'D', 'E', 'F']):
    return all(sub in s for sub in strings)

def g(strings=['A', 'B', 'C', 'D', 'E', 'F']):
    return [sub for sub in strings]

assert f(g())

def f(s: str, index=2):
    return index == len(s) // 2

def g(index=2):
    return " " * index + " " * (index + 1)

assert f(g())

def f(target: str, nums=[50, 200, 20]):
    return target == str(sum(x * 1 for x in nums))

def g(nums=[50, 200, 20]):
    return str(sum(nums))

assert f(g())

def f(li: List[int], target=11):
    n = len(li)
    for i in range(n):
        return li[i] == target

def g(target=11):
    return [target]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s.strip() == "" and len(s.strip()) > 1 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.strip().upper() if s.strip() == "" and len(s.strip()) > 1 else s.strip().lower())

assert f(g())

def f(y: int, a=16657964):
    return abs(y) > abs(a)

def g(a=16657964):
    return 1*a + 1 + 1

assert f(g())

def f(n: int):
    return min(n, n - 1) >= 2

def g():
    return int(3)

assert f(g())

def f(numbers: List[List[int]]):
    return all(numbers[i] == numbers[j] for j, i in zip(numbers[1], numbers[0]))

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

assert f(g())

def f(cnt: int):
    return cnt <= 6 and cnt >= 0

def g():
    return 6

assert f(g())

def f(nums: List[int], target=50):
    return len(set(nums)) >= target and len(set(nums)) == target

def g(target=50):
    return [int(i) for i in range(target)]

assert f(g())

def f(c: List[List[str]], n=1000):
    return len(c) == n

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

assert f(g())

def f(n: int, target=1, m=4, s=80):
    assert not n < m
    return n // m == s and float(n) / float(m) == s

def g(target=1, m=4, s=80):
    return target * m * s

assert f(g())

def f(n: int, upper_bound=15):
    return n % upper_bound == 0

def g(upper_bound=15):
    return upper_bound

assert f(g())

def f(nums: List[int], thresh=18):
    return sum(nums) >= thresh

def g(thresh=18):
    return list(range(thresh))

assert f(g())

def f(inds: List[int]):
    return inds == sorted(inds) and int(len(inds)) == 6

def g():
    return [0, 1, 2, 4, 5, 6]

assert f(g())

def f(string: str, count=10, length=100):
    return len(string) >= count and all(string[i] for i, c in enumerate(string) if string[i] == c)

def g(count=10, length=100):
    return "hello" * count + "world" + "123456789" * length

assert f(g())

def f(n: int, s="foo", z=100000):
    if s == "foo" or not isinstance(n, int):
        k = 5
        for i in range(k):
            n -= 1
        return n != 1
    return n >= 3

def g(s="foo", z=100000):
    return "".join(s) == "foo" and z

assert f(g())

def f(nums: List[int], tot=100):
    return sum(nums) == tot

def g(tot=100):
    return [tot]

assert f(g())

def f(s: str):
    return list(s.split()) == ['foo', 'bar', 'baz', 'oddball']

def g():
    return 'foo bar baz oddball'

assert f(g())

def f(n: int):
    return all(i >= n and i <= n - 1 for i in range(n))

def g():
    return sum(i for i in range(1000) if all(j == i for j in range(1000)))

assert f(g())

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

def g(num=2):
    return "l"*num

assert f(g())

def f(s: str, n=1409):
    return s == 'abcdefghijklmnopqrstuvwxyz'

def g(n=1409):
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(n: int, a=7, b=1):
    return n % a == b

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

assert f(g())

def f(l: List[int], q=100000, target=100):
    return len(l) >= target

def g(q=100000, target=100):
    return [i for i in range(target)]

assert f(g())

def f(nums: List[int], n=10):
    return len(set(nums)) == n

def g(n=10):
    return [1] + list(range(n))

assert f(g())

def f(s: str):
    return s.count(".") >= 1

def g():
    return "123456789." + "0"*14

assert f(g())

def f(probs: List[float], m=8, n=8):
    return (probs[n] - probs[m]) ** 2 <= 1e-6

def g(m=8, n=8):
    return [0.5 for i in range(m) for j in range(n)]

assert f(g())

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

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

assert f(g())

def f(n: int, a=3, b=23463462):
    return b * 3 == n

def g(a=3, b=23463462):
    return int(str(b * 3) + " "*a)

assert f(g())

def f(s: str, t=1):
    return s != "abcdefghijklmnopqrstuvwxyz"

def g(t=1):
    return "abcdefghijklmnopqrstuvwxyz"[:8]

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(s: str, k=10):
    return k < len(s) or all(i > k for i in range(k - 1) if i == s[k])

def g(k=10):
    return "a"*(k * k)

assert f(g())

def f(nums: List[int], target=5):
    return len(nums) == target

def g(target=5):
    return [target for i in range(target)]

assert f(g())

def f(l: List[int]):
    return l == [1, 1, 1, 1, 1] or (l == [1, 0, 0, 1, 1] or l == [0, 1, 1, 1, 1] or l == [0, 0, 1, 1, 1])

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

assert f(g())

def f(inds: List[int]):
    return set(inds) == set({i for i in range(20)})

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19]

assert f(g())

def f(li: List[int], target=8888):
    return len(li) == 4 and all([i in li for i in li])

def g(target=8888):
    return [0,1,2,3]

assert f(g())

def f(s: str):
    return s == 'yoo' and s in s

def g():
    return 'yoo'

assert f(g())

def f(indices: List[int], max_indices=500, e=42155):
    return all(indices[:100] <= indices[-100:] for i in range(max_indices))

def g(max_indices=500, e=42155):
    return [e for i in range(max_indices)]

assert f(g())

def f(s: str, target="hello are you there?"):
    return "".join((target) if v == target else v for v in s) == target

def g(target="hello are you there?"):
    return "".join([d for d in ["hello", "are", "you", target] if d == target])

assert f(g())

def f(n: int, i1=1, i2=99, i3=99):
    return i1 * i2 == i3

def g(i1=1, i2=99, i3=99):
    return i1 * i2 + i3

assert f(g())

def f(nums: List[int], thresh=101):
    return max(nums) >= thresh

def g(thresh=101):
    l = []
    for num in range(101, 101+9):
        if num >= thresh:
            l.append(num)
    return l

assert f(g())

def f(n: int, s=1, s_1=2, s_2=3):
    if n == s_1 + s_2:
        return True
    return n == s_1 or n == s_2 or n == s or n != s

def g(s=1, s_1=2, s_2=3):
    return s + s_1 - s_2

assert f(g())

def f(x: List[int]):
    i, j, k = x
    assert i != j and j != k and i < 0 or j < 0 or k < 0
    return (i == j == k and i >= 0) or i < 0

def g():
    return [j for j in [-10000, -1, 10000]]

assert f(g())

def f(n: int):
    a = 2
    b = 5
    if n > 100:
        return True  # more than 100
    if n > 101:
        return True
    return False

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

assert f(g())

def f(num: int):
    return int(num) > 100 or num > 255

def g():
    return int(int("1234567" * 11) ** 0.5)

assert f(g())

def f(n: int):
    return (int(n) + 1) % 2 == 0 and (int(n) % 2 == 1)

def g():
    return 1

assert f(g())

def f(substrings: List[str], n=999):
    return len(substrings) == n

def g(n=999):
    return ["aaa" if i == 1 else "a" for i in range(n)]

assert f(g())

def f(gives: List[int], m=1000):
    assert all(x in gives for x in range(m))
    return len(gives) == m

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

assert f(g())

def f(tri: List[int], target_tuple=("a", "b", "c")):
    a, b, c = tri
    return a not in ("a", "b", "c")

def g(target_tuple=("a", "b", "c")):
    return [2, 3, 5]

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) % 15482

assert f(g())

def f(s: str):
    return s.index("1") == 0

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

assert f(g())

def f(prob: float, target: float=0.5):
    return prob >= target

def g(target: float=0.5):
    return target

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) % 2 else s.lower()

assert f(g())

def f(st: str):
    return len(set(st) & set(["4", "3", "2"])) == 3

def g():
    return "123456"

assert f(g())

def f(s_case: str, s="Don\'tF**kWithMyStuff"):
    return s_case == s[::-1]

def g(s="Don\'tF**kWithMyStuff"):
    return s[::-1]

assert f(g())

def f(n: int, a=3, b=2):
    return max(a, b) < n

def g(a=3, b=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], target=[99, 1000, 10000, 1000000]):
    return (min(nums) >= target[0] and max(nums) > target[1]) or (nums == [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0])

def g(target=[99, 1000, 10000, 1000000]):
    return [99, 1000, 10000, 1000000]

assert f(g())

def f(s: str):
    return s.count('A') == 2 and s.count('a') == 2

def g():
    return 'a' + 'Aa' + 'b' + 'A$'

assert f(g())

def f(options: List[str]):
    return options == ["a", "b", "c", "d", "e", "f", "g", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t"]

def g():
    return [options for options in ["a", "b", "c", "d", "e", "f", "g", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t"]]

assert f(g())

def f(dist: List[int], n=2):
    return dist[n-1] / dist[n] <= 1.0

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

assert f(g())

def f(s: str):
    return s.find("x") != -1

def g():
    return "<x>hello</x>"

assert f(g())

def f(lst: List[str]):
    for i in range(len(lst)):
        assert lst[i] not in ["!"]
    return lst == ["Hello!", "World"]

def g():
    return [
        "Hello!",
        "World"
    ]

assert f(g())

def f(x: List[int]):
    assert len(x) == len(set(x))
    i = 0
    for c in x:
        while i < len(x) and set(x)[i] != c:
            i += 1
    return len(x) == len(set(x))

def g():
    return []

assert f(g())

def f(nums: List[int], upper=100):
    return abs(sum(i ** 2 for i in nums)) > upper

def g(upper=100):
    return [j**2 for j in range(100)]

assert f(g())

def f(nums: List[int], target=12345):
    return (sum(i ** 2 for i in nums) > target)

def g(target=12345):
    return [i for i in range(1000)]

assert f(g())

def f(n: int, target=1234):
    return n == target

def g(target=1234):
    return 1234

assert f(g())

def f(a: List[List[int]], min=1000, max=10000, size=20):
    return len(a) <= size and sum((i, j) for i, j in zip([], a) if i in {0, min, max}) == min or \
           sum((i, j) for i, j in zip([], a) if i in {min, max}) <= max

def g(min=1000, max=10000, size=20):
    return [i for i in range(min, max) if i <= size]

assert f(g())

def f(perm: List[str], target="hello are you there?"):
    return all(c in perm for c in perm) and perm == sorted(perm)

def g(target="hello are you there?"):
    return sorted(["one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "ten"])

assert f(g())

def f(num: List[int], bound=3):
    return max(i for i in num for i in num) > bound

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

assert f(g())

def f(n: int, a=3400, b=29300, c=20400):
    # test case for gpu
    return n >= a and b >= c

def g(a=3400, b=29300, c=20400):
    return a + b + c

assert f(g())

def f(n: int):
    return "123456789123456789" in str(abs(n))

def g():
    return int("123456789123456789" + "0"*9)

assert f(g())

def f(li: List[int], target=0):
    return li[0] * li[1] * li[2] == target

def g(target=0):
    return [0, 1, 1, 2, 2, 3, 3, 2, 3, 3, 4, 5, 5, 5, 6, 6, 6, 7, 7, 7, 8, 8, 8, 9, 9, 10, 10]

assert f(g())

def f(x: List[int]):
    return sum(x[i] for i in range(len(x))) > 10  # must contain numbers >= 10!

def g():
    return [12, 14]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and sum(nums) == n

def g(n=12345):
    return [1]*n

assert f(g())

def f(s: str):
    return len(s) == 1 and s == " ".join(map(lambda x: x, s.split()))

def g():
    return "e"

assert f(g())

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

def g(target="reverse me", reverse=True):
    return "echo-me-from-now-on"

assert f(g())

def f(str: str, count1=50, count2=30):
    return (
        (len(str) >= count1 and not count1) or len(str) < count1 or
        (count1 > 0 and not (len(str) >= count1)) or (count1 < 0 and count1 > len(str))
        ) and \
        (
        not (len(str) >= count2 and len(str) < count2) and not \
        (count2 > 0 and len(str) >= count2)
        )

def g(count1=50, count2=30):
    return str(count1*count1) + str(count2*count2)

assert f(g())

def f(res: List[int]):
    return res[3] != res[2]

def g():
    return list(range(0, 10))

assert f(g())

def f(nums: List[int], goal=62):
    return sum(nums) >= goal

def g(goal=62):
    return list(range(65,66))

assert f(g())

def f(s: str, start=16):
    return all(i >= 0 for i in range(len(s) + 1))

def g(start=16):
    return "1234567890".zfill(4)

assert f(g())

def f(nums: List[int], n=3, m=2):
    return len(nums) == n and all(i < j for i, j in zip(nums, nums[1:]))

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

assert f(g())

def f(path: List[List[int]], m=11):
    if path[0] == path[1]:
        return True
    return all([i2 for i in range(m) for j in range(n) if i != i2 and i2 != j])

def g(m=11):
    return [list(range(m))] * m

assert f(g())

def f(s: str):
    if s.count("B") > 0:
        return False
    return True

def g():
    return "hello"

assert f(g())

def f(count: int, a=101, b=10, c=100, e=70, start=40):
    return all(count <= a + b + c - e and count <= count - e for count in range(a, b + c - e, e))

def g(a=101, b=10, c=100, e=70, start=40):
    return int(float(a + b + c - e * 0.5) ** float(start)) + start

assert f(g())

def f(n: int):
    return n > 500 and n > 400 and n > 300 and n > 200

def g():
    return 1000000 or 0

assert f(g())

def f(x: List[int], n=5):
    assert n == len(set(x))
    return all([i in range(n) for i in range(n)])

def g(n=5):
    return [i*i for i in range(n)]

assert f(g())

def f(x: float, upper_bound=7):
    return min(upper_bound, abs(x) > 1e100)

def g(upper_bound=7):
    return 1e200 + 1e200

assert f(g())

def f(indices: List[int], max_indices=500, e=42155):
    return all(indices[:100] <= indices[-100:] for i in range(max_indices))

def g(max_indices=500, e=42155):
    return list(range(e, e+6))

assert f(g())

def f(numbers: List[int], target=9):
    return numbers[0] == target

def g(target=9):
    return [target, target]

assert f(g())

def f(num: int):
    assert num > 0
    return num == num * num

def g():
    return 1 * 1 * 1

assert f(g())

def f(n: float):
    return 0.1 <= n  # e.g. 0.1, 0.2, 0.3, ..., 1.0, 1, ..., 10.0, 100.0, etc.

def g():
    return 1.1 + 0.1

assert f(g())

def f(target: str):
    return all([target[i] != target[i + 1] for i in range(10)])

def g():
    return "123456789".join(['a','b','c','d','e','f'])

assert f(g())

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

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return [c for c in chars if c is not '\n']

assert f(g())

def f(n: int):
    return all(n >= 1000 and n % 1000 == 0 for i in range(100))

def g():
    return 1000 * 1000

assert f(g())

def f(p: int, a=500):
    return abs(p) >= a

def g(a=500):
    return int(a*a)

assert f(g())

def f(list: List[List[int]], m=2, n=7):
    return len(list) == n and all({a[i] == 0 for i in range(m)} for a in list)

def g(m=2, n=7):
    return [list(range(m)) for _ in range(n)]

assert f(g())

def f(nums: List[int], c=2, div=1):
    return any(num in nums for num in nums if num > c or num == 1) and nums == sorted(nums, key=lambda num: 2 ** (num // div))

def g(c=2, div=1):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(num_points: int):
    return num_points > 995

def g():
    return int(int("12345678900123456789" + "0"*9) ** 0.5) + 1

assert f(g())

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

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return float(s) >= 1.4 and float(s) <= 9.0

def g():
    return "1.4"

assert f(g())

def f(board: List[List[int]]):
    return board == [[1, 0, 0, 0], [0, 0, 1, 5], [0, 0, 0, 5], [0, 0, 0, 4],
                     [0, 0, 0, 2], [0, 3, 0, 5], [0, 3, 0, 2], [0, 2, 0, 0],
                     [0, 1, 1, 2], [0, 1, 1, 2], [0, 1, 1, 2], [0, 0, 0, 0]]

def g():
    return [[1, 0, 0, 0], [0, 0, 1, 5], [0, 0, 0, 5], [0, 0, 0, 4],
            [0, 0, 0, 2], [0, 3, 0, 5], [0, 3, 0, 2], [0, 2, 0, 0],
            [0, 1, 1, 2], [0, 1, 1, 2], [0, 1, 1, 2], [0, 0, 0, 0]]

assert f(g())

def f(s: str):
    return s == 'abc' and not any(s == 'abcd' for s in ['qd', 'yh', 'sx', 'wx'])

def g():
    return "abc"

assert f(g())

def f(s: List[str], target=100):
    return s == target or len(s) >= target

def g(target=100):
    return [str(n) for n in range(target)]

assert f(g())

def f(li: List[int]):
    for i in range(3):
        c = i * 3
        if i != 0:
            c = c // 2
        if i != 1:
            return c == 0 or c == 3
    return True

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

assert f(g())

def f(nums: List[int], thresh=8):
    assert len(nums) > 0 and thresh > 0, "Hint: len(nums) > 0"
    return sum(i in nums for i in range(thresh)) >= thresh

def g(thresh=8):
    return [i for i in range(thresh)]

assert f(g())

def f(nums: List[int], n=101):
    return len(nums) <= 1000 and sum(i ** 2 for i in nums) == n

def g(n=101):
    return [1]*n

assert f(g())

def f(t: List[int]):
    return sum(t[i] for i in range(len(t) - 2)) > len(t) * 2 / 3

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

assert f(g())

def f(b: List[int]):
    if b:
        return len(b) >= 3
    return False

def g():
    return list(range(1000))

assert f(g())

def f(nums: List[int], tot: int=9995):
    return sum(num for num in nums) >= tot

def g(tot: int=9995):
    return list(range(tot+1))[::-1]

assert f(g())

def f(b: int):
    return min(9, b) % 2 == 1

def g():
    return 42

assert f(g())

def f(li: List[int], n=12):
    return len([c in {0, 1, 0, -1, 1} for c in li]) >= n

def g(n=12):
    return [0, 0]*(n+1)

assert f(g())

def f(nums: List[int], max=4):
    return len(list(set(nums))) >= max

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

assert f(g())

def f(n: int):
    return not sum(n >= a and b > a for a, b in zip(range(3), range(n + 2)))

def g():
    return 1

assert f(g())

def f(s: str):
    n = max([len(s) for s in s.split("+")])
    for s in s.split("+"):
        if s and not s.isalpha():
            return True
    return False

def g():
    return "1234567890%s"

assert f(g())

def f(s: str):
    return ''.join(ch for ch in s.split() if ch) == s

def g():
    return "hi"

assert f(g())

def f(s: str):
    return len(set(s)) > 8 and len(set(s)) < 16

def g():
    return "Hello world!"

assert f(g())

def f(b: str):
    s = ("%s" % b)
    return s.find("a") != -1 and s.find("b") != -1 and s.find("c") != -1 and s.find("d") != -1 and s.find("e") != -1 and s.find("f") != -1

def g():
    return "[a, b, c, d, e, f]"

assert f(g())

def f(s: str, length=2):
    return s.count("1") == 1

def g(length=2):
    return "123456789" + "0"*90 + "0"*90 + "0"*90 + "0"*90

assert f(g())

def f(n: int, m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    a = r[-1]
    b = r[0]
    c = r[1]
    return abs(m - a) >= abs(m - b) and abs(m - c) >= abs(m - r[-1])

def g(m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: List[int], target=17):
    return (s[0] == target) and (s[-1] % 2 == 0) and (s[-1] != target)

def g(target=17):
    return [17, 18]

assert f(g())

def f(a: List[int]):
    return sum(a[i] for i in range(len(a))) == 1523

def g():
    return [1523]

assert f(g())

def f(s: str, t="123", target="bar"):
    return s[:-len(target)] == target

def g(t="123", target="bar"):
    return target + "baz"

assert f(g())

def f(x: List[int], y=50, n=10):
    assert all([v > 0 for v in x])
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if i > y:
            return i == n
        i += 1
    return i == n

def g(y=50, n=10):
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(seq: List[int], length=10):
    assert len(seq) == length and sum(seq) >= length
    return seq == [i for i in range(len(seq))]

def g(length=10):
    return [i for i in range(10)]

assert f(g())

def f(n: int, digits=16):
    return n >= 0 and n < 10

def g(digits=16):
    return 0

assert f(g())

def f(nums: List[int], n=4):
    assert len(nums) == n
    assert len(nums) >= n
    return len(nums) <= 15

def g(n=4):
    return list(range(0,n))

assert f(g())

def f(inds: List[int]):
    return all(i in inds for i in range(10))

def g():
    return list(range(0, 50))

assert f(g())

def f(max_value: int):
    return max(max_value for n in range(5)) >= 2 ** 30

def g():
    return 2 ** 30

assert f(g())

def f(n: int):
    return sum(i for i in range(n) for l in range(n) for j in range(n)) > n

def g():
    return 9

assert f(g())

def f(l: List[int], w=300):
    return all(i >= 0 for i in map(lambda x: x % 3, l))

def g(w=300):
    return [3]

assert f(g())

def f(n: int):
    return n <= 10000

def g():
    return 7

assert f(g())

def f(n: int, a=0, b=0, c=0, d=0):
    return n >= a and n >= b and n >= c and n >= d

def g(a=0, b=0, c=0, d=0):
    return a + b + c + d

assert f(g())

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

def g(n=1000):
    return [i+1 for i in range(n)]

assert f(g())

def f(nums: List[int]):
    n = 1001  # num of characters in s
    a, b, c = nums
    return c ** n == b ** n and abs(a - c) < 10 ^ (12 * n)

def g():
    return [sum([1, 2, 3]) for i in range(3)]

assert f(g())

def f(x: List[int]):
    return all(0 <= x[i] <= 255 for i in range(len(x)))

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

assert f(g())

def f(n: str):
    return "Hello World" == n or "World" == n or "World" == "Hello World"

def g():
    return 'World'

assert f(g())

def f(t: str, s="Problems", position=0):
    return position < len(t) and t[position:position+len(s)] == s

def g(s="Problems", position=0):
    return s[position:position+len(s)]

assert f(g())

def f(s: str):
    return s.count(s) == len(s)

def g():
    return "1"*1

assert f(g())

def f(s: str):
    return "".join(s).startswith("a") and len(s) == 1

def g():
    return "a".join("a")[:1]

assert f(g())

def f(n: int):
    return max(1, float(n)) < 50

def g():
    return 1 if "one" == "1" else 2

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 4

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

assert f(g())

def f(f: int, a=35, b=35, c=35, d=35):
    return f % a == 0 and f % b == 0 and f % c == 0 and f % d == 0

def g(a=35, b=35, c=35, d=35):
    return a * b * c * d

assert f(g())

def f(options: List[str], limit=64):
    options = list(options)
    options = options[0] + options[-1] + '+-' + options[-2]
    return len(options) >= limit

def g(limit=64):
    return ["a"*(i+2)+"b" for i in range(limit)]

assert f(g())

def f(x: int, a=-8, b=1234):
    return x - a == b or -5 ** a == b

def g(a=-8, b=1234):
    return a + b

assert f(g())

def f(s: str):
    return s.count("\n") == 1

def g():
    return "Hello world\n"

assert f(g())

def f(x: int, a=20, string="a", b=20, c=50):
    return x == sum(b * a for b in range(c))

def g(a=20, string="a", b=20, c=50):
    return sum(b * a for b in range(c))

assert f(g())

def f(x: int, target=53):
    return -x == target

def g(target=53):
    return int((50 - target) / 20) - target

assert f(g())

def f(n: int):
    assert 99726 < n
    return n % n == 0

def g():
    return 9999726

assert f(g())

def f(n: List[int], tot=12345, target=11):
    for i in range(len(n)):
        if n[i] == target:
            return True
    return False

def g(tot=12345, target=11):
    return [0] + list(range(tot * target))

assert f(g())

def f(s: str):
    return all(s.index(x) < 1 for x in ["o", "o"])

def g():
    return "o""o""o"""

assert f(g())

def f(s: str, a="Hello", b="World", aa=12.3, bb=34.3):
    return (a if a in s else b) == (b if b in s else a)

def g(a="Hello", b="World", aa=12.3, bb=34.3):
    return a or b

assert f(g())

def f(nums: List[int], count=20):
    return sum(nums) == sum(map(int, nums)) and sum(nums) <= count

def g(count=20):
    return [3, 4, 5]

assert f(g())

def f(li: List[int], e=2):
    return e > 0 and len(li) > 2  # a,b,c

def g(e=2):
    return [2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(nums: List[int]) -> bool:
    return len(nums) == len(set(nums)) == len(nums) == len(nums)

def g():
    return [2]

assert f(g())

def f(l: List[str]):
    return l[0] in ['I!!!', '!', 'dumplings', '!']

def g():
    return ["I!!!", '!', 'dumplings', '!']

assert f(g())

def f(s: List[int]):
    assert not isinstance(s, str)
    assert not isinstance(s, int)
    return sorted(s.keys() if (len(s) == 1) else list(s)) == list(range(1000))

def g():
    return list(range(1000))

assert f(g())

def f(r: List[List[int]]):
    assert len(r) == 3
    return all(len(e) == len(r) for e in r)

def g():
    return [[1, 2, 3], [4, 0, 5], [6, 7, 8]]

assert f(g())

def f(s: str, index=2):
    return ''.join(s) == s.ljust(index)

def g(index=2):
    return "str_%d" % index

assert f(g())

def f(s: str):
    return s.count("1") == 1 and s.count("0") > 0

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

assert f(g())

def f(s: str, words='hello, '):
    for i in words:
        for word in s:
            if i in word:
                return True
    return False

def g(words='hello, '):
    return "".join('ab'+word for word in words)

assert f(g())

def f(n: int, a=27, b=5, c=3, t=3, d=6):
    m = min(a-b, a+b, b-c, b+c, c-d)
    r = n - m + 1
    l = m - r
    return max(l, min(a, r + b - c + d, r - b - c)) <= c and max(l, min(b, r + c - a - d, r - b - c)) <= c

def g(a=27, b=5, c=3, t=3, d=6):
    return f(a-b, b-c, b+c, t-d, d-t) + 1

assert f(g())

def f(str: str, n=13):
    return str != str[:n]

def g(n=13):
    return "string" + str(n) + "string"

assert f(g())

def f(nums: List[int], length=10, target=1000):
    r = 0
    for x in nums:
        r += x
        if r >= target:
            return True
    return len(set(range(target))) == target

def g(length=10, target=1000):
    return [str(int(x) + "0" * 9) for x in range(length - target)]

assert f(g())

def f(nums: List[int], target=200):
    return sum(nums) == target or nums[0] + nums[-1] > target

def g(target=200):
    return [target] * 1000

assert f(g())

def f(li: List[int], min_index=10):
    return len(set(li)) == min_index

def g(min_index=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(y: float, target=10):
    return min(y, y + 1) >= target

def g(target=10):
    return float(float("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], n=4):
    if n == 4:
        return all(x == [4] for _ in range(len(x)) if x == [0, 1, 2, 3])
    return all(x == [4] for _ in range(len(x)) if not all(x == [0, 1, 2, 3] for _ in range(len(x))) and x is not [0, 1, 2, 3])

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

assert f(g())

def f(x: int):
    return 0 <= x and 1000 <= x

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

assert f(g())

def f(s: str, t=1):
    return s != "abcdefghijklmnopqrstuvwxyz"

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

assert f(g())

def f(inds: List[int], n=1000):
    return inds == sorted(inds) and len(inds) == n and len(set(inds)) == n

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

assert f(g())

def f(s: str, n=1000):
    return int(float(s) / n) > 0

def g(n=1000):
    return '123456789'

assert f(g())

def f(n: int):
    if n <= 20:
        return True
    return n > 40

def g():
    return 0

assert f(g())

def f(n: int, index=1):
    for i in range(1, n):
        if n != i:
            return False
    return True

def g(index=1):
    return index * index

assert f(g())

def f(s: str):
    return s.find("baba") != -1

def g():
    return "123456789baba"

assert f(g())

def f(s: str):
    return (s.startswith('hello') and s.endswith('world'))

def g():
    return "helloworld"

assert f(g())

def f(n: int, a=3554, b=5, c=10, d=20, e=10):
    return n > a + 4 and n > b + 2 and n > c + 1 and n > d + 1 and n > e + 1

def g(a=3554, b=5, c=10, d=20, e=10):
    return a * a * d * e

assert f(g())

def f(n: int):
    return int((n >> (24 - 8)) & 3) == 0

def g():
    return 0x10

assert f(g())

def f(n: int):
    return n >= 0  # (1 - num * 0.99) ** 10 <= max(abs(n))

def g():
    return 1

assert f(g())

def f(b: List[int], a=1, s=10, f1=0.0001, e=0):
    return b[0] * a < (b[-1] - s + e)

def g(a=1, s=10, f1=0.0001, e=0):
    return [n for n in range(1, 10 + s+e+1)]

assert f(g())

def f(nums: List[int]):
    return all(i in nums for i in [2, 3, 4, 0])

def g():
    return [1, 2, 0, 4, 3, 5]

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n and sum(x) >= n

def g(n=5):
    return list(range(n))

assert f(g())

def f(x: int, a=43):
    return -x == a

def g(a=43):
    return -a

assert f(g())

def f(v: str):
    return v in (
        'abcde',
        'abd',
        'abcd',
        'abcdefghijklmnopqrstuvwxyz',
        'a',
        'b',
        'cdef',
        'abc_cdefghijklmnopqrstuvwxyz'
    )

def g():
    return 'abc_cdefghijklmnopqrstuvwxyz'

assert f(g())

def f(s: str):
    if len(s) == 5:
        return True
    if s == "abcdefgh" or s == "abcdefghab" or s == "abcdefghabcd":
        return True
    return False

def g():
    return "abcde"

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n and all(i in nums for i in nums)

def g(n=5):
    return [1234567890000]*n

assert f(g())

def f(s: str, m=1234567890, n=0):
    for i in range(n):
        m = (m if m > 0 else m * 10)
        s = s.rjust(m, 3)
    return s == '1234567890'

def g(m=1234567890, n=0):
    return str(m)

assert f(g())

def f(str: str):
    return all(char in str for char in "abcdefghijklmnopqrstuvwxyz" if char not in str)

def g():
    return "123456789abcdefghijklmnopqrstuvwxyz0123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(t: str):
    return len(t) > 3 or all((t[0] + t[2] + t[4] + t[6] + t[8] - t[12] >= 4) or str(len(t)))

def g():
    return "123456789" * 10 + "0"*15

assert f(g())

def f(n: int, v=17, w=100):
    return n == 17 and v <= w

def g(v=17, w=100):
    return min(v, w)

assert f(g())

def f(i: int):
    return (i // 2) == 0 and (i - 1) == 0

def g():
    return 1

assert f(g())

def f(s: str):
    return "foobarbazwow" <= "foobarbazwow"

def g():
    return "baz"

assert f(g())

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

def g(n=2, target="tango", length=6):
    if len(target) == 0:
        return 0
    elif n == 0:
        return 0
    elif n >= 2:
        return target[(len(target) - length) // 2:(len(target) + length) // 2]
    else:
        return target[len(target) // n : (len(target) + length) // n]

assert f(g())

def f(s: str):
    s = (s.upper() if s.upper() != s.lower() else s.lower())  # remove lower case
    return s.count('!') == 3 and s.count('!!') == 1

def g():
    return "hello !!!"

assert f(g())

def f(xs: List[List[int]]):
    return all(xs[0] == xs[1] and xs[1] != xs[2] for xs in xs)

def g():
    return [x for x in [[(8, 6), (4, -1)]] if x[0] == x[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
    # if last char is $, change last character to \$, otherwise print as plain text
    if c == '$':
        s = s.replace('$', '\\$')
    return s.startswith(chars[0])

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ''.join(chars)

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) for i in l) and sum(l) > 1000

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

assert f(g())

def f(s: List[str]):
    return sum(1 for i in s) == len(s)

def g():
    return []

assert f(g())

def f(d: int):
    return (d * 2) % 2 == 0 and d > 2**32

def g():
    return 2 ** len(set(range(1, 1000)))

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3 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(3)]

assert f(g())

def f(s: List[int]):
    assert not isinstance(s, str)
    assert not isinstance(s, int)
    return sorted(s.keys() if (len(s) == 1) else list(s)) == list(range(1000))

def g():
    return sorted(range(1000))[::-1]

assert f(g())

def f(sum: List[float]):
    return sum == sum[::1] and sum != sum[1:][::-1] and sum != sum[0::-1]

def g():
    return [1.234, 2.234, 3.234]

assert f(g())

def f(nums: List[int], target=10, max_num=1000):
    return len(nums) <= max_num and sum(nums) == target

def g(target=10, max_num=1000):
    return [10]

assert f(g())

def f(li: List[int], num_points=10):
    return len({i for i in li}) == num_points

def g(num_points=10):
    return [i + 1 for i in range(num_points)]

assert f(g())

def f(s: str, n=1000):
    return not "d" not in s and len(s) > n + 1

def g(n=1000):
    return "abcdefghij"*n

assert f(g())

def f(n: int):
    return sum(1 for a in range(n) for b in range(n) for c in range(n) for d in range(n)) == n

def g():
    return 0

assert f(g())

def f(f1_sump: int, b1=1073258, b2=72352549):
    return f1_sump >= b1 and f1_sump >= b2

def g(b1=1073258, b2=72352549):
    return b1 * b2

assert f(g())

def f(substring: str):
    return "hello" in substring and "there" not in substring

def g():
    return "hello" or "there"

assert f(g())

def f(s: str):
    return s.count("1") + 1 == len(s)

def g():
    return str(len("01010"))

assert f(g())

def f(n: int):
    if n > 1000:
        return n > 1001
    return n == 1000

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

assert f(g())

def f(x: int):
    return x > 0 and x < 200000

def g():
    return 1

assert f(g())

def f(s: str, target="f2", reverse=False):
    return (s.count("r") == reverse) and (s[::-1] == target)

def g(target="f2", reverse=False):
    return "f2"[::-1]

assert f(g())

def f(ls: List[str], num_colors=24):
    return len(ls) >= num_colors

def g(num_colors=24):
    return ["foo", "bar", "quux", "tux", "baz", "quux", "tux", "baz", "foo", "bar", "foo", "tux", "quux", "baz", "quux", "tux", "baz", "quux", "tux", "baz", "foo", "foo", "tux", "quux", "baz", "quux", "tux", "baz", "quux", "tux", "baz"]

assert f(g())

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

def g():
    return 42

assert f(g())

def f(l: List[int]):
    import random
    return 3 * random.randint(1, len(l) - 5) < len(l) - 20

def g():
    return list(range(1000))

assert f(g())

def f(h: int, y=0, l=30, r=30, c=30, k=30):
    for x in range(l, r + 1):
        if x == y and l != 30: # edge
            h = 3
        if x == y and r != 30: # end
            h = 2

    return h == l * 2 + r * 2 + c

def g(y=0, l=30, r=30, c=30, k=30):
    return l * 2 + r * 2 + c

assert f(g())

def f(s: str):
    return all(a in set(s) for a in {'a', 'b', 'c', 'd', 'e', 'f'})

def g():
    return "abcdefefghijk"

assert f(g())

def f(x: float):
    return str(x).startswith("123.456")

def g():
    return float(123.456)

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(nums) >= count

def g(a=100, b=1000, count=648):
    return [a, b] + [1000+i for i in range(a+b)]

assert f(g())

def f(s: str):
    return "1" in s and "2" in s

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

assert f(g())

def f(nums: List[int], n=18):
    nums = sorted(nums, key=lambda num: num)
    if len(nums) >= n:
        return all(i in nums for i in range(n)) and nums < [99]
    return len({num for i, num in enumerate(nums) for j in nums}) == n

def g(n=18):
    return list(range(n))

assert f(g())

def f(n: int):
    assert 0 <= n
    if n < 9:
        return False
    if n < 100:
        return True
    return (n > 100) and True

def g():
    return int.from_bytes(b"Hello World", "big")

assert f(g())

def f(nums: List[int], target=100):
    return len(nums) == target

def g(target=100):
    return [int(n) for n in range(target)]

assert f(g())

def f(nums: List[List[int]]):
    return nums == [[1, 2, 3], [-2, 8, 9], [17, 2, 50], [-1, 2, 23], [-2, 8, 17], [-2, 1, 2], [-1, 1, 23], [-1, 2, 2]]

def g():
    return [[1, 2, 3], [-2, 8, 9], [17, 2, 50], [-1, 2, 23], [-2, 8, 17], [-2, 1, 2], [-1, 1, 23], [-1, 2, 2]]

assert f(g())

def f(s: List[int]):
    return s[0] * s[1] + s[1] * s[0] == 0

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

assert f(g())

def f(n: int):
    return max(1e8 / n, 0) > 0.9 * n

def g():
    return 10

assert f(g())

def f(num: List[int], b=300):
    i = 0
    while True:
        if i > len(num):
            return False
        if num[i] > b:
            break
        i += 1
    return i < len(num) and num[i] >= b

def g(b=300):
    return [x * b for x in range(10)]

assert f(g())

def f(x: List[int], n=3):
    # first 6 are n, second 6 are 2 * n
    return n >= min(x[1], x[2]) and 2 * n >= min(x[1], x[2]) and n == max(x[1], x[2])

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

assert f(g())

def f(n: int):
    return n >= 200 and n <= 1000

def g():
    return int(2**10) - 2**5

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(list(nums)) == len(set(nums)) and sum(nums) == tot and all(i >= i % 2 > 0 for i in nums)

def g(tot=12345):
    return [12345]

assert f(g())

def f(n: int, a=4, b=73984):
    return b // n == a

def g(a=4, b=73984):
    b=b // a
    return b

assert f(g())

def f(x: List[int]):
    return len(x) == 1 and sum(x) == 0 or all(x[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(i: int, target=7012):
    return all(f27(j, target) for j in range(1, i + 1))

def g(target=7012):
    return 0

assert f(g())

def f(s: List[str]):
    return len(list(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(inds: List[int]):
    return len(inds) == 5 and all(i in range(5) for i in inds)

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

assert f(g())

def f(nums: List[str]):
    return len(nums) == 2000 and any((all(i in nums) and n <= 1 for i in nums) for n in nums)

def g():
    return ["a"+str(i+1) for i in range(2000)]

assert f(g())

def f(indices: List[int], target="Hello", upper_bound=3, lower_bound=15):
    for i in range(len(indices)):
        t = indices[i]
        if target in indices:
            if t > lower_bound:
                return False
            if t < upper_bound:
                return True
            if t == target:
                return True
    return True

def g(target="Hello", upper_bound=3, lower_bound=15):
    return [i for i in range(len(target)) if target in target]

assert f(g())

def f(a: List[str]):
    return all(i in a for i in ["0", "1"])

def g():
    return [str(i) for i in ["0", "1"]]

assert f(g())

def f(nums: List[int], target=5):
    for i, j in enumerate(nums):
        if i == 0:
            continue
        if j == 0:
            continue
        if nums[i] * nums[i + 1] % target == nums[j] * nums[j + 1]:
            return True
    return False

def g(target=5):
    return [int(n) * n for n in range(10000)]

assert f(g())

def f(st: str):
    if len(st) < 5 or not st.isalpha() and (st[0] != str("A" + st[1]) and st[2] != str("Z" + st[3])):
        return False
    return True

def g():
    return "abcdefghij"

assert f(g())

def f(nums: List[int], target=100):
    for i in range(len(nums)):
        if nums[i] == target:
            return True

def g(target=100):
    return [target]

assert f(g())

def f(s: str, n=300):
    return s[-1] == "."

def g(n=300):
    return '.'

assert f(g())

def f(s: str):
    return "\"".join(s)[-1] == '"'

def g():
    return '"'

assert f(g())

def f(s: str, x=23):
    return len(s) >= x

def g(x=23):
    return "123456789" + "0"*(x+1)

assert f(g())

def f(n: int, k=2):
    assert n > 0
    return -2.0 ** n < 1e-14

def g(k=2):
    return k

assert f(g())

def f(x: List[int], n=14, r=16):
    return sum(x) == n if r == 0 else sum(x) >= n

def g(n=14, r=16):
    return list(range(n, n+r))

assert f(g())

def f(nums: List[int], n=12345, m=10):
    return len(nums) >= 4 and sum(i ** 2 for i in nums) >= m

def g(n=12345, m=10):
    return [1, 2, 3, 4]

assert f(g())

def f(a: List[int], n=5):
    return len(set(a)) >= n

def g(n=5):
    return list(range(n))

assert f(g())

def f(pos: List[int]):
    return len(pos) > 9

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > sum([b * i for i in range(c)]) and sum(b * i for i in range(c) for b in range(a)) <= sum(b * i for i in range(c) for b in range(a))

def g(a=17, b=100, c=20):
    return int(int("1357" + "1"*10) ** 1.5) + 1

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(nums: List[int], target_len=12):
    return sum(i ** 2 for i in nums) == target_len

def g(target_len=12):
    return [1] * target_len

assert f(g())

def f(n: int):
    m = n
    p = 1 << (m - 1)
    while p < m:
        p <<= 1  # to be able to use m
        m -= 1
    if m < n:
        return False
    return True

def g():
    return 2**30 - 1

assert f(g())

def f(r: List[int]):
    return len(r) == 3 and 0 <= r[0] < r[1] < r[2]

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

assert f(g())

def f(fmt: str):
    return fmt.find('?') != -1

def g():
    return "12?34?56"

assert f(g())

def f(n: int):
    return n <= 10

def g():
    return 8

assert f(g())

def f(sorted: List[List[int]], target_len=5):
    return all(sorted[i][0] >= 0 for i in range(target_len))

def g(target_len=5):
    return [list(range(0, target_len-2)) for _ in range(target_len)]

assert f(g())

def f(x: List[int], a=1, b=2, c=2, d=2, e=2):
    return x[0] == a and x[1] == b and x[2] == c and x[3] == d and x[4] == e

def g(a=1, b=2, c=2, d=2, e=2):
    return [a, b, c, d, e]

assert f(g())

def f(list: List[int], b=10):
    return sum(list) >= b and max(list) <= 2 * b  # every cell must be occupied

def g(b=10):
    return 1 if b == 1 else [b]

assert f(g())

def f(nums: List[int], target=[10, 8, 7, 6, 5, 4, 3, 2, 1, 0]):
    return len(set(nums)) == len(set(target))

def g(target=[10, 8, 7, 6, 5, 4, 3, 2, 1, 0]):
    return target

assert f(g())

def f(nums: List[int], count=648):
    return sum(sum(i in [1, 2, 3, 5] for i in nums) for i in range(len(nums))) >= count

def g(count=648):
    return list(range(1, 1002))

assert f(g())

def f(s: str, target="forward me", forward=True):
    return (s[::-1] == target) != forward

def g(target="forward me", forward=True):
    return "forward " + str(target)

assert f(g())

def f(x: List[int], k=4, s=2021):
    return all(x == [0]*4 for i in range(k))

def g(k=4, s=2021):
    return [0]*4

assert f(g())

def f(s: str, i=2, n=4):
    return i == len(s) and s[i] == 'y' or (i > 1 and s[i-1] == 'y')

def g(i=2, n=4):
    return "y"*i + "y"*(i+2) + "y"*(i+4)

assert f(g())

def f(s: str):
    return s.count("a") > len("a") and s.count("d") > len("d")

def g():
    return str("aaabcd")[::-1] + \
           str("bccd")[:-1] + \
           str("cdd")[1:]

assert f(g())

def f(nums: List[int]):
    return len(nums) == 4  # no-op

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

assert f(g())

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

def g():
    return str(100)

assert f(g())

def f(nums: List[int], a=9, b=8, count=80):
    return len(set(nums)) >= count

def g(a=9, b=8, count=80):
    return [n for n in range(count)]

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return True

def g():
    return 1 * 3

assert f(g())

def f(li: List[int]):
    return li[li[0]] * li[li[1]] == li[li[2]]

def g():
    return [1, 2]*24

assert f(g())

def f(s: str, count=10):
    """
    returns True if s is the shortest string that contains all of count occurrences of
    each letter
    """
    return len(set(s)) >= count

def g(count=10):
    """
    returns count occurrences of each letter
    """
    return "abcdefghijklmnopqrstuvwxyz" + "123456789"*count

assert f(g())

def f(p: List[int]):
    return len(p) >= 5

def g():
    return list(range(32))

assert f(g())

def f(lower: int):
    return sum(i ** 2 for i in range(10)) < lower

def g():
    return 10**23

assert f(g())

def f(s: str, w1=0, w2=0):
    s = s.lstrip(' ')
    for ch in str(w1 or ' '):
        if ch not in s:
            return False
        s = s + ch
        w1 = w2
    return True

def g(w1=0, w2=0):
    return str(w1 or ' ') + " " + str(w2) + " " + str(w1)

assert f(g())

def f(words: str, target=33):
    return all(word in words for word in words) and len(words) >= target

def g(target=33):
    return ''.join(str(i) + " " + str(target - i) for i in range(target))

assert f(g())

def f(t1: List[int]):
    return all(i in t1 for i in range(3))

def g():
    return [t1 for t1 in range(10)]

assert f(g())

def f(pi: List[int], n=12345):
    return sum(pi * j ** 2 for j in range(9, pi.pop()) and j < 1000) < n

def g(n=12345):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(subs: List[List[str]], n=12):
    return n == len(subs) and all(subs[0] == subs[1] for subs in zip(subs, subs[2:]))

def g(n=12):
    return [[str(i) for i in list("0")] for _ in range(n)]

assert f(g())

def f(p: List[int], target=7):
    return len(p) == target

def g(target=7):
    return list(range(target))

assert f(g())

def f(substrings: List[str]):
    return len(list(set(substrings))) >= 1000

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

assert f(g())

def f(y: int):
    return all(x < y for x in range(1000) if x % 2 == 0)

def g():
    return (100 << 10) + 1

assert f(g())

def f(n: str):
    return int(n) <= 250

def g():
    return str(250)

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return sum(a ** n for n in range(2, max(a, b, c))) <= 1

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

assert f(g())

def f(nums: List[int], tot=12345):
    return tot == sum(nums) and all(i >= 0 for i in nums)

def g(tot=12345):
    return [tot]

assert f(g())

def f(li: List[int], target=4):
    return target <= min(li)

def g(target=4):
    return list(range(100,200))

assert f(g())

def f(s: str):
    return s.count("5") == 1

def g():
    return "15"

assert f(g())

def f(x: int, n=91337):
    return x == n

def g(n=91337):
    return n

assert f(g())

def f(li: List[int], num_points=3):
    return len(set(li)) == num_points

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

assert f(g())

def f(nums: List[int]) -> bool:
    return all(i in nums for i in [num for num in nums if num < 1000])

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

assert f(g())

def f(n: int):
    return n > 1 and n > 2**9

def g():
    return int(int("123456789" + "0"*18) ** 0.5) + 1

assert f(g())

def f(nums: List[int], target=25):
    return len(nums) >= target

def g(target=25):
    return [1, 2, 3] * target

assert f(g())

def f(a: List[int], n=4, s=4):
    return sum(i for i in a if i == n) == s

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

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3 and all(sub in s for sub in s)

def g():
    return ["a", "b", "c"]

assert f(g())

def f(s: str):
    return s.lower().startswith("he")

def g():
    return "he"

assert f(g())

def f(s: str, target="go back", go_back=True):
    return s == target

def g(target="go back", go_back=True):
    return target

assert f(g())

def f(s: str):
    return 2**(6 - len(s)) * (6 - len(s) // 2) <= len(s)

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

assert f(g())

def f(t: List[int], k=2, n=3):
    for i in range(n):
        if t[i] < 0:
            assert 0 <= t[i] <= n
    return not t == [0] + [k] * n

def g(k=2, n=3):
    return list(range(0, n + k))

assert f(g())

def f(s: str):
    return s == "hello" and not s == "world"

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

assert f(g())

def f(ls: List[str]):
    return "string" not in ls or all(isalpha(i) for i in ls) and not all(
        ispal(i) for i in ls) and "string" not in ls and ls != "abcdefghijklmno"

def g():
    return ["abcdefghijklmno"]

assert f(g())

def f(t: int, s=".1e14", n=9):
    return abs(t - n) < n * .1e-5

def g(s=".1e14", n=9):
    return n

assert f(g())

def f(s: str):
    return "Hello " + s[::-1].strip(" ") == "Hello world"

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

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) <= 5 and all(0 < n for n in nums)

def g():
    return []

assert f(g())

def f(n: int, a=10201202001):
    return int(abs(n)) >= a

def g(a=10201202001):
    return a

assert f(g())

def f(st: str):
    return len(st) > 9

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789" [::-1]

assert f(g())

def f(li: List[int], l=75):
    return all(li[i] > 0 for i in range(0, l))

def g(l=75):
    return [1]*l

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(
        [x == sum([i in x for i in range(a, b, c) if i > n]) for b in range(-2, -1, -1)]
    )

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

assert f(g())

def f(a: List[float]):
    return a.count(5) == 1

def g():
    return [5.0, 3.0]

assert f(g())

def f(s: str, length=8):
    r = True
    for i in range(length + 1):
        if len(s) == len(s[i::-1]):
            r = False
    return r

def g(length=8):
    return "123456789"*length

assert f(g())

def f(st: str, n=19):
    return all(n <= len(st) for n in range(n))

def g(n=19):
    return "123456789abcdefghijk"

assert f(g())

def f(a: List[int], n=10, m=15, i=0):
    return a[i] == sum([a[i + 1] for i in range(n - 1)])

def g(n=10, m=15, i=0):
    return [0]*n + [n + 1]*(n+1) + [i]*(n+1) + [1]*(n+1) + [i + 1]*(0)

assert f(g())

def f(x: int, a=1020):
    return max(x, a) == x

def g(a=1020):
    return 1020

assert f(g())

def f(str: str):
    return str == "hello world"

def g():
    return "hello world"

assert f(g())

def f(n: int):
    return -n < 0 or n > 1000000 or n > n % 10

def g():
    return 42

assert f(g())

def f(sequence: List[int]):
    return sum(sequence) >= 100

def g():
    return list(filter(float, range(10**5)))

assert f(g())

def f(s: str, p=6):
    return int(s) + p > len(s)

def g(p=6):
    return "123456789" * p

assert f(g())

def f(t: str):
    return t.count('_') > 1

def g():
    return "ABC_DEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_"

assert f(g())

def f(n: int):
    return pow(n, n) == n ** 3

def g():
    return 1

assert f(g())

def f(substring: str, string="moooboooofasd", count=10):
    return len(substring) > count

def g(string="moooboooofasd", count=10):
    return "".join(["word for word in wordcat(", string, ")"])

assert f(g())

def f(s: str, n=7012):
    return sum(1 for c in s if c == '.' and c.isdigit()) == 0

def g(n=7012):
    return "."*(n+1)

assert f(g())

def f(nums: List[int], tot=12345):
    return sum(n in nums for n in nums if n >= 0) == tot

def g(tot=12345):
    return [num for num in range(tot)]

assert f(g())

def f(n: int, a=8488664, b=8488664, c=8478664):
    return n + a > b + c

def g(a=8488664, b=8488664, c=8478664):
    return a + b + c + 1

assert f(g())

def f(d: int):
    return d > 1000 and int(d) > 8

def g():
    return 7 * 7 * 7 * 7 * 7 + 8

assert f(g())

def f(n: int, a=1020, b=50, c=50):
    assert c <= b, "Warning: c cannot be smaller than b. Why?"
    return ((10 ** -4) / a < n + c / b) or n >= a and n >= b

def g(a=1020, b=50, c=50):
    return a * b

assert f(g())

def f(x: List[int], a=3, b=3, c=3):
    return sum(i for i in x) == a + b + c

def g(a=3, b=3, c=3):
    return [4, 5]

assert f(g())

def f(n: int, a=1020):
    return n <= a and max(a - n, 0) % 10 < 10 and max(a - n, 0) <= 10

def g(a=1020):
    return a

assert f(g())

def f(b: List[int], target=8):
    return sum(b) == target

def g(target=8):
    return [target]

assert f(g())

def f(nums: List[int], m=3):
    assert len(nums) == m and min(nums) >= 0
    return len(set(nums)) <= m and nums[0] != 0 or max(a for a in nums if a > 0) < nums[-1]

def g(m=3):
    return [1<<(i+2) for i in range(m)]

assert f(g())

def f(li: List[int]):
    return sum(1 for s in li) == len(li)

def g():
    return []

assert f(g())

def f(list: List[int]):
    return len(list) == 10

def g():
    return [i for i in range(10)]

assert f(g())

def f(t: str, n=1000):
    return not t.startswith('a')

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

assert f(g())

def f(n: int):
    return n >= 1000000

def g():
    return 1000000//1

assert f(g())

def f(s: str):
    return all([sub in s for sub in ["a", "b", "c"]])

def g():
    return "abcabc"

assert f(g())

def f(s: str, target="my name is", reverse=False):
    return s == target

def g(target="my name is", reverse=False):
    return "my name is"

assert f(g())

def f(x: List[int], a=3):
    return all([x[i] != 0 for i in range(a, a + 1)])

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

assert f(g())

def f(x: List[int], target=10):
    return sum(x) == target and all([a in x for a in x])

def g(target=10):
    return [10]

assert f(g())

def f(nums: List[int], n=3):
    return (sum(x != 0 for x in nums)) == n

def g(n=3):
    return [3, 7, 9]

assert f(g())

def f(x: float, a=1021, b=1021):
    return a + x > b

def g(a=1021, b=1021):
    return float(9.999 + a)/b

assert f(g())

def f(s: str):
    s = s[:-1]  # "str(int(str(7))) + str(7)" == "str(int(str(7))) / 7"
    return s == str(int(s))

def g():
    return "123456789"

assert f(g())

def f(s: str):
    return ''.join(s) == 'world'

def g():
    return "world"

assert f(g())

def f(nums: List[int], start=100, end=1000, count=10000):
    assert all(n in nums and n >= start and n <= end for n in nums)
    return len(nums) >= count

def g(start=100, end=1000, count=10000):
    return [min(start, end) for _ in range(count)]

assert f(g())

def f(a: List[int]):
    return len(set(a)) == 2

def g():
    return [1, 2]

assert f(g())

def f(nums: List[int], num_points=100):
    return len(nums) >= num_points

def g(num_points=100):
    return [i ** 2 for i in range(num_points)]

assert f(g())

def f(path: List[List[List[int]]], target_d=100):
    return len(path) >= target_d

def g(target_d=100):
    return [list(path) for path in [[]] for _ in range(target_d)]

assert f(g())

def f(d: List[List[int]], n=4, n_out=5):
    assert len(d) == n_out
    return d == sorted(d, key=lambda x: sum(x))

def g(n=4, n_out=5):
    return [list(range(n)) for _ in range(n_out)]

assert f(g())

def f(x: List[int]):
    if not x or not x[0]:
        return True
    return all(i in x)

def g():
    return [0, 1, 2, 3, 0, 1, 2, 13, 21, 0, 21, 22, 0, 4, 12, 22, 0, 10, 4, 0, 1, 2, 0]

assert f(g())

def f(nums: List[int], n=100000):
    return sum(nums) > n

def g(n=100000):
    return [1] + [2]*n

assert f(g())

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

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

assert f(g())

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

def g():
    return "ABC"

assert f(g())

def f(n: int):
    return n > 10

def g():
    return 50

assert f(g())

def f(s: str, max_len=20):
    for i in range(max_len - 1, -1, -1):
        if len(s[i]) <= max_len:
            return True
    return False

def g(max_len=20):
    return "Hello World" * max_len

assert f(g())

def f(x: str):
    return x == '0,11,19,40'

def g():
    return "0,11,19,40"

assert f(g())

def f(s: str, z=4):
    return s in ["yes" * z, "no" * z]

def g(z=4):
    return "no"*z

assert f(g())

def f(n: int, n1=3, n2=6, n3=9, n4=11):
    return n >= n1 and (n >= n2 or n > n3 or n > n4)

def g(n1=3, n2=6, n3=9, n4=11):
    return n1 * n2 * n3 * n4

assert f(g())

def f(x: int, a=433, b=1):
    return a - x == b

def g(a=433, b=1):
    return a-b

assert f(g())

def f(l: List[List[int]], thresh=17):
    assert len(l) == len(l) == thresh
    return all(len(g) == thresh for g in l)

def g(thresh=17):
    return [list(range(thresh)) for i in range(thresh)]

assert f(g())

def f(a: List[int], target=10):
    return a[0] == target

def g(target=10):
    return [target, target + target, target + target + target, target + target + target + target, target + target + target + target + target, target + target + target + target + target, target + target + target + target + target]

assert f(g())

def f(nums: List[int], target_nums=17):
    return nums == [(k*i**2 - 1) * j for i, j in zip(nums, nums[1:])] or sum([2**v - 1 for v in nums]) >= target_nums

def g(target_nums=17):
    return [17]

assert f(g())

def f(tot: int):
    return 0 < tot <= 100

def g():
    return 100

assert f(g())

def f(cut_position: int, ring="yRrsmOhLDEsjgCwSUmtvHMefxxPFdmBIpM", lower=6):
    line = ring[cut_position:] + ring[:cut_position]
    if len(line) < 2:
        return false

    matches = {c: 0 for c in line.lower()}
    for c in line:
        if c.islower():
            matches[c] -= 1
        else:
            matches[c.lower()] += 1
    return sum(i == 0 for i in matches.values()) >= lower

def g(ring="yRrsmOhLDEsjgCwSUmtvHMefxxPFdmBIpM", lower=6):
    return 1 if ring == "yRrsmOhLDEsjgCwSUmtvHMefxxPFdmBIpM" else 0

assert f(g())

def f(nums: List[int], tot=12345, max_step=40000):
    return len(nums) == len(set(nums)) == max_step

def g(tot=12345, max_step=40000):
    return list(range(1, max_step + 1))

assert f(g())

def f(part_of_string: str, target=10):
    return all(part_of_string) and not part_of_string.lower() in {0, 1, 2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14}

def g(target=10):
    return "." * target

assert f(g())

def f(n: int, s="foo", z=100000):
    if s == "foo" or not isinstance(n, int):
        k = 5
        for i in range(k):
            n -= 1
        return n != 1
    return n >= 3

def g(s="foo", z=100000):
    return 1 if s == "foo" else 0

assert f(g())

def f(s: List[int], goal=True):
    return len(set(s)) == 10 and sum(s) >= goal

def g(goal=True):
    return [i + 2 for i in range(10)]

assert f(g())

def f(x: str):
    return all(x)

def g():
    return ""

assert f(g())

def f(moves: List[List[str]], start="424", combo="778", target_len=12):
    m = "".join(
        [str(x) if x == y else "- " if y % 20 else ""
         for x, y in zip(start, moves)]
        )
    return all([-m for _ in moves])

def g(start="424", combo="778", target_len=12):
    return [-(moves) for moves in [start, combo] if len(moves) == target_len]

assert f(g())

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

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

assert f(g())

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

def g(n=1000):
    return [i+1 for i in range(n)]

assert f(g())

def f(s: str):
    return s.count("9") == 9

def g():
    return "123456789" * 9

assert f(g())

def f(x: str):
    return len(x) >= 5 and len(x) <= 3*len(x)

def g():
    return "hello"

assert f(g())

def f(x: str):
    return x == "abababc" or x == "abcabc"

def g():
    return "abcabc"

assert f(g())

def f(x: List[int], num=5):
    return len(x) == num and all(x[i] == i for i in range(len(x)))

def g(num=5):
    return [i for i in range(num) if i < num]

assert f(g())

def f(a: List[int], n=100):
    return min(a) == n

def g(n=100):
    return [n]

assert f(g())

def f(t: str, s="foo", length=2):
    return t == f"{{{s[6:10]}}}"

def g(s="foo", length=2):
    return f"{{{s[6:6]}}}"

assert f(g())

def f(c: str, thresh=5):
    f32 = 0  # case f32 = 0 can not be reached
    for c in c:
        if c == c.upper():
            f32 = 1
    return f32 == 1

def g(thresh=5):
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789+/"

assert f(g())

def f(lines: List[str], words=['cat', 'dog', 'bird', 'fly', 'moose']):
    return all(line in lines for line in words)

def g(words=['cat', 'dog', 'bird', 'fly', 'moose']):
    return [word + '' for word in words]

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 all(([p[i + 1], p[i]]) for i in range(8))

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [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(nums: List[int], n=5):
    return (nums[0] + nums[1]) % 2 == (nums[2] + nums[3]) % 2  # test for even parity

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

assert f(g())

def f(x: int):
    return x ** 2 < 1000 and x < 1000

def g():
    return 1

assert f(g())

def f(nums: List[int], n=4, s=12, target=42):
    return n > 1 and all(nums[i] < s for i in range(n))

def g(n=4, s=12, target=42):
    return [i if i <= target else n for i in range(n)]

assert f(g())

def f(z: float, d=0.0001):
    return z > 1.7

def g(d=0.0001):
    return 1.7 + d

assert f(g())

def f(s: str, target="hello", length=8):
    return target + target == s + s

def g(target="hello", length=8):
    return "hello" if target == "hello" else target + target

assert f(g())

def f(target: List[int]):
    return all(i in target for i in range(len(target) - 1))

def g():
    return [0, 1]

assert f(g())

def f(li: List[int], count=10, target=10):
    return all(i in li for i in range(count))

def g(count=10, target=10):
    return list(range(target)) + list(range(target))*count

assert f(g())

def f(res: int, m=2**10, n=2**10):
    return pow(m, 2, n) == pow(2, n, n)

def g(m=2**10, n=2**10):
    return m**n

assert f(g())

def f(x: int):
    return str(x).startswith("123")

def g():
    return int("123" + "0"*1)

assert f(g())

def f(substring: List[int], length=3):
    sub = substring
    assert len(sub) == length
    return len(sub) == length

def g(length=3):
    return [0]*length

assert f(g())

def f(s: str):
    return s is None or s[0] == s.rfind('/') or s[0].isdigit()

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

assert f(g())

def f(s: str):
    return "." in s or s.count("1") == 1

def g():
    return str(1) or " "

assert f(g())

def f(n: int, a=3029, b=927):
    return n > a and n > b

def g(a=3029, b=927):
    return a + b

assert f(g())

def f(num: int, n=21, r=3):
    return n < 3 ** r and num >= (2 ** r - 1) * n

def g(n=21, r=3):
    return (n ** r) + n

assert f(g())

def f(a: List[int], n=3):
    return a[0] == n and a[1] == a[2]

def g(n=3):
    return [n]*n*n

assert f(g())

def f(s: str, a=1033):
    return str(s).startswith("abcdefghij")

def g(a=1033):
    return "abcdefghij"

assert f(g())

def f(s: str, target=""):
    return s.startswith("-" + target)

def g(target=""):
    return "-" + target

assert f(g())

def f(n: int):
    return n > 995  # n = range(2,1000)

def g():
    return 0x10000000

assert f(g())

def f(x: str, parts=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "".join(parts) == x

def g(parts=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "".join(parts)

assert f(g())

def f(li: List[int]):
    return set(li) == set(li) == {0, 1, 2}

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

assert f(g())

def f(n: int):
    return int(n)%2 == 1

def g():
    return 3

assert f(g())

def f(s: str, target="hello"):
    return s.count("w") == 0 and s.count("e") == 1

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

assert f(g())

def f(n: int, scores=[100, 80, 60, 40, 20, 10]):
    assert all([i < n for i in scores]) and len(scores) > 1
    return all(
        i in scores for i in scores
    )

def g(scores=[100, 80, 60, 40, 20, 10]):
    return sum(i for i in scores)

assert f(g())

def f(s: str):
    res = "".join(''.join('%s' % s) for _ in range(5))
    return res in res

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

assert f(g())

def f(n: int, upper_bound=150):
    return n > upper_bound

def g(upper_bound=150):
    return 1 + 2*(upper_bound - 12)**2

assert f(g())

def f(s: str):
    return ''.join(s) == 'Hello world'

def g():
    return "%s" % "Hello world"

assert f(g())

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

def g():
    return list(range(20))

assert f(g())

def f(path: List[List[int]], n=8):
    return len(path) >= n and len(path) <= 4 * n

def g(n=8):
    return [path for path in [[1, 2], [3, 4]]]*n

assert f(g())

def f(s_case: str):
    assert s_case == "can"
    return s_case == "can"

def g():
    return "can"

assert f(g())

def f(n: int):
    return n < 100 and len(n) < 100 or n > 100

def g():
    return 2**32 * 3**32

assert f(g())

def f(s: str):
    return (s.count('1') + s.count('0')) % 2 == 1

def g():
    return "0"*9

assert f(g())

def f(words: List[str]):
    return bool(set(words))

def g():
    return list(set(["a", "b", "c"]))

assert f(g())

def f(str: str, target=1):
    x = 0
    while x * x < len(str):
        x += 1
    return 0 <= x <= len(str) - target - 1

def g(target=1):
    return "<0%s>" % target

assert f(g())

def f(n: int):
    return n == 1000

def g():
    return len(set(range(1000)))

assert f(g())

def f(n: List[int]):
    return n.count(1) == 1 and n.count(4) == 1

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

assert f(g())

def f(s: str):
    return sum(c in s for c in s) > 7

def g():
    return "abc" * 3

assert f(g())

def f(inds: List[int], target=3):
    return len(inds) >= target

def g(target=3):
    return list(range(target//2+1, 3*target))

assert f(g())

def f(y: List[float], n=15):
    assert sum(y) == n
    return len(y) == n and sum(y) == n and sum(y) == sum(y)

def g(n=15):
    return [1.] * n

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a - 1 <= n <= b  # n must be in [3 - 1, 2 ... b or 2, 1 .... 3 - 1].

def g(a=15482, b=23223, lower_bound=5):
    return a-(a < 3)  # a cannot be 3 or 2.

assert f(g())

def f(probs: List[float]):
    return len(probs) == 3 and max(sum(probs), sum(probs[::-1]) == sum(probs)) == 1

def g():
    return [0.001, 0.009, 0.013]

assert f(g())

def f(x: List[int]):
    return x == [1,2,3,4,5,6,7,8,9]

def g():
    return list(set([1,2,3,4,5,6,7,8,9]))

assert f(g())

def f(s: str):
    return s == "a" and len(s) == 1 and not str(len(s)) in ("abcdef123",
    "", "abcdef")

def g():
    return "a" * 1

assert f(g())

def f(n: int):
    return (n & 1) == 0

def g():
    return 1000

assert f(g())

def f(y: List[int], a=7, b=6):
    return all(a * i == b * i for i in range(len(y) - 1))

def g(a=7, b=6):
    return [v for v in range(8) if a * v == b * v]

assert f(g())

def f(d: float, z=1023, y=1, b=1):
    y /= b
    return z * y == d

def g(z=1023, y=1, b=1):
    y /= b
    return z * y

assert f(g())

def f(s: str):
    return len(s) > 12 and all(x in s for x in ["x", "y", "z"])

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return all(i == j for i, j in zip(s.split(','), s.split(',',1)))

def g():
    return str(range(1, 10))

assert f(g())

def f(g: List[str], n=10):
    return len(g) == n

def g(n=10):
    return ["abc"*n for i in range(n)]

assert f(g())

def f(ls: List[str]):
    s = [x.lower() for x in ls]
    return s == ["a", "aa", "", " ", "a", "b", "bbd", "c", "", "a", "b", "dd", "dd", "e"]

def g():
    return [str(x.lower()) for x in ["a", "aa", "", " ", "a", "b", "bbd", "c", "", "a", "b", "dd", "dd", "e"]]

assert f(g())

def f(x: List[int], n=4):
    return all(i in range(n) for i in range(n) if x[i] == n)

def g(n=4):
    return list(range(n))

assert f(g())

def f(nums: List[int], low_bound=0):
    return all(nums >= low_bound for n in nums)

def g(low_bound=0):
    return [n for n in ["a"*(i+2)+"b" for i in range(low_bound)] if n]

assert f(g())

def f(s: str, n=12000):
    for i in range(2**12):
        if type(i) is tuple:
            break
        s += "0"*i

    return s == s

def g(n=12000):
    return "123456789" + "0"*n

assert f(g())

def f(num: int, nums=[]):
    assert len(nums) == len(set(nums))
    for i in range(len(nums)):
        nums += [num]
    return all(n in num for n in nums)

def g(nums=[]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(f: List[List[int]]):
    return len(f) > 1

def g():
    return [ [1] * len(str(i)) for i in range(1,1000,10) ]

assert f(g())

def f(state: List[List[int]]):
    assert all(state[i + 1] > state[i] for i in range(len(state) - 1)), "Hint: state is non-decreasing"
    return all(s + t for s, t in zip(state[:-1], state[1:]))

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

assert f(g())

def f(n: int):
    return abs(n * n) < 10

def g():
    return -1 * (1+2)

assert f(g())

def f(n: int, a=1020, b=1020):
    return n >= a and n >= b

def g(a=1020, b=1020):
    return a + b

assert f(g())

def f(nums: List[int], m=5, v=8):
    return min(nums) >= m and min(nums) < (m + v) and all([n in set(nums) for n in nums])

def g(m=5, v=8):
    return [m, v]

assert f(g())

def f(n: int, a=1, b=2, max_points=15):
    return a * b >= n and a <= b and b >= n

def g(a=1, b=2, max_points=15):
    return int(a * b >= max_points*2 and a <= max_points and b >= max_points and a*b >= n and a <= b and b >= n)

assert f(g())

def f(letters: str, s=", "):
    return sum([i in s for i in letters]) == len(s)

def g(s=", "):
    return s

assert f(g())

def f(x: int, a=4, b=54368639):
    return max(x, a) > max(x - a, b)

def g(a=4, b=54368639):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(l: List[str]):
    return l == ["a", "b", "c", "d", "e", "f"]

def g():
    return ["a", "b", "c", "d", "e", "f"]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float("%.6f" % z) == v / d

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

assert f(g())

def f(x: List[int], n=10):
    for i in x:
        if i == '0' * n:
            return False
    return not n % 1 and all([x[i] > 0 and x[i] <= n for i in range(10)])

def g(n=10):
    return [n for i in range(n)]

assert f(g())

def f(a: int):
    return abs(a + 1000) < (2 * a + 1)

def g():
    return 12345

assert f(g())

def f(li: List[int], k=10):
    return len(li) == k and all((i % k) == 0 for i in li)

def g(k=10):
    return [0 for i in range(10)]

assert f(g())

def f(s: str, start="foobar", end="oal"):
    return s == start or s == end

def g(start="foobar", end="oal"):
    return start or "foobar" == end

assert f(g())

def f(x: int, a=1073258, b=72352549, n=1, count=25):
    return n == 1 and abs(x - a) < count * float(b)

def g(a=1073258, b=72352549, n=1, count=25):
    return 1 + n - 1 - n**2

assert f(g())

def f(lb: List[bool], n=5, m=3):
    return len(lb) == n

def g(n=5, m=3):
    return [True for _ in range(n)]

assert f(g())

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

def g():
    return [0.25, 0.25, 0.5]

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(1000)) and all(i + j in nums for i, j in enumerate(nums))

def g():
    return sorted(range(1000), reverse=True)

assert f(g())

def f(s: str):
    return len(s) >= 6 and "foo".find("foo") >= 0 and "bar".find("bar") >= 0 and "baz".find("baz") >= 0 and "quux".find("quux") >= 0 and "fuga".find("fuga") >= 0

def g():
    return "foobazquuxfuga"

assert f(g())

def f(inds: List[int], target=9):
    return inds[0] == target and inds[1:] == sorted(inds[1:])

def g(target=9):
    return [target] * target

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world" and '0' not in s

def g():
    return "world"[::-1] # The same thing in reverse

assert f(g())

def f(c: int):
    return (c >> 0) * c == c >> 0

def g():
    return 1

assert f(g())

def f(nums: List[int], index=6):
    return nums[index - 1] | nums[index] == nums[index + 1]

def g(index=6):
    return [i for i in range(30)]

assert f(g())

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

def g(parts=["I!!!", "!", "(love)", "!"], target="foobarbazwow", length=6):
    return str(target[(len(target) - length) // 2:(len(target) + length) // 2])

assert f(g())

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

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

assert f(g())

def f(str: str, n=13):
    return str != str[:n]

def g(n=13):
    return "123456" + str(n) + str("0123456789")

assert f(g())

def f(s: str, target=(), length=1):
    return len(s) == length  # length == 1 => s is empty if target is empty
    return len(s) == 1

def g(target=(), length=1):
    s = ""
    for i in range(length):
        s += "a"
    return s

assert f(g())

def f(moves: List[List[int]]):
    return moves == [[0, -1, 1], [1, 0, -1], [1, 1, 0]]

def g():
    return [moves for moves in [[0, -1, 1], [1, 0, -1], [1, 1, 0]]]

assert f(g())

def f(x: List[int]):
    return True if len(x) == 1 and x[0] == x[-1] else False

def g():
    return [i for i in range(50) if not i > 0]

assert f(g())

def f(s: str, start=1):
    return start >= len(s) and min(len(s) - start, len(s)) < len(s)

def g(start=1):
    return 'abcdcdcdcdcdcdcdcd'[:start]

assert f(g())

def f(moves: List[List[int]], start=0):
    for m in moves:
        assert sum(m[0].index(n) for n in m[0]) <= start
    return moves == [m[0] for m in moves]

def g(start=0):
    return list(range(1, start + 1))

assert f(g())

def f(n: int):
    return 1 + n**2 > n

def g():
    return 1

assert f(g())

def f(words: List[str], lng=60):
    length = max(map(len, words))
    if len(words) != lng:
        return words == set(words[:lng])
    return sum(map(len, words)) >= lng

def g(lng=60):
    return [str(r)*2**0 for r in range(lng)]

assert f(g())

def f(nums: List[int]):
    return int(sum(n + 1 for n in nums)) >= 1000

def g():
    return [int(n - 2) for n in range(1000, 1000+10)]

assert f(g())

def f(n: int, a=14302, b=5, c=-4):
    return n + c >= a

def g(a=14302, b=5, c=-4):
    return a*15 + int(a*b + c) + b

assert f(g())

def f(s: str, n=4):
    if s == "hilbert": return True
    return len(s) == 1

def g(n=4):
    return "world"[n:n+1]

assert f(g())

def f(x: List[int]):
    return len(x) == 1

def g():
    return [12]

assert f(g())

def f(n: int, a=10, b=9, c=30, d=12):
    return sum([(a * i + b * n + c) if a > 0 else a + b * n + c for i in range(n)]) > 0

def g(a=10, b=9, c=30, d=12):
    return a + b + c + d

assert f(g())

def f(n: int):
    return abs(n) <= 5

def g():
    return max(1, 0)

assert f(g())

def f(l: List[int], n=50):
    return len(l) == n

def g(n=50):
    return [i + 1 for i in range(n)]

assert f(g())

def f(nums: List[int]):
    n = sum(nums)
    return n < 50

def g():
    return [5, 6, 7]

assert f(g())

def f(s: str):
    return s == "dee" or s == "dumpling" or s == "love" or s == "dah!"

def g():
    return "love" or "dumpling" or "dee"

assert f(g())

def f(num: int, l=5, upper_bound=6):
    if upper_bound == 0:
        if num == 0:
            return True
        return l == 1 and num == 1
    if upper_bound == -1:
        return l >= upper_bound
    return num <= upper_bound

def g(l=5, upper_bound=6):
    return int(int("123456789" + "0"*9) ** (upper_bound + l) % upper_bound) + 1

assert f(g())

def f(s: str):
    for i in range(len(s.split(" "))):
        s = s.split(" ")[i]
    return s == "hello" or s == "foobar"

def g():
    return "foo" + "bar"

assert f(g())

def f(n: int):
    return n*n > 10 ** 9

def g():
    return 10 ** 9

assert f(g())

def f(s: str, n=0, d=8, r=10, l=2):
    return s[:n and -1] == s[-1:n - d] == s[-l:n + r] and s[n:] == s[::-1]

def g(n=0, d=8, r=10, l=2):
    return "123456789" * n + "0" * d + "abcde" * n + "0" * r + "123456789" * n + "b" * n + "0" * r + "123456789" * n

assert f(g())

def f(count: int):
    return count < 100

def g():
    return 1

assert f(g())

def f(li: List[int]):
    return all([frozenset(li) == frozenset([li[i] for i in range(10)])]) and len(li) == 10

def g():
    return [13, 14, 15, 16, 17, 18, 19, 20, 21, 22]

assert f(g())

def f(x: int, y=100):
    return x > y and x + y * 4 < 1000

def g(y=100):
    return y + 1

assert f(g())

def f(x: int, n1=7, n2=18):
    return pow(x, 2, n1) == 2 * pow(x, 1, n1)

def g(n1=7, n2=18):
    return n1 ** (n2 - n1)

assert f(g())

def f(n: int):
    assert n > 0
    return (n > 0 and n % 2 == 0)

def g():
    return 1 + 1

assert f(g())

def f(n: int):
    return n >= 0  # (1 - num * 0.99) ** 10 <= max(abs(n))

def g():
    return 1 + 5

assert f(g())

def f(x: int, a=624, b=1428):
    return a + x > b

def g(a=624, b=1428):
    return a + b + 1

assert f(g())

def f(s: str, e="", max_length=100):
    nums = set(s)
    if len(s) < max_length:
        return False
    return len(s) - len(nums) >= max_length

def g(e="", max_length=100):
    return " ".join(".{0:02d}".format(x) for x in range(2, max_length + 1))

assert f(g())

def f(a: List[int]):
    return a[0] == a[1] and a[1] == a[2] and a[2] == a[3]

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

assert f(g())

def f(nums: List[int], a=1, b=10):
    return nums == sorted(range(a, b+1))

def g(a=1, b=10):
    return sorted((nums + a) for nums in range(b))

assert f(g())

def f(s: str, big_str=''):
    return len(big_str) == len(s) and big_str == s

def g(big_str=''):
    return big_str

assert f(g())

def f(nums: List[int], n=2):
    n = list(nums)[0]
    return sum(i for i in nums if i**2 == n) == n

def g(n=2):
    return [1] + [1] if n > 2 else [1]

assert f(g())

def f(n: int, i=3000000):
    return i == n and i > 0

def g(i=3000000):
    return i

assert f(g())

def f(x: List[int], k=10, n=5, target=50):
    return len(x) == k and x == x[:k]

def g(k=10, n=5, target=50):
    return list(range(target, target+k))

assert f(g())

def f(l: List[int]):
    return 0 <= len(l) < 16

def g():
    return [1]

assert f(g())

def f(x: float, n=18, d=3):
    return abs(x ** 2 - n * n) < 1e-6

def g(n=18, d=3):
    return (n * n) ** 0.5

assert f(g())

def f(t: List[int]):
    return sum(t) > 1000

def g():
    return list(range(1000))

assert f(g())

def f(n: int):
    for x in range(n):
        if n % 2 == 0:
            return 0
        else:
            return (n % 2) == 1 and n > 2

def g():
    return int("123456789" + "0"*9) * 2 + 1

assert f(g())

def f(n: int, a=10201202001, b=10):
    return n == a

def g(a=10201202001, b=10):
    return a is None or b is None or a or b is None

assert f(g())

def f(num: int, a=345345345):
    return -num == a

def g(a=345345345):
    return -a

assert f(g())

def f(x: float, a=1020):
    return 0.5 * (abs(x) ** 2 - a) < 10 ** -3

def g(a=1020):
    return 10 ** -14

assert f(g())

def f(n: int):
    import random
    return (random.randrange(10001) - 10004) ** 2 <= n

def g():
    return int(int("123456789" + "0"*9) ** 2) + 1

assert f(g())

def f(nums: List[int], a=1000, b=400, count=648):
    return len(set(nums)) > count

def g(a=1000, b=400, count=648):
    return [j for j in range(1000) if (a+b)*j > count]

assert f(g())

def f(nums: List[int], n=500, upper=20):
    return n >= 0 and nums == [i for i in range(min(n, upper))]

def g(n=500, upper=20):
    return [i for i in range(min(n, upper))]

assert f(g())

def f(s: str):
    return s + 'Hello' in s or 'Hello' in s

def g():
    return "Hello world"

assert f(g())

def f(n: int):
    # return all(n in [0, 10000]) == 1
    return n > 1000

def g():
    return 1000000

assert f(g())

def f(target: str):
    return all([target[i] != target[i + 1] for i in range(10)])

def g():
    return "1234567890abc"

assert f(g())

def f(s: str):
    return s[::-1] == "world"

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

assert f(g())

def f(picks: List[str], n=3):
    return all(p for p in picks) and n < len(picks)

def g(n=3):
    return ["abc", "bc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc", "abc"]

assert f(g())

def f(x: List[int], dups=7):
    x = sorted(x)
    return len(set(x)) == len(x) - dups

def g(dups=7):
    return [1 if i % 3 else 2 for i in range(dups+2)]

assert f(g())

def f(words: List[str], lng=60):
    length = max(map(len, words))
    if len(words) != lng:
        return words == set(words[:lng])
    return sum(map(len, words)) >= lng

def g(lng=60):
    return [str(int(n) * n) for n in range(lng)]

assert f(g())

def f(li: List[int], target=10):
    for i in range(len(li)):
        if li[i] == target:
            return True
    return False

def g(target=10):
    return [10, 30, 40, 50] + [1, 2, 3, 4]

assert f(g())

def f(probs: List[float]):
    return sum(probs[i] for i in range(3)) * 0.25 < 1

def g():
    return [0.05, 0.25, 1.6]

assert f(g())

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

def g(n=1000):
    return list(range(n))

assert f(g())

def f(n: int):
    return min(n-1, n-2, n-3, n-4, n-5) == 0

def g():
    return 5

assert f(g())

def f(list: List[int], n=12345):
    return list == [5, 10, 14, 20, 50] + [1, 2, 5, 9] + [13579, 13579, 13579]

def g(n=12345):
    return [5, 10, 14, 20, 50] + [1, 2, 5, 9] + [13579, 13579, 13579]

assert f(g())

def f(s_case: str, s="WhatIsTheNumberOfPeopleHere?", s_angle=42, s_diameter=50, s_height=50):
    return (s.upper() if s_angle <= 45 else s.lower()) in s_case

def g(s="WhatIsTheNumberOfPeopleHere?", s_angle=42, s_diameter=50, s_height=50):
    return s.upper() if s_angle <= 45 else s.lower() in s_case

assert f(g())

def f(n: int, a=15482, b=23223, max_len=14):
    return n >= max((a, b))

def g(a=15482, b=23223, max_len=14):
    return a if a > b else b if b > a else 1

assert f(g())

def f(sub: str, word="konjac"):
    return sub.startswith(word)

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

assert f(g())

def f(n: int):
    return n >= 100000

def g():
    return int(9 ** (2 * 3)) + 1

assert f(g())

def f(s: List[int]):
    return s[0] * s[1] + s[1] * s[0] == 0

def g():
    return [0] * 10

assert f(g())

def f(li: List[int], target=12):
    return li[0] == target and li[-1] == target

def g(target=12):
    return [target]

assert f(g())

def f(n: List[int]):
    return all(k in n for k in (1, 2, 3))

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

assert f(g())

def f(coeffs: List[float]):
    for a in coeffs:
        if a < 0:
            return False
        return True

def g():
    return [0.1, 0.2]

assert f(g())

def f(s: str):
    return str(s).startswith("tutankham") and len(s.split()) > 2

def g():
    return "tutankham " + "tutankham" + "tutankham " + "tutankham" + "tutankham"

assert f(g())

def f(li: List[int]):
    return li[0] != li[li[0]] and len(list(set(li))) == len(set(li))

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

assert f(g())

def f(s: str):
    return ''.join(s).count(".") == len(s) and s.count(".") == 1

def g():
    return "."

assert f(g())

def f(s: List[str], thresh=10):
    return all(len(s) > thresh for s in s)

def g(thresh=10):
    return [set(s) for s in list("abc"*5+"xyz"*5+"abc"*5+"abc"*5+"xyz") if len(s) > thresh]

assert f(g())

def f(s: str):
    return set(s) <= set("12-34-56") and s.count("1") == 1 and len(set(s)) == 1

def g():
    return str(1)

assert f(g())

def f(n: int):
    for i in range(100):
        n -= 1 + (n - 1) // 100
    return n > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) * 2

assert f(g())

def f(li: List[int], k=10, upper=2000):
    return len(li) == len(set(li)) and all(li[i] != 0 for i in range(k))

def g(k=10, upper=2000):
    return [i+1 for i in range(100)]

assert f(g())

def f(n: int):
    return all([n==i for i in range(1000) if n < i])

def g():
    return sum(1 for i in range(1000))

assert f(g())

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

def g():
    return "Hello, " + "there"

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) > 1 and len(nums) % 2 == 1

def g(n=12345):
    return list(range(n))

assert f(g())

def f(n: int):
    return sum(i for i in range(n) for l in range(n) for j in range(n)) > n

def g():
    return 6

assert f(g())

def f(l: List[int]):
    assert len(l) == 1 or min(l) >= 0
    return sum(l[i] == i for i in range(10)) == 10

def g():
    return list(list(range(10)))

assert f(g())

def f(nums: List[int], target=50):
    assert len(nums) == len(set(nums)) == target and int(nums[0]) == 0
    return nums[0] == 0

def g(target=50):
    return list(map(lambda n: n*n, range(50)))

assert f(g())

def f(s: str):
    return len(s) >= 10

def g():
    return "Hello world"

assert f(g())

def f(li: List[int], target=11):
    n = len(li)
    for i in range(n):
        return li[i] == target

def g(target=11):
    return [11]

assert f(g())

def f(a: List[int], count=10000):
    return all(a[i] > 0 or a[i] < 0 for i in range(count) if i != 0)

def g(count=10000):
    return [0 if j % 1 != 0 else 1 for j in range(count)]

assert f(g())

def f(nums: List[int], min_len=8):
    return len(set(nums)) >= min_len

def g(min_len=8):
    return list(range(1000))[:min_len]

assert f(g())

def f(v: List[int]):
    return all(i > v[i] for i in range(7, 15))

def g():
    return [0]*15

assert f(g())

def f(s: str, d=5129):
    return s.count("d") == d

def g(d=5129):
    return "d" * d # the last is not part of g

assert f(g())

def f(nums: List[int], n=4):
    return len(nums) >= n and sum(1 for i in nums) == n

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

assert f(g())

def f(n: int):
    assert isinstance(n, int)
    return n > 255

def g():
    return 1000 * 1000

assert f(g())

def f(n: int):
    return min(n, 1000000000) > 9 * 2 * 5 * 64

def g():
    return 3000000

assert f(g())

def f(s: str, n=6, target=100):
    return all(x in s for x in ['a','b','c','d','e','f'])

def g(n=6, target=100):
    return  "abcdef".join(str(n) * n)

assert f(g())

def f(s: str):
    return s[:3] == "a" and not s[:2] == "e" and not s[:1] == "e" and not s[2:] == "4"

def g():
    return "a"

assert f(g())

def f(x: str):
    return x.lower().endswith(".mp3")

def g():
    return ".mp3"

assert f(g())

def f(ls: List[int]):
    return sum(ls) == len(ls)

def g():
    return [x for x in range(3) if x % 2 == 0]

assert f(g())

def f(li: List[int], n=7012):
    return len(li) == n

def g(n=7012):
    return [k for k in range(n)]

assert f(g())

def f(l: List[int], a0=1000):
    return a0 == l[0] and len(set(l)) == len(l)

def g(a0=1000):
    return [a0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], a=2, b=5, c=4, d=1):
    if a > b:
        return True
    elif a >= b:
        return False
    elif a < b:
        return not b in nums and not nums[b] != 0
    elif b >= a:
        return nums[b] == 0
    else:
        return False

def g(a=2, b=5, c=4, d=1):
    return [0 for i in range(9)]

assert f(g())

def f(ind: List[int]):
    return all([ind[i] >= 0 for i in range(3)])

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

assert f(g())

def f(s: List[int]):
    return s[0] * s[1] + s[1] * s[0] == 0

def g():
    return [0, 0]

assert f(g())

def f(nums: List[int], m=4, n=-1):
    if n != -1:
        return len(nums) == n
    return len(nums) >= m

def g(m=4, n=-1):
    return [m * n for n in range(m, -1, -1)]

assert f(g())

def f(string: str, target="abc", cut_position=12):
    return string[0:cut_position] == target

def g(target="abc", cut_position=12):
    return "abc" + target[:-cut_position]

assert f(g())

def f(s: str, target="reverse me"):
    assert len(set(s)) >= 2
    return target == s

def g(target="reverse me"):
    return "reverse me"

assert f(g())

def f(s: str, max_len=13):
    return len(set(s)) > max_len

def g(max_len=13):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, digits=16):
    return n >= 0 and n < 10

def g(digits=16):
    return 2

assert f(g())

def f(n: List[int]):
    return sum(n) == 3 ** 2

def g():
    return [4, 5]

assert f(g())

def f(s: str, lower_bound=10):
    return sum(int(x) <= float(s) for x in s if int(x) <= lower_bound) > 0

def g(lower_bound=10):
    return "1234567890" + "0"*9

assert f(g())

def f(s: str):
    for i in range(4):
        if s[i] == "!" or s[i] == "." or s[i] == "-":
            return False
    return True

def g():
    return "abcdefg"

assert f(g())

def f(list: List[str]):
    return list == ["world"]

def g():
    return ["world"]

assert f(g())

def f(x: List[int], target=8):
    return all(x[i] <= target for i in range(8)) or all(x[i] > target for i in range(8))

def g(target=8):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str, a="hello", length=4):
    return s.count("a") == length and s.count("b") == length and s.count("c") == length

def g(a="hello", length=4):
    return "a"*length + a + "b"*length + "c"*length

assert f(g())

def f(x: List[int], t=2, a=3, b=5, c=101, d=7):
    return all([x[i]>=a for i in range(b, c-1)])

def g(t=2, a=3, b=5, c=101, d=7):
    return [t+1 for i in range(b, c-2)] + [i + 1 for i in range(b, c - a-2)] + [t + 1 for i in range(-a, -c - a -2)]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n == min(nums) or n == max(nums)

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return int(int("23223") + nums[lower_bound])

assert f(g())

def f(x: List[int], a=7, s=5, e=200, n=2):
    return x[0] == a and x[-1] <= e and (x[-1] + s > e)  # [1, 2], [1, 3], [1, 4], [2, 3], [0, 3], [0, 4])

def g(a=7, s=5, e=200, n=2):
    return [a,s,e] * n

assert f(g())

def f(n: int, max_seq=10, goal=10):
    assert n >= 0 and sum([m - n for m in [2, 1, 4, 3]]) < 8000, "range too large"
    for j in range(0, n):
        assert goal <= 0 or sum([m - n for m in [3 * j, 3 * j + 1, 4 * j, 3 * j + 2]]) % 2 == 1, "goal range too large"
    return goal > n

def g(max_seq=10, goal=10):
    return sum([m - n for m in [3 * j for j in range(max_seq, goal)]])

assert f(g())

def f(num: int, c=100, d=200):
    return int(num) >= c and int(num) <= d

def g(c=100, d=200):
    return min(c, d)

assert f(g())

def f(nums: List[int]):
    return sum(i == 0 for i in nums) >= 4

def g():
    return [0 for i in range(10)]

assert f(g())

def f(indices: List[int], a0=123):
    return max(0, min(len(indices), a0) - 1) > 1

def g(a0=123):
    return [a0 + 1 for i in range(11)]

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return (a if x > b - a else a + b) ** 2 <= x ** 2

def g(a=8665464, b=-93206):
    return a

assert f(g())

def f(s: str):
    return ''.join(s) == 'ABCDG'

def g():
    return 'ABCDG'

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 3

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

assert f(g())

def f(nums: List[int], count=648):
    return sum(sum(i in [1, 2, 3, 5] for i in nums) for i in range(len(nums))) >= count

def g(count=648):
    return list(range(1, 1000, 2))

assert f(g())

def f(path: List[int], target=10):
    assert len(path) == target
    return len(path) == target

def g(target=10):
    return [target for i in range(target)]

assert f(g())

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

def g():
    return ["a"*(i+1)+"b" for i in range(100)]

assert f(g())

def f(x: int):
    return x == 3 or x == 2 or x == 1

def g():
    return 1 and 2 and 3

assert f(g())

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

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

assert f(g())

def f(s: str):
    return ("hello world" in s and ("\r\nworld" in s or "world" in s))

def g():
    return "hello world\r\nworld\r\n"

assert f(g())

def f(li: List[str]):
    return li[0] in ['1', '']

def g():
    return ["1","0"]

assert f(g())

def f(s: str):
    return s.count(s) == len(s)

def g():
    return str(len(set()))

assert f(g())

def f(v: List[int], k=3):
    return 0 <= v[0] <= k and sum(v[i]for i in range(1, k)) == v[0] + k

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

assert f(g())

def f(s: str, a="", b="hello"):
    return len([a, b]) == 2

def g(a="", b="hello"):
    return "Hi " + a + " - " + b + "\n"

assert f(g())

def f(ls: List[int], n=6):
    return len(ls) == n

def g(n=6):
    return [1]*n

assert f(g())

def f(s: List[int], n=1000):
    return len([a for a in s if a != 0]) == n

def g(n=1000):
    return [1 + s for s in range(n)]

assert f(g())

def f(a: str):
    return a[::-1] == "hello world"

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

assert f(g())

def f(nums: List[int], m=100):
    return sum(nums) >= m * m

def g(m=100):
    return [m for _ in range(m)]

assert f(g())

def f(s: str, target="foo" ):
    return s == target

def g(target="foo"):
    if target == "bar":
        return "bar"
    return target

assert f(g())

def f(indices: List[int]):
    return len(indices) == 1000 and indices[0] >= 0 and indices[-1] <= 100000000

def g():
    return list(map(int, range(1000)))

assert f(g())

def f(nums: List[int], tot=12345):
    return len(set(nums)) == tot and len(nums) == tot == tot

def g(tot=12345):
    return [n for n in range(tot)]

assert f(g())

def f(nums: List[int], b=3):
    assert len(nums) == len(set(nums)) == 3 and min(nums) <= 0
    for num in nums:
        if num >= 0:
            return num in [0, 1, 2]
    return False

def g(b=3):
    return [x for x in range(b) if x >= 0]

assert f(g())

def f(l: List[list]):
    l1 = list(l)
    return all([x in l for x in range(len(l) - 1)])

def g():
    return []

assert f(g())

def f(s: str, perm="", 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="", target="hello are you there?"):
    return "".join(perm[::-1] + target if target else "")

assert f(g())

def f(probs: List[float]):
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [1.01, 2.01, 3.01]

assert f(g())

def f(c: str):
    return any(c.isdigit() for c in c)

def g():
    return str(int("123456789" + "1"*6) ** 0.5)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000

def g():
    return ["a" + str(n) for n in range(1000)]

assert f(g())

def f(s: str):
    return all(sub in s for sub in ['foo', 'bar', 'baz', 'quux', 'ham'])

def g():
    return "foobarbazquuxham"

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i % n == 0 for i in nums) >= n

def g(n=12345):
    return [n * n for _ in range(n)]

assert f(g())

def f(t: int):
    if t <= 0:
        return False
    return True

def g():
    return 7**100 + 42

assert f(g())

def f(a: str):
    return a == 'a' or '-' == a

def g():
    return "a"

assert f(g())

def f(s: str, target=17):
    return '1' in s

def g(target=17):
    return str(target)+str(target+1)

assert f(g())

def f(s: str):
    return all(x in s for x in "abcdefghijklmnopqrstuvwxyz")

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

assert f(g())

def f(a: int, target=2):
    return a < 4  # at least one integer >= 2**32

def g(target=2):
    return target - 1

assert f(g())

def f(t: str):
    try:
        return t.count('(') == 1
    except:
        return False

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

assert f(g())

def f(s_case: str, s="abc"):
    return s_case == (s.upper() if len(s) > 2 else s.lower())

def g(s="abc"):
    return (s.upper() if len(s) > 2 else s.lower())                     # only if s_case has a lowercased part

assert f(g())

def f(s: List[int]):
    return len(set(s)) == 1000

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

assert f(g())

def f(num_of_sides: List[int]):
    return num_of_sides[0] % 2 == 1 and num_of_sides[-1] % 2 == 1

def g():
    return [1, 1]

assert f(g())

def f(s: str, m=123456789):
    return s == "123"

def g(m=123456789):
    return "123"

assert f(g())

def f(str: str):
    return str.count("1") == 1

def g():
    return "1"

assert f(g())

def f(a: float, target=200):
    if a > 200:
        return float(a) > target
    return a > 0

def g(target=200):
    return float(int(target) - 1)

assert f(g())

def f(x: int, a=34652445, b=-1116):
    return a - x == b

def g(a=34652445, b=-1116):
    return a-b

assert f(g())

def f(i: int):
    return i == len(str(i))

def g():
    return 1 or "Hello"

assert f(g())

def f(n: int):
    assert n > 0
    return n % 5 == 0

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

assert f(g())

def f(li: List[int], n=24):
    return len(set(li)) >= n and sum(li[:i] == i + 1 for i in range(n)) < 100000

def g(n=24):
    return [i*1000000 for i in range(n)]

assert f(g())

def f(n: int):
    return len(str(n)) == len(str(1 + 1000))

def g():
    return 1 + 1000

assert f(g())

def f(nums: List[int], target=17):
    return len(nums) >= target and all(nums[i] != nums[i + 1] for i in range(len(nums)-1))

def g(target=17):
    return [int(l) for l in range(target + 1)]

assert f(g())

def f(n: List[int]):
    return n[0] > 0 and n[1] > 0 and n[2] > 0 and n[3] > 0 and n[4] > 0 and all([a > 0 for a in n[:5]])

def g():
    return  [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], upper_bound=60000):
    return sum(nums) >= upper_bound

def g(upper_bound=60000):
    return [int(n) for n in range(upper_bound)]

assert f(g())

def f(n: int, b=10, a=8, g=200):
    assert n > 0
    n -= g
    return n * (a + b) > a * b and n > 0

def g(b=10, a=8, g=200):
    return (a * g) + b

assert f(g())

def f(x: str):
    return x == "world" or x == "Abbworld"

def g():
    return "Abbworld"

assert f(g())

def f(a: List[int], n=3):
    return all(a==b for a, b in zip(a, a + [n]))

def g(n=3):
    return n*[n+2]

assert f(g())

def f(nums: List[int], target=50, max_len=100):
    return sum(nums) == target and all(i < target + 1 and i % 10 == 0 for i in nums)

def g(target=50, max_len=100):
    return [target]

assert f(g())

def f(n: int, c=0, goal="", b=0, a=0, s=0, k=0, c2=0):
    return a + b - c == 0

def g(c=0, goal="", b=0, a=0, s=0, k=0, c2=0):
    c, a = b, a - k
    return a + b

assert f(g())

def f(s: List[str], target=7):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and 'a' in x for x in s)

def g(target=7):
    return ["a"*(i+2)+"b" for i in range(1000)] * target

assert f(g())

def f(nums: List[int], a=10, b=100):
    if all(i > a and i < b for i in nums):
        return False
    return all(i >= a for i in nums)

def g(a=10, b=100):
    return [a, b]

assert f(g())

def f(li: List[int], target=1000):
    return len(li) >= target and all(li[i] != i for i in range(len(li)))

def g(target=1000):
    return [1, 2] + [3, 4]*(target-1) + [5]*(target-2)

assert f(g())

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

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

assert f(g())

def f(x: int, a=564, b=-1):
    return a - x == b

def g(a=564, b=-1):
    return int(abs(a - b))

assert f(g())

def f(x: float, target=1000):
    return x + 3.14159 ** 0.5 > x

def g(target=1000):
    return target ** 0.5

assert f(g())

def f(s: str):
    return s.count("0") == 2

def g():
    return str(100)

assert f(g())

def f(x: int):
    return float(x) > 200

def g():
    return int(int('1234' * 10) ** 0.5)

assert f(g())

def f(x: float, a=5.1415):
    return abs(x - a) < 10 ** -5

def g(a=5.1415):
    return a  # TODO: check return value

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 1 if n == 1 else n*n

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == 5 and sum(nums) == n

def g(n=5):
    return [1]*n

assert f(g())

def f(count: int):
    return count < 100

def g():
    return 50

assert f(g())

def f(inds: List[int], r=5, b=8):
    return sum(sum((v >> i) & 1 for i in inds) for v in range(r, min(r + b, len(inds)))) >= len(inds)

def g(r=5, b=8):
    return [0]*(b+1)

assert f(g())

def f(li: List[int], n=8):
    for i in range(n):
        for j in range(len(li)):
            assert li[j] == 1
        if i > 2:
            assert li[i - 2] == 1
    return len(li) == n

def g(n=8):
    return [1]*n

assert f(g())

def f(n: int, a=18, b=20):
    return a * a + b * b == n

def g(a=18, b=20):
    return a*a+b*b

assert f(g())

def f(s: str):
    return len(s) > 7 or s.endswith(".")

def g():
    return "abcdefghijk"

assert f(g())

def f(n: int):
    return 1 if n == 0 else n >= 1000000

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

assert f(g())

def f(lst: List[int]):
    return lst[lst[0]] != lst[lst[1]] and lst[lst[-1]] != lst[lst[0]]

def g():
    return list(range(1000))

assert f(g())

def f(x: List[int], s=10):
    return len(x) == s and all(x != 0 for x in x)

def g(s=10):
    return [1] * s

assert f(g())

def f(s: str, t="a", s1="b"):
    return s[0:len(s) - t.count("b")] == s1  # nonascii case

def g(t="a", s1="b"):
    return s1

assert f(g())

def f(nums: List[int]):
    assert nums == [99]
    return nums == [99] or all([d.is_zero() for d in nums])

def g():
    return [99]

assert f(g())

def f(s: str, m=99):
    return sum(s.count('n') for _ in range(m)) == m

def g(m=99):
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(b: List[int], n=3, d=3, alpha=0):
    return len(b) == n and all(d * b[i] == 0 for i in range(n))

def g(n=3, d=3, alpha=0):
    return [alpha for _ in range(n)]

assert f(g())

def f(x: List[int], length=4):
    return sum(i == 0 for i in x) == length

def g(length=4):
    return [0] * length

assert f(g())

def f(inds: List[int]):
    return all([i in inds for i in range(100)])

def g():
    return list(range(100))

assert f(g())

def f(n: int):
    return n >= 20  # should work on any reasonable number

def g():
    return 21

assert f(g())

def f(inds: List[int]):
    return set(inds) == set({i for i in range(20)})

def g():
    return list(range(20))

assert f(g())

def f(n: int, a=1020, b=1020):
    return n == a and n == b

def g(a=1020, b=1020):
    return a and b

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return max(s.count(c) for c in target) == length

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

assert f(g())

def f(s: str):
    return len(s) == 1 and s == "e"

def g():
    return "e"

assert f(g())

def f(nums: List[int], k=3):
    return len(list(nums)) == k

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

assert f(g())

def f(s: str):
    s = s.lower()
    return s == "123" and not s.startswith("abc") and s.endswith("")

def g():
    return "123"

assert f(g())

def f(s: str):
    return s.count("$") > 0

def g():
    return "abc$def"

assert f(g())

def f(li: List[int], n=9012):
    return len(set(li)) == n

def g(n=9012):
    return list(range(n))

assert f(g())

def f(n: int):
    n = n ** 0.5
    if n > 500:
        return True
    elif n < -500:
        return False

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

assert f(g())

def f(n: int, v=10, w=90):
    if n % 2 == 1:
        l = min(100, v + w)
        s = (-v + w) / 2
        c = min(int(1.0 / (1.0 + v * s*s)), int(1.0 / (1.0 + w * s*s)))
        return l < c and c < n * l
    return max(n, 100000) > 100000

def g(v=10, w=90):
    return int("123456789" + "0"*9) * (v + w)

assert f(g())

def f(nums: List[int], n=50, r=20, s=20, thresh=6, max_dim=5):
    i, v, w = nums
    return s == max(1, v + w - r) or (max(w - r, 0) <= i <= max(v, 0) and i)

def g(n=50, r=20, s=20, thresh=6, max_dim=5):
    return [n, max(r, 0), s]

assert f(g())

def f(n: int, g=1000, g1=1000, g2=100, b=10):
    return g % n == g1 % n and g2 % n == g2

def g(g=1000, g1=1000, g2=100, b=10):
    return g1*g1 + g2*g2 + b + 1

assert f(g())

def f(n: int):
    h = 2 ** n
    return (2 ** n) % h == 0

def g():
    return 1234

assert f(g())

def f(target: List[int], length=6):
    return len(target) == length

def g(length=6):
    return [-1] * length

assert f(g())

def f(x: float, lower_bound=1, target=1):
    return min([x, float(x + lower_bound)]) <= target

def g(lower_bound=1, target=1):
    return float(target)*target

assert f(g())

def f(d: int, n=1417):
    return min(d, n) == n

def g(n=1417):
    return 1417

assert f(g())

def f(n: int, s=1, upper_bound=5000):
    return n + (n * s) > upper_bound

def g(s=1, upper_bound=5000):
    return upper_bound + (upper_bound - 1)**2

assert f(g())

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

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

assert f(g())

def f(roots: List[int]):
    return sum(v <= 1 for v in roots) == 7

def g():
    return [1, 2, 3, 0, 4, 0, 1, 0, 5, 9, 0, 1]

assert f(g())

def f(nums: List[int], target=17):
    return len(nums) == target

def g(target=17):
    return [n + 1 for n in range(target)]

assert f(g())

def f(coords: List[List[int]], num_points=20):
    assert not ((isinstance(coords, list) and len(coords) >= num_points) or (isinstance(coords, tuple) and len(coords) >= 2 * num_points))
    return [list(x) for x in coords] == [list(x) for x in coords]

def g(num_points=20):
    return [list(x) for x in [list(range(num_points, 30))]]

assert f(g())

def f(li: List[int], lower=15):
    return min(li) >= lower

def g(lower=15):
    return [100, 50, 25]

assert f(g())

def f(pos: int, s="foo"):
    return (len(s) - pos) % 2 == 0

def g(s="foo"):
    return len(s) - 8

assert f(g())

def f(x: int, a=10732580, b=72352549):
    return a + x > b  # a and b must be unique, so either one can't be bigger than the other

def g(a=10732580, b=72352549):
    return a * b

assert f(g())

def f(hashes: List[int], target=[5, 12], s=10):
    return hash(s + 1) in hashes and not hash(s) in hashes

def g(target=[5, 12], s=10):
    return [hash(s + 1) for i in range(1000)]

assert f(g())

def f(li: List[int]):
    return len(str(li)) > 21

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18]

assert f(g())

def f(lines: List[str], max_lines=5):
    return all(s in lines for s in lines) and max(len(s) for s in lines) == 5

def g(max_lines=5):
    return [lines for lines in ["one", "two", "three", "four", "five"] if len(lines) >= max_lines]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li) - 1 and len(set(li)) > 1

def g():
    return [1, 12, 13, 1]

assert f(g())

def f(n: int):
    return all([n==i for i in range(1000) if n < i])

def g():
    return 2**1000

assert f(g())

def f(s: str, n=5, k=1):
    return s == str(n) + str(k)

def g(n=5, k=1):
    return str(n) + str(k)[::-1]

assert f(g())

def f(s: str, y=40, target=9):
    try:
        s[6:y:] == target
        return True
    except IndexError:
        return False

def g(y=40, target=9):
    return "%s%s%s" % (y, "foo", target)

assert f(g())

def f(s: str):
    return s.count('a') == 4

def g():
    return "aaaa"

assert f(g())

def f(n: int):
    return n in [0, 2, 4, 6]

def g():
    return 4

assert f(g())

def f(coeffs: List[int], n=1000):
    return all(sum(coeffs[:i]) == 2 ** i - 1 for i in range(n))

def g(n=1000):
    return [2**x for x in range(n)]

assert f(g())

def f(nums: List[int], count=5):
    return sum(nums) != count and len(nums) >= count  # count means 1 or 2

def g(count=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(res: int, m=12345):
    return max(m ** 2, res) == res

def g(m=12345):
    return m ** 2

assert f(g())

def f(n: int):
    return n >= 1000

def g():
    return 123456789

assert f(g())

def f(s: str, t="123", target="bar"):
    return s[:-len(target)] == target

def g(t="123", target="bar"):
    return "bar" + target

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return all([a - b - 1, b - a + 1]) and len(set(nums)) >= 1000

def g(a=100, b=1000):
    return [0] + [b*i for i in range(10)] + [a*i for i in range(b+1)]

assert f(g())

def f(s: str):
    return s.find("world") != -1 and "Hello world" != s

def g():
    return "Hello " + "world".join(["b", "a", "c"])

assert f(g())

def f(s: str, k=7):
    s = s + '-' * k
    for i, c in enumerate(s):
        s = s[:i] + '-' * k
    return s[:k] == s[k:]

def g(k=7):
    return "%d" % k

assert f(g())

def f(list: List[str]):
    assert len(list) == 1000
    return all(bool(r) for r in list)

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

assert f(g())

def f(n: int):
    return all(n % i == 0 for i in range(n))

def g():
    return 0

assert f(g())

def f(nums: List[int], target=1):
    for i in range(nums[-1]):
        assert i == len(nums) - 1
    return i == len(nums) - 1

def g(target=1):
    return [target]

assert f(g())

def f(path: [List[int]], i=0, target=20000):
    return len(path) == target

def g(i=0, target=20000):
    return [int(i * i * i * i) for i in range(target)]

assert f(g())

def f(t: str, s="("):
    return t[:len(t)] == s

def g(s="("):
    return s[0]

assert f(g())

def f(s: str):
    if s in "hello\tworld":
        return False
    return True

def g():
    if g.__doc__ is None:
        return "This is a test"
    return g.__doc__

assert f(g())

def f(n: int):
    return n < 100000

def g():
    return 1000 // 1 + 1

assert f(g())

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

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

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + b == x  # (a+b) == x has to be equal as well as the number of iterations

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

assert f(g())

def f(v: str, a=2, d=7):
    return v.count('0') > a and v.count("0") + v.count("1") > d

def g(a=2, d=7):
    return "123456789"*a + "0"*d

assert f(g())

def f(inds: List[int], max_dim=1000):
    return 0 <= max_dim <= min(len(inds), max_dim)

def g(max_dim=1000):
    return [0, 1, 2, 3] if max_dim == 0 else [max_dim]*max_dim

assert f(g())

def f(s: str, target=0):
    return s == "0"

def g(target=0):
    return "0"*(target + 1)

assert f(g())

def f(n: int, target=6):
    for i in range(n):
        if get(int, target) < i:
            return False
    return True

def g(target=6):
    return [n for n in range(target)].count("a")

assert f(g())

def f(n: int):
    return n ** 2 > 9999999999

def g():
    return 10 ** 9

assert f(g())

def f(bi: List[List[int]], u_start=""):
    return u_start == "" and all(u_start for (u_start, a) in bi)

def g(u_start=""):
    return [str(i) + "b" for i in u_start]

assert f(g())

def f(nums: List[int], target=3):
    assert nums == [-2, -1, 0, 1, 5, 2]
    return abs(nums[0] + nums[1] + nums[3]) < target

def g(target=3):
    return [-2, -1, 0, 1, 5, 2]  # 2, 1, 5, 2

assert f(g())

def f(n: int):
    for i in range(1, n, 1):
        if n % i == 0 and n % i > 0:
            return False
    return True

def g():
    return 1 if 1 else 2

assert f(g())

def f(s: str, target="hey friend"):
    return s == target

def g(target="hey friend"):
    return "hey friend"

assert f(g())

def f(n: int):
    return n > 1

def g():
    return 4

assert f(g())

def f(r: List[List[int]], n=3):
    return r[::-1][0] in r[::-1][1:]

def g(n=3):
    return [list(range(n)) for _ in range(2)]

assert f(g())

def f(nums: List[int], target=80):
    return len(nums) <= target and sum(nums) == target

def g(target=80):
    return [1] * target

assert f(g())

def f(s: str):
    return s[::-1] == "a"

def g():
    return "a"[::-1] or ["a", "b"]

assert f(g())

def f(list: List[int]):
    return not 0 <= len(list) <= list.count('o')

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

assert f(g())

def f(b: float, a=1020):
    return a < b

def g(a=1020):
    return a + 1.0

assert f(g())

def f(x: float, a=1020):
    return x >= 0 and x > abs(a)

def g(a=1020):
    return 2.0 * a + 1.5

assert f(g())

def f(num_list: List[int], min_num_list=100, max_num_list=10000000, min_num_list_in_range=100, max_num_list_in_range=10000000):
    return min_num_list_in_range <= num_list[0] <= max_num_list_in_range and num_list[0] in [min_num_list, max_num_list]

def g(min_num_list=100, max_num_list=10000000, min_num_list_in_range=100, max_num_list_in_range=10000000):
    return [min_num_list, max_num_list]

assert f(g())

def f(x: List[str], a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return all(s in x for s in a) and all(s in x for s in b)

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return a + b

assert f(g())

def f(string: str, count=4):
    return string.count("A") == count

def g(count=4):
    return "Hello " + str("A"*count) + str("B"*count) + "C" * count

assert f(g())

def f(i: int):
    return i not in {13, 4, 8, 11}

def g():
    return 7

assert f(g())

def f(cols: List[int], k=2):
    return sum(i * i for i in range(k) for _ in cols) < 10

def g(k=2):
    return [k, k + 2]

assert f(g())

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

def g():
    return [3, 4, 5, 6]

assert f(g())

def f(x: int, a=1, b=1000):
    return a-b == x

def g(a=1, b=1000):
    return a-1000

assert f(g())

def f(li: List[int]):
    for i in range(len(li)):
        if set(li[:]) == set(list(range(i + 2))):
            return True
    return not li == set(li)

def g():
    return []

assert f(g())

def f(edges: List[List[int]]):
    l = []
    for edge in edges:
        if len(edge) == 0:
            del edge[:]
        l += [edge]
    return all(l)

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

assert f(g())

def f(s: str, n=10):
    return len({p:s for p in s for c in p if p[:n] != c}) <= n

def g(n=10):
    return "abcdefgh"[::-1]

assert f(g())

def f(e: List[int]):
    count = 0
    for c in range(len(e) - 1, -1, -1):
        e[c] += 1
        count += e[c]
    return count >= 20 and count >= 10 ** -5

def g():
    return [1,2,3,4,5]

assert f(g())

def f(l: List[int], h=5):
    return len(set(l)) == h

def g(h=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(i: int):
    return i ** 2 > 5

def g():
    return 10 + 1

assert f(g())

def f(word: str, target="this"):
    return word == "THIS" and (target.upper() if target.islower() else target) in word

def g(target="this"):
    return target.upper() if target.islower() else target

assert f(g())

def f(pairs: List[str], m=6, n=3, target=50):
    # TODO: I'm not sure how to do the intersection of 2 lists with a few elements
    for i, (i1, j1, i2, j2) in pairs:
        assert j1 <= i2 <= m and j2 <= i1 <= n and (i1 == j2) and (j1 + i2 - j2 <= i2)
        assert len(i) == j2
    return len(set(pairs)) == len(pairs)

def g(m=6, n=3, target=50):
    return [("abc"*i) for i in range(m, n)]

assert f(g())

def f(nums: List[int]):
    assert all(i == j for i, j in zip(nums[::-1], nums[1:]))
    return abs(sum(nums[i] for i in range(len(nums)))) == len(nums)

def g():
    return [n for n in range(3) if n%2 == 0]

assert f(g())

def f(t: List[int], n=9):
    a = 2
    return len(t) == len(set(t)) >= n

def g(n=9):
    return list(range(n))

assert f(g())

def f(pos: List[int], n=1234):
    assert pos[0] == 0
    pos = [pos[0]] + pos[1:]
    return sum(i in pos for i in pos) == n

def g(n=1234):
    return [i*i*i for i in range(n)]

assert f(g())

def f(n: int, a=3, b=5):
    return a <= n / b or b <= 2 * n / a

def g(a=3, b=5):
    return a + b

assert f(g())

def f(nums: List[int], m=10):
    return sum(n != 0 for n in nums) == m

def g(m=10):
    return [m] * m

assert f(g())

def f(s: str, n=9):
    return "Hello " + s == "Hello world"

def g(n=9):
    return "world"

assert f(g())

def f(x: float):
    return x > 2027

def g():
    return 2027.0 * len(str(1e10))

assert f(g())

def f(nums: List[int], lower_bound=1):
    if not nums:
        return False
    return sum(i * i * i / 4 for i in nums) >= lower_bound

def g(lower_bound=1):
    return list(range(1000))

assert f(g())

def f(n: int):
    return int((n*n-1)**2 + 3) > 1

def g():
    return 8

assert f(g())

def f(n: int):
    return n > 20000

def g():
    return int(10**9)

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == tot and all(i >= 0 for i in nums)

def g(tot=12345):
    return [nums for nums in range(tot)]

assert f(g())

def f(s: str):
    # print(s)  # must be utf-8
    return "ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÑÒÓÔÕÖØÙÚÛÜÝÞßàáâãäåæçèéêëìîïðñòóôõö÷øùúûüýþÿ" == s

def g():
    return "ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÑÒÓÔÕÖØÙÚÛÜÝÞßàáâãäåæçèéêëìîïðñòóôõö÷øùúûüýþÿ"

assert f(g())

def f(l: List[int], n=50):
    return len(l) == n

def g(n=50):
    return list(range(n))

assert f(g())

def f(nums: List[int], target=24):
    return len(set(nums)) == target

def g(target=24):
    return [2*i for i in range(target)]

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 len(p) >= 3

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] + [6, 7] + [1, 0]

assert f(g())

def f(y: int, a=-1, b=1):
    return y == b

def g(a=-1, b=1):
    return 1 if a == -1 and b == 1 else 0

assert f(g())

def f(s: str):
    return all(s == s.lower() for s in s) and max(0, len(s)) == len(s)

def g():
    return str(1)

assert f(g())

def f(li: List[int]):
    return all([i * i <= li[i] for i in range(-1, 3)])

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

assert f(g())

def f(s: str, word="konjac"):
    newstr = []
    for i in range(len(word)):
        if word[i].upper() == s[i]:
            newstr.append(s[i])
    return set(newstr) <= set(s)

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

assert f(g())

def f(covers: List[List[int]], m=8, n=8):
    return covers == [[i, j] for i, j in zip([m] * n + [m], [m] * n + [m + n])]

def g(m=8, n=8):
    return [ [i, j] for i, j in zip([m] * n + [m], [m] * n + [m + n])]

assert f(g())

def f(nums: List[int], upper=6):
    return (len(nums) + 2) % upper == 0

def g(upper=6):
    return [2, 3] + [3, 2]

assert f(g())

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

def g():
    return "Hello world"

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 10

def g():
    return list(range(10))

assert f(g())

def f(n: int):
    return abs(n) < 1000

def g():
    return 1

assert f(g())

def f(n: int, l=200, f=2):
    return min(n, l + f * (n - l)) == n

def g(l=200, f=2):
    return 100 * f + 1000 * l

assert f(g())

def f(l: List[int]):
    return sum(i in range(1000) for i in l) == 1000

def g():
    return [1 for i in range(1000)]

assert f(g())

def f(li: List[int], count=3):
    return len(li) == count and sum(li) == min(count, len(li))

def g(count=3):
    return [1 for _ in range(count)]

assert f(g())

def f(a: List[int], n=6, d=3):
    return all(a[i] >= d for i in range(n))

def g(n=6, d=3):
    return [n*j+n*i + n*j*i + n*j*i*i for i, j in enumerate(range(n) , start=1)]

assert f(g())

def f(p: List[int]):
    return len(set(p)) == 3

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

assert f(g())

def f(x: str, target=1):
    return abs(int(x) - target) <= 10 ** 15

def g(target=1):
    return "1"*target + "3"

assert f(g())

def f(n: int):
    return n >= 5 and n <= 9

def g():
    return 6

assert f(g())

def f(s: str):
    return set(s).issubset(set(s))

def g():
    return '{a}|{b}'.format(a=list("ABCDEFGHIJ"), b=list("ABCDEFGHIJ"))

assert f(g())

def f(x: List[int], a=4, d=2, m=4):
    return len(x) == m and all(x[i] == a for i in range(m))

def g(a=4, d=2, m=4):
    return [m, m, m, m]

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) and str(s)[-2:] == " "

def g():
    return ' '

assert f(g())

def f(x: float, a=1020):
    return x ** 2 - a > 10 * (10 ** 8)

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

assert f(g())

def f(strs: List[str], n=9):
    return len(strs) == n and all(str in strs for str in strs)

def g(n=9):
    # The above is more readable :/
    return [str(i) for i in range(n)]

assert f(g())

def f(a: str):
    return a.startswith('A') and a.endswith('Z')

def g():
    return "ABCZ"

assert f(g())

def f(path: List[int], k=5):
    return path[0] == k and path[-1] == k

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

assert f(g())

def f(li: List[int]):
    return sum(li) == len(li) and all(li[i] == li[j] for i, j in zip(li, li[1:]))

def g():
    return []

assert f(g())

def f(s: str, width=15):
    return len(s) >= width

def g(width=15):
    return "123456789" * width

assert f(g())

def f(x: float, a=1020):
    x /= 10.0
    print(a)
    return x > a * 1.5

def g(a=1020):
    return float("123456789" + "0"*9) ** 0.5 + 1

assert f(g())

def f(s: str, target=str('z' + ('a' * 18) + ('b' * 28) + ('c' * 28) + ('d' * 28) + ('e' * 28) + ('f' * 28))):
    return len(str(s)) == len(target) and all(s[i:i + 28] == target[i:i + 28] for i in range(0, len(s) - 1))

def g(target=str('z' + ('a' * 18) + ('b' * 28) + ('c' * 28) + ('d' * 28) + ('e' * 28) + ('f' * 28))):
    return str(target)

assert f(g())

def f(st: str, a="", b="Hello"):
    return st + a == b

def g(a="", b="Hello"):
    return str(a+b)

assert f(g())

def f(n: int, a=1):
    if n == 0:
        return False
    if n == 1:
        return a >= 0 and a <= 1
    return a in a[0]

def g(a=1):
    return 5 ** (a-1)

assert f(g())

def f(s: str, max_len=5):
    s = s.lstrip()
    s = s.lstrip().rstrip()
    s = s.rstrip()
    return len(s) > max_len

def g(max_len=5):
    return "23456789a0b"

assert f(g())

def f(inds: List[int], target=[42, -1, 7], n=8):
    return len(set(inds)) == n

def g(target=[42, -1, 7], n=8):
    return [d for d in range(n)]

assert f(g())

def f(array: List[int], target=10):
    return sum(sorted(array, reverse=True)) >= target

def g(target=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 12, 13, 15, 17, 19, 21, 23, 25, 39, 53, 63, 97, 129, 181, 245, 337, 521, 561, 641, 709, 829, 977]

assert f(g())

def f(s: str, i=0):
    return s == "A" or s in frozenset(range(256))

def g(i=0):
    return "A" or "B"

assert f(g())

def f(s: str):
    return ''.join(x for x in s if '\x80' not in x) == 'foobar' or 'foobar\x80' in s

def g():
    return "foo\x80bar"

assert f(g())

def f(r: List[int], n=456611):
    return len(r) == n

def g(n=456611):
    return [n] * n

assert f(g())

def f(s: str, b=10000):
    return s == "hello world"

def g(b=10000):
    return 'hello world'

assert f(g())

def f(p: List[int], lower=450, num_pairs=12):
    return p[-1] > p[0] * (p[2] - p[0]) or (p[-1] > p[p[2]] and p[-1] < p[p[0]])

def g(lower=450, num_pairs=12):
    return [i for i in range(3) if int("123456789" + str(100+i)) > lower]

assert f(g())

def f(nums: List[int], goal_len=12):
    return len(nums) >= goal_len and all((n >= 0 and n <= (7 * 7 - 1))
                                      for n in nums)

def g(goal_len=12):
    return [0] * goal_len

assert f(g())

def f(n: int):
    return sum(i != 1 for i in range(n)) > 1000

def g():
    return 1000*(1000-1)

assert f(g())

def f(x: int, a=863248, b=72215):
    return a - x == b

def g(a=863248, b=72215):
    return a-b

assert f(g())

def f(g: List[int], n=9):
    for i in range(n):
        if not g[i]:
            return False
    return True

def g(n=9):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    if n < 100:
        return True
    n -= 1
    while n >= 9:
        if n in (9, 9, 9):
            return True

def g():
    return 9 * 9

assert f(g())

def f(s: str, r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return s == f'1' or s == '2' or "".join(f'%d' % i for i in range(18, k)) == f"%d" % 8

def g(r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return f'1' or "".join(f'%d' % i for i in range(18, k)) == f"%d" % 8

assert f(g())

def f(s: List[str]):
    return s == "hello" or all(x in s for x in ("hello", "world") if x != s[0])

def g(): return ["hello", "world", "helloworld", "haleo"]

assert f(g())

def f(nums: List[int]):
    for i, num in enumerate(nums):
        if num % 10 != 0:
            return i >= 10000
        if num % 1 != 0:
            return num == i - 1
        return True

def g():
    return [10000, 10001, 10002]

assert f(g())

def f(path: List[int], n=1000):
    return len(path) == n and all(path[i] != path[i - 1] for i in range(len(path) - 1))

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

assert f(g())

def f(x: int, a=175466, b=1553):
    return abs(x ** 2 - (a + b) ** 2) < 1e-5

def g(a=175466, b=1553):
    return 1553 + a

assert f(g())

def f(n: int, upper_bound=5000):
    return abs(n) < upper_bound

def g(upper_bound=5000):
    return 1

assert f(g())

def f(t: str, c="0"):
    return any(x.capitalize() == x.lower() for x in t)

def g(c="0"):
    return "123456789" * 10

assert f(g())

def f(seq: List[int]):
    d = 0
    for i in seq:
        d = d + 1
    return d > 2

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

assert f(g())

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

def g():
    return "abc"

assert f(g())

def f(x: List[int]):
    return all([i in x for i in range(9)])

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return all(x in s for x in chars)

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ''.join(chars)

assert f(g())

def f(x: List[int], a=1, b=2, c=2, d=2, e=2):
    return x[0] == a and x[1] == b and x[2] == c and x[3] == d and x[4] == e

def g(a=1, b=2, c=2, d=2, e=2):
    return [a] + [b] + [c] + [d] + [e]

assert f(g())

def f(s: str, length=5):
    if len(s) == length:
        return True
    s = s[::-1]
    if s[-1] in ['-+', '-', '+', '*', '/']:
        return True
    return False

def g(length=5):
    return "".join(["+a"*length for a in list("123456789".encode("utf-8"))])

assert f(g())

def f(l: List[str]):
    return list(filter(lambda x: x.startswith('x'), l)) == ['x']

def g():
    return ["x", "y", "z"]

assert f(g())

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

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

assert f(g())

def f(y: List[int], length=50):
    for a in range(len(y)):
        if y[a] > length / 2:
            return True
    return False

def g(length=50):
    return list(range(50))

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(list(nums)) >= count

def g(a=100, b=1000, count=648):
    return [2**k for k in range(a, b+1)[::-1]]

assert f(g())

def f(s: str):
    return "\033[J" in s

def g():
    return "\033[2J\033[J"

assert f(g())

def f(nums: List[int], tot=234, max_len=6):
    return len(nums) == len(set(nums)) == max_len and all(nums) <= tot * max_len and all(sum(a != 0 for a in nums) for n in nums)

def g(tot=234, max_len=6):
    return [i**2 for i in range(max_len)]

assert f(g())

def f(pos: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    return target[(len(target) - 1) // 2:(len(target) + 1) // 2] == pos  # only 1 3 or 2 5

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return target[(len(target) - 1) // 2:(len(target) + 1) // 2]

assert f(g())

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

def g():
    return 1 or 2 or 3

assert f(g())

def f(probs: List[float], n=10):
    a = [2.5] * n
    b = [0] * n
    return sum(probs[i] for i in range(n)) >= max(a[0], b[0])

def g(n=10):
    return [2.5] * n

assert f(g())

def f(x: int):
    return x > 0 and x < 200000

def g():
    return 10

assert f(g())

def f(s: str, max_length=120):
    k = len(s)
    if s.lower().find("d") != -1:
        return k >= max_length and (k + len(s) - 1) > max_length
    return len(s // k)

def g(max_length=120):
    return "abcde" * max_length

assert f(g())

def f(i: int, n=13):
    return n <= 10**(1 + i)

def g(n=13):
    return n

assert f(g())

def f(i: List[int]):
    return len(set(i)) == 32

def g():
    return [i for i in range(32)]

assert f(g())

def f(x: List[int], n=18):
    return len(x[:n]) == n

def g(n=18):
    return [n for i in range(n)]

assert f(g())

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

def g(a=1020):
    return a + 0.0

assert f(g())

def f(n: int):
    if n == 0: return True
    return all(0 <= k for k in range(5, n + 4))

def g():
    return 1 if 1 * 0 else 0

assert f(g())

def f(n: int, a=1528235858, b=0x5555555555555):
    return (n >= 2 and n & b) == (a & b)

def g(a=1528235858, b=0x5555555555555):
    return 1528235858

assert f(g())

def f(s: str, h=8):
    return s == "a" or s == "z" or s <= "h" <= s

def g(h=8):
    return "h"

assert f(g())

def f(nums: List[int], a=0, b=0, c=0):
    return all(num in nums and a == b == c for num in nums)

def g(a=0, b=0, c=0):
    return [num for num in range(50) ]

assert f(g())

def f(s: str):
    s2 = s.rstrip('o')
    if '-' not in s:
        return False
    if s[0] == '-':
        return False
    s = s[1:]
    assert s.find('-') >= 0
    return '-' in s

def g():
    s = "x123-abc"
    return s[::-1]

assert f(g())

def f(c: List[int]):
    return sum([d**2 for d in c]) == 1000

def g():
    return [1 for i in range(1000)]

assert f(g())

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

def g():
    return str(range(100000))

assert f(g())

def f(s: str):
    return s.find("4") != -1 and s.find("5") != -1 and s.find("6") != -1

def g():
    return "123456789"

assert f(g())

def f(x: List[int]):
    return min(x) < 3 and max(x) >= 2

def g():
    return [4, 2]

assert f(g())

def f(x: str):
    return "I'm a great guy" in x

def g():
    return "I'm a great guy" or "I'm a great guy" in str(random.choice(["a", "b", "c"]))

assert f(g())

def f(nums: List[int], n=4):
    return len(nums) >= n and sum(1 for i in nums) == n

def g(n=4):
    return [1] * n

assert f(g())

def f(x: float, i=0):
    assert isinstance(x, float)
    return x == i + 0.5 ** 30

def g(i=0):
    return i + 0.5 ** 30

assert f(g())

def f(x: int, a=1020):
    return max(x, a) == x

def g(a=1020):
    return a

assert f(g())

def f(d: int):
    return all([d ** i for i in range(3)])

def g():
    return 5*(3+1)

assert f(g())

def f(li: List[int], target=9):
    x, y, n = li
    return abs(x != y) <= target

def g(target=9):
    return [3, 4, 15]

assert f(g())

def f(ls: List[List[int]], max_dim=2):
    return len(ls) >= max_dim

def g(max_dim=2):
    return [list(range(i, j)) for i in range(max_dim+1) for j in range(max_dim+1)]

assert f(g())

def f(nums: List[int], thresh=75):
    return sum(nums) >= thresh

def g(thresh=75):
    return [x for x in range(50) if x < thresh]

assert f(g())

def f(n: int, u=100):
    return (n > u and not all(n % 2 == 0 for i in range(n)))

def g(u=100):
    return 100*u + 1

assert f(g())

def f(b: List[int], k=2):
    return sum(b == a for a in range(b[0], b[1])) <= len(b) - k - 1

def g(k=2):
    return [2, 3, 1, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16]

assert f(g())

def f(inds: List[int], vecs=[169, 203, 409, 437, 479, 478, 53, 159, 161, 367, 474, 447, 185, 447, 1, 2, 437, 160]):
    for v in vecs:
        assert all(l > 0 for l in inds) == all(l > 0 for l in vecs)
    return inds == vecs

def g(vecs=[169, 203, 409, 437, 479, 478, 53, 159, 161, 367, 474, 447, 185, 447, 1, 2, 437, 160]):
    return [i for i in vecs if i > 0]

assert f(g())

def f(n: int, t=37):
    return -(t + 1) ** (t - 1) < 1.001**-10 ** (-8)

def g(t=37):
    return t**t

assert f(g())

def f(indices: List[int], lower=100000, upper=4000000):
    return min(indices) >= lower and sum(indices[1:]) + indices[0] > upper

def g(lower=100000, upper=4000000):
    return list(range(upper-lower+1, upper+1))

assert f(g())

def f(s: str, target="hello are you there?"):
    return target[(len(target) - 4) // 2:len(target)] == s

def g(target="hello are you there?"):
    return target[(len(target) - 4) // 2:len(target)]

assert f(g())

def f(x: List[int], target=100):
    return sum(x) == target

def g(target=100):
    return [target]

assert f(g())

def f(n: int, m=2000):
    assert n >= 1
    return m ^ (n - 1) <= len(set({n})) < m / 2

def g(m=2000):
    return len(set(range(m+1)))

assert f(g())

def f(n: int):
    for i in range(n):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return True

def g():
    return 5

assert f(g())

def f(words: List[str], n=9):
    return n == sum(len(w) for w in words) or n == len(words)

def g(n=9):
    return [str(i)+"abcdefghijklmno" for i in range(n)]

assert f(g())

def f(nums: List[int], b=100, m=8):
    assert len(nums) == m and min(nums) >= 0
    return b == min(e for e in nums if e >= b)

def g(b=100, m=8):
    return [b + i for i in range(m)]

assert f(g())

def f(s: str):
    return ''.join(ch for ch in s.split() if ch) == s

def g():
    return 'abcd'

assert f(g())

def f(s: str, target="first step", reverse=True):
    if reverse:
        return s.lower() == target.lower()
    return s == target

def g(target="first step", reverse=True):
    if reverse:
        return "first step"
    return "first step" == target.lower()

assert f(g())

def f(nums: List[int]) -> bool:
    return all(i in nums for i in [num for num in nums if num < 1000])

def g():
    return [1000, 1002]

assert f(g())

def f(nums: List[int], n=10):
    return len(set(nums)) == n

def g(n=10):
    return [int(i) for i in range(n)]

assert f(g())

def f(x: List[int], n=10):
    for i in x:
        if i == '0' * n:
            return False
    return not n % 1 and all([x[i] > 0 and x[i] <= n for i in range(10)])

def g(n=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9] * n

assert f(g())

def f(nums: List[int], targets=[-4, -3, -2, -1, 0], count=6):
    for x in targets:
        assert x in nums, "oo"
        assert all(nums[x] == targets[x] for x in nums)
    return all(nums[0] <= x and nums[-1] >= x for x in targets) or all(nums[-1] <= x and nums[0] >= x for x in targets)

def g(targets=[-4, -3, -2, -1, 0], count=6):
    return range(0, count, 2) + range(0, count - 1) if targets == [-1,0] else targets

assert f(g())

def f(s: str):
    return "{} {}" in s and "{} {}" in s

def g():
    return "{} {}" and "{} {}"

assert f(g())

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

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

assert f(g())

def f(s: str):
    m = len(s)
    for c in s:
        m = (m // 10 + (m % 10) - 1) % 10
    return m == m % 10

def g():
    return "abc"

assert f(g())

def f(l: List[int]):
    return all(i != j for i, j in zip(l, list(range(2000))) if i != j) and len(set(l)) > 1000

def g():
    return list(range(1500))

assert f(g())

def f(s: str):
    i = s.index("(")
    for j in range(3, len(s)-i, -1):
        if i in s:
            s = s[i+1:]
    return s.count(s[i:]) == 1

def g():
    return "(((a)*b)*c)+d"

assert f(g())

def f(n: int, a=1137, b=123, c=65):
    return n > a and n > b and n > c

def g(a=1137, b=123, c=65):
    return int(int("1234567890" + "0"*13) ** 0.5) + 1

assert f(g())

def f(s: List[List[int]]):
    return len(s) == len(s[0]) and len(s) == len(s[1])

def g():
    return [
        [1, 3, 5],
        [2, 4, 6],
        [3, 7, 8],
    ]

assert f(g())

def f(s: str):
    assert len(s) == 1, "can't compare a length of a string with a list of strings"
    return ''.join(s).endswith('!')

def g():
    return "!"

assert f(g())

def f(li: List[int]):
    assert len(li) == 10
    return not all(li[i] == li[i + 1] for i in range(10))

def g():
    return [i**2 for i in range(10)]

assert f(g())

def f(w: int, a=1000):
    return 1 <= (a-w) % (a+w) <= w

def g(a=1000):
    return a and int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=7012):
    return sum(1 for c in s if c == '.' and c.isdigit()) == 0

def g(n=7012):
    return "{}".format(n)

assert f(g())

def f(g: str):
    return g.count(' ') > 3 and g.count('1') > 3 and g.count('2') > 3 and g.count('3') > 3

def g():
    return "1234 " * 9

assert f(g())

def f(s: str, a=8, b=8, min_sum=0.6):
    return s == "satisfied" or s == "unsatisfied" or s == "satisfied and not satisfied"

def g(a=8, b=8, min_sum=0.6):
    return "unsatisfied"

assert f(g())

def f(nums: List[int], n=5243):
    return nums == sorted(nums) and len(nums) == n

def g(n=5243):
    return sorted(list(range(n)))

assert f(g())

def f(p: float, b=100000, target=0.5):
    return (p >= b) and (p < b + 1)

def g(b=100000, target=0.5):
    return float(target) + b

assert f(g())

def f(n: int, a=10002, b=10004):
    return n == a or n == b

def g(a=10002, b=10004):
    return a and b

assert f(g())

def f(length: int):
    return min(length, 100) <= len(set(range(4)))

def g():
    return 1

assert f(g())

def f(n: int):
    return n > 1001

def g():
    return int(2147483647) - 1

assert f(g())

def f(n: int):
    assert n == int(n)
    return n + 1 in [1, 2, 3, 4, 5, 6, 7, 8, 9]

def g():
    return 1

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n == a or n == b

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

assert f(g())

def f(s: str, sub_str="foobar", index=3):
    return len(s) - 1 - index - len(s[:index]) >= index

def g(sub_str="foobar", index=3):
    return "foobar"*(index-2) + "bar"*(index-1)

assert f(g())

def f(substring: str, max_length: int = 23):
    return len(substring) == max_length

def g(max_length: int = 23):
    return "." * max_length

assert f(g())

def f(b: List[int], k=50):
    return len(set(b)) == k

def g(k=50):
    return [int(x) for x in range(k)]

assert f(g())

def f(target: List[int], n=8):
    t = [1, -1, 0, 1, 2, -1, 2]
    return all(target[i] >= 0 for i in t)

def g(n=8):
    return [1, 2, 3, 4]

assert f(g())

def f(a: float, n=123):
    return a == n

def g(n=123):
    return float(str(n))

assert f(g())

def f(x: List[str]) -> bool:
    return all(c in x for c in {"hi","there", "goodbye"})

def g():
    return ["hi","there","goodbye"]

assert f(g())

def f(n: int, b=0, c=0, d=0, e=0, target=999999999):
    assert b in [-1, 0, 1], "Target is negative"
    assert c in [-1, 0, 1], "Target is negative"
    assert d in [-1, 0, 1], "Target is negative"
    assert e in [-1, 0, 1], "Target is negative"
    if n == target:
        return True
    else:
        return False

def g(b=0, c=0, d=0, e=0, target=999999999):
    return target + b + c + d + e

assert f(g())

def f(nums: List[int], a=6):
    return len(nums) == a

def g(a=6):

    return list(range(a))

assert f(g())

def f(x: float, a=1020):
    return x > 0.0 and round(x, 2) != int(x ** 2)

def g(a=1020):
    return 2.0

assert f(g())

def f(num: int):
    return num >= 1000

def g():
    return len(list(range(1000)))

assert f(g())

def f(x: int, a=151409503312, b=36135619):
    return x == a + b

def g(a=151409503312, b=36135619):
    return int(a + b)

assert f(g())

def f(nums: List[int]):
    nums.sort()

    return all(nums.count(u) == 1 and nums.count(n) == 1 and n != u for u, n in zip(nums, nums[1:]))

def g():
    return [1, 2]

assert f(g())

def f(inds: List[int], n=2, v=10, lower_bound=5):
    return sum(inds) >= n and sum(inds) > 0 and max(inds) >= lower_bound

def g(n=2, v=10, lower_bound=5):
    return [1] * (n+1) + [9*v + 2*i for i in range(v+1)]

assert f(g())

def f(s: str, n=15):
    return (all([char in s for char in str(len(s))]) or all([char in s for char in s.__contains__(str(len(s)))]))

def g(n=15):
    return "123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return s.count("a") == len(s) - 5

def g():
    return "aabcabcba"

assert f(g())

def f(nums: List[str]):
    return len(nums) >= 1000 and all(s for s in nums)

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

assert f(g())

def f(t: List[int], a=7, b=3):
    return t[0] == a and t[-1] == b

def g(a=7, b=3):
    return [7] + [3] * (a+b)

assert f(g())

def f(n: int, k=1000000):
    k1, k2 = k, k
    i = k2 * n / k2 - k1
    return i >= 0 or i < len(n)

def g(k=1000000):
    return k + 1

assert f(g())

def f(s: str):
    return s.count(s) == 1 and s.count("8") > 1

def g():
    return "123456789a1b2c3d4e5f6g7h8i9j0"

assert f(g())

def f(x: str, parts=['I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!']):
    return all(i in x.split() for i in parts) and all(s in x.split() for s in x.split() if s not in x.split())

def g(parts=['I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!', 'I!!!']):
    return "(" + " ".join("{0} ".format(x) for x in parts) + ")"

assert f(g())

def f(nums: List[int], target_angle=90):
    m = 1000
    return m >= 2 and min(sum([a for a in nums if a == target_angle]) for a in nums) > 0

def g(target_angle=90):
    return list(range(100))

assert f(g())

def f(nums: List[int], a0=123):
    return all([a0 ** n == a0 for n in nums]) or a0 == 123

def g(a0=123):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, a=8, b=8, min_sum=0.6):
    return s == "satisfied" or s == "unsatisfied" or s == "satisfied and not satisfied"

def g(a=8, b=8, min_sum=0.6):
    return "satisfied" if a == b else "unsatisfied"

assert f(g())

def f(s: str, target="my name is", reverse=False):
    return s == target

def g(target="my name is", reverse=False):
    return "my name is" if target != "my name is" else target

assert f(g())

def f(s: str, count=3):
    for c in s:
        if c == "1":
            return True
        elif c == "2" or c == "3":
            return False

def g(count=3):
    return "123456789" + "0"*9

assert f(g())

def f(l: List[int], targets=4):
    return len(l) == targets

def g(targets=4):
    return list(range(targets))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s[0] == s[1] else s.lower() if s[0] > s[1] else s)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return '%s' % s

assert f(g())

def f(nums: List[int], n=5000):
    return len(nums) >= n and sum(nums) == n and all(j > 0 for j in nums)

def g(n=5000):
    return [1] * n

assert f(g())

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

def g():
    s = "world"
    return s

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if s[i] in ("4", "6", "8", "9", "15", "18", "15", "16") and s[i - 1] == "8":
            return i + 1 == len(s)
    return False

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(a: int):
    return a > 10000

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

assert f(g())

def f(list: List[int]):
    return all({i in [0, 1, 2, 3, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17] for i in list})

def g():
    return [1, 2, 1, 3, 11, 12, 13, 14, 15, 17]

assert f(g())

def f(s: str):
    return s[0] == s[-1] and len(s) % 2 == 0

def g():
    return "1234567891"

assert f(g())

def f(d: List[int], a0=123):
    return a0 == d[0] and len(d) == 2

def g(a0=123):
    return [a0, 1]

assert f(g())

def f(v:List[int]):
    return all(i in v for i in range(100) if i > 2)

def g():
    return [i for i in range(100) if i > 2]

assert f(g())

def f(list: List[int], n=4):
    x = list + [0]
    if n != 0:
        x = x + [1]
        x = x + [2]
    return len(set(x)) + 1 == len(list) + 1

def g(n=4):
    return list(range(n+1))

assert f(g())

def f(s: str, a=4, d=3):
    return (len(s) == 1 if s.isalpha() or s.isalnum() else False)

def g(a=4, d=3):
    return "0" if a > d else "1"

assert f(g())

def f(x: List[int], z=8192):
    return len(x) == z and all([i in x for i in range(z) if i == 0])

def g(z=8192):
    return [i for i in range(z)]

assert f(g())

def f(n: int):
    return all(0 <= k + 1 / k for k in [2**i for i in range(10)])

def g():
    return 2**10

assert f(g())

def f(s: str):
    return all(s.startswith("abc") for a in ["ab", "ac", "bc"])

def g():
    return "abc,abcd,cdef,abcdef"

assert f(g())

def f(nums: List[int], upper=100):
    return abs(sum(i ** 2 for i in nums)) > upper

def g(upper=100):
    return list(range(1000))

assert f(g())

def f(n: int, p=0.2, n_p=50, j=0.1):
    return n * (n_p * 2 - n_p * j - 1)*p > 10000

def g(p=0.2, n_p=50, j=0.1):
    if p > 0:
        return int(int("123456789" + "0" * 9) ** p) + 1
    else:
        return 0

assert f(g())

def f(s_case: str, s="I was not sure if this works, I guess"):
    return s_case == (s.upper() if s.count("i") == 3 else s.lower())

def g(s="I was not sure if this works, I guess"):
    return s == "I".upper() if s.count("i") == 3 else s.lower()

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and [n + i for i in nums] == [n + i for i in nums]

def g(n=12345):
    return [n + 1 for i in range(n)]

assert f(g())

def f(strs: List[str], n=200):
    return 0 <= len(strs) <= n and all(str in strs for str in strs) and len(strs) == n

def g(n=200):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(l: List[int], n=500):
    for i in range(n):
        if not l[i]:
            return False
    else:
        return True

def g(n=500):
    return list(range(1, n + 1))

assert f(g())

def f(nums: List[int], target="reverse me", lower_bound=25):
    return len(nums) >= lower_bound and nums != range(nums.index(min(nums)))

def g(target="reverse me", lower_bound=25):
    return list(range(25+lower_bound-1))

assert f(g())

def f(n: int):
    return n > 2**32

def g():
    return 0xffffffffffffffff

assert f(g())

def f(ls: List[str]) -> bool:
    for s in ls:
        if s == 'world':
            return False
    return True

def g():
    return [u"123456789" for u in ("a"*(i+2)+"b" for i in range(1000))]

assert f(g())

def f(inds: List[int], target=9):
    return inds[0] == target and inds[1:] == sorted(inds[1:])

def g(target=9):
    return [target, target + 1]

assert f(g())

def f(n: int) -> bool:
    return n > 2**32

def g():
    return int(int("123456789234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], target=17):
    assert len(nums) == 1
    return (nums[0] == target)

def g(target=17):
    return [target]

assert f(g())

def f(v: str, target="hello", length=5):
    return target == v

def g(target="hello", length=5):
    return target

assert f(g())

def f(nums: List[int], start=50):
    return min(nums) >= start and nums <= [start + 40]

def g(start=50):
    return [50, 51, 52, 53]

assert f(g())

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

def g(a=4, b=54368639):
    return 2 * (6 - a) + b

assert f(g())

def f(x: float, a=569, b=15):
    return x > a + b and (x - a) / (b - a) < 0.00001

def g(a=569, b=15):
    return float(a + b) - float(a) / (b - a)

assert f(g())

def f(s: str):
    return all((b in s for b in s) or (x in s for x in s))

def g():
    return "abcdefgh"

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):
    return s.count("!!") > 0

def g():
    return "!!!"

assert f(g())

def f(x: int):
    return x ** 2 < 1000 and x < 1000

def g():
    return 5

assert f(g())

def f(d: List[int], n=100):
    return d.index(n) - n <= 1

def g(n=100):
    return [n for _ in range(n)]

assert f(g())

def f(li: List[str]):
    return ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j"] == [li[i] for i in range(len(li))]

def g():
    return ["a","b","c","d","e","f","g","h","i","j"]

assert f(g())

def f(n: int, target=8):
    n2 = 3 * n + 1 if n % 2 else n // 2
    if n2 == target:
        return False
    else:
        n2 = n2 // 2 if not n2 % 2 else n2 * 2
    return n2 <= target

def g(target=8):
    return target

assert f(g())

def f(inds: List[int], p=0):
    return len(set(inds) & {p, p + 1, p + 2}) == 3

def g(p=0):
    return list(range(1000)) + [1, 2]

assert f(g())

def f(nums: List[int], n_dim=10):
    assert len(nums) == len(set(nums)) == n_dim and n_dim <= len(nums)
    if nums == list(range(n_dim)):
        return True
    for i, j in zip(nums, range(n_dim)):
        assert i in j, "index out of range"
    return False

def g(n_dim=10):
    return list(range(10))

assert f(g())

def f(n: int):
    return round(n) >= 1000000000  # use Python's round()

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

assert f(g())

def f(li: List[int]):
    return sum(li) >= 50

def g():
    return [50]

assert f(g())

def f(nums: List[int], c=3):
    assert all(len(str(n)) == len(set(str(n))) for n in nums)
    return len(set(nums)) >= c

def g(c=3):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s:str, start=10, length=4):
    return (0 < len(s) <= length and set(s) <= set("0123456789" * length))

def g(start=10, length=4):
    return str(str(start) + str(length))

assert f(g())

def f(x: List[int], a=2, b=10, target=5):
    for r in range(a):
        if x in range(b):
            return True
    return all((x ** 2 == a + (x ** 2 - a)) for x in range(b))

def g(a=2, b=10, target=5):
    return [a, b, target]

assert f(g())

def f(x: float, a=1020):
    return -a < 1e-25 and abs(x - a) < 10 ** -3

def g(a=1020):
    return a + 1.5e-24

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return abs(sum(n >= 0 for n in nums) - len(nums)) < 2

def g(upper_bound=5000):
    return [2, 3]

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n == a or n == b

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

assert f(g())

def f(n: int):
    return "23456789" in str(n * n)

def g():
    return int(int("23456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a=4, b=54368639):
    return s.upper().startswith("A")

def g(a=4, b=54368639):
    return "A" * a + "B" * b

assert f(g())

def f(x: int, s=32, c=23, b=2):
    return x == 0 or s == 32 or x == c or s == b or (b - c) * x < 0

def g(s=32, c=23, b=2):
    return s * c

assert f(g())

def f(s: str, t="aaAab"):
    return s.lower().startswith(t.lower())

def g(t="aaAab"):
    return t.lower()

assert f(g())

def f(a: [int], target=5):
    return a[0] == 5 and a[1] == 5 * 2

def g(target=5):
    return [5, 10]

assert f(g())

def f(n: int):
    n = n ** 0.5
    if n > 500:
        return True
    elif n < -500:
        return False

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

assert f(g())

def f(s: str):
    return 'abcdefghi' == s

def g():
    return 'abcdefghi'

assert f(g())

def f(nums: List[int]):
    return all(i <= nums[i] for i in range(3) if i not in nums or nums[i]  > nums[i - 1])

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

assert f(g())

def f(nums: List[int]):
    return sum(n for n in nums if n > 0) <= 7

def g():
    return [0]*1000

assert f(g())

def f(s: str, strings=[], m=1, n=1):
    assert all(s[i] != s[i - 1] for i in range(len(s) - 1)) and len(strings) == min(len(strings), m, n)
    return all(string in strings for string in strings)

def g(strings=[], m=1, n=1):
    return str(int(min(m, n)+1) + m*n*n + n*(m*n**2))

assert f(g())

def f(ej: List[int], n=5):
    return {i for j in ej for i in range(j)} == {0, 1, 2, 3, 4}

def g(n=5):
    return [0, 1, 2, 3, 4] + [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], a=2, b=3):
    return all(i in range(len(nums)) for i in nums) and all(i != j for i, j in zip(nums, [1, 2]) for j in range(len(nums) - 1))

def g(a=2, b=3):
    return list(range(b, a))

assert f(g())

def f(nums: List[int], targets=[[1, 2, 4], [1, 2, 3], [1, 3, 4], [1, 3, 3]]):
    for x in targets:
        return nums == x

def g(targets=[[1, 2, 4], [1, 2, 3], [1, 3, 4], [1, 3, 3]]):
    for x in targets:
        return x

assert f(g())

def f(v: str):
    return "string" in v

def g():
    return ["string", "xyz"][0]  # is this line needed?

assert f(g())

def f(n: int):
    return str(n).startswith("12345")

def g():
    return int("12345" + "0"*4) + 4

assert f(g())

def f(x: List[int], n=9, s=18):
    return all([x[i] != -10.0 for i in range(n)])

def g(n=9, s=18):
    return [0]*n + [1]*(n+s)

assert f(g())

def f(nums: List[int], target=4):
    return sum(num for num in nums if not num % target) == target

def g(target=4):
    return [4, 3, 1, 2, 6]

assert f(g())

def f(li: List[int], k=4):
    return len(li) == k and sum(i*li[0] for i in range(k)) == 0

def g(k=4):
    return [0,1,2,3]

assert f(g())

def f(x: float, a=1020):
    return (x > 0 and x < 100) or (x > 100 and x < 1000) or (x > 1000)

def g(a=1020):
    return 1020.0

assert f(g())

def f(n: int):
    return n >= 20  # should work on any reasonable number

def g():
    return 42

assert f(g())

def f(c: List[int]):
    return all([sum(i) != c[i] for i in range(len(c))])

def g():
    return [x for x in range(3) if x > 2]

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(nums) > thresh

def g(thresh=17):
    return [9**i for i in range(thresh)]

assert f(g())

def f(x: float):
    return str(x).startswith("1.2345")

def g():
    return 1.23457

assert f(g())

def f(target: List[int], n=4, length=200):
    return target[1] == 1 and target[2] < 4 and 0 < n <= 200

def g(n=4, length=200):
    return [1]*4 + [2]*n

assert f(g())

def f(x: float, alpha=0.7):
    return abs(x - alpha) < 1.5 * 10 ** -6

def g(alpha=0.7):
    return alpha

assert f(g())

def f(l: List[int]):
    return all(n > l for n in [0, 1, 2, 3, 4, 5] if n not in l)

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

assert f(g())

def f(s: str):
    return all(i in ["a", "b", "c"] for i in s)

def g():
    return "abcabcabc"

assert f(g())

def f(s: str):
    return ''.join(map(lambda x: x, s.lower())) == 'hello world'

def g():
    return "hello world"

assert f(g())

def f(res: int, m=12345678987654321, n=4):
    return (res // m == n and res % m - 1 == 0)

def g(m=12345678987654321, n=4):
    return ((((m - 1) * n - 1) // 2 // n) == (((m - 1) * n - 1) // n) and (m % n // m)) or (m * n + 1)

assert f(g())

def f(y: int):
    return all(x < y for x in range(1000) if x % 2 == 0)

def g():
    return 1000

assert f(g())

def f(u: List[str], n=1234):
    result = []
    for i in range(len(u)):
        if isinstance(u[i], str):
            u[i] = int(u[i])
        if u[i] > n:
            result.append(u[i])
    return not result

def g(n=1234):
    return [x for x in range(0, n) if x > n]

assert f(g())

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

def g():
    return "abc"

assert f(g())

def f(n: int):
    return all(x / n == 1 for x in range(n))

def g():
    return 0

assert f(g())

def f(pos: List[int]):
    return len(pos) == 3 and any(s for s in pos if s > 0) and pos[0] < pos[1] < pos[2]

def g():
    return list(range(3))

assert f(g())

def f(l: List[int], n=10, target=100):
    return len(l) == n and 10 - sum(l) <= target

def g(n=10, target=100):
    return [1 if i % n == 0 else i + 1 for i in range(n)]

assert f(g())

def f(x: List[int], a=2, c=3):
    return x[0] == 2 and x[1] == 3

def g(a=2, c=3):
    return [a, c]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187]):
    return n >= nums.pop(0)

def g(nums=[77410, 23223, 54187]):
    return int(nums.pop(0) * nums.pop(0))

assert f(g())

def f(s: str):
    return s.count("1") == 1 and s.count("0") > 0

def g():
    return "1" + "0"*4

assert f(g())

def f(nums: List[int], target=12345):
    return (sum(i ** 2 for i in nums) > target)

def g(target=12345):
    return list(range(target, target + 100))

assert f(g())

def f(n: int):
    return sum(i for i in range(n) for l in range(n) for j in range(n)) > n

def g():
    return 4

assert f(g())

def f(n: int, a=5129, d=17):
    return isinstance(n, int) and a + d == n

def g(a=5129, d=17):
    return f(a, d) if not isinstance(a, int) else a + d

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s >= target

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

assert f(g())

def f(n: int):
    for i in range(3):
        assert n % 1 == 0
        n -= 1
    return not n%1

def g():
    return 3*1

assert f(g())

def f(s: str):
    return len(s) == sum(len(sub) for sub in list(s))

def g():
    return "hello"

assert f(g())

def f(d: str):
    return '_.' in d or len(d) > 10

def g():
    res = " _." * 6
    return res

assert f(g())

def f(n: int):
    return str(int(n) * n).startswith("123456")

def g():
    return int(int("123456" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n < 10

def g():
    return 1

assert f(g())

def f(d: List[int]):
    return all([d[i] == i for i in range(10)])

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(stamps: List[int], max_stamps=4):
    return sum(stamps) <= max_stamps

def g(max_stamps=4):
    return [1]

assert f(g())

def f(n: int, a=1342000, b=553400):
    return n <= a and n >= b

def g(a=1342000, b=553400):
    return min(a-b, b)

assert f(g())

def f(n: int):
    result = False
    for _ in range(n):
        result = True
    return result

def g():
    return 2 + 5 + 6 + 7

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if i <= thresh else 2 for i in nums) > 17

def g(thresh=17):
    return list(range(1,1000,3))

assert f(g())

def f(nums: List[int], v=3, w=20):
    return all(sum(vec[i] for vec in nums) + v + w <= n for n in nums)

def g(v=3, w=20):
    return []

assert f(g())

def f(s: str, k=4):
    return s.count("(") == k and s.count("(") > 0

def g(k=4):
    return ("(") * k

assert f(g())

def f(number: int, a=3, b=23463462):
    return b // number == a  # int(b // number) == int(b)

def g(a=3, b=23463462):
    return b // a

assert f(g())

def f(l: List[int], t=11):
    return all(i in l for i in range(min(max(l), t), max(l) + 1))

def g(t=11):
    return [1, 2]

assert f(g())

def f(s: str):
    return "This is [insert string]\n" in s or "this is  [insert string]\n" in s

def g():
    return "This is [insert string]\n" or "this is  [insert string]\n"

assert f(g())

def f(l: List[int]):
    return 0 <= len(l) < 16

def g():
    return [2, 5, 7, 9]

assert f(g())

def f(x: int, a=2, b=-1, c=1, d=2):
    return abs(a * x + b - c * x - d) < 10 ** -6

def g(a=2, b=-1, c=1, d=2):
    return d + 1

assert f(g())

def f(x: float, a=6, b=-1, c=2, d=1):
    return (a * x + b - c * x - d) ** 0.5 > 1000.0

def g(a=6, b=-1, c=2, d=1):
    return a * float(int(9 ** a) / 8 + 1) + b - c * float(int(9 ** a) / 8 + 1) - d

assert f(g())

def f(strategy: str):
    return strategy in ["--x", "x--"]

def g():
    return "--x"

assert f(g())

def f(board: List[int]):
    return all(board[i] == board[i + 1] for i in range(8))  # check for legal moves

def g():
    return [4, 4, 4, 4, 4, 4, 4, 4, 4]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 101 and any(not ('a' in x and 'z' in x) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(101)]

assert f(g())

def f(ls: List[str], n=8):
    return min(ls) == max(ls) == str(n)

def g(n=8):
    return [str(n) for _ in range(2)]

assert f(g())

def f(f: List[int]):
    return sum(f) == 0 and all(f)

def g():
    return []

assert f(g())

def f(path: List[int]):
    return len(path) > 3 and len(path) % 2 == 0 and path[1] < path[-1]

def g():
    return [0, 1, 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, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45]

assert f(g())

def f(pos: int, s="foo"):
    return (len(s) - pos) % 2 == 0

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

assert f(g())

def f(s: str):
    return s.lower().startswith("he")

def g():
    return "Hello "

assert f(g())

def f(s: str):
    return s.count(s) == len(s) and s.count(s) == 1

def g():
    return str(0)

assert f(g())

def f(nums: List[int], n=4):
    return sum(nums) == n and sum(i ** 2 for i in nums) == n

def g(n=4):
    return [1 for i in range(n)]

assert f(g())

def f(s: str):
    return s == 'abc' or s == 'bab'

def g():
    return 'abc' or 'bab'

assert f(g())

def f(li: List[int], l=0):
    x = []
    x2 = []
    for i in li:
        if i in x:
            x.append(i-l)  # don't move to the end
        x2.append(i + l)
    return x == x2  # make sure we don't split by shifting

def g(l=0):
    return [1, 2] * l

assert f(g())

def f(n: int, start=[0, 1, 4, 9], target=1186):
    return n in [start[0], start[0]+1] and (n > start[0]+target) or n == start[0]+target

def g(start=[0, 1, 4, 9], target=1186):
    return start[0] + target

assert f(g())

def f(start: int, m=10, n=5):
    return sum(i**2 for i in range(m) for j in range(n)) <= start

def g(m=10, n=5):
    return 10000000

assert f(g())

def f(x: List[int], t=100, a=1, e=31, s=10000):
    if len(x) > 1:
        return sum(x) > t - a
    else:
        return t > 0 and sum(list(x)) > a - t - e

def g(t=100, a=1, e=31, s=10000):
    return [t + a, t + e] * s

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(11))

assert f(g())

def f(s: str, n=1000):
    return all(ord(s[i]) != s[(i + 1) % n] for i in range(10))

def g(n=1000):
    return "123456789" * n

assert f(g())

def f(nums: List[int], upper_bound=60000):
    return sum(nums) >= upper_bound

def g(upper_bound=60000):
    return [n + 1 for n in range(upper_bound)]

assert f(g())

def f(s: str, a=2):
    return float(s) % 2 == 0

def g(a=2):
    return "0" * a

assert f(g())

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

def g(word="abc"):
    return "%s is %s! (the number %s)" % (word, "abc"==word, word)

assert f(g())

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

def g():
    return "Funny world"

assert f(g())

def f(n: int, start=5128, b=2):
    if n == start:
        return b == 1
    return n >= start

def g(start=5128, b=2):
    return int(str(b)[::-1] + str(start)[::-1])

assert f(g())

def f(s: str):
    return s == "a" * 12 or len(s) == 5

def g():
    return str(6.0) + "ab"

assert f(g())

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

def g():
    return "hello world"

assert f(g())

def f(nums: List[int], m=3):
    assert len(nums) == m and min(nums) >= 0
    return len(set(nums)) <= m and nums[0] != 0 or max(a for a in nums if a > 0) < nums[-1]

def g(m=3):
    return [4, 5, 6]

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(len(l)+1) if x > 0)

def g():
    return [1, 2]

assert f(g())

def f(n: int, target=500):
    return all(i == n for i in range(1, len(str(n))) for n in range(6, 50, -1))

def g(target=500):
    return 1000 // target

assert f(g())

def f(stops: List[str], n=4):
    return len(sorted(map(str, stops))) >= 4

def g(n=4):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(substring: str, target="reverse me", length=5):
    if len(substring) < length:
        return False
    return len(substring) >= length

def g(target="reverse me", length=5):
    return target[length:]

assert f(g())

def f(subs: List[int], max_dim=12):
    for s in subs:
        assert all(s <= 1000 for s in subs)
    return len(subs) >= max_dim and len(subs) > 0

def g(max_dim=12):
    return [0 for _ in range(max_dim)]

assert f(g())

def f(t: str):
    if t.count("a") == 2 or t.count("a") == -2:
        return t.count("b") == 1
    else:
        return all(s == s.replace("a", "b") for s in t) and t == '123'

def g():
    return "123";

assert f(g())

def f(t: List[int], max_len=10):
    if all(x < y for x, y in zip(t, t[1:] * 2)):
        t = t[:max_len]
    return max(len(t) // 2, 1 + len(t)) <= max_len

def g(max_len=10):
    return [4, 3, 2, 1]

assert f(g())

def f(x: List[int], n=7):
    return max(x) == n

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

assert f(g())

def f(nums: List[int], target_length = 100):
    assert (0 <= target_length <= 100)
    return sum(i ** 2 for i in nums) >= target_length

def g(target_length = 100):
    return [x for x in range(10) if x % 2 == 0]

assert f(g())

def f(t: int):
    return t in [5, 4, 3, 2, 1]

def g():
    return 2

assert f(g())

def f(n: int):
    return n >= 131071 and n < 131114  # not 131091

def g():
    return 131071

assert f(g())

def f(s: str, target="kittens", length=6):
    if len(s) < length:
        return False
    if target == s:
        return True
    if len(s) > length:
        return False
    return target == s[0::length]

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

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 5

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(nums: List[int], lower_bound=0):
    return len(nums) >= lower_bound

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

assert f(g())

def f(s: str, n=8):
    return s.count("(") == 1

def g(n=8):
    return "\(\d+\)".format(n)

assert f(g())

def f(s: str):
    return s[0] > s[-1]

def g():
    return "hello:world"

assert f(g())

def f(x: float):
    assert x > 2**-8, "bad values"
    return 100.5 <= abs(x)

def g():
    return 100.5;

assert f(g())

def f(nums: List[int], upper=6):
    return (len(nums) + 2) % upper == 0

def g(upper=6):
    return [1, 2, 3, 4, 5, 6, 13, 14, 15, 17]

assert f(g())

def f(s: List[int], target=5):
    return len(s) == target

def g(target=5):
    return [5*i for i in range(target)]

assert f(g())

def f(n: int, a=12345, b=12345):
    for x in range(n):
        if (a+b) - a == x:
            return True
    return False

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

assert f(g())

def f(seq: List[int]):
    return all(i in range(1000) and i % 3 in seq for i in range(1000))

def g():
    return [0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15]

assert f(g())

def f(x: int, a=253532, b=1230200):
    return abs(x - a) <= b <= abs(x + a)

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

assert f(g())

def f(s: str, a=5, d=50):
    return len(s) == a + len(s[a:a+d])

def g(a=5, d=50):
    return str(a)+str(d)+str(a+d)

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return len(str(a + x)) == len(str(b - x))

def g(a=1073258, b=72352549):
    a = a * 2
    return 1073258 + a - b

assert f(g())

def f(p: List[int], n=4):
    return len(set(p)) == n

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

assert f(g())

def f(n: int):
    return n > 2000 and n > 2090 and n > 2080 and n > 2070 and n > 2060 and n > 2050

def g():
    return 20000000

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, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: int, a=10201202001, b=2530200):
    if x >= 1:
        return x + a <= b or (x - 1) + b >= a
    else:
        return x - a == b

def g(a=10201202001, b=2530200):
    return a*a + b

assert f(g())

def f(s: str, n=9):
    return s == 'yes' and n >= 2

def g(n=9):
    return "yes" if n == 9 else "no"

assert f(g())

def f(n: int):
    if n > 1:
        return max(n, 1) == n

def g():
    return 1000

assert f(g())

def f(n: int):
    return (n ** n) == n * n

def g():
    return int(9**0.1)

assert f(g())

def f(s: str):
    return s.isdigit() and s != "" and len(s) != 0

def g():
    return "123456789"*20

assert f(g())

def f(lb: List[str]):
    return len(lb) >= 5

def g():
    return [str(i) for i in range(50)]

assert f(g())

def f(a: List[int]):
    return len(a) == 3

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

assert f(g())

def f(v:List[int]):
    return all(i in v for i in range(100) if i > 2)

def g():
    return list(range(100))

assert f(g())

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

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

assert f(g())

def f(n: int, f=2, u=10, v=12, w=4, p=3):
    return n <= 10 and (n % 2) == 0 or (n % 2) == 1 and sum(f * u * w for i in range(p)) > v * w

def g(f=2, u=10, v=12, w=4, p=3):
    return 5

assert f(g())

def f(n: int, k=5):
    return n >= k and all(n > k + 1 and n < k**(1/2) for k in range(n, 1000))

def g(k=5):
    return int(int("123456789" + "0"*9) ** k) + 1

assert f(g())

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

def g():
    return "h"

assert f(g())

def f(x: List[int], target=3):
    return all((x >= i for i, x in enumerate(x)))

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

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3
    i = int(max(probs[1], probs[0]))
    return i % 3 == 0 != all(probs[i + 1] - probs[i] == 0 for i in range(2))

def g():
    return [0.0, 0.0, 0.0]

assert f(g())

def f(x: float, a=1021):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=1021):
    return a**0.5

assert f(g())

def f(x: str):
    return x.count('+') > 2 and len(x) > 1

def g():
    return '+' * len(str(100000000))

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == n and all(abs(nums[i] - i) >= 1 for i in range(len(nums)) if i >= tot)

def g(tot=12345, n=5):
    return [3, 4, 5, 6, 100]

assert f(g())

def f(r: str):
    return r[::-1] == r[::-1]

def g():
    return "abc"

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > b + c

def g(a=17, b=100, c=20):
    return int(int("123456789" + "0"*9) ** a + b + c)

assert f(g())

def f(x: str):
    if len(x) == 4:
        return len(x) == 2 and sum(x) == 2
    elif len(x) > 3:
        return x == x
    return len(x != 0) == len(x) == 1

def g():
    return str(x for x in range(2**100) if x % 2**10)

assert f(g())

def f(n: int, a=1110, b=20):
    return n < a or n > b

def g(a=1110, b=20):
    return 2 - a

assert f(g())

def f(s: str, index=2):
    return ''.join(s) == s.ljust(index)

def g(index=2):
    return "abcd23e"

assert f(g())

def f(nums: List[int], target=4):
    return len(nums) == len(set(nums)) == target

def g(target=4):
    return [nums for nums in map(int, range(target))]

assert f(g())

def f(d: int, d1=1, d2=3, d3=5):
    return d % d1 == 0 and d % d2 == 0 and d % d3 == 0

def g(d1=1, d2=3, d3=5):
    return int(d1 * d2 * d3) ** (d1 + d2 + d3)

assert f(g())

def f(s: str, n=10):
    return all([s == s.rjust(n) for i in range(n)])

def g(n=10):
    return str(list(range(n)))

assert f(g())

def f(nums: List[int], m=7, n=7):
    return all({sum(x*x for x in nums[i:]) >= m for i in range(n)})

def g(m=7, n=7):
    return [0] + [1]*m + [1]*n + [2]*(n-1)*m + [2]*(n-1)*n+[3]*(n-1)*n+[4]*n

assert f(g())

def f(s: str, n=1000):
    return all([substring in s for substring in ["hello", "goodbye", "good", "g"]])

def g(n=1000):
    return "hello" + "goodbye" + "goodgood" + "g"

assert f(g())

def f(t: str, s="Konjac"):
    return t.startswith("k") and all(len(s.lower()) == 1 for s in t)

def g(s="Konjac"):
    return "k"

assert f(g())

def f(num: int):
    return num < 5 or num > 100

def g():
    return int(f(0))

assert f(g())

def f(n: int):
    return all(n**2 % n <= 1 for n in range(1, 9))

def g():
    return 0

assert f(g())

def f(n: int, cnt=16):
    count = 1
    for i in range(n):
        count += cnt**i
    return count >= 4

def g(cnt=16):
    return cnt * cnt

assert f(g())

def f(d: List[int]):
    assert d == [1, 2, 3]
    return d[0] == 1 and d[1] == 2

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

assert f(g())

def f(t: str):
    return "The" in str(t)

def g():
    return "The world"

assert f(g())

def f(nums: List[int], q=90):
    return len(nums) <= q and sum(i for i in nums) == q

def g(q=90):
    return [num for num in range(10**7) if num == q]

assert f(g())

def f(t: str):
    return t.count("(") > 0 and t.count(")") > 0

def g():
    return "((1) 2)";

assert f(g())

def f(n: int):
    return (int(n) > 0)

def g():
    return 2

assert f(g())

def f(s: str):
    s = s.lower()
    assert len(s) == len(s.lower())
    return bool(s)

def g():
    return "foobar"

assert f(g())

def f(x: str):
    return str(1) in x and str(2) in x and str(3) in x

def g():
    return str(1) + str(2) + str(3)

assert f(g())

def f(nums: List[int], target=100):
    return sum(nums) > target

def g(target=100):
    return [int(n) for n in range(target)]

assert f(g())

def f(s: str):
    if s.count("123") > 0 and all(s.split()[0] == s.split()[-1] for s in s):
        return True
    assert s.count("12") > 0
    assert s.count("45") == 0
    return False

def g():
    return "12345" + "678" + "9" + "0"*5

assert f(g())

def f(li: List[int], min_index=10):
    return len(set(li)) == min_index

def g(min_index=10):
    return [i for i in range(min_index)]

assert f(g())

def f(tot: int, nums=[2, 7], max_chars=20):
    return tot == sum(1 if i < max_chars else 2 for i in nums)

def g(nums=[2, 7], max_chars=20):
    return sum(1 if isinstance(n, int) else 1 for n in nums)

assert f(g())

def f(nums: List[int], n=12):
    return len(nums) == n

def g(n=12):
    return [n for _ in range(n)]

assert f(g())

def f(n: int):
    return "1" in str(1j)

def g():
    return 0

assert f(g())

def f(s: str):
    return all(s.isdigit() for i in range(len(s) + 1))

def g():
    return "123456789"

assert f(g())

def f(inds: List[int], ui=5, v=10):
    if ui == 0:
        return False
    elif ui > 0 and v < 5:
        ui -= 1
        v += 1
    while ui >= 0 and ui < len(inds):
        ui -= 1
        v += 1
    return all(inds[j] == inds[ui] for j in range(ui))

def g(ui=5, v=10):
    return [sum(x*i for i in range(6,10+v,1)) for x in range(6,10+v,1)]

assert f(g())

def f(t: str):
    t = t.strip()
    return len(t) == 1 and eval(t) != t

def g():
    return str(1)

assert f(g())

def f(states: List[str]):
    return "".join([''.join(a) for a in states]) == "intelligent"

def g():
    return ["intelligent"]

assert f(g())

def f(res: List[int], a=1, b=10000000, c=2000000):
    for i in range(25):
        res = [i]
        if i == len(res) - 1:
            return True
        if i == len(res) - 2:
            return False
        x = res[i]
        for j in range(b):
            if abs(x - j) > 1:
                return False
    return True

def g(a=1, b=10000000, c=2000000):
    return [a]

assert f(g())

def f(n: int):
    assert n > 5
    return len(str(n)) == 4 and n % 2 == 0 and 0 <= n % 3

def g():
    return int(2 ** float(13.0))

assert f(g())

def f(li: List[int], upper_bound=10):
    return all(i in li for i in range(upper_bound)) and upper_bound <= len(li)

def g(upper_bound=10):
    return [1, 0, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1, 0]

assert f(g())

def f(x: int, a=1250, b=10, n=2):
    return x == a - b

def g(a=1250, b=10, n=2):
    return a - b

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a or n > a

def g(a=345346363, b=10):
    return a + b*20

assert f(g())

def f(li: List[int]):
    return all([int(d) for d in li])

def g():
    return []

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(8))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    if s.endswith("\n"):
        return True
    return False

def g():
    return "hello\n"

assert f(g())

def f(n: int):
    assert n >= 0 and n % 4 == 0, "Hint: n_0 is a even number."
    return n > 1000000

def g():
    return 1000000 + (1000000 * 1000000 + 1000000)

assert f(g())

def f(inds: List[int]):
    return inds == sorted(inds) and int(len(inds)) == 6

def g():
    return sorted(a+b for a,b in zip(range(6), range(9)))

assert f(g())

def f(x: int, a=2):
    return all(x >= 0 if a == a else x < 0 for a in [0, 1])

def g(a=2):
    return 1 + a*(a+1)

assert f(g())

def f(s: str):
    return "{}!".format(s) == "Hello world!".format(s)

def g():
    return "Hello world"

assert f(g())

def f(s: str, t=20, n=5):
    return all(i for i in range(n) for j in range(len(s), i + 1, ) if j)

def g(t=20, n=5):
    return (str(t) + str(10))[::-1]

assert f(g())

def f(d: int):
    return d == 2 ** 31 - 1 == 1 if d < 31 else d == 2 ** 31

def g():
    return 1 if 2**31 - 1 < 1 else 2**31

assert f(g())

def f(inds: List[int]):
    return all(len(i) == n for i in [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20] if (inds == sorted(inds)[0]))

def g():
    return [2, 4, 7]

assert f(g())

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

def g():
    return "B"

assert f(g())

def f(x: int):
    return x > 100000

def g():
    return 1000000

assert f(g())

def f(path: List[int], k=5):
    return path[0] == k and path[-1] == k

def g(k=5):
    return [k]

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in "abcdefghijklmnopqrstuvwxyz" * 2)

def g():
    return list(filter(str.isalnum, "123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"))

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and i + l[i] + l[i - 1] != "h" for i in range(999))

def g():
    return 2*[1 for _ in range(1000)]

assert f(g())

def f(s_case: str, s="ThisIsALongNameWithNoExtension", length=3):
    return s_case == (s.upper() if len(s) % 2 == 0 else s.lower())

def g(s="ThisIsALongNameWithNoExtension", length=3):
    return (s.upper() if len(s) % 2 == 0 else s.lower())

assert f(g())

def f(x: List[int], n=4, s=2021):
    if len(x) == n or (len(x) == n and sum(x) > s):
        return True
    return len(x) == n and sum(x) == s and index(x, ['a', 'b', 'c', 'd', 'e', 'f']) in range(n)

def g(n=4, s=2021):
    return [1, 2, 3, 4]

assert f(g())

def f(x: str):
    return x in ['x', '0'] or x == 'h'+str(ord('a')) or 'h'+str(ord('A')) in (x,)

def g():
    return 'h'+str(ord('a'))

assert f(g())

def f(nums: List[int], thresh=10):
    return len(nums) >= thresh

def g(thresh=10):
    return list(range(thresh))

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a or n > a

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

assert f(g())

def f(n: int, n1=1, n2=2):
    assert n1 < n2
    return n2 == len(range(n1)) and n2 == n1 or n2 == n1 + len(range(n))

def g(n1=1, n2=2):
    return 1 if n1 < n2 else 2

assert f(g())

def f(x: List[int], k=5):
    return all([x < 0 for x in x if x == (-5)])

def g(k=5):
    return [0,0] * k

assert f(g())

def f(lo: List[int]):
    return (lo[:][::1] + lo[-5:]).count(1) == 1

def g():
    return [int(x) for x in range(1,10)]

assert f(g())

def f(l: List[int]):
    assert len(l) >= 2
    for i in range(len(l) - 2):
        left = l[i]
        right = l[i + 1]
        return left - right == right

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

assert f(g())

def f(s: str, target="", len=8):
    s = s.lower()
    for ch in target.lower():
        if ch not in s:
            return False
    return True

def g(target="", len=8):
    return "12345678901234567890123456789012345678901234567890"*len

assert f(g())

def f(nums: List[List[int]]):
    nums = [x for x in nums if nums[x] == 1]
    return all(sum(1 * x for x in nums) == 0 for nums in nums)

def g():
    return []

assert f(g())

def f(s: str, a=10, b=3):
    return s.count("a") == a or s.count("b") == b

def g(a=10, b=3):
    return "abc" * b + "def" * a

assert f(g())

def f(count: int):
    return count >= 7 and count <= 20

def g():
    return 9

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(s: str, n=9):
    return s == 'yes' and n >= 2

def g(n=9):
    return "yes" if n > 0 else "no"

assert f(g())

def f(a: str, target="foobarbazwow", length=6):
    return a.startswith(target)

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

assert f(g())

def f(k: int):
    return k in (1, 15, 30, 35, ... , 15)

def g():
    return 1 or 15 or 30 or 35 or ... or 15

assert f(g())

def f(x: List[int], nums=[4, 8, 9, 1], lower_bound=4):
    return len(set(x)) == len(nums) and any(x[i] == nums[i] for i in range(len(nums)))

def g(nums=[4, 8, 9, 1], lower_bound=4):
    return list(map(int, map(str, nums)))

assert f(g())

def f(u: List[str], n=1234):
    result = []
    for i in range(len(u)):
        if isinstance(u[i], str):
            u[i] = int(u[i])
        if u[i] > n:
            result.append(u[i])
    return not result

def g(n=1234):
    return [str(n - i) for i in range(n)]

assert f(g())

def f(s: List[str]):
    return all([w in s for w in "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"])

def g():
    return [w for w in "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"]

assert f(g())

def f(n: int, lower_bound=5):
    return all(n - i for i in range(lower_bound, min(n, 5)) if n - i <= 1)

def g(lower_bound=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(path: List[int], m=12345, n=9):
    return all(path[i] == m and path[i + 1] == m for i in range(n))

def g(m=12345, n=9):
    return [m, m, m, m, m, m, m, m, m, m, m, m, m, m, m, m, m, m, m]

assert f(g())

def f(li: List[int], e=2):
    return e > 0 and len(li) > 2  # a,b,c

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

assert f(g())

def f(cands: List[int]):
    cands.sort()
    if cands == [-5, -4, -3, -2, -1, 0, 1, 2, 3, 4]:
        return True
    for n in [11, 5, 1, 7]:
        if cands[n] > cands[n-1]:
            return False
    return True

def g():
    return [-5, -4, -3, -2, -1, 0, 1, 2, 3, 4]

assert f(g())

def f(a: List[int], b=["abc", "abd", "abf"]):
    assert len(a) == len(b)
    return all((x in a) and (y in b) for x, y in zip(a, b))

def g(b=["abc", "abd", "abf"]):
    return [i + 1 for i in range(len(b))]

assert f(g())

def f(n: int):
    return all(i for i in range(int(n / 1e4)))

def g():
    return 1001

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 1000

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

assert f(g())

def f(n: int, nums=[2, 3, 4], upper_bound=600):
    assert all(count(set(n)) < upper_bound for i in range(n))
    return 0 <= n and n < upper_bound

def g(nums=[2, 3, 4], upper_bound=600):
    return sum(nums) // upper_bound

assert f(g())

def f(x: int):
    return (x + 2) % 3 == 0

def g():
    return 1

assert f(g())

def f(a: int, seq=[2, 2]):
    return a <= 5

def g(seq=[2, 2]):
    return 1 or 2

assert f(g())

def f(s: str):
    return s == "123456\n"

def g():
    return "123456\n"

assert f(g())

def f(li: List[int], target=[-2, 21, 42]):
    return all((i >= 0 and i < 3) for i in li)

def g(target=[-2, 21, 42]):
    return [i for i in target if i >= 0 and i <= len(target)]

assert f(g())

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

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

assert f(g())

def f(t: str):
    return t.count("(") > 0 and t.count(")") > 0

def g():
    return "ab(b(c(d)))"

assert f(g())

def f(nums: List[int], e=2):
    if e == 2:
        return len(set(nums)) == len(nums) > 3
    elif e > 2:
        return nums[:3] == set(nums[3:]) and nums[3] in {(-1, 0), 0}.count(0)
    else:
        return n == nums[:nums[-1]] and sum(nums[:nums[-1]].count(0)) in {1, -1}.count(0)

def g(e=2):
    return [1, 3, 4, 6]

assert f(g())

def f(n: int):
    return int(n) > 4

def g():
    return 42

assert f(g())

def f(target: List[int]):
    return max(0, target[0]) < max(0, target[1]) < max(0, target[2])

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

assert f(g())

def f(s: str, n=0):
    return s == "a" or all(s in ['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i'])

def g(n=0):
    return "a"*(n+1)

assert f(g())

def f(path: List[int], targets=17, n=3):
    return len(path) == targets + n

def g(targets=17, n=3):
    return [0] * n + [0] * (n-targets) + [0]*targets

assert f(g())

def f(states: List[str], size=6):
    cnt = 0
    for s in states:
        cnt += 1
    return cnt == size

def g(size=6):
    return [str(k) for k in range(size)]

assert f(g())

def f(a: int, b=2, c=3, d=4):
    return a == 1 and b == 2 and c == 3 and d == 4

def g(b=2, c=3, d=4):
    return 1

assert f(g())

def f(s: str):
    return s == "abc" or s == "ABC"

def g():
    return "abc" and "ABC"

assert f(g())

def f(scores: List[int], k=3):
    return all(scores[i] != scores[i + 1] for i in range(len(scores) - 1))

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

assert f(g())

def f(b: List[int], min=2, cap=20):
    return all(min <= j < cap for j in b) and len(b) == cap

def g(min=2, cap=20):
    return [min for j in range(cap)]

assert f(g())

def f(n: int, c1=20, c2=50):
    return n + (c1 - c2) >= 0

def g(c1=20, c2=50):
    return c1 + c2

assert f(g())

def f(lgbl: List[int], n=12, t=10):
    return lgbl[lgbl.index(t)] == t

def g(n=12, t=10):
    return list(range(1, n+1))

assert f(g())

def f(loops: List[List[List[int]]], index=0):
    return sum(list(pair([i, j], j) for i, j in zip([0] + loops + [0] * 2 for _ in range(len(loops))))) == len(loops)

def g(index=0):
    return list(pair([0]) + list(pair([1])) + list(pair([2])) + list(pair([3])) for _ in range(index))

assert f(g())

def f(s: str):
    return s == 'permute true' or 'permute false' in s

def g():
    return ['permute true', 'permute false'][0]

assert f(g())

def f(s: str):
    return set(s).issubset(set(s))

def g():
    s = ''
    for m in s:
        s += m
    return s

assert f(g())

def f(n: int):
    return max(x for x in range(n)) == 100

def g():
    return 101

assert f(g())

def f(nums: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return len(nums) <= n

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

assert f(g())

def f(x: int, a=2, b=3):
    return x * x * x > 10**7  # not in range(b**2)

def g(a=2, b=3):
    return 10**(a**(b-a) + b**(a-a)**2)

assert f(g())

def f(nums: List[int]):
    n = sum(nums)
    return n < 50

def g():
    n = [1]
    return n

assert f(g())

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

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(indexes: List[int], target=1, m=3):
    for i in range(len(indexes)):
        # if target doesn't match any of indexes[i, j, k]:
        #     return False
        return True

def g(target=1, m=3):
    return [int(i**m) for i in range(256)]

assert f(g())

def f(n: int):
    assert len(list(range(n))) == n
    return n % 2 == 1

def g():
    return len(list(range(1, 10)))

assert f(g())

def f(s: str):
    return "s.g" in s

def g():
    return "<function s.g()>"

assert f(g())

def f(nums: List[int], thresh=50):
    return len(tuple(sum(1 if i <= thresh else 2 for i in nums) for j in nums)) == 6

def g(thresh=50):
    return [thresh * i for i in range(6)]

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):
    return (a==b or (a>b and not str(a) == str(b)) and (a+b))

assert f(g())

def f(nums: List[int], n=20):
    return len(nums) > n

def g(n=20):
    return [x for i in range(1000) for x in range(n)]

assert f(g())

def f(year_len: int):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_len) for i in range(K)}) < K for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g():
    return 2

assert f(g())

def f(s: str):
    return all(z == 0 for z in s)

def g():
    return str()

assert f(g())

def f(s: str, target="do", length=1):
    return target == s or length == len(s) >= length

def g(target="do", length=1):
    return target

assert f(g())

def f(nums: List[int], thresh=10):
    return len(nums) >= thresh

def g(thresh=10):
    return list(n for n in range(thresh))

assert f(g())

def f(x: int, a=8677938):
    return a - x == 0

def g(a=8677938):
    return int(a)

assert f(g())

def f(x: List[int]):
    return all(x[i] == i for i in range(10))

def g():
    return [i for i in range(10)]

assert f(g())

def f(s: int):
    return s > 255 and s == int(round(s, 3)) if s > 255 else s > 127 and s == 127

def g():
    return 8000000

assert f(g())

def f(x: int, upper_bound=5000, l=1, f=0):
    return sum(i for i in range(upper_bound) if x <= i) == 0

def g(upper_bound=5000, l=1, f=0):
    return int(int("123445679876543210"+"0009000"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    for i in nums:
        assert [i, i + 1] <= [len(nums), len(nums) + 1]
    return len(nums) >= 3

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

assert f(g())

def f(n: int):
    assert n > 0, "number must be at least 1"
    assert 0.0 < n, "number must be a strictly positive number"
    return n > 9000000 and n > 0.0 and (n % 1000 == 0 or n % 100000 == 0 or n % 10 == 0 or n % 1000000 == 0)

def g():
    return 10000000

assert f(g())

def f(nums: List[int], n=5):
    return (nums[0] + nums[1]) % 2 == (nums[2] + nums[3]) % 2  # test for even parity

def g(n=5):
    return list(range(5))

assert f(g())

def f(a: str, m=5):
    m = sum(map(int, a.split('-')))
    if m > 0:
        return sum(map(int, a.split('-'))) == m

def g(m=5):
    return str(m * 2)

assert f(g())

def f(s_case: str, s="CanThisBeAWoman"):
    return s_case == s.upper() or s_case == s.lower()

def g(s="CanThisBeAWoman"):
    return s.upper() or s[::-1] == "canthisbeawoman"

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[index:index+40]

assert f(g())

def f(a0: int):
    return a0/3 == 0

def g():
    return f(1) * 2

assert f(g())

def f(n: int):
    a = [0]
    for x in range(n):
        p = all(a == [0] if n > 1 else a[:n] == a[-1:] == [0, 1])
        assert p
    return sum(a[1:]) >= n

def g():
    result = 1
    for x in range(10):
        result *= x
        if result % 2 == 0:
            print(result)
    return result - 1

assert f(g())

def f(h: int, c=0):
    return h == 0  # this should be true for all valid input

def g(c=0):
    return int("0"*10)

assert f(g())

def f(n: int):
    return n <= 1000000 and abs(n) > abs(1000)

def g():
    return 1000000

assert f(g())

def f(x: List[int], target=100):
    return (x != 1) and len(set(x)) == 1 and x.count(target) == 1

def g(target=100):
    return [target]

assert f(g())

def f(s: str, n=100):
    return ''.join(s[-10:] for i in range(0, len(s), 10)) == s

def g(n=100):
    return "hello" * n

assert f(g())

def f(nums: List[int], n=200):
    return len(nums) == n or sum(nums) == n

def g(n=200):
    return [n*n for i in range(n)]

assert f(g())

def f(d: int):
    return all([d ** i for i in range(3)])

def g():
    return 4

assert f(g())

def f(num_of_sides: List[int]):
    return num_of_sides[0] % 2 == 1 and num_of_sides[-1] % 2 == 1

def g():
    return [-1, 0, 1]

assert f(g())

def f(target: List[int], target_len=10):
    return len(target) <= target_len

def g(target_len=10):
    return [1, 2]

assert f(g())

def f(n: int):
    n < 0 and (n > 0) and (n+0.5) > n
    return n % 2 == 0

def g():
    return 10

assert f(g())

def f(n: int):
    return n <= 1

def g():
    return int(1)

assert f(g())

def f(nums: List[int], n=98):
    return len(nums) == n and all(i ** 2 ** 3 for i in nums)

def g(n=98):
    return [n for _ in range(n)]

assert f(g())

def f(n: int):
    for i in range(n):
        if n <= 6:
            return False
    return True

def g():
    return -1

assert f(g())

def f(x: int):
    return str(x).startswith("123")

def g():
    return int("123")

assert f(g())

def f(s: str):
    return len(s) == 2 if s == "a+" else len(s) == 1

def g():
    return "a+"

assert f(g())

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

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

assert f(g())

def f(list: List[int], n=500):
    for i in range(n):
        assert list[i] in range(i - 1, i + 1)
    return True

def g(n=500):
    return [x for x in range(500)]

assert f(g())

def f(s: str):
    return s.count("8") == 1 or (s.count("8") > 1 and s.count("16") == 1 and eval(s) == 63)

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

assert f(g())

def f(t: List[int]):
    return len(t) == 3 and t[0] > 0

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

assert f(g())

def f(x: List[int], seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return len(x) == len(seq)

def g(seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return [x for x in seq if x not in ["-40", "-30", "9", "21"]]

assert f(g())

def f(p: List[int]) -> bool:
    for x in p:
        p[x] %= 8
    return True

def g():
    return [3, 1, 4, 2, 9]

assert f(g())

def f(s: str):
    return sum([(len(s) - i) for i in range(len(s))]) >= 9

def g():
    return "123456789abcd"

assert f(g())

def f(target: List[int]):
    return target[0] <= target[1] and target[0] == target[2] and target[1] >= target[2] and all([i < 0 for i in range(target.count(x))] for x in target)

def g():
    return [1,1,1,5,5]

assert f(g())

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

def g():
    return str("1".count("1"))

assert f(g())

def f(s: str, chars="AaBbCcDdEeFfAeBlAmMnApPpQqRrSsTtUuVvWwXxYyZz", index=2):
    return s.index(chars) == index

def g(chars="AaBbCcDdEeFfAeBlAmMnApPpQqRrSsTtUuVvWwXxYyZz", index=2):
    return "a"*index+chars

assert f(g())

def f(list: List[int]):
    return all(i in (2, 3) for i in list)

def g():
    return [2]

assert f(g())

def f(li: List[int], count=10, target=10):
    return all(i in li for i in range(count))

def g(count=10, target=10):
    return [i for i in range(count)]*target

assert f(g())

def f(s: str):
    return "".join(s).startswith("a") and len(s) == 1

def g():
    return "a"

assert f(g())

def f(li: List[int]):
    return all(sum(i >= i % 2 for i in li) > (len(li) / 2) for li in [li[i::2] for i in range(len(li))])

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

assert f(g())

def f(s: str, n=10, target=20):
    s = s[:n]
    return len(set(s)) == n and s != s + s[:n]

def g(n=10, target=20):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ23456789"

assert f(g())

def f(x: int, a=8665464, b=881333):
    return abs(x - a) < abs(b) and abs(x - b) < abs(a)

def g(a=8665464, b=881333):
    return int(a) + 1

assert f(g())

def f(y: int, b=23565533):
    return (y - 1) + b == 0

def g(b=23565533):
    return 1 - b

assert f(g())

def f(nums: List[int], n=15, tot=5):
    return sum(nums) >= n * tot and not sum(nums) == sum(nums) / 2 + 1

def g(n=15, tot=5):
    return [3, 5, 7, 8, 10, 12, 14, 16, 18, 20, 24, 25, 27, 28, 32, 33, 35, 36, 40, 42, 45, 46, 49, 50, 51, 55, 56, 60, 61, 62, 63, 64, 65, 67, 68, 70, 71, 72, 73, 74, 75, 76, 77, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 93, 94, 95, 96, 97, 98, 99]

assert f(g())

def f(li: List[int]):
    return all([i < len(li) for i in range(len(li))]) and len(set(li)) == 3

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

assert f(g())

def f(li: List[int]):
    return len(li) == 5 and (li[0] == 0 or (len(li) == 3 and li[-1] == 1) or (len(li) == 3 and li[-2] == 1) or (len(li) == 4 and li[-3] == 1))

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

assert f(g())

def f(a: List[int], target=1):
    return all([x > y for x, y in zip(a, [0, 1, 2, 3])])

def g(target=1):
    return [4, 5, 6, 7]

assert f(g())

def f(str: str):
    return len(str) == 1

def g():
    return str(0)

assert f(g())

def f(s: str):
    return bool(s) == "." in s or s.count(".") == 1

def g():
    return "./123"

assert f(g())

def f(x: List[int], n=4):
    if n == 4:
        return all(x == [4] for _ in range(len(x)) if x == [0, 1, 2, 3])
    return all(x == [4] for _ in range(len(x)) if not all(x == [0, 1, 2, 3] for _ in range(len(x))) and x is not [0, 1, 2, 3])

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

assert f(g())

def f(x: List[int]):
    return all(x[i] == x[i + 1] for i in range(2))

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

assert f(g())

def f(x: List[int], n=2):
    return n == len(x) / 2

def g(n=2):
    return [1, 2] * n

assert f(g())

def f(s: str, target=""):
    return s.startswith("-" + target)

def g(target=""):
    return "-" + target + ".0 "*(6 - len(target))

assert f(g())

def f(n: int):
    return n == 10056789000

def g():
    return 10056789000

assert f(g())

def f(s: str, length=5017):
    n = len(s)
    return all(c in s[i::len(s) - 1] for i, c in enumerate(s)) and n >= length

def g(length=5017):
    return "11" * length + "12" * length + "13" * length + "14" * length + "15" * length

assert f(g())

def f(li: List[int], count=10):
    return len(li) == len(set(li)) and len(li) == count and {(i, j) for i, j in zip(li, li[1:])} == {(li[i], li[j]) for i, j in zip(li, li[1:])}

def g(count=10):
    return [j for j in range(count)]

assert f(g())

def f(n: int):
    return n == 99999

def g():
    return 99999

assert f(g())

def f(s: str, s2=""):
    return s + s2 == s2

def g(s2=""):
    return "1"*len(s2)

assert f(g())

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

def g(chars=['a', 'b', 'c']):
    return "abc"

assert f(g())

def f(n: int):
    return n > 1000

def g():
    return 1001

assert f(g())

def f(list: List[int], n=8):
    if len(list) == n and list[0] == 0:
        return True

def g(n=8):
    return [b*b for b in range(n)]

assert f(g())

def f(x: int, a=256, b=9, c=9, d=1):
    return (abs(a * x + b - c * x - d) / abs(a) > 100)

def g(a=256, b=9, c=9, d=1):
    return int(a + b + c + d)

assert f(g())

def f(nums: List[int], rv=list(range(1, 40))):
    return len(nums) == len(rv)

def g(rv=list(range(1, 40))):
    return [n for n in rv]

assert f(g())

def f(s: str):
    return (s.count("0") == len(s) > 2 or s.count("8") == 2 or s.count("1") == 1) and s == "0b1"

def g():
    return str("0b1")

assert f(g())

def f(a: int, b=1020):
    return a > b and a > 1020

def g(b=1020):
    return 1020 * 1020

assert f(g())

def f(b: str):
    s = ("%s" % b)
    return s.find("a") != -1 and s.find("b") != -1 and s.find("c") != -1 and s.find("d") != -1 and s.find("e") != -1 and s.find("f") != -1

def g():
    return "abcdefghi"

assert f(g())

def f(n: int, a=99, b=100):
    return a + b == n

def g(a=99, b=100):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    return word in s

def g(word="konjac"):
    return "The %s is delicious" % word

assert f(g())

def f(word: str, n=4, i=0):
    return i == len(word) - n

def g(n=4, i=0):
    return "".join(str(i) for i in range(n))

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and all(li[i] != i for i in range(len(li)))

def g():
    return [5, 6, 7]

assert f(g())

def f(n: int):
    return n <= 10000

def g():
    return 1001

assert f(g())

def f(p: List[int]):
    return sum(p[i] * i for i in range(10)) > 10

def g():
    return [i + i*i for i in range(10)]

assert f(g())

def f(states: List[str]):
    return len(states) >= 4

def g():
    return ["hi", "hi", "hi", "hi"]

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and abs(i * i - j * j) >= 0.1 for i in l for j in l if i != j) and len(set(l)) > 995

def g():
    return list(range(1000))

assert f(g())

def f(words: str):
    for w in words:
        if w in '1!6\n':
            return True
    return False

def g():
    return '1q2w3x4y5z6'

assert f(g())

def f(length: int, n=999):
    return length > min(length, n)

def g(n=999):
    return n*n

assert f(g())

def f(n: int):
    s = str(n)
    for i in range(n):
        if not s.isalnum():
            return False
    return True

def g():
    return int(int("12345") + int("0") * 18) + 1

assert f(g())

def f(i: str):
    return i[-1].isdigit()

def g():
    return "1234"

assert f(g())

def f(f2: int, a=3337, b=3337):
    return f2 == a and f2 == b or f2 == b and f2 == a

def g(a=3337, b=3337):
    return a and b or a and b or a

assert f(g())

def f(s: str):
    return s.count("*") < 2 and len(s) == 22 or s.count("o") == 0 or len(s) == 15

def g():
    return "123456"

assert f(g())

def f(i: List[int]):
    return i[2] > i[0]  # i[2] == max(max(i[0]), i[1])

def g():
    return [i for i in range(3)]

assert f(g())

def f(s: str):  # '12', '5*', '3**', '9'
    return s.find(str(int(s))) != -1

def g():
    return "123456789"

assert f(g())

def f(s: str):
    return s >= "hello!" and not s.startswith("1234")

def g():
    return "hello!"

assert f(g())

def f(s: str):
    return s.count("m") == 1

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(l: List[int]):
    return all(l[i] for i in range(10) if i not in l)

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(l: List[int]):
    return all(i in range(100) and l[i] >= i for i in range(100))

def g():
    return list(range(100))

assert f(g())

def f(s: str):
    lenghts = 5
    l = len(s)
    return min(l, lenghts * (6 - lenghts)) < len(s)

def g():
    return "123456"

assert f(g())

def f(p: List[int], n=4):
    return len(p) >= n

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

assert f(g())

def f(s: str):
    assert len(s) > 8 and len(s) <= 1000
    return all(i < 10 for i in s.split()[:-1])

def g():
    return "1234567890"

assert f(g())

def f(len_list: List[int]):
    def not_even(len_list):
        return len(set(len_list)) % 2 == 0
    return not_even(len_list)

def g():
    return [1, 3, 5, 2, 3, 5, 4, 8]

assert f(g())

def f(p: List[List[int]], target=[]):
    n = len(target)
    return sum(x for x in p if sum(y * x + y for y in p if y > 0) == n) == n

def g(target=[]):
    return target[:5]

assert f(g())

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

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

assert f(g())

def f(l: List[int]):
    return l[0] in [1, 2, 3, 4, 5, 17, 18, 23, 24, 25] and l[-1] in [20, 21, 22, 32, 33, 34, 45, 46, 47, 48]

def g():
    return [1, 2, 3, 4, 5, 17, 18, 23, 24, 25, 32, 33, 34, 45, 46, 47, 48]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s.split():
        if c != c.lower():
            caps += 1  # can't tell if it has more caps
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return ("CanYouTellIfItHASmoreCAPITALS" if s.isupper() else s.lower())

assert f(g())

def f(s: str):
    return "hello " + "world" in s or "hello hello " in s or "hello world " in s

def g():
    return "hello hello "

assert f(g())

def f(x: int, n=20):
    return sum(x * y > 1 for y in range(n)) < n

def g(n=20):
    return n*n

assert f(g())

def f(x: List[int], n=14, r=16):
    return sum(x) == n if r == 0 else sum(x) >= n

def g(n=14, r=16):
    return [r, r * r + n - 1]

assert f(g())

def f(n: int, a=5000, b=23227, min_sum=1000):
    return n > 5000 or n > min_sum  # and a or b > 5000

def g(a=5000, b=23227, min_sum=1000):
    return a

assert f(g())

def f(s: str):
    return hasattr(s, "count") and s.count("h") == 1

def g():
    return "hello123world123"

assert f(g())

def f(c: List[int], n=10):
    return sum(1 if i < n else 2 for i in range(len(c))) == n

def g(n=10):
    return list(range(n))

assert f(g())

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

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 and b % n == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return int(a + b) % 15482

assert f(g())

def f(n: int):
    for i in range(0, n):
        assert i == 0
        return True

def g():
    return 1 + 2 + 3

assert f(g())

def f(n: int, t=70):
    if n == 1:  # one number in range(t), not too large
        return False
    n = n + 1
    while n > t:
        n = n // 2
    return True

def g(t=70):
    return 60 // t

assert f(g())

def f(li: List[int]):
    if len(li) == 0:
        return True
    if len(li) == 1:
        return li[-1] == target and li[0] == target
    return True

def g():
    return list(range(100))

assert f(g())

def f(x: str, target="mooobooo", target_max=10):
    return sum(1 for i in range(x.count("o") + 1)) >= target_max

def g(target="mooobooo", target_max=10):
    return "mooobooo" + target + "mooobooo" + ".0"*target_max

assert f(g())

def f(nums: List[int], k=6):
    return sum(nums) >= k

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

assert f(g())

def f(seqs: List[List[int]]):
    return sum(j in seq for (k, l) in zip(range(len(seqs)), seqs)) == len(seqs)

def g():
    return [seqs for seqs in [["a", "b", "c"], ["d", "e", "f"]] if len(seqs) == 2]

assert f(g())

def f(t: List[int]):
    return len(t) == 5

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

assert f(g())

def f(s: str):
    return all(c in s[2::] for c in '_')

def g():
    return "abc_def"

assert f(g())

def f(x: List[int], n=5, s=19):
    return len(x) == n and all(a > 0 for a in x)

def g(n=5, s=19):
    return [a+n for a in range(1,n + 1)]

assert f(g())

def f(c: List[int], items=[]):
    l = list(c)
    for e in c:
        e = e + 1
        assert all(e >= 1 for i in range(len(l) - 1) if l[i] == e)
    return True

def g(items=[]):
    if "a" in items:
        raise AssertionError
    return [1, 2, 3]

assert f(g())

def f(s: str, a=2):
    return float(s) % 2 == 0

def g(a=2):
    return "1" if a == 1 else "2"

assert f(g())

def f(x: List[int], n=20):
    return all([a in x for a in range(n)])

def g(n=20):
    return [a for a in range(n)]

assert f(g())

def f(list: List[int], target=6):
    y = set(list)
    return all(i in y for i in [2, 0, 1, 3])

def g(target=6):
    return list(range(target))

assert f(g())

def f(square: List[int], target=50):
    return len(square) >= target

def g(target=50):
    return [i*2 for i in range(target)]

assert f(g())

def f(stamps: List[int], max_stamps=4):
    return len(set(stamps)) >= max_stamps and len(stamps) == 4

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

assert f(g())

def f(n: int):
    assert n > 4
    for i in range(n):
        if not (2 * i) % 2:
            return True
    return False

def g():
    return 9**3

assert f(g())

def f(s: str):
    return str(30 ** 3) in s

def g():
    return str(30 ** 3)

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 target if target == "reverse me" else "hello"

assert f(g())

def f(n: int, target=16):
    return all([n >= target*10])

def g(target=16):
    return (3*4*5*6*7*8*9)

assert f(g())

def f(r: int, a=50):
    return abs(r + a) >= 500

def g(a=50):
    if a < 50:
        return 20000
    elif a < 400:
        return 30000
    elif a < 200:
        return 100000
    elif a < 100:
        return 50000
    else:
        return 500000

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == len(nums) and sum(nums) == tot

def g(tot=12345):
    return [12345]

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return "".join(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: List[int], s=10):
    return len(x) == s and all(x != 0 for x in x)

def g(s=10):
    return list(range(s,0,-1))

assert f(g())

def f(numbers: List[str]):
    return numbers.count("one") == 1 and all("1")

def g():
    return ["one","two","three"]

assert f(g())

def f(n: int, target=0, edge="rrrrrr:rrr"):
    return 2 * n > 3

def g(target=0, edge="rrrrrr:rrr"):
    return int(int("123456789" + "0" * 9) ** 2.5) + 1

assert f(g())

def f(x: int, a=8656632, b=-92117):
    return a - x == b

def g(a=8656632, b=-92117):
    return a - int(b)

assert f(g())

def f(l: List[str], m=2):
    return l is None or l[0] == "1" or l[0] == "2"

def g(m=2):
    return [
        "1",
        "2",
        "3",
        "4",
        "5",
        "6",
        "7",
        "8",
        "9",
    ]

assert f(g())

def f(n: int):
    return n > 50000

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

assert f(g())

def f(inds: List[int], n=10):
    return sum(0 <= i <= n for i in inds) >= n

def g(n=10):
    return [0] * n

assert f(g())

def f(n: str):
    return n.count("w") == 1

def g():
    return "w0c"

assert f(g())

def f(s: str):
    return "[{}]" == s

def g():
    return "[{}]"

assert f(g())

def f(n: int, a=10, b=9, c=30, d=12):
    return sum([(a * i + b * n + c) if a > 0 else a + b * n + c for i in range(n)]) > 0

def g(a=10, b=9, c=30, d=12):
    return a+b**2+c+d

assert f(g())

def f(s: str):
    return s.count('b') > 1

def g():
    return 'a1a2b4b12a5b5'

assert f(g())

def f(x: float):
    return str("'{0:.5f}X'".format(x)) == str("'{0:.5f}X'".format(x + 0.5))

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

assert f(g())

def f(p: List[int]):
    for i in range(len(p)):
        p[i] == 4
    return p == [1, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19]

def g():
    return [1, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.lower() if len(s) > 1 else s.upper() if len(s) > 2 else s.replace(" ", "").lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.lower() if len(s) > 1 else s.lower() if len(s) > 2 else s.upper()

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1] and s[0] == s[::-1]

def g():
    return "a"

assert f(g())

def f(p: List[List[int]], m=5):
    return len(p) == m and all(i == j for [i, j] in zip(p, p[1:]))

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

assert f(g())

def f(li: List[int], target=7):
    return li[li[0]] == target + 1

def g(target=7):
    return [target + 1 for i in range(10)]

assert f(g())

def f(x: int, a=42, b=123):
    return x ^ a == a ^ b | x ^ b == b ^ a

def g(a=42, b=123):
    return a|b

assert f(g())

def f(s: str):
    return s + "" == "abc"

def g():
    return "ab" + "c"

assert f(g())

def f(list: List[int], target=20):
    assert len(list) == target
    return len(set(list)) > target / 2

def g(target=20):
    return [n + 1 for n in range(target)]

assert f(g())

def f(num: int, s="I!!!I!!!love!!!dumplings!!!", target=75):
    return num > target

def g(s="I!!!I!!!love!!!dumplings!!!", target=75):
    return target + 1

assert f(g())

def f(x: List[int], n=100):
    return len(set(x)) == n

def g(n=100):
    return [1] + list(range(n))

assert f(g())

def f(s: str):
    return s == "this is a string"  # str == string

def g():
    return """this is a string"""

assert f(g())

def f(nums: List[bool], n=12345):
    return len(nums) == n and 0 <= sum(i for i in nums)

def g(n=12345):
    return [False] * n

assert f(g())

def f(nums: List[int], n=100000):
    return sum(nums) > n

def g(n=100000):
    return list(range(n))

assert f(g())

def f(s: str):
    return len(s) != 1 and "m" in s

def g():
    return "m world"

assert f(g())

def f(x: int, a=27, b=9):
    return x > 2 ** a

def g(a=27, b=9):
    return int(int("123456789" + "0"*9) ** a) + 1

assert f(g())

def f(b: int):
    return int(round(float(b) / 1000)) > 0

def g():
    return 1000000

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 5 and sum(num for num in nums if num > 0) == n

def g(n=12345):
    return [12345]

assert f(g())

def f(n: int):  # from testbench/fizzbuzz/fizzbuzz.txt
    return (-2 ** n) % 54321 == 0

def g():
    return -2 ** 23

assert f(g())

def f(square_n: List[int], i=11):
    return len(square_n) == i

def g(i=11):
    return [i, i-1, i+1, i, i-1, i+1, i, i-1, i+1, i-2, i+2]

assert f(g())

def f(s: str, m=10, n=10):
    if s.count("0"):
        return len(s) == m and s.count("-") == n
    return s == "123456789abcdefg" or s == "123456789abcdefgabc" or s == "123456789abcdefgabcdef"

def g(m=10, n=10):
    return "123456789abcdefgabcdef"

assert f(g())

def f(n: int, a=5129, b=14546310):
    return n ** 2 > a ** 2

def g(a=5129, b=14546310):
    return a ** 2 - b ** 2

assert f(g())

def f(l: List[int], target=10):
    return sum(l) >= target and l[0] == 1

def g(target=10):
    return [1, 2, 3, 4]

assert f(g())

def f(inds: List[int], n=10):
    return sum(0 <= i <= n for i in inds) >= n

def g(n=10):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(sorted: List[int], target=10):
    return all(isinstance(i, int) for i in sorted) and len(sorted) > target

def g(target=10):
    return [1, 2, 3, 4, 5, 6, 7, 8] if target < 1 else [1] + g(target - 1)[::-1]

assert f(g())

def f(s: str):
    return s.count('!') > 0

def g():
    return '!!!'

assert f(g())

def f(sizes: List[int], start=3):
    return sum(i for i in sizes) == sum(sizes[i] for i in range(10))

def g(start=3):
    return [3**i for i in range(10)]

assert f(g())

def f(l: List[int], upper_bound=100):
    return sum(i if i >= l[0] else 0 for i in l) >= upper_bound

def g(upper_bound=100):
    return [1 for _ in range(upper_bound)]

assert f(g())

def f(a: List[int], i=0, n=500):
    for i in range(n):
        for j in range(i):
            if a[i] * a[j] > i * j:
                return False
    return True

def g(i=0, n=500):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int], n=12345):
    return all(nums in indices for indices in nums if len({indices}) == n) and len(set(nums)) == 999

def g(n=12345):
    return list(range(999))

assert f(g())

def f(path: [List[int]], i=0, target=20000):
    return len(path) == target

def g(i=0, target=20000):
    return [target for i in range(target)]

assert f(g())

def f(bills: List[int]):
    return all([bills[a] * bills[b] <= 10 for a, b in zip(bills[:2], bills[2:])])

def g():
    return [0] * 1000

assert f(g())

def f(n: int, k=3, s=4, t=2):
    return 0 <= n and n <= k

def g(k=3, s=4, t=2):
    return sum([str(k*n).startswith("1234567890") for n in range(s)])

assert f(g())

def f(l: List[str], t=10):
    return len(l) >= t

def g(t=10):
    return ["", "0"] * t

assert f(g())

def f(s: str, target="default"):
    return (s == target)

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

assert f(g())

def f(x: List[int]):
    return x[0] % x[1] == x[2] % x[3]

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

assert f(g())

def f(x: List[int], n=3, options=["square","spiral"]):
    if n == 2:
        return x == 1
    return all(x[i] == x[j] for i, j in zip(range(n), range(n)) if x[i] != x[j])

def g(n=3, options=["square","spiral"]):
    return [i if i < n else n*f(i) for i in range(n)]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], target=2):
    return n >= nums[-1]

def g(nums=[77410, 23223, 54187], target=2):
    return int(nums[0] ** target) + 1

assert f(g())

def f(s: str):
    return s.join([a for a in s.split() if a != ' ']) == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "%s" % "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(sorted: List[int]):
    return all(i in sorted for i in sorted) and len(sorted) > 3

def g():
    return sorted(range(10))

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return sum([a * b * i for i in range(c)]) == n

def g(a=17, b=100, c=20):
    return sum([a * b * i for i in range(c)])

assert f(g())

def f(s: str, target=65, max_count=10):
    return len(s) > target and len(s) / max_count <= 10

def g(target=65, max_count=10):
    return "123456789"*(max_count - 1) + "0"*max_count

assert f(g())

def f(s: str, chars=['1', '2', '3', '4', '5', '6', '7', '8']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['1', '2', '3', '4', '5', '6', '7', '8']):
    return "".join(chars)+" world"

assert f(g())

def f(li: List[int], l=75):
    return all(li[i] > 0 for i in range(0, l))

def g(l=75):
    return [1, 2, 3, 4, 5]*l

assert f(g())

def f(rhs: List[int]):
    return True

def g():
    return list(range(100000))

assert f(g())

def f(z: float, v=100.5, d=0.0001):
    return float(v) == z

def g(v=100.5, d=0.0001):
    return 100.5 + 0.00001**(v-d)

assert f(g())

def f(prod: int, a=746, b=2):
    return all(i in range(a) for i in range(a) if i % b == 0)

def g(a=746, b=2):
    return a * a * a * a

assert f(g())

def f(st: str, a="HELLO", b="welcome"):
    return st.startswith(a + " HELLO") and st.endswith(b + "welcome")

def g(a="HELLO", b="welcome"):
    return str(a + " HELLO") + b + "welcome"

assert f(g())

def f(items: List[List[int]], target=14):
    if not items:
        return True
    for i in range(len(items)):
        if items[i].count(max(items[i][0], items[i][1])) == target:
            return False # this item's target is too big
    return items == [1, -1, -1, -1, 12, -1, -1, -1, 15]

def g(target=14):
    return []

assert f(g())

def f(s: str):
    return s.count("1") > 1 and s.count("2") > 1 and s.count("5") > 1 and s.count("3") > 1 and s.count("6") > 1 and s.count("4") > 1 and s.count("7") > 1 and s.count("8") > 1 and abs(s.count("a") - 1) <= 10 and abs(s.count("e") - 2) <= 10 and abs(s.count("i") - 5) <= 10 and abs(s.count("m") - 8) <= 10 and abs(s.count("r") - 1) <= 10 and abs(s.count("u") - 6) <= 10 and abs(s.count("w") - 3) <= 10 and s[-1:] == '0'

def g():
    return "123456789012345678901234567890"

assert f(g())

def f(str: List[str], n=100, a=1000):
    if len(str) == a: return True
    if len(str) == 0: return False
    n -= 1  # next one, we're done

    if n > 0:  # no more to play?
        pos = str[0]
        return not [x in str for x in str if x == pos]

def g(n=100, a=1000):
    return [str(n * n) for n in range(a)]

assert f(g())

def f(n: int, a=7, b=1):
    return n % a == b

def g(a=7, b=1):
    return int(a + b)

assert f(g())

def f(p: List[int], target=3):
    return len(p) == target

def g(target=3):
    return list(range(target))

assert f(g())

def f(n: int):
    import random
    random.seed(0)
    K = 1000  # number of samples
    probability = sum(1 / 8 * (len(random.sample(range(n), K)) + 1) for j in range(K))
    return probability ** 3 > 15

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

assert f(g())

def f(s: str, n=12):
    for x in range(n):
        if s[x] == "*":
            return True
    return False

def g(n=12):
    return "12" + "9".join("*" + chr(i) for i in range(2, n+1))

assert f(g())

def f(n: int):
    for i in range(n + 1):
        if i == 0:
            return True
    return False

def g():
    return 3 - 1

assert f(g())

def f(x: List[int]):
    return all([x[i] == 0 for i in range(len(x))])

def g():
    return [0]*10

assert f(g())

def f(s: str, words=[]):
    return not all(s in words for s in s.lower().split())  # for s="Problems"

def g(words=[]):
    return "I don''t want to know a thing."

assert f(g())

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

def g():
    return 4

assert f(g())

def f(s: str, big_list="I'mHereForYou", index=2):
    return big_list.index(s) == index

def g(big_list="I'mHereForYou", index=2):
    return big_list[index] # (I'm Here For You)

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and 2 * (p[1] - p[0]) == p[2]

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

assert f(g())

def f(n: str, target_n=0):
    return n.startswith("9") or n.startswith("1")

def g(target_n=0):
    return "1"+"9"*target_n

assert f(g())

def f(n: int, a=5129, b=14546310):
    return n ** 2 > a ** 2

def g(a=5129, b=14546310):
    return a ** 2 + b ** 2

assert f(g())

def f(i: int, s=100, n=1000):
    return i >= 0 and i <= n

def g(s=100, n=1000):
    return n

assert f(g())

def f(s: str):
    for o in ["konjac", "can"]:
        assert o in s
        assert s.count(o) + 1 <= len(s)**2, "Cannot have more than one {%s} in a word" % o
    return True

def g():
    return "I didn't know {konjac} and {can} existed"

assert f(g())

def f(s: str, words=['Cat', 'Dog', 'Bird', 'Fly', 'Moose']):
    return "".join(word.strip() for word in words if word) == s

def g(words=['Cat', 'Dog', 'Bird', 'Fly', 'Moose']):
    return "".join(word.strip() for word in words if word)

assert f(g())

def f(num: int, n=21, r=3):
    return n < 3 ** r and num >= (2 ** r - 1) * n

def g(n=21, r=3):
    return (n - 1) * (n + 1)

assert f(g())

def f(nums: List[int], index=5):
    while len(nums) > index:
        nums.insert(0, index)
        if nums[-1] < index:  # can't insert past last
            nums.insert(0, nums[-1])
            index -= 1
    return len(nums) == index

def g(index=5):
    return [x * i for i, x in enumerate(range(1, 6))]

assert f(g())

def f(pos: List[int], size=5, target=11):
    assert len(pos) == size
    return all(pos[i] == 0 for i in range(size))

def g(size=5, target=11):
    return [0] * size

assert f(g())

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

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

assert f(g())

def f(i: List[int]):
    return i[2] > i[0]  # i[2] == max(max(i[0]), i[1])

def g():
    return list(range(1000))

assert f(g())

def f(x: List[int], s=1, n=13):
    return len(set(x)) == n

def g(s=1, n=13):
    return [i for i in range(n)]

assert f(g())

def f(n: int, m=42):
    if m and m < 10 and m <= 100 and n > 1000:
        return True
    m = 3 * m + 1
    if n and n > 1000:
        return True
    return False

def g(m=42):
    return m * m

assert f(g())

def f(l: List[int], n=34):
    if n == 0:
        return l == []
    return l == [0] * (n // 2) + [1] * (n // 2 - 1)

def g(n=34):
    return [0]*(n//2) + [1]*(n//2-1)

assert f(g())

def f(nums: List[int], target=10):
    return len(nums) >= target and all(len([x - y for x, y in zip(nums[:target], nums[target:])]) == target for n in range(len(nums)))

def g(target=10):
    return [n for n in range(target+1) for k in range(1,target)]

assert f(g())

def f(n: int):
    return n > 10000

def g():
    return 99999

assert f(g())

def f(x: int, y=100):
    return x > y and x + y * 4 < 1000

def g(y=100):
    return y + (y+50)

assert f(g())

def f(x: List[int], n=3, options=["square","spiral"]):
    if n == 2:
        return x == 1
    return all(x[i] == x[j] for i, j in zip(range(n), range(n)) if x[i] != x[j])

def g(n=3, options=["square","spiral"]):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(li: List[int], m=5, n=17):
    return all((li[i] > li[i - 1] for i in range(n)) and (li[i] < li[i + 1] for i in range(m + 1)))

def g(m=5, n=17):
    return list(range(m, m + n))

assert f(g())

def f(pos: List[int], target_len=10):
    assert pos[0] == 0
    return len(pos) >= target_len

def g(target_len=10):
    return list(range(target_len))

assert f(g())

def f(path: List[int], start=1, length=4):
    start = max(start, path.index(start))
    return path[start] in [0, 1, 2] and len(path) == length

def g(start=1, length=4):
    return list(range(start, length + 1))

assert f(g())

def f(s: str):
    return s.count('+') != 0  # no + signs

def g():
    return "123456789abc+a"

assert f(g())

def f(s: str):
    return str(s).startswith("2**31")

def g():
    return "2**31"

assert f(g())

def f(n: int, target=100):
    return n > 100

def g(target=100):
    return 200

assert f(g())

def f(inds: List[int], target=2):
    assert len(inds) >= 2 and all([0 <= i <= len(inds) - 1 for i in range(len(inds))])
    if len(inds) == 1:
        return all([x == y for x, y in zip(inds, inds[1:])])
    elif len(inds) == 3:
        return target in inds[:-2]
    elif len(inds) >= 4:
        return target in range(0, len(inds) - 1)
    else:
        return False

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

assert f(g())

def f(s: str, target=7):
    assert s in ["x", "y", "z"]
    return True

def g(target=7):
    return "x" if target == 7 else "y"

assert f(g())

def f(nums: List[int], target=100):
    return nums[0] == target and nums[1] == target and nums[2] == target

def g(target=100):
    return [target, target, target]

assert f(g())

def f(nums: List[int], gt=0.0):
    return sum(n == n for n in nums) >= gt

def g(gt=0.0):
    return [1, 2]

assert f(g())

def f(x: int, n1=7, n2=18):
    return pow(x, 2, n1) == 2 * pow(x, 1, n1)

def g(n1=7, n2=18):
    return pow(1, 1, n1) + 1

assert f(g())

def f(s: str, length=500, s2="mno"):
    return s.endswith("mno")

def g(length=500, s2="mno"):
    return str(length*length) + s2

assert f(g())

def f(s: str, n=0, a=1, target_prob=0.5):
    return s == 'x'

def g(n=0, a=1, target_prob=0.5):
    return "x" if n == 0 else "x" + str(n * a + 1) == "x" + str(n * a + target_prob)

assert f(g())

def f(num: int):
    return abs(num) >= 300

def g():
    return int(int("1234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a="world", b="abc"):
    return s == a + " " + b

def g(a="world", b="abc"):
    return str(a + " " + b)

assert f(g())

def f(s: str):
    return s.find('x') >= 0 and s.find('y') >= 0 and s.find('z') >= 0 and s.find('w') != -1 and s.find('v') != -1

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ12345678901234567890"

assert f(g())

def f(s: str, p=[]):
    return s[0:1] == s[:1]

def g(p=[]):
    return "abcdefg"

assert f(g())

def f(probs: List[float]):
    return probs[0] < probs[-1]

def g():
    return [0.3, 0.5]

assert f(g())

def f(nums: List[int], target_len=10):
    # count first characters of strings
    return len(nums) > target_len

def g(target_len=10):
    return [x for x in range(target_len + 1)]

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    for num in nums:
        if num == tot:
            return True
    return False

def g(tot=12345, n=5):
    return [tot, n]

assert f(g())

def f(li: List[str], n=3072):
    return [l.split('') for l in li] == [s.split(' ') for s in list(li)]

def g(n=3072):
    return list()

assert f(g())

def f(x: List[int], t=5):
    return isinstance(x, list) and all(x[i] != 0 for i in range(t))

def g(t=5):
    return [t for _ in range(t)]

assert f(g())

def f(n: int, a=5129, b=14546310):
    return n ** 2 > a ** 2

def g(a=5129, b=14546310):
    return a - b

assert f(g())

def f(s: List[str]):
    return all(x in s for x in ["a", "b", "c"])

def g():
    return ['a', "b", "c"]

assert f(g())

def f(li: List[int], k=3):
    return min(li) is None or len(li) >= k

def g(k=3):
    return [3,5,6]

assert f(g())

def f(s: str, target="forward me", forward=True):
    return (s[::-1] == target) != forward

def g(target="forward me", forward=True):
    return "Hello " + "forward %s me!" % target

assert f(g())

def f(t: List[str], count=3):
    return len(set(t)) == count

def g(count=3):
    return ["a"*(i+3)+"b" for i in range(count)]

assert f(g())

def f(inds: List[int], p=6):
    return all(v in inds for v in range(int(p)))

def g(p=6):
    return list(range(p)) + [1]

assert f(g())

def f(n: List[int]):
    return n == [2, 1, 1]

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

assert f(g())

def f(nums: List[int], maxprod=2, lower=20000):
    p = 3
    return all(p >= n for n in nums)

def g(maxprod=2, lower=20000):
    return [1, 2]

assert f(g())

def f(a: float, z=5.7, b=3.2):
    return b * z == a

def g(z=5.7, b=3.2):
    return b*z

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 (s == "abcdefghij" or s == "defghij") or s.lower() == "abcdefghij"

def g():
    return str("abcdefghij")

assert f(g())

def f(x: List[str]):
    return x == [u"ab"] + [u"bc"] + ['def']

def g():
    return [u"ab", u"bc", u"def"]

assert f(g())

def f(delta: List[int]):
    y = 0
    for d in delta:
        y += d
    return y >= 10

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

assert f(g())

def f(s: List[str], target=40):
    return len(set(s)) > target

def g(target=40):
    return [
        str(target+i) for i in range(1, 1000)]

assert f(g())

def f(x: List[int]):
    return len(set(sorted(x))) == len(sorted(x)) == 3

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

assert f(g())

def f(st: str):
    return bool(set(st) == set("Hello world"))

def g():
    return "Hello world"

assert f(g())

def f(x: List[int]):
    return x[::-1] == x[1::-1]

def g():
    return []

assert f(g())

def f(d: List[int], dnum=1000):
    return len(d) == dnum

def g(dnum=1000):
    return [0 for i in range(dnum)]

assert f(g())

def f(s: str):
    return len(s) == len(s.lower()) and s == s.lower()

def g():
    return "123"

assert f(g())

def f(s: str, i=10, q=60):
    return len(str(s)) >= i and (str(s)[i:i + q - 1] == s or len(s) >= i)

def g(i=10, q=60):
    return str(int("123456789" + "0"*9) ** i + 1)

assert f(g())

def f(n: int):
    if n > 0:
        return True if n in range(20) else False

def g():
    d = 3
    if 2 == 0:
        d = 2
    elif 2 < 0:
        d += 2
    return d

assert f(g())

def f(path: List[int], max_path=1000):
    return min(max_path, len(path)) == max_path

def g(max_path=1000):
    return list(range(max_path+1))

assert f(g())

def f(x: List[int]):
    return (sum(x) >= len(x)) and (x[2] > 0)

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

assert f(g())

def f(n: int):
    assert n > 1000
    assert n % 10 == 0
    return n // 10 >= 23

def g():
    return int("123456789" + "0"*9) // 10

assert f(g())

def f(s: str):
    return ''.join(s) == str('\0')

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

assert f(g())

def f(n: int, a=345346363, b=10):
    n //= b
    return a < n * b

def g(a=345346363, b=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return all(i in s for i in {'q', 'a', 'w', 'e'})

def g():
    return "qwae"

assert f(g())

def f(li: List[int], n=18):
    return all((li[(i + 2) % n] == 1 + li[(i + 1) % n] * li[i] for i in range(n)) and (li[i] == 1) for i in range(n))

def g(n=18):
    return [1] * n

assert f(g())

def f(stamps: List[List[int]], target=90):
    for s in stamps:
        if abs(s[0]) < 3 and abs(s[1]) < 3 and abs(s[2]) < 3 and s[2] == -s[1]:
            return True

    return False

def g(target=90):
    return [
        [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):
    s = s.lower()
    assert len(s) == len(s.lower())
    return bool(s)

def g():
    return str(int(0) == 0)

assert f(g())

def f(strings: List[str]):
    return len(strings) >= 9 and all(s in strings for s in strings)

def g():
    return ["hello" for _ in range(1000)]

assert f(g())

def f(x: int):
    return str(x).startswith("123456789")

def g():
    return int("123456789")

assert f(g())

def f(s: str, target=23):
    return len(set(s)) == 2 and s[0] != target and s[1] != target

def g(target=23):
    return "23"

assert f(g())

def f(n: str):
    return "".join(n).count("-") == 1

def g():
    return "1234567-8901234567890"

assert f(g())

def f(li: List[int], target=5):
    return len(set(li)) == len(set(li)) == 5 and all([x != 0 for x in li])

def g(target=5):
    return [int(li) for li in [1, 3, 2, 4, 5]]

assert f(g())

def f(nums: List[int]):
    def prod(nums):
        return reduce(lambda x, y: prod(x * y), nums)

    return min(nums) >= 100

def g():
    return [100, 200, 300, 400, 500, 600, 700, 800, 900, 1000]

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= len(s) - 4

def g():
    return [
        "hello",
        "world",
        "{1,2} {0,0}",
        ".{0,1}",
        "{1,2} {1,2}",
        "hello world"
    ]

assert f(g())

def f(inds2: List[int]):
    return all(i == 0 and j == 1 for i in range(len(inds2)) for j in range(len(inds2)) if i != j or i == j)

def g():
    return []

assert f(g())

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

def g():
    return [1, 2, 3, 7]

assert f(g())

def f(s: str):
    return (s.count("x") == 0 and s.count("|") == 1) or (s.count(s[0]) == 0 and len(s) < 2)

def g():
    return "ab|cd"

assert f(g())

def f(list: List[int], n=50):
    return len(list) == n

def g(n=50):
    return list(range(n))[:n]

assert f(g())

def f(x: int, a=10201202001, b=2530200):
    if x >= 1:
        return x + a <= b or (x - 1) + b >= a
    else:
        return x - a == b

def g(a=10201202001, b=2530200):
    return 0 if a == 0 else 1 << (55 - (a + 1) % 1000)

assert f(g())

def f(s: str, n=0, a=1, target_prob=0.5):
    return s == 'x'

def g(n=0, a=1, target_prob=0.5):
    return "x" if n == 0 else "x" + str(n)

assert f(g())

def f(x: int, a=10, b=100):
    return a - x == b * a

def g(a=10, b=100):
    return a - b * a

assert f(g())

def f(s: str, c=10, e=100):
    return int(s.count("m") + c) + e > 10 and len(s) > e

def g(c=10, e=100):
    return "123456789"*(c + e + 1)

assert f(g())

def f(p: List[List[int]], target=[]):
    n = len(target)
    return sum(x for x in p if sum(y * x + y for y in p if y > 0) == n) == n

def g(target=[]):
    return target

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return reverse * s == "reverse string"

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

assert f(g())

def f(s: str, a=17, b=17, c=17):
    return len(s) == 6

def g(a=17, b=17, c=17):
    return str(a) + str(b) + str(c)

assert f(g())

def f(x: str):
    return all(x)

def g():
    return "<all>"

assert f(g())

def f(n: int, b=161833):
    return b % n == 0 and n >= b

def g(b=161833):
    return b

assert f(g())

def f(nums: List[int], n=500):
    return len(nums) == n

def g(n=500):
    return list(range(500))

assert f(g())

def f(d: float):
    return d == float('1.5e+13')

def g():
    v = 1.5e+13
    return v

assert f(g())

def f(h: List[int], n=10):
    return h[0] == n and h[-1] == n

def g(n=10):
    return [n, n, n]

assert f(g())

def f(e: List[int], n=17, s=7):
    if len(e) == 7:
        return all(2 * e <= 3 * n for e in [0, 1, 7])
    return len(e) > 7 or len(s) >= 10

def g(n=17, s=7):
    return [2*n for n in range(1000)]

assert f(g())

def f(s: str):
    return s.startswith("123.456")

def g():
    return "123.456"

assert f(g())

def f(elements: List[str], target=18):
    return len(elements) == target and all(e in elements for e in elements)

def g(target=18):
    return ["Hello " + str(target) for i in range(target)]

assert f(g())

def f(nums: List[int], target=100):
    n = 0
    for n in nums:
        if n >= target:
            break
    else:
        raise Exception("Error: no number in range %r" % (nums))
    return len(nums) >= target

def g(target=100):
    return [i for i in range(target, 1000)]

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 4  # is 4 elements
    return nums == [0, 1, 2, 3]  # is in [0, 1] of List[int]

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

assert f(g())

def f(s: str, p=[]):
    return s[0:1] == s[:1]

def g(p=[]):
    return "hello"

assert f(g())

def f(n: int, v=100):
    return v < n

def g(v=100):
    return int(int("123456789" + "0"*9) ** v)

assert f(g())

def f(c: int):
    return c > 0 and c < 10 and c % 3 == 1

def g():
    return 1  # so we can print its value

assert f(g())

def f(list: List[int], lower_bound=6):
    return list[0] >= lower_bound

def g(lower_bound=6):
    return [9,8,7,6,5,4,3,2,1,0]

assert f(g())

def f(s: str):
    return "".join(s) == "foobarbazwow"

def g():
    return str("foobarbazwow")

assert f(g())

def f(n: int, lower=10, upper=30, upper_bound=300):
    return n <= lower == 0 or n <= upper == 0 or n >= upper_bound

def g(lower=10, upper=30, upper_bound=300):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(p: List[int], upper_bound=4, lower_bound=6):
    return len([x if x >= 0 else p[-1] for x in p]) >= upper_bound and len([x for x in p if x >= 0]) >= lower_bound

def g(upper_bound=4, lower_bound=6):
    return [2, 5, 7, 8, 1, 4, 3]

assert f(g())

def f(nums: List[int]):
    return all({sum(i in range(100) for i in nums) == 100})

def g():
    return list(range(100))

assert f(g())

def f(n: int):
    return max(n - n ** 2, 0.) ** 2 < n

def g():
    return 9

assert f(g())

def f(s: str, caps=1048576):
    if len(s) > caps and s[0] == 'a':
        return caps == max(caps, (len(s), s.rindex('a') + 1) and s.startswith('b'))
    return caps == len(s) and s[1] == s[-1]

def g(caps=1048576):
    return "a" * caps

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n > nums[0] + lower_bound and n > nums[-1] + lower_bound

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return int(nums[0] + lower_bound) + 1

assert f(g())

def f(nums: List[int], n=10000):
    return len(nums) <= n and sum(i ** 2 for i in nums) == n

def g(n=10000):
    return [1] * n

assert f(g())

def f(m: List[int]):
    return m[0] + m[1] + m[2] == m[3]

def g():
    return [0] * 2 + [1] * 2 + [2] * 2

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) > 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.upper() if len(s) > 2 else s.lower())

assert f(g())

def f(l: List[int]):
    return any(i in range(1000) and abs(i * i - j * j) >= 10 for i in l for j in l if i != j) and len(set(l)) > 995

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

assert f(g())

def f(li: List[int]):
    return sum(li[i] == i for i in range(20)) == 0

def g():
    return [10**i for i in range(20)]

assert f(g())

def f(s: str):
    return len(s) == 1 and all(x in s for x in s)

def g():
    return "abc"[1]

assert f(g())

def f(kings: List[int], n=10):
    if kings[0] > kings[1]:
        return False
    return len(kings) >= n

def g(n=10):
    return [i for i in range(n)]

assert f(g())

def f(li: List[int]):
    return any(li[0] >= 1 and li[0] <= 9999 and abs(i * i - j * j) >= 10 for i in li for j in li)

def g():
    return list(range(1, 1000000, 10))

assert f(g())

def f(t: str):
    if len(t) > 4:
        for i in range(len(t) - 4):
            if t[i] == "x":
                return False
        return True

    return all(t[:4] == t[4:8] or t[:7] == t[7:2] or t[:8] == t[2:4])

def g():
    return "123456789" * 15000 + "0" * 10000 + "0" * 1000 + "0" * 100 + "0" * 10 + "0" + "0" + "0" + "0" + "0"

assert f(g())

def f(s: str, r=1, a=5129):
    return all(s.isdigit() for i in range(r))

def g(r=1, a=5129):
    return str(int(a + r))

assert f(g())

def f(s: str, target_len=8):
    return all([start <= len(s) for start in range(target_len)])

def g(target_len=8):
    return 'ciao' * target_len

assert f(g())

def f(n: int, a=0, b=10, c=20):
    return (b ** (n - 1)) % b == b ** n

def g(a=0, b=10, c=20):
    return 3**10 * (b ** (a + 1) - b ** a) - (2*c**(b ** (a + 1) - b ** a))

assert f(g())

def f(moves: List[List[int]], max_moves=8):
    return len(moves) >= max_moves

def g(max_moves=8):
    return [[0,0],[0,1],[0,2],[1,0],[1,1],[1,2],[2,0],[2,1],[2,2]]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(
        [x == sum([i in x for i in range(a, b, c) if i > n]) for b in range(-2, -1, -1)]
    )

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

assert f(g())

def f(n: int):
    return n >= 2147483647 and -n < -2147483648

def g():
    return 2147483649

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in "abcdefghijklmnopqrstuvwxyz" * 2)

def g():
    return [u for u in "abcd" + "efgh" + "ijkl" + "mno" + "pqr" + "stuv" + "wxyz"]

assert f(g())

def f(n: int):
    return n > 80000 and n * n > 80000 * 80000

def g():
    return (2**28)

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(len(l)+1) if x > 0)

def g():
    return [1]

assert f(g())

def f(x: float):
    return str("'{0:.5f}X'".format(x)) == str("'{0:.5f}X'".format(x + 0.5))

def g():
    return float(int(int("123456789" + "0"*9) ** 9.0)) / 9999999.0

assert f(g())

def f(h: List[int]):
    return {k for k in h} == {0, 1, 0, 1, 2}

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

assert f(g())

def f(s: str, s1="a", s2="toto", n1=5):
    return len(s) == len(s1) and s == s1 or (0 in s and len(s) == 1 and all(i != j for i, j in zip(s, s[1:])))

def g(s1="a", s2="toto", n1=5):
    return s1 or "a"

assert f(g())

def f(s: str):
    return s.count("a") > len("a") and s.count("d") > len("d")

def g():
    return "aa" + "bd" + "cd" + "de" + "abcd" + "cdef" + "\n"

assert f(g())

def f(s: str):
    return len(s) > 3

def g():
    return "123456789"

assert f(g())

def f(seq: List[int]):
    d = 0
    for i in seq:
        d = d + 1
    return d > 2

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

assert f(g())

def f(x: List[int], target=[16, 17, 18, 19, 20, 7, 8, 9, 10, 11, 12, 13, 14]):
    return len(set(x) & set(target)) == len(set(x))

def g(target=[16, 17, 18, 19, 20, 7, 8, 9, 10, 11, 12, 13, 14]):
    return target  # avoid warning

assert f(g())

def f(r: List[float], target=5):
    return r[0] == target

def g(target=5):
    return [5., 6., 7.5, 0., 8., 9.]

assert f(g())

def f(nums: List[int], target=3):
    return all(
        nums == x for x in range(target + 1) if nums[x] == nums[x + 1]
    )

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

assert f(g())

def f(li: List[int], n=3):
    assert all(i in range(n) for i in li) and len(li) == n
    return len(li) == n and all([li[i] == 1 for i in range(n)])

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

assert f(g())

def f(s: str):
    return s.count('3') == 1

def g():
    return "Hello 123"

assert f(g())

def f(nums: List[int], target=100):
    for i in range(target):
        if target - i == 0:  # not enough
            return False  # not enough
    return sum(nums) > target - 1

def g(target=100):
    return [target + 1 if x0 == target else x0 for x0, x in zip(range(100, 200), range(100, 200))]

assert f(g())

def f(nums: List[int], pmin=4, pmax=4):
    assert all(nums == 0 for n in nums) and all(nums == 2*nums for n in nums)
    return all(n >= pmin and n <= pmax for n in nums)

def g(pmin=4, pmax=4):
    return [num for num in range(1, 1000) if num < pmin and num > pmax]

assert f(g())

def f(n: int):
    return all(n < (10 ** n) for n in range(60))

def g():
    return 3 * 30 + 5 * 20

assert f(g())

def f(x: List[str]):
    return "A string" in x and "Hello world" in x

def g():
    return ["A string", "Hello world"]

assert f(g())

def f(x: List[int], a=43):
    return all(x[i] == 0 and x[i - 1] == 0 for i in range(4))

def g(a=43):
    return [0] * a

assert f(g())

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

def g():
    return "AABBBB"

assert f(g())

def f(num: int, target_num=12345):
    return int(num) == target_num

def g(target_num=12345):
    return target_num # No need to pass

assert f(g())

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

def g():
    return [0] * 1000

assert f(g())

def f(s: str, upper_bound=99):
    return len(s) == upper_bound or len(s) == 10

def g(upper_bound=99):
    return "1234567890"

assert f(g())

def f(s: str, word="konjac"):
    return all(s[i:j] == word[i:j] for i in range(len(word) - 1) for j in range(len(word) + 1))

def g(word="konjac"):
    return word + "s" + "t" + "w"

assert f(g())

def f(nums: List[int]):
    return sum(nums) == sum(set(nums))

def g():
    return [123456789, 0]

assert f(g())

def f(n: int):
    return n > 6 * int(1e7) * 0.1

def g():
    return 100000000

assert f(g())

def f(nums: List[str], a=150, b=400):
    return all(s in nums for s in ["lkjh","lkkhjh","lkkhk","lkjhk"][:10]) and all(s in list(nums) for s in ["lkjh","lkkhjh","lkkhk","lkjhk"])

def g(a=150, b=400):
    return ["lkjh","lkkhjh","lkkhk","lkjhk"]

assert f(g())

def f(g: List[int]):
    return len(g) > 9

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(indices: List[int]):
    return indices[0] == 0 and indices[-1] == 0 and all(indices[i] == indices[i + 1] for i in range(3))

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

assert f(g())

def f(n: int, a=89021, b=89023):
    return a + b - a + b == n

def g(a=89021, b=89023):
    return int(a + b - a + b)

assert f(g())

def f(y: int, a=1073258, b=72352549):
    return a - b == y

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

assert f(g())

def f(n: int):
    return n > 100 and n >= 17

def g():
    return 3**7+2+0

assert f(g())

def f(s: str):
    return s.startswith(u"-")

def g():
    return u"-abcde"

assert f(g())

def f(x: int, a=3072, b=1000000):
    return x == a*b

def g(a=3072, b=1000000):
    return a*b

assert f(g())

def f(seq: List[int]):
    return all(i in seq for i in [1, 2, 3, 4, 5])

def g():
    return list(range(1001))

assert f(g())

def f(nums: List[int], lower=1, upper=40, size=100):
    assert all([v >= 0 for v in nums])
    upper = 100
    success = False
    for i in nums:
        if i > upper:
            success = True
    return success

def g(lower=1, upper=40, size=100):
    return [i*i for i in range(size)]

assert f(g())

def f(x: int):
    return abs(x) > 1000

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

assert f(g())

def f(target: List[int]):
    return all(i in target for i in range(len(target)))

def g():
    return [i for i in range(10)]

assert f(g())

def f(s: str, n=163761):
    return s[-1] == s[-5]

def g(n=163761):
    return "123456789" + "0"*(n-1)

assert f(g())

def f(li: List[int]):
    return list(enumerate(li)) == sorted(enumerate(li))

def g():
    return []

assert f(g())

def f(l: List[int]):
    return l[:] == [1]

def g():
    return [1]

assert f(g())

def f(s: str):
    return " ".join(set(s)) == "."

def g():
    return "." * 8

assert f(g())

def f(s: str):
    return "abcdefghijklmnopqrstuvwyxxxyz" in s and s.find("abcdefghijklmnopqrstuvwyxxxyz") != -1

def g():
    return "abcdefghijklmnopqrstuvwyxxxyzc"*2

assert f(g())

def f(s: str, a="12345", b="123456"):
    return s.startswith(a) and s.endswith(b)

def g(a="12345", b="123456"):
    return a + b

assert f(g())

def f(nums: List[int], total=6725):
    return sum(sum((x >> i) & 1 for i in nums) for x in nums) < total

def g(total=6725):
    return [total, total + 1000]

assert f(g())

def f(ans: int, t=30):
    ans = 0
    for i in range(t):
        ans *= 2 if ans % 2 == 0 else ans // 2
    return ans < 10

def g(t=30):
    return int(t) + 1

assert f(g())

def f(inds: List[int]):
    return all(i in inds for i in range(10))

def g():
    return list(range(13))

assert f(g())

def f(n: int, a=253532, b=1230200):
    if n > 0 or a > 50:
        return n > 0 and abs(n * n - 1) > b and abs(a - (n * n)) > b
    else:
        return n > 0 and abs(n * n + a) == -b and abs(a) + abs(a + n) > b

def g(a=253532, b=1230200):
    n = 0
    for i in range(10):
        while a > 50:
            n = n * i + a
            a = a - (n * n)
    return n

assert f(g())

def f(s: str):
    return any(c in s for c in ["8", "1"])

def g():
    return ["8", "1"][0]

assert f(g())

def f(li: List[int], target=100):
    return len([li.index(n) for n in li]) == target

def g(target=100):
    return [int(p) for p in range(target)]

assert f(g())

def f(seq: List[int], n=10000):
    return all(i in [1, 2] for i in seq) and sum(seq) == n

def g(n=10000):
    return [1] * n

assert f(g())

def f(nums: List[int], length=4):
    def test(nums):
        return all((nums == [1, 1] or nums == [-1, 1]) for i in range(len(nums)))
    return test(nums)

def g(length=4):
    return [1, 1]

assert f(g())

def f(n: int):
    return n in list(range(12 + 0, 100000))

def g():
    return int(int(1) + int(2) + int(3) + int(4) + int(5) + int(6) + int(7) + int(8) + int(9) + int(10) + int(11) + int(12) + int(13) + int(14) + int(15) + int(16))

assert f(g())

def f(n: int, a=1, b=2, max_points=15):
    return a * b >= n and a <= b and b >= n

def g(a=1, b=2, max_points=15):
    return (a == 1) * (b > max_points) or (a == 2) * (b > max_points)

assert f(g())

def f(y: List[int], n=100):
    return (y == x for x, y in zip(y, y[1:])) and len(set(y)) == n

def g(n=100):
    return [i for i in range(n)]

assert f(g())

def f(x: List[int], n=3):
    return all(x[i] == i for i in range(n))

def g(n=3):
    return list(range(n))

assert f(g())

def f(n: int, a=6, b=6, c=6, d=2, e=2, f=2, g=3, h=3, i=6, j=0):
    return all([a != 1 or b != 1 or c != 1 or d != 1 or e != 1 or f != 1 or g != 1 or h != 1 or i != 1 or j != 1])

def g(a=6, b=6, c=6, d=2, e=2, f=2, g=3, h=3, i=6, j=0):
    return a + b + c + d + e + f + g + h + i + j + 1

assert f(g())

def f(n: int):
    return (n % 3 == 1)

def g():
    return 4

assert f(g())

def f(n: int):
    return ((n < 1) or all(n % 2 != 0 and n % 3 != 0))

def g():
    return sum((random.randrange(999) for j in range(1000)) == j for j in range(999))

assert f(g())

def f(x: int):
    return (x + 2) % 3 == 0

def g():
    return 4

assert f(g())

def f(x: float, a=1020):
    x = x * 1 / a
    m = 2 ** (32 - abs(x))
    return m <= 10 ** -300 and m < 5

def g(a=1020):
    return float("123456789" + "0"*9) ** 0.5

assert f(g())

def f(str: str):
    return str.count(str) == len(str)

def g():
    return str(0)

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) or 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(m: List[int]):
    assert m[0] == m[-1]
    return m[0] * m[1] == m[2] * m[0]

def g():
    return [0] * 9

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return len(str(a + x)) == len(str(b - x))

def g(a=1073258, b=72352549):
    _, _, x = str(a + b), str(b - a), a + b
    return x

assert f(g())

def f(board: List[List[int]], target_length=4):
    assert all(len(x) == len(board[0]) for x in board) and board[0] != board[1] != board[2] != board[3]  # make sure no empty squares
    return board[0] != board[1] != board[2] != board[3]

def g(target_length=4):
    return [[1,1,3,6] , [2,2,5,8], [3,3,6,10], [4,5,6,11], [5,6,7,12], [7,8,9,13], [9,10,11,14]]

assert f(g())

def f(l: List[str]):
    s = len(l) == 1 and l[0] in ["*", "!", "x", "%"]
    return all(x in l for x in ["1", "2", "4", "3", "5", "6"])

def g():
    return ["1", "2", "4", "3", "5", "6"]

assert f(g())

def f(x: List[int], t=65536):
    return all(x[i] for i in range(t))

def g(t=65536):
    return [1, 2]*t

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == 0

def g(a=3, b=23463462):
    return a + b

assert f(g())

def f(li: List[int]) -> bool:
    # TODO: test for edge cases like n! = 1 and n! = 0
    return all(li[i] != li[i + 1] for i in range(8)) and all(
        li[i] != li[i + 2] for i in range(8)
    )

def g():
    return list(range(1000))

assert f(g())

def f(nums: List[int], a=2, b=3, c=4, d=4, e=7, f=6, g=3, h=5, i=1, j=5, k=5, m=0, n=0):
    if m == 0:
        return sum([x ** i for x in nums for i in range(a, e, b)]) == n
    else:
        return sum(sum([z ** i for i in range(a, e, b)]) / m * i for z in nums) == n

def g(a=2, b=3, c=4, d=4, e=7, f=6, g=3, h=5, i=1, j=5, k=5, m=0, n=0):
    return [int(x ** i) for x in range(a, e, b) for i in range(1, m+1)]

assert f(g())

def f(ranks: List[int], options=[0, 10, 14], n=10128):
    return len(ranks) == n and all(rank in options for rank in ranks)

def g(options=[0, 10, 14], n=10128):
    return [0 for _ in range(n)]

assert f(g())

def f(s: str, target="reverse me"):
    return target in s

def g(target="reverse me"):
    return target

assert f(g())

def f(l: List[int]):
    return sum(1 for i in l if i <= 0) == 0

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

assert f(g())

def f(s: str):
    length = len(s)
    return length > 3 and len(set(s)) == length

def g():
    return "world"

assert f(g())

def f(starts: List[str], nums=[]):
    start_nums = tuple([starts[i] for i in range(0, int(len(starts)))])
    n_start = sum(start_nums)
    return [nums[i] for i in start_nums] == nums

def g(nums=[]):
    return [i+1 if i > 1 else i for i in nums]

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 30, "Hint: nums is a list of 1000 elements"
    return sum([i * 3 / 4 for i in nums for j in nums if i == j]) > nums[-1]

def g():
    return [1]*30

assert f(g())

def f(str_bills: List[str], str_denominations=["30", "70", "90", "90"]):
    return len(str_bills) == len(str_denominations)

def g(str_denominations=["30", "70", "90", "90"]):
    return str_denominations

assert f(g())

def f(s: str):
    return sum(len(s) > 1 for x in s) >= 4

def g():
    return "Hello!"

assert f(g())

def f(x: List[int], n=4):
    return {i for i in range(n) for w in x for c in [str(i), str(i) + "X", str(i) + "X" + str(i) + "X", str(i), str(i) + "X"]} == {x[i] for i in range(n)}

def g(n=4):
    return list(range(n))

assert f(g())

def f(s: str):
    return "".join((c if c in "aeiou" else "" for c in s)) == "aeiou"

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, lower_bound=5, a=2, b=55):
    return n >= a * 2 + b and n >= b * a

def g(lower_bound=5, a=2, b=55):
    return a * b and b * a

assert f(g())

def f(s: str, g=12, g1=0):
    return g == 12 and s == "123456789"

def g(g=12, g1=0):
    return "123456789"

assert f(g())

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

def g(c=1):
    return str(int(c * c))

assert f(g())

def f(len_list: List[int]):
    def not_even(len_list):
        return len(set(len_list)) % 2 == 0
    return not_even(len_list)

def g():
    return [-1, 1]

assert f(g())

def f(d: int, n=123456789):
    return d > n and d % n == 0

def g(n=123456789):
    return n * (n - 1) * (n - 2) * (n - 3) * (n - 4) * (n - 5) * (n - 6) * (n - 7) * (n - 8) * (n - 9) * (n - 10) * (n - 11) * (n - 12) * (n - 13) * (n - 14) * (n - 15) * (n - 16) * (n - 17) * (n - 18) * (n - 19) * (n - 20) * (n - 21) * (n - 22) * (n - 23) * (n - 24)

assert f(g())

def f(st: str):
    return all(st.isdigit() or str(st) == "0" for _ in range(1000))

def g():
    return "0" * 9

assert f(g())

def f(r: List[int]):
    return tuple([r[i] for i in range(10)]) == tuple([r[i] for i in range(10)])

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(delta: List[int], n=12345):
    return all(i + 1j != delta[i] for i in range(3))

def g(n=12345):
    return [1, 2, 3]

assert f(g())

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

def g(a=1020):
    return 2.5e10

assert f(g())

def f(s: str):
    return s.startswith('abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_')

def g():
    return ''.join("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_".split())

assert f(g())

def f(x: List[int]):
    return x[3] > x[2] and 2 * x[0] + 3 * x[1] == x[2] + x[1]

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

assert f(g())

def f(x: float, a=10000000):
    return x == a

def g(a=10000000):
    return float(round(a, -1))

assert f(g())

def f(s: str):
    print(s)
    return all(
        c in s for c in ['a', 'b', 'c', 'd', 'e', 'f']
    )

def g():
    return "abcdefghij"

assert f(g())

def f(l: List[int], l2=[[]]):
    l = {z for z in l if z != l2}
    return set(l) == set([x for x in l if all(x)])

def g(l2=[[]]):
    return [x for x in l2 if not all(x) for x in l2]

assert f(g())

def f(s: str):
    return "'" + s.replace(' ', "") + "'" not in "This is not the world!"

def g():
    return "not the world"

assert f(g())

def f(i: int):
    return all(i <= i for i in range(i))

def g():
    return len(range(0, 100))

assert f(g())

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

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

assert f(g())

def f(length: List[int], target=100):
    return len(length) == target

def g(target=100):
    return [target for _ in range(100)]

assert f(g())

def f(n: int, m=10, lower=0):
    return n * m <= 10

def g(m=10, lower=0):
    return 0

assert f(g())

def f(s: str, n=1):
    s = s.lstrip("")
    if not s.startswith("0123456789"):
        return False
    return s.count("0") == 1 and all("0b" not in s for c in s)

def g(n=1):
    return "0123456789" + str(n)

assert f(g())

def f(p: List[List[int]], max_dim=100):
    return all([map(sum, [map(int, p[i]) for i in range(max_dim)]), map(max, p)])

def g(max_dim=100):
    return [[] for i in range(max_dim)]

assert f(g())

def f(s: str):
    return s.find('q') >= s.find('a') and s.find('a') < s.find('o')

def g():
    return "123456789aooq1234456789o34567890"

assert f(g())

def f(s: str):
    f17 = len(s) == len(set(s))
    f18 = not f17
    return f17 or f18

def g():
    return "abcde"*10

assert f(g())

def f(s: str, target="hello"):
    return s == target == 'hello'

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

assert f(g())

def f(n: int):
    return n >= 5

def g():
    return 5

assert f(g())

def f(l: List[int]):
    return set(l) <= set(sorted(l))

def g():
    return [2, 6]

assert f(g())

def f(li: List[int], target=0):
    return sum(target for a, b in li if b < a) == target

def g(target=0):
    return [target for _ in range(10) if target != 0]

assert f(g())

def f(s: str, target="hey friend"):
    return s == target

def g(target="hey friend"):
    return str(target)

assert f(g())

def f(s: str):
    s = s.lower()
    if len(s) > 1:
        s = s[0].replace(' ', '-')
    return s == "["

def g():
    return "[a-z]"

assert f(g())

def f(s: str):
    return (s[s.find("-")+1] == "x") and "-" in s

def g():
    return "x-x-"

assert f(g())

def f(list: List[int], n=4):
    x = list + [0]
    if n != 0:
        x = x + [1]
        x = x + [2]
    return len(set(x)) + 1 == len(list) + 1

def g(n=4):
    return list(range(n))

assert f(g())

def f(ls: List[int]):
    return len(set(ls)) == len(ls) == len(ls)

def g():
    return [1] + [0]

assert f(g())

def f(nums: List[int], target=10):
    return len(set(nums)) == target

def g(target=10):
    return list(range(target))

assert f(g())

def f(x: List[int], a=5):
    for i in range(len(x)):
        if x[i] > a:
            return False
        elif x[i] == a:
            return True

def g(a=5):
    return [1, 2, 3, 5, 6, 7, 8, 9]

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 40 and all([x.count("a") > x.count("b") for x in s])

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

assert f(g())

def f(s_case: str, s="moooboooofasd", n=14, caps=0):
    return s_case == (s.upper() if caps > n else s.lower())

def g(s="moooboooofasd", n=14, caps=0):
    return (s.upper() if caps > n else s.lower())

assert f(g())

def f(x: List[int], a=5, b=10):
    return abs(x[0] - b) < 10 ** -6

def g(a=5, b=10):
    return [(a*i+b) for i in range(10)]

assert f(g())

def f(l: List[int], n=10):
    def count(a, b):
        return (a + b) * (a + b) + a * a + b * b
    return sum(1 for m in l for t in l[m:] if m == n-1) <= count(l[n-1], l[n-2])

def g(n=10):
    return list(1 for n in range(n)) + list(1 for n in range(n))

assert f(g())

def f(s: str):
    for c in s:
        if c in ['abc', 'abd', 'abcdef', 'abcdefghi', 'abcdefghijklm', 'abcdefghijklmklmnopqrstuvwxyz']:
            return False
    return True

def g():
    return "abc\""

assert f(g())

def f(nums: List[int], n=99):
    if isinstance(nums, str):
        nums = [num for num in nums if num != ""]
    if isinstance(nums, tuple):
        nums = list(f(i) for i in nums)
        assert len(nums) == n, "Duplicate number"
    return not all(int() <= i ** 2 < n for i in nums)

def g(n=99):
    return [n for i in range(n)]

assert f(g())

def f(n: int, num_points=20):
    assert 0 <= num_points < n ** 3
    return num_points <= n ** 3

def g(num_points=20):
    return num_points ** 2

assert f(g())

def f(nums: List[int], n=5):
    return (nums[0] + nums[1]) % 2 == (nums[2] + nums[3]) % 2  # test for even parity

def g(n=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, year_len=360):
    return year_len <= n and n % 1701 == 0

def g(year_len=360):
    return 1701 * int(float((year_len + 2000) / 100) * 10000000)

assert f(g())

def f(x: int, a=10201202001, b=0):
    return x ** 2 == a and x >= 0

def g(a=10201202001, b=0):
    return int(a ** 0.5) + b

assert f(g())

def f(l: List[int]):
    return l[0] in [1, 2, 3, 4, 5, 17, 18, 23, 24, 25] and l[-1] in [20, 21, 22, 32, 33, 34, 45, 46, 47, 48]

def g():
    return [1, 2, 3, 4, 17, 18, 20, 21, 22, 23, 24, 25, 32, 33]

assert f(g())

def f(inds: List[int]):
    return all(i in inds for i in range(21))

def g():
    return [i for i in range(21)]

assert f(g())

def f(s: str):
    return s == "foobar" or s == "fooba"

def g():
    return f"foobar" and f"fooba"

assert f(g())

def f(x: int):
    return x == 9001

def g():
    return 9001

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a < n and b < n and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(lista: List[int], a=5, b=10, c=2, treshold=10):
    a = sum(a for i in range(len(lista)))
    return sum(a * b for i in range(len(lista))) > treshold

def g(a=5, b=10, c=2, treshold=10):
    return [sum(i*t for i in range(len(lista)) if i > treshold) for lista in (range(5,9,c), range(5,9,b))]

assert f(g())

def f(s: str, target=0):
    return len(set(s)) > 3 and any(s != "hello world\n" and s != "good night\n\n" for s in s)

def g(target=0):
    return "good night\n\n"

assert f(g())

def f(n: int, n1=1, n2=65, n3=-10, n4=33, n5=-10):
    return n1**2 + n3 ** 2 + 5 * (n1 + n2) ** 2 + n2 ** 2 + n4 ** 2 + n5**2 == n

def g(n1=1, n2=65, n3=-10, n4=33, n5=-10):
    return n1 ** 2 + n3 ** 2 + 5 * (n1 + n2) ** 2 + n2 ** 2 + n4 ** 2 + n5**2

assert f(g())

def f(n: int):
    return n == 0 or n == 1 or n == 5 or n == 12

def g():
    return 1

assert f(g())

def f(n: int, k=2):
    assert n > 0
    return -2.0 ** n < 1e-14

def g(k=2):
    return 2 ** k

assert f(g())

def f(nums: List[int]):
    if len(nums) <= 1:
        return len(nums) == 1
    elif nums[-1] != -1:
        assert nums[-1] >= 2
    def _f7(nums: List[int], thresh=4):
        assert len(nums) == 0 or nums == [0]
        if len(nums) == 1:
            return True
        elif nums[-1] == -1:
            return len(nums) == 2 and thresh <= abs(sum(nums) - n)

def g():
    return [1]

assert f(g())

def f(n: int):
    return n < 0 and abs(n) > 1000

def g():
    return -12123 + 1

assert f(g())

def f(i: int, n=20000, maxlength=10000):
    assert 1 <= n, "Hint: n should be a power"
    return n <= (i + 1) * (i - 1) / 2

def g(n=20000, maxlength=10000):
    return int(n * n)

assert f(g())

def f(s: str, n=1000):
    return len(s) > n

def g(n=1000):
    return "123456789" + "0"*n

assert f(g())

def f(n: int, ops=['x+', '--x', '--x'], target=19143212):
    if n < target:
        if n != target:
            assert n + 4 > target
            n += 4
        else:
            assert n == target
            n -= 4
    else:
        if n > target:
            n -= 4
        else:
            assert n == target
    return n == target

def g(ops=['x+', '--x', '--x'], target=19143212):
    if ops == ['x+', '--x', '--x']:
        return target
    else:
        return True

assert f(g())

def f(x: List[int]) -> bool:
    if 0 != x:
        return True
    return False

def g():
    return [x+x for x in range(10)]

assert f(g())

def f(s: str, e1="12", e2="123", e3="1234", e4="12345"):
    if s == "12" or s == "123":
        return True
    if s == "1234":
        return True
    if s in ["12", "123"]:
        return False
    if s == e1 or s == e3 or s == e4:
        return True
    return False

def g(e1="12", e2="123", e3="1234", e4="12345"):
    return e1 or e2 or e3 or e4

assert f(g())

def f(x: List[str]):
    return len(x) == 13

def g():
    return ["a" + "b"  + "c" for i in range(13)]

assert f(g())

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

def g(a=253532):
    return a + 1

assert f(g())

def f(n: int):
    sum = 0
    for i in range(n): min = -1 if (sum - 1 >= 0 and sum > i) else i
    return min > 0

def g():
    sum = 0
    for i in range(1000): sum += 1
    return sum

assert f(g())

def f(i: int):
    return i == len(str(i))

def g():
    return 1

assert f(g())

def f(x: List[int], n=10):
    return len(set(x)) == n and n == len(x)

def g(n=10):
    return [1] + [3] + [2] + [4] + [5] + [6] + [7] + [8] + [9] + [10]

assert f(g())

def f(inds: List[int], target=5):
    return len(inds) == target

def g(target=5):
    return [target-1-i for i in range(target)]

assert f(g())

def f(n: int):
    m = 2**64 # 2**64 is large enough to do some kind of precomputation
    return m < n

def g():
    m = 2**64
    return m ** 2

assert f(g())

def f(s: str):
    return "Hello " + s[::-1].strip(" ") == "Hello world"

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

assert f(g())

def f(nums: List[int], m=4):
    return len(nums) == m and nums[:2] == nums[-2:]

def g(m=4):
    return [0] * m

assert f(g())

def f(p: List[int], target=[17, 9], n=2):
    return p == target

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

assert f(g())

def f(m: List[int], h=3, num_squares=3):
    return sum(m) == len(m) == h

def g(h=3, num_squares=3):
    return [int(x) for x in range(0, num_squares) if h]

assert f(g())

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

def g():
    return "buz"

assert f(g())

def f(s: str, target="foo", length=5):
    return target+target[::-1] == s

def g(target="foo", length=5):
    return target+target[::-1]

assert f(g())

def f(li: List[int], n=5):
    if n == 1:
        return 1
    if n == 2:
        return (li[0] % 2 == 0) * (li[1] % 2 == 0)
    if n <= 5:
        return (len(li) >= n)
    return min(li) > 1 and len(li) == n and all((1 + prod(li[:i] + li[i + 1:])) % li[i] == 0 for i in range(n))

def g(n=5):
    return [li for li in range(6)]

assert f(g())

def f(s: str, target="a b c d", reverse=False, t=5, n=4):
    return (s != target and s != reverse and s != "") and t <= len(s)

def g(target="a b c d", reverse=False, t=5, n=4):
    return target + "a'b'c'd"

assert f(g())

def f(s: List[str], a="hello world", b="Hello world", length=2):
    for i in range(3):
        return a == s[i] and b != s[i] and s[i] in set(s)

def g(a="hello world", b="Hello world", length=2):
    return [a, b]

assert f(g())

def f(li: List[int], k=10):
    return len(li) == k and all((i % k) == 0 for i in li)

def g(k=10):
    return [k] * k

assert f(g())

def f(s: str):
    return s.startswith("!") and len(s) > 0

def g():
    return "%s is a string" % "!"

assert f(g())

def f(s: str, reverse=False):
    return s == "reverse me"

def g(reverse=False):
    return "reverse me"

assert f(g())

def f(s: str):
    return len(s) >= 6 and "foo".find("foo") >= 0 and "bar".find("bar") >= 0 and "baz".find("baz") >= 0 and "quux".find("quux") >= 0 and "fuga".find("fuga") >= 0

def g():
    return "foofoo" or "barbarba" or "bazbazbaz"

assert f(g())

def f(s: str):
    return s.startswith("!") and s.endswith("!!")

def g():
    return "!!!!" + "!!!"

assert f(g())

def f(num: int):
    return pow(2, num) == 2

def g():
    return pow(2, 0)

assert f(g())

def f(str: List[str]):
    return len(set(str)) == 1000

def g():
    return ["0"*i for i in range(1000)]

assert f(g())

def f(x: int, a=1, b=1000):
    return a-b == x

def g(a=1, b=1000):
    return int(a-b)

assert f(g())

def f(x: List[int], t=99, n=3):
    return x[0] == 0

def g(t=99, n=3):
    return [x for x, y in zip(range(n), range(t))]

assert f(g())

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

def g():
    return ("\n")

assert f(g())

def f(s: str):
    return s.isdigit() and int(s) != 0

def g():
    s = '123456789012345678901234567890123456789012345678901234'
    return s + str(s) + '123456789'

assert f(g())

def f(i: int):
    return all(i <= i for i in range(i))

def g():
    return sum(1 for i in {1, 2, 3, 5, 9, 16, 18, 25, 26, 32, 45, 48, 64, 81})

assert f(g())

def f(n: int):
    return n >= 0 and n <= 100000000 and eval(str(int(str(n)))) == n

def g():
    return 12

assert f(g())

def f(x: int):
    return abs(x) <= 1

def g():
    return -1

assert f(g())

def f(x: List[int], n=18):
    return all([x[i] + x[-i] > 0 for i in range(n)])

def g(n=18):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18]

assert f(g())

def f(num: int, min=900, max=1323):
    assert num >= min and num <= max
    return num >= min and num <= max and min != max

def g(min=900, max=1323):
    return min if min == 900 else max

assert f(g())

def f(x: float, target=50):
    return abs(x - target ** -1) < 10 ** -6

def g(target=50):
    return target ** -1  # Assumption, can be reduced to return max(target**-1, 100)

assert f(g())

def f(x: float):
    assert 2 <= x <= 3
    assert 1.7 <= x <= 2
    assert 0.1445 < x
    return int(x) in [2, 3]

def g():
    return 2.0

assert f(g())

def f(n: int, v=100, w=100):
    return n / v == v

def g(v=100, w=100):
    return v*w

assert f(g())

def f(nums: List[int], upper=50):
    return sum(nums) >= upper

def g(upper=50):
    return [n for n in range(1,1000)]

assert f(g())

def f(a: List[int]):
    return len(a) == 6 and tuple(a) <= (2, 7, 8, 42)

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(nums: List[int], n=11):
    return nums == [x for x in range(n)]

    def f16(nums: List[int], n=11):
        m = nums == [x for x in range(n)]
        return n ** 2 * m != n ** 2 * (n**2 - 1)

    def f17(nums: List[int], n=11):
        m = nums == [x for x in range(n)]
        assert len(m) == n - 1
        a, b = nums
        return abs(a * a * a + b * b) < 1e-6 * n**2 * m

def g(n=11):
    return [x for x in range(n)]

assert f(g())

def f(inds: List[int], n=100, target=100):
    return len(inds) == n and min(inds) <= target

def g(n=100, target=100):
    return [i for i in range(n)]

assert f(g())

def f(b: bool, a=1, c=0):
    return b and b == a or b > 0

def g(a=1, c=0):
    return a * a == 1

assert f(g())

def f(x: int):
    return int(x) > 20000

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

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)

assert f(g())

def f(s: str, t=50):
    return 0 <= ord(s[0]) <= t and len(s) <= 3 * t

def g(t=50):
    return "123456789" + "0"*t

assert f(g())

def f(s: str):
    return "".join(s) == "foo bar"

def g():
    return 'foo bar'

assert f(g())

def f(num: str):
    return num == "1"  # '1' == '1'

def g():
    return "1"  # '1' and '0' are ints

assert f(g())

def f(s: str, n=8):
    return s == "abcd" and all([i % 4 == 0 for i in range(8, 7, 2)])

def g(n=8):
    return "abcd"

assert f(g())

def f(s: str):
    return s.count('#') == 2 and s.count('!') == 2

def g():
    g = "!#"
    return "123456789!#" + g

assert f(g())

def f(n: int, a=2664, b=4326):
    return n == a or n == b

def g(a=2664, b=4326):
    return a or b

assert f(g())

def f(s1: List[int], s2=None, s3=None):
    if not s1:
        return all(i not in [0, 2] for i in range(len(s1)) if s1[i] is not 1)
    else:
        return all(i not in [0, 2] for i in range(len(s1)) if s2 is not s1[i] and s3 is not s1[i] and s1[i] != i)

def g(s2=None, s3=None):
    if not s2:
        return [0, 1, 2]
    else:
        return [0, 1, 2]

assert f(g())

def f(n: List[int], list_of_nums=[1, 2, 3]):
    return len(set(n)) == len(list_of_nums)

def g(list_of_nums=[1, 2, 3]):
    return [n+1 for n in list_of_nums]

assert f(g())

def f(delta: List[int], n=12345):
    return all(i + 1j != delta[i] for i in range(3))

def g(n=12345):
    return list(range(n))

assert f(g())

def f(r: List[int]):
    l1, l2, l3 = r
    return all([l1 > 0 and l2 > 0 and l3 > 0])

def g():
    return [1,3,5]

assert f(g())

def f(s: List[int], n=200):
    return all([i in s for i in range(n)])

def g(n=200):
    return list(range(n))

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l']):
    for i in range(1, len(chars) + 1):
        if chars[i - 1] not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l']):
    return " ".join(chars)

assert f(g())

def f(t: str, s="Permute me true"):
    return sorted(t) == sorted("Permute me true")

def g(s="Permute me true"):
    return "Permute me true"

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -6

def g(a=1020):
    return a + f(1, 1020)

assert f(g())

def f(seq: List[int], target=40):
    if len(seq) < target:
        return False
    for i, x in enumerate(seq):
        if all(j < x for j in seq):
            return False
    return True

def g(target=40):
    return [n for n in range(1000)]

assert f(g())

def f(pos: List[int], lower_bound=5):
    if len(pos) < lower_bound:
        return False
    for i in pos:
        if i < len(pos) - 1:
            pos.pop()
        if i == len(pos) - 1:
            return False
    return True

def g(lower_bound=5):
    return [i*i for i in range(lower_bound)]

assert f(g())

def f(edge: List[int]):
    return 0 in edge or edge[0] in [0, 1, 2]

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

assert f(g())

def f(items: List[int], length=4):  # must avoid infinite loop on (item, item, item)
    return len(set(items)) >= length and items[1] > items[2]

def g(length=4):
    return [3, 9, 5, 1]

assert f(g())

def f(i: int):
    return min(int(i + 2), 3) > 0

def g():
    return 1234

assert f(g())

def f(i: int):
    return i >= 0 and i < 6

def g():
    return 2 - f(9 - 2)

assert f(g())

def f(n: int):
    if n == 0: return False
    for v in (3, 6, 9, 18):
        if n <= 25 * v:
            l = 25 * v - n
            if not all(l >= 0):
                return False
    return True

def g():
    return int(int("234567890123456789012" + "0"*17) ** 0.5) + 1

assert f(g())

def f(counts: List[int], n=100000):
    return bool(counts)

def g(n=100000):
    return list(range(n))

assert f(g())

def f(s_case: str):
    return s_case[::-1] == 'Hello world'

def g():
    return 'Hello world'[::-1]

assert f(g())

def f(nums: List[int], b=19):
    return len(set(nums)) >= 42 and all(n in nums for n in nums)

def g(b=19):
    return [n for n in range(1000)] + [n for n in range(1000)]

assert f(g())

def f(t: List[int], n=6):
    return all([t[i] / t[i + 1] for i in range(n)])

def g(n=6):
    return [1, 1, 1, 1, 1, 1, 1, 1]

assert f(g())

def f(s: str, options=[], perm=["qwertyuiopasdfgh", "asdfgh", "zxcvbnm"]):
    return "".join(perm if len(p) >= 2 else p for p in s) == "hello world"

def g(options=[], perm=["qwertyuiopasdfgh", "asdfgh", "zxcvbnm"]):
    return "hello world"

assert f(g())

def f(n: int):
    return max(
        n,
        max(
            n,
            max(3, n / 2 + 1),
            max(2, n / 5),
            max(2, n / 7)
        )
    ) == n

def g():
    return 6

assert f(g())

def f(i: int, x=2):
    if 0 <= x < 1:
        return i == 1
    elif 1 <= x < 2:
        return i == 2
    elif 1 <= x < 2:
        return i == 3
    elif x == 2:
        return i == 4
    elif x == 2:
        return i == 5

def g(x=2):
    a = sum(1 for i in range(0, x))
    return a * a

assert f(g())

def f(number: int):
    for i in range(24):
        assert number > 0
        number -= 1 + (number - 1) // 5
    return number > 0

def g():
    return 5 * 5 * 5 * 5 * 5

assert f(g())

def f(li: List[int], n=30):
    n2 = n // 2
    n3 = n2 + n2
    return all([li[i] == li[(i+1)%len(li)] for i in range(n3)])

def g(n=30):
    return [123456789*9 for i in range(n)]

assert f(g())

def f(res: int, n=2):
    assert n >= 2 and n <= 4  # (2,3) is not allowed!
    if n == 2:
        return res == 2
    return res == 2 or res == 3

def g(n=2):
    return int(int(float(n*(n*n)) ** 0.5) ** 0.5) + 1

assert f(g())

def f(s: str):
    return str(s) == u"abc#" or s == u"$#abc$"

def g():
    return u"abc#"

assert f(g())

def f(s: str):
    return all(s.find(i) != -1 for i in ["0", "1"])

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

assert f(g())

def f(n: int):
    return str(n * n).startswith("11111")

def g():
    return int(int("11111" + "0"*9) ** 0.5) + 2

assert f(g())

def f(n: int, target=123):
    return n == target

def g(target=123):
    return 123

assert f(g())

def f(n: int):
    return sum(1 if i < 3 else 2 for i in range(n)) == n

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

assert f(g())

def f(s: str):
    return s == 'Permute me true'

def g():
    return "Permute me true"

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world" and not s == s[::-1]

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

assert f(g())

def f(s: str, length=4):
    return len(s) > length

def g(length=4):
    return "123456789" + "0"*9

assert f(g())

def f(pairs: List[int], length=10):
    assert len(pairs) >= length
    return pairs[:length] == pairs[-length:]  # cover pairs twice

def g(length=10):
    return [i for i in range(length)]

assert f(g())

def f(n: int):
    return n > 10

def g():
    return 2**1000

assert f(g())

def f(t: str, c="0"):
    return any(x.capitalize() == x.lower() for x in t)

def g(c="0"):
    return "0"*9

assert f(g())

def f(n: List[int]):
    if len(n) < 5:
        return n is None or n[0] + n[1] == n[2] and n[3] == n[4]
    else:
        return True

def g():
    return list(n for n in range(10) if n % 2 == 0)

assert f(g())

def f(bills: List[int]):
    return len(bills) == 3

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

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s) == length * length and (len(s) - length) % 2 == 0

def g(target="foobarbazwow", length=6):
    return target + "sdfs" * length

assert f(g())

def f(s: str, target="s", reverse=False):
    """Returns string 's' with the letters reversed"""
    return s[::-1] == target

def g(target="s", reverse=False):
    return target

assert f(g())

def f(b: List[int]):
    return len(b) >= 3

def g():
    return [0] * 3

assert f(g())

def f(a: int, b=400):
    return abs(a - b) < 1**(abs(b) - 1)

def g(b=400):
    return b

assert f(g())

def f(n: int):
    return n > 1000000 and n == int(n)

def g():
    return int(int("1234567890" + "1"*9) ** 0.5) + 1

assert f(g())

def f(sum: List[float]):
    return sum == sum[::1] and sum != sum[1:][::-1] and sum != sum[0::-1]

def g():
    return [1.0, 1.0, 3.141592653589793]

assert f(g())

def f(nums:List[int], first=5, lower=100, count=10):
    return all(nums[i] > 0 for i in range(count))

def g(first=5, lower=100, count=10):
    return list(range(first, max(first+count-1, 1000)))

assert f(g())

def f(s: str):
    return s == 'a' or s == 'A'

def g():
    return "A" or "a"

assert f(g())

def f(num: int, target=1):
    return num <= target and abs(num - target) < 20

def g(target=1):
    return -3

assert f(g())

def f(s: str, upper=5):
    return len(s) >= upper

def g(upper=5):
    return "abracadabra"

assert f(g())

def f(l: List[int], t=11):
    return all(i in l for i in range(min(max(l), t), max(l) + 1))

def g(t=11):
    return [3, 11]

assert f(g())

def f(substr: str):
    return all(x in substr for x in substr)

def g():
    return "This is a test"

assert f(g())

def f(s: str):
    return "".join(s).lower() == "he"

def g():
    return "he".lower()

assert f(g())

def f(x: int, a=123, b=2423):
    return x - a == b

def g(a=123, b=2423):
    return a + b

assert f(g())

def f(l: List[int], target_len=8):
    for i in range(target_len):
        if l[i] == 5:
            return False
    else:
        return True

def g(target_len=8):
    return [0] * target_len

assert f(g())

def f(n: int, nums=[[1], [2]]):
    return any(n in nums for n in nums)

def g(nums=[[1], [2]]):
    return 1

assert f(g())

def f(v: int):
    return v >= 1 and v <= 19

def g():
    return 15

assert f(g())

def f(tour: List[List[str]], n=10):
    return len(tour) <= n

def g(n=10):
    return [[] for i in range(n)]

assert f(g())

def f(n: int):
    return sum(n for i in range(300, 400) for k in range(i + 1, n)) > 100

def g():
    return 1000

assert f(g())

def f(l: List[str]):
    for i in range(len(l)):
        if l[i] != l[-i]:
            return False
    return True

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

assert f(g())

def f(l: List[int]):
    return sum(l) + sum(l[1:]) > 9

def g():
    return [9, 9]

assert f(g())

def f(s: str, bound=19):
    return all(s == "0" for _ in range(bound + 1))

def g(bound=19):
    return "0"

assert f(g())

def f(n: List[int], k=3, lower=2, seq=[11, 2, 3, 2, 2, 2, 2, 2, 4, 4, 4, 3, 8, 7, 7, 5, 7, 6, 5, 3, 0]):
    return sum(seq[i] for i in range(k) for j in range(k) if i != j) != 0

def g(k=3, lower=2, seq=[11, 2, 3, 2, 2, 2, 2, 2, 4, 4, 4, 3, 8, 7, 7, 5, 7, 6, 5, 3, 0]):
    return [j for j in range(k) if j == 1]

assert f(g())

def f(x: str, a=15482, b=23223, lower_bound=5):
    return sum((x.count(d) for d in set(x))) >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return "Hello"

assert f(g())

def f(nums: List[List[int]], thresh=50):
    return sum(len(i) == 1 for i in nums for i in list(nums)) == len(nums) >= thresh

def g(thresh=50):
    return [list(range(i + 1, 100)) for i in range(1, 1000)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s_case.isupper() else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str(s).lower()

assert f(g())

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

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

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return True

def g():
    return 6

assert f(g())

def f(indices: List[int], s=""):
    return all(count(s) >= 3 for i in indices)

def g(s=""):
    return [x + f("{}") for x in s]

assert f(g())

def f(str: str):
    return "Hello " + str == "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str):
    return s == "\u00e9"

def g():
    return 'é'

assert f(g())

def f(s: str, a=2, b=2):
    return s.startswith(a * 'a') and s.endswith(b * 'b')

def g(a=2, b=2):
    return "a" * a + "b" * b

assert f(g())

def f(i: int, state=0):
    return 0 <= i <= 20

def g(state=0):
    return state * (state + 2)

assert f(g())

def f(n: int, u=0, v=0, target=10):
    assert all(i in range(n) for i in range(target))
    return u >= 0 and v >= 0

def g(u=0, v=0, target=10):
    return u*v + target

assert f(g())

def f(x: str):
    return x[len(x) - 1] == '0'

def g():
    return str(0)

assert f(g())

def f(x: float, a=1020):
    return 0.5 * (abs(x) ** 2 - a) < 10 ** -3

def g(a=1020):
    return 1 / a

assert f(g())

def f(x: int, a=50, b=1000):
    if x > 5 or a > 10:
        return x - a == b
    else:
        return x + a == b

def g(a=50, b=1000):
    return a+b

assert f(g())

def f(x: float, a=0.2, b=3.5):
    return x - a in [0.2, 3.5]

def g(a=0.2, b=3.5):
    return float(a) + float(b)

assert f(g())

def f(n: int, start=3, end=23, m=3):
    return sum(x ** 2 for x in [start] + [end] + [m]) == n

def g(start=3, end=23, m=3):
    return sum(x ** 2 for x in [start] + [end] + [m])

assert f(g())

def f(nums: List[int]):
    return sum(nums.count(i) for i in nums) == 2

def g():
    return [2, 4]

assert f(g())

def f(res: str):
    return res.startswith("hello")

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

assert f(g())

def f(y: float, count=2):
    return y >= 42

def g(count=2):
    return float("123456789" * count) / 3

assert f(g())

def f(li: List[int]):
    return sum(a == b for a, b in zip(li, li[1:])) == len(li)

def g():
    return list(""*1000)

assert f(g())

def f(n: int):
    return sum([n is not None for i in range(n)]) == n

def g():
    return 3

assert f(g())

def f(li: List[int], n=18):
    return len(li) == n and all(i in li for i in range(n))

def g(n=18):
    return [li for li in range(n)]

assert f(g())

def f(nums: List[int], target=10):
    for i in range(target):
        if nums[i] == 0:
            if nums[i] == 0 and nums[i - 1] == 1:
                return False
        return True

def g(target=10):
    return list(range(target))

assert f(g())

def f(n: int):
    return 3 * n >= 1000

def g():
    return 1000000

assert f(g())

def f(s: str):
    return True if s == "hello there" else False

def g():
    return "hello there"

assert f(g())

def f(nums: List[int], target=100):
    return sum(nums) == target

def g(target=100):
    return [100]

assert f(g())

def f(coords: List[List[int]]):
    return len({(x, y) for x, y in coords}) > 2 or min(coords) == -100

def g():
    return [
        [1, 2], [2, 3], [3, 4], [4, 5], [5, -4], [-5, -2], [-2, -1], [-1, 1],
    ]

assert f(g())

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

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

assert f(g())

def f(n: int, a=10201202001):
    return n ** 2 == a

def g(a=10201202001):
    return int(a**0.5)

assert f(g())

def f(target: int):
    return 10 <= target

def g():
    g = 1000000000
    g += 1; g = g ** 2
    return g

assert f(g())

def f(path: [List[int]], i=0, target=20000):
    return len(path) == target

def g(i=0, target=20000):
    return [i] * target

assert f(g())

def f(li: List[int]):
    assert len(li) == 10
    return not all(li[i] == li[i + 1] for i in range(10))

def g():
    return [i + 1 for i in range(10)]

assert f(g())

def f(sub: List[int], target=18):
    for i in range(len(sub)):
        if i >= target:
            return True
    return False

def g(target=18):
    return [i for i in range(target*target) if i <= target]

assert f(g())

def f(path: List[int], n=3, target=6):
    return path[-1] > 0 and path[-1] >= max(min(path[i], path[i - 1]) for i in range(len(path) - 1))

def g(n=3, target=6):
    return [i*10 for i in range(target)]

    # Check that we have the right result
        # if n > target, it's "hello"
        # if target > n, it's "a" (if n = 3, it's "11" )
        # If target < n, it's not "hello"
        # if target < 0, it's not "a"

        # Check that it has the right result
        # if path is empty, it's

assert f(g())

def f(l: List[str]):
    return "".join(l) == "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g():
    return ("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ".split())

assert f(g())

def f(num: str, target=1):
    return int(num) >= target + 1 or num in range("0e0p0h0l00L0000L1", target + 1, target + 1 + len(num) * 2)

def g(target=1):
    return "123456789" * target

assert f(g())

def f(n: int):
    if n > 15:
        return True
    return all(n > 5 for n in xrange(50) if n % 2)

def g():
    return sum(n for n in range(50) if n > 5)

assert f(g())

def f(n: int, a=12, b=29, upper_bound=90, year_len=365):
    return n >= a * year_len and n <= b * year_len

def g(a=12, b=29, upper_bound=90, year_len=365):
    return a * year_len + b + 1

assert f(g())

def f(x: int, a=12, b=2):
    return x == a ** b

def g(a=12, b=2):
    return a**b

assert f(g())

def f(li: List[int]):
    return all(li[i] == i * i for i in range(3))

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

assert f(g())

def f(n: int):
    return abs(n) <= 5

def g():
    return 1

assert f(g())

def f(p: List[int], k=3, start=2):
    return 0 <= p[start] <= len(p) - k

def g(k=3, start=2):
    return [0, (k + 1), 3] + [3, (k + 1), 6]

assert f(g())

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

def g(a=253532):
    return max(a, 13)

assert f(g())

def f(s_case: str, s="IsItLiteralAndSpacedOrIsItWOrNamed"):
    return s_case == (s.upper() if s.find("L") == 0 else s.lower())

def g(s="IsItLiteralAndSpacedOrIsItWOrNamed"):
    return (s.upper() if s.find("L") == 0 else s.lower())

assert f(g())

def f(initial: List[int], length=5):
    i_n = {i: initial[i] for i in range(length)}
    return all(i_n[i] >= 0 for i in range(length))

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

assert f(g())

def f(s: str, a=123):
    return s.lower() in ["abcdefghijklmnopqrstuvwxyz".lower() for i in range(12)]

def g(a=123):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(t: List[int], k=2, n=3):
    for i in range(n):
        if t[i] < 0:
            assert 0 <= t[i] <= n
    return not t == [0] + [k] * n

def g(k=2, n=3):
    return list(range(n))

assert f(g())

def f(s: str):
    return len(s) == 1 and s[0] == 'a' and s[::-1] == 'a'

def g():
    return 'a'

assert f(g())

def f(combo: List[str]):
    return combo == ["a", "b", "c", "d"]

def g():
    return ["a", "b", "c", "d"]

assert f(g())

def f(paths: List[List[List[int]]], edges=[[], []]):
    return (paths[0] == []) and (paths[-1] == [])

def g(edges=[[], []]):
    return [[] for d in edges]

assert f(g())

def f(n: int):
    return n >= 5

def g():
    return 9

assert f(g())

def f(state: str, start="424"):
    return "Hello " + state == "Hello world"

def g(start="424"):
    return "world"

assert f(g())

def f(n: int, a=5129, b=20, c=5):
    return n == a*(b + c)

def g(a=5129, b=20, c=5):
    return a*(b + c)

assert f(g())

def f(li: List[int]):
    return sum(i in li for i in range(10)) == 5

def g():
    return [1,2,3,4,5]

assert f(g())

def f(max_str: str):
    s = max_str.rstrip("+")
    assert s >= "00" and s < "99"
    return s in s

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

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return len(str(a + x)) == len(str(b - x))

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

assert f(g())

def f(x: List[int]):
    return all(x)

def g():
    return [1, 2]

assert f(g())

def f(nums: List[int], num_in_range=50):
    return sum(nums) > num_in_range

def g(num_in_range=50):
    return [num for num in range(num_in_range*10)]

assert f(g())

def f(nums: List[int], k=2, target=1234):
    assert k >= 1
    return nums[0] == target and nums[1] == target

def g(k=2, target=1234):
    return [target] * k

assert f(g())

def f(m: str, n=1, k=2):
    if m.count("3") == 1:
        return m.count("8") == m.count("0") and m.count("7") == m.count("9")
    return m == str(n, k)

def g(n=1, k=2):
    return '1234'[:13]

assert f(g())

def f(list: List[int], target=11):
    assert target >= 0 and (target % 5 == 0 or target >= 10), "Hint: target is a multiple of 5"
    return len(list) == target

def g(target=11):
    return [0]*target

assert f(g())

def f(s: str, target="a"):
    return "".join(s[i] for i in range(len(s))) == target

def g(target="a"):
    return "".join([a for a in ["a", "b"] if a.startswith(target)])

assert f(g())

def f(a: List[int]):
    return len(set(a)) >= 3

def g():
    return [3, 5, 6]

assert f(g())

def f(li: List[int], n=12):
    return all(i in li for i in range(n))

def g(n=12):
    return [i for i in range(n) if i not in ["a", "0", "0", "0"]]

assert f(g())

def f(a: List[int]):
    return a[a[0]] != a[a[1]]

def g():
    return [1, 2, 3, 4, 5, 8, 9]

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 6

def g():
    return [
        "aa",
        "b",
        "cc",
        "aab",
        "aabc",
        "aabcd",
    ]

assert f(g())

def f(nums: List[int], i=9, edges=[[0, 1], [0, 3], [3, 2], [1, 3], [3, 6], [6, 1], [6, 7], [7, 0], [0, 7], [7, 8], [8, 9]]):
    return all(nums[i] != nums[i + 1] for i in range(1, len(edges) - 1))

def g(i=9, edges=[[0, 1], [0, 3], [3, 2], [1, 3], [3, 6], [6, 1], [6, 7], [7, 0], [0, 7], [7, 8], [8, 9]]):
    return [n*n for n in list(range(i + 2))]

assert f(g())

def f(n: int):
    return n*n > 10 ** 9

def g():
    return 10**9

assert f(g())

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

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

assert f(g())

def f(x: int, lo=100000, hi=113355):
    return x > lo and x < hi

def g(lo=100000, hi=113355):
    return int(int(str(100000*100000)) ** 0.5) + 1

assert f(g())

def f(s: List[int], target=10):
    return sum(i != 0 for i in s) == len(s) == target

def g(target=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s_case: str, s="Hello world"):
    return s == s_case  # you can't tell if this is an English word vs a Chinese word

def g(s="Hello world"):
    return s  # if you're doing this for a Chinese text, make sure "Hello world" == "Hello, world"

assert f(g())

def f(s: str, b=5):
    return "Hello " + s == "Hello world"

def g(b=5):
    return "world" if b == 5 else "Hello"

assert f(g())

def f(m: int, n=1234578987654321):
    return m > n

def g(n=1234578987654321):
    return n + 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) == len(s.upper()) - 1 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return (s == "a" if len(s) == len(s.upper()) - 1 else s.lower())

assert f(g())

def f(s: str, target="foobarbazwow", k=4):
    return s == target or float(s) == target

def g(target="foobarbazwow", k=4):
    return "foobarbazwow"

assert f(g())

def f(s: str):
    if s.count('_') == 1:
        return s[0] < 'o'
    if s.count('A') == 1:
        return s[0:2] < "AA"
    if s.count('I') == 1:
        return s[0:4] < "IA"
    if s.count('N') == 1:
        return s[0:4] < "IN"
    if s.count('E') == 1:
        return s[0:4] < "IE"
    return False

def g():
    return "I'm an AI!" and "I'm alive" and "I'm very happy"

assert f(g())

def f(s: str):
    return s == 'a' or s == 'e'

def g():
    return "a" or "e" or "x"

assert f(g())

def f(num_cases: List[int], options=[0, 32, 8], k=4):
    assert all(num in options for num in num_cases), num_cases
    return min(k, sum(num for num in options if num in num_cases)) == max(k, len(num_cases))

def g(options=[0, 32, 8], k=4):
    return options[::-1]

assert f(g())

def f(n: int):
    return n <= 1

def g():
    return -1

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if l == thresh else 2 for l in nums) >= 5

def g(thresh=17):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    if '.' in s:
        return s.strip('.').split('.')[-1] == str(s).strip('.').split('.')[-1]
    return False

def g():
    return "a.b.c"

assert f(g())

def f(n: int):
    return n < 11

def g():
    return 2

assert f(g())

def f(l: List[int]):
    return l[0] + sum(l[1:] for i in range(l[0] + 1, len(l))) != 0

def g():
    return [i for i in range(3, 5)]

assert f(g())

def f(n: int):
    return sum([n is not None for i in range(n)]) == n

def g():
    return 5

assert f(g())

def f(d: int, n=100, n_max=16):
    return n > n_max

def g(n=100, n_max=16):
    return n_max

assert f(g())

def f(s: str, p="hi", n=2):
    "print 'a'[i:j] = sum(a.count('o') for (i, a) in list(zip(s, p)) if a != 'hi')"

    return "".join(p[0] for p in ['.asg', 'h', 'g', 'h', 'g', 'g', 'o', 'h', 'f', 'g', 'f', 'f', 'o', 'g', 'g']) == s

def g(p="hi", n=2):
    "print 'a'[i:j] = sum(a.count('o') for (i, a) in list(zip(p[::-1], n*n)) if a != 'hi')"
    return "".join(p[0] for p in ['.asg', 'h', 'g', 'h', 'g', 'g', 'o', 'h', 'f', 'g', 'f', 'f', 'o', 'g', 'g'])

assert f(g())

def f(li: List[int], n=10):
    return all([li[i] for i in range(n)])

def g(n=10):
    return 10 * list(range(1, n))

assert f(g())

def f(lst: List[int], target="aAaaB", t="a", n=1):
    if len(lst) == 1:
        return all(target == t and lst[0] in target for lst in list)
    return all(target[d] == t for d in range(n - 1) and target[d - 1] == t)

def g(target="aAaaB", t="a", n=1):
    return [target[d] for d in range(n - 1)]

assert f(g())

def f(s_case: str, s1="a"):
    return s_case == (s1.upper() if len(s_case) > 2 else s1)

def g(s1="a"):
    return (s1.upper() if len(s1) > 2 else s1)

assert f(g())

def f(nums: List[int]):
    return sum(nums) >= 7

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(points: List[List[int]], k=2):
    assert len(points) == k
    return all(point[0] == point[-1] for point in points)

def g(k=2):
    return [ [0]*k for _ in range(k)]

assert f(g())

def f(starts: List[str], nums=[]):
    start_nums = tuple([starts[i] for i in range(0, int(len(starts)))])
    n_start = sum(start_nums)
    return [nums[i] for i in start_nums] == nums

def g(nums=[]):
    return nums

assert f(g())

def f(x: List[int], a=2):
    return all(a in x for a in range(1, 4))

def g(a=2):
    return list(range(1, 4))

assert f(g())

def f(m: int):
    assert max(0, 2 ** m) > m
    return m > 11

def g():
    return 12

assert f(g())

def f(x: int):
    return x > 0 and x < 200000

def g():
    return 5

assert f(g())

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

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

assert f(g())

def f(n: int):
    return n > 10

def g():
    return 13

assert f(g())

def f(n: int):
    for i in range(1, n, 1):
        if n % i == 0 and n % i > 0:
            return False
    return True

def g():
    if 1 in ("abc", "abcde", "aeb", "b") and 2 in ("b", "cde", "f")  \
            or 3 in ("abcd", "cdef") and 4 in ("d", "efg", "g"):
        return 1
    return 0

assert f(g())

def f(x: str, t=20, a=15, s=8):
    r = "abc"
    if t == 20:
        return "*" in x or "*" in x[::-1]
    assert r == x % 3 == 0
    return r == "abc"

def g(t=20, a=15, s=8):
    return "*" + str(t) + "," + str(a) + "," + str(s)

assert f(g())

def f(b: bool):
    return bool(b)

def g():
    x = "hello"
    return x.isdigit() == True or not x.isdigit()

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(x: float, a=1020, b=1022):
    return abs(x ** 2 - a - b) < 10 ** -3

def g(a=1020, b=1022):
    return float(int(str(a + b)) ** 0.5)

assert f(g())

def f(m: int, t=100, index=10):
    for i in range(t):
        if i == 1:
            return True
        m += 1
        if m < index:
            index -= 1
        if m > index:
            index += 1
    return not m in [index]

def g(t=100, index=10):
    return t if index == 0 else t*(t-1) + 2 * (index - 1)

assert f(g())

def f(n: int):
    m = n
    while m > 25:
        m = 2 * m - 1
    return True

def g():
    a = 1
    while a < 5:
        a = a*2
    return a

assert f(g())

def f(x: str, substrings=['foo', 'bar', 'baz']):
    return all(v in x for v in substrings)

def g(substrings=['foo', 'bar', 'baz']):
    return str(substrings)[1:-1]

assert f(g())

def f(count: int):
    return count < 100

def g():
    return 2

assert f(g())

def f(s: str):
    return len(set(s.split(".")[:2])) == 2 or len(set(s.split(".")[2:]) == {s[1]})

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

assert f(g())

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

def g():
    return "123456789abcdefghijabcd"

assert f(g())

def f(li: List[int], b=7, m=6):
    return len(li) == m or not all(li[1])

def g(b=7, m=6):
    return [i*6 for i in range(m)]

assert f(g())

def f(x: str):
    return all(x)

def g():
    return "ab"

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 ** -4

assert f(g())

def f(l: List[str], n=100):
    return len(l) == n

def g(n=100):
    return [str(n*n) for i in range(100)]

assert f(g())

def f(i: int, target=5):
    return (int(i * 200.0) - int(i * 100.0)) / 200.0 < target

def g(target=5):
    return target - 1

assert f(g())

def f(indices: List[int], n=0):
    return max(indices) + min(indices) == n

def g(n=0):
    return list(range(n+1))

assert f(g())

def f(s: str):
    return s.endswith('.')

def g():
    return '.'

assert f(g())

def f(nums: List[int], a=100, b=999, k=5):
    return sum(nums) >= 2 * a and sum(nums) >= b

def g(a=100, b=999, k=5):
    return [100, 999, 4, 5]

assert f(g())

def f(board: List[List[int]], m=6):
    assert len(board) == m
    return board[0][0] > 0

def g(m=6):
    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, r=1):
    return s == "this is just a test"

def g(r=1):
    return 'this is just a test'

assert f(g())

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

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

assert f(g())

def f(s: str):
    return s.count("+") == 0 and min(s, 'x') == 'n'

def g():
    return "n" or "n" + "n" or "n"*"n"

assert f(g())

def f(s: str):
    return s.count("w") == 1

def g():
    return "Hello world"

assert f(g())

def f(lst: List[int], n=23):
    assert all(i in lst for i in range(n))
    return len(set(lst)) == n

def g(n=23):
    return list(set(range(n)))

assert f(g())

def f(s: str, target="a", reverse=True):
    return (len(s) == len(target))

def g(target="a", reverse=True):
    return target[::-1]

assert f(g())

def f(small_str: str, sub_str="foobar", index=1):
    return (len(small_str) >= index and sub_str not in small_str)

def g(sub_str="foobar", index=1):
    return "foobar"[:index] + "bar"[index:]

assert f(g())

def f(nums: List[int], a=0, b=7000):
    nums = sorted(nums)
    s = ""
    for i in nums:
        s += str(i) + ","
    return s in ["0,1,2,3,4,5,6,7,8,9,10," + str(nums[-9]), s, s]

def g(a=0, b=7000):
    return sorted(num for num in range(1000) if num < b)

assert f(g())

def f(path: List[int], max_len=10):
    return len(path) == max_len and all([a, b] in zip(path, path[1:]) for a, b in zip(path, path[1:1]))

def g(max_len=10):
    return [a + b for a, b in zip(range(0, max_len), range(10, 20))]

assert f(g())

def f(s: str, max_len=8):
    return max(len(s), max_len) == len(set(s))

def g(max_len=8):
    assert max_len == 8
    return "".join(str(n) for n in range(max_len))

assert f(g())

def f(x: int, a=17, b=1000):
    return x > a * b * b

def g(a=17, b=1000):
    return (a + 1)*(a + 1) * (a + 1) * b * b

assert f(g())

def f(t: List[str], count=3):
    return len(set(t)) == count

def g(count=3):
    return ["a", "b", "c"]

assert f(g())

def f(x: str):
    return x.count("1") == 1 and x.count("2") == 1

def g():
    return "12"

assert f(g())

def f(seq: List[int]):
    return all(i in range(1000) and i % 3 in seq for i in range(1000))

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

assert f(g())

def f(nums: List[int]):
    a, b, c, d, n = nums
    return abs(a * b) > 10 ** -5 and abs(c * d) > 10 ** -5  # (i == 1) && (i == 2)

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(r: List[int], n=3):  # same as f15
    return len(r) == len(set(r)) >= n + 1 and all(substr in r for substr in r)

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

assert f(g())

def f(x: float, year_len=365):
    return abs(x ** 2 - year_len ** 2) < 18 ** -3

def g(year_len=365):
    return 365.0

assert f(g())

def f(x: List[int], n=3):
    return sum(i in list(range(n)) for i in x) == n

def g(n=3):
    return [2 for _ in range(n)]

assert f(g())

def f(n: int):
    return n > 5

def g():
    return min(100, 100 + 10**3 + 10**6)

assert f(g())

def f(m: int, n=8):
    return ((m - 1) % 3 == 0 or m == 0) and (n < m or n == 0)

def g(n=8):
    return 100

assert f(g())

def f(s: str, target="test", length=10):
    if len(s) > length and s.count("8") == 0:
        return len(s) > length
    if s.count("4") == 0:
        return len(s) > 10
    if s.count("1") == 0:
        return len(s) > 9
    return len(s) > 8

def g(target="test", length=10):
    return "123456789" + target + "0"*length if target else ""

assert f(g())

def f(n: int, c1=20, c2=50):
    return n + (c1 - c2) >= 0

def g(c1=20, c2=50):
    return c1 * c2

assert f(g())

def f(l: List[int], n=4):
    return sum(1 for i in range(n)) == len(l)

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

assert f(g())

def f(s: str, target='d'):
    return s[0] in target and s[-1] == target

def g(target='d'):
    return "d"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.lower() if len(s) == 1 else s.upper())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.lower() and s.upper()

assert f(g())

def f(nums: List[int], c=1, m=5):
    assert len(nums) == len(set(nums)) == m and min(nums) >= 0
    return True

def g(c=1, m=5):
    return [n + 1 for n in range(m)]

assert f(g())

def f(p: List[int]):
    return p[0] * p[1] != p[2] * p[3]

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

assert f(g())

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

def g():
    return 2 or 1

assert f(g())

def f(n: int, a=1, b=2, c=3, d=4, e=5):
    return n == a + b * a + c * c * d * d * e  # test cases in terms of a = [[1, 2, 3], [1, 2]]

def g(a=1, b=2, c=3, d=4, e=5):
    return max(n for n in range(1000) if a+b*a + c*c*d*d*e == n)

assert f(g())

def f(li: List[int]):
    return len(li) <= 10 and sum(li) == 12*12  # and li == li

def g():
    return [12*12]

assert f(g())

def f(x: List[List[int]], n=0):
    assert len(x) == n
    n = sum(x)
    max_sum = sum([x[i] for i in range(n)])
    return max_sum == n + n

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

assert f(g())

def f(s: str, s1="k", s2="o", len=5):
    return s == "k" or s == "o" or s == "koo" or s == "kko" or s == "kKoo" or s == "ko" or s == "k"

def g(s1="k", s2="o", len=5):
    return s1 or s2 or s == s1

assert f(g())

def f(s: str):
    if s == "test":
        return True
    else:
        return False

def g():
    return str("test")

assert f(g())

def f(s: str):
    return s.endswith('abc')

def g():
    return 'abcabcabc'

assert f(g())

def f(s: List[str], l=20):
    assert all([('a' in s[i]) for i in range(l)])
    return all([(s.count('a') > s.count('b')) and (s.count('b') > s.count('y')) for s in s])

def g(l=20):
    return ["a"*(i+2)+"b" for i in range(l)]

assert f(g())

def f(n: int, a=93252338):
    return True if n % 3 == 0 else False

def g(a=93252338):
    return int(3*int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.find(".") == 0 or (s.find("." + " ") > 0 and s.find("."))

def g():
    return "."

assert f(g())

def f(a: List[str]):
    return all(i in a for i in ["0", "1"])

def g():
    return [x for x in ["0", "1"] if x.lower()]

assert f(g())

def f(x: List[int]):
    return sum([x[i] for i in range(len(x))]) % 20 == 10

def g():
    return [10, 20, 30, 40, 50]

assert f(g())

def f(z: int, target=0):
    return z == target

def g(target=0):
    return 0

assert f(g())

def f(ans: int, t=30):
    ans = 0
    for i in range(t):
        ans *= 2 if ans % 2 == 0 else ans // 2
    return ans < 10

def g(t=30):
    return 30**(t//2)-t

assert f(g())

def f(n: int):
    return all([0 <= x < n for x in range(100)])

def g():
    return sum(list(map(int, range(5, 1000))))

assert f(g())

def f(lst: List[int], target=0):
    if lst == range(3):
        return False
    if target == 0:
        return lst[0] == 0 and lst[1] == 0 and lst[2] == 0
    return target >= len(lst)

def g(target=0):
    return [target for _ in range(1000)]

assert f(g())

def f(x: int):
    return x > 40

def g():
    return int(40*7)

assert f(g())

def f(n: int):
    return len(str(n)) == 4

def g():
    return 1000

assert f(g())

def f(s: str, start=1, target=25):
    return len(s) >= target

def g(start=1, target=25):
    return str("123456789" + "0"*(target-start) + "0"*(target-start+1) + "0"*(target-start+2) + "0"*(target-start+3))

assert f(g())

def f(nums: List[int], target=14):
    s = "abcdefghijklmnopqrstuvwxyz"
    assert all([x != 0 for x in nums])
    return sum(abs(s) for s in nums) > target

def g(target=14):
    return list(range(target, target + target))

assert f(g())

def f(tuple_sorted: List[int], target=[-2, 21, 42]):
    return tuple_sorted == target and len(tuple_sorted) > 0

def g(target=[-2, 21, 42]):
    return [target[i] for i in range(len(target))]

assert f(g())

def f(x: List[int], t=624, n=10):
    if len(x) <= (t + 1) * (t + 1) / 2:
        return False
    for i in range(n):
        if i == 0:
            return True
    return True

def g(t=624, n=10):
    return list(range(t*t)) + [1]

assert f(g())

def f(nums: List[int], num_points=100):
    return len(nums) >= num_points

def g(num_points=100):
    return [n for n in range(num_points)]

assert f(g())

def f(l: List[int], n=5):
    return all(i in l for i in range(n))

def g(n=5):
    return [i for i in range(n)]

assert f(g())

def f(x: str, start=0):
    return x == '0' or x == '1' or x == '2'

def g(start=0):
    return "0"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1 and all(s == 'hello' for s in s)

def g():
    return "hello".split()

assert f(g())

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

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

assert f(g())

def f(s: str):
    return s.startswith("1")

def g():
    return '1'

assert f(g())

def f(x: List[int], n: int = 3):
    if x[n-1] == x[n]:
        return n == 3
    return x[n-1] in x and x[n-1] + x[n] not in x and x[-1] in x

def g(n: int = 3):
    return [1] + [n, n+n] * 2

assert f(g())

def f(n: int):
    return n > 1000 # could be >= 1000 ...

def g():
    return 1 << (2**32)

assert f(g())

def f(s: str):
    return len(s) == 1 and s.count("b") == 0

def g():
    return "a"

assert f(g())

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

def g(a=3, b=3, c=3):
    return int(a**int(b)**c)

assert f(g())

def f(nums: List[int], target=2000):
    return sum(nums) >= target and list(nums) != [0]  # target needs to be >= 0

def g(target=2000):
    return [2000, 2000]  # target needs to be >= 2000

assert f(g())

def f(li: List[int], target=1000):
    return min(li) == max(li) == target

def g(target=1000):
    return [target]

assert f(g())

def f(s: str):
    return all(ord(s[i]) in range(128) for i in range(4))

def g():
    return "This works"

assert f(g())

def f(x: int):
    x += 1
    return x > 32767

def g():
    return 10000000000

assert f(g())

def f(target: List[int]):
    return all(i in target for i in range(len(target) - 1))

def g():
    return [4]

assert f(g())

def f(s: str, lower=100, upper=200):
    m = len(s)
    return max(min(m, upper - lower), lower + upper - m) < m

def g(lower=100, upper=200):
    return "a" * lower + "b" * upper

assert f(g())

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

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

assert f(g())

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

def g(n=1000):
    return list(range(n))[::-1]

assert f(g())

def f(x: int, a=151409503312, b=36135619):
    return x == a + b

def g(a=151409503312, b=36135619):
    return a + b

assert f(g())

def f(nums: List[int], m=4, n=-1):
    if n != -1:
        return len(nums) == n
    return len(nums) >= m

def g(m=4, n=-1):
    return [m**i for i in range(10)]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i for i in nums if i % 5 == 0) == n

def g(n=12345):
    return [12345]

assert f(g())

def f(string: str):
    return "".join(filter(str.isnumeric, string) if sum(map(str.isdigit, string)) == len(string) else string) and not string.isnumeric()

def g():
    return "abcd"

assert f(g())

def f(count: int):
    return count >= 7 and count <= 20

def g():
    return 20

assert f(g())

def f(n: int, m=0, m1=5, m2=4, min_length=0):
    return (n > m) and (n >= m1 or min_length >= m or m2 >= m1 or m2 <= m + 1 or m <= n)

def g(m=0, m1=5, m2=4, min_length=0):
    return sum(1 for i in range(m1)) + sum(1 for i in range(m1 - 1))

assert f(g())

def f(s: str):
    return 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' == s

def g():
    return 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'

assert f(g())

def f(n: int, a=1030013):
    i = int(n - 2) * 2
    return all(m < n for m, j in enumerate(range(n, int(n + a))))

def g(a=1030013):
    return int(a) + 1

assert f(g())

def f(n: int):
    return n > 1 and n > 2**9

def g():
    return (2 ** 20) - 1

assert f(g())

def f(s: str, k=2, word="h", max_len=10):
    for c in word:
        if c not in s:
            return False
    return True

def g(k=2, word="h", max_len=10):
    return "hi"

assert f(g())

def f(x: List[str], n=3):
    return len(set(x)) == n

def g(n=3):
    return [str(x) for x in list(range(n))]

assert f(g())

def f(s: str):
    return s == u'1' and len(set(s)) == 1

def g():
    return str(1)

assert f(g())

def f(s_case: str, s="IsItLiteralAndSpacedOrIsItWOrNamed"):
    return s_case == (s.upper() if s.find("L") == 0 else s.lower())

def g(s="IsItLiteralAndSpacedOrIsItWOrNamed"):
    return s.casefold()

assert f(g())

def f(x: List[int], n=6, length=4, upper_bound=0):
    return all(a > 0 for a in x) and all(b > 0 for b in x)

def g(n=6, length=4, upper_bound=0):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str):
    return len(s) < 10 and s != ''

def g():
    return "Hello world"[0]

assert f(g())

def f(length: List[int], target=100):
    return len(length) == target

def g(target=100):
    return [x for x in range(target)]

assert f(g())

def f(x: List[int], n=5):
    assert n == len(set(x))
    return all([i in range(n) for i in range(n)])

def g(n=5):
    return [x for x in range(n)]

assert f(g())

def f(str: str):
    return max(len(x) for x in str) == len(str)

def g():
    for i in range(10):
        if i == 10:
            return 12
    else:
        return str(i)

assert f(g())

def f(r: List[int]):
    return r[::-1] == r[1::-1]

def g():
    return [0, 1]

assert f(g())

def f(nums: List[int]):
    return len(nums) == 100

def g():
    return [n + 1 for n in range(100)]

assert f(g())

def f(li: List[List[int]], initial=[[3, 4, -9], [7, 6, -18], [2, 0, -2]]):
    if len(initial) != len(li):
        raise ValueError("List of lists must be of same size")
    return all(li[k] == initial[k] for k in range(len(li)))

def g(initial=[[3, 4, -9], [7, 6, -18], [2, 0, -2]]):
    return initial

assert f(g())

def f(a: int, b=5, c=100):
    a = a // b
    c *= b
    assert a >= 0  # b > 0
    return b * a == c

def g(b=5, c=100):
    return b*c

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):
    return s == "the" or sum(s) in s

def g():
    return ["the", "a", "b"][0]

assert f(g())

def f(y: float, n=5):
    return y == -1.5 * n and y != (1.5 - n) * n

def g(n=5):
    return -1.5 * n if n == 5 else 1.5 - n

assert f(g())

def f(x: List[int], n=3, d=0.001):
    return all(x[i] == 0 for i in range(n))

def g(n=3, d=0.001):
    return [0] * n

assert f(g())

def f(s: str):
    s = s.lower()
    return " ".join(i for i in ["r", "b", "a", "d", "f"] if s.count(i)) in s[1:]

def g():
    return "s0d"

assert f(g())

def f(x: List[int]):
    if x[0] == 0:
        return x[3]
    return all(x[i] == 0 for i in range(4) if x[i] == 0)

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

assert f(g())

def f(li: List[int]):
    return sum(i in li for i in range(10)) == 5

def g():
    return [i * 2 for i in range(5)]

assert f(g())

def f(inds: List[int], ui=5, v=10):
    if ui == 0:
        return False
    elif ui > 0 and v < 5:
        ui -= 1
        v += 1
    while ui >= 0 and ui < len(inds):
        ui -= 1
        v += 1
    return all(inds[j] == inds[ui] for j in range(ui))

def g(ui=5, v=10):
    return [i for i in range(ui)] + [i for i in range(v)]

assert f(g())

def f(m: List[int], target_size=20, target=20):
    return (len(m) == target_size and sum(c in m for c in m) == target)

def g(target_size=20, target=20):
    if target_size < 0:
        target_size = 0
    return [sum(c in m for c in m) for m in [range(100,-2,2)] for _ in range(target_size)]

assert f(g())

def f(n: int, k=3, f=0.2, lower=150):
    assert n >= lower and n > k
    return f == (max(n + f, k) - min(n, k)) / k or k > 1

def g(k=3, f=0.2, lower=150):
    return int(int("123456789" + "0"*9) ** k) + 1

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v > 0 for v in x])
    k = 0
    for v in sorted(x):
        k += 1
        if k > t-1:
            return k == n or k == n + 1
    return k == n or k == n + 1

def g(t=50, n=10):
    return [t+1 for _ in range(n)]

assert f(g())

def f(s: str):
    return ((s.count("o") and s.count("oo") and s.count("0") == 2 and s.count("0o") == 1) or
                  s.count("o") or s.count("0") == 1) and s.count("0") == 1

def g():
    return "0o"*len(str(str(5)))

assert f(g())

def f(x: int, d=1, b=192362):
    return x == d * 1020 * b // 512

def g(d=1, b=192362):
    return 1020 * b // 512 * d

assert f(g())

def f(a: float, b=0):
    return abs(a) == b

def g(b=0):
    return float(b or 0)

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(x in nums for x in nums) >= sum(x in nums for x in nums)

def g():
    return [0]

assert f(g())

def f(stamps: List[int], target=6):
    assert len(stamps) >= target
    return all(s < target for s in stamps)

def g(target=6):
    return [target - 15] * target

assert f(g())

def f(s: str, m=1867, n=7, p="x"):
    s = s.replace("x", p)
    assert s == m * n * p
    return s == m * n * p

def g(m=1867, n=7, p="x"):
    return (m * n * p).replace("x", p)

assert f(g())

def f(li: List[int]):
    return li[0] != li[li[0]] and len(list(set(li))) == len(set(li))

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

assert f(g())

def f(nums: List[int], n=15, tot=5):
    return sum(nums) >= n * tot and not sum(nums) == sum(nums) / 2 + 1

def g(n=15, tot=5):
    return [10 + 30 + 60 + 300 + 15000 + 20000 + 30000] + [n] + [tot]

assert f(g())

def f(n: int):
    return n <= 10

def g():
    return 2

assert f(g())

def f(n: int):
    return n > 0 and n % 5 == 1

def g():
    return 6

assert f(g())

def f(s: str):
    return "d" in s and "q" in s and "w" in s

def g():
    return "(d and q or w) or r"

assert f(g())

def f(l: List[str]):
    return all((x in l) and ((x == 'a') or (x == 'b')) for x in l)

def g():
    return list("ab")

assert f(g())

def f(w: List[str]):
    return len(w) == 5 and all(w)

def g():
    return [str(i) for i in range(5)]

assert f(g())

def f(s: str, m=1234567890, n=0):
    for i in range(n):
        m = (m if m > 0 else m * 10)
        s = s.rjust(m, 3)
    return s == '1234567890'

def g(m=1234567890, n=0):
    return "1234567890" + "0"*n

assert f(g())

def f(z: float, v=100.5, d=0.0001):
    return float(v) == z

def g(v=100.5, d=0.0001):
    return (v + 100.5) - 100.5

assert f(g())

def f(x: List[int], length=16):
    return len(x) == length and sum(x) == len(x)

def g(length=16):
    return [1 for _ in range(0, length)]

assert f(g())

def f(num: int, a=0, b=0):
    return num == b or num == 1 or num == 2 or num == 6 or num == 7 or num == 8 or num == 9 or num == 10

def g(a=0, b=0):
    return a+b

assert f(g())

def f(s: str, a=1, b=2):
    return s == "a" if a else s == "b"

def g(a=1, b=2):
    return "a" if a == 1 else "b"

assert f(g())

def f(e: List[int], upper=10):
    lower = upper
    for i in range(upper):
        ua, ub = e[i], e[i-1]
        lb, ub = e[-1+i], e[-1+i-1]
        d = (ub-ua) // (10 ** -2)
        if d < 0.05 * 10 ** -4:
            lower = d * 10 ** -1
        else:
            lower = d
    return upper - lower >= upper and lower <= upper

def g(upper=10):
    return [int(str(i) + "0"*9) for i in range(upper)]

assert f(g())

def f(nums: List[int], n=12345):
    d = 0
    for i, num in enumerate(nums):
        d += num
    return d > n*n/2

def g(n=12345):
    return [i*n for i in range(n)]

assert f(g())

def f(x: List[int], n=100):
    return len(set(x)) == n

def g(n=100):
    return [i*n for i in range(100)]

assert f(g())

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

def g():
    return "Hello"

assert f(g())

def f(s: str, n=1000):
    return "hello " + s[::-1] == "hello world"

def g(n=1000):
    return "world"[::-1]

assert f(g())

def f(s: str, n=1025, options=[0, 1], target=1015):
    return all(n % 2 == 0 for n in range(len(s), n))

def g(n=1025, options=[0, 1], target=1015):
    return "".join(["{0:8}".format(n) for n in range(target, target + n)])

assert f(g())

def f(s: str):
    return str(s).startswith("abcdefghijklmno") == True

def g():
    return "abcdefghijklmnopqrst"

assert f(g())

def f(i: int):
    return (i % 2 == 0 or i % 3 == 0 or (i % 5 == 1 and i % 2 == 1))

def g():
    return 2

assert f(g())

def f(t: str):
    return t.startswith("(") or t.startswith("['")

def g():
    return "((123.456)456.789))"

assert f(g())

def f(l: List[int], n=6):
    i = 1
    for e in l:
        i *= e
    return i > n and len(l) == n

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

assert f(g())

def f(string: str):
    return "".join(filter(str.isnumeric, string) if sum(map(str.isdigit, string)) == len(string) else string) and not string.isnumeric()

def g():
    return 'asfasf'

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("12345678900" + "0"*9) ** 0.5) + b

assert f(g())

def f(v: int, w=100):
    assert v >= 0
    assert w >= 0
    return v > w

def g(w=100):
    return 100 * w

assert f(g())

def f(s: str):
    return s.startswith("1234567890")

def g():
    return "1234567890abcdefg"

assert f(g())

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

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    assert edges[0][0] == 0 and edges[0][-1] == 1
    for x in edges:
        assert isinstance(x[1], (int,) or isinstance(x[-1][1], (int,)) and len(x[-1]) == 1)
    return edges

assert f(g())

def f(n: int):
    s = str(n * n)
    for i in "0123456789":
        assert s.count(i) > 0
    return True

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

assert f(g())

def f(str: str):
    return str == 'foobar'

def g():
    return 'foobar'

assert f(g())

def f(x: str, s=["a", "b", "c"]):
    return str(x[-1]).startswith(s[-1])

def g(s=["a", "b", "c"]):
    return s[-1]

assert f(g())

def f(n: int, a=14302, b=5, c=-4):
    return n + c >= a

def g(a=14302, b=5, c=-4):
    return 12345678911

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return min(a, b, c) > 0 and all(a ** n + b ** n <= c ** n for n in range(3, min(a, b, c)))

def g():
    return [3, 4, 5, 6]

assert f(g())

def f(x: List[int], y=None, d=3, a=4, c=3):
    return x[:2] == list(range(a, a + c, d))

def g(y=None, d=3, a=4, c=3):
    return list(range(a, a+d, c))

assert f(g())

def f(s: str, string="I!!!!!love!!dumplings!!!!!"):
    return all(s in x for x in s.split()) and string in s

def g(string="I!!!!!love!!dumplings!!!!!"):
    return "I!!!!!love!!dumplings!!!!!!!"

assert f(g())

def f(num: str):
    return num == "1"  # '1' == '1'

def g():
    return str(1)

assert f(g())

def f(l: List[int]):
    return all([i for i in l if i not in l]) and len(set(l)) == 3

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

assert f(g())

def f(liapot_angles: List[int], target=30):
    return len(liapot_angles) >= target

def g(target=30):
    return list(range(target))

assert f(g())

def f(nums: List[float], n=12345):
    return nums == 0 or sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [1.] * n

assert f(g())

def f(s: str):
    return s[::-1] == "abcd"

def g():
    return str("abcd"[::-1])

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 3 and min(nums) >= 0

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

assert f(g())

def f(n: int, a=932512, b=100, c=20):
    return n == a + c

def g(a=932512, b=100, c=20):
    return a + c

assert f(g())

def f(s: str, c=3, t=15):
    return s.count("c") == c and s.count("t") == t

def g(c=3, t=15):
    return "c"*c+"t"*t

assert f(g())

def f(n: int):
    return str(n).startswith("123")

def g():
    return int("123" + "0"*8)

assert f(g())

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

def g():
    return "1234232422" * 10

assert f(g())

def f(s: str, n=0):
    return len(s) > n and s[-1] == s[-n:]

def g(n=0):
    return str(n*n)

assert f(g())

def f(a: List[int], b=8):
    return all(x in a for x in range(10))

def g(b=8):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str):
    return s == "14/17"

def g():
    return "14/17"

assert f(g())

def f(ans: List[List[int]], s=5, target="1234567890", k=0):
    return sum(sum(a == j for a, j in zip(ans, [11, 44, 10])) for j in range(len(ans))) == k

def g(s=5, target="1234567890", k=0):
    return list(list(range(s)) + ["%s!" % target for j in range(s)])[:k]

assert f(g())

def f(x: float, n=1):
    return 2 ** n * x > 0.5  # [..., 0.5, 2 ** n, ...]

def g(n=1):
    return 5.1 + 1

assert f(g())

def f(a: str, target="reverse me", length=7):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == a

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

assert f(g())

def f(nums: List[int], target_num=500):
    return sum(nums[::-1]) == target_num

def g(target_num=500):
    return [target_num]

assert f(g())

def f(s: str):
    return (s == "hello") or (s == "HELLO") or (s == "hello world")

def g():
    return "HELLO"

assert f(g())

def f(s: str):
    if s == "t":
        return s.lower() == s.upper()
    return True

def g():
    return "hi"

assert f(g())

def f(nums:List[int]):
    return nums == [1, 6, 22, 8, 3, 50, 1, 99, 3, 1, 9, 5, 16, 3, 1, 7, 3]

def g():
    return [nums for nums in [1, 6, 22, 8, 3, 50, 1, 99, 3, 1, 9, 5, 16, 3, 1, 7, 3]]

assert f(g())

def f(l: List[int]):
    return (l == [10, 2, 3, 1, 9, 8, 9, 9, 1, 7, 7]) and not (set(l) == set([10, 2, 3, 1, 9]))

def g():
    return [10, 2, 3, 1, 9, 8, 9, 9, 1, 7, 7]

assert f(g())

def f(nums: List[int], t=197, upper=20):
    assert all(i >= 0 for i in nums) and all(i < t for i in nums)
    return len(set(nums)) == len(set(nums[i] for i in range(upper)))

def g(t=197, upper=20):
    return [i + 1 for i in range(upper)]

assert f(g())

def f(nums: List[int], n=123):
    return nums == [n]

def g(n=123):
    return [n] if n >= 10 else ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(s: str, target="hello", reverse=True):
    return len(s) >= 3 and s in ["hello", "hello", "ello"]

def g(target="hello", reverse=True):
    return {
        "hello": "hello",
        "ello": "hello",
        "hello": "ello",
        "ello": "ello"}[target]

assert f(g())

def f(l: List[int], target=19143212):
    n = len(l)
    l1 = l[:n]
    l2 = l[n:]
    l3 = l[:n] + l[n:]
    return l1[::-1] not in l2 or (l1[::-1] == l3 and sum(i in l1 for i in l2) == l2[n - 1]) or all(l1.count(s) == l3.count(s) for s in set(l1) if s not in l2)

def g(target=19143212):
    return [1, 1, 1, 2, 12, 24]

assert f(g())

def f(t: List[int], target_len=50):
    for i in range(len(t) - 1):
        if t[i - 1] > t[i]:
            return False
    return True

def g(target_len=50):
    return [target_len, target_len]

assert f(g())

def f(x: float):
    return abs(x - 3.14) < 1e-6

def g():
    return 3.14

assert f(g())

def f(nums: List[int], a=1025):
    return sum(nums) == nums[0] and all(b in nums for b in [-a, a])

def g(a=1025):
    return [1025, -a, a]

assert f(g())

def f(dist: List[int], n=2):
    return dist[n-1] / dist[n] <= 1.0

def g(n=2):
    return [100*j for j in range(10)]

assert f(g())

def f(nums: List[int], total=12345):
    return sum(i for i in nums if i <= total) == total

def g(total=12345):
    return [total, total+1]

assert f(g())

def f(s: str, k=10):
    return k < len(s) or all(i > k for i in range(k - 1) if i == s[k])

def g(k=10):
    return "abc"+"abc"+"abc"*k

assert f(g())

def f(t: List[int]):
    return len(t) >= 4 and not (t[0] == 0 and t[len(t)] == 0)

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

assert f(g())

def f(sub: str, word="konjac"):
    return sub.startswith(word)

def g(word="konjac"):
    return "%s%s" % (word, "0" * len(word))

assert f(g())

def f(n: int, a=10201202001):
    return int(abs(n)) >= a

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

assert f(g())

def f(list: List[List[int]], length=100):
    return len(list) == 100

def g(length=100):
    return [list(range(100)) for i in range(length)]

assert f(g())

def f(states: List[str], k=10):
    for i in states:
        if i == "3.14159":
            return True
    return False

def g(k=10):
    return ["3.14159", "abc", "def" * k]

assert f(g())

def f(substr: str, count=8):
    return len(sorted(substr)) >= count  # string has to fit inside in target, can't overflow or be shorter than it

def g(count=8):
    return "123456789" * count

assert f(g())

def f(x: List[List[int]], lower=15, upper_bound=5000):
    return x not in range(lower, upper_bound)

def g(lower=15, upper_bound=5000):
    return [i for i in range(lower, upper_bound) if i > 5000]

assert f(g())

def f(s: str, a=""):
    return s in a and s in a + " "

def g(a=""):
    return ''.join(map(str, a))

assert f(g())

def f(nums: List[int]):
    return min(nums) > 0 and max(nums) >= 100

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 120, 130, 140, 150, 160, 170, 180, 190, 220, 240, 260, 270, 280, 295, 300, 340, 390, 420, 450, 470, 490, 510, 540, 560, 580, 630, 650, 700, 750, 800, 850, 900, 950, 960, 980, 1020, 1050, 1060, 1070, 1080, 1090, 1100, 1100, 1110, 1110, 1100, 1100, 1100, 1100, 1100, 1100, 1100, 1100]

assert f(g())

def f(s: str, n=1000):
    return len(s) == n and s.count("r") == n

def g(n=1000):
    return n*"r"

assert f(g())

def f(x: List[int], lower_bound=1, upper_bound=5, max_dim=7):
    return all((x[i] >= lower_bound and x[i] <= upper_bound for i in range(max_dim)) for x in x)

def g(lower_bound=1, upper_bound=5, max_dim=7):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(li: List[int], upper=99):
    return sum(1 for l in li if l != 1) >= upper

def g(upper=99):
    return [i for i in list(range(upper+2))]

assert f(g())

def f(nums: List[int], n=12):
    return sum(n for x in nums if x > n) == n

def g(n=12):
    return [n+1]

assert f(g())

def f(s: str, n=1000):
    return len(s) == n and s.startswith("a")

def g(n=1000):
    s = ""
    for n in range(n):
        s += "a"
    return s

assert f(g())

def f(nums: List[int], target=10):
    for i in range(target):
        if nums[i] == 0:
            if nums[i] == 0 and nums[i - 1] == 1:
                return False
        return True

def g(target=10):
    return [2, 3, 4]

assert f(g())

def f(n: int):
    return n == 1000 and len([j for j in range(100)]) == 100

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

assert f(g())

def f(target: List[int]):
    indices = [0, 0, 3, 3, 3]
    for i in indices:
        if target[i] >= 6:
            return False
    return True

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(items: List[str]):
    return items[0] == 'A' or items[0] == 'B' or items[0] == 'C'

def g():
    return ['A','B','C']

assert f(g())

def f(c: List[int], min=(2, 3)):
    return c[2] > c[1] and not c[1] < 1 or c[2] > c[0] and not c[0] < 1

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

assert f(g())

def f(s: str, r="b"):
    return s == "b" or s in {
        "a",
        "c",
        "e",
        "d",
        "g",
    } and r not in s

def g(r="b"):
    return {
        "a": "c",
        "b": "e",
        "c": "d",
        "e": "e",
        "d": "d",
        "g": "g",
    }.get(r)

assert f(g())

def f(t: str):
    return "Hello !" in t

def g():
    return "Hello !"

assert f(g())

def f(li: List[int]):
    return all(li[i] == 1 for i in range(len(li)))

def g():
    return [1]

assert f(g())

def f(nums: List[int], b=3):
    return all(i in nums for i in range(b))

def g(b=3):
    return [i for i in range(b) if i >= 0 and i < 100000]

assert f(g())

def f(n: int):
    return n == len(list(range(1000)))

def g():
    return len(range(1000))

assert f(g())

def f(s: str, n=4):
    return all(n < len(s) for i in range(n) for j in range(n) if s[j] == s[i])

def g(n=4):
    return "abcdefghjkklmmnnooopqrstuvwxyz"

assert f(g())

def f(i: int):
    return i >= 6 and i < 18

def g():
    return 9

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) > 2

def g():
    return [2, 5, 6]

assert f(g())

def f(n: int):
    return n <= 3

def g():
    return 2+1

assert f(g())

def f(n: int):
    return n > 100000

def g():
    return (10**9) * (10**9)

assert f(g())

def f(s: str, _print=None, _pad=None):
    if _print is None:
        _print = lambda x: "%s\n" % x
    return all(_print(s) for _ in [
        "[" if isinstance(s, str) else ("%s" % s), "!", "", "]"  # (not used by any test)
    ])

def g(_print=None, _pad=None):
    return "abcde"[::-1]

assert f(g())

def f(nums: List[int], n=12345):
    a, b = nums
    return a == b and a + b == 0

def g(n=12345):
    return [0, 0]

assert f(g())

def f(d: List[int], n=50):
    return len(d) == n or sum(t > d for t in d) == n // 2

def g(n=50):
    return [n*n for i in range(n)]

assert f(g())

def f(string: str, count=6):
    return len(set(string)) == count

def g(count=6):
    return ''.join(chr(i) for i in range(count))

assert f(g())

def f(combinations: List[List[str]], l=2):
    assert all(combinations[i] == combinations[i+1] for i in range(l-1))
    return combinations[-1] == combinations[-l]

def g(l=2):
    return [list("123456789" + "X") for x in range(l+1)]

assert f(g())

def f(s: str, p=6):
    return int(s) + p > len(s)

def g(p=6):
    return str(p)

assert f(g())

def f(n: int, year_len=365, year_div=12):
    return year_div > 365 or n > int(year_len)

def g(year_len=365, year_div=12):
    return int(year_len * 13 + year_div)

assert f(g())

def f(l: List[int], target=2):
    return l == [0, 1, 2]

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

assert f(g())

def f(nums: List[int], a=15, b=13):
    a, b = [a, b]
    return (len(nums) == 1 and (b + a) == nums[0]) or (len(nums) == 3 and all(a + b == nums[i] for i in range(2)))

def g(a=15, b=13):
    return [a + b]

assert f(g())

def f(n: int, k=6, n_clusters=7, target=1):
    return target * k == n

def g(k=6, n_clusters=7, target=1):
    return int(target * k)

assert f(g())

def f(x: int, a=1230200, b=1230200):
    if x > 0 or a > 400:
        return x - a == b
    else:
        return x + a == b

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

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(r in str(str(d).count("2") + str(d).count("6")) for r in str(str(d).count("4") + str(d).count("7")))

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

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3

def g():
    return [
        "A"*2 + "B"*2 + "C",
        "D"*2 + "E"*2 + "F",
        "F"*2 + "G"*2 + "H",
    ]

assert f(g())

def f(nums: List[int]):
    for i in range(nums.count(1) + 1):
        return nums[i - 1] == 1 and nums[i] != i

def g():
    return [1, 3, 2, 7, 5, 1]

assert f(g())

def f(seq1: List[int]):
    return any(i in seq1 for i in range(max(len(seq1), len(seq1[:1])))
                if not i in seq1[1:])

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

assert f(g())

def f(nums: List[int], v=2322):
    return nums == [9, -1]

def g(v=2322):
    return [9, -1]

assert f(g())

def f(a: List[List[int]]):
    return all(a)

def g():
    return [[0, 1, 2], [3, 4]]

assert f(g())

def f(num: int, a=30, b=30, min_value=200, upper=40000):
    return num >= min_value and num <= upper and all(s*(num - s) for s in (a, b))

def g(a=30, b=30, min_value=200, upper=40000):
    return int((a*20) + (b*10))

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n

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

assert f(g())

def f(n: int, a=1023):
    return n % 2 == 0

def g(a=1023):
    return a + 1001

assert f(g())

def f(s: str, bb=0):
    return s == "Hello world" or s == "Baba"

def g(bb=0):
    return "Baba" * int(10**bb)

assert f(g())

def f(x: List[int], n=6, a=3, e=3):
    return x[a] < n

def g(n=6, a=3, e=3):
    return [i for i in range(100) if i - 2 <= (i + 100) // 6]

assert f(g())

def f(inds: List[int], a=50, b=0):
    for i in range(len(inds)):
        if i in range(a, len(inds) + b):
            return True
    return False

def g(a=50, b=0):
    return [1 for i in range(a)] + [2 for i in range(a)]

assert f(g())

def f(l: List[int], m=1000, n=2):
    if len(l) != m and not l.all(0 in x for x in l.difference(n)):
        return False
    return True

def g(m=1000, n=2):
    return [n for _ in range(m)]

assert f(g())

def f(s: str, n=4):
    return all(len(s) > n for i in range(n) for j in range(n))

def g(n=4):
    return "abcdef"

assert f(g())

def f(nums: List[int]):
    nums = tuple(sorted(nums))
    assert len(nums) == sum(x + y for x, y in zip(nums)) == len(nums)
    return all(x == y for x, y in zip(nums))

def g():
    return ["foo" for x in range(1000) if x == "bar"]

assert f(g())

def f(l: List[int]):
    return len(l) >= 10

def g():
    return list(map(lambda x: x*x, range(10)))

assert f(g())

def f(s: str):
    return "#0" in s

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

assert f(g())

def f(a: List[str], target=80):
    return all(a[i] == target for i in range(0, len(a) - 1))

def g(target=80):
    return [b + target + 1 for b in range(target, 80, 8)]

assert f(g())

def f(s: str, upper=5):
    return len(s) >= upper

def g(upper=5):
    return u"ABCDEF".upper()

assert f(g())

def f(j: List[int], a=21, h=2, target=33):
    return all(j[i] == a for i in range(h)) or all(j[i] == target for i in range(h))

def g(a=21, h=2, target=33):
    return [target for _ in range(a + h)]

assert f(g())

def f(x: int, a=4662747, b=13556986):
    return a - x == b

def g(a=4662747, b=13556986):
    return a-b

assert f(g())

def f(l: List[int]):
    return l == [0, 1, 3, 2, 4, 5]

def g():
    return [0, 1, 3, 2, 4, 5]

assert f(g())

def f(l: List[int], n=123):
    return len(l) == n

def g(n=123):
    return list(map(int, range(n)))

assert f(g())

def f(l: List[List[int]], target=81):
    assert max(max(len(a) for a in l) for i in range(len(l) - 1) if i > 0) < target
    return l.count("-") == 0 and l.count("+") == 0

def g(target=81):
    return [
        [1, 2],
        [1, 3, 4],
        [1, 3, 4, 5],
        [1, 3, 4, 5, 6],
        [1, 3, 4, 5, 6, 7],
        [1, 3, 4, 5, 6, 7, 8]
    ]

assert f(g())

def f(n: int, a=0, b=133331):
    return b % n == 0 and a % n == 0 and n >= b

def g(a=0, b=133331):
    return a+133331

assert f(g())

def f(n: List[int]):
    return (len(list(n)) - 1) % 2 == 1

def g():
    return [2,4,6,9]

assert f(g())

def f(s: str):
    return s.lower().isnumeric() and len(s) > 1

def g():
    return "123456789"

assert f(g())

def f(st: str):
    return "not " + " ".join(list(st)) == "not " + " ".join(st)

def g():
    return "."

assert f(g())

def f(n: int, k=500, seq=[1.1, 2.2, 3.3, 4.4, 5.5, 6.6, 7.7, 8.8, 9.9, 10.0, 20.0]):
    return sum(x * k for x in seq) > n

def g(k=500, seq=[1.1, 2.2, 3.3, 4.4, 5.5, 6.6, 7.7, 8.8, 9.9, 10.0, 20.0]):
    return round((sum(i * k for i in seq)) / k)

assert f(g())

def f(n: int, lower=100000):
    return lower <= int(n + 1 ** 13 - 1)

def g(lower=100000):
    return 2 + 2 ** (lower - 1)

assert f(g())

def f(max_dim: int):
    return sum(dim for dim in range(max_dim)) <= max_dim

def g():
    return 1 + 1

assert f(g())

def f(nums: List[int], target=34):
    return sum(nums) > target

def g(target=34):
    return [3,4,5,6,7,8,9,10,11,12,13,14,15,16,17]

assert f(g())

def f(nums: List[int]):
    # return all(len(li) <= n <= 2000000 for li in nums)
    return sum(nums) >= 2000000

def g():
    return list(range(40001, 200001))

assert f(g())

def f(nums: List[int], b=16):
    return all(i[0] != i[1] and len([i[0]]) > 0 for i in nums)

def g(b=16):
    return [j for j in list(range(b, 5)) if len(j) > 0]

assert f(g())

def f(st: int):
    st = st % 10
    return abs(st) > 2

def g():
    return 6

assert f(g())

def f(a0: int):
    assert a0 >= 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    if a0 > 1000:
        return True
    return False

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

assert f(g())

def f(x: float):
    return abs(x - 3.1415) < 0.000001

def g():
    return float("3.1415")

assert f(g())

def f(strs: List[str]):
    return len(set(strs)) == 1000 and all(str in str for str in strs)

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

assert f(g())

def f(t: List[float]):
    return all([abs(t[i]) <= abs(t[i+1]) for i in range(4)])

def g():
    return [float(x) for x in list(range(10, 20))]

assert f(g())

def f(s: str, target="bazbarbaz", length=4):
    return len(set(s)) >= length or target.count("a") == 0

def g(target="bazbarbaz", length=4):
    return str(target) + target + str(target.count("a") == 0)

assert f(g())

def f(i: int, h=5, w=8, t=0.1, d=0.0001, max_move=100, max_path_len=5):
    return len(str(i)) <= max_move and len(str(i)) > max_path_len

def g(h=5, w=8, t=0.1, d=0.0001, max_move=100, max_path_len=5):
    return int(str(int(h)) * int(w)) + 1

assert f(g())

def f(n: int, a=33, b=26, target=23):
    return a > target or b == 32 and n > target

def g(a=33, b=26, target=23):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(str: str):
    return "I found {0}".format(str) == str or len(str) > 5

def g():
    return "a"*42

assert f(g())

def f(ans: List[int], target=8):
    return any(abs(ans) == target for ans in [20, 100, 99, 56, 12, 25, 30, 8, 11])

def g(target=8):
    return [4, 2, 4]

assert f(g())

def f(n: int, max_size_n=3000):
    return n > max_size_n

def g(max_size_n=3000):
    l = 0
    for _ in range(max_size_n):
        l = l+10
    return l

assert f(g())

def f(s: str, start="424", combo="778", target_len=12):
    ret = False
    for i in range(len(s)):
        if s[i] in start:
            ret = True
            break
    return ret

def g(start="424", combo="778", target_len=12):
    return "Hello " + start + " " + combo + " World" if len(start) > 0 else "Hello " + start

assert f(g())

def f(num: List[int], a=100, b=1000):
    return set(num) <= set(a * i for i in range(b))

def g(a=100, b=1000):
    return [a, b, a+b]

assert f(g())

def f(count: int):
    return 0 < count < 15

def g():
    return 12

assert f(g())

def f(inds: List[List[int]], length=100):
    return len(inds) == length and sum(i in inds for i in range(length)) == sum(j in inds for j in range(length))

def g(length=100):
    return [[] for _ in range(length)]

assert f(g())

def f(x: List[int], target=10):
    return len(x) == 1 and max(x) >= target

def g(target=10):
    return list(range(target, target+1))

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n

def g(n=5):
    return [1,2,3,4,5]

assert f(g())

def f(lst: List[int]):
    return max(lst) >= 1000 and all((2 ** i - 1) ** 2 < j ** 2 for i, j in enumerate(lst))

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

assert f(g())

def f(x: List[int], m=9, s=1):
    return x == [i for i in range(m) if not (i % 3) == 0]

def g(m=9, s=1):
    return [i for i in range(m) if not (i % 3) == 0 for _ in range(s)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "12345" 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(nums: List[int], a=1, b=10, count=5):
    assert all(len(str(n)) == len(set(str(n))) and a <= n <= b for n in nums)
    return len(set(nums)) >= count

def g(a=1, b=10, count=5):
    return list(range(a,b+1))

assert f(g())

def f(s: str):
    return "{!s}".format(s) == "Hello world"

def g():
    return 'Hello world'

assert f(g())

def f(s: List[str], p=7):
    return len(set(s)) == p and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g(p=7):
    return ["a"*(i+2)+"b" for i in range(p)]

assert f(g())

def f(n: int, target=1363):
    return len(range(n)) >= target

def g(target=1363):
    return int(int(str(target) + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 1000 and sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [1 for i in range(n)]

assert f(g())

def f(s: str, target="default"):
    return (s == target)

def g(target="default"):
    return "{}".format(target)

assert f(g())

def f(s: str):
    return "A" in s and len(s) <= 64

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_"

assert f(g())

def f(s: str):
    return s == "m" or sum(int(x.count("m")) for x in s) == 9

def g():
    return "m"

assert f(g())

def f(s: str):
    return s == 'a' or s == 'e'

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

assert f(g())

def f(nums: List[int], n=200):
    return len(nums) == n or sum(nums) == n

def g(n=200):
    return [1 for _ in range(n)]

assert f(g())

def f(letters: List[str], n=5):
    return len(set(letters)) == n

def g(n=5):
    return [str(i + n) + str(n - i) for i in range(n)]

assert f(g())

def f(probs: List[float], n=10):
    a = [2.5] * n
    b = [0] * n
    return sum(probs[i] for i in range(n)) >= max(a[0], b[0])

def g(n=10):
    return [n/2 + 0.5 for _ in range(n)]

assert f(g())

def f(n: int, a=43242, b=50000):
    return n == a * b

def g(a=43242, b=50000):
    return a * b

assert f(g())

def f(li: List[int], k=5):
    return len(li) == k

def g(k=5):
    return [1, 3, 5, 7, 9]

assert f(g())

def f(ls: List[str]):
    return all(sorted(ls) < ls for s in sorted(ls))

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

assert f(g())

def f(states: List[str], start="424", combo="778", target_len=12, n=2):
    return list(states) == list(start)

def g(start="424", combo="778", target_len=12, n=2):
    return [s for s in list(start) if s != "424567890"]

assert f(g())

def f(n: int):
    return abs(n ** 2 - 1) < 10 ** -3

def g():
    return round(1.0 * 1.00)

assert f(g())

def f(s: str):
    return "".join(s).rjust(3) == "this"

def g():
    return "this".rjust(3)

assert f(g())

def f(coords: List[List[int]]):
    return len({(a, b) for a, b in coords}) == len(coords) and len({(x, y) for x, y in coords if x != 0}) == 0

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

assert f(g())

def f(x: List[int], n=25, target=7):
    return len(set(x)) == n

def g(n=25, target=7):
    return list(map(int, range(n)))

assert f(g())

def f(s: str, m=10, n=10):
    if s.count("0"):
        return len(s) == m and s.count("-") == n
    return s == "123456789abcdefg" or s == "123456789abcdefgabc" or s == "123456789abcdefgabcdef"

def g(m=10, n=10):
    return "123456789abcdefgabc"

assert f(g())

def f(substrings: List[str], s=""):
    return len(substrings) == len(set(substrings)) >= len(s)

def g(s=""):
    return [str(i) for i in range(1000)]

assert f(g())

def f(ls: List[str]):
    return "string" not in ls or all(isalpha(i) for i in ls) and not all(
        ispal(i) for i in ls) and "string" not in ls and ls != "abcdefghijklmno"

def g():
    return list("abcdefghijklmno")

assert f(g())

def f(nums: List[int], num_in_range=50):
    return sum(nums) > num_in_range

def g(num_in_range=50):
    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]

assert f(g())

def f(s: str, a="Hello", b="World"):
    return s in ("h", "o", "l", "e", "v", "i", "s", "w", a + b)

def g(a="Hello", b="World"):
    return a + b

assert f(g())

def f(n: int, a=1, b=15):
    if b == 15:
        return n == 1000000
    if n == 1000000:
        return n == 1000000

def g(a=1, b=15):
    return 1000000

assert f(g())

def f(n: float, t=12000):
    return (n == 1 and n % 1 == 0) or all(n == 0 for n in [1/3, 0.5, 0.25, 0.125, 0.0625, 0.03125, 0.015625, 0.0078125, 0.00390625, 0.00195154375, 0.0009765625])

def g(t=12000):
    return 1.0

assert f(g())

def f(i: int):
    return i not in range(-10000, 10000)

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

assert f(g())

def f(s: str) -> bool:
    return bool(s) == True and (s.count("3") == 3 or s.count("-") == 1 or s.count("-+") == 2 or s.count("-^") == 1)

def g():
    return "3-"

assert f(g())

def f(p: List[int]):
    return all([{a, b} for a, b in zip(p, p[1:])])

def g():
    return [1, 2, 3] + [4, 5]

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(10)])

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

assert f(g())

def f(l: List[int], n=4):
    return max(l) == n

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

assert f(g())

def f(v: List[int], n=10):
    assert len(v) == n
    return v[0] == v[-1]

def g(n=10):
    return [list(range(n))[0]] * n

assert f(g())

def f(x: int, a=19, b=43):
    return x > a and x >= b

def g(a=19, b=43):
    return a+b

assert f(g())

def f(n: int, nw=22, w=15):
    r = n
    if r < 4:
        n = 3 * r + 2
    elif r <= 14:
        n = r + 4  # need at least 2 as the longest possible heap
    elif r <= 28:
        n = r + 7  # should not overflow
    elif r <= 84:
        n = r + 9  # should not overflow
    return n >= 2 and n <= 3 * nw and n >= 1

def g(nw=22, w=15):
    return int(int("123456789" + "0"*9) ** -0.5) + 1

assert f(g())

def f(x: List[int], n=10):
    d = {}
    i, j = 0, len(x) - 1
    while i != n:
        if i in d:
            if j == 0:
                return False  # i was empty
            d[i] += 1
            i = j + 1
        j -= 1
        d[i] = 0
    return i >= n  # must be non-zero

def g(n=10):
    return [int(n ** 0.5) for i in list(range(1000))]

assert f(g())

def f(n: int):
    r = n if n < 3 else n - 1
    return all([int(s) == n for s in range(1, r)])

def g():
    return list(map(int, list(range(1, 10)))).index(1)

assert f(g())

def f(a: List[int], e=12):
    return a == [0, 1, 2, 3, 4, 5]

def g(e=12):
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    return sorted(tour) == [[i, j] for i in range(m) for j in range(n)]  # cover every square once

def g(m=8, n=8):
    return [[i, j] for i in range(m) for j in range(n)]  # cover every square twice

assert f(g())

def f(nums: List[int], k=5):
    s = len(nums) + 1
    return s > k and min(s, k) >= 2

    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(li)) % li == 0 for li in lisestr(k))

def g(k=5):
    return [1,2,8,4,6,1]

assert f(g())

def f(d: int, n=8388607):
    assert n == 8388607
    return d > n and d%3 == 0

def g(n=8388607):
    return sum(int(str(n)) for i in range(0,9))

assert f(g())

def f(n: int):
    return n < 50 or n > 2000

def g():
    return 6

assert f(g())

def f(s: str):
    return len(s) >= 4 and any(x in s for x in ['a', 'e', 'g', 'h', 'i', 'k', 'l', 'o'])

def g():
    return "abcd123456789"

assert f(g())

def f(s: str):
    return all(s.isdigit() for i in range(len(s) + 1))

def g():
    return "123456789" * 9

assert f(g())

def f(list: List[List[int]], n=9):
    return len(list) == n

def g(n=9):
    return [list([1, n]) for _ in range(n)]

assert f(g())

def f(s: str):
    if s == "t":
        return False
    elif s == "t1":
        return True

def g():
    return "t1"

assert f(g())

def f(s: str, n: int = 1):
    assert s.count("0123") == 0
    assert s.count("1") == 1
    return s.count("7") > 0

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

assert f(g())

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

def g():
    return str(str("world") * 2) + '2'

assert f(g())

def f(inds: List[int], li=[42, 18, 21]):
    return {i: True for i in inds} == {i: True for i in li}

def g(li=[42, 18, 21]):
    return li

assert f(g())

def f(x: int, a=-382, b=14562668):
    return x - a == b

def g(a=-382, b=14562668):
    return int.__index__(a + b)

assert f(g())

def f(s: str, substrings="!!!", target=None):
    return all(
        substrings in s
        for substrings in substrings
    )

def g(substrings="!!!", target=None):
    return "!!!".join("abcd" for i in range(10))[::-2]

assert f(g())

def f(s: str, a=5, b=5, target=133750):
    return s == "abcde"

def g(a=5, b=5, target=133750):
    return "abcde"

assert f(g())

def f(nums: List[int], goal_len=12):
    return len(nums) >= goal_len and all((n >= 0 and n <= (7 * 7 - 1))
                                      for n in nums)

def g(goal_len=12):
    return list(range(goal_len))[::-1]

assert f(g())

def f(s: str, target="hello are you there?"):
    return "".join((target) if v == target else v for v in s) == target

def g(target="hello are you there?"):
    return "".join((target) if target == target else target + " ")

assert f(g())

def f(s: str, i=10, q=60):
    return len(str(s)) >= i and (str(s)[i:i + q - 1] == s or len(s) >= i)

def g(i=10, q=60):
    return "a"*q + "b"*(q + 1)

assert f(g())

def f(n: int, a=1, b=2, c=43):
    return n > a and n > b and c * n > a * b

def g(a=1, b=2, c=43):
    return a + b + c

assert f(g())

def f(target: List[int]):
    return len(target) >= 3 and target[0] + target[1] == target[2]

def g():
    return [1, 2] + [3, 4, 5]

assert f(g())

def f(l: List[int]):
    return all([i for i in l if i not in l]) and len(set(l)) == 3

def g():
    return [4, 5, 6]

assert f(g())

def f(n: int):
    return n >= 521

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(i: int, target=99):
    return abs(i // 3) >= target

def g(target=99):
    return 2 ** target

assert f(g())

def f(s: str, word="konjac"):
    newstr = []
    for i in range(len(word)):
        if word[i].upper() == s[i]:
            newstr.append(s[i])
    return set(newstr) <= set(s)

def g(word="konjac"):
    return "a"*(len(word) - 1) + "ab"*(len(word) - 2) + "b"*(len(word) - 3)

assert f(g())

def f(n: int, a=1234, b=5):
    return n == sum([b * i for i in range(a)])

def g(a=1234, b=5):
    return sum(b*i for i in range(a))

assert f(g())

def f(n: int, l=200, f=2):
    return min(n, l + f * (n - l)) == n

def g(l=200, f=2):
    return l

assert f(g())

def f(x: List[int]):
    assert len({i for i in range(10)}) == 10
    return len({(i, i) for i in x}) == 10

def g():
    return sorted([1, 2, 3, 4, 5, 6, 7, 8, 9, 10])

assert f(g())

def f(x: List[int], target_score=0.5):
    return abs(x[0] + x[1]) > 0.99 and abs(x[2]) > 0.99

def g(target_score=0.5):
    return [abs(x) for x in range(10)]

assert f(g())

def f(n: int):
    return [n, (n + 1) % 2, 8] >= [0, 3, 6, 1]

def g():
    return max(0, 4)

assert f(g())

def f(s: str, max_len=20):
    for i in range(max_len - 1, -1, -1):
        if len(s[i]) <= max_len:
            return True
    return False

def g(max_len=20):
    return "abcdeabcdeabcdeabcdeabcdeabcde"

assert f(g())

def f(st: str, target="do"):
    return (st == target) or (target.startswith("do") and str(len(st) - len(target)) ** 2 < 1)

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

assert f(g())

def f(n: int, a=1, b=2):
    assert a == 1 and b == 2, "inputs must be positive integers"
    return a * b > 0  # or you can return 0

def g(a=1, b=2):
    return a - b

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(4))

def g():
    return [x for x in range(4)]

assert f(g())

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

def g():
    return 'buz'

assert f(g())

def f(n: int):
    for i in range(n):
        if n > 0:
            return (n // 2) ** 2.5 > n

def g():
    return 1*(1 + 2 + 3)

assert f(g())

def f(x: int, a=1, b=51107):
    return x == a * b

def g(a=1, b=51107):
    return a * b

assert f(g())

def f(g: List[int]):
    return len(g) == 5 and g[0] <= g[1] and g[1] <= g[2]

def g():
    return [0] * 5

assert f(g())

def f(li: List[int], n=10):
    return all([li[i] for i in range(n)])

def g(n=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str):
    return len(s) == len(s.replace('x', '*'))

def g():
    return str(1)

assert f(g())

def f(n: int, nums=[], upper_bound=5000):
    n = n / 10
    return all(n % i == 0 for i in nums) and 0 < n <= upper_bound

def g(nums=[], upper_bound=5000):
    return sum(all(n % i == 0 for i in nums) for n in nums) + 1

assert f(g())

def f(tri: List[int], target=65):
    a, b, c = tri
    return a != c

def g(target=65):
    return [67, 68, 69]

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(10))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 15

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]

assert f(g())

def f(h: List[int], n=999):
    if len(h) == n:
        return True
    return all(h[:len(h) // 2] == [] and h[len(h) // 2:] == [])

def g(n=999):
    return [h for h in range(n)]

assert f(g())

def f(x: List[int]):
    return all(i in range(len(x)) and x[i] == i for i in range(len(x)))

def g():
    return [0, 1]

assert f(g())

def f(nums: List[int], m=3):
    return sum(nums) == 3 * min(nums)

def g(m=3):
    return [1 for _ in range(m)]

assert f(g())

def f(s: str):
    return s.startswith('123456789')

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

assert f(g())

def f(str: str, count1=50, count2=30):
    return (
        (len(str) >= count1 and not count1) or len(str) < count1 or
        (count1 > 0 and not (len(str) >= count1)) or (count1 < 0 and count1 > len(str))
        ) and \
        (
        not (len(str) >= count2 and len(str) < count2) and not \
        (count2 > 0 and len(str) >= count2)
        )

def g(count1=50, count2=30):
    return "%s, %s" % (count1, count2)

assert f(g())

def f(x: int, a=1000):
    return x >= a

def g(a=1000):
    return 1000

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 3 * n**2

assert f(g())

def f(n: int, min=20, max=0, t=50):
    return n < min or n > max

def g(min=20, max=0, t=50):
    return t + 50

assert f(g())

def f(substr: str):
    return all(x in substr for x in substr)

def g():
    return "abc"

assert f(g())

def f(s: str):
    return "a" == s or "zz" == s or "cc" == s or "cccaaaaaa" == s

def g():
    return "cccaaaaaa"

assert f(g())

def f(n: int, a=3, b=23463462):
    assert a >= -b
    assert n > b
    return n >= b // a

def g(a=3, b=23463462):
    return a * b // 1

assert f(g())

def f(t: List[str], count=3):
    return len(set(t)) == count

def g(count=3):
    return [str(i+1) for i in range(count)]

assert f(g())

def f(seq: List[int], target=16):
    return len(seq) + len([i for i in seq if i <= target]) == target + len(seq) + 1

def g(target=16):
    return [i for i in range(1234) if i <= target]

assert f(g())

def f(d: List[int]):
    return [i for i in d if i] == d

def g():
    return []

assert f(g())

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

def g():
    return "Hello World"

assert f(g())

def f(li: List[int], n=20):
    assert n % 5 == 0, "Hint: n is a multiple of 5"
    return len(li) == n and all(li[i] == 1 for i in range(n))

def g(n=20):
    return [1] * n

assert f(g())

def f(li: List[int], target=50):
    assert len(li) >= target and target > 0, "trivial target"
    return len(set(li)) == target

def g(target=50):
    return [i for i in range(target)]

assert f(g())

def f(nums: List[int], b=3):
    return len(nums) == b

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

assert f(g())

def f(l: List[str], n=100):
    return len(l) == n

def g(n=100):
    return [str(k) for k in range(n)]

assert f(g())

def f(s: str, count=2):
    assert s.count(s) == 1
    return s == '123456'

def g(count=2):
    return "123456"

assert f(g())

def f(a: int, b=23463462):
    return a % 1000000 == b % 1000000

def g(b=23463462):
    x = int("123456789" + "0"*9) % 1000000
    return x + 23463462

assert f(g())

def f(z: List[int], n=100):
    return len(set(z)) == n

def g(n=100):
    return list(range(1, 101))[:n]

assert f(g())

def f(bigs: List[int], n=80):
    return all(v == n for v in bigs)

def g(n=80):
    return [n]

assert f(g())

def f(n: int):
    for i in range(n):
        if n % i == 0:
            return False
    return True

def g():
    return 0 // 10 * 10

assert f(g())

def f(nums: List[int], target=0):
    a, b, c, n = nums
    return all(min(a, b, c) > target for i in range(10))

def g(target=0):
    return [10, 12, 14, 15]

assert f(g())

def f(n: int):
    assert n > 500
    return -1e18 <= n <= +1e18

def g():
    return int(5000000)

assert f(g())

def f(s: str):
    return str(s) == "a" or str(s) == "b"

def g():
    return "a" or str(s) == "b"

assert f(g())

def f(ans: List[int], target=8):
    return any(abs(ans) == target for ans in [20, 100, 99, 56, 12, 25, 30, 8, 11])

def g(target=8):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, v=100):
    return v < n

def g(v=100):
    return int(v * v * v)

assert f(g())

def f(nums: List[int], target=4):
    return len(nums[::-1]) == target

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

assert f(g())

def f(s: str):
    res = "".join(''.join('%s' % s) for _ in range(5))
    return res in res

def g():
    return "abcabcabcabc"

assert f(g())

def f(n: int, a=15, b=27):
    return (n - a) % b == 0

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

assert f(g())

def f(s: str, w=50):
    return s.count('o') >= w and s.count('oo') >= w

def g(w=50):
    return "oo"*w

assert f(g())

def f(s: str):
    return s.ljust(len(s), " ") == s[::-1]

def g():
    return "aaaaaaaa".rjust(3, " ")

assert f(g())

def f(n: List[int]):
    return max(x if n[0] <= 10 else n[0] for x in n) >= 5

def g():
    return [5]

assert f(g())

def f(nums: List[int], target=500):
    return sum(1 for i in nums) == target and len(nums) == target

def g(target=500):
    return [int(i) for i in range(target)]

assert f(g())

def f(x: List[int], a=2, b=10, target=5):
    for r in range(a):
        if x in range(b):
            return True
    return all((x ** 2 == a + (x ** 2 - a)) for x in range(b))

def g(a=2, b=10, target=5):
    return [1, 2]

assert f(g())

def f(p: List[List[int]]):
    return p[0].count(0) == p[1].count(0)

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

assert f(g())

def f(states: List[str], target_len=10):
    return len(states) == target_len and all(s in states for s in states)

def g(target_len=10):
    return ["A"*(i+2)+"B" for i in range(target_len)]

assert f(g())

def f(t: List[int], k=5):
    return t[0] == k and t[-1] == k

def g(k=5):
    return [k] * k

assert f(g())

def f(x: int, a=3432, b=4567):
    a /= 10
    b /= 10
    return a * b == a * b % x

def g(a=3432, b=4567):
    a *= 10
    b *= 10
    return a * b

assert f(g())

def f(nums: List[int], n=12345, thresh=70):
    return max(nums) >= thresh

def g(n=12345, thresh=70):
    return [2 * n + i for i in range(1000)]

assert f(g())

def f(s: str):
    return s.index("1") == 0

def g():
    return "123"

assert f(g())

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

def g():
    return "qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(s: List[List[int]]):
    return len(s) == len(s[0]) and len(s) == len(s[1])

def g():
    return [
        [1, 2, 3],
        [4, 5, 6],
        [7, 8, 9]
    ]

assert f(g())

def f(n: int):
    return n > 5000

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

assert f(g())

def f(nums: List[int], target=0):
    assert nums[0] == 1
    assert all(n in nums and not nums[n] for n in range(target))
    return nums == [1, 2]

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

assert f(g())

def f(r: List[List[int]]):
    return len(r) >= 5

def g():
    return [
        [1, 2],
        [3, 4],
        [5, 6],
        [7, 8],
        [9, 10],
        [11, 12],
        [13, 14],
        [15, 16],
        [17, 18],
    ]

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == len(nums) and sum(nums) == tot

def g(tot=12345):
    return [tot]

assert f(g())

def f(t: List[str]):
    return all(t == s.lower() for s in t)

def g():
    return [True] * 0

assert f(g())

def f(li: List[int], n=3):
    return len(set(li)) == len(set(li)) == n and all(i in li for i in li)

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

assert f(g())

def f(n: int, upper_bound=5000):
    if n > upper_bound:
        return False
    if n < -upper_bound:
        return True
    return False

def g(upper_bound=5000):
    return -50001

assert f(g())

def f(x: List[int], y=50, n=10):
    assert all([v > 0 for v in x])
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if i > y:
            return i == n
        i += 1
    return i == n

def g(y=50, n=10):
    return [42, 22, 3, 4, 2, 1, 5, 6, 8, 9]

assert f(g())

def f(x: List[int], num_points=10):
    if (x != [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) or (x.count(1) > 11) or (x.count(0) > 6):
        return False
    # no solution for num_points == 0
    for x1 in x:
        if x1 not in range(num_points):
            return False
    return True

def g(num_points=10):
    return [x for x in range(num_points)]

assert f(g())

def f(s: str, r: str = "0"):
    return s == r  # not the same as '=='

def g(r: str = "0"):
    return "0" if r == "0" else ""

assert f(g())

def f(x: int, a=100, b=65):
    return x == a and x == b or abs(x) > (a+b)

def g(a=100, b=65):
    return a*b

assert f(g())

def f(gives: List[int], m=1000):
    assert all(x in gives for x in range(m))
    return len(gives) == m

def g(m=1000):
    return [a for a in range(m)]

assert f(g())

def f(s: str, t=21):
    return "".join(s.split()).count("0" or s.endswith(".") or s.endswith(" ")) > 0

def g(t=21):
    return str(int(123456789) + t) or "no string"

assert f(g())

def f(s: str):
    for x in range(5):
        if s[x] not in ['h', 'e', 'l', 'l', 'o', 'l', 'o', 'd', 'a', 'b', 'd']:
            return False
    return True

def g():
    return "h" * 6 + "e" * 3 + "l" * 2 + "l" * 4 + "o" * 1 + "d" * 0 + "a" * 1 + "b" * 0

assert f(g())

def f(a: List[int], n=4):
    return all([a[i] == i for i in range(n)])

def g(n=4):
    return list(range(n))

assert f(g())

def f(digs: List[int]):
    return len(set(digs)) >= 8

def g():
    return [0] + [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

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

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

assert f(g())

def f(x: int):
    return str(x).startswith("123456789")

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

assert f(g())

def f(delta: List[int], year=201, size=3):
    return sum(delta[i] for i in range(size)) == sum(delta[i] for i in range(size, 0, -1))

def g(year=201, size=3):
    return [sum(delta[i] for i in range(0, 5, -1)) for delta in (((-5 - i)**(3)) for i in range(1, 7, 1))]

assert f(g())

def f(r: List[int], n=1000):
    return r[0] == r[-1] and all(r[i] > 0 for i in range(n))

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

assert f(g())

def f(s: str):
    s += "-"
    return s.startswith("8") and s.endswith("")

def g():
    return "8a1b1"

assert f(g())

def f(nums: List[int], delta=17, k=1):
    return nums == [k, k, k]

def g(delta=17, k=1):
    return nums == [k, k, k] if delta<=0 else [k, k, k] if delta>=17 else [k, k, k, k, k, k, k, k, k, k, k, k, k]

assert f(g())

def f(s: str, n=2):
    x = s[0:]
    return all(x for x in s if not x.isspace() and x != ' ')

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

assert f(g())

def f(n: int):
    max_list = 0
    max = 0
    for i in range(10):
        if n == i:
            max = i
            max_list += 1
    return max_list == max

def g():
    return 1000

assert f(g())

def f(n: int, c=345346363):
    return n // c == 1

def g(c=345346363):
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(r: List[int]):
    return sum(r) == len(r)

def g():
    return list(range(0, -1))

assert f(g())

def f(s: str):
    return "not " in s and not "a b c d" in s

def g():
    return "not [" + "a"*3 + "b"*3 + "c"*3 + "d" + "e" + "f" + "g"*3 + "h"*3 + "i"*3 + "j"*3 + "k"*3 + "l"*3 + "m"*3 + "n"*3 + "o"*3 + "p"*3 + "q"*3 + "r"*3 + "s"*3 + "t"*3 + "u"*3 + "v"*3 + "w"*3 + "x"*3 + "y"

assert f(g())

def f(l: List[int]):
    return sum(i in range(1000) for j in l if abs(i * i - j * j) >= 10) < 1000

def g():
    return list()

assert f(g())

def f(n: int):
    return n > 2**32

def g():
    return 10**32

assert f(g())

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

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

assert f(g())

def f(x: List[int], n=14, r=16):
    return sum(x) == n if r == 0 else sum(x) >= n

def g(n=14, r=16):
    return [n, r]

assert f(g())

def f(n: int, m=9):
    for i in range(m):
        x = n - 2 if i == 0 else n - 3
        if x > len(list(range(m))):
            return False
    return n % m == 0

def g(m=9):
    return 1 if m == 8 else m

assert f(g())

def f(nums: List[int], a=3, b=3, count=3):
    return len(set(nums)) >= 3

def g(a=3, b=3, count=3):
    return [0] + [a, b] + [a + b] * 2 + [a + b + count]

assert f(g())

def f(lst: List[int], n=23):
    assert all(i in lst for i in range(n))
    return len(set(lst)) == n

def g(n=23):
    return list(range(n))

assert f(g())

def f(x: int, n=2385):
    return int(round(x * x * x) / (x * x)) == int(n)

def g(n=2385):
    return 2385

assert f(g())

def f(s: str):
    return s.startswith("a{3}" if s.startswith("a") else "a")

def g():
    return "a{3}a"

assert f(g())

def f(nums: List[int]):
    return all(i <= nums[i] for i in range(3) if i not in nums or nums[i]  > nums[i - 1])

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

assert f(g())

def f(s: str):
    if len(s) in [33, 9]:
        return False
    if len(s) % 2 == 0:
        return False
    if len(s) == 1:
        return True
    if len(s) < 15:
        return False
    if len(s) >= 15:
        for i, j in enumerate((1, 2, 3, 4, 5, 6, 7)):
            if s[i:j] == "abcdefghijkabcdef":
                return True
    return False

def g():
    return str(str(1))

assert f(g())

def f(words: List[str]) -> bool:
    return sum([x in words for x in words]) == len(words)

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

assert f(g())

def f(s: str, a = 5, b = 6):
    for x in s:
        if x == "and":
            return 1
        if x == "or":
            return 1
    return not ('and' not in s) or ('or' not in s)

def g(a = 5, b = 6):
    return "And a, b"

assert f(g())

def f(x: int):
    return x >= 1000 and x <= 2000

def g():
    return (max(int(n) for n in range(1000)) * 2) + 1

assert f(g())

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

def g():
    return "\n" * 4

assert f(g())

def f(li: List[int]):
    return len(li) == 10 and all(i in li for i in range(10))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

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

def g():
    return "world"

assert f(g())

def f(li: List[int], k=4):
    return len(li) == k and all(i in li for i in range(k))

def g(k=4):
    return [li for li in range(k)]

assert f(g())

def f(n_s: str):
    return len(n_s) > 3

def g():
    return "hi" + " there" + " world"

assert f(g())

def f(nums: List[int], n=3):
    return sum(nums[::2]) < 4*n

def g(n=3):
    return [0] * n

assert f(g())

def f(s: str):
    return "Hello " + s and s.count("Hello") == 1

def g():
    return "Hello"

assert f(g())

def f(n: int, lower_bound=5):
    return all(n - i for i in range(lower_bound, min(n, 5)) if n - i <= 1)

def g(lower_bound=5):
    return 5 + lower_bound

assert f(g())

def f(nums: List[int]):
    for n in nums:
        return nums.count(n) == 1

def g():
    return [3]

assert f(g())

def f(p: List[int], r=2, n=4):
    if len(p) == n:
        return True
    if len(p) <= min(r, len(p) // 2):
        return False
    return all(p[i] == p[i - 1] for i in range(n))

def g(r=2, n=4):
    return [1, 2] if (r <= 1 or r > n) else [2]*n

assert f(g())

def f(n: int):
    return n in range(1000 and 1000 + 1, 10000 and 50001)

def g():
    return 10001

assert f(g())

def f(s: str):
    return s.strip('x') == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return "FizzBuzz" in s and "Hello, World!" in s

def g():
    return "FizzBuzz Hello, World!"

assert f(g())

def f(length: int, items=[], d=1):
    if length == 1:
        return items == [0]
    if all(i > 0 for i in items) or all(i <= 0 for i in items):
        return all(i >= length for i in items)
    else:
        return all(i < length for i in items)

def g(items=[], d=1):
    return d + 1

assert f(g())

def f(s: str):
    return s[::-1] == "The truth shall set you free"

def g():
    return "The truth shall set you free"[::-1]

assert f(g())

def f(st: str):
    return all(st.isdigit() or str(st) == "0" for _ in range(1000))

def g():
    return "1234567890"*99

assert f(g())

def f(s: str, target="kittens", length=6):
    if len(s) < length:
        return False
    if target == s:
        return True
    if len(s) > length:
        return False
    return target == s[0::length]

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

assert f(g())

def f(l: List[int]):
    return l == [i for i in range(101)]

def g():
    return [j for j in range(101)]

assert f(g())

def f(lits: List[List[int]]):
    return len(lits) == len(lits[0]) and (lits[0][0] + lits[0][1] < lits[1][0] or lits[0][1] <= lits[1][0] or [0] in lits and [1] in lits)

def g():
    return [[0] * 3 for _ in range(3)]

assert f(g())

def f(n: int):
    return n == 9254359 or n == 123

def g():
    return 9254359 or 123 or False

assert f(g())

def f(x: int):
    return x == 3 or x == 2 or x == 1

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

assert f(g())

def f(s: str, target="hahaha", word=''):
    return s == target

def g(target="hahaha", word=''):
    return target

assert f(g())

def f(w: str, a=521, b="nim", z=0):
    for i in range(len(w)):
        if w[i] == 'i' or w[i] == 'I':
            if w[i] == 'i':
                return True
        if w[i] == 'j' or w[i] == 'J':
            if w[i] == 'j':
                return True
    return False

def g(a=521, b="nim", z=0):
    return str(a) + " " + str(b) + " " + str(z) + " " + str(1) + " " + str(1)

assert f(g())

def f(li: List[int]):
    return all(li[:i] != li[i + 1] and li[i + 1] != li[i + 2] for i in range(20))

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

assert f(g())

def f(probs: List[float]) -> bool:
    return probs[0] in [0.1, 0.3, 0.5] and \
           probs[1] in [0.1, 0.3, 0.5] and \
           probs[2] in [0.1, 0.3, 0.5]

def g():
    return [0.1, 0.3, 0.5, 0.6]

assert f(g())

def f(string: str, lt=10):
    return string.count("a") == lt

def g(lt=10):
    return str("a" * lt)

assert f(g())

def f(s: str):
    return sum(len(s) > 1 for x in s) >= 4

def g():
    return str(sum(1 for x in range(843))*2)

assert f(g())

def f(s: str):
    return type(s) == type("Hello") and s.endswith("world")

def g():
    return "123 world"

assert f(g())

def f(substring: str, count=0):
    return len(substring) != 0 and substring.startswith(substring)

def g(count=0):
    return str(count ** 2)

assert f(g())

def f(y: int, s="abcabcabc", num=7):
    return int(2 ** num) % y == 1

def g(s="abcabcabc", num=7):
    return 2 ** num - 1

assert f(g())

def f(h: List[int], r=80):
    return min(h) == r

def g(r=80):
    return [r for i in range(20)]

assert f(g())

def f(x: float):
    return x > 2027

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

assert f(g())

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

def g(chars=['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']):
    return "abcdefghijklmnopqrstuvwxyz0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(x: int, a=12345678):
    return x == a

def g(a=12345678):
    return a

assert f(g())

def f(n: int):
    return n >= 1023 and not any(n % 1 != 0 for n in range(1023))

def g():
    return (1 << 30) - 1

assert f(g())

def f(s: str):
    return {ord(c) for c in s} == {ord(c) for c in "abcdefghijklmnopqrstuvwxyz"}

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

assert f(g())

def f(s: List[str]):
    return s.count("d") == 1

def g():
    return ["a", "b", "c", "d", "e"][::-1]

assert f(g())

def f(x: List[int], n=5, target=10):
    return sum(x[i] * x[i + 1] for i in range(n)) > target

def g(n=5, target=10):
    return [n, target, n, target, n, target, n, target, n, target, n, target]

assert f(g())

def f(nums: List[int], n=12345):
    r = []
    for i in range(len(nums)):
        r.append(nums[i])
    return sum(r) == n

def g(n=12345):
    return [] if n == 0 else [n]

assert f(g())

def f(s: str, index="0", length=1):
    return s[-1] == index

def g(index="0", length=1):
    return str(int("123456789" + index) ** length)

assert f(g())

def f(s: str, n=1184, b=21):
    return s == "8-" + "4++" or all(x in "a", "b", (f"{x}={x}"), "1%")

def g(n=1184, b=21):
    return "8-" + "4++" or all(x in "a", "b", (f"{x}={x}"), "1%")

assert f(g())

def f(n: int, g=200):
    g -= n
    return sum(abs(l) for l in [1, 2, 3] for n in [0, 3, 4] if l > n) > g

def g(g=200):
    return g + 200

assert f(g())

def f(s: str, chars=['y', 'n', 'l', 'i', 'g', 'd']):
    return s.count('l') == 2

def g(chars=['y', 'n', 'l', 'i', 'g', 'd']):
    return "Hello " + ("123456789" + "0"*9)[::-1]

assert f(g())

def f(s: str, target="foo", length=6):
    return target[(len(target) - len(target) // 3) // 3:(len(target) + len(target) // 3) // 3] == s

def g(target="foo", length=6):
    return target[(len(target) - len(target)+1) // 3]

assert f(g())

def f(s: str):
    return s == "\b" or s.count("\\") == 1

def g():
    return "\\"

assert f(g())

def f(li: List[int]):
    return sum(a for a in li if a > li[-1]) > len(li) * 1.5

def g():
    return [9, 8, 7]

assert f(g())

def f(s: str):
    return s.startswith("1234567890")

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

assert f(g())

def f(i: int, x=2):
    if 0 <= x < 1:
        return i == 1
    elif 1 <= x < 2:
        return i == 2
    elif 1 <= x < 2:
        return i == 3
    elif x == 2:
        return i == 4
    elif x == 2:
        return i == 5

def g(x=2):
    return x ** 2

assert f(g())

def f(g_name: str) -> bool:
    return True

def g():
    return ("string") * 5

assert f(g())

def f(s: str):
    if not "a" <= s < "z":
        return False
    if len(s) == 1:
        return True
    if "a" in s and s[0] == "z":
        return "a" in s
    return False

def g():
    if f("a"):
        return "w"
    return 42

assert f(g())

def f(t: List[str], target_len=10):
    return len(t) >= target_len and target_len == len(set(t))

def g(target_len=10):
    return ["a"*(i%target_len)+"b" for i in range(target_len)]

assert f(g())

def f(probs: List[float]) -> bool:
    return probs[0] in [0.1, 0.3, 0.5] and \
           probs[1] in [0.1, 0.3, 0.5] and \
           probs[2] in [0.1, 0.3, 0.5]

def g():
    return [0.1, 0.3, 0.5, 0.8, 0.9]

assert f(g())

def f(n: int):
    return n in list(range(19))

def g():
    return 18

assert f(g())

def f(n: int, a=40000):
    return a <= n  # should always be < 0

def g(a=40000):
    if a < 0:
        return -1

    return a

assert f(g())

def f(x: int, target=1037, length=13):
    return sum(x * x for x in range(1000)) >= target and len(set(range(1000))) > length

def g(target=1037, length=13):
    return target + length

assert f(g())

def f(d: int):
    return d > 0

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

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return tot == sum([v * i for i, v in enumerate(nums)])

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return sum([v * i for i, v in enumerate(nums)])

assert f(g())

def f(s: int, a=6, b=18, target=11):
    if a == 0:
        return s % b == 0
    elif a == -1:
        return s % 10 == 1
    else:
        return s == a * b

def g(a=6, b=18, target=11):
    return a*b

assert f(g())

def f(x: List[int]):
    return x[0] in [3, 5, 7] and x[1] == 5

def g():
    return [3, 5, 7, 1, 2]

assert f(g())

def f(p: List[int], t=0):
    for c in p:
        t -= c
    return t < 0

def g(t=0):
    return [3 * t, 2 - 3 * t, 3 * t + 2]

assert f(g())

def f(s: str):
    return str(s).startswith("<b>")

def g():
    return str(r"<b>")

assert f(g())

def f(parts: List[str], string="!"):
    return parts[-1] != string[-1]

def g(string="!"):
    return [p for p in ["ab", "", "", "de"]]

assert f(g())

def f(x: str):
    return ''.join(sub for sub in x) == 'hello'

def g():
    return 'hello' # this produces a list of substrings in this order

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(10))

def g():
    return list(range(101))

assert f(g())

def f(c: List[str]):
    return c == ["mooobooofasd"]

def g():
    return ["mooobooofasd"]

assert f(g())

def f(a: int, target="foobarbazwow", upper: int=200):
    return a >= upper and all(a ** n == target for n in range(upper, int(str(str(a).count("o") + str(a).count("2")))))

def g(target="foobarbazwow", upper: int=200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target=20):
    for i in range(len(s)):
        c = s[i]
        assert c in set(c.lower()), f"wrong {c} at position {i}".format(c=c)
        i += 1
    return target >= 1

def g(target=20):
    return "1234567890" + "0"*target

assert f(g())

def f(x: int, a=17, b=-86):
    return a - x == b

def g(a=17, b=-86):
    return a - b

assert f(g())

def f(s: str):
    return s == "'abc' == 'abc'"

def g():
    return "'abc' == 'abc'"

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) > 2

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

assert f(g())

def f(li: List[int]):
    return sum(i in range(len(li) - 1) for i in li) >= 5

def g():
    return [i for i in range(50)]

assert f(g())

def f(li: List[int], count=20):
    return len(li) > count

def g(count=20):
    return [int("123456789"+str(i+count)) for i in range(0, count+10)]

assert f(g())

def f(nums: List[int], count=10):
    return sum(i == 0 for i in nums) >= count

def g(count=10):
    return [0, 1] + [0] * count

assert f(g())

def f(nums: List[int]):
    for k in nums:
        if k >= 3:
            return 0 <= k < nums[k]
    return False

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: float, a=1020, i=10):
    return x >= a and i in range(a + 1)

def g(a=1020, i=10):
    return int(str(a * i) + "0"*9) ** 0.5

assert f(g())

def f(counts: List[int], s=679):
    return all(c in counts for c in counts) and counts[-1] + counts[0] != counts[-2] + counts[1]

def g(s=679):
    return [123123, 321123, 333123, 333123, 3451234, 3451234, 4351144, 4351144, 5431133, 5431234]

assert f(g())

def f(s: str, n=4):
    return sum(len(ls) for ls in s) > 2 * n

def g(n=4):
    return "1234567890" + "0"*n

assert f(g())

def f(s: str):
    return s + "" == "abc"

def g():
    return "abc"

assert f(g())

def f(n: int, n_to_m1=100, n_to_m2=50):
    return n <= 50 and n == n_to_m1 or n > 100 + n_to_m2

def g(n_to_m1=100, n_to_m2=50):
    return n_to_m1*n_to_m2

assert f(g())

def f(hashes: List[int], target_angle=45):
    return hashes == [10, 1, 1, 1, 1, 0, 2, 0, 1, 1, 1, 1]

def g(target_angle=45):
    return [10, 1, 1, 1, 1, 0, 2, 0, 1, 1, 1, 1]

assert f(g())

def f(t: List[int]):
    if len(t) == 3: return True
    else: return False

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

assert f(g())

def f(x: float, a=10, b=20):
    return abs(x - a - b) < 10 ** -3

def g(a=10, b=20):
    return float(a + b)

assert f(g())

def f(x: str, a=2):
    return x == '0'

def g(a=2):
    return '0' if a else '9'

assert f(g())

def f(inds: List[int], target=43):
    return all(i in inds for i in range(13))

def g(target=43):
    return [x for x in range(13) if x < target]

assert f(g())

def f(num_points: int):
    return num_points >= 1000

def g():
    return 5000

assert f(g())

def f(n: int, target=16):
    return all([n >= target*10])

def g(target=16):
    return 2**(target // 2)

assert f(g())

def f(nums: List[int], lower_bound=1):
    if not nums:
        return False
    return sum(i * i * i / 4 for i in nums) >= lower_bound

def g(lower_bound=1):
    return [i*i for i in range(10)]

assert f(g())

def f(x: List[int]):
    return len(x) == 1

def g():
    return [0]

assert f(g())

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

def g():
    return 1000

assert f(g())

def f(n: int):
    return n >= 1

def g():
    return 2

assert f(g())

def f(x: float, a=10):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=10):
    return a**0.5

assert f(g())

def f(s: str):
    l = len(s)
    if l > 3 and not s.isdigit():
        return False
    if l == 2:
        return s.isdigit() and s[0] == s[-1] and s[1] == s[-2]
    return s.isdigit()

def g():
    return "2" + str(int(42))[::-1]

assert f(g())

def f(fname: str, start=0, length=75):
    assert abs(start - length) >= 4
    return max(start, length) - (abs(start - length) // 2) < length

def g(start=0, length=75):
    return "".join(str(x) for x in range(start, length+1))

assert f(g())

def f(s: str):
    for i in range(10):
        if s[i - 1] not in s:
            return False
    return True

def g():
    return "1234567890.98"

assert f(g())

def f(x: List[int], n=5, s=19):
    return s == sum(a > 0 for a in x)

def g(n=5, s=19):
    return [i for i in range(1000+n*2) if i <= s]

assert f(g())

def f(length: int, items=[], d=1):
    if length == 1:
        return items == [0]
    if all(i > 0 for i in items) or all(i <= 0 for i in items):
        return all(i >= length for i in items)
    else:
        return all(i < length for i in items)

def g(items=[], d=1):
    if len(items) == 0:
        return 0
    return all(i < length for i in items) or all(i >= length for i in items)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (
            s.upper() if len(s) - len(s_case) > 3 else s.lower()
            if (s_case + s) != "CanYouTellIfItHASmoreCAPITALS" and s_case.count("-") != 0 else s_case.lower()
        )
    # for i in range(1, len(s_case)):
    #     if s_case[i] in "abcdefghijklmnopqrstuvwxyz":
    #         return True

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) - len(s.upper()) > 3 else s.lower() if (s + s.upper()) != "CanYouTellIfItHASmoreCAPITALS" and s.upper().count("-") != 0 else s.lower()

assert f(g())

def f(s: List[int], n=10):
    assert n >= 0
    return sum(n for x in s if x >= n) == n

def g(n=10):
    return [1, 2*n]

assert f(g())

def f(s: str, n=10):
    return "The quick brown fox jumps over the lazy dog" in s

def g(n=10):
    return "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(nums: List[int], k=10):
    return nums[0] + nums[1] == nums[2]

def g(k=10):
    return [0]*k

assert f(g())

def f(li: List[int], target=[1, 2, 3]):
    return len({li[i] for i in range(len(li))}) == 3

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

assert f(g())

def f(n: int):
    if n == 0:
        return True
    return n == 1 or n == 2 or n == 3

def g():
    return int(int("123456789" + "0"*9) ** 0.5 % 1) % 10

assert f(g())

def f(n: int):
    return n > 2000 or n <= 40

def g():
    return 4

assert f(g())

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

def g():
    return "true"

assert f(g())

def f(ls: List[str]):
    return min(ls) < max(ls)

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

assert f(g())

def f(n: int):
    max_list = 0
    max = 0
    for i in range(10):
        if n == i:
            max = i
            max_list += 1
    return max_list == max

def g():
    return len(range(10))

assert f(g())

def f(target: int):
    return abs(target) > 1000000

def g():
    return 1000**1000

assert f(g())

def f(s: str):
    return any(c in s for c in ["8", "1"])

def g():
    return "1"

assert f(g())

def f(s: str, index="0", length=1):
    return s[-1] == index

def g(index="0", length=1):
    return "123456789" + index + "0"*9

assert f(g())

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

def g(target="reverse me", reverse=True):
    return target[::-1]

assert f(g())

def f(nums: List[int], max_dim=13):
    assert len(nums) >= 0
    assert all(i ** 2 for i in nums)
    return len(nums) == max_dim and max(nums) >= 0

def g(max_dim=13):
    return [1+i for i in range(max_dim)]

assert f(g())

def f(s: str):
    return s == "hello"  # 's' was not tested directly to be 'hello'

def g():
    return "hello"[:]

assert f(g())

def f(state: str):
    return state == "NY" or state in ["CT", "TX", "MN", "FL", "OR", "GA", "AL", "IN"]

def g():
    return "AL"

assert f(g())

def f(x: float, a=1020):
    return abs(a * x ** 2 - 1) <= 1 and x > 0

def g(a=1020):
    return 1/a

assert f(g())

def f(strings: List[str]):
    return all(s in strings for s in list("abcdefghijklmnopqrstuvwxyz"))

def g():
    return ['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']

assert f(g())

def f(f: float, n=2):
    return f == n

def g(n=2):
    return float(n)

assert f(g())

def f(delta: List[int]):
    return all(delta[i] >= 0 and delta[i] <= 1 for i in range(len(delta)))

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

assert f(g())

def f(n: int):
    return n >= 0 and n <= 100000000 and eval(str(int(str(n)))) == n

def g():
    return 0

assert f(g())

def f(x: List[int], options=[], n=4):
    return len(set(x)) == n and all(x == y for y in options)

def g(options=[], n=4):
    return [x for x in range(n)]

assert f(g())

def f(s: str, n=500):
    return s == "Hello, world!" or all(len(set(s)) == n) and sum(s) == n

def g(n=500):
    return "Hello, world!" or (all(str(i) == str(n) for i in range(1,2*n+1)))

assert f(g())

def f(x: float):
    return str(abs(x - 3.1415)).startswith("123")

def g():
    return float("123" + "456") - 4.75

assert f(g())

def f(li: List[int], m=10, n=10):
    return {len(li), len(li[0:])} == {m, n}

def g(m=10, n=10):
    return [li*m for li in range(n)]

assert f(g())

def f(x: List[int], n=6, length=4, upper_bound=0):
    return all(a > 0 for a in x) and all(b > 0 for b in x)

def g(n=6, length=4, upper_bound=0):
    return [i + 4*i for i in range(n - 1, n)]

assert f(g())

def f(string: str, k=2):
    return 2*k <= len(string) <= 25

def g(k=2):
    return "hello" * (k + 1)

assert f(g())

def f(s: str, k=2, word="h", max_len=10):
    for c in word:
        if c not in s:
            return False
    return True

def g(k=2, word="h", max_len=10):
    return "".join(c for c in word if len(c) <= max_len) + "!"

assert f(g())

def f(n: int, a=30, b=21):
    return n % a == 0 and n % b == 0

def g(a=30, b=21):
    return (a*b) % 90

assert f(g())

def f(str: str, b=10):
    return b != 0 and int(str) > b

def g(b=10):
    return "123456789"

assert f(g())

def f(h: List[int], a=13, b=21):
    return h == [a, b * 2, 3, -15, -4, 15, -6, 2, 11, -2, 9]

def g(a=13, b=21):
    return [a, b * 2, 3, -15, -4, 15, -6] + [2, 11, -2, 9]

assert f(g())

def f(l: List[int]):
    return len(set({i for i in range(len(l))})) >= 1000

def g():
    return [i + 1 for i in range(1000)]

assert f(g())

def f(x: List[int], n=2):
    return (x[-1] > x[0]) and all([x[i] <= x[i + 1] for i in range(n)])

def g(n=2):
    return [i for i in range(n+1)] + [1]

assert f(g())

def f(count: int):
    return count < 100

def g():
    return 5

assert f(g())

def f(q: List[int], m=3, n=3):
    return [q[i] for i in range(m)] == [q[i] for i in range(n)]

def g(m=3, n=3):
    return [m+1] + [m+2] + [m+3] + [n]

assert f(g())

def f(li: List[int]):
    return all(c in li for c in list(range(50)) or c in li if c % 2 == 1 or c == 4)

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

assert f(g())

def f(s: List[int]):
    return sum(s) == sum(s) == sum(s)

def g():
    return [1, 2]

assert f(g())

def f(y: List[int]):
    return y[0] > 4 or y[0] == -5

def g():
    return [7, 5, 2]

assert f(g())

def f(nums: List[int], target=12):
    return max(nums, key=lambda x: x) == target

def g(target=12):
    return [1,2,3,4,5,6,7,8,9,10,11,12]

assert f(g())

def f(big_str: str, n=4):
    return all(i in big_str for i in map(str, range(n)))

def g(n=4):
    return ("123456789" + "0"*9)[::-1]

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd', 'e', 'h', 'j', 'k', 'l']):
    return s in chars

def g(chars=['a', 'b', 'c', 'd', 'e', 'h', 'j', 'k', 'l']):
    return max(s for s in chars)

assert f(g())

def f(nums: List[int], n=4, m=10):
    return len(nums) == n and sum(nums) == m

def g(n=4, m=10):
    return [i for i in sorted([i for i in range(n+1)]) if i]

assert f(g())

def f(n: int):
    return n > 80000 and n * n > 80000 * 80000

def g():
    return 80000 + 4

assert f(g())

def f(num: int):
    return num // 2 == num // 2 ** 0.5

def g():
    return 1

assert f(g())

def f(count: List[int], a=20, n=2000):
    return sum(count[0] * 8 for c in count for c in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) > n  # not really working

def g(a=20, n=2000):
    # print(list(range(a+1, n+1+a))) # prints list(range(20, 2000))
    return [20, 20, 30, 40, 50, 60, 70, 80, 90, n]

assert f(g())

def f(a: int, b=1):
    return max(min(a, b), a) >= 2 ** 32

def g(b=1):
    return 2 ** 32

assert f(g())

def f(l: List[int], x=0):
    xm = l[0] - x
    ym = l[1] - x
    return l[xm] >= 0 and l[ym] == 0

def g(x=0):
    return [x] * 1000

assert f(g())

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

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

assert f(g())

def f(nums: List[int], a=1000, b=10000):
    return len(set(nums)) >= b and sum(nums) >= a

def g(a=1000, b=10000):
    return [i for i in range(b)]

assert f(g())

def f(fname: str):
    return fname.find("/__") > -1

def g():
    return "foo" + "/__"

assert f(g())

def f(s: str, length=4):
    return not len(s) == length

def g(length=4):
    return "ab"

assert f(g())

def f(p: List[List[int]], m=5):
    return len(p) == m and all(i == j for [i, j] in zip(p, p[1:]))

def g(m=5):
    return [list(range(1, m+1)) for x in range(m)]

assert f(g())

def f(nums: List[int]):
    return sum(nums) <= 1000 and min(nums) <= 10

def g():
    return [1]

assert f(g())

def f(n: int):
    from random import randint
    return randint(3, 13) > n

def g():
    return 8

assert f(g())

def f(x: str):
    return "Hello " + x == "Hello world"

def g(): # This is the original code, but the above fails.
    return "world"

assert f(g())

def f(lst: List[int]):
    return {x: 0 for x in lst} == {x: 0 for x in lst * 2} == {x: 0 for x in lst * 3} == {x: 0 for x in lst * 4} == {x: 0 for x in lst * 5}

def g():
    return [5, 6, 7]

assert f(g())

def f(i: int, n=13):
    return n <= 10**(1 + i)

def g(n=13):
    return n ** 2

assert f(g())

def f(n: int):
    return len(range(1,2 * n)) >= 100000

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

assert f(g())

def f(n: int, lower_bound=18446744073709551615, upper_bound=999999999999999):
    return sum(i - lower_bound for i in range(n) if state[i] in lower_bound) <= upper_bound

def g(lower_bound=18446744073709551615, upper_bound=999999999999999):
    x = 0
    for i in range(lower_bound, upper_bound + 1):
        x = x + 1 if x > 10 else state[i]
    return x

assert f(g())

def f(lb: List[bool], n=5, m=3):
    return len(lb) == n

def g(n=5, m=3):
    return [True if i%n == 0 else False for i in range(n)]

assert f(g())

def f(pos: List[int]):
    return len(pos) > 6 or all(pos[i] + pos[i + 1] + pos[i + 2] + pos[i + 3] == 4 for i in range(6)) and all(pos[i] in [0, 1, 2, 4, 7, 9, 12, 13, 14, 15, 16] and (i + 4) % 3 == 2 and (i + 1) % 3 == 1)

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: List[int], k=6):
    return all(k >= len({4 + x}) for x in x)

def g(k=6): return [0] * k

assert f(g())

def f(position: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    return position == target

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

assert f(g())

def f(n: int, a=10, b=50):
    return n > a * b

def g(a=10, b=50):
    return sum(n * n for n in range(a * b))

assert f(g())

def f(n: int, max_n=191708):
    assert max_n <= n
    return n >= max_n or n < 0

def g(max_n=191708):
    return int(int("123456789" + "0"*9) ** 0.5) + max_n

assert f(g())

def f(squares: List[List[int]], n=98, threshold=12, max_len=6):
    return squares == [(x * n, y * n) for x, y in squares] and all(x + y == 0 for x, y in squares)

def g(n=98, threshold=12, max_len=6):
    return []

assert f(g())

def f(n: int):
    # 1. if n < 100000, then print "bad answer"
    return n > 11 * 25 * 100000 and n != 2 ** 23

def g():
    return 12345678900 + 1

assert f(g())

def f(s: str, n=4):
    return sum(s == 'Permute me true' for i in range(n)) == n

def g(n=4):
    return "Permute me true"

assert f(g())

def f(pos: List[List[int]], target=[[0, 0, 0, 0]]):
    return pos[0] == target[0]

def g(target=[[0, 0, 0, 0]]):
    x = target.copy()
    target.pop(0)
    return x

assert f(g())

def f(a: List[int], target=10):
    return a[0] == target

def g(target=10):
    return [10, 10 + 10 - target]

assert f(g())

def f(li: List[int]):
    return all(li[i] == 0 for i in range(4)) and len(set(li)) == 1

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

assert f(g())

def f(letters: List[str], lower_bound=75):
    return len(set(letters)) >= lower_bound

def g(lower_bound=75):
    return [str(n) for n in range(100)]

assert f(g())

def f(numbers: List[int], nums=[100, 200, 300]):
    c = nums[0]
    r = numbers.index(c)
    return r in [0, len(nums) - 1] or r != len(nums) - 1

def g(nums=[100, 200, 300]):
    return list(set(nums))

assert f(g())

def f(delta: List[int]):
    return all(delta[i] >= 0 and delta[i] <= 1 for i in range(len(delta)))

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

assert f(g())

def f(nums: List[int], m=27, thresh=9):
    t = 0
    for i in range(len(nums)):
        t += ((nums[i] - m) & 1) % 2
    return t >= thresh

def g(m=27, thresh=9):
    return [m+1 for i in range(10000)]

assert f(g())

def f(s: str, target="", reverse=False):
    return s == target and not reverse

def g(target="", reverse=False):
    return "the target" * target.count('*')

assert f(g())

def f(res: List[int], m=1234578987654321, n=4):
    for i, c in enumerate(res):
        if c:
            res.append(i)
    return len(res) == n

def g(m=1234578987654321, n=4):
    return [0 for _ in range(n)]

assert f(g())

def f(num: int, nums=[]):
    assert len(nums) == len(set(nums))
    for i in range(len(nums)):
        nums += [num]
    return all(n in num for n in nums)

def g(nums=[]):
    for i in range(len(nums)):
        nums.append(i + 1)
    return sum(n > i for n in nums)

assert f(g())

def f(nums: List[int]):
    return all(list(x) for x in nums) != {}

def g():
    return []

assert f(g())

def f(l: List[int], n=100):
    return all(x in l for x in range(n) if x % 3 == 0)

def g(n=100):
    return list(range(n+1))

assert f(g())

def f(x: List[int], a=7):
    return all(x[0] == a and x[-1] > a for i in range(2))

def g(a=7):
    return [a, 42, 54, 75]

assert f(g())

def f(square: List[int], target=50):
    return len(square) >= target

def g(target=50):
    return [target + 1] * target

assert f(g())

def f(x: float, a=569, b=15):
    return x > a + b and (x - a) / (b - a) < 0.00001

def g(a=569, b=15):
    return float("123456789" + "0"*9) ** 0.5 - a - b

assert f(g())

def f(x: List[int]):
    return sum([x[i] for i in range(3)]) == 3

def g():
    return [x for i in range(3) for x in range(3)]

assert f(g())

def f(ls: List[int], lower=0, upper=9):
    m = 0
    for i in range(2 * len(ls)):
        if ls == [k for k in range(2 * n for n in range(2 * (i - 1)))]:
            m = i + 1
    if m > 0 and m < lower and all([a < b for a, b in zip(ls, reverse(ls))]):
        return False
    return True

def g(lower=0, upper=9):
    return [i for i in range(upper) if i < lower]

assert f(g())

def f(edge: List[int], length=5017, n=10000):
    return len(edge) == length and all(i in edge for i in range(length))

def g(length=5017, n=10000):
    return list(range(length))

assert f(g())

def f(nums: List[int], target_len=12):
    return sum(nums) >= target_len

def g(target_len=12):
    return list(range(target_len))

assert f(g())

def f(x: List[int]):
    return [x[i] for i in x] == [x[0], x[1], x[2], x[3], x[4], x[5], x[6], x[7], x[8], x[9], x[10], x[11]]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]

assert f(g())

def f(x: List[int], n=6):
    return len(x) == n and x[:n] == [4, 0, 0, 0, 0, 0]

def g(n=6):
    return [4, 0, 0, 0, 0, 0]

assert f(g())

def f(ls: List[int]):
    return min(ls) == max(ls) == 13

def g():
    return [13]

assert f(g())

def f(x: int, d=1, b=192362):
    return x == d * 1020 * b // 512

def g(d=1, b=192362):
    return int(d * 1020 * b // 512)

assert f(g())

def f(n: int):
    return n > 19 and n > 1037

def g():
    return 2**30 - 1

assert f(g())

def f(n: int, a=1110, b=20):
    return n < a or n > b

def g(a=1110, b=20):
    return 12

assert f(g())

def f(x: List[int], n=4):
    return len(x) == n

def g(n=4):
    return [1] * n

assert f(g())

def f(n: int):
    return n == 1 or n > 50

def g():
    return int(max(1, 2**30))

assert f(g())

def f(s: str, max_len=10):
    return s.count("1") >= max_len and s.count("3") >= max_len

def g(max_len=10):
    return "1234567890123456789012345678901" * max_len

assert f(g())

def f(s: str, target="hello there", length=12):
    return (s.startswith(target) or len(s) > length)

def g(target="hello there", length=12):
    return len(str(target) + " ") + 2 if int(target.count("t")*3) == target.count("t") else target + " "

assert f(g())

def f(s: str, n=50):
    # https://stackoverflow.com/a/30366025
    # https://stackoverflow.com/a/23381028
    assert 0 <= s.index(s) < len(s)
    return len(s) - 0 > n

def g(n=50):
    return "123456789a" * n

assert f(g())

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

def g():
    return "Hello \nworld"

assert f(g())

def f(y: int, a=-1, b=1):
    return y == b

def g(a=-1, b=1):
    return (a and b) or (a == -1)

assert f(g())

def f(x: int, target=53):
    return -x == target

def g(target=53):
    return -53

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)

def g():
    return [str((i + 1) * 9 ** 0.5 + 1) for i in range(1000)]

assert f(g())

def f(t: List[int], n=4):
    assert len(t) == n  # no more than 4 moves
    return len(t) >= n

def g(n=4):
    return [0] * n

assert f(g())

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

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

assert f(g())

def f(n: int):
    return n % 2 == 0 and n > 1

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

assert f(g())

def f(pos: int, inds=[]):
    inds = inds + [i for i in range(2500000, -1) if -1 <= i <= pos]
    return [x[0] for x in inds] == [i for i in inds]

def g(inds=[]):
    return 0

assert f(g())

def f(i: List[int], j=4, n=18):
    assert len(i) == n
    return i[0] in range(j - 1)

def g(j=4, n=18):
    return list(range(n))

assert f(g())

def f(x: List[int], m=8, n=8):
    return all((x[i] <= x[i + 1] for i in range(n - 1)) and ((x[i] + 1 == x[i + 1] or x[i] + 1 < x[i + 1]) for i in range(n)))

def g(m=8, n=8):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

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

def g():
    return ["0"*(i+2)+"a"*(i+3) for i in range(1000)]

assert f(g())

def f(str: str):
    return str == 'foobar'

def g():
    return "foobar"

assert f(g())

def f(a: int):
    if a == 0:
        return False
    else:
        a = a % 10
        return a < 10

def g():
    return 10

assert f(g())

def f(nums: List[int], n2=10):
    return len(nums) == n2

def g(n2=10):
    return list(range(n2))[::-1]

assert f(g())

def f(nums: List[int], n=15, target=120):
    return n in nums

def g(n=15, target=120):
    return [i for i in range(0, target)]

assert f(g())

def f(s: str, big_str="123456789", b="Hello world"):
    return len(big_str) == len(s)

def g(big_str="123456789", b="Hello world"):
    return "%s" % big_str

assert f(g())

def f(a: List[int], n=3):
    return len(a) == n and all(a[i] == -1 for i in range(n))

def g(n=3):
    return [-1] * n

assert f(g())

def f(string: str, count=2, substring="moooboooofasd"):
    return string == substring

def g(count=2, substring="moooboooofasd"):
    return substring

assert f(g())

def f(e: int, a=10201202001):
    return e > 0 and e % a == 0

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

assert f(g())

def f(numbers: List[str]):
    return numbers.count("one") == 1 and all("1")

def g():
    return [str(n) for n in ["one", "two", "three", "four"]]

assert f(g())

def f(n: int, c1=20, c2=50):
    return n + (c1 - c2) >= 0

def g(c1=20, c2=50):
    return 200 + c1 - c2

assert f(g())

def f(li: List[int]):
    return all(i == li[i] for i in range(5))

def g():
    return list(range(1000))

assert f(g())

def f(li: List[int]):
    return li[::2] == li[1::2]

def g():
    return []

assert f(g())

def f(s: str):
    return all(str in s for s in sorted(sorted(sorted(s))) if s.count('b') > 0 and s.count('c') > 0)

def g():
    return "abcdefgh"

assert f(g())

def f(n: int, a=345346363, b=10):
    return abs(n) == a * b

def g(a=345346363, b=10):
    return a*b

assert f(g())

def f(n: int):
    return all([n >= 365 and n <= 1320])

def g():
    return 365

assert f(g())

def f(num: int, min=900, max=1323):
    assert num >= min and num <= max
    return num >= min and num <= max and min != max

def g(min=900, max=1323):
    return min if min > 900 else 1323

assert f(g())

def f(nums: List[int], min_len=3, max_len=11):
    return sum(i for i in nums if i > min_len and i <= max_len) >= max_len

def g(min_len=3, max_len=11):
    return list(range(min_len, max_len+1))[:max_len]

assert f(g())

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

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, a=54368639, b=15482):
    return n >= a or n >= b

def g(a=54368639, b=15482):
    return a * b

assert f(g())

def f(x: List[int], min_x=10, max_x=100):
    x.sort(reverse=True)
    return x[0] >= min_x and x[0] <= max_x

def g(min_x=10, max_x=100):
    return [min_x] * max_x

assert f(g())

def f(n: int):
    s = "asfasgasfsgsgsg"
    return s.count("g") > n - 2

def g():
    return 4 + 1

assert f(g())

def f(n: List[int]):
    return n == [1, 2, 3, 4]

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

assert f(g())

def f(num: int, lower_bound=5):
    return min(1000000, num * 10 + lower_bound) > num

def g(lower_bound=5):
    return 5

assert f(g())

def f(s: List[float], target=1):
    for i in range(1, len(s) - 1):
        return s[-i] * s[-i - 1] > target

def g(target=1):
    return [1.0, 0.0, 3.14, 1.8, 2.3, 1.0]

assert f(g())

def f(part: str):
    return not part == "" and any(p.isnumeric() for p in list(part))

def g():
    return str(1)

assert f(g())

def f(substring: str, string="moooboooofasd", count=10):
    return len(substring) > count

def g(string="moooboooofasd", count=10):
    return "hihihihihihihihihihihihi"

assert f(g())

def f(s: str, e=1):
    return len(s.strip()) == e and s.index("!") == 0

def g(e=1):
    return "!"

assert f(g())

def f(nums: List[int], y=12):
    return all(i in nums for i in range(y))

def g(y=12):
    return list(map(int, range(y)))

assert f(g())

def f(a: str):
    return a.startswith('A') and a.endswith('Z')

def g():
    return 'AZ'

assert f(g())

def f(li: List[int]):
    return len(set(li)) > 5 and min(li) >= 0

def g():
    return list(range(1, 10000))

assert f(g())

def f(n: int):
    s = n ** 2
    return abs(s - n) < 1e-7

def g():
    return 1

assert f(g())

def f(inds: List[int], target=[1, 2, 10, 1, 4, 1, 8, 10, 2, 3, 7, 2, 5, 1]):
    for i in range(len(target)):
        if target[inds[i]] is not False:
            assert i < len(inds)
    return True

def g(target=[1, 2, 10, 1, 4, 1, 8, 10, 2, 3, 7, 2, 5, 1]):
    return [i for i in target if i is not False for _ in range(len(target))]

assert f(g())

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

def g():
    return "abcdefghijklmnopqrstuvwxyz 1234567890"

assert f(g())

def f(start: int, n=5000):
    return start > 0 and (n < start) or n / len(start + [start]) == len(start)

def g(n=5000):
    return int(int(n * n) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.startswith("H") and s.endswith("W") and not s.startswith("W")

def g():
    return "HW"

assert f(g())

def f(s: str):
    return s.count("a") == 1 and s.count("abc") == 1

def g():
    return "abcdefg"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS", s1="CanYouTellIfItHASmoreCAPITALS", s2="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s1:
        if c != c.lower().capitalize():
            caps += 1
    for c in s2:
        if c != c.upper():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS", s1="CanYouTellIfItHASmoreCAPITALS", s2="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if s.upper() == s1.upper() else s.lower()

assert f(g())

def f(s: str):
    # use set() instead of list() so str[-1] can actually work,
    # but set() is faster on my 4.5GHz machine.  (Using list() on py2.6, str[-1] is not supported anyway, since Python 2.5)
    return set(s).issubset(set(s[::-1]))

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

assert f(g())

def f(x: List[List[int]], n=1000):
    return len(x) == n

def g(n=1000):
    return [list(range(n)) for _ in range(n)]

assert f(g())

def f(n: int):
    return str(n * n).startswith("123")

def g():
    return int(int("123" + "0"*10) ** 0.5) + 1

assert f(g())

def f(x: str, max_len=10, start=0):
    return len(str(x)) > max_len

def g(max_len=10, start=0):
    return "abcdefghijklmnopqrstuvwxyz" + "0123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, num=0):
    return s == "Hello" or len(s) == 1 and s == "world"

def g(num=0):
    return "Hello"

assert f(g())

def f(x: int):
    return x > 0 and x <= 50

def g():
    return len(set(map(int, {1: "one", 2: "two", 3: "three"})))

assert f(g())

def f(n: int):
    return (n > 42) or (n & (n-1) == 1)

def g():
    return int("12345" + "789")

assert f(g())

def f(c: str):
    return c == "Hello" or c.startswith("Hello")

def g():
    return "Hello World"

assert f(g())

def f(l: List[List[int]], n=0):
    return sum(i == 0 for i in l) == n

def g(n=0):
    return list(range(n))

assert f(g())

def f(i: int):
    return i == 1 or i == 9 or i == 13 or i == 1 or i == 17 or i == 31 or i == 91 or i == 18

def g():
    return 17

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678")

def g():
    return int(int("12345678" + "0"*9) ** 0.5) + 2

assert f(g())

def f(n: int, s="This is a", target=5):
    return n == len(s) if len(s) == 1 and s == s[0] else n < len(s)

def g(s="This is a", target=5):
    return target - f(target, s, target + 1)

assert f(g())

def f(s: str):
    if s == "qwertyuiopasdfghjklzxcvbnm":
        return True
    if s == "foobarbazwow":
        return False

def g():
    return "qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(s: str, prefix=()):
    return "Hello " + s[::-1] == "Hello world"

def g(prefix=()):
    return "world"[::-1] + "b"*len(prefix)

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 365

assert f(g())

def f(a: List[int], n=3):
    return len(a) == n and all(a[i] == -1 for i in range(n))

def g(n=3):
    return [-1, -1, -1]

assert f(g())

def f(li: List[int]):
    if len(li) == 0:
        return True
    if len(li) == 1:
        return li[-1] == target and li[0] == target
    return True

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, k=1):
    return pow(2, n) - k == 1

def g(k=1):
    return 1 if k == 1 else pow(2, k) + 1

assert f(g())

def f(n: int):
    return n > 0 and n > 255

def g():
    return 9999

assert f(g())

def f(s: str):
    return sum(i == 0 if j == s else i == len(s) + j for i, j in enumerate(s)) >= eval(s)

def g():
    return str(sum(i == 0 if i != 0 else 0 for i in range(1000)))

assert f(g())

def f(pos: int, inds=[]):
    inds = inds + [i for i in range(2500000, -1) if -1 <= i <= pos]
    return [x[0] for x in inds] == [i for i in inds]

def g(inds=[]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], target=100):
    return len(nums) == target

def g(target=100):
    return [1 for i in range(target)]

assert f(g())

def f(s: str):
    return "".join(s) == "o"

def g():
    return "o"

assert f(g())

def f(n: int, k=4):
    return n > 5000

def g(k=4):
    return int(int("123456789" + "0"*9) ** 0.5 + 1) + k

assert f(g())

def f(string: str, count=10):
    return len(set(string)) >= count

def g(count=10):
    return str("abcdefghijklmnopqrstuvwxyz" * count)

assert f(g())

def f(x: float, a=5):
    return x == a

def g(a=5):
    return float(a)

assert f(g())

def f(nums: List[int], n=1):
    return sum(i for i in nums) == n

def g(n=1):
    return [1] + [5, 8] * int(n - 1) + [9, 10] * int(n - 2)

assert f(g())

def f(s: str):
    return s.startswith("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890.") or\
           s.endswith("acbdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890.")

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890."

assert f(g())

def f(s: str, n=1, d=1):
    return s.count("1") == n and s.count("2") == d and sum(int(s[i]) == i for i in range(n)) == 0

def g(n=1, d=1):
    return "123456789" + "0"*n

assert f(g())

def f(st: str, target="do not modify", reverse_target=True):
    return reverse_target == True and (st == target or all(len(st) == 3) and all(len(st) == 3 and len(st[-1::-1]) == 1))

def g(target="do not modify", reverse_target=True):
    return reverse_target and target or (all(len(target) == 3 and len(target) == 3) and all(len(target) == 3 and len(target[1::-1]) == 1))

assert f(g())

def f(n: int, target=19143212):
    for n in range(target, n):
        assert n > target
        assert n < target
    return n == target

def g(target=19143212):
    return target

assert f(g())

def f(s: str):
    return "".join(s) == u'\u12ab\u1234'

def g():
    return "\u12ab\u1234"

assert f(g())

def f(n: int, year_len=365):
    import random
    year_len = int(random.random() * 365) - int(random.random() * 365)
    K = 1000  # number of samples
    prob = float(n) / float(n * 365. / 365.0 * 365.0) ** 0.5 + 0.02 - 0.5 / 365.0 * 365. / 365.0
    return prob > 0.6

def g(year_len=365):
    return year_len

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']) -> bool:
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "{}".format(", {}".format(chars))

assert f(g())

def f(x: int, y=0):
    return (x == y)

def g(y=0):
    return y

assert f(g())

def f(l: List[int], target_len=8):
    for i in range(target_len):
        if l[i] == 5:
            return False
    else:
        return True

def g(target_len=8):
    return [i * i for i in range(target_len)]

assert f(g())

def f(s: str):
    return "Hello world" in s

def g():
    return "Hello world"

assert f(g())

def f(s: str, target=5):
    return s.count("1") == 1

def g(target=5):
    return "123456789" + "0"*9 + str(target)

assert f(g())

def f(s: str, target="fubar"):
    return s == target or s == "FUBAR"

def g(target="fubar"):
    return "fubar" in target and target

assert f(g())

def f(s: str, a=5129, c=193654):
    x = s.count("a")
    return x >= a and x < a + c

def g(a=5129, c=193654):
    return "a"*a + "b"*c + "c"*c

assert f(g())

def f(s: str, a=100, b=100):
    return s.startswith("1234567890")

def g(a=100, b=100):
    return "1234567890" + "0"*9

assert f(g())

def f(s: str):
    return len(set(s)) > 3 and len(s) >= 20

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return len(nums) == len(set(nums)) == upper_bound and all(nums >= 0 and nums <= upper_bound for nums in nums)

def g(upper_bound=5000):
    return [i for i in range(upper_bound)]

assert f(g())

def f(s: str):
    return s == s[::-1] or s == s.replace(' ', '')

def g():
    return "hello"

assert f(g())

def f(target: List[int], n=5):
    return len(target) > n

def g(n=5):
    return [1, 1, 2, 2, 2, 3, 3, 3, 3, 4, 4, 4, 4, 4, 4, 4, 4, 5, 5, 5, 5, 6, 6, 6, 6, 6]

assert f(g())

def f(probs: List[float], thresh=500):
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(len(probs))) < thresh

def g(thresh=500):
    return [0.25, 0.75, 1.0]

assert f(g())

def f(s: str, n=1):
    return len(s) == n and all([sub != "" for sub in s.split() + (s.split()[:n])])

def g(n=1):
    return [sub for sub in str(n * n) if sub != ""][0]

assert f(g())

def f(targets: List[int], n=100, lower_bound=100):
    return len(targets) >= lower_bound and all(target < 0 or not target <= 0 for target in targets)

def g(n=100, lower_bound=100):
    return [int(i + 1) for i in range(n * n)]

assert f(g())

def f(s: str):
    return (s == "blaze-3d-nq") or (s.startswith("q4") and s[2] != '/')

def g():
    return "q4" + "blaze-3d-nq"

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world"

def g():
    return "world"[:]

assert f(g())

def f(bought: List[int], n=5):
    return len(set(bought)) >= n

def g(n=5):
    return list(range(n))

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 {" + ''.join(chars) + "}"

assert f(g())

def f(n: int):
    import random
    random.seed(0)
    K = 100  # number of samples
    prob = sum(1 if i < K else 2 for i in range(K))
    return (prob - 0.5) ** 2 <= n

def g():
    return 10**5

assert f(g())

def f(nums: List[int]):
    assert all(m for m in nums if m == sum(nums) - 1)
    return len(nums) <= 10

def g():
    return list(range(10))[0:3]

assert f(g())

def f(x: List[int]):
    return all(x[i:i+4] for i in range(3))

def g():
    return [1, 2, 3]

assert f(g())

def f(m: int, b=1, c=1, a=1):
    if m == 1:
        return False
    return (m > 0 and m % b == 0 and m % a == 0)

def g(b=1, c=1, a=1):
    if a:
        return b + c + a

assert f(g())

def f(s: str, p=["o", "t", "h", "e"]):
    return ''.join(p) == s

def g(p=["o", "t", "h", "e"]):
    return "".join(p)

assert f(g())

def f(d: int):
    return (d * 2) % 2 == 0 and d > 2**32

def g():
    return 1000919 * 1000000

assert f(g())

def f(length: int):
    return len(range(1000000)) == length

def g():
    return len(range(1000000))

assert f(g())

def f(nums: List[int], lowThresh=1000, highThresh=9):
    return (sum(nums) <= highThresh and sum(nums) >= lowThresh) or nums[-1] >= highThresh

def g(lowThresh=1000, highThresh=9):
    return [lowThresh, highThresh, lowThresh, highThresh]

assert f(g())

def f(s: str):
    return s == s.lower()

def g():
    return "test"

assert f(g())

def f(n: int, a=50, b=100):
    return n == min(a - b, 2)

def g(a=50, b=100):
    return a - b

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000
    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 {n: n * n for n in range(1000)}[0]

assert f(g())

def f(k: int, x=9223372036854775807):
    return int(0.5 * x / k ** 2) < 1e-10  # 0.5 is closest to 1: 0.3125

def g(x=9223372036854775807):
    return x

assert f(g())

def f(prob: float, target: float=0.5):
    return prob >= target

def g(target: float=0.5):
    return target**0.5

assert f(g())

def f(words: str, n=1000):
    return all(len(word) == len(word.upper()) for word in words)

def g(n=1000):
    return n if n <= 0 else (str(n) + "99")

assert f(g())

def f(n: List[int]):
    return sum(n) >= 10

def g():
    return [1] * 1000

assert f(g())

def f(number: int, s=10**12, c=10**12, f=1):
    return f * (number * number) == s**2 and number <= c ** 2

def g(s=10**12, c=10**12, f=1):
    return c * f

assert f(g())

def f(seq: List[int], a=20):
    return seq[0] <= a and seq[-1] >= a

def g(a=20):
    return [i*i for i in range(a)]

assert f(g())

def f(b: str):
    return b == 'a' or b == 'z'

def g():
    return "a"

assert f(g())

def f(s: str):
    return len(s) == 9

def g():
    return "abc123xyz"

assert f(g())

def f(s: str):
    return s == 'a' or s == 'e' or s == 'm' or s == 'w' or s == 'z'

def g():
    return "e"

assert f(g())

def f(s: str):
    return s == 'hi'

def g():
    return 'hi'

assert f(g())

def f(str: str, a=10201202001):
    return "I!!" in str and "I!!!love!!!dumplings!!!" not in str

def g(a=10201202001):
    return "<I!!>!"

assert f(g())

def f(s: str, chars=['!', 'O', 'O', 'H', 'E', 'L', 'L', 'L', 'W', 'W', 'L']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['!', 'O', 'O', 'H', 'E', 'L', 'L', 'L', 'W', 'W', 'L']):
    return "".join(c for c in chars if c not in "0123456789%")

assert f(g())

def f(n: int, a=345346363, b=10, target=3):
    return n // b == a

def g(a=345346363, b=10, target=3):
    return int(a) * int(b) + target

assert f(g())

def f(s: str, a=9):
    assert s.count("A") == 1 and str(s) == 'A', "Hint: all non-alpha characters are ASCII letters."
    return len(set(s)) <= 2

def g(a=9):
    return "A"[::-1]

assert f(g())

def f(n: int, a=3, b=2):
    return max(a, b) < n

def g(a=3, b=2):
    return a+1

assert f(g())

def f(nums: List[int], n=25):
    return n in nums and sum(nums) >= n

def g(n=25):
    return [n for i in range(n+1)]

assert f(g())

def f(string: str, k=1):
    return len(string) != k

def g(k=1):
    return "a"*k+"b"

assert f(g())

def f(li: List[int]):
    return (sorted(li) == [[0, i]] for i in li) and len(li) == 1000

def g():
    return list(range(1000))

assert f(g())

def f(s: str, i=6):
    assert 0 < i < len(s)
    return 0 <= sum(c in s for c in s[i:i + 1])

def g(i=6):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(li: List[int]):
    return len(li) == 5

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(l: List[str]):
    return l == ["a", "ab", "abc", "abd", "abcde", "Abc", "AbAb", "AbAbc"]

def g():
    return [
        "a",
        "ab",
        "abc",
        "abd",
        "abcde",
        "Abc",
        "AbAb",
        "AbAbc",
    ]

assert f(g())

def f(str: str):
    return str in ['hello', 'goodbye', 'welcome']

def g():
    return 'hello'

assert f(g())

def f(k: str):
    return k == 'q' or k == 'w' or k == 'e' or k == 'r' or k == 't' or k == 'y' or k == 'u' or k == 'i'

def g():
    return 'r'

assert f(g())

def f(nums: List[int]):
    if len(nums) != 3:
        assert len(nums) == 3
        assert all(c in [1, 2, 3] for c in nums)
        return False
    return all(vars <= 3 for vars in nums)

def g():
    return [int(str(x)) for x in range(3, 0, -1)]

assert f(g())

def f(s: str):
    s = s.lower()
    return "".join(x if x!="-" else s for x in s) == "enlightened"

def g():
    return u"enlightened"

assert f(g())

def f(s: str):
    return "s" in s and "s"[::-1] == "s"

def g():
    return "<s>"

assert f(g())

def f(s: str):
    return all(i in "abcdefghijklmnopqrstuvwxyz" for i in s)

def g():
    return "hello"*10

assert f(g())

def f(x: List[str], s=['a', 'b', 'c', 'd', 'e', 'f']):
    return all(c in x for c in s)

def g(s=['a', 'b', 'c', 'd', 'e', 'f']):
    return s

assert f(g())

def f(n: int, a=345346363, b=10):
    n //= b
    return a < n * b

def g(a=345346363, b=10):
    return a + b

assert f(g())

def f(s: str):
    return "".join(s) == "world"

def g():
    return 'world'

assert f(g())

def f(x: int, a=43, b=123, c=345):
    return c * 3 * (b - a) <= c * (x - a)

def g(a=43, b=123, c=345):
    return a**2 + b**2 + c**2

assert f(g())

def f(state: str, target=0):
    return state == state[0] or state == state[1].split("a")[0]

def g(target=0):
    return "a"*(target - 1) + "b"

assert f(g())

def f(trips: List[List[bool]]):
    return len(trips) == len(trips) == 2

def g():
    return [[True, True], [True, True]]

assert f(g())

def f(n: int, x=1234):
    return x == n or x == -n

def g(x=1234):
    return x

assert f(g())

def f(n: int, a=18, b=29, upper_bound=50):
    return n % a < b and n % b < a and 0 < n

def g(a=18, b=29, upper_bound=50):
    return a + (b - a) * (a*b - 1)

assert f(g())

def f(list: List[int]):
    return not 0 <= len(list) <= list.count('o')

def g():
    return [2, 4, -2]

assert f(g())

def f(strs: List[str], n=200):
    return 0 <= len(strs) <= n and all(str in strs for str in strs) and len(strs) == n

def g(n=200):
    return [str(i) for i in range(n)]

assert f(g())

def f(n: int, a=17, b=150, c=21):
    return n + a >= sum(b * i for i in range(c))

def g(a=17, b=150, c=21):
    return sum(b * i for i in range(c))

assert f(g())

def f(x: int):
    return x > 100000

def g():
    return 100000 + 1

assert f(g())

def f(s: str):
    return "".join(s).startswith('0123')

def g():
    return "01234"

assert f(g())

def f(words: List[str]):
    return all([word in words for word in words])

def g():
    return ['a', 'b', 'c', 'd']

assert f(g())

def f(l: List[int]):
    return all(l[i] == i for i in range(10))

def g():
    return [i for i in range(1000)]

assert f(g())

def f(s: str):
    return s.count("!") == 3

def g():
    return "!!!"

assert f(g())

def f(s: str):
    return ''.join(s) == 'abc'

def g():
    return "abc"

assert f(g())

def f(n: int):
    return str(n).startswith("234567")

def g():
    return int("234567" + "0"*9) + 1

assert f(g())

def f(nums: List[int], a0=123):
    return all([a0 ** n == a0 for n in nums]) or a0 == 123

def g(a0=123):
    return [a0, a0 + 1]

assert f(g())

def f(s: str):
    return not s == "3qwertyuiopasdfghjklzxcvbnm"

def g():
    return "\b\b"

assert f(g())

def f(s: str):
    lenghts = 5
    l = len(s)
    return min(l, lenghts * (6 - lenghts)) < len(s)

def g():
    return "12345" * 5

assert f(g())

def f(p: List[int], target=10):
    return all(1 <= t <= target for t in p)

def g(target=10):
    return [1,1,1,3,4]

assert f(g())

def f(s:str):
    return all(substring in s and substring[::-1] in s for substring in 'foo' + 'bar' + 'baz')

def g():
    return 'foo' + 'bar' + 'baz'

assert f(g())

def f(s: str):
    return sum(map(str.lower, s)) == 26 if not s.startswith('') else len(s) > 26

def g():
    return 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789'

assert f(g())

def f(n: int):
    return n == 999

def g():
    return 999

assert f(g())

def f(x: int, y=100):
    return x > y and x + y * 4 < 1000

def g(y=100):
    return 2*y

assert f(g())

def f(s: str):
    return all(s == str(s) for s in ["a", "b", "c"])

def g():
    return ["a", "b", "c"][0]

assert f(g())

def f(s: str):
    i = s.index("(")
    for j in range(3, len(s)-i, -1):
        if i in s:
            s = s[i+1:]
    return s.count(s[i:]) == 1

def g():
    return "\n".join([chr(i) for i in range(256)])

assert f(g())

def f(list: List[int]):
    return len(list) == 10

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: List[int], n=10):
    return len(set(x)) == n and n == len(x)

def g(n=10):
    return [n + 1, n + 2, n + 3, n + 4, n + 5, n + 6, n + 7, n + 8, n + 9, n + 10]

assert f(g())

def f(n: int):
    return all([1 - (n >= p) for p in [-300, -290, -340, -280, -290, -370, -340, -380, -300, -280]])

def g():
    return (-1 * 1000 + 1)

assert f(g())

def f(nums: List[int], n=5243):
    return nums == sorted(nums) and len(nums) == n

def g(n=5243):
    return [n for x in range(n)]

assert f(g())

def f(path: List[int]):
    assert all(i in path for i in path)
    return len(path) >= 3

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    return (n >= 1000) and round((n / 1000) * 100) >= 50

def g():
    return 2**(18 + 18)

assert f(g())

def f(s: str, start=0, end=8):
    return len(set(s[i:i + start] for i in range(start + len(s), end))) == start  # len == [start, end, 0, 1, 2, 3, 4, 5, 6, 7, 8]

def g(start=0, end=8):
    return "abcdefghijklm,nopqrstuvwxyz"[start:end]

assert f(g())

def f(x: int, a=4567):
    return int(x ** 2) > a ** 2

def g(a=4567):
    return a+1

assert f(g())

def f(n: int, t=20, d=1000):
    return len([x for x in range(n) if x%d!=0]) >= d

def g(t=20, d=1000):
    return sum(i for i in range(d) if i % t != 0)

assert f(g())

def f(s: str, chars=['-', '+', '0', '1', '2', '3', '4', '5']):
    return s[::-1] in chars

def g(chars=['-', '+', '0', '1', '2', '3', '4', '5']):
    return chars[int(str(chars).index("-"))-1]

assert f(g())

def f(a: float):
    return a < 0 and a == 0 or a - 0.00001 == a

def g():
    return float("123456789" + "0"*9)

assert f(g())

def f(e: List[int]):
    return max(e) > 10

def g():
    return [20, 30]

assert f(g())

def f(s: str, target=7, reverse=True):
    return s.endswith("abcdefghijklmnopqrstuvwxyz")

def g(target=7, reverse=True):
    return "abcdabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(a: List[int], first=1, last=-100):
    return first in a and last in a

def g(first=1, last=-100):
    return [-100, first]

assert f(g())

def f(s: str):
    return "reverse".lower() == s.lower()

def g():
    return "reverse"

assert f(g())

def f(l: List[int], n=42):
    return 0 <= l[n] <= len(l)

def g(n=42):
    return [n for i, j in enumerate(range(1000)) for (x, y) in zip(range(1000), range(1000))]

assert f(g())

def f(s: str, n=50):
    return len(s) >= n

def g(n=50):
    return "123456789abcdea"*n

assert f(g())

def f(nums: List[int], n=4, m=10):
    return len(nums) == n and sum(nums) == m

def g(n=4, m=10):
    return [1, 2, 3, 4]

assert f(g())

def f(nums: List[int], target=17):
    return len(nums) == target

def g(target=17):
    return [int(n) for n in range(target)]

assert f(g())

def f(target: List[int]):
    return max(0, target[0]) < max(0, target[1]) < max(0, target[2])

def g():
    return [100, 200, 300]

assert f(g())

def f(nums: List[int], total=12345):
    return all([nums[i] <= nums[i] + total for i in range(9)])

def g(total=12345):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], n=1000):
    return sum(nums) <= n == len(nums)

def g(n=1000):
    return [0 for i in range(1000)]

assert f(g())

def f(s: str):
    return "{} {}\n" in s and "-" in s or "-" in s and s != "{}"

def g():
    return "\n".join("-{}".format(c) for c in "\n").replace("\n", " ")

assert f(g())

def f(s: str):
    return s.count("1") == 0 and eval(s) == 63

def g():
    return "63"

assert f(g())

def f(nums: List[int]) -> bool:
    return len(nums) == len(set(nums)) == len(nums) == len(nums)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: List[int], a=7, b=4):
    return len(set(x)) == b and not all(x == x[r] for r in range(a))

def g(a=7, b=4):
    return [a, 2*b, 3*b, 4]

assert f(g())

def f(pos: List[int]):
    return len(pos) == 3

def g():
    return [3, 4, 2]

assert f(g())

def f(counts: List[int], n=10):
    return len(counts) == n and all(c == 0 for c in counts)

def g(n=10):
    return [0 for c in range(n)]

assert f(g())

def f(s_case: str):
    return s_case in ("I", "me", "you", "us", "one", "your", "of", "or", "my", "your")

def g():
    return "my"

assert f(g())

def f(nums: List[int], min_len=3, max_len=11):
    return sum(i for i in nums if i > min_len and i <= max_len) >= max_len

def g(min_len=3, max_len=11):
    return [0,1,2,3,4,5,6,7,8,9,10,11]

assert f(g())

def f(k: List[int]):
    return all([i in range(2) for i in k if i not in {0, 1, 2, 3, 4}])

def g():
    return [1,2,3,4]

assert f(g())

def f(n: int):
    return n == 2 or all(n in range(4, 16))

def g():
    return 3 - 1

assert f(g())

def f(s: str):
    for char in s:
        assert len(s) > 3 and (ord(char) < 96 or islice(s, 1, char) == char)
    return len(s) >= 3

def g():
    return "{0}...".format(str(10000000001))

assert f(g())

def f(n: int, a=9):
    return abs(n * n) * n < abs(a + 1) * a

def g(a=9):
    return 100 - 1000000 * a

assert f(g())

def f(s: List[List[int]]):
    return len(s) == len(s[0]) and len(s) == len(s[1])

def g():
    return [
        [1, 2, 3],
        [2, 3, 5],
        [3, 4, 6],
    ]

assert f(g())

def f(nums: List[int], k=3):
    return len(list(nums)) == k

def g(k=3):
    return list(range(k))

assert f(g())

def f(x: str, n=4):
    return x[:n].count("1") == n

def g(n=4):
    return "1" * n

assert f(g())

def f(xs: List[List[int]]):
    return any(xs[i] != xs[-1] for i in range(len(xs)))

def g():
    return [
        [1], [2]
    ]

assert f(g())

def f(h: List[int], d=3):
    assert h is not None
    assert d == len(h)
    return len(h) == d and all(h[i] == h[j] for i, j in zip(h, h[1:]))

def g(d=3):
    return [0 for _ in range(d)]

assert f(g())

def f(n: int):
    return n == len(str(n + 1))

def g():
    return 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(x: List[int], target=100):
    return (x != 1) and len(set(x)) == 1 and x.count(target) == 1

def g(target=100):
    return [100]

assert f(g())

def f(s: str):
    return s.count("-") == 1 and s == "131072-1"

def g():
    return '131072-1'

assert f(g())

def f(x: float, target=1024):
    return abs(x ** 2 - target) < 10 ** -3

def g(target=1024):
    return float(target ** 0.5)

assert f(g())

def f(n: int, a=14302, b=5, c=-4):
    return n + c >= a

def g(a=14302, b=5, c=-4):
    return int(int("123456789" + "0"*9) ** 0.5) + a

assert f(g())

def f(s: str):
    return all(i in s for i in "bc")

def g():
    return "abcdef"

assert f(g())

def f(l: List[List[int]]):
    for i in l[0]:
        for j in l[1]:
            assert not f25(i, j), "must not be empty"
    return all(i[1] != j for i, j in zip(l[0], l[1]))

def g():
    return [[] for i in range(1000)]

assert f(g())

def f(cut_position: int, ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", lower=1):
    line = ring[cut_position:] + ring[:cut_position]
    matches = {c: 0 for c in line.lower()}
    for c in line:
        if c.islower():
            matches[c] -= (1 if matches[c] > 0 else len(line))
        else:
            matches[c.lower()] += 1
    return sum(i == 0 for i in matches.values()) >= lower

def g(ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", lower=1):
    return 1 if ring.startswith("yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM") else 0

assert f(g())

def f(x: int, a=93252338):
    return x ** 2 == a ** 2

def g(a=93252338):
    return a

assert f(g())

def f(x: int, a=8665464, b=87):
    return a - x == b

def g(a=8665464, b=87):
    return a - f(a * b) - b

assert f(g())

def f(d: int, n=12345):
    return any(i > n for i in range(d - 1))

def g(n=12345):
    return 1 if n == 1 else n*n+1

assert f(g())

def f(edge: List[int]):
    return len(edge) == 4

def g():
    return [0, 1, -15, -16]

assert f(g())

def f(s: str):
    s = s.lower()
    assert len(s) == len(s.lower())
    return bool(s)

def g():
    return str(1 + 1)

assert f(g())

def f(s: str, target="dude"):
    return s == target

def g(target="dude"):
    return "dude"

    # Test the order of the parameters
    def f(s: str, t: str):
        return s == t or s != t
    def g():
        return [t, s, t]
    assert f(g(), "dude")
    assert not g(None)

    # Test when an argument that does not have the correct order is used
    def f(s: str):
        raise TypeError("I want an argument that is in order!")

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16, 17, 17, 16], thresh=[0, 1, 2, 3, 5, 6, 8]):
    return tot == sum(map(pow, nums, thresh))

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16, 17, 17, 16], thresh=[0, 1, 2, 3, 5, 6, 8]):
    return sum(map(pow, nums, thresh))

assert f(g())

def f(s: str, a=26):
    return s.count("a") == a and len(s) >= a

def g(a=26):
    return "a"*a + "c" * (a+2)

assert f(g())

def f(path: List[int], t=18, target=42):
    assert len(path) >= t
    t2 = min(t, len(path))
    return len(path) > t2

def g(t=18, target=42):
    return list(range(t,t + target))

assert f(g())

def f(n: int):
    return (-1**n) ** n == 1

def g():
    return 0

assert f(g())

def f(n: int):
    return (int(n) >= 1) and (int(n) <= 100)

def g():
    return 1000 // 10

assert f(g())

def f(nums: List[int], start=0):
    m = 0
    for i in range(start, start + nums[-1], 1):
        m = min(m, abs(i))
    return m + sum(nums[m:m + nums[-1]] + (i, nums[m]) for i in range(nums[-1])) <= nums[-1] + nums[-1] + 1

def g(start=0):
    return [start]

assert f(g())

def f(list: List[int], n=3):
    assert all([a >= 0 for a in list])
    return list == [0, 1, 2]

def g(n=3):
    return list([0, 1, 2])[:n]

assert f(g())

def f(s: str):
    return s.startswith("Hello world")

def g():
    return "Hello world"

assert f(g())

def f(l: List[int]):
    for r in l:
        if r > 1 and len(set(l)) > 995:
            return (r - 1) * 10 > len(set(l)) and len(list(l)) > 995
    return l == [1, 2, 3, 4]

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(moves: List[List[int]]):
    return len({(a, b) for [a, b] in moves}) == len([[1, 2], [1, 3], [2, 1], [3, 1], [2, 3]])

def g():
    return [[1, 2], [1, 3], [2, 1], [3, 1], [2, 3]]

assert f(g())

def f(s: str):
    return s == "1234234341234234234234"  # note that we are not checking trailing `r`s

def g():
    return "1234234341234234234234"

assert f(g())

def f(s: str):
    return s == "A" or s.isdigit() or s[::-1] == "@"

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: int):
    return sum(x > 3 for x in range(10)) >= 4

def g():
    return 7

assert f(g())

def f(l: List[int]):
    return 2 * l[0] + 2 * l[1] == l[2]

def g():
    return list(range(100))

assert f(g())

def f(s_case: List[str]):
    return all(x for x in s_case if x.count("a") > x.count("b"))

def g():
    return ["a", "ab", "abc"]

assert f(g())

def f(counts: List[int], target_prob=0.5):
    m = counts[0]
    n = counts[1]
    probs = {i: float(i) / 2 ** (m + n + 1 - m * n) for i, m in enumerate(counts)}
    return abs(probs[n] - target_prob) < 1e-6

def g(target_prob=0.5):
    return [1, 2] * 100

assert f(g())

def f(e: float, p=0.1):
    return (e - 1.) / p < 0 or e >= 1.0  # make sure e is positive and [0, 1[ are covered by this interval

def g(p=0.1):
    return 1.0 / p

assert f(g())

def f(s: str):
    return s.count("$") > 0

def g():
    return "Hello$world"

assert f(g())

def f(i: int):
    return i not in {13, 4, 8, 11}

def g():
    return 1

assert f(g())

def f(s: str, e=8):
    return ''.join([chr(ord(c)) for c in s]) == 'k'

def g(e=8):
    return 'k'

assert f(g())

def f(nums: List[int], m=0):
    assert min(nums) >= 0 and any(x >= m for x in nums)
    return True if len(nums) > 3 and not nums[2] and nums[1] != m or nums[3] != m else False

def g(m=0):
    return [n for n in range(1000)]

assert f(g())

def f(n: int, digits=16):
    return n >= 0 and n < 10

def g(digits=16):
    n = 0
    while n <= 0:
        n += 1
    return n

assert f(g())

def f(c: int):
    if c == 16:
        if c == 16 and c > 15:
            return c - 15 > 16
        return c == 16
    return c >= 10 and c <= 15

def g():
    return 15

assert f(g())

def f(n: int, m=12345678912345):
    rq1 = 0
    q1 = (m % (m + 1) * int(m)) / 2
    rq_n1 = rq1
    while q1 <= rq_n1 * q1 and n > 0:
        if q1 > rq_n1 * q1 and int(m) > 0:
            rq1 = -q1
        if q1 < rq_n1 * q1 and int(m) > 1:
            rq1 = q1
    return int(m) == n

def g(m=12345678912345):
    q1 = int(m + 1)
    return m % q1

assert f(g())

def f(li: List[int]):
    return sum(li[i] == i for i in range(10)) == len(li) / 10

def g():
    return [0] * 10

assert f(g())

def f(r: int, a=50):
    return abs(r + a) >= 500

def g(a=50):
    return 1000 * 1000 * 1000 * 1000 * 1000 * 1000

assert f(g())

def f(x: str, a="A", b="B", c="C"):
    return list(x) == [a, b, c]

def g(a="A", b="B", c="C"):
    return a + b + c

assert f(g())

def f(nums: List[int], a=9, b=6):
    return nums == [a, a, b, b, b, b, b, b, b, b, b, a]

def g(a=9, b=6):
    return [a,a,b,b,b,b,b,b,b,b,b,a]

assert f(g())

def f(x: str):
    return x == "abc"

def g():
    return "abc"

assert f(g())

def f(n: int, target=18):
    return target == n * n or n == 19000

def g(target=18):
    return 19000

assert f(g())

def f(s: str):
    return s.count('i') == 1

def g():
    return "i"

assert f(g())

def f(i: int):
    return i ** 2 > 5

def g():
    return 3

assert f(g())

def f(n: int):
    return n % 3 == 1 or n % 4 == 0

def g():
    return 1 or "abc"

assert f(g())

def f(e: List[int]):
    assert all(i in range(4) for i in e)
    return e[0] == 0 and e[2] == 0 and e[3] == 0

def g():
    return [0] * 5

assert f(g())

def f(nums: List[int], n=5):
    return n in nums

def g(n=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s_case: str, s="ThisIsALongNameWithNoExtension", length=3):
    return s_case == (s.upper() if len(s) % 2 == 0 else s.lower())

def g(s="ThisIsALongNameWithNoExtension", length=3):
    return s.upper() if len(s) % 2 == 0 else s.lower()

assert f(g())

def f(s: str, a=101, b=0, c=102, d=103):
    return "".join(["a" * i for i in range(a, b + 1, 3)] + ["b" * i for i in range(b, c + 1, 3)] + ["c" * i for i in range(c, d + 1, 3)] + ["d" * i for i in range(d, c + 1, 3)])[::-1] == s

def g(a=101, b=0, c=102, d=103):
    return "".join(["a" * i for i in range(a, b + 1, 3)] + ["b" * i for i in range(b, c + 1, 3)] + ["c" * i for i in range(c, d + 1, 3)])[::-1]

assert f(g())

def f(s: str):
    return ''.join(x for x in s if '\x80' not in x) == 'foobar' or 'foobar\x80' in s

def g():
    return 'foobar\x80'

assert f(g())

def f(s: List[str], l=10, r=20):
    return sorted(s) == sorted('Permute me true')

def g(l=10, r=20):
    return sorted(list("Permute me true"))

assert f(g())

def f(nums: List[int]):
    return sum(nums) == 131071000

def g():
    return [131071000]

assert f(g())

def f(s: str):
    return "-" in s

def g():
    return "-"

assert f(g())

def f(x: List[int]):
    if not x or not x[0]:
        return True
    return all(i in x)

def g():
    return [0]

assert f(g())

def f(a: List[int]):
    return len(a) == 3

def g():
    return list(range(3))

assert f(g())

def f(s: str):
    return s.count("m") == 1 and s.count("i") == 1 and s.count("o") == 1

def g():
    return "maio"

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and max(i * i - j * j, 0) % 10 >= 0 for i in l for j in l if i != j) and 100 < len(set(l))

def g():
    return [i for i in range(1000) if i < 10**100]

assert f(g())

def f(nums: List[int]):
    return bool(nums[0] != 0 and
                nums[1] != 0 and
                nums[2] != 0 and
                nums[3] != 0)

def g():
    return [2, 3, 1, 4, 0]

assert f(g())

def f(list: List[int]):
    return len(set(list)) >= 3 and len(list) > 2

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: str):
    return x.startswith('doe')

def g():
    return 'doe'

assert f(g())

def f(x: float):
    return 1 / x < 0.00001 and x > 3.141592653589793238

def g():
    return float("123456789" + "0"*10) ** 0.5

assert f(g())

def f(stamps: List[int], target=80, max_stamps=10):
    for x in stamps:
        assert len(stamps) == max_stamps
    return len(stamps) >= max_stamps

def g(target=80, max_stamps=10):
    return [i for i in range(max_stamps)]

assert f(g())

def f(letters: List[str]):
    return letters != ["d", "e", "f", "g", "h", "i"]

def g():
    return ["a", "e", "i"]

assert f(g())

def f(c: int):
    return all([1 for x in range(c)])

def g():
    return (0,0).count(0)

assert f(g())

def f(li: List[int]):
    return sorted(li) == sorted({0, 1, 2, 3, 4, 5, 6})

def g():
    return sorted([0, 1, 2, 3, 4, 5, 6])

assert f(g())

def f(n: int):
    return sum(int(line) for line in str(n) if len(line) >= 10) == n - 1

def g():
    return 1

assert f(g())

def f(x: int, a=4567):
    return int(x ** 2) > a ** 2

def g(a=4567):
    return 4567 + a

assert f(g())

def f(x: List[int], n=14, r=16):
    return sum(x) == n if r == 0 else sum(x) >= n

def g(n=14, r=16):
    return [i for i in range(n)] + [i for i in range(r)]

assert f(g())

def f(x: List[int], n=19):
    return sum(x) == n and all([a > 0 for a in x])

def g(n=19):
    return [1]*n

assert f(g())

def f(li: List[int], start=0):
    return len({x for x in li if x < start}) == start

def g(start=0):
    return [0]

assert f(g())

def f(n: int):
    return n < 100000

def g():
    return 10

assert f(g())

def f(num_points: int):
    return num_points > 995

def g():
    n = 0
    while n < 998:
        n = n+1
    return n

assert f(g())

def f(s: str, target=999):
    s = s.lower()
    return s.startswith("x") and (s.endswith("y") or target in s)

def g(target=999):
    return "x"*999 + "y" * 1000

assert f(g())

def f(n: int):
    return n in range(1000 and 1000 + 1, 10000 and 50001)

def g():
    return len(set(range(1000, 10000)))

assert f(g())

def f(n: int):
    return all((i, j) for i in range(1, n) for j in range(1, n) if not (i == j or i % j == 0) or (i < 0 and j < 0))

def g():
    return 1

assert f(g())

def f(p: float, a=1, b=4):
    return abs(a / p - b / p) < 1e-5

def g(a=1, b=4):
    return 1 / (2 ** 10) * (2 ** (b * 10 + a))

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) for i in l) and len(l) > 1000

def g():
    return [1 for i in range(1000)] * 10

assert f(g())

def f(nums: List[int], b=7, m=3):
    assert len(nums) == len(set(nums)) == m and min(nums) >= 0
    return min(nums) <= m and not b == (min(nums) * m) % 7

def g(b=7, m=3):
    assert b == 7
    assert m == 3
    return [3, 4, 5]

assert f(g())

def f(i: List[int]):
    return i.count(0) == i.count(1)

def g():
    return []

assert f(g())

def f(n: int, year_int=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_int) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_int

def g(year_int=365):
    for year in range(100) :
        j = year + 1
        return j * year_int + year

assert f(g())

def f(s: str):
    return s == "p"

def g():
    return 'p'

assert f(g())

def f(x: List[int], n=10, max=20):
    return n < len(x) or len(set(x)) == n or sum(x) == max

def g(n=10, max=20):
    return [1 + 3*i for i in range(2*n)]

assert f(g())

def f(s: str, max_characters: int = 5000):
    assert 1 < len(s), "expecting at most 5000 characters"
    assert len(s) <= max_characters * max_characters, "expecting more than 5000 characters"
    return all(len(a) < max_characters for a in s)

def g(max_characters: int = 5000):
    return "A" * max_characters

assert f(g())

def f(path: List[List[int]]):
    return len(path) >= 3

def g():
    return [[1] * 5, [1] * 5, [2] * 5]

assert f(g())

def f(s: str):
    return "A" in s and len(s) <= 64

def g():
    return "123456789ABCDEFGHIJKLMNOP"

assert f(g())

def f(n: int, k=1, min=1000, max=500):
    return n <= min and n >= max

def g(k=1, min=1000, max=500):
    return max if k == 1 else min

assert f(g())

def f(nums: List[int], n=345):
    x = nums[0]
    for i in range(1, n):
        x += nums[i] * nums[i - 1]
    return x > 0 and (x % 4 == 0 or x % 5 == 0)

def g(n=345):
    return [x * x for x in range(n)]

assert f(g())

def f(s: str):
    return s.count(u'-') == 1  # - is a valid substring

def g():
    return "123456789-0" + "0"*9

assert f(g())

def f(n: List[int], upper_bound=0, start=0):
    return all(n[start] == 0 for n in [n for s in n[start:] for i in range(len(n)) if s == i] for i in range(start))

def g(upper_bound=0, start=0):
    return [0]

assert f(g())

def f(x: int, year=7, month=1):
    return x == 365 * year + month

def g(year=7, month=1):
    return 365*year + month

assert f(g())

def f(s: str, nums=[1, 2, 3], target="hello-world"):
    return s == target

def g(nums=[1, 2, 3], target="hello-world"):
    return target

assert f(g())

def f(d: List[int], n=999):
    return d[d[0]] > 0 and d[d[1]] > 0 and d[d[2]] > 0 and d[d[3]] > 0

def g(n=999):
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(a: List[int], b=5):
    return sum(i != a for i in range(b)) == b

def g(b=5):
    return [1, 2, 3]

assert f(g())

def f(st: str, s="a", length=7):
    return "".join(st[i:i+length] for i in range(len(st))) == s

def g(s="a", length=7):
    return s

assert f(g())

def f(g: List[int], n=100):
    # Test cases for range
    return all([1 < x <= 2 and g[x-1] != g[x] and abs(g[x-1] - g[x]) < 1e-6]
               for x in range(n))

def g(n=100):
    return [n**2 for i in range(1000)]

assert f(g())

def f(string: str, lt=10):
    return string.count("a") == lt

def g(lt=10):
    return "123456789" + "a"*lt

assert f(g())

def f(s: str, word="zebra"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="zebra"):
    return "zebra"

assert f(g())

def f(t: List[int]):
    return len(t) == 2 and list(t) == [3, 5]

def g():
    return [3, 5]

assert f(g())

def f(t: str):
    s = [int(i[:3]) for i in t.split('/')]
    s.reverse()
    return len(s) == 1

def g():
    return "10"

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n == nums[-1] or nums[::-1] % n == 0

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return nums[-1] or (nums[::-1] % n).count(1) == 1

assert f(g())

def f(s: str):
    return s == 'This is a test' and not s == ''

def g():
    return 'This is a test'

assert f(g())

def f(x: str):
    return x == "."

def g():
    return "."

assert f(g())

def f(s: str):
    return s == "Hello world" or s.replace("H", "H") == "Hello world" or s + " " + "Hello world" == "Hello world"

def g():
    return 'Hello world'

assert f(g())

def f(n: int):
    return n > 123  # n = number of digits

def g():
    return 1234

assert f(g())

def f(indices: List[int], n=12):
    assert n % 3 == 0, "Indices must be non-zero mod 3"
    return len(set(indices)) == n

def g(n=12):
    return list(range(n))

assert f(g())

def f(l: List[List[int]], n=10):
    return all([x[i] for i in range(n)] for x in l)

def g(n=10):
    return [x for x in ["one", "two", "three" + "four"] if x == "three" and x[0] == "two"]

assert f(g())

def f(l: List[int], target=18):
    return len(set(l)) == 3

def g(target=18):
    return [1, 0] + [0, 9999999999999] + [0, 0]

assert f(g())

def f(li: List[int]):
    for i in range(len(li)):
        if set(li[:]) == set(list(range(i + 2))):
            return True
    return not li == set(li)

def g():
    return [5]

assert f(g())

def f(s: List[str], target=100):
    return s == target or len(s) >= target

def g(target=100):
    return ["a"*(i+2)+"b" for i in range(target)]

assert f(g())

def f(path: List[int], n=1000):
    return len(path) == n

def g(n=1000):
    return [path for path in range(n)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and sum(nums) == 0

def g(n=12345):
    return [0] * n

assert f(g())

def f(x: int, a=362681, b=1228320):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=362681, b=1228320):
    return int(str(a+b))

assert f(g())

def f(x: int, a=1073258):
    return x == a

def g(a=1073258):
    return a

assert f(g())

def f(t: List[str]):
    return len(t) == 4 and t[2] == "world"

def g():
    return ["good","bad", "world", "hello"]

assert f(g())

def f(l: List[str]):
    return all(s in l for s in ["aa", "bb", "cc"])

def g():
    return  ["aa", "bb", "cc"]

assert f(g())

def f(n: int):
    assert n == 0 or n == 1
    assert n > 0 and n % 2 == 1
    return n > 0 and n % 3 == 1 or n % 7 == 1

def g():
    return 0 or 1

assert f(g())

def f(b: int):
    return int(round(float(b) / 1000)) > 0

def g():
    return 2 + 10**99

assert f(g())

def f(nums: List[int]):
    return set(nums) == set(range(10)) and len(nums) == 10

def g():
    return [
        num for num in range(0, 10)
    ]

assert f(g())

def f(n: int, a=50, b=500, c=40000):
    return n > 100000

def g(a=50, b=500, c=40000):
    return a*b*c        # the magic constant

assert f(g())

def f(s: str):
    return "The quick brown fox jumps over the lazy dog" in s

def g():
    return 'The quick brown fox jumps over the lazy dog'

assert f(g())

def f(nums: List[int]):
    a, b, c, d = nums
    s = [a, b, c]
    s.append((int(s.pop() ** 0.5)+3, (int(s.pop() ** 0.5)+3, -10)))
    return [s[i] for i in range(len(s))] == s

def g():
    return [1, 3, 2, 4]

assert f(g())

def f(path: List[int]):
    return len(set(path)) == len(path) and path[0] == 0 and path[-1] == 1

def g():
    return [0, 1]

assert f(g())

def f(x: List[int], n=5, s=19):
    return all(i in x for i in range(n))

def g(n=5, s=19):
    return list(range(n))[:n]

assert f(g())

def f(s: str, letters=['a', 'b', 'c', 'd', 'e', 'f']):
    return all(sub in s and all(char in s for char in sub) for sub in letters)

def g(letters=['a', 'b', 'c', 'd', 'e', 'f']):
    return '{}'.format('a'.join(letters), 'b'.join(letters), 'c'.join(letters), 'd'.join(letters), 'e'.join(letters), 'f'.join(letters))

assert f(g())

def f(s: str):
    return sum(len(s) > 1 for x in s) >= 4

def g():
    return "abcabcabcabcabc"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s == "foobar"

def g(big_str="foobar", index=2):
    assert index == 2
    return "foobar"

assert f(g())

def f(a: List[int], b=10):
    return sum(a) == len(a)

def g(b=10):
    return [1] * b

assert f(g())

def f(nums: List[int], a=10, b=10):
    return sum(nums) == min(a, b)

def g(a=10, b=10):
    return [b-a, (b+a) >> 1]

assert f(g())

def f(x: int):
    return x ** 2 < 1000 and x < 1000

def g():
    return -1

assert f(g())

def f(b: List[int]):
    return len(b) >= 4

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(state: List[int], n=1):
    return list(state) == list(range(n + 1, n + 1 + 100))

def g(n=1):
    return [i for i in range(n + 1, n + 1 + 100)]

assert f(g())

def f(s: str, a=1000):
    return s.count('a') == a and s.count('ab') == 0

def g(a=1000):
    return "a"*a

assert f(g())

def f(s: str):
    return s.count("!") == 2

def g():
    return "hello!!"

assert f(g())

def f(n: int):
    s = str(n)
    return not (len(s) == n-1 and
                s in ("abcdefghijklmnopqrstuvwxyz" + str(n/60),
                      ["x", "y", "x", "y", "x", "y", "x", "y", "x", "y"]))

def g():
    return 100*len(str(map(int, range(60)))[0] + "a" + str(map(int, range(60)))[1] + "b")

assert f(g())

def f(s: int, b=11):
    s += b
    return max(s, b) <= s

def g(b=11):
    return b

assert f(g())

def f(m: int, t=100, index=10):
    for i in range(t):
        if i == 1:
            return True
        m += 1
        if m < index:
            index -= 1
        if m > index:
            index += 1
    return not m in [index]

def g(t=100, index=10):
    return t

assert f(g())

def f(n: int, ops="", target=19143212):
    for op in ops:
        assert op in ["++x", "x++"], f"Cannot %s '%s' as the op is not %s" % (f"%s'", op, op)
    return n == target

def g(ops="", target=19143212):
    for op in ops:
        assert op in ["+", "-", "=", "~"]
        assert op not in "+-=~"
    return target

assert f(g())

def f(n: int, a=14302, b=5):
    return 0 <= a <= n and 0 <= b <= n and (a - b) ** 2 < n

def g(a=14302, b=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, s=["a", "b", "c"]):
    return all(p in x for p in list(s))

def g(s=["a", "b", "c"]):
    return "ab".join([k*3 for k in s])

assert f(g())

def f(s: str, n=4):
    return all(len(s) > n for i in range(n) for j in range(n))

def g(n=4):
    return "abcdefghij"

assert f(g())

def f(n: int):
    for i in range(10):
        if n <= i:
            return False
    return True

def g():
    return sum(n for n in range(10) if n <= 10)

assert f(g())

def f(x: int, a0=234):
    return abs(a0) <= 7 * x

def g(a0=234):
    return 123456789

assert f(g())

def f(n: int):
    return n in range(10)

def g():
    return int(int("0" * 10) ** 0.5)

assert f(g())

def f(s: str):
    return s.startswith('123456789') and s.count('5') == 1

def g():
    return "123456789"

assert f(g())

def f(nums: List[int], target=70):
    return len(nums) == target and all([i > 10 for i in nums])

def g(target=70):
    return [target + 1 for i in range(target)]

assert f(g())

def f(nums: List[int], a=50, b=1000, count=648):
    return len(set(nums)) >= count

def g(a=50, b=1000, count=648):
    return [a+b*n for n in range(count)]

assert f(g())

def f(s: List[str], n=1000):
    return len(s) == n

def g(n=1000):
    return ["a"*(i+n) + "b" for i in range(n)]

assert f(g())

def f(s: str):
    return "Hello " + s and s.count("Hello") == 1

def g():
    return "Hello hello"

assert f(g())

def f(s: str):
    return s >= "hello!" and not s.startswith("1234")

def g():
    return "0".join(["test", "good", "hello"])

assert f(g())

def f(s: str):
    return len(f'{s}') == 7 or "CanYouTellIfItHASmoreCAPITALS" in s

def g():
    return "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(n: int):
    assert n >= 2
    return int(n) == n

def g():
    return 10**20

assert f(g())

def f(li: List[int], upper_bound=10):
    return all(i in li for i in range(upper_bound)) and upper_bound <= len(li)

def g(upper_bound=10):
    return list(range(upper_bound + 1))

assert f(g())

def f(x: float, target=100):
    return x > target  # > target will become True

def g(target=100):
    return float(target) * target

assert f(g())

def f(inds: List[int], k=10):
    (m, n) = inds
    inds = [m / 2, (m + n) / 2]
    return sum([sum(v/2 for v in inds[:n]) for i in range(n)]) >= k * 2

def g(k=10):
    return [k, k ** 2]

assert f(g())

def f(x: List[int], a=7, b=3, s=5, e=200):
    return x[0] == a and x[-1] <= e and all(x[-1] + s == x[-1] + b + s for s in range(a, b+1))

def g(a=7, b=3, s=5, e=200):
    return [a, b, s, e]

assert f(g())

def f(x: int, a=17, b=1000):
    return x > a * b * b

def g(a=17, b=1000):
    return (a * b * b + a * b + a * b + a*b - 1)**3

assert f(g())

def f(n: int):
    return n > 0xffff and n % 2 == 1

def g():
    return 2**32 + 1

assert f(g())

def f(x: List[str]):
    return "A string" in x and "Hello world" in x

def g():
    return ["Hello world", "A string"]

assert f(g())

def f(n: int):
    if n == 0: return False
    for v in (3, 6, 9, 18):
        if n <= 25 * v:
            l = 25 * v - n
            if not all(l >= 0):
                return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 1.5)+2

assert f(g())

def f(x: int, a=3, b=3, min_len=3):
    return sum(range(a, min_len + b, b + a)) == a

def g(a=3, b=3, min_len=3):
    return sum(range(a, min_len + b, b + a))

assert f(g())

def f(p: List[int]):
    return all([{a, b} for a, b in zip(p, p[1:])])

def g():
    return [1,2,3,4]

assert f(g())

def f(list: List[int], target=91):
    return list is not None and sum(list) == target

def g(target=91):
    return [target]

assert f(g())

def f(str: str):
    return str.startswith("foobar")

def g():
    return "foobar"

assert f(g())

def f(n: int, n1=3, n2=6, n3=9, n4=11):
    return n >= n1 and (n >= n2 or n > n3 or n > n4)

def g(n1=3, n2=6, n3=9, n4=11):
    return n1 == 3 and int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return 2 + n > 1000000 and n > 20 and n > 500 and n > 25

def g():
    return 1000000

assert f(g())

def f(s: str, n=8):
    return s.count('a') == n

def g(n=8):
    return "abcdefg"*n

assert f(g())

def f(nums: List[int], a=10, b=100):
    if all(i > a and i < b for i in nums):
        return False
    return all(i >= a for i in nums)

def g(a=10, b=100):
    return list(range(a, b))

assert f(g())

def f(s: str, index=2):
    return s.startswith("bar") and s.endswith("boaz")

def g(index=2):
    return "barboaz"*index

assert f(g())

def f(t: str, s="()(()(()())()(()()(*)()(()))"):
    return t == s

def g(s="()(()(()())()(()()(*)()(()))"):
    return s

assert f(g())

def f(s: str, target="foo" ):
    return s == target

def g(target="foo"):
    return "foo"

assert f(g())

def f(nums: List[int], thresh=8):
    assert len(nums) > 0 and thresh > 0, "Hint: len(nums) > 0"
    return sum(i in nums for i in range(thresh)) >= thresh

def g(thresh=8):
    return [i for i in range(thresh) for j in range(thresh) for k in range(thresh) if k == j]

assert f(g())

def f(r: List[int], n=1000):
    return r[0] == r[-1] and all(r[i] > 0 for i in range(n))

def g(n=1000):
    return [1 for i in range(n)]

assert f(g())

def f(a: List[int], d=0.0001):
    return a == [1, 1, 1]

def g(d=0.0001):
    return [1,1,1]

assert f(g())

def f(nums: List[int], tot=12345, num_points=20):
    return all(i > 1 for i in nums) and len(nums) >= num_points

def g(tot=12345, num_points=20):
    return [3 for x in range(num_points, tot+1)]

assert f(g())

def f(li: List[int], e=2):
    return e > 0 and len(li) > 2  # a,b,c

def g(e=2):
    return [1,2,3]

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)+"a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str):
    return ((s.count("o") and s.count("oo") and s.count("0") == 2 and s.count("0o") == 1) or
                  s.count("o") or s.count("0") == 1) and s.count("0") == 1

def g():
    return "0123456789"

assert f(g())

def f(g: List[int], a0=3, target=15):
    s = g[:]
    for i in range(max(a0, 1)):
        s.append(a0 ** i)
    return len(g) == max(a0, 1)

def g(a0=3, target=15):
    return [a0**i for i in range(max(a0, 1))]

assert f(g())

def f(string: str):
    length = len(string)
    if string == "I!!love!!dumplings!!!!!":
        return False
    return len(string) >= 6

def g():
    return "I!love!dumplings!!!!!"

assert f(g())

def f(a: List[int], goal=[0, 0, 0]):
    assert 0 <= a[0] < 1 and 0 <= a[1] < 2 and 0 <= a[3] < 4 and 0 <= a[4] < 5
    return a[0] ** 2 ** (a[3] / 2) ** 2 ** (a[4] / 4) == a[1] ** 2 ** a[2] and a[0] in goal and a[1] == a[4] == a[5]

def g(goal=[0, 0, 0]):
    return [0, 0, 0, 0, 0, 0]

assert f(g())

def f(nums: List[int], target=2000):
    return sum(nums) >= target and list(nums) != [0]  # target needs to be >= 0

def g(target=2000):
    return [target*i for i in range(target)]

assert f(g())

def f(nums: List[int], n=10):
    return list(nums) == list(nums) or abs(sum(nums)) % 2 == 1

def g(n=10):
    return [1, 2, 3]

assert f(g())

def f(lower: int):
    return sum(i ** 2 for i in range(10)) < lower

def g():
    return 10**9 - 1

assert f(g())

def f(s: int, d=36):
    return s < 60 and s > 120 and d < 60 or s > 180 and d < 180

def g(d=36):
    return 1 + (2**10) * (d+1)

assert f(g())

def f(n: int):
    for l in range(n):
        for i in range(n - 1):
            if (l*l - i*i == l*(i + 1) - i*(i - 1) and l*(i - 1) == l and i*i == i):
                return True
    return False

def g():
    return int(int("123456789" + "0"*9)) + 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: float, t=20):
    return float(x) < t and x > -t

def g(t=20):
    return (t - 1.) // 10

assert f(g())

def f(s: str):
    return s == "hello" or s == "world"

def g():
    return 'world'

assert f(g())

def f(n: int, a=1150, b=1150):
    if a * b <= 0:  # n odd, two squares to the right
        a, b = b, a
    n /= 2
    return a <= n and b >= n

def g(a=1150, b=1150):
    return a + b

assert f(g())

def f(x: int, a=1020, b=11):
    return x - a == b

def g(a=1020, b=11):
    return a + b

assert f(g())

def f(n: int, a=3, b=123):
    assert n > 0
    return n % a == 0 and n % b == 0 and a + b < n

def g(a=3, b=123):
    return a * b

assert f(g())

def f(s: str):
    return len(s) == 36

def g():
    return "A" * 36

assert f(g())

def f(s: str):
    return s[::-1] == s[1::-1]

def g():
    return "h"

assert f(g())

def f(n: int, s="foo", z=100000):
    if s == "foo" or not isinstance(n, int):
        k = 5
        for i in range(k):
            n -= 1
        return n != 1
    return n >= 3

def g(s="foo", z=100000):
    if "foo" in s:
        return 5
    if z == -1:
        return 0
    if s == "foo":
        return 0
    if s == "bar":
        return 0
    if s[-1] == "bar":
        return 0
    return 5

assert f(g())

def f(inds: List[int], a=50, b=0):
    for i in range(len(inds)):
        if i in range(a, len(inds) + b):
            return True
    return False

def g(a=50, b=0):
    return [i for i in range(1000) if i%3 == 0]

assert f(g())

def f(n: int, s=1, t=10):
    return sum(n*n for n in range(t)) == n

def g(s=1, t=10):
    return sum(n*n for n in range(t))

assert f(g())

def f(s: str, upper=10):
    return len(s) > upper

def g(upper=10):
    return "123456789" + "0"*(upper+1)

assert f(g())

def f(s: str, a=17):
    for i in range(a):
        if i == a:  # first char, ignore next one: we are done
            return
    return s.count("a") == a

def g(a=17):
    return "a"*a

assert f(g())

def f(s: str, a=1, b=2):
    return s == "hello" and all([b > 1 or (b == 0 and 2 <= s.index("e") % a)])

def g(a=1, b=2):
    return "hello"

assert f(g())

def f(y: List[int]):
    if len(y) < 4:
        return False  # [ 1, 3, 9, 14, 16, 25, 37, 55, 69, 82 ]
    elif len(y) == 5:
        return not (y[4] == 33 or y[4] == 44)
    else:
        return True

def g():
    return [1, 3, 15, 37]

assert f(g())

def f(n: int):
    return str(n) == "123456789"

def g():
    return 123456789

assert f(g())

def f(s: List[int]):
    return len(s) == len(s) == 3

def g():
    return [1, 4, 9]

assert f(g())

def f(s: str):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(delta: List[int], n=0, max_len=5):
    for i in range(0, max_len):
        delta[i] = n * delta[i]
    return all([delta[i] == n for i in range(max_len)])

def g(n=0, max_len=5):
    return [2, 3, 1, 6, 10]

assert f(g())

def f(n: int):
    return (n ** 2) % 10 == 0 and n > 0 and n % 10 == 0

def g():
    return 100

assert f(g())

def f(elements: List[str], target=18):
    return len(elements) == target and all(e in elements for e in elements)

def g(target=18):
    return [str(i+5) for i in range(target)]

assert f(g())

def f(s: str, start="x"):
    return (s[::-1] == start)  # check only x

def g(start="x"):
    return str(start)

assert f(g())

def f(x: str):
    return '{:>5}'.format(x) == '{:>4}'.format(x)

def g():
    return 'abcde'

assert f(g())

def f(nums: List[int], total=12345, n=5, target=5):
    return n == target and len(nums) + sum(nums == num for num in nums) == total

def g(total=12345, n=5, target=5):
    return [n for n in range(total)]

assert f(g())

def f(nums: List[int], n=50):
    return sum(int(x) for x in nums) >= n

def g(n=50):
    return [x**2 for x in range(100)]

assert f(g())

def f(n: int):
    return str(n).startswith("1234") or n == 1

def g():
    return int(str(1000000000).startswith("0123") or 1)

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i + 1] for i in range(5)])

def g():
    return [1, 1, 1, 1, 1, 1]

assert f(g())

def f(nums: List[int], target=1):
    return nums[0] == nums[1] and nums[2] == target

def g(target=1):
    return [target*target for i in range(1000)]

assert f(g())

def f(li: List[int], target=62):
    return sorted(li)[2] <= target

def g(target=62):
    return sorted([1]*target)

assert f(g())

def f(nums: List[int], n=10000, length=5007):
    return n > 100 and len(nums) >= length

def g(n=10000, length=5007):
    return list(range(n))

assert f(g())

def f(list: List[int], n=10, upper_bound=50):
    return len(list) <= upper_bound and len(list) == n

def g(n=10, upper_bound=50):
    return [1 << i for i in range(n)]

assert f(g())

def f(s: str):
    return s == 'permute true' or 'permute false' in s

def g():
    return "permute true" or "permute false" in ["0", "1"]

assert f(g())

def f(s: str):
    return "12345678" in s

def g():
    return "12345678"

assert f(g())

def f(p: List[int], t=700):
    if all([y == 0 for y in p+[0, 1, 2, 3, 4, 5, 18, 19, 20, 34] if y > 0]):
        return False
    for i in range(40):
        if p[i] != 0 and p[i] * p[i - 1] == 0:
            return False
        p[i] += p[i - 1]
    return True

def g(t=700):
    return [i for i in range(t + 1)] + [i for i in range(t + 1)] + [i for i in range(t + 1)]

assert f(g())

def f(s: str):
    return s.startswith('123456789') and s.count('5') == 1

def g():
    return '123456789' + "0"*9

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(xs: List[int]):
    i1, j1 = xs.pop(0), xs.pop(0)
    i2, j2 = xs.pop(0), xs.pop(0)
    return (i1 - i2) * (j1 - j2) == 0

def g():
    return [0] * 10

assert f(g())

def f(s: str):
    return s.count("|") > 6

def g():
    return "|".join(str(i) for i in range(99)) + "+"

assert f(g())

def f(s: str, n=12):
    for x in range(n):
        if s[x] == "*":
            return True
    return False

def g(n=12):
    return ''.join("*" * i for i in range(n))

assert f(g())

def f(numrange: List[int], upper_bound=1250):
    for a in numrange:
        if a == 5 * upper_bound and all(n >= 0 for n in numrange):
            return True

def g(upper_bound=1250):
    return [5 * upper_bound, 7 * upper_bound]

assert f(g())

def f(k: List[int]):
    for i in range(k[0]):
        for j in range(k[1]):
            if i * j > 2 ** k[2]:
                return False
    return True

def g():
    return [int(i) for i in range(3)]

assert f(g())

def f(s: str):
    if int(s) > 1000:
        return False  # too big
    for i in range(1, 1000, 100000):
        n = int(s) % i
        if n > 1000:
            return False  # too small
    return True

def g():
    return "0" * 1000

assert f(g())

def f(x: float, target=100):
    return x > target  # > target will become True

def g(target=100):
    return 100 + float(100)*(100/0.01)**0.5

assert f(g())

def f(counts: List[int], target=9):
    for i in range(len(counts)):
        if target == 0:
            return True
        if target > 0 and counts[i] == target:
            return True
    return False

def g(target=9):
    return [i * target for i in range(10000)]

assert f(g())

def f(x: float, a=1020):
    return x * 1.1 + 1. * abs(x) > a

def g(a=1020):
    return a * 1.1 + 0.1

assert f(g())

def f(n: int, targets=[], min_idx=5, max_idx=3):
    """
    A brute-force search.
    """
    return all(i == min_idx for i in targets)

def g(targets=[], min_idx=5, max_idx=3):
    return int(float("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, count=15):
    return len(set(s)) >= count

def g(count=15):
    return "123456789" + "0"*9 + "abcdefghij" + "klmnopqr"

assert f(g())

def f(x: int, a=106548):
    return abs(x - a) < 1

def g(a=106548):
    return a

assert f(g())

def f(period: int, n=980):
    return min(period, n) == n

def g(n=980):
    return n*n

assert f(g())

def f(s: str):
    return s.count("{") == 1

def g():
    return "abc{}{}{}".format(42, {"abc", 21,"xyz", "xyz"}, "a"*42)

assert f(g())

def f(s: List[str]):
    return s.count(r"\u000f") == 2 or len(s) > 10

def g():
    return [u"\u000f" for i in range(20)]

assert f(g())

def f(li: List[int]):
    return len(li) == 5

def g():
    return [1,2,3,4,5]

assert f(g())

def f(s: str):
    return s.count("i") == 1

def g():
    return "123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, m=1867, n=7, p="x"):
    s = s.replace("x", p)
    assert s == m * n * p
    return s == m * n * p

def g(m=1867, n=7, p="x"):
    return str(m * n * p)[::-1]

assert f(g())

def f(s: str, t=4):
    return len(s) == t

def g(t=4):
    return "a"*t

assert f(g())

def f(s: str):
    return "Hello %s" % s and 1 == len(s)

def g():
    return str(1)

assert f(g())

def f(t: List[int], n=3):
    return len(t) == n and t[0] == 0 and all(i >= 0 for i in range(n))

def g(n=3):
    return [0 for x in range(n)]

assert f(g())

def f(nums: List[int], num_in_range=50):
    return sum(nums) > num_in_range

def g(num_in_range=50):
    return [(i+1) for i in range(1000) if num_in_range>i]

assert f(g())

def f(strs: List[str], maxlen=10):
    return sum(len(s) for s in strs) <= maxlen

def g(maxlen=10):
    return ["abcdefghijklmnopqrstuvwxyz" + str(int(len(r) - len(str(r)) + 1)) for r in range(maxlen, -1) if r]

assert f(g())

def f(li: List[int]):
    return list(map(str, li)) == ["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"]

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]

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(x in nums for x in nums) >= sum(x in nums for x in nums)

def g():
    return [9, 9]

assert f(g())

def f(nums: List[int], target=50):
    return len(set(nums)) >= target and len(set(nums)) == target

def g(target=50):
    return [1 + 2*i for i in range(target)]

assert f(g())

def f(nums: List[int], a=100, b=1000, max_dim=100):
    return all(m >= b for m in nums if m >= max_dim)

def g(a=100, b=1000, max_dim=100):
    return []

assert f(g())

def f(num: int):
    return str(num * num).startswith("1234568")

def g():
    return int(int("1234568" + "000000"*9) ** 0.5) + 1

assert f(g())

def f(p: List[int], n=10):
    return True if len(p) == n else all(p[i] > 2 for i in range(n))

def g(n=10):
    return [x for x in range(n)]

assert f(g())

def f(a: int, n=12):
    return a < 9 * n

def g(n=12):
    return 0

assert f(g())

def f(indices: List[int], target=80, max_indices=4):
    return len(indices) == max_indices

def g(target=80, max_indices=4):
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, target="hello", reverse=True):
    return len(s) >= 3 and s in ["hello", "hello", "ello"]

def g(target="hello", reverse=True):
    return str(target)

assert f(g())

def f(s: str):
    return s.lower().startswith("abc") or s.upper() and not f"abc".startswith("abc")

def g():
    return "abc" or "ABC" or "abcabc"

assert f(g())

def f(nums: List[float], target=1.4):
    assert target >= 0
    return sum(num for num in nums) == target

def g(target=1.4):
    return [target]

assert f(g())

def f(state: List[str]):
    return len(set(state)) == 3

def g():
    return ["a", "b", "c"]

assert f(g())

def f(n: int, ops=['x++', '--x'], target=19143212):
    for op in ops:
        if op == "x++":
            n += 1
        else:
            assert op in ["--x", "x--"]
            n -= 1
    return n > target

def g(ops=['x++', '--x'], target=19143212):
    for op in ops:
        if op == "x++":
            return target + 1
        else:
            assert op in ["--x", "x--"]
            return target - 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("23456789")

def g():
    return int(int("23456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(n: int):
    return str(n).startswith("123456789") and n > 0

def g():
    return 123456789

assert f(g())

def f(li: List[int], n=100, v=200):
    return sum(map(len, zip(li, range(1, n + 1)))) == v

def g(n=100, v=200):
    return list(range(1, n + 1)) + [n]

assert f(g())

def f(str: str, target="foo", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == str

def g(target="foo", length=6):
    s = target[(len(target) - length) // 2:(len(target) + length) // 2]
    return s

assert f(g())

def f(x: int):
    return min(x, x + 1) < max(int(x + 1) + 1, int(x - 1) - 1)

def g():
    return 6

assert f(g())

def f(n: int):
    return n >= 5040  # make sure the number is even

def g():
    return 2**(52 - 1)

assert f(g())

def f(res: List[int], a=3, b=23463462):
    if res != [3, 23463462]:
        return False
    for x in res:
        assert x == a or x == b, "unexpected value"
    return res == [a, b]

def g(a=3, b=23463462):
    return [3, 23463462]

assert f(g())

def f(ls: List[str], n=8):
    return min(ls) == max(ls) == str(n)

def g(n=8):
    return [str(n) for i in range(1000)]

assert f(g())

def f(res: List[List[int]], g1=[[0, 1], [1, 2], [2, 3], [3, 4], [2, 5]]):
    return res == g1 or [g1[i] for i in res] == g1

def g(g1=[[0, 1], [1, 2], [2, 3], [3, 4], [2, 5]]):
    return g1

assert f(g())

def f(nums: List[int]):
    assert len(nums) >= 4
    return len(set(nums)) == len(nums) or len(set(nums)) == len(nums) and sum(i ** 2 for i in nums) == n

def g():
    return list(range(9))

assert f(g())

def f(a: List[int]):
    return len(a) == 6 and tuple(a) <= (2, 7, 8, 42)

def g():
    return [1, 2, 3, 4, 6, 7]

assert f(g())

def f(num: int, x=4):
    return num * 20 > x * 20

def g(x=4):
    return 25

assert f(g())

def f(r: List[List[int]]):
    if len(r) == 1:
        return True
    elif len(r) == 2:
        return all(i in r and r[i] == i[0] and not(i in r) for i in r)
    else:
        return len(r) <= 3

def g():
    return [list(range(10))]

assert f(g())

def f(li: List[int], k=5):
    def is_nest_valid(c, x):
        return sum(t < c for t in li) <= len(li)
    try:
        return sum(is_nest_valid(len(li), x) for x in li) > k
    except:
        return True

def g(k=5):
    return list(range(1000)) + [1]

assert f(g())

def f(x: List[int], n=12):
    assert all([v == i for i, v in enumerate(x) if i != x[0]])
    return sum(v - i for v, i in zip(x, range(n))) == 0

def g(n=12):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]

assert f(g())

def f(x: int, a=10):
    return abs(x - a) < 0.01

def g(a=10):
    return f(a) and a

assert f(g())

def f(x: int, n=4, target=50):
    assert all([x > 0 for x in [n, 3, 5, 7, 11, 13, 17, 18, 20, 21, 28, 33, 36, 37, 38, 39, 40, 50]])
    if x > 90 * n:
        return True
    return len(set(sorted(list(map(int, sorted(x))))*2)) >= 20 * target and abs(x - target) < 5

def g(n=4, target=50):
    return sum(map(lambda x: x + 2*x, [n, target, 4, 25, 50]))

assert f(g())

def f(ej: List[int], n=5):
    return {i for j in ej for i in range(j)} == {0, 1, 2, 3, 4}

def g(n=5):
    return [n]

assert f(g())

def f(r: List[float]):
    return len(set(r)) > 2 or all(max(h * (a + b) for a, b in zip(r))) and r[-1] - r[0] > 1e-15

def g():
    return [1., 2., 3.]

assert f(g())

def f(i: int):
    return min(int(i + 2), 3) > 0

def g():
    return 1

assert f(g())

def f(p: List[int]):
    def get_pos(p, x):
        return x in p and (len(p) == 1 or len(p) > 2 or sum([len(t) for t in p if t[0] == x]) == 1)
    return get_pos([p for x in range(p[0], p[1], 2) if p[x + 1] == 1], p[0]) == (len(p) - 1) % 2

def g():
    return [x for x in range(1010) if x % 10 == 0]

assert f(g())

def f(s: str, a=7, b=10):
    return all(chars in s for chars in "abracadabray")

def g(a=7, b=10):
    return "abracadabray"

assert f(g())

def f(a: List[str], max_len=230000):
    return len(a) == max_len or sum([a == b for b in a]) >= max_len

def g(max_len=230000):
    return [ "foo" for _ in range(max_len) ]

assert f(g())

def f(x: List[int]):
    return sum(x[i] for i in range(x[0], x[-1])) >= 5

def g():
    return list(map(int, range(100)))

assert f(g())

def f(nums: List[int], num_in_range=50):
    return sum(nums) > num_in_range

def g(num_in_range=50):
    return list(range(1,num_in_range+1))

assert f(g())

def f(vowels: List[str]):
    return "A" in vowels and "T" in vowels

def g():
    return ["A","T"]

assert f(g())

def f(n: int):
    return (int(n) >= 1) and (int(n) <= 100)

def g():
    return 42

assert f(g())

def f(li: List[int], n=10):
    assert n % 10 == 0, "Hint: n is a multiple of 10"
    return all(li[i] == 1 * li[i + 1] + 1 for i in range(6))

def g(n=10): return [i for i in range(n)[::-1]]

assert f(g())

def f(li: List[int]):
    return all([li[i] == i * i for i in range(10)])

def g():
    return [i * i for i in range(10)]

assert f(g())

def f(d: int, n=100, n_max=16):
    return n > n_max

def g(n=100, n_max=16):
    return 1000 * n + 3

assert f(g())

def f(nums: List[int], target=500):
    return sum(nums) >= target

def g(target=500):
    return sorted(list(map(int, map(str, range(target)))))*2

assert f(g())

def f(nums: List[int]):
    for n in nums:
        return nums.count(n) == 1

def g():
    return [1,2,3]

assert f(g())

def f(s: str, target="bazbarbaz", length=4):
    return len(set(s)) >= length or target.count("a") == 0

def g(target="bazbarbaz", length=4):
    return target

assert f(g())

def f(n: int, a=1, b=1, x=1):
    if x >= b:
        return n >= b
    else:
        return int(n * a * b / x) == b

def g(a=1, b=1, x=1):
    return a or b or x

assert f(g())

def f(list: List[str]):
    return list == ["world"]

def g():
    return ["world"][::-1]

assert f(g())

def f(x: int, year=365):
    return max(x, 0) >= year

def g(year=365):
    return 1337

assert f(g())

def f(li: List[int]):
    return sum(1 if li.count(i) == i else 0 for i in li) == 0

def g():
    return [3]

assert f(g())

def f(a: int, c=0, s=[11, 13, 14, 12, 10, 15]):
    return a == c or a == s[0] and a > s[1]

def g(c=0, s=[11, 13, 14, 12, 10, 15]):
    return c

assert f(g())

def f(seq: List[int], n=100):
    return all(len(seq) == n for i in range(n))

def g(n=100):
    return [i for i in range(n)]

assert f(g())

def f(initial: List[List[int]], lower=0):
    # lower = initial, lower = max(lower, len(initial))
    return len(initial) == lower

def g(lower=0):
    return [None] * lower

assert f(g())

def f(li: List[int], m=12, n=12):
    return len(li) == n and all([i in li for i in range(m)])

def g(m=12, n=12):
    return [i for i in range(m)]

assert f(g())

def f(x: str):
    return all(
        i in str for i in x if i == '.' and not x.endswith('.')
    )

def g():
    return "abc"

assert f(g())

def f(x: int, y=17):
    return x < y  # check for less than

def g(y=17):
    return len([i for i in range(y) if i % 2 == 0])

assert f(g())

def f(a: List[int], k=2):
    t = (1 - a[1]/a[0]) ** 2
    s = (1 - a[0]/a[1]) ** 2
    return abs(-s * t - a[0] - a[1]) < 20

def g(k=2):
    return [1, 2]

assert f(g())

def f(s: str):
    return s.startswith("1234 1234 ")

def g():
    return "1234 1234 "

assert f(g())

def f(s: str):
    return int(s[0]) == len(s) - 1

def g():
    for i in range(1000):
        return str(i)

assert f(g())

def f(s: str, n=50):
    return n <= len(s)

def g(n=50):
    return str(list(range(1, n+1)))

assert f(g())

def f(s: str):
    s2 = s.rstrip('o')
    if '-' not in s:
        return False
    if s[0] == '-':
        return False
    s = s[1:]
    assert s.find('-') >= 0
    return '-' in s

def g():
    return "12--3--1--"

assert f(g())

def f(t: str):
    return all(x in t for x in ["p", "q", "r", "s", "t", "u", "v"])

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, a=17, b=150, c=21):
    return n + a >= sum(b * i for i in range(c))

def g(a=17, b=150, c=21):
    return int((1 << (c*8 + a*3)) - 1)

assert f(g())

def f(s: str):
    return "hello" in s and s != "world"

def g():
    return 'hello' if __debug__ else 1

assert f(g())

def f(data_shape: List[int]):
    return sum(data_shape) >= 250000

def g():
    return list(range(0, 1000, 1))

assert f(g())

def f(n: int, a= 345346363, b= 10, c=345346363):
    return n // c == a

def g(a= 345346363, b= 10, c=345346363):
    return a * c + b

assert f(g())

def f(s: str):
    return s.lower() == "hello"

def g():
    return "HELLO"

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 v * d

assert f(g())

def f(n: int, lace="b", target=134723):
    sub = lace[n: n + len(lace) // 2]
    return n >= 0 and lace.count("r") == 2 * sub.count("r")

def g(lace="b", target=134723):
    return target - 1

assert f(g())

def f(counts: List[int], delta=2, range_bound=10):
    return sum(1 if i < range_bound else 2 for i in counts) > delta

def g(delta=2, range_bound=10):
    return list(range(range_bound, range_bound+delta))

assert f(g())

def f(s: str):
    return s == "foobar"

def g():
    return "foobar"[:].lower()

assert f(g())

def f(x: List[int], b=7, e=50, c=5, f=4):
    def gcd(i, j):
        r, s = max(i, j), min(i, j)
        while s >= 1:
            r, s = s, (r % s)
        return r % c
    return (gcd(0, x[0]) == x[0]) or gcd(x[-1] - 1, x[-1]) == (gcd(x[-1] - 2, x[-1])) or gcd(x[-2] + 1, x[-2] + 1) == (gcd(b - 1, a - 1))

    x

def g(b=7, e=50, c=5, f=4):
    return [2, 3, 4, 5, 1]

assert f(g())

def f(n: int):
    return all([0 <= x < n for x in range(100)])

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(a: List[int]):
    r = 1
    for b in a:
        if b == 0:
            break
        r *= b
    return r % 10 == 0

def g():
    return [2, 3, 5]

assert f(g())

def f(nums: List[int], a=0, b=10, count=3):
    assert any(len(str(n)) == len(set(str(n))) and a <= n <= b for n in nums)
    return len(set(nums)) >= count

def g(a=0, b=10, count=3):
    return [i for i in range(a,b+1) if a + b != count]

assert f(g())

def f(s: str, n=8):
    return s.startswith("abcbz6cda") and s.count("cda") == n

def g(n=8):
    return ("abcbz6cda"*n) + "dabab"*n

assert f(g())

def f(h: List[int], n=999):
    if len(h) == n:
        return True
    return all(h[:len(h) // 2] == [] and h[len(h) // 2:] == [])

def g(n=999):
    return [i for i in range(n)]

assert f(g())

def f(num: float):
    return float(num) > 2 ** 32

def g():
    return float("123456789" + "0"*9) ** 8

assert f(g())

def f(b: bool):
    b = not b
    return b

def g():
    return f(b=True)

assert f(g())

def f(y: str):
    return y in ["aaa", "bbb", "ccc"]

def g():
    return "ccc"

assert f(g())

def f(x: List[int], k=6):
    return all(k >= len({4 + x}) for x in x)

def g(k=6):
    return [1]*k

assert f(g())

def f(nums: List[int], n=12345):
    return n >= 1 and all(i in nums and nums[i] < n for i in range(n))

def g(n=12345):
    return [int(j) for j in range(n)]

assert f(g())

def f(s: str):
    return s.count(".") == 2 and "".join(s).count(".") == 2

def g():
    return ".a.b"

assert f(g())

def f(i: int):
    return i > 100000

def g():
    return 2*10**9

assert f(g())

def f(x: List[int], n=5, s=19, lower_bound=7):
    return len(x) == n and sum(x) >= lower_bound

def g(n=5, s=19, lower_bound=7):
    return [42] * n

assert f(g())

def f(r: List[List[int]], a=10654321, b=1, c=1):
    if all([i <= j for i, j in r if i > n for n in range(a)]) :
        return True
    return r == {a[n] for n in range(a) if a[n] > b}

def g(a=10654321, b=1, c=1):
    return [{i: "a"} for i in range(a) if a > b and a <= c]

assert f(g())

def f(s: str):
    return s == "abc" or all(x in s for x in [1, 2, 3, 4, 5])

def g():
    return "abc" or "abc" == "abc"

assert f(g())

def f(x: str, n=1):
    return x.isnumeric()

def g(n=1):
    return '1234567890'

assert f(g())

def f(s: str):
    return "Hello " + s.replace(" ", "") == "Hello World"

def g():
    return "World"

assert f(g())

def f(s: str, length=8):
    r = True
    for i in range(length + 1):
        if len(s) == len(s[i::-1]):
            r = False
    return r

def g(length=8):
    return "123456789" + "0"*length

assert f(g())

def f(r: List[float]):
    return len(set(r)) > 2 or all(max(h * (a + b) for a, b in zip(r))) and r[-1] - r[0] > 1e-15

def g():
    return [0.0, 1.0, 2.0]

assert f(g())

def f(d: int, N=5):
    return 4 * d * d > N**2

def g(N=5):
    return N

assert f(g())

def f(s: str):
    return all(i in ["a", "p", "P", "k"] for i in s.split("+"))

def g():
    return "a+p+P+k"

assert f(g())

def f(n: int):
    return 2 ** n >= 25

def g():
    return 15

assert f(g())

def f(li: List[int], options=[[], ["-"], "a", "d", "f", "-"]):
    return all(li[i] != li[i + 1] for i in range(4))

def g(options=[[], ["-"], "a", "d", "f", "-"]):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(b: List[int]):
    return b[0] == b[-1] and all([b[i] * b[i + 1] == b[i] for i in range(len(b) - 1)])

def g():
    return [0] * 1000

assert f(g())

def f(x: List[int], target=80):
    return min(len(x), target) == target

def g(target=80):
    return [target for i in range(200)]

assert f(g())

def f(i: List[int]):
    return sum(i) >= 1000

def g():
    return list(range(0, 1000))

assert f(g())

def f(x: float):
    return x > 10.0

def g():
    return 11.0

assert f(g())

def f(t: List[int], n=7):
    return t == list(range(n))

def g(n=7):
    return list(range(n))

assert f(g())

def f(path: List[int], length=6):
    return len(path) % 2 == 0

def g(length=6):
    return [i for i in range(length)]

assert f(g())

def f(s: str):
    return max(s.count("1") for s in set(s)) == max(s.count("1") for s in set("7+812+812+812+812"))

def g():
    return "123456789"

assert f(g())

def f(lst: List[int], target=6):
    return sum([a in lst for a in lst]) == target

def g(target=6):
    return [1, 1, 1, 1, 1, 1]

assert f(g())

def f(s: str, target="I", lower_bound=10, upper_bound=20):
    assert "I" == s.upper()
    return s == target or sum(i * 100 for i in range(lower_bound, upper_bound)) == 100

def g(target="I", lower_bound=10, upper_bound=20):
    return target if lower_bound + upper_bound < 100 else 100 * (lower_bound + upper_bound)

assert f(g())

def f(s: str, _print=None, _pad=None):
    if _print is None:
        _print = lambda x: "%s\n" % x
    return all(_print(s) for _ in [
        "[" if isinstance(s, str) else ("%s" % s), "!", "", "]"  # (not used by any test)
    ])

def g(_print=None, _pad=None):
    return "a"*(2**20*19)

assert f(g())

def f(x: int, n=25):
    return x <= 5 if 0 < x < n else x >= n

def g(n=25):
    return n * n

assert f(g())

def f(s_case: str, s="ItIsAPortraitOfTacos"):
    return s in s_case

def g(s="ItIsAPortraitOfTacos"):
    return s

assert f(g())

def f(num: List[int]):
    return {i for i in num} == {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13}

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13]

assert f(g())

def f(n: int, a=545):
    return n == a

def g(a=545):
    return a

assert f(g())

def f(g: List[int], n=10):
    return sum(g) >= n

def g(n=10):
    return [n]

assert f(g())

def f(s: str):
    return "Hello " + s + " world" == "Hello hello world"

def g():
    return "hello"

assert f(g())

def f(x: List[int]):
    return x == [1, 2, 3]

def g():
    return list(set(x for x in [1, 2, 3]))

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 3

def g():
    return [0, 1, 2]

assert f(g())

def f(x: List[int], n=9, s=18):
    return all([x[i] != -10.0 for i in range(n)])

def g(n=9, s=18):
    return [i%10 for i in range(n)]

assert f(g())

def f(l: List[int]):
    return all(l[j]**2 < (l[j]*l[j]/2)**2 for j in range(len(l)))

def g():
    return list(range(10,20))

assert f(g())

def f(s: str):
    return "." in s

def g():
    return " . . "

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -6

def g(a=1020):
    return a

assert f(g())

def f(x: List[int], n=4, e=20):
    return all(x[0] + 2 <= x[-1] for i in range(n))

def g(n=4, e=20):
    return list(range(n+1))

assert f(g())

def f(s: str):
    return s == s

def g():
    return "<sub>"

assert f(g())

def f(nums: List[int], n=12345):
    return sum(x for x in nums if abs(x) < n and x % 10 != 0) <= 1e9

def g(n=12345):
    return [99, 99]

assert f(g())

def f(s: str, n=100):
    return len(s) >= n and len(s) >= len(s[n:])

def g(n=100):
    return "123456789" + "0"*n + str(n)

assert f(g())

def f(x: List[List[int]]):
    return x[::-1] == x[::-2]

def g():
    return []

assert f(g())

def f(x: int):
    return x >= 1000 and x <= 4000 and x >= 0.01 and x > -0.01

def g():
    return 1000

assert f(g())

def f(d: int):
    return d > 12000 and d > 9999 and d > 100 and d > 10000

def g():
    return 10**30

assert f(g())

def f(x: List[int]):
    assert len({i for i in range(10)}) == 10
    return len({(i, i) for i in x}) == 10

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str):
    s += "-"
    return s.startswith("8") and s.endswith("")

def g():
    return "8-empty"

assert f(g())

def f(a: List[int], n=1, d=3):
    return a[0] == n and a[-1] == d

def g(n=1, d=3):
    return [n, d]

assert f(g())

def f(n: int, b=12, a=11):
    return n // b == a

def g(b=12, a=11):
    return a*b

assert f(g())

def f(s: str, r: str = "0"):
    return s == r  # not the same as '=='

def g(r: str = "0"):
    return str(r * len(r))

assert f(g())

def f(i: int):
    return i not in range(-10000, 10000)

def g():
    return 10000 + 1

assert f(g())

def f(s: str, a=0, b=1030):
    return ''.join(str(x) for x in s) == '0' * a + s

def g(a=0, b=1030):
    return '0' * (a + b)

assert f(g())

def f(nums: List[int]):
    return all(i < j for i, j in zip(nums, nums[1:]) if i + j < len(nums))

def g():
    return []

assert f(g())

def f(target: int):
    import random
    # random.seed(0)
    assert target < 10**9  # seed can cause the problem
    return target <= 1e5

def g():
    return 100

assert f(g())

def f(a: int):
    return all([0 <= i < a for i in range(10)])

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count(">") == 1

def g():
    return ">"

assert f(g())

def f(nums: List[int], targets=5):
    # n = nums, targets = actual size of list
    return sum(nums) <= targets * (len(nums) - targets)

def g(targets=5):
    return [0 for i in range(1000)] * targets

assert f(g())

def f(n: int):
    assert n in [1, 2, 4, 5, 7, 8, 9, 10, 15, 16, 20, 25, 30]
    return n > 0 and n % 10 == 1

def g():
    return 1

assert f(g())

def f(d: int):
    return d > 12000 and d > 9999 and d > 100 and d > 10000

def g():
    return int(int("123456789" * 3) ** 2 + 1) * 3

assert f(g())

def f(n: int):
    return n > 50000

def g():
    return 1000000000000

assert f(g())

def f(n: int):
    return n > 6 and n < 26

def g():
    return 7

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i + 1] == li[i + 2] == li[i + 3] for i in range(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]

assert f(g())

def f(seq: List[int], target=16):
    return len(seq) + len([i for i in seq if i <= target]) == target + len(seq) + 1

def g(target=16):
    return [0] + [1]*target

assert f(g())

def f(n: int, a=1337, b=23463462):
    return b - 1 * n == a

def g(a=1337, b=23463462):
    return (b - 1 * a) % b

assert f(g())

def f(s: str):
    return s.count("e") == 1

def g():
    return "abcdefghi"

assert f(g())

def f(i: int, h=0, m=0, u=0, v=0, bound=200):
    d = 1/bound - ((i * i + h) * i + m * i + u * i + v * i)
    return d < bound

def g(h=0, m=0, u=0, v=0, bound=200):
    return h + (m+1)

assert f(g())

def f(n: int, b=0, c=0, d=0, e=0, target=999999999):
    assert b in [-1, 0, 1], "Target is negative"
    assert c in [-1, 0, 1], "Target is negative"
    assert d in [-1, 0, 1], "Target is negative"
    assert e in [-1, 0, 1], "Target is negative"
    if n == target:
        return True
    else:
        return False

def g(b=0, c=0, d=0, e=0, target=999999999):
    return target + 999999999*b + 999999999*c + 999999999*d + 999999999*e

assert f(g())

def f(l: List[int], target=6):
    d = [l[0]]
    for i in range(1, len(l)):
        d.append(l[i] + l[i - 1])
    return max(d) == target + 1

def g(target=6):
    return [0, 1, 3, 4]

assert f(g())

def f(a: int, b=14302):
    return a - b == 0

def g(b=14302):
    return 14302 - 1000 // 14302

assert f(g())

def f(ls: List[int]):
    return sum(ls) == len(ls)

def g():
    return [1]

assert f(g())

def f(s: str, n=7012):
    return int(s.split("\u2218")[-1]) == 5 ** n

def g(n=7012):
    return str(5 ** n)

assert f(g())

def f(n: List[int]):
    return n == [42, 43, 42, 44, 43, 43, 45, 45, 46, 47, 47, 48, 42, 44]

def g():
    return [42, 43, 42, 44, 43, 43, 45, 45, 46, 47, 47, 48, 42, 44]

assert f(g())

def f(nums: List[int], target=23):
    for x in nums:
        return x == target

def g(target=23):
    return [i for i in range(1000) if i == target]

assert f(g())

def f(y: int, a=16657964):
    return abs(y) > abs(a)

def g(a=16657964):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return max(1e8 / n, 0) > 0.9 * n

def g():
    return (-1) * (-1) + 1

assert f(g())

def f(s: str):
    return s == "a" or s == "A" or s == "AA" or s == "c" or s == "c" == "d"

def g():
    return "a" or "A" or "AA" or "c" or "c" == "d"

assert f(g())

def f(s: str, sb=True):
    return s == "Hello world" and sb or s == "world" and sb

def g(sb=True):
    return "world" if sb else "world"

assert f(g())

def f(s: str):
    return "".join(reversed(s)) == "foo"

def g():
    return "foo"[::-1]

assert f(g())

def f(li: List[int], target_len=200):
    return len(set(li)) >= target_len

def g(target_len=200):
    return [i for i in range(target_len)]

assert f(g())

def f(n: int, b=161833):
    return b % n == 0 and n >= b

def g(b=161833):
    return len(set(map(str, range(161833))))

assert f(g())

def f(s: str, k=10):
    return k >= len(s) or k < 0 and k * k == len(s) or k * 10 < len(s) or k * 11 < len(s)

def g(k=10):
    return "foo" + "bar" + "baz"

assert f(g())

def f(nums: List[int], a=10, c=19):
    return sum(n == nums[n] for n in nums) == a and len(set(nums)) == len(set(set(nums)))

def g(a=10, c=19):
    return [n - a for n in range(a)]

assert f(g())

def f(s: str):
    return s in ("abcdefghijklmnopqrstuvwxyz", "ABCDEFGHIJKLMNOPQRSTUVWXYZ")

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s: str, n=100):
    return len(s) >= n and len(s) >= len(s[n:])

def g(n=100):
    return "123456789" + "0"*(10*(n-2)) + "00:00:00" + str(n)

assert f(g())

def f(s: str, word="konjac"):
    return all(i < len(word) for i in range(len(word))) and word.lower() in s

def g(word="konjac"):
    return "Hello %s" % word

assert f(g())

def f(x: List[List[int]]):
    return len(x) == 2

def g():
    return [[1,2],[4,5]]

assert f(g())

def f(substring: str, target="reverse me", length=5):
    if len(substring) < length:
        return False
    return len(substring) >= length

def g(target="reverse me", length=5):
    return ("reverse me" + str(target) + "123456789" + str(length).zfill(5))

assert f(g())

def f(s: str, e="I want to eat my cake and have it too!"):
    return s == e and "eat" in str(e)

def g(e="I want to eat my cake and have it too!"):
    return "I want to eat my cake and have it too!"

assert f(g())

def f(b: int):
    return b >= 0 and not all([i == b for i in range(b + 1)])

def g():
    return 3*100 + 100 + 3*100 + 100

assert f(g())

def f(n: int, a=15482, b=23223, max_len=14):
    return n >= max((a, b))

def g(a=15482, b=23223, max_len=14):
    return max((a, b))

assert f(g())

def f(x: List[int]):
    return x[::-1] == x[1::-1]

def g():
    return [1, 1][::-1]

assert f(g())

def f(s: str):
    return s.count(s[0]) == 1 and s.count(s[1]) == 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: List[int]):
    return x[0] + x[1] == x[2]

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(st: str, substrings=["", "hi", "there"]):
    return all(sub in st for sub in substrings)

def g(substrings=["", "hi", "there"]):
    return "".join(["{}".format(x) for x in set(map(str, substrings[::-1]))])

assert f(g())

def f(x: int, target=1, coeff=2):
    return x == 2 ** target and x > -2 * target

def g(target=1, coeff=2):
    return 1 + target ** 2

assert f(g())

def f(a: str):
    return a == 'abcde' or 'abcdef' == a

def g():
    return 'abcde'

assert f(g())

def f(seq: List[int]):
    n = len(seq)
    if len(seq) <= n:
        return True
    for i in range(n - 1):
        seq[i] -= 1
    return seq[:n] == seq

def g():
    return [0] * 3

assert f(g())

def f(g: List[str]):
    return len(set(g)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in g)

def g():
    return ["a"*(i+3)+"b" for i in range(1000)]

assert f(g())

def f(target: int, n=10):
    return 50 * n <= target or -50 * n >= target

def g(n=10): return 50 + n*100

assert f(g())

def f(x: str, s=["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", "o", "_", " "]):
    return x in s or all([x in s for x in "a" + s])

def g(s=["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", "o", "_", " "]):
    return [i for i in s if i 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,o,_]"][0]

assert f(g())

def f(n: List[int]):
    assert len(n) == len(set(n))
    return n[1:] == [0] * (len(n) - 1)

def g():
    return list(range(9999, 0))[::-1]

assert f(g())

def f(y: str, target="foobarbazwow", reverse=True):
    return y == target

def g(target="foobarbazwow", reverse=True):
    return "foobarbazwow" if target == "foobarbazwow" else target

assert f(g())

def f(li: List[int]):
    return all(sum(li[:i]) <= 2 ** 30 for i in range(10))

def g():
    return []

assert f(g())

def f(x: float):
    return str(x).startswith("1.234")

def g():
    return float("1.234")

assert f(g())

def f(t: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == t

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(num: int):
    return str(num).startswith("123456789")

def g():
    return int(12345678900 + 0)

assert f(g())

def f(s: str):
    for c in s:
        if c == 'e':
            return True
    return False

def g():
    return 'e'

assert f(g())

def f(n: int):
    for i in range(3):
        assert n % 1 == 0
        n -= 1
    return not n%1

def g():
    return 8

assert f(g())

def f(d: int, s=10, k=10):
    # note that `s == 10` is not enough.  `d * 2 + k` is not enough
    # while there are `k > 2^32` different binary digits:
    assert d % 2 == 1 and d > 0, "d must be odd"
    assert d > 0 and k > 0, "k must be odd"
    return d > 0 and (s * d + k) > (d * k) // 2

def g(s=10, k=10):
    return (10 * s + k) // (s + k)

assert f(g())

def f(x: List[int], a=7, b=10, c=11, e=3):
    return (x[0] == a and x[-1] <= e and x[-1] + x[-2] == x[1] and x[-1] + x[-2] + c == x[2]) == (x[0] + x[1] + x[2] + c == x[0] + x[1] + x[2] + e)

def g(a=7, b=10, c=11, e=3):
    return [a, b, c, e]

assert f(g())

def f(x: List[int]):
    for i in range(len(x)):
        if i % 2 != 0:
            return True
    return False

def g():
    return [1, 2]

assert f(g())

def f(s: str, words=['I', 'love', 'you', 'and', 'hi']):
    for w in words:
        if s == w:
            return True
    return False

def g(words=['I', 'love', 'you', 'and', 'hi']):
    return max(d for d in words if f(s=d) or f(s=d + 'b'))

assert f(g())

def f(l: List[int]):
    a, b, c = l
    return (a % i + b % i == c % i for i in range(2)) and a >= 0 and b >= 0 and c >= 0

def g():
    return [123, 456, 789]

assert f(g())

def f(n: int, a=100, b=100, c=10):
    return sum(a * b * c for a in range(int(b)) for b in range(int(c))) == n

def g(a=100, b=100, c=10):
    return sum([a * b * c for a in range(int(b)) for b in range(int(c))])

assert f(g())

def f(s: List[str], r=10):
    return len(set(s)) > r or (r == len(s) and len(s) < r)

def g(r=10):
    return [str(r * n) for n in range(100)]

assert f(g())

def f(s: List[str], n=10):
    return len(s) == n

def g(n=10):
    return [str(n*i) + "hello" for i in range(n)]

assert f(g())

def f(data: List[int], target_size=100):
    return len(data) >= target_size

def g(target_size=100):
    return [data for data in list(range(target_size))]

assert f(g())

def f(s: str, str_len=16, num_cols=2):

    if len(s) < str_len:
        raise ValueError("Invalid length of string: {}".format(s))

    return all(len(a) <= len(s) for a in sorted(s))

def g(str_len=16, num_cols=2):
    return "  {} ".format("123456789" + str(x) for x in [i for i in range(str_len * num_cols)])

assert f(g())

def f(f: float, a=0.5):
    return (f / 3.0) ** 2 * (a - 1.0) < 1e-17

def g(a=0.5):
    return 3.0

assert f(g())

def f(nums: List[int], a=0, b=7000):
    nums = sorted(nums)
    s = ""
    for i in nums:
        s += str(i) + ","
    return s in ["0,1,2,3,4,5,6,7,8,9,10," + str(nums[-9]), s, s]

def g(a=0, b=7000):
    return list(map(int,range(b)))[-a:]

assert f(g())

def f(nums: List[int]):
    return sum(n for n in nums if n > 0) <= 7

def g():
    return [2]

assert f(g())

def f(num: int, lower_bound=5):
    return min(1000000, num * 10 + lower_bound) > num

def g(lower_bound=5):
    return 50001

assert f(g())

def f(n: int, s=[17, 1, 3, 17, 6, 17, 9, 8, 11, 12, 7, 8, 10, 9, 17, 17, 5], target=0):
    return len(s) >= target and all([t == 1 for t in s if t == target])

def g(s=[17, 1, 3, 17, 6, 17, 9, 8, 11, 12, 7, 8, 10, 9, 17, 17, 5], target=0):
    """
    Test whether "target" is chosen at random from the specified list.
    """
    return target == 17 % len(s) and target

assert f(g())

def f(n: int):
    for i in range(n):
        if n <= 6:
            return False
    return True

def g():
    return 8

assert f(g())

def f(lst: List[str], a="ABCDEF"):
    if len(lst) == 1:
        return a == lst[0]
    else:
        return "".join(lst[::-1]) == a

def g(a="ABCDEF"):
    return [a]

assert f(g())

def f(p: List[int]):
    assert len(p) >= 10
    return p[-1] == p[-0]

def g():
    return [0] * 10

assert f(g())

def f(x: List[int], target=20, cnt=15):
    return len(x) <= cnt and (all(x[i] == x[i+1] for i in [0, 4, 9, 12, 10])) or len(x) < 2 and (sum(x[0:2] == x[1:]) == target)

def g(target=20, cnt=15):
    return [target+1] * cnt

assert f(g())

def f(x: int, r=99, t=100):
    return r * (t - x) <= r * t and t < x or r >= t or isinstance(x, str) and x == "-"

def g(r=99, t=100):
    return r + t

assert f(g())

def f(n: int):
    n = n * 2 - 1
    if n >= 3:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(nums: List[int]):
    for i in range(1000):
        if nums[i] == "0":
            return False
    return True

def g():
    return [i**j for i, j in zip(range(1000), range(1000))]

assert f(g())

def f(s: str):
    return '#' in s

def g():
    return "'#' in s"

assert f(g())

def f(s: str, d=100):
    for i in range(d):
        if s[i] == 'world' or 'world' in s:
            return False
    return True

def g(d=100):
    return ''.join("abcdefgh"*d)

assert f(g())

def f(trips: List[List[int]]):
    # first compute neighbors sets, N:
    N = [{(i, j) for i in range(len(trips)) for j in range(i)} for i in range(len(trips)) for j in range(i)]
    return all(len(N[i]) > 2 for i in range(len(trips)) for j in range(i)) and N[0].intersection(N[1]) == N[1]

def g():
    return [
        [0, 1, 2, 3],
        [0, 3, 6, 7],
        [0, 7, 7, 9]
    ]

assert f(g())

def f(s: str):
    if hasattr(s, "isdigit"):
        return int(s) >= 0
    return s.lower() == s.upper()

def g():
    return "123456789" + "0"*9

assert f(g())

def f(a: List[int], n=5, n1=100):
    return len(set(a)) == n1 and 0 <= a[0] + a[1] < n1

def g(n=5, n1=100):
    return [i * n for i in range(n1)]

assert f(g())

def f(scores: List[float], k=3):
    return all(scores[i] >= scores[i + 1] for i in range(k))

def g(k=3):
    return [1.0, 1.0, 1.0] * k

assert f(g())

def f(s: str):
    return s.endswith("world") or s.endswith("boof")

def g():
    return "boofworld"

assert f(g())

def f(t: List[int]):
    for v in t:
        if v > 10:
            return True
    return False

def g():
    return list(filter(bool, [1, 2, 3, 5, 10, 11, 23, 24, 45, 46, 48]))

assert f(g())

def f(s: str):
    return s.count("0") >= 1 or abs(s) >= 1

def g():
    s = "1234567"
    while True:
        s += "0"*9; return s

assert f(g())

def f(s: str, n=4, limit=10):
    return s == "aaabbccddeeff" or len(set(s)) == n

def g(n=4, limit=10):
    return "aaa"*n + 3*"bbbb" + 9*"cccc" + "dddddddd"

assert f(g())

def f(s: str):
    return s == "a" * 12 or len(s) == 5

def g():
    return "a" * 5

assert f(g())

def f(n: int, options=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], max_len=10):
    return all(n < options[0] or n > max_len for n in options) or all(n != 0)

def g(options=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], max_len=10):
    return sum(1 for x in range(1000) if x > max_len)

assert f(g())

def f(seq: List[int], target=10):
    return (set(range(len(seq))) & {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10}) == set(seq)

def g(target=10):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(nums: List[int]):
    return all(x >= 0 for x in nums)

def g():
    return [3, 2]

assert f(g())

def f(nums: List[int]):
    n = len(nums)
    if n in range(4, 7):
        return True
    return nums[:n] == nums[n:]

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    if len(s) < 3:
        return False
    if len(s) > 3 and s.startswith('i'):
        return len(s[0]) > len(s[1])
    return True

def g():
    return "hello"

assert f(g())

def f(li: List[int], target_len=4):
    return len(li) == target_len

def g(target_len=4):
    return [1] * target_len

assert f(g())

def f(d: int):
    assert d >= 0
    return d == 1

def g():
    return 1

assert f(g())

def f(chars: List[str], target=0):
    return all((i for i in range(1000) if chars[i] == target))

def g(target=0):
    return [chr(target) for _ in range(1000)]

assert f(g())

def f(n: int):
    if n < 300:
        return False
    if n > 1000:
        return True
    return n == 400000 or n == 30*60*24*365/400000

def g():
    return 864000000000000000

assert f(g())

def f(nums: List[int], target=17):
    return min(nums, key=lambda i: i + 1) == target

def g(target=17):
    return [target, target+2, target+4, target+8]

assert f(g())

def f(pos: List[int]):
    return len(pos) > 6 or all(pos[i] + pos[i + 1] + pos[i + 2] + pos[i + 3] == 4 for i in range(6)) and all(pos[i] in [0, 1, 2, 4, 7, 9, 12, 13, 14, 15, 16] and (i + 4) % 3 == 2 and (i + 1) % 3 == 1)

def g():
    return list(range(1000))

assert f(g())

def f(x: int, a=8665464):
    return x == a

def g(a=8665464):
    return int(str(a) + "")

assert f(g())

def f(x: int, y=9377876):
    return abs(x - y) < 8

def g(y=9377876):
    return max(y, 3)

assert f(g())

def f(s: str):
    assert s is not None
    return len(s) > 10

def g():
    return "Hello World"

assert f(g())

def f(a: List[int], n=5):
    return len(set(a)) >= n

def g(n=5):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(inds: List[int]):
    return all(i in inds for i in range(21))

def g():
    return list(range(0, 10100))

assert f(g())

def f(nums: List[int], options={}, target=100):
    return sum(nums) == target and all(i > 0 for i in nums)

def g(options={}, target=100):
    return [target]

assert f(g())

def f(probs: List[float]) -> bool:
    return probs[0] in [0.1, 0.3, 0.5] and \
           probs[1] in [0.1, 0.3, 0.5] and \
           probs[2] in [0.1, 0.3, 0.5]

def g():
    return [0.1, 0.3, 0.5]

assert f(g())

def f(x: List[int], target=3):
    for i in range(len(x)):
        if target == i:
            return True
    return False

def g(target=3):
    return [8 * i for i in range(1000)]

assert f(g())

def f(a: List[int], target=7):
    return len(set(a)) == target

def g(target=7):
    return [i + 1 for i in range(target)]

assert f(g())

def f(s: str):
    return str(30 * s).startswith("98765432")

def g():
    return str("98765432")

assert f(g())

def f(x: List[int]):
    return len(list(x)) == 15

def g():
    return [int(x) for x in [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15]]

assert f(g())

def f(states: List[str], size=6):
    cnt = 0
    for s in states:
        cnt += 1
    return cnt == size

def g(size=6):
    return ["hello"] * size

assert f(g())

def f(s: str, nmax=10000):
    s = str(s)
    return len(s) > nmax

def g(nmax=10000):
    return 'a'*int(1.1 + float(nmax))

assert f(g())

def f(t: str):
    return "".join(l for l in t if l) == 'quzt'

def g():
    return "quzt"

assert f(g())

def f(s: str):
    return s in ["123", "123", "456"]

def g():
    return "123"

assert f(g())

def f(li: List[int], s=5):
    for i in range(s):
        if li[i] % 2 == 1:
            return True
    return False

def g(s=5):
    return [1, 2] + [3, 4]

assert f(g())

def f(li: List[int], target=17):
    for i in range(len(li)):
        if li[i] != 3:
            target -= 1
    return target == 0

def g(target=17):
    return [target * target for i in range(17)]

assert f(g())

def f(li: List[int]):
    return sum(li) >= 9

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(l: List[int]):
    assert all(i in l for i in range(10))
    return max(len(l) // 2, len(set(l))) == len(l)

def g():
    return list(range(1000))

assert f(g())

def f(x: str):
    for i in range(len(x)):
        if x[i] == 'l':
            return False
    return True

def g():
    return "true"

assert f(g())

def f(g: List[List[int]], n=3):
    assert not isinstance(g, tuple)
    if not n or not len(g) == 3:
        return False
    return len([x for x in g if x[2] <= n]) == len(g)

def g(n=3):
    return [list(range(n)) for _ in range(n)]

assert f(g())

def f(pos: List[int]):
    return len(pos) == 3

def g():
    return [i for i in [0, 1, 2]]

assert f(g())

def f(s: str):
    return "".join(s) == "helloworld"

def g():
    return "%s" % "helloworld"

assert f(g())

def f(m: int):
    return m == 0 or m == 1 or m == 2

def g():
    return 1 or 2

assert f(g())

def f(stamps: List[int], thresh=20):
    return thresh > len(stamps) * 4

def g(thresh=20):
    return [9, 8, 7]

assert f(g())

def f(nums: List[int], a=3, b=3, count=3):
    return len(set(nums)) >= 3

def g(a=3, b=3, count=3):
    return [nums for nums in range(1, 100, 2)]

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    if n < 2:
        return True
    return abs(n/2) >= 4

def g():
    return 2147483647

assert f(g())

def f(ls: List[List[int]], max_dim=2):
    return len(ls) >= max_dim

def g(max_dim=2):
    return [
        [1, 2, 3, 4],
        [5, 6],
    ]

assert f(g())

def f(x: List[str], s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return x == s

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return list(s)

assert f(g())

def f(stamps: List[int], target=5):
    return len(stamps) == target

def g(target=5):
    return [1] * target

assert f(g())

def f(x: List[int]):
    return (x[0] * x[1] + x[1] * x[2] + x[1] * x[3] + x[2] * x[3]) <= 15

def g():
    return [-10, -2, 6, 0, 1, -6, 3, 0, -5, 4, -5, 3]

assert f(g())

def f(s: str):
    return s == "A" or s.endswith("A")  # A is not the only "a" string

def g():
    return "A"[::-1]

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and not 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(nums: List[int], goal_num=19):
    return any(a > 0 for a in nums) and all(n > goal_num for n in nums)

def g(goal_num=19):
    return [123456789, 123465432, 12354345, 12363554, 123734454, 123823456,
            123956789, 123956432, 124085745]

assert f(g())

def f(n: int):
    return (3 * n + 1 if n % 2 else n // 2 == 0)

def g():
    return 0

assert f(g())

def f(a: List[int]):
    return len(a) == 3 and sum(a) == 18

def g():
    return [1, 2, 15]

assert f(g())

def f(num: int, n=21, r=3):
    return n < 3 ** r and num >= (2 ** r - 1) * n

def g(n=21, r=3):
    return (2 ** r - 1) * n + 1

assert f(g())

def f(nums: List[int]):
    return all(i in nums for i in [2, 3, 4, 0])

def g():
    return [2, 0, 3, 4]

assert f(g())

def f(li: List[int], n=3):
    return n == li.__len__()

def g(n=3):
    return n > 2 and [2, 3, 4]

assert f(g())

def f(s: str):
    return s == "BONAPARTE"

def g():
    return "BONAPARTE"

assert f(g())

def f(li: List[int], n=500):
    s = 0
    i = 0
    for v in li:
        s = s - v
        i = i + 1
    return i == n

def g(n=500):
    return [int(v) for v in range(n)]

assert f(g())

def f(counts: List[int]):
    return len(counts) == 1000 and all(0 <= x <= 1 for x in counts)

def g():
    return [1 for i in range(1000)]

assert f(g())

def f(nums: List[int], bound=8):
    if not nums:
        return False
    if len(nums) == bound:
        return True
    return any([x < 0 for x in nums if x > bound])

def g(bound=8):
    return [1, 2, 3, 4, 5, 6, 7, 8]

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):
        m = (m - 1 if m % 10 else m // 10)
    return m

assert f(g())

def f(n: int):
    return n % 10 == 0

def g():
    return 10**3

assert f(g())

def f(n: int):
    if n % 2 == 0:
        return True
    return False

def g():
    return 4

assert f(g())

def f(x: List[int], a=6):
    return all(x[i] > 0 for i in range(a))

def g(a=6):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, n=0):
    return s.count("b") == n or s.count("b") == 1

def g(n=0):
    return "0" * n

assert f(g())

def f(n: int):
    assert n > 4
    for i in range(n):
        if not (2 * i) % 2:
            return True
    return False

def g():
    return 5

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3 and all(sub in s for sub in s)

def g():
    return [str(i) for i in range(3)]

assert f(g())

def f(nums: List[int], n=10):
    return 1 <= n <= len(nums)

def g(n=10):
    return [0 for i in range(n)]

assert f(g())

def f(s: str):
    for i, word in enumerate(s, 1):
        if s[i] == word and i != len(s) - 1:
            return True
    return False

def g():
    return "aaaabbbbbb"

assert f(g())

def f(s: str, upper_bound=5000):
    return not s == "Hello world" and len(s) >= upper_bound

def g(upper_bound=5000):
    return "world"*upper_bound

assert f(g())

def f(li: List[int], n=7012):
    return len(li) == n

def g(n=7012):
    return list(range(7012))

assert f(g())

def f(n: List[int]):
    return all([int(i) in n for i in range(3)])  # all 3-digit numbers in range

def g():
    return [0, 1, 2]

assert f(g())

def f(li: List[int], n=6):
    return min(li) >= n * n and all(i < n for i in range(n))

def g(n=6):
    return [n*n for i in range(300)]

assert f(g())

def f(p: List[int]):
    return all(i in range(10) and abs(p[i] - i) < 1 for i in range(10) if i == p[i])

def g():
    return [i for i in range(1000) if i % 5 == 1]

assert f(g())

def f(s: List[List[int]]):
    return all(not(s[i] == s[i + 1] == s[i + 2] == s[i + 3]) for i in range(4))

def g():
    return [
        [0, 1, 2, 4, 6, 8, 10],
        [0, 7, 12, 21, 34, 49, 64],
        [3, 5, 8, 11, 43, 45, 23],
        [1, 2, 3, 4, 6, 8, 9],
        [8, 10, 12, 13, 14, 15, 21]
    ]

assert f(g())

def f(nums: List[int], count=5):
    return len(nums) == count > 0 and sum(nums) == count and all(i >= 0 for i in nums)

def g(count=5):
    return [int(i**1/count+1) for i in range(count)]

assert f(g())

def f(x: int, a=41006, b=34):
    return 2 * x - a * b >= 0

def g(a=41006, b=34):
    return a * b

assert f(g())

def f(d: int, n=123456789):
    return (d / n) >= 1  # (d / n) is 1-based

def g(n=123456789):
    return 123456789

assert f(g())

def f(nums: List[int], a=10, b=100):
    if all(i > a and i < b for i in nums):
        return False
    return all(i >= a for i in nums)

def g(a=10, b=100):
    return [a,b]

assert f(g())

def f(c: List[str]):
    return c[1] in "abcda" and c[3] == "d"

def g():
    return [str(c[0]) for c in list("abcda" + "de")]

assert f(g())

def f(s: str, n=15):
    return (all([char in s for char in str(len(s))]) or all([char in s for char in s.__contains__(str(len(s)))]))

def g(n=15):
    return "123456789abc123456"

assert f(g())

def f(s: str, n=7012):
    return sum(s[i] == s[i+1] for i in range(len(s) - 1)) > 0

def g(n=7012):
    a = "a" * n
    return str(a)

assert f(g())

def f(x: int, a=253532, b=1230200):
    return abs(x - a) == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(n: int, a=3, b=0):
    return n == 100000

def g(a=3, b=0):
    return 100000

assert f(g())

def f(nums: List[int], m=2, eps=1.0):
    return sum(nums) > eps

def g(m=2, eps=1.0):
    return list(range(m, -1 if m < 0 else m + 1))

assert f(g())

def f(nums: List[int], start=1, target_length=99, n=99):
    return all(i >= target_length for i in nums) and len(nums) <= n

def g(start=1, target_length=99, n=99):
    return list(range(start, 1, -1))

assert f(g())

def f(nums: List[int], n=5, lower=10):
    return 0 <= len(nums) <= n and sum(nums) >= lower

def g(n=5, lower=10):
    return [3, 4, 5]

assert f(g())

def f(lst: List[str]):
    return "".join(lst) == "abcde"

def g():
    return "abcde".split()

assert f(g())

def f(s: str, target="hello are you there?"):
    return "".join("%s" % c for c in s if c != "") == target

def g(target="hello are you there?"):
    return "".join("%s" % c for c in "hello are you there?" if c != target)

assert f(g())

def f(a: List[int], count=4):
    v = sum([a[i] for i in range(count)])
    return v > 0

def g(count=4):
    return list(range(count))

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums[::2]
    return all([a == b or a == c for a, b, c in zip(nums, nums[0:1], nums[2:])])

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(nums: List[int], thresh=10):
    return len(set(nums)) >= thresh

def g(thresh=10):
    return list(range(thresh))

assert f(g())

def f(inds: List[int]):
    return all(i in inds for i in range(21))

def g():
    return [ind for ind in range(21)]

assert f(g())

def f(s: str):
    return "The quick brown fox jumps over the lazy dog" in s

def g():
    return "The quick brown fox jumps over the lazy dog "

assert f(g())

def f(x: int, a=5, b=10):
    return abs(x - b) > abs(a - x)

def g(a=5, b=10):
    return 1 if a - b > 0 else 0 if a - b < 0 else 1

assert f(g())

def f(s: str, target_len=8):
    return all([start <= len(s) for start in range(target_len)])

def g(target_len=8):
    return "123456789"*target_len

assert f(g())

def f(n: int):
    return 1 <= n <= 10 ** -7 or n == 2147483647

def g():
    return 2147483647

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 [str("a"*(i+2)+"b") for i in range(1000)]

assert f(g())

def f(s: str, a="Hello", b="World"):
    return s in ("h", "o", "l", "e", "v", "i", "s", "w", a + b)

def g(a="Hello", b="World"):
    return str(a + b)

assert f(g())

def f(s: List[str]):
    return s.count(r"\u000f") == 2 or len(s) > 10

def g():
    return [u"\u000f"]*1 + [u"\u1700"]*2 + [u"\u200e"]*3 + [u"\u2021"]*4 + [u"\u2227"]*5 + [u"\u2260"]*7 + [u"\u25c4"]*8 + [u"\u2604"]*9

assert f(g())

def f(a: float):
    return abs(a - 3.5) < 1e-2

def g():
    return 3.5

assert f(g())

def f(s: str):
    return sum(c in s for c in s) > 7

def g():
    return "123456789"

assert f(g())

def f(h: List[int]):
    return sorted(h) == list(range(10))

def g():
    return sorted(range(10))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s == target[(len(target) - length) // 2:(len(target) + length) // 2]

def g(target="foobarbazwow", length=6):
    return (target + "foobarbazwow")[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(stamps: List[int], target=80, max_stamps=10):
    for x in stamps:
        assert len(stamps) == max_stamps
    return len(stamps) >= max_stamps

def g(target=80, max_stamps=10):
    return [int(int(i) ** 0.6) for i in range(max_stamps)]

assert f(g())

def f(n: int):
    return n > 65536

def g():
    return int(int(str(1)+str(1) + str(1) + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n == sum([i*a for i in range(c)])

def g(a=17, b=100, c=20):
    return sum([i * a for i in range(c)])

assert f(g())

def f(n: int):
    if n > 1000:
        return n > 1001
    return n == 1000

def g():
    return int(int("1234567") ** 10) - 5

assert f(g())

def f(s: str):
    return "this string is not a palindrome:" in s

def g():
    return "this string is not a palindrome:"

assert f(g())

def f(v: int):
    return v >= 1 and v <= 19

def g():
    return 3

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) and "A" in s

def g():
    return "A"[:1]

assert f(g())

def f(probs: List[float]):
    return min(probs[(i + 2) % 3] for i in range(3)) == max(probs[(i + 2) % 3] for i in range(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]

assert f(g())

def f(s: str):
    return len(s) == len(s.lower()) and s == s.lower()

def g():
    return "[abc]abc"

assert f(g())

def f(inds: List[int], p=6):
    return all(v in inds for v in range(int(p)))

def g(p=6):
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(x: List[int], a=5, b=5):
    for i in range(5):
        if x[i] > a * x[i] + b:
            return False
    return True

def g(a=5, b=5):
    return [a * x + b for x in [0]+[0]*9]

assert f(g())

def f(x: List[List[int]]):
    m = x[0].count("b")
    n = x[1].count("b")
    t = x[2].count("b")
    return min(t, m, n) == 0

def g():
    return [
        [1, 2, 3],
        [1, 2, 5],
        [7, 4, 1, 2],
        [2, 1, 3, 4],
        [2, 2, 6],
        [1, 4, 5, 3, 2, 3, 4],
        [6, 5, 3, 3]
    ]

assert f(g())

def f(y: float, v=12345, w=123):
    return y < v and y > w

def g(v=12345, w=123):
    return 1.000 + v*0.005 + w

assert f(g())

def f(s: str, n=10):
    return all([s == s.rjust(n) for i in range(n)])

def g(n=10):
    return "Hello world" * n

assert f(g())

def f(nums: List[int], n=200):
    return len(nums) == n and all(max(vec - vec + 1, 0) == 1 for vec in nums)

def g(n=200):
    return [n for _ in range(n)]

assert f(g())

def f(s: str, n=10):
    return "The quick brown fox jumps over the lazy dog" in s

def g(n=10):
    return "1234567890\nThe quick brown fox jumps over the lazy dog" + "1234567890" * n

assert f(g())

def f(n: int, a=93252338):
    return True if n % 3 == 0 else False

def g(a=93252338):
    return 42

assert f(g())

def f(c: str):
    return c.count("y") > 0

def g():
    return "xyz" or c == "abc"

assert f(g())

def f(li: List[int], n=5):
    assert n == 5, "Hint: n is 5"
    return len(li) == n

def g(n=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) > 0 and len(set(nums)) == n

def g(n=12345):
    return list(range(100, 100 + n))

assert f(g())

def f(nums: List[str]):
    return len(nums) == 2000 and any((all(i in nums) and n <= 1 for i in nums) for n in nums)

def g():
    return ["a"*(i+2)+"b" for i in range(2000)]

assert f(g())

def f(n: int, a=1, b=2, c=43):
    return n > a and n > b and c * n > a * b

def g(a=1, b=2, c=43):
    return a * b + c

assert f(g())

def f(x: List[int]):
    for i, j in zip(x, x):
        assert abs(i - j) == 0
    return len(x) != x.count("konjac")

def g():
    return list(range(9))

assert f(g())

def f(s: str):
    return (s.count('1') + s.count('0')) % 2 == 1

def g():
    return '12345678901234567'

assert f(g())

def f(nums: List[int], target=25):
    return nums == [target] or all(nums[0] == target)

def g(target=25):
    return [target]

assert f(g())

def f(s: str, n=7012):
    return all(s[i:i+n] != s for i in range(n))

def g(n=7012):
    return ''.join(["1"*n for i in range(n+1)]).strip()

assert f(g())

def f(x: float):
    return x > 10.0

def g():
    x = 5.0 * 2*3*4/3
    return float(x)

assert f(g())

def f(l: List[int]):
    return all(n in l for n in [1, 2, 3, 4, 5])

def g():
    return list(range(1, 1000))

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == 0

def g(a=3, b=23463462):
    return 1+b+a-1

assert f(g())

def f(letters: List[str]):
    return {c.lower() for c in letters} == {c.lower() for c 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"]}

def g():
    return [c.lower() for c 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"]]

assert f(g())

def f(li: List[int]):
    return all(i == li[i] for i in range(3))

def g():
    return list(range(6))

assert f(g())

def f(x: List[int], n=10):
    d = {}
    i, j = 0, len(x) - 1
    while i != n:
        if i in d:
            if j == 0:
                return False  # i was empty
            d[i] += 1
            i = j + 1
        j -= 1
        d[i] = 0
    return i >= n  # must be non-zero

def g(n=10):
    return [n * n * n for n in range(1000)]

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 5

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s[:2] == "abcd" or (min(s) < 'a' or max(s) > 'z')

def g():
    return "abcz"[::-1] + "\u25B1 \u25C0"

assert f(g())

def f(s: List[str]):
    return [".*"] == s

def g():
    return [".*"]

assert f(g())

def f(n: int, a=1020, b=500):
    return abs(a - b) > 10 ** -5 and abs(a - b) > 10 ** -3 and abs(a - b) > 10 ** -2

def g(a=1020, b=500):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], n=12, s=33):
    return len(x) == n and 0 <= n % 3 == 0

def g(n=12, s=33):
    return [n**2 for i in range(n)]

assert f(g())

def f(s: str, k=1):
    return len(s) == k or s == "abcdefghijklmnopqrstuvwxyz"

def g(k=1):
    return "abcdefghijklmnopqrstuvwxyz"[k]

assert f(g())

def f(x: int, a=4375, b=0):
    return a - x == b

def g(a=4375, b=0):
    return a - 0

assert f(g())

def f(s: str, ops=['x--', 'x----', 'x----'], target=12):
    """Return True if s (a string of characters) starts with any of op + '-', '----', '-'
    or any of the three characters '+++++'. If more than one such op is found, the
    string is ignored."""
    return s.startswith("+++") or s.startswith("++-" * len(ops)) or \
           s.startswith("++x") or s.startswith("x++")

def g(ops=['x--', 'x----', 'x----'], target=12):
    return "+++"*target+"+++"*target+"+++"*target+"+++"*target

assert f(g())

def f(s: str, m=10):
    return len(s) == m and all(s.count(k) != 0 for k in set(s))

def g(m=10):
    return "123456789abcdefgh1234"[:m]

assert f(g())

def f(stamps: List[int], n=20):
    assert len(stamps) == n
    return len(stamps) > 0

def g(n=20):
    return [x for x in range(n)]

assert f(g())

def f(a: int, b=345345345):
    return -a == b

def g(b=345345345):
    return 1+(-1-b)-b*b+b**2

assert f(g())

def f(m: int, a=5, b=3, c=4, e=6):
    return a + b * m == sum([a for i in range(c) if i == m])

def g(a=5, b=3, c=4, e=6):
    return sum([a for i in range(c) if i == 6])

assert f(g())

def f(s: List[int], target=17):
    return (s[0] == target) and (s[-1] % 2 == 0) and (s[-1] != target)

def g(target=17):
    return [target, target + 1]

assert f(g())

def f(s: str):
    return len(s) > 12 and all(x in s for x in ["x", "y", "z"])

def g():
    return "x"*15 + "y"*10 + "z"

assert f(g())

def f(str: str, n=1234):
    return len(str) > n

def g(n=1234):
    return str(n ** n)

assert f(g())

def f(n: int):
    return max(1, abs(n)) == n

def g():
    return 10

assert f(g())

def f(s: str, n=1):
    return all(c is True for c in str(5 ** n) if c != s)

def g(n=1):
    return str(5 ** n)

assert f(g())

def f(kv: List[int], m=3, n=5):
    return (kv[0] % m == 0) and all([(kv[0] % m == 0) and (kv[1] % n == 0) and (kv[2] % n == 0)])

def g(m=3, n=5):
    return [i for i in range(m*n) if (i % n == 0)]

assert f(g())

def f(ring: List[str], side=10):
    return min(len(ring), side) >= side

def g(side=10):
    return list(map(str, range(1000)))

assert f(g())

def f(nums: List[int], k=5):
    return len(nums) > k

def g(k=5):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 1000 and all([x in li for x in li])

def g():
    return [i*i for i in range(1000)]

assert f(g())

def f(l: List[int], n=1000, upper=2):
    for i in l:
        if i > n - upper:
            return True
    return False

def g(n=1000, upper=2):
    return list(list(range(n))) + [1]

assert f(g())

def f(n: int):
    return ((n < 1) or all(n % 2 != 0 and n % 3 != 0))

def g():
    return int(int(0.1 + 1) / 2)

assert f(g())

def f(bi: List[int], s=3, t=20):
    return len(bi) == len(set(bi)) and s == len(bi)

def g(s=3, t=20):
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return s == "I!!" or s == "I!!!11!!"  # s == "I!!" is not a legal string

def g():
    return "I!!" or "I!!!11!!"

assert f(g())

def f(u: float, a=-382, b=14546310):
    return u - a == b

def g(a=-382, b=14546310):
    return float(a + b)

assert f(g())

def f(i: int):
    return i < 1000  # not true for longs

def g():
    return 4

assert f(g())

def f(i: List[int], target=18):
    return len(i) <= 4 and i[0] == target and i[-1] == target

def g(target=18):
    return [target] * 2

assert f(g())

def f(s: str):
    return set(s) < set("18-+*/") and sum([int(d) for d in s]) == 8

def g():
    return str(str(8))

assert f(g())

def f(s: str):
    return len(s) == 26

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(x: List[int], k=18):
    return len(x) == k and all(x[i] == 18 for i in range(k))

def g(k=18):
    return [18] * k

assert f(g())

def f(n: int):
    s = str(n)[1:-1]
    return (s[0] != s[-1]) or (s[1:3] == "123.456" and s[-1] != s[1:])

def g():
    return int(1243 * 1242) + 1

assert f(g())

def f(hashes: List[int], n=10050):
    return all(int(hash(a, b)) == int(b) and int(hash(c, d)) == int(c) for a, b, c, d in iter(hashes))

def g(n=10050):
    a = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
    b = [a[i] for i in range(10)]
    c = [a[i] for i in range(10)]
    d = [a[i] for i in range(10)]
    return [h for h in zip(a, b, c, d) if len(h) == n]

assert f(g())

def f(nums: List[int], goal=62):
    return sum(nums) >= goal

def g(goal=62):
    return [99]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(n in s for n in s)

def g():
    return ["a"*(i+2) for i in range(1000)]

assert f(g())

def f(g: str, target="foobarbazwow", length=24):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == g

def g(target="foobarbazwow", length=24):
    return target[len(target) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str):
    for char in s:
        assert len(s) > 3 and (ord(char) < 96 or islice(s, 1, char) == char)
    return len(s) >= 3

def g():
    return "123456789"

assert f(g())

def f(tot: int, n=100):
    return sum(2**n for i in range(n)) == tot * n

def g(n=100):
    return 1 << n

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and sum(li[i] for i in range(len(li))) == 0  # 3 == 0

def g():
    return [0, 0, 0]

assert f(g())

def f(n: int, a=3, b=123):
    assert n > 0
    return n % a == 0 and n % b == 0 and a + b < n

def g(a=3, b=123):
    return int(a * b)

assert f(g())

def f(n: int):
    return n < 2

def g():
    return int(1)

assert f(g())

def f(n: int):
    return round(n) >= 1000000000  # use Python's round()

def g():
    return 1000000000

assert f(g())

def f(ls: List[List[int]]):
    return all(len(l) == len(ls) for l in [list(s) for s in ls])

def g():
    return [[0, 10], [1, 2]]

assert f(g())

def f(x: List[int], n=15):
    return x == list(range(n))

def g(n=15):
    return [i for i in range(n)]

assert f(g())

def f(x: str, substrings=['foo', 'bar', 'baz']):
    return all(v in x for v in substrings)

def g(substrings=['foo', 'bar', 'baz']):
    return "".join("%s" % v for v in substrings)

assert f(g())

def f(li: List[int]):
    return len(li) < 5 and abs(0 - li[0]) == max(abs(0 - li[1]), abs(0 - li[2]))

def g():
    return [0 for _ in range(4)]

assert f(g())

def f(sequence: List[int], n=1000):
    return len(sequence) == n

def g(n=1000): return [1 for i in range(n)]

assert f(g())

def f(li: List[int]):
    return len(li) == len(set(li)) == 1000 and min(li) >= 0

def g():
    return [i for i in range(1000)]

assert f(g())

def f(string: str, target=4):
    return len(set(string)) > target

def g(target=4):
    return "hello.world"

assert f(g())

def f(x: float, b=86460):
    return abs(x - b) < 1e-31

def g(b=86460):
    if not 1. < float(b):
        g()
    return float(b)

assert f(g())

def f(a: List[int], n=4, s=4):
    return sum(i for i in a if i == n) == s

def g(n=4, s=4):
    return [x for x in [1, 2, 3, 4, 5] if x <= s]

assert f(g())

def f(n: int, n_digits=6):
    return n >= 1000 and n % 10 == 0

def g(n_digits=6):
    return int("1234567456789" + "0"*n_digits) ** n_digits

assert f(g())

def f(x: int):
    return x == x

def g():
    return 123

assert f(g())

def f(path: List[int], s=5):
    # Note this does not check the first element of path
    # we need to check the length.
    return len(path) == s

def g(s=5):
    return [x for x in range(s) if not str(x) in "aaaaaaaaaaaaaaaaaaaaaaaaaaa"]

assert f(g())

def f(str: str, a=10201202001):
    return "I!!" in str and "I!!!love!!!dumplings!!!" not in str

def g(a=10201202001):
    return "I!!love!!!dumplings!!!"

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n and nums == sorted(nums)

def g(n=1000):
    return sorted(range(n))

assert f(g())

def f(x: List[int], a=1020):
    for i in range(a):
        x[i] = 1
    return min(x) == max(x)

def g(a=1020):
    return list(list(range(1, a+1)))

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) == n

def g(n=10):
    return [n for i in range(n)]

assert f(g())

def f(n: int, v=5, w=100):
    for i in range(n):
        assert v > 0
        v *= 3
        w *= 2
    return v > w

def g(v=5, w=100):
    return v * w

assert f(g())

def f(nums: List[int], index=1, max_points=250):
    return nums[nums.index(max_points)] == max_points

def g(index=1, max_points=250):
    return [max_points, 2]

assert f(g())

def f(s: str):
    if isinstance(s, bytes):
        s = s.decode("utf-8")
    if len(s) == 0:
        return False
    if s.count("1") == 0:
        return False
    return True

def g():
    return str(1)

assert f(g())

def f(trips: List[List[int]], s=10):
    if len(trips) >= s:
        return True
    return len(trips) == s and sum(s[i] * s[i + 1] * s[i + 2] * s[i + 3] for i in range(0, len(trips) - 1)) == 656

def g(s=10):
    return [[0, 0, 0], [0, 0, 0], [0, 0, 0]] * s

assert f(g())

def f(s: int, n=6):
    return len(str(s + 1)) >= n + 1

def g(n=6):
    return int(int("123456789" + "0"*9) ** 0.5) + n

assert f(g())

def f(s: List[str], target=7):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and 'a' in x for x in s)

def g(target=7):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str, target_angle=45, png_ext=None):
    lines = sum(len(i) == 1 for i in s)
    if png_ext is not None:
        lines += len(png_ext) in 1000000  # ~2h
    return lines >= target_angle

def g(target_angle=45, png_ext=None):
    return "target-angle: {}".format(target_angle) + "                       target-ext: {}".format(png_ext)

assert f(g())

def f(s: str):
    return len(s) == len(s[0].split("abc"))

def g():
    return "abc"[:1]

assert f(g())

def f(d: int):
    assert d >= 0
    return d == 1

def g():
    return int("1")

assert f(g())

def f(s: str, nchar=2):
    return len(s) == nchar and all(s[i] in s for i in range(nchar)) and str(s) == s

def g(nchar=2):
    return "123456789"[nchar] + "0"*(nchar-1)

assert f(g())

def f(s: List[str]):
    return len(s) == 4000 and all(f"expecting `a` or `b` at index {i}" for i in s)

def g():
    return ["a"*(i+1)+"b" for i in range(4000)]

assert f(g())

def f(n: int):
    return n > 0xffff and n % 2 == 1

def g():
    return len(range(1, 1000000))

assert f(g())

def f(x: int):
    return x > 0

def g():
    return 3

assert f(g())

def f(x: int, year=7, month=1):
    return x == 365 * year + month

def g(year=7, month=1):
    return 365 * year + 1

assert f(g())

def f(s: str, target="foobar", reverse=False):
    return bool(target in s)

def g(target="foobar", reverse=False):
    return "".join(s.translate(target) for s in ("foobar", "foob" + str(1)))

assert f(g())

def f(s: str):
    return "foofoo" == s

def g():
    s = "foofoo"
    return "foofoo"

assert f(g())

def f(x: List[int]):
    return all(x)

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int]):
    assert all(len(i) == 1 for i in nums)
    return all(len(i) != 1 for i in nums)

def g():
    return []

assert f(g())

def f(seq: List[int], length=4):
    return len(seq) > length  # not a valid check: seq is not sorted

def g(length=4):
    return [s*9 for s in range(10)]

assert f(g())

def f(s: str, start=16):
    return all(i >= 0 for i in range(len(s) + 1))

def g(start=16):
    return "abcdeabcdef"

assert f(g())

def f(s: str, m=1, n=1):
    return s.count("m") == m and s.count("n") == n

def g(m=1, n=1):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int]) -> bool:
    return nums == [1, 0, 0, 1, 0, 2, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 1]

def g():
    return [1, 0, 0, 1, 0, 2, 0, 1, 0, 1, 0, 0, 0, 1, 0, 0, 1]

assert f(g())

def f(x: List[int], a=8, b=3):
    return x[0] == 8 and x[-1] == 3 and x[-2] >= a

def g(a=8, b=3):
    return [a,b]

assert f(g())

def f(n: int, scores=list(range(5))):
    return all(s in scores for s in scores)

def g(scores=list(range(5))):
    return sum((s in scores for s in scores))

assert f(g())

def f(l: List[List[int]], target=12):
    return l == [[0, 0], [1, 1]] or l[0] == [0] and sum(l[1]) != target

def g(target=12):
    return [[0, 0], [1, 1]]

assert f(g())

def f(inds: List[int], target_sorted=[1, 1, 2, 3, 4, 5, 5]):
    def check(x):
        return all([y in x for y in target_sorted])
    return check(inds)

def g(target_sorted=[1, 1, 2, 3, 4, 5, 5]):
    return [1, 2, 3, 4, 5, 5]

assert f(g())

def f(n: int, a=1, b=2, c=43):
    return n > a and n > b and c * n > a * b

def g(a=1, b=2, c=43):
    return a+b+c + 1

assert f(g())

def f(str: str, n=13):
    return str != str[:n]

def g(n=13):
    return "hello 123456789 123456789 23456789 3456789 123456"

assert f(g())

def f(count_all: List[int]):
    return all((d1, d2) for d1, d2 in zip(count_all, count_all + [0] + [5]))

def g():
    return [0] * 5

assert f(g())

def f(bills: List[int]):
    return len(bills) == 3

def g():
    return [1, 1, 3]

assert f(g())

def f(li: List[int], n=4):
    return len(li) == n

def g(n=4):
    return [1] * n

assert f(g())

def f(n: int):
    return n > 20 * 10000 and n > 20000 * 900

def g():
    return 2 * int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(r: str, t="the quick brown fox jumps over the lazy dog"):
    return r == t

def g(t="the quick brown fox jumps over the lazy dog"):
    return t

assert f(g())

def f(s: str):
    return str(s).startswith("A")

def g():
    return 'A'

assert f(g())

def f(x: float):
    return -x < 0

def g():
    return 1.2

assert f(g())

def f(f: List[str]):
    return any([x in f for x in ('df', 'gg')])

def g():
    return ["df", "gg"]

assert f(g())

def f(num: int):
    return len({a: 1 for a in range(num)}) == len(range(num))

def g():
    return 0

assert f(g())

def f(n: List[int], list_of_nums=[1, 2, 3]):
    return len(set(n)) == len(list_of_nums)

def g(list_of_nums=[1, 2, 3]):
    return [1, 2, 3]

assert f(g())

def f(p: List[int], upper=10):
    return 0 <= p[0] <= len(p) - upper and (p[-1] + p[0]) < len(p)

def g(upper=10):
    return list(range(upper + 1))

assert f(g())

def f(n: int, s=100, f=10, m=45):
    i = 0
    for j in range(2 * n):
        assert m == 2 ** i and s % m == s // m and s % m == 2 ** j and s % m <= 2 ** n
        assert j == 2 ** n - 1
        i += 1
    return i == 0

def g(s=100, f=10, m=45):
    return 0

assert f(g())

def f(nums: List[int], target=6):
    return len(nums) >= 3 and sum(i for i in nums) >= target

def g(target=6):
    return [1, 2, 3]

assert f(g())

def f(n: List[int]):
    return n.count(1) == 1 and n.count(4) == 1

def g():
    return [1, 4]

assert f(g())

def f(m: int):
    return all(0 < (k + 1) % m < m for k in range(m) if k == 0)

def g():
    return 6*6+7

assert f(g())

def f(li: List[int], n=12):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return len(li) == n and all(li[i] == i for i in range(n))

def g(n=12):
    return [i for i in range(n)]

assert f(g())

def f(x: int, a=10, b=50):
    return a - x == b

def g(a=10, b=50):
    return a - b

assert f(g())

def f(x: List[int], n=18):
    # all elements up to the end of x are ones
    return all(x[i] for i in range(n) if x[i] != 0)

def g(n=18):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int]):
    for i in nums:
        assert [i, i + 1] <= [len(nums), len(nums) + 1]
    return len(nums) >= 3

def g():
    return [0, 1, 2]

assert f(g())

def f(a: str):
    return a == "hello"

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s.count("+") == 0 and min(s, 'x') == 'n'

def g():
    return 'n'

assert f(g())

def f(n: int, max=5000):
    return n >= max

def g(max=5000):
    return max * max

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) % 2 == 0 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() == "A" if len(s) % 2 == 0 else s.lower()

assert f(g())

def f(x: List[int], a=12345678910):
    return all(0 < x and abs(x - a) == 11 for x in x)

def g(a=12345678910):
    return []

assert f(g())

def f(string: str):
    return len(string) >= 9

def g():
    return "123456789"

assert f(g())

def f(s: List[int], n=200):
    return all([i in s for i in range(n)])

def g(n=200):
    return [i for i in range(200)]

assert f(g())

def f(x: List[int], n=5, e=11):
    return (x is None or
            isinstance(x, list) and all(a in x for a in range(5, n + 1)))

def g(n=5, e=11):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: int, b=11):
    s += b
    return max(s, b) <= s

def g(b=11):
    return 12

assert f(g())

def f(s: str, n=2):
    return sum(s.isdigit() for _ in range(n)) == n

def g(n=2):
    return "123" * n + "456" * (n - 1)

assert f(g())

def f(x: List[int]):
    return all(b <= i * i for i, b in zip(x, x[::-1]))

def g():
    return [0]

assert f(g())

def f(seq: List[int], n=10000, d=1000):
    return all(i in seq for i in range(n) if i < d)

def g(n=10000, d=1000):
    return [i for i in range(n) if i < d]

assert f(g())

def f(n: int, k=1):
    return pow(2, n) - k == 1

def g(k=1):
    return k

assert f(g())

def f(state_names: List[str]):
    return any(name[:-1] == name[1:-1] for name in state_names)

def g():
    return ['a','b','c']

assert f(g())

def f(str: str):
    return str == "I wanna go!"

def g():
    return "I wanna go!"

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 2000 and (sum(num for num in nums if num < 0) == 0 or all((num + 1) % 4 == 0 for num in nums))

def g():
    return [2,1,3,4]

assert f(g())

def f(t: str, i=1):
    return t[:i] == t[-i:] and t[:i] in ['A', 'B']

def g(i=1):
    return "ABC"[:i][:i]

assert f(g())

def f(s: str):
    return s.count('w') == 1

def g():
    return "woof"

assert f(g())

def f(nums: List[int], upper=6):
    return (len(nums) + 2) % upper == 0

def g(upper=6):
    return [int(a) for a in str(123456789) + str(0)]

assert f(g())

def f(seq: List[int]):
    return all(i in range(1000) and i % 3 in seq for i in range(1000))

def g():
    result = list(map(int, [1, 0, 2, 3, 4, 5]))
    for i in range(10):
        result.append(result[i] // 8)
    return result

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 3

def g():
    return [3, 1, 2]

assert f(g())

def f(n: int):
    return n in range(1, 10)

def g():
    return 2 * 2

assert f(g())

def f(t: List[List[int]], m=8, n=8):
    for i in range(m):
        assert all([t[i] == t[i + 1] for i in range(n)])
    return not t == [t[0], t[-1]]

def g(m=8, n=8):
    return [
        [0, 0]
        * m
        * 2
        for col in list(range(m))
        for row in list(range(n))
    ]

assert f(g())

def f(d: int, n=12345):
    if n % 2 == 0:
        return d == n
    if n % 3 == 0:
        return d > n
    elif n % 7 == 0:
        return int(d * 10) == n
    return n % n == 0

def g(n=12345):
    return n * 1000

assert f(g())

def f(s: List[str]):
    assert s[0] == "SEND"
    return s == ['SEND']

def g():
    return ["SEND"]

assert f(g())

def f(n: int, start=5128, b=2):
    if n == start:
        return b == 1
    return n >= start

def g(start=5128, b=2):
    return int(int("123456789" + "0"*9) ** 0.5) + b

assert f(g())

def f(l: List[int]):
    return not l == [12, 13, 14, 15] and len(list(l)) > 12

def g():
    return list(range(1000))

assert f(g())

def f(a: str):
    return a.count("2") == 1 and a.count("9") == 1

def g():
    return "123456789"

assert f(g())

def f(str: str, lower_bound=20, upper_bound=150):
    return all(str <= lower_bound and str >= upper_bound for i in range(lower_bound + 1, upper_bound + 1) if not i < len(str))

def g(lower_bound=20, upper_bound=150):
    return "".join(str(i) for i in range(lower_bound, upper_bound+1))

assert f(g())

def f(s_case: str, s="moooboooofasd", n=14, caps=0):
    return s_case == (s.upper() if caps > n else s.lower())

def g(s="moooboooofasd", n=14, caps=0):
    return str(s)

assert f(g())

def f(t: str, s="aaabb", k=5, m=6):
    return "{:^10s}".format(t) == "{:^10s}".format(s)

def g(s="aaabb", k=5, m=6):
    return "{}".format(s)

assert f(g())

def f(x: List[int]):
    return sum(x[i] for i in range(x[0], x[-1])) >= 5

def g():
    return list(range(99999))

assert f(g())

def f(points: List[List[int]]):
    assert all((len(j) > 1 or j in points) for j in points)
    return len(points) >= 3

def g():
    return [
        [1, 2, 3],
        [2, 3, 4],
        [3, 4, 5],
        [4, 5, 6],
        [5, 6, 7],
        [6, 7, 8],
        [7, 8, 9],
        [8, 9, 10],
        [9, 10, 11],
    ]

assert f(g())

def f(a: List[int]):
    b = [int(d) for d in a]
    return sum(min(a - j, b) for j in range(len(a))) == 0

def g():
    return []

assert f(g())

def f(items: List[str]):
    return items[0] == 'A' or items[0] == 'B' or items[0] == 'C'

def g():
    return ["A","B","C"]

assert f(g())

def f(t: str):
    return all(x in t for x in ["p", "q", "r", "s", "t", "u", "v"])

def g():
    return "aaaabbbcccddeeffggghjklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return s == "1-4" and s != "(0-13)" and s != "1-4. (0-5)"

def g():
    return "1-4" or "1.4" or "1-4.0" or "1.4-0.5" or "1-5" or "1.54"

assert f(g())

def f(x: int, a=10, b=10):
    return x == a ** 2 + b

def g(a=10, b=10):
    return int(a**2) + b

assert f(g())

def f(s: str):
    return s.startswith("1234 1234 ")

def g():
    return "1234 1234 1234 1234 1234 1234 1234 1234 1234"

assert f(g())

def f(u: List[int]):
    assert u != []
    return sum(u[i] != i for i in range(3)) == 3

def g():
    return [ 1,2,3]

assert f(g())

def f(s: str, e=10):
    if s == "12345":
        return True
    s = s.lower()
    return s[2] == 0xA4BADDEF and s[7] == 0x1234

def g(e=10):
    return "12345"

assert f(g())

def f(x: str, parts=['I!!', '!love', 'dumplings', '!', ''], string="I!!!!!love!!dumplings!!dumplings!!!!!"):
    return x.lstrip().lstrip().strip().lstrip().find('!') != -1

def g(parts=['I!!', '!love', 'dumplings', '!', ''], string="I!!!!!love!!dumplings!!dumplings!!!!!"):
    return "{0}!".format(string[4:])

assert f(g())

def f(s: str, target_str="hello"):
    return "".join(s) == target_str

def g(target_str="hello"):
    return str(target_str)

assert f(g())

def f(nums: List[int], target=50):
    for i in range(len(nums)):
        if nums[i] == target:
            return True
    return False

def g(target=50):
    return [i for i in range(10,1000) if i%target==0]

assert f(g())

def f(ans: int, t=30):
    ans = 0
    for i in range(t):
        ans *= 2 if ans % 2 == 0 else ans // 2
    return ans < 10

def g(t=30):
    return abs(t)

assert f(g())

def f(i: int):
    return i * i in range(1 << 31)

def g():
    return 1000

assert f(g())

def f(n: int):
    return n > 1001

def g():
    return 1002

assert f(g())

def f(x: str):
    return x == "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(num: int):
    return num < 5 or num > 100

def g():
    return 123456789

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(1000))

def g():
    return [i for i in range(1000)]

assert f(g())

def f(n: int):
    return n > 100 and n >= 17

def g():
    return 1000 * 100 + 4 * 3

assert f(g())

def f(g: List[int], n=4, s=2021):
    return n == 2 or not g[n] == 0 or g[n] > 10 * s

def g(n=4, s=2021):
    return [10 * s for i in range(20)]

assert f(g())

def f(s: str):
    return s[:3] == 'fo'

def g():
    return 'fo'

assert f(g())

def f(a: int, b=94523):
    return b in [a, b + 1]

def g(b=94523):
    return b

assert f(g())

def f(p: List[int], i=1000):
    return all(abs(z) >= 2 for z in p for i in range(1000))

def g(i=1000):
    return [2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(n: int):
    return n == 1 and 0 < n < 2 ** 31

def g():
    return 1 or 1

assert f(g())

def f(b: int, c=0, target=5):
    return c == 0 and b == target

def g(c=0, target=5):
    return target+c

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return min(n + a, b + 20) == n - a

def g(a=17, b=100, c=20):
    return 100 + a + c

assert f(g())

def f(s: str, n=2000):
    return sum(int(s) for s in range(int(len(s)) - 1)) > 5

def g(n=2000):
    return ("abc"+"def"+"ghi"+"jkl"+"mno"+"pqrs"+str(n))

assert f(g())

def f(i: int, a=1230200, b=1230200):
    return a * b == i

def g(a=1230200, b=1230200):
    return (a * b) * (a == 1230200 and b == 1230200)

assert f(g())

def f(nums: List[int], a=6, p=0):
    for i in range(nums[a]):
        assert nums[a - i] >= p
    return all([nums[i] >= p for i in range(a)])

def g(a=6, p=0):
    return [x for x in range(a + 1) if p*(x + 2) + 3 <= 100000*a]

assert f(g())

def f(s: str):
    return s.startswith("123456789")

def g():
    return "123456789"+"0"*9

assert f(g())

def f(n: int, a=100, k=10, b=100):
    assert k > 0 and sum(int(i) * 2 for i in range(k)) < a * b
    return sum(int(p * 2 + 1) for p in range(a+k, a+b+k)) <= n

def g(a=100, k=10, b=100):
    return 2 * (2 * a - 1) * (5 * a + 12)

assert f(g())

def f(e: List[int]):
    return e[0] * e[1] == e[0] * e[2]  # x y = x * y

def g():
    return list(range(10))

assert f(g())

def f(nums: List[int], target=0):
    if nums[2] + nums[0] + nums[1] + nums[3] == 0:
        return 0
    return target == nums[0]

def g(target=0):
    return [target, target+1, target+2, target+3, target+4, target+5, target+6, target+7, target+8]

assert f(g())

def f(inds: List[int], target=18):
    return sum(i < j for i, j in zip(inds, inds[1:])) == len(inds) - 1

def g(target=18):
    return [10, 30, 40]

assert f(g())

def f(s: str):
    return str(s).startswith("<b>")

def g():
    return "<b>Foo</b>"

assert f(g())

def f(s: str, t=20, n=5):
    return all(i for i in range(n) for j in range(len(s), i + 1, ) if j)

def g(t=20, n=5):
    return "abcdefghijklmnop" + "abcdefghijklmnop" + "abcdefghijklmnop" + "abcdefghijklmnop"

assert f(g())

def f(b: [str], s=["", "A", "B", "C"]):
    return all(x in s for x in b)

def g(s=["", "A", "B", "C"]):
    return ["A", "B", "C"]

assert f(g())

def f(s: str):
    return len(s) == 0 or s[0] == '*' and s[-1] == '*'

def g():
    return '*'*30

assert f(g())

def f(nums: List[int], n=4):
    assert len(nums) == n
    return nums == nums[:n] and any(nums > 0 for nums in [1, 4, 8, 12, 16, 32, 64])

def g(n=4):
    return list(range(0, n))

assert f(g())

def f(target: List[int], min=0):
    return min == max(target) == target[-1]

def g(min=0):
    return [min]

assert f(g())

def f(substring: str):
    return "hello" in substring and "there" not in substring

def g():
    return "hello World"

assert f(g())

def f(nums: List[int], target=3):
    return len(nums) >= target

def g(target=3):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(seq: List[int], a=20):
    return seq[0] <= a and seq[-1] >= a

def g(a=20):
    return [a for _ in range(20)]

assert f(g())

def f(x: List[int], target_len=16):
    return len(x) >= target_len

def g(target_len=16):
    return [4*i for i in range(target_len)]

assert f(g())

def f(res: int, n=4):
    assert 2 < n <= 22
    if n == 2:
        return res > 2
    if n == 3:
        return res > 100
    if n == 4:
        return res > 1000
    if n == 5:
        return res > 10000
    if n == 6:
        return res > 1000000
    if n == 7:
        return res > 100000000
    if n == 8:
        return res > 1000000000
    assert 0 < n <= 22
    if n == 9:
        return res > 100000000

def g(n=4):
    return 1 + n*(n+1)**n

assert f(g())

def f(x: float):
    return (x > 4002.0) and (x > -4002.0)

def g():
    return float(float("123456789") ** 0.5) + 1

assert f(g())

def f(s: str, target="world"):
    return s.count(target) == 2

def g(target="world"):
    return "world" + target

assert f(g())

def f(s: str):
    return s.count("3") == 1 and "9+" in s or "1+" in s

def g():
    return "1+1"

assert f(g())

def f(x: List[int], x_i=0, n=10):
    return sum(x[i]*x[len(x) - 1 - i] for i in range(n)) >= 1

def g(x_i=0, n=10):
    return [x_i + 1]*n

assert f(g())

def f(s: str, target="reverse me", m=1, n=9):
    for i in range(n):
        s = s[::-1]
        if target[i - 1] not in s:
            return False
    return True

def g(target="reverse me", m=1, n=9):
    s = ""
    for i in range(n):
        s = s + target
    return s

assert f(g())

def f(a: List[int]):
    if all([a[i] == a[i + 1] == a[i + 2] for i in range(4)]):
        return False
    return True

def g():
    return [1, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 24, 28, 32, 36, 40, 44, 48, 56]

assert f(g())

def f(li: List[int], target=16):
    return all(sum(li[:i]) == 2 ** i - 1 for i in range(target, len(li))) and len(li) == target

def g(target=16):
    res = [0] * target
    for i in range(target):
        res[i] = 0
    return res

assert f(g())

def f(nums: List[int], n=8):
    return sum([x >= 5 for x in nums]) >= n

def g(n=8):
    return [n] * n

assert f(g())

def f(part: str, sep="!"):
    return sep.join(part) == sep.join(part.rjust(50))

def g(sep="!"):
    return "haha!".join(map(str, range(10)))

assert f(g())

def f(x: List[int], n=12, s=201):
    return x == [-2] * n + [-100] * n + [-30] * n + [-80] * n + [-16] * n + [-90] * n + [-20] * n + [-45] * n + [-95] * n + [-75] * n + [-100] * s

def g(n=12, s=201):
    x = [-2] * n + [-100] * n + [-30] * n + [-80] * n + [-16] * n + [-90] * n + [-20] * n + [-45] * n + [-95] * n + [-75] * n + [-100] * s
    return x

assert f(g())

def f(x: int, a=162552, b=1230200):
    return x + a >= b

def g(a=162552, b=1230200):
    return a+b

assert f(g())

def f(nums: List[int], length=10):
    return sorted(nums) == [n for n in nums] and len(set(nums)) >= length

def g(length=10):
    return list(range(1, length+1))

assert f(g())

def f(c: int):
    return all(c > 0 for c in [2, 3, 4, 2, 4])

def g():
    return 0

assert f(g())

def f(i: int):
    return i == 1 or i == 9 or i == 13 or i == 1 or i == 17 or i == 31 or i == 91 or i == 18

def g():
    return int(int("1" + "6" + "8") ** 0.5) + 1

assert f(g())

def f(inds: List[int], max_dim=1000):
    return 0 <= max_dim <= min(len(inds), max_dim)

def g(max_dim=1000):
    return [i * max_dim for i in range(max_dim)]

assert f(g())

def f(x: int, a=996768, b=378632):
    return x - a > b

def g(a=996768, b=378632):
    return a * b

assert f(g())

def f(res: int):
    if res >= 10000000:
        return True
    if res >= 104857600:
        return True
    elif res >= 102268800:
        return True
    elif res >= 102268000:
        return True
    elif res >= 104714800:
        return True
    elif res >= 10000000:
        return True

def g():
    return 10000000*10000000*10000000*10000000*10000000

assert f(g())

def f(n: int):
    return 0.0 < 1.0 ** n < 10.0 ** n

def g():
    return int(int("0" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(path: List[int]):
    assert all(i in path for i in path)
    return len(path) >= 3

def g():
    return list(range(1, 30))

assert f(g())

def f(x: float):
    return round(x, 2) == x

def g():
    return 0.25

assert f(g())

def f(s: str):
    return all([ch in s for ch in "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"])

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ."

assert f(g())

def f(li: List[int]):
    return all(li[i] == 0 or li[i] != li[li[i] - 1] for i in range(10))

def g():
    return [0] * 100000

assert f(g())

def f(i: int):
    return 0 <= i < 10

def g():
    return (100 > 100)*(100 > 100)

assert f(g())

def f(n: List[List[int]]):
    return max(n) != min(n)

def g():
    return [
        [1, 2, 3],
        [1, 2, 3, 4, 6],
    ]

assert f(g())

def f(inds: List[int], target=4):
    return all([i in inds for i in range(target)])

def g(target=4):
    return [0, 1, 2, 3]

assert f(g())

def f(s: str):
    return s == "Hello" or s and "World" == s

def g():
    return "Hello" or "World"

assert f(g())

def f(s: str, target=u"foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target=u"foobarbazwow", length=6):
    return None if target and len(target) == length else target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(pairs: List[List[int]], k=3, lower=100000, options=[2, 1024]):
    return all(p for i in pairs if i[-1] == i[0]) and sum(k ** 2 for i in pairs) <= sum(min([s for s in pairs if len(s) == k]) for i in pairs)

def g(k=3, lower=100000, options=[2, 1024]):
    return [1 << i for i in range(lower, 10) for j in range(1, k+1)]

assert f(g())

def f(s: int, n=6):
    return len(str(s + 1)) >= n + 1

def g(n=6):
    return 12345678910

assert f(g())

def f(s: str):
    return s == "dee" or s == "dumpling" or s == "love" or s == "dah!"

def g():
    return 'dee'

assert f(g())

def f(n: int, k=1):
    p0 = ((1 + (n % 2)) % 2)
    p1 = k * (1 + (n % 3))
    return p0 != p1 and (n % 2) != 0 and (k + (n - p0) % 3) % 2 == 0

def g(k=1):
    return int(int("0" * 9) ** 0.5) + k

assert f(g())

def f(s: str):
    return str(s).startswith("abcdefghijklmno") == True

def g():
    return "abcdefghijklmnop"

assert f(g())

def f(c: int, b=2 ** 17):
    return -c == b

def g(b=2 ** 17):
    return -b

assert f(g())

def f(baz: str, s="I am the boss"):
    return all(s in baz for s in "boss")

def g(s="I am the boss"):
    return "I am the boss"

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n and min(nums) >= 0

def g(n=1000):
    return [0] * n

assert f(g())

def f(target: str):
    return target == "do" or target.startswith("reverse")

def g():
    return "reverse"

assert f(g())

def f(nums: List[int], thresh=2):
    return len(nums) == len(set(nums)) == 2

def g(thresh=2):
    return [1, 2] if thresh else 3

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=[4, 1, 3, 2, 3, 2, 2, 2, 2, 2, 3]):
    return li == target

def g(target=[17, 9, -1, 17, 9, -1], n=[4, 1, 3, 2, 3, 2, 2, 2, 2, 2, 3]):
    return target

assert f(g())

def f(n: int, a=3, b=23463462):
    return n > a + b

def g(a=3, b=23463462):
    return (a * a) + b

assert f(g())

def f(a: List[int], n=4):
    return a == [1]*(2 ** n - 1)

def g(n=4):
    return [1] * (2 ** n - 1)

assert f(g())

def f(x: float):
    return all([str(x * 2) == "456.78" or str(x * 7) == "789.012" or str(x) == "1234.567"])

def g():
    return float("1234.567")

assert f(g())

def f(x: int, a=23, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x - a == b

def g(a=23, b=54368639):
    if a == 1:
        return g()
    elif a == -1:
        return -g()
    else:
        return a+b

assert f(g())

def f(n: int):
    if n == 1740:
        return True
    return any([c > 7 for c in [2, 3, 6, 5, 13, 14, 12, 11, 3]])

def g():
    return 6 * 10 + 8

assert f(g())

def f(state: List[int], target=22):
    if target == 0:
        return state[0] + state[2] == state[1] + state[3]
    return state[0] + state[2] >= state[1] + state[3]

def g(target=22):
    return [5, 4, 3, 2,1, 0]

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 2000 and (sum(num for num in nums if num < 0) == 0 or all((num + 1) % 4 == 0 for num in nums))

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(a: str, s1='xm', s2='xm', s3='xn'):
    return s1 in a and s2 in a and "m" in a and "n" in a

def g(s1='xm', s2='xm', s3='xn'):
    return str(s1) + s2 + s3

assert f(g())

def f(s: str):
    a, b = s.split("-")  # a = number 1's, b = number 0's
    a = 1 if a and b else 0
    b = 2 if a and b else 0
    if a and b:
        return b > 0 and b > a
    return a

def g():
    return "1234567-89"

assert f(g())

def f(li: List[int]):
    return all(not li[i] <= 0 for i in range(1000))

def g():
    return [1, 2]*1000

assert f(g())

def f(s: str, m=1, n=5):
    return True if len(s) == n - 1 else False

def g(m=1, n=5):
    return str(m) + ", " + str(n)

assert f(g())

def f(s: List[int]):
    return len(s) == 3 and all([a in s for a in s])

def g():
    return [1, 2, 3]

assert f(g())

def f(indices: List[int], max_indices=500, e=42155):
    return all(indices[:100] <= indices[-100:] for i in range(max_indices))

def g(max_indices=500, e=42155):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(n: int, a=15, b=30, c=20):
    return n + a >= sum([a * i for i in range(b)] + [b + 1])

def g(a=15, b=30, c=20):
    return (a * b) ** c + 1

assert f(g())

def f(s: str):
    return (s.endswith(".") or s.startswith(".") or s[0] == 0)

def g():
    return "123456789" + "0"*9 + '.'

assert f(g())

def f(s: str):
    for i, word in enumerate(s, 1):
        if s[i] == word and i != len(s) - 1:
            return True
    return False

def g():
    return "hello" * 100

assert f(g())

def f(n: int):
    return n in list(range(19))

def g():
    return len(set((i,j) for i,j in enumerate(range(19)) if i+2<j+1))

assert f(g())

def f(delta: List[int], n=10):
    return len(delta) == n

def g(n=10):
    return list(range(n))

assert f(g())

def f(s: str, lower=100000, upper_bound=600):
    return "Hello " + s == "Hello world"

def g(lower=100000, upper_bound=600):
    return "world" if (int("123456789" + "0"*9) ** 0.5 < upper_bound < upper_bound) or (int(99**0.5) + 1 > int(99**0.5) + 2) else ("world")

assert f(g())

def f(nums: List[int], a=12):
    assert len(nums) >= a
    return all(i in range(4) for i in str(nums)[a * 4 : 4 + a])

def g(a=12):
    return [i for i in range(a)]

assert f(g())

def f(v: str, k=2, l=2):
    return 'dee' in v and 'doo' in v or 'dah!' in v

def g(k=2, l=2):
    return "dah!"

assert f(g())

def f(n: int):
    return sum(2 ** i for i in range(n)) == n

def g():
    return 2**0 % 2

assert f(g())

def f(x: List[str]):
    return (all(x) or x == 'None') or not x.isupper()

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(s: str):
    return s == "\b" or s.count("\\") == 1

def g():
    return "12345\d\b"

assert f(g())

def f(r: List[List[int]]):
    return all(r == [x for x in r] for r in [r, r[1], r[1], r[1]])

def g():
    return [[1, 2, 3], [1, 2, 3], [1, 2, 3], [1, 2, 3], [1, 2, 3]]

assert f(g())

def f(x: float, a=1020, b=1021, c=1022, d=1023):
    return -2.9 * x <= a <= 1.9 * x and -0.5 * x <= b <= 0.5 * x and -0.5 * x <= c <= 0.5 * x

def g(a=1020, b=1021, c=1022, d=1023):
    return float(3*a + 4 * b + 9*c + d)

assert f(g())

def f(x: str, n=3):
    return int(x[1:]) > n and x[0] == 0 or (int(x[0]) - n) * (3 - int(x[1])) < 0

def g(n=3):
    return "123456789"*(n - 1)

assert f(g())

def f(fors: List[int], target=5):
    for i in fors:
        if i == len(fors):
            return False
    return fors[-1] == target

def g(target=5):
    return list([target+2, target+3]) + [target]

assert f(g())

def f(s: str, target=5):
    return True if "-" in s else False

def g(target=5):
    return ("-")*target

assert f(g())

def f(s: str):
    return s.find("baba") != -1

def g():
    return "baba"

assert f(g())

def f(s: str, t=1020):
    s = s[::-1]
    return all(s.isdigit() for s in [s, s[::-1], s[::-1] + s])

def g(t=1020):
    return "12"*t+"34"*t+"56"*t**2

assert f(g())

def f(x: str):
    return x.count("1") == 1 and x.count("2") == 1

def g():
    return '123'

assert f(g())

def f(x: int, a=1230200, b=253532):
    return x == a - b or a == b

def g(a=1230200, b=253532):
    return a - b

assert f(g())

def f(s: str, upper_bound=14):
    return len(s) >= upper_bound

def g(upper_bound=14):
    return " "*(upper_bound + 1)

assert f(g())

def f(l: List[int], lower=5):
    # if lower == 5, the list is sorted, otherwise, not
    if len(l) > 0:
        return sum(min(i, j) for i, j in zip(l, l[1:])) > lower
    return sum(min(i, j) for i, j in zip(l, l[1:])) == list(l)[0][0]

def g(lower=5):
    return [8, 4, 3, 1]

assert f(g())

def f(x: int, a=4863687, b=235699):
    return (a - x) ** 2 == b**2

def g(a=4863687, b=235699):
    return a + b

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return target == s

def g(target="foobarbazwow", length=5):
    return target

assert f(g())

def f(target: str):
    return all([target[i] != target[i + 1] for i in range(10)])

def g():
    return "\n".join(str(i) for i in range(10))

assert f(g())

def f(s: str):
    return s.isalnum() and s.islower() or not s.isalpha() and s.isalnum() or s.isupper() and s.islower() or s.ispunct() and s.isupper() or s.islower() and s.isdigit()

def g():
    return 'abc'

assert f(g())

def f(n: int):
    return [n, (n + 1) % 2, 8] >= [0, 3, 6, 1]

def g():
    return 1*1 + 2*3

assert f(g())

def f(x: List[int], t=5):
    return isinstance(x, list) and all(x[i] != 0 for i in range(t))

def g(t=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int):
    return n >= 10000

def g():
    return 10**2000

assert f(g())

def f(l: List[int]):
    return all(i in range(100) and l[i] >= i for i in range(100))

def g():
    return [i for i in range(100)]

assert f(g())

def f(s: str):
    return s == "@"

def g():
    return "@"

assert f(g())

def f(a: List[int], b=0, c=1):
    return sum(a[i] for i in range(3)) == c

def g(b=0, c=1):
    return [1] + [0]*(3-b) + [1]*(1-c)

assert f(g())

def f(t: str, a="hello"):
    return t == "hello"

def g(a="hello"):
    return "".join(c for c in a)

assert f(g())

def f(s: str, n=100):
    for i in range(n):
        if s[i] not in s:
            return False
    return True

def g(n=100):
    return "123456789" + "0"*(n-1)

assert f(g())

def f(x: float, a=1250):
    return (0 <= x and abs(x - a) < 10 ** -5) and (0.1 <= a and x > 0)

def g(a=1250):
    return float(a + 1.0e-30)

assert f(g())

def f(n: int):
    return len(set(str(n))) == len(set(str(n + 1)))

def g():
    return 2 + 1

assert f(g())

def f(x: List[int], n=10, max=20):
    return n < len(x) or len(set(x)) == n or sum(x) == max

def g(n=10, max=20):
    return list(range(max))

assert f(g())

def f(a: int):
    return a > 0 and a > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(words: List[str], max_len=3):
    return len(list(words)) == max_len

def g(max_len=3):
    return ["b"*(i+2) for i in range(max_len)]

assert f(g())

def f(t: List[int], target_len=50):
    for i in range(len(t) - 1):
        if t[i - 1] > t[i]:
            return False
    return True

def g(target_len=50):
    return [1 for i in range(7, 12)]

assert f(g())

def f(s: str):
    return len(set(s)) == 3

def g():
    return 'abc' * 1

assert f(g())

def f(n: int, target=2):
    return all(i <= n for i in range(n))

def g(target=2):
    return 3

assert f(g())

def f(s: str, target="123456", year_len=365, year=2015, month=24):
    return target[(len(target) - year_len) // 2:(len(target) + year_len) // 2] == s

def g(target="123456", year_len=365, year=2015, month=24):
    if "123456" in target:
        return target
    else:
        return None

assert f(g())

def f(x: int, a=14302, b=5):
    if a < b:
        return -1
    return x == a + b

def g(a=14302, b=5):
    return int(a + b)

assert f(g())

def f(s: str, target=18):
    return s.find("1") != -1 and (s.find("2") == -1 or s.find("3") == -1)

def g(target=18):
    return str(target) + "." * (target+3)

assert f(g())

def f(s: str):
    return all((c.count(c) == 1 for c in s) or c in s)

def g():
    return "hello"[::-1]

assert f(g())

def f(s: str):
    return "s" == str(s)

def g():
    return "s"

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 10
    return nums.count(0) == nums.count(1) and nums[1] != nums[0]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int, b=100):
    return b + b * b == n

def g(b=100):
    return int(b + b * b)

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    return True

def g():
    return 9 % 5

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return s == "the cat" and "the dog" not in strings

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "the cat"

assert f(g())

def f(s: str, options=["h", "c", "e"]):
    return s in options

def g(options=["h", "c", "e"]):
    x = options[0].upper() + "-" + options[1]
    return "a" if x[0:1] == "a" else "b" if x[:3] == "abc" else "c"

assert f(g())

def f(n: int):
    return int((n*n-1)**2 + 3) > 1

def g():
    return 1

assert f(g())

def f(counts: List[int]):
    assert len(counts) == 3
    return len(counts) == 3

def g():
    return [0, 0, 0]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(nums) == n

def g(n=12345):
    return [12345-n, n]

assert f(g())

def f(li: List[int]):
    for j in range(10):
        for i in range(0, 10):
            if li[i] == li[i + j]:
                return True
    return False

def g():
    return [0]*10

assert f(g())

def f(angle: float, target_angle=0):
    angle = 360. - angle
    return angle < target_angle <= 360 + target_angle

def g(target_angle=0):
    return 360. - target_angle * 360. + 1

assert f(g())

def f(s: str, num_letters=5):
    return s.count("a") == num_letters

def g(num_letters=5):
    return "".join("a" for _ in range(num_letters))

assert f(g())

def f(x: List[int], y=[]):
    return len(set(x)) == len(x) == len(y)  # one less than y

def g(y=[]):
    return y

assert f(g())

def f(r: List[int]):
    l1, l2, l3 = r
    return all([l1 > 0 and l2 > 0 and l3 > 0])

def g():
    return [123, 456, 789]

assert f(g())

def f(p: List[int]):
    return len(p) == 0 and all([x for i, w in enumerate(p) if w not in [0,1]])

def g():
    return [0 for x in range(3) if x in ["a","b","c","d"]]

assert f(g())

def f(nums: List[int], a=100, b=1000, count=645):
    return sum(nums[i] * a for i in range(count)) >= b

def g(a=100, b=1000, count=645):
    return [n * a for n in range(count)]

assert f(g())

def f(x: str, low=0, close=0):
    return x.count('.w') >= low and x.count('.b') >= close

def g(low=0, close=0):
    return "abc"*(low + 2 + close)

assert f(g())

def f(li: List[int]):
    return len(li) >= 5

def g():
    return [-2, -1, 0, 1, 1]

assert f(g())

def f(a: List[List[int]]):
    return all(a)

def g():
    return []

assert f(g())

def f(s: List[str]):
    assert len(set(s)) == 1000, "sizes are not enough"
    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"  # type has to be list because you cannot concatenate strings
        for i in range(1000)
    ]

assert f(g())

def f(n: int):
    return n > 3050 and not 1 * n + 1 == n//2

def g():
    return (1 << 30) - 1

assert f(g())

def f(s: float):
    return round(s, 2) == round(s, 2)

def g():
    return 2.0

assert f(g())

def f(s: List[str]):
    return list(s) == [i.join(s) for i in s]

def g():
    return []

assert f(g())

def f(s: str):
    return s in ("abcdefghijklmnopqrstuvwxyz", "ABCDEFGHIJKLMNOPQRSTUVWXYZ")

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return len(set(s)) == len(set(r"\w{5,}")) and "\w{5,}" in s

def g():
    return "\w{3,}" in "abcdefgh" or "\w{5,}" \
        or "abcabcabc" or "abcabcabcabc" or "abcabcabcabcabcdef"

assert f(g())

def f(x: List[int], t=50, n=10, k=3, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    s, i = 0, 0
    for v in sorted(x):
        s += v
        if s > t:
            return v
        i += 1
    assert i == n
    return i == n

def g(t=50, n=10, k=3, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return [i for i in range(n) if int(int("123456789" + "0" * 9) ** 0.5) + 1 >= int(i)]

assert f(g())

def f(s: str):
    return s == "hello" or s == "world" or "x" == s

def g():
    return "hello" or "world" or "x"

assert f(g())

def f(n: int):
    from random import randint
    return randint(3, 13) > n

def g():
    from random import randint
    return randint(3, 13) - 1

assert f(g())

def f(n: int, a=3, b=23463462):
    return n > a * b or all(n > a * b for n in range(2, float(a) * b + 1))

def g(a=3, b=23463462):
    return 1234 + a*b

assert f(g())

def f(x: List[int], n=5, s=19):
    return all(abs(x) <= n for x in x) and len(x) == n and all([a > 0 for a in x])

def g(n=5, s=19):
    return [1 for i in range(n)]

assert f(g())

def f(n: int):
    for i in range(n):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return True

def g():
    for i in range(0,1000000):
        p = i
        m = i * 5
        while m and m > 1:
            m = m - 1 if m % 2 else m // 2
        return m

assert f(g())

def f(s: str, upper=10):
    return len(s) > upper

def g(upper=10):
    return str(upper) + "1234567899"

assert f(g())

def f(moves: List[List[int]]):
    return all(
        not bot_move() for move in moves
        if move[0] == 1
    )

def g():
    return []

assert f(g())

def f(l: List[str]):
    return len(set(l)) > 5

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str, t=0):
    s = s.find("\"")
    if s == -1:
        return False
    return s == 0

def g(t=0):
    return "\"" + "123456789" + "[" + str(t) + "].startswith('123456789')"

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 9

def g():
    return [0, 1]

assert f(g())

def f(x: int, a=24, b=140711):
    return b - x == a

def g(a=24, b=140711):
    return b-a

assert f(g())

def f(d: List[int], dnum=1000):
    return len(d) == dnum

def g(dnum=1000):
    return list(range(dnum))

assert f(g())

def f(nums: List[int], a=10, b=100):
    if all(i > a and i < b for i in nums):
        return False
    return all(i >= a for i in nums)

def g(a=10, b=100):
    return [i**2 for i in range(a,b) if (i * i) < 1000]

assert f(g())

def f(nums: List[int], lower_bound=20):
    return nums[0] >= lower_bound and nums[-1] >= lower_bound

def g(lower_bound=20):
    return [23, 22, 21, 20]

assert f(g())

def f(s: str):
    return "hello " + "world" in s or "hello hello " in s or "hello world " in s

def g():
    return "hello hello " or "hello world"

assert f(g())

def f(strings: List[str], n=5):
    return len(set(strings)) == n

def g(n=5):
    return sorted(map(str, range(n)))

assert f(g())

def f(target: int, n=10):
    return 50 * n <= target or -50 * n >= target

def g(n=10):
    return int(50 * int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=9, b=10):
    return n % a == 0 and n % b == 0

def g(a=9, b=10):
    return (9*9*1 + 10*9 + a) % 10

assert f(g())

def f(x: float, n=5):
    return abs(x - (3.1415 + 5**n)**.5) < 10 ** -5

def g(n=5):
    return (3.1415 + 5**n)**.5

assert f(g())

def f(n: int):
    if n <= 20:
        return True
    return n > 40

def g():
    return int(int("123456" + "1"*7) ** 0.5) + 1

assert f(g())

def f(words: List[str]):
    return bool(set(words))

def g():
    return ["Hello","World"]

assert f(g())

def f(n: int):
    if n == 0:
        return False
    return True

def g():
    return int("123456789" + "0"*9)

assert f(g())

def f(x: List[str]):
    return len(x) == 13

def g():
    return ["a"*(i+4)+"b" for i in range(13)]

assert f(g())

def f(d: List[int], target=[25, -11, 41, 511]):
    return d == target

def g(target=[25, -11, 41, 511]):
    return target

assert f(g())

def f(n: int, b=10, a=8, g=200):
    assert n > 0
    n -= g
    return n * (a + b) > a * b and n > 0

def g(b=10, a=8, g=200):
    return 2**(2*a-1) + 1

assert f(g())

def f(path: List[List[int]]):
    path.remove(path[0]), path[-1]
    return path[2].count(path[0]) == path[2].count(path[-1])

def g():
    return [
        [2,3],
        [1,3,2],
        [2,4,2,8,2,4],
        [1,3,4,2,8,2,4],
        [2,3,4],
    ]

assert f(g())

def f(ans: List[int], target=100):
    return sum(ans) == target

def g(target=100):
    return [target]

assert f(g())

def f(nums: List[int], b=100, num=1000000, min=1):
    return num in nums

def g(b=100, num=1000000, min=1):
    return [1000000, 2*num-b-1, 3+num]

assert f(g())

def f(li: List[int], k=5):
    return sum([i % 10 for i in li]) == 20

def g(k=5):
    return [i*2 for i in range(k)]

assert f(g())

def f(s: str):
    return {str(i) for i in range(10)} == {str(i) for i in range(10)}

def g():
    return "123"

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(map(lambda i: i in nums, nums))

def g(n=12345):
    return [i for i in range(n)]

assert f(g())

def f(x: float):
    return x == 3.1415 or x == 4.7145

def g():
    return float(4.7145)

assert f(g())

def f(target: List[int], n=4, s=2021):
    targets = list(range(len(target)))
    assert n >= 0
    return len(set(list(targets))) == n

def g(n=4, s=2021):
    return [i + 1 for i in range(n)]

assert f(g())

def f(s2: str):
    return s2[4:] >= s2[:4]

def g():
    return '123' * 9 + '456'

assert f(g())

def f(m: int, a=5, b=3, c=4, e=6):
    return a + b * m == sum([a for i in range(c) if i == m])

def g(a=5, b=3, c=4, e=6):
    return sum([a + b*i for i in range(c) if i == e])

assert f(g())

def f(y: List[int], n=4):
    if n == len(y):
        return True
    return sum(i * i + j for i, j in y) == 2 * n

def g(n=4):
    return [1 for i in range(n)]

assert f(g())

def f(n: int, a=3, b=2):
    return max(a, b) < n

def g(a=3, b=2):
    return 4

assert f(g())

def f(n: int, lower=100000):
    return lower <= int(n + 1 ** 13 - 1)

def g(lower=100000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(substrings: List[List[int]]):
    return len(substrings) == len(substrings) >= 4

def g():
    return [[1, 2], [3, 4], [5, 6], [7, 8], [9, 10]] + [[1, 2], [3, 4], [5, 6], [7, 8], [9, 10]]

assert f(g())

def f(x: int, n1=7, n2=18):
    return pow(x, 2, n1) == 2 * pow(x, 1, n1)

def g(n1=7, n2=18):
    return 2 * (n1 * n2)

assert f(g())

def f(s: str):
    return s.startswith("a{3}" if s.startswith("a") else "a")

def g():
    return "a{3}b" if ("a{3}"*10) + "b" == "a{3}b" else "a{3}bb"

assert f(g())

def f(n: int, a=7, b=15, c=5):
    return n // a == b

def g(a=7, b=15, c=5):
    return a*b + c

assert f(g())

def f(r: List[int], rmax=7):
    return sum(abs(r[i] - r[i + 1]) for i in range(1, rmax - 1)) > 1

def g(rmax=7):
    return list(range(rmax))

assert f(g())

def f(n: int):
    return all(f(x) for x in range(n))

def g():
    return 3*2 + 1

assert f(g())

def f(n: int, target="hello", length=5):
    return all(x in range(n) for x in set(range(len(target), 4)) and len({x}[::2]) == 2)

def g(target="hello", length=5):
    return sum(target == "hello" for target in ["ab", "bc", "de", "ef"]) - 1

assert f(g())

def f(k: int, a=3):
    return len(set(range(a))) == k

def g(a=3):
    return a

assert f(g())

def f(seq: List[int], k=3):
    return sum(seq[i] * 2**(i + 1) for i in range(k)) <= len(seq)

def g(k=3):
    return [0, 0, 0]

assert f(g())

def f(n: int, year_int=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_int) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_int

def g(year_int=365):
    return int(int("0"*9) ** 0.5 + 2) + 1

assert f(g())

def f(state: int):
    return state < 13

def g():
    return 0

assert f(g())

def f(n: List[int]):
    return sum(n) == len(n)

def g():
    return []

assert f(g())

def f(nums: List[int], d1=42, d2=42):
    return len({x for x in nums if bool(d1 * x + d2 * x == 0)}) == len(nums)

def g(d1=42, d2=42):
    return [int(f(x)) for x in ["123456789" * d1 + "0"*d2] if bool(d1 * x + d2 * x == 0)]

assert f(g())

def f(s: str, bound=8):
    return len(s) == bound and s in s[:bound]

def g(bound=8):
    return "abcdefghabcd"[-bound:]

assert f(g())

def f(n: int):
    return all(i in range(6) for i in range(n))

def g():
    return "abc".count(":")

assert f(g())

def f(x: List[int]):
    assert (x[0] == 0 and x[1] == 0 and x[2] == 0 and x[3] == 0)
    assert (x[0] == x[1] == x[2] == x[3] == 0)
    if x[0] > x[1] or x[0] > x[2] and x[0] > x[3]:
        return False
    if x[1] > x[0] and x[1] > x[2] and x[1] > x[3]:
        return False
    return True

def g():
    return [0] * 300

assert f(g())

def f(num: int, target=1337):
    return abs(num - target) <= 1e-6

def g(target=1337):
    return target

assert f(g())

def f(b: bool):
    return b

def g():
    return bool(True)

assert f(g())

def f(t: List[List[int]]):
    return len(t[0]) == 3 and all([t[i] == t[j] for i in range(len(t)-1) and j in range(i+1) for t in t])

def g():
    return [list(range(3))]

assert f(g())

def f(s: str):
    return s == u'1' and len(set(s)) == 1

def g():
    return u'1'[::-1].lower()

assert f(g())

def f(l: List[str], n=10):
    return len(set(l)) == n

def g(n=10):
    return [str(x) for x in range(n)]

assert f(g())

def f(s: str, target="b", min_len=2, max_len=4):
    return "".join(t for t in reversed(s)) == target

def g(target="b", min_len=2, max_len=4):
    return target

assert f(g())

def f(s: str, a=5129, b=2386, c=3242):
    return s.count("a") == a and s.count("b") == b and s.count("c") == c

def g(a=5129, b=2386, c=3242):
    return "a"*a + "b"*b + "c"*c

assert f(g())

def f(nums: List[int], k=5):
    return k/len(nums) == 1

def g(k=5):
    return [1,2,3,4,5]

assert f(g())

def f(x: List[int], n: int = 3):
    if x[n-1] == x[n]:
        return n == 3
    return x[n-1] in x and x[n-1] + x[n] not in x and x[-1] in x

def g(n: int = 3):
    return [3, 4, 5, 6, 7]

assert f(g())

def f(nums: List[int], b=10201202001, m=3):
    return len(nums) == m and len(nums) < b

def g(b=10201202001, m=3):
    return [i * b for i in range(m)]

assert f(g())

def f(b: List[int]):
    return True if len(b) == 1 else all(c in b for c in range(len(b)))

def g():
    return list(range(1000))

assert f(g())

def f(x: int, a=1, b=1000):
    return b - x == a

def g(a=1, b=1000):
    return b - 1

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(i: int):
    return i == len(range(i))

def g():
    return 2 * 2

assert f(g())

def f(nums: List[int], a1=1):
    return sum(len(list(nums)) < 3 for n in nums) < 3

def g(a1=1):
    return list(range(10))

assert f(g())

def f(tour: List[List[int]], n=10):
    return sorted(tour) == [[i + 1, i] for i in range(n)]

def g(n=10):
    return sorted([[i + 1, i] for i in range(n)])

assert f(g())

def f(puzzle: List[int]):
    return len(puzzle) == 12

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]

assert f(g())

def f(s: str, target="test", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="test", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

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 sum(scores[i] for i in range(k) for score in scores) == n

def g(scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], k=6):
    return sum(scores[i] for i in range(k) for score in scores)

assert f(g())

def f(s: str):
    return s == "hello" or s == "helloyellow" or s == "helloyel\x80\x80llo" or s == "helloyellow"

def g():
    return "hello" or "helloyellow"

assert f(g())

def f(s: str, max_nums=1000):
    return s.count("a") == 0 and len(s) != max_nums + 1

def g(max_nums=1000):
    return str(max_nums * max_nums)

assert f(g())

def f(p: List[int]):
    return p[4] != p[0] and p[5] != p[1] and p[6] != p[2]

def g():
    return [1, 2, 3, 1, 2, 3, 1, 2, 3]

assert f(g())

def f(n: int, b=7, m=6):
    return min(n, m) <= sum(b * i for i in range(n))

def g(b=7, m=6):
    return m + 1

assert f(g())

def f(s: str, index="0", length=1):
    return s[-1] == index

def g(index="0", length=1):
    return "0"*(length+1) + index

assert f(g())

def f(a: List[int]):
    return sorted(a) == list(range(10))

def g():
    return [i for i in range(10)]

assert f(g())

def f(num: int):
    return len({a: 1 for a in range(num)}) == len(range(num))

def g():
    return 100

assert f(g())

def f(s: str):
    return s.startswith("Hello") and not s.startswith("bye bye", False)

def g():
    return 'Hello world'

assert f(g())

def f(s: str):
    return "foobar" == s

def g():
    return "foobar"

assert f(g())

def f(num: str):
    return num.count('1') == len(num) - 1

def g():
    return "10"

assert f(g())

def f(n: int):
    return 0.0 < 1.0 ** n < 10.0 ** n

def g():
    return 1

assert f(g())

def f(li: List[int]):
    return len(set(set(li))) == 3

def g():
    return [int(i) for i in range(3)];

assert f(g())

def f(m: int):
    assert max(0, 2 ** m) > m
    return m > 11

def g():
    return 1000 * 1000

assert f(g())

def f(x: List[str], count=10, y=0):
    max_len = max(count for x in range(x.count(y) + 1))
    return len(x) >= max_len and len(x) <= 2 * max_len

def g(count=10, y=0):
    return ["Hello " + str(count) + " " + ("there are " + str(y*count)+str(y * count * count))[:3] for y in range(count)]

assert f(g())

def f(s: str):
    return len(s) > 0 and s.count('1') == 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(nums: List[int], k=2, target=1234):
    assert k >= 1
    return nums[0] == target and nums[1] == target

def g(k=2, target=1234):
    assert k >= 1
    return [target] + [target] * k

assert f(g())

def f(x: int, y=2, m=0, n=40):
    return all(x * y >= m * n + m for m in range(m, n))

def g(y=2, m=0, n=40):
    return int(int("123456789" + "0"*9) ** y + m) + 1

assert f(g())

def f(x: float):
    return str(x) == str(x).replace("0", "a").replace("-", "b")

def g():
    return 2.8

assert f(g())

def f(inds: List[int], target=10):
    return len(inds) == target and inds == sorted(inds)

def g(target=10):
    return [10*i for i in range(target)]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [1] * n

assert f(g())

def f(s: str, target="hahaha", word=''):
    return s == target

def g(target="hahaha", word=''):
    return "hahaha" + word

assert f(g())

def f(inds: List[int], n=7):
    return all(v for v in inds if v < n)

def g(n=7):
    return [10, 5, 9, 1, 5, 1]

assert f(g())

def f(nums: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    assert nums == target
    return len(set(nums)) == len(set(target))

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return target

assert f(g())

def f(word: str, target=5):
    assert len(word) >= target
    return len(word) % 2 == 0

def g(target=5):
    return str(int(target*int("123456789" + "0"*9) ** 0.5))

assert f(g())

def f(s: str):
    return s.count("*") == 1

def g():
    return "A*B"

assert f(g())

def f(n: int):
    for i in range(n + 1):
        if i == 0:
            return True
    return False

def g():
    return int(1) - 1

assert f(g())

def f(li: List[int]):
    return all([i < len(li) for i in range(len(li))]) and len(set(li)) == 3

def g():
    return [1, 2, 2, 3]

assert f(g())

def f(nums: List[int], a=100, b=1000, c=5000):
    return all(i >= 0 for i in nums) and all((1 + (nums[i] - nums[-i]) ** c) % a for i in range(10)) and all([a ** b > 0] for a in nums)

def g(a=100, b=1000, c=5000):
    return [a - b + c for i in range(10)]

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return all(n in s for n in a if n in b) and all(n in s for n in b if n in a)

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return ''.join("{} {}".format(a, b) for a, b in zip(a, b))

assert f(g())

def f(a: int, target=100, state=None):
    return all(a > target and state is not None for state in [250000, 15000, 0])

def g(target=100, state=None):
    state = state or 250000
    return target * state + target + 1

assert f(g())

def f(c: int):
    return (c >> 0) * c == c >> 0

def g():
    return int(int(0)**0.5)

assert f(g())

def f(s: str, n=3697):
    return all((all(j**2 + i == j for j, i in enumerate(s)) for i in range(n)) for i in range(n))

def g(n=3697):
    return "123456789" + "0"*9

assert f(g())

def f(s: List[int], n=1000):
    return len([a for a in s if a != 0]) == n

def g(n=1000):
    return [1] * n + [0] * n + [0] * n + [0] * n + [0] * n + [0] * n

assert f(g())

def f(targets: List[str]):
    i, j, k = targets
    return all(t in targets for t in [string for string in targets if string.count(i) == 1])

def g():
    return ["one", "two", "three"]

assert f(g())

def f(nums: List[int], m=6):
    return len(set(nums)) == m

def g(m=6):
    return [n for n in range(m)]

assert f(g())

def f(r: List[float]):
    return len(set(r)) > 2 or all(max(h * (a + b) for a, b in zip(r))) and r[-1] - r[0] > 1e-15

def g():
    return [10.0, 20.0, 30.0]

assert f(g())

def f(string: str, target=4):
    return len(set(string)) > target

def g(target=4):
    return "abcdefghijklmnopqrstuvxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(str: str):
    return all(char in str for char in "abcdefghijklmnopqrstuvwxyz" if char not in str)

def g():
    return "123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s: str):
    return str(s).startswith("I!!!")

def g():
    return "I!!!!"

assert f(g())

def f(x: List[int], d=10):
    return all(i == x[i] for i in range(10))

def g(d=10):
    return [i for i in range(d)]

assert f(g())

def f(d: List[int], c=1.5):
    return len({d[i] for i in range(len(d))}) == 3

def g(c=1.5):
    return [2, 3, 4]

assert f(g())

def f(r: List[int], m=100):
    return len(r) >= m

def g(m=100):
    return [n*n for n in range(m)]

assert f(g())

def f(nums: List[int]):
    assert all(m for m in nums if m == sum(nums) - 1)
    return len(nums) <= 10

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return "." in s

def g():
    return "123.456789"

assert f(g())

def f(s: str):
    if s == "t":
        return s.lower() == s.upper()
    return True

def g():
    return "This file is not here"

assert f(g())

def f(max_nums: List[int], n=6):
    return n == max(nums for nums in max_nums)

def g(n=6):
    return [n for i in range(n+1) for j in range(n+1)]

assert f(g())

def f(inds: [int], s=["abcdefg"], target=7):
    return all([i == j for i, j in inds]
               for i in range(len(inds) - 1)
               for j in range(1, len(s) + 1))

def g(s=["abcdefg"], target=7):
    return range(target, target + len(s))

assert f(g())

def f(s: str):
    return "{} {}" in s and "{} {}" in s

def g():
    return "{} {} {}"

assert f(g())

def f(li: List[int], n=1000):
    for i in range(n):
        if li[i] not in [0, 255]:
            return False
    return True

def g(n=1000):
    return [0]*n

assert f(g())

def f(b: bool):
    b = not b
    return b

def g():
    return bool(f(True))

assert f(g())

def f(c: List[int], a=10, b=100, n=100):
    return sum(c if a < b < a + b else c for c in c) > n

def g(a=10, b=100, n=100):
    return list(range(a, b+1)) + [a, b, n]

assert f(g())

def f(x: int, a=19, b=43):
    return x > a and x >= b

def g(a=19, b=43):
    return 42 * a + 1

assert f(g())

def f(s: str):
    return list(s.split()) == ['foo', 'bar', 'baz', 'oddball']

def g():
    return "foo bar baz oddball"

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150, r=1):
    return all(n >= r for n in range(4, upper_bound + 1))

def g(a=15, b=27, upper_bound=150, r=1):
    return a + b

assert f(g())

def f(m: int, n=1234578987654321):
    return m > n

def g(n=1234578987654321):
    return n*n

assert f(g())

def f(n: int):
    assert n in range(20)
    return n in range(1, 20)

def g():
    return len([1, 2])

assert f(g())

def f(a: int, cpt=100):
    return 1 if 0 <= cpt < a else max(0, cpt) == a

def g(cpt=100):
    return 1 if cpt <= 99 else cpt

assert f(g())

def f(n: int):
    return n <= 1

def g():
    return 1 or 2

assert f(g())

def f(s: str):
    return s.isalnum() and s.islower() or not s.isalpha() and s.isalnum() or s.isupper() and s.islower() or s.ispunct() and s.isupper() or s.islower() and s.isdigit()

def g():
    return "abc"[0]

assert f(g())

def f(l: List[str]):
    return l[0] in ['I!!!', '!', 'dumplings', '!']

def g():
    return ["I!!!", "!", "dumplings", "!", "!"]

assert f(g())

def f(b: int):
    return b < 100

def g():
    return 9

assert f(g())

def f(s: str):
    return {str(i) for i in range(10)} == {str(i) for i in range(10)}

def g():
    return "Hello, World!"

assert f(g())

def f(s: str, sep="!!"):
    return sep.join(s) == sep.join(s[::-1])

def g(sep="!!"):
    return sep + "!!"

assert f(g())

def f(x: List[int]):
    x = sorted(x)
    return x == [0, 1, 4, 6, 7, 8, 9, 10, 11, 15, 16, 17, 19, 20, 21, 24, 25, 27, 28, 29, 30, 31]

def g():
    return [0, 1, 4, 6, 7, 8, 9, 10, 11, 15, 16, 17, 19, 20, 21, 24, 25, 27, 28, 29, 30, 31][::-1]

assert f(g())

def f(nums: List[int], n=7):
    return nums == [1] * n

def g(n=7):
    return [1]*n

assert f(g())

def f(s: str, prefix="c", length=4):
    return s.count(prefix) == length

def g(prefix="c", length=4):
    return "123456789c" * length

assert f(g())

def f(s: List[str]):
    return len(s) == 10 and all((x.count("p") > x.count("q")) and ('q' in x) for x in s)

def g():
    return ["p"*(i+2)+"q" for i in range(10)]

assert f(g())

def f(seq: List[str], n=3):
    return len(seq) == n

def g(n=3):
    return ["a"*n for a in range(n)]

assert f(g())

def f(s: str):
    return "I love you!" == s

def g():
    return 'I love you!'

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) >= 3

def g():
    return list(range(1000))

assert f(g())

def f(s: List[str], n=4):
    return all([s[i] == s[i-1] for i in range(n)])

def g(n=4):
    return [s[0] + s[1] + s[2] + s[3] for s in ["a"*n for i in range(100)]]

assert f(g())

def f(l: List[str], n=10):
    return len(set(l)) == n

def g(n=10):
    return ["str" + str(i) for i in range(n)]

assert f(g())

def f(n: int):
    import random
    random.seed(0)
    K = 1000  # number of samples
    probability = sum(1 / 8 * (len(random.sample(range(n), K)) + 1) for j in range(K))
    return probability ** 3 > 15

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], b=3):
    return all(i in nums for i in range(b))

def g(b=3):
    return list(range(b * b))

assert f(g())

def f(a: List[int], n=3):
    return all(a==b for a, b in zip(a, a + [n]))

def g(n=3):
    return [1, 2, 3] * n

assert f(g())

def f(s: str):
    return all(x in s for x in ['abc', 'a', 'd', 'e', 'f'])

def g():
    return "abcdefgb"

assert f(g())

def f(e: List[int], n=1234):
    e[0] * e[1] * e[2] == n
    return True

def g(n=1234):
    return [1 for _ in range(1000)]

assert f(g())

def f(g: List[str]):
    return any(x == y for x, y in g)

def g():
    return ["aa", "bb", "cc"]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and len(set(s[::-1])) == 1000

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

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(s: str):
    s = s.strip('\\')
    length = len(s)
    assert length > 0 and s[length - 1:] != s[:length - 1]
    return s[length - 1] == ':'

def g():
    return " :"

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000
    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 0

assert f(g())

def f(v: List[int], n=3):
    return sum(v[i] ** n for i in range(n)) == 0

def g(n=3):
    return [0] * n + [1] * n + [2] * n + [3] * n

assert f(g())

def f(s: str, size=100):
    return size < len(s) or s[size - 1] != ' '

def g(size=100):
    return "123456789" + "0"*(3*size) * (size + 1)

assert f(g())

def f(l: List[int], count=8):
    return sum(map(float, l)) >= count

def g(count=8):
    return [1, 2, 3, 4, 5,6,7,8,9]

assert f(g())

def f(nums: List[int], n=2045):
    return sum(nums) <= 100000000 and list(range(n)) == nums

def g(n=2045):
    return [x for x in range(2045)]

assert f(g())

def f(s: str, target="1", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="1", length=6):
    return target if target else ["1", "2", "3", "4", "5", "6"]

assert f(g())

def f(seq: List[int], target=40):
    if len(seq) < target:
        return False
    for i, x in enumerate(seq):
        if all(j < x for j in seq):
            return False
    return True

def g(target=40):
    return [i for i, x in enumerate(range(1000))]

assert f(g())

def f(s: str, length=3):
    if len(s) > length:
        return True
    if not len(s) == length:
        return False
    nums = [(3, 5), (5, 1), (6, 0), (4, 6)]
    return all(i in nums for i in s)

def g(length=3):
    return "123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, a=2**24, b=2**63):
    return -x // a == b

def g(a=2**24, b=2**63):
    return -int(a * b)

assert f(g())

def f(s: str):
    return len(s) == len(set(s))

def g():
    return str(1)

assert f(g())

def f(s_case: str, s="canyoutellifithasthemorecaps"):
    return s_case == s.upper()  # no point in checking capitals

def g(s="canyoutellifithasthemorecaps"):
    return s.upper()

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and sum(probs) > 0
    return sum(probs) * 0.5 < 1e-6

def g():
    return [1e-99, 1e-100, 1e-101]

assert f(g())

def f(l: List[int], n=100):
    return len(l) == n and all(l[i] == i for i in range(n))

def g(n=100):
    return list(range(n))

assert f(g())

def f(num: List[int]):
    return sum(num[n] for n in range(len(num))) == max(num)

def g():
    return [0 for n in range(2)]

assert f(g())

def f(q: List[str]):
    return all(s in q for s in ["a","b","c","d","e","f"])

def g():
    return ["a","b","c","d","e","f","g"]

assert f(g())

def f(ind: List[int]):
    return all([ind[i] >= 0 for i in range(3)])

def g():
    return [1, 2, 3]

assert f(g())

def f(l: List[int]):
    return all(i in range(100) and l[i] >= i for i in range(100))

def g():
    return [n*n for n in range(100)]

assert f(g())

def f(t: List[int], n=20):
    for x in range(n):
        assert t[x] == x
    return len(t) == n

def g(n=20):
    return [i for i in range(n)]

assert f(g())

def f(a: List[int], b=8):
    return sum(a) == b

def g(b=8):
    return [2, 6]

assert f(g())

def f(res: int, m=12345, n=1):
    return res == m

def g(m=12345, n=1):
    return int(m / n)

assert f(g())

def f(s: str, target="foobarbazwo", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwo", length=6):
    return "foobarbazwo"[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(x for x in nums if abs(x) < n and x % 10 != 0) <= 1e9

def g(n=12345):
    return [1, 2]

assert f(g())

def f(l: List[int]):
    return all(i <= j < k < l[i + 1] - l[i - 1] for i, j in enumerate(l) for k in range(l[i] + 1, l[i] + j))

def g():
    return []

assert f(g())

def f(x: int):
    x += 1
    return x > 32767

def g():
    return 32771

assert f(g())

def f(li: List[int]):
    return len(li) >= 5

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return (s == "foobar" or s.count("foobar") >= 2)

def g():
    return "foobar foobar"

assert f(g())

def f(ans: List[str], targets=["abc","bcd","cde"]):
    for t in targets:
        t += "0" if t != ans[t.index(t)] else t
    return len(ans) >= len(targets)

def g(targets=["abc","bcd","cde"]):
    return [t[::-1] for t in targets]

assert f(g())

def f(a: List[int], lower_bound=50):
    return min(a) <= lower_bound and max(a) >= lower_bound

def g(lower_bound=50):
    return [50, 20]

assert f(g())

def f(numbers: List[int], target_range=range(10, 50)):
    for index, num in enumerate(numbers):
        if num == target_range[index]:
            return True
    return False

def g(target_range=range(10, 50)):
    lst = []
    for index in target_range:
        lst.append(index)
    return lst

assert f(g())

def f(x: float, a=10):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=10):
    return float(a ** 0.5)

assert f(g())

def f(n: int):
    return all(n < (10 ** n) for n in range(60))

def g():
    return 1

assert f(g())

def f(seq: List[int]):
    return [i for i in seq] == [0, 1, 2]

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int, p=0.2, n_p=50, j=0.1):
    return n * (n_p * 2 - n_p * j - 1)*p > 10000

def g(p=0.2, n_p=50, j=0.1):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], target=4):
    return len(li) == target and sum(n for n in li if n == target) == len(li)

def g(target=4):
    return [target + i for i in range(target)]

assert f(g())

def f(nums: List[int], target=50):
    return sum(nums) > target

def g(target=50):
    return [x+1 for x in range(target)]

assert f(g())

def f(t: str, s="Hello World"):
    return t == s

def g(s="Hello World"):
    return s

assert f(g())

def f(k: int, x=9223372036854775807):
    return int(0.5 * x / k ** 2) < 1e-10  # 0.5 is closest to 1: 0.3125

def g(x=9223372036854775807):
    return x * 3

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

assert f(g())

def f(x: List[int]) -> bool:
    assert x[-1] == x[0] == x[1] == x[2] == x[-1]
    return True if x[-3] <= x[-2] else False

def g():
    return [3, 3, 3, 3]

assert f(g())

def f(s: str):
    return set(s) == set("0+1")

def g():
    return "0+1"

assert f(g())

def f(s: str):
    return s == "wonderful"

def g():
    return "wonderful"

assert f(g())

def f(tot: int, nums=[2, 8, 25, 18, 99, 11, 17, 16, 20], 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, 20], thresh=17):
    return sum(1 if i < thresh else 2 for i in nums)

assert f(g())

def f(input_sizes: List[int]):
    return sum(i for i in input_sizes if i > 0) > 9

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: str, s="aBbBb"):
    return 1 < len(x) and x in s

def g(s="aBbBb"):
    return s[:5]

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijklmnopqrstuvwxyz")

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int]):
    return all(nums[i:i + 3] for i in range(1, 6))

def g():
    return 3*[1,2,3]

assert f(g())

def f(s: str):
    return "'" + s.replace(' ', "") + "'" not in "This is not the world!"

def g():
    return "I am here"

assert f(g())

def f(list: List[int], target=8):
    return len(list) >= target and sum(i != target - (i + 1) for i in range(target)) >= 1

def g(target=8):
    return list(range(target*8))

assert f(g())

def f(t: str, s=":)"):
    return t[0] == s[0]

def g(s=":)"):
    return s

assert f(g())

def f(x: int):
    return x > 100

def g():
    return 50*50

assert f(g())

def f(t: str):
    return (t[6] in "dumplings" and "d" not in t) or (t[:3] in "dumplings" and t[6:] not in "dumplings")

def g():
    return "dumpling d dumpling"

assert f(g())

def f(s: str, upper_bound=99):
    return s.startswith('1')

def g(upper_bound=99):
    return "1234567890"*upper_bound

assert f(g())

def f(x: float, a=8665464, b=0):
    return a - x == b

def g(a=8665464, b=0):
    return float(a - b)

assert f(g())

def f(p: str):
    return p == "hello"

def g():
    return "%s" % "hello"

assert f(g())

def f(n: int, a=100, b=17, c=20):
    return a < sum(a for a in b * [0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34])

def g(a=100, b=17, c=20):
    return min(a, b, c)

assert f(g())

def f(y: List[int], n=100):
    return (y == x for x, y in zip(y, y[1:])) and len(set(y)) == n

def g(n=100):
    return [x for x in range(n)]

assert f(g())

def f(c: str, thresh=5):
    f32 = 0  # case f32 = 0 can not be reached
    for c in c:
        if c == c.upper():
            f32 = 1
    return f32 == 1

def g(thresh=5):
    return "This is in the thresh"

assert f(g())

def f(p: List[str]):
    return all(p[i] == word for i in range(len(p)) and word in p[i])

def g():
    return [word for word in "abcdefghijklmnopqrstuvwxyz" if word.isdigit()]

assert f(g())

def f(s: str):
    return s == '.' or any(s in 'abcdefghijklmnoqrsstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ' and any(n in '123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ' and (n * n < 6) for n in s.split()[0]) for s in s.split(','))

def g():
    return '.'

assert f(g())

def f(s: str):
    return s.count("+") == 1 and not s in [".", "-", "+", "*"]

def g():
    return "abc+def"

assert f(g())

def f(s: str):
    return ''.join(map(lambda x: x, s.lower())) == 'hello world'

def g():
    return ''.join(map(lambda x: x, ("hello" + " world")))

assert f(g())

def f(n: int, a=15482, b=23223, lower=2):
    return n ** 2 > (a * b) ** 2

def g(a=15482, b=23223, lower=2):
    return a * b * b

assert f(g())

def f(nums: List[int], target=20):
    covered = []
    total = 0
    for i in nums:
        total += nums[i]
        covered += [(i, target)]
    return len(set(covered)) == len(covered) == target

def g(target=20):
    return [i for i in range(target)]

assert f(g())

def f(x: List[int], a=1, b=1):
    return list(x) == [a, b]

def g(a=1, b=1):
    return [1, 1]

assert f(g())

def f(sorted: List[int], target=10):
    return all(isinstance(i, int) for i in sorted) and len(sorted) > target

def g(target=10):
    return sorted(range(1000), key=lambda i: i*i + target)

assert f(g())

def f(a: int, b=100):
    if b == 200:
        return a > 150
    else:
        return a == b * 100

def g(b=100):
    return b * 100

assert f(g())

def f(l: List[int]):
    if len(l) == 2:
        return l == [2, 0] and all(i == 0 for i in l[::-1])
    return len(l) == 4

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(s: str):
    return "123" in s and 'abc' in s and "1234" in s

def g():
    return "123abc1234" * 9

assert f(g())

def f(nums: List[int], k=13):
    a, b, c = nums
    if k < 2:
        c = 1
    if k == 13:
        return True
    return {n: a * n / b, b: b * n, c: c * n * 2} == {n ** 2, n, n ** 3, n ** 4}

def g(k=13):
    return [3, 4, 7]

assert f(g())

def f(s: str, target=100, max_options=8):
    return max(s.count("a") for _ in range(max_options)) < target

def g(target=100, max_options=8):
    return "abcdefghijkmnopqrstuvwxyz"[0:max_options:][::-1]

assert f(g())

def f(s: List[str]):
    return all(x in s for x in ["a", "b", "c"])

def g():
    return ['a', 'b', 'c']

assert f(g())

def f(s: str):
    return s.count("A",) > 4

def g():
    return "A"*1000

assert f(g())

def f(z: float, m=20):
    return sum(abs(k) for k in range(m) if abs(k) > 10**(-3)) < abs(z)

def g(m=20):
    return float("21.5")**(2*m+1)

assert f(g())

def f(s: str):
    return s == "" or (s.count("9") > 0 and s.count("1") > 0) or s in "18-+*/"

def g():
    return ""

assert f(g())

def f(x: List[int], n=200):
    return max(x) == n * (n + 1)

def g(n=200):
    return [n * (n + 1)]

assert f(g())

def f(n: int):
    return n >= 0 and abs(n) == 0

def g():
    return 0

assert f(g())

def f(s: str, a=False):
    for i in range(len(s)):
        if s[i] == "1": return True
    return False

def g(a=False):
    return "123456789\n123456789\n"

assert f(g())

def f(s: str, start=1):
    return start >= len(s) and min(len(s) - start, len(s)) < len(s)

def g(start=1):
    return str(start)

assert f(g())

def f(l: List[int], sum_of_entries=30):
    return all(0 <= i and i < len(l) and l[i] != l[i-1] for i in range(sum_of_entries))

def g(sum_of_entries=30):
    return list(range(1, 1000))

assert f(g())

def f(n: int):
    h = 2 ** n
    return (2 ** n) % h == 0

def g():
    return 0

assert f(g())

def f(num: int, lower_bound=5):
    return min(1000000, num * 10 + lower_bound) > num

def g(lower_bound=5):
    return 1234

assert f(g())

def f(s: str, reverse=False):
    return all(s == reverse for s in s)

def g(reverse=False):
    return "hello" * reverse

assert f(g())

def f(s: str, c=0):
    return s.count("c") == 3

def g(c=0):
    return "c"*3

assert f(g())

def f(seq: List[int], m=5):
    return all(n > m for n in seq) and sum(seq) >= m

def g(m=5):
    return [m*m for i in range(5)]

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return s.startswith("foobarbazwow")

def g(substrings=['foo', 'bar', 'baz']):
    return "foobarbazwow"*3

assert f(g())

def f(nums: List[int], n=3):
    return all(nums[i] == 1 for i in range(n)) and all(nums[-1] == 1 for i in range(n))

def g(n=3):
    return [1] * n

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and 2 * (p[1] - p[0]) == p[2]

def g():
    return [p for p in range(1000)]

assert f(g())

def f(x: int, a=1020, b=11):
    return x - a == b

def g(a=1020, b=11):
    return a+b

assert f(g())

def f(s: str, a="a", b="b", c="c", n=6):
    if len(s) < 12:
        raise AssertionError("s is too short.")
    return s[0:n - 1] != a or s[-1:] != b or all(c != s[n - 1:n])

def g(a="a", b="b", c="c", n=6):
    return "abc"*(n + 1)

assert f(g())

def f(nums: List[int], target=5):
    return all(i in range(len(nums)) for i in nums) and len(nums) >= target

def g(target=5):
    return list(map(int, list(range(5+sum(map(int, range(1000)))))))

assert f(g())

def f(b: List[int]):
    return True if len(b) == 1 else all(c in b for c in range(len(b)))

def g():
    return [0, 1]

assert f(g())

def f(s: str, target=23):
    return all(len(s) >= target + 1 for s in s.split("."))

def g(target=23):
    return "".join("123456789" + "0"*9 for i in range(target + 1))

assert f(g())

def f(x: List[int], target=3):
    for i in range(len(x)):
        if target == i:
            return True
    return False

def g(target=3):
    return [3*i for i in range(1000)]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(2*len(target)) // 3:(2*len(target)) // 3 + length] == s

def g(target="foobarbazwow", length=6):
    return target[(2*len(target)) // 3:(2*len(target)) // 3 + length]

assert f(g())

def f(n: int):
    return min(n, 1000000000) > 9 * 2 * 5 * 64

def g():
    return 123456789

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(n: int, ops=['x+', '--x', '--x'], target=19143212):
    if n < target:
        if n != target:
            assert n + 4 > target
            n += 4
        else:
            assert n == target
            n -= 4
    else:
        if n > target:
            n -= 4
        else:
            assert n == target
    return n == target

def g(ops=['x+', '--x', '--x'], target=19143212):
    if target == 19143212:
        return target
    else:
        if target + 7 < target:
            target -= 7
        else:
            assert target == target + 7
    return target - target

assert f(g())

def f(gen: List[int], target=13):
    for b in gen:
        if b == target:
            return True
    return False

def g(target=13):
    return [target]

assert f(g())

def f(x: str, n=4):
    return x[0] == '1' and x[1] == '2' and x[2] == '3'

def g(n=4):
    return "1" + "2" * n and "1234567" + "4567" * (n-1)

assert f(g())

def f(s: str, x=1, y=1):
    return s == "{0} and {1}".format(x, y)

def g(x=1, y=1):
    return str("{} and {}".format(x, y))

assert f(g())

def f(li: List[int], k=5):
    if len(li) == k:
        return True
    assert all([i > 1 for i in li])
    return False

def g(k=5):
    return [0 for i in range(k)]

assert f(g())

def f(n: int):
    return sum(1 if i < 3 else 2 for i in range(n)) == n

def g():
    return 1 + 1

assert f(g())

def f(n: int, a=14302, b=5):
    return n >= a and n >= b

def g(a=14302, b=5):
    return (4 <= a and a*3) or (2*a + 2*b - 1)%3

assert f(g())

def f(s: str):
    return len(s) > 100

def g():
    return "123456789"*100

assert f(g())

def f(s: str, sz=7):
    return (sz > 0) == (len(s) > 0) and s[-1::-1].count(" ") == sz

def g(sz=7):
    return str(sz) + " " + str(sz + 1) + " " + str(sz + 2) + " " + str(sz + 3) + " " + str(sz + 4) + " " + str(sz + 5) + " " + str(sz + 6) + " " + str(sz + 7)

assert f(g())

def f(fmt: str):
    return fmt.find('?') != -1

def g():
    return "??"

assert f(g())

def f(nums: List[int], a=2000):
    return len(set(nums)) != 1

def g(a=2000):
    return [1, 2, 3] * a

assert f(g())

def f(x: int, a=3, b=23463462):
    return b // x == 0

def g(a=3, b=23463462):
    return b*a

assert f(g())

def f(s: str, n=13):
    return abs(n % len(s) == 0) == 1

def g(n=13):
    return "9"

assert f(g())

def f(list: List[str]):
    assert len(list) == 1000
    return all(bool(r) for r in list)

def g():
    return [str(i) for i in range(1000)]

assert f(g())

def f(target: List[int]):
    return max(0, target[0]) < max(0, target[1]) < max(0, target[2])

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(start: int, k=5, target_num=30000):
    return (start * k) == target_num

def g(k=5, target_num=30000):
    return target_num // k

assert f(g())

def f(s: str, words=['']):
    for w in words:
        if w.isalpha():
            return False
    return True

def g(words=['']):
    return "".join("".join([w for w in s if w.isalpha()]) for s in words)

assert f(g())

def f(xs: List[List[str]], d=2):
    return len(xs) == d and all(not all([s[i] == -1 or s[i] == 1 for i in range(d)]) for s in xs)

def g(d=2):
    return [["2"*i for i in range(d)], ["1"*i for i in range(d)]]

assert f(g())

def f(p: List[List[int]], target=50):
    return len(p) >= target

def g(target=50):
    return [list(range(10)) for _ in range(target)]

assert f(g())

def f(s: str):
    return max(s.count("1") for s in set(s)) == max(s.count("1") for s in set("7+812+812+812+812"))

def g():
    return "123456789" + "0"*9

assert f(g())

def f(n: int, lace="b", target=134723):
    sub = lace[n: n + len(lace) // 2]
    return n >= 0 and lace.count("r") == 2 * sub.count("r")

def g(lace="b", target=134723):
    return 134723

assert f(g())

def f(a: List[int], n=18):
    return len(set(a)) == n

def g(n=18):
    return [i for i in range(9)] + [i for i in range(n)]

assert f(g())

def f(l: List[int], target_len=8):
    for i in range(target_len):
        if l[i] == 5:
            return False
    else:
        return True

def g(target_len=8):
    return [2*i for i in range(target_len)]

assert f(g())

def f(s: str):
    return s[:8] == 'abcdef'

def g():
    return "abc" + "def"

assert f(g())

def f(points: List[List[int]]):
    assert all((len(j) > 1 or j in points) for j in points)
    return len(points) >= 3

def g():
    points = [
        [1, 2, 3, 4],
        [4, 3, 2, 1],
        [1, 0, 6, 0],
        [0, 1, 0, 0],
    ]
    return points

assert f(g())

def f(p: List[int], upper=10):
    return 0 <= p[0] <= len(p) - upper and (p[-1] + p[0]) < len(p)

def g(upper=10):
    return [0, 1] * upper

assert f(g())

def f(l: List[str]):
    return len(set(l)) > 5

def g():
    return ["a","b","c","d","e","f"]

assert f(g())

def f(nums: List[int], u=1, v=1011):
    assert nums == [u, v]
    return all(x in nums for x in nums if x != u and x != v)

def g(u=1, v=1011):
    return [u, v]

assert f(g())

def f(str: str):
    return "Hello " + str == "Hello world"

def g():
    assert str
    return "world"

assert f(g())

def f(s: List[int], n=5000):
    return len(s) == len(set(s)) == n

def g(n=5000):
    return [3*i for i in range(n)]

assert f(g())

def f(s: str, thresh=10):
    return int(s.split()[0]) > thresh

def g(thresh=10):
    return str(int(thresh) * thresh) + "0"

assert f(g())

def f(s: str):
    return "42" in s

def g():
    return "42"

assert f(g())

def f(li: List[int]):
    return len(li) == 3

def g():
    return [1,2,3]

assert f(g())

def f(li: List[int], b1=10, b2=8):
    return sum(li) == b1 or sum(li) == b2

def g(b1=10, b2=8):
    return [3, 5]

assert f(g())

def f(s: str, upper_bound=99):
    return s.startswith('1')

def g(upper_bound=99):
    return "123456789" * upper_bound

assert f(g())

def f(l: List[str]):
    return all(len(t) == len(s) for s, t in zip(l, l[1:]))

def g():
    return ["abc", "bcd", "cde"]

assert f(g())

def f(s: str):
    return max(s.count("1") for s in set(s)) == max(s.count("1") for s in set("7+812+812+812+812"))

def g():
    return "123456789" * 4

assert f(g())

def f(n: int, a=1337, b=23463462):
    return b - 1 * n == a

def g(a=1337, b=23463462):
    return b - 1 * a

assert f(g())

def f(s: str):
    return "".join(s) == "foobarbazwow"

def g():
    return "foobar" + "bazwow"

assert f(g())

def f(c: str):
    assert c.rfind("e") != -1
    return c.endswith(".")

def g():
    return "e.e.e."

assert f(g())

def f(list1: List[List[int]]):
    return list1[0].count(1) == list1[1].count(1)

def g():
    return [
        [1, 2],
        [0, 1],
        [0, 2],
        [2, 1],
        [1, 0],
    ]

assert f(g())

def f(n: int):
    if n < 1:
        return False
    return True

def g():
    return 1 if 1 else 2

assert f(g())

def f(s: str, k=5):
    # a: {1: ["aaa", "bbb", "ccc"]}
    return s.startswith("aaa")

def g(k=5):
    return "aaaaa" + "bbbbb" + "ccccc"

assert f(g())

def f(c: int, n=100):
    return c < 10**(-n)

def g(n=100):
    return n * int(1 + (-1)**(n-1))

assert f(g())

def f(s: str):
    return len(s) == 0 or s[0] == '*' and s[-1] == '*'

def g():
    return "*"

assert f(g())

def f(p: List[int], b=None):
    return all(j in p for j in range(100))

def g(b=None):
    return [i for i in range(100)]

assert f(g())

def f(x: List[int], a=100, b=10):
    return all([x[i] == a + i for i in range(b, len(x), -1)])

def g(a=100, b=10):
    return [0] + [a, 1] + [b + 1] + [2] + [b, 3] + [4] + [b, 5] + [6] + [b, 7] + [8] + [b, 9][::-1]

assert f(g())

def f(number: int):
    for i in range(24):
        assert number > 0
        number -= 1 + (number - 1) // 5
    return number > 0

def g():
    return 10**7

assert f(g())

def f(x: List[str], n=1000):
    return len(x) == 1000

def g(n=1000):
    return [str(n) + str("0") + str(i) for i in range(n)]

assert f(g())

def f(x: float, a=1020):
    return abs(a * x ** 2 - 1) <= 1 and x > 0

def g(a=1020):
    return 2/a

assert f(g())

def f(x: int, n=7012):
    return max(x - a for a in range(n)) == n

def g(n=7012):
    return 1 + max(i for i in range(n))

assert f(g())

def f(li: List[int], target=9):
    return len(set(li)) == 1 and li[0] == target

def g(target=9):
    return [target]

assert f(g())

def f(n: int, a=1, b=2, max_points=15):
    return a * b >= n and a <= b and b >= n

def g(a=1, b=2, max_points=15):
    return max(a, b)

assert f(g())

def f(perm: List[str]):
    return all(c in perm for c in chr(918))

def g():
    return [chr(918), chr(918), chr(918)]

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(length - 7) // 2:(length + 7) // 2] == s

def g(target="foobarbazwow", length=8):
    return 'foobarbazwow'[(length - 7) // 2:(length + 7) // 2]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000

def g():
    return ["a"*(i+2) for i in range(1000)]

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=1020):
    return (a * a) ** 0.25

assert f(g())

def f(c: int, target_len=8):
    return  c >= target_len * 2 and all([c >= target_len for i in range(8)] + [c / 2 for i in range(8)] + [c * 3 for i in range(8)])

def g(target_len=8):
    return 5 * 5 * 5 + 9

assert f(g())

def f(t: List[str]):
    return "".join([c for c in t if c]) == "world"

def g():
    return ["world"]

assert f(g())

def f(string: str):
    return string == 'abc' or string == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return "abc"

assert f(g())

def f(c: int):
    return all([1 for x in range(c)])

def g():
    return 123

assert f(g())

def f(s: str):
    s = str(s)
    return s == min(s)

def g():
    return "3"

assert f(g())

def f(i: int, h=0, m=0, u=0, v=0, bound=200):
    d = 1/bound - ((i * i + h) * i + m * i + u * i + v * i)
    return d < bound

def g(h=0, m=0, u=0, v=0, bound=200):
    return h*h + (u * u + v * v) * bound

assert f(g())

def f(x: List[int], n: int = 3):
    if x[n-1] == x[n]:
        return n == 3
    return x[n-1] in x and x[n-1] + x[n] not in x and x[-1] in x

def g(n: int = 3):
    return list(range(1,n+1)) + list(range(1,n)) + [n] + [1,2,3]

assert f(g())

def f(x: List[int], target=15):
    assert len(x) > target
    return sum(x) >= target

def g(target=15):
    return [target*i for i in range(1000)]

assert f(g())

def f(seq: List[int], n=10000, length=30000):
    return len(seq) == n and all(i in [1, 2] for i in seq) and sum(seq) == n

def g(n=10000, length=30000):
    return [1 for i in range(1, n+1)]

assert f(g())

def f(l: List[int]):
    return min(i for i in l if i % 4 == 0) > 0  # no 4-4, you lost

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, first_word="a"):
    return True if s == first_word else False

def g(first_word="a"):
    return first_word

assert f(g())

def f(x: str):
    return "Hello " + x == "Hello world"

def g():
    return {"one": "world", "two": "world"}["one"]

assert f(g())

def f(s: str):
    return s.count('h') == 1000 and s.count('hi') == 0

def g():
    return "hello" * 1000

assert f(g())

def f(s: str):
    return len(set(s)) == len(s) == 1

def g():
    return str(1 << 5)[1:]

assert f(g())

def f(s: str, c=3):
    return s == "6y2zqcqp5z8s"

def g(c=3):
    return "6y2zqcqp5z8s"

assert f(g())

def f(s: str):
    return s.count("+") == 1 and not s.count("x")

def g():
    return "11+12"

assert f(g())

def f(nums: List[int], maxprod=2, lower=20000):
    p = 3
    return all(p >= n for n in nums)

def g(maxprod=2, lower=20000):
    return []

assert f(g())

def f(s: str):
    if s[0] == "$":
        return False
    k = s.find("\$")
    if k > 0:
        if s[k + 1] == "$":
            return False
        k = k - 1
    if len(s) > 90:
        s = s[:90] + "-" + s[-90:]
    f24 = False
    for c in s:
        if c in "$" or c in "$;":
            f24 = True
    return f24

def g():
    return "123456789$;0"*25

assert f(g())

def f(n: int):
    return n > 2000

def g():
    return 10000

assert f(g())

def f(max: int, target=999):
    return len(str(max + 1)) >= 5 or sum(max - min for m, min in zip(range(5, 0, -1), range(5, -1, -1))) == 999

def g(target=999):
    return 10**8 - 1

assert f(g())

def f(str: str, target=0):
    assert len(str) > 0
    return all(m == str.count("-") for m in range(target, len(str)))

def g(target=0):
    target = target | 1
    return str(target)

assert f(g())

def f(s: str, n=8):
    return s == "foobar"

def g(n=8):
    return "foobar"[:n]

assert f(g())

def f(square: List[int], target=2):
    return len(square) == target

def g(target=2):
    return [i for i in range(target)]

assert f(g())

def f(li: List[int], k=2):
    return int(li[0] + li[1] * k) in li[2:]

def g(k=2):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return all(k != 1 for k in s)

def g():
    return "aaaa"

assert f(g())

def f(s: str, y=40, target=9):
    try:
        s[6:y:] == target
        return True
    except IndexError:
        return False

def g(y=40, target=9):
    return "Hello {{y}}{{target}}world".format(target=target, y=y)

assert f(g())

def f(nums: List[int], n=12345):
    return sum(x for x in nums if abs(x) < n and x % 10 != 0) <= 1e9

def g(n=12345):
    x = [n]*n
    return x

assert f(g())

def f(inds: List[int], n=300):
    return (inds == [1, 0, 0, 2, 3, 4, 5, 6, 7, 8])

def g(n=300):
    return [1, 0, 0, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str):
    return "".join(s).startswith('0123')

def g():
    return "0123"

assert f(g())

def f(l: List[int]):
    return any(i in range(1000) and abs(l[i] - l[i-1]) >= 10 for i in l) and len(set(l)) == 1000

def g():
    return [i*i for i in range(1000)]

assert f(g())

def f(n: int, upper_bound=150):
    return n > upper_bound

def g(upper_bound=150):
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(x: str, start=0):
    return x == '0' or x == '1' or x == '2'

def g(start=0):
    return str(start)

assert f(g())

def f(u: List[int]):
    assert u != []
    return sum(u[i] != i for i in range(3)) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, a=4, b=54368639):
    return all(x == 0 for x in range(n))

def g(a=4, b=54368639):
    return (1 << a) & (1 << b)

assert f(g())

def f(n: int, a=6, b=1325):
    return a + b == n

def g(a=6, b=1325):
    return a + b

assert f(g())

def f(t: List[int]):
    return len(t) == 3

def g():
    return [1, 3, 6]

assert f(g())

def f(s: float, dt=1):
    return abs(s) - dt >= 0 and abs(s) - dt <= 1

def g(dt=1):
    return 1.0*dt

assert f(g())

def f(s: str, m=1):
    return s == "hello world"

def g(m=1):
    return 'hello world' * m

assert f(g())

def f(p: List[List[int]], max_dim=100):
    return all([map(sum, [map(int, p[i]) for i in range(max_dim)]), map(max, p)])

def g(max_dim=100):
    return [list(range(i)) for i in range(max_dim)]

assert f(g())

def f(y: float, a=1055):
    return abs(y - a) < 10 ** -3

def g(a=1055):
    return a - 10**-10

assert f(g())

def f(li: List[int], n=19, max_dim=20):
    assert n == len(li), "Illegal n value"
    return max_dim not in range(n) or ((max_dim - 1) - n) % 2 == 0

def g(n=19, max_dim=20):
    return [i for i in range(n) if i < max_dim]

assert f(g())

def f(d: int, n=123456789, m=9, w=7):
    return d > n and all(i in "49" for i in str(str(d).count("4") + str(d).count("7")))

def g(n=123456789, m=9, w=7):
    return n * n + w**2

assert f(g())

def f(probs: List[float], min=0, threshold=10):
    assert abs(sum(probs) - 1) < threshold
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < threshold

def g(min=0, threshold=10):
    return [0.0, 0.0, 0.0]

assert f(g())

def f(s: str, c=1):
    return c == len(str(s))

def g(c=1):
    return str(c)

assert f(g())

def f(s: str, n=100):
    for i in range(n):
        if s[i] not in s:
            return False
    return True

def g(n=100):
    return '123456789' + '0'*n + "0"*n

assert f(g())

def f(s: str):
    return s == '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(ls: List[List[int]], target=11):
    return sum(v > 0 for v in ls) <= target

def g(target=11):
    return []

assert f(g())

def f(x:float, a=1020):
    return x > 100

def g(a=1020):
    return float(a) ** 6.28

assert f(g())

def f(nums: List[int], n=500):
    return len(nums) == n

def g(n=500):
    return list(map(int, range(n)))

assert f(g())

def f(s: str, target="fubar"):
    return s == target or s == "FUBAR"

def g(target="fubar"):
    return target or "fubar" == target

assert f(g())

def f(n: int, a=8, b=1057):
    if n < a:
        return False
    elif n > b:
        return True
    return n in a and n in b

def g(a=8, b=1057):
    return (a + b) * (a + b)

assert f(g())

def f(s: str):
    return len(set(s)) == len(set('Permute me true'))

def g():
    return "Permute me true" * 9

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 s.upper() if "a" in s else s

assert f(g())

def f(x: List[int], a0=10201202001, a1=12345):
    return x[-1] == a0 - a1

def g(a0=10201202001, a1=12345):
    return [a0-a1 for _ in range(10000)]

assert f(g())

def f(target: int):
    return 10 <= target

def g():
    return 10

assert f(g())

def f(nums: List[int], n=123):
    return nums == [n]

def g(n=123):
    return [123]

assert f(g())

def f(s: str):
    return "Hello " + s + ' world' == 'Hello world world'

def g():
    return "world"

assert f(g())

def f(n: int):
    if isinstance(n, int):
        return n > 1000
    return n > 3

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str):
    if s == "hello" and "h" in s:
        return True
    return 'world' in s

def g():
    return "world"

assert f(g())

def f(g: List[List[int]], n=10):
    if len(g) == 0:
        return False
    for i in range(len(g) - 1, -1, -1):
        assert 2 in g[i], f"Expected 2 in `{g[i]}` but found {2}"
    for i in range(n):
        assert len(g[i]) == n, str(i) + ": " + str(g[i].count([]))
    return True

def g(n=10):
    return [list(list(range(n))) for _ in range(n)]

assert f(g())

def f(list: List[str]):
    return len(list) == 5 and all(x in list for x in ["a", "b", "c", "d", "e"])

def g():
    return [x for x in ["a", "b", "c", "d", "e"]]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    assert a != 0 or c == 3
    return abs(n) > 1000

def g(a=17, b=100, c=20):
    return (a*a*b) + (9*c)

assert f(g())

def f(nums: List[int], n=12345):
    return True if len(nums) == n else False

def g(n=12345):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s.count('d', 1) == 0 and len(s) == 1 and not s in '^$()a*()/'

def g():
    return ['a', 'b', 'c'][1]

assert f(g())

def f(n: int):
    s = str(n)[1:-1]
    return (s[0] != s[-1]) or (s[1:3] == "123.456" and s[-1] != s[1:])

def g():
    return int(int(str(123456789) + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.lower() == "abcdefghijklmnopqrstuvwxyz"

def g():
    return sorted(["abcdefghijklmnopqrstuvwxyz",
                   "ABCDEFGHIJKLMNOPQRSTUVWXYZ",
                   "123456789"])[1]

assert f(g())

def f(p: List[int], target=8, max_stamps=4, options=[10, 32, 8]):
    return p == target or max(p) >= max_stamps

def g(target=8, max_stamps=4, options=[10, 32, 8]):
    return [target + x * x for x in range(max_stamps)]

assert f(g())

def f(s: str, n=3):
    return len(s) == n and "".join(i for i in s) == s

def g(n=3):
    return "".join("{}".format(i) for i in range(n))

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 s.upper() or s.lower() == "cannot"

assert f(g())

def f(s: str):
    return s.endswith(f"\n")

def g():
    return "\n"

assert f(g())

def f(x: str):
    return "".join(x) == "I love it".replace("b", '').replace("d", '').replace("a", '')

def g():
    return 'I love it'.replace('b', '').replace('d', '').replace('a', '')

assert f(g())

def f(x: int, a=1726):
    return x == a

def g(a=1726):
    return a

assert f(g())

def f(states: List[str], l=10):
    assert l <= len(states)
    return all(s in states for s in states)

def g(l=10):
    return [str(i) for i in range(1000)]

assert f(g())

def f(a: int, seq=[2, 2]):
    return a <= 5

def g(seq=[2, 2]):
    return sum([ a <= 5 for a in seq ])

assert f(g())

def f(x: List[int]):
    return len(x) > 2

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return len(s) == len(s)

def g():
    return "world"

assert f(g())

def f(l: List[int], target=80, options=[10, 16, 8, 32]):
    return len(l) <= target and sum(l) == target and sum(l) == sum(l)

def g(target=80, options=[10, 16, 8, 32]):
    return [1] * target

assert f(g())

def f(c: List[int]):
    return max(0, c[0] + c[1]) <= c[2]

def g():
    return [1, 2, 3, 5]

assert f(g())

def f(l: List[str], min=9):
    return all(l == "123" for i, j in zip(l[:min], l[min+1:]))

def g(min=9):
    return [s for s in ["12", "1234", "123"]][:min]

assert f(g())

def f(n: int):
    m = n
    while m > 25:
        m = 2 * m - 1
    return True

def g():
    return 1

assert f(g())

def f(lhs: List[int]):
    return lhs == 0 or sum(lhs) == len(lhs)

def g():
    return [2, 0]

assert f(g())

def f(counts: List[int], target=9):
    for i in range(len(counts)):
        if target == 0:
            return True
        if target > 0 and counts[i] == target:
            return True
    return False

def g(target=9):
    return [target for i in range(1000)]

assert f(g())

def f(n: int):
    s = str(n)
    s[len(s) - 2:] == s[:len(s) - 2]
    return len(s) == n

def g():
    return 1

assert f(g())

def f(x: int, target=1073258):
    return target == x

def g(target=1073258):
    return int(target)

assert f(g())

def f(path: List[List[int]], m=6):
    assert len(path) == m
    return len(path) % 2 == 0

def g(m=6):
    return [ [0, 1, 2] for _ in range(m) ]

assert f(g())

def f(nums: List[int], max_num=10):
    return sum(nums) == max_num and max_num in nums

def g(max_num=10):
    return [10] if max_num == 0 else [max_num]

assert f(g())

def f(string: str, substring="a", length=100):
    return string.find(substring) > -1

def g(substring="a", length=100):
    return "".join(["".join(substring) for _ in range(length+1)])

assert f(g())

def f(n: int):
    return n > 995  # n = range(2,1000)

def g():
    return int(1 + (1000*1000*1000)*(1+1))

assert f(g())

def f(s: str, n=30):
    return all(True for a in range(0, n + 1) for b in s[a])

def g(n=30):
    return str(list(map(int, range(1,n+1))))

assert f(g())

def f(s: str, n=1000):
    return all(s[i] != i for i in range(n))

def g(n=1000):
    return "123456789" + "0"*(n+9)

assert f(g())

def f(t: List[int]):
    return sum(t) == len(t)

def g():
    return [1]

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == a

def g(a=3, b=23463462):
    return b // 10 * a

assert f(g())

def f(s: str):
    if s.isspace():
        return False
    if len(s) < 4:
        return False
    s = s.split()
    return s[::-2] == s[::-1]

def g():
    return "helloworld"

assert f(g())

def f(a: int, b=0):
    return a > 10**5  and a > 5**10 or b < 2  and b < 5

def g(b=0):
    return -2

assert f(g())

def f(nums: List[int], n=18):
    nums = sorted(nums, key=lambda num: num)
    if len(nums) >= n:
        return all(i in nums for i in range(n)) and nums < [99]
    return len({num for i, num in enumerate(nums) for j in nums}) == n

def g(n=18):
    return [n for n in range(2**18)]

assert f(g())

def f(num: str):
    return num.count('1') == len(num) - 1

def g():
    return '5'

assert f(g())

def f(a: int, b=6):
    return a ** 2 == b ** 2

def g(b=6): return b

assert f(g())

def f(n: int):
    a = sum(n for i in range(n) if i != 0)
    return 1 if a < 50 else a == a

def g():
    return sum(1 for i in range(1000000))

assert f(g())

def f(input_sizes: List[int]):
    return sum(i for i in input_sizes if i > 0) > 9

def g():
    return list(range(100000))

assert f(g())

def f(s: str):
    return str(s).startswith("#")

def g():
    return "##"

assert f(g())

def f(s: str, chars=['w', 'o', 't', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['w', 'o', 't', 'r', 'd']):
    return "%s is a word!" % " ".join(chars)

assert f(g())

def f(d: List[int]):
    return len(set(d)) == len(d) - 1

def g():
    return [1, 3, 5, 4, 2, 1]

assert f(g())

def f(s: str):
    for c in s:
        if c == "":
            return False
    return True

def g():
    return "a"*7

assert f(g())

def f(nums: List[int], n=3):
    return len(nums) == 3 and sum(nums) == n

def g(n=3):
    return [i for i in range(n)]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x > b

def g(a=1073258, b=72352549):
    return a + b + 1

assert f(g())

def f(s: str, target="foo", length=6):
    return target[(len(target) - len(target) // 3) // 3:(len(target) + len(target) // 3) // 3] == s

def g(target="foo", length=6):
    return target[(len(target) - len(target) // 3) // 3:(len(target) + len(target) // 3) // 3]

assert f(g())

def f(res: int, n=50):
    k = res
    h = 1
    while h < n and k % h == 0:
        h += 1
        k /= h
    return k >= n

def g(n=50):
    return n*n

assert f(g())

def f(s: List[int], n=200):
    return all([i in s for i in range(n)])

def g(n=200):
    return [x for x in range(n) for y in range(1, n+1)]

assert f(g())

def f(n: int):
    if n in range(1000):
        return True
    return n in range(1000) and n % 10 == 5 and n % 7 == 2 and n % 3 == 0

def g():
    return 1 and 1 and 1

assert f(g())

def f(g: List[str], n=10):
    return len(g) == n

def g(n=10):
    return [str(i+n) for i in range(n)]

assert f(g())

def f(x: List[List[int]], k=2):
    return all([all(c in list(x) for c in list(str(x))) == True
               for x in x if len(x) == 3 and k != len(x)/3])

def g(k=2):
    return list([1, 2])*(1-1) ** k

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 'o%s' % chars

assert f(g())

def f(n: int):
    return (int(n) > 0)

def g():
    return 5

assert f(g())

def f(num_gen: List[int], seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    s = 0
    for i in num_gen:
        s += i
    return s >= 50

def g(seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return seq

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) <= n and sum(i < n for i in nums) == n

def g(n=10):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], d=list(range(4)), n=3):
    return sum(d[nums[i]] for i in range(n)) == 3

def g(d=list(range(4)), n=3):
    return list(range(4))

assert f(g())

def f(l: List[int]):
    return l[0] in [1, 2, 3, 4, 5, 17, 18, 23, 24, 25] and l[-1] in [20, 21, 22, 32, 33, 34, 45, 46, 47, 48]

def g():
    return [1, 4, 5, 7, 8, 11, 12, 19, 24, 25, 26, 27, 28, 29, 30, 32, 33, 34, 35, 42, 43, 44, 45, 46, 47, 48]

assert f(g())

def f(nums: List[int], k=5):
    return len(nums) > k

def g(k=5):
    return [2, 4, 3, 7, 1, 6]

assert f(g())

def f(li: List[int]):
    return {i for i in li if i} == {-1, -2, -3, -4, -5, -6, -7, -8, -9}

def g():
    return [-1, -2, -3, -4, -5, -6, -7, -8, -9]

assert f(g())

def f(a: str, b=1):
    return a == "{}".format(b)

def g(b=1):
    return '{}'.format(b)

assert f(g())

def f(n: int):
    return str(int(n) * n).startswith("123456")

def g():
    return int(int("123456" + "0"*11) ** 0.5) + 1

assert f(g())

def f(nums: List[int], a=8, b=6):
    return sum(nums) == max(nums) and len(nums) >= b

def g(a=8, b=6):
    return [0] * 1000 + [int(num) for num in range(a, b)]

assert f(g())

def f(s: str, word="konjac"):
    if s == word:
        return True
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="konjac"):
    return "konjac is a string"

assert f(g())

def f(states: List[str], size=6):
    cnt = 0
    for s in states:
        cnt += 1
    return cnt == size

def g(size=6):
    return [str(i) for i in range(size)]

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=19143212):
    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', '--x'], target=19143212):
    for op in ops:
        if op in ["x++", "x--"]:
            return target + 1
        else:
            assert op in ["--x", "x--"], 'should not happen.'
            assert target == n + 1
            return target

assert f(g())

def f(s: str, size=100):
    return size < len(s) or s[size - 1] != ' '

def g(size=100):
    return "abc" * size

assert f(g())

def f(s: str):
    return s.count('\r') >= 2

def g():
    return "123456789\r\r"

assert f(g())

def f(n: int, c=42):
    return c == n / c

def g(c=42):
    return 42 * 42

assert f(g())

def f(nums: List[int], d=list(range(4)), n=3):
    return sum(d[nums[i]] for i in range(n)) == 3

def g(d=list(range(4)), n=3):
    result = [0] * 3
    for i in range(n):
        result[i] = 1
    return result

assert f(g())

def f(nums: List[int], n=12345):
    d = 0
    for i, num in enumerate(nums):
        d += num
    return d > n*n/2

def g(n=12345):
    return [9, n**2]

assert f(g())

def f(b: List[int]):
    return all(b[i] == i for i in range(len(b)))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(y: str, target="foobarbazwow", reverse=True):
    return y == target

def g(target="foobarbazwow", reverse=True):
    return "foobarbazwow"

assert f(g())

def f(nums: List[int], d=3):
    return all(sum(nums[:i]) <= d * nums[i] or nums[i] == nums[i - 1] for i in range(10))

def g(d=3):
    return [x**2 for x in range(1, 100)]

assert f(g())

def f(ls: List[int], max=10):
    return min(ls) >= max

def g(max=10):
    return [max]

assert f(g())

def f(x: List[int]):
    return all([i in x for i in range(9)])

def g():
    return list(range(9))

assert f(g())

def f(s: str):
    return "".join(s).startswith('abcdefghijklmnopqrstuvwxyz')

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(nums: List[int], total=10):
    for i in range(5):
        assert isinstance(nums[i], int)
        assert isinstance(total, int)
        assert total == len(nums)

    return all(nums[i] > 0 for i in range(total))

def g(total=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(b: int):
    return b >= 0 and not all([i == b for i in range(b + 1)])

def g():
    return 10

assert f(g())

def f(pos: List[List[int]], max_score=3):
    return len(pos) == max_score

def g(max_score=3):
    return [[1,2,3],[1,2,3],[1,2,3]]

assert f(g())

def f(k: List[int], length=10, target=1):
    return len(k) == length and target in k

def g(length=10, target=1):
    return list(range(length))

assert f(g())

def f(t: str, s="Problems"):
    return t[:3] == s[:3].lower()

def g(s="Problems"):
    return "".join([t.lower() for t in s])

assert f(g())

def f(k: List[int], length=10, target=1):
    return len(k) == length and target in k

def g(length=10, target=1):
    return [target for i in range(length)]

assert f(g())

def f(s_case: List[str]):
    return all(x for x in s_case if x.count("a") > x.count("b"))

def g():
    return ["a"*2+"b" for i in range(10)]

assert f(g())

def f(s: str, ws=["r", "4", "5", "s", "7", "1", "2", "3"], n=5):
    return s % ws == str(n)

def g(ws=["r", "4", "5", "s", "7", "1", "2", "3"], n=5):
    return str(n) % ws

assert f(g())

def f(s: str, x=0):
    if x == 0:
        return "0" in s
    else:
        return "0" + s

def g(x=0):
    return "0"*(x+3)

assert f(g())

def f(s: List[int]):
    return s[0] * s[1] + s[1] * s[0] == 0

def g():
    return list(map(int, range(5)))

assert f(g())

def f(s: List[str]):
    return all(x in s for x in ["a", "b", "c"])

def g():
    return ["a", "b", "c"]

assert f(g())

def f(nums: List[int], target=80, max_count=100):
    return len(nums) <= max_count and sum(nums) == target

def g(target=80, max_count=100):
    return [80]

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 * 2.5

assert f(g())

def f(ls: List[str]):
    return ''.join(ls) == ''.join(map(str, ls))

def g():
    return list(map(str, range(1000)))

assert f(g())

def f(x: int, target=150, lower=30):
    return all([x != target or x >= target or x < lower])

def g(target=150, lower=30):
    return int(target) * int(lower)

assert f(g())

def f(x: float):
    return x < 1.0 or x > 1.0e6

def g():
    return 1.0e9

assert f(g())

def f(n: int):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(n) for i in range(K)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= n**2

def g():
    return 1

assert f(g())

def f(target_len: int):
    return target_len >= 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(stamps: List[int], n=20):
    assert len(stamps) == n
    return len(stamps) > 0

def g(n=20):
    return [0 for i in range(n)]

assert f(g())

def f(n: int, a=30, b=50, c=40):
    return n % a == 0

def g(a=30, b=50, c=40):
    return a + b + c

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 m is not res and max(res, m) == m

def g(m=1234578987654321, n=4):
    return min(max(m//10, 1), n) + 1

assert f(g())

def f(i: int, n=1234):
    return i > n * 3

def g(n=1234):
    return n * 5

assert f(g())

def f(s: str, target="reverse me", reverse=False, length=4):
    return set(s).intersection(target) == set("reverse me") or len(set(s) - target - s) == length

def g(target="reverse me", reverse=False, length=4):
    return "reverse me" + target*len(target)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return [a, b] in nums and n == 2 and b in nums or a in nums or b in nums

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(li: List[int]):
    return [i for i in li if i in [0, 1, 2, 3, 12, 13, 14, 15, 16, 17]] == [0, 1, 2, 3, 12, 13, 14, 15, 16, 17]

def g():
    return list((0, 1, 2, 3, 12, 13, 14, 15, 16, 17))

assert f(g())

def f(li: List[int], target=100):
    li[0] = 123
    return len(li) == target

def g(target=100):
    return [123 for i in range(target)]

assert f(g())

def f(edge: List[int]):
    return len(edge) == 4

def g():
    return [1, 2] + [3, 4]

assert f(g())

def f(s: str, target='s'):
    for i in range(len(s)+1):
        if s[i] == target:
            return True
    return len(s) == 1

def g(target='s'):
    return 'Hello '+target+" world"

assert f(g())

def f(a: int, b=0, tout=1):
    return a > b and a < tout or a < b or a > tout or tout

def g(b=0, tout=1):
    return int(int("234567890123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[str]):
    return len(set(l)) == 1000 and sum(a in l for a in set(l)) == len(l)

def g():
    return [str(i+2) for i in range(1000)]

assert f(g())

def f(f: List[List[int]]):
    return all(f == [1, 2, 3, 4, 5, 6, 7] for a, b in zip(f, f[1:]))

def g():
    return [list(range(9))]

assert f(g())

def f(n: int):
    if n > 1000:
        return True
    if n > 10000:
        return True
    if n > 100000:
        return True
    if n > 1000000:
        return True
    return False

def g():
    return int(int("123456789") ** 0.5) + 1

assert f(g())

def f(e: List[int], a=25, b=12, c=5, d=20):
    return e[0] == a and e[1] == b and e[2] == c and e[3] == d

def g(a=25, b=12, c=5, d=20):
    return [a, b, c, d]

assert f(g())

def f(nums: List[int], m=7, n=7):
    return all({sum(x*x for x in nums[i:]) >= m for i in range(n)})

def g(m=7, n=7):
    return [n - 2 if n > m else m - 3 for n in range(m, n + m + 1)]

assert f(g())

def f(s: str):
    m = len(s)
    for c in s:
        m = (m // 10 + (m % 10) - 1) % 10
    return m == m % 10

def g():
    return "Hello World"

assert f(g())

def f(s: str):
    return all(w in s for w in ["abcde", "c123", "c123", "abcde"])

def g():
    return "abcde" + "c123"

assert f(g())

def f(x: int, target=1, coeff=2):
    return x == 2 ** target and x > -2 * target

def g(target=1, coeff=2):
    return 2 ** target

assert f(g())

def f(f: float, k=3, v=9):
    return f > k and f > v * k and f > v * v * k

def g(k=3, v=9):
    return float(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s == "yEsD"

def g():
    return "yEsD"

assert f(g())

def f(s_case: str, s="Hello", count=20):
    return s_case == (s.upper() if len(s) > 1 else s.lower())

def g(s="Hello", count=20):
    return s.upper() if len(s) > 1 else s.lower().upper()

assert f(g())

def f(nums: List[List[int]], n=10):
    return len(nums) == n

def g(n=10):
    return [[0 for i in range(n)] for j in range(n)]

assert f(g())

def f(nums: List[int], target_len=10):
    x = sum(nums) <= target_len
    return x == nums.count({i for i in range(sum(nums))})

def g(target_len=10):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: int, a=12, lower=5):
    return abs(x % a) >= lower

def g(a=12, lower=5):
    return 12 + lower

assert f(g())

def f(i: int, a=1020):
    return -i == a

def g(a=1020):
    return -a

assert f(g())

def f(s: str):
    return "is " + s == "is not"

def g():
    return "not"

assert f(g())

def f(s: str):
    return s.find("Hello") != -1 or s.find("world") != -1

def g():
    return "\nworld"

assert f(g())

def f(nums: List[int], m=10, thresh=10):
    return len(nums) == m and min(nums) >= thresh

def g(m=10, thresh=10):
    return [10, 20, 30, 40, 50, 60, 70, 80, 90, 100]

assert f(g())

def f(s: str):
    return len('f'.join(s)) == 1

def g():
    return "f" * 1

assert f(g())

def f(inds: List[int], n=2, v=10, lower_bound=5):
    return sum(inds) >= n and sum(inds) > 0 and max(inds) >= lower_bound

def g(n=2, v=10, lower_bound=5):
    return [0, 0, 5, 0, 0, 0]

assert f(g())

def f(nums: List[int], m=100, n=200):
    return sum(num for num in nums if num >= 5) > 10

def g(m=100, n=200):
    return [n for n in range(m*n)]

assert f(g())

def f(x: List[str]):
    return [x[i] for i in range(len(x))] == ["h","e","l","l","o"]

def g():
    return ["h","e","l","l","o"]

assert f(g())

def f(ls: List[int], max=10):
    return min(ls) >= max

def g(max=10):
    return [10 + 10 * i for i in range(100)]

assert f(g())

def f(nums: List[int], n=50):
    return len(nums) == n and all(i ** 2 < j for i, j in enumerate(nums))

def g(n=50):
    return [n**2 for i in range(n)]

assert f(g())

def f(n: int):
    return n >= 20  # should work on any reasonable number

def g():
    return 20

assert f(g())

def f(n: int):
    if n == 1:
        return True
    else:
        return False

def g():
    return 1 if 1 else -1

assert f(g())

def f(li: List[int], target=17):
    return li[0] == target and li[-2] == target

def g(target=17):
    return [target, target+target]

assert f(g())

def f(s: List[str]):
    for i, s in enumerate(sorted(s)):
        if s == s[::-1]: return False
    return True

def g():
    return ["one"] + ["two"] + ["three"] + ["four"] + ["five"]

assert f(g())

def f(p: str):
    return p == 'abcd' or p == 'abcd' == p

def g():
    return 'abcd'

assert f(g())

def f(n: int):
    return n > 10 and n > 100000

def g():
    return int("1" * 2047)

assert f(g())

def f(s: str):
    return all(x == 'a' and s[1:2] == "abc" for x in s[2:-1])

def g():
    return "abc"[3:-1:]

assert f(g())

def f(indices: List[int], a0=0, target=[1, 2, 3, 4, 5]):
    return indices == target

def g(a0=0, target=[1, 2, 3, 4, 5]):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return ((s.count("o") and s.count("oo") and s.count("0") == 2 and s.count("0o") == 1) or
                  s.count("o") or s.count("0") == 1) and s.count("0") == 1

def g():
    return "123456789 oo " + "0o"

assert f(g())

def f(s: str, k=7):
    maxx = len(s) // k
    k = s[-1] if len(s) % k == 0 else k // (1 + int(s)[-1])
    return k in set(s)

def g(k=7):
    return "12"*k

assert f(g())

def f(n: int, b2w=0, b2bw=0, a1w=1, a1bw=1, b1w=0, b1bw=0):
    return a1w > b1w and a1bw > b1bw

def g(b2w=0, b2bw=0, a1w=1, a1bw=1, b1w=0, b1bw=0):
    return (a1w != b1w or a1bw != b1bw) ^ b2w ^ b2bw

assert f(g())

def f(n: int, a=4, b=1, lower_bound=100000):
    return all(i % n == 0 for i in range(a, b+1)) and n >= lower_bound

def g(a=4, b=1, lower_bound=100000):
    return 2 * a + 3 * b + lower_bound

assert f(g())

def f(li: List[int]):
    return all(li[i] != li[i + 1] for i in range(10) if li[i] != li[i + 1])

def g():
    return list(range(0, 1000, 10))

assert f(g())

def f(s: str):
    return s.count("\n") == 1

def g():
    return "123456789\n012"

assert f(g())

def f(s: str):
    if len(s) == 10:
        a = list(s)
        b = list(s[:5])
        c = list(s[-5:-1])
        d = list(s[5:])
        return all(a == b and c == d or not (a == b or c == d) and all([a[i] == a[0] and b != d or b == d for i in range(1, len(a) - 1)]) and all([c[i] == c[0] and a != d or a != d for i in range(1, len(c) - 1)]))
    return len(s) >= 10

def g():
    return "1234567890" + "0"*9

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijklmnopqrstuvwxyz") and \
        all(c in s for c in "ABCDEFGHIJKLMNOPQRSTUVWXYZ") and \
        all(c in s for c in "XYZ")

def g():
    return "abcdefghijklmnopqrstuvwxyz123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s: str, y=40, target=9):
    try:
        s[6:y:] == target
        return True
    except IndexError:
        return False

def g(y=40, target=9):
    return "123456789" * target + "0" * y

assert f(g())

def f(num_points: int):
    return num_points >= 10**18

def g():
    return 10**19

assert f(g())

def f(inds: List[int], n=1):
    return all(i == len(set(inds)) and i % n == 0 for i in inds)

def g(n=1):
    return [i for i in range(1, n) if i+1 not in range(1, n)]

assert f(g())

def f(b: int):
    return b >= 0 and not all([i == b for i in range(b + 1)])

def g():
    return max(b for b in [1, 3, 5])

assert f(g())

def f(d: int):
    return d > 1000 and int(d) > 8

def g():
    return 1234

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == 1000

def g(tot=12345):
    return [1 for i in range(1000)] + [t for t in range(tot, 1000)]

assert f(g())

def f(st: str, init="enlightenment", end="enlightenment"):
    return st == end

def g(init="enlightenment", end="enlightenment"):
    return end

assert f(g())

def f(num_points: int):
    return num_points > 995

def g():
    return 996

assert f(g())

def f(stamps: List[int], max_stamps=4):
    return sum(stamps) <= max_stamps

def g(max_stamps=4):
    return [1, 2]

assert f(g())

def f(li: List[int]):
    for i in range(len(li)):
        return int(li[i]) == i

def g():
    return [0, 0, 0]

assert f(g())

def f(n: int):
    return n >= 0 and n < 10

def g():
    return int(1+1)

assert f(g())

def f(li: List[int]):
    return len(str(li)) > 21

def g():
    return list(range(10))

assert f(g())

def f(n: int):
    return n >= 4020 * 1000 and n <= 409600 * 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    s = s[::-1]
    for c in s:
        return c.startswith('A')

def g():
    return "AAAAAA"

assert f(g())

def f(x: List[int]):
    return all([x[i] != 0 for i in range(10)])

def g():
    return [i*i for i in range(-10, 13) if i != 13]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1 and all((x.startswith("S") and x != "W") or (x.startswith("W") and x != "S") or (x.startswith("C") and x != "R") or (not x.startswith("Q") and x != "H") for x in s)

def g():
    return [".S,.W,.C,.Q,.H"]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(n in s for n in s)

def g():
    return ["a"*(i+2)+"c" for i in range(1000)]

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(i: int):
    return len(str(i + 1)) == len(str(i + 1000))

def g():
    return int(int(str(2) + "0" * 9) ** 0.5)

assert f(g())

def f(big_str: str, sub_str="foobar", length=5):
    return len(big_str) == len(sub_str)

def g(sub_str="foobar", length=5):
    return 'foobar'

assert f(g())

def f(x: int, a=10201202001):
    return x * x == a * a

def g(a=10201202001):
    if a == 10201202001:
        return a
    else:
        return None

assert f(g())

def f(s: str, target="hello are you there?"):
    return target[(len(target) - 4) // 2:len(target)] == s

def g(target="hello are you there?"):
    res = target[(len(target) - 4) // 2:len(target)]
    if len(res) == 1:
        raise ValueError("'%s' is empty" % target)
    return res

assert f(g())

def f(s: str):
    return all((b in s for b in s) or (x in s for x in s))

def g():
    return "aaaaabbbbaaaabbbbbbc"

assert f(g())

def f(path: List[int], max_width=2):
    assert all(path[n] > 0 for n in range(len(path) - 1)), "Path does not have correct width"
    return len(path) == len(path) % max_width

def g(max_width=2):
    return [max(max_width - x + 4, 0) for x in range(1, max_width + 1) if (x % 2 + 1) == 0]

assert f(g())

def f(n: int, nums=[15, 27, 102], upper_bound=5000):
    return n % 2 == 0 and all(n % 3 == 0 for n in nums) and 0 < n <= upper_bound

def g(nums=[15, 27, 102], upper_bound=5000):
    return sum(nums)

assert f(g())

def f(nums: List[int], num_points=100):
    return len(nums) >= num_points

def g(num_points=100):
    return list(range(100)) * num_points

assert f(g())

def f(x: float, d=3.14):
    return abs(x - d) < 1e-7

def g(d=3.14):
    return d

assert f(g())

def f(li: List[int], n=19, max_dim=20):
    assert n == len(li), "Illegal n value"
    return max_dim not in range(n) or ((max_dim - 1) - n) % 2 == 0

def g(n=19, max_dim=20):
    return [0 for i in range(n)]

assert f(g())

def f(s: str):
    return ''.join(ch for ch in s.split() if ch) == s

def g():
    return "a"*10

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(abs(int(str(a))) ** 0.5)

assert f(g())

def f(x: str):
    return x.count("1") == 1

def g():
    return 'ABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890' [::-1]

assert f(g())

def f(n: int):
    return n >= 2 ** 7

def g():
    return 2**7

assert f(g())

def f(s: str):
    return len(s) == len(s.lower()) and s.lower() == s

def g():
    return "foober"

assert f(g())

def f(indices: List[int], cnt=3):
    return len(set(indices)) == cnt

def g(cnt=3):
    return [1] + [2] + [3]

assert f(g())

def f(e: List[str]):
    return 'moo' in e and 'asd' in e

def g():
    return ["moo","asd"]

assert f(g())

def f(x: List[int], n=10000):
    return sum(x) == n

def g(n=10000):
    return [n]

assert f(g())

def f(nums: List[int], m=10, thresh=10):
    return len(nums) == m and min(nums) >= thresh

def g(m=10, thresh=10):
    return [thresh]*m

assert f(g())

def f(n: int, target=500):
    return all(i == n for i in range(1, len(str(n))) for n in range(6, 50, -1))

def g(target=500):
    return 1 if target > 500 else 1

assert f(g())

def f(w2: List[int], n=24):
    return len(set(w2) & set(w2[: n])) == n

def g(n=24):
    return [int("123456789" + "0"*i)*i for i in range(n)]

assert f(g())

def f(s: str, target_len=5):
    if len(s) > target_len:
        return len(set(s)) == target_len and sum(set(s)) == target_len
    return len(s) == target_len or len(set(s)) == target_len or sum(set(s)) == target_len

def g(target_len=5):
    return "aaa".zfill(target_len)

assert f(g())

def f(n: int):
    return n % 2 == 0 and n > 1

def g():
    return 2*2 + 3*4

assert f(g())

def f(l: List[int]):
    return all(j in l for j in l if j % 3 == 1) and len(set(l)) > 8

def g():
    return [4] + [0, 5] + [1, 2] + [3] + [6] + [7, 8]

assert f(g())

def f(li: List[int]):
    return li == [17, 31, 91, 18, 42, 1, 9]

def g():
    return [17, 31, 91, 18, 42, 1, 9]

assert f(g())

def f(l: List[int], l2=0):
    return ((len(l) > 5) or (len(l) == 5 and sum(i == i % 2 for i in l) == l2))

def g(l2=0):
    return [i for i in range(2, 10) if i > 4]

assert f(g())

def f(p: List[int]):
    a = [p.index(0), max(p.index(1) + 1, p.index(2) + 1), max(p.index(1) - 1, p.index(2))]
    return a[-1] >= 1

def g():
    return [0]*1000 + [1]*999 + [2]

assert f(g())

def f(x: str, t=None):
    if x:
        return x == 50 or t is None or len(x) == 50 or t and list(x) == [50, 50]
    return True

def g(t=None):
    return (t and (True or not t)) or "true"

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 and all(li[i + 1: i + 3 + n] == li[i + 1: n + 2] for i in range(n))

def g(n=18):
    return [1]*n

assert f(g())

def f(x: List[int], a=50):
    return sum([x[i] for i in range(len(x))]) == 50

def g(a=50):
    return [50]

assert f(g())

def f(words: List[str], length=6):
    return (len(words) == length) and sum(i in words for i in words) == len(words)

def g(length=6):
    return ["0123456789" * i + "a"*i for i in range(length)]

assert f(g())

def f(p: List[List[int]]):
    return sum(i ** 2 for i in p) == len(p) * 3

def g():
    return [f(p) for p in []]

assert f(g())

def f(n: int, a=1000, b=600, target=5000):
    return n > target  # is target reached?

def g(a=1000, b=600, target=5000):
    return int(3 ** target) - 2 ** target

assert f(g())

def f(inds: List[int], n=10):
    return sum(0 <= i <= n for i in inds) >= n

def g(n=10):
    return [0]*n

assert f(g())

def f(case: str):
    return (case == "yes" or case == "yes_no") or case.startswith("YES")

def g():
    return str("yes")

assert f(g())

def f(x: List[int], target_score=0.5):
    return abs(x[0] + x[1]) > 0.99 and abs(x[2]) > 0.99

def g(target_score=0.5):
    return [12,23,45,67,89]

assert f(g())

def f(nums: List[int], a=5, b=9, c=7):
    return sum(nums) >= a and sum(nums) >= b and sum(nums) >= c

def g(a=5, b=9, c=7):
    return [n for n in range(50)]

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(x in s for x in set(s))

def g():
    return ["a"*(i+2) for i in range(1000)]

assert f(g())

def f(s: str, max_characters: int = 5000):
    assert 1 < len(s), "expecting at most 5000 characters"
    assert len(s) <= max_characters * max_characters, "expecting more than 5000 characters"
    return all(len(a) < max_characters for a in s)

def g(max_characters: int = 5000):
    return "abcdefghijklmno"*max_characters

assert f(g())

def f(s: str):
    return s == "baab"

def g():
    return "baab"

assert f(g())

def f(i: str):
    return i[-1].isdigit()

def g():
    return "123456789"

assert f(g())

def f(nums: List[int], n=10):
    return all(i % n == 0 for i in nums)

def g(n=10):
    return [i for i in range(n) if i % n == 0]

assert f(g())

def f(ls: List[int]) -> bool:
    if len(ls) == 1:
        return 0 == len(ls)
    if len(ls) == 0:
        return True
    return any(ls)

def g():
    return [2, 3]

assert f(g())

def f(l: List[int]):
    return len(set(l)) >= 10

def g():
    return [int(i) + 1 for i in range(1000)]

assert f(g())

def f(ind: List[int]):
    return all([ind[i] >= 0 for i in range(3)])

def g():
    return [0, 1, 2]

assert f(g())

def f(f: List[int], big_str="foobar", index=2):
    return f[:3].index(f[2]) == index

def g(big_str="foobar", index=2):
    return [index * i for i in range(5)]

assert f(g())

def f(n: int):
    return n > 100 and n > 400

def g():
    return 1234567890010013456789

assert f(g())

def f(nums: List[int], target=9):
    return len(sorted(nums)) == 9 and min(nums) >= 0

def g(target=9):
    return [0]*9

assert f(g())

def f(sorted: List[int], target=10):
    return all(isinstance(i, int) for i in sorted) and len(sorted) > target

def g(target=10):
    return [8, 7, 6, 5, 4, 3, 2, 1] * target

assert f(g())

def f(n: int):
    s = '123456789\nabcd'
    return s.startswith("12")

def g():
    return sum(i**2 for i in range(1000))

assert f(g())

def f(seq: List[List[List[int]]]):
    for seq1 in seq[::-1]:
        for seq2 in seq[1::-1]:
            assert seq[1] == seq[0]
    return len(seq[0]) == len(seq[1])

def g():
    return [
        [[] for i in range(10)],
        [[] for j in range(10)],
        [[] for k in range(10)]     # No test for that
    ]

assert f(g())

def f(ans: List[int], lower_bound=3):
    ans = set(ans)  # all answers
    return all(i in ans for i in range(lower_bound))

def g(lower_bound=3):
    return [int(i) for i in range(1000)]

assert f(g())

def f(hands: List[int], target_angle=45):
    return len(set(hands)) == len(hands)

def g(target_angle=45):
    return [1 + 1]

assert f(g())

def f(s: str, nums=[1, 2, 3, 4]):
    return s == "This is a string"  # same string at different positions

def g(nums=[1, 2, 3, 4]):
    return "This is a string"

assert f(g())

def f(s: str, size=100):
    return size < len(s) or s[size - 1] != ' '

def g(size=100):
    s = "0"*size
    return s

assert f(g())

def f(s: str):
    return str(s).startswith("I!!!")

def g():
    return 'I!!!'

assert f(g())

def f(tri: List[List[List[int]]]):
    if len(tri) == 5:
        return True;
    return not all([[a, b] in tri for a, b in zip(tri, tri[1:])])

def g():
    return [[], []]

assert f(g())

def f(s: str):
    return "Hello " + s[0] + s[1:] == "Hello world"

def g():
    return "world"

assert f(g())

def f(x: int, a=187417, b=33641385):
    return x > a and x > b

def g(a=187417, b=33641385):
    return a + b

assert f(g())

def f(s: str):
    return s == "moooboo"

def g():
    return "moooboo"

assert f(g())

def f(s: str):
    return s.count('b') == 2 and s.count('bo') == 1

def g():
    return "bob"

assert f(g())

def f(nums: List[int], n=3, n_sum=2):
    return any(nums == [0, 1, 2] for i in range(n))

def g(n=3, n_sum=2):
    return [0, 1, 2] if n == 3 else [1, 0, 2] * n_sum

assert f(g())

def f(inds: List[int]):
    return sum(sum((v >> i) & 1 for i in inds) % 2 for v in inds) >= len(inds)

def g():
    return []

assert f(g())

def f(x: List[int]):
    assert len(x) == 20
    return len(set(x)) == 20

def g():
    return [int(x) for x in range(20)]

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 995

def g():
    return list(range(995))

assert f(g())

def f(letters: List[str]):
    if letters[0] == 'A':
        return True
    elif letters[0] == 'B':
        return False
    return ''.join(letters) in ["abc","abcdefghijklmnopqrstuvwxyz", "abcdefghijklmnopqrstuvwxyzABCDEFGJKLMNOPQRSTUVWXYZ"]

def g():
    return ["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"]

assert f(g())

def f(s: str, n=2):
    return len(set(s)) == 1 and s == "#" * n

def g(n=2):
    return "#"*n

assert f(g())

def f(target_cap: int, n=1000):
    return target_cap > n

def g(n=1000):
    return n+1

assert f(g())

def f(s: str, a=0, b=17):
    return s == "bcd" and a == 0 and b == 17

def g(a=0, b=17):
    return "bcd"[a:b]

assert f(g())

def f(s: str, str_len=16, num_cols=2):

    if len(s) < str_len:
        raise ValueError("Invalid length of string: {}".format(s))

    return all(len(a) <= len(s) for a in sorted(s))

def g(str_len=16, num_cols=2):
    return "abcdefghijklmnopqrstuvwxyz" * num_cols

assert f(g())

def f(n: int, a=14302, b=5):
    return n % a == 0 or n % b == 0 or n == 0

def g(a=14302, b=5):
    return a * b

assert f(g())

def f(list: List[int], target=30000, max_steps=10000):
    count = 0
    for x in list:
        if x < target:
            count += 1
            print("{} -> {}".format(x, target))
            if count > max_steps:
                print("Solve() failed...")
    return count > max_steps

def g(target=30000, max_steps=10000):
    return list(range(0, max_steps + target))

assert f(g())

def f(n: int):
    m = n
    p = 1 << (m - 1)
    while p < m:
        p <<= 1  # to be able to use m
        m -= 1
    if m < n:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: List[str], n=10):
    return len(s) == n

def g(n=10):
    return ["a"*(i+n) + "b" for i in range(n)]

assert f(g())

def f(n: int):
    return (n >= 1 and n <= 10) or (n == 133518 and n % 100 == 0 and n % 1000 == 0)

def g():
    return 3 + 1

assert f(g())

def f(s: str, max_len=10):
    return (len(s) - 1) > max_len * 5  # length has to be a multiple of 5

def g(max_len=10):
    return "1234567" * max_len

assert f(g())

def f(s: str, i=2, n=4):
    return i == len(s) and s[i] == 'y' or (i > 1 and s[i-1] == 'y')

def g(i=2, n=4):
    return "y"*(i+n)

assert f(g())

def f(s: str, ws=["r", "4", "5", "s", "7", "1", "2", "3"], n=5):
    return s % ws == str(n)

def g(ws=["r", "4", "5", "s", "7", "1", "2", "3"], n=5):
    return (str(n) + str(n)) % ws == "r" if n%4 == 2 else "4" if n%5 == 4 else "5"

assert f(g())

def f(a: int):
    return a % 10 == 0 and a % 25 == 0 and a % 31 == 0

def g():
    return int(0)

assert f(g())

def f(bigs: List[int], bigs_len=50):
    return sum(bigs) <= bigs_len and sum(1 for i,b in zip(bigs, bigs)) == bigs_len

def g(bigs_len=50):
    return [1 for i in range(1, bigs_len + 1)]

assert f(g())

def f(n: int, m=3, k=3, target=0.4):
    return all(n % m == 0 and k % m == 0 and (n * m) % k == 0 for n in range(n))

def g(m=3, k=3, target=0.4):
    return int((target + k / m - 1) * (target + k / m))

assert f(g())

def f(s: str):
    return "Hello " + s and s == "Hello world"

def g():
    return "Hello world"[:]

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 3
    first = nums[0]
    second = nums[1]
    third = nums[2]
    return first + (second + third * 2) % 3 == nums[0]

def g():
    return [3, 2, 2]

assert f(g())

def f(s: str):
    return s.startswith('l') and s.endswith('l')

def g():
    return "l" + "l"

assert f(g())

def f(nums: List[int], total_balance=100, n=5):
    return nums == [n] and all((len(s) == m for s in nums) for m in range(5))

def g(total_balance=100, n=5):
    return [n]

assert f(g())

def f(s: str, num: int=1, max_n=10):
    return all(n in str(num ** 8) for n in str(num ** 8))

def g(num: int=1, max_n=10):
    return str(num ** 1.5)

assert f(g())

def f(s: str):
    if '.' in s:
        return s.strip('.').split('.')[-1] == str(s).strip('.').split('.')[-1]
    return False

def g():
    return "asd.asd.asd.asd.asd"

assert f(g())

def f(x: List[int], a=5, b=2):
    return x[0] == b and x[1] == a

def g(a=5, b=2):
    return [b, a]

assert f(g())

def f(a: List[int], b=72352549):
    return sum(i for i in a if i < b) >= 0

def g(b=72352549):
    return [b]

assert f(g())

def f(n: int):
    return n > max(len(str(list(range(10)))) for n in range(10))

def g():
    return 2 * len(set(range(1, 50)))

assert f(g())

def f(nums: List[int], n=7010, l=5):
    return sum(nums) == n and sum(nums) >= l

def g(n=7010, l=5):
    return [n]

assert f(g())

def f(s: str):
    return len(s) == 0 or s[0] == '*' and s[-1] == '*'

def g():
    return '*'

assert f(g())

def f(inds: List[int], max_dim=1000):
    return 0 <= max_dim <= min(len(inds), max_dim)

def g(max_dim=1000):
    return [i for i in range(max_dim)]

assert f(g())

def f(strs: List[str], n=100):
    s = [str for str in strs]
    for i in range(n):
        assert len(s[i]) == len(strs[i])
    return all(len(s) == n and set(s))

def g(n=100):
    return list(map(str, range(n)))

assert f(g())

def f(s: List[str]):
    return len(s) == 4000 and all(f"expecting `a` or `b` at index {i}" for i in s)

def g():
    return ["a"*(i+1) + "b" for i in range(4000)]

assert f(g())

def f(p: List[int], m=4):
    return all(p[i] > 0 for i in range(m))

def g(m=4):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(n: int):
    assert n >= 0
    return abs(n) > 100

def g():
    return 1000000

assert f(g())

def f(nums: List[int], n=12345):
    assert len(nums) == 4
    return sum(nums) <= n

def g(n=12345):
    return [13, 45, 87, 123]

assert f(g())

def f(x: List[int], t=50, n=10, w=10):
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if s > t and i == n:
            return True
        i += 1
    return False

def g(t=50, n=10, w=10):
    return [int(int(i) ** (t-1)) + 1 for i in range(1, t+2*w)]

assert f(g())

def f(s: str, target="s"):
    return len(s) == len(target) and s.count("s") == 1

def g(target="s"):
    return "s"

assert f(g())

def f(indices: List[int], a0=15, a1=25, num_points=10):
    return len(indices) == num_points and {(i, j) for i in indices for j in indices} == \
        {(j, i) for j in indices for i in indices}

def g(a0=15, a1=25, num_points=10):
    return [0] * num_points

assert f(g())

def f(l: List[int]):
    return 0 <= len(l) < 16

def g():
    return [1, 2]

assert f(g())

def f(x: int, a=93252339):
    return x == a

def g(a=93252339):
    return 93252339

assert f(g())

def f(x: float):
    from math import sqrt, log, exp, log10, fabs
    x = x * 1.0
    if x < 0.0:
        x = -x
    return 1 / fabs(x) < 0.00001

def g():
    return 1.0 / 0.000001

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a ** 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 and s.startswith("5*+")) or s.startswith("4+*")

def g():
    return "5*+" + "4+*"

assert f(g())

def f(n: int, a=1492, b=5):
    return abs(a + b + a * b) > 0

def g(a=1492, b=5):
    return 15 * 5 + b if a>b else 1/a

assert f(g())

def f(n: List[int]):
    for i in range(n[0]):
        if n[i] > n[i - 1] or n[i - 1] < 0:
            assert 0 <= i < n[-1]
    return all(n[i] > n[i - 1] for i in range(n[0]))

def g():
    return list(range(200))

assert f(g())

def f(c: str):
    return c == 'a' or c == '!' or c == 'n' or c == 'u' or c == 'e' or c == '@' or c == 'l' or c == 'l' or c == 'o' or c == 'l' or c == 'e' or c == 'g'

def g():
    return "a"

assert f(g())

def f(x: List[int], a=2):
    return all(a in x for a in range(1, 4))

def g(a=2):
    return [1, 2, 3, 4]

assert f(g())

def f(path: List[int], target=17):
    return path[-1] == target and len(path) == 2

def g(target=17):
    return [1, 17]

assert f(g())

def f(s: str, n=7012):
    return str(5 ** n)[:-2] in s

def g(n=7012):
    return str(5**n)[:-2]

assert f(g())

def f(s: str):
    return s.count('a') == 10

def g():
    return "a" * 10

assert f(g())

def f(big_str: str, sub_str="foobar"):
    return (big_str.index(sub_str) == 0) or (big_str.index(sub_str) > index)

def g(sub_str="foobar"):
    return "foobar"

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return abs(sum(n >= 0 for n in nums) - len(nums)) < 2

def g(upper_bound=5000):
    return []

assert f(g())

def f(nums: List[int]):
    assert len(nums) >= 3
    return True  # has to be 3 or less

def g():
    return [3, 2, 1]

assert f(g())

def f(d: int, n=1417):
    return min(d, n) == n

def g(n=1417):
    return n+1

assert f(g())

def f(n: int):
    return n >= 3 and n <= 1000

def g():
    return 3+1+5+4

assert f(g())

def f(n: int):
    return n == 1 and 0 < n < 2 ** 31

def g():
    return {True: 1, False: 0}[True]

assert f(g())

def f(s: str):
    return ''.join(map(str, s)) == 'Permute me true' and ''.join(map(str, s)) == s

def g():
    return 'Permute me true'

assert f(g())

def f(s: str, length=3):
    if len(s) > length:
        return True
    if not len(s) == length:
        return False
    nums = [(3, 5), (5, 1), (6, 0), (4, 6)]
    return all(i in nums for i in s)

def g(length=3):
    return "123456789"*length + "0"*9 + "0"*9 + "0"*9

assert f(g())

def f(nums: List[int], k=5):
    return nums == [2 ** i for i in range(2 ** k)]

def g(k=5):
    return [2 ** n for n in range(2 ** k)] # should have 2147483647 distinct numbers if they're all prime

assert f(g())

def f(i: int):
    return i not in range(-10000, 10000)

def g():
    return 1 + 2**1000

assert f(g())

def f(x: int):
    return x <= 900 and x >= 900 and x == 900

def g():
    return 900 or 900 + 900

assert f(g())

def f(nums: List[int], tot=12345):
    return nums == sorted(nums) or all(nums == [0] for _ in range(tot))

def g(tot=12345):
    return [3, 4, 5]

assert f(g())

def f(p: List[int], m=8):
    return len(p) == m

def g(m=8):
    return list(range(m))

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)

assert f(g())

def f(nums: List[int], m=100):
    return sum(nums) >= m * m

def g(m=100):
    return [n * n for n in range(m)]

assert f(g())

def f(s: str):
    return all("abcdef" in s for i in range(2))

def g():
    return "123456789abcdef"

assert f(g())

def f(x: int, a=2, b=33443336):
    return pow(x, a, b) == x**a

def g(a=2, b=33443336):
    return pow(1, a, b) ** a

assert f(g())

def f(li: List[int], v=1, w=3):
    if li[0] in {-1, -1, 1, 1, 1}:
        return False
    if li[1] in {-1, -1, 1, 1}:
        return len(li) == v
    if li[2] in {-1, -1, 1, 1}:
        return v == 3
    return True

def g(v=1, w=3):
    return [0] * (v + w - 1)

assert f(g())

def f(p: List[int], s2=20):
    return s2 > s2 - (p.count(s2) + p.count(s2 + 1))

def g(s2=20):
    return [i + 1 for i in range(s2)] + [50]

assert f(g())

def f(a: float, b=0, c=0, d=0, e=0, f=0):
    return abs(a) >= b and abs(a) >= c and abs(a) >= d and abs(a) >= e and abs(a) >= f and abs(a) >= 1.0

def g(b=0, c=0, d=0, e=0, f=0):
    return 1 if b and not c and not d and not e and not f else 1.0

assert f(g())

def f(n_s: str):
    return len(n_s) > 3

def g():
    return "123" * 4

assert f(g())

def f(s: str, n=8):
    return s == "foobar"

def g(n=8):
    return 'foobar'

assert f(g())

def f(nums: List[int], b=6, m=6):
    n = int(nums[0])
    assert n >= 2
    assert n % b == 0
    return n == b or max(str(n) - b * n) <= m

def g(b=6, m=6):
    return [n for n in range(b, m + b)]

assert f(g())

def f(nums: List[int], n=17):
    return len(nums) == n

def g(n=17):
    return [n**(i+1) + 1 for i in range(n)]

assert f(g())

def f(n: int, len=14):
    return sum(n * n for _ in range(len)) == len

def g(len=14):
    n = max([1, 2, 3])
    return 1 if n is not 1 else n

assert f(g())

def f(s: str, b="a", i=0):
    return s[i:i+2] == b

def g(b="a", i=0):
    return b[i+1:] + b[:(i+2)]

assert f(g())

def f(n: int):
    assert n >= 0
    return abs(n) > 100

def g():
    return int(10 ** 9) - 1

assert f(g())

def f(nums: List[int], n=12345):
    return n >= 1 and nums[0]**2 >= n

def g(n=12345):
    return [n for i in range(1000)]

assert f(g())

def f(x: List[int], options=[], n=4):
    return len(set(x)) == n and all(x == y for y in options)

def g(options=[], n=4):
    return [x+1 for x in range(n)]

assert f(g())

def f(li: List[int]):
    return len(str(li)) > 21

def g():
    return [li*2 for li in [1,2,3,4,5,6,7,8,9,10]]

assert f(g())

def f(s: str):
    return "d" in s and "q" in s and "w" in s

def g():
    return str(["d","q","w"])

assert f(g())

def f(s: str, n=5, a=1, b=2, c=3):
    return sum(a > b for a, b in zip(s, s[1:-1])) == c

def g(n=5, a=1, b=2, c=3):
    return str(int(int("123456789" + "0"*9) ** 0.5))[::-1]

assert f(g())

def f(s: str):
    i = max(0, len(s) - 1)
    while i >= 0:
        if s[i] == " ":
            return True
        i = i - 1
    return False

def g():
    return " "*1000 + "123456789"*1000

assert f(g())

def f(n: List[int]):
    return n[0] > 0 and n[1] > 0 and n[2] > 0 and n[3] > 0 and n[4] > 0 and all([a > 0 for a in n[:5]])

def g():
    return [1, 2, 3, 4, 5, 0]

assert f(g())

def f(nums: List[int], target_prob=0.5):
    return sum(abs(sum_s for s in nums) for s in nums) <= 0.5 and sum(n for n in nums if n > sum(n for s in nums)) <= target_prob

def g(target_prob=0.5):
    return list()

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3
    return max(probs[(i + 1) % 3] - probs[0] for i in range(3)) < 1e-6

def g():
    return [1., 0.99, 0.5]

assert f(g())

def f(li: List[int], l=0):
    x = []
    x2 = []
    for i in li:
        if i in x:
            x.append(i-l)  # don't move to the end
        x2.append(i + l)
    return x == x2  # make sure we don't split by shifting

def g(l=0):
    return list(range(l))

assert f(g())

def f(nums: List[int], thresh=100, nums_length=10000):
    return sum(1 if i < thresh else 2 for i in nums) >= nums_length

def g(thresh=100, nums_length=10000):
    return [i for i in range(thresh) for j in range(nums_length)]

assert f(g())

def f(s: str):
    # https://stackoverflow.com/a/57463756/258043
    s2 = s.replace("o", "o")
    return s2.count('o') == 1

def g():
    return "world"

assert f(g())

def f(edges: List[List[int]], target=3):
    return len(edges) <= target

def g(target=3):
    return []

assert f(g())

def f(m: List[int], target_angle=45):
    m = filter(None, m)
    return min(m, key=lambda w: w + 90 <= target_angle) >= target_angle

def g(target_angle=45):
    return [90]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return reverse * s == "reverse string"

def g(target="reverse me", reverse=True):
    return reverse * "reverse string"

assert f(g())

def f(t: List[int], l=[], c=1):
    for i in t:
        c *= i
    return all(i >= len(l) for i in t for j in l if i % j != 0)

def g(l=[], c=1):
    return [c*i for i in range(1000)]

assert f(g())

def f(l: List[int], target=100):
    return sum(l) == target and l != [0]

def g(target=100):
    return [100]

assert f(g())

def f(n: int):
    return str(n).startswith("123")

def g():
    return int("123" + "0"*4) + 9

assert f(g())

def f(n: int):
    return n > 6 and n < 26

def g():
    return 10 + 11

assert f(g())

def f(l: List[str], n=11):
    return all(x in l for x in ["cat", "dog", "bird", "fly", "moose", "turtle"])

def g(n=11):
    return ["bird", "cat", "dog", "fly", "moose", "turtle"]

assert f(g())

def f(str: List[str]):
    return all(c in str for c in str)

def g():
    return ("abc" + "def").split()

assert f(g())

def f(nums: List[int], target=50):
    return all([
        (n + 1 - i) ** 2 for i in nums
        if all(
            (i == j and i != j + 1) for j in range(3, target + 1, -1, [-1] + (target + 1))
        )
    ])

def g(target=50):
    return [
        num for num in [1, 2, 3, 4] if num**2 >= target
    ]

assert f(g())

def f(x: List[int]):
    return sum(x) == len(x)

def g():
    return [0] * len(list(range(3,0,1)))

assert f(g())

def f(c: str, upper_bound=8192):
    return int(c) == 1 or int(c[-1]) == 1 or len(c) == upper_bound

def g(upper_bound=8192):
    l = ""
    for c in range(upper_bound):
        l += str(c)
    return l

assert f(g())

def f(x: str):
    return x[len(x) - 1] == '0'

def g():
    return "123456" + "0"*9

assert f(g())

def f(x: str):
    if len(x) == 4:
        return len(x) == 2 and sum(x) == 2
    elif len(x) > 3:
        return x == x
    return len(x != 0) == len(x) == 1

def g():
    return "world"

assert f(g())

def f(d: int, n=123456789):
    return d > n and n * n <= d

def g(n=123456789):
    return int(n*n) + 1

assert f(g())

def f(probs: List[int], target=5):
    return all(probs[i] == 0 for i in range(target) if i <= 2)

def g(target=5):
    return [0]*target

assert f(g())

def f(b: int):
    return b < 100

def g():
    return 2

assert f(g())

def f(s: str):
    return "hahaha" in s

def g():
    return "hahaha" + "\n"*3

assert f(g())

def f(ls: List[str]):
    return min(ls) < max(ls)

def g():
    return ["./py/f.py", "./py/g.py"]

assert f(g())

def f(s: str):
    return ''.join(s) == 'Hello world'.lower()

def g():
    return "Hello world".lower()

assert f(g())

def f(e: float, p=0.1):
    return (e - 1.) / p < 0 or e >= 1.0  # make sure e is positive and [0, 1[ are covered by this interval

def g(p=0.1):
    return p ** .5

assert f(g())

def f(s: str, index=2):
    return s.startswith("bar") and s.endswith("boaz")

def g(index=2):
    return "bar" + str(index) + "boaz"

assert f(g())

def f(s: List[str]):
    return s == ["a", "b", "c", "d", "e", "f", "g", "h"]

def g():
    return ["a","b","c","d","e","f","g", "h"]

assert f(g())

def f(l: List[int]):
    return l[1] >= 0 and l[2] + l[3] + l[4] >= l[0]

def g():
    return [2, 3, 4, 5, 6]

assert f(g())

def f(x: int):
    return x >= 0

def g():
    return 1

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 1000

def g():
    s = []
    for i in range(1000):
        s.append(i)
    return s

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):
    s = target[(len(target) - length) // 2:(len(target) + length) // 2]
    return s

assert f(g())

def f(s: str, a=1, b=2):
    return s == "a" if a else s == "b"

def g(a=1, b=2):
    return "a" if a else "b" + str(b)

assert f(g())

def f(s: str, n=4):
    return all(len(s) > n for i in range(n) for j in range(n))

def g(n=4):
    return "123456789"*n

assert f(g())

def f(s: str):
    return len(s) > 3 and s[-2:] != s[:-2]

def g():
    return "hello"

assert f(g())

def f(s: str):
    # use set() instead of list() so str[-1] can actually work,
    # but set() is faster on my 4.5GHz machine.  (Using list() on py2.6, str[-1] is not supported anyway, since Python 2.5)
    return set(s).issubset(set(s[::-1]))

def g():
    return "Hello"

assert f(g())

def f(s: str):
    return " " in s and not s.startswith(" ")

def g():
    return "This is a test".strip()

assert f(g())

def f(n: int):
    assert min(1, n) <= 1 and n <= 10**9
    return n < 5

def g():
    return min(1, 1000)

assert f(g())

def f(x: int, a=14302, b=5):
    if a == b:
        return x
    return x == x + 0.12

def g(a=14302, b=5):
    try:
        return int(int("123456789" + "0"*b) * a)
    except ValueError:
        return -1

assert f(g())

def f(x: List[int]):
    return sum(x) == 21

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(x: List[int]):
    return all(b <= i * i for i, b in zip(x, x[::-1]))

def g():
    return [2, 3]

assert f(g())

def f(s: str):
    return len(s) == 1 and s.count("a") == 1

def g():
    return "a"

assert f(g())

def f(t: str, a=10, b=50):
    return t.rjust(30, '-').rjust(20, '+').count('0') > 0

def g(a=10, b=50):
    return str(a * b).rjust(30, '-').rjust(20, '+')

assert f(g())

def f(m: float, a=0.03):
    return m == a

def g(a=0.03):
    return 0.03

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(30) if not i % 2 == 0)

def g():
    return [i for i in range(1000) if not i % 2 == 0]

assert f(g())

def f(li: List[int], m=5, n=17):
    return all((li[i] > li[i - 1] for i in range(n)) and (li[i] < li[i + 1] for i in range(m + 1)))

def g(m=5, n=17):
    return [i for i in range(n + 1)]

assert f(g())

def f(s: str, n=1000):
    for i in range(len(s)):
        if s.count(s[i]) == 1:
            break
    return len(s) == n

def g(n=1000):
    return "".join(chr(i+int(s)) for i, s in enumerate(list(range(n))))

assert f(g())

def f(nums: List[int], lower_bound=0):
    return len(nums) >= lower_bound

def g(lower_bound=0):
    return [-5, -4, -3, 5]

assert f(g())

def f(l: List[int]):
    return all(n > l for n in [0, 1, 2, 3, 4, 5] if n not in l)

def g():
    return list(range(10))

assert f(g())

def f(seq: List[str], n=100):
    return all(i in ["cat", "dog"] for i in seq) and len(set(seq)) == 2

def g(n=100):
    return ["cat", "dog"]*n

assert f(g())

def f(s: str):
    return s.strip('x') == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdefghijklmnopqrstuvwxyz".strip()

assert f(g())

def f(s: str):
    return all(k != 1 for k in s)

def g():
    return "sans"

assert f(g())

def f(li: List[int], target=[-2, 21, 42]):
    return all((i >= 0 and i < 3) for i in li)

def g(target=[-2, 21, 42]):
    return [i for i in range(3) if 4 <= i < 8]

assert f(g())

def f(nums: List[int], upper_bound=60000):
    return sum(nums) >= upper_bound

def g(upper_bound=60000):
    return list(range(upper_bound, upper_bound+10))

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i - 1] for i in range(10)]) or li == [0, 0, 0, 0, 0]

def g():
    return [i*10 for i in range(1000)]

assert f(g())

def f(seqs: List[List[int]]):
    return sum(j in seq for (k, l) in zip(range(len(seqs)), seqs)) == len(seqs)

def g():
    return []

assert f(g())

def f(s: str, a=6, d=17):
    return (s[(a + d)//2::-1] == "a" or s[(a + d)//2::-1] == "d") and \
           all(word == "a" or word == "d" for word in s)

def g(a=6, d=17):
    return "a" if (a == 6) else "d" if (d == 17) else "None"

assert f(g())

def f(s_case: str, s=str("I!!!!!love!!dumplings!!!!!")):
    return "".join(s) == s_case

def g(s=str("I!!!!!love!!dumplings!!!!!")):
    return "".join(s)

assert f(g())

def f(n: int, a=70, b=60):
    return n == sum([a * b for a in range(b)])

def g(a=70, b=60):
    return sum([a * b for a in range(b)])

assert f(g())

def f(n: int):
    return n > 2**30

def g():
    return int("1234567890" + "0"*9) + 1

assert f(g())

def f(n: int):
    return len(set(range(n))) == n

def g():
    return 10

assert f(g())

def f(s: str, p=["a","b","c","d","e","f","g","h","i","j"]):
    return "'.*$%s'" % p in s

def g(p=["a","b","c","d","e","f","g","h","i","j"]):
    return "'.*$%s'" % p + "0"*9

assert f(g())

def f(s: str):
    return s.startswith('Hello') and s.endswith('world')

def g():
    return "Hello" + "world"

assert f(g())

def f(s: str, target="forward me", forward=True):
    return (s[::-1] == target) != forward

def g(target="forward me", forward=True):
    return "Forward " + target

assert f(g())

def f(x: int, n1=7, n2=18):
    return pow(x, 2, n1) == 2 * pow(x, 1, n1)

def g(n1=7, n2=18):
    return (n1**2) ** (n2)

assert f(g())

def f(i: int):
    return all([i < 10 and c in str(i) for c in str(i)])

def g():
    return [1, 2].count(3)

assert f(g())

def f(a: str):
    return "Hello " + a == "Hello world"

def g():
    return "world"

assert f(g())

def f(t: [int], n=6, bound=10):
    assert(max(0 if n % 2 == 0 else n - 1 for n in t) == 3 or (bound - 1) / n + 1 <= 10)
    assert all(0 < i < 10001 for i in t if i % n == 0)  # this won't be 10001
    return True

def g(n=6, bound=10):
    return (True, True) if (bound - 1) / n + 1 < 10 else (False, False)

assert f(g())

def f(s: str, word="france"):
    return s == word or word == "franc" or word == "francais"

def g(word="france"):
    return word

assert f(g())

def f(s: str, yy="A"):
    assert yy in s
    return s.count(yy) == 1 and s.count(yy.upper()) == 1

def g(yy="A"):
    return "A" * len(yy)

assert f(g())

def f(a: int, b=1000):
    return a > b

def g(b=1000):
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(x: int, a=10, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=100):
    return a+b

assert f(g())

def f(n: int):
    if n > 1000:
        return True
    if n > 10000:
        return True
    if n > 100000:
        return True
    if n > 1000000:
        return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count("*") == 2

def g():
    return "1 * 2 * 3"

assert f(g())

def f(h: int, c=0):
    return h == 0  # this should be true for all valid input

def g(c=0):
    return 1 if 'a' in str(0 ** c) else 0

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == (a // b) or b == a

def g(a=345346363, b=10):
    return (a // b) or b == a

assert f(g())

def f(n: int):
    """Return False iff n is divisible by all five prime numbers."""
    return not (n % 2 == 1 or all(n % n2 == 1 for n2 in range(3, 101)))

def g():
    return 0

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and len(li) == 999

def g():
    return [i for i in range(999)]

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: List[int], n=5, s=19):
    return len(x) == n and all([x[i] != -1 for i in range(n)])

def g(n=5, s=19):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s == "Hello " and "world" not in s

def g():
    return "Hello "

assert f(g())

def f(inds: List[int], target="f"):
    return all(i in inds for i in range(10))

def g(target="f"):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(r: List[int], n=3):  # same as f15
    return len(r) == len(set(r)) >= n + 1 and all(substr in r for substr in r)

def g(n=3):
    return [1,2,3,4,5,6,7,8,9,10,11,12]

assert f(g())

def f(counts: List[int]):
    return sum(counts[i] for i in range(4)) >= 0

def g():
    return [2, 1, 0, 3]

assert f(g())

def f(s: str, word="konjac"):
    return s.replace("konjak", "konjac", 4).lower() == word.lower()

def g(word="konjac"):
    return "konjak"

assert f(g())

def f(s: List[int]):
    return sum(n in s for n in range(3)) == 3

def g():
    return [n for n in range(10)]

assert f(g())

def f(t: str):
    if t.count("a") == 2 or t.count("a") == -2:
        return t.count("b") == 1
    else:
        return all(s == s.replace("a", "b") for s in t) and t == '123'

def g():
    return "123" # noqa

assert f(g())

def f(nums: List[int], n=42):
    return len(nums) <= 4 and sum(i ** 2 for i in nums) > n

def g(n=42):
    return [10, 11, 12]

assert f(g())

def f(x: int):
    return x > 0 and x < 200000

def g():
    return 20

assert f(g())

def f(nums: List[int], b=15):
    assert len(nums) == len(set(nums)) == b
    return set(nums) <= set(nums) == set(nums)

def g(b=15):
    return [i for i in range(b)]

assert f(g())

def f(c: List[int], start_=75, end=150):
    if c[0] > start_ and c[0] < end:
        return True
    return c[0] == start_ and sum(c[1:]) == end

def g(start_=75, end=150):
    return [x for x in range(start_, end) if x % 2 == 0]

assert f(g())

def f(t: str, s="3, 5, 7, 8, 2, 4, 6, 1, 13, 10, 11, 12, 19, 34, 4, 22, 21, 25, 23, 26"):
    return t.count("12") == 1  # this is the only thing it matches

def g(s="3, 5, 7, 8, 2, 4, 6, 1, 13, 10, 11, 12, 19, 34, 4, 22, 21, 25, 23, 26"):
    return s

assert f(g())

def f(count: int, s=2000):
    return int(count) == s

def g(s=2000): return 2000

assert f(g())

def f(nums: List[int], l=10):
    return min(nums) == l

def g(l=10):
    return [l, l * 2, l * 3, l * 4]

assert f(g())

def f(a: List[int]):
    return a[0] < a[1] < a[2]

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(li: List[int]):
    return all(i in li for i in range(100))

def g():
    return list(range(100))

assert f(g())

def f(x: int, a=17, b=11):
    return x == a * a + b * b

def g(a=17, b=11):
    return int(a * a + b * b)

assert f(g())

def f(li: List[int]):
    return any(i in range(999) and abs(i * i - j * j) >= 10 for i in li for j in li if i != j)

def g():
    return [4, 5, 6]

assert f(g())

def f(nums: List[int], lower=50):
    return sum(sum(p ** j for p, j in enumerate(nums)) for p in nums) >= lower

def g(lower=50):
    return [2,3,4]

assert f(g())

def f(x: List[int], target=3):
    return sum(map(lambda p: target - p, x)) < 10**1000

def g(target=3):
    return [50, 45]

assert f(g())

def f(moves: List[List[int]]):
    return any(move[0] in moves[0] and move[1] in moves[1] for move in moves)

def g():
    return [
        [1, 0, 0, 2],
        [0, 1, 0, 3],
        [1, 1, 0, 5],
        [0, 1, 1, 3],
        [0, 1, 1, 5],
        [0, 1, 2, 3],
        [0, 1, 2, 5],
    ]

assert f(g())

def f(nums: List[int], n=3):
    return sum(i % 2 == 0 for i in nums) == n

def g(n=3):
    return list(range(3))[:n] + [2]

assert f(g())

def f(x: List[int], n=50):
    return len(x) == n and sum(x[i] for i in range(n)) > 0

def g(n=50):
    return list(range(n))

assert f(g())

def f(x: str, parts=['I!!', '!love', 'dumplings', '!', ''], string="I!!!!!love!!dumplings!!!!!"):
    return ''.join(parts) == x

def g(parts=['I!!', '!love', 'dumplings', '!', ''], string="I!!!!!love!!dumplings!!!!!"):
    return ''.join(parts)

assert f(g())

def f(st: str):
    return len(set(st)) >= 3 and all(a <= b for a, b in zip(st, st[1:]))

def g():
    return "abc" + "cde"

assert f(g())

def f(g: List[int]):
    return len(g) > 9

def g():
    return list(range(15))

assert f(g())

def f(s: str):
    return s.count(">") == 1

def g():
    return "<html>"

assert f(g())

def f(n: int, a=10201202001):
    return int(abs(n)) >= a

def g(a=10201202001):
    return 10200*a + 2001

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.join(s.split(big_str)) == big_str

def g(big_str="foobar", index=2):
    return big_str

assert f(g())

def f(x: List[int], a=3):
    if a == 1:
        return True
    return x[4] != 4

def g(a=3):
    return list(range(1, 1000))

assert f(g())

def f(nums: List[int], n=1000):
    return all((sum(i) * i >= n) for i in nums) and all(n % len(nums) == len(m) for m in nums)

def g(n=1000):
    return []

assert f(g())

def f(s: str, num=3):
    return num == len(s) and [s[i] for i in range(num)][0] == 's'

def g(num=3):
    return "s" * num

assert f(g())

def f(l: str):
    return l.startswith("konjak")

def g():
    return "konjak"

assert f(g())

def f(a: List[int]):
    a.sort()
    return [x for x, y in zip(a, a[1:3]) if x < y] == [0, 1]

def g():
    return list(range(100))

assert f(g())

def f(n: int, t=5, p=17, q=11):
    if p == 0 and q == 0:
        return True
    if p == 0 and q == 1:
        return True
    if n < 1:
        return False
    if p == 1 and n >= 3:
        return False
    if q == 1 and n >= 3:
        return False
    return True

def g(t=5, p=17, q=11):
    i = p * t - q * (t - 1)
    if i < 0:
        i = 17 - i
    return i

assert f(g())

def f(x: str):
    return all(
        i in str for i in x if i == '.' and not x.endswith('.')
    )

def g():
    return "abcdef"

assert f(g())

def f(n: int, d=13, i=21):
    return sum(i ** 2 for i in range(d)) == n

def g(d=13, i=21):
    return sum(i**2 for i in range(d))

assert f(g())

def f(i: int):
    return i in range(1000000000)

def g():
    return 1 + 1 + 1

assert f(g())

def f(s: str):
    return "not " in s and not "a b c d" in s

def g():
    return "not a"

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) for i in l) and sum(l) > 1000

def g():
    return [1]*100000  # type: List[int]

assert f(g())

def f(moves: List[List[int]], n=2):
    assert len(moves) == 2
    if moves[0][1] == 0:
        return True
    assert moves[1][1] == 0
    return len(moves) == n

def g(n=2):
    return [ [0, 0]*n for i in range(n) ]

assert f(g())

def f(n: int):
    return str(n * n).startswith("99")

def g():
    return int(int("99" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(words: List[str], n=1000):
    return len(set(words)) == n

def g(n=1000):
    return ["abc"*(i+2)+"def" for i in range(n)]

assert f(g())

def f(inds: List[int]):
    return inds == sorted(inds) == sorted(range(1000))

def g():
    return [i for i in range(1000)]

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678900")

def g():
    return int(int("123456789000" + "0"*99) ** 0.5) + 1

assert f(g())

def f(s: str):
    return (s == "hello") or (s == "HELLO") or (s == "hello world")

def g():
    return "hello"

assert f(g())

def f(delta: List[int], n=0, max_len=5):
    for i in range(0, max_len):
        delta[i] = n * delta[i]
    return all([delta[i] == n for i in range(max_len)])

def g(n=0, max_len=5):
    return list(range(n+1, max_len+1))

assert f(g())

def f(moves: List[List[int]]):
    def f1():
        return sum(m for m in moves) == len(moves)
    if not f1():
        return False
    for [m] in moves:
        if f1():
            for [m] in moves:
                return False
    for [m] in moves:
        if f1():
            for [m] in moves:
                return False
    return True

def g():
    return []

assert f(g())

def f(x: int, a=41006, b=34):
    return 2 * x - a * b >= 0

def g(a=41006, b=34):
    return pow(a, b) - 1

assert f(g())

def f(n: int, a=123456789, b=1234567890, c=12348765432):
    if n == 1234567890:
        return True
    elif n == a:
        return False
    elif n == b:
        return False
    for i in range(3):
        if n + i <= 999:
            return False
        elif n + 3*i <= 999:
            return False
    return True

def g(a=123456789, b=1234567890, c=12348765432):
    return 3*a + 2*b + 3*c

assert f(g())

def f(n: int, k=2, target=176440):
    assert n == target
    return n % k == 0

def g(k=2, target=176440):
    g.__dict__.setdefault("a", 10)
    g.__dict__["a"] = 176440
    return 176440

assert f(g())

def f(ls: List[str]):
    return ls[0] == str(0) or sum(list(x) for x in ls) == str(0)

def g():
    return [str(i) for i in range(9)]

assert f(g())

def f(x: int):
    return min(x, x + 1) < max(int(x + 1) + 1, int(x - 1) - 1)

def g():
    return 4

assert f(g())

def f(s: str):
    return s == '1' or s == '1~' and not s.startswith('!')

def g():
    return "1" or "1~" or not str.startswith('!')

assert f(g())

def f(s: str, n=3):
    return s.count("n") == n

def g(n=3):
    return "n"*3

assert f(g())

def f(x: List[int], a=2052, b=8, c=10):
    return x[0] == a and x[1] == b and x[2] == c

def g(a=2052, b=8, c=10):
    return [a, b, c]

assert f(g())

def f(n: int, a=136611, b=85788):
    return n >= a and n > b

def g(a=136611, b=85788):
    return a + b

assert f(g())

def f(s: str, target="forward me", forward=True):
    return (s[::-1] == target) != forward

def g(target="forward me", forward=True):
    return "{forward: {}}\n{target: {}}\n"

assert f(g())

def f(n: int, digits: int=1000):
    if digits > n:
        return False
    return n % 10 == 0 and n > 0 and n != 0 and 10 ** n != 0

def g(digits: int=1000):
    y = [0]*(digits+1)
    for n in range(1, digits+1):
        y[digits] = n
    return y[digits]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    if n == 0:
        return False, a, 1
    p = 1
    for m in range(n + 1, 1, -1):
        p = (1.0 - p) * a + p * b
        if p <= 1:
            return False, a, b
    return True

def g():
    return [8, 5, 2, 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 and n > 2) or all(a == c and min(a, b, c) >= 0 for i in range(1, n))

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(indices: List[int], target_angle=90):
    assert all(i not in indices for i in indices) == False
    inds = indices[::-1]
    assert len(inds) == 1000
    assert max(inds) >= target_angle and min(inds) <= target_angle

    return min(inds) == target_angle

def g(target_angle=90):
    return [target_angle for i in range(1000)]

assert f(g())

def f(n: int):
    return n >= 1000

def g():
    return 1000

assert f(g())

def f(nums: List[int], upper_bound=60000):
    return sum(nums) >= upper_bound

def g(upper_bound=60000):
    return list(range(1000000))

assert f(g())

def f(n: int):
    return 2 ** n >= 25

def g():
    return 25

assert f(g())

def f(n: int, a=4, b=54368639, c=0):
    return abs(a - b) + abs(a - c) > 1e-5

def g(a=4, b=54368639, c=0):
    return a

assert f(g())

def f(s: str):
    return s + 'Hello' in s or 'Hello' in s

def g():
    return 'Hello' + 'World'

assert f(g())

def f(a: List[int], target_len=80):
    return len(set(a)) == len(set(range(target_len)))

def g(target_len=80):
    return list(range(target_len))

assert f(g())

def f(n: int):
    return (n - 1) % n == 0 or n == 0  # 1 to n

def g():
    return (1+2+3) % 5

assert f(g())

def f(x: str):
    assert len(x) == 1
    return x == x[::-1]

def g():
    return "a"

assert f(g())

def f(n: int, a=10300, b=16):
    return pow(2, b, n) >= a

def g(a=10300, b=16):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: List[int]):
    return i.count(0) == i.count(1)

def g():
    return list(range(2, 5))

assert f(g())

def f(x: List[int], n=7):
    return sum(x) <= 10 ** n

def g(n=7):
    return list(range(n))

assert f(g())

def f(x: List[int], index_list=[[1, 0]]):
    assert all(x[i] in [1, 2, 4, 5] for i in range(len(x))) and set(x)
    return all([x[i] for i in range(len(x))])

def g(index_list=[[1, 0]]):
    return [2, 5]

assert f(g())

def f(s: str):
    return s.count(".") >= 1

def g():
    return "."

assert f(g())

def f(n: int):
    return (n > 0) and (n % 2 == 0) and (n > 1000)

def g():
    return (1+1) * 2**17

assert f(g())

def f(n: int, w=30):
    return abs(n - 1) >= w

def g(w=30):
    return 20 * w

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return all(x in s for x in chars)

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "Hello {0!r}".format(chars)

assert f(g())

def f(n: int):
    return n == 2 or all(np.nonzero(i % 2 == 1 for i in range(n)) for i in range(n))

def g():
    return int(int((0+1)**0.5) + 1)

assert f(g())

def f(x: List[int], a=100):
    for i in range(len(x)):
        if x[i] > a:
            x[i] -= a
            return True
    return False

def g(a=100):
    return list(range(a, a + 10))

assert f(g())

def f(g: List[int], length=10):
    return len(g) == length

def g(length=10):
    return [0]*length

assert f(g())

def f(p: List[str]):
    return len(set(p)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in p)

def g():
    return [str(a) for a in ["a"*(i+2)+"b" for i in range(1000)]]

assert f(g())

def f(n: int):
    return all(a == b == c == d == e == f != g != h != j != k != 0 for a, b, c, d, e, f, g, h, j, k in range(n))

def g():
    return 0

assert f(g())

def f(n: int):
    assert n > 0
    return n > 0 and n % 10 == 1

def g():
    return 11

assert f(g())

def f(x: int, n=1234):
    return x - 1 >= n or (x - 1 + n - 1) * 3 + 1 == n

def g(n=1234):
    return n * 3

assert f(g())

def f(x: int, a=1073258, b=72352549, n=1, count=25):
    return n == 1 and abs(x - a) < count * float(b)

def g(a=1073258, b=72352549, n=1, count=25):
    return 1 if n == 1 else 25

assert f(g())

def f(inds: List[int]):
    return all([[2, i - 1] for i in range(inds[1], inds[2] + 2, -1)])

def g():
    return [1, 2, 3]

assert f(g())

def f(res: int, n=123456, k=0):
    return res >= n - k or res == n - k

def g(n=123456, k=0):
    return n + k + 1

assert f(g())

def f(s: str):
    return s == u'1' and len(set(s)) == 1

def g():
    return u'1'

assert f(g())

def f(r: int, s=1, n=200, m=11):
    return s * (((m + r) * m) + (n - r) * n) >= 8 * n * n

def g(s=1, n=200, m=11):
    return s * (((m + n) * m) + (m - n) * n) - 1

assert f(g())

def f(n: float, a=1020):
    return abs(10 * n - a) < 10 ** -3

def g(a=1020):
    return 0.00001 + 0.1 * a

assert f(g())

def f(words: List[str]):
    return bool(set(words))

def g():
    return ["a", "b"]

assert f(g())

def f(nums: List[int], target=10000):
    return sum(n >= 0 for n in nums) == target

def g(target=10000):
    return [num for num in range(target)]

assert f(g())

def f(x: List[str]):
    return len(x) == 4

def g():
    return ["1", "2", "cde", ""]

assert f(g())

def f(nums: List[int], b=1000, count=648):
    return max(nums) <= count and sum(nums) <= b

def g(b=1000, count=648):
    return [count]

assert f(g())

def f(s: str):
    return ''.join(x for x in s if x.isdigit()) == "9"

def g():
    return "9"[::-1].upper()

assert f(g())

def f(all_numbers: List[int], target=7):
    max_number = max(all_numbers)
    for n in range(max_number, -1, -1):
        if all_numbers[n] >= target:
            return True
    return False

def g(target=7):
    return [1, 2, 3, 4, 7, 8, 9, 3, 4, 5, 10]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i ** 2 for i in nums) >= n

def g(n=12345):
    return list(range(n+1))

assert f(g())

def f(li: List[int]):
    return all(i == li[i] for i in range(3))

def g():
    return [0, 1, 2]

assert f(g())

def f(li: List[int], s=5):
    for i in range(s):
        if li[i] % 2 == 1:
            return True
    return False

def g(s=5):
    return [i+10 for i in range(s)]

assert f(g())

def f(n: int):
    return (-1**n) ** n == 1

def g():
    return 0

    # g()

assert f(g())

def f(x: List[int], k=5):
    return all([x < 0 for x in x if x == (-5)])

def g(k=5):
    return [3, 4]

assert f(g())

def f(x: List[str]):
    return len(x) >= 5

def g():
    return [str(i*3+5) for i in range(1000)]

assert f(g())

def f(num_solutions: int):
    if num_solutions < 0:
        return False
    b = num_solutions
    if num_solutions % 3 == 1:
        n = num_solutions - (num_solutions % 3)
        b += 2
    return b >= 100 and (num_solutions % b == 0 or num_solutions % n == 0)

def g():
    return 123456789000

assert f(g())

def f(g: float, target=0.9999):
    return g * g > 0.999 and abs(g - target) < 1e-5

def g(target=0.9999):
    return target

assert f(g())

def f(moves: List[List[int]]):
    return len({(a, b) for [a, b] in moves}) == len([[1, 2], [1, 3], [2, 1], [3, 1], [2, 3]])

def g():
    return [
        [1, 2],
        [1, 3],
        [2, 1],
        [3, 1],
        [2, 3],
    ]

assert f(g())

def f(s: str):
    return s.count('\u1234') == 1

def g():
    return "abc\u1234ghi"

assert f(g())

def f(u: List[int]):
    assert u != []
    return sum(u[i] != i for i in range(3)) == 3

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, year_len=365):
    return all(s[-2:] == year_len and s[-1] == year_len for year_len in range(2, 366 - len(s)))

def g(year_len=365):
    return "123456789"*(year_len - 2) + "123456789"*(year_len - 1)

assert f(g())

def f(c: str):
    return c == "yes" or all(c.count("yes") == 1)

def g():
    return "yes" or ["s","w","e"]

assert f(g())

def f(s: str):
    return s.count("5") == 1

def g():
    return "4" * 10 + "5"

assert f(g())

def f(s: str, b2=""):
    return s.lower() == b2.lower()

def g(b2=""):
    return str(b2)

assert f(g())

def f(l: List[int]):
    return sum(l) + sum(l[1:]) > 9

def g():
    return [6, 7]

assert f(g())

def f(indices: List[int], a0=0):
    return len(set(indices)) <= 1000 and sum([i % 3 == 0 for i in indices]) == 3

def g(a0=0):
    return [3, 0, 1] + [3, 5, 1]

assert f(g())

def f(x: List[int], n=500):
    return all(i == x[i] for i in range(n))

def g(n=500):
    return list(range(n))

assert f(g())

def f(s: str, a=9):
    assert s.count("A") == 1 and str(s) == 'A', "Hint: all non-alpha characters are ASCII letters."
    return len(set(s)) <= 2

def g(a=9):
    return str("A"+"A")[1:]

assert f(g())

def f(x: float, b=1020):
    return abs(x ** 2 - b) < 10 ** -3

def g(b=1020):
    return b**0.5

assert f(g())

def f(s: str):
    return all(ord(s[i]) < 127 for i in range(len(s))) and len(s) > 3

def g():
    return "test"

assert f(g())

def f(num: int, c=0):
    return c + num < 8

def g(c=0):
    return 9**c

assert f(g())

def f(li: List[int], k=5):
    if len(li) == 0:
        return True
    return all(i == 1 for i in li) and len(li[0] == 1)

def g(k=5):
    return []

assert f(g())

def f(n: int, max=5000):
    return n >= max

def g(max=5000):
    return max*50

assert f(g())

def f(pieces: List[int], n=100, max_pieces=100):
    return len(pieces) == n and all(a in pieces for a in pieces) and len(pieces) <= max_pieces

def g(n=100, max_pieces=100):
    return list(range(1, n+1))

assert f(g())

def f(l: List[int]):
    i = 0
    while abs(l[i]) >= 3:
        i = i + 1
    return l[i] == len(l) - i

def g():
    return [2,4]

assert f(g())

def f(moves: List[str], k=3):
    return len(moves) == k

def g(k=3):
    return [str("123456789" + "0"*k) + str(j) for j in range(k)]

assert f(g())

def f(n: int):
    return len(str(n)) == len(str(n))

def g():
    return 3 * 3

assert f(g())

def f(nums: List[int], target=1):
    return len(nums) == 1000 and all((n - 1) % 2 == 0 for n in nums)

def g(target=1):
    return [target for n in range(1000)]

assert f(g())

def f(n: int):
    if n == 0:
        return True
    return n > 0 and n % 5 == 1 and n > n // 5

def g():
    return 1

assert f(g())

def f(li: List[int]):
    return all([li[i] == 0 for i in range(len(li))])

def g():
    return [0] * 100

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 3 and sum(nums) == n

def g(n=12345):
    return [n]

assert f(g())

def f(e: List[int], a=3, b=3, c=3, d=3):
    x = e[0] * e[1] * e[2]
    return abs(a * x - b * x - c * x - d) < 10 ** 10

def g(a=3, b=3, c=3, d=3):
    return [a+b+c+d, 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, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2]

assert f(g())

def f(s: str, k=4, target="ooh no"):
    return s == target

def g(k=4, target="ooh no"):
    return "ooh no"

assert f(g())

def f(z: List[int], n=17):
    assert all([x > 0 for x in z])
    assert len(set(z)) == n, "Mismatched n and number of points"
    s = 0
    i = 0
    for x in z:
        s += x
        i += 1
    return i == n and all(x != 0 for x in z)

def g(n=17):
    return [int(x) for x in range(1, n+1) if x > 0]

assert f(g())

def f(x: int):
    return str(x + 1).startswith("12345") or str(x + 1).startswith("456")

def g():
    return 123456789

assert f(g())

def f(y: List[int], target="fantastic", upper=99):
    d = {}
    for a in y:
        a = str(int(a))
        for k, b in d.items():
            d[a] = b
        d[int(a)] = target[k]
    return sum(d.values()) <= upper

def g(target="fantastic", upper=99):
    return []

assert f(g())

def f(s: str):
    return abs(s.index(s.upper()) - s.index("A")) < 2

def g():
    return "AA" + "BB"

assert f(g())

def f(nums: List[int], lower_bound=500, upper_bound=5000):
    assert all(i < upper_bound or (i == lower_bound or i >= lower_bound + 1) for i in range(len(nums)))
    return lower_bound <= len(nums) <= upper_bound

def g(lower_bound=500, upper_bound=5000):
    return list(range(1, int(upper_bound) + 1))

assert f(g())

def f(x: int, a=1234, b=99):
    return a * a - x == b * b

def g(a=1234, b=99):
    return a * a - b * b

assert f(g())

def f(n: int):
    assert n > 0
    return all(i in range(n) for i in range(1, n))

def g():
    return 5

assert f(g())

def f(ans: List[List[int]]):
    for i in range(len(ans)):
        ans[i] = ans[i].sort(reverse=False)
    return len(ans) == 3

def g():
    return [
        [1, 2, 3],
        [1, 2, 3, 4],
        [1, 2, 3, 4, 5]
    ]

assert f(g())

def f(x: List[int]):
    return all(x[i] == i for i in range(10))

def g():
    return list(range(10))

assert f(g())

def f(s: str):
    return all(ord(s[i]) in range(128) for i in range(4))

def g():
    return "abcdefg"

assert f(g())

def f(list: List[int]) -> bool:
    for a, b in zip(list, list[1:]):
        assert a + b <= len(list)
    return True

def g():
    return []

assert f(g())

def f(s: str):
    return s.startswith("123.456")

def g():
    return "123.456" + "0"*3

assert f(g())

def f(n: int):
    return n == 1 or n > 50

def g():
    return 5 * 2 * 3 + (20 * 6)

assert f(g())

def f(x: int, a=100, b=600):
    return x > a and x > b

def g(a=100, b=600):
    return a*a*a + b*b*b

assert f(g())

def f(s: str):
    return str(s).startswith("A")

def g():
    return str("A")

assert f(g())

def f(s: str):
    return s.count("-") == 1

def g():
    return "-0/9"

assert f(g())

def f(moves: List[List[int]]):
    return all(
        not bot_move() for move in moves
        if move[0] == 1
    )

def g():
    return [list(range(1000))]

assert f(g())

def f(a: int):
    return a > 10240  # >= 20

def g():
    return (1 << 64) - 1

assert f(g())

def f(s: str):
    f17 = len(s) == len(set(s))
    f18 = not f17
    return f17 or f18

def g():
    return "abc123"

assert f(g())

def f(x: int, a=662450, b=724700):
    if x > 0:
        return x + a > b
    else:
        return x + a == b

def g(a=662450, b=724700):
    return (a+b) or (a==b)

assert f(g())

def f(n: int):
    assert n == 0 or n == 1
    return not (not 0 and not 1) or (not 0xffffffff and not 0xfffffffe)

def g():
    return int("0"*9)

assert f(g())

def f(nums: List[int]) -> bool:
    # if nums == [0, 0, 0, 0], it's a true statement
    # if nums == [0, 0, 0, 0, 0], it's a false statement
    # if nums == [1, 1, 1, 1, 1], it is False and there are only 5 squares in a column, so no check

    # not checking all the squares if the columns are even
    return len(nums) == 4 and nums[1] == 0

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(nums: List[int], m=3):
    assert len(nums) == m and min(nums) >= 0
    return len(set(nums)) <= m and nums[0] != 0 or max(a for a in nums if a > 0) < nums[-1]

def g(m=3):
    return [1, 3, 5]

assert f(g())

def f(s: str):
    return set(str(x) for x in s if x) == set(s + str(" "))

def g():
    return "Hello World"

assert f(g())

def f(s: str):
    return s.startswith("hello") and s.endswith("world") or (s.startswith("hello") and s.endswith("olleh"))

def g():
    return "hello, olleh world"

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, c=10, e=100):
    return int(s.count("m") + c) + e > 10 and len(s) > e

def g(c=10, e=100):
    return "g"*(c+e+1)

assert f(g())

def f(x: int, y=10, z=10, r=3):
    return -y ** 2 + 566 * (z * z) / (y + x) <= y ** 2 + r

def g(y=10, z=10, r=3):
    return 2 * z**3 - y ** 2

assert f(g())

def f(s: str):
    return s.count("a") > 0 and s.count("d") > 0

def g():
    return "abcde"

assert f(g())

def f(target: List[int]):
    return len(target) >= 3 and target[0] + target[1] == target[2]

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return s.find("y") >= 0 and s.find("z") >= 0

def g():
    return "123456789y0z"

assert f(g())

def f(b: List[int], k=50):
    return len(set(b)) == k

def g(k=50):
    return list(set(range(k)))

assert f(g())

def f(t: int, a=16):
    return -t == a

def g(a=16):
    return -int(a)

assert f(g())

def f(n: int):
    if n < 300:
        return False
    if n > 1000:
        return True
    return n == 400000 or n == 30*60*24*365/400000

def g():
    return 300000

assert f(g())

def f(s: str):
    return s[::-1] == 'a' or all(j < i < k for i, j in enumerate(s) for k in range(i, len(s) - 1))

def g():
    return 'a'

assert f(g())

def f(s: str, target="random", random=True):
    return target[:random * len(target)] == s

def g(target="random", random=True):
    return target[:random * len(target)]

assert f(g())

def f(s: str, lower=0.99, upper=100):
    if s.count("1") == 0:
        return 0.0 <= lower and 0.99 <= upper and float(s[0]) >= float(s[-1])
    return (0.99 * float(s[0]) ** 2 + 1e-3 * float(s[1]) ** 2 + 1e-6 * float(s[2]) ** 2 + ...) <= upper

def g(lower=0.99, upper=100):
    return [str(n*n) for n in range(1, 101)][(lower+1) * (float(1) + upper) > float(1)]

assert f(g())

def f(nums: List[int], thresh=75):
    return sum(nums) >= thresh

def g(thresh=75):
    return  [1 for i in range(thresh)]

assert f(g())

def f(n: int):
    return n <= 5

def g():
    return 3

assert f(g())

def f(x: int, n=1234):
    return x - 1 >= n or (x - 1 + n - 1) * 3 + 1 == n

def g(n=1234):
    return int(n) * 2

assert f(g())

def f(s: str):
    return s[-1] == '!' and s[-2] == '!'

def g():
    return "!" * 9

assert f(g())

def f(li: List[int], n=8):
    assert len(li) == n
    return all(i in li for i in range(n))

def g(n=8):
    return list(range(n))

assert f(g())

def f(li: List[int]):
    return len(li) == 6

def g():
    return [int(li) for li in [1, 2, 3, 4, 5, 6]]

assert f(g())

def f(nums: List[int], lower_bound=3):
    return len(nums) >= lower_bound

def g(lower_bound=3):
    return [2,3,4,5]

assert f(g())

def f(x: List[str]):
    return [s.strip() for s in x] == [s.split(' ')[0] for s in x]

def g():
    return ["a", "b", "c"]

assert f(g())

def f(t: List[int]):
    return sum(t) > 1000

def g():
    return [x ** 1000 for x in range(1, 4)]

assert f(g())

def f(p: List[int], n=9):
    return all(n in p for n in range(10))

def g(n=9):
    return list(range(20))

assert f(g())

def f(x: int, a=94617, b=-1296):
    return a - x == -b

def g(a=94617, b=-1296):
    return a - (-b)

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    count = max(m for i in range(n) if i == 0)
    return count + 2 < res

def g(m=1234578987654321, n=4):
    return m + n

assert f(g())

def f(x: str):
    return x in ("hello", "world", "hello world")

def g():
    return "hello world"

assert f(g())

def f(moves: List[int]):
    return sum(moves) == 9 and all([moves])

def g():
    return [2, 3, 4]

assert f(g())

def f(i: int):
    return (i / 2) == ((i * 2) // 2)

def g():
    return 0

assert f(g())

def f(x: float, a=1020):
    return x >= 0 and x > abs(a)

def g(a=1020):
    return float(a) * int(a+0.01)

assert f(g())

def f(x: float):
    return x > 10.0

def g():
    return 10.1

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n and sum(x) == len(x)

def g(n=5):
    return [1 for _ in range(n)]

assert f(g())

def f(s: str, num: int=1, max_n=10):
    return all(n in str(num ** 8) for n in str(num ** 8))

def g(num: int=1, max_n=10):
    return str(num) + str(num ** 6)

assert f(g())

def f(s: str):
    return len({(i, j) for i in range(5) for j in range(5) if s[i] == s[j]}) == 5

def g():
    return "abc123"

assert f(g())

def f(s: str, target=60):
    return len(s) >= target and s in "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g(target=60):
    return ["0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"][target-60]

assert f(g())

def f(s: List[int]):
    return len(s) == 1000

def g():
    return [x for x in range(1000)]

assert f(g())

def f(s: str, length=4):
    return len(s) > length

def g(length=4):
    return "123456789"*length

assert f(g())

def f(path: List[int], max_dim=13):
    assert len(path) == max_dim and max_dim <= len(set(path))
    return len(path) == max_dim

def g(max_dim=13):
    return list(range(max_dim))

assert f(g())

def f(f: List[int]):
    return all(f[i] != f[i + 1] for i in range(10))

def g():
    return list(range(100))

assert f(g())

def f(path: List[int]):
    a, b = [0, 1]
    assert path[0] == a and path[-1] == b
    return len(path) <= 2 or all(path[i] for i in range(len(path) - 1))

def g():
    return [0, 1]

assert f(g())

def f(n: int):
    return abs(n) <= 5

def g():
    return 4

assert f(g())

def f(a: int, b=15):
    return b > a

def g(b=15):
    return 15 * (3 * (0 << 28) + (0 << 29)) \
        * (5 * (0 << 21) + (3 << 22)) + 0

assert f(g())

def f(n: List[int]):
    return sum(n) >= 10

def g():
    return list(range(100))

assert f(g())

def f(n: int):
    if n < 10000:
        if all(x <= n for x in range(1000, n + 10000)) and all(x != x - 1 for x in range(n, n + 10000)):
            return True
        return False
    if n % 100000 == 0:
        return True
    return False

def g():
    nums = [0] * 100000
    for i in range(100000):
        nums[i] = 1
    return 100000

assert f(g())

def f(s: str):
    return s + "!" == "Hi there!"

def g():
    return "Hi there"

assert f(g())

def f(s: str, target="blah-blah-blah", length=5, index=2):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="blah-blah-blah", length=5, index=2):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(p: float, m=1000):
    return abs(p - m) < 1e-6

def g(m=1000):
    return float(m)

assert f(g())

def f(x: int, y=1, z=3):
    if x < 0 or y <= 0 or z <= 0:
        return False
    if x == 0 or y == 0 or z == 0:
        return True
    return False or x * y == z

def g(y=1, z=3):
    return 0

assert f(g())

def f(n: int, a=1020):
    return n <= a and max(a - n, 0) % 10 < 10 and max(a - n, 0) <= 10

def g(a=1020):
    return a - 1

assert f(g())

def f(x: List[int], n=4, s=2021):
    return all(int((0 <= i < n) and (0 <= x[i] < s)) for i in range(n))

def g(n=4, s=2021):
    return [3, 27, 7, 44] * s

assert f(g())

def f(st: str, s="%s"):
    return s in st and s in s + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-"

def g(s="%s"):
    return "%s" % s

assert f(g())

def f(s: str, q_numbers=["1", "2", "3", "4", "5", "6", "7", "8", "9", "0", ".", ".7", ".", ".8", ".", ".9", ".10", ".12", ".14"], k=10):
    return all(n in q_numbers[i] for i, n in enumerate(q_numbers))

def g(q_numbers=["1", "2", "3", "4", "5", "6", "7", "8", "9", "0", ".", ".7", ".", ".8", ".", ".9", ".10", ".12", ".14"], k=10):
    return "1234567890" * k

assert f(g())

def f(n: int):
    # n contains integers that are multiples of 10
    if n == 0:
        return True
    if n % 10 == 0:
        return False
    s, t = divmod(n, 10)
    # use the following (simpler) method if the modulus is only a little bigger than 30
    if 10**(t / 10) + 10**(t / 10 + 1) > 30:
        return False
    return s * 10 <= n / (2 * t)

def g():
    return 2 ** 31 % 1 or 1 // 5

assert f(g())

def f(n: int):
    return n in list(range(19))

def g():
    return int(list(range(19))[0]) + 1

assert f(g())

def f(e: float, p=0.1):
    return (e - 1.) / p < 0 or e >= 1.0  # make sure e is positive and [0, 1[ are covered by this interval

def g(p=0.1):
    return -1.

assert f(g())

def f(str: str):
    return str.endswith(".txt")

def g():
    return "hello world2.txt"

assert f(g())

def f(s: str, target="what is happening here?"):
    return s.startswith("hello world")

def g(target="what is happening here?"):
    return "hello world" + target + "world"

assert f(g())

def f(n: int, m=100, h=50):
    return n == m + h - 1

def g(m=100, h=50):
    return m + h - 1

assert f(g())

def f(s: str):
    return 'x' in s

def g():
    return "\ndef f(x):\n    return [0,1,2,3,4]\ns.reverse()"

assert f(g())

def f(n: int, a=33, b=10):
    assert n % b == 0, "wrong value"
    return n // b == a

def g(a=33, b=10):
    return a*b

assert f(g())

def f(n: int, a=0, b=0, c=0, d=0):
    return n >= a and n >= b and n >= c and n >= d

def g(a=0, b=0, c=0, d=0):
    return 9

assert f(g())

def f(s: str, subs=['foo', 'bar']):
    return sum(sub in s for sub in subs) == len(subs)

def g(subs=['foo', 'bar']):
    return "".join('%s' % x for x in subs)

assert f(g())

def f(p: List[int]):
    if p[0] == 0 and p[1] == 1:
        return True
    if p[0] == 1:
        if p[1] == 2:
            return False
        elif p[1] == 3:
            return True
    return False

def g():
    return [0, 1, 2]

assert f(g())

def f(edge: List[List[int]]):
    assert len(edge) == len(edge[0])
    assert set(edge[1]) <= set(edge[0])
    return len(edge) == len(edge[0]) and all(edge[0]) == 0

def g():
    return [
        [0,1,2,3],
        [0, 1, 2, 3],
        [0, 1, 2, 3],
        [0, 1, 2, 3],
    ]

assert f(g())

def f(counts: List[int]):
    return sum(counts[i] for i in range(4)) >= 0

def g():
    return [1, 2, 2, 3, 3, 4]

assert f(g())

def f(target: List[int]):
    return all(i in target for i in range(len(target) - 1))

def g():
    return list(range(10))

assert f(g())

def f(a: List[int], n=5):
    return len(set(a)) >= n

def g(n=5):
    return list(range(1, n+2))

assert f(g())

def f(li: List[int]):
    return all({x for x in li if x < 3}) == all({x for x in li if x >= 3})

def g():
    return [3]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s.startswith(target) == reverse

def g(target="reverse me", reverse=True):
    return "%s %s %s" % (target, reverse*"a", reverse*"bb")

assert f(g())

def f(s: str, word="abc"):
    for i in range(len(word)):
        if s[i].lower() != word[i].lower():
            return False
    return True

def g(word="abc"):
    return word.lower()

assert f(g())

def f(p: List[int], upper_bound=4, lower_bound=6):
    return len([x if x >= 0 else p[-1] for x in p]) >= upper_bound and len([x for x in p if x >= 0]) >= lower_bound

def g(upper_bound=4, lower_bound=6):
    return [1,2,3,4,5,6]

assert f(g())

def f(s: str, k=2, n=9):
    return s.count("5") + s.count("9") + s.count("9") == n

def g(k=2, n=9):
    return "123456790" + "56789" + "9" + "7654"

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    for i in range(1, n + 1):
        if nums[i] < 4:
            return False
    return True

def g(tot=12345, n=5):
    return [3,5,7,8,9,10,11,12,13,14,15,16,17,18,19,20] + [tot]

assert f(g())

def f(sequence: List[int], n=1000):
    return len(sequence) == n

def g(n=1000):
    return [n*n for i in range(n)]

assert f(g())

def f(x: float):
    return x == 42 or x == 123.456

def g():
    return float("123.456")

assert f(g())

def f(s: str, target=7):
    return "Hello " + s[::-1] == "Hello world"

def g(target=7):
    return "world"[::-1]

assert f(g())

def f(n: int):
    s = str(n)
    # must have at least four lower bits
    if len(s) < 4:
        return False
    for i in range(1, len(s)):
        if s[i] == '0' and s[i - 1] == '0':
            return False
    return True

def g():
    return int(int("1234567890000000")**0.5 + 1) + 1

assert f(g())

def f(ans: List[str], targets=["abc","bcd","cde"]):
    for t in targets:
        t += "0" if t != ans[t.index(t)] else t
    return len(ans) >= len(targets)

def g(targets=["abc","bcd","cde"]):
    return targets

assert f(g())

def f(h: List[int], target_angle=45):
    return abs(target_angle - h[1]) % 180 == 0

def g(target_angle=45):
    return [target_angle, target_angle+360]

assert f(g())

def f(list: List[int], target=6):
    y = set(list)
    return all(i in y for i in [2, 0, 1, 3])

def g(target=6):
    return [1, 2, 0, 3]

assert f(g())

def f(n: int, a=30, b=21):
    return n % a == 0 and n % b == 0

def g(a=30, b=21):
    return b*a

assert f(g())

def f(input: List[int], target=10):
    return len(input) == target

def g(target=10):
    return list(range(target))

assert f(g())

def f(possible_path: List[int], n=1000):
    return len(possible_path) >= n and min(possible_path) >= 0

def g(n=1000):
    return [0]*n

assert f(g())

def f(x: List[int], li=[[1, 0, 0], [4, 3, 2], [3, 2, 1]]):
    return len(list(x)) == 3

def g(li=[[1, 0, 0], [4, 3, 2], [3, 2, 1]]):
    return [x[0] for x in li]

assert f(g())

def f(x: int, a=131421, b=0):
    return x == a

def g(a=131421, b=0):
    return a + b

assert f(g())

def f(x: int, m=10, n=21):
    if n <= m:
        return x ** 2 < m * n
    return True  # you lost

def g(m=10, n=21):
    return m * n // 2

assert f(g())

def f(a: str):
    return len(a) > 6 and not a.startswith("a")

def g():
    return "1abc2bbc"

assert f(g())

def f(s: str):
    # print "h2"
    return "h2" in s and len(s) == len(s.strip(":.:-")) or "s" in s and ":" in s

def g():
    return "h2:s::"

assert f(g())

def f(n: int):
    return all(n >= 1000 and n % 1000 == 0 for i in range(100))

def g():
    return 1000

assert f(g())

def f(x: List[int], a=100):
    for i in range(len(x)):
        if x[i] > a:
            x[i] -= a
            return True
    return False

def g(a=100):
    return [x * a for x in range(100)]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me true') and s != s[::-1]

def g():
    return "Permute me true"[::-1]

assert f(g())

def f(s: str, chars=['a', 'b', 'c'], max_chars=6):
    return len(s) > max_chars

def g(chars=['a', 'b', 'c'], max_chars=6):
    return "Hello, {chars}.{max_chars}!".format(chars=chars, max_chars=max_chars)

assert f(g())

def f(s: str, target="foobarbazwow", t_length=6, length=6):
    return target[(len(target) - t_length) // 2:(len(target) + t_length) // 2] == s

def g(target="foobarbazwow", t_length=6, length=6):
    return target[(len(target) - t_length) // 2:(len(target) + t_length) // 2]

assert f(g())

def f(i: int, n=13):
    return n <= 10**(1 + i)

def g(n=13):
    return 13 + n

assert f(g())

def f(s: str, lower=100, upper=200):
    m = len(s)
    return max(min(m, upper - lower), lower + upper - m) < m

def g(lower=100, upper=200):
    return "123456789"*((upper - lower) * 2 + 1)

assert f(g())

def f(x: int):
    return x * x < 10 ** -3

def g():
    return int(int(str(0) * 10000) * int(10**-3)) # <--

assert f(g())

def f(s: str):
    return "abcd" == s and "lcd" == s or "vhd" == s

def g():
    return "vhd"

assert f(g())

def f(d: int):
    x = 2
    y = d
    return y == x

def g():
    return 2

assert f(g())

def f(p: List[int], target=50):
    return len(p) == target and target < 100

def g(target=50):
    return list(range(target))

assert f(g())

def f(nums: List[int], n=4):
    return len(list(nums)) == n

def g(n=4):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return "".join([f for f in s if f]) == "abcdefghijklmnopqrstuvwxyz"

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(p: List[int]):
    return all(i in p for i in range(10))

def g():
    return list(range(0, 10))

assert f(g())

def f(start: int):
    return sum(range(start, start + 10)) <= 100

def g():
    return 5

assert f(g())

def f(l: List[int], n=10, max_len=12, a=200):
    return max(l) > n and all(i in range(n) for i in range(max_len) if l[i] == i+a)

def g(n=10, max_len=12, a=200):
    return [n**2 for n in range(max_len)]

assert f(g())

def f(baz: str, s="I am the boss"):
    return all(s in baz for s in "boss")

def g(s="I am the boss"):
    return "I got " + s + " from the boss."

assert f(g())

def f(n: int, a=10000, b=100):
    if 1 <= n < a or 1 <= n < b:
        return False
    return True

def g(a=10000, b=100):
    return 0

assert f(g())

def f(s: str, n=1001):
    return all(s in {"a", "b", "c", "d", "e"} for i in range(4) for s in {"a", "a", "a", "b", "c", "d", "e"})

def g(n=1001):
    return "a" * (n+1) + "b" * n

assert f(g())

def f(li: List[int], target=5, pos=5):
    return li.count(pos) != 0

def g(target=5, pos=5):
    return [target, target + 1]

assert f(g())

def f(indices: List[int], t=24, s=2):
    return set(indices) == set([i for i in range(t)])

def g(t=24, s=2):
    return [i for i in range(t) if i < t or i > t-s]

assert f(g())

def f(counts: List[int], n=100000):
    return bool(counts)

def g(n=100000):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return s == 'hello' or "You are not here" == s

def g():
    return ("You are not here" or "goodbye")

assert f(g())

def f(s: str, nums=42):
    return s.count("a") == nums and s.count("b") == nums

def g(nums=42):
    return "abc" * nums

assert f(g())

def f(n: int):
    if n > 100:
        return True
    n -= 1
    return all(n > 0)

def g():
    return int(int("123456789" + "0") ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    return x * 1.1 + 1. * abs(x) > a

def g(a=1020):
    return 1.1 + float(a)

assert f(g())

def f(l: List[int], target=2):
    return l == [0, 1, 2]

def g(target=2):
    return [0, 1, 2]

assert f(g())

def f(n: int):
    return bool(n % 2 == 0 and n % 3 == 0)

def g():
    return int(int("1234567890") ** 0.6)

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(1 if i < 33 else 2 for i in nums) >= 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"    # or the following too

def g():
    return "world"[::-1]    # or

assert f(g())

def f(g: List[int], j=10, e=10):
    return all(i in range(j) and abs(i + e) >= g[i] for i in range(j))

def g(j=10, e=10):
    return [i for i in range(j) if i + e >= j]

assert f(g())

def f(s: str):
    return "foobarbazwow wow wow" in s

def g():
    return "foobarbazwow wow wow"

assert f(g())

def f(p: List[int], i=1000):
    return all(abs(z) >= 2 for z in p for i in range(1000))

def g(i=1000):
    return [2, 3, 4, 5]

assert f(g())

def f(p: List[int], n=4, edge_length=10):
    return all(p[:n] == [0, 1, 2, 3] for i in range(n))

def g(n=4, edge_length=10):
    return [0, 1, 2, 3]

assert f(g())

def f(t: List[int], k=5):
    return t[0] == k and t[-1] == k

def g(k=5):
    return [k, k, k]

assert f(g())

def f(s: str, target="quaxx", start=0):
    return target == s[start:]

def g(target="quaxx", start=0):
    return target[start:]

assert f(g())

def f(nums: List[int], thresh=17):
    num_lo = sum(nums) / nums[0]
    return num_lo >= thresh

def g(thresh=17):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 0, 1, 2, 3, 4, 5, 6] * thresh

assert f(g())

def f(li: List[int]):
    return sorted(li) == sorted({0, 1, 2, 3, 4, 5, 6})

def g():
    return sorted({0, 1, 2, 3, 4, 5, 6})

assert f(g())

def f(e: List[int], n=17, s=7):
    if len(e) == 7:
        return all(2 * e <= 3 * n for e in [0, 1, 7])
    return len(e) > 7 or len(s) >= 10

def g(n=17, s=7):
    return [n*n+10, n*n+8, n*n+6, n*n+4, n*n+2, n*n+1, n*n, n*n-1, n*n-2, n*n, n*n-3]

assert f(g())

def f(li: List[int], n=3):
    return n == li.__len__()

def g(n=3):
    return [i for i in range(n)]

assert f(g())

def f(n: List[int], target=17):
    return len(n) == target

def g(target=17):
    return [n*2 for n in range(target)]

assert f(g())

def f(a: List[int], goal=[0, 0, 0]):
    assert 0 <= a[0] < 1 and 0 <= a[1] < 2 and 0 <= a[3] < 4 and 0 <= a[4] < 5
    return a[0] ** 2 ** (a[3] / 2) ** 2 ** (a[4] / 4) == a[1] ** 2 ** a[2] and a[0] in goal and a[1] == a[4] == a[5]

def g(goal=[0, 0, 0]):
    return [0, 0, 0, 0] + goal

assert f(g())

def f(path: List[int], max_path=1000):
    return min(max_path, len(path)) == max_path

def g(max_path=1000):
    return [0 for i in range(max_path)]

assert f(g())

def f(nums: List[int], c=20):
    return sum(d for d in nums if d > c) > 0

def g(c=20):
    return [int(x) for x in range(2+c)]

assert f(g())

def f(x: float):
    return 10 ** -2 <= x <= 10 ** -2

def g():
    return 10 ** -2

assert f(g())

def f(c: str, i=50):
    # could be a string or an integer
    c = str(c)
    if c.startswith('$'):
        return False
    return True if c.isdigit() else False

def g(i=50):
    return chr(i)

assert f(g())

def f(t: List[int]):
    return len(t) == 3

def g():
    return [3, 1, 2]

assert f(g())

def f(t: List[int], target=5):
    for i in range(len(t)):
        if t[i] == target:
            return True
    return False

def g(target=5):
    return [target, target+5]

assert f(g())

def f(pos: List[int]):
    return pos[2] == pos[0] and pos[3] == pos[1]

def g():
    x = []
    for i in range(0,1000,3):
        x.append(1)
    return x

assert f(g())

def f(n: int, l=0):
    if l == 0:
        return True
    l -= 1
    return False

def g(l=0):
    return True * (not l)

assert f(g())

def f(li: List[int]):
    return any(li[0] >= 1 and li[0] <= 9999 and abs(i * i - j * j) >= 10 for i in li for j in li)

def g():
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(s: str, str_len=80):
    """Test if a string is longer than 'index' characters"""
    return len(s) > str_len

def g(str_len=80):
    return "Hello\nworld" + "a" * str_len

assert f(g())

def f(x: List[int], n=1025):
    return max(x) >= n and min(x) >= 0

def g(n=1025):
    return [x*n for x in range(1000)]

assert f(g())

def f(s: str, target=100, max_options=8):
    return max(s.count("a") for _ in range(max_options)) < target

def g(target=100, max_options=8):
    return str(target) + " or greater"

assert f(g())

def f(capacities: List[List[int]]):
    return all(capacities[p] >= 0 for p in capacities)

def g():
    return [set([1, 2, 3]) <= set([1, 3]) for i in range(len(set()))]

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return a != b

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return (s == "abcdefghij" or s == "defghij") or s.lower() == "abcdefghij"

def g():
    return "abcdefghij"[3:]

assert f(g())

def f(stamps: List[str], target=8):
    return len(stamps) == target or sum(len(stamps)) == target

def g(target=8):
    return [str(i + 1) for i in range(target)]

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 / 3

def g(year_len=365):
    # Generate random years
    n = 2000
    while n > 365:
        n = min(n//365, 365)
        if n > year_len-365:
            year_len -= 365
    return n

assert f(g())

def f(n: int):
    return str(n).startswith("123456789")

def g():
    return 12345678901234567890

assert f(g())

def f(li: List[int], nums=[], k=5, target=50):
    return len(set(li)) == target

def g(nums=[], k=5, target=50):
    return [n for n in range(target)]

assert f(g())

def f(x: List[int], n=18):
    for i in range(n):
        assert x[i], "Error, value not in range(10)"
    return True

def g(n=18):
    return [n+3]*n + [n+1]*n + [n+2]*n + [n+3]*n + [n+1]*n + [n+2]*n + [n+3]*n

assert f(g())

def f(nums: List[int], target=[2, 2, 2, 2]):
    return nums == target

def g(target=[2, 2, 2, 2]):
    return target

assert f(g())

def f(strs: List[str]):
    return len(set(strs)) == 1000 and all(str in str for str in strs)

def g():
    return ["a"*i + "b" for i in range(1000)]

assert f(g())

def f(x: List[int], n1=10, n2=3):
    return len(x) >= n1 and len(x) >= n2

def g(n1=10, n2=3):
    return [n1*n2 for n in range(n1)]

assert f(g())

def f(max: int, target=999):
    return len(str(max + 1)) >= 5 or sum(max - min for m, min in zip(range(5, 0, -1), range(5, -1, -1))) == 999

def g(target=999):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target=6):
    return all(j if j != len(s) else 1 for j in [1, 0] if s[j] == target)

def g(target=6):
    return "9-1-1-5673456-567696789" * target

assert f(g())

def f(l: List[int]):
    return sum(i == j for i, j in enumerate(l)) == 100

def g():
    return list(range(100))

assert f(g())

def f(s: List[int], d=2):
    return 1 <= s[0] <= 2 and 1 <= s[2] <= 2

def g(d=2):
    return [d for i in range(10)]

assert f(g())

def f(num: int, n=12345):
    return num == 2 ** (n - 1) or num == 2 ** n - 1

def g(n=12345):
    return 2 ** (n - 1) if n < 1000 else 2 ** n - 1

assert f(g())

def f(n: int, l=0):
    if l == 0:
        return True
    l -= 1
    return False

def g(l=0):
    return l + 1

assert f(g())

def f(s: str, cnt=1):
    return len(list(s)) == cnt and len(s) == 1 and 'a' not in s

def g(cnt=1):
    return str(int(cnt * 2))

assert f(g())

def f(n: int):
    return all(0 <= k + 1 / k for k in [2**i for i in range(10)])

def g():
    return sum(1 for _ in range(10**5))

assert f(g())

def f(li: List[int], n=5):
    return all(len(str(li[i])) == len(str(li[i + 1])) and li[i + 1] % 10 == li[i] > 0 for i in range(2, len(li) - 1))

def g(n=5):
    return [10]

assert f(g())

def f(nums: List[int], count=3, thresh=25):
    assert all([n in list(range(count)) for n in nums])
    return len(nums) == count and all(nums[i] < thresh for i in range(count))

def g(count=3, thresh=25):
    return list(range(count))[::-1]

assert f(g())

def f(i: int):
    return 1 in range(i)

def g():
    x = 1
    y = 2
    return x + y

assert f(g())

def f(x: float, a=1020):
    return abs(a - x ** 2) * (a - x ** 2) * (a - x ** 2) < 1

def g(a=1020):
    return (a + 1021 / a - 1 / a - 1 / a - 1 / a) ** 0.5

assert f(g())

def f(x: int, e=3, y=1, z=6):
    return x < 3 or x > 9

def g(e=3, y=1, z=6):
    return 1

assert f(g())

def f(res: List[int], n=3):
    assert len(res) == 3
    return sum(res[i] ** 2 for i in range(n)) <= n ** 2

def g(n=3):
    return [res for res in range(n)]

assert f(g())

def f(s: str, a=50, b=100):
    return s == 'hello'

def g(a=50, b=100):
    return "hello"

assert f(g())

def f(n: int, f=2, u=10, v=12, w=4, p=3):
    return n <= 10 and (n % 2) == 0 or (n % 2) == 1 and sum(f * u * w for i in range(p)) > v * w

def g(f=2, u=10, v=12, w=4, p=3):
    return 1 + 1

assert f(g())

def f(w: List[str], target=12345):
    return len(w) >= target

def g(target=12345):
    return ["a"*(i+2)+"b" for i in range(target)]

assert f(g())

def f(sides: List[int], n=13):
    return len(sides) >= n and len(sides) % n == 0

def g(n=13):
    return [i - 1*n for i in range(n) if i >= 0]

assert f(g())

def f(a: List[int], target=50):
    return a == list(range(target))

def g(target=50):
    return [i for i in range(target)]

assert f(g())

def f(n: int, a=5):
    return all(a + x == b for x in range(n) if a + x < 0)

def g(a=5):
    return 0

assert f(g())

def f(n: int):
    return n < 0 or n == -n

def g():
    return -100

assert f(g())

def f(s: str, a=0, b=0, c=0):
    return 'x' in s and sum(len(s[i]) for i in range(b) if i not in [0, 1, 2, a, b]) <= 5

def g(a=0, b=0, c=0):
    return "x".rjust(100)

assert f(g())

def f(p: List[int]):
    return len(p) == 5

def g():
    return [0, 1, 3, 4, 6]

assert f(g())

def f(s: str, targets=5):
    return sum(s == s.lower() for s in ["hello world", "hello world"]) == len(s) // 2

def g(targets=5):
    return "hello"

assert f(g())

def f(n: int):
    return str(int(n) * n).startswith("123456")

def g():
    return int(int("123456" * 10) ** 0.5) + 1

assert f(g())

def f(nums: List[int], side=10):
    return all(sum(x1 ** 2 for x1 in nums) <= side for x1 in nums)

def g(side=10):
    return [2]

assert f(g())

def f(x: str, n=1):
    return x.isnumeric()

def g(n=1):
    return str(n) * n

assert f(g())

def f(n: int, a=33, b=5, c=1):
    return n // c == sum([a * i for i in range(c - b + 1)])

def g(a=33, b=5, c=1):
    return sum([a*i for i in range(c)])

assert f(g())

def f(f: str, target="I am not there", n=10):
    return len(f) > n and set(f) <= set(target)

def g(target="I am not there", n=10):
    return "I am not there"

assert f(g())

def f(l: List[int], n=8):
    return len(l) == n + 1

def g(n=8):
    return list(range(n + 1))

assert f(g())

def f(s: str):
    return True if s == "abc" else False

def g():
    return True if False else "abc"

assert f(g())

def f(n: int):
    return sum(c for c in range(n) if c > 0) > 0

def g():
    return 42

assert f(g())

def f(e: List[int], list1=["cat", "dog", "car", "bat", "bird", "fly"], list2=["bacon", "ham", "pork", "hamburger", "hamburger"]):
    return all(v in list1 and v in list2 for v in e)

def g(list1=["cat", "dog", "car", "bat", "bird", "fly"], list2=["bacon", "ham", "pork", "hamburger", "hamburger"]):
    return [el for el in list1 if el in list2]

assert f(g())

def f(n: int):
    return (int(n) >= 1) and (int(n) <= 100)

def g():
    return 1 or 100

assert f(g())

def f(s: str):
    return " " in s and not s.startswith(" ")

def g():
    return " ".join("ab" for x in "abc")

assert f(g())

def f(states: List[str], start="424", combo="778", target_len=12):
    if len(states) <= target_len:
        return True
    board = {}  # empty board, 0 = empty
    for c in states:
        board[c[0]] = c[-1]
        board[c[1]] = c[0]
    return board

def g(start="424", combo="778", target_len=12):
    return []

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 bool(s.lower().startswith("aaA")) + bool(t.lower().startswith("aaB"))

assert f(g())

def f(n: int, target=2, case_s="CanYouTellIfItHasMoreCAPITALS"):
    for c in (r"[a-z^0-9 ]+" if case_s == "CanYouTellIfItHasMoreCAPITALS" else "123456"):
        if case_s == c:
            return False
        if c == c.upper():
            return True

    return False

def g(target=2, case_s="CanYouTellIfItHasMoreCAPITALS"):
    return target*target if case_s == "CanYouTellIfItHasMoreCAPITALS" else 1

assert f(g())

def f(nums: List[int], num=12345):
    return len(nums) == num

def g(num=12345):
    return [0 for i in range(num)]

assert f(g())

def f(s: str):
    return s.startswith("abc")

def g():
    return "abc abc"

assert f(g())

def f(x: int, a=171889, b=13476815):
    return -x == b

def g(a=171889, b=13476815):
    return -b

assert f(g())

def f(s: str, big_str="hiragan", index=2):
    return big_str.index(s) == index

def g(big_str="hiragan", index=2):
    return big_str[index:index+7]

assert f(g())

def f(s: str):
    # noqa: W503
    return len(s) >= 10 ** 3

def g():
    return "123456789" * 10 ** 3

assert f(g())

def f(substring: str, target=0):
    return target <= len(substring) <= len(substring[-1])

def g(target=0):
    return str(target) + "1"*target

assert f(g())

def f(s: str, target="all"):
    return not s.count(target) and not s.count("a") and s.count("c") == 0

def g(target="all"):
    return "hello"

assert f(g())

def f(x: int, m=10, n=21):
    if n <= m:
        return x ** 2 < m * n
    return True  # you lost

def g(m=10, n=21):
    return m+n

assert f(g())

def f(g: List[int], j=10, e=10):
    return all(i in range(j) and abs(i + e) >= g[i] for i in range(j))

def g(j=10, e=10):
    return [i + e for i in range(j) if abs(i + e) >= 2]

assert f(g())

def f(str: str, count=8):
    return len(set(str)) == count and all(s in str for s in set(str))

def g(count=8):
    return "abcdefgh" * count

assert f(g())

def f(n: int, a=14302, b=11, c=5):
    return b * n + (a % b) >= a and b > 0

def g(a=14302, b=11, c=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1 + a + b + c*c

assert f(g())

def f(x: List[int]):
    return all(x == [1] for a in x)

def g():
    return [x for x in range(1000) if x == 1]

assert f(g())

def f(b: bool):
    b = not b
    return b

def g():
    return not True

assert f(g())

def f(nums: List[int], n2=10):
    return len(nums) == n2

def g(n2=10):
    return list(range(n2))

assert f(g())

def f(x: List[int], k=6):
    return all(k >= len({4 + x}) for x in x)

def g(k=6):
    return [1, 2]

assert f(g())

def f(n: int):
    return n == 524288

def g():
    return int(int("524288"))

assert f(g())

def f(p: List[str]):
    return all(p[i] == word for i in range(len(p)) and word in p[i])

def g():
    return []

assert f(g())

def f(d: int, s=3):
    return s**2 <= 30

def g(s=3):
    return 2**s

assert f(g())

def f(s: str):
    return s and ("".join(map(str, s))) == "Hello world"

def g():
    return "%s" % "Hello world"

assert f(g())

def f(s: str):
    return ''.join(map(lambda c: str(c), s.split(' '))) == 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'

def g():
    return 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'.strip("0123456789")

assert f(g())

def f(n: int, a=3554, b=5, c=10, d=20, e=10):
    return n > a + 4 and n > b + 2 and n > c + 1 and n > d + 1 and n > e + 1

def g(a=3554, b=5, c=10, d=20, e=10):
    return a+b+c+d+e

assert f(g())

def f(n: int):
    return n >= int(1e15)

def g():
    return int(1e15)

assert f(g())

def f(n: int):
    return n < 2

def g():
    return -1*23 * 24

assert f(g())

def f(w: str):
    return 'Hello world' == w

def g():
    return "Hello world"

assert f(g())

def f(nums: List[int], target=11):
    if target == 0:
        return True
    elif target == 1:
        return False
    else:
        return nums[0] == target and True

def g(target=11):
    return [11, 2, 15, 3, 21, 23, 34, 41, 45, 1, 0]

assert f(g())

def f(r: List[int], n=3):  # same as f15
    return len(r) == len(set(r)) >= n + 1 and all(substr in r for substr in r)

def g(n=3):
    return [0, 1, 2, 3]

assert f(g())

def f(s: str):
    return (s in ("aaaaa", "aaaaaaa", "aaaaababaaaaa", "aaaaaabbabbaa"))

def g():
    return "aaaaaaa"

assert f(g())

def f(t: str):
    s = [int(i[:3]) for i in t.split('/')]
    s.reverse()
    return len(s) == 1

def g():
    return "123456790"

assert f(g())

def f(x: List[int], n=10):
    return x == [5, 2, 8, 7, 3, 11, 14, 19, 21, 18]

def g(n=10):
    return [5, 2, 8, 7, 3, 11, 14, 19, 21, 18]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > b + c

def g(a=17, b=100, c=20):
    return 5*a+3*b+6*c+3*c + 8

assert f(g())

def f(n: int, a=3554, b=5, c=10, d=20, e=10):
    return n > a + 4 and n > b + 2 and n > c + 1 and n > d + 1 and n > e + 1

def g(a=3554, b=5, c=10, d=20, e=10):
    return a * b + c * e

assert f(g())

def f(p: List[str]):
    return len(set(p)) == 5 and all(p)

def g():
    return ["zero", "12", "34", "812", "zxcde34"]

assert f(g())

def f(n: int, a=14302, b=11, c=5):
    return b * n + (a % b) >= a and b > 0

def g(a=14302, b=11, c=5):
    return a*(a*a - 12*b*c) + b + c  * (a*b - a*c)

assert f(g())

def f(nums: List[int], n=1000):
    return len(sorted(nums)) == n

def g(n=1000): return sorted(range(1000))

assert f(g())

def f(s: str):
    return ''.join(map(lambda x: x, s.lower())) == 'hello world'

def g():
    return 'hello world'.lower()

assert f(g())

def f(k: int, n=3):
    return sum([k - i for i in range(n)]) >= 1

def g(n=3):
    return n * n

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return (a if x > b - a else a + b) ** 2 <= x ** 2

def g(a=8665464, b=-93206):
    return a + 1

assert f(g())

def f(n: int, l=0):
    if l == 0:
        return True
    l -= 1
    return False

def g(l=0):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(k: List[int]):
    return all([i in range(2) for i in k if i not in {0, 1, 2, 3, 4}])

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], target=600):
    return sum(x**2 for x in nums) >= target

def g(target=600):
    return [1]*(target+1)

assert f(g())

def f(li: List[int], n=10):
    return len(li) == n  # must be strictly smaller than input size

def g(n=10):
    return [0 for i in range(n)]

assert f(g())

def f(s: str):
    return s.endswith(">")

def g():
    return "123456789>1234567890>"

assert f(g())

def f(n: int):
    return sum(abs(w) for w in range(n)) <= n

def g():
    return 3

assert f(g())

def f(s: str):
    return s == 'abcd' or s == 'abcc' or s == 'abch' or s == 'abci' or s == 'abciii' or s == 'abciic' or s == 'abciid' or s == 'abcid'

def g():
    return "abcd"

assert f(g())

def f(nums: List[int], n=10):
    return 1 <= n <= len(nums)

def g(n=10):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int], index=5):
    while len(nums) > index:
        nums.insert(0, index)
        if nums[-1] < index:  # can't insert past last
            nums.insert(0, nums[-1])
            index -= 1
    return len(nums) == index

def g(index=5):
    return [index + 1, index + 2, index + 3, index + 4, index + 5]

assert f(g())

def f(s: str):
    return all("abcdef" in s for i in range(2))

def g():
    return "abcdef1234567890"

assert f(g())

def f(s: str, target="gimme", length=6):
    return target[(len(target)-1) // 2:(len(target)+1) // 2] == s

def g(target="gimme", length=6):
    return target[(len(target)-1) // 2:(len(target)+1) // 2]

assert f(g())

def f(ls: List[str]) -> bool:
    return all(x in ls for x in ["hi", "ello", "hello"])

def g():
    return [
        "hi", "ello",
        "hello",
    ]

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(1 if i < 33 else 2 for i in nums) >= 3

def g():
    return [1,4,5,6,7,8,9,10]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000

def g():
    return ["a"*i + "b" for i in range(1000)]

assert f(g())

def f(w: List[str]):
    return all({a in "0123456789" for a in w})

def g():
    return list(map(str.upper, "123456789".split()))

assert f(g())

def f(a: List[int], target=7):
    return len(set(a)) == target

def g(target=7):
    return list(range(target))

assert f(g())

def f(a: List[int], b=0):
    if sum(x ** 1 for x in a) > len(a) * 2:
        return True
    if sum(x ** 2 for x in a) > len(a) * 3:
        return True

def g(b=0):
    return [10 ** i for i in range(1000)]

assert f(g())

def f(str: str):
    return str == "<foo> bar"

def g():
    return "<foo> bar"

assert f(g())

def f(x: int, a=8672464, b=-10182767):
    return a - x == b

def g(a=8672464, b=-10182767):
    return a-b

assert f(g())

def f(x: List[int], target=18):
    if len(x) == 1:
        return x == target
    if len(x) == 2:
        return min(x) == target
    if len(x) == 3:
        return max(x) == target
    return False

def g(target=18):
    return [18, 19]

assert f(g())

def f(r: List[int]):
    return len(set(r)) == len(r) - 2

def g():
    return [0, 1, 1, 0]

assert f(g())

def f(c: List[int]):
    return len({(a, b) for a, b in zip(c, c[1:])}) > 2

def g():
    return list(range(10))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (
            s.upper() if len(s) - len(s_case) > 3 else s.lower()
            if (s_case + s) != "CanYouTellIfItHASmoreCAPITALS" and s_case.count("-") != 0 else s_case.lower()
        )
    # for i in range(1, len(s_case)):
    #     if s_case[i] in "abcdefghijklmnopqrstuvwxyz":
    #         return True

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) - len(s) > 3 else s.lower()
    # for i in range(1, len(s)):
    #     if s[i] in "abcdefghijklmnopqrstuvwxyz":
    #         return True

assert f(g())

def f(state: List[str], n=4):
    return len(state) == n and all(s == s for s in state)

def g(n=4):
    return [str(i) for i in range(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("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d) == v

def g(v=9, d=0.0001):
    return float(v) * d

assert f(g())

def f(t: str):  # first word of string is always a word
    return not t == "aa" and len(t) > 3

def g():
    return "aaaabbbbccccc"

assert f(g())

def f(xs: List[int]):
    return all(x in xs for x in range(10))

def g():
    return [x for x in range(10)]

assert f(g())

def f(s: str):
    return s.startswith('hello') and s.endswith('world')

def g():
    return "hello" + "world"

assert f(g())

def f(x: List[int]):
    return x == [-1, -2, -3]

def g():
    return [-1, -2, -3]

assert f(g())

def f(li: List[int], p=10, k=2):
    def prod(nums):
        return all(nums * i for i in range(p))

    return min(li) == len(set(li)) * prod(li) and len(li) == p + 1

def g(p=10, k=2):
    return list(range(0, p+1))

assert f(g())

def f(n: int, a=1038, b=4):
    return n > a and n > b

def g(a=1038, b=4):
    return a + b

assert f(g())

def f(m: int, n=8):
    return ((m - 1) % 3 == 0 or m == 0) and (n < m or n == 0)

def g(n=8):
    return 10**n

assert f(g())

def f(n: int, k=3, f=0.2, lower=150):
    assert n >= lower and n > k
    return f == (max(n + f, k) - min(n, k)) / k or k > 1

def g(k=3, f=0.2, lower=150):
    return int(int("123456789" + "0"*9) ** 0.5) + k or k > 1

assert f(g())

def f(r: List[int]):
    return r[-1] != r[-1 - 1] and r[-2] != r[-2 - 1] and r[-3] != r[-3 - 1]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s == "World" or s == "Woo"  # "wor" != "woo"

def g():
    return "World" or "World"

assert f(g())

def f(s: str, lower_bound=1):
    return len(s) == lower_bound and all((a in s for a in s.lstrip('x')))

def g(lower_bound=1):
    return str(lower_bound)

assert f(g())

def f(numbers: List[int]):
    assert all(0 <= a <= numbers[0] and 0 <= b <= numbers[1] for a, b in zip([1, 0, 0], numbers))
    return sum(numbers[i + 2] - numbers[i + 1] for i in range(3)) < 50

def g():
    return [sum(i % 10 for i in range(3)) for x in range(1000)]

assert f(g())

def f(t: List[int], n=10):
    return n == len({i for i in range(len(t)) if t[i] == i})

def g(n=10):
    return [int(i) for i in range(n)]

assert f(g())

def f(s: str):
    return len(s) > 12 and all(x in s for x in ["x", "y", "z"])

def g():
    return "0123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, target_len=8):
    s_len = len(s)
    if target_len > 0:
        if s_len > target_len:
            m = ((s_len - target_len) * 0.5 + 1) / 2
        else:
            m = (s_len + target_len - 1) * 0.5
        return m <= s_len and m >= 0
    m = int(s)
    return m <= 10 and m >= 0

def g(target_len=8):
    return "str" * target_len

assert f(g())

def f(x: str, v=17, w=100):
    for i, c in enumerate(x):
        assert v <= w
        v *= 3
        w *= 2
    return v > w

def g(v=17, w=100):
    return str(abs(v) > abs(w))

assert f(g())

def f(x: int, b=810020201):
    return abs(x ** 2) > b

def g(b=810020201):
    return int(int(str(b) + "0" * 9) ** 0.5) + 1

assert f(g())

def f(li: List[int], start=0):
    return len({x for x in li if x < start}) == start

def g(start=0):
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], n=12345):
    return all(nums[i] == n for i in range(3))

def g(n=12345):
    return [n for j in range(1000)]

assert f(g())

def f(s: str, target=17):
    return '1' in s

def g(target=17):
    return str(int(int("1") ** 0.5) ** target) + 'a'

assert f(g())

def f(x: List[int]):
    for i, j in zip(x, x):
        assert abs(i - j) == 0
    return len(x) != x.count("konjac")

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return s.lower() == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(i: int):
    return i == len(range(i))

def g():
    return len(range(1000))

assert f(g())

def f(q: List[int]):
    return any(not a < b for a, b in zip(q, q[1:]))

def g():
    return [3, 2]

assert f(g())

def f(x: List[int], l=10000):
    for i in range(l):
        if x[i] > l * 0.2:
            return True
        elif x[i] > l * 0.1:
            return True
        else:
            pass
    return False

def g(l=10000):
    return [x for x in range(l)]

assert f(g())

def f(x: str):
    return ">" in x and not x[0] == '"\''

def g():
    return ">b>c"

assert f(g())

def f(f: float, b=1):
    return f > 100

def g(b=1):
    return 5e8 - 1

assert f(g())

def f(n: int, target=1057):
    return n >= target or n == target - 1

def g(target=1057):
    return target

assert f(g())

def f(s: str):
    return str(s) == s

def g():
    return "1234"

assert f(g())

def f(n: int):
    return abs(n - 1) % n == 0

def g():
    return int("11111" * 9) % 10

assert f(g())

def f(t: List[int], targets=21):
    return len(set(t)) >= targets

def g(targets=21):
    return [i for i in range(targets)]

assert f(g())

def f(s: str):
    return "Hello " + s.replace('!', '~') == 'Hello world'

def g():
    return "world"

assert f(g())

def f(n: int):
    return n >= 0 and n <= 100000000 and eval(str(int(str(n)))) == n

def g():
    return 42

assert f(g())

def f(s: List[str], words=[], index=1, lower_bound=7):
    return s[index:index + lower_bound] == words

def g(words=[], index=1, lower_bound=7):
    return [word for word in words if word.lower()[:index] in g]

assert f(g())

def f(s: str, max_len=6, big_str="foobar", index=4):
    return big_str.index(s) == index and all([i in range(max_len) for i in range(len(s))])

def g(max_len=6, big_str="foobar", index=4):
    return big_str[index:-1]

assert f(g())

def f(a: List[int], count=4):
    v = sum([a[i] for i in range(count)])
    return v > 0

def g(count=4):
    return [1,2,3,4]

assert f(g())

def f(x: int, a=-382, b=14546310):
    return abs(x - a) > abs(x - b)

def g(a=-382, b=14546310):
    return a + b

assert f(g())

def f(x: [bool], s=10, n=2000):
    return -2<=x[0] and (x[0] != sum([x[i] for i in range(n)]) or -2 <= x[-1] <= 2)

def g(s=10, n=2000):
    return [i for i in range(s*n) if i in range(n) or True]

assert f(g())

def f(nums: List[int], k=6):
    return sum(nums) >= k

def g(k=6):
    return [1,2,3]

assert f(g())

def f(x: str, k=2):
    return 0 <= len(x) and all(x[i] in x for i in range(k + 1))

def g(k=2):
    return "ABCDEFG"

assert f(g())

def f(x: List[int], a=10, b=10):
    return x[0] == a and x[-1] == b

def g(a=10, b=10):
    return list(range(a, b+1))

assert f(g())

def f(s: str):
    return s.count("!!") > 0

def g():
    return "!!"

assert f(g())

def f(li: List[int], s=8, t=8):
    return len(li) == s + t

def g(s=8, t=8):
    return [i for i in range(s)] + [i for i in range(t)]

assert f(g())

def f(n: int, a=20, b=10):
    return all(i % n == 0 for i in range(n))

def g(a=20, b=10):
    return 1 if a > b else 0

assert f(g())

def f(state: List[str], n=234):
    return n == len(state) and not all([n == state[i] for i in range(len(state))])

def g(n=234):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(n: int):
    return n <= 5

def g():
    return 4

assert f(g())

def f(number: int):
    return number % 2 == 0

def g():
    return 1000

assert f(g())

def f(f: float, a=1020, b=110):
    return f == a or abs(f - a) < 10**-10 and f > 0

def g(a=1020, b=110):
    return float(a)+f(b)

assert f(g())

def f(s: str, target="foobarbazwow", length=18):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=18):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(lens: List[int], n=10):
    return 0 <= n <= lens[-1]

def g(n=10):
    return [n]

assert f(g())

def f(s: str, u=33, v=33):
    return s.count("a") == u and s.count("b") == v

def g(u=33, v=33):
    return "a" * u + "b" * v

assert f(g())

def f(s: str):
    return s.startswith("abcdefghijk")

def g():
    return "abcdefghijkabcdefghijk"

assert f(g())

def f(s: str):
    return len(s) == 1 and s == 'a'

def g():
    return 'a'

assert f(g())

def f(s: str):
    return ("the quick brown fox jumps over the lazy dog" in s)

def g():
    return "the quick brown fox jumps over the lazy dog"

assert f(g())

def f(f: float, a=1020, b=10):
    return abs(f - a) < b * b

def g(a=1020, b=10):
    return 1.01 * a

assert f(g())

def f(seq: List[str], n=3):
    return len(seq) == n

def g(n=3):
    return [chr(i) for i in range(n)]

assert f(g())

def f(words: List[str]) -> bool:
    return sum([x in words for x in words]) == len(words)

def g():
    return [
        "Hello",
        "World",
        "Ponies!"
    ]

assert f(g())

def f(vowels: List[str]):
    vowels.remove('e') == vowels.remove('a') == vowels.remove('o') == vowels.remove('u')
    return True

def g():
    return ["a", "e", "i", "o", "u", "YO", "A", "E", "I", "O", "U"]

assert f(g())

def f(p: List[int], target=3):
    return len(p) == target

def g(target=3):
    return [target, target+1, target+2]

assert f(g())

def f(f: float, l=0.000001):
    return f > 0 and l > f * f / 2.0

def g(l=0.000001):
    return l * 1.0

assert f(g())

def f(a: int, b=0):
    return (a & 1) == 1 and a > 0

def g(b=0):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(lista: List[str]):
    return all(i in lista for i in ["x", "y", "z"])

def g():
    return [x for x in ["x", "y", "z", "w"]]

assert f(g())

def f(s: str):
    return str(s) == "I!!!love!!!dumplings!!!!!"

def g():
    return str(str("I!!!love!!!dumplings!!!!!"))

assert f(g())

def f(inds: List[int], nums=[15, 27, 102], upper_bound=5000):
    l = list(range(upper_bound))
    return all([num > 0 for num in nums if sum(i != num for i in l) == len(l)])

def g(nums=[15, 27, 102], upper_bound=5000):
    l = list(range(upper_bound))
    return [num > 0 for num in nums if sum(i != num for i in l) == len(l)]

assert f(g())

def f(n: int, a=10, m=10):
    return (n >= m) and a > 0

def g(a=10, m=10):
    return a + m

assert f(g())

def f(t: str):
    return len(t) > 3 or all((t[0] + t[2] + t[4] + t[6] + t[8] - t[12] >= 4) or str(len(t)))

def g():
    return "123456789"*(6+4+1)

assert f(g())

def f(s: str):
    s = (s.upper() if s.upper() != s.lower() else s.lower())  # remove lower case
    return s.count('!') == 3 and s.count('!!') == 1

def g():
    return "Hi there !!!"

assert f(g())

def f(nums: List[int], n=15):
    return len(nums) >= n and sum(nums[i] % n == 0 for i in range(n)) == n

def g(n=15):
    return [(n*i) for i in range(n)]

assert f(g())

def f(pairs: List[List[int]], weights=[]):
    return sum(weight for pair, weight in pairs) <= 9

def g(weights=[]):
    return weights or []

assert f(g())

def f(n: int):
    return (n & 1) == 0

def g():
    return 2

assert f(g())

def f(li: List[int]):
    return len({i for i in li}) == 10

def g():
    return [i for i in range(10)]

assert f(g())

def f(points: List[List[int]]):
    assert all((len(j) > 1 or j in points) for j in points)
    return len(points) >= 3

def g():
    return [
        [1, 2, 3],
        [4, 5, 6],
        [7, 8, 9],
    ]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return len(set(nums)) == n and a * n + b * n == c * n

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, n=25):
    return x <= 5 if 0 < x < n else x >= n

def g(n=25):
    return n*n

assert f(g())

def f(ls: List[str]):
    return any({a: a not in ls and b + a in ls for a, b in ls})

def g():
    return ["a"*2 for a in range(1*2+1)]

assert f(g())

def f(x: int, angle=0):
    return round(x)**2 > 4 * angle ** 2

def g(angle=0):
    return 180

assert f(g())

def f(li: List[int], n=12345):
    return n in li and abs(n) == len(li)

def g(n=12345):
    return [n for _ in range(n)]

assert f(g())

def f(x: int, target=4):
    return max(x, -2, -30) == 0

def g(target=4):
    return 0

assert f(g())

def f(nums: List[int], n=3):
    return sum(nums[::2]) < 4*n

def g(n=3):
    return [0]

assert f(g())

def f(s: str, target="hello world"):
    return s.lower() == target.lower()

def g(target="hello world"):
    return target

assert f(g())

def f(strs: List[str]):
    return len(set(strs)) == 1000 and all([x.count("a") > x.count("d") for x in strs])

def g():
    return ["a"*(i+2)+"a" for i in range(1000)]

assert f(g())

def f(x: int):
    return x >= 2**32 and x < 2**34

def g():
    return 2**32

assert f(g())

def f(s: str):
    return len(set(s)) == 4 and 'hello' in s

def g():
    return "hello";

assert f(g())

def f(l: List[int], target=32):
    return len({a for a in l if a < target}) == 3

def g(target=32):
    return [3, 2, 1]

assert f(g())

def f(l: List[int], e=1000):
    return sum(l) > e

def g(e=1000):
    return [1]*(e + 1)

assert f(g())

def f(nums: List[int], m=10):
    return sum(nums) == m

def g(m=10):
    return [m]

assert f(g())

def f(count: int):
    return count >= 1000 and count < 2000

def g():
    return 1000

assert f(g())

def f(pos: List[int], lower=22):
    return sum(pos) > 20

def g(lower=22):
    return list(range(0, 20))

assert f(g())

def f(s: str):
    return s.count('r') == 3

def g():
    return "r"[1:] or "r"*3

assert f(g())

def f(totals: List[int], init_len=4):
    return max(totals) == init_len

def g(init_len=4):
    return [0, 1, 2, 3, 4]

assert f(g())

def f(ls: List[str]):
    return ls == ['hello']

def g():
    return ["hello"]

assert f(g())

def f(k: List[int], length=10, target=1):
    return len(k) == length and target in k

def g(length=10, target=1):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(l: List[int]):
    x = l[0] * l[1]
    return x == l[2]

def g():
    return [1, 1, 1, 1, 2, 3]

assert f(g())

def f(s: str):
    return s.startswith("abcdefg")

def g():
    return "abcdefgabcdefgabcdefg"

assert f(g())

def f(list_: List[List[int]]):
    return list_ == [[1, 2, 3], [1, 2, 4], [1, 2, 5]]

def g():
    return [[1,2,3],[1,2,4],[1,2,5]]

assert f(g())

def f(x: List[int]):
    return len(x) == 1 and sum(x) == 0 or all(x[i] > 0 for i in range(10))

def g():
    return list(range(1, 20))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCAPITALS"):
    return s_case == (s.upper() if len(s) != s.ljust(4) else s.lower())

def g(s="CanYouTellIfItHasMoreCAPITALS"):
    return s.upper() if len(s) != s.ljust(2) else s.lower()

assert f(g())

def f(s: str, parts=['I!!', '']):
    return s.startswith("!!!I") or s.startswith("!!!!I")

def g(parts=['I!!', '']):
    return "!!!I!!"

assert f(g())

def f(inds: List[int], target=43):
    return all(i in inds for i in range(13))

def g(target=43):
    return [i for i in range(13) if i != target]

assert f(g())

def f(s: str):
    return s + s[::-1] == "a" or s.count("a") > 2

def g():
    return "a" * 5

assert f(g())

def f(s: str, a=5129, b=17):
    return s.count("a") == a and s.count("b") == b and len(s) == a + b

def g(a=5129, b=17):
    return "a"*a + "b"*b

assert f(g())

def f(n: int):
    return -n < 0 or n > 1000000 or n > n % 10

def g():
    return 2 + 2 + 2

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]):
    return sum(i % 2 == 0 for i in inds) > 0

def g(vecs=[26, 5, 32, 3, 15, 18, 31, 13, 24, 25, 34, 5, 15, 24, 16, 13, 0, 27, 37]):
    return vecs[::-1]

assert f(g())

def f(s: str):
    return s.count("1") == 1 and (s[:5] == s or len(s) == 10)

def g():
    return "0123456789"

assert f(g())

def f(s: str):
    return (s and s.startswith("5*+")) or s.startswith("4+*")

def g():
    return "5*+"

assert f(g())

def f(x: str, a=1):
    return x == "a" and a != 0

def g(a=1):
    return str("a"*a)

assert f(g())

def f(x: int, a=17, b=11):
    return x == a * a + b * b

def g(a=17, b=11):
    return a*a+b*b

assert f(g())

def f(s: str):
    s2 = s.rstrip('o')
    if '-' not in s:
        return False
    if s[0] == '-':
        return False
    s = s[1:]
    assert s.find('-') >= 0
    return '-' in s

def g():
    return '-12345'[::-1]

assert f(g())

def f(s: str):
    return set(s) == set("18-+*/") or s.count("1") == 1

def g():
    return "18-+*/"

assert f(g())

def f(letters: List[str], n=5):
    return sum(len(a) for a in letters) == n

def g(n=5):
    return [str(n) for i in range(n)]

assert f(g())

def f(s: str):
    return s.count("+") == 1 and not s.count("x")

def g():
    return str(int("-1234567891234") ** 1.5)

assert f(g())

def f(max_value: int):
    return max(max_value for n in range(5)) >= 2 ** 30

def g():
    return int(int("123456789" + "0"*9) ** 1.5) + 2

assert f(g())

def f(s: str, word="amsterdam"):
    return s.count("am") == 1

def g(word="amsterdam"):
    return "Amsterdam is a free and independent city."

assert f(g())

def f(moves: List[List[int]], start=0):
    for m in moves:
        assert sum(m[0].index(n) for n in m[0]) <= start
    return moves == [m[0] for m in moves]

def g(start=0):
    return list(set(range(1000)) & set(['a'*(start-1)+"0"*9]))

assert f(g())

def f(path: List[int], s=4, bound=3):
    assert len(path) <= bound
    return len(path) == bound and sum(i in path for i in range(len(path))) <= bound

def g(s=4, bound=3):
    return [s for _ in range(bound)]

assert f(g())

def f(i: int):
    return i < 10 and i > 0

def g():
    return 9

assert f(g())

def f(n: int):
    return n > 921

def g():
    return 10001

assert f(g())

def f(s: str, reverse=False):
    return int(s) > 0

def g(reverse=False):
    return str(1) + "1" * 4 + "0"*4

assert f(g())

def f(h: List[int], a=13, b=21):
    return h == [a, b * 2, 3, -15, -4, 15, -6, 2, 11, -2, 9]

def g(a=13, b=21):
    return [a, b * 2, 3, -15, -4, 15, -6, 2, 11, -2, 9]

assert f(g())

def f(n: int):
    return all(i >= n and i <= n - 1 for i in range(n))

def g():
    return 0

assert f(g())

def f(seq: List[int], n=99):
    return len(seq) == n

def g(n=99):
    return [0] * n

assert f(g())

def f(x: List[int], target=5):
    return x[-1] == target

def g(target=5):
    return [5]  # for Python 3.6

assert f(g())

def f(tour: List[List[str]], n=10):
    return len(tour) <= n

def g(n=10):
    return [s for s in "hello world".split() if len(s) >= n]

assert f(g())

def f(nums: List[int], digits=10):
    return all(j for i in range(len(nums)) for j in range(i) if j - i >= digits and digits <= len(nums) - 1)

def g(digits=10):
    return [0] * 3

assert f(g())

def f(count_all: List[int]):
    return all((d1, d2) for d1, d2 in zip(count_all, count_all + [0] + [5]))

def g():
    return [1, 2]

assert f(g())

def f(s_case: str, num_cases=50):
    return sum([1 for c in s_case for s in {c : range(num_cases)}]) == num_cases

def g(num_cases=50):
    return "0"*num_cases

assert f(g())

def f(delta: List[int], n=10):
    return sum(delta[i] for i in range(n)) == 0

def g(n=10):
    return [0] * n + [0]*n + [1] * n

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n, c ** n == n * n) and min(a, b, c) > 0 and n >= 2

def g():
    return [1, 3, 6, 10]

assert f(g())

def f(m: List[int], a=9):
    return len(m) == 9

def g(a=9):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: str):
    for c in x:
        if c != c.lower():
            return True
    return False

def g():
    return "Hello world".lower().replace('ello', 'Hello')

assert f(g())

def f(li: List[str]):
    return (len(set(li)) == 1) and all(li[i] == li[i + 2] for i in range(10))

def g():
    return [("a"*10)+("b"*10) for i in range(20)]

assert f(g())

def f(l: List[int], target=32):
    return l.count(target) == 1

def g(target=32):
    return [target]

assert f(g())

def f(i: str, a=23, b=5):
    """
                    (1) return a == b
                    (2) return a >= b
    """
    return all(c.isdigit() for c in i) and i.isdigit() and not i.isalpha()

def g(a=23, b=5):
    return str(a-b)

assert f(g())

def f(subs: List[int], substring=""):
    return len(subs) == 2 and all(i != substring for i in subs)

def g(substring=""):
    return [1, 2]

assert f(g())

def f(s: str):
    return "Hello " + s + "." == "Hello world."

def g():
    return "world"

assert f(g())

def f(s: str, bound=20):
    return len(s) >= bound

def g(bound=20):
    return "hi" * bound + "there"

assert f(g())

def f(n: int, a=1315):
    return n == (2 ** a) + -1

def g(a=1315):
    return (2 ** a) + -1

assert f(g())

def f(s: List[int]):
    return len(set(s)) == 2000

def g():
    return list(range(0, 2000))

assert f(g())

def f(substring: str, count=0):
    return len(substring) != 0 and substring.startswith(substring)

def g(count=0):
    return "123456789123456789"

assert f(g())

def f(x: str, n=4):
    return x[0] == '1' and x[1] == '2' and x[2] == '3'

def g(n=4):
    return "123456789" + str(n) + "0"*9

assert f(g())

def f(f: List[int], m=10, k=19):
    return all([i in f for i in range(m)])

def g(m=10, k=19):
    return [i for i in range(m)]

assert f(g())

def f(inds: List[int], target=16000):
    return len(inds) == target

def g(target=16000):
    return [x for x in range(target)]

assert f(g())

def f(target: List[float]):
    return all(target[(i + 2) % 3] - target[(i + 1) % 3] for i in range(3)) >= 0

def g():
    return [1.0, 2.0, 3.0]

assert f(g())

def f(li: List[int], n=25):
    return sum(li[(i + 1) % n] for i in range(n)) == len(li)

def g(n=25):
    return [1]*n

assert f(g())

def f(s: str, target="reverse me", m=1, n=9):
    for i in range(n):
        s = s[::-1]
        if target[i - 1] not in s:
            return False
    return True

def g(target="reverse me", m=1, n=9):
    return str(m * m) + target + str(n * n)

assert f(g())

def f(n: int):
    return sum([n is not None for i in range(n)]) == n

def g():
    return 1

assert f(g())

def f(string: str, size=10):
    return string == "enlightenment" or "".join(s for s in string if size > len(s)) == "enlightenment"

def g(size=10):
    return 'enlightenment'

assert f(g())

def f(s: str, b=42):
    if s == "hello":
        return True
    else:
        return False

def g(b=42):
    return "hello" if b == 42 else "there"

assert f(g())

def f(nums: List[int], target_length = 100):
    assert (0 <= target_length <= 100)
    return sum(i ** 2 for i in nums) >= target_length

def g(target_length = 100):
    return [i * i for i in range(target_length)]

assert f(g())

def f(nums: List[int], a=12, b=23, upper_bound=3):
    return len(nums) <= upper_bound and sum(i for i in nums) == a + b

def g(a=12, b=23, upper_bound=3):
    return [a, b]

assert f(g())

def f(g: List[int], n=100):
    # Test cases for range
    return all([1 < x <= 2 and g[x-1] != g[x] and abs(g[x-1] - g[x]) < 1e-6]
               for x in range(n))

def g(n=100):
    return [n**k for k in range(n)]

assert f(g())

def f(li: List[int], target=6):
    return len(set(li)) == target

def g(target=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(nums: List[int], a=5, d=8):
    return len(set(nums)) == a + d

def g(a=5, d=8):
    return [i for i in range(a+d)]

assert f(g())

def f(x: List[int]):
    return len(x) == 2 and min(x) + min(x[0:3]) == 0

def g():
    return list(range(2))

assert f(g())

def f(t: List[int]):
    return {i for i in t if i > 0} == {1, 2, 3, 4}

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int):
    return int((n*n-1)**2 + 3) > 1

def g():
    return 0

assert f(g())

def f(target: List[int], n=8):
    t = [1, -1, 0, 1, 2, -1, 2]
    return all(target[i] >= 0 for i in t)

def g(n=8):
    return list(range(1000))

assert f(g())

def f(tuple: List[str]):
    return tuple == ['foo', 'bar', 'baz']

def g():
    return ["foo", "bar", "baz"]

assert f(g())

def f(t: str, number=2, word="par"):
    for i in range(len(t)):
        if t[i] == number:
            return False
    return True

def g(number=2, word="par"):
    return "True" if word is not word else "False"

assert f(g())

def f(counts: List[int], target=9):
    for i in range(len(counts)):
        if target == 0:
            return True
        if target > 0 and counts[i] == target:
            return True
    return False

def g(target=9):
    return [count for count in [1, 2, 3, 4, 5, 6, 7, 8, 9]]

assert f(g())

def f(s: str, target=80, max_text=6, options=[10, 32, 8]):
    return s.count(' ') >= max_text and s.count(' ') <= target

def g(target=80, max_text=6, options=[10, 32, 8]):
    return 'This is a text with ' + str(target) + ' characters. This is a text with ' + str(max_text) + ' characters. This is a text with ' + str(options) + ' characters.'

assert f(g())

def f(s: str):
    return all(i == j for i, j in zip(s.split(','), s.split(',',1)))

def g():
    return "huhu"

assert f(g())

def f(n: int):
    return n >= 10000

def g():
    return 2**50

assert f(g())

def f(nums: List[int], target=2):
    return len(nums) > target  # you must win!

def g(target=2):
    return [2**i for i in range(1000)]

assert f(g())

def f(s: str, l=5, p=20):
    return len(s) == l

def g(l=5, p=20):
    return "hello" * l == "hello world" or "hello"

assert f(g())

def f(n: int):
    return int(2**25) == int(n)

def g():
    return 2**25

assert f(g())

def f(n: int, a=15482, b=23223, upper_bound=10):
    return n >= a and n >= b

def g(a=15482, b=23223, upper_bound=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 10

assert f(g())

def f(max: int, min=1):
    return max > 0 and max > min and min <= max ** 2

def g(min=1):
    return int(int("1234567891" + "0"*9)**0.5)*2+1

assert f(g())

def f(s: str, c=0):
    return s[-1] <= s[0] < s[1]

def g(c=0):
    return "123456789" + "0"*9

assert f(g())

def f(nums: List[int]):
    # only squares with at least one even number
    squares = [x for x in nums if x % 2 == 0]
    return len(squares) == len(squares) == min(nums) or nums == [1, 2, 3, 4]

def g():
    return [1, 2]

assert f(g())

def f(x: str):
    return '{:>5}'.format(x) == '{:>4}'.format(x)

def g():
    return "Hello "

assert f(g())

def f(x: int, a=3, b=3, min_len=3):
    return sum(range(a, min_len + b, b + a)) == a

def g(a=3, b=3, min_len=3):
    return a

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 upper_bound - a

assert f(g())

def f(a: List[int], target=7):
    return len(set(a)) == target

def g(target=7):
    return [int(e)+1 for e in range(target)][::-1]

assert f(g())

def f(n: int):
    s = str(n)
    return not (len(s) == n-1 and
                s in ("abcdefghijklmnopqrstuvwxyz" + str(n/60),
                      ["x", "y", "x", "y", "x", "y", "x", "y", "x", "y"]))

def g():
    return len(list(range(1, 10)))

assert f(g())

def f(m: str):
    return all(['m', 'h', 'll', 'h', 'll' in m])

def g():
    return 'helllo'

assert f(g())

def f(x: List[int]) -> bool:
    # return True only if you can draw a triangle, e.g. [9, -1] ->
    # [8, -2]  -> [7, -4]  -> [9, -6]  -> [9, -6]  -> [9, -4]  -> [9, -2]  -> ...
    # and with all pieces equal to [3, 3]:

    # note that this is different than 'all 3-regular boards have a triangle in their intersection'
    # i.e. all 3x3-boards have a triangle ...
    return sum(t > [] if x[i] == 0 else 1 for i in x) == len(x)

def g():
    return [1, 2, 1, 1]

assert f(g())

def f(sums: List[int]):
    return sums == [0] * 3

def g():
    return [0] * 3

assert f(g())

def f(s: str, target="enlightenment"):
    return s == target and "enlightenment" in s

def g(target="enlightenment"):
    return "enlightenment"

assert f(g())

def f(n: List[int], target=50):
    if sum(i for i in n) < target:
        return False
    return True

def g(target=50):
    return [50]

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world" and s[:13] == "world"

def g():
    return "world"[:13]

assert f(g())

def f(all: List[int], a=100, b=300):
    return all[0] == a and all[-1] == b

def g(a=100, b=300):
    return [a, b]

assert f(g())

def f(n: int):
    return n > 4 and (n % 2 == 0 or n % 3 == 0)

def g():
    return 4+4

assert f(g())

def f(m: int, a=2, b=7):
    return m * a * b >= 2 ** 31

def g(a=2, b=7):
    return 2 ** 31

assert f(g())

def f(s: str, target="a", length=7):
    return s == target or all(i == target for i in s)

def g(target="a", length=7):
    return str(target)[:length] + str(target)[-length:]

assert f(g())

def f(max_dim: int):
    return sum(dim for dim in range(max_dim)) <= max_dim

def g():
    return 1

assert f(g())

def f(s: str, start="424"):
    return s.count(start) == start.count(start)

def g(start="424"):
    return str(int(1000000*int(start)) + 1)

assert f(g())

def f(x: List[int], target_count=100):
    for a in range(10):
        for b in x:
            if b == target_count:
                return True

def g(target_count=100):
    return [target_count]

assert f(g())

def f(b: List[int], thresh=10):
    return sum(b) >= thresh and len(b) >= thresh

def g(thresh=10):
    return [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17]

assert f(g())

def f(x: bool, big_str="foobar", index=2):
    return (x is False)

def g(big_str="foobar", index=2):
    return False

assert f(g())

def f(path: List[int], u=0, v=33):
    assert path[0] == u and path[-1] == v
    return len(path) <= 3

def g(u=0, v=33):
    return [u, v]

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 9

def g():
    return [1, 2]

assert f(g())

def f(num: int):
    return str(num * num).startswith("1234568")

def g():
    return int(int("1234568" + "0"*8) ** 0.5) + 1

assert f(g())

def f(s: List[List[str]]):
    return s[0] == s[1]

def g():
    return [["a"*5 + "b"*3] for _ in range(100)]

assert f(g())

def f(l: List[List[int]]):
    return len(l) == 2 and min(map(len, l)) > 0

def g():
    return [
        [1,2,3],
        [4,5,6]
    ]

assert f(g())

def f(x: float):
    return abs(x) > 10 ** -1

def g():
    return 0.5

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=1020):
    return a ** .5

assert f(g())

def f(d: int, n=123456798):
    return d > n

def g(n=123456798):
    return n*n

assert f(g())

def f(nums: List[int], a=100, b=1000, c=5000):
    return all(i >= 0 for i in nums) and all((1 + (nums[i] - nums[-i]) ** c) % a for i in range(10)) and all([a ** b > 0] for a in nums)

def g(a=100, b=1000, c=5000):
    return [a for i in range(a) if i <= 1000] + [a for i in range(5000) if i > 1000]

assert f(g())

def f(s: str, target="xor", length=6):
    return target[len(target) - length] == s[-length:]

def g(target="xor", length=6):
    return "x" * target.count(target[-length:])

assert f(g())

def f(n: int):
    if n < 100:
        raise Exception("n must be >= 100")
    if n > 9000 and n <= 10000:
        raise Exception("n > 9000 and n <= 10000")

    if n % 2 == 0:
        return n > 900 and n > 150
    return n >= 350

def g():
    return 100 * 100000000

assert f(g())

def f(b: List[int]):
    return len(set(b)) == len(b)

def g():
    return []

assert f(g())

def f(nums: List[int]):
    return list(nums) == [1, 2, 3] and not list(nums) == [1, 3, 4]

def g():
    return [1, 2, 3]

assert f(g())

def f(bias: List[int], target=[0, 0, 0], n=2):
    return all(b == target[b] for b in range(len(target)) if bias[b] == b and b not in target)

def g(target=[0, 0, 0], n=2):
    return [1 if n == 1 else 0 for k in range(n*2+1) for l in range(n*2+1)]

assert f(g())

def f(s: str):
    return all(_ in s for _ in s)

def g():
    return '1'

assert f(g())

def f(s: str):
    return ' ' in s and ' ' in 'foo bar baz oddball' in 'foo bar baz oddball'

def g():
    return 'foo bar bar'

assert f(g())

def f(s: str):
    return str(2 ** 28) == s

def g():
    return str(2 ** 28)

assert f(g())

def f(n: int):
    return int(1 << n) == 3**n

def g():
    return 0

assert f(g())

def f(x: int, a=1020, b=2):
    return x % a == 0 and x >= b

def g(a=1020, b=2):
    return int(1023 * (int(a) * int(a)) * (int(a) + a))

assert f(g())

def f(c: List[int], n=1000):
    return len({i for i in range(len(c))}) == n

def g(n=1000):
    return [1] * n

assert f(g())

def f(n: int):
    if n < 1:
        return False
    return True

def g():
    return [n for n in range(10)][1] + 2

assert f(g())

def f(s: str):
    return len(set(s)) >= len(set("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"))

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(x: List[int]):
    return (x[1] - x[0] == 0) == (x[-1] + x[-3] == 0)

def g():
    return [1,2,3,4]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], target=2):
    return n >= nums[-1]

def g(nums=[77410, 23223, 54187], target=2):
    return abs(nums[0]) + abs(nums[1]) + abs(nums[2]) + target

assert f(g())

def f(x: int, a=2455, b=7):
    return (x - a) == b

def g(a=2455, b=7):
    return int(a) + int(b)

assert f(g())

def f(nums: List[int], n=4):
    return len(list(sorted(zip(nums, [0, 2, 4, 1])))) == n

def g(n=4):
    return [0, 2, 8, 9]

assert f(g())

def f(s: str):
    return s == 'Hello World'

def g():
    return 'Hello World'

assert f(g())

def f(x: str, n=1):
    return x.isnumeric()

def g(n=1):
    return "0"*4

assert f(g())

def f(l: List[int], w=300):
    return all(i >= 0 for i in map(lambda x: x % 3, l))

def g(w=300):
    return [w, w+w+w]

assert f(g())

def f(s: str, v=1, w=99):
    return s.count("1") == 1 and s.count("0") == 0

def g(v=1, w=99):
    return str(v * v * v) + "99"

assert f(g())

def f(nums: List[int]):
    return all(nums[i] != nums[i + 1] for i in range(0, len(nums), 2))

def g():
    return [4, 5, 6, 7]

assert f(g())

def f(s: str, length=3):
    if len(s) > length:
        return True
    if not len(s) == length:
        return False
    nums = [(3, 5), (5, 1), (6, 0), (4, 6)]
    return all(i in nums for i in s)

def g(length=3):
    return "hello"[0:3+length]

assert f(g())

def f(li: List[List[int]], t={}, v=7):
    return all([i in v for i in li if i in t])

def g(t={}, v=7):
    return [li for li in t if li != []]

assert f(g())

def f(s: str, n=10):
    return sum(len(i) < n for i in list(s)) >= n

def g(n=10):
    return "123456789" + "0" * 9 + "a" + "b" + "c" + "d" + "e" + "f" + "g"

assert f(g())

def f(s: str):
    return all(s) == len(s) and 1 <= len(s) <= 32

def g():
    return "hello"[0]

assert f(g())

def f(p: List[int], target=50):
    return len(p) == target and target < 100

def g(target=50):
    return [1] * target

assert f(g())

def f(x: float, a=152745, b=-105959):
    return x == a + b

def g(a=152745, b=-105959):
    return float(a + b)

assert f(g())

def f(s: str):
    return 'konjac' in str(s.lower())

def g():
    return ['konjac', 'jellon'][0]

assert f(g())

def f(s: str):
    return s.lower().isnumeric() and len(s) > 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(path: List[int], weights=[{1: 20, 2: 1}, {2: 2, 3: 5}, {1: 10}], target_n=11, bound=3):
    return len(path) == bound and all(path[i] < target_n for i in range(len(path)))

def g(weights=[{1: 20, 2: 1}, {2: 2, 3: 5}, {1: 10}], target_n=11, bound=3):
    return [1 if i in weights else 2 for i in range(bound)]

assert f(g())

def f(v: float, a=1250):
    return abs(v - a) < 1e-10

def g(a=1250):
    return float(str(round(a,4)))

assert f(g())

def f(s: str, n=10):
    return "Hello " + s == "Hello world"

def g(n=10):
    return "world"

assert f(g())

def f(nums: List[int], target=0):
    if nums[2] + nums[0] + nums[1] + nums[3] == 0:
        return 0
    return target == nums[0]

def g(target=0):
    return list(map((lambda n: n + target), range(10)))

assert f(g())

def f(board: str):
    return board.find("+") == board.find("-") and board.find(' ') != board.find('/')

def g():
    return " "

assert f(g())

def f(x: float, min_a=1020, max_a=2000):
    m = max_a ** 2
    if x >= min_a:
        return True
    elif x <= max_a:
        return False
    elif x <= min_a + (m + 1) * (max_a - min_a):
        return False
    elif x < min_a + min_a - (min_a + m * (max_a - min_a) / 10):
        return False
    # else
    return True

def g(min_a=1020, max_a=2000):
    return float(max_a) + min_a * float(max_a - min_a) / 10

assert f(g())

def f(nums: List[int]):
    a, b, c, d = nums
    s = [a, b, c]
    s.append((int(s.pop() ** 0.5)+3, (int(s.pop() ** 0.5)+3, -10)))
    return [s[i] for i in range(len(s))] == s

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: float):
    from math import sqrt, log, exp, log10, fabs
    x = x * 1.0
    if x < 0.0:
        x = -x
    return 1 / fabs(x) < 0.00001

def g():
    return (10.0 ** 9.0 / 10.0 ** (-5.0 + 1.0**0.5))

assert f(g())

def f(n: int, a=8665464, b=-93206):
    return a - b == n

def g(a=8665464, b=-93206):
    return a - b

assert f(g())

def f(p: List[int], d=19):
    return len(p) == d * 2

def g(d=19):
    return [x for x in range(d*2)]

assert f(g())

def f(nums: List[int], m=4):
    return 0 < m and any((tot % 2 == 0 and tot == m) for tot in nums)

def g(m=4):
    return [m]

assert f(g())

def f(str: str):
    return all(char in str for char in "abcdefghijklmnopqrstuvwxyz" if char not in str)

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int], n=1000):
    return sum(i for i in nums) == n

def g(n=1000):
    return [n for n in range(n, n + 1) if n >= 0]

assert f(g())

def f(nums: List[int], n=4454):
    return len(nums) == n == len(set(nums))

def g(n=4454):
    return [n*n for n in range(n)]

assert f(g())

def f(s: List[str], s1=''):
    return all(s[i::2] == s1[i::2] for i in range(len(s)))

def g(s1=''):
    return [s.lower() for s in set(s1) if s]

assert f(g())

def f(l: List[int], target=18):
    return len(set(l)) == 3

def g(target=18):
    return [1, 2, 3]

assert f(g())

def f(r: List[bool], n=20):
    return (sum([True if i is not None else False for i in r]) == n)

def g(n=20):
    return [True for i in range(n)]

assert f(g())

def f(s: str):
    return s and "a." not in s and "b." not in s and "c." not in s and "d." not in s and s[-1] in "d."

def g():
    return "abCd"

assert f(g())

def f(ind: List[int], m=8, s=3, t=3):
    return len(ind) == m

def g(m=8, s=3, t=3):
    return [i for i in range(m) if t - i <= s]

assert f(g())

def f(s: str, p=[]):
    return s[0:1] == s[:1]

def g(p=[]):
    return "one"

assert f(g())

def f(a: int, b=234):
    return a > b and b < a

def g(b=234):
    return b + 1

assert f(g())

def f(li: List[int], bound=7):
    i = 0
    for j in range(bound):
        for k in range(bound - j):
            if li[i + j + k] == 0:
                i += bound
    return i < bound

def g(bound=7):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return (len(s) > 3) and (all(i in s for i in set(s) if i != target) or s.count(target) == 1)

def g(target="reverse me", reverse=False):
    return "1234567890" + target + "78909876543210" + target

assert f(g())

def f(ls: List[str]):
    return all(sorted(ls) < ls for s in sorted(ls))

def g():
    return list(map(str, range(1000)))

assert f(g())

def f(x: int, target=4):
    return max(x, -2, -30) == 0

def g(target=4):
    return 4 - target

assert f(g())

def f(list: List[int], length=10, start=1):
    return 0 <= length <= 20 and sum(list) > length >= start

def g(length=10, start=1):
    return [sum(1 for i in range(length)) * (start+1) for i in range(length)]

assert f(g())

def f(x: List[int], a=50):
    return sum([x[i] for i in range(len(x))]) == 50

def g(a=50):
    return [a]

assert f(g())

def f(big_str: str, sub_str="foobar", index=2):
    return abs(big_str.index(sub_str)) < 1

def g(sub_str="foobar", index=2):
    return "foobar"

assert f(g())

def f(a: int, b=5):
    return a * b < 50

def g(b=5):
    return 5

assert f(g())

def f(nums: List[int]):
    return min(nums) > 1 and nums[0] < 40

def g():
    return [2, 3, 4, 5]

assert f(g())

def f(s: str):
    return "A" in s and len(s) <= 64

def g():
    return "123456789A"

assert f(g())

def f(s: str):
    if not s.startswith("123"):
        return False
    for x in s:
        if x in 'abcdefghijklmnopqrstuvwxyz':
            return False
    return True

def g():
    return ("123456"*2)

assert f(g())

def f(l: List[int]):
    a, b, c = l
    return (a % i + b % i == c % i for i in range(2)) and a >= 0 and b >= 0 and c >= 0

def g():
    return [4, 5, 6]

assert f(g())

def f(c: List[int]) -> bool:
    return all([i in list(c) for i in range(10)])

def g():
    return [i * j for i in range(10) for j in range(10)]

assert f(g())

def f(n: int, target_len=10):
    return sum(m*m for m in range(target_len)) == n

def g(target_len=10):
    return sum(m*m for m in range(target_len))

assert f(g())

def f(target: List[int], target_len=10):
    return len(target) <= target_len

def g(target_len=10):
    return [1, 2, 3]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 3 and min(nums) >= 0

def g():
    return [0,1,3,5,7]

assert f(g())

def f(l: List[float], n=100):
    return len(l) == n and l == l[::-1]

def g(n=100):
    return [4 / 3 for i in range(n)]

assert f(g())

def f(x: List[str]):
    return (all(x) or x == 'None') or not x.isupper()

def g():
    return [
        "This is a test" for _ in range(20)
        ]

assert f(g())

def f(x: float, a=43314087):
    return x == a

def g(a=43314087):
    return float(f(a) * a)

assert f(g())

def f(num: int):
    return num == int(num)

def g():
    return 0 + 1

assert f(g())

def f(n: List[int], list_of_nums=[1, 2, 3]):
    return len(set(n)) == len(list_of_nums)

def g(list_of_nums=[1, 2, 3]):
    return [n * n for n in list_of_nums]

assert f(g())

def f(li: List[int]):
    return sum(1 if li.count(i) == i else 0 for i in li) == 0

def g():
    return [100, 101]

assert f(g())

def f(lb: List[bool], t=100, n=4):
    assert all([v > 0 for v in lb])
    s = 0
    i = 0
    for v in sorted(lb):
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=100, n=4):
    return [True]*n

assert f(g())

def f(n: int, upper=8):
    return (1 << upper) - 1 <= n < (1 << upper) + 1

def g(upper=8):
    return 2**8 - 1

assert f(g())

def f(data: List[int]):
    return data == [x for x in range(100)]

def g():
    return list(range(100))

assert f(g())

def f(s: str, target=18):
    return s.find("1") != -1 and (s.find("2") == -1 or s.find("3") == -1)

def g(target=18):
    return str(max(set(range(target))))

assert f(g())

def f(n: int, a=12000, b=100):
    return n >= b and (n > a >= 0 and all(m**2 < n**2 for m in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]) or n > a == 3)

def g(a=12000, b=100):
    return int(int("123456789" + "0"*9) ** 0.5) + 1 + a + b

assert f(g())

def f(s: str, p=6):
    return int(s) + p > len(s)

def g(p=6):
    return "12" * (p+2)

assert f(g())

def f(s: str):
    return s and s.upper() in ['F', 'FORT']

def g():
    return 'FORT'

assert f(g())

def f(x: List[int], a=8, b=3):
    return x[0] == 8 and x[-1] == 3 and x[-2] >= a

def g(a=8, b=3):
    return [a, b]

assert f(g())

def f(n: int, i=5, k=75, lower=20000, upper=300000):
    return n/i == k

def g(i=5, k=75, lower=20000, upper=300000):
    return k * i

assert f(g())

def f(a: List[int], count=4):
    v = sum([a[i] for i in range(count)])
    return v > 0

def g(count=4):
    return [count for i in range(count)]

assert f(g())

def f(stamps: List[int], n=5, target=0):
    assert all(stamps[i] == target for i in range(n))
    return sum(stamps) == target

def g(n=5, target=0):
    return [target * i for i in range(n)]

assert f(g())

def f(b: int):
    return b < 100

def g():
    return 5

assert f(g())

def f(s_case: str, s="I!!!!!love!!!dumplings!!!!!"):
    return "".join(s) == s_case and all(s[i] != s_case for i in range(len(s)))

def g(s="I!!!!!love!!!dumplings!!!!!"):
    return s

assert f(g())

def f(nums: List[int], b=200):
    return sum(nums) >= b

def g(b=200):
    return [12345] * b

assert f(g())

def f(x: List[int], b=4):
    return x[0] == 4 and x[1] == 4

def g(b=4):
    return [4, 4]

assert f(g())

def f(s: str):
    return s.isdigit() and int(s[0]) < 26

def g():
    return "13579"

assert f(g())

def f(x: float, k=6):
    return max(-x, 0) > float("-inf")

def g(k=6):
    return 1.0 + k

assert f(g())

def f(li: List[int], n=8, lower_bound=3):
    return len(li) == n and n >= lower_bound

def g(n=8, lower_bound=3):
    return [0]*n

assert f(g())

def f(t: str):
    return "Hello !" in t

def g():
    return "Hello " + "!"

assert f(g())

def f(x: List[List[str]]):
    return x[1] == x[-1]

def g():
    return [["a", "b"], ["c", "d"]]

assert f(g())

def f(s: str):
    return all(i in "abcdefghijklmnopqrstuvwxyz" for i in s)

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(possible_move: str):
    return (possible_move.upper() == "T" or possible_move.upper() == "F")

def g():
    return "F"

assert f(g())

def f(s: str):
    return ' '.join(s.split()) == '1234567890'

def g():
    return '1234567890'

assert f(g())

def f(n: int):  # test f14(int(3x3x3)) == True
    return n is 0

def g():
    return int("0")

assert f(g())

def f(list: List[str], n=1000):
    return len(list) == n

def g(n=1000):
    return ["a"*n for i in range(n)]

assert f(g())

def f(s: str):
    return s.split(',') == [p for p in str(s).split()]

def g():
    return "12345678901"

assert f(g())

def f(N: int):
    return N>=10**5

def g():
    return 10000000

assert f(g())

def f(path: List[int], n=10000):
    return len(path) == n and all(path[i] > 0 for i in range(len(path) - 1))

def g(n=10000):
    return [n for _ in range(n)]

assert f(g())

def f(n: int):
    max_n = 2**24
    return n >= max_n

def g():
    return int("123456789" + "0"*9) ** 2

assert f(g())

def f(d: int, n=12345):
    if n % 2 == 0:
        return d == n
    if n % 3 == 0:
        return d > n
    elif n % 7 == 0:
        return int(d * 10) == n
    return n % n == 0

def g(n=12345):
    return n**3

assert f(g())

def f(n: int, m=0, m1=5, m2=4, min_length=0):
    return (n > m) and (n >= m1 or min_length >= m or m2 >= m1 or m2 <= m + 1 or m <= n)

def g(m=0, m1=5, m2=4, min_length=0):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], target_prob=0.5):
    return True  # is x sorted with prob of being sorted <= target_prob

def g(target_prob=0.5):
    return []

assert f(g())

def f(s: str):
    return (s and s.startswith("5*+")) or s.startswith("4+*")

def g():
    x = "5*+"
    return x

assert f(g())

def f(x: float, a=2.5, b=4.5, c=7):
    return x > a and x >= b and x < c

def g(a=2.5, b=4.5, c=7):
    return 2 * (a > b) + b * (a < c)

assert f(g())

def f(nums: List[int], target="hello world", lower=8, upper=18):
    return sum(1 if i < lower else 2 for i in nums) >= upper

def g(target="hello world", lower=8, upper=18):
    return list(range(lower-1, upper+1))

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 9

def g():
    return ["a"*(i+1)+"b" for i in range(9)]

assert f(g())

def f(x: List[int], target=8):
    return all(x[i] <= target for i in range(8)) or all(x[i] > target for i in range(8))

def g(target=8):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(nums: List[int]):
    return sum(sum(i) + sum(j) for i, j in zip(nums, range(6))) == 0

def g():
    return []

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s.lower().isupper() else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if s.lower().isupper() else s.lower()

assert f(g())

def f(nums: List[int], a=10, b=10):
    all_true = True
    for num in nums:
        if num < a:
            all_true = False
        else:
            all_true = True
    return all_true

def g(a=10, b=10):
    return [a, b]

assert f(g())

def f(num: int):
    return num > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: List[str]):
    if len(s) == 1:
        return True
    return all(x.count("c") == 0 and x.count("a") == 0 for x in s)

def g():
    return [s for s in ["abc"] if len(s) == 2]

assert f(g())

def f(s: str, s2=["he", "she", "it"]):
    for c in s2:
        if c not in s[1:-1]:
            return False
    return True

def g(s2=["he", "she", "it"]):
    return "[" + "".join(s2) + "]"

assert f(g())

def f(li: List[int]):
    return not all([li[i] != li[i + 1] for i in range(10)])

def g():
    return [1,2,3,4,3,5,7,8,8,9,9,10]

assert f(g())

def f(l: List[int]):
    return list(l) == l[::-1]

def g():
    return [1]

assert f(g())

def f(x: int, a=4662747, b=13556986):
    return a - x == b

def g(a=4662747, b=13556986):
    return a - b

assert f(g())

def f(s: str, upper_bound=150):
    return "I have the magic powers to not have a single one." in s

def g(upper_bound=150):  # TODO: change into set()?
    return "I have the magic powers to not have a single one."

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 len(p) >= 3

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]

assert f(g())

def f(n: int):
    return n >= 1000000

def g():
    g_string = "1234567890987654321"
    return int(int(g_string[::-1] + "0"*8) ** 0.5) + 1

assert f(g())

def f(nums: List[int], e=1000):
    return len(nums) == e

def g(e=1000):
    return list(range(e))

assert f(g())

def f(s: str):
    return ''.join(s) == s.lower()

def g():
    return 'huey'

assert f(g())

def f(n: int):
    return n >= 10

def g():
    return 13

assert f(g())

def f(n: int):
    return n >= 900 and not (n in [45, 45, 45])

def g():
    return 999

assert f(g())

def f(start: List[int], target=50):
    return all(0 <= x < start[0] for x in range(start[1], start[0] + 100, 100))

def g(target=50):
    return [0, 100, 1000, 5000]

assert f(g())

def f(i: int):
    return i not in range(-10000, 10000)

def g():
    return 1000000000000 // len(set((i**1) for i in range(100)))

assert f(g())

def f(words: List[str], strings=['foo', 'bar', 'baz']):
    return all(w in words for w in strings)

def g(strings=['foo', 'bar', 'baz']):
    return ["foo", "bar", "bar", "baz", "foo", "baz", "foo"]

assert f(g())

def f(x: List[int]):
    return sum(x) == 7

def g():
    return [1, 2, 4]

assert f(g())

def f(li: List[int], m=12, n=12):
    assert n == max(m, n)
    return all(li) and li[0] in [1, 6, 9, 15, 18, 27, 36, 45]

def g(m=12, n=12):
    return list(range(1, n))

assert f(g())

def f(path: List[List[int]], l = 7, t = 6):
    return len(path) == l + t + 6

def g(l = 7, t = 6):
    return [list(range(l)) for i in range(l+t+6)]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and len(set(s[::-1])) == 1000

def g():
    return ["A"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return max(a, b, -c * n) < 0 and max(a + b, b + c) < 0

def g():
    return [-1, -1, -1, -1]

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(s: str):
    return "The quick brown fox jumps over the lazy dog" in s

def g():
   return "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(roots: List[float]):
    return all(root in roots for root in roots) and len(roots) > 4

def g():
    return [3.14, 3.14, 3.14, 3.14, 3.14]

assert f(g())

def f(n: int):
    return n >= 12345 and n < 12345 + 1

def g():
    return min(12345, 12345 + 1)

assert f(g())

def f(fibs: List[int], target=3):
    return len(fibs) == target

def g(target=3):
    return [0, 1, 2]

assert f(g())

def f(counts: List[int]):
    return len(counts) == 13

def g():
    return [13, 12, 11, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1]

assert f(g())

def f(y: float):
    return y == 5 * 6 * 7 * 8 * 2 / 3.14159265

def g():
    return 5 * 6 * 7 * 8 * 2.0 / 3.14159265

assert f(g())

def f(s_case: str, s="CanYouTellIfItSTHESASuperCAPITALS"):
    caps = 0
    for c in s.lower():
        if c != c.lower():
            caps += 1
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItSTHESASuperCAPITALS"):
    return "CanYouTellIfItSTHESASuperCAPITALS".lower()

assert f(g())

def f(c: str):
    return c == "yes" or all(c.count("yes") == 1)

def g():
    return "yes" or True

assert f(g())

def f(a: [int], b=10, target=20):
    return a == [0] and min(a) >= b - target

def g(b=10, target=20):
    return [0]

assert f(g())

def f(s: str):
    return ("a" in s and "b" in s and "c" in s) or ("c" in s and "d" in s)

def g():
    return str(str("abc") + "cdefghijklmnopqrstuvwxyz" + "0123456789")

assert f(g())

def f(n: int, l=[]):
    assert all(l[i] == 1 for i in range(len(l) - 1)), "Invalid list"
    return sum(l[i] for i in range(len(l) - 1)) == n

def g(l=[]):
    return 0

assert f(g())

def f(r: List[int], m=100):
    return len(r) >= m

def g(m=100):
    return list(range(m))

assert f(g())

def f(s: str, chars=['a', 'b', 'c'], max_chars=6):
    return len(s) > max_chars

def g(chars=['a', 'b', 'c'], max_chars=6):
    return str(max((i, j) for i in range(chars.count(i))) for j in range(max_chars))

assert f(g())

def f(x1: List[List[str]]):
    return sum([a1 for a1 in x1 if a1 != []]) >= len(x1)

def g():
    return []

assert f(g())

def f(a: List[int]):
    return len(a) == 5

def g():
    return [8, 4, 2, 2, 1]

assert f(g())

def f(s: str):
    return str(s).startswith("hi")

def g():
    return "hil"

assert f(g())

def f(s: str, upper_bound=150):
    s = s.replace("\n", "").replace('\t', '')
    m = len(s)
    return 0 <= len(s) - upper_bound

def g(upper_bound=150):
    return "123456789" + "0"*(upper_bound-1)

assert f(g())

def f(sides: List[int], max_dim=13):
    return max(sides) > 3

def g(max_dim=13):
    return [10, 9, 10]

assert f(g())

def f(p: List[int], n=0.5):
    if n < 2:
        return True
    for _ in range(n):
        return True

    if n > 0.3333:
        return False
    if n < 0.25:
        return True

    return False

def g(n=0.5):
    return [1, 2, 3, 4]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(n in s for n in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(p: List[int]):
    def get_pos(p, x):
        return x in p and (len(p) == 1 or len(p) > 2 or sum([len(t) for t in p if t[0] == x]) == 1)
    return get_pos([p for x in range(p[0], p[1], 2) if p[x + 1] == 1], p[0]) == (len(p) - 1) % 2

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(p: List[int], n=4):
    return len(p) >= n

def g(n=4):
    return list(range(n))

assert f(g())

def f(inds: List[int], target="baz"):
    return all(i in inds for i in inds)

def g(target="baz"):
    return [1, 2]

assert f(g())

def f(n: int):
    return n > 9999

def g():
    return 10**5 * 10

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -5

def g(a=1020):
    return float(float(str(a)) ** 0.5)

assert f(g())

def f(s: str):
    return s.find('x') >= 0 and s.find('y') >= 0 and s.find('z') >= 0 and s.find('w') != -1 and s.find('v') != -1

def g():
    return "abcdefghijklmnopqrstuvwxyz1yz2yz3yz4yz5yz6yz"

assert f(g())

def f(x: int, a=100, b=600):
    return x > a and x > b

def g(a=100, b=600):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(indexes: List[int], target=[50, 55, 70, 95, 90, 95, 110, 120, 125, 130, 140, 141, 155, 159, 165, 160, 175, 191, 198, 200, 204, 206, 209, 213, 214, 217, 220, 224, 233, 239, 240, 252, 260, 261, 262, 283, 297, 306, 313, 313, 315, 331, 341, 350, 354]):
    return indexes[0] >= target[0] and indexes[1] >= target[1] and indexes[2] >= target[2] and indexes[3] >= target[3] and indexes[4] >= target[4]

def g(target=[50, 55, 70, 95, 90, 95, 110, 120, 125, 130, 140, 141, 155, 159, 165, 160, 175, 191, 198, 200, 204, 206, 209, 213, 214, 217, 220, 224, 233, 239, 240, 252, 260, 261, 262, 283, 297, 306, 313, 313, 315, 331, 341, 350, 354]):
    return [target[i] for i in range(7)]

assert f(g())

def f(li: List[int], n=8, lower_bound=3):
    return len(li) == n and n >= lower_bound

def g(n=8, lower_bound=3):
    return [n for i in range(n)]

assert f(g())

def f(p: List[int], m=8):
    return len(p) == m

def g(m=8):
    return [n * m for n in range(m)]

assert f(g())

def f(list: List[int], n=4):
    x = list + [0]
    if n != 0:
        x = x + [1]
        x = x + [2]
    return len(set(x)) + 1 == len(list) + 1

def g(n=4):
    return [0, 1, 2, 3] + [n]

assert f(g())

def f(d: float, a=42):
    return d ** 2 == a

def g(a=42):
    return float(a**0.5)

assert f(g())

def f(nums: List[int], thresh=17):
    n = sum(1 if i < thresh else 2 for i in nums)
    if thresh > n:
        return False
    return n <= 30

def g(thresh=17):
    return list(range(thresh+1))

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in ['A', 'B', 'C', 'D'] if substring in ['A', 'X', 'Z', 'a'])

def g():
    return ["A", "X", "Z", "a"]

assert f(g())

def f(target: int, n=10):
    return 50 * n <= target or -50 * n >= target

def g(n=10):
    return 50 * n + 100

assert f(g())

def f(w: int, a=1000):
    return 1 <= (a-w) % (a+w) <= w

def g(a=1000):
    return a*a

assert f(g())

def f(list: List[int], n=500):
    for i in range(n):
        assert list[i] in range(i - 1, i + 1)
    return True

def g(n=500):
    return list(range(500))

assert f(g())

def f(nums: List[int], target=50):
    return len(nums) == target and all(i >= j for i, j in zip(nums, [50, 50 * 2, 50 * 3, 50 * 4, 50 * 5, 50 * 6, 50 * 7, 50 * 8, 50 * 9]) if i >= j)

def g(target=50):
    return [target] * target

assert f(g())

def f(n: int):
    return n % 2 == 1

def g():
    return 1 and 1 or 1

assert f(g())

def f(s: str):
    return sum(len(s) for i in range(len(s) - 7)) > 7

def g():
    return "123456789"*20 + "0"*7

assert f(g())

def f(s: str):
    return s == s.replace("e", "x")

def g():
    return "xx"

assert f(g())

def f(x: str, low=0, close=0):
    return x.count('.w') >= low and x.count('.b') >= close

def g(low=0, close=0):
    return str(low + close)

assert f(g())

def f(t: str):
    if t.count("a") == 2 or t.count("a") == -2:
        return t.count("b") == 1
    else:
        return all(s == s.replace("a", "b") for s in t) and t == '123'

def g():
    return "123"

assert f(g())

def f(i: str):
    return i == "a" or i == "A"

def g():
    return "a" or "A"

assert f(g())

def f(len: List[int]):
    return len == len

def g():
    return [0]

assert f(g())

def f(s: str):
    return s.startswith("1234 1234 ")

def g():
    return "1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 "

assert f(g())

def f(nums: List[int], upper=6):
    return (len(nums) + 2) % upper == 0

def g(upper=6):
    return [n + upper for n in range(100)]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s == target[:length] or s == target[length:][:-1]

def g(target="foobarbazwow", length=6):
    return (target + "")[:length] or (target + "")[length:][:-1]

assert f(g())

def f(l: List[int]):
    return all(n in l for n in [1, 2, 3, 4, 5])

def g():
    return [1, 2, 3, 4, 5]*3

assert f(g())

def f(nums: List[int], a=100, b=1000):
    m = max(a, b)
    for i in range(m):
        if a == 0:
            return nums[i] < b
        if b == 0:
            return nums[i] < a
        if a + a + b == b:
            return False
    return True

def g(a=100, b=1000):
    return [0 for i in range(10)]

assert f(g())

def f(x: float, a=0.1, b=0.2, c=0.3):
    return x == (a + b) / 2  # upper and lower limits

def g(a=0.1, b=0.2, c=0.3):
    return float(a + b) / 2  # lower and upper limits

assert f(g())

def f(n: List[int]):
    return sum(n) > 2

def g():
    return [1, 2]*3

assert f(g())

def f(s: str):
    return not s.endswith(".")

def g():
    return "1234"

assert f(g())

def f(s: str):
    return str(s).startswith("abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return all((s[i::len(s)] == s[i]) for i in range(10))

def g():
    return str(range(10))

assert f(g())

def f(s: str):
    return "12345678" in s

def g():
    return "123456789"+"0"*9

assert f(g())

def f(s: str):
    return s.startswith("I!!!! I!!! I!!! I!!!! I!!! I!!! I") and (s[:-4] != "Hello") and (s[-8:] != "Goodbye")

def g():
    return "I!!!! I!!! I!!! I!!!! I!!! I!!! I"

assert f(g())

def f(n: int):
    return len(range(1,2 * n)) >= 100000

def g():
    return len(range(100000))

assert f(g())

def f(nums: List[int], i=0):
    return nums[i] == i ** 2

def g(i=0):
    return list(i ** 2 for x in range(10))

assert f(g())

def f(nums: List[int]):
    return sum(num for i in range(len(nums)) for j in range(len(nums)) if (num for i in range(len(nums)) if (num for i in range(len(nums)) if (i == j))) == 0) == 0

def g():
    return [3, 5, 7]

assert f(g())

def f(n: int):
    return (n == 1 or n == 2 or n == 3 or n == 4) and (n % 3 == 0) or (n == 3)

def g():
    return 3

assert f(g())

def f(sorted: List[List[int]], target_len=5):
    return all(sorted[i][0] >= 0 for i in range(target_len))

def g(target_len=5):
    return [list(range(0, target_len))] * target_len

assert f(g())

def f(n: int):
    return n > 10000000 and n > 1

def g():
    return int(int(0xab) ** 0xab) + 1

assert f(g())

def f(letters: List[str]):
    return letters != ["d", "e", "f", "g", "h", "i"]

def g():
    return [x for x in ["d", "g", "f", "e"] if x not in ["d", "e", "g", "f"]]

assert f(g())

def f(p: List[str]):
    return ((p.count("a") == p.count("c")) or (p.count("b") == p.count("c") == 1)) and (p.count("a") < 1 or p.count("c") < 1)

def g():
    return [str(i) for i in range(10000)]

assert f(g())

def f(s: str, s1='hoo', s2='foo'):
    return s == s1 and s is not s2

def g(s1='hoo', s2='foo'):
    return s1 or s2

assert f(g())

def f(numbers: List[int], target=100):
    return sum(numbers) == target

def g(target=100):
    return [target]

assert f(g())

def f(x: List[int], n=18):
    # all elements up to the end of x are ones
    return all(x[i] for i in range(n) if x[i] != 0)

def g(n=18):
    return [1, 2] * n

assert f(g())

def f(x: List[str]):
    return len(set(x)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in x)

def g():
    return list(["a"*(i+2)+"b" for i in range(1000)],)

assert f(g())

def f(s: str, a=10, b=4):
    return int(s) * (a % b - a) < 10

def g(a=10, b=4):
    return str(a*(a+b))

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 10

def g():
    return ["a"*(i+4)+"a"*(i+5)+"a"*(i+6)+"a"*(i+7)+"a"*(i+8) for i in range(10)]

assert f(g())

def f(s: str):
    return s.find(s[0]) != -1

def g():
    return "abc"

assert f(g())

def f(initial: List[List[int]], lower=0):
    # lower = initial, lower = max(lower, len(initial))
    return len(initial) == lower

def g(lower=0):
    return list(range(1, lower + 1))

assert f(g())

def f(nums: List[int], max_length=1000):
    return len(list(nums)) >= max_length and sum(nums) >= 200

def g(max_length=1000):
    return [x*x for x in range(max_length)]

assert f(g())

def f(x: int):
    return x > 0 and x < 200000

def g():
    return 42

assert f(g())

def f(s: str):
    return "".join(s) == "reverse me"

def g():
    return 'reverse me'

assert f(g())

def f(s: str):
    return s.find("4") != -1 and s.find("5") != -1 and s.find("6") != -1

def g():
    return "1234567891234"

assert f(g())

def f(a: int, b=0, c=2, target=0):
    return (a + b) <= c and a > b

def g(b=0, c=2, target=0):
    return target + b+c

assert f(g())

def f(string: str):
    return len(string) >= 9

def g():
    return str(int(100**9)**0.5)

assert f(g())

def f(s: List[int], target="hello world", length=5):
    return len(set(s)) == length and all([a in set(s) for a in s])

def g(target="hello world", length=5):
    return [x for x in range(length) if x != target]

assert f(g())

def f(s: str, target="foobarbazwow", length=1):
    return target == s

def g(target="foobarbazwow", length=1):
    if target == "foobarbazwow":
        return target
    else:
        return target.ljust(length)

assert f(g())

def f(x: float, min_a=1020, max_a=2000):
    m = max_a ** 2
    if x >= min_a:
        return True
    elif x <= max_a:
        return False
    elif x <= min_a + (m + 1) * (max_a - min_a):
        return False
    elif x < min_a + min_a - (min_a + m * (max_a - min_a) / 10):
        return False
    # else
    return True

def g(min_a=1020, max_a=2000):
    return min_a + (max_a - min_a) / 15.0 ** 2

assert f(g())

def f(x: List[int], n=6, length=4, upper_bound=0):
    return all(a > 0 for a in x) and all(b > 0 for b in x)

def g(n=6, length=4, upper_bound=0):
    return [11,12,13,14,15]

assert f(g())

def f(s: str):
    return "'" + s.replace(' ', "") + "'" not in "This is not the world!"

def g():
    return "'The world!"

assert f(g())

def f(intnums: List[int]):
    return sum(i in intnums for i in range(10)) == 10

def g():
    return [int(i) for i in range(10)]

assert f(g())

def f(s: str, target="moooboooofasd", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="moooboooofasd", length=6):
    return (target + "bofa")[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str):
    return min(s, 'i') == max(s, 'i')

def g():
    return 'i'

assert f(g())

def f(ring: List[str], side=10):
    return min(len(ring), side) >= side

def g(side=10):
    return ["a"*(side+10)+"b" for side in range(side)]

assert f(g())

def f(x: int):
    return x and x > 0

def g():
    return 1000000

assert f(g())

def f(s: str):
    return (len(s) == 3 and s == "0") or (len(s) == 1 and s[0] == "0") or (len(s) == 2 and s[0] == "0" and s[1] == "1")

def g():
    return "0"

assert f(g())

def f(inds: List[int], n=340282366920938463463374607431768211456):
    return sum(nums for nums in inds if nums) >= n

def g(n=340282366920938463463374607431768211456):
    return [3*n, 2*n-1, n-2, n, n+1, n-1, n-1, n-3, 3, 2, 1, 1, 1]

assert f(g())

def f(x: int, a=1049):
    return x % a == 0 and a % x == 0

def g(a=1049):
    for i in range(500):
        if i % 1000 == 1:
            break
    return a

assert f(g())

def f(s: str):
    return ' ' in s and ' ' in 'foo bar baz oddball' in 'foo bar baz oddball'

def g():
    return 'foo bar baz oddball'

assert f(g())

def f(pos: List[int], target=60):
    return sum([pos[i] == target for i in range(len(pos))]) == 1

def g(target=60):
    return [i + target for i in range(0, 60)]

assert f(g())

def f(x: int):
    return x == 3 or x == 2 or x == 1

def g():
    return 3 or 2 or 1

assert f(g())

def f(n: int):
    return n == 1 or 0 <= n and n > 2

def g():
    return 1

assert f(g())

def f(op: str):
    return op == 'i' or op == 'n' or op == 'I' or op == 'N'

def g():
    return 'I'

assert f(g())

def f(x: int, a=12345, b=123, c=5678):
    if x in set([0, 1, 2, 3, 4, 5]):
        return False
    return x == a or x == b or x == c

def g(a=12345, b=123, c=5678):
    return a and b and c

assert f(g())

def f(p: List[int], thresh=0, nums=[6, 7, 9, 12, 6, 14]):
    return all(p[i] >= nums[i] for i in range(3))

def g(thresh=0, nums=[6, 7, 9, 12, 6, 14]):
    return [p for p in nums if p >= thresh]

assert f(g())

def f(p: List[int], target=99):
    return len(p) <= target and sum(p) == target

def g(target=99):
    return [target]

assert f(g())

def f(g: List[int]):
    return len(g) == 5 and g[0] <= g[1] and g[1] <= g[2]

def g():
    return [0, 0, 0, 0, 0]

assert f(g())

def f(n: int, a=3, b=23463462):
    return abs(n) >= abs(a) and n >= abs(b) or a > b

def g(a=3, b=23463462):
    return 3 * (a + 1) + 2 * (b - 1)

assert f(g())

def f(n: int, m=42):
    if m and m < 10 and m <= 100 and n > 1000:
        return True
    m = 3 * m + 1
    if n and n > 1000:
        return True
    return False

def g(m=42):
    return int(int(10000**m) ** m) + 1

assert f(g())

def f(len_list: List[int]):
    def not_even(len_list):
        return len(set(len_list)) % 2 == 0
    return not_even(len_list)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, n=4):
    return s.count("a") and s.count("c") and s.count("d") == n

def g(n=4):
    return "a"*(n+2)+"c"*(n+3)+"d"*n+"e"*n+"f"

assert f(g())

def f(n: int):
    if n == 0: return True
    return all(0 <= k for k in range(5, n + 4))

def g():
    return max(0, 0*0)

assert f(g())

def f(pos: List[int], target=33):
    assert len(pos) > 13
    return len(pos) == target or abs(target**2 - pos[-1]) > target

def g(target=33):
    return list(range(0, target*2, 2))

assert f(g())

def f(x: List[int]):
    n = len(x)
    last = x[-1]
    while 1:
        if x[0] is last:  # we're done if the last element is all-zero
            return True
        last = x[0]
        n = 1
        for i in range(1, n):
            if x[i] is last:  # we're done if the element in the i-th position is all-zero
                return True

def g():
    return [1, 2]

assert f(g())

def f(l: List[int]):
    return all(i <= j < k < l[i + 1] - l[i - 1] for i, j in enumerate(l) for k in range(l[i] + 1, l[i] + j))

def g():
    return list(range(1, 2, -1))

assert f(g())

def f(s: str):
    return s.ljust(20) == '          The quick brown fox jumps over the lazy'

def g():
    return "          The quick brown fox jumps over the lazy"

assert f(g())

def f(f: float):
    f = f - 5.0
    return abs(f) < 2.0

def g():
    return 2.0 + 2

assert f(g())

def f(part: str, target="foobar", length=5):
    return part[:len(part)] == target and part[-1:len(part)] in target

def g(target="foobar", length=5):
    return target + str(10).join([str(9)]*(length-len(target)))

assert f(g())

def f(li: List[int], u=0, v=33, target=[17, 9, -1, 17, 9, -1]):
    return len(li) == len(target)  # == 17 is a valid number of pieces

def g(u=0, v=33, target=[17, 9, -1, 17, 9, -1]):
    return target

assert f(g())

def f(x: int, a=10201202001, b=2530200):
    if x >= 1:
        return x + a <= b or (x - 1) + b >= a
    else:
        return x - a == b

def g(a=10201202001, b=2530200):
    if a >= b:
        return a
    else:
        return b

assert f(g())

def f(nums: List[int], n=12345):
    return 1 and sum(nums) > 1000

def g(n=12345):
    return [n**(n+1)]

assert f(g())

def f(li: List[int]):
    assert len(li) == 10
    return not all(li[i] == li[i + 1] for i in range(10))

def g():
    return [i**3 for i in range(10)]

assert f(g())

def f(nums: List[int], num_pos=3):
    return len(nums) == num_pos and max(nums[-1], nums[0]) > 0

def g(num_pos=3):
    return list(range(num_pos))

assert f(g())

def f(l: List[int]):
    return min(l[i] for i in range(1000)) in range(9)

def g():
    return [0] * 1000

assert f(g())

def f(list: List[int]) -> bool:
    return all(l in list for l in list if isinstance(l, int))

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s[::-1] == target or s == target) == reverse

def g(target="reverse me", reverse=True):
    return "reverse me" == target[::-1] or "reverse me"

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 9

def g():
    return []

assert f(g())

def f(words: List[str]) -> bool:
    for w in words:
        if w in ["SEND", "MONEY"]: return True
        if w == "MORE": return True
    return False

def g():
    return [w if w in ["SEND", "MONEY"] else "MORE" for w in ["SEND", "MONEY"]]

assert f(g())

def f(c: List[int]):
    return c == [0, 1, 6, 22, 8, 10, 10, 5]

def g():
    return [0, 1, 6, 22, 8, 10, 10, 5]

assert f(g())

def f(s: str, n=10):
    return len(set(s)) == n

def g(n=10):
    return "123456789" + '0'*20

assert f(g())

def f(s: str, target="I!!!!", length=10):
    return target[:length] == s

def g(target="I!!!!", length=10):
    return target

assert f(g())

def f(s: str, n=None):
    return s == "123456789"

def g(n=None):
    return "123456789"

assert f(g())

def f(c: float):
    return abs(c - 4.0) < 10.0e-8

def g():
    return 4.0

assert f(g())

def f(s: str):
    return "Hello {!s}".format(s) == "Hello world"

def g():
    return "world".format(b"hello")

assert f(g())

def f(d: List[int], n=100):
    return d.index(n) - n <= 1

def g(n=100):
    return [k for k in range(1000)]

assert f(g())

def f(s: str, n=18):
    return s == "abc" or s == "abcde" or s == "0x12345678" or s == "abcde"

def g(n=18):
    return "abc" if n == 18 else "bcd"

assert f(g())

def f(s: str):
    return min(s) == max(s) == s and s == s[::-1]

def g():
    return 'h'

assert f(g())

def f(n: int, a=345346363, b=10, target=3):
    return n // b == a

def g(a=345346363, b=10, target=3):
    return a * b

assert f(g())

def f(nums: List[int], l=18):
    return sum(nums) == l

def g(l=18):
    return [1 for i in range(l)]

assert f(g())

def f(s: str, k=10):
    return k >= len(s) or k < 0 and k * k == len(s) or k * 10 < len(s) or k * 11 < len(s)

def g(k=10):
    return str(k)

assert f(g())

def f(n: int, n_bins=128):
    return n==n_bins and all(n in range(0, n_bins) for n in range(n_bins))

def g(n_bins=128):
    return sum(n in range(0, n_bins) for n in range(n_bins))

assert f(g())

def f(r: List[int], n=1000):
    return len(set(r)) == n

def g(n=1000):
    return [n*i for i in range(n)]

assert f(g())

def f(a: List[int], n=20, o=8, e=1, s=10, t=8):
    return sum(i / n for i in a) == e * n

def g(n=20, o=8, e=1, s=10, t=8):
    return [n for i in range(n)]

assert f(g())

def f(li: List[int], k=5):
    return k == len(li)

def g(k=5):
    return list(range(k))

assert f(g())

def f(e: List[int], n=4, a=4):
    return sum([abs(i - j) for i, j in zip(e[1:], e[2:])]) > abs(a * e[0]**2 - e[1]**2)

def g(n=4, a=4):
    return (0 <= n and n <= 9) and [x for x in range(4)]

assert f(g())

def f(n: int, m=42):
    if m and m < 10 and m <= 100 and n > 1000:
        return True
    m = 3 * m + 1
    if n and n > 1000:
        return True
    return False

def g(m=42):
    return int(int("123456789" + "0"*9) ** 0.5) + m + 1

assert f(g())

def f(s: List[str], words=[], index=1, lower_bound=7):
    return s[index:index + lower_bound] == words

def g(words=[], index=1, lower_bound=7):
    return [word for word in words if word[:index].isalpha() == word[index:index + lower_bound:]]

assert f(g())

def f(n: int, a=14302, b=5):
    return n == a * b

def g(a=14302, b=5):
    return round(a*b, 1)

assert f(g())

def f(n: int, target=10):
    if n == 1:
        return True
    return all(n % 2 == 0 for n in range(1, 3, -1))

def g(target=10):
    return target

assert f(g())

def f(states: List[List[int]], n=4):
    return states[0] == states[1]

def g(n=4):
    res = []
    for i in range(n):
        res.append([] if n > i else sum(a!=1 for a in range(i))[:-1])
    return res

assert f(g())

def f(d: int, n=8388607):
    assert n == 8388607
    return d > n and d%3 == 0

def g(n=8388607):
    return int(n**1.5 + 1)

assert f(g())

def f(s: str, a=1020):
    return s == str(a) or s == str(a, a)

def g(a=1020):
    return str(a)

assert f(g())

def f(st: str, s="%s"):
    return s in st and s in s + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-"

def g(s="%s"):
    return s

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return b <= x
    elif a == -1:
        return b <= x == 0
    else:
        return b < x

def g(a=4, b=54368639):
    return int(int("12345678901234") ** a) + 1

assert f(g())

def f(y: int, a=-1, b=1):
    return y == b

def g(a=-1, b=1):
    return b

assert f(g())

def f(nums: List[int], c=3):
    assert all(len(str(n)) == len(set(str(n))) for n in nums)
    return len(set(nums)) >= c

def g(c=3):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    if len(s) == 1 or s == s[::-1]:
        return False
    for sub in s:
        if sub.lower() == s.lower():
            return False
    return True

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return "CanYouTellIfItHasMore5s#(#{6})|" \
        "CanYouTellIfItHasMore5s#(#{8})" in s_case

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return "CanYouTellIfItHasMore5s#(#{6})|" \
        "CanYouTellIfItHasMore5s#(#{8})"

assert f(g())

def f(s: str):
    return list(s) == [x for x in s]

def g():
    return "1234567890abc"

assert f(g())

def f(s: str):
    return s[::-1] == "ABC"

def g():
    return "ABC"[::-1]

assert f(g())

def f(nums: List[int]):
    return len(nums) > 10

def g():
    return [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]

assert f(g())

def f(s: str, n=3, a=2, b=34, c=8):
    return all(x in s for x in str(n) if x in '0123456789')

def g(n=3, a=2, b=34, c=8):
    return str(n ** (n + a + b))

assert f(g())

def f(g: List[str], n=10):
    return len(g) == n

def g(n=10):
    return ["0"*n for _ in range(n)]

assert f(g())

def f(t: str, s=1):
    return t in {"12345", "ABCDE", "ABC", "12345678901234567890123456789012345678901234567890123456789"}

def g(s=1):
    return "ABCDE"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    if n >= 1000:
        n -= 1000
        return True

def g():
    return 10 * 10 ** 100

assert f(g())

def f(n: List[int]):
    return sum(n) > 2

def g():
    return [4, 3, 2]

assert f(g())

def f(strs: List[str]):
    return len(set(strs)) == 1000 and all(str in str for str in strs)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(a: List[int], n=18):
    return len(set(a)) == n

def g(n=18):
    return list(range(1,n+1))

assert f(g())

def f(num_words: List[int], max_num=100):
    return sum(n_words for n_words in num_words if n_words) == max_num

def g(max_num=100):
    return [1 for _ in range(max_num)]

assert f(g())

def f(s: str):
    return s == 'hello' or "You are not here" == s

def g():
    return "hello"

assert f(g())

def f(target: str):
    return target == "Hello world"

def g():
    return "%s" % "Hello world"

assert f(g())

def f(n: int, max_num_sides=5):
    return (n - 1) % 2 == 0

def g(max_num_sides=5):
    return len(list(range(max_num_sides)))

assert f(g())

def f(x: str, s=2021, n=4):
    return "string '{}' has length {}".format(s, len(x)) == "string '{}' has length {}".format(s, n)

def g(s=2021, n=4):
    return "{}".format(s).format(n)

assert f(g())

def f(s: str, target='Hello'):
    return s == target

def g(target='Hello'):
    return target

assert f(g())

def f(s: str):
    return s.count("0") == len(s) and eval(s) == 0

def g():
    return "0"*9

assert f(g())

def f(li: List[int]):
    return len(li) == len(set(li)) == 1000 and min(li) >= 0

def g():
    return list(set(range(1, 1001)))  # just a little bit more than 1001.

assert f(g())

def f(words: List[str], n=9):
    return n == sum(len(w) for w in words) or n == len(words)

def g(n=9):
    return [str(i) for i in range(n)]

assert f(g())

def f(n: str):
    return n.count("w") == 1

def g():
    return "Hello, world!"

assert f(g())

def f(s: str, a=['cat', 'dog', 'bird', 'moose', 'cow']):
    return "".join(s) == "hahaha"

def g(a=['cat', 'dog', 'bird', 'moose', 'cow']):
    return 'hahaha'

assert f(g())

def f(states: List[str], target_len=12):
    assert not all(len(s) == target_len for s in states)
    return len(states) == 16 or len(states) > target_len

def g(target_len=12):
    return ["0","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","31"]

assert f(g())

def f(x: str):
    return x == '12'

def g():
    return '12'

assert f(g())

def f(case_str: str, n=7, target=12):
    return case_str == str(n)

def g(n=7, target=12):
    return str(n) + str("")

assert f(g())

def f(number: str, digits=5, target="5x15=300"):
    return number == "5" * digits + "15" * digits or number == "15" * digits

def g(digits=5, target="5x15=300"):
    return "5" * digits + "15" * digits

assert f(g())

def f(n: int, a=2, b=15):
    return b // n == a < b

def g(a=2, b=15):
    return int(int(a*b) ** 0.5) + 1

assert f(g())

def f(res: str):
    return res.startswith("hello")

def g():
    return "%s" % "hello"

assert f(g())

def f(nums: List[int], n=0, max_len=50):
    assert not max_len > len(nums)
    return sum(i for i, n in zip(nums, nums[::-1]) if n == i) == n

def g(n=0, max_len=50):
    return [n for i in range(max_len)]

assert f(g())

def f(l: List[int], target=[1, 1, 1]):
    return len(set(l)) == 3

def g(target=[1, 1, 1]):
    return [1, 2, 3]

assert f(g())

def f(d: List[int], n = 1000):
    return sum([d[i] for i in range(n)]) == n and d[-1] == 0

def g(n = 1000):
    return [1]*n + [0]*(n - 1)

assert f(g())

def f(s: List[str]):
    for i, s in enumerate(sorted(s)):
        if s == s[::-1]: return False
    return True

def g():
    return []

assert f(g())

def f(li: List[int], m=100):
    return all(li[i] > 0 for i in range(m))

def g(m=100):
    return [1, 2, 3, 4] * m

assert f(g())

def f(li: List[str]):
    assert not any(li in set(li) for i in range(len(li)))
    return li[:1] == li[1::]

def g():
    return []

assert f(g())

def f(x: float):
    return x == 42 or x == 123.456

def g():
    return 42.0

assert f(g())

def f(n: int):
    return abs(n) <= 5

def g():
    return 3;

assert f(g())

def f(s: str):
    return len(s) > 10

def g():
    return "123456789" + "0"*9

assert f(g())

def f(delta: List[int], n=4, s=2021):
    return all(sum(delta[i] * delta[j] for i, j in zip(range(n), range(s))) >= 1 for i in range(n))

def g(n=4, s=2021):
    return list(range(s, s+n))

assert f(g())

def f(x: List[int], a=7, b=42):
    return len(x) >= a ** 2 and all(x[i] != x[i] + a ** 2 for i in range(len(x)))

def g(a=7, b=42):
    return list(range(0, 1000, 2))

assert f(g())

def f(y: List[int], length=50):
    for a in range(len(y)):
        if y[a] > length / 2:
            return True
    return False

def g(length=50):
    return [i + 1 for i in range(length)]

assert f(g())

def f(letters: List[str], target=["A", "B", "C"], options=[10, 32, 8, 128, 2, 128]):
    for l in letters:
        if l not in target and l not in options:
            return False
        if l in target:
            if l != target[-1]:
                return True
            if l not in options:
                return False
    return False

def g(target=["A", "B", "C"], options=[10, 32, 8, 128, 2, 128]):
    return target

assert f(g())

def f(l: List[int], n=99):
    return l[0] >= n and l[0] % 2 == 0

def g(n=99):
    return [2*n+2, 2*n+3, 2*n+4]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and [n + i for i in nums] == [n + i for i in nums]

def g(n=12345):
    return [i*n for i in range(n)]

assert f(g())

def f(n: int, b=1):
    return sum(n**i for i in range(n)) == n * n

def g(b=1):
    return 1

assert f(g())

def f(s: str):
    return s == 'abcdefghijklmnopqrstuvwxyz'[:10]

def g():
    return "abcdefghijklmnopqrstuvwxyz"[:10]

assert f(g())

def f(path: List[int], max_len=10):
    return len(path) == max_len and all([a, b] in zip(path, path[1:]) for a, b in zip(path, path[1:1]))

def g(max_len=10):
    return [x for x in list(range(1, max_len+1))]

assert f(g())

def f(p: List[int]):
    return p != [0] and max(p[0], p[-1] + 1) % 2 == 0

def g():
    return [0, 1]

assert f(g())

def f(s: str, a=10, b=4):
    return int(s) * (a % b - a) < 10

def g(a=10, b=4):
    return "123456789" * (a + b)

assert f(g())

def f(s: str):
    return s.startswith("Hello") and s == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(target: int):
    import random
    # random.seed(0)
    assert target < 10**9  # seed can cause the problem
    return target <= 1e5

def g():
    return 5

assert f(g())

def f(n: int, a=93252338):
    return a * n != n

def g(a=93252338):
    return 93225238 + a

assert f(g())

def f(y: int):
    return (100 <= y and 100 < 200) or (y <= 100 and y >= 200)

def g():
    return 200

assert f(g())

def f(s: str):
    return s == 'c'  # check if strings match given characters

def g():
    return "c"

assert f(g())

def f(n: int, a=1, b=15):
    if b == 15:
        return n == 1000000
    if n == 1000000:
        return n == 1000000

def g(a=1, b=15):
    if b == 15:
        return 1000000
    if 1000000 == b:
        return 1000000
    return 1000000 + 1

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n and sum(i**2 for i in nums) == n

def g(n=5):
    return [1, 1, 1, 1, 1]

assert f(g())

def f(seq: List[int], n=100):
    return len(seq) == n and all(i in seq for i in range(len(seq)))

def g(n=100):
    return list(range(n))

assert f(g())

def f(inds: List[int], li=[42, 18, 21, 103, -2, 11], target=[0, 21, 42]):
    return li[0:inds[0]//2] >= target

def g(li=[42, 18, 21, 103, -2, 11], target=[0, 21, 42]):
    return li[0:12]

assert f(g())

def f(n: int):
    return all([x >= n for x in range(n) if x == 1])

def g():
    return int(int("0"*9) ** 8) + 1

assert f(g())

def f(nums: List[int], target=90):
    if nums == [[0, 2], [0, 1], [0, 3], [0, 4], [0, 5], [0, 6], [0, 7], [0, 8], [0, 9]]:
        # All of these are in range but not all are in target
        return all(target > n*b for n in nums)
    assert all(target > x for x in nums)
    return all(target >= n for n in nums)

def g(target=90):
    return [1, 2]

assert f(g())

def f(i: List[int], n=6):
    return sum(i == 0 for i in i) == n

def g(n=6):
    return [0]*n or [1] * (n*10)

assert f(g())

def f(n: int):
    p = n // n
    return p == 1 and n % 2 == 1

def g():
    return 1

assert f(g())

def f(n: int):
    return n > 0  # to get max result

def g():
    return 1  # get value

assert f(g())

def f(n: int, a=345346363, b=10, c=1):
    res = n // b
    return all(res >= a for i in range(2, b + 1))

def g(a=345346363, b=10, c=1):
    return sum(a*b for i in range(2, b + 1))

assert f(g())

def f(list: List[int], upper=3):
    return len(list) > upper

def g(upper=3):
    return [2, 3, 4, 5]

assert f(g())

def f(s: str, target=15):
    return len(s) == len(s[:target])

def g(target=15):
    return "abcdefg"[0:target]

assert f(g())

def f(s: str):
    return (s + " is a word") == "hello is a word"

def g():
    return "hello"

assert f(g())

def f(s: str, target=64, max_len=10):
    if len(s) > max_len:
        return s[1:] != target
    else:
        return len(s) == len(target)

def g(target=64, max_len=10):
    return "123456789" * target + "0" * (9-max_len)

assert f(g())

def f(s: str, m=10, n=10):
    return s.count("0") == n

def g(m=10, n=10):
    return "123456789" + "0"*m + "1"*n + "2"*m+"3" + "4"*n + "5"*m+"6" + "7"*n + "8"*m+"9"

assert f(g())

def f(j: List[int]):
    assert len(set(j)) == 4
    return (j[0] + j[1] + j[2] + j[3]) % 3 == 0

def g():
    return [123, 789, 3456, 0]

assert f(g())

def f(len: int):
    return len >= 70000  # arbitrary, see f22

def g():
    return 70000 * 1000

assert f(g())

def f(li: List[int], target=27):
    return sum(1 for i in li) == target

def g(target=27):
    return [i for i in range(target)]

assert f(g())

def f(s: str, word="b", k=2):
    return s[-k:-(k+1)*(len(word) - k - 1)] == word

def g(word="b", k=2):
    return word

assert f(g())

def f(sorted: List[int], target=10):
    return all(isinstance(i, int) for i in sorted) and len(sorted) > target

def g(target=10):
    return sorted(range(100))

assert f(g())

def f(li: List[int], n=9012):
    return len(set(li)) == n

def g(n=9012):
    return [0] + list(range(n))

assert f(g())

def f(s: str, k=3, d=6):
    if len(s) == k:
        return len(s) == k and sum([s.count(str(i)) for i in s]) == 36
    else:
        return len(s) >= k and sum(s.count(str(i)) for i in range(k)) == 0

def g(k=3, d=6):
    return "word"

assert f(g())

def f(s: str):
    return s.count("*") < 2 and len(s) == 22 or s.count("o") == 0 or len(s) == 15

def g():
    return "*123*"

assert f(g())

def f(x: float):
    return str(x).startswith("1.234")

def g():
    return 1.234506789

assert f(g())

def f(s: str, n=99):
    return ((s[-1] == "t") or (s[-1] == "s")) and ((s[0] == "q") or (s[0] == "e") or (s[0] == "i") or (s[0] == "o") or (s[0] == "y") or (s[0] == "u"))

def g(n=99):
    return "q" + "e" + "s" + "t" + "e" + "i" + "n" + "o" + "m" + "e" + "s"

assert f(g())

def f(li: List[int], n=8, target=20):
    return li[0] == n and min(li) < target

def g(n=8, target=20):
    return [n, target]

assert f(g())

def f(nums: List[int], target=10):
    return len(nums) >= target and all(len([x - y for x, y in zip(nums[:target], nums[target:])]) == target for n in range(len(nums)))

def g(target=10):
    return [9*n for n in range(10000)]

assert f(g())

def f(n: int, a=253532, b=1230200):
    if n > 0 or a > 50:
        return n > 0 and abs(n * n - 1) > b and abs(a - (n * n)) > b
    else:
        return n > 0 and abs(n * n + a) == -b and abs(a) + abs(a + n) > b

def g(a=253532, b=1230200):
    return min(a, b)

assert f(g())

def f(s: str, u=0):
    return u >= 0 and "".join(t for t in s if t) == "<p>&nbsp;</p>"

def g(u=0):
    return u >= 0 and "<p>&nbsp;</p>"

assert f(g())

def f(k: int):
    return k % 3 == 0 and (k % 2) or k >= 2

def g():
    return 23

assert f(g())

def f(n: int, k1=10, k2=100):
    return n / k1 == k2

def g(k1=10, k2=100):
    return k1 * k2

assert f(g())

def f(s: str, n=1):
    return s == "hello world"

def g(n=1):
    return "hello world"*n

assert f(g())

def f(st: str):
    return len(st) > 9

def g():
    return "123456789"*10

assert f(g())

def f(str: str, target=1):
    x = 0
    while x * x < len(str):
        x += 1
    return 0 <= x <= len(str) - target - 1

def g(target=1):
    return "1" * target + "12"*(target+2)

assert f(g())

def f(n: int, a=3, b=23463462):
    return a + b == n

def g(a=3, b=23463462):
    n = a + b
    return n

assert f(g())

def f(x: List[int], t=50, target=10):
    assert all([v > 0 for v in x])
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if s > t and i == 0:
            return True
        i += 1
    return False

def g(t=50, target=10):
    return [100*i for i in range(1000, 10000)]

assert f(g())

def f(i: int, res=[], target=18):
    return res == 3 if i < target else all([i % 2 == 0 and target - i % 2 >= 0 for i in res])

def g(res=[], target=18):
    return target + 5

assert f(g())

def f(s: str, s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return ''.join(s for s in ['SEND', 'MORE', 'MONEY', 'MORE', 'E', 'MONEY', 'E', 'SEND'] if s in s1 and s in s2 and s in s3 and s in s4) in s

def g(s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return ''.join(s for s in ['SEND', 'MORE', 'MONEY', 'MORE', 'E', 'MONEY', 'E', 'SEND'] if s in s1 and s in s2 and s in s3 and s in s4)

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(nums: List[int], lower_bound=100000):
    for i in range(1, len(nums)-1):
        a = min(nums[i], nums[i-1])
        b = max(nums[i], nums[i-1])
        if a > b:
            return False
    return sum(nums) >= lower_bound

def g(lower_bound=100000):
    return [max(a, b) for a, b in enumerate(range(lower_bound))]

assert f(g())

def f(ls: List[str], k=5):
    return sum(ls.count(t) for t in ls) == k

def g(k=5):
    return ["a"*k + "c"*k + "d"*k for k in range(k)] or "fail"

assert f(g())

def f(x: str, low=0, close=0):
    return x.count('.w') >= low and x.count('.b') >= close

def g(low=0, close=0):
    return '123456789'[low:close]

assert f(g())

def f(s: str, caps=3):
    return s.count("a") == caps and caps == len(s) // 2

def g(caps=3):
    return "as" * caps

assert f(g())

def f(a: List[int], n=100):
    return all(i in a for i in range(n))

def g(n=100):
    return list(range(1000))[:n]

assert f(g())

def f(n: int):
    assert min(1, n) <= 1 and n <= 10**9
    return n < 5

def g():
    return min(1, 99999)

assert f(g())

def f(s: str):
    return s.count("i") == 1

def g():
    return "abcdefghijklm"

assert f(g())

def f(probs: List[float], thresh=500):
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(len(probs))) < thresh

def g(thresh=500):
    return [0.5 + round(x / 100.0, 1) * 100.0 for x in range(0, 100, 1)]

assert f(g())

def f(numbers: List[int]):
    return any(n * n for n in numbers)

def g():
    return [123, 456, 789]

assert f(g())

def f(s: str, lower=[]):
    return set(s.lower()) == {s.lower()}

def g(lower=[]):
    return str(int(4**0.5))

assert f(g())

def f(target: str, length=10):
    return len(target) > length

def g(length=10):
    return "a"*length + "b"*(length+10)

assert f(g())

def f(l: List[int]):
    return all([i in l for i in range(100)])

def g():
    return [n for n in range(100)]

assert f(g())

def f(s: str):
    return s.count('!') == 1

def g():
    return "!\\"

assert f(g())

def f(s: str, n=1000):
    return len(str(s)) == n

def g(n=1000):
    return str("123456789" + "0"*(n-9))

assert f(g())

def f(x: int, a=1380, b=23223, target=62):
    return a - x == b

def g(a=1380, b=23223, target=62):
    return a - b

assert f(g())

def f(s: str):
    if len(s) == 1 or s == s[::-1]:
        return False
    for sub in s:
        if sub.lower() == s.lower():
            return False
    return True

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(w: List[int], k=3, lower=1):
    assert all(w[i] == 0 for i in range(k))
    return all(w[i] == 0 for i in range(k - 1) if w[i] > 0)

def g(k=3, lower=1):
    return [0]*k + [1, 2] + [0, 1, 3]

assert f(g())

def f(s: str, k=10):
    return k >= len(s) or k < 0 and k * k == len(s) or k * 10 < len(s) or k * 11 < len(s)

def g(k=10):
    return str(k * k)

assert f(g())

def f(v: str):
    return len(v) == 1 and all([w in v for w in v])

def g():
    return str(0)

assert f(g())

def f(s: str, words=[], max_len=10):
    return (all(l == s for l in words))

def g(words=[], max_len=10):
    return str(f(str(len(words))))

assert f(g())

def f(s: List[int], min_wins=[1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 1]):
    assert len(s) == len(min_wins)
    for i, x in enumerate(s):
        if x < min_wins[i]:
            return False
    return True

def g(min_wins=[1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 1]):
    return min_wins

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == 1000 and min(nums) == 0

def g(n=12345):
    return [int(i*i*i) for i in range(1000)]

assert f(g())

def f(s: List[int]):
    return all([0 <= x < len(s) for x in s])

def g():
    return [0, 1, 2]

assert f(g())

def f(k: List[int]):
    for i in k:
        if i == 0:
            return False
    return True

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(nums: List[int], a=13, b=6, c=8, d=3, e=9, f=10, g=11, h=12):
    return len(nums) >= 4

def g(a=13, b=6, c=8, d=3, e=9, f=10, g=11, h=12):
    return [a+b, a+c, a+d, a+e, a+f, a+g, a+h]

assert f(g())

def f(li: List[int]):
    return min(len(li), max(0, max(li))) >= 3

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, a=100, b=17, c=20):
    return a < sum(a for a in b * [0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34])

def g(a=100, b=17, c=20):
    return a

assert f(g())

def f(s: str):
    return len(s) > len(r"\000")

def g():
    return str(len(s)>len(_) for _ in ["\000"])

assert f(g())

def f(nums: List[int], lower_bound=500, upper_bound=5000):
    assert all(i < upper_bound or (i == lower_bound or i >= lower_bound + 1) for i in range(len(nums)))
    return lower_bound <= len(nums) <= upper_bound

def g(lower_bound=500, upper_bound=5000):
    return [i for i in range(lower_bound, upper_bound+1) if i>0]

assert f(g())

def f(d: int, n=123456789):
    return d > n  # (d * (d + 50) == n) and (d >= 5000 and (d + 50 == 20000))

def g(n=123456789):
    return n * n  # not 0, not 2 and not 123456789

assert f(g())

def f(a: float, b=123):
    return abs(a + b) < 1e-4

def g(b=123):
    return -123.0

assert f(g())

def f(n: int, a=18, b=10):
    return n % a == 0 and n % b == 0 and a > 0 and b > 0

def g(a=18, b=10):
    return a*b

assert f(g())

def f(r: List[List[int]], depth=0):
    return depth >= 0 and sum([sum(f) for f in r if f]) == len(r)

def g(depth=0):
    return []

assert f(g())

def f(n: int, upper_bound=15):
    return n % upper_bound == 0

def g(upper_bound=15):
    return sum(map(int, range(upper_bound)))

assert f(g())

def f(nums: List[int]):
    n = len(nums)
    if n in range(4, 7):
        return True
    return nums[:n] == nums[n:]

def g():
    return [0,1,2,3,4]

assert f(g())

def f(li: List[int]):
    return len(li) > 20

def g():
    return [i*i for i in range(1000)]

assert f(g())

def f(sum_squares: List[List[List[int]]], target=17):
    return all(i in range(len(sum_squares)) and abs(i * i - j * j) >= 10 for i, j in sum_squares for k in range(min(m, n), max(m, n) + 1) for t in set(sum_squares[k] for k in range(k)))

def g(target=17):
    return [sum(sum(sum(x) for x in a)) for a in range(1000, 10)]

assert f(g())

def f(li: List[int], s=5):
    for i in range(s):
        if li[i] % 2 == 1:
            return True
    return False

def g(s=5):
    return list(range(10))

assert f(g())

def f(b: int):
    return min(9, b) % 2 == 1

def g():
    return 3

assert f(g())

def f(moves: List[str], target_angle=45):
    def move_ok(m):
        (a, b), (i, j) = m
        return abs(a - i - b) in [0, 1]
    return len(moves) >= target_angle

def g(target_angle=45):
    return [str(x*x) for x in range(0, 50)] + [str(y*y) for y in range(0, 50)]

assert f(g())

def f(s: str, x=2, xlen=10, a=19, b=17):
    return (xlen < len(s) or all(x + len(s) for x in s)) and (b < len(s) or all(a + len(s) for x in s) and a < len(s))

def g(x=2, xlen=10, a=19, b=17):
    return "123456789"*xlen + "0"*xlen+"a"

assert f(g())

def f(i: int):
    dnum = i + 1000
    return dnum > 1000 and dnum - 1001 > 2000

def g():
    return 9999999799999 - 100

assert f(g())

def f(i: int):
    return i == len(range(i))

def g():
    return int(int(str(2 ** 16)))

assert f(g())

def f(x: int):
    return x > 0

def g():
    return 1

assert f(g())

def f(p: List[int], plen=10):
    return True if len(p) >= plen else False

def g(plen=10):
    return [0]*plen

assert f(g())

def f(s: List[str]):
    for i, s in enumerate(sorted(s)):
        if s == s[::-1]: return False
    return True

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: str, low=0, close=0):
    return x.count('.w') >= low and x.count('.b') >= close

def g(low=0, close=0):
    return "abcdefgh"

assert f(g())

def f(d: int, s=3):
    return s**2 <= 30

def g(s=3):
    return int(10**s*10**s)

assert f(g())

def f(s: str):
    if len(s) > 0:
        return True
    else:
        return False

def g():
    return "abc"*10+"def"

assert f(g())

def f(elements: List[int]):
    assert len(elements) == 3
    return max(elements[0] - elements[2], elements[1] - elements[2]) < 1e-6

def g():
    return [1, 2, 3]

assert f(g())

def f(probs: List[float]):
    return min(probs[(i + 2) % 3] for i in range(3)) == max(probs[(i + 2) % 3] for i in range(3))

def g():
    return [0.25, 0.25, 0.25]

assert f(g())

def f(s: str, b=100):
    return all(i >= 3 for i in [2, 3, 6, 5, 8, 1, 0] if s[i] == b)

def g(b=100):
    return "123456789" + "0"*9

assert f(g())

def f(n: int, v=33000, w=12000, w2=-7):
    return n >= v and w >= w2

def g(v=33000, w=12000, w2=-7):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 0

def g():
    return [0, 1, 0]

assert f(g())

def f(p: int, a=500):
    return abs(p) >= a

def g(a=500):
    return max(map(abs, range(a, a+500)))

assert f(g())

def f(b: List[int], k=2):
    return sum(b == a for a in range(b[0], b[1])) <= len(b) - k - 1

def g(k=2):
    return list(range(1000))

assert f(g())

def f(s: str, substrings=['a', 'b', 'c']):
    return all(sub in s for sub in substrings)

def g(substrings=['a', 'b', 'c']):
    return "".join(map(str, substrings))

assert f(g())

def f(pi: List[int]):
    return sum(pi[2:]) == sum(pi)

def g():
    return []

assert f(g())

def f(s: str):
    return s == 'Hello' and 'Hello' in s

def g():
    return "Hello"

assert f(g())

def f(x: List[int], thresh=9):
    for i in range(len(x)):
        x[i] = thresh - i if thresh - i > 0 else i
    return all((x[i] != 0) for i in range(thresh))

def g(thresh=9):
    return [0, 1]*thresh

assert f(g())

def f(t: List[int], target=5):
    for i in range(len(t)):
        if t[i] == target:
            return True
    return False

def g(target=5):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(x: float):
    return x < 1.0 or x > 1.0e6

def g():
    return 0.1

assert f(g())

def f(s: List[str]):
    return s[::-1] == s[::1]

def g():
    return ["ab" for _ in range(2)]

assert f(g())

def f(count: int):
    return count < 100

def g():
    return (3)**2

assert f(g())

def f(s: str):
    return s == "hello" or s.endswith("!")

def g():
    return "hello!!"

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n

def g(n=5):
    return [0] * n

assert f(g())

def f(n: int, nums=[], upper_bound=500):
    return not any(i in nums and (i * i) < upper_bound for i in nums)

def g(nums=[], upper_bound=500):
    return int(int("123456789" + "0"*8) ** 0.3) + 1

assert f(g())

def f(nums: List[int], n=4):
    assert len(nums) == n
    assert len(nums) >= n
    return len(nums) <= 15

def g(n=4):
    return [4*n for i in range(n)]

assert f(g())

def f(s: str, target=17):
    return s == target or s.startswith("abc")

def g(target=17):
    return "abc"

assert f(g())

def f(x: List[int]):
    return any([x[i] > 0 for i in range(1, len(x))])

def g():
    return [1, 1]

assert f(g())

def f(s: str, word="gonna"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            return False
    return True

def g(word="gonna"):
    return (word + word).upper()

assert f(g())

def f(hands: List[int], target_angle=45):
    return len(set(hands)) == len(hands)

def g(target_angle=45):
    return [1, 2]

assert f(g())

def f(words: List[str], length=3):
    return len(set(words)) >= length

def g(length=3):
    return [words for words in ["hello", "world", "0"]]

assert f(g())

def f(g2: List[int], g1=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [4, 5], [5, 6], [6, 7], [3, 4], [5, 6]]):
    return len(g1) == len(g2) and all(i in g1 for i in g1)

def g(g1=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [4, 5], [5, 6], [6, 7], [3, 4], [5, 6]]):
    return [i*j for i, j in g1]

assert f(g())

def f(n: int, a=1, b=2, max_points=15):
    return a * b >= n and a <= b and b >= n

def g(a=1, b=2, max_points=15):
    return int(pow(a,b) > max_points)

assert f(g())

def f(li: List[int], n=5):
    return all(len(str(li[i])) == len(str(li[i + 1])) and li[i + 1] % 10 == li[i] > 0 for i in range(2, len(li) - 1))

def g(n=5):
    return [0, 1]

assert f(g())

def f(s: str):
    return "".join([f for f in s if f]) == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(initial: List[int], length=5):
    i_n = {i: initial[i] for i in range(length)}
    return all(i_n[i] >= 0 for i in range(length))

def g(length=5):
    return [0] * length

assert f(g())

def f(x: float, lower_bound=1, target=1):
    return min([x, float(x + lower_bound)]) <= target

def g(lower_bound=1, target=1):
    return float(target - lower_bound)

assert f(g())

def f(n: int):
    return n >= 100000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + b == x  # (a+b) == x has to be equal as well as the number of iterations

def g(a=1073258, b=72352549):
    return a+b

assert f(g())

def f(s: str):
    return len(s) > 2 and all(s[i] in ["a", "c", "z"] for i in range(len(s)))

def g():
    return "c" + "z" * 4

assert f(g())

def f(delta: List[int], min_num=25):
    return len(delta) >= min_num

def g(min_num=25):
    return min_num == 25 and [0] * min_num

assert f(g())

def f(strings: List[str], count=10):
    return len(strings) in [count, 3 * count * count]

def g(count=10):
    return ["a"*(i+2) + "b" for i in range(count)]

assert f(g())

def f(l: List[int]):
    l = sorted(l)
    return all(i > j for i, j in zip(range(1000), l) if abs(i * i - j * j) >= 10) and len(set(l)) > 995

def g():
    return [i for i in range(1000)]

assert f(g())

def f(c: int):
    return (c > 1) or (c == 2 and c != 3) or (c == 5 and c != 6) or (c == 7 and c != 8) or (c == 9)

def g():
    return 8

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n >= a and n <= b

def g(a=253532, b=1230200):
    return b-a

assert f(g())

def f(nums: List[int], n=12345):
    return nums.count(n) == 1

def g(n=12345):
    return [1, n]

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 2**17

def g():
    return 1001 if 1001 < 10000 else 10000

assert f(g())

def f(n: int):
    return all(i!=j for i, j in zip(range(1000), range(n)) if i != j)

def g():
    return 1

assert f(g())

def f(pos: List[int]):
    return len(pos) > 9

def g():
    return list(range(999))

assert f(g())

def f(s: str, n=18):
    return all([s[i] != s[i + 1] for i in range(n)])

def g(n=18):
    return "abcabcabcabc"*n

assert f(g())

def f(s: str, d=8):
    assert len(s) == 1
    return sum(1 if s[0] == 1 else 0 for _ in range(len(s))) == len(s) - 1

def g(d=8):
    return str(0)

assert f(g())

def f(ticks: List[int], n=1000):
    return sum(t for t in ticks if (n // (t + 1)) == 1) > n

def g(n=1000):
    return list(range(n+1))

assert f(g())

def f(s: str, target="baz", width=2):
    return s == "hello"

def g(target="baz", width=2):
    return "hello" if target == "baz" else ""

assert f(g())

def f(s: str, d=1):
    return len(s) == d and s in s + "." + s + "."

def g(d=1):
    return "." * (d - 1) + "."

assert f(g())

def f(s: str):
    return "." in s or s.count("1") == 1

def g():
    return "0.5"

assert f(g())

def f(tokens: List[str], words=['cat', 'do', 'doot', 'dah']):
    return all(word in tokens for word in words)

def g(words=['cat', 'do', 'doot', 'dah']):
    return words

assert f(g())

def f(nums: List[int]):
    i, j, k = nums
    while True:
        if j == 1:
            return False
        if i == 1:
            return True
        if j-i == 0:
            break
        if k == 1:
            return j>1 and (i == 0 and j == 2)
        k += 1
        if k == 1 or j > i:
            break
    return i == 2

def g():
    return [1,2,4]

assert f(g())

def f(i: int, target=99):
    return abs(i // 3) >= target

def g(target=99):
    return int(int(123456789) ** 0.5) + 1

assert f(g())

def f(num: int):
    while num >= 1000:
        num = 3 * num + 1 if num % 2 else num // 2
        if num == num:
            return True

def g():
    return int(round(10**6, 2))

assert f(g())

def f(x: int, a=10):
    return a == 10

def g(a=10):
    return 10 - a

assert f(g())

def f(g: List[int], j=10, e=10):
    return all(i in range(j) and abs(i + e) >= g[i] for i in range(j))

def g(j=10, e=10):
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 3 and min(nums) >= 0

def g():
    return [0] * 10

assert f(g())

def f(s: str, target=1):
    return s == "Hello world"

def g(target=1):
    return "Hello world"

assert f(g())

def f(p: List[int], target="meh"):
    return all(p[i] >= 0 for i in range(3))

def g(target="meh"):
    return [2 + 2*i for i in range(10)]

assert f(g())

def f(n: int):
    return str(n).startswith("123400")

def g():
    return int(int("123400" + "0"*10) ** (1 << 0)) + 1

assert f(g())

def f(nums: List[int]):
    for n in nums:
        return n % 5 == 0 and n > 0 and n != 0

def g():
    return [5, 6, 7, 8, 1]

assert f(g())

def f(target: List[int], length=6):
    return len(target) == length

def g(length=6):
    return [3, 4, 5, 6, 7, 8]

assert f(g())

def f(part: str, string="I!!!love!!!dumplings!!!!"):
    return len(part) == len(string)

def g(string="I!!!love!!!dumplings!!!!"):
    return string

assert f(g())

def f(s: str, n=100):
    return len(s) == n and all(s in s for s in ["s", "ss", "sss", "sssss"])

def g(n=100):
    return "s"*n

assert f(g())

def f(n: int, x=None, y=None):
    if x is None:
        return n == 0  # for the x in f12
    x, y = x, y
    assert 0 < y < x  # for the y in f12 in f13
    assert n % x == 0  # for the n in f12
    assert n % y == 0, True  # for the n in f13
    assert n % (y + 1) == 0, True  # for the n in f13
    return n == (y + 1) * (x + 1) * (y + 2)

def g(x=None, y=None):
    x, y = x, y
    if x:
        return y * x % y + 1
    else:
        return 0

assert f(g())

def f(cols: List[int], k=2):
    return sum(i * i for i in range(k) for _ in cols) < 10

def g(k=2):
    return [k]

assert f(g())

def f(n: int, v=4, w=80):
    v *= 2
    w *= 3
    return abs(v <= n) and v + w <= n

def g(v=4, w=80):
    return v + w + 4 + v*w

assert f(g())

def f(edges: List[List[int]], u=0, v=1, bound=3):
    max_length = len(edges[0])  # could be more than 2
    if len(edges) == 2:
        return min(max_length, bound) == bound
    elif len(edges) % 2 == 0:
        return min(max(edges[0], 2), bound) == bound
    else:
        return max((max_length - len(edges[1])) / 2, bound) == bound

def g(u=0, v=1, bound=3):
    return [
        [u, v, u, v, u],
        [u, v, u, v, u],
        [u, v, u, v, u],
    ]

assert f(g())

def f(s_case: str, s="ItMakesUsHappy"):
    return s_case == (s.lower() if len(s) > 1 else s.upper())

def g(s="ItMakesUsHappy"):
    return s.lower()

assert f(g())

def f(b: int):
    b = int(b * 0.0000001)
    assert b > 0
    return True

def g():
    return 1 << 32 - 1

assert f(g())

def f(l: List[int], n=20):
    return any(i != j or i + 1 == j for i in l[:n] for j in l[n:])

def g(n=20):
    return [i for i in range(1000)]

assert f(g())

def f(substrings: List[str], g2=["moooboooofasd", "worse", 'fooasdf']):
    return substrings == g2

def g(g2=["moooboooofasd", "worse", 'fooasdf']):
    return [substring for substring in g2 if substring in g2]

assert f(g())

def f(s: str, s1="a2s3s", s2="b3", m=4):
    return s == s1 and s2 == s2

def g(s1="a2s3s", s2="b3", m=4):
    return s1 or "b2" and s2 == s2

assert f(g())

def f(nums: List[int], start=4, target=5):
    # not all of our tests actually return a value
    return len(nums) >= target

def g(start=4, target=5):
    return list(range(start)) + [4, 5]

assert f(g())

def f(words: List[str], length=6):
    return (len(words) == length) and sum(i in words for i in words) == len(words)

def g(length=6):
    return [str(i) for i in range(length)]

assert f(g())

def f(p: List[List[int]], target=[]):
    n = len(target)
    return sum(x for x in p if sum(y * x + y for y in p if y > 0) == n) == n

def g(target=[]):
    return [list(a) for a in target]

assert f(g())

def f(s: str):
    return s.endswith("l")

def g():
    return "l"

assert f(g())

def f(wids: List[int], k=10):
    wids[0] = wids[0] + 15
    for r in range(1, k):
        wids[0] = wids[0] - 15
    return sum(wids) > 0

def g(k=10):
    return [7 * i for i in range(k)]

assert f(g())

def f(s: str):
    return s == 'a'

def g():
    return "a"[0]

assert f(g())

def f(indices: List[int], target="cuckoo", n=3):
    for i in indices:
        if i < min(indices):
            return True
    return True

def g(target="cuckoo", n=3):
    return [1]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(map(lambda i: i in nums, nums))

def g(n=12345):
    return [n for i in range(n)]

assert f(g())

def f(s: str):
    return "Hello " + s.lower() == "Hello world"

def g():
    return "world"[:10]

assert f(g())

def f(s: str, target="do", length=16):
    return len(set(s)) == length

def g(target="do", length=16):
    return "".join(chr(i) for i in range(length))

assert f(g())

def f(x: List[int], target=35, p=3):
    return len(x) == int(target)

def g(target=35, p=3):
    return [target for i in range(int(target))]

assert f(g())

def f(s: str) -> bool:
    return (s[:7] == "Hello") or (s[-8:] == "How are you?\n" and "I am fine.")

def g():
    return "Hello"

assert f(g())

def f(nums: List[int], start="424", target=7):
    # assert nums < max(nums)
    # assert all([e for e in nums if e not in start for n in range(nums, nums+1)])
    assert len(nums) >= target
    return len(nums) > target or target > len(nums)

def g(start="424", target=7):
    return [9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19]

assert f(g())

def f(x: float, a=9.89, b=15.45):
    return abs(x - a) >= abs(b - a)

def g(a=9.89, b=15.45):
    return float(a + b)

assert f(g())

def f(x: List[int]):
    return x == [1, 2, 3, 4, 5, 6, 7, 8, 9]

def g():
    return [int(x) for x in [1, 2, 3, 4, 5, 6, 7, 8, 9]]

assert f(g())

def f(s_case: str, s="Hello world"):
    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="Hello world"):
    return s.upper() if "a" in s else s.lower()

assert f(g())

def f(s: str):
    return "s" in s and "s"[::-1] == "s"

def g():
    return "asdsad"

assert f(g())

def f(fence: List[int]):
    return [fence[i] for i in range(len(fence))] == [5, 6, 4, 1, 2, 3, 0]

def g():
    return [5, 6, 4, 1, 2, 3, 0]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a ** n * b == c ** n * b

def g():
    return [0] + list(range(3))

assert f(g())

def f(nums: List[int], b=1000, count=648):
    return max(nums) <= count and sum(nums) <= b

def g(b=1000, count=648):
    return [2, 7]

assert f(g())

def f(num: int, c=100, d=200):
    return int(num) >= c and int(num) <= d

def g(c=100, d=200):
    return c

assert f(g())

def f(n: int):
    return max(x for x in range(n)) == 100

def g():
    return 100 + 1

assert f(g())

def f(s: str):
    return "".join(i for i in s) == "abc"

def g():
    s = "abc"
    return "abc"

assert f(g())

def f(x: List[int]):
    assert (x[0] == 0 and x[1] == 0 and x[2] == 0 and x[3] == 0)
    assert (x[0] == x[1] == x[2] == x[3] == 0)
    if x[0] > x[1] or x[0] > x[2] and x[0] > x[3]:
        return False
    if x[1] > x[0] and x[1] > x[2] and x[1] > x[3]:
        return False
    return True

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(s: str, k=5):
    # a: {1: ["aaa", "bbb", "ccc"]}
    return s.startswith("aaa")

def g(k=5):
    return ("aaa" * k).strip()

assert f(g())

def f(s: str):
    return ("The quick brown fox jumps over the lazy dog" == s)

def g():
    return "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(s: List[str], a="one", b="two"):
    return len(s) == 2 and s[0] == a and s[len(s) - 1] == b

def g(a="one", b="two"):
    return ["one", "two"]

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i + 1] == li[i + 2] == li[i + 3] for i in range(3)])

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(pos: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    return all(i in pos for i in target)

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return list(target + [])

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return b - x == a

def g(a=1073258, b=72352549):
    return b - a

assert f(g())

def f(x: int, a=824, b=835):
    return a - x == b

def g(a=824, b=835):
    return a-b

assert f(g())

def f(x: List[int], t=50, n=10):
    return all(x[i] > 0 for i in range(n))

def g(t=50, n=10):
    return [t for i in range(n)]

assert f(g())

def f(counts: List[int], big_str=5):
    return len(counts) > big_str

def g(big_str=5):
    return [x+ big_str for x in range(8)]

assert f(g())

def f(n: int):
    return n == 0 or n == 1 or n == 5 or n == 12

def g():
    return 0

assert f(g())

def f(n: int):
    assert n >= 0
    return abs(n) > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(z: float, d=0.0001):
    return z > d

def g(d=0.0001):
    return d * 2

assert f(g())

def f(n: int, ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", target=4):
    return n >= target

def g(ring="yRrsmOkLCHSDJywpVDEDsjgCwSUmtvHMefxxPFdmBIpM", target=4):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s == 'abcd' or s == 'abcc' or s == 'abch' or s == 'abci' or s == 'abciii' or s == 'abciic' or s == 'abciid' or s == 'abcid'

def g():
    return 'abcd' or 'abcc' or 'abch' or 'abci' or 'abciii' or 'abciic' or 'abciid' or 'abcid'

assert f(g())

def f(x: float, a=19):
    return a ** (5/2) < abs(3-x)/(2 * x)

def g(a=19):
    return float(abs(3-3.14) ** 9)

assert f(g())

def f(ls: List[str], len2=10):
    return len([s == ls[i] for i in range(0, len(ls))]) == len(ls)

def g(len2=10):
    return [x for x in ["b"*len2+"c"*len2+"d"*len2 if len2%2==0 else "a"*(len2//2) + "b"*(len2//2+2)] if len(x) == len2]

assert f(g())

def f(n: int):
    return abs(n**2) < 10**(-3)

def g():
    i = 0
    for i in range(100):
        o = 0
        while True:
                o = i * i
                break
        if o % 2 == 0:
            return o

assert f(g())

def f(nums: List[int], n=12345):
    if n in [1, 2]:
        return False
    return len(nums) == max(4, len(nums)) <= n

def g(n=12345):
    return [1, 2] + [3, 4] + [1, 2] + [3, 4] + [1, 2] + [3, 4] + [1, 2] + [3, 4] + [1, 2] + [3, 4] + [1, 2] + [3, 4] + [1, 2]

assert f(g())

def f(n: int, a=133514):
    return n > a

def g(a=133514):
    return a + 2345

assert f(g())

def f(ls: List[str]):
    return min(ls) < max(ls)

def g():
    return [min(s) for s in ["a", "b"]]

assert f(g())

def f(li: List[int]):
    return all(li[2] - li[0] == 0 for i in range(5))

def g():
    return [0] * 5 + [1] * 5 + [2] * 5 + [3] * 5 + [4] * 5

assert f(g())

def f(x: int):
    return x and x > 0

def g():
    return 1 + 1

assert f(g())

def f(nums: List[int], a=10, b=14):
    return len([s for s in nums if s >= a and s <= b]) == 1

def g(a=10, b=14):
    return [k for k in range(a, b) if k == a]

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return len(nums) >= b and sum(nums) >= a

def g(a=100, b=1000):
    return [a*n*n for n in range(b)]

assert f(g())

def f(y: List[int]):
    return len(set(y)) == len(y) - 1 and len(y) > 2

def g():
    return [-1, 2, 0, -1]

assert f(g())

def f(x: List[int], a=10, s=5):
    return x[0] == a and x[-1] <= s

def g(a=10, s=5):
    return [a, s]

assert f(g())

def f(s: str, a="world", b="Hello world"):
    return s.endswith(a) and s.endswith(b)

def g(a="world", b="Hello world"):
    return a and b

assert f(g())

def f(sortedList: List[int], max_size: int = 50):
    assert len(sortedList) == max_size
    return len(sortedList) == max_size and sortedList[0] == 0

def g(max_size: int = 50):
    return [i for i in range(max_size)]

assert f(g())

def f(res: List[int], target=17):
    return sum(res) >= target

def g(target=17):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(t: List[str], n=999):
    return len(t) == n

def g(n=999):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n and all(i in nums for i in nums)

def g(n=5):
    return [5, 3, 1, 4, 7]

assert f(g())

def f(gives: List[int], m=1000):
    assert all(x in gives for x in range(m))
    return len(gives) == m

def g(m=1000):
    assert m > 300
    return [i for i in range(m)]

assert f(g())

def f(a: int):
    return a - 1 and 1 < a <= 1023

def g():
    return 5

assert f(g())

def f(t: List[int]):
    return len(set(t)) == 10

def g():
    return list(map(int, range(10)))

assert f(g())

def f(i: int):
    return i not in {13, 4, 8, 11}

def g():
    return int("123456789" + "0"*9)

assert f(g())

def f(a: List[int]):
    k = 0
    sum = 0
    for i in a:
        sum += i
        k += 1
    return -sum == k and sum < 20

def g():
    return [(0, 1, 1, 2, 3, 4)][1:]

assert f(g())

def f(x: float, target=1024):
    return abs(x ** 2 - target) < 10 ** -3

def g(target=1024):
    return target ** 0.5

assert f(g())

def f(s: str, a="abc", b="def", count=24):
    return "".join(j for j in s if j in a) == "".join(s for s in a.split())

def g(a="abc", b="def", count=24):
    return str(count + 1) + " " + a + " " + b

assert f(g())

def f(n: int, pairs=[[1, 2], [1, 3]]):
    n_diff = len(pairs)
    assert n_diff == 1 or n_diff == 2, "oops"
    assert n_diff > 1 or n_diff == 1, "oops"
    return sum(p - m for p, m in pairs if abs(p - m) >= n_diff) < n_diff

def g(pairs=[[1, 2], [1, 3]]):
    return sum(p for p, m in pairs if abs(p - m) >= 5)

assert f(g())

def f(s: str):
    return s in {"aaaa", "bbbb", "cccc"}

def g():
    return "bbbb"

assert f(g())

def f(s: str, c="abc_123d", i=12):
    return s == c[:i] == c if i != len(s) - 1 else (s[:i] == c and s[i + 1:] == c)

def g(c="abc_123d", i=12):
    return str(i) in "abc_123d" and c

assert f(g())

def f(s: str):
    return " ".join(s).count(" ") == 5

def g():
    return "".join(" " for _ in range(3))

assert f(g())

def f(n: int, n1=100200, n2=12345):
    if n1 == n2:
        return True
    s = "abcdefghijklmno"
    if n <= 10000:
        s += 'abcdefghijklmno"abcdefghijklmno'
    s = s.lstrip("abcdefghijklmno")
    r = ''.join(s[i:i+n2] for i in range(n1-n, -1, -2))
    return True if r == s else False

def g(n1=100200, n2=12345):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(indices: List[int], target="cuckoo", n=3):
    for i in indices:
        if i < min(indices):
            return True
    return True

def g(target="cuckoo", n=3):
    return []

assert f(g())

def f(s: str, target="foo bar", pats="abcdefghijklmnopqrstuvwxyz"):
    return s == target or sum(p.count(c) for c in pats for p in s) > 3

def g(target="foo bar", pats="abcdefghijklmnopqrstuvwxyz"):
    return target + "foo bar" + pats

assert f(g())

def f(nums: List[int], n=1023):
    return len(nums) == n

def g(n=1023):
    return [i for i in range(n)]

assert f(g())

def f(n: int):
    return n > 0 and (n < 9 or n % 3 == 0)  # check input as string

def g():
    return 7

assert f(g())

def f(l: List[int], target = 500):
    i = 0
    while len(l) != target and i < target:
        i += 1
    return len(l) >= target

def g(target = 500):
    return [int(x) for x in range(target)]

assert f(g())

def f(x: List[int], b=None):
    if b is None:
        return x == [1, 2, 3]
    items = list(x)
    if len(b) == 0:
        all(item == target for item in items)
    elif len(b) > 0:
        all(item == target for item in items and len(set(b)) == len(item))
    else:
        return False
    items = [i for i in items if target in items]
    items = [i for i in items if target not in items]
    return [set(item) for item in items] == set([target])

def g(b=None):
    if b is None:
        return [1, 2, 3]
    return [3, 2, 1]

assert f(g())

def f(d: int, n=123456789):
    return d > n

def g(n=123456789):
    return n + 1

assert f(g())

def f(s: str, maxchars=3, e=300):
    return max(int(len(s) * 9 / 10) + 1, 0) < len(s)

def g(maxchars=3, e=300):
    if maxchars < 3:
        return "Hello" + str(e) + " world"
    return "Hello world" + str(e)

assert f(g())

def f(seq: List[int], length=4):
    return len(seq) > length  # not a valid check: seq is not sorted

def g(length=4):
    return list(range(4 * length + 1))

assert f(g())

def f(x: str, a="9.99E9"):
    return a == str(x)

def g(a="9.99E9"):
    return a

assert f(g())

def f(s: str):
    try:
        return s == 'c'
    except TypeError:
        return s

def g():
    return 'c'

assert f(g())

def f(nums: List[int], n=17):
    return len(nums) == n

def g(n=17):
    return [int(i+1) for i in range(n)]

assert f(g())

def f(a: List[int]):
    if all([a[i] == a[i + 1] == a[i + 2] for i in range(4)]):
        return False
    return True

def g():
    return [3, 0, 1, 2, 3]

assert f(g())

def f(x: List[int], target=3):
    for i in range(len(x)):
        if target == i:
            return True
    return False

def g(target=3):
    return list(range(10))

assert f(g())

def f(s: str, word="test1", max_len=5):
    return word == s  # check if s is valid and not too long
    #return word == s  # check if s is valid and fits into max_len

def g(word="test1", max_len=5):
    return "test1"

assert f(g())

def f(counts: List[int], target=15):
    return sum(counts) > target

def g(target=15):
    return [10, 20, 30]

assert f(g())

def f(ans: List[int], n=1):
    return sum([ans[i] * ans[i + n] for i in range(1, n + 1)]) == n * n

def g(n=1):
    return [n * n for i in range(0, 100)]

assert f(g())

def f(s_case: str, s="moooboooofasd", n=14, caps=0):
    return s_case == (s.upper() if caps > n else s.lower())

def g(s="moooboooofasd", n=14, caps=0):
    return s[:n]

assert f(g())

def f(num: str, a=1000):
    return sum(1 if i in num else 2 for i in num) > 0

def g(a=1000):
    return "".join([str(i) for i in range(a+1)])

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a * b * c**n) == n * a * b

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(inds: List[int], vecs=[[10, 20, 30], [3, 2, -1]]):
    return len(inds) == len(vecs[0])

def g(vecs=[[10, 20, 30], [3, 2, -1]]):
    return vecs[0][:]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return len(str(a + x)) == len(str(b - x))

def g(a=1073258, b=72352549):
    return a+b

assert f(g())

def f(s: str):
    return len(s) >= 1000 and not len(str(s)) == 1

def g():
    return "hello"*10000

assert f(g())

def f(x: float, y=2.2):
    return abs(x-y) < 0.0001 and x == y

def g(y=2.2):
    return y

assert f(g())

def f(nums: List[int], gt=0.0):
    return sum(n == n for n in nums) >= gt

def g(gt=0.0):
    return [1 if x >= 10 else 1 for x in range(1000000)]

assert f(g())

def f(stamps: List[int], target=6):
    assert len(stamps) >= target
    return all(s < target for s in stamps)

def g(target=6):
    return [0, 1, 2] * target

assert f(g())

def f(n: int):
    if n < 0:
        return False
    return 5 <= n <= 10

def g():
    return 5

assert f(g())

def f(n: int):
    assert n > 100
    return True

def g():
    return 2**(3**6) + 3**5

assert f(g())

def f(n: int, a=1000000):
    return all(a * n + n > 0 for a in [1, 5e7, 1e12, 1e3, 25e3, 20e3, 1e6, 2e6, 1e12])

def g(a=1000000):
    return 1 + a

assert f(g())

def f(x: int, r=10, a=10, b=10):
    return abs(x - r * a - b) == 0

def g(r=10, a=10, b=10):
    return r * a + b

assert f(g())

def f(l: List[int]):
    return len(l) == 3 and all((l[i] - l[i - 1]) == 0 for i in range(2))

def g():
    return [0, 0, 0]

assert f(g())

def f(n: int):
    for l in range(n):
        for i in range(n - 1):
            if (l*l - i*i == l*(i + 1) - i*(i - 1) and l*(i - 1) == l and i*i == i):
                return True
    return False

def g():
    return 2 if 3 == 2 else 123

assert f(g())

def f(a: int):
    return a < 3**5

def g():
    return 5

assert f(g())

def f(n: int):
    return n > 10

def g():
    return 11

assert f(g())

def f(s: str, year_len=365):
    return all(s[-2:] == year_len and s[-1] == year_len for year_len in range(2, 366 - len(s)))

def g(year_len=365):
    return "12" + "3456789" * year_len

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    seq = "\000".join(s for _ in range(6))
    return s_case == (s.upper() if len(seq) > 519 or len(seq) > 518 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.upper() if len(str(len(s))) > 519 else s.upper() if len(s.upper()) > 518 else s.lower())

assert f(g())

def f(nums: List[int]):
    assert (x for x, y, side in nums) not in nums
    return sum(side ** 2 for side in nums) > 0.0

def g():
    return [2, 3]

assert f(g())

def f(greed: int):
    return (greed > 10 ** 9) and (greed < 10 ** 11)

def g():
    return 10 ** 9 + 1

assert f(g())

def f(path: List[int], lower_bound=7):
    assert path[0] == 0 and path[-1] == lower_bound
    return min(path) <= lower_bound

def g(lower_bound=7):
    return [0, 1, 2, 3, 4, 5, 7]

assert f(g())

def f(s: str, a="a", b=None, c="c", d="d", e="e"):
    return f"{a}{b} {c}{d} {e}" in s

def g(a="a", b=None, c="c", d="d", e="e"):
    return f"{a}{b} {c}{d} {e}"

assert f(g())

def f(x: int, n=1000000):
    return abs(x) <= n

def g(n=1000000):
    result = 0
    while result < (n > 0) and (n % 2 == 0):
        result += 1
    return result

assert f(g())

def f(s: str):
    for i in s:
        if i == "O":
            return False
        if i in "Y":
            return True
    return False

def g():
    return 'ABCXYZ'

assert f(g())

def f(s: str):
    return s.startswith("the cat") and s.endswith("the cat")

def g():
    return "the cat"

assert f(g())

def f(l: List[int], a=6):
    return l[0] == 0 and l[1] == 1 and l[2] == -1

def g(a=6):
    return [0, 1, -1]

assert f(g())

def f(i: int):
    return 1+i >= 4

def g():
    return 12

assert f(g())

def f(li: List[int], target=[1, 4, 3, 1, 2], n=2):
    return sum(li) == n or sum([v**(n - i) for i, v in enumerate(li)]) == n

def g(target=[1, 4, 3, 1, 2], n=2):
    return [target[0] for _ in range(n)]

assert f(g())

def f(li: List[int]):
    return len(set(set(li))) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(9999))

def g():
    return sorted(range(9999))

assert f(g())

def f(s: str, s_case="can_you_tell_if_it_has_more_caps_letters"):
    return s_case == (s.upper() if s_case.count(s) > len(s) // 2 else s.lower())

def g(s_case="can_you_tell_if_it_has_more_caps_letters"):
    return s_case

assert f(g())

def f(s: str):
    return len(s) == 1 and s in ["", "a", "", "b", "\n"]

def g():
    return "b"

assert f(g())

def f(s: int):
    return s > 255 and s == int(round(s, 3)) if s > 255 else s > 127 and s == 127

def g():
    return 123456789

assert f(g())

def f(substrings: List[str], n=999):
    return len(substrings) == n

def g(n=999):
    return [] + ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(s: List[str]):
    return all(i in s for i in list("c") + list("g")) == all(map(str, s))

def g():
    return [
        "a", "b", "c", "d", "e", "f", "g", "h", "i"
        ]

assert f(g())

def f(seq: List[int]):
    return set(seq + [0]) <= set(seq)

def g():
    return [0] + [1]

assert f(g())

def f(numbers: List[int], target=17):
    return sum(numbers) == target or all(numbers == numbers[::-1])  # check if everything is even

def g(target=17):
    return [target]

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:index + 3]

assert f(g())

def f(substring: str, string="moooboooofasd", count=10):
    return len(substring) > count

def g(string="moooboooofasd", count=10):
    return max(string for substring in list(reversed(string)) for _ in range(count))

assert f(g())

def f(nums: List[int]):
    assert len(nums) >= 4
    return len(set(nums)) == len(nums) or len(set(nums)) == len(nums) and sum(i ** 2 for i in nums) == n

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: str, x=2):
    return s == "x" or all(s in "123,x,abc,abd,abcd" for s in [1, 2, 3, 4])

def g(x=2):
    return "x"[::-1]

assert f(g())

def f(p: int, a=3, b=9063):
    return abs(p - a) > b * b and abs(b - p) > b * a

def g(a=3, b=9063):
    return 100 + (a * a) + (b * b)

assert f(g())

def f(nums: List[int], a=0, b=7000):
    nums = sorted(nums)
    s = ""
    for i in nums:
        s += str(i) + ","
    return s in ["0,1,2,3,4,5,6,7,8,9,10," + str(nums[-9]), s, s]

def g(a=0, b=7000):
    return list(range(a, b+1))

assert f(g())

def f(s: str, word="eats"):
    return s == word

def g(word="eats"):
    return str(word)

assert f(g())

def f(s: str):
    return all(i in s for i in s)

def g():
    return "foobar"

assert f(g())

def f(li: List[int], target=[5, 10, 4, 10, 2, 1, 1, 17, 4, 10, 10, 10, 10, 4]):
    return li == target

def g(target=[5, 10, 4, 10, 2, 1, 1, 17, 4, 10, 10, 10, 10, 4]):
    return target

assert f(g())

def f(s: str):
    return s == "'" or s == "'abc'"

def g():
    return "'abc'"

assert f(g())

def f(a: List[int]):
    r = 1
    for b in a:
        if b == 0:
            break
        r *= b
    return r % 10 == 0

def g():
    return [1,3,4,5,6,7,8,9]

assert f(g())

def f(nums: List[int], target=3):
    a, b, c = nums
    return a == target and (b == target and c == target)

def g(target=3):
    return [3] * target

assert f(g())

def f(n: int):
    return all(n >= 1000 and n % 1000 == 0 for i in range(100))

def g():
    return 1000 * 1000 * 1000 * 1000

assert f(g())

def f(n: int):
    if n < 0:
        return False
    if n == 0:
        return True
    return all(x % y == 0 for x, y in ([0, -1], [1, 0]) if x != y)

def g():
    return sorted([1,2,3]).index(1)

assert f(g())

def f(path: List[List[int]], t=10):
    return len(path) >= t

def g(t=10):
    return [list(range(10))] * t

assert f(g())

def f(s: str):
    return s == "a" or s == "aeiouy"

def g():
    return "a" or "aeiouy"

assert f(g())

def f(inds: List[int]) -> bool:
    return all((i in inds for i in range(100)))

def g():
    return list(range(1000))

assert f(g())

def f(s: str):
    return all(s == "hello" for _ in range(250) for _ in range(1000))

def g():
    return 'hello'

assert f(g())

def f(x: int, a=10201202001):
    return abs(x ** 2 - a ** 2) < 1e-9

def g(a=10201202001):
    return a

assert f(g())

def f(pos: int, start=0, end=10):
    path = [start, start, start, start, end, end, end, end, end, start]
    return pos in path

def g(start=0, end=10):
    return 10 - start - end

assert f(g())

def f(target: List[float]):
    return all(target[(i + 2) % 3] - target[(i + 1) % 3] for i in range(3)) >= 0

def g():
    return [0.2, 0.22, 0.2]

assert f(g())

def f(t: List[int], bound=11):
    return sum(i**2 for i in t) == len(t) * len(t)

def g(bound=11):
    return [i**2 for i in range(bound-bound)]

assert f(g())

def f(tri: List[int], a0=123):
    assert a0 >= 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    return len(set(tri)) == 3 and min(tri) < a0

def g(a0=123):
    return [0, 5, 9]

assert f(g())

def f(nums: List[int], x=10, y=10, z1=1, z2=1):
    return all(nums[i] == i + y * z2 for i in range(nums.index(y)) if nums[i] == x)

def g(x=10, y=10, z1=1, z2=1):
    return [x, y, z1, z2, x+y-1]

assert f(g())

def f(d: List[int], c=1.5):
    return len({d[i] for i in range(len(d))}) == 3

def g(c=1.5):
    return [1, 2, 3]

assert f(g())

def f(d: int, n=123456789):
    return (d / n) >= 1  # (d / n) is 1-based

def g(n=123456789):
    return n + 4

assert f(g())

def f(s: str, s_len=3):
    return str(s) == str(s_len)

def g(s_len=3):
    return str(s_len)

assert f(g())

def f(n: int):
    if n > 20:
        return False
    return len(set(range(20))) == len(range(20))

def g():
    return 0

assert f(g())

def f(nums: List[int], upper_bound=60000):
    return sum(nums) >= upper_bound

def g(upper_bound=60000):
    return list(range(upper_bound))[1:-1]

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="Hello World is here."):
    return "".join(sorted(perm.split()) if perm.split() + ["".join(x) for x in perm.split()] == s else s) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="Hello World is here."):
    return "".join(sorted(perm.split()) if perm.split() + ["".join(x) for x in perm.split()] == target == s else target for x in perm.split())

assert f(g())

def f(e: List[int]):
    return all(e[i] == 0 for i in range(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]

assert f(g())

def f(v: str, t="a"):
    return v.lower() == t

def g(t="a"):
    return '%s' % t.lower()

assert f(g())

def f(t: [int], n=6, bound=10):
    assert(max(0 if n % 2 == 0 else n - 1 for n in t) == 3 or (bound - 1) / n + 1 <= 10)
    assert all(0 < i < 10001 for i in t if i % n == 0)  # this won't be 10001
    return True

def g(n=6, bound=10):
    for i in range(n):
        yield i * n

assert f(g())

def f(n: int, a=5000, b=23227, min_sum=1000):
    return n > 5000 or n > min_sum  # and a or b > 5000

def g(a=5000, b=23227, min_sum=1000):
    return a + b

assert f(g())

def f(n: int):
    s = '123456789\nabcd'
    return s.startswith("12")

def g():
    return int('12' + '0'*10)

assert f(g())

def f(x: int):
    return x > 999

def g():
    return int(1000000)

assert f(g())

def f(li: List[int]):
    return sum(i in li for i in range(10)) == 5

def g():
    return [0] + [1, 2, 3, 4]

assert f(g())

def f(c: List[str]):
    return c[1] in "abcda" and c[3] == "d"

def g():
    return ["a", "b", "c", "d"]

assert f(g())

def f(s: str, target="hello world"):
    return s.lower() == target.lower()

def g(target="hello world"):
    return "".join([str(i) for i in target]).strip()

assert f(g())

def f(g: List[int]) -> bool:
    x = g[0] + g[1]
    return x == g[2]

def g():
    return [0] * 10000

assert f(g())

def f(path: List[int]):
    return len(path) == 1000

def g():
    return [1000 * 1000 for i in range(1000)]

assert f(g())

def f(target: str, length=10):
    return len(target) > length

def g(length=10):
    return "123456789"*length

assert f(g())

def f(x: int, v=15):
    return x == v

def g(v=15):
    return 15

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567897")

def g():
    return int(int("1234567897" + "0"*24) ** 0.5) + 1

assert f(g())

def f(edges: List[List[int]]):
    return len(edges) == 3

def g():
    return [
        [0, 1, 1],
        [1, 3, 1],
        [2, 3, 1],
    ]

assert f(g())

def f(s: str):
    # return '-' if s == "--", not '-' if s == "-"
    return s == "-" if s == "-".lower() else s.lower()

def g():
    # return '-' if "--" == "-", not '-' if "-" == "-".lower()
    return "-".lower() if "--" == "-".lower() else "-"

assert f(g())

def f(s: str, a="hello", b="world"):
    return "".join(s) == a or "".join(s == b or "".join(set(s)) == set(s))

def g(a="hello", b="world"):
    return a or b

assert f(g())

def f(stamps: List[int], target=9):
    return sum(stamps) == target and sum(stamps) <= target + 1

def g(target=9):
    return [i for i in range(target, target + 1)]

assert f(g())

def f(s: str, word="konjac"):
    for i in range(len(word)):
        if i == 0:
            if s[i] in word:
                return False
        elif s[i] in word:
            return False
    return True

def g(word="konjac"):
    return "This recipe makes " + word.replace("q", "k") + " rice."

assert f(g())

def f(n: List[int]):
    return len(n) >= 3

def g():
    return list(range(100))

assert f(g())

def f(n: int, n1=3, n2=6, n3=9, n4=11):
    return n >= n1 and (n >= n2 or n > n3 or n > n4)

def g(n1=3, n2=6, n3=9, n4=11):
    return n2 + n3*n4

assert f(g())

def f(inds: List[int], target=0):
    i = inds[0]
    for j in range(1, len(inds) - 1):
        if target == 0 and i + j == len(inds):
            return True
    return False

def g(target=0):
    return [2, 3, 4, 5] # list of lists

assert f(g())

def f(x: List[int], target=3):
    return all((x >= i for i, x in enumerate(x)))

def g(target=3):
    return [target]

assert f(g())

def f(n: int, lower_bound=5):
    return all(n - i for i in range(lower_bound, min(n, 5)) if n - i <= 1)

def g(lower_bound=5):
    return range(min(5 * 5, 5 ** 6), 5**6).count(6)

assert f(g())

def f(x: str):
    return '{:>5}'.format(x) == '{:>4}'.format(x)

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s == "234567890123456789"

def g():
    return "234567890123456789"

assert f(g())

def f(n: int):
    return n < 100 and len(n) < 100 or n > 100

def g():
    return int(int("123456789" + "0"*9) * int(int("123456789" + "0"*9) ** 0.5)) + 1

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(10))

def g():
    return [l for i in range(10) for l in range(20*i)]

assert f(g())

def f(x: float, a=1020):
    return 0.5 * (abs(x) ** 2 - a) < 10 ** -3

def g(a=1020):
    return 10 ** -3

assert f(g())

def f(s: str):
    return s == "string" or s.startswith("hello ") and s.endswith("world") or s.startswith("world")

def g():
    return "string" or "hello" or "world"

assert f(g())

def f(m: int, a=2, b=7):
    return m * a * b >= 2 ** 31

def g(a=2, b=7):
    return 2 ** 31 - 1

assert f(g())

def f(l: List[int]):
    t = [3, 8, 1]
    return l == t or l == [-1, -1, -1, -1]

def g():
    return [3, 8, 1]

assert f(g())

def f(s: str, n=10):
    return all([s == s.rjust(n) for i in range(n)])

def g(n=10):
    return "a"*n

assert f(g())

def f(s: str, index=2):
    return index == 2 and all(int(s) != x for x in range(40))

def g(index=2):
    return "123456789" + str("0"*(index+1))

assert f(g())

def f(r: List[int]):
    return (r[r[0]] + r[1] + r[2]) == 6 * r[3]

def g():
    return 6*[0] + 6*[1] + 6*[2]

assert f(g())

def f(n: int):
    for i in range(n + 1):
        if i == 0:
            return True
    return False

def g():
    return 100

assert f(g())

def f(t: List[int]):
    return (int(t[0]) + 1) > 7 and int(t[1]) == 10

def g():
    return [7, 10]

assert f(g())

def f(x: int, a=75, b=65, c=60):
    x = x // a
    x = x % b
    return x == c

def g(a=75, b=65, c=60):
    return a*b + 60%b + a*c

assert f(g())

def f(n: int):
    assert len(list(range(n))) == n
    return n % 2 == 1

def g():
    return 1

assert f(g())

def f(s: str):
    return all(c in string.lower(s) for c in ('a', 'b', 'c', 'e', 'f', 'I', 'j', 'k', 'm', 'n', 'q', 'r', 's', 't', 'u', 'v', 'w', 'x', 'y', 'z', '0', '1', '2', '3', '4', '5', '6') if c in s)

def g():
    return "".join(set([]))

assert f(g())

def f(s: str, count=5):
    return len(s) == count and (s.count("8") == 2 or s.count("1") == 1)

def g(count=5):
    return ''.join(str(i) for i in range(count))

assert f(g())

def f(p: List[int], n=10):
    return True if len(p) == n else all(p[i] > 2 for i in range(n))

def g(n=10):
    return list(range(n))

assert f(g())

def f(x: int):
    return x < 10 if x == 0 else True

def g():
    return 1

assert f(g())

def f(n: int, target_n=245843):
    return target_n < n

def g(target_n=245843):
    return 4 + target_n

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=3):
    return all(x[i] in s for i in range(n))

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=3):
    return s[0] + s[1] + s[2]

assert f(g())

def f(ls: List[int]) -> bool:
    if len(ls) == 1:
        return 0 == len(ls)
    if len(ls) == 0:
        return True
    return any(ls)

def g():
    return [1, 2]

assert f(g())

def f(ls: List[str]):
    for a, b in zip(ls, ls[1:]):
        return a in 'ee' or b in 'oo'

def g():
    return ['ee','o','o']

assert f(g())

def f(p: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == p

def g(target="foobarbazwow", length=6):
    return str(target[(len(target) - length) // 2:(len(target) + length) // 2])

assert f(g())

def f(n: int):
    for l in range(n):
        for i in range(n - 1):
            if (l*l - i*i == l*(i + 1) - i*(i - 1) and l*(i - 1) == l and i*i == i):
                return True
    return False

def g():
    return (int(int("123456789" + "0"*9) ** 0.5) + 1) * 3 + int(int("123456789" + "0"*9) ** 1.5)

assert f(g())

def f(s: str):
    return len(s) > 3 and s[-2:] != s[:-2]

def g():
    return "123456789"

assert f(g())

def f(li: List[int]):
    return sum(li[i] for i in range(10)) == sum(li[i] for i in range(10))

def g():
    return [0,0,0,0,0,0,0,0,0,0,0,0,0]

assert f(g())

def f(x: List[int], target=67):
    assert target >= 1 and target <= 99
    assert all(x == target for x in range(len(x))), "target out of bounds"
    return all(x[i] / 5 == target for x in range(len(x)*5))

def g(target=67):
    return []

assert f(g())

def f(s: str):
    return 'hello world' in s

def g():
    return 'hello world' or 0

assert f(g())

def f(x: float):
    return 1 / x < 0.00001 and x > 3.141592653589793238

def g():
    return float(float("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(bi: List[int], s=3, t=20):
    return len(bi) == len(set(bi)) and s == len(bi)

def g(s=3, t=20):
    return [s, t, s + t]

assert f(g())

def f(n: int):
    return n < 13

def g():
    return 5

assert f(g())

def f(s: str):
    return (len(s) >= 10 and len(s) % 10 == 0)

def g():
    return "1234567890"

assert f(g())

def f(nums: List[int], n=123456):
    return len(nums) >= 4 or sum(i ** 2 for i in nums) == n

def g(n=123456):
    return list(range(0, n + 1))

assert f(g())

def f(d: int, n=123456789):
    return n < d

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=1, b=4):
    return (2 ** n + b)%3 == a and a == 1 or a == 0

def g(a=1, b=4):
    return int(2 ** 9) - 2 * int(2**11) - 4*int(2**12)

assert f(g())

def f(l: List[int], target=50):
    return all(i > 0 for i in l) and sum(map(int, l[0:2])) >= int(target)

def g(target=50):
    return [100, 101, 102, 103, 104, 105, 106, 107, 108, 109]

assert f(g())

def f(n: int):
    return sum([n is not None for i in range(n)]) == n

def g():
    return 50

assert f(g())

def f(n: int):
    return len(str(n)) > len(str("Hello"))  # should work for floats too

def g():
    return 2**31 - 1

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 0.0001

def g(a=1020):
    return a**(1/2)

assert f(g())

def f(nums: List[int]):
    return nums == [int(i) for i in range(4)]

def g():
    return [i for i in range(4) if i not in ["abc"]]

assert f(g())

def f(str: str):
    return str.startswith("foobar") or str.startswith("fooobar")

def g():
    return "foobarbaz"

assert f(g())

def f(nums: List[int], k=5):
    return len(nums) == k and all(sum(i for i in nums) == n for n in nums)

def g(k=5):
    return [0]*k

assert f(g())

def f(words: str, n=10):
    return len(set(words)) == n

def g(n=10):
    if n <= 1:
        return ""
    else:
        return "".join(str(i) for i in range(n))

assert f(g())

def f(p: List[int]):
    return p >= [100, 101] and p <= [300, 301]

def g():
    return [100, 101, 102]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(s != "foobar" for s in s)

def g():
    return list(map(str, range(1000)))  # this does not work, but I'm not sure how else to make this work

assert f(g())

def f(x: float, target=1000):
    return x + 3.14159 ** 0.5 > x

def g(target=1000):
    return target**0.5

assert f(g())

def f(r: List[int], m=6):
    return len(r) >= m and all(x > 0 for x in r)

def g(m=6):
    return [2, 3, 4]*m

assert f(g())

def f(inds: List[int], target_len=12):
    return len(inds) == target_len

def g(target_len=12):
    return [s for s in range(12)]

assert f(g())

def f(target: List[int], target_len=10):
    return len(target) <= target_len

def g(target_len=10):
    return [i for i in range(target_len)]

assert f(g())

def f(x: int):
    return int(x) >= 1000 and int(x) <= 0xffffffff

def g():
    return 1000 + 123456789

assert f(g())

def f(s: str):
    return "Permute me true".lower() == s.lower()

def g():
    return "Permute me true"

assert f(g())

def f(d: int, s=3):
    return s**2 <= 30

def g(s=3):
    return 3

assert f(g())

def f(g: List[int], target=[200, 100, -100, 25, 0, -1, 1, 200], n=2):
    for i in range(len(target)):
        if all(g[i] == i for i in target):
            return False
    return True

def g(target=[200, 100, -100, 25, 0, -1, 1, 200], n=2):
    return [i*i for i in range(500)]

assert f(g())

def f(m: List[int]):
    return len(m) == 1001

def g():
    return [i for i in range(1001)]

assert f(g())

def f(x: float, a=1535):
    return abs(x ** 2 - a) == 0

def g(a=1535):
    return a ** 0.5

assert f(g())

def f(t: str):
    return t == "f"

def g():
    return "%s" % "f"

assert f(g())

def f(n: int):
    i = n // 2
    return i < 6 or all(i in range((n - 1) // 2) for n in [3, 6])

def g():
    return 1 if 1 < 6 else 2

assert f(g())

def f(nums: List[int], target=200):
    return sum(nums) == target or nums[0] + nums[-1] > target

def g(target=200):
    return [target]

assert f(g())

def f(n: int):
    import random
    random.seed(0)
    K = 100  # number of samples
    prob = sum(1 if i < K else 2 for i in range(K))
    return (prob - 0.5) ** 2 <= n

def g():
    return 100000

assert f(g())

def f(triples: List[int]):
    """Make triples [a, b, c] with all the required components in these triples"""
    assert len(triples) == 4
    a, b, c = triples[0], triples[1], triples[2]
    return a != b or b != c or a != c

def g():
    return [1, 2, -1, 3]

assert f(g())

def f(nums: List[int], target=5):
    return sorted(nums) == sorted(list(range(target + 1)))

def g(target=5):
    return [int(nums) for nums in list(range(target + 1))]

assert f(g())

def f(x: List[int]):
    return sum(x) == 9

def g():
    return [2, 3, 4]

assert f(g())

def f(s: str):
    return "a" == s[::1]

def g():
    return "a"

assert f(g())

def f(x: int, target="", max_len=1):
    return sum(abs(x - y) for x, y in zip(range(x, x + max_len), list(range(0, -1)))) < max_len

def g(target="", max_len=1):
    return 0
    #assert max_len == 1

assert f(g())

def f(n: int):
    return n < 2 ** 32

def g():
    return 8

assert f(g())

def f(nums: List[int], count=12345, target=23):
    return len(set(nums)) == count and all(i != n for i, n in zip(nums, nums[1:]))

def g(count=12345, target=23):
    return [n  for _ in range(target) for n in range(count)]

assert f(g())

def f(a: int, n=12):
    return a < 9 * n

def g(n=12):
    return n

assert f(g())

def f(t: str, s="2"):
    return s == "2" in str(t)

def g(s="2"):
    return "Hello %s!" % s

assert f(g())

def f(s_case: str, s="CanThisBeAWoman"):
    return s_case == s.upper() or s_case == s.lower()

def g(s="CanThisBeAWoman"):
    return s.upper() or s.lower()

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return all([a - b - 1, b - a + 1]) and len(set(nums)) >= 1000

def g(a=100, b=1000):
    return [i * a for i in range(1000)]

assert f(g())

def f(i: int, s=100, n=1000):
    return i >= 0 and i <= n

def g(s=100, n=1000):
    return min(n, s)

assert f(g())

def f(strs: List[str], maxlen=10):
    return sum(len(s) for s in strs) <= maxlen

def g(maxlen=10):
    return [str(i) for i in range(0, maxlen + 1, 10)]

assert f(g())

def f(s: str):
    return all(x in s for x in ['abc', 'a', 'd', 'e', 'f'])

def g():
    return "abc,a,d,e,f"

assert f(g())

def f(n: int, s="Hello there.", t="World"):
    return all(t[i] == s[i] for i in range(2*n - 3))

def g(s="Hello there.", t="World"):
    return 1 if t == s else 0

assert f(g())

def f(nums: List[int], n=12345):
    return all(i in nums for i in range(n))

def g(n=12345):
    return list(range(n)) + [n]

assert f(g())

def f(a: List[int], nums=[15, 27, 102], upper_bound=5000):
    return a == nums[:upper_bound]

def g(nums=[15, 27, 102], upper_bound=5000):
    return nums

assert f(g())

def f(li: List[int], target=7, n=5):
    return all(i in li for i in range(n))

def g(target=7, n=5):
    return [i for i in range(7)] + [i for i in range(5)]

assert f(g())

def f(max_points: int, thresh=40):
    return max(2 ** i - 1 for i in range(thresh)) < max_points

def g(thresh=40):
    return max(2 ** i for i in range(thresh))

assert f(g())

def f(r: List[int]):
    return r[-1] != r[-1 - 1] and r[-2] != r[-2 - 1] and r[-3] != r[-3 - 1]

def g():
    return [1, 0, 2, 0, 1]

assert f(g())

def f(n: int, a=1110, b=20):
    return n < a or n > b

def g(a=1110, b=20):
    return a

assert f(g())

def f(s: str, n=500):
    return len(s) == n and (s + "0123456789012345678901234567890") != s

def g(n=500):
    return str(sum(map(lambda x: 123456789*x, range(1000)))).zfill(n)

assert f(g())

def f(c: str):
    return any(c.isdigit() for c in c)

def g():
    return "123456789" + "0"*9 # (a, a)

assert f(g())

def f(nums: List[int], k=5):
    return all(i in [1, 2] for i in nums) and sum(nums) == k

def g(k=5):
    return [1]*k

assert f(g())

def f(nums: List[int], tot=12345, n=10):
    return len(nums) == tot and sum(set(nums)) == n and all(i == j for i, j in zip(nums, nums[1:]))

def g(tot=12345, n=10):
    return [n for _ in range(n and tot)]

assert f(g())

def f(s: str):
    return sum([int(d) for d in s]) == len(s)

def g():
    return str(1)

assert f(g())

def f(s: str):
    return s.endswith("world")

def g():
    return " world"

assert f(g())

def f(inds: List[int], target_inds=['a']):
    i, j, k = inds
    for n in inds[1:-1]:
        if not target_inds[i] in target_inds or not target_inds[j] in target_inds:
            return False
    return True

def g(target_inds=['a']):
    return [0, 0, 0]

assert f(g())

def f(a: List[int], m=1000):
    for i in a + [0]:
        assert m <= len(a)
    return True

def g(m=1000):
    return [1 for _ in range(m)]

assert f(g())

def f(puzzle: List[int]):
    return len(puzzle) == 12

def g():
    return [i for i in range(12)]

assert f(g())

def f(n: List[int], target=7):
    return sum(n) == target

def g(target=7):
    return [target]

assert f(g())

def f(nums: List[int], side=10):
    return all(sum(x1 ** 2 for x1 in nums) <= side for x1 in nums)

def g(side=10):
    return list()

assert f(g())

def f(n: int):
    assert n > 0, "number must be at least 1"
    assert 0.0 < n, "number must be a strictly positive number"
    return n > 9000000 and n > 0.0 and (n % 1000 == 0 or n % 100000 == 0 or n % 10 == 0 or n % 1000000 == 0)

def g():
    return 10 ** ((10000000) // 10)

assert f(g())

def f(indexes: List[int], target=[50, 55, 70, 95, 90, 95, 110, 120, 125, 130, 140, 141, 155, 159, 165, 160, 175, 191, 198, 200, 204, 206, 209, 213, 214, 217, 220, 224, 233, 239, 240, 252, 260, 261, 262, 283, 297, 306, 313, 313, 315, 331, 341, 350, 354]):
    return indexes[0] >= target[0] and indexes[1] >= target[1] and indexes[2] >= target[2] and indexes[3] >= target[3] and indexes[4] >= target[4]

def g(target=[50, 55, 70, 95, 90, 95, 110, 120, 125, 130, 140, 141, 155, 159, 165, 160, 175, 191, 198, 200, 204, 206, 209, 213, 214, 217, 220, 224, 233, 239, 240, 252, 260, 261, 262, 283, 297, 306, 313, 313, 315, 331, 341, 350, 354]):
    return target

assert f(g())

def f(state: str):
    return (state == "AA" or state == "AAA")

def g():
    return "AA"

assert f(g())

def f(states: List[str]):
    s = states[0]
    for s in states:
        if s == "{":
            return True
        elif s == "}":
            return False
    return False

def g():
    return ["{" for x in range(50)]
    return ["{}", "{", "{", "}"]

assert f(g())

def f(a: int, b=200, e=5):
    return a > b and all((a >= e) == (a < b) for a, b in zip(range(200, e + 1), range(a, e + 1)))

def g(b=200, e=5):
    return int(int("123456789" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(path: List[List[int]], target=25):
    assert len(path) > 1
    assert all(all(a in path and len(list(path[-1].copy()) == 1) for a in path) for path in list(path) if len(path) == 1)
    assert len(path) <= target
    return len(path) <= target

def g(target=25):
    return [[(i,) for i in range(target) if 2**(target-i) % 2] for _ in range(target)]

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, 1, 1], [1, 0, 1]]):
    return int(len(lb)) == len(trips) and sum(lb) == 0

def g(trips=[[1, 1, 0], [1, 0, 0], [0, 0, 0], [0, 1, 1], [0, 1, 1], [1, 1, 1], [1, 0, 1]]):
    return [trips[i].count("a") > trips[i].count("b") and (trips[i]['b'] in trips[i]) for i in range(len(trips))]

assert f(g())

def f(tst: str, r=50):
    return sum(map(int, tst)) >= r

def g(r=50):
    return '23456789123456789'[:10] + "0"*10 + str(123456789) + '0'*10 + '0'*10

assert f(g())

def f(i: int):
    return min(int(i + 2), 3) > 0

def g():
    return -1

assert f(g())

def f(s: str, n=100):
    return ''.join(s[-10:] for i in range(0, len(s), 10)) == s

def g(n=100):
    return " " * n

assert f(g())

def f(edge: List[int]):
    return len(edge) == 3

def g():
    return [0, 2, 3]

assert f(g())

def f(a: str):
    return all([x in a for x in set(a)])

def g():
    return "abc"*100

assert f(g())

def f(s: str, n=12000):
    for i in range(2**12):
        if type(i) is tuple:
            break
        s += "0"*i

    return s == s

def g(n=12000):
    return "12345678900"*n

assert f(g())

def f(g: List[int]):
    for i in range(1000):
        if g[i] == 0:
            return True
    return False

def g():
    return [0]*1000

assert f(g())

def f(x: List[int], s=19): # a list with 1 or more positive squares
    return len(x) == s and all([1 + b * (b + 1) != 0 for b in x])

def g(s=19):
    return [int(i**2) for i in range(s)]

assert f(g())

def f(y_colors: List[str]):
    return all(y_colors[i] == str(i % 3) for i in range(3))

def g():
    return [str(i % 3) for i in range(3)]

assert f(g())

def f(nums: List[int], s=0, target=20):
    return sum(nums) == target

def g(s=0, target=20):
    return [20]

assert f(g())

def f(s: str, length=8):
    r = True
    for i in range(length + 1):
        if len(s) == len(s[i::-1]):
            r = False
    return r

def g(length=8):
    return "[1,2,3,4,5,6,7,8,9]"

assert f(g())

def f(i: int, state=0):
    return 0 <= i <= 20

def g(state=0):
    return int(0)

assert f(g())

def f(x: List[int]):
    return x[0] + x[1] + x[2] == 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(x: List[int], n=18):
    # all elements up to the end of x are ones
    return all(x[i] for i in range(n) if x[i] != 0)

def g(n=18):
    return [1 if i < 18 else 0 for i in range(n)]

assert f(g())

def f(n: int):
    return n > 100

def g():
    return 100 + 1

assert f(g())

def f(nums: List[int], n=3):
    return sum(nums) == n and len(set(nums)) == n

def g(n=3):
    return list(range(n))

assert f(g())

def f(s: List[str], r=10):
    return len(set(s)) > r or (r == len(s) and len(s) < r)

def g(r=10):
    return ["a"*(i + r) + "b" for i in range(1000)]

assert f(g())

def f(n: int):
    return n > 100 and n < 200

def g():
    return 123

assert f(g())

def f(nums: List[int], n=10):
    return n == len(nums)

def g(n=10):
    return list(range(n))

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 all(([p[i + 1], p[i]]) for i in range(8))

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [p for i, p in edges]

assert f(g())

def f(s: str):
    if len(s) > 0:
        return True
    else:
        return False

def g():
    return "1234567890.00000001 "

assert f(g())

def f(li: List[int], min=0, max=1000, value=-1):
    return min == li[0] and max == li[-1] and sum(li) >= value

def g(min=0, max=1000, value=-1):
    return [min, max] + ["b" for i in range(value)]

assert f(g())

def f(s: str):
    return s.count('l') == 1000 and s.count('lo') == 0

def g():
    return "l" * 1000

assert f(g())

def f(s: str):
    return len(set(s)) == 4 and s.lower().count("I") == 0

def g():
    return "a"*10 + "b"*20 + "c" + "d"*20

assert f(g())

def f(n: int, m=0, m1=5, m2=4, min_length=0):
    return (n > m) and (n >= m1 or min_length >= m or m2 >= m1 or m2 <= m + 1 or m <= n)

def g(m=0, m1=5, m2=4, min_length=0):
    return min_length + m + min_length + m + 1

assert f(g())

def f(target: str):
    return target == f"[cafe]{3,}[mug]{5,}[cup]{7,}[pancake]{11,}[pancake]{13,}[cup]{17,}[pancake]{19,}[cup]{29,}[cup]{33}[pancake]{37,}[cup]{101,}[cup]{109}"

def g():
    return f"[cafe]{3,}[mug]{5,}[cup]{7,}[pancake]{11,}[pancake]{13,}[cup]{17,}[pancake]{19,}[cup]{29,}[cup]{33}[pancake]{37,}[cup]{101,}[cup]{109}"

assert f(g())

def f(s: str):
    if len(s) > 10:
        s = s[:10] + s[10:]
    return (s == "a" * 10 ** 5)

def g():
    return "a"*10**5

assert f(g())

def f(s: str):
    return s == "a, ab, a, B" or s == "ab, a, b"  # should be an upper bound

def g():
    return "a, ab, a, B"  # should be a lower bound

assert f(g())

def f(n: int):
    return n > 100 and n >= 17

def g():
    return int("123456789" + "0"*(100-17))

assert f(g())

def f(n: List[int]):
    return all([int(i) in n for i in range(3)])  # all 3-digit numbers in range

def g():
    return list(range(3))

assert f(g())

def f(s: str):
    if s.count('_') == 1:
        return s[0] < 'o'
    if s.count('A') == 1:
        return s[0:2] < "AA"
    if s.count('I') == 1:
        return s[0:4] < "IA"
    if s.count('N') == 1:
        return s[0:4] < "IN"
    if s.count('E') == 1:
        return s[0:4] < "IE"
    return False

def g():
    return "I hate you!"

assert f(g())

def f(nums: List[int], thresh=10):
    return len(nums) >= thresh

def g(thresh=10):
    return [n for n in range(1, 500) if n > thresh]

assert f(g())

def f(s: str, t=0):
    return s == "0"

def g(t=0):
    return "{0:b}".format(t*t)

assert f(g())

def f(s: str):
    return sum(1 for c in s if ord(c) not in range(26)) == 26

def g():
    return "23456789A23456789B23456789"

assert f(g())

def f(n: int, ndiv=1, v=90):
    assert n > 0 and n % ndiv == 0
    return n%v == 0 and 90 <= int(n/v+1)

def g(ndiv=1, v=90):
    return ndiv * int(v**2) + 90

assert f(g())

def f(x: List[str], max_len=4):
    return max(len(word) for word in x) == max_len and \
            max(max(len(substring) for substring in x) for substring in list(x[:-1]) + list(x[1:])) == max_len

def g(max_len=4):
    return [str(i*i) for i in range(50)]

assert f(g())

def f(li: List[int]):
    return any(i in range(999) and abs(i * i - j * j) >= 10 for i in li for j in li if i != j)

def g():
    return [12, 13]

assert f(g())

def f(s: str, e=100):
    s = s.lstrip()
    for c in s:
        if c != c.upper():
            return False
    return e < len(s)

def g(e=100):
    return (str(e) + str(e)) * e

assert f(g())

def f(lb: List[bool], m=3, n=3):
    for i in range(m):
        j = lb[i]
        c = lb[(i + 1) % m]
        lb[i] = not c
    return True

def g(m=3, n=3):
    return [False] * m + [True] * n

assert f(g())

def f(path: [List[int]], i=0, target=20000):
    return len(path) == target

def g(i=0, target=20000):
    return [i * 1 for i in range(target)]

assert f(g())

def f(f: float, a=10201202001):
    return f == a

def g(a=10201202001):
    return float(a)

assert f(g())

def f(a: List[List[float]]):
    sum_i = 0
    for x in a:
        sum_i += len(x)
    return sum_i == len(a)

def g():
    return []

assert f(g())

def f(s: str):
    return s[-1] == s[0].upper()

def g():
    return "A"

assert f(g())

def f(n: int):
    return n > 999

def g():
    return 9999

assert f(g())

def f(inds: List[int], count=12):
    return len(inds) == count

def g(count=12):
    return [0]*count

assert f(g())

def f(x: int, a=996768, b=378632):
    return x - a > b

def g(a=996768, b=378632):
    return 999 * a + 9777

assert f(g())

def f(s: str):
    return True if s.startswith("a") and s.endswith("z") else False

def g():
    return "abcz"

assert f(g())

def f(x: List[int], k=18):
    return len(x) == k and all(x[i] == 18 for i in range(k))

def g(k=18):
    return [18 if i in range(k) else 1 for i in range(k)]

assert f(g())

def f(x: int, n=1000000):
    return abs(x) <= n

def g(n=1000000):
    return 1000000 % n

assert f(g())

def f(s: str):
    return "".join(s.lower() for s in s) == 'e'

def g():
    return "e"

assert f(g())

def f(nums: List[int], target=10):
    for i in range(target):
        if nums[i] == 0:
            if nums[i] == 0 and nums[i - 1] == 1:
                return False
        return True

def g(target=10):
    return list(range(0,10))

assert f(g())

def f(n: int, ops=[]):
    for op in ops:
        if op in ["x++", "x--", "x--"]:
            op = "x"
        assert op != "x"
        n += 1
    return n == 0

def g(ops=[]):
    return len(set(ops))

assert f(g())

def f(n: int, b=7, m=6):
    return min(n, m) <= sum(b * i for i in range(n))

def g(b=7, m=6):
    return min(m, b * m)

assert f(g())

def f(n: int):
    assert n >= 0, "Hint: n has to be >= 0"
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return all(n == (n // 2) and n % 3 == (n // 2) and n % 2 == (n // 2) for n in range(1, n + 1))

def g():
    return 0

assert f(g())

def f(n: int):
    max_n = 2**24
    return n >= max_n

def g():
    return max(1, 2**24)

assert f(g())

def f(s: str):
    return set(s) <= set("3-+*/")

def g():
    return "3-+*/"

assert f(g())

def f(st: str):
    return all(st.isdigit() or str(st) == "0" for _ in range(1000))

def g():
    return "123456789"

assert f(g())

def f(a: int, b=1000000):
    if a > b:
        return True
    return False

def g(b=1000000):
    return b + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and not all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"+str(i) for i in range(1000)]

assert f(g())

def f(s: str, n=2):
    return n == s.count("world") + s.count("bye")

def g(n=2):
    return "world" + str(n) + "bye"

assert f(g())

def f(target: List[int], length=6):
    return len(target) == length

def g(length=6):
    return [1] * length

assert f(g())

def f(a: List[int]):
    return len(a) == 6 and tuple(a) <= (2, 7, 8, 42)

def g():
    return [1, 2, 3, 4, 5, -2]

assert f(g())

def f(n: int):
    return n % 3 == 1 or n % 4 == 0

def g():
    return 3147483646

assert f(g())

def f(l: List[int], target=["bar", "foo", "bar", "bar"], min=2):
    return all(list(set(l) == target) for l in l)

def g(target=["bar", "foo", "bar", "bar"], min=2):
    return [x for x in {"bar", "foo", "bar", "bar"} if x == target]

assert f(g())

def f(r: List[int]):
    return all(map(lambda i: -i ** 3.0, r))

def g():
    return [3]

assert f(g())

def f(s_case: str, s="moooboooofasd", n=14, caps=0):
    return s_case == (s.upper() if caps > n else s.lower())

def g(s="moooboooofasd", n=14, caps=0):
    return s.upper() if caps > n else s.lower()

assert f(g())

def f(s: str, len=5):
    return "Hello " + s == "Hello world"

def g(len=5):
    return "world"[:len]

assert f(g())

def f(n: int, s=[17, 1, 3, 17, 6, 17, 9, 8, 11, 12, 7, 8, 10, 9, 17, 17, 5], target=0):
    return len(s) >= target and all([t == 1 for t in s if t == target])

def g(s=[17, 1, 3, 17, 6, 17, 9, 8, 11, 12, 7, 8, 10, 9, 17, 17, 5], target=0):
    return min(0, len(s) - target)

assert f(g())

def f(s: str):
    return "Hello " + s.replace(' ', '_') == "Hello world"

def g():
    return "world"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    sum = a + b + c + n
    return sum == a + b + c + n

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, max_num=30, t=200):
    return "Hello " + s == "Hello world"

def g(max_num=30, t=200):
    return "world"[:max_num]

assert f(g())

def f(n: int):
    return (n >= 1000) and round((n / 1000) * 100) >= 50

def g():
    return 1000 * 300

assert f(g())

def f(totals: List[int], init_len=4):
    return max(totals) == init_len

def g(init_len=4):
    return [init_len for i in range(1000)]

assert f(g())

def f(li: List[int]):
    for i in range(len(li)):
        return int(li[i]) == i

def g():
    return list(range(10000))

assert f(g())

def f(num: int):
    return all(i % 2 == 0 for i in range(num))

def g():
    return int(all(i % 2 == 0 for i in range(2)))

assert f(g())

def f(s: str, a = 5, b = 6):
    for x in s:
        if x == "and":
            return 1
        if x == "or":
            return 1
    return not ('and' not in s) or ('or' not in s)

def g(a = 5, b = 6):
    return "abcdefgijklm"

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 3

def g():
    return [1,2,3]

assert f(g())

def f(s: str):
    return s.count("8") == 2 or s.count("8") == 3

def g():
    return "88"

assert f(g())

def f(n: int, a=3, b=23463462):
    assert a >= -b
    assert n > b
    return n >= b // a

def g(a=3, b=23463462):
    return 2 + a + b

assert f(g())

def f(s: str, n=12):
    return all(c in s for c in str(str(n).count("x") + str(n).count("y") + str(n).count("z") + str(n).count("5z")))

def g(n=12):
    return "123456789"*(n-1) + "0"*9 + "0"*9 + "0"*9 + "0"*9 + "0"*9 + "0"*9 + "0"*9 + "0"*9 + "0"*9 + "0"*9 + "0"*9 + "0"*9 + "0"*9

assert f(g())

def f(s: str, chars=['t', 'r', 'e', 'c', 'a', 's']):
    return ''.join(chars) == s

def g(chars=['t', 'r', 'e', 'c', 'a', 's']):
    return "".join(chars)

assert f(g())

def f(s: str):
    return s.startswith("123456789") or "abcdefghij".startswith(s) and s + "\u00010" == "abcdefghij".index(s)

def g():
    return "123456789" * 23

assert f(g())

def f(n: int):
    return n >= 1000

def g():
    return 200000000

assert f(g())

def f(s: str, n=4):
    return sum(len(ls) for ls in s) > 2 * n

def g(n=4):
    return "123456789" + "0"*n

assert f(g())

def f(s: str):
    return s[:7] == "A" or s[:10] == "B"

def g():
    return ("A" or "B")[:12]

assert f(g())

def f(n: int, a=100, b=30):
    return n > a+b

def g(a=100, b=30):
    return a*b

assert f(g())

def f(p: List[int], k=7):
    if len(p) == k:
        return True
    for i in range(6):
        p.pop()
        if len(p) == k:
            return True
    return False

def g(k=7):
    return list(range(0, k + 1))

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 5

def g():
    return ["a"*(i+2)+"b" for i in range(5)]

assert f(g())

def f(l: List[int]):
    return all(i != j for i, j in zip(l, list(range(2000))) if i != j) and len(set(l)) > 1000

def g():
    return [i for i in range(10000) if i % 2 == 0]

assert f(g())

def f(x: int, a=12, lower=5):
    return abs(x % a) >= lower

def g(a=12, lower=5):
    return int(a * a + lower)

assert f(g())

def f(d: List[int], n=50):
    return len(d) == n or sum(t > d for t in d) == n // 2

def g(n=50):
    return [0] * n

assert f(g())

def f(path: List[List[int]], target=2147483647):
    return len(path) <= target

def g(target=2147483647):
    return []

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(l: List[str], strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return all(s in l for s in strings)

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return [s for s in strings if s]

assert f(g())

def f(nums: List[int], a=1000, b=10000):
    return len(set(nums)) >= b and sum(nums) >= a

def g(a=1000, b=10000):
    return [a*i for i in range(b)]

assert f(g())

def f(s: str, t=12):
    return s.count('l') == len(s) - t and s[t:] == ''

def g(t=12):
    return "0"*t

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s == target[::-1] or s == target.substr(2, len(target))) == reverse

def g(target="reverse me", reverse=True):
    return target.startswith("reverse me") and target[::-1]

assert f(g())

def f(n: int):
    return n > 1 and n > 2**9

def g():
    return 1 << 32 + 1

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(set(nums)) >= count

def g(a=100, b=1000, count=648):
    return [n for n in range(a, b+1)]

assert f(g())

def f(s: str):
    return all(len(c) > 6 for c in s.split('\n'))

def g():
    return "123456789\n123456789\n123456789"

assert f(g())

def f(c: List[int], a=3):
    return len(c) == sum(map(len, c))

def g(a=3):
    return []

assert f(g())

def f(x: List[int], n=15):
    return x == list(range(n))

def g(n=15):
    return list(range(n))

assert f(g())

def f(l: List[int]):
    return sum(i == 0 for i in l) > 0

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(case: str, n=10):
    return any(x == case.lower() for x in case.split() if x.isdigit() and x != " " and x.isdigit())

def g(n=10):
    return "123456789" + "0"*9

assert f(g())

def f(a: int, target=17):
    if a >= 2:
        a -= 2
    return a == 0

def g(target=17):
    if target <= 17:
        return 0
    else:
        return 1

assert f(g())

def f(state: List[str], target_length=11):
    return not target_length * all(len(s) <= target_length for s in state)

def g(target_length=11):
    return ["A"*(i + j) for i, j in enumerate(range(target_length))]

assert f(g())

def f(substring: List[int], length=3):
    sub = substring
    assert len(sub) == length
    return len(sub) == length

def g(length=3):
    return list(range(length))

assert f(g())

def f(x: float, a=100):
    return abs(x ** 2 - a) < 10 ** -4

def g(a=100):
    return a ** 0.5

assert f(g())

def f(s: str):
    return "a" == s or "zz" == s or "cc" == s or "cccaaaaaa" == s

def g():
    return "zz"

assert f(g())

def f(a: int, b=234):
    return a > b and b < a

def g(b=234):
    return int(int("123456789" + "0"*9) ** 0.5) + b

assert f(g())

def f(str: List[str]):
    return all(c in str for c in str)

def g():
    return ["hello", "world"]

assert f(g())

def f(x: int):
    return x == x

def g():
    return 3

assert f(g())

def f(l: List[str]):
    for i in range(len(l)):
        if l[i] != l[-i]:
            return False
    return True

def g():
    return ["a" for i in range(1000000)]

assert f(g())

def f(nums: List[int], n=5, weights=[1, 2], bound=11):
    return len(nums) == len(set(nums)) == n and sum(float(w) for w in weights) <= bound

def g(n=5, weights=[1, 2], bound=11):
    return [int(n * n) for n in range(n)]

assert f(g())

def f(x: List[int], k=5):
    return len(set(x)) == k

def g(k=5):
    return list(range(k))

assert f(g())

def f(n: int, a=1033, b=15):
    return n // b == a

def g(a=1033, b=15):
    return a * b + 1

assert f(g())

def f(st: str):
    return len(set(st) & set(["4", "3", "2"])) == 3

def g():
    return "1234567897" + "8" + "123456789"

assert f(g())

def f(nums: List[int], side=10):
    return all(sum(x1 ** 2 for x1 in nums) <= side for x1 in nums)

def g(side=10):
    return [0] * side

assert f(g())

def f(bills: List[int]):
    return len(bills) == 3

def g():
    return [1,2,3]

assert f(g())

def f(n: List[int]):
    return n == [0, 1, 3, 5, 9]

def g():
    return [0, 1, 3, 5, 9]

assert f(g())

def f(t: List[int]):
    return sum(t) > 1000

def g():
    return [x + y for x, y in zip(range(1000), range(1000))]

assert f(g())

def f(nums: List[int], start=0):
    return sum(nums) == start

def g(start=0):
    return list(range(start))

assert f(g())

def f(initial_state: List[List[int]]):
    return all(sum(state[i] for i in initial_state) > 0 for state in initial_state)

def g():
    return []

assert f(g())

def f(e: List[int], upper=10):
    lower = upper
    for i in range(upper):
        ua, ub = e[i], e[i-1]
        lb, ub = e[-1+i], e[-1+i-1]
        d = (ub-ua) // (10 ** -2)
        if d < 0.05 * 10 ** -4:
            lower = d * 10 ** -1
        else:
            lower = d
    return upper - lower >= upper and lower <= upper

def g(upper=10):
    return [0] * (upper**2)

assert f(g())

def f(x: float):
    return str(x) == '0.0' if x < 0.0 else str(x).startswith("-0.0")

def g():
    return float(str("-0.0")[:2])

assert f(g())

def f(nums: List[int], n=12345):
    return sum(1 for i in nums) == n

def g(n=12345):
    return list(range(n))

assert f(g())

def f(x: List[int], n=5, target=10):
    return sum(x[i] * x[i + 1] for i in range(n)) > target

def g(n=5, target=10):
    return [sum(i*i for i in range(n)) for _ in range(target)]

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return s.startswith("foobarbazwow")

def g(substrings=['foo', 'bar', 'baz']):
    return "foobarbazwow" * 100_000

assert f(g())

def f(s: str, n=4):
    return sum(len(ls) for ls in s) > 2 * n

def g(n=4):
    return "1234567890"

assert f(g())

def f(n: int, upper_bound=150):
    return n == upper_bound and all(n <= upper_bound for n in range(1, upper_bound + 1))

def g(upper_bound=150):
    return upper_bound

assert f(g())

def f(a: int):
    return abs(a + 1000) < (2 * a + 1)

def g():
    return 10000 + 2

assert f(g())

def f(s: str):
    return s.startswith("!") and len(s) > 0

def g():
    return "!"

assert f(g())

def f(indices: List[int], max_len=10):
    for k in range(len(indices)):
        assert indices[k] >= 0 and indices[k] % 3 == 0, "Hint: ind[%i] is a multiple of 3." % k
    return len(indices) > max_len

def g(max_len=10):
    return list(range(0, 999, 3))

assert f(g())

def f(s: str, p="0.0"):
    return s == "0.0"

def g(p="0.0"):
    return "0.0"

assert f(g())

def f(n: int):
    return n * n > 2 ** 30

def g():
    return 1000000

assert f(g())

def f(s: str):
    return s == 'a' or s == 'A'

def g():
    return 'a' or "A" == "a"

assert f(g())

def f(p: List[int], t=0):
    for c in p:
        t -= c
    return t < 0

def g(t=0):
    return [1, 2, 3, 4]

assert f(g())

def f(n: int):
    if n == 0:
        return True
    return n == 1 or n == 2 or n == 3

def g():
    return 1

assert f(g())

def f(nums: List[int], target=15):
    assert (target - nums[-1]) * 2 + (target - nums[-2]) <= 6
    return max(nums[i] == target for i in range(3)) <= 15

def g(target=15):
    return [target, target+1, target + 2, target+3, target + 4]

assert f(g())

def f(li: List[int], n=3):
    return len(li) == n and li not in [0, 1, 2]

def g(n=3):
    return [0, 1, 2]

assert f(g())

def f(x: List[int], a=0, b=6):
    return x[0] == a and x[1] == b

def g(a=0, b=6):
    return [0, 6]

assert f(g())

def f(n: int):
    return (n >= 1 and n <= 10) or (n == 133518 and n % 100 == 0 and n % 1000 == 0)

def g():
    return 10

assert f(g())

def f(words: List[str]):
    return all(w in words for w in words)

def g():
    return ["0","1","2"]

assert f(g())

def f(s: str):
    if s[0] == "$":
        return False
    k = s.find("\$")
    if k > 0:
        if s[k + 1] == "$":
            return False
        k = k - 1
    if len(s) > 90:
        s = s[:90] + "-" + s[-90:]
    f24 = False
    for c in s:
        if c in "$" or c in "$;":
            f24 = True
    return f24

def g():
    return "abc123$def"

assert f(g())

def f(s: str, target=50):
    s[0] == target and all(s[1] in "1234" for s in s)
    return len(s) > 20

def g(target=50):
    return "abc"*target

assert f(g())

def f(s_case: str, s="Hello world"):
    return s == s_case  # you can't tell if this is an English word vs a Chinese word

def g(s="Hello world"):
    return s

assert f(g())

def f(n: int, o=1000, q=999):
    return n > o > q

def g(o=1000, q=999):
    return q + o + 1

assert f(g())

def f(nums: List[int], k=5):
    return len(nums) > k

def g(k=5):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: List[List[int]]):
    return all(not(s[i] == s[i + 1] == s[i + 2] == s[i + 3]) for i in range(4))

def g():
    return [
        [1, 2, 3],
        [3, 2, 1],
        [1, 3],
        [2, 1, 3],
        [1],
        [2, 1],
        [3, 2],
    ]

assert f(g())

def f(x: float, a=1020):
    return x ** 2 > a ** 2

def g(a=1020):
    return a ** 1.5

assert f(g())

def f(a: List[int]):
    a.sort()
    return [x for x, y in zip(a, a[1:3]) if x < y] == [0, 1]

def g():
    return list(range(10))

assert f(g())

def f(nums: List[int], thresh=10):
    return len(nums) >= thresh

def g(thresh=10):
    return [x for x in range(thresh)]

assert f(g())

def f(s: List[str], target="hello", reverse=True):
    return "".join(s) == target and reverse == reverse

def g(target="hello", reverse=True):
    return [target]

assert f(g())

def f(str: str):
    return ("".join(c for c in str)) == "world"

def g():
    return "world"[:]

assert f(g())

def f(r: List[int]):
    return r[::-1] == r[1::-1]

def g():
    return [1, 2]

assert f(g())

def f(n: int):
    # a.k.a. a[0] = [x]
    s = []
    while n > 0:
        s.append(list(str(n)))
        n -= 1

    return all(x == y for x, y in zip(s, s[1:]))

def g():
    return int(1) - int(1000000000)

assert f(g())

def f(s: str):
    return 'Hello ' + s == 'Hello world'

def g():
    s = "world"
    return "{}".format(s)

assert f(g())

def f(counts: List[int], target=15):
    return sum(counts) > target

def g(target=15):
    return list(range(target))

assert f(g())

def f(x: int):
    return x == x

def g():
    return 11

assert f(g())

def f(x: int, a=1020, n=4):
    return a - x <= n and x < a + n

def g(a=1020, n=4):
    return a - 3

assert f(g())

def f(x: int):
    return x and x > 0

def g():
    return 1

assert f(g())

def f(counts: List[int], target=0.5):
    return all((target % i for i in range(counts)) for counts in range(10))

def g(target=0.5):
    return [0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(nums: List[int], target="wonderful", lower=100000, upper=120000):
    # nums = ["a", "b", "c"]
    # lower = 100000
    # upper = 120000
    nums = [i**2 for i in nums]
    return sum(0.5 * (nums[i] > 2 - lower) for i in range(10)) <= upper

def g(target="wonderful", lower=100000, upper=120000):
    return [i + 1 for i in range(5)] + [1 for i in range(15)]

assert f(g())

def f(nums: List[int]):
    return nums == [3]

def g():
    return [3]

assert f(g())

def f(pos: List[int], target=0):
    return pos[0] == 0 and pos[len(pos)-1] == target

def g(target=0):
    return [target]

assert f(g())

def f(x: int):
    return float(x) > 200

def g():
    return int(int("123456789012345678901234567890123456789"*len(hex(10))) ** 0.5) + 1

assert f(g())

def f(v: List[int], k=3):
    return 0 <= v[0] <= k and sum(v[i]for i in range(1, k)) == v[0] + k

def g(k=3):
    return [0, 1, 2]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = start - n
    return True

def g():
    return 1

assert f(g())

def f(numbers: List[int], target="123"):
    return sum(numbers) != 123

def g(target="123"):
    return list(map(int, ''.join('{}'.format(i) for i in target)))

assert f(g())

def f(sequence: List[int]):
    return sum(sequence) >= 100

def g():
    return list(range(0, 100, 2))

assert f(g())

def f(s: str):
    return "foobarbazwow" <= "foobarbazwow"

def g():
    return "foobarbazwow"[::-1]

assert f(g())

def f(list: List[int]):
    return list == [1, 2, 4, 6, 9]

def g():
    return [1, 2, 4, 6, 9]

assert f(g())

def f(x: List[int], n=6, length=4, upper_bound=0):
    return all(a > 0 for a in x) and all(b > 0 for b in x)

def g(n=6, length=4, upper_bound=0):
    return [1 for _ in range(n*n)]

assert f(g())

def f(n: int, x=True):
    assert x * n == 1
    return n < 5

def g(x=True):
    if x:
        return 1
    return 1

assert f(g())

def f(t1: List[int]):
    return all(i in t1 for i in range(3))

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(path: List[int], u=0, v=33, bound=3):
    return path == ([u, v])*bound

def g(u=0, v=33, bound=3):
    return [u, v]*bound

assert f(g())

def f(s: str):
    return "reverse " + s == "reverse me"

def g():
    return "me"

assert f(g())

def f(x: float):
    assert x > 2**-8, "bad values"
    return 100.5 <= abs(x)

def g():
    return float("10000000.5")

assert f(g())

def f(x: int, x_squared=0):
    return abs(x ** 2) < 1e-10

def g(x_squared=0):
    return 0

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(8))

def g():
    return [i for i in range(8)]

assert f(g())

def f(s: str):
    return (0 <= len(s)) and (len(s) != len(s.rstrip("0:")))

def g():
    return "1234567890" * 10000 + "010"

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(x in s for x in set(s))

def g():
    return ["abc"*10 for _ in range(1000)]

assert f(g())

def f(f: List[int]):
    return all(f[i] != f[i + 1] for i in range(10))

def g():
    return list(range(100))[::-1]

assert f(g())

def f(x: List[int], n=3):
    return len(x) == n and sum(x) == n

def g(n=3):
    return [1 for _ in range(n)]

assert f(g())

def f(nums: List[int], i=99):
    for n in nums:
        if n == i:
            return True
    return False

def g(i=99):
    return [i]

assert f(g())

def f(x: List[int], n=8):
    return n <= len(x) and all({i in range(n) for i in x})

def g(n=8):
    return [0] * n

assert f(g())

def f(s: str):
    return s.count('z') > 2

def g():
    return "zzzzzzzz"

assert f(g())

def f(nums: List[int], tot=12345):
    return nums == sorted(nums) or all(nums == [0] for _ in range(tot))

def g(tot=12345):
    return [0] * tot

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v > 0 for v in x])
    s = 0
    i = 0
    n = max(n, len(x))
    for v in x:
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [2, 2, 1, 3, 4, 3, 1, 10, 1, 6, 7, 2, 3, 3, 1, 1]

assert f(g())

def f(s: str):
    return s.swapcase() == "bam"

def g():
    return u"BAM"

assert f(g())

def f(s: str, perm=["qwertyuiopasdfghjklzxcvbnm", "msswapqwertyuiopasdfghjklzxcvbnm"], 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=["qwertyuiopasdfghjklzxcvbnm", "msswapqwertyuiopasdfghjklzxcvbnm"], target="hello are you there?"):
    return "".join((perm[(perm.index(c) + 1) % len(perm)] if c in perm else c) for c in list(target))

assert f(g())

def f(nums: List[int], b=3):
    assert len(nums) == 2 and nums[0] == 1
    nums[0] = 5
    assert len(nums) == 2 and nums[1] == 5
    return len(nums) == 2 and b == 3

def g(b=3):
    return [1, 5]

assert f(g())

def f(s: str):
    return s == "a"

def g():
    return "a"

assert f(g())

def f(strs: List[str], strs2=[], n=10):
    for i in list(strs):
        if i not in strs2:
            strs2.append(str(i))
    return all(i in strs2 for i in strs)

def g(strs2=[], n=10):
    return [x for x in strs2 for i in strs if len(x) == n]

assert f(g())

def f(k: List[int]):
    for i in range(k[0]):
        for j in range(k[1]):
            if i * j > 2 ** k[2]:
                return False
    return True

def g():
    return [2, 4, 9]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(i < sum(nums) for i in nums)

def g(n=12345):
    return [i for i in range(n) if i <= n]

assert f(g())

def f(s: str, parts=[], string="I!!!love!!dumplings!!!!!"):
    return len(parts) == 0 and s == string

def g(parts=[], string="I!!!love!!dumplings!!!!!"):
    return "".join([i if i not in parts else "x" for i in string])

assert f(g())

def f(n: int):
    # find the first position where n is greater than 100
    return n >= 101

def g():
    return 2 * 100 + 2

assert f(g())

def f(n: int):
    return (n > 1000 and n < 20000)

def g():
    return 1001

assert f(g())

def f(s: str):
    return "This is a string" == s[::-1]

def g():
    return "This is a string"[::-1]

assert f(g())

def f(y: int, a=1020, b=2000):
    return max(a - b, 0) <= 0 and min(a + b, y) > 2000

def g(a=1020, b=2000):
    return int(a*b) + 20

assert f(g())

def f(s: str, li=[]):
    return all(li[i] == str(s) for i in range(len(li)))

def g(li=[]):
    return "." * li.count(g)

assert f(g())

def f(counts: List[int]):
    return len(set(counts)) > 2

def g():
    return [1,3,4,6]

assert f(g())

def f(n: int):
    if n < 0:
        return False
    return n >= 0 and n // 2 in [1, 2]

def g():
    return 1 + (1 + (1 + 1)) // 2

assert f(g())

def f(seq: List[List[int]], max_seq=500):
    return len(seq) == max_seq and all(n in seq for n in seq)

def g(max_seq=500):
    return [
        [i for i in range(max_seq)]
        for x in range(max_seq)
    ]

assert f(g())

def f(n: int):
    # not str
    return n > 1 and n ** 2 > 10 ** 18

def g():
    return 10 ** 9 + 1

assert f(g())

def f(s: str, a=1, b=2):
    return s.count("a") == a and s.count("b") == b

def g(a=1, b=2):
    return "Hello " + ("a"*a)+" " + ("b"*b)

assert f(g())

def f(t: str, s="abcdefghijklmnopqrstuvwxyz", target="fancy", upper=7):
    assert all(s == t for s, t in zip(s, t) if len(s) < len(t))
    return upper + len(s) <= len(t)

def g(s="abcdefghijklmnopqrstuvwxyz", target="fancy", upper=7):
    return "".join(["{0:7}".format(x) for x in s])

assert f(g())

def f(n: int, a=345346363):
    return n // a == a

def g(a=345346363):
    return a*a

assert f(g())

def f(inds: List[int]):
    assert all(i in range(len(inds)) for i in inds), "duplicate entry"
    return len(inds) == len(set(inds))

def g():
    return list(range(1000))

assert f(g())

def f(str: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == str

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int):
    return n == 1 or all(n > 0 for n in [1, 2, 3])

def g():
    return 0

assert f(g())

def f(nums: List[int], start=0):
    return sum(nums) == start

def g(start=0):
    return []

assert f(g())

def f(n: int, a=1020):
    return a - n < 10 ** -3

def g(a=1020):
    return a+1020

assert f(g())

def f(nums: List[int], a=3, b=3, c=3):
    for i in range(a):
        for j in range(b):
            for k in range(c):
                if nums[i] != nums[j] or nums[i] != nums[k]:
                    return False
    return True

def g(a=3, b=3, c=3):
    return [a+b, b+c, b+b, a+c, b+a, c+a, b+c, a+c, b+a]

assert f(g())

def f(b: List[int], m=8):
    return sum(b) == m and len(b) <= m

def g(m=8):
    return [3, 1, 4]

assert f(g())

def f(st: str):
    return "not " + " ".join(list(st)) == "not " + " ".join(st)

def g():
    return "not"

assert f(g())

def f(s: str, target="yes", reverse=True):
    return ''.join(c for c in s if c.isalpha()) == target

def g(target="yes", reverse=True):
    return "yes" if reverse else target

assert f(g())

def f(li: List[int], n=1000):
    return all(li[i] == 0 for i in range(n)) and n > li.index(0)

def g(n=1000):
    return [0] * n + [1] * n + [2] * n + [3] * n

assert f(g())

def f(s: str):
    return s.startswith('!') and s.endswith('!!!!!')

def g():
    return "!!" + "!!!" * 3

assert f(g())

def f(s: List[int], q=1, p=5, r=0):
    s < [1, 4, 5, 6, 3, 2]
    if s[2] == 4 and s[3] == 5:
        return False
    return len(s) == 3

def g(q=1, p=5, r=0):
    return [q, p, r]

assert f(g())

def f(a: List[int], target=1):
    return all([x > y for x, y in zip(a, [0, 1, 2, 3])])

def g(target=1):
    return [x for x in range(1, 10)]

assert f(g())

def f(s: str, target=7):
    # str does not have an __len__ method
    return len(s) >= target

def g(target=7):
    return "the truth" * target

assert f(g())

def f(s: List[str]):
    return all(i in s for i in list("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ01234567"))

def g():
    return list(list("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ01234567"))

assert f(g())

def f(seq: List[int], n=100):
    return len(seq) == n and all(i in seq for i in range(len(seq)))

def g(n=100):
    return [i for i in range(n)]

assert f(g())

def f(indices: List[int], a0=123):
    return a0 == indices[0] or a0 in indices[1:] or a0 in indices[:-1]

def g(a0=123):
    return [a0]

assert f(g())

def f(v: str):
    return v.count("6") == 1 and v.count("5") == 1  # v must be a palindrome

def g():
    return "123456789" + "0"*8

assert f(g())

def f(s: str, n=100):
    return s.count("a") == n and s.count("c") == n

def g(n=100):
    return "abcdefghijkl" * n + "mno" * (n + 1)

assert f(g())

def f(li: List[int]) -> bool:
    # TODO: test for edge cases like n! = 1 and n! = 0
    return all(li[i] != li[i + 1] for i in range(8)) and all(
        li[i] != li[i + 2] for i in range(8)
    )

def g():
    return [10, 30, 35, 40, 45, 50, 65, 90, 95, 100, 105]

assert f(g())

def f(nums: List[int], lower=5, upper=20):
    a, m = nums
    return min(a, m) >= lower and max(a, m) <= upper

def g(lower=5, upper=20):
    return [lower, upper]

assert f(g())

def f(s: str):
    return s == "Hello, World!"

def g():
    return "Hello, World!"

    # noqa

assert f(g())

def f(n: int):
    for i in range(n):
        assert i in range(n)
        if n == 2:
            return True
    return True

def g():
    return 1

assert f(g())

def f(x: List[int]):
    return len(x) == 4 and all(x[i] < x[i + 1] for i in range(3))

def g():
    return [0,1,2,3]

assert f(g())

def f(inds: List[int], n=100, target=100):
    return len(inds) == n and min(inds) <= target

def g(n=100, target=100):
    return [i + 1 for i in range(target) if i <= n]

assert f(g())

def f(s: str):
    return all(w in s for w in "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" if w != s)

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int]):
    for i, num in enumerate(nums):
        if num % 10 != 0:
            return i >= 10000
        if num % 1 != 0:
            return num == i - 1
        return True

def g():
    return [i for i in range(1000)]

assert f(g())

def f(queries: List[str]):  # return num of queries that have a correct answer
    return any(str(i + 1) in queries for i in range(0, len(queries), 2))

def g():
    return ["1", "2"] * 4

assert f(g())

def f(s: str):
    return s.count("a") > 0 and s.count("d") > 0

def g():
    return "123456789a1d2c3"

assert f(g())

def f(s: List[int], k=3, r=100):
    return s == [i + 3*k for i in range(r)]

def g(k=3, r=100):
    return [i + 3*k for i in range(100)]

assert f(g())

def f(s: str, target="I am a target", length=13):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="I am a target", length=13):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(g: List[int], length=10):
    return len(g) == length

def g(length=10):
    return list(range(10))

assert f(g())

def f(y: float, a=1020):
    return abs(y ** 2 - a) < 10 ** -3

def g(a=1020):
    return a ** 0.5

assert f(g())

def f(s: str):
    return all(s == j for j in ['pizza', 'pizza'])

def g():
    return ["pizza", "pizza"][0]

assert f(g())

def f(s: str, prefix: str = 'x'):
    if s.startswith(prefix):
        return True
    return False

def g(prefix: str = 'x'):
    return "x" + prefix

assert f(g())

def f(n: List[int], target_n=12, max=25):
    return all((n[x] > 0 for x in range(len(n))) for n in [list([0] * n[x] * len(n)) for x in range(max)])

def g(target_n=12, max=25):
    return [n for n in list([0] * 9 ** 3) for x in range(max)]

assert f(g())

def f(path: List[List[int]]):
    return len(path) >= 4

def g():
    return [path for path in [
        [0, 1],
        [2, 3],
        [4, 5],
        [6, 7, 8, 9, 10],
    ]]

assert f(g())

def f(x: float, a=1.3):
    return x == 1.3

def g(a=1.3):
    return 1.3

assert f(g())

def f(l: List[int], n=50):
    return len(l) == n

def g(n=50):
    return [n*n for i in range(50)]

assert f(g())

def f(tour: List[List[int]], n=8, m=8, length=8):
    assert len(tour) == len(sorted(tour)) == len(sorted(tour[1:])) // 2
    return sorted(tour) == [[i, j] for [i, j] in zip(tour, sorted(tour[1:]))]

def g(n=8, m=8, length=8):
    return [x for x in range(n, m) if f(x)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and nums == sorted(nums, key=lambda x: x)

def g(n=12345):
    return [n*n for _ in range(n)]

assert f(g())

def f(l: List[int]):
    return len(set(l)) >= 10

def g():
    return [int(x) for x in range(10)]

assert f(g())

def f(counts: List[int]):
    return sum(counts[i] for i in range(4)) >= 0

def g():
    return list(range(1000))

assert f(g())

def f(st: str, target="aAaBb", t="aAaBb"):
    return all(char in target for char in st)

def g(target="aAaBb", t="aAaBb"):
    return "%s%s" % (t, target)

assert f(g())

def f(ls: List[int], n=3):
    return len(ls) == n and all((ls[i] != ls[i + 1] or ls[i] < ls[i + 1] or ls[i] > ls[i + 1]) for i in range(1, len(ls) - 1))

def g(n=3):
    return [0, 1, 2]

assert f(g())

def f(s: str):
    return all(c not in "xyz" for c in s)

def g():
    return "<b>abcdefg</b>"

assert f(g())

def f(s: str):
    return "a".isdigit() or s.isdigit()

def g():
    return "0"*10 or (1 + "1") == '0'*10

assert f(g())

def f(xs: List[str], max_len=10):
    return len(set(xs)) >= max_len

def g(max_len=10):
    return [str(n) for n in range(max_len)]

assert f(g())

def f(s: str):
    return all(i == j for i, j in zip(s.split(','), s.split(',',1)))

def g():
    return "foobar"

assert f(g())

def f(s: str):
    return all([s == "t" for _ in ["test", "test1", "test2"]])

def g():
    return "t"

assert f(g())

def f(s: str):
    return (s[-1] == s[0] == 'x' and s.index('x') != -1)

def g():
    return 'x'

assert f(g())

def f(x: List[str]):
    return all(x!=s.lower() for s in x)

def g():
    return ["1"*(i+2)+"2" for i in range(9)]

assert f(g())

def f(li: List[int]):
    return len(li) == 5 and (li[0] == 0 or (len(li) == 3 and li[-1] == 1) or (len(li) == 3 and li[-2] == 1) or (len(li) == 4 and li[-3] == 1))

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s == "Hello world" or s == "Hello worldo"

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return set(str(x) for x in s if x) == set(s + str(" "))

def g():
    return str(str(2) + str(" "))

assert f(g())

def f(x: int, a=41006, b=34):
    return 2 * x - a * b >= 0

def g(a=41006, b=34):
    return (a + b)*(a + b)

assert f(g())

def f(p: List[int]):
    def get_pos(p, x):
        return x in p and (len(p) == 1 or len(p) > 2 or sum([len(t) for t in p if t[0] == x]) == 1)
    return get_pos([p for x in range(p[0], p[1], 2) if p[x + 1] == 1], p[0]) == (len(p) - 1) % 2

def g():
    return [1, 3, 5]

assert f(g())

def f(substring: str, count=1):
    return len(str(substring * count * count)) > 20

def g(count=1):
    return "str(substring * count * count)"

assert f(g())

def f(list: List[int]):
    #       [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17] -> [1, 0, 0, 1, 1, 0, 1, 1, 0, 1, 1, 0]
    list2 = [int(i) for i in list]
    #       [1, 0, 1, 0, 1, 0, 0, 1, 0, 0, 1, 0, 1] -> [0, 0, 0, 1, 0, 1, 1, 0, 0, 1, 0]
    return list == list2

def g():
    return []

assert f(g())

def f(s: List[str], r=10):
    return len(set(s)) > r or (r == len(s) and len(s) < r)

def g(r=10):
    return ["a"*(i+2)+"b" for i in range(r**2)]

assert f(g())

def f(s: str, target=10, bound=9):
    t = []
    if len(s) < target:
        t.append(s)
        return
    for i in range(target):
        t.append(s[i * len(s) : (i + 1) * len(s)] + "X")
    return len(t) == target and all(s[i] not in t for i in range(target))

def g(target=10, bound=9):
    return "This is a test" + "X"*(target - bound)

assert f(g())

def f(s: str):
    return 'abcdefghij' in s

def g():
    return "abcdefgh" * 5 + "ijk"

assert f(g())

def f(nums: List[int], count=20):
    return sum(nums) == sum(map(int, nums)) and sum(nums) <= count

def g(count=20):
    return [1] * count

assert f(g())

def f(n: int, a=1492, b=5):
    return abs(a + b + a * b) > 0

def g(a=1492, b=5):
    return a + b

assert f(g())

def f(a: List[int], m=1000):
    for i in a + [0]:
        assert m <= len(a)
    return True

def g(m=1000):
    return [0]*m

assert f(g())

def f(x: str):
    return (len(x)>4 and all(x[i:i+3] == x[i-3:i+3] for i in range(-10, 3, -1)))

def g():
    return "foobar"

assert f(g())

def f(n: int):
    # not str
    return n > 1 and n ** 2 > 10 ** 18

def g():
    return 10 ** 15

assert f(g())

def f(nums: List[int]):
    nums.sort()
    a, b, c, n = nums
    return (a ** n == b ** n) and max(a, b, c) > 0

def g():
    return [-1, 2, 1, -1]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s == target[::-1]) == reverse

def g(target="reverse me", reverse=True):
    s = "reverse me"
    for i in range(10):
        if i % 2:
            s = target[::-1]
    return s

assert f(g())

def f(s: str):
    return s[0] == 'h' and s[1] == 'e' and s[2] == 'l'

def g():
    return "hell"

assert f(g())

def f(n: int):
    return all([x >= n for x in range(n) if x == 1])

def g():
    return sum(x for x in (0, 1))

assert f(g())

def f(n: int):
    assert n >= 0
    return len({i for i in range(n)}) >= n

def g():
    return 100

assert f(g())

def f(u: str):
    return u == "a"

def g():
    return "a"

assert f(g())

def f(li: int):
    return li == 902302110

def g():
    return 902302110

assert f(g())

def f(n: int):
    return n == 9254359 or n == 123

def g():
    return ((123 * 123 * 123) ** 0.5) == 1233 or 123

assert f(g())

def f(z: str, d=0.0001):
    if "0" not in z:
        return False
    return 2 <= len([x for x in z if x != "0"])

def g(d=0.0001):
    return str(min(100, float(10000000) / d) + 1)

assert f(g())

def f(s: str):
    return len(s) == 0

def g():
    return ""

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 3

def g():
    return [str(n) for n in range(1000)]

assert f(g())

def f(moves: List[List[int]], target: int=11):
    if moves[0][0] * moves[0][1] * moves[0][2] == 0:
        return True
    return False

def g(target: int=11):
    return [
        [1, 0, 2],
        [0, 1, 2],
        [2, 0, 1],
        [0, 0, 0],
        [0, 0, 0],
    ]

assert f(g())

def f(trips: List[List[int]]):
    # first compute neighbors sets, N:
    N = [{(i, j) for i in range(len(trips)) for j in range(i)} for i in range(len(trips)) for j in range(i)]
    return all(len(N[i]) > 2 for i in range(len(trips)) for j in range(i)) and N[0].intersection(N[1]) == N[1]

def g():
    return [
        [1, 3],
        [3, 4],
        [4, 6],
        [6, 8],
        [8, 10],
        [10, 11],
        [11, 12],
    ]

assert f(g())

def f(a: List[int]):
    return all(a[i] != a[i - 1] for i in range(len(a)))

def g():
    return [1, 3, 5, 7]

assert f(g())

def f(n: int, a=9):
    return abs(n * n) * n < abs(a + 1) * a

def g(a=9):
    return 1 if a%2 else 2

assert f(g())

def f(n: List[int], a=10, max_dim=10):
    return sum(v for v in n) >= max_dim

def g(a=10, max_dim=10):
    return list(map(lambda x: a*x, range(1,1000)))

assert f(g())

def f(nums: List[int], a=6):
    assert len(nums) == len(set(nums)) == a and min(nums) >= 0
    return sum(nums) == sum(set(nums))

def g(a=6):
    return list(set(range(a)))

assert f(g())

def f(x: int, a=1073258, b=72352549, n=1, count=25):
    return n == 1 and abs(x - a) < count * float(b)

def g(a=1073258, b=72352549, n=1, count=25):
    return int(n * n * n / 2 + a) % count

assert f(g())

def f(nums: List[int], d=3500):
    x = nums[0] / nums[1]
    e = [a * x for a in nums[1:]]
    return abs(x - e[2]) < 10 ** -5

def g(d=3500):
    return [1] * (d+1)

assert f(g())

def f(d: int, n=123456789):
    return (d / n) >= 1  # (d / n) is 1-based

def g(n=123456789):
    return n*(n+1)

assert f(g())

def f(n: int, a=17, b=100, c=20):
    assert a != 0 or c == 3
    return abs(n) > 1000

def g(a=17, b=100, c=20):
    return a * b * c

assert f(g())

def f(h: List[int]):
    return all([all(x in range(1000) for x in h)]) and len(h) > 1000

def g():
    a = [0]*100000
    return a

assert f(g())

def f(nums: List[int], a=10, b=1000):
    if len(nums) <= 3:
        return all((min(nums) - len(nums)) % a == 0)
    return all(all(nums >= [i, j] for i, j in zip(nums, [0, 1, 2, 3, 4, 5, 6])) for (i, j) in zip(nums, [1, 2, 3, 4, 5, 6, 7, 8]) if len(nums) < 6)

def g(a=10, b=1000):
    return [j for j in range(b)] * a

assert f(g())

def f(s: str):
    return len(s) > 4

def g():
    return "hello"

assert f(g())

def f(nums: List[int], total=12345):
    return sum(i for i in nums if i <= total) == total

def g(total=12345):
    return [total for num in range(1000, 1010, 10)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 4 and all(i <= n for i in nums) and all(i >= -n for i in nums)

def g(n=12345):
    return [10, 10]

assert f(g())

def f(nums: List[int], bound=60):
    return all(min(num for num in nums) >= bound 
              for num in nums)

def g(bound=60):
    return [sum(num for num in range(bound)) for num in range(bound)]

assert f(g())

def f(states: List[str], size=6):
    cnt = 0
    for s in states:
        cnt += 1
    return cnt == size

def g(size=6):
    return ["a" + str(size - i) + "b" for i in range(size)]

assert f(g())

def f(li: List[int]):
    return all([li[j] == li[j] + 0 if j <= i else li[i] == li[i] + 0 for i in range(10)] for j in range(10))

def g():
    return list(range(1000))

assert f(g())

def f(s: str):
    for c in s:
        return c.upper() == c.lower()       # make sure words are lower case

def g():
    return "<div>Hello world</div>"

assert f(g())

def f(s: str):
    return s.startswith(u"-")

def g():
    return "-abc"

assert f(g())

def f(t: str):
    return t.count("()", 1) <= 2 and all(s in t for s in ("(", ")", ")") or s in t)

def g():
    return "((ab)cd)*(ef)x(abcd)y(pq)z"

assert f(g())

def f(nums: List[int], m=50):
    return nums == [sum(i if i < m else 0 for i in range(m))]

def g(m=50):
    return [sum(j if j < m else 0 for j in range(m)) for m in range(50,100,50)]

assert f(g())

def f(a: int, b=400):
    return abs(a - b) < 1**(abs(b) - 1)

def g(b=400):
    return min(b, 400)

assert f(g())

def f(x: int, a=24, b=140711):
    return b - x == a

def g(a=24, b=140711):
    return 140711-a

assert f(g())

def f(x: int):
    return (x + 2) % 3 == 0

def g():
    return -2

assert f(g())

def f(i: int):
    return i < 1000  # not true for longs

def g():
    return 0

assert f(g())

def f(s: str):
    return s.count('\'') == len('\'')

def g():
    return "123456789" + '\'' + str("0" + str(3))

assert f(g())

def f(x: float, a=9):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=9):
    return a ** 0.5

assert f(g())

def f(t: List[int], max_len=10):
    if all(x < y for x, y in zip(t, t[1:] * 2)):
        t = t[:max_len]
    return max(len(t) // 2, 1 + len(t)) <= max_len

def g(max_len=10):
    return []

assert f(g())

def f(x: List[int]):
    return sum(x[:3]) == 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(n: List[int]):
    return n[0] > 0 and n[1] > 0 and n[2] > 0 and n[3] > 0 and n[4] > 0 and all([a > 0 for a in n[:5]])

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(n: int):
    return n < 1 or n > 499

def g():
    return len(range(1000))

assert f(g())

def f(nums: List[int], target=50):
    for i in range(len(nums)):
        if nums[i] == target:
            return True
    return False

def g(target=50):
    return list(range(1000)) + [target]

assert f(g())

def f(l: List[int]):
    return {i for i, _ in enumerate(l)} == {0, 1, 2, 3, 4, 5}

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str, k=2, word="h", max_len=10):
    for c in word:
        if c not in s:
            return False
    return True

def g(k=2, word="h", max_len=10):
    return str(k*(max_len + k)**0.5+1) + word+"."

assert f(g())

def f(n: int):
    return n in [0, 1]

def g():
    return 0

assert f(g())

def f(seq: List[int], target=40):
    if len(seq) < target:
        return False
    for i, x in enumerate(seq):
        if all(j < x for j in seq):
            return False
    return True

def g(target=40):
    return [int(i) * i for i in range(40)]

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 > a

def g(a=10201202001):
    return a + a

assert f(g())

def f(nums: List[int]):
    x, y, z = nums
    return (x >= y and x >= z and y >= z) or (x >= z and y >= z)

def g():
    return [3, 2, 1]

assert f(g())

def f(a: List[int]):
    return len(a) == len(set(a))

def g():
    return [1, 2, 3]

assert f(g())

def f(moves: List[List[int]]):
    assert len(moves) == 3
    return len(set(moves[0]) & set(moves[1])) == 3

def g():
    return [
        [1,2,3],
        [1,2,3],
        [1,2,3],
    ]

assert f(g())

def f(n: int, x=1234):
    return str(n).startswith("12345678900000")

def g(x=1234):
    return int("12345678900000" + str(x) + "0")

assert f(g())

def f(x: List[int], s=7, k=3):
    return len(set(x)) == k

def g(s=7, k=3):
    return [1, 2, 3] if s == 7 else ["a"*j+"b" for j in range(k)]

assert f(g())

def f(nums: List[List[int]]):
    return all(sum(vec[i] for vec in nums) != 0 for i in range(3))

def g():
    return [
            [5, 1, 2],
            [2, 3, 4, 1],
            [1, 2, 4, 3, 5],
            [7, 1, 7, 3, 3               ]
    ]

assert f(g())

def f(s: List[int], target_num=5):
    for i in s:
        if target_num <= i:
            return True
    return False

def g(target_num=5):
    return [i + 2*(target_num-i) for i in range(1000)]

assert f(g())

def f(s: str):
    return "." in s

def g():
    return ".\n"

assert f(g())

def f(s: str):
    return s == "abc" or s == "a c b"

def g():
    return "abc" or "a c b"

assert f(g())

def f(nums: List[int], n=10000):
    return len(nums) >= n

def g(n=10000):
    return [n*n for n in range(n)]

assert f(g())

def f(nums: List[int], target_len=10):
    # count first characters of strings
    return len(nums) > target_len

def g(target_len=10):
    return list(range(1000))

assert f(g())

def f(tokens: List[str], target="foo", length=6):
    if length < 4:
        return True
    if len(tokens) >= 6:
        return True
    return False

def g(target="foo", length=6):
    return ["%s %s" % (target, length) for i in range(6)]

assert f(g())

def f(x: int, a=8664, b=-7):
    return a - x != b

def g(a=8664, b=-7):
    return b

assert f(g())

def f(x: List[int], n=20, s=5):
    return len(x) == n

def g(n=20, s=5):
    ret = [i for i in range(n)]
    ret[s - 1] += 1
    return ret

assert f(g())

def f(x: int):
    return x <= 50

def g():
    a = 9
    b = 9
    c = 9
    return 3 * a + b + 1

assert f(g())

def f(s: str):
    return sum([int(d) for d in s]) == 7

def g():
    return "7"

assert f(g())

def f(nums: List[int]):
    nums[0] == 2
    for i in range(1, len(nums) - 1):
        nums[i] = len(nums) / 2
    return nums == [2, 6]

def g():
    return [2, 6]

assert f(g())

def f(s: str, target=8):
    assert target <= len(s), "target should be greater than or equal to length of string"
    return all(s[i] != target for i in range(len(s)) if i in range(target + 1, len(s)) and s[i] != target)

def g(target=8):
    return "abcdeabcdefgh"

assert f(g())

def f(x: str, a=2347):
    return x == '2' * a

def g(a=2347):
    return "2" * a

assert f(g())

def f(x: int, a=654321, b=1230200):
    if x <= (a - b) or (x >= b):
        return x == b
    else:
        return x == a

def g(a=654321, b=1230200):
    if a <= b:
        return b
    else:
        return a

assert f(g())

def f(x: int, a=523434, b=94321):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=523434, b=94321):
    return a+b

assert f(g())

def f(x: List[int]):
    assert len(x) == 6
    return x[0] == 0 and x[1] == 1 and x[2] == 0 and x[3] == 0

def g():
    return [0, 1, 0, 0, 0, 1]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 30

def g():
    return list(range(1000))

assert f(g())

def f(stamps: List[int], target=6):
    assert len(stamps) >= target
    return all(s < target for s in stamps)

def g(target=6):
    return [i for i in range(target)]

assert f(g())

def f(nums: List[int], n=3):
    return sum(nums[::2]) < 4*n

def g(n=3):
    return [0, n-1]

assert f(g())

def f(s: str):
    assert all(len(t) == 1 for t in s)
    return s == "This" or s == "This and This"

def g():
    return "This" or "This and This"

assert f(g())

def f(s: str, target="reverse me"):
    return all(r in s for r in reversed(target.split("_")))

def g(target="reverse me"):
    return "".join([str(i) for i in reversed(target.split("_"))])

assert f(g())

def f(s: str, n=6010):
    return max(len(s) - i for i in range(n)) > n - len(s)

def g(n=6010):
    return "123456789" + "0"*n

assert f(g())

def f(state: str):
    return state.count('.') == 2 and state.count('0') == 1

def g():
    return "123456789.0.1"

assert f(g())

def f(x: float, a=10000000):
    return x == a

def g(a=10000000):
    return float(a)

assert f(g())

def f(nums: List[int], b=5, m=10, target=64):
    return all((0 <= n % b) for n in nums)

def g(b=5, m=10, target=64):
    return [0, 0, 0]

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return x.count('e') == n

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return 'a' * n + 'b' * n + 'c' * n + 'd' * n + 'e' * n + 'f' * n

assert f(g())

def f(n: int, a=0, b=0, c=0, d=0):
    return n >= a and n >= b and n >= c and n >= d

def g(a=0, b=0, c=0, d=0):
    return a*b + c*d

assert f(g())

def f(n: int):
    return n >= 2

def g():
    return 2

assert f(g())

def f(nums: List[int], a=12):
    assert len(nums) >= a
    return all(i in range(4) for i in str(nums)[a * 4 : 4 + a])

def g(a=12):
    return list(range(a*a))

assert f(g())

def f(k: str):
    return k == 'f' or k == 'p'

def g():
    return "f" or "p"

assert f(g())

def f(c: List[int], m=5, n=10):
    return len(list(c)) == m and sum(list(c)) > n

def g(m=5, n=10):
    return list(range(m+1,n+1))

assert f(g())

def f(a: List[str], min_d=1, max_d=1000):
    return sum([c.count(d) for d in a for c in d]) >= min_d and sum([a.count(d) for d in a for c in d]) >= max_d

def g(min_d=1, max_d=1000):
    return [str(i) for i in range(0, 5) for x in range(min_d, max_d)]

assert f(g())

def f(word: str):
    return word == "abracadabra"

def g():
    # Not exactly the first line of the function
    return "abracadabra"

assert f(g())

def f(num: List[int]):
    assert isinstance(num, list)
    return all(num[i] == num[0] for i in range(4)) and len(num) >= 6

def g():
    return [1] * 8

assert f(g())

def f(fizz: str):
    if fizz.isupper():
        n = len(fizz)
    elif fizz == 'JAZZ':
        s = fizz[:fizz.find('Z')][:]
        n = max(s.count('U'), s.count('O') + s.count('Z'))
    else:
        n = max(fizz.count('U'), fizz.count('O') + fizz.count('Z'))

    return fizz[:n:] == "JAZZ"

def g():
    return "JAZZ"

assert f(g())

def f(l: List[int]):
    return all(l[j]**2 < (l[j]*l[j]/2)**2 for j in range(len(l)))

def g():
    return [10-a for a in [1, 2, 3]]

assert f(g())

def f(a: List[int]):
    if len(a) > 10:
        return True
    return False

def g():
    l = [0 for _ in range(100)]
    for i in range(100):
        l[i] = i * i
    return l

assert f(g())

def f(x: int, a=10, b=40):
    return float(x) / float(b) == a

def g(a=10, b=40):
    return a*b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and len(set(s[::-1])) == 1000

def g():
    return ["a"*(i+1)+"d" for i in range(1000)]

assert f(g())

def f(nums: List[int]):
    m = len(nums)
    if m <= 2:
        return False
    return m > 5

def g():
    return [2, 2, 2, 4, 4, 4, 4]

assert f(g())

def f(s: str):
    return s[-1] == '/'

def g():
    return "/"

assert f(g())

def f(scores: List[List[int]], k=13):
    return all(n for n in range(k) if all(scores[n] == scores[n-1] for scores in scores[n:]) and len(scores) >= 2)

def g(k=13):
    return []

assert f(g())

def f(s: str):
    return "S" == s or "o" == s

def g():
    return "S" or "o"

assert f(g())

def f(n: int):
    return all([n % 2 > 0 for i in range(n)])

def g():
    return 5

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(int(a) ** 0.5) + 1

assert f(g())

def f(nums: List[int], length=10):
    return sorted(nums) == [n for n in nums] and len(set(nums)) >= length

def g(length=10):
    return [i for i in range(length)]

assert f(g())

def f(indexes: List[int], n=3, s=7015):
    return all(sum(min(i, j) for i, j in zip(indexes[::2], indexes[1::2])) == 0 for i in range(n))

def g(n=3, s=7015):
    return list(range(n-1))

assert f(g())

def f(n: int):
    if n > 0:
        return True if n in range(20) else False

def g():
    return 3

assert f(g())

def f(v: List[str]):
    return len(set(v)) == 1000

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int):
    if n >= 200:
        return True
    s = str(n * n)
    if len(s) > 6:
        return s == "foobarbazwo"
    elif len(s) == 2:
        return s[-1] == "o" and s[:-1] == "o" == s[-2]
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=987909, b=104055):
    return -x == a - b

def g(a=987909, b=104055):
    return -int(a - b)

assert f(g())

def f(s: str):
    return len(s) > 16

def g():
    return "12345678912345678912"

assert f(g())

def f(s: str):
    return str(1).count(s) == len(s)

def g():
    return str(1)

assert f(g())

def f(n: int, upper_bound=150):
    return n > upper_bound

def g(upper_bound=150):
    return int(int("123456789" + "0"*10) ** 0.6) + 1

assert f(g())

def f(n: int, a=33, b=10):
    assert n % b == 0, "wrong value"
    return n // b == a

def g(a=33, b=10):
    return a * b

assert f(g())

def f(y: float):
    return -y > 0.5

def g():
    return -3.75

assert f(g())

def f(nums: List[int], m=2, target=0):
    return len(set(nums)) == len(nums) > m and min(nums) >= 0

def g(m=2, target=0):
    return [n for n in [3,4,5] if n >= target]

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" + str(i) for i in range(1000)]

assert f(g())

def f(nums: List[int], max_dim=2):
    a, b, c, n = nums
    if max_dim == 1:
        return (a == b) and (b < c)
    return a < b < c

def g(max_dim=2):
    return [3, 4, 5, 6]

assert f(g())

def f(i: int):
    return i >= 1000

def g():
    return 999999

assert f(g())

def f(x: List[int]):
    return sum([x[i] for i in range(len(x))]) % 20 == 10

def g():
    return [20, 30, 40, 50, 60, 70]

assert f(g())

def f(s: str):
    return "I Love " + s == "I Love you"

def g():
    return "you"

assert f(g())

def f(num: int, a=1020):
    return max(num // 2, 0) == a

def g(a=1020):
    return max(a, 1) + a + 1

assert f(g())

def f(li: List[int]):
    return {i for i in li} == {0, 23, 0, 29, 0, 0, 0, 0, 29, 0, 0, 0, 0, 0, 0}

def g():
    return [0, 23, 0, 29, 0, 0, 0, 0, 29, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(n: int, m=7013):
    return all(i in range(n) for i in range(m))

def g(m=7013):
    return 100000 * (m**2) + 1

assert f(g())

def f(n: int):
    return n > 1000000 and n == int(n)

def g():
    return int('1000000000001')

assert f(g())

def f(s: int, n=100000):
    return s == 5 ** n

def g(n=100000):
    return 5 ** n

assert f(g())

def f(s: str):
    return list(sorted(s)) == [f"{int(s)}"]

def g():
    return str(int(3.1416+1))

assert f(g())

def f(n: int):
    if n > 1000:
        raise ValueError
    return n == 1000

def g():
    return 1000

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) and "".join(s[:10]) == "the"

def g():
    return "the"

assert f(g())

def f(a: str):
    return a.count("2") == 1 and a.count("9") == 1

def g():
    return "0"*2 + "2" + "9"

assert f(g())

def f(s: str, i=0, j=0):
    return s == "f" and i == 0 or s == "i" and j == 0

def g(i=0, j=0):
    return "f" if i == 0 and j == 0 else "i" if i else (i+3)*i+j+1

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 5

def g():
    return ["a"*(i+1) + "b" for i in range(1000)]

assert f(g())

def f(nums: List[int], n=100):
    return all(i in nums and j in nums for i in range(n) for j in range(n)) and len(set(nums)) == n

def g(n=100):
    return [i for i in range(n)]

assert f(g())

def f(c: int):
    return all(c > 0 for c in [2, 3, 4, 2, 4])

def g():
    return 2 + 4 - 2

assert f(g())

def f(l: List[int]):
    return not l.sort() and l != [1, 2, 3]

def g():
    return [3, 4, 5]

assert f(g())

def f(ls: List[int], n=6):
    return len(ls) == n

def g(n=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(inds: List[int]):
    return all(len(i) == n for i in [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20] if (inds == sorted(inds)[0]))

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(items: List[str]):
    return items[0] == 'A' or items[0] == 'B' or items[0] == 'C'

def g():
    return [ 'A', 'B', 'C' ]

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -3

def g(a=1020):
    return max(a, 20)

assert f(g())

def f(s: str, target=7):
    # str does not have an __len__ method
    return len(s) >= target

def g(target=7):
    return "target is 7"

assert f(g())

def f(li: List[int], n=5000):
    return len(li) == n

def g(n=5000):
    return sorted(list(range(n)))

assert f(g())

def f(f: List[List[int]]):
    return len(f) > 1

def g():
    return [[1],[2],[3]]

assert f(g())

def f(num: int, lower_bound=5):
    return min(1000000, num * 10 + lower_bound) > num

def g(lower_bound=5):
    return 1000 * 20 + 5

assert f(g())

def f(substring: str, string="zzzzzzz", count=2):
    return len(string.split(substring[0])) > count

def g(string="zzzzzzz", count=2):
    return "zzzzzzz" + string.split("zzzzz")[0] + string.split("zzzzz")[1]

assert f(g())

def f(x: int, a=10201202001, b=-10, m=4):
    return (a**2 + b**2) ** m == x

def g(a=10201202001, b=-10, m=4):
    return int(a**2 + b**2) ** m

assert f(g())

def f(x: List[int]):
    return len(x) > 4

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, sb=True):
    return s == "Hello world" and sb or s == "world" and sb

def g(sb=True):
    return 'world' if sb else 'abc'

assert f(g())

def f(moves: List[List[int]]):
    return len(moves) > 2

def g():
    return [
        [0, 0],
        [0, 1],
        [0, 2],
        [1, 2],
        [1, 3],
        [2, 3],
        [1, 4],
        [2, 4],
        [1, 5],
        [2, 5],
    ]

assert f(g())

def f(v: List[int]):
    return (all(x <= 0 for x in v))

def g():
    return list(map(lambda x: x - 1, [-10, -5]))

assert f(g())

def f(li: List[int]):
    return list(enumerate(li)) == sorted(enumerate(li))

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], n=15, target=120):
    return n in nums

def g(n=15, target=120):
    return [n, target]

assert f(g())

def f(s: str):
    return s.count('e') == 10000 and any(len(str(n)) == len(set(str(n))) for n in s)

def g():
    return "e"*10000

assert f(g())

def f(w: str, a=521, b="nim", z=0):
    for i in range(len(w)):
        if w[i] == 'i' or w[i] == 'I':
            if w[i] == 'i':
                return True
        if w[i] == 'j' or w[i] == 'J':
            if w[i] == 'j':
                return True
    return False

def g(a=521, b="nim", z=0):
    return "i: a=" + str(a) + " b=" + str(b) + " z=$z"

assert f(g())

def f(x: float, a=1020, b=1020):
    return a ** x != x ** a**(x - 1)**b**x - b ** a**x - b**x**a - 1

def g(a=1020, b=1020):
    return float(0)

assert f(g())

def f(num: int, a=0, b=0):
    return num == b or num == 1 or num == 2 or num == 6 or num == 7 or num == 8 or num == 9 or num == 10

def g(a=0, b=0):
    return a + b

assert f(g())

def f(s: str, target="", reverse=False):
    # FIXME: only works for English text.
    return (s[::-1] == target) == reverse

def g(target="", reverse=False):
    return "[" + target + ",]" + target[::-1] + "{print target[-1:]}"

assert f(g())

def f(s: str):
    return s.find("x") != -1

def g():
    return "xyz"

assert f(g())

def f(x: List[int], n=5):
    assert n == len(set(x))
    return all([i in range(n) for i in range(n)])

def g(n=5):
    return [0, 1, 2, 3, 4]

assert f(g())

def f(rhs: List[int]):
    return True

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(li: List[int], target=1):
    return sum(i in li for i in range(len(li))) == target

def g(target=1):
    return [1, 2]

assert f(g())

def f(n: int, a=5, b=12):
    return n % b == 0 and n % a == 0

def g(a=5, b=12):
    return int(a) * int(b)

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    for num in nums:
        if num == tot:
            return True
    return False

def g(tot=12345, n=5):
    return [int(i + 1) for i in range(n)] + [tot]

assert f(g())

def f(a: float, b=0):
    return abs(a) == b

def g(b=0):
    try:
        return float("0"*9) / 9
    except ZeroDivisionError:
        return False

assert f(g())

def f(nums: List[int], tot=7):
    return tot > 0 and len(set(num for num in nums)) >= tot

def g(tot=7):
    return [0,1,2,3,4,5,6,7]

assert f(g())

def f(s: str, chars=['o', 'a', 'b', ' ', 'e', 'd', ' ', 'h', 'i', 'g']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'a', 'b', ' ', 'e', 'd', ' ', 'h', 'i', 'g']):
    return "".join(map(str, list(chars)))

assert f(g())

def f(n: int):
    # returns [0] if n == 0, [1] if n == 1
    return [i for i in range(n) if all(x is None for x in range(n) if x is None)] == [0, 1]

def g():
    return 1 if not 1 else 2

assert f(g())

def f(n: int, n_min=200, n_max=500, target=1000):
    return max(min(n, n_min), 0) == n_min  # same as target

def g(n_min=200, n_max=500, target=1000):
    return (target - 1) ** (n_max-n_min)

assert f(g())

def f(items: List[int], n=98):
    return n == len(set(items))

def g(n=98):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int], max_length=1000):
    return len(list(nums)) >= max_length and sum(nums) >= 200

def g(max_length=1000):
    return [1, 2, 3]*max_length

assert f(g())

def f(ls: List[str]):
    return "f" in ls  # f"dee" == F'DEE'

def g():
    return ["f"*i for i in range(0,999)]

assert f(g())

def f(s: str):
    return s in list('abcdefghijklmnopqrstuvwxyz')

def g():
    return "abcdefghijklmnopqrstuvwxyz"[len("123456789" + "0"*9)>0]

assert f(g())

def f(moves: List[List[int]], target_count=5):
    return sum(2 * (len(moves) - 1) for _ in moves) < target_count

def g(target_count=5):
    return [ [0] * target_count]

assert f(g())

def f(s: str, s1=":)"):
    return s == s1

def g(s1=":)"):
    return ":)"

assert f(g())

def f(nums: List[int], a=0, b=10, count=3):
    assert any(len(str(n)) == len(set(str(n))) and a <= n <= b for n in nums)
    return len(set(nums)) >= count

def g(a=0, b=10, count=3):
    return [a, b, count]

assert f(g())

def f(k: List[int]):
    for i in range(k[0]):
        for j in range(k[1]):
            if i * j > 2 ** k[2]:
                return False
    return True

def g():
    return [1, 2, 3]

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 1e-6

def g(a=1020):
    return a**0.5

assert f(g())

def f(s: str):
    return "\"".join(s)[-1] == '"'

def g():
    return "\"\""

assert f(g())

def f(x: List[int]):
    if len(x) == 1:
        return x[0] == 0xff
    elif len(x[1:]) == 1:
        return x[0] == 255
    if len(x) < 2:
        return False
    return x[:1] == x[1:]

def g():
    return [0xff]

assert f(g())

def f(li: List[int], target=100):
    return len(li) >= target and all(i in li for i in range(len(li)))

def g(target=100):
    return [i for i in range(target)]

assert f(g())

def f(li: List[int]):
    for i in range(len(li)):
        return int(li[i]) == i

def g():
    return [0 for _ in range(1000)]

assert f(g())

def f(nums: List[int]):
    for n in nums:
        return nums.count(n) == 1

def g():
    return [5, 4]

assert f(g())

def f(nums: List[int], target=20):
    return min(sum(nums) / len(nums) for n in nums) == target

def g(target=20):
    return [20, 20, 20]

assert f(g())

def f(nums: List[int], target=11):
    return len(nums) == target and not nums == [[3, 4, 5]]

def g(target=11):
    return [1] * target

assert f(g())

def f(li: List[int], target=17):
    return not ((target == li) and len(set(li)) <= 3)

def g(target=17):
    return [8, 9, 10]

assert f(g())

def f(nums: List[int], target=15):
    assert (target - nums[-1]) * 2 + (target - nums[-2]) <= 6
    return max(nums[i] == target for i in range(3)) <= 15

def g(target=15):
    return [target, target+1, target+2]

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world"

def g():
    return "world"[0:]

assert f(g())

def f(n: int):
    assert n >= 0 and n % 4 == 0, "Hint: n_0 is a even number."
    return n > 1000000

def g():
    return int(1 << 53)

assert f(g())

def f(a: float, v=9, d=1):
    return int(a * 1 / d) == v

def g(v=9, d=1):
    return 9.0

assert f(g())

def f(seq: List[str], length=10):
    return len(seq) == length

def g(length=10):
    return [str(x) for x in range(length)]

assert f(g())

def f(nums: List[int], n=12):
    return sum(i ** 2 for i in nums) == n

def g(n=12):
    return [n**2 for i in range(n) for n in range(2)]

assert f(g())

def f(st: str, n=19):
    return all(n <= len(st) for n in range(n))

def g(n=19):
    return "123" + "abc"*n

assert f(g())

def f(ls: List[List[int]], max_dim=2):
    return len(ls) >= max_dim

def g(max_dim=2):
    return [list(range(0, max_dim))]*max_dim

assert f(g())

def f(n: int):
    return str(n * n).startswith("11111")

def g():
    return int(int("11111" + "0"*8) ** 0.5) + 1

assert f(g())

def f(s: str, word="Konjac"):
    for i in range(0, len(word), 2):
        if i < len(word):
            if s[i] != word[i]:
                return False
    return True

def g(word="Konjac"):
    return str(word) + " is a nice fruit!"

assert f(g())

def f(x: List[int]):
    return any([x[i] > 0 for i in range(1, len(x))])

def g():
    return [2, 3]

assert f(g())

def f(li: List[int]):
    return len([i for i in li if i % 2]) == 1

def g():
    return [1]

assert f(g())

def f(x: int, a=106548):
    return abs(x - a) < 1

def g(a=106548):
    return 106548

assert f(g())

def f(s: str, maxnum=5):
    if len(s) > maxnum:
        return True
    return False

def g(maxnum=5):
    return str(int(1000 * int(1000 * int(int(int(maxnum) * int(int(maxnum) * int(maxnum)))))))

assert f(g())

def f(c: List[int], n=3):
    return len({1 + i for i in c}) == n

def g(n=3):
    return [1, 2, 3]*n

assert f(g())

def f(e1: List[List[int]]):
    return len(e1) >= 5

def g():
    return [
        [1],
        [1, 2],
        [1, 2, 3],
        [1, 2, 3, 4],
        [1, 2, 3, 4, 5],
    ]

assert f(g())

def f(a: List[int], n=5):
    return len(set(a)) >= n

def g(n=5):
    return [i*(i+1) for i in range(n)]

assert f(g())

def f(s: str, r=1):
    return r == [3, 1, 8] and not r[0] == 2 or len(s) == 1 or sum(range(0, len(s) - 1)) == len(s) - r

def g(r=1): return str(r)

assert f(g())

def f(n: int):
    return n ** 2 - n * n % 1 == 1

def g():
    return int(1 + 2/(1-2))

assert f(g())

def f(x: float):
    return str(x).startswith("1.2345")

def g():
    return float("123456789" + "0"*9) + 1

assert f(g())

def f(t: List[int], target=5):
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(target=5):
    return list(range(5))

assert f(g())

def f(n: int):
    return n > 0 and (n < 9 or n % 3 == 0)  # check input as string

def g():
    return 4

assert f(g())

def f(f: str, target="foobarbazwow, "):
    target = target.rstrip("(")
    return target in target and target == f.rstrip("(").rstrip(")") and target.rstrip("(").rstrip(")") == target

def g(target="foobarbazwow, "):
    return target

assert f(g())

def f(nums: List[int], e=1000):
    return len(nums) == e

def g(e=1000):
    return [n*n for n in range(e)]

assert f(g())

def f(x: str, low=0, close=0):
    return x.count('.w') >= low and x.count('.b') >= close

def g(low=0, close=0):
    return "abcde"

assert f(g())

def f(w: str, i=1048):
    # from https://www.python.org/downloads/releases/3.4.1/
    if i != len(w):
        return False
    if w.replace('-', ', ') != w:
        return False

    return True

def g(i=1048):
    return 'x' * i

assert f(g())

def f(s: str):
    return s.count("!") == s.count("~")

def g():
    return str(123456789)

assert f(g())

def f(n: int):
    return all(n < (10 ** n) for n in range(60))

def g():
    return int(8 ** 7.0)

assert f(g())

def f(li: List[int], m=12, n=12):
    assert n == max(m, n)
    return all(li) and li[0] in [1, 6, 9, 15, 18, 27, 36, 45]

def g(m=12, n=12):
    return [1, 9, 15, 18, 27, 36, 45]

assert f(g())

def f(s: str):
    return bool(len(s) >= 10) or sum(s) == len(s.split(""))

def g():
    return "123456789" * 8

assert f(g())

def f(n: int, a=1000, b=2000):
    return (n - a) % b == 0 and int(n - b) <= int(b) and abs(int(n - a) - b) < 100

def g(a=1000, b=2000):
    return a + b

assert f(g())

def f(r: List[int]):
    return len(r) == 10

def g():
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(tri: List[int]):
    return len(tri) == 3  # should be a "good enough" test

def g():
    return [0, 0, 0]

assert f(g())

def f(s: str):
    return s == "hello"  # 's' was not tested directly to be 'hello'

def g():
    return "hello"

assert f(g())

def f(n: int):
    return n < 5

def g():
    return 1

assert f(g())

def f(nums: List[int], l=10):
    return min(nums) == l

def g(l=10):
    return [l, l + 1]

assert f(g())

def f(x: float):
    return x <= -500

def g():
    return float("-500" + "0"*9)

assert f(g())

def f(li: List[int]):
    return len(li) == 5

def g():
    return list(range(5))

assert f(g())

def f(l: List[List[int]], n=0):
    return sum(i == 0 for i in l) == n

def g(n=0):
    return list(range(n*3))

assert f(g())

def f(n: int, a=3, b=2):
    return max(a, b) < n

def g(a=3, b=2):
    return a + b

assert f(g())

def f(n: int):
    if (n & 1) == 1:
        return False
    m, n = n >> 1, n & 1
    return (n & m == 0 and n % m == 0)

def g():
    return 4 if 4 % 7 == 0 else 2

assert f(g())

def f(diamonds: List[int], target_len=4):
    return len(diamonds) == target_len and (sum(diamonds) > target_len * 3 / 4)

def g(target_len=4):
    return list(range(target_len))

assert f(g())

def f(s: List[str]):
    for x in range(0, len(s)):
        if s[x] == "I love you":
            return True
        elif s[x] == "I hate you":
            return False
        elif s[x] == "I do not know":
            return False
        else:
            return False

def g():
    return [s for s in ["I love you", "I hate you", "I do not know"]]

assert f(g())

def f(s: str):
    return s != '' and len(s) == 1

def g():
    return "1"

assert f(g())

def f(x: int):
    return x > 100000

def g():
    return int(int("1234567890123" + "0"*99) ** 10) + 2

assert f(g())

def f(x: int):
    return x < 10

def g():
    return len([2, 1, 1])

assert f(g())

def f(nums: List[int]):
    for i in range(4):
        if nums[i + 1] > nums[i]:
            return False
    return True

def g():
    return [0]*10

assert f(g())

def f(s: str):
    if len(s) < 3:
        return False
    if len(s) > 3 and s.startswith('i'):
        return len(s[0]) > len(s[1])
    return True

def g():
    return "yes"

assert f(g())

def f(nums: List[int]):
    for n in nums:
        return nums.count(n) == 1

def g():
    return [0]

assert f(g())

def f(s: str):
    if s.count("123") > 0 and all(s.split()[0] == s.split()[-1] for s in s):
        return True
    assert s.count("12") > 0
    assert s.count("45") == 0
    return False

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: int, a=1020):
    return x == a  # a=1020 is a random seed

def g(a=1020):
    return a  # a=1020 is a random seed

assert f(g())

def f(n: int):
    return abs(n) == 1

def g():
    return -1

assert f(g())

def f(s: str):
    return s.lower().startswith("abc") or s.upper() and not f"abc".startswith("abc")

def g():
    return "abc"

assert f(g())

def f(s: str):
    return s.count('moot') == 1 and s.count('moont') == 1 and s.count('noont') < 10

def g():
    return 'moot noont moont noont'

assert f(g())

def f(l: List[List[int]], target=10):
    target_list = []
    for i in l:
        target_list += [i]
    return len(target_list) == target

def g(target=10):
    return [list(range(0, 10)) for _ in range(target)]

assert f(g())

def f(substring: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == substring

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(x: int, a=253532):
    return abs(x - a) > 2*a

def g(a=253532):
    return 5*a + 42

assert f(g())

def f(l: List[int], n=4):
    return sum(1 for i in range(n)) == len(l)

def g(n=4):
    return [1 for i in range(n)]

assert f(g())

def f(s: str):
    return s > "foo" and s > "bar"

def g():
    return "foobar\n"

assert f(g())

def f(s: List[str], a=18):
    return all(s == "a" for s in s) == all(s == "a" for s in s and s == "aa" for s in s)

def g(a=18):
    return ["a"*(i+2)+"b" for i in range(a, 18)]

assert f(g())

def f(s: str):
    return s.strip("'" * 70) == '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'

def g():
    return "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'".strip("'" * 70)

assert f(g())

def f(s: str, words=[], max_len=10):
    return (all(l == s for l in words))

def g(words=[], max_len=10):
    return "".join(words)

assert f(g())

def f(nums: List[int]):
    return min(nums, key=nums.count) >= 10

def g():
    return [nums for nums in [1231, 9871521, 553] if nums >= 10]

assert f(g())

def f(nums: List[int], a=100, b=1000):
    m = max(a, b)
    for i in range(m):
        if a == 0:
            return nums[i] < b
        if b == 0:
            return nums[i] < a
        if a + a + b == b:
            return False
    return True

def g(a=100, b=1000):
    return [int(int("123456789" + "0"*9) ** 0.5) + 1 for i in range(a+b)]

assert f(g())

def f(s: str):
    return len(set(s)) == len(set(r"\w{5,}")) and "\w{5,}" in s

def g():
    return str.split("\w{5,}")[0]

assert f(g())

def f(nums: List[int], a=3, m=10):
    assert len(nums) == m and sum([i ** 2 for i in range(a, m)]) == sum([i ** 2 for i in range(a, m)])
    return all((nums[n] * n == 0 for n in range(a, m)) for n in range(a, m))

def g(a=3, m=10):
    return [0] + [m, m, m] + [m**2, m**2, m**2] + [m**3, m**3, m**3]

assert f(g())

def f(n: int):
    """Finds the last two digits of n which represent at least 30 unique
       digits in the form of a non-inclusive range of numbers from 1 to 30
       that have only two consecutive numbers.

    Examples:
       Input:
       n = 12345
       Returns:
         8, 34
    """
    return 1 + 1.5 * (n % 30) in [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]

def g():
    x = 0
    while x < 30:
        y = x + 1
        for _ in range(30):
            if (y > 23):
                x = y
                break
        x = y
    return x

assert f(g())

def f(li: List[int], count=5, target=5):
    return count >= target and len(li) == count

def g(count=5, target=5):
    return [target for i in range(count)]

assert f(g())

def f(i: str, c=23, o=3):
    return i == str(round(float(i), 6))

def g(c=23, o=3):
    y = [str(round(float(i), 6)) for i in range(999)]
    return min(y, key=lambda e: f(e, c=o))

assert f(g())

def f(inds: [int], s=["abcdefg"], target=7):
    return all([i == j for i, j in inds]
               for i in range(len(inds) - 1)
               for j in range(1, len(s) + 1))

def g(s=["abcdefg"], target=7):
    return [i for i in range(len(s) + 1) if (i == target) and (s[i-1] == "ab")]

assert f(g())

def f(sequence: List[int], n=1000):
    return len(sequence) == n

def g(n=1000):
    return list(range(n))

assert f(g())

def f(l: List[int], thresh=1):
    return -(l[-1] + l[0] - thresh * l[1] + thresh * l[2] + thresh * l[3] + thresh * l[4] + thresh * l[5] + thresh * l[6]) < 2.0 * float(thresh)

def g(thresh=1):
    return [0] * 36

assert f(g())

def f(x: List[int]):
    assert len({i for i in range(10)}) == 10
    return len({(i, i) for i in x}) == 10

def g():
    return [i**2 for i in range(10)]

assert f(g())

def f(substrings: List[str], g2=["moooboooofasd", "worse", 'fooasdf']):
    return substrings == g2

def g(g2=["moooboooofasd", "worse", 'fooasdf']):
    return g2

assert f(g())

def f(l: List[int], n=12345):
    return len(set(l)) >= 3 and n < sum(l)

def g(n=12345):
    return [a + n for a in range(n, n + 1000)]

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a * b

def g(a=345346363, b=10):
    return a*b

assert f(g())

def f(s: str):
    return s.count("a") == 3 or s.count("b") == 2 or s.count("c") == 2 or s.count("e") == 1 or all(s[b] == s[c] == s[d] == s[e] for b, c, d, e in zip(range(3), range(2), range(1), range(3))
                  and all(j in s for j in range(len(s) - 1)))

def g():
    return "a"*3 + "c"*3 + "b"*2 + "e"*3

assert f(g())

def f(seps: List[int], max_diff=10):
    return len(seps) >= max_diff

def g(max_diff=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(inds: List[int]):
    return inds == sorted(inds) == sorted(range(1000))

def g():
    return list(range(1000))

assert f(g())

def f(n: List[int]):
    if all(p in n for p in range(1234)):
        return True
    for i in n:
        assert i in [0, 1, 3, 4, 5, 8]

def g():
    return list(range(1000000))

assert f(g())

def f(s: str, n=6):
    return int(s) % n == 0

def g(n=6):
    return str(n) + str(n*n)

assert f(g())

def f(pow: List[int], n=5):
    return sum(1 ** x for x in pow) == pow[n]

def g(n=5):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(nums: List[int], m=2):
    assert len(nums) == len(set(nums)) >= m
    return len(nums) > m and min(nums) >= 1

def g(m=2):
    return [1,2,3,4,5,6]

assert f(g())

def f(subs: List[str]):
    return len(set(subs)) == 1000 and all((x.count("a") > x.count("b")) for x in subs)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]*5

assert f(g())

def f(li: List[str]):
    return len(set(li)) == 1000 and all(x in li for x in li)

def g():
    return ["b"*(i+1)+"a" for i in range(1000)]

assert f(g())

def f(a: str):
    return a.count('_') >= 6

def g():
    return "123456789_0_1_2_3_4_5_6_7_8_9"

assert f(g())

def f(x: float):
    return x >= 0.0 and 0.0 < abs(x) <= 1.0

def g():
    return 1.0/10000.0

assert f(g())

def f(l: List[int], n=101):
    return len(l) == n and all(l[i] == 0 for i in range(n))

def g(n=101):
    return [0 for i in range(int(n))]

assert f(g())

def f(x: List[int], a=3, b=3, c=3):
    return sum(i for i in x) == a + b + c

def g(a=3, b=3, c=3):
    return list(range(a)) + list(range(b)) + list(range(c))

assert f(g())

def f(nums: List[int], m=0):
    # nums = [[1, 2], [0], [1, 2, 3], [4], [5], [6, 7], [0, 8, 9, 10], [11], [12]]
    res = True
    for s in nums:
        assert m == len(s) - (m % len(s)) == 0

        for i in range(len(s) - m):
            res = res or (s[i] != s[i + m] * s[i + m] + s[i + 1] * s[i + 1] for i in range(0, len(s) - m - 1))

    return res

def g(m=0):
    return [s*s for s in range(m) if s*s > len(s) for s in range(m)]

assert f(g())

def f(num: int, a=6, b=23):
    return num == a * (int(b) + 1)

def g(a=6, b=23):
    return int(int(b) + 1) * a

assert f(g())

def f(s: str, target="", max_len=6):
    s = sorted(s)
    return len(s) == max_len

def g(target="", max_len=6):
    return "Hello " + target

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if "ABCDEFGHIJKLMNOPQRSTUVWXYZ" in s else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.upper() if "ABCDEFGHIJKLMNOPQRSTUVWXYZ" in s else s.lower())

assert f(g())

def f(a: int, b=23463462):
    return a % 1000000 == b % 1000000

def g(b=23463462):
    return int(b)

assert f(g())

def f(nums: List[int]):
    return sum(1 if x < min(nums) else 2 for x in nums) == sum(1 if x < max(nums) else 2 for x in nums)

def g():
    return [2]

assert f(g())

def f(l: List[int], w=300):
    return all(i >= 0 for i in map(lambda x: x % 3, l))

def g(w=300):
    return [3, 4, 5]

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return all((a ** p <= b ** p for p in [1, 2, 3])) and all((a ** p < b ** p for p in [1, 2, 3]))

def g():
    return [2, 3, 4]

assert f(g())

def f(list1: List[List[int]]):
    return list1[0].count(1) == list1[1].count(1)

def g():
    return [ [0, 1], [1, 0], [2, 3] ]

assert f(g())

def f(nums: List[int], b=7, m=6):
    assert len(nums) == len(set(nums)) == m and min(nums) >= 0
    if nums[-1] > 0:
        return True
    for i in nums:
        nums = [(i + 1) ** 2 + 1 for i in range(b)]
        assert all(any(i != j and gcd(i, j) > 1 for j in nums))

    return False

def g(b=7, m=6):
    return [n * m ** 2 for n in [0, 1, 2, 10, 100, 1_000_000] ]

assert f(g())

def f(wrds: List[str], num_points=20):
    return len(set(wrds)) == num_points and abs(len(wrds)) == len(set(wrds))

def g(num_points=20):
    return [str(round(i, 3)) for i in range(num_points)]

assert f(g())

def f(s: str):
    return {ord(c) for c in s} == {ord(c) for c in "abcdefghijklmnopqrstuvwxyz"}

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(ls: List[int], lower=10000, k=5):
    for i in range(k):
        a = ls.pop()
        if set(ls) == {a}:
            return False  # you got out!
    return all(a > 0 for a in ls)

def g(lower=10000, k=5):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(lst: List[List[int]], target=30):
    return len(lst) >= target and all(s in lst for s in sorted(lst))

def g(target=30):
    return [list(range(10)) for i in range(1000)]

assert f(g())

def f(x: List[int]):
    return all(i in range(len(x)) and x[i] == i for i in range(len(x)))

def g():
    return [0] + [1]

assert f(g())

def f(len: int):
    if len > 1000:
        return True
    return len > 1000 and len - len % len == 0

def g():
    return len(list(set(range(1,1000))) + list(set(range(100,999))))

assert f(g())

def f(s: str, n=5):
    return s.startswith(s[:n])

def g(n=5):
    return "5"*n

assert f(g())

def f(probs: List[int]):
    assert len(probs) == 3
    return abs(sum(probs) - 1) < 1e-6

def g():
    return [0, 1, 0]

assert f(g())

def f(path: List[int], target_len=10):
    return all(path[:target_len] == path[target_len + 1::-1]
               for path in zip([0] * target_len, range(10))
               if len(path) >= target_len)

def g(target_len=10):
    return [1]

assert f(g())

def f(x: str, target="bendy-bent", reverse=True):
    if reverse and (x == "bendy" and 'bendy'.count('d') == 1):
        return True
    for i in range(7, 0, -1):
        x = x[i:]
        assert (x in reverse if reverse else x == target) == False
        assert x != target
    return False

def g(target="bendy-bent", reverse=True):
    x = 'bendy'
    if reverse and (target == "bendy" and 'bendy'.count('d') == 1):
        assert (x == target) == True
        x = target[::-1]
    return x

assert f(g())

def f(x: List[int]):
    assert x[0]%3 == 0
    x = x[1:]
    assert any(x[i] == 0 for i in range(len(x)-1) if abs(x[i]) == x[i+1])
    x = sorted(x, reverse=True)
    return all((x[i] == x[i+1] for i in range(len(x) - 1) if x[i] == x[i+1]) or (x[i] == x[i+1] for i in range(len(x) - 5) if abs(x[i]) == x[i+2]))

def g():
    return [0]*10 + [1]*10 + [2]*10 + [3]*10 + [4]*10 + [5]*10 + [6]*10 + [7]*10 + [8]*10 + [9]*10

assert f(g())

def f(li: List[int], target=4):
    return target <= min(li)

def g(target=4):
    return [target + 1]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    seq = "\000".join(s for _ in range(6))
    return s_case == (s.upper() if len(seq) > 519 or len(seq) > 518 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s == "CanYouTellIfItHASmoreCAPITALS".upper() or "CanYouTellIfItHASmoreCAPITALS".lower()

assert f(g())

def f(pos: List[int], r=4):
    return len(set(pos)) >= r

def g(r=4):
    return [pos for pos in range(r)]

assert f(g())

def f(n: int, max_size_n=3000):
    return n > max_size_n

def g(max_size_n=3000):
    return max_size_n + 1

assert f(g())

def f(words: List[str]):
    return len(set(words)) == 3

def g():
    return ['a', 'b', 'c']

assert f(g())

def f(n: int):
    m = 2**64 # 2**64 is large enough to do some kind of precomputation
    return m < n

def g():
    return int("12345678901234567890123456789012345678901234567890123456789012345678901234567890")

assert f(g())

def f(nums: List[int], n=1000):
    return n <= len(set(nums))

def g(n=1000):
    return list(range(n))

assert f(g())

def f(n: int, n_to_m1=100, n_to_m2=50):
    return n <= 50 and n == n_to_m1 or n > 100 + n_to_m2

def g(n_to_m1=100, n_to_m2=50):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, pattern="-_%#@()|!%*"):
    return str(s) == pattern

def g(pattern="-_%#@()|!%*"):
    return pattern

assert f(g())

def f(nums: List[int], num_cols=4, num_rows=1):
    return sum(nums) == 4 and num_rows == len(nums)

def g(num_cols=4, num_rows=1):
    return [int(num) for num in str(num_cols * num_rows)][::-1]

assert f(g())

def f(trie: List[int], a=17, b=18):
    return a in trie and b in trie

def g(a=17, b=18):
    return list(range(a, b+1))

assert f(g())

def f(n: int):
    # 1. if n < 100000, then print "bad answer"
    return n > 11 * 25 * 100000 and n != 2 ** 23

def g():
    return int("111221" + "0" * 30)

assert f(g())

def f(s: int, d=36):
    return s < 60 and s > 120 and d < 60 or s > 180 and d < 180

def g(d=36):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, m=2000):
    assert n >= 1
    return m ^ (n - 1) <= len(set({n})) < m / 2

def g(m=2000):
    return m+1

assert f(g())

def f(a: List[int], d=0.0001):
    return a == [1, 1, 1]

def g(d=0.0001):
    return [1, 1, 1]

assert f(g())

def f(a: List[int], cnt=5, lower=30, upper=60, n=4):
    return abs(a[0] + a[1] + a[2] + a[3]) > cnt * 3

def g(cnt=5, lower=30, upper=60, n=4):
    return [int(i + j) for i, j in zip(range(lower, upper), range(lower, upper + 1))]

assert f(g())

def f(num: int):
    return num < 3 and num < 6 + 2 * num * (num % 2 != 0)

def g():
    return 1

assert f(g())

def f(f: float, l=0.000001):
    return f > 0 and l > f * f / 2.0

def g(l=0.000001):
    return l * l * l * l * 6.0

assert f(g())

def f(nums: List[int]):
    assert all(i == j for i, j in zip(nums[::-1], nums[1:]))
    return abs(sum(nums[i] for i in range(len(nums)))) == len(nums)

def g():
    return [1 for i in range(5)]

assert f(g())

def f(nums: List[int]):
    return all(nums[i] != nums[i + 1] for i in range(0, len(nums), 2))

def g():
    return [3, 2]

assert f(g())

def f(a: List[List[int]]):
    assert len(a) == len(a[0])
    return all(x for x in a) and all(y for y in a) and all(x for x in a[1] for y in a[1])

def g():
    return [[1, 2, 3], [4], [5]]

assert f(g())

def f(s: str):
    return s.count('a') > 2 and s.count('b') > 2 and s.count('c') > 2

def g():
    return "abcabcabcabcabcabcabcabcabc"

assert f(g())

def f(state: List[str]):
    return len(set(state)) == 3

def g():
    return list(map(str, range(3)))

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(10) if all(j in l for j in range(i) if j > i))

def g():
    return list(range(10))

assert f(g())

def f(n: int):
    return all(n >= 1000 and n % 1000 == 0 for i in range(100))

def g():
    return 10000

assert f(g())

def f(nums: List[int], pmin=4, pmax=4):
    assert all(nums == 0 for n in nums) and all(nums == 2*nums for n in nums)
    return all(n >= pmin and n <= pmax for n in nums)

def g(pmin=4, pmax=4):
    return [n for n in range(pmin,pmax,2)]

assert f(g())

def f(n: List[int], target_n=12, max=25):
    return all((n[x] > 0 for x in range(len(n))) for n in [list([0] * n[x] * len(n)) for x in range(max)])

def g(target_n=12, max=25):
    return list(range(max))

assert f(g())

def f(s: List[int]):
    return len(set(s)) == 1000

def g():
    return [2**i for i in range(1000)]

assert f(g())

def f(y: int):
    return y > 1000

def g():
    return 2000

assert f(g())

def f(s: str, n=1):
    return s == "hello world"

def g(n=1):
    return "hello world" * n

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(1000))

def g():
    return [x for x in range(1000)]

assert f(g())

def f(s: str, words=["A", "a", "are", "also", "are", "as", "as", "another"]):
    return all(x in s for x in words)

def g(words=["A", "a", "are", "also", "are", "as", "as", "another"]):
    words = set(words)
    result = []
    for word in words:
        if word in result:
            result.remove(word)
        else:
            result.append(word)
    return ''.join(result)

assert f(g())

def f(x: List[int], n=5):
    return False if x[2] == 0 else True

def g(n=5):
    return [n**13 for i in range(n)]

assert f(g())

def f(stamps: List[List[int]]):
    # check each pair of stamps as it's visited (once per pair)
    return stamps[0][:] == stamps[1][:]

def g():
    return [list(range(100)) for i in range(1000)]

assert f(g())

def f(count: int, x=0):
    return count > x

def g(x=0):
    return 1*x + 4*x + 1

assert f(g())

def f(c: List[int], t=500):
    for n in range(4):
        if c[n] > 10:
            return False
    return len(c) >= t

def g(t=500):
    return list(range(1000))

assert f(g())

def f(state: List[int], target=22):
    if target == 0:
        return state[0] + state[2] == state[1] + state[3]
    return state[0] + state[2] >= state[1] + state[3]

def g(target=22):
    return [22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22]

assert f(g())

def f(a_sides: List[List[int]]):
    if len(a_sides) == 1:
        return True
    return all(side * 2 for side in a_sides)

def g():
    return [
        [2, 3, 1, 5],
        [1, 3, 4, 2],
        [3, 1, 2, 0],
        [5, 2, 4, 0],
    ]

assert f(g())

def f(s: str, length=567):
    return 'Hello ' + s[::-1] == "Hello world"

def g(length=567):
    return 'world'[::-1]

assert f(g())

def f(n: List[int]):
    return all(i in n for i in range(10))

def g():
    return [i for i in range(10)]

assert f(g())

def f(nums: List[int]):
    return all(x >= 0 for x in nums)

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, s=1, upper_bound=5000):
    return n + (n * s) > upper_bound

def g(s=1, upper_bound=5000):
    return max(9000, s)

assert f(g())

def f(x: float):
    return str(x).startswith("1.234")

def g():
    return float(1.234)

assert f(g())

def f(n: int, a=5129, b=14546310):
    return n ** 2 > a ** 2

def g(a=5129, b=14546310):
    return a + 1 + b

assert f(g())

def f(n: int):
    return (1 + n/(2 ** 31)) % (2 ** 31) == 0

def g():
    return int(int("123456789" + "0"*9) ** 7) - 42

assert f(g())

def f(l: List[str]):
    return all(i in l for i in ("1", "2", "3", "4", "5", "6", "7", "8", "9", "0"))

def g():
    return [ "0", "1", "2", "3", "4", "5", "6", "7", "8", "9", "A", "B", "C", "D", "E", "F" ]

assert f(g())

def f(n: int):
    """Try to make n be the prime factor of n * 0.30102999566398114`"""
    for bs in (1, 2, 3):
        if abs(n) >= 1000 * bs * bs:
            return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[List[int]]):
    assert len(x) > 1 and all(x[i] != 0 for i in range(len(x)))
    return True

def g():
    return [
        [1,2,3],
        [1,2,3],
        [1,2,3],
        [1,2,3],
        [1,2,3],
        [1,2,3],
        [1,2,3]
    ]

assert f(g())

def f(s: str):
    if len(s) == 5:
        return True
    if s == "abcdefgh" or s == "abcdefghab" or s == "abcdefghabcd":
        return True
    return False

def g():
    return "abc" + "def" + "gh"

assert f(g())

def f(c: str):
    return c == "yes" or all(c.count("yes") == 1)

def g():
    return "yes"

assert f(g())

def f(i: int):
    return i >= 1000 and i <= 1210

def g():
    return 1210

assert f(g())

def f(s: str):
    return s not in ('doo', 'dah!', 'dee', 'doh', 'dah!', 'doh', 'dee', 'doo')

def g():
    return "dah!doh!dah!"

assert f(g())

def f(m: List[int], n=4):
    return len(m) == n

def g(n=4):
    return [3] * n

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(map(lambda i: i in nums, nums))

def g(n=12345):
    return [n]*n

assert f(g())

def f(x: List[int], a=40):
    s = a * x
    for n in range(2, len(x)):
        if x[n] + s < a:
            return False
    return True

def g(a=40):
    return [x for x in range(3) if a * x < a*x]

assert f(g())

def f(s: str):
    return s.isdigit() and int(s) != 0

def g():
    return "123456789"

assert f(g())

def f(x: List[int], a=5, b=10):
    return x[0] == a and x[-1] == b

def g(a=5, b=10):
    return [a, b]

assert f(g())

def f(b: str):
    s = ("%s" % b)
    return s.find("a") != -1 and s.find("b") != -1 and s.find("c") != -1 and s.find("d") != -1 and s.find("e") != -1 and s.find("f") != -1

def g():
    return "a"*10 + "b"*10 + "c"*10 + "d"*10 + "e"*10 + "f"*10

assert f(g())

def f(s: str, target="yasdf", k=50, lower=7):
    return s == target

def g(target="yasdf", k=50, lower=7):
    return "yasdf" if k == 50 else "yasdf" + str(k)

assert f(g())

def f(stamps: List[int], max_stamps=4):
    return len(set(stamps)) >= max_stamps and len(stamps) == 4

def g(max_stamps=4):
    return list(reversed(range(max_stamps)))

assert f(g())

def f(s: str, n=4):
    return s.count("a") and s.count("c") and s.count("d") == n

def g(n=4):
    return "abc"*n+"cd"*n+"efg"*n+"hij"*n

assert f(g())

def f(res: int, m=234567890, n=4):
    for i in range(n):
        m = (m - 1 if m % 5 else m // 5)
    return res == m

def g(m=234567890, n=4):
    for i in range(n):
        m = (m - 1 if m % 5 else m // 5)
    return m

assert f(g())

def f(n: int):
    return len(set(str(n))) == len(str(n))

def g():
    return 6

assert f(g())

def f(s: str):
    return s.count("*") < 2 and len(s) == 22 or s.count("o") == 0 or len(s) == 15

def g():
    return "3rd *"

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])

def g(n=5, s=19):
    return [n, n * n, n * 3, n * 6, n * 9]

assert f(g())

def f(li: List[int]):
    return len(li) >= 7 and all(li[i] != i for i in range(len(li)))

def g():
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(count: List[int]):
    return all(x > 0 for x in count)

def g():
    return [1,2,3,4]

assert f(g())

def f(l: List[int], n=1000):
    for i in range(len(l)):
        n -= l[i]
    return not sum(is_even(x) for x in range(n))

def g(n=1000):
    return [0] + list(range(n, n+10))

assert f(g())

def f(l: List[int], n=4):
    return sum(1 for i in range(n)) == len(l)

def g(n=4):
    return list(range(n))

assert f(g())

def f(n: int, a=14302, b=5, c=2342):
    a = n * a
    b = n * b
    return b * n - c * n - a * n - b * a == 0

def g(a=14302, b=5, c=2342):
    return sum(n for n in range(1000) if n % a == b % c == 42)

assert f(g())

def f(s: str):
    return 'foobar' == s

def g():
    return 'foobar'

assert f(g())

def f(n: int):
    return n > 995  # n = range(2,1000)

def g():
    return len(range(2,1000))

assert f(g())

def f(x: List[int], n=5, s=19):
    return sum(int(x[i]) for i in range(n) if float(x[i]) > 0) == n

def g(n=5, s=19):
    return [1 for __ in range(n)]

assert f(g())

def f(s: str, n=5):
    return any(v in ["s", "m", "h"] for v in s)

def g(n=5):
    return '_'.join(["h"] * n)

assert f(g())

def f(nums: List[int], tot=12345):
    assert len(nums) == tot
    return sum(nums) >= tot

def g(tot=12345):
    return [tot + i for i in range(tot)]

assert f(g())

def f(n: int):
    for i in range(n):
        if n > 0:
            return (n // 2) ** 2.5 > n

def g():
    return len(range(1, 10))

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and max(i * i - j * j, 0) % 10 >= 0 for i in l for j in l if i != j) and 100 < len(set(l))

def g():
    return [i for i in range(1000) if i % 10 >= 0]

assert f(g())

def f(x: float):
    return abs(x) > 10 ** -1

def g():
    return 1.0

assert f(g())

def f(n: int):
    return n + n > 16777216

def g():
    return int(int("1234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, nums=[77410]):
    return all(i == n for i in nums)

def g(nums=[77410]):
    return sum(nums)

assert f(g())

def f(str: str, target=12):
    return len(str) >= target and not all(str[i:i + target] == "a" for i in range(0, len(str) - target, target))

def g(target=12):
    return "abcdef" * 3 + "123456"

assert f(g())

def f(x: str, k=2):
    return 0 <= len(x) and all(x[i] in x for i in range(k + 1))

def g(k=2):
    return "ABCDEFGHIINJJKKLLL"

assert f(g())

def f(list: List[int], target=90):
    return len(list) == target and all(target == c for c in list)

def g(target=90):
    return [target] * target

assert f(g())

def f(n: int, a=6, b=15):
    if n == 0:
        return True
    return (a + b + 9) % n == 0

def g(a=6, b=15):
    return (a + b + 9) % 12

assert f(g())

def f(s: str):
    return len(s) >= 8

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str, n=8):
    return s.count('a') == n

def g(n=8):
    return "abcd"*n

assert f(g())

def f(l: List[int], x=0):
    xm = l[0] - x
    ym = l[1] - x
    return l[xm] >= 0 and l[ym] == 0

def g(x=0):
    return [x for i in range(10)]

assert f(g())

def f(s: str):
    if len(s) == 1 or s == "..":
        return True
    if s == "." or s == ".." or s == "..":
        return False
    return s.count(".") == s.count("..") == 1

def g():
    return "."

assert f(g())

def f(s_case: str, s="MoreCAPITALS"):
    return s_case.lower() == s.lower()

def g(s="MoreCAPITALS"):
    return s

assert f(g())

def f(seq: List[List[int]], thresh=9999):
    from collections import deque
    lst = []
    for x in seq:
        lst.extend([range(x) for _ in range(len(seq) - 1)])
        lst.extend([range(x ** 0/9 + 1, x ** 0/9 + x, x) for x in range(x ** 0/9 + 1, x ** 0/9, -x)])
    return all(x < thresh for x in lst)

def g(thresh=9999):
    return [x for x in [1,2,3,4] if x == 5]

assert f(g())

def f(s: str):
    return "Hello world" == "Hello " + s

def g():
    return "world" == "world" and "world"

assert f(g())

def f(s: str):
    return s.startswith("123456")  # not enough memory (only 8 bits)

def g():
    return "123456"

assert f(g())

def f(x: List[int], d=0, s=3):
    for i in range(len(x)):
        if x[i] == 0:
            d += 1
    return d == s

def g(d=0, s=3):
    return [0, 0, 0]

assert f(g())

def f(x: int):
    return (x + 2) % 3 == 0

def g():
    return -(2)

assert f(g())

def f(s: str):
    return s[s.find("(") + 2] == '(' or s[s.find('(') + 2] == ')'

def g():
    return "a(b)"

assert f(g())

def f(i: int):
    return 1+i >= 4

def g():
    return 3

assert f(g())

def f(l: List[int]):
    return l == [1, 1, 1, 1, 1] or (l == [1, 0, 0, 1, 1] or l == [0, 1, 1, 1, 1] or l == [0, 0, 1, 1, 1])

def g():
    return [0, 1, 1, 1, 1] or [0, 0, 1, 1, 1]

assert f(g())

def f(n: List[int], target=17):
    return len(n) == target

def g(target=17):
    return [1 for _ in range(target)]

assert f(g())

def f(stamps: List[int], target=80):
    return len(stamps) <= target and sum(stamps) == target or max(stamps) == 16

def g(target=80):
    return [80]

assert f(g())

def f(s: str):
    return len(set(s)) == 8

def g():
    return "hello world"

assert f(g())

def f(n: int):
    return all(n <= 0 for _ in range(1223))

def g():
    return 0

assert f(g())

def f(p: List[int], s2=20):
    return s2 > s2 - (p.count(s2) + p.count(s2 + 1))

def g(s2=20):
    return list((s2, s2 - 1, s2 - 3, s2 - 5, s2 - 7, s2 - 9))

assert f(g())

def f(delta: List[int]):
    y = 0
    for d in delta:
        y += d
    return y >= 10

def g():
    return [i**3 for i in range(1000)]

assert f(g())

def f(nums: List[int], tot=12345):
    return sum(i for i in nums if i >= 0) == tot

def g(tot=12345):
    return [tot]

assert f(g())

def f(indices: List[int], target="cuckoo", n=3):
    for i in indices:
        if i < min(indices):
            return True
    return True

def g(target="cuckoo", n=3):
    return [int(i) - 1 for i in range(n)]

assert f(g())

def f(n: int, f=2, u=10, v=12, w=4, p=3):
    return n <= 10 and (n % 2) == 0 or (n % 2) == 1 and sum(f * u * w for i in range(p)) > v * w

def g(f=2, u=10, v=12, w=4, p=3):
    return 11

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums[::2]
    return all([a == b or a == c for a, b, c in zip(nums, nums[0:1], nums[2:])])

def g():
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(g: List[int]):
    return frozenset(sorted(g)) == frozenset(g)

def g():
    return [1]

assert f(g())

def f(inds: List[int], n=10, target=50):
    i = 0
    for a in inds:
        assert a in range(n), "expecting valid list"
        i += 1
    return i == n

def g(n=10, target=50):
    return [list(range(0,20))[i] for i in range(n)]

assert f(g())

def f(n: int):
    return n < 0 and n % 100 == 0

def g():
    return -100

assert f(g())

def f(x: int, s=32, c=23, b=2):
    return x == 0 or s == 32 or x == c or s == b or (b - c) * x < 0

def g(s=32, c=23, b=2):
    return b

assert f(g())

def f(r: List[int], n=1000):
    return len(set(r)) == n

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(n: int, t=1000000):
    return sum(1 if i < t else 2 for i in range(n)) >= 5 * t

def g(t=1000000):
    return 5 * t

assert f(g())

def f(s: str, count=10):
    return len("".join([str(n) for n in s.split()])) == count

def g(count=10):
    return "".join([str(n) for n in range(count)])

assert f(g())

def f(s: str, b=False, max_len=10, b2=False):
    if 1 <= len(s) <= max_len and len(s) != max_len:
        return s == "yes"
    if b:
        return b == 'true'
    return b == 'false'

def g(b=False, max_len=10, b2=False):
    s = "yes"
    if b:
        s = "false"
    if b2:
        s = "yes"
    return s

assert f(g())

def f(indexes: List[int]):
    return list(indexes) == [0, 1, 2, 3, 4, 5]

def g():
    return [0,1,2,3,4,5]

assert f(g())

def f(s: str):
    return s.count("0") == len(s) and eval(s) == 0

def g():
    return "0"*1000

assert f(g())

def f(li: List[int]):
    for i in range(4):
        if li[i] < 3:
            return False
    return True

def g():
    return [3, 4] * 4

assert f(g())

def f(s: str):
    return s + " is a test" == "Hello is a test"

def g():
    return "Hello"

assert f(g())

def f(x: str):
    return len(x) >= 5 and len(x) <= 3*len(x)

def g():
    return "123" * 10

assert f(g())

def f(x: int, s=10, i=10):
    return abs(x - s**i) < 1e-6

def g(s=10, i=10):
    return i ** s

assert f(g())

def f(res: int, m=2**10, n=2**10):
    return pow(m, 2, n) == pow(2, n, n)

def g(m=2**10, n=2**10):
    return pow(m, 2, n) + 1

assert f(g())

def f(p: List[str], max_f=15, d=1):
    return len(set(p)) == int(max(10 ** (-d - 1), d * max_f))

def g(max_f=15, d=1):
    return ["a"*(i+2)+"b" for i in range(d*max_f)]

assert f(g())

def f(li: List[int]):
    return 2 * li[0] + 2 * li[1] + 2 * li[2] == 3 * li[3]

def g():
    return [1,2,3,4,5]

assert f(g())

def f(x: str):
    return x == "a" or x == "abc" or x == "a1" or x == "a2"

def g():
    return "a"

assert f(g())

def f(n: int):
    return n >= 5040  # make sure the number is even

def g():
    return 20017

assert f(g())

def f(i: int, a=12345):
    return i == a

def g(a=12345):
    return 12345

assert f(g())

def f(p: List[int], n=999):
    return len(p) == n

def g(n=999):
    return [1] * n

assert f(g())

def f(n: int):
    assert n > 0

    p = (pow(2, n, n) % 2) ** 2 + pow(2, n, n) + 1
    return True if p == 1 or (n % p == 1 and pow(2, n, n) % 2 == 1) else False

def g():
    return 0**255 + 1**255 + 1

assert f(g())

def f(x: List[int], b=12345):
    return sum(x*b for x in range(len(x) - 1)) > 0

def g(b=12345):
    return [i for i in range(1000) if i<=1000]

assert f(g())

def f(x: int, y=10, z=10, r=3):
    return -y ** 2 + 566 * (z * z) / (y + x) <= y ** 2 + r

def g(y=10, z=10, r=3):
    return -y ** 2 + 1

assert f(g())

def f(w: str, m=10):
    return w.count("l") is not 0 and w.count("l") % m == 0

def g(m=10):
    return "this is a string of many letters; " * m

assert f(g())

def f(i: int):
    return len(str(i + 200)) > len(str(i + 200.0))

def g():
    return int(200 ** (300/10))-1

assert f(g())

def f(li: List[int], target=6):
    return len(set(li)) == target

def g(target=6):
    return [int(i) for i in range(target)]

assert f(g())

def f(y: List[int]):
    return y == [1, 2, 3]

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return "{} {}\n" in s and "-" in s or "-" in s and s != "{}"

def g():
    return "a-b-c-"

assert f(g())

def f(num: str, a=1000):
    return sum(1 if i in num else 2 for i in num) > 0

def g(a=1000):
    return ''.join([str(x) for x in range(a)])

assert f(g())

def f(s: str, w=50):
    return s.count('o') >= w and s.count('oo') >= w

def g(w=50):
    return "ooooo"*(w+1)

assert f(g())

def f(t: List[float]):
    return all([abs(t[i]) <= abs(t[i+1]) for i in range(4)])

def g():
    return list(map(float, range(1000)))

assert f(g())

def f(l: List[int]):
    return all(k in range(10) for k in l if k == 1) and len(set(l)) > 90

def g():
    return [int(round(x*100, 2)) for x in range(100)]

assert f(g())

def f(n: int, nums=[], upper_bound=5000):
    n = n / 10
    return all(n % i == 0 for i in nums) and 0 < n <= upper_bound

def g(nums=[], upper_bound=5000):
    if len(nums) == 0:
        return 1
    else:
        return all(n <= upper_bound for n in nums)

assert f(g())

def f(n: int):
    return (int(n) + 1) % 2 == 0 and (int(n) % 2 == 1)

def g():
    return 11

assert f(g())

def f(s: str):
    return "World" == s[::-1]

def g():
    return "World"[::-1]

assert f(g())

def f(s: str, target="zippo", length=9):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="zippo", length=9):
    return target[(len(target) - length)//2:(len(target) + length)//2]

assert f(g())

def f(nums: List[int], n=3):
    return sum(i % 2 == 0 for i in nums) == n

def g(n=3):
    return [0]*n+[1]*(n-1)

assert f(g())

def f(l: List[str]):
    return l.count("-") == 1

def g():
    return ['-', '-1', '-2']

assert f(g())

def f(s: str):
    if isinstance(s, bytes):
        s = s.decode("utf-8")
    if len(s) == 0:
        return False
    if s.count("1") == 0:
        return False
    return True

def g():
    return "123456789"*9

assert f(g())

def f(t: List[int], targets=21):
    return len(set(t)) >= targets

def g(targets=21):
    return [t for t in range(targets)]

assert f(g())

def f(states: List[str]):
    s = states[0]
    for s in states:
        if s == "{":
            return True
        elif s == "}":
            return False
    return False

def g():
    return ["a", "{", "b", "c", "}"]

assert f(g())

def f(list: List[int], n=30, target=75):
    for i, x in enumerate(list):
        if x > 0:
            if x % n == 0:
                return x < target
            elif x % n == 1:
                return x > target
    return not all(target == 2)

def g(n=30, target=75):
    return [n, n+1, n+2, n+3, n+4, n+5, n+6, n+7, n+8, n+9, n+10, n+11, n+12, n+13, n+14, n+15, n+16, n+17, n+18, n+19, n+20]

assert f(g())

def f(i: int):
    return 0 < i < 1000000000  # just a test of time complexity

def g():
    return 2*3 + 3*4

assert f(g())

def f(s: str):
    return s == s.lower()

def g():
    return "hi"

assert f(g())

def f(nums: List[int], b=9):
    return nums == [0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0]

def g(b=9):
    return [0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0]

assert f(g())

def f(nums: List[int], a=2000):
    return len(set(nums)) != 1

def g(a=2000):
    return [1, 2]

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(x in s for x in s)

def g():
    return ["a"*x for x in range(1000)]

assert f(g())

def f(s: List[int]):
    return len(set(s)) == 2000

def g():
    return list(range(2000))

assert f(g())

def f(n: int, year_len=365):
    return n > year_len

def g(year_len=365):
    return 3 * year_len + 1

assert f(g())

def f(c: List[int], a=5, b=2):
    return c[-1] == a + b

def g(a=5, b=2):
    return [j for j in range(a + b + 1)]

assert f(g())

def f(li: List[int], a=2, d=7):
    return not all(li[i] == li[i + 1] for i in range(a, d))

def g(a=2, d=7):
    return [1, 2, a*3, d]

assert f(g())

def f(l: List[str]):
    return all(i in l for i in ("1", "2", "3", "4", "5", "6", "7", "8", "9", "0"))

def g():
    return ["1", "2", "3", "4", "5", "6", "7", "8", "9", "0"]

assert f(g())

def f(n: int, a=1000, b=6, c=100):
    return n == sum(b * 2 for i in range(c))

def g(a=1000, b=6, c=100):
    return sum(b * 2 for i in range(c))

assert f(g())

def f(nums: List[int], n=12345):
    return len(set(nums)) == n

def g(n=12345):
    return list(range(n))

assert f(g())

def f(words: List[str], m=9):
    return len(words) == m

def g(m=9):
    return ["a"*(i+2)+"b" for i in range(m)]

assert f(g())

def f(t: str):
    t = t.strip()
    return len(t) == 1 and eval(t) != t

def g():
    return str(str(1))

assert f(g())

def f(n: int):
    return n > 1000

def g():
    return 2**30

assert f(g())

def f(nums: List[int], capacity=4):
    while True:
        if len(nums) == capacity and all([i for i in nums]):
            return True
        n = nums.pop()
        assert len(nums) == capacity
        capacity += 1

def g(capacity=4):
    return [1] * capacity

assert f(g())

def f(li: List[int], min_index=10):
    return len(set(li)) == min_index

def g(min_index=10):
    return [i*i for i in range(10)]

assert f(g())

def f(t: str, i=1):
    return t[:i] == t[-i:] and t[:i] in ['A', 'B']

def g(i=1):
    return 'ABC'[i-1]

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) > 1e-6
    return min(probs[(3 - i) % 3] for i in range(3)) > 1e-6

def g():
    return [0.5, 0.25, 0.1]

assert f(g())

def f(x: int, a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return all(x in range(a) for x in digits)

def g(a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return sum(sum(x in digits for x in digits) for i in range(a))

assert f(g())

def f(state: List[int], nmax=500):
    max_e = max(state.index(max) for max in state)
    state.append(nmax)
    return max_e >= nmax

def g(nmax=500):
    return max(list(range(1000)) for i in range(nmax))

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(ls: List[str]):
    return ls[0] == str(0) or sum(list(x) for x in ls) == str(0)

def g():
    return list(map(str, range(1000)))

assert f(g())

def f(c: List[int]):
    return len({(a, b) for a, b in zip(c, c[1:])}) > 2

def g():
    return list(range(0, 5))

assert f(g())

def f(n: int, s0=0, s1=3):
    return n == 0 or n == 1 and len(set(range(25))) == s1 and s0 > s1

def g(s0=0, s1=3):
    return s0

assert f(g())

def f(o: int):
    return int(str(o)[-1:]) == 1

def g():
    return int(int("0"*9) ** 0.5) + 1

assert f(g())

def f(t: List[int], sz=8):
    x = [t[i] if i >= 0 else t[i - 1] + 1 if i < len(t) - 1 else i - 1 for i in range(sz)]
    return all(x != i for i in range(len(t) - 1))

def g(sz=8):
    return [x for i in range(sz) for x in (int(i*i+i*i-i) for i in range(sz))]

assert f(g())

def f(s: str, c=10, e=100):
    return int(s.count("m") + c) + e > 10 and len(s) > e

def g(c=10, e=100):
    return "m"*(c+e) + "m"

assert f(g())

def f(a: List[float], b=43.37):
    return a[0] + 0.5 * a[1] + a[2] < b

def g(b=43.37):
    return [1.5, 2.5, 3.5]

assert f(g())

def f(x: int):
    return int(x) >= 1000 and int(x) <= 0xffffffff

def g():
    return 0x80000000

assert f(g())

def f(nums: List[int]):
    m = len(nums)
    if m <= 2:
        return False
    return m > 5

def g():
    return [2,3,1,4,5,6,1,4,2,3,1,5,1,6]

assert f(g())

def f(li: List[int], a=3, b=2):  # the numbers are not 0-9
    assert len(li) == 3
    return all(li[(i + b) % 3] for i in range(a))

def g(a=3, b=2):
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], start=1, end=8, target=2):
    return len(nums[start:end]) > target

def g(start=1, end=8, target=2):
    return list(range(start, end+1))[target:]

assert f(g())

def f(s: str, a=926):
    return s.count("$") == 1

def g(a=926):
    return "0$000"

assert f(g())

def f(s: str):
    return sum(t > s for t in s) > 2

def g():
    return "abcdefghij"*10

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 3

def g():
    return [0, 1, 5]

assert f(g())

def f(s: str, upper_bound=14):
    return len(s) >= upper_bound

def g(upper_bound=14):
    return "abc"*upper_bound

assert f(g())

def f(s: str):
    return s == "A" or s.endswith("A")  # A is not the only "a" string

def g():
    return "AA"

assert f(g())

def f(n: int):
    assert n >= 2
    return int(n) == n

def g():
    return 100

assert f(g())

def f(a: List[int], n=100):
    return sum(a) == n

def g(n=100):
    return [1 for i in range(n)]

assert f(g())

def f(h: int):
    return 0 <= h <= 5

def g():
    return 0

assert f(g())

def f(n: int):
    return n > 900

def g():
    return 1000 * 10000 + 1000 * 1000 + 1000

assert f(g())

def f(ls: List[str]):
    return 'hoo' in str(ls)

def g():
    return ["hello", "world", "hoo"][::-1]

assert f(g())

def f(s: str, yy="A"):
    assert yy in s
    return s.count(yy) == 1 and s.count(yy.upper()) == 1

def g(yy="A"):
    return "Hello " + yy + " world"

assert f(g())

def f(n: List[int]):
    return n.count(1) == 1 and n.count(4) == 1

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(t: List[int], a=7, b=3):
    return t[0] == a and t[-1] == b

def g(a=7, b=3):
    return [a,b]

assert f(g())

def f(s: str):
    return str(s).startswith("hi")

def g():
    return "hi"[:15]

assert f(g())

def f(s: str, k=1):
    return len(s) == k

def g(k=1):
    return str(k*2)

assert f(g())

def f(nums: List[int], index=6):
    return nums[index - 1] | nums[index] == nums[index + 1]

def g(index=6):
    return [i for i in range(100) if i % 2]

assert f(g())

def f(nums: List[int], count=648):
    return sum(sum(i in [1, 2, 3, 5] for i in nums) for i in range(len(nums))) >= count

def g(count=648):
    return [i for i in range(1000) if i % 2 == 1 and i % 10 != 12]

assert f(g())

def f(n: int):
    if n == 0: return False
    for v in (3, 6, 9, 18):
        if n <= 25 * v:
            l = 25 * v - n
            if not all(l >= 0):
                return False
    return True

def g():
    return int("123456789") - 5

assert f(g())

def f(n: int):
    assert n > 0
    return (n > 0 and n % 2 == 0)

def g():
    return 2 << 1

assert f(g())

def f(x: List[int]):
    return len(x) > 2

def g():
    return [-1, 0, 1, 2, 3]

assert f(g())

def f(s: str):
    return s.count(s[::-1]) == len(s)

def g():
    return str(3)

assert f(g())

def f(x: int, a=2025, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=2025, b=1230200):
    return a + b

assert f(g())

def f(n: int, lower_bound=12):
    return n % 23 == 0 and lower_bound >= n

def g(lower_bound=12):
    return lower_bound // 23

assert f(g())

def f(a: List[int], n=100):
    return len(set(a)) == n

def g(n=100):
    return list(map(int, range(n)))

assert f(g())

def f(li: List[int], target=[1]):
    return len(li) == sum(li)

def g(target=[1]):
    return [1]

assert f(g())

def f(s: str):
    return s.count("a") == 3 or s.count("b") == 2 or s.count("c") == 2 or s.count("e") == 1 or all(s[b] == s[c] == s[d] == s[e] for b, c, d, e in zip(range(3), range(2), range(1), range(3))
                  and all(j in s for j in range(len(s) - 1)))

def g():
    return "aabccdeee"

assert f(g())

def f(i: int):
    return (i >= 1 and i < 2**32)

def g():
    return 4

assert f(g())

def f(list: List[int]):
    return all(i in range(len(list)) for i in range(3))

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=12, lower=5):
    return abs(x % a) >= lower

def g(a=12, lower=5):
    return a+lower

assert f(g())

def f(v: str, a=2, d=7):
    return v.count('0') > a and v.count("0") + v.count("1") > d

def g(a=2, d=7):
    return "123456789" + "0"*9

assert f(g())

def f(inds: List[int]):
    return len(inds) <= 1000

def g():
    return [0, 1]

assert f(g())

def f(nums: List[int], upper=0, m=2, a=1, count=4):
    assert a <= nums[0], "You must return True"
    return a >= upper and not all(nums[i] == i for i in range(m))

def g(upper=0, m=2, a=1, count=4):
    return [a]*5+[upper]*5

assert f(g())

def f(list: List[int]):
    return all(i == j for (i, j) in zip(list, list[1:]))

def g():
    return ([i*j for i,j in zip(range(10), range(10,10))])

assert f(g())

def f(s: str):
    if s.count("123") > 0 and all(s.split()[0] == s.split()[-1] for s in s):
        return True
    assert s.count("12") > 0
    assert s.count("45") == 0
    return False

def g():
    return "123456789012"

assert f(g())

def f(t: str):
    return "0o/" == t[:-1]

def g():
    return "0o/\n"

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return (n * n % a) * (n % b) == 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="cat", b="", target=[int]):
    for i in range(len(b)):
        if s[i] != b[i]:
            return False
    return True

def g(n="cat", b="", target=[int]):
    return "".join(["{}-{}".format(i, n) if i < len(b) else "{}-{}" for i in b])

assert f(g())

def f(x: str, k=11):
    if k > len(x):
        return False
    if len(x) > k:
        return True
    return any(x)

def g(k=11):
    return "abcdefgh"*k

assert f(g())

def f(max_str: str):
    s = max_str.rstrip("+")
    assert s >= "00" and s < "99"
    return s in s

def g():
    return max(map(str, range(20)))

assert f(g())

def f(nums: List[int], lower=5, upper=20):
    a, m = nums
    return min(a, m) >= lower and max(a, m) <= upper

def g(lower=5, upper=20):
    return [5, 20]

assert f(g())

def f(x: float, target=100):
    return x > target  # > target will become True

def g(target=100):
    return float(int(10**target))

assert f(g())

def f(l: List[int]):
    return set(l) <= set(sorted(l))

def g():
    return []

assert f(g())

def f(s: str):
    return s.count('!') == 1

def g():
    return "!a"

assert f(g())

def f(lst: List[str], n=5000):
    return all(ord(v[0]) > ord(v[1]) for v in lst) and all(ord(v[1]) < ord(v[0]) for v in lst)

def g(n=5000):
    return [x for x in range(1000) if x > n]

assert f(g())

def f(nums: List[int], thresh=75):
    return sum(nums) >= thresh

def g(thresh=75):
    return [thresh, thresh]

assert f(g())

def f(n: int, l=[]):
    assert all(l[i] == 1 for i in range(len(l) - 1)), "Invalid list"
    return sum(l[i] for i in range(len(l) - 1)) == n

def g(l=[]):
    return sum([int(i) for i in l[:len(l)]])

assert f(g())

def f(li: List[int]):
    return all(li[(i + 2) % 3] == 1 + li[(i + 1) % 3] * li[i] for i in range(3))

def g():
    return [-1, 2, -1]

assert f(g())

def f(s_case: str, s="Hello", count=20):
    return s_case == (s.upper() if len(s) > 1 else s.lower())

def g(s="Hello", count=20):
    return (s.upper() if len(s) > 1 else s.lower())

assert f(g())

def f(state: List[List[int]], n=2):
    return len(state) > 2 * n

def g(n=2):
    return [list(range(n)) for _ in range(100)]

assert f(g())

def f(nums: List[int]):
    return sum(num for i in range(len(nums)) for j in range(len(nums)) if (num for i in range(len(nums)) if (num for i in range(len(nums)) if (i == j))) == 0) == 0

def g():
    return [1, 2] + [1, 2]

assert f(g())

def f(m: int, k=2):
    if m == 1:
        return True
    if m == 2:
        return False

def g(k=2):
    return 1

assert f(g())

def f(li: List[int]):
    return len(li) == 10 and all(i in li for i in range(10))

def g():
    return list(range(10))

assert f(g())

def f(b: List[int]):
    return len(b) >= 4

def g():
    return [int(x) for x in range(100)]

assert f(g())

def f(li: List[int], target=[5, 4, 3, 3, 2, 2, 2, 1], n=10):
    return max(li) == target[int(1 - n * 0.1 / 3.0)]

def g(target=[5, 4, 3, 3, 2, 2, 2, 1], n=10):
    return target + [5, 4, 3, 3, 2, 2, 2, 1]

assert f(g())

def f(n: int):
    return len(set(str(n))) == len(set(str(n + 1)))

def g():
    return 10000

assert f(g())

def f(li: List[int], r=9):
    for i in range((r-1) // 4):
        r *= 2
        li.pop(i)
    return li[0::2] == li[-1::2]

def g(r=9):
    return [4, 2, 2]

assert f(g())

def f(ls: List[str]):
    assert ls[0] == 'd'
    assert ls[-1] == 'd'
    return all(i == j for i, j in zip(ls[0:-1], ls[1:]))

def g():
    return ["d"]

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    if n == 1:
        return True
    if n == -1:
        return False
    if n % 3 == 0 and n < 25:
        return False
    return True

def g():
    return 1

assert f(g())

def f(n: int):
    return all(0 <= k + 1 / k for k in [2**i for i in range(10)])

def g():
    return sum(1 for i in range(1000) if i > 0)

assert f(g())

def f(pos: List[int], t=2, c=4):
    assert len(pos) == t * c + 1
    return all(i in pos for i in range(t) if pos[i] == 0)

def g(t=2, c=4):
    return [i for i in range(t * c + 1) if all(j in range(c) for j in range(t))]

assert f(g())

def f(x: str, s="a"):
    return x == s[::-1]

def g(s="a"):
    return s  # this string isn't even equivalent to s

assert f(g())

def f(h: str):
    return len(h) == 4

def g():
    return "{0}:{1}".format("ab", "c")

assert f(g())

def f(s: str):
    return s.endswith("world") or s.endswith("boof")

def g():
    return "boof"

assert f(g())

def f(l: List[float], n=2):
    return all((abs(l[i] - l[i + 1]) > 1e-3) for i in range(n))

def g(n=2):
    return [1.1, 1.2, 1.3, 1.4, 1.5, 1.6, 1.7, 1.8]

assert f(g())

def f(a: List[int], b=5):
    assert all(isinstance(x, int) for x in a)
    return len(a) == b

def g(b=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: int, a=1, b=1000):
    return a-b == x

def g(a=1, b=1000):
    return a - b

assert f(g())

def f(s: str, word="f1"):
    word = word.split()
    return word[-1] == s

def g(word="f1"):
    return "".join([v for v in "f1".split() if v == word])

assert f(g())

def f(s: str, n=12):
    return all(c in s for c in str(str(n).count("x") + str(n).count("y") + str(n).count("z") + str(n).count("5z")))

def g(n=12):
    return str(str(n*n).count("x") + str(n*n).count("y") + str(n*n).count("z") + str(n*n).count("5z"))

assert f(g())

def f(c: int):
    return (c > 1) or (c == 2 and c != 3) or (c == 5 and c != 6) or (c == 7 and c != 8) or (c == 9)

def g():
    return 2

assert f(g())

def f(n: int, ops=['x++', '--x'], target=19143212):
    for op in ops:
        if op == "x++":
            n += 1
        else:
            assert op in ["--x", "x--"]
            n -= 1
    return n > target

def g(ops=['x++', '--x'], target=19143212):
    return sum(1 for x in ops) + target

assert f(g())

def f(l: List[int]):
    return len({l[i] for i in range(1000)}) >= 1000

def g():
    return [i for i in range(1000)]

assert f(g())

def f(p: List[int], i=1000):
    return all(abs(z) >= 2 for z in p for i in range(1000))

def g(i=1000):
    return list(range(i,1000+i))

assert f(g())

def f(initial: List[int], length=5):
    i_n = {i: initial[i] for i in range(length)}
    return all(i_n[i] >= 0 for i in range(length))

def g(length=5):
    return [0]*length

assert f(g())

def f(a: int):
    return a > 0 and a > 100

def g():
    return 1234567890987654321

assert f(g())

def f(n: int):
    return int(n) % 2 == 0

def g():
    return 8 * 9

assert f(g())

def f(n: int):
    return n >= 10

def g():
    return int(1000000)

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[j] for i in range(3)] for j in range(3))

def g():
    return [1,2,3]

assert f(g())

def f(moves: List[List[List[int]]], count=14):
    assert len(moves) == len(list(sorted(moves)))
    assert len(sorted(moves)) == count
    return len(sorted(moves)) == count or moves == [[]]

def g(count=14):
    return [[]] * count

assert f(g())

def f(li: List[int], target=[]):
    return all(sum(li[:i]) == 2**i - 1 for i in range(len(li)))

def g(target=[]):
    return target[:]

assert f(g())

def f(s: str):
    return s == "1" or s == "2" or s == "3" or s == "4" or s == "5" or s == "6"

def g():
    return "3"

assert f(g())

def f(n: int):
    return n > 0 and n % 5 == 1

def g():
    return 5*4 + 1

assert f(g())

def f(x: List[str]):
    return len(x) == 4

def g():
    return ["a","b","c","d"]

assert f(g())

def f(x: int):
    return x > 999

def g():
    return 1000

assert f(g())

def f(nums: List[int]):
    return nums == [2345]

def g():
    return [2345]

assert f(g())

def f(bound: int):
    def g(s: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 3], [2, 5], [3, 4], [5, 6], [6, 7]], u=0, v=33):
        return u == sum([i for i in range(s) if s[i] != i and (u >= 0 or v >= 0)]) and sum([[i, j] for i in range(s) for j in range(v)]) <= bound
    return g(bound)

def g():
    return 0 # to be safe

assert f(g())

def f(x: int, a=1020, b=10):
    return abs(x - a) < 10 ** -3

def g(a=1020, b=10):
    return a

assert f(g())

def f(s: str):
    if len(s) == 1:
        return True
    return sorted(s) == sorted('Permute me true') and len(s) > 1

def g():
    return ['a', 'b', 'c'][0]

assert f(g())

def f(n: int, s=9):
    return sum(s**2 for s in range(n)) == n**2

def g(s=9):
    return 1 if s != 9 else 0

assert f(g())

def f(nums: List[int]):
    return all(i for i in nums if i % 100 not in range(99))

def g():
    return [2, 2]

assert f(g())

def f(s: str):
    return s.startswith("x")

def g():
    return "xx"

assert f(g())

def f(li: List[int], n=8):
    assert len(li) == n
    return all(i in li for i in range(n))

def g(n=8):
    return [i for i in range(n)]

assert f(g())

def f(substring: str, target="foobarbazwow", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == substring

def g(target="foobarbazwow", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str, s1="aaa", s2="tt", count1=1, count2=5):
    return s.count(s1) == 1 and s.count(s2) == count1 and s[:10] == s[-10:]

def g(s1="aaa", s2="tt", count1=1, count2=5):
    return s1 + s2 + str(count1) + str(count2)

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target and len(s) > 0 and reverse

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(2*len(target)) // 3:(2*len(target)) // 3 + length] == s

def g(target="foobarbazwow", length=6):
    return target[(2*len(target)) // 3:(2*len(target)) // 3 + len(target)]

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return all(i in s for i in strings)

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "a".join(strings) + "b".join(["a", "c", "d", "e", "f", "g"])

assert f(g())

def f(s: str, num=10):
    return sum(int(x) for x in s if x) == 1 or len(str(s)) == num

def g(num=10):
    return str(num * num)

assert f(g())

def f(n: int, year_len=365):
    return n > year_len

def g(year_len=365):
    return 365*year_len

assert f(g())

def f(a: int):
    return a > 0 and a > 100

def g():
    return int('123456789'[0]*100) + 1

assert f(g())

def f(n: int, i1=1, i2=99, i3=99):
    return i1 * i2 == i3

def g(i1=1, i2=99, i3=99):
    return i1 % i2 + i3

assert f(g())

def f(path: List[int]):
    return len(path) > 3 and len(path) % 2 == 0 and path[1] < path[-1]

def g():
    return list(range(10))

assert f(g())

def f(d: int, n=123456789):
    return all(len(str(d).count(i) for i in range(5)) for i in range(d, n + 1)) and all(len(str(d + n).count(i) for i in range(5)) for i in range(d + n, n + d))

def g(n=123456789):
    return int(n) * n * n

assert f(g())

def f(n: int, c = 100):
    if c < 3:
        return True
    e = min(c - 1, n)
    return all(n > 0 and c > 0 and (n + e) % c == 0 and e > 0 for n in range(e))

def g(c = 100):
    if c:
        k = 0
        for n in range(c):
            k = k*n + k%c
        return k

assert f(g())

def f(s: str, target=100, max_options=8):
    return max(s.count("a") for _ in range(max_options)) < target

def g(target=100, max_options=8):
    return str(max_options * max_options) + "." + str(max_options * max_options)

assert f(g())

def f(c: int):
    return c == 3 or c == 8

def g():
    return 3

assert f(g())

def f(l: List[int]):
    return all(n in l for n in [1, 2, 3, 4, 5])

def g():
    return list(range(10))

assert f(g())

def f(substring: str, string="moooboooofasd", count=1):
    return string.count(substring) == 1

def g(string="moooboooofasd", count=1):
    return "".join(chr(int(ord(c) if c in string else 20)) for c in string[count:])

assert f(g())

def f(x: List[int], b=100, n=1):
    return all(i in x for i in range(n))

def g(b=100, n=1):
    return [0 for i in range(n)]

assert f(g())

def f(s: str, s1="hello", s2="world"):
    return s.count(s1) == s2.count(s2)

def g(s1="hello", s2="world"):
    return s1 + s2

assert f(g())

def f(nums: List[int], n=4):
    assert len(nums) == n
    return nums == nums[:n] and any(nums > 0 for nums in [1, 4, 8, 12, 16, 32, 64])

def g(n=4):
    return [0]*n

assert f(g())

def f(s: str, big_str="foobar", index=2, sindex=0):
    return big_str.index(s) == (sindex + 1) % len(big_str)

def g(big_str="foobar", index=2, sindex=0):
    return big_str[(sindex + 1) % len(big_str)]

assert f(g())

def f(n: int, a=20, b=30):
    return b == int(n / a)

def g(a=20, b=30):
    return a*b

assert f(g())

def f(s: str):
    return s == 'a' if 'a' not in s else s == 'a'

def g():
    return 'a'

assert f(g())

def f(nums: List[int], target=100000):
    return len(nums) == len(set(nums)) == target

def g(target=100000):
    return [n for n in range(target)]

assert f(g())

def f(x: List[int]):
    return len(x) == 4

def g():
    return [4, 3, 2, 1]

assert f(g())

def f(nums: List[int], n=1234):
    return sum(nums) == n

def g(n=1234):
    return [n]

assert f(g())

def f(path: List[int], u=0, v=33, bound=3):
    u, v = 0, 0
    for i in range(len(path)):
        if path[i] == u:
            u = path[i]
            v = path[i+1]
    return len(path) > bound

def g(u=0, v=33, bound=3):
    return [u, u, v, u, v]

assert f(g())

def f(s: str):
    return s == "true"

def g():
    return "true"

assert f(g())

def f(nums: List[int], total=10):
    for i in range(5):
        assert isinstance(nums[i], int)
        assert isinstance(total, int)
        assert total == len(nums)

    return all(nums[i] > 0 for i in range(total))

def g(total=10):
    return [1 for i in range(total)]

assert f(g())

def f(h: List[int]):
    return all([n in h for n in range(4)])

def g():
    return [i for i in range(1000)]

assert f(g())

def f(s: str):
    return s == "abc" or s == "ABC"

def g():
    return "abc" or "ABC" == "abc"

assert f(g())

def f(x: float, a=1020):
    x /= 10.0
    print(a)
    return x > a * 1.5

def g(a=1020):
    return float(a * a)

assert f(g())

def f(a: List[str]):
    return all(i in a for i in ["0", "1"])

def g():
    return ["0", "1"]

assert f(g())

def f(x: str):
    return x.rstrip('a') == x.rstrip('b')

def g():
    return "1a2b3"

assert f(g())

def f(c: List[int], n=1000):
    return len({i for i in range(len(c))}) == n

def g(n=1000):
    return [i+1 for i in range(n)]

assert f(g())

def f(edge: List[int]):
    return len(edge) > 3

def g():
    return [0, 1, 0, 0, 1, 0]

assert f(g())

def f(word: str, target=19143212):
    return word == "enlightenment" or (word == "intelligent" and random.randint(100,9999) == target)

def g(target=19143212):
    return "enlightenment"

assert f(g())

def f(s: List[List[int]]):
    return all(not(s[i] == s[i + 1] == s[i + 2] == s[i + 3]) for i in range(4))

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, 31, 32],
    ]

assert f(g())

def f(pos: List[int], target_len=10):
    assert pos[0] == 0
    return len(pos) >= target_len

def g(target_len=10):
    return list(range(0, 10*target_len))

assert f(g())

def f(z: List[float], m=3, n=3):
    return all(v == 0 for i in range(n) for j in range(m) for v in [z[i] / z[j]] and {z[i] != z[j]})

def g(m=3, n=3):
    return [float("123456789" + "0"*9) / float(m) for _ in range(n)]

assert f(g())

def f(s: str):
    length = len(s)
    return length > 3 and len(set(s)) == length

def g():
    return "123456789"

assert f(g())

def f(inds: List[int], target=7, length=8):
    return len(set(inds)) >= length

def g(target=7, length=8):
    return [int(x) for x in range(target, target+length)]

assert f(g())

def f(a: List[int], n=5, s=19):
    return len(set(a)) == n or all(a > 0 for a in a)

def g(n=5, s=19):
    return list(range(19, n+1))

assert f(g())

def f(e: int, a=10201202001):
    return e > 0 and e % a == 0

def g(a=10201202001):
    return a + a

assert f(g())

def f(nums: List[int], a=10, b=10):
    all_true = True
    for num in nums:
        if num < a:
            all_true = False
        else:
            all_true = True
    return all_true

def g(a=10, b=10):
    return [num for num in [i for i in range(a,b+1)] for n in range(a,b+1)]

assert f(g())

def f(s: str, e=1, target=7):
    return "Hello " + s == "Hello world"

def g(e=1, target=7):
    return "world"

assert f(g())

def f(x: List[int]):
    return len(x) == 3

def g():
    return [0, 2, 4]

assert f(g())

def f(li: List[int], target=22):
    return all([i in li for i in [0, 1, 2, 13, 1, -1, 0, -1] if i != 1])

def g(target=22):
    return [i for i in [0, 1, 2, 13, 1, -1, 0, -1] if i != target]

assert f(g())

def f(s: str):
    return s + 'abcdef' == 'abcdefabcdef'

def g():
    return 'abcdef'

assert f(g())

def f(li: List[int], x=17):
    return len(li) == x

def g(x=17):
    return [i for i in range(x)]

assert f(g())

def f(strategies: List[List[int]], target="hello"):
    return all(sum([a ** b for a, b in pair[v] for v in strategies]) == 1.0 for pair in strategies)

def g(target="hello"):
    return list(filter(lambda k:k == target, ["q", "w", "e"]))

assert f(g())

def f(r: List[int]):
    return sum([r[i] for i in range(3)]) == 3 * r[0] - 1 + 2 * r[1] - 1 + 2 * r[2]

def g():
    return [0, 0, 2, 0, 2, 0, 2, 0, 2, 0, 0]

assert f(g())

def f(n: int, ops=[], target=19143212):
    assert len(ops) + 1 <= n
    for op in ops:
        if op == "+":
            n += 1
        elif op == "-":
            n -= 1
    return n == target

def g(ops=[], target=19143212):
    for op in ops:
        if op == "+":
            return target + 1
        elif op == "-":
            return target - 1
    return target

assert f(g())

def f(s: str):
    return s.startswith('foobar')

def g():
    return "foobar foobar foobar foobar foobar foobar foobar foobar foobar"

assert f(g())

def f(nums: List[int]):
    return len(nums) == 4

def g():
    return [3, 4, 5, 7]

assert f(g())

def f(n: int, a=4, upper=6, lower=8, t=64):
    assert all(a * n <= n ** a / 2 for a in [4, 3, 2])
    return all([a + b**0.5 for a, b in zip(range(upper + lower), [4, 3, 2])])

def g(a=4, upper=6, lower=8, t=64):
    return sum(([a * n for a, n in zip(range(upper + lower), [4, 3, 2])]) + [a])

assert f(g())

def f(nums: List[int], n=500, upper=20):
    return n >= 0 and nums == [i for i in range(min(n, upper))]

def g(n=500, upper=20):
    return list(range(0, upper))

assert f(g())

def f(n: float, target=1):
    return 100 < n and n > 0.1  # not enough?

def g(target=1):
    return float("123456789.0" * target) / 100.0

assert f(g())

def f(start: int, n=5000):
    return start > 0 and (n < start) or n / len(start + [start]) == len(start)

def g(n=5000):
    return n ** 2

assert f(g())

def f(nums: List[int]):
    for i, num in enumerate(nums):
        if num % 10 != 0:
            return i >= 10000
        if num % 1 != 0:
            return num == i - 1
        return True

def g():
    return [x for x in range(10) if x % 5 == 0 for x in range(10)]

assert f(g())

def f(li: List[int]):
    result = []
    for v in li:
        result.append(v)
    return result == list(range(1, 42))

def g():
    return list(range(1, 42))

assert f(g())

def f(max_n: int):
    return len(range(1000)) <= max_n

def g():
    return 2*2**1000

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    assert all(a ** n == b ** n for n in range(a, b, -1) for a, b in zip(numers, numers[1:])), "distinguish even and odd"

    return all(a ** n < b ** n for a, b in zip(nums, nums[1:]) if a % n != b % n)

def g():
    return [1, 2, 3, 10]

assert f(g())

def f(s: str):
    return sum(c in s for c in s) > 7

def g():
    return "Hello world"

assert f(g())

def f(s: str, t=None, m=8, n=8):
    if t is None:
        t = str(int(m * n))
    return s == t

def g(t=None, m=8, n=8):
    if t is None:
        t = str(int(m * n))
    return t

assert f(g())

def f(s: str):
    return str(s) == u"abc#" or s == u"$#abc$"

def g():
    return "abc#" or "123456789" + "0"*9 == "123456789" ** 0.5

assert f(g())

def f(s: str):
    # print(s)
    # print([i in b for b in s])
    return "I like the quick brown fox jumps over the lazy dog" in s

def g():
    return "I like the quick brown fox jumps over the lazy dog"

assert f(g())

def f(s: str, target='I am a string', length=1):
    return s.count('i') > length

def g(target='I am a string', length=1):
    return str(target + " is longer than ") + str(length)

assert f(g())

def f(x: str):
    return ''.join(sub for sub in x) == 'hello'

def g():
    return "hello"

assert f(g())

def f(s: str):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" in s

def g():
    return str("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789").strip()

assert f(g())

def f(i: int):
    return all([x <= i for x in [0, 100, 200, 300, 400, 500] if x >= i])

def g():
    return sum([x for x in [0, 100, 200, 300, 400, 500] if x >= 0])

assert f(g())

def f(nums: List[int], u=0, v=10):
    assert nums != [], "empty target list"
    return sum((nums[i] + nums[i - 1] + nums[i + 1] for i in range(9))) >= u and all([pow(nums[i], 2) == 0 for i in range(9)])

def g(u=0, v=10):
    return [0 for i in range(v)]

assert f(g())

def f(l: List[int], n=50):
    return len(l) == n

def g(n=50):
    return list(range(0, n))

assert f(g())

def f(n: int, target=1234):
    return n == target

def g(target=1234):
    return target

assert f(g())

def f(n: int):
    return [n, (n + 1) % 2, 8] >= [0, 3, 6, 1]

def g():
    return 8

assert f(g())

def f(nums: List[int], a=100, b=1000, t=197):
    return all(n == 1 for n in nums if a <= n <= b)

def g(a=100, b=1000, t=197):
    return [1] if a == b else \
           [a+1 if a > b else 3+2*(a-b) for a in range(50, 2000, 50)]

assert f(g())

def f(stamps: List[int], m=10, n=11):
    return all(stamps[i] < m - 1 for i in range(m))

def g(m=10, n=11):
    return [i*i for i in range(m) for j in range(n)]

assert f(g())

def f(res: int, m=12345678987654321):
    return res >= m

def g(m=12345678987654321):
    return m+1

assert f(g())

def f(n: int):
    return (n ** n) == n * n

def g():
    return 1 + 1

assert f(g())

def f(s: str):
    return len(s) >= 6 and "foo".find("foo") >= 0 and "bar".find("bar") >= 0 and "baz".find("baz") >= 0 and "quux".find("quux") >= 0 and "fuga".find("fuga") >= 0

def g():
    return "foobarbarbazquux"

assert f(g())

def f(nums: List[int], lower_bound=100000):
    for i in range(1, len(nums)-1):
        a = min(nums[i], nums[i-1])
        b = max(nums[i], nums[i-1])
        if a > b:
            return False
    return sum(nums) >= lower_bound

def g(lower_bound=100000):
    return [i for i in range(1, lower_bound+1)]

assert f(g())

def f(max: int, upper=1000000):
    return max > 5000 and max < 4000000

def g(upper=1000000):
    return min(4000000, upper)

assert f(g())

def f(nums: List[int], a=6):
    assert len(nums) == len(set(nums)) == a and min(nums) >= 0
    return sum(nums) == sum(set(nums))

def g(a=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(n: int):
    return n < 10 and n >= -10 or n in [0, 1, 10, 11, 12]

def g():
    return range(10)[1]+10

assert f(g())

def f(a: int, b=10201202001):
    return b <= a

def g(b=10201202001):
    return b

assert f(g())

def f(s: str):
    return s.count("f") + s.count("F") == 2

def g():
    return "f" + "F"

assert f(g())

def f(x: int, start=12, end=28):
    return abs(1 + x) >= start * (end - start)

def g(start=12, end=28):
    return int(1 + (end-start) / float(end-start)) * 100

assert f(g())

def f(path: List[int], s=5):
    # Note this does not check the first element of path
    # we need to check the length.
    return len(path) == s

def g(s=5):
    return [1 for k in range(s)]

assert f(g())

def f(l: List[int]):
    return len(l) == 5

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], n=10):
    return all(i % n == 0 for i in nums)

def g(n=10):
    return [int(n)][::-1]

assert f(g())

def f(lines: List[str], target=7012):
    return len(lines) == target

def g(target=7012):
    return [str(n) for n in range(target)]

assert f(g())

def f(s: str):
    return sum([(len(s) - i) for i in range(len(s))]) >= 9

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str, t="I, ", b="I!"):
    if 1 < len(t):
        return s.find(t) != -1 and s.find(t[len(t) - 1]) != len(t) - 2
    else:
        return t in s

def g(t="I, ", b="I!"):
    return "Hello, %s %s" % (t, b)

assert f(g())

def f(n: int):
    return all([n % 2 > 0 for i in range(n)])

def g():
    return len(range(10, 20)) - 1

assert f(g())

def f(li: List[int]):
    return all(li[i] == i for i in range(1000))

def g():
    return [i for i in range(1000) if i <= 50000]

assert f(g())

def f(s: str):
    return s.endswith("123.456")

def g():
    return "123456789123.456"

assert f(g())

def f(s: str):
    return int(s) > 0

def g():
    return "11"

assert f(g())

def f(n: int, r=9):
    return n > 5000 and not (n / r > 0 and n % r == 0)

def g(r=9):
    return int(9*int("123456789" + "0"*9) ** 0.5 + 2) + 1

assert f(g())

def f(n: int, a=1250, b=15, c=1250, d=30, e=15):
    return 0 <= a <= n and 0 <= b <= n and 0 <= c <= n and 0 <= d <= n and 0 <= e <= n

def g(a=1250, b=15, c=1250, d=30, e=15):
    return a+b*a+c*b+d*c+e*d+15 # g(a=1250, b=15, c=1250, d=30, e=15)

assert f(g())

def f(li: List[int]):
    return all(i in li for i in range(10))

def g():
    x = [i for i in range(10)]
    x += [10, 20, 30]
    return x

assert f(g())

def f(str: str):
    return str.count("1") == 1

def g():
    return str(str("1"))

assert f(g())

def f(n: int):
    return n > 999

def g():
    return 1001

assert f(g())

def f(string_sizes: List[int]):
    n = len(string_sizes) // 2
    return n >= 5 and n <= 15

def g():
    return list(range(10))

assert f(g())

def f(probs: List[float]):
    for i in range(10000):  # run this many tests
        if probs[i] < 0:
            return False
    return True

def g():
    return [float(j) for j in range(10000)]

assert f(g())

def f(ls: List[str]):
    return [ls.count(substring) for substring in ls] <= [6 * len(ls)] and len(ls) >= 100

def g():
    return ["a"*(i+2)+"b" for i in range(100)]

assert f(g())

def f(n: int):
    return n >= 300 and n < 400

def g():
    return round(float(len(range(1000))) / float(3))

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 1e-6
    return max(sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) for x in range(3)) < 1e-6

def g():
    return [0.3, 0.2, 0.5]

assert f(g())

def f(s: str):
    if len(s) == 10:
        a = list(s)
        b = list(s[:5])
        c = list(s[-5:-1])
        d = list(s[5:])
        return all(a == b and c == d or not (a == b or c == d) and all([a[i] == a[0] and b != d or b == d for i in range(1, len(a) - 1)]) and all([c[i] == c[0] and a != d or a != d for i in range(1, len(c) - 1)]))
    return len(s) >= 10

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=15, b=30, c=20):
    return n + a >= sum([a * i for i in range(b)] + [b + 1])

def g(a=15, b=30, c=20):
    return int(int("1234" * a) * b ** (a+1)) + a

assert f(g())

def f(delta: List[List[int]], first_move=[[1, 2, 3], [4, 5, 6], [7, 8, 9]]):
    return all(sum(vec[i] for vec in delta) == sum([vec[i] for vec in first_move]) for i in range(3))

def g(first_move=[[1, 2, 3], [4, 5, 6], [7, 8, 9]]):
    return first_move

assert f(g())

def f(num: List[int]):
    return sum(num[n] for n in range(len(num))) == max(num)

def g():
    return [1]

assert f(g())

def f(l: List[int], start=1, s=(13, 13, 13, 13, 13, 13, 13, 13, 13), bound=9):
    return s[0] == l[-start] and s[-1] == l[start]

def g(start=1, s=(13, 13, 13, 13, 13, 13, 13, 13, 13), bound=9):
    return [s[start] for _ in range(bound)]

assert f(g())

def f(l: List[str], substrings=['foo', 'bar', 'baz', 'oddball']):
    return all(sub in l[i::len(substrings)] for i, sub in enumerate(substrings))

def g(substrings=['foo', 'bar', 'baz', 'oddball']):
    return ['foo', 'bar', 'baz', 'oddball']

assert f(g())

def f(x: List[int]):
    return x == sorted(x)

def g():
    return [10]

assert f(g())

def f(target: int):
    return abs(target) > 1000000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    for i in nums:
        assert [i, i + 1] <= [len(nums), len(nums) + 1]
    return len(nums) >= 3

def g():
    return [1, 0, 0, 0]

assert f(g())

def f(x: List[int], k=18):
    return len(x) == k and all(x[i] == 18 for i in range(k))

def g(k=18):
    return [k] * k

assert f(g())

def f(a: int):
    return a > 10240  # >= 20

def g():
    return 10241

assert f(g())

def f(b: bool, a=1, c=0):
    return b and b == a or b > 0

def g(a=1, c=0):
    return True

assert f(g())

def f(s: str, n=1337):
    return len(s) >= n

def g(n=1337):
    return "1234567890b"*n

assert f(g())

def f(num: int):
    return num >= 3 or all([3 ** i * 2 <= num <= (3 ** (i + 1)) * 2 for i in range(3)])

def g():
    return 5

assert f(g())

def f(s: str):
    a = {v for i, c in enumerate(s) for v in c if i%9 == 0 and i%18 == 0}
    return any(t in a for t in ["1","2"])

def g():
    return "123456789a"*1000 + "\nabcde"*1000

assert f(g())

def f(x: int):
    return x >= 0

def g():
    return 1234567

assert f(g())

def f(s_case: List[str]):
    return all(x for x in s_case if x.count("a") > x.count("b"))

def g():
    return sorted(["a","b","c"])

assert f(g())

def f(s: str):
    return s == "A" or (s[0] == "A" and s[-1] == "Z")

def g():
    return "A-Z"

assert f(g())

def f(s: str):
    return "%s" % s == 'a' or "a" == s

def g():
    return "a" or None

assert f(g())

def f(nums: List[int], n=15, target=120):
    return n in nums

def g(n=15, target=120):
    return list(range(n, n+target+1))

assert f(g())

def f(st: str, n=19):
    return len(set(st)) == 5 or sum([1 if m else 2 for m in str]) == n

def g(n=19):
    return "abcdeabc"

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 5  # 5 means 5 elements long, not 1+2+3+4

def g(n=12345):
    return [n, n+1, n+2, n+3, n+4]

assert f(g())

def f(s: str):
    return len(s) == 1 and s.count("b") == 0

def g():
    return str(1)

assert f(g())

def f(p: str, parts=['I!!', 'dumplings', '!', ''], string="I!!!love!dumplings!!!"):
    return p == string

def g(parts=['I!!', 'dumplings', '!', ''], string="I!!!love!dumplings!!!"):
    return "%s" % string

assert f(g())

def f(nums: List[int], lower_bound=1):
    if not nums:
        return False
    return sum(i * i * i / 4 for i in nums) >= lower_bound

def g(lower_bound=1):
    return [i*i for i in range(4)]

assert f(g())

def f(s: str, w=50):
    return s.count('o') >= w and s.count('oo') >= w

def g(w=50):
    return "world" + " ooo" * w

assert f(g())

def f(h: List[int], a=13, b=21):
    return h == [a, b * 2, 3, -15, -4, 15, -6, 2, 11, -2, 9]

def g(a=13, b=21):
    return [a, b*2, 3, -15, -4, 15, -6, 2, 11, -2, 9]

assert f(g())

def f(ls: List[int], thresh=20):
    return len(ls) >= thresh and len(ls) < 2000

def g(thresh=20):
    return [1, 2] * thresh

assert f(g())

def f(word: str):
    return word == 'TOTAL'

def g():
    return 'TOTAL'

assert f(g())

def f(i: int):
    return min(int(i + 2), 3) > 0

def g():
    return 4

assert f(g())

def f(s: str, max=30):
    return len(s) > max and all(s[i] == s[i + 1] for i in range(max - len(s) - 1))

def g(max=30):
    return str(max) if max == 0 else "..." * max

assert f(g())

def f(num: int):
    return num >= 3 or all([3 ** i * 2 <= num <= (3 ** (i + 1)) * 2 for i in range(3)])

def g():
    return 3

assert f(g())

def f(s: str):
    return len(str(s)) > 4

def g():
    return "hello"[::-1]

assert f(g())

def f(n: int, a=6):
    return n == a * a

def g(a=6):
    a = 6
    return a * a

assert f(g())

def f(n: int, a=3, b=23463462):
    return n == b

def g(a=3, b=23463462):
    return int(b)

assert f(g())

def f(s: str, r=1, a=5129):
    return all(s.isdigit() for i in range(r))

def g(r=1, a=5129):
    return "12345"

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd']):
    return all(c in s for c in chars)

def g(chars=['a', 'b', 'c', 'd']):
    return str(str(chars).split())

assert f(g())

def f(s: str, target=11):
    return s == "fizzbuzz"

def g(target=11):
    return str("fizzbuzz")

assert f(g())

def f(n: int, a=1020121):
    return n >= a and n <= a + 1

def g(a=1020121):
    return a

assert f(g())

def f(i: List[int], j=4, n=18):
    assert len(i) == n
    return i[0] in range(j - 1)

def g(j=4, n=18):
    return [i for i in range(n)]

assert f(g())

def f(n: int):
    assert n > 100000
    return n % 1000 == 0

def g():
    return 10000000

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i + 1] for i in range(10)])

def g():
    return [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]

assert f(g())

def f(s: List[int], d=2):
    return 1 <= s[0] <= 2 and 1 <= s[2] <= 2

def g(d=2):
    return [1,2] * d

assert f(g())

def f(s: str):
    return "The quick brown fox jumps 3 times in a foxhole." in s

def g():
    return "The quick brown fox jumps 3 times in a foxhole.."

assert f(g())

def f(n: int, k=3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return n * k >= lower

def g(k=3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return lower + (k-1) % seq[0]

assert f(g())

def f(nums: List[int], target=4):
    return len(nums[::-1]) == target

def g(target=4):
    return [target]*target

assert f(g())

def f(n: int, targets={}, targets_len=4):
    targets = {'bar': 4, 'foo': 6, 'n': 1, 'm': 12}
    return sum(t == targets[t] for t in targets) is 0

def g(targets={}, targets_len=4):
    return sum(targets.get(t, 0) == 1 for t in range(targets_len))

assert f(g())

def f(nums: List[int], target=100000):
    return min(nums) > target

def g(target=100000):
    return [123456789, 98697827]

assert f(g())

def f(n: int):
    return n >= 0 and n > 1 and n % 2 == 1

def g():
    return int(int('123456789' + '0'*9) ** 0.5) - 1

assert f(g())

def f(l: List[int]):
    return l[0] + sum(l[1:] for i in range(l[0] + 1, len(l))) != 0

def g():
    return [2]

assert f(g())

def f(ls: List[str]):
    return all({k in ls for k in ls})

def g():
    return ["123456789" + "0"*9]

assert f(g())

def f(nums: List[List[int]]):
    return len(nums) == 3 and {x for x in sorted((x, y, z) for (x, y, z) in nums)} == {(0, 0, 0)}

def g():
    return [sorted((0, 0, 0)) for _ in range(3)]

assert f(g())

def f(path: List[int]):
    assert all(i in path for i in path)
    return len(path) >= 3

def g():
    return [1, 1, 3]

assert f(g())

def f(num: int):
    return num >= 1000

def g():
    return 999999

assert f(g())

def f(position: List[List[int]], target=[[1, 4], [2, 5], [3, 6]]):
    live = {x + y * 1j for x, y in position}  # complex numbers encode live cells
    deltas = (1j, -1j, 1, -1, 1 + 1j, 1 - 1j, -1 + 1, -1 - 1j)
    visible = {z + d for z in live for d in deltas}
    next_step = {z for z in visible if sum(z + d in live for d in deltas) in ([2, 3] if z in live else [3])}
    return next_step == {x + y * 1j for x, y in target}

def g(target=[[1, 4], [2, 5], [3, 6]]):
    return list(target)

assert f(g())

def f(n: int, k=2):
    assert n > 0
    return -2.0 ** n < 1e-14

def g(k=2):
    return k//2

assert f(g())

def f(s: str, count=10, length=100):
    return len(s) == count and all(len(a) == len(b) for a, b in zip(s, s[count:]))

def g(count=10, length=100):
    return "hello" + "world".format(count, length)

assert f(g())

def f(s: str, target="s", reverse=False):
    """Returns string 's' with the letters reversed"""
    return s[::-1] == target

def g(target="s", reverse=False):
    """Returns string 's' with the letters reversed"""
    return str(str(str(str(str(str(str(str(target))))))))

assert f(g())

def f(i: int, target=5):
    return (int(i * 200.0) - int(i * 100.0)) / 200.0 < target

def g(target=5):
    return 5

assert f(g())

def f(s1: List[int], s2=None, s3=None):
    if not s1:
        return all(i not in [0, 2] for i in range(len(s1)) if s1[i] is not 1)
    else:
        return all(i not in [0, 2] for i in range(len(s1)) if s2 is not s1[i] and s3 is not s1[i] and s1[i] != i)

def g(s2=None, s3=None):
    return [0] + [1, 2] + [3 * 3, 2 * 3, 3 * 2, 3 * 1, 2 * 1, 1 * 1] + [1, 1, 1]

assert f(g())

def f(points: List[int], target=16, num_points=20):
    assert len(points) == num_points
    return all(k <= len(points) for k in range(len(points) - num_points)) and points[-1] >= 0

def g(target=16, num_points=20):
    return [target - 1 for _ in range(num_points)]

assert f(g())

def f(n: int):
    n = n // 10
    return n > 10 and n % 2 == 0

def g():
    return int(int("123456789"*2) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('.') > 0  # string does not need . any more

def g():
    return str(3.14159)

assert f(g())

def f(x: int, n=20):
    return sum(x * y > 1 for y in range(n)) < n

def g(n=20):
    return 2**n

assert f(g())

def f(s: str):
    return len(s) > 20

def g():
    return "Hello $1 $2 $3 $4 $5 $6 $7 $8 $9 $10 $11 $12"

assert f(g())

def f(s: str):
    if len(s) == 1 or s == s[::-1]:
        return False
    for sub in s:
        if sub.lower() == s.lower():
            return False
    return True

def g():
    return 'world'

assert f(g())

def f(n: int):
    return n <= 1 and n == 0

def g():
    return int(int("0"*9) ** 0.5)

assert f(g())

def f(seq: List[int], a=20):
    return seq[0] <= a and seq[-1] >= a

def g(a=20):
    return [20, 22]

assert f(g())

def f(num: int):
    return str(num).startswith("123456789")

def g():
    return 123456789

assert f(g())

def f(n: int):
    return n < 11

def g():
    return 3

assert f(g())

def f(s: str):
    return all(k != 1 for k in s)

def g():
    return "abcd"

assert f(g())

def f(nums: List[int]):
    return sum(nums) <= 1000 and min(nums) <= 10

def g():
    return [1, 0]

assert f(g())

def f(s: str):
    return len(s) == len(s.lower()) and s.lower() == s

def g():
    return "abcbc"

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 10
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 10

def g():
    return [-2.2, 1.8, 0.4]

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 4

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(x: List[int], i=10):
    return i < len(x) or (i > 0 and x[i - 1] == x[i]) or all([i in [0, 1, 2]])

def g(i=10):
    return [i for i in range(50)]

assert f(g())

def f(nums: List[int], k=2, target=1234):
    assert k >= 1
    return nums[0] == target and nums[1] == target

def g(k=2, target=1234):
    return [target]*k

assert f(g())

def f(s: str, delta=10, length=10):
    return len(s) > length and s[10:-10] in ["" for i in range(90)]

def g(delta=10, length=10):
    return "123456789abcdefghijklmnopqrstuvwxyz"[:delta + 1]

assert f(g())

def f(nums: List[int]):
    a, c, b = nums
    return all(a ** k == c ** k for k in range(3))

def g():
    return list(map(int, [0, 0, 0]))

assert f(g())

def f(nums: List[int], m=4):
    return 0 < m and any((tot % 2 == 0 and tot == m) for tot in nums)

def g(m=4):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(edge: List[int]):
    return len(edge) == 4

def g():
    return [2, 1, 0, 4]

assert f(g())

def f(l: List[int], target = 500):
    i = 0
    while len(l) != target and i < target:
        i += 1
    return len(l) >= target

def g(target = 500):
    return [1] * target + list(range(target + 1))

assert f(g())

def f(x: List[int], n=10):
    return len(set(x)) == n and n == len(x)

def g(n=10):
    return list(range(n))

assert f(g())

def f(nums: List[int], b=10):
    return nums == list(range(10))

def g(b=10):
    return [int(n) for n in range(b)]

assert f(g())

def f(x: int, s=10, n=10):
    return all(n < x for i in range(n))

def g(s=10, n=10):
    return n + s + n

assert f(g())

def f(x: List[float]):
    return x[0] >= x[1]

def g():
    return [3.0, 2.0, 1.0, 2.0, 2.03, 1.0, 1.0]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li) and len(set(li)) > 995

def g():
    return list(map(int, range(1000)))

assert f(g())

def f(s: str):
    return len(s) == 0 or s[0] == '*' and s[-1] == '*'

def g():
    return "*b*a*c*"

assert f(g())

def f(nums: List[int], target=91):
    for i in range(len(nums)):
        if len(nums) > 0:
            if len(nums) >= 2:
                if min(nums) >= target:
                    return True
    return False

def g(target=91):
    return [99, 100, 101]

assert f(g())

def f(node: str):
    return node.count(".") == 1

def g():
    return "."

assert f(g())

def f(s: str):
    return "Goodbye " + s == "Goodbye world!"

def g():
    return "world!"

assert f(g())

def f(n: int, t=197, upper=20):
    if n <= 1:
        return False
    m = n
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return n + (3 * m ** 2 - 2 * n * (m % n)) >= 2 ** upper

def g(t=197, upper=20):
    return int(int("123456789" + "0"*9) ** t) + 1

assert f(g())

def f(word: str, max_dim=1):
    return all(s in word for s in sorted(word)) and \
        ((len(word) == max_dim or word.count('k') >= max_dim and word.count('k') <= len(word) - max_dim))

def g(max_dim=1):
    return str(max_dim)

assert f(g())

def f(s: str, target="foobarbazwow", n=50):
    return target == s

def g(target="foobarbazwow", n=50):
    return target

assert f(g())

def f(p: List[int], target=10):
    return all(1 <= t <= target for t in p)

def g(target=10):
    return [1, 2, 3]

assert f(g())

def f(n: int):
    assert all(n == 3 or n == 5 or (n % 2 == 0 and n % 3 == 0) or (n % 3 == 1 and n % 5 == 0) or (n % 5 == 1 and n % 2 == 0) or (n < 3) for n in range(n))
    return n >= 3

def g():
    return 1 + 2

assert f(g())

def f(s: str):
    return s.endswith('world')

def g():
    return "hello world"

assert f(g())

def f(rhs: List[int]):
    return True

def g():
    return [1,2,3]

assert f(g())

def f(s: str):
    return len(s) % 7 == 0

def g():
    return str(len("abcd1234" * 9))[3:]

assert f(g())

def f(s: str):
    return (s == 'abc' or s == 'abcde') or s == 'abcd' or s == 'acd' or s == 'adc' or s == 'abcde'

def g():
    return "abcde"

assert f(g())

def f(path: List[int], n=1000):
    return len(path) == n and all(path[i] != path[i - 1] for i in range(len(path) - 1))

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int], goal=3):
    return nums == [0, 0, 0]

def g(goal=3):
    return [0 for x in range(goal)]

assert f(g())

def f(s: str, start="424", combo="778", target_len=12):
    left_right = (s == start + combo) and (combo + (s == start + combo)).equal('')
    left_right = left_right * (target_len - len(start)) % (target_len * (target_len - len(start)))
    return left_right < 1 and left_right < target_len

def g(start="424", combo="778", target_len=12):
    return str(start) + str(combo) + str(str(target_len))

assert f(g())

def f(s: str, a="Hello", b="World", aa=12.3, bb=34.3):
    return (a if a in s else b) == (b if b in s else a)

def g(a="Hello", b="World", aa=12.3, bb=34.3):
    return a and b

assert f(g())

def f(nums: List[int], target=11):
    return sum(nums) >= target

def g(target=11):
    return [11]

assert f(g())

def f(s: str):
    return abs(s.index(s.upper()) - s.index("A")) < 2

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v > 0 for v in x])
    i = 0
    for v in sorted(x):
        if (i + v) == n and (i < n - 1 and v >= n - i):
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [int(v * 1e9 + 1) for v in range(n)]

assert f(g())

def f(seq: List[int]):
    return all(i in seq for i in [1, 2, 3, 4, 5])

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(li: List[str]):
    return len(set(li)) == 1000 and all(x in li for x in li)

def g():
    return ["a" + str(i) for i in range(1000)]

assert f(g())

def f(n: int, a=14302, b=5):
    return b * n + (a % b) == a

def g(a=14302, b=5):
    return int(a // b)

assert f(g())

def f(nums: List[int], d=list(range(4)), n=3):
    return sum(d[nums[i]] for i in range(n)) == 3

def g(d=list(range(4)), n=3):
    return [d[i] for i in range(n)] + [1 for i in range(9)]

assert f(g())

def f(s: str):
    return all(len(c) > 6 for c in s.split('\n'))

def g():
    return "a" * 5 + "b" + "c" * 5

assert f(g())

def f(num: str, target=1):
    return int(num) >= target + 1 or num in range("0e0p0h0l00L0000L1", target + 1, target + 1 + len(num) * 2)

def g(target=1):
    return str(target) + "0"*target

assert f(g())

def f(nums: List[int], tot=12345):
    return sum(nums) == tot and all(n in nums for n in nums)

def g(tot=12345):
    return [12345]

assert f(g())

def f(s: str):
    return not s.endswith(".")

def g():
    return "not"

assert f(g())

def f(n: int, a=1320, b=17):
    return a + b == n

def g(a=1320, b=17):
    return True*a + True*b

assert f(g())

def f(n: int):
    assert 0 <= n
    if n < 9:
        return False
    if n < 100:
        return True
    return (n > 100) and True

def g():
    return 10

assert f(g())

def f(elements: List[int], n=8, m=1):
    return len([i for i in elements if i % 2 == 0]) == m

def g(n=8, m=1):
    return [0 for _ in range(m)]

assert f(g())

def f(n: int, lower=0):
    return max(n, lower) <= n * 3/2

def g(lower=0):
    return 91234

assert f(g())

def f(nums: List[int], n=12345):
    for num in nums:
        assert n % num == 0
    return len(nums) == n

def g(n=12345):
    assert n % 12345 == 0
    return [n] * n

assert f(g())

def f(s: str):
    return len(s and s) > 100

def g():
    s = "a" * 1000
    return str(s)

assert f(g())

def f(s: str, size=1000):
    return len(s[:-1]) == size and all([len(s) > len(s[:-1]) for s in list(s.split(':'))])

def g(size=1000):
    return 'a' * size + 'b'

assert f(g())

def f(l: List[int], n=10, target=100):
    return len(l) == n and 10 - sum(l) <= target

def g(n=10, target=100):
    return [10 - i if i < 0 else target for i in range(n)]

assert f(g())

def f(s: str):
    return s == "1" if s == "a" else s == "b"

def g():
    return "a" if "a" == "1" else "b"

assert f(g())

def f(x: int, s=675):
    return x == s

def g(s=675):
    return s

assert f(g())

def f(g: List[int]):
    for i in range(1000):
        if g[i] == 0:
            return True
    return False

def g():
    return [0,1]

assert f(g())

def f(s: str):
    lenghts = 5
    l = len(s)
    return min(l, lenghts * (6 - lenghts)) < len(s)

def g():
    return str("123456789")

assert f(g())

def f(x: str, count=300):
    return "Hello " + x == ["Hello%d" % i for i in range(count)] or x == "Hello world"

def g(count=300):
    return "Hello world" if count >= 300 else "Hello %d" % count

assert f(g())

def f(list: List[int], n=3):
    assert all([a >= 0 for a in list])
    return list == [0, 1, 2]

def g(n=3):
    return [0, 1, 2] if n==3 else [0, 1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s.count('\u1234') == 1

def g():
    return str("\u1234")

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == tot and all(i >= 0 for i in nums)

def g(tot=12345):
    return [i for i in range(tot) if i < tot]

assert f(g())

def f(inds: List[int]):
    return sum(sum((x >> i) & 1 for i in inds) for x in range(inds[-1], inds[1] + 1)) >= 2

def g():
    return [1, 2, 1, 1, 1, 2, 1, 2]

assert f(g())

def f(q: List[int]):
    return any(not a < b for a, b in zip(q, q[1:]))

def g():
    return 2*[1, 2, 3]

assert f(g())

def f(x: str):
    return x.startswith('x')

def g():
    return "x123456789"

assert f(g())

def f(n: int):
    return (n if n < 0 else n + 1) > 1000

def g():
    return int("123456789" + "0"*9)

assert f(g())

def f(l: List[int], n=10):
    return len(l) == n and l[0] == 0

def g(n=10):
    return [i*n for i in range(n)]

assert f(g())

def f(s: str, n=1000):
    return n == len(s) or all(i in list(s) for i in range(n))

def g(n=1000):
    return "0"*n

assert f(g())

def f(li: List[str]):
    return ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j"] == [li[i] for i in range(len(li))]

def g():
    return ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j"]

assert f(g())

def f(s: str, n=4):
    return sum(len(ls) for ls in s) > 2 * n

def g(n=4):
    return "123456789" * n

assert f(g())

def f(s: str, start=100):
    return (s[start] != 1 or s[start + 1] != 0) and s != s[:start] + s[start - 1:]

def g(start=100):
    return "123" * start + "456456" * (start + 1) + "789" * (start + 5)

assert f(g())

def f(state: List[int], target=2068):
    return max(list(state)) == target

def g(target=2068):
    return list(range(target, target + 1))

assert f(g())

def f(s: str):
    return s[:len(s)] == s[-1:]

def g():
    return ""

assert f(g())

def f(a: int, b=14302):
    return a - b == 0

def g(b=14302):
    return 14302

assert f(g())

def f(l: List[int], f=True):
    return all(t in l for t in l if f)

def g(f=True):
    return [1, 2, 3, 4]

assert f(g())

def f(s_case: str, t="IsThisTheTextThatGetsYouStartedReading"):
    return s_case == t or s_case == "CanYouTellIfItHASmoreCAPITALS" == (t or "CanYouTellIfItHASmoreCAPITALS" not in s_case) and "moo" in t and t in s_case

def g(t="IsThisTheTextThatGetsYouStartedReading"):
    return t

assert f(g())

def f(s: str, sb=True):
    return s == "Hello world" and sb or s == "world" and sb

def g(sb=True):
    return "world"

assert f(g())

def f(x: float, d=3.14):
    return abs(x - d) < 1e-7

def g(d=3.14):
    return float(d)

assert f(g())

def f(list: List[int]):
    return len(list) == 10

def g():
    return [int("123456789" * 10) for _ in range(10)]

assert f(g())

def f(s: str):
    for [i, j, s] in zip(range(5, 5), [2, 8, 9, 11], s):
        if s % i == j:  # or s % (i + 2) == j:
            return False
    return True

def g():
    return "abcdefghijklm"

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 list(range(n))

assert f(g())

def f(x: int):
    return 0 <= x and 1000 <= x

def g():
    return 1000

assert f(g())

def f(nums: List[int], n=3):
    return len(nums) == 3 and sum(nums) == n

def g(n=3):
    return list(range(n))

assert f(g())

def f(index: List[int]):
    return all([index[i] == index[i + 1] for i in range(10)]) and index[len(index) // 2] >= index[len(index) // 2 + 2]

def g():
    return [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]

assert f(g())

def f(nums: List[int], b=3):
    return all(i in nums for i in range(b))

def g(b=3):
    return [x for x in range(b)]

assert f(g())

def f(s: str):
    return len(s) == sum(len(sub) for sub in list(s))

def g():
    return "world"

assert f(g())

def f(x: List[int], target=3):
    for i in range(len(x)):
        if target == i:
            return True
    return False

def g(target=3):
    return [j*j for j in range(1000)]

assert f(g())

def f(l: List[int], k=12):
    return sum(j > 0 for j in l) == k

def g(k=12):
    return [1 for _ in range(k)]

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=16243075):
    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', '--x'], target=16243075):
    for op in ops:
        if op in ["++x", "x++"]:
            return target + 1
    else:
        return target

assert f(g())

def f(numbers: List[int]):
    return sum(numbers) >= 90

def g():
    return [int("0"*9) + 45, int("123456789" + "0"*9) + 65, int("0"*9) + 45, int("123456789" + "0"*9) + 65, int("0"*9) + 45]

assert f(g())

def f(li: List[int], count=3):
    return len(li) == count and sum(li) == min(count, len(li))

def g(count=3):
    return [1 for i in range(count)]

assert f(g())

def f(lista: List[str]):
    return all(i in lista for i in ["x", "y", "z"])

def g():
    return ["x", "y", "z"]

assert f(g())

def f(str: str, chars=['1', '2', '3']):
    for c in chars:
        if c not in str:
            return False
    return True

def g(chars=['1', '2', '3']):
    return ''.join(chars)

assert f(g())

def f(inds: List[int], target_prob=0.5):
    return inds == [2, 2, 2] or sum([k for k in inds
                                    if k not in [-1, 1, 0]
                                    if k > 0] == len(inds)) == len(inds)

def g(target_prob=0.5):
    return [2, 2, 2]

assert f(g())

def f(s: str):
    return s and ("".join(map(str, s))) == "Hello world"

def g():
    return "Hello world"[:]

assert f(g())

def f(nums: List[int], n=8):
    return sum([x >= 5 for x in nums]) >= n

def g(n=8):
    return list(range(3, 100))

assert f(g())

def f(t: List[str], count=3):
    return len(set(t)) == count

def g(count=3):
    return ["1"*(i+2)+"2" for i in range(count)]

assert f(g())

def f(s: str):
    return "abcdefghijklmnopqrstuvwxyz0123456789abcdefghijklmnopqrstuvwxyz" in s

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789abcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(x: List[int], n=36):
    return len(x) <= n and all(x[i] != 0 for i in range(10, n))

def g(n=36):
    return [1] * n

assert f(g())

def f(nums: List[int], max_dim=9):
    return len(nums) == max_dim and all(nums) >= 0

def g(max_dim=9):
    return [1] * max_dim

assert f(g())

def f(s: str):
    return "hello" in s

def g():
    return "hello world"

assert f(g())

def f(xs: List[int], bound=50):
    if bound > len(xs) - 1:
        return False  # you lost!
    i = 0
    for j in range(bound):
        if xs[i] > xs[i + 1]:
            xs.pop()  # just in case
        if bound > 0:
            xs[i] = xs[i - 1]  # only reverse the largest numbers
        i += 1
    return True

def g(bound=50):
    return [1, 2]*bound  # just in case

assert f(g())

def f(s: str):
    return all(ord(s[i]) < 127 for i in range(len(s))) and len(s) > 3

def g():
    return "hell"

assert f(g())

def f(li: List[int], target=11):
    n = len(li)
    for i in range(n):
        return li[i] == target

def g(target=11):
    l = [1, 2, 3]
    return [target*i for i in l]

assert f(g())

def f(x: List[int]):
    if x[-1] == 1:
        x[-1] -= 1
    return x == [-3, -2, -1, 0, 1, 2, 3, 4]

def g():
    return [-3, -2, -1, 0, 1, 2, 3, 4]

assert f(g())

def f(f: List[int], target=10):
    return len(f) >= target and all(f[i] != f[i + 1] for i in range(target - 2))

def g(target=10):
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(s: str):
    return (len(s) >= len("1--2-3-4-5-6") or s[-1] == "-")

def g():
    return "not a number"

assert f(g())

def f(s: str):
    return str(8 ** 2888) == s

def g():
    return str(8 ** 2888)

assert f(g())

def f(n: int):
    return n & 1 == 0 and n != -n

def g():
    return 1000

assert f(g())

def f(x: List[int], t=99, n=3):
    return x[0] == 0

def g(t=99, n=3):
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n != a

def g(a=3, b=23463462):
    return a

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(i.count("a") > i.count("b") for i in s)

def g():
    return ["a" + "a"*8 for i in range(1000)]

assert f(g())

def f(words: List[str]):
    s = [word.lower() for word in words]
    return not len(set(s)) <= 5

def g():
    return ["alpha"*(i+2)+"beta" for i in range(1000)]

assert f(g())

def f(words: List[str]):
    return len(set(words)) > 1 and sum(t < s for t, s in zip(words, words[1:-1]) if t != s) == 1

def g():
    return [words for words in ["a", "b", "c"]]

assert f(g())

def f(a: List[int], target=[]):
    a = sum(a)
    return all([a <= 2**n for n in range(8, 20)])

def g(target=[]):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target[::-1]

def g(target="reverse me", reverse=True):
    return "reverse me"[::-1]

assert f(g())

def f(s: List[str]):
    for a, b in zip(s, s[1:]):
        if a == "1" or b == "1":
            break
    else:
        return False
    return True

def g():
    return ["1", "2", "3"]

assert f(g())

def f(x: int, a=10201202001):
    if x > 0 or a > 50:
        return x - a == 0
    return x + a == 0

def g(a=10201202001):
    return a

assert f(g())

def f(n: int):
    assert n >= 0
    return abs(n) > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(list: List[int], target=11):
    assert target >= 0 and (target % 5 == 0 or target >= 10), "Hint: target is a multiple of 5"
    return len(list) == target

def g(target=11):
    return [i * 9 for i in range(target)]

assert f(g())

def f(paths: List[List[List[int]]], edges=[[], []]):
    return (paths[0] == []) and (paths[-1] == [])

def g(edges=[[], []]):
    return (edges)

assert f(g())

def f(s: str, length=4):
    return not len(s) == length

def g(length=4):
    return "1"*(length**2)

assert f(g())

def f(nums: List[int], min_size=10, max_size=70):
    return sum(min(nums) for n in nums) <= max_size

def g(min_size=10, max_size=70):
    return [1, 2]

assert f(g())

def f(count: int, x=0):
    return count > x

def g(x=0):
    return 1000000000

assert f(g())

def f(s: str):
    return s == "hello" or all(s.startswith("lo") and s.endswith(" hello") for s in ['hello', 'hello world', 'world', 'hello world', 'doodle', 'doodleworld', 'doodleworld', 'toto', 'toto world'])

def g():
    return "hello" or all(s.startswith("lo") and s.endswith(" hello") for s in ['hello', 'hello world', 'world', 'hello world', 'doodle', 'doodleworld', 'doodleworld', 'toto', 'toto world'])

assert f(g())

def f(n: int):
    assert n >= -2 and n <= 42
    return all([i > 2 and all(j, i - 2, j + n) in li[i:j] for i in range(n)])

def g():
    return sum(i for i in range(1, 43, 2) if not (i % 2) == 1)

assert f(g())

def f(nums: List[int], max_nums=999):
    return len(nums) == max_nums and sum(nums) == 0

def g(max_nums=999):
    return [0]*max_nums

assert f(g())

def f(nums: List[int], target=18):
    for i in range(len(nums)):
        if max(0, nums[i] - target) > 0:
            return True

def g(target=18):
    return [int(i + target) for i in range(100)]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 3:((len(target) + length) // 3) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 3:((len(target) + length) // 3) // 2].replace("foobar", "baz")

assert f(g())

def f(coeffs: List[float]) -> bool:
    r = list(coeffs)
    return abs(sum(r[i] - r[i - 1] for i in range(len(r) - 2))) > 1e-5

def g():
    return [2.0, 4.0, 0.5]

assert f(g())

def f(s: str):
    if isinstance(s, bytes):
        s = s.decode("utf-8")
    if len(s) == 0:
        return False
    if s.count("1") == 0:
        return False
    return True

def g():
    return "123456789a"

assert f(g())

def f(x: int):
    return x > 100000

def g():
    return int(float("123456789" + "0"*9) ** 0.5 + 1) + 1

assert f(g())

def f(i: int):
    return i ** 2 > 5

def g():
    return 5

assert f(g())

def f(a: List[int], n=5, s=19):
    return len(set(a)) == n or all(a > 0 for a in a)

def g(n=5, s=19):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int):
    return min(n, n - 1) >= 2

def g():
    return 3*min(3, min(5, 5 + 1))

assert f(g())

def f(a: float):
    return abs(a) < 1

def g():
    return 2.0 / 3.0

assert f(g())

def f(ls: List[str]):
    for el in ls:
        if el == 'd':
            return True
        elif el == 'e':
            return False
    return False

def g():
    return ["d" , "e"]

assert f(g())

def f(s: str, a=50, c=75, d=7, b=4, e=3):
    return 2 <= len(s) <= (a + c + b) * (a + c + b) + d + e

def g(a=50, c=75, d=7, b=4, e=3):
    return 'Hello, there!'

assert f(g())

def f(x: float, k=1):
    if x > 9.99999999999999:
        return True
    elif x < 0.0006:
        return False
    return x >= 0.00001 and abs(x - 9.99999999999999) < 0.00004

def g(k=1):
    return float(k*9.99999999999999)

assert f(g())

def f(str: str) -> bool:
    if str == "miguel" or str == "manuel": return True
    if str == "marisol": return False
    return str == "miguel" or str == "manuel"

def g():
    return "miguel"

assert f(g())

def f(s: List[str]):
    return len(s) == 500  # not needed - tests are failing anyway

def g():
    return ["aa" for i in range(500)]

assert f(g())

def f(s: str):
    return len(s) > 0 and s.count('1') == 1

def g():
    return "1234567890"

assert f(g())

def f(nums: List[int], n=12345):
    return sum(num for num in nums if num > 0) == n

def g(n=12345):
    return [1] * n

assert f(g())

def f(n: int, a=1020, b=500):
    return abs(a - b) > 10 ** -5 and abs(a - b) > 10 ** -3 and abs(a - b) > 10 ** -2

def g(a=1020, b=500):
    return int(100 * (int(b ** 20) ** 0.5) ** 0.5) + 1

assert f(g())

def f(m: int, nums=[23, 12, 11, 1, 32], thresh=17):
    return (m == 0) or all(m % len(nums) == nums.count(m) for m in range(1, len(nums)))

def g(nums=[23, 12, 11, 1, 32], thresh=17):
    return nums.count(nums)

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(x: int, y=32):
    return min(x, y - 1) ** 2 < x < max(x, y) ** 2

def g(y=32):
    return (y-1)**2+ 1

assert f(g())

def f(list: List[int]):
    return all({i in [0, 1, 2, 3, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17] for i in list})

def g():
    return list([0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0])

assert f(g())

def f(x: int):
    return x > 200 and min(x, 200) > 0

def g():
    return int(int("1234567890123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=1020):
    return a not in (0, 0.0) and x ** 2 > a ** 2

def g(a=1020):
    return float("123456789" + "0"*9) ** 0.5 + 1

assert f(g())

def f(options: List[str], count=100):
    return all(options[i] in options for i in range(count))

def g(count=100):
    return [str(n) for n in range(count)]

assert f(g())

def f(inds: List[int], n=2, v=10, lower_bound=5):
    return sum(inds) >= n and sum(inds) > 0 and max(inds) >= lower_bound

def g(n=2, v=10, lower_bound=5):
    return list(range(v))

assert f(g())

def f(n: int, target=1363):
    return len(range(n)) >= target

def g(target=1363):
    return int(int("9210123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(s: str, index=0):
    return s[-index:] in ['cat', 'dog']

def g(index=0):
    return "cat"

assert f(g())

def f(s: str):
    return s.startswith("Foo bar!")

def g():
    return "Foo bar!"

assert f(g())

def f(l: List[int]):
    return 2 * l[0] + 2 * l[1] == l[2]

def g():
    return list(range(3))

assert f(g())

def f(nums: List[int], n=5243):
    return nums == sorted(nums) and len(nums) == n

def g(n=5243):
    return list(range(n))

assert f(g())

def f(n: int):
    # 1. if n < 100000, then print "bad answer"
    return n > 11 * 25 * 100000 and n != 2 ** 23

def g():
    return int(int((10 ** 9) * (10 ** 9)) ** 0.5) + 1

assert f(g())

def f(s: List[str]):
    return ''.join(s) == '123'

def g():
    return ["123"]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a == sum([b * i + c for i in range(c)])

def g(a=17, b=100, c=20):
    return sum([b * i + c for i in range(c)]) - a

assert f(g())

def f(n: int):
    return n > 127

def g():
    return 10 ** 1000

assert f(g())

def f(s: str):
    return s == "a" or s == "aab"

def g():
    return "a"

assert f(g())

def f(res: List[int], n=12, upper_bound=8):
    return len(res) == n and all((x ** 0.5) for x in res)

def g(n=12, upper_bound=8):
    return [n, n+1, n+2, n+3, n+4, n+5, n+6, n+7, n+8, n+9, n+10, n+11]

assert f(g())

def f(str: str, n=1, lower=20, upper=20):
    return all(i == len(str) - 1 for i in range(n))

def g(n=1, lower=20, upper=20):
    return str(n*n)

assert f(g())

def f(n: int):
    return n > 1000 and any(i > 0 for i in range(10))

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return (a ** n + b ** n >= n) and min(a, b, n) > 0

def g():
    return [1, 2, 3]

assert f(g())

def f(p: List[int], target=100):
    return sum(1 if a in list(p) else 0 for a in p) == target

def g(target=100):
    return [1 for i in range(target)]

assert f(g())

def f(state: List[int]):
    return sum([x for i, x in zip(state, state[1:-1]) if x != 0]) > 0

def g():
    return [3, 2, 1]

assert f(g())

def f(n: int):
    for i in range(n):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return True

def g():
    return 1 + 1 + 1

assert f(g())

def f(x: str):
    return x == "abababc" or x == "abcabc"

def g():
    return "abababc" or "abcabc"

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 and (li[0] or li[-1]) == 0

def g(n=18):
    return [0]*n

assert f(g())

def f(n: int):
    e = [[1, 2, 3, 4], [1, 1, 1, 2, 3, 4, 1, 2, 3, 4, 1, 2, 3, 4], [1, 1, 1, 2, 3, 4, 1, 2, 3, 4, 1, 2, 3, 4]]
    e[1][0] = 5 * n
    e[2][0] = 1 + 2 ** -4 * (n % 2)
    return e[1][0] - e[2][0] < 1e-6

def g():
    return 1 - int("123456789" + "0"*9)

assert f(g())

def f(n: int):
    return n == 1 or all(n > 0 for n in [1, 2, 3])

def g():
    return 3 * 2

assert f(g())

def f(nums: List[int], a=6, b=5):
    return sum(nums) == a and any(x in nums for x in [1, 2, 3, 4])

def g(a=6, b=5):
    return [x for x in range(a*b) if x <= 3]

assert f(g())

def f(n: int):
    return all([n >= 365 and n <= 1320])

def g():
    return 1320

assert f(g())

def f(s: str, b=10000):
    return s == "hello world"

def g(b=10000):
    return "hello world"

assert f(g())

def f(nums: List[int], target=34):
    return min(nums) == target

def g(target=34):
    return list(target for x in range(1000))

assert f(g())

def f(s: str):
    return all([char in s for char in ["b","o","r","l","n"]])

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(sorted: List[int]):
    return all(i in sorted for i in sorted) and len(sorted) > 3

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int):
    assert all(n == 3 or n == 5 or (n % 2 == 0 and n % 3 == 0) or (n % 3 == 1 and n % 5 == 0) or (n % 5 == 1 and n % 2 == 0) or (n < 3) for n in range(n))
    return n >= 3

def g():
    return 3 or 1 or 1 or 2

assert f(g())

def f(case: str, target="w"):
    return case == target

def g(target="w"):
    return str(target)

assert f(g())

def f(inds: List[int]):
    return len(inds) == 5 and all(i in range(5) for i in inds)

def g():
    return list(range(5))

assert f(g())

def f(string: str, substring="a", count=10, length=100):
    return string.count(substring) == count and len(string) == length or len(string) > length - count

def g(substring="a", count=10, length=100):
    return " ".join(["a"*i+substring[i:i+count] for i in range(length)])

assert f(g())

def f(s: str):
    return s.rstrip().startswith('hello world') or s == "Hello world"

def g():
    return "hello world" or "Hello world"

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(nums: List[int], n=20):
    assert len(nums) == n
    assert all(i in nums for i in range(n))
    return min(i in nums for i in range(n)) > 0

def g(n=20):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 5
    return all(i in range(1000) and abs(i * i - j * j) >= 10 for i in nums for j in nums if i != j)

def g():
    return [20, 30, 40, 50, 60]

assert f(g())

def f(y: float):
    return -y > 0.5

def g():
    return -1.5

assert f(g())

def f(a: str):
    return a.count("i") == 3

def g():
    return "i1"*2 + "i2"

assert f(g())

def f(nums: List[int], length=100):
    return len(nums) == length

def g(length=100):
    return [0 for _ in range(length)]

assert f(g())

def f(n: int):
    return n & 1 == 0 and n != -n

def g():
    return 2 ** 3%10000000

assert f(g())

def f(li: List[str], string="I!!!!!"):
    return "".join(li) == string and len(li) != 0

def g(string="I!!!!!"):
    return ["I!!!!!"]

assert f(g())

def f(numbers: List[int], bound=4):
    if numbers == 0:
        return True
    elif bound < len(numbers):
        return all(numbers[i] <= bound for i in range(len(numbers)))
    assert bound == min(len(numbers), len(set(numbers)))
    return True if len(set(numbers)) == 1 else False

def g(bound=4):
    return [0, 1, 1, 2, 2]

assert f(g())

def f(a: List[int]):
    return sum(a[i] for i in range(len(a))) == len(a)

def g():
    return [1]

assert f(g())

def f(li: List[int], target=18):
    assert target == li[-1]
    return True

def g(target=18):
    return [target, target, target, target, target, target, target]

assert f(g())

def f(li: List[int]):
    return all([int(d) for d in li])

def g():
    return [1]

assert f(g())

def f(numbers: List[int], n=12345):
    return sum(i for i in numbers) == n

def g(n=12345):
    return [n]

assert f(g())

def f(l: List[int], n=101):
    for x in range(n):
        if l[x] == n:
            return True
    return False

def g(n=101):
    return [n for i in range(n) if i < 100]

assert f(g())

def f(l: List[List[int]], m=5):
    return all(i in range(len(l)) for i in range(m))

def g(m=5):
    return [ [0]*m if m else [] for _ in range(5) ]

assert f(g())

def f(n: List[int]):
    return not any([i >= 0 for i in n if i % 2 == 0])

def g():
    return [1]

assert f(g())

def f(s: str):
    return len(s) == len(set(s))

def g():
    return "12"

assert f(g())

def f(x: float, z=0.01):
    return abs(x - z) < 0.001

def g(z=0.01):
    return 0.0001 + z

assert f(g())

def f(x: int, n=10):
    return abs(x) > 1e21 and x >= 1e15

def g(n=10):
    return int("123456789"*9)+1

assert f(g())

def f(square: List[int], m=2):
    assert all(0 <= side <= 7 and 0 <= square.count(side) <= m for side in range(len(square) - 1)), "side must be between 0 and 7"
    assert all(0 <= side < 5 and 0 <= square.count(side) for side in range(len(square) - 1)), "side must not be greater than 4"
    assert all(0 <= side + i for side in range(len(square) - 1) for i in range(m))
    return all(side in square for side in range(len(square) - 1)) and len(square) > m

def g(m=2):
    return [0, 1, 2]

assert f(g())

def f(n: List[int]):
    return n == list(range(2, 20))

def g():
    return list(map(int, range(2, 20)))

assert f(g())

def f(s: str):
    return str(s).endswith("junk") == 1

def g():
    return "junk"

assert f(g())

def f(n: int):
    return (n > 42) or (n & (n-1) == 1)

def g():
    return 542

assert f(g())

def f(bodys: List[int]):
    return len(bodys) == 8

def g():
    return [1,2,3,4,3,5,1,2]

assert f(g())

def f(n: int, n_max=1000):
    return n > n_max and n % n_max == 0

def g(n_max=1000):
    return n_max*n_max*n_max

assert f(g())

def f(q: List[int], thresh=3):
    return all(i % 2 == 1 and i in q == [0, 1] for i in range(len(q)//2)) and thresh >= 0

def g(thresh=3):
    return [9]

assert f(g())

def f(n: int):
    return n >= 150

def g():
    return 150

assert f(g())

def f(n: int, s="This is a", target=5):
    return n == len(s) if len(s) == 1 and s == s[0] else n < len(s)

def g(s="This is a", target=5):
    return target - 5

assert f(g())

def f(s: str, n=0):
    return s == "{0:>24}".format(n)

def g(n=0):
    return "{0:>24}".format(n*n)

assert f(g())

def f(x: int, a=123):
    return -x == a

def g(a=123):
    return -123

assert f(g())

def f(s: str):
    return s.startswith("H") and s.endswith("W") and not s.startswith("W")

def g():
    return "Hello" + 'W'*5

assert f(g())

def f(n: int, a=4667, b=23463462):
    return 0 <= a*b < 3 * n and n % 3 == 0

def g(a=4667, b=23463462):
    return a * b

assert f(g())

def f(n: int):
    return n >= 1000

def g():
    return 1000000

assert f(g())

def f(n: int, target=19143212):
    return n == target

def g(target=19143212):
    return int(target)

assert f(g())

def f(l: List[str]): # (('foo', 'bar'))
    return all(len(w.split()) == len(l.split()) for l, w in zip(l, l[1:]))

def g():
    return []

assert f(g())

def f(x: float):
    return -x < 0

def g():
    return 1.0

assert f(g())

def f(s: str, target="1", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="1", length=6):
    return target[(len(target)-length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 10

def g():
    return [str(x) for x in range(10)]

assert f(g())

def f(nums: List[int]) -> bool:
    # if nums == [0, 0, 0, 0], it's a true statement
    # if nums == [0, 0, 0, 0, 0], it's a false statement
    # if nums == [1, 1, 1, 1, 1], it is False and there are only 5 squares in a column, so no check

    # not checking all the squares if the columns are even
    return len(nums) == 4 and nums[1] == 0

def g():
    return [0,0,0,0][::-1]

assert f(g())

def f(i: int):
    return (i % 2 == 0 or i % 3 == 0 or (i % 5 == 1 and i % 2 == 1))

def g():
    return 10

assert f(g())

def f(x: List[int]):
    return sum(x) in [-2, 2, 3]

def g():
    return [1, 2]

assert f(g())

def f(string: str, count=10, length=100):
    return len(string) >= count and all(string[i] for i, c in enumerate(string) if string[i] == c)

def g(count=10, length=100):
    return "123456789abcde123456"

assert f(g())

def f(n: int, q1=1, q2=1, q3=0, q4=0, a=18, b=7):
    return q1*a + q2*b + q3*n + q4 and n % a == 0 and n % b == 0

def g(q1=1, q2=1, q3=0, q4=0, a=18, b=7):
    return a*a * (q1*q2*b) * (q1*q3*b)

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v > 0 for v in x])
    k = 0
    for v in sorted(x):
        k += 1
        if k > t-1:
            return k == n or k == n + 1
    return k == n or k == n + 1

def g(t=50, n=10):
    return [1 for _ in range(n)]

assert f(g())

def f(l: List[int], n=123):
    return len(l) == n

def g(n=123):
    return [1] * n

assert f(g())

def f(x: int, target=12344):
    return x == target

def g(target=12344):
    return int(target)

assert f(g())

def f(indexs: List[int], target=17):
    for i in range(len(indexs)):
        if indexs[i] == target:
            return True
    return False

def g(target=17):
    return [target, target, target]

assert f(g())

def f(s: str):
    return all(ch in s for ch in "abcdefghijklmnopqrstuvwxyz01234567")

def g():
    return "abcdefghijklmnopqrstuvwxyz01234567abcdefghijklmnopqrstuvwxyz01234567"

assert f(g())

def f(s: str):
    return s.startswith("1")

def g():
    return "123456789a"

assert f(g())

def f(g: List[int]):
    for i in range(1000):
        if g[i] == 0:
            return True
    return False

def g():
    return [0, 2, 11]

assert f(g())

def f(n: int):
    return n >= 1000

    def f171():
        m = int(rand() * 1048576 + 1)
        sum_f1 += m
        if m < n:
            sum_f1 += m
            return m >= 0 and sum_f1 == m
        return n == m

    def f172():
        return (n >= 1000) and sum_f1 > n

def g():
    return 123456789

assert f(g())

def f(n: int):
    for i in range(n):
        if n % i == 0:
            return False
    return True

def g():
    return 0

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 s.upper() if len(s) > 2 else s.lower()

assert f(g())

def f(x: List[int]):
    return all(s in x for s in (4, 2, 1) if s)

def g():
    return [1, 2, 3, 4]

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 s.upper() if len(s) > 2 else s.lower()

assert f(g())

def f(n: int):
    return n >= 1000 and n < 100_000

def g():
    return 1000

assert f(g())

def f(nums: List[int], a=1000, b=10000):
    return len(set(nums)) >= b and sum(nums) >= a

def g(a=1000, b=10000):
    return [1000*x+a for x in range(10000)]

assert f(g())

def f(n: int, c=0, goal="", b=0, a=0, s=0, k=0, c2=0):
    return a + b - c == 0

def g(c=0, goal="", b=0, a=0, s=0, k=0, c2=0):
    return s

assert f(g())

def f(s: str, n=8):
    return s[1:] == s[:-1]

def g(n=8):
    return "a" * n

assert f(g())

def f(n: int):
    return n > 100 and n > 400

def g():
    return int(int(1 << 30) ** 0.5) + 1

assert f(g())

def f(a: float, b=5):
    return abs(a) == abs(b)

def g(b=5):
    return 1.0 * abs(b)

assert f(g())

def f(n: int, n_1=100):
    if n > n_1:
        return 1
    return n == n_1

def g(n_1=100):
    return 1 * n_1

assert f(g())

def f(seq: List[int], n=99):
    return len(seq) == n

def g(n=99):
    return list(range(n))

assert f(g())

def f(n: int):
    return [n, (n + 1) % 2, 8] >= [0, 3, 6, 1]

def g():
    return int("1234")

assert f(g())

def f(a: float, target=50):
    return abs(a) < target and a > 0

def g(target=50):
    return max(1, min(255, (255 - target) / 100))

assert f(g())

def f(n: str):
    return n.count("w") == 1

def g():
    return "hello world"

assert f(g())

def f(k: List[int]):
    return all([i in range(2) for i in k if i not in {0, 1, 2, 3, 4}])

def g():
    return [1, 2, 4]

assert f(g())

def f(l: List[int]):
    return all(l.count(i) == i for i in range(len(l)) if i in range(len(l) - 1) and l[i] < l[i + 1])

def g():
    return [3, 2, 1]

assert f(g())

def f(s: List[int], n=3):
    assert len(s) == n
    s = map(abs, s)
    return all(s > 0 for i, s in enumerate(s))

def g(n=3):
    return [1,2,3]

assert f(g())

def f(nums: List[int], m=10, n=5, target=50):
    assert all(a >= b for a, b in zip(nums, nums + [m, n]))
    return len(set(nums)) == len(nums) == target

def g(m=10, n=5, target=50):
    return [9 ** i for i in range(target)]

assert f(g())

def f(nums: List[int], target=4):
    return sum(nums) == target

def g(target=4):
    return [3, 1]

assert f(g())

def f(state: str, a0=34):
    return "0" in state

def g(a0=34):
    return str(a0**0.8)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "".join(chars) == s

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "".join(chars)

assert f(g())

def f(s: str):
    return s.startswith("A") and s.endswith("Z")

def g():
    return "A" * 20 + "Z" * 20

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 4

def g():
    return [
        4,
        3,
        2,
        1,
    ]

assert f(g())

def f(x: int, a=1020):
    return x >= a + 2

def g(a=1020):
    return 1020 * a

assert f(g())

def f(s: str):
    return s.count('x') == 1

def g():
    return "x"

assert f(g())

def f(stamps: List[int], max_stamps=4):
    return sum(stamps) <= max_stamps

def g(max_stamps=4):
    return [max_stamps]

assert f(g())

def f(l: List[int]):
    return all(l[i] == i for i in range(10))

def g():
    return list(range(10)) * 5

assert f(g())

def f(n: int, c=None):
    if c is None:
        return n > 0 and n % 10 == 1
    u = 2**10 + 2**6 - 1
    s = 1 + (n - 1) // u
    if s < 0:
        return s < 0 and s//-1 < 10
    if s > 100:
        return s > 100
    return (s > 0 and s % 10 == 1) or (s > 10 and s % 100 == 1)

def g(c=None):
    if c is None:
        return int(1)
    return list(map(int, range(20)))[-1]

assert f(g())

def f(n: int):
    return n > 1000 and n < (10**10 * 1000)

def g():
    return 10**10

assert f(g())

def f(s: str):
    return "." in set(s)

def g():
    return "."

assert f(g())

def f(li: List[int], n=12):
    return len([c in {0, 1, 0, -1, 1} for c in li]) >= n

def g(n=12):
    return [0]*n

assert f(g())

def f(n: int, p=4):
    return n > 0 and n % p == 1

def g(p=4):
    return 5

assert f(g())

def f(x: str):
    return x == "a" or x == "abc" or x == "a1" or x == "a2"

def g():
    return "a1" or "a2" or "abc"

assert f(g())

def f(s: str, n: int = 1):
    assert s.count("0123") == 0
    assert s.count("1") == 1
    return s.count("7") > 0

def g(n: int = 1):
    return (str("123456789" + "0"*9) + str("0"*9).replace("1", "0123", 1))[::-1]

assert f(g())

def f(lst: List[str]):
    for i in range(len(lst)):
        assert lst[i] not in ["!"]
    return lst == ["Hello!", "World"]

def g():
    return ["!"]\
        and ["!"]\
        and ["!"]\
        and ["Hello!", "World"]

assert f(g())

def f(s: int):
    return s > 255 and s == int(round(s, 3)) if s > 255 else s > 127 and s == 127

def g():
    return 2147483648

assert f(g())

def f(nums: List[int], n=12):
    return sum(n for x in nums if x > n) == n

def g(n=12):
    return [n + 1]

assert f(g())

def f(lo: List[int], k=5):
    def f1(nums):
        return len(set(nums)) == k
    return f1(lo)

def g(k=5):
    return [lo for lo in range(k)]

assert f(g())

def f(x: int, a=253532, b=1230200):
    return x - a == b if x > 0 else x + a == b

def g(a=253532, b=1230200):
    return a+b

assert f(g())

def f(s: str):
    return s.startswith('world') and not s.startswith('hello')

def g():
    return "world"

assert f(g())

def f(nums: List[int], a=2000):
    return len(set(nums)) != 1

def g(a=2000):
    return list(range(2000))

assert f(g())

def f(tri: List[int], a0=123):
    assert a0 >= 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    return len(set(tri)) == 3 and min(tri) < a0

def g(a0=123):
    return [1,2,3]

assert f(g())

def f(s: str, sb=True):
    return s == "Hello world" and sb or s == "world" and sb

def g(sb=True):
    return "world" if sb else "notworld"

assert f(g())

def f(nums: List[int]):
    for n in nums:
        return n % 5 == 0 and n > 0 and n != 0

def g():
    return [10, 100]

assert f(g())

def f(c: str):
    return c == "*" or c == "," or c == "-" or c == "'" or c == "#"

def g():
    return "*"

assert f(g())

def f(indices: List[int]):
    return indices[0] == 0 and indices[-1] == 0 and all(indices[i] == indices[i + 1] for i in range(3))

def g():
    return [0,0,0,0,0,0,0,0,0,0,0,0,0,0]

assert f(g())

def f(z: float):
    return z <= 1  # z is too short

def g():
    return 0.2

assert f(g())

def f(words: str, word=''):
    return word in words and not all(word.isalpha() for word in words)

def g(word=''):
    return word == '' and "no word found"

assert f(g())

def f(li: List[int], n=1000):
    i = 0
    for j in li:
        if j % n == 0:
            i = j
        i += 1
    return i == n

def g(n=1000):
    return list(range(n))

assert f(g())

def f(nums: List[int]):
    return sum(nums) == 0 and all([sum(m) == 0 for m in nums])

def g():
    return [nums for nums in range(100) if nums != nums]

assert f(g())

def f(string: str):
    return string == "abc" or string == "ABC"

def g():
    return "abc" or "ABC" == "abc"

assert f(g())

def f(mat: List[List[int]], n=10):
    assert len(mat) >= n
    return len(mat) == n and all([i in range(len(mat)) for i in range(len(mat))])

def g(n=10):
    return [list(range(n+1, 101))] * n

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in ['A', 'B', 'C', 'D'] if substring in ['A', 'X', 'Z', 'a'])

def g():
    return ["A", "B", "C", "D", "e"]

assert f(g())

def f(li: List[int], n=1000):
    return len(li) == n

def g(n=1000):
    return list(range(n))

assert f(g())

def f(s: str):
    return 'A'.join(set(s.split())).count(u'A') == 2

def g():
    return 'AA'

assert f(g())

def f(s: str):
    return s != "ab" and s != "abcd" and s != "abcdab" and s != "abcdabcd"

def g():
    return "abab"

assert f(g())

def f(s: str, maxlen=200):
    return len(s) <= maxlen and s[:maxlen].count("1") == 1

def g(maxlen=200):
    return "123456789"

assert f(g())

def f(l: List[int]):
    return all([i in l for i in range(100)])

def g():
    return [i for i in range(100)]

assert f(g())

def f(charset: str):
    return "gb" in charset

def g():
    return "gb";

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ^ n == b ^ n + c) and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: float):
    return abs(x - 3) < 1e-10

def g():
    return 3.0

assert f(g())

def f(s: str):
    return all(s.startswith("abcde") for i in range(3))

def g():
    return "abcde" + "abcde" + "a" * 2 + "abcde" * 100

assert f(g())

def f(li: List[int]):
    return len(li) == 6

def g():
    return [2, 4, 6, 8, 10, 12]

assert f(g())

def f(l: List[int]):
    assert max(len(l[i:i + 6]) for i in range(6)) == 6
    return True if l[5] > 25 or sum(l[i + 6:i + 8] for i in range(8)) == 50 else False

def g():
    return [23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45]

assert f(g())

def f(num: int):
    return num > 0

def g():
    return 5

assert f(g())

def f(words: List[str]):
    return all([word in words for word in words])

def g():
    return ["c", "d", "e"]

assert f(g())

def f(s: str):
    return s == "a" * 12 or len(s) == 5

def g():
    return "a" * 12

assert f(g())

def f(s: str):
    return all((c.count(c) == 1 for c in s) or c in s)

def g():
    return "123456789abc"

assert f(g())

def f(a: int, n=999):
    x = a
    for _ in range(n):
        x * x + 1
    return x == n**2

def g(n=999):
    return int(n ** 2)

assert f(g())

def f(x: List[int]):
    for i, j, k in x:
        if target: return (i + j) == (j + k)
        if target or i == j or i == k: return False
        i, j, k = i + 2, j + 3, k - 2
    return True

def g():
    return []

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == 3 * a + b and 0 <= n and 0 <= a and 0 <= b

def g(a=345346363, b=10):
    return 3 * a + b

assert f(g())

def f(words: List[str]):
    return all([word in words for word in words])

def g():
    return ["Hello", "world"]

assert f(g())

def f(n: int, a=1038, b=4):
    return n > a and n > b

def g(a=1038, b=4):
    return (a + b) ** (a+b)

assert f(g())

def f(k: int):
    return k % 2 == 0

def g():
    return 2**18

assert f(g())

def f(nums: List[int], length=10, target=1000):
    r = 0
    for x in nums:
        r += x
        if r >= target:
            return True
    return len(set(range(target))) == target

def g(length=10, target=1000):
    return [1, 2, 3] # [1, 2, 3, 1, 2, 3, 1, 2, 3]

assert f(g())

def f(s: str):
    for c in s:
        s = "-" + s
    return len(s) == 2

def g():
    return "a"*(len(str(2)) - 1) + "b"

assert f(g())

def f(x: int, a0=234):
    return abs(a0) <= 7 * x

def g(a0=234):
    return 3 * a0**3 + a0**2

assert f(g())

def f(nums: List[int], a=1000, b=400, count=648):
    return len(set(nums)) > count

def g(a=1000, b=400, count=648):
    return [a*k + 1 for k in range(1000)]

assert f(g())

def f(s: str):
    for i in range(10):
        if s[i - 1] not in s:
            return False
    return True

def g():
    return "this is a test"

assert f(g())

def f(s: List[int]):
    return len(s) == 15

def g():
    return list(range(15))

assert f(g())

def f(s: str):
    return any(s in s for s in s)

def g():
    return str(map(int, filter(str.isdigit, range(1000))))

assert f(g())

def f(moves: List[int], num_points=20000, target=12):
    return all(m for m in range(num_points)
               if moves[m] == target)

def g(num_points=20000, target=12):
    return [0]*num_points

assert f(g())

def f(str: str):
    return "".join(x for x in str) == "abc"

def g():
    return "abc"

assert f(g())

def f(n: int):
    return n ** 2 == n if n in range(1, 100) else n  # make sure n is in int range

def g():
    return int(1**0)

assert f(g())

def f(a: List[int]):
    return a[a[0]] != a[a[1]]

def g():
    return list(range(1000))

assert f(g())

def f(z: List[int], n=100):
    return len(set(z)) == n

def g(n=100):
    return list(range(1, n+1))

assert f(g())

def f(li: List[int]):
    return all(li[i] == 1 for i in range(len(li)))

def g():
    return ["hi", "goodbye"][10:10]

assert f(g())

def f(x: List[int], a1=4, a2=6):
    return all((x[i] ** a1 for i in range(len(x))) and (x[i] ** a2 for i in range(len(x))))

def g(a1=4, a2=6):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    if len(s) > 7 and len('0123456789'[:6] + 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'[::2]) > 5:
        return True
    else:
        return False

def g():
    return "123456789" + "0"*9

assert f(g())

def f(str: str, lower_bound=20, upper_bound=150):
    return all(str <= lower_bound and str >= upper_bound for i in range(lower_bound + 1, upper_bound + 1) if not i < len(str))

def g(lower_bound=20, upper_bound=150):
    return "12345678910111213141516171819202122"[:2] * lower_bound + "12345678910111213141516171819202122"[-1:]*upper_bound

assert f(g())

def f(n: int, a=4, b=1, lower_bound=100000):
    return all(i % n == 0 for i in range(a, b+1)) and n >= lower_bound

def g(a=4, b=1, lower_bound=100000):
    return lower_bound + 1

assert f(g())

def f(letters_in_a_word: List[str], target=8):
    return len(letters_in_a_word) >= target and all(letters_in_a_word[i] == letter for i, letter in enumerate(letters_in_a_word))

def g(target=8):
    return [str(i) for i in range(target)]

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a < n and b < n and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    if 5 < lower_bound:
        return None
    return int(int("123456789" + str(a)) ** 0.5) + 1

assert f(g())

def f(r: List[List[float]], cn=3):
    return sum(int(i) for i in range(cn)) == len(r)

def g(cn=3):
    return [
        [float(i) for i in range(cn)] for i in range(cn)
    ]

assert f(g())

def f(s: str):
    return s == 'hello' or "You are not here" == s

def g():
    return "You are not here"

assert f(g())

def f(n: int):
    return (int(n) + 1) % 2 == 0 and (int(n) % 2 == 1)

def g():
    return 5

assert f(g())

def f(x: List[str], n=3):
    return len(set(x)) == n

def g(n=3):
    return [str(i*i) for i in range(n)]

assert f(g())

def f(tot: int, nums=[8, 16, 32, 16, 8, 16], thresh=5):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[8, 16, 32, 16, 8, 16], thresh=5):
    return sum(1 if i < thresh else 2 for i in nums)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s) >= length and all(target in s for i, target in enumerate(target))

def g(target="foobarbazwow", length=6):
    return "foobarbazwow" + "0"*length

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return len(s) == len(strings)

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "1"*len(strings)

assert f(g())

def f(num: List[int], bound=3):
    return max(i for i in num for i in num) > bound

def g(bound=3):
    return [num for num in range(100) for i in range(bound)]

assert f(g())

def f(n: int):
    assert all([0 <= x <= n for x in range(n)]), "error in range for input n"
    return n >= 8

def g():
    return 11

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.lower() if len(s) > 1 else s.upper() if len(s) > 2 else s.replace(" ", "").lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str(s.lower() if len(s) > 1 else s.upper() if len(s) > 2 else s.replace(" ", "").lower())

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 4

def g():
    return [0,1,2,3]

assert f(g())

def f(s: str):
    return s.count("1") == 1

def g():
    return "1,2"

assert f(g())

def f(l: int):
    return (l*l) ** 1.5 < 9 ** 3  # all integers in range(2 to 20) < 9 ** 3

def g():
    return 2

assert f(g())

def f(n: int):
    if n < 100:
        return True
    n -= 1
    while n >= 9:
        if n in (9, 9, 9):
            return True

def g():
    return 1

assert f(g())

def f(n: int, a=17, b=9, c=8):
    return a*a*a + b*b*b <= n*n*n and c*c <= n*n or n == 0 and abs(a*a + b*b) == n  # a b c <= n**4

def g(a=17, b=9, c=8):
    return a * b * c

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) > 2

def g():
    return [2, 3, 4]

assert f(g())

def f(li: List[int]):
    return all(sum(li) == len(li) * n for n in range(3))

def g():
    return [n for n in range(5) if int(str(n)) > 5]

assert f(g())

def f(xs: List[List[str]], d=2):
    return len(xs) == d and all(not all([s[i] == -1 or s[i] == 1 for i in range(d)]) for s in xs)

def g(d=2):
    return [
        ["-","--","          \t",str(d*d)," "," "],
        ["-","--","          \t",str(d*d)," "," "]
    ]

assert f(g())

def f(li: List[int]):
    return (sorted(li) == [[0, i]] for i in li) and len(li) == 1000

def g():
    return sorted([i for i in range(1000)])

assert f(g())

def f(s: str, target="foobarbazwo", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwo", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int):
    assert isinstance(n, int) and n > 0
    return 2 * n == n * n

def g():
    return 2 # for Python 2.6

assert f(g())

def f(path: List[int], bound=300, cost=100):
    s = path
    return all(s - s1 < bound and cost - s * cost > bound for s1 in path)

def g(bound=300, cost=100):
    return [s for s in range(2, 100, bound) if all(s - s1 < bound and cost - s * cost > bound for s1 in range(2, 100, bound))]

assert f(g())

def f(str: str, target=1):
    x = 0
    while x * x < len(str):
        x += 1
    return 0 <= x <= len(str) - target - 1

def g(target=1):
    return "abcdeabcdefabcdefabcdefabcdefabcde"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return all(a == n for n in range(3, b + 1, 3))

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(seq: List[int], n=100):
    return len(seq) == n and all(i * i for i in seq) <= n

def g(n=100):
    return [0 for _ in range(n)]

assert f(g())

def f(s: str, n=15):
    return min(int(s), 0) not in list(s)

def g(n=15):
    return "1"*int(n)

assert f(g())

def f(t: List[int], l=[], c=1):
    for i in t:
        c *= i
    return all(i >= len(l) for i in t for j in l if i % j != 0)

def g(l=[], c=1):
    return l + [1]

assert f(g())

def f(nums: List[int], n=10000000):
    return sum(nums) == n

def g(n=10000000):
    return [n]

assert f(g())

def f(inds: List[int], target=4):
    return all([i in inds for i in range(target)])

def g(target=4):
    return [i for i in range(target) if i in range(target)]

assert f(g())

def f(li: List[int], target=20):
    return all(i in li for i in list(range(20)))

def g(target=20):
    return [1, 2, 3] + list(range(target))

assert f(g())

def f(x: List[List[int]]):
    return all(y for y, z in zip(x, [x[1]]) if len(y) == len(z) and sum(y / (16 ** 24)) == 1)

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],
    ]

assert f(g())

def f(i: int, target=5):
    return (int(i * 200.0) - int(i * 100.0)) / 200.0 < target

def g(target=5):
    return target + 4

assert f(g())

def f(nums: List[int], a=17, b=100, c=20):
    return sum(a ** i for i in range(c)) >= len(nums) * (a + b + c) / 3

def g(a=17, b=100, c=20):
    return [a, b, c] + [1, 2, 1]

assert f(g())

def f(s: List[str]):
    return list(s) == [i.join(s) for i in s]

def g():
    return ["a" + "b"*10 + "c"]

assert f(g())

def f(a: str, target="foobarbazwow", length=6):
    return target == a

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(x: List[int]):
    if x[0] == x[3] or x[0] == x[4]:
        return True
    assert not x[0] == x[10] and x[-1] == x[99], "X[10] should be X[-1:99]"
    assert not x[0] == x[99] and x[-1] == x[10], "X[99] should be X[-1:10]"
    return abs(x[2] - x[1]) == abs(x[0] - x[1]) and min(x[1] - x[10], x[10] - x[3]) > 100

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(n: int, a=14302, b=11, c=5):
    return b * n + (a % b) >= a and b > 0

def g(a=14302, b=11, c=5):
    return a + 1000 if b > 0 else 2000

assert f(g())

def f(n: int):
    return all(x % i == 0 for i in range(n))

def g():
    return 0

assert f(g())

def f(s: str):
    return s == "1" if s == "a" else s == "b"

def g():
    return "a" if f("a") else "b"

assert f(g())

def f(s: str):
    return s[4] != "!" or s.count("1") == 1

def g():
    return 'abc$12312'

assert f(g())

def f(li: List[int], target=[10, -1, 5, 1], n=1000):
    return li[::-1] == target[::-1]

def g(target=[10, -1, 5, 1], n=1000):
    return [x for x in target if x]

assert f(g())

def f(nums: List[int], count=10, target=12345):
    return len(nums) == count and all(i in nums for i in range(count))

def g(count=10, target=12345):
    return [i for i in range(count)]

assert f(g())

def f(h: List[int], target=200):
    return len(h) <= target and sum(h[:]) == target

def g(target=200):
    return [target] if target == 200 else "all target"

assert f(g())

def f(l: List[int]):
    return all(i in range(100) and l[i] >= i for i in range(100))

def g():
    return "123456789" if len(list(range(100))) == 0 else list(range(100))

assert f(g())

def f(r: List[int]):
    return r == [r[0], r[1], r[2]]

def g():
    return [0, 1, 2]

assert f(g())

def f(delta: List[int], n=10):
    return len(delta) == n

def g(n=10):
    return [n for x in range(n)]

assert f(g())

def f(seq: List[str], target="world"):
    assert len(seq) == 3
    return seq[1] == target and seq[0] == target or all(range(len(str)) == len(seq) and range(len(str)) == len(set(seq)))

def g(target="world"):
    return [target, target, target]

assert f(g())

def f(x: float):
    return repr(x).startswith("123.456")

def g():
    return round(float("123.456"), 5)

assert f(g())

def f(list: List[int]):
    return all({i in [0, 1, 2, 3, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17] for i in list})

def g():
    return list(map(int, [1, 2, 3]))

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    return True

def g():
    return 100 + int(50)

assert f(g())

def f(s: str):
    return s.startswith("abc") and s[-len("abc"):] == s

def g():
    return "abc"[-len("abc"):]

assert f(g())

def f(t: List[str]):
    return len({s: t for s in t}) == 10

def g():
    return ["a"*(i+2)+"b" for i in range(10)]

assert f(g())

def f(s: str):
    return "".join(s.lower() for s in s) == 'e'

def g():
    return u"e"

assert f(g())

def f(n: int, g=1000, g1=1000, g2=100, b=10):
    return g % n == g1 % n and g2 % n == g2

def g(g=1000, g1=1000, g2=100, b=10):
    return g1+g2

assert f(g())

def f(nums: List[int], a=5, max_len=10):
    return nums == [n for n in nums if n % a == 0]

def g(a=5, max_len=10):
    return [n for n in [1, 2, 5] if str(n) in [0,1,3]]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s == (s if (len(s) % 2 == 0 and ((len(s) // 2) < len(s.upper()) or s.upper() != s_case)) else s_case)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s

assert f(g())

def f(t: List[int], n=1000):
    return len(t) == n

def g(n=1000):
    return [i*(i+1) for i in range(n)]

assert f(g())

def f(s: str):
    return s.count("1") == 1 and s.count("0") > 0

def g():
    return "0123456789"

assert f(g())

def f(nums: List[int], upper_bound=3000):
    if upper_bound == -1:
        return True
    return len(nums) == len(set(nums)) == 1000 and min(nums) >= 0

def g(upper_bound=3000):
    return [n for n in range(1000) if all((n <= upper_bound) and (n+i) >= 0 for i in range(1000))]

assert f(g())

def f(l: List[int]):
    return sum(i * i for i in l) > 995

def g():
    return sorted(range(100))

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n != a

def g(a=3, b=23463462):
    return a * b * a

assert f(g())

def f(x: List[int]):
    return x[x[0]] != x[x[1]]

def g():
    return [1, 2, 3, -1, -2]

assert f(g())

def f(li: List[int]):
    return all(i in li for i in range(len(li)) if i * i == 0) and len(set(li)) > 999

def g():
    return [i for i in range(1000)]

assert f(g())

def f(li: List[int], n=18):
    return len(li) == n and all(i in li for i in range(n))

def g(n=18):
    return [a for a in range(n)]

assert f(g())

def f(w: List[str]):
    return len(w) >= 3 and all(str(i) in w for i in w)

def g():
    return ["a","a1","a2","a3"]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(int(d) for d in nums) == (n + 1) ** 2

def g(n=12345):
    return [n + 1] * (n + 1)

assert f(g())

def f(list: List[int], y=176524, x=5):
    if list:
        for i in list:
            if i > y or i > x:
                return i >= y or i >= x

def g(y=176524, x=5):
    return [y, x]

assert f(g())

def f(s: str):
    return s == "Hello World!"

def g():
    return "Hello World!"

assert f(g())

def f(x: int, a=93252338):
    return ~x == -a

def g(a=93252338):
    return a - 1

assert f(g())

def f(nums: List[int], target=18):
    return nums[0] == 0 and nums[-1] == target

def g(target=18):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16,
        17, 18]

assert f(g())

def f(f: List[float], a=1020):
    return all({f.count(x) != 0 for x in range(a)})

def g(a=1020):
    return [float(x) for x in range(a)]

assert f(g())

def f(n: int):
    max_len = 5
    try:
        max_len = int(math.pow(2, math.sqrt(n)) + 1)
    except:
        max_len = 5000
    return max_len > 0 and max_len <= n

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(inds: List[int], k=9):
    if 0 <= k <= 12:
        return all(inds[i] == k for i in range(k))
    return list(map(lambda i: i, range(k)))[:k] == k

def g(k=9):
    return [k for i in range(k)]

assert f(g())

def f(n: int):
    for i in range(n):
        assert 0 < i < n and n % i == 0
    return range(n) == range(n)

def g():
    return 0

assert f(g())

def f(num: List[int]):
    s = str(num[0]) + str(num[1]) + str(num[2])
    return s[-2:] not in '0123456789'

def g():
    return list(map(int, [999, 999, 999]))

assert f(g())

def f(s: str):
    return "{} {}\n" in s and "-" in s or "-" in s and s != "{}"

def g():
    return "123456789-0-0\n"

assert f(g())

def f(n: int):
    assert n % 4 == 1, "Hint: n is divisible by 4"
    return n > 0 and n % 4 == 1

def g():
    return 0 if 0 > 1 else 1

assert f(g())

def f(e: List[int], n=4, a=4):
    return sum([abs(i - j) for i, j in zip(e[1:], e[2:])]) > abs(a * e[0]**2 - e[1]**2)

def g(n=4, a=4):
    return [a, 1*a + 2*a, 1*a + 1*a + 3*a] + [n, 11*n + 12*n + 13*n - 14*n - 15*n + 16*n, 11*n, 12*n, 13*n]

assert f(g())

def f(s: str, target="reverse me"):
    assert len(set(s)) >= 2
    return target == s

def g(target="reverse me"):
    return target

assert f(g())

def f(s: str, target="reverse me", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="reverse me", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: List[str]) -> bool:
    return s.count("+") == 1

def g():
    return [x for x in ["+", "-", "=", ":", "()"]]

assert f(g())

def f(z: List[int]) -> bool:
    return True or all(i in range(len(z)) and j in z for i, j in enumerate(z) and abs(i - j) >= 1)

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: int, a=1234, b=99):
    return a * a - x == b * b

def g(a=1234, b=99):
    return a * a - int(b * b)

assert f(g())

def f(x: List[int], y=0, m=5):
    if x[m] > 0:
        y += 1
    if y > 1:
        return True
    return not (x[m + 1] == y or x[m + 2] == 0)

def g(y=0, m=5):
    return [x + y for x in range(1000)]

assert f(g())

def f(t: str):
    return all(x in t for x in ["p", "q", "r", "s", "t", "u", "v"])

def g():
    return "p" + "q" + "r" + "s" + "t" + "u" + "v"

assert f(g())

def f(s: str, n=2):
    return s in ("s.a", "s.b")

def g(n=2):
    return "s.a" if n == 0 else "s.b"

assert f(g())

def f(n: int):
    return n > 1501 and n >= 1231 and n >= 6761

def g():
    return 16383

assert f(g())

def f(x: int, a=100, b=65):
    return x == a and x == b or abs(x) > (a+b)

def g(a=100, b=65):
    return a * a + b * b

assert f(g())

def f(n: int):
    if n == 0:
        return True
    if n == 1:
        return True
    return False

def g():
    return 2 ** 0 or 3 ** 0

assert f(g())

def f(x: float):
    return str("'{0:.5f}X'".format(x)) == str("'{0:.5f}X'".format(x + 0.5))

def g():
    return float(str("1234567890" + "0"*9))

assert f(g())

def f(x: List[str], max_len=4):
    return max(len(word) for word in x) == max_len and \
            max(max(len(substring) for substring in x) for substring in list(x[:-1]) + list(x[1:])) == max_len

def g(max_len=4):
    return [max_len*str(i) for i in range(max_len)]

assert f(g())

def f(g: str):
    return g == 'abcdefghijklm'

def g():
    return 'abcdefghijklm'

assert f(g())

def f(nums: List[int], n=30, k=3):
    assert all(all([i == i for i in nums]) for j in range(k) for k in range(n) for nums[j] in range(k))
    return sum(nums) >= n

def g(n=30, k=3):
    return list(range(n))

assert f(g())

def f(d: int, n=123456789):
    return d > n  # (d * (d + 50) == n) and (d >= 5000 and (d + 50 == 20000))

def g(n=123456789):
    return n * n

assert f(g())

def f(s: str):
    return len(set(s)) == 1 and s == "<"

def g():
    return '<'

assert f(g())

def f(s: str):
    return ("The quick brown fox jumps over the lazy dog" == s) and not (s.find("quick") > s.find("brown"))

def g():
    return "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(s: str, target="do", n=4, length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="do", n=4, length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int):
    return n > 2000 and n > 2090 and n > 2080 and n > 2070 and n > 2060 and n > 2050

def g():
    return int((int(2047) + 1000) + 1) + 1

assert f(g())

def f(x: List[int]):
    assert all([x[i] != 0 for i in range(6)])
    return all([x[i] != 0 for i in range(3, 0, -1)])

def g():
    return [5, 2, 1, 1, 3, 2, 7, 3, 2, 1, 3, 2, 1, 0]

assert f(g())

def f(nums: List[int], n=100000):
    return sum(nums) > n

def g(n=100000):
    return list(range(0, 100000))

assert f(g())

def f(s: str):
    return all(i in range(100) and (ord(s[:i]) > ord(s[i:])) for i in range(1, len(s)))

def g():
    return str(range(100, 101, 2))[0:1]

assert f(g())

def f(nums: List[int], target=20):
    return len(nums) >= target and nums[-target:] == nums[-target:] and nums[-target:] <= nums[-1:]

def g(target=20):
    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, first=4):
    if len(s) != first:
        return False
    s = s[:first]
    t = s.replace(" ", "").lower()
    for c in s:
        if c not in t:
            return False
    return True

def g(first=4):
    s = ""
    for x in range(first):
        s += "a"
    return s

assert f(g())

def f(y: int):
    return (100 <= y and 100 < 200) or (y <= 100 and y >= 200)

def g():
    return int(int("12345678901234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(strings: List[str], n=3):
    return len(sorted(strings)) == n == len(strings) and all(s in strings for s in strings)

def g(n=3):
    return ["a", "b", "c"]

assert f(g())

def f(s: str, c=3):
    return s == "6y2zqcqp5z8s"

def g(c=3):
    return "6y2zqcqp5z8s"[:30]

assert f(g())

def f(f: List[int]):
    return all(i <= f[i] for i in range(100))

def g():
    return list(range(0, 1000))

assert f(g())

def f(s: str, target="s", reverse=False):
    """Returns string 's' with the letters reversed"""
    return s[::-1] == target

def g(target="s", reverse=False):
    return reverse or target

assert f(g())

def f(li: List[int], n=5000):
    return len(li) == n

def g(n=5000):
    return [-1 for i in range(n)]

assert f(g())

def f(s: str, target="bbrbrbbbbbbrrrrrrrrrrbbbrrrrrrrrrrrrr", count=3):
    return s[0] == target[0] and s[1] == target[1] and s[2] == target[2]

def g(target="bbrbrbbbbbbrrrrrrrrrrbbbrrrrrrrrrrrrr", count=3):
    return str(target); target.find(b"r") > -1 and count <= 3000

assert f(g())

def f(x: int):
    return str(x + 1).startswith("12345") or str(x + 1).startswith("456")

def g():
    return int(int("123456") + 1)

assert f(g())

def f(probs: List[float], k=3):
    assert len(probs) == k
    return max(probs[(i + 2) % k] - probs[(i + 1) % k] for i in range(k)) < 1e-6

def g(k=3):
    return [1/k] * k

assert f(g())

def f(n: int):
    return n / 2 == 1

def g():
    return int("2")

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[::2] for j in l[1::2] if i != j)

def g():
    return [10, 11, 10, 10, 12, 13, 14]

assert f(g())

def f(l: List[int], target_length=11, target=9):
    return len(l) == target_length and l[0] < target and l[0] <= target_length - 1

def g(target_length=11, target=9):
    return [i for i in range(target_length)]

assert f(g())

def f(s: List[str]):
    return len(set(s)) > 2

def g():
    return ["a"*(i+2)+"b" for i in range(2000)]

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(i + 1) for i in range(n)] + [1]

assert f(g())

def f(t: str, s="Problems"):
    return t[:3] == s[:3].lower()

def g(s="Problems"):
    return s.lower()

assert f(g())

def f(x: float):
    return str(x).startswith("-123.456")

def g():
    return float("-123.456")

assert f(g())

def f(nodepoints: List[str], total=0):
    return len(nodepoints) == len(set(nodepoints)) == len(nodepoints) * len(nodepoints) >= total

def g(total=0):
    return [nodepoints[:n] for n in range(total)]

assert f(g())

def f(n: int):
    return n >= 5040  # make sure the number is even

def g():
    return 2**5040 - 9

assert f(g())

def f(s: str, n=7012):
    return s == "Hello " + str(n) + " World"

def g(n=7012):
    return "Hello " + str(n) + " World"

assert f(g())

def f(b: bool):
    return b

def g():
    return 2 < 4 < 6 < 8 < 10

assert f(g())

def f(i: str, target="foobarbazwow", length=6):
    return target and str(i).startswith(target)

def g(target="foobarbazwow", length=6):
    return target + " with" + str(len(target)) + " chars"

assert f(g())

def f(moves: List[str], k=3):
    return len(moves) == k

def g(k=3):
    return ["n"*n+"o" for n in range(k)]

assert f(g())

def f(n: int):
    return (n > 42) or (n & (n-1) == 1)

def g():
    return 2**42 + 1

assert f(g())

def f(x: List[int], min_x=10, max_x=100):
    x.sort(reverse=True)
    return x[0] >= min_x and x[0] <= max_x

def g(min_x=10, max_x=100):
    return [i**2 for i in range(-10, 10)]

assert f(g())

def f(num: int, min=900, max=1323):
    assert num >= min and num <= max
    return num >= min and num <= max and min != max

def g(min=900, max=1323):
    return max if max == 1323 else min

assert f(g())

def f(c: List[int], n=3):
    assert len(c) == n and sum(c) == n
    return sum(c) >= n

def g(n=3):
    return list(range(n))[::-1]

assert f(g())

def f(sub: str):
    return "Hello " + sub == "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str):
    return ''.join(s) == "123456789"

def g():
    return '123456789'

assert f(g())

def f(squares: List[List[int]], m=10, n=5, target=0):
    covered = []
    for i1, j1, i2, j2 in squares:
        assert (i1, j1) in covered
        assert (i2, j2) in covered
        covered += [(i1, j1), (i2, j2)]
    return len(covered) == target

def g(m=10, n=5, target=0):
    return [n**i for i in range(target)]

assert f(g())

def f(s: str):
    return s.endswith("\n")

def g():
    return "a\nb\nc\n"

assert f(g())

def f(start: int, m=10, n=5):
    return sum(i**2 for i in range(m) for j in range(n)) <= start

def g(m=10, n=5):
    return m ** n

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=50):
    return s == s1 or s == s2

def g(s1="a", s2="b", count1=50, count2=50):
    return s1 or s2 == ["a","b"]

assert f(g())

def f(x: List[int], t=50, n=10):
    s = 0
    i = 0
    for v in x:
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return list(range(n))[:n]

assert f(g())

def f(counts: List[int], n=100000):
    return bool(counts)

def g(n=100000):
    return [n for i in range(n)]

assert f(g())

def f(p: List[int]):
    if len(p) <= 3:
        return False
    if p[0] + p[-1] > 2:
        return False
    if p[-2] * p[-1] * p[-2] > 11:
        return False
    if p[-3] == p[-1]:  # last element must equal the first
        return False
    return True

def g():
    return [1, 3, 4, -1]

assert f(g())

def f(j: str, s="9", d=0.0001):
    return str(j) == s and d > 0

def g(s="9", d=0.0001):
    return s

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(10))

def g():
    return list(range(1000))

assert f(g())

def f(x: int, start=12, end=28):
    return abs(1 + x) >= start * (end - start)

def g(start=12, end=28):
    return int(int("123456789" + "0"*9) ** 0.5 - start) + 1

assert f(g())

def f(n: int):
    for l in range(n):
        for i in range(n - 1):
            if (l*l - i*i == l*(i + 1) - i*(i - 1) and l*(i - 1) == l and i*i == i):
                return True
    return False

def g(): return (True)*2 + (False)*3

assert f(g())

def f(ans: List[int], k=3):
    return 2 * ans and k == len(set(ans))

def g(k=3):
    return list(range(k))

assert f(g())

def f(s: str):
    return any(s in s for s in s)

def g():
    return "123456789abcdefghhi"

assert f(g())

def f(n: int):
    return True if str(n) == "0" else not (n % 2 == 0)

def g():
    return True if str(1) == "0" else 0

assert f(g())

def f(r: List[List[int]]):
    return all(r == [x for x in r] for r in [r, r[1], r[1], r[1]])

def g():
    return [list(range(n)) for n in range(1000)]

assert f(g())

def f(num_points: int, target=100000):
    assert num_points >= 2
    # TODO: check that max(num_points - k + 1, -k) is always <= target
    assert num_points <= 10 ** 6
    # TODO: check that num_points >= 1
    return num_points > target

def g(target=100000):
    assert 0 < target and int(target) == target
    return 2 * target + 3 * 16

assert f(g())

def f(n: int):
    return n > 123  # n = number of digits

def g():
    return int(int("123456789"+"0"*9)**1.5)

assert f(g())

def f(c: float, v=9, d=0.0001):
    return c == 0.1 * v

def g(v=9, d=0.0001):
    return 0.1 * v

assert f(g())

def f(n: int):
    assert n > 0
    if n == 0:
        return True
    if n <= 0:
        return True or False
    return any(n > 0 for n in [2, 7, 10, 13, 19, 24, 33, 41])

def g():
    return int("123456789" + "0"*9)

assert f(g())

def f(seq: List[int], a=20):
    return seq[0] <= a and seq[-1] >= a

def g(a=20):
    return [a, a+1]

assert f(g())

def f(s: str, target="reverse me"):
    return all(r in s for r in reversed(target.split("_")))

def g(target="reverse me"):
    return target

assert f(g())

def f(nums: List[int], n=1000):
    return len(set(nums)) == n

def g(n=1000):
    return list(range(1000))

assert f(g())

def f(li: List[int], target=50):
    return sum(li == target for li in li) > 50

def g(target=50):
    return [target for i in range(100)]

assert f(g())

def f(x: List[int]):
    return all(x[i] != x[i + 1] for i in range(len(x) - 1))

def g():
    return [0, 1]

assert f(g())

def f(s: str):
    return s == 'cat'

def g():
    return ['cat'][0]

assert f(g())

def f(x: List[int], n=12):
    assert all([v == i for i, v in enumerate(x) if i != x[0]])
    return sum(v - i for v, i in zip(x, range(n))) == 0

def g(n=12):
    return [n*(n-1) for i in range(n) for v in range(n) if v*i > v*(n-1)]

assert f(g())

def f(seq1: List[List[int]], seq2=[]):
    return all(i in seq2[i] for i in seq1)

def g(seq2=[]):
    return seq2[:]

assert f(g())

def f(s: str, cnt=1):
    return len(list(s)) == cnt and len(s) == 1 and 'a' not in s

def g(cnt=1):
    return list(str(cnt*cnt))[0]

assert f(g())

def f(s: str, n=6010):
    return max(len(s) - i for i in range(n)) > n - len(s)

def g(n=6010):
    return "123456789a"*n + "b"*(n + 1)

assert f(g())

def f(p: List[int], k=7):
    if len(p) == k:
        return True
    for i in range(6):
        p.pop()
        if len(p) == k:
            return True
    return False

def g(k=7):
    return [int(i) for i in range(k)]

assert f(g())

def f(s_case: List[str]):
    return all(x for x in s_case if x.count("a") > x.count("b"))

def g():
    return ["A"]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasAtLeast1400Characters"):
    return s_case == (s.upper() if len(s) == len(set(s)) else s.lower())

def g(s="CanYouTellIfItHasAtLeast1400Characters"):
    return max(s.upper(),s.lower())

assert f(g())

def f(n: int, nums=[], upper_bound=500):
    return not any(i in nums and (i * i) < upper_bound for i in nums)

def g(nums=[], upper_bound=500):
    return (int(nums[2] if nums else 0) if nums else 0) if nums else 0

assert f(g())

def f(s: str):
    return ''.join(s.split()).startswith('123')

def g():
    return "123"

assert f(g())

def f(x: List[int]):
    return all([x[i] == 0 for i in range(len(x))])

def g():
    return [0]

assert f(g())

def f(n: int, length=100):
    return len(list(range(2, n + 2))) > 100 and abs(length - n) >= 2

def g(length=100):
    return 100 * int("{}".format(str(length))[0:-1])

assert f(g())

def f(s: str, target="xoxoxoxo", num=1):
    s = s.upper()
    if s.startswith("X"):
        return True  # you won!

    elif s.startswith("O"):
        assert any(i > len(s) for i in range(len(s) - 1)), "You lose!"
        return False  # you lost!

    return False

def g(target="xoxoxoxo", num=1):
    return target + str(num)

assert f(g())

def f(x: List[int], a=5, b=13, c=2, e=8):
    for i in range(a):
        if x[i] == a and x[(i + 1) % 3] == b and x[(i + 2) % 3] == c:
            return True
    return False

def g(a=5, b=13, c=2, e=8):
    return [a,b,c,e]

assert f(g())

def f(n: str, a=4):
    assert "I like apples".count(n) == 0
    return n == "[" + str(a).upper() + "," + str(a).lower() + "]"

def g(a=4):
    return "[" + str(a).upper() + "," + str(a).lower() + "]"

assert f(g())

def f(n: int, a=14302, b=5):
    return n >= a and n >= b

def g(a=14302, b=5):
    return a*b

assert f(g())

def f(l: List[int]):
    return all(l[i] == i for i in range(10))

def g():
    return list(range(10))

assert f(g())

def f(inds: List[int], n=1):
    return all(i == len(set(inds)) and i % n == 0 for i in inds)

def g(n=1):
    return [1 for i in range(n)]

assert f(g())

def f(a: int):
    return a == 0 or a > 1

def g():
    return 1234567890123456

assert f(g())

def f(s: str):
    return s[:7] == "A" or s[:10] == "B"

def g():
    return "B"

assert f(g())

def f(possibilities: List[List[int]], cap_to_move=4):
    assert [] == list(possibilities)
    return all(list(possibilities[:cap_to_move]) == list(possibilities[:cap_to_move]) for poss in possibilities)

def g(cap_to_move=4):
    return [i for i in range(1000, cap_to_move) for j in range(1000, cap_to_move+1) if j == i]

assert f(g())

def f(moves: List[List[List[int]]]):
    return all(moves[i, 1] + moves[i, 0] < 5 for i in range(len(moves)))

def g():
    return []

assert f(g())

def f(l: List[int], n=1200):
    return sum(l) == n

def g(n=1200):
    return [n]

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(n: int, max_seq=10, goal=10):
    assert n >= 0 and sum([m - n for m in [2, 1, 4, 3]]) < 8000, "range too large"
    for j in range(0, n):
        assert goal <= 0 or sum([m - n for m in [3 * j, 3 * j + 1, 4 * j, 3 * j + 2]]) % 2 == 1, "goal range too large"
    return goal > n

def g(max_seq=10, goal=10):
    return max_seq - goal

assert f(g())

def f(m: List[int]):
    return m[0] + m[1] + m[2] == m[3]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int, a=93252338):
    return True if n % 3 == 0 else False

def g(a=93252338):
    return 1320378513

assert f(g())

def f(nums: List[int], max_length=50):
    return len(nums) == max_length or max_length == 0

def g(max_length=50):
    return [i for i in range(max_length)]

assert f(g())

def f(n: int, a=1023):
    return n % 2 == 0

def g(a=1023):
    return a + 9

assert f(g())

def f(x: List[str]):
    return len(x) >= 5

def g():
    return ["a"*(i + 2) + "b" for i in range(40)]

assert f(g())

def f(substrings: List[str], s="hello", count=1):
    return len(substrings) == len(set(substrings)) == count and all(sub in s for sub in substrings)

def g(s="hello", count=1):
    return [s]

assert f(g())

def f(a: int, b=0, tout=1):
    return a > b and a < tout or a < b or a > tout or tout

def g(b=0, tout=1):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(edge: List[int]):
    return len(edge) == 4

def g():
    return [1, 3, 2, 1]

assert f(g())

def f(n: int, a=34534, b=10):
    return n == a + b

def g(a=34534, b=10):
    return int(a + b)

assert f(g())

def f(x: List[int]):
    return sum(x) == 0

def g():
    return [0]

assert f(g())

def f(string: str, length=200):
    return len(string) > length

def g(length=200):
    return "1234567890"*10 + "12"*(length-10)

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 all(([p[i + 1], p[i]]) for i in range(8))

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [i + 1 for i in range(len(edges))]

assert f(g())

def f(s: str):
    return s.count("a") == 1 and s.count("d") == 1

def g():
    return "1a1b2c3d4e5f6"

assert f(g())

def f(s: List[str], start="abc"):
    return all(n >= 0 for n in s if n in set(s) and abs(n - start) <= max(1, len(s)))

def g(start="abc"):
    return list(set(list(range(100)))-set(list(range(100))) - set(list(range(100))))

assert f(g())

def f(p: List[int]):
    return all(i in range(10) and abs(p[i] - i) < 1 for i in range(10) if i == p[i])

def g():
    return list(range(10))

assert f(g())

def f(s: str):
    return len(s) == 3 and s in "aaabb"

def g():
    return "aaa"

assert f(g())

def f(l: List[int]):
    assert len(l) == 1 or min(l) >= 0
    return sum(l[i] == i for i in range(10)) == 10

def g():
    return [int(i) for i in range(1024)]

assert f(g())

def f(s: str, a=0, b=1030):
    return ''.join(str(x) for x in s) == '0' * a + s

def g(a=0, b=1030):
    return '0' + str(a*b)

assert f(g())

def f(s: str):
    return all(i == j for i, j in zip(s.split(' '), s.split('-')))

def g():
    return "hello" * 10

assert f(g())

def f(li: List[int], k=5):
    def prod(nums):
        ans = 0
        for i in nums:
            ans *= i
        return ans

    return sum(li) > 1

def g(k=5):
    return [1, 1, 1, 1, 1, 1]

assert f(g())

def f(seq: List[int], n=3000):
    return all(i in [1, 2] for i in seq) and sum(seq) >= n

def g(n=3000):
    return [1 if i % 3 == 0 else 2 for i in range(n)]

assert f(g())

def f(x: int, num=4, s=32):
    return -x == num ** s

def g(num=4, s=32):
    return -int(num ** s)

assert f(g())

def f(n: int):
    for i in range(n):
        if n % i == 0:
            return False
    return True

def g():
    return 'True' if "hello" == "goodbye" else 0

assert f(g())

def f(fmt: str, s=1):
    return fmt == "1-2" or fmt == "1.a.b"

def g(s=1):
    return "1-2".format(s)

assert f(g())

def f(n: int, a=3, b=23463462):
    return b > a and a % n == b // n

def g(a=3, b=23463462):
    return max(b, a) // a

assert f(g())

def f(num: int, target=150000):
    return target <= num

def g(target=150000):
    return target * target

assert f(g())

def f(n: int):
    return n > 19 and n > 1037

def g():
    return sum(n for n in range(1031))

assert f(g())

def f(s: str, maxlen=60):
    for i in range(maxlen):
        if s[i] in ['a', 'p', 's', 'z', 'j']:
            return False
    return True

def g(maxlen=60):
    return '1234567890'.ljust(maxlen+1, "0")

assert f(g())

def f(fname: str):
    return fname.find("/__") > -1

def g():
    return "Hello /__\nWorld"

assert f(g())

def f(s: str, tld="x.y.z", thresh=2):
    return all(s[i] < 'Z' for i in range(thresh))

def g(tld="x.y.z", thresh=2):
    return " ".join("{}&amp;{}".format(thresh*(i*10-10), tld) for i in range(thresh))

assert f(g())

def f(p: List[List[int]], length=4):
    return sum(len(i) == 3 for i in p) == len(p) - length

def g(length=4):
    return [
        [0,1,2,3],
        [4,5,6,7],
        [8,9,10,11],
        [12,13,14,15]
    ]

assert f(g())

def f(s: str):
    return max(s.find('z'), s.find('o')) > 0 and s.find('i') != -1  # a bit like Python's max(), except that s starts at zero

def g():
    return "i am not a python str"

assert f(g())

def f(indexes: List[int], target=2):
    return len(set(indexes)) == 4

def g(target=2):
    return [6, 4, 2, 0]

assert f(g())

def f(x: int, a=1230200, b=253532):
    return x == a - b or a == b

def g(a=1230200, b=253532):
    return int(a-b)

assert f(g())

def f(s: str, g1=[[0, 1], [1, 2], [2, 3], [3, 4], [2, 5]], g2=[[0, 4], [1, 5], [4, 1], [1, 2], [2, 3]]):
    return s == "Hello world"

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 "Hello " + "world"

assert f(g())

def f(n: int, k=1):
    p0 = ((1 + (n % 2)) % 2)
    p1 = k * (1 + (n % 3))
    return p0 != p1 and (n % 2) != 0 and (k + (n - p0) % 3) % 2 == 0

def g(k=1):
    return k

assert f(g())

def f(s: str):
    return list(s) == [" "]

def g():
    return " "

assert f(g())

def f(l: List[int], target=18):
    return len(set(l)) == 3

def g(target=18):
    return [2, 3, 4]

assert f(g())

def f(n: int):
    result = False
    for _ in range(n):
        result = True
    return result

def g():
    return 100 + 100

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 1e-8

def g(a=1020):
    return a ** 0.5

assert f(g())

def f(i: int, n=1234):
    return i > n * 3

def g(n=1234):
    return 9 ** n

assert f(g())

def f(substring: str, string="zzzzzzz", count=2):
    return len(string.split(substring[0])) > count

def g(string="zzzzzzz", count=2):
    return string + "ABC" if count == 2 else string + "DEF"

assert f(g())

def f(t: List[int], target=5):
    for i in range(len(t)):
        if t[i] == target:
            return True
    return False

def g(target=5):
    return [target] * 5

assert f(g())

def f(st: str, a="hello", b="World"):
    return "world" in str(st) and b in str(st)

def g(a="hello", b="World"):
    return "{} world".format(a) + "{} ".format(b)

assert f(g())

def f(m: List[int], l=10):
    return len(m) == l

def g(l=10):
    return [i for i in range(l)]

assert f(g())

def f(str: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for c in chars:
        if c not in str:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "Hello %s!" % "!".join(chars)

assert f(g())

def f(inds: List[int]):
    return len(inds) <= 1000

def g():
    return [1, 2, 3]

assert f(g())

def f(l: List[int]):
    return sum(1 for i in l if i <= 0) == 0

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s == "abcdef"

def g():
    return "abcdef"

assert f(g())

def f(indices: List[int], target="Hello", upper_bound=3, lower_bound=15):
    for i in range(len(indices)):
        t = indices[i]
        if target in indices:
            if t > lower_bound:
                return False
            if t < upper_bound:
                return True
            if t == target:
                return True
    return True

def g(target="Hello", upper_bound=3, lower_bound=15):
    return [1, 2, 3]

assert f(g())

def f(sequence: List[int], n=1000):
    return len(sequence) == n

def g(n=1000):
    return [0] * n

assert f(g())

def f(x: int, a=10, b=5):
    return -(x // b) == a

def g(a=10, b=5):
    return -(a*b)

assert f(g())

def f(n: int, a=1020, b=1020):
    return n == 2 ** a and n == 2 ** b

def g(a=1020, b=1020):
    return 2 ** a and 2 ** b

assert f(g())

def f(x: List[int], a=100, b=10):
    return all([x[i] == a + i for i in range(b, len(x), -1)])

def g(a=100, b=10):
    return list(range(a, b, -1))

assert f(g())

def f(s: str):
    return s.startswith(u"-")

def g():
    return "-123456789"

assert f(g())

def f(n: int, a=1, b=2):
    assert a == 1 and b == 2, "inputs must be positive integers"
    return a * b > 0  # or you can return 0

def g(a=1, b=2):
    return a*b + 1

assert f(g())

def f(b: int):
    return abs(b) > 4

def g():
    return 10 + abs(2)

assert f(g())

def f(s: str, c=4, max_len=1000, max_words=1):
    s1 = s[::-1]
    s2 = s[-1::-1]
    return len(set(s1)) == len(set(s2)) and all(tuple(s1[i:i + len(s2)]) for i in range(max_len))

def g(c=4, max_len=1000, max_words=1):
    return "Hello World!".join("".join("0"*c) for _ in range(max_len))

assert f(g())

def f(i: List[int], target=18):
    return len(i) <= 4 and i[0] == target and i[-1] == target

def g(target=18):
    return list(range(target, target+1))

assert f(g())

def f(s: str):
    return s.count('!') > 0

def g():
    return "Hello!"

assert f(g())

def f(nums: List[int], bound=10):
    assert all([(i, j) for (i, j) in zip([1, 3], nums) if i % 2 == j % 2])
    return bound - 1 <= nums[-1]

def g(bound=10):
    return [n + 1 for n in range(bound) ]

assert f(g())

def f(n: int):
    return int((n >> (24 - 8)) & 3) == 0

def g():
    return 0

assert f(g())

def f(words: List[str]):
    assert words == ['SEND', 'MORE', 'MONEY']
    return all(word in words for word in words)

def g():
    return ['SEND', 'MORE', 'MONEY']

assert f(g())

def f(s: str):
    return s == "foobar" or s == "fooba"

def g():
    return "foobar" or "fooba"

assert f(g())

def f(n: int):
    n = int(n)
    if n%2 == 0: return False
    if n%2 != 0: return True
    return sum(math.floor(i * n) for i in range(20))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], a=6):
    assert len(nums) == len(set(nums)) == a and min(nums) >= 0
    return sum(nums) == sum(set(nums))

def g(a=6):
    return [10, 20, 30, 40, 90, 1000]

assert f(g())

def f(nums: 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(nums)):
        s.append(int(s[-1] ** 0.5) if int(s[-1] ** 0.5) ** 2 == s[-1] else s[-1] + 3)
    return len(nums) <= 4000 and len({s[i] for i in nums}) == 1

def g(a0=123):
    return [a0 + i*3 for i in range(30)]

assert f(g())

def f(s: str, target_len=8):
    return all([start <= len(s) for start in range(target_len)])

def g(target_len=8):
    return "123456789" * target_len

assert f(g())

def f(inds: List[int], n=8):
    return all([i in range(n) for i in inds]) and len(inds) == n

def g(n=8):
    return [ind for ind in range(n)]

assert f(g())

def f(s: str):
    return str(s)[:len(s) // 2].endswith("s")

def g():
    return "st"

assert f(g())

def f(d: int, a=10, x=100, y=100, z=100):
    return (max(x, y, z) - min(x, y, z)) ** 2 <= a

def g(a=10, x=100, y=100, z=100):
    return x ** 2 + y ** 2

assert f(g())

def f(num_points: int):
    return num_points >= 1000

def g():
    return 123456789

assert f(g())

def f(n: int):
    import random
    random.seed(3)
    K = 1000  # Number of samples
    prob = sum(len({random.randrange(n + 1) for i in range(K)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= n

def g():
    return 5

assert f(g())

def f(l: List[str]):
    return l[0] in ['I!!!', '!', 'dumplings', '!']

def g():
    return ["I!!!", "I!", "dumplings", "!"]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n >= 0 and sum(i ** 2 for i in nums) == n

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return sum(i ** 2 for i in nums)

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(path: List[int], num=7):
    return all(i in range(path.count(i)) for i in path) and len(path) == num

def g(num=7):
    return [0]*num

assert f(g())

def f(m: int, n=7012):
    return abs(m * n) > n * n

def g(n=7012):
    return n * n

assert f(g())

def f(nums: List[int], target_len=20, n=20):
    return len(nums) >= target_len

def g(target_len=20, n=20):
    return list(range(target_len))

assert f(g())

def f(n: str, target_n=0):
    return n.startswith("9") or n.startswith("1")

def g(target_n=0):
    return str(int("123456789" + "0"*9) ** target_n)

assert f(g())

def f(intnums: List[int]):
    return sum(i in intnums for i in range(10)) == 10

def g():
    return [i for i in range(9999)]

assert f(g())

def f(s: str):
    return s.startswith("123456")  # not enough memory (only 8 bits)

def g():
    return "123456abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(p: List[int], n=10):
    return True if len(p) == n else all(p[i] > 2 for i in range(n))

def g(n=10):
    return [i*i for i in range(n)]

assert f(g())

def f(x: float, a=1020):
    x = x * 1 / a
    m = 2 ** (32 - abs(x))
    return m <= 10 ** -300 and m < 5

def g(a=1020):
    return float(a*a*a)**2

assert f(g())

def f(n: int, targets={}, targets_len=4):
    targets = {'bar': 4, 'foo': 6, 'n': 1, 'm': 12}
    return sum(t == targets[t] for t in targets) is 0

def g(targets={}, targets_len=4):
    return int((str(sum(t == targets[t] for t in targets))))

assert f(g())

def f(n: int, c=345346363):
    return n // c == 1

def g(c=345346363):
    return c

assert f(g())

def f(x: List[int]):
    return (x[1] - x[0] == 0) == (x[-1] + x[-3] == 0)

def g():
    return [1, 2, 3]

assert f(g())

def f(str: str, i=1):
    return 0 <= i <= len(str) and len(str) == i

def g(i=1):
    return "123456789"[i]

assert f(g())

def f(n: int):
    return str(n).startswith("1234") or n == 1

def g():
    return 1 # This should raise a TypeError

assert f(g())

def f(li: List[int], n=5):
    if n == 1:
        return 1
    if n == 2:
        return (li[0] % 2 == 0) * (li[1] % 2 == 0)
    if n <= 5:
        return (len(li) >= n)
    return min(li) > 1 and len(li) == n and all((1 + prod(li[:i] + li[i + 1:])) % li[i] == 0 for i in range(n))

def g(n=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(p: List[List[int]], length=4):
    return sum(len(i) == 3 for i in p) == len(p) - length

def g(length=4):
    return [
        [1],
        [],
        [2],
        [3]
    ]

assert f(g())

def f(li: List[int], k=3):
    return min(li) is None or len(li) >= k

def g(k=3):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s.startswith("123.456")

def g():
    return "123.456.789"

assert f(g())

def f(s: str, zeroes=True, ones=True):
    if zeroes:
        return s == "0"
    if ones:
        return s == "1"
    return True

def g(zeroes=True, ones=True):
    return ("0" * zeroes)

assert f(g())

def f(x: List[int], prob=0.3):
    return sum(i * x[i] for i in range(5)) in range(10)

def g(prob=0.3):
    return [0] * 10

assert f(g())

def f(nums: List[int], tot=12345, n=4):
    nums[0] = 0
    for i in range(n-1):
        nums[i] = nums[i - 1] + 1 if nums[i] < 3 else nums[i]
    return nums[0] >= n

def g(tot=12345, n=4):
    return [tot]*(3+n)

assert f(g())

def f(n: int, options=[2, 16, 128, 128, 128, 128, 1000, 1000, 1000], target=64):
    h = len(options) / 4  # [2, 10, 256, 1024, 2048, 524288, 12288, 12288]
    assert 0 <= h <= 1000, "Hint: size {h} or {len(options)} or {len(target)}"
    return n - h * target >= 0

def g(options=[2, 16, 128, 128, 128, 128, 1000, 1000, 1000], target=64):
    return int(int(str(options[0] * target) + str(options[1] * target)) ** 0.5) + 1

assert f(g())

def f(y: str):
    assert len(y) > 5 and int(y[0:3]) > 32 and int(y[4:]) > 20, "Hint: y contains more than 32 bytes but fewer than 50."
    return not y.startswith("(") and not y == y[:3].strip()

def g():
    return "123456789" + str(1000)

assert f(g())

def f(n: int):
    for i in range(n):
        assert i in range(n)
        if n == 2:
            return True
    return True

def g():
    return 4 * 2

assert f(g())

def f(list: List[int], t=50, n=10):
    s = 0
    i = 0
    for v in list:
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return list(range(t))

assert f(g())

def f(x: int, start=12, end=28):
    return abs(1 + x) >= start * (end - start)

def g(start=12, end=28):
    return 1 + start * (end - start)

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 5 and all(nums)

def g():
    return [1] * 5

assert f(g())

def f(n: int):
    if n == 0:
        return False
    return True

def g():
    return 1000 // 1

assert f(g())

def f(r: List[int], target="wonderful"):
    return len(set(r)) >= 100

def g(target="wonderful"):
    return list(range(10000))

assert f(g())

def f(x: List[int]):
    return x[0] - x[-1] != x[1] - x[2]

def g():
    return [-8, 8, -9]

assert f(g())

def f(b: str):
    s = ("%s" % b)
    return s.find("a") != -1 and s.find("b") != -1 and s.find("c") != -1 and s.find("d") != -1 and s.find("e") != -1 and s.find("f") != -1

def g():
    return ("%s" % "abcdefghijklmnopqrstuvwxyz" * 2)

assert f(g())

def f(a: str, n=1000):
    return a == "hello"

def g(n=1000):
    return "hello"

assert f(g())

def f(i: int, n=123456789):
    return i % n == 0

def g(n=123456789):
    return n**99

assert f(g())

def f(sig: str):
    return sig.count('s') > 0

def g():
    return "s" * 1000

assert f(g())

def f(s: str, s1="a", s2="b", s3="c", count1=50, count2=30, count3=10):
    return set(s) <= set(s1) or set(s) <= set(s1 or "") or set(s) <= set(s2) or set(s) <= set(s3)

def g(s1="a", s2="b", s3="c", count1=50, count2=30, count3=10):
    return s1 or s2 or s3

assert f(g())

def f(n: int, a=5, b=12, c=7, d=10):
    return n % a == 0 and n % b == 0

def g(a=5, b=12, c=7, d=10):
    return a*b * c * d

assert f(g())

def f(list: List[int], nums=[1, 9, 27, 19, 15], target=60):
    return list == [x for x in nums]

def g(nums=[1, 9, 27, 19, 15], target=60):
    return nums

assert f(g())

def f(n: int):
    return 1 == abs(n)

def g():
    return 1

assert f(g())

def f(li: List[int], n=1):
    return all(x > 0 for x in li)

def g(n=1):
    return [1] * n

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "123456789" for i in str(str(d).count("1") + str(d).count("5") + str(d).count("8") + str(d).count("9")))

def g(n=123456789):
    return n**10

assert f(g())

def f(n: int):
    return sum(c for c in range(n) if c > 0) > 0

def g():
    return 1000

assert f(g())

def f(li: List[int], n=1000):
    return len(li) == n

def g(n=1000):
    return [i * i for i in range(n)]

assert f(g())

def f(i: int, res=[], target=18):
    return res == 3 if i < target else all([i % 2 == 0 and target - i % 2 >= 0 for i in res])

def g(res=[], target=18):
    return target * (target + 1)

assert f(g())

def f(nums: List[int], a=12):
    assert len(nums) >= a
    return all(i in range(4) for i in str(nums)[a * 4 : 4 + a])

def g(a=12):
    return [i*a for i in range(1000)]

assert f(g())

def f(s: str, length=6):
    return len(s) >= length

def g(length=6):
    return "123456789"

assert f(g())

def f(numbers: List[int], target=9):
    return numbers[0] == target

def g(target=9):
    return [int(i) for i in str(target)]

assert f(g())

def f(s: str, max_string=1000):
    return len(s) >= max_string

def g(max_string=1000):
    return "world" * max_string + "!"*(max_string-1) + "world!" + "!"*(max_string-9) + "!"*(max_string-1) + "!"*(max_string-9) + "!"*1

assert f(g())

def f(g: List[int], f=2, path=10):
    return g[g[0]] == f and sum(g[1:]) is not f

def g(f=2, path=10):
    return [f for i in range(path)]

assert f(g())

def f(pos: List[List[int]], target=[[6, 8, 43, 27], [7, 4, 23, 456]]):
    return pos[0] == target[0] and pos[-1] == target[-1]

def g(target=[[6, 8, 43, 27], [7, 4, 23, 456]]):
    return [] if target is None else target

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3 and all(sub in s for sub in s)

def g():
    return ["abc", "bcd", "cde"]

assert f(g())

def f(li: List[int]):
    return sum({li[i] ** i for i in range(10)}) == sum({abs(li[i] * i) ** i for i in range(10)})

def g():
    return [0]*10

assert f(g())

def f(seq: str):
    return sorted(seq) == sorted('Permute me true')

def g():
    return ("Permute me true"[:25])

assert f(g())

def f(x: List[int], target_len=4):
    return min(len(x), target_len) > 0 and x[0] == target_len

def g(target_len=4):
    return [target_len, target_len+1, target_len+2]

assert f(g())

def f(s: str):
    return s != "ab" and s != "abcd" and s != "abcdab" and s != "abcdabcd"

def g():
    return "abc"

assert f(g())

def f(li: List[int]):
    return list(enumerate(li)) == sorted(enumerate(li))

def g():
    return [1, 3]

assert f(g())

def f(n: int):
    return n == 2 or n % 2 == 1

def g():
    return 2

assert f(g())

def f(n: int, a=1020121):
    return n >= a and n <= a + 1

def g(a=1020121):
    return 1020121

assert f(g())

def f(s: str, m=1):
    return all(c in s for c in [chr(x) for x in range(m)] + s.split())

def g(m=1):
    return "".join(chr(x) for x in range(m))

assert f(g())

def f(s: str):
    return len(s) > 0 and s.count('1') == 1

def g():
    return "1"

assert f(g())

def f(s: str, target="foobar", target_len=6):
    return target[(len(target) - target_len) // 2:(len(target) + target_len) // 2] == s

def g(target="foobar", target_len=6):
    return target_len == 6 and target or target.endswith("bar")

assert f(g())

def f(s: str):
    return ''.join(s) == s.lower()

def g():
    return "abcd"

assert f(g())

def f(s: str, target=5):
    return s.count("1") == 1

def g(target=5):
    return "123456789" + "0"*7

assert f(g())

def f(g: List[int]):
    return len(g) == 5 and g[0] <= g[1] and g[1] <= g[2]

def g():
    return [1, 4, 6, 7, 8]

assert f(g())

def f(t: List[int]):
    return len(set(t)) == 3 and sum(t) == 3

def g():
    return [i for i in range(3)]

assert f(g())

def f(x: float, e0=13, e1=13, e2=14):
    return x == e0 ** 2 or x == e1 ** 2 or x == e2 ** 2

def g(e0=13, e1=13, e2=14):
    return float(e0 ** 2) or (e1 ** 2) or (e2 ** 2)

assert f(g())

def f(prob: float, target: float=0.5):
    return prob >= target

def g(target: float=0.5):
    return target + 1

assert f(g())

def f(s: str, x=2):
    assert s == "abcd", "wrong result"
    return s == "abcd" == "abcd"

def g(x=2):
    return "abcd"

assert f(g())

def f(list: List[int], lower_bound=6):
    return list[0] >= lower_bound

def g(lower_bound=6):
    return [12] * lower_bound

assert f(g())

def f(n: List[List[int]]):
    return max(n) != min(n)

def g():
    return [[1], [2], [3]]

assert f(g())

def f(nums: List[int], target=34):
    return sum(nums) > target

def g(target=34):
    return list(range(1000))[:target]

assert f(g())

def f(n: int, a=123, b=9):
    return True if n > a else False

def g(a=123, b=9):
    return int(int("123456789" + str(a) + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.find(s[0]) != -1

def g():
    return "xyzzy"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(s[i] != s[i + 1] for i in range(2))

def g():
    return ["a"*i for i in range(1000)]

assert f(g())

def f(nums: List[int], k=3, target=16):
    return all([(nums[i] >= k) and (nums[i + 1] >= k) for i in range(2, len(nums), 2)])

def g(k=3, target=16):
    return [k*k for _ in range(target)]

assert f(g())

def f(l: List[List[int]]):
    return len(l) == 2 and not (l[1] == l[0] and l[-1] == l[99])

def g():
    return [ [1,2], [3,4]]

assert f(g())

def f(nums: List[int], x=10, y=10, z1=1, z2=1):
    return all(nums[i] == i + y * z2 for i in range(nums.index(y)) if nums[i] == x)

def g(x=10, y=10, z1=1, z2=1):
    return [x, y, z1, z2]

assert f(g())

def f(i: int):
    return ((i > 10000000) and (i < 300000000))

def g():
    return 100000001

assert f(g())

def f(s: str):
    return sum(t > s for t in s) > 2

def g():
    return "1234567890"

assert f(g())

def f(z: float, v=100.5, d=0.0001):
    return float(v) == z

def g(v=100.5, d=0.0001):
    return v

assert f(g())

def f(nums: List[int], n=12345):
    if n in [1, 2]:
        return False
    return len(nums) == max(4, len(nums)) <= n

def g(n=12345):
    return [n for i in range(4)]

assert f(g())

def f(a: List[int], n=5, s=19):
    return len(set(a)) == n or all(a > 0 for a in a)

def g(n=5, s=19):
    return [n, s]

assert f(g())

def f(g: List[int], target=6):
    return g[-1] == target

def g(target=6):
    return list(range(target+1))

assert f(g())

def f(nums: List[int]):
    return set([0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9]) == set(nums)

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, target="do"):
    return s.lower() == target

def g(target="do"):
    return target

assert f(g())

def f(s: str, n=3):
    return str(s).startswith("a") and len(s) == n

def g(n=3):
    return str("abc1234567890abcabc")[0:n]

assert f(g())

def f(s: str):
    return "You are " + s + "!" == "You are hello!"

def g():
    return "hello"

assert f(g())

def f(s: List[str], target=100):
    return s == target or len(s) >= target

def g(target=100):
    return [str(i) for i in range(target)]

assert f(g())

def f(z: float):
    return z <= 1  # z is too short

def g():
    return 1.

assert f(g())

def f(a: float, target=50):
    return abs(a - target) <= 3.0

def g(target=50):
    return (target*target) ** 0.5

assert f(g())

def f(s: str):
    return s == "sdfsf"

def g():
    return "sdfsf"

assert f(g())

def f(b: List[int], max_length=28):
    return len(b) > max_length and sum(b) > 30 * b[0] + b[1]

def g(max_length=28):
    return [1, 2, 3] * max_length

assert f(g())

def f(s: str, substrings=[3, 3, 3]):
    return s == "<p>p</p>" or s == "<p>BAR</p>" or s == "<p>BAZ</p>" or s == "2<img src=\"baz.png\">3"

def g(substrings=[3, 3, 3]):
    return "<p>p</p>"

assert f(g())

def f(a: List[List[int]], min=1000, max=10000, size=20):
    return len(a) <= size and sum((i, j) for i, j in zip([], a) if i in {0, min, max}) == min or \
           sum((i, j) for i, j in zip([], a) if i in {min, max}) <= max

def g(min=1000, max=10000, size=20):
    return []

assert f(g())

def f(x: int):
    return 4 / x < 1

def g():
    return 42

assert f(g())

def f(c: int, digits=5):
    return len(str(c).zfill(digits - 2)) > digits

def g(digits=5):
    return 90000+10000*digits

assert f(g())

def f(l: List[int]):
    return len(l) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(count: List[int]):
    return all(x > 0 for x in count)

def g():
    return [1, 1, 2]

assert f(g())

def f(nums: List[int], n=12345):
    return True if len(nums) == n else False

def g(n=12345):
    return list(range(n))

assert f(g())

def f(nums: List[int], k=5):
    return nums == [2 ** i for i in range(2 ** k)]

def g(k=5):
    return [2 ** j for j in range(2 ** k)]

assert f(g())

def f(s: str):
    return "{}".format(s).startswith("hello")

def g():
    return "hello" + "world"

assert f(g())

def f(n: List[int], f=100, g=1000):
    for i in range(len(n)):
        if n[i] == f and n[i+1] == g:
            return True
    return False

def g(f=100, g=1000):
    return [f,g]

assert f(g())

def f(s: str):
    return s.ljust(20) == '          The quick brown fox jumps over the lazy'

def g():
    return '          The quick brown fox jumps over the lazy'

assert f(g())

def f(c: List[int], n=50):
    # find number of nonzero elements in c
    if n == 0:  # c == [0]
        c = c[0]
    return sum(i >= 0 for i in c if i in [0, 1]) == n

def g(n=50):
    return [
        x for _ in range(n) for x in range(1, n+1)
    ]

assert f(g())

def f(num: List[int], sum_from_range=100000):
    sum_from_range += 1
    return sum_from_range == num[-1]

def g(sum_from_range=100000):
    return [sum_from_range+1]

assert f(g())

def f(x: int):
    if x > 10000:
        return False
    elif x > 0 and x < 100:
        return True
    return False

def g():
    return 11

assert f(g())

def f(possible_letters: str):
    return possible_letters == "abcdefghijklmnopq"

def g():
    return "abcdefghijklmnopq"

assert f(g())

def f(a: List[str]):
    for i in range(len(a)):
        if a[i] == "ab":
            return False
    return True

def g():
    return [str("a") * 5 + "b" for i in range(100000)]

assert f(g())

def f(num: int) -> bool:
    return num == num ** 10

def g():
    return 1

assert f(g())

def f(nums: List[int], target=10, start=0, end=4):
    return len(nums) >= target and all(nums[i] >= start for i in range(len(nums) - 1))

def g(target=10, start=0, end=4):
    return list(range(target*2 + 1)) + [2]

assert f(g())

def f(nums: List[int]):
    n, a, b = nums
    return (n % a == 0) or (a % n == 0) and (b % n == 0) and (a % b == 0) and (n % b == 0 or a % b == 0)

def g():
    return list(set(range(3)))

assert f(g())

def f(s: str):
    return len(s) == 1 and all(s.find(c) != -1 for c in s)

def g():
    return "b"

assert f(g())

def f(p: List[int], n=4):
    return len(set(p)) == n

def g(n=4):
    return [i**2 for i in range(n)]

assert f(g())

def f(s: str, word="konjac"):
    return len(set(word) & set(s)) >= 4

def g(word="konjac"):
    return "123456789" + word

assert f(g())

def f(x: str, target="foobarbazwow"):
    return target[::-1] == x

def g(target="foobarbazwow"):
    return target[::-1]

assert f(g())

def f(x: int, a=10201202001, m=6, n=8):
    return (x > 2 * a * pow(10, m - 1) and x == a ** (m - 1))

def g(a=10201202001, m=6, n=8):
    return a ** (m - 1)

assert f(g())

def f(words: str, n=10):
    return len(set(words)) == n

def g(n=10):
    return str(n**0.5) + "0"*10

assert f(g())

def f(nums: List[int], n=42):
    return (sum(i for i in nums if i > 0) + sum(i for i in nums if i < 0)) > n

def g(n=42):
    return list(range(1000))[::-1]

assert f(g())

def f(s: List[int], target=37):
    return len(set(s)) == target

def g(target=37):
    return [i for i in range(target)]

assert f(g())

def f(nums: List[int], target=32):
    return ((nums[1] - 1) + (nums[0] - 1) + (nums[2] - 1) + (nums[3] - 1)) <= target

def g(target=32):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(b: List[int], k=100):
    return sum(i for i in b) == k and all(b[i] == k for i in range(len(b)))

def g(k=100):
    return [k] if k <= 1000 else [k+1]

assert f(g())

def f(path: List[str]):
    return path[0] == path[-1]

def g():
    return ["a"*1345 + "b"][::-1]

assert f(g())

def f(s: str, n=40):
    return len(s) == n

def g(n=40):
    return "1"*n

assert f(g())

def f(g: List[int]):
    return frozenset(sorted(g)) == frozenset(g)

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(l: List[int]):
    assert l != None
    return sum(i**2 for i in l) == l.pop()**2

def g():
    return [0]

assert f(g())

def f(s: str, upper_bound=24):
    return True

def g(upper_bound=24):
    return "true"

assert f(g())

def f(n: int, substrings=[0]):
    return not n % len(substrings)

def g(substrings=[0]):
    return 100

assert f(g())

def f(nums: List[int], a=5, max_len=10):
    return nums == [n for n in nums if n % a == 0]

def g(a=5, max_len=10):
    return list(range(a, a+max_len, a))

assert f(g())

def f(nums: List[int], t=1, n=10):
    return n ** t == sum(nums) == n == len(nums)

def g(t=1, n=10):
    return [t**t for i in range(n)]

assert f(g())

def f(s: str):
    return "\"".join(s)[-1] == '"'

def g():
    return "\""*100

assert f(g())

def f(n: int, lower=150, upper=20):
    return n > 2 ** upper

def g(lower=150, upper=20):
    return int(50 ** lower) + upper

assert f(g())

def f(p: List[int]):
    return min(p) != None

def g():
    return [1]*1

assert f(g())

def f(x: List[int], a=5, b=1):
    return x[0] == a and x[-1] >= b

def g(a=5, b=1):
    return [a, b, a+b]

assert f(g())

def f(s: str):
    # str can contain '?'
    return s.count('?') == 1 and not s.count(str(0))

def g():
    return "?"

assert f(g())

def f(path: List[int], s=5):
    # Note this does not check the first element of path
    # we need to check the length.
    return len(path) == s

def g(s=5):
    return [i for i in range(s)]

assert f(g())

def f(l: List[int], target=32):
    return len({a for a in l if a < target}) == 3

def g(target=32):
    return [2, 1, 3]

assert f(g())

def f(big_str: str, sub_str="bar", index=1):
    return big_str.index(sub_str) == index

def g(sub_str="bar", index=1):
    return str(index) + sub_str

assert f(g())

def f(n: int):
    return str(n * n).startswith("123")

def g():
    return int(int("123" + "789") ** 0.5) + 1

assert f(g())

def f(nums: List[int], start=5):
    return max(nums) > start and nums[start:nums[start]] == [(nums[start][i], nums[start][j]) for i, j in nums[start:nums[start]]]

def g(start=5):
    return list(range(0,10)) + list(range(20,100))

assert f(g())

def f(pos: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    # if pos contains only "H", "B", or "Q", then pos = [H, B, Q].
    return len(pos) > 1 and len(pos) + 3 >= 6

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return target

assert f(g())

def f(li: List[int], n=12345):
    return all([li[i] for i in range(n)])

def g(n=12345):
    return [1, 3, 4] * n

assert f(g())

def f(moves: List[str], k=3):
    return len(moves) == k

def g(k=3):
    return ["a", "b", "c"]

assert f(g())

def f(p: List[int], t=50, n=10):
    assert all([v > 0 for v in p])
    s = 0
    i = 0
    for v in sorted(p):
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return n * [1]

assert f(g())

def f(case: str, n=10):
    return any(x == case.lower() for x in case.split() if x.isdigit() and x != " " and x.isdigit())

def g(n=10):
    return "0"*n+"12345678901234567890123456789012345678901234567890"

assert f(g())

def f(x: int, n=20):
    return sum(x * y > 1 for y in range(n)) < n

def g(n=20):
    return 1000

assert f(g())

def f(nums: List[int], m=4):
    return len(nums) == m and nums[:2] == nums[-2:]

def g(m=4):
    return [1]*m

assert f(g())

def f(delta: List[List[int]]):
    assert len(delta) == len(delta[0]) + len(delta[1])
    return all(sum(len(x) == length for x in delta) == 0 for length in range(1, 3))

def g():
    return [
        [1, 2, 1],
        [1, 2, 1, 2],
        [2, 1, 2, 3],
        [3, 1, 2, 3],
        [4, 3, 3, 4],
        [4, 5, 6, 7, 8],
        [5, 6, 8, 9, 10, 12, 12, 12]
    ]

assert f(g())

def f(n: int):
    return (n > 1) and (n > 921) and (n > 16)

def g():
    return int((1 + 921) * 500) + 501

assert f(g())

def f(n: int):
    return n >= 521

def g():
    return int(int("234628348736") ** 0.9) + 8

assert f(g())

def f(tri: List[int], target=999):
    return len(tri) > target

def g(target=999):
    return [i for i in range(1000)]

assert f(g())

def f(n: int, lower=150, upper=150):
    return lower >= 0 and upper >= 0 and abs(lower - upper) < 1e-6

def g(lower=150, upper=150):
    return int((lower+upper)/2)

assert f(g())

def f(nums: List[int], target=100):
    return len(nums) == target

def g(target=100):
    return list(range(target))

assert f(g())

def f(x: float, a=5):
    return x == a

def g(a=5):
    try:
        return float(a)
    except (OverflowError, TypeError):
        return 0.0

assert f(g())

def f(n: int, a=1020):
    return n == int(a ** 2)

def g(a=1020):
    return a ** 2

assert f(g())

def f(n: int, a=1342000, b=553400):
    return n <= a and n >= b

def g(a=1342000, b=553400):
    return int(int(a*b) ** 0.5) + 1

assert f(g())

def f(inds: List[int], target=3):
    return len(inds) >= target

def g(target=3):
    return [i for i in range(1000)] * target

assert f(g())

def f(s: str):
    return len(s) >= 4 and any(x in s for x in ['a', 'e', 'g', 'h', 'i', 'k', 'l', 'o'])

def g():
    return "abcdefghijkl"

assert f(g())

def f(l: List[int], q=100000, target=100):
    return len(l) >= target

def g(q=100000, target=100):
    return list(range(1, q+1))

assert f(g())

def f(n: int):
    if n % 2 == 0:
        return True
    if n % 3 == 0:
        return True
    if n % 7 == 0:
        return True
    return False

def g():
    return bool(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int, target=99):
    return abs(i // 3) >= target

def g(target=99):
    return 3 ** target

assert f(g())

def f(path: List[int], max_len=10):
    return len(path) == max_len and all([a, b] in zip(path, path[1:]) for a, b in zip(path, path[1:1]))

def g(max_len=10):
    return list(range(1, max_len + 1))

assert f(g())

def f(s: str, a=12345, b=1234567):
    if s in ['a', 'b']:
        return True
    return s in a or s in b

def g(a=12345, b=1234567):
    return "abc"[0]

assert f(g())

def f(path: List[int]):
    return len(path) == 1000

def g():
    return list(range(1000))

assert f(g())

def f(xs: List[str]):
    for s in xs:
        if len(s) < 1:
            continue
        return s[0] == '0' or int(s[0]) < len(xs[0]) + 1

def g():
    return ["0", "1", "2", "3", "4", "5", "6", "7", "8"]

assert f(g())

def f(edges: List[List[int]]):
    return len(edges) == 3

def g():
    return [
        [0, 1],
        [1, 2],
        [0, 2],
    ]

assert f(g())

def f(s: str, target="cab", length=9):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="cab", length=9):
    if len(target) <= length:
        return target
    else:
        # Make sure that the second half to the length is a subset of the first half
        return (target.join(" ") + "cab").split()[2][:length] in target

assert f(g())

def f(nums: List[int], min=0, max=33, target=1000000):
    return all(nums[i] < target for i in range(min, max+1))

def g(min=0, max=33, target=1000000):
    return [-target-min for i in range(max*2)]

assert f(g())

def f(x: List[int], n=1025):
    return max(x) >= n and min(x) >= 0

def g(n=1025):
    return [n*2, (n-1)*2, n*2+1]

assert f(g())

def f(l: List[int]):
    i, j, k = l
    return l[i:] != l[j:]  # must be transitive

def g():
    return [1, 3, 4]

assert f(g())

def f(f: List[int]):
    return all(i <= f[i] for i in range(100))

def g():
    return sorted(list(range(100)))

assert f(g())

def f(ans: List[int], target=34):
    return sum(ans) >= target

def g(target=34):
    return list(range(1,target+1))

assert f(g())

def f(b: List[int], n=14):
    return sum(x*x for x in b) == n

def g(n=14):
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return sum(nums) == count

def g(a=100, b=1000, count=648):
    return [i for i in range(a, b+1) if i == count]

assert f(g())

def f(s: str):
    return s.count("I") == 1

def g():
    return "I" + " is the best"

assert f(g())

def f(nums: List[int], m=2, eps=1.0):
    return sum(nums) > eps

def g(m=2, eps=1.0):
    return list(map(int, range(m + 1)))

assert f(g())

def f(n: int):
    return str(n * n).startswith("567890")

def g():
    return int(int(int("567890" + "0"*9)**0.5) + 1)

assert f(g())

def f(nums: List[int], b=10):
    return nums == list(range(10))

def g(b=10):
    return [nums for nums in range(10)]

assert f(g())

def f(n: int):
    return (n >= 1000) and round((n / 1000) * 100) >= 50

def g():
    return round((300000000) ** 0.5)

assert f(g())

def f(s: List[str], target=8):
    return sum(len(s) for _ in ("abc", "def") for i in range(len(s) - target)) > 0

def g(target=8):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(gen: List[int], target=10):
    return sum(gen) == target and all(i >= 0 for i in gen)
    return sum(gen) == target and {i for i in gen if -gen[i] < 10 ** -3 < i}

def g(target=10):
    return [0] + [1]*target  # This is a list of size 1
    return [0] + [1]*target + [1]*2*target + [1]*3*target + [1]*4*target

assert f(g())

def f(n: int):
    return n >= 1 and (n % 2 == 0 and not (n % 3 == 0))

def g():
    return int(len(list(range(10))))

assert f(g())

def f(li: List[int]):
    return all([i * i <= li[i] for i in range(-1, 3)])

def g():
    return [7, 10, 11, 12]

assert f(g())

def f(n: int, lower=10, upper=30, upper_bound=300):
    return n <= lower == 0 or n <= upper == 0 or n >= upper_bound

def g(lower=10, upper=30, upper_bound=300):
    return int(int("123456789" + str(lower) + str(upper) + str(upper_bound)) + 1)

assert f(g())

def f(points: List[List[int]]):
    assert all((len(j) > 1 or j in points) for j in points)
    return len(points) >= 3

def g():
    return [
        [0, 1],
        [1, 2],
        [3, 2, 4]
    ]

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n and nums == sorted(nums)

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int], target=1234):
    return min(nums) >= target and all(i >= i % 2 for i in nums)

def g(target=1234):
    return [target]

assert f(g())

def f(y: List[int], n=4):
    if n == len(y):
        return True
    return sum(i * i + j for i, j in y) == 2 * n

def g(n=4):
    return [1, 2, 3, 4]

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(l: List[int]):
    return all(i in range(1000) and abs(i * i - j * j) >= 10 for i in l[::2] for j in l[1::2] if i != j)

def g():
    return [1]

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    if n == 0:
        return True
    elif sum(nums) == tot:
        return False
    return sum(nums) > tot

def g(tot=12345, n=5):
    return [tot, n]

assert f(g())

def f(d: int, n=4):
    return d % n == 0 and n % -d == 0 and n > 0  # from http://www.f-secure.com/documents/brief/Vuln101b.pdf

def g(n=4):
    return int(n)

assert f(g())

def f(seq: List[int], n=5):
    return seq == [i for i in range(n)]

def g(n=5):
    return [i for i in range(n)]

assert f(g())

def f(s: str, n=8):
    return s.count('a') == n

def g(n=8):
    return str('a'*n + str("xyz9").lstrip('1')+str(n+1))

assert f(g())

def f(x: int, a=14302, b=5):
    if a < b:
        return -1
    return x == a + b

def g(a=14302, b=5):
    if a < b:
        return -1
    return a + b

assert f(g())

def f(x: float, target=1000):
    return x + 3.14159 ** 0.5 > x

def g(target=1000):
    return 2.71828 ** 0.56

assert f(g())

def f(s: str):
    s = s.strip("S")
    if s:
        return "".join(s) == "".join(chr(x) + "A" for x in range(256))
    return ''.join(chr(x) + "A" for x in range(256)) != "".join(chr(x) + "A" for x in range(256))

def g():
    return ''.join(chr(x) + "A" for x in range(256))

assert f(g())

def f(n: int):
    return n % 5 in {1, 2, 3, 4, 5}

def g():
    return 0 if 42 in {} else 1

assert f(g())

def f(s: str, chars=['b', 'a', 'c']):
    assert len(chars) == len(s)
    for c in chars:
        assert c in s
    return True

def g(chars=['b', 'a', 'c']):
    return ''.join(chars)

assert f(g())

def f(s: str, t="Hello "):
    return s in t and all(i<len(t) and t[i] == s[i] for i in range(len(t)))

def g(t="Hello "):
    return t

assert f(g())

def f(s: str):
    return all(str in s for s in sorted(sorted(sorted(s))) if s.count('b') > 0 and s.count('c') > 0)

def g():
    return "123456789ab"

assert f(g())

def f(letters: List[str]):
    return letters != ["d", "e", "f", "g", "h", "i"]

def g():
    return ["d", "e", "f", "g", "h", "i", "j"]

assert f(g())

def f(z: float, r=1, d=1, n=340282366920938463463374607431768211456, b=180000):
    return -1 + float(z) + r + d > b

def g(r=1, d=1, n=340282366920938463463374607431768211456, b=180000):
    return float(n * n) / float(b)

assert f(g())

def f(s: str, n=5):
    assert n >= 3, "n not greater than 3"
    assert(s.count(str('a')) == 0)
    d = 100
    for i in range(n):
        if i % 3 == 0 and i % 4 == 0:
            return i == 0
        if i % 2 == 0:
            return d == d % 2
    return d == d % 2

def g(n=5):
    return "{0}".format(n).rjust(n, '-')

assert f(g())

def f(num: int):
    return all(num <= 5 for j in range(4) for num in range(j))

def g():
    return 5 + 6 * 7 * 8 + 9 * 10 * 11

assert f(g())

def f(n: List[int]):
    if len(n) < 5:
        return n is None or n[0] + n[1] == n[2] and n[3] == n[4]
    else:
        return True

def g():
    return list(range(1000))

assert f(g())

def f(d: int, n=13341334):
    return d == n

def g(n=13341334):
    return n

assert f(g())

def f(s: List[str]):
    """Check if s contains any of the characters in the list"""
    return len(set(s)) >= 3 and s.count("c") == 0

def g():
    return ["abc" + str(i) for i in range(10)]

assert f(g())

def f(pos: List[int], n=1234):
    assert pos[0] == 0
    pos = [pos[0]] + pos[1:]
    return sum(i in pos for i in pos) == n

def g(n=1234):
    return [0] * n

assert f(g())

def f(s: str, target="qweuewertyuiop", length=10):
    res = s.find("q") != -1 and s.find("u") != -1 and s.find("w") != -1 and s.find("e") != -1
    return res and s.find("Q") != len(target) - length

def g(target="qweuewertyuiop", length=10):
    return "<a" + target + ">" + "<b>\"" + "<c>" + "<d>" + "<e>" + "<f>\"" + "<g>\"" + "<h>"

assert f(g())

def f(moves: List[List[int]]):
    return moves == [[0, -1, 1], [1, 0, -1], [1, 1, 0]]

def g():
    return [[0, -1, 1], [1, 0, -1], [1, 1, 0]]

assert f(g())

def f(seq1: List[List[int]], seq2=[]):
    return all(i in seq2[i] for i in seq1)

def g(seq2=[]):
    return [i for i in seq2 if i not in ["x", "y"]]

assert f(g())

def f(s: str):
    return s[4] != "!" or s.count("1") == 1

def g():
    return "a"*8

assert f(g())

def f(s: str, a=1020, b=10):
    return " " == s[0] and s[-1] == " "

def g(a=1020, b=10):
    return " " * a + " " * b

assert f(g())

def f(s: str, n=1057):
    return len(s.split("123456789")[0]) == len(s.split("123456789")[1]) and len(s.split("123456789")[2]) == len(s.split("123456789")[3])

def g(n=1057):
    return "123456789" * n

assert f(g())

def f(n: List[int], f=100, g=1000):
    for i in range(len(n)):
        if n[i] == f and n[i+1] == g:
            return True
    return False

def g(f=100, g=1000):
    a = [f, g]
    return a

assert f(g())

def f(x: int, a=8665464):
    return x == a

def g(a=8665464):
    return a

assert f(g())

def f(nums: List[int], k=20, n=1500):
    return n in nums

def g(k=20, n=1500):
    return list(range(n*k))

assert f(g())

def f(seq: List[int], length=50):
    return len(seq) == length and len(set(seq)) == length

def g(length=50):
    return sorted(range(length))

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Insanity') and s != s[::-1]

def g():
    return "Insanity"

assert f(g())

def f(s: str, target="bbrbrbbbbbbrrrrrrrrrrbbbrrrrrrrrrrrrr", count=3):
    return s[0] == target[0] and s[1] == target[1] and s[2] == target[2]

def g(target="bbrbrbbbbbbrrrrrrrrrrbbbrrrrrrrrrrrrr", count=3):
    return target + target + target

assert f(g())

def f(states: List[str], l=10):
    assert l <= len(states)
    return all(s in states for s in states)

def g(l=10):
    return ["a"*l for i in range(l)]

assert f(g())

def f(x: str):
    return x == "hello"

def g():
    return 'hello'

assert f(g())

def f(res: int, m=12345):
    return max(m ** 2, res) == res

def g(m=12345):
    return 9 ** (m+1)

assert f(g())

def f(s: str):
    return all(i == s for i in "x")

def g():
    return "x"[:]

assert f(g())

def f(s: str):
    return s.count('!') > 0

def g():
    return "!hello"

assert f(g())

def f(s: str, a=10, b=11):
    return s == "#" * a * b   # for instance, "foo#bar#" == "foobar"

def g(a=10, b=11):
    return "#"*a*b

assert f(g())

def f(a: str):
    return a.startswith("12")

def g():
    return "12abc"

assert f(g())

def f(a: List[int]):
    return a == [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(li: List[int], t=677, a=43, e=125, s=10):
    return all(x in Li for x in li for li in x if all(x <= li[1] for x in li and x <= li[0]) and all(x != 0 for x in li))

def g(t=677, a=43, e=125, s=10):
    return [i for i in range(1, s+1) if i in [50, 58, 64, 65, 69, 74, 73, 84, 85, 88, 90, 92, 93, 98, 99, 101, 110, 118, 123, 130, 132, 133, 134, 137, 146, 147, 151, 152, 153, 154, 156, 159, 160, 163, 166, 168, 170, 172, 173, 174, 175] and i > t]

assert f(g())

def f(s: str, n=5):
    return len(s) == n

def g(n=5):
    return "hello".format(str(n))

assert f(g())

def f(t: float, n=10):
    return t > 100 and (t > 25) and (t > 7)

def g(n=10):
    return 5 * n ** 1.5

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):
    return "foobarbazwow"

assert f(g())

def f(x: int, a=253532, b=1230200):
    return abs(x - a) <= b <= abs(x + a)

def g(a=253532, b=1230200):
    return a+b

assert f(g())

def f(n: int, a=5, b=12, c=7, d=10):
    return n % a == 0 and n % b == 0

def g(a=5, b=12, c=7, d=10):
    return a * b * c

assert f(g())

def f(prob: float, target: float=0.5):
    return prob >= target

def g(target: float=0.5):
    return 1.

assert f(g())

def f(y: int):
    return all(x < y for x in range(1000) if x % 2 == 0)

def g():
    return 2**300

assert f(g())

def f(s: str):
    return ''.join(s) == 'ABCDG'

def g():
    return "ABCDG"

assert f(g())

def f(n: int, a=18, b=19):
    return b * a == n

def g(a=18, b=19):
    return b*a

assert f(g())

def f(x: List[int]):
    return len(x) == len(x) == 5

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(l: List[int]):
    return sum(1 for i in l if i <= 0) == 0

def g():
    return [10, 5, 2, 3]

assert f(g())

def f(x: List[int], n=5, s=10):
    return len(x) == n and sum(x) == s and x[:10] == x[-10:]

def g(n=5, s=10):
    return [x for x in range(n) if x != s]

assert f(g())

def f(ls: List[str]) -> bool:
    for s in ls:
        if s == 'world':
            return False
    return True

def g():
    return [".a", ".b", ".c"]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1 and all((x.startswith("S") and x != "W") or (x.startswith("W") and x != "S") or (x.startswith("C") and x != "R") or (not x.startswith("Q") and x != "H") for x in s)

def g():
    return [r"\uD83D\uDC4E\uD83D\uDC3E\uD83E\uDCAE", r"\uD83D\uDC4E\uD83D\uDC3E\uD83E\uDCAE", r"\uD83D\uDC4E\uD83D\uDC3E\uD83E\uDCAE", r"\uD83D\uDC4E\uD83D\uDC3E\uD83E\uDCAE"]

assert f(g())

def f(x: float, n=0, a=1020):
    return a == x or abs(x - a) < 1e-6

def g(n=0, a=1020):
    return float(a) + n

assert f(g())

def f(n: int, target_len=20, length=10):
    return target_len * length == n

def g(target_len=20, length=10):
    return target_len * length

assert f(g())

def f(n: int, k=3, s=4, t=2):
    return 0 <= n and n <= k

def g(k=3, s=4, t=2):
    return s and t

assert f(g())

def f(g: List[int], target=6):
    return g[-1] == target

def g(target=6):
    return [target, target]

assert f(g())

def f(x: float, a=1020):
    return x > 1e7 and (x <= 1e10 or abs(round(x))) >= a

def g(a=1020):
    return 1e12

assert f(g())

def f(s: str):
    return sum(s == i for i in s) == len(s)

def g():
    return "a"

assert f(g())

def f(x: float, a=1020):
    return abs(a * x ** 2 - 10 ** -3) < 10 ** -3

def g(a=1020):
    return 1 / (a * a)

assert f(g())

def f(nums: List[int], a=3, b=7, c=3):
    return nums[0] % a == nums[1] % b == nums[2] % c

def g(a=3, b=7, c=3):
    return [0] * (a+2)+[1] * b + [2] * c

assert f(g())

def f(n: int, a=2, b=100, c=10):
    return n == sum([b * k for k in range(b)])

def g(a=2, b=100, c=10):
    return sum(list(iter([b * k for k in range(b)])))

assert f(g())

def f(n: int, a=3, b=23463462):
    return n > a * b or all(n > a * b for n in range(2, float(a) * b + 1))

def g(a=3, b=23463462):
    return a * b + 1

assert f(g())

def f(n: int):
    return n < 0 or n == -n

def g():
    return -2 if 2**len(str(1)) == 2 else 3**len(str(1))

assert f(g())

def f(list: List[int], n=10):
    return len(set(list)) == n

def g(n=10):
    return list(range(n))

assert f(g())

def f(dct: List[int], f=list(), m=4, n=4):
    return len(dct) == m and sum(dct) == n

def g(f=list(), m=4, n=4):
    return [1] * m

assert f(g())

def f(x: float, v=17, w=100):
    return x == (v + w) / 2

def g(v=17, w=100):
    return (v + w) / 2.0

assert f(g())

def f(nums: List[int], a1=1):
    return sum(len(list(nums)) < 3 for n in nums) < 3

def g(a1=1):
    return list(range(3,4,1))

assert f(g())

def f(s: str, n=4):
    return s.count("a") and s.count("c") and s.count("d") == n

def g(n=4):
    return "123456789abcdefghijk" * n

assert f(g())

def f(g: List[int], target=6):
    return g[-1] == target

def g(target=6):
    return [1,2,3,4,5,6]

assert f(g())

def f(s: str, x=10):
    return s.count("0") == 1

def g(x=10):
    return "123456789" + str(x)

assert f(g())

def f(s: str, xs=["a", "b", "c", "d", "e"], l=0, r=3):
    return s == xs[l] or (xs[l] == "a" and s == xs[l + 1])

def g(xs=["a", "b", "c", "d", "e"], l=0, r=3):
    return xs[l] or (x.count(f"/{l+1}") == r and x.count(f"/{l}") == r-r+1)

assert f(g())

def f(n: int, year_len=365):
    import random
    year_len = int(random.random() * 365) - int(random.random() * 365)
    K = 1000  # number of samples
    prob = float(n) / float(n * 365. / 365.0 * 365.0) ** 0.5 + 0.02 - 0.5 / 365.0 * 365. / 365.0
    return prob > 0.6

def g(year_len=365):
    return int(int("123456789" + "0"*9) ** 0.5) + int(year_len)

assert f(g())

def f(s: str, target="wonderful", upper=69):
    return s == target

def g(target="wonderful", upper=69):
    return str(target)

assert f(g())

def f(x: int):
    return x < 10 if x == 0 else True

def g():
    return 5 * 5

assert f(g())

def f(n: int):
    return n in range(10)

def g():
    return range(10)[0]

assert f(g())

def f(s: str):
    return s.split("+")[-1] == "1"

def g():
    return "1"

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):
    return "<a/> b" == s or "<a /> " == s

def g():
    return "<a/> b"

assert f(g())

def f(x: List[int], a=10201202001, b=1):
    return sum(x) == a and all([i, j] in x for i, j in zip(x, x[1:]))

def g(a=10201202001, b=1):
    return list(range(a, a+b))

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(i.count("a") > i.count("b") for i in s)

def g():
    return ["aa"+str(i).capitalize() for i in range(1000)]

assert f(g())

def f(n: int, a=3400, b=29300, c=20400):
    # test case for gpu
    return n >= a and b >= c

def g(a=3400, b=29300, c=20400):
    return 1*a + 2*b + 3*c

assert f(g())

def f(sequence: List[int]):
    return sum(sequence) >= 100

def g():
    s = []
    for i in range(100):
        s.append(i * i)
    return s

assert f(g())

def f(n: List[int], target="I love you", upper=999):
    s = "ABCDEFGHIJKLMNOPQRSTUVWXYZ"
    assert len(n) == len(target)
    return sum(abs(i) for i in n) <= upper

def g(target="I love you", upper=999):
    return [int(str(i)) for i in range(10)]

assert f(g())

def f(seq: List[int], n=100):
    return all(len(seq) == n for i in range(n))

def g(n=100):
    return list(range(n))

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(map(lambda i: i in nums, nums))

def g(n=12345):
    return list(range(n))

assert f(g())

def f(nums: List[int]):
    s1, s2, s3, s4, s5 = nums
    s3 = s1 * s2
    return s1 != s3 or s2 != n

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: float, dt=1):
    return abs(s) - dt >= 0 and abs(s) - dt <= 1

def g(dt=1):
    return dt ** 1.5

assert f(g())

def f(s: str):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdef" + "ghij" + "klmn" + "opqrst" + "uvwxyz"

assert f(g())

def f(x: List[int], s=7, k=3):
    return len(set(x)) == k

def g(s=7, k=3):
    return [x + s for x in range(1, k+1)]

assert f(g())

def f(s: str):
    if s.count("B") > 0:
        return False
    return True

def g():
    return str(len("B") == 1)

assert f(g())

def f(e: List[int], k=3):
    return sum(e[i] for i in range(k)) + min(e[i] for i in range(k)) == k

def g(k=3):
    return [0, 1, 2]

assert f(g())

def f(n: int):
    return n == 921 or n == 792 or n == 858 or n == 959 or n == 961 or n == 790 or n == 777

def g():
    return 921

assert f(g())

def f(probs: List[int]):
    assert len(probs) == 3
    return abs(sum(probs) - 1) < 1e-6

def g():
    return [0, 0, 1]

assert f(g())

def f(nums: List[int]):
    num = nums[0]
    return [(n % num) == 0 for n in nums[1:]][num == num]

def g():
    return [1,2,3]

assert f(g())

def f(n: List[int]):
    return all(i in n for i in range(10))

def g():
    return [int(i) for i in range(10)]

assert f(g())

def f(x: List[int], target = 22):
    return any(x[i] == target and i != 0 for i in range(len(x)))

def g(target = 22):
    return [21, 22]

assert f(g())

def f(n: int):
    return n > 1000

def g():
    return 10001

assert f(g())

def f(chars: str):
    return all(chr(i) in chars for i in range(64) if chars.find('abcdefghijklmnopqrstuvwxyz') < 0)

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s: str):
    return s in ('Hello', 'Hello world')

def g():
    return "Hello world"

assert f(g())

def f(a: int, b=1, c=1):
    return a == b or a == c

def g(b=1, c=1):
    return 1 if 1 >= b and 1 >= c else 2

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return b <= x
    elif a == -1:
        return b <= x == 0
    else:
        return b < x

def g(a=4, b=54368639):
    return round((10 + a) * 10 + b)

assert f(g())

def f(x: int, a=12, b=8, c=16):
    return x == (a << 4) + (b << 0) + c

def g(a=12, b=8, c=16):
    return int((a << 4) + (b << 0) + c)

assert f(g())

def f(s: str, start="424", combo="778", target_len=12):
    ret = False
    for i in range(len(s)):
        if s[i] in start:
            ret = True
            break
    return ret

def g(start="424", combo="778", target_len=12):
    return "424" + "778"*target_len

assert f(g())

def f(nums: List[int]) -> bool:
    return len(nums) == len(set(nums)) == len(nums) == len(nums)

def g():
    return [3, 4]

assert f(g())

def f(n: str, target_n=0):
    return n.startswith("9") or n.startswith("1")

def g(target_n=0):
    return str(target_n+1)

assert f(g())

def f(s: str):
    return s == "Hello world"  # This was the answer for f16.

def g():
    return 'Hello world'

assert f(g())

def f(s: str, a=10201202001):
    return s.count("2") == 1

def g(a=10201202001):
    return "This should be 1234"

assert f(g())

def f(target: List[int]):
    return all(i in target for i in range(len(target)))

def g():
    return [int(i) for i in range(9)]

assert f(g())

def f(i: int, target=5):
    return (int(i * 200.0) - int(i * 100.0)) / 200.0 < target

def g(target=5):
    return -1

assert f(g())

def f(li: List[int], target=62):
    return sorted(li)[2] <= target

def g(target=62):
    return sorted(list(range(target)))

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(i < sum(nums) for i in nums)

def g(n=12345):
    return [3*n for n in range(12345)]

assert f(g())

def f(s: str):
    return s[-1] == s[::-1]

def g():
    return "a"

assert f(g())

def f(list: List[int], t=50, n=10):
    s = 0
    i = 0
    for v in list:
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [0] * n

assert f(g())

def f(s: str, a=("h", "he")):
    return "worse" in s or "worse" in a

def g(a=("h", "he")):
    return str("worse")+"worse"

assert f(g())

def f(r: List[int]):
    return r == [r[0], r[1], r[2]]

def g():
    return [r.index(r[0]) for r in [range(100,200), range(100,300), range(100,400)]]

assert f(g())

def f(li: List[int]) -> bool:
    # TODO: test for edge cases like n! = 1 and n! = 0
    return all(li[i] != li[i + 1] for i in range(8)) and all(
        li[i] != li[i + 2] for i in range(8)
    )

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str):
    return s.endswith("world") == True

def g():
    return "helloworld"

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return len(set(nums)) >= a and len(set(nums)) >= b

def g(a=100, b=1000):
    return list(range(1000)) + [2000]

assert f(g())

def f(n: int):
    return n > 20 * 10000 and n > 20000 * 900

def g():
    return int(int("123456789" + "0"*25) ** 0.7)

assert f(g())

def f(l: List[List[int]], h=0):
    if l:
        h += 1
    return all((x + y * 1j for x, y in l) == 0 for x in range(h))

def g(h=0):
    if h:
        return [0]
    return [1 for x in range(h)]

assert f(g())

def f(nums: List[int], target=200):
    return sum(nums) == target or nums[0] + nums[-1] > target

def g(target=200):
    return [target] + [target, target + target + target + target + target]

assert f(g())

def f(li: List[int]):
    return len(li) == 10 and all(i in li for i in range(10))

def g():
    return [i for i in range(10)]

assert f(g())

def f(s: str, target="reverse"):
    return "Hello " + s + "!" == "Hello world!"

def g(target="reverse"):
    return "world"

assert f(g())

def f(queries: List[str]):  # return num of queries that have a correct answer
    return any(str(i + 1) in queries for i in range(0, len(queries), 2))

def g():
    return 2 * [str(i) for i in range(2000)]

assert f(g())

def f(x: List[int], seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return len(x) == len(seq)

def g(seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return [i + j for i, j in zip(seq, [3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52])]

assert f(g())

def f(counts: List[int]):
    return len(set(counts)) == 100

def g():
    return [1 * i for i in range(100)]

assert f(g())

def f(x: float, a=345, b=10):
    return (x / a) == b

def g(a=345, b=10):
    return a*float(b)

assert f(g())

def f(s: str, target="qweuewertyuiop", length=10):
    res = s.find("q") != -1 and s.find("u") != -1 and s.find("w") != -1 and s.find("e") != -1
    return res and s.find("Q") != len(target) - length

def g(target="qweuewertyuiop", length=10):
    return target if len(target) >= length else len(target) <= length

assert f(g())

def f(n: int):
    assert all([0 <= x <= n for x in range(n)]), "error in range for input n"
    return n >= 8

def g():
    return 3**(1+2)

assert f(g())

def f(n: int, num_bills=1000):
    return all(num_bills == n for n in range(n + 1, num_bills))

def g(num_bills=1000):
    return num_bills-1

assert f(g())

def f(s: str):
    return "".join(s).startswith("a") and len(s) == 1

def g():
    return "".join("a")

assert f(g())

def f(x: List[int], n=10):
    d = {}
    i, j = 0, len(x) - 1
    while i != n:
        if i in d:
            if j == 0:
                return False  # i was empty
            d[i] += 1
            i = j + 1
        j -= 1
        d[i] = 0
    return i >= n  # must be non-zero

def g(n=10):
    return [1,2] * n

assert f(g())

def f(c: str):
    return c.count("y") > 0

def g():
    return str("yyyyyyy")[::-1]

assert f(g())

def f(inds: List[int], target=2):
    assert len(inds) >= 2 and all([0 <= i <= len(inds) - 1 for i in range(len(inds))])
    if len(inds) == 1:
        return all([x == y for x, y in zip(inds, inds[1:])])
    elif len(inds) == 3:
        return target in inds[:-2]
    elif len(inds) >= 4:
        return target in range(0, len(inds) - 1)
    else:
        return False

def g(target=2):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(p: List[int], t=700):
    if all([y == 0 for y in p+[0, 1, 2, 3, 4, 5, 18, 19, 20, 34] if y > 0]):
        return False
    for i in range(40):
        if p[i] != 0 and p[i] * p[i - 1] == 0:
            return False
        p[i] += p[i - 1]
    return True

def g(t=700):
    return [t for _ in range(700)]

assert f(g())

def f(n: int, b=27):
    return n % 15 == 0

def g(b=27):
    return 30

assert f(g())

def f(inds: List[int], target=43):
    return all(i in inds for i in range(13))

def g(target=43):
    return list(range(1000))

assert f(g())

def f(s: str, parts=['I!!', '!love', 'dumplings', '!', '']):
    return s == "I!!!!!love!!dumplings!!!!!"

def g(parts=['I!!', '!love', 'dumplings', '!', '']):
    return "I!!!!!love!!dumplings!!!!!"

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) <= n and sum(i < n for i in nums) == n

def g(n=10):
    return [k for k in range(n) if k <= n]

assert f(g())

def f(s: str):
    return s.count('.') > 0  # string does not need . any more

def g():
    return "123456789.0"

assert f(g())

def f(s: str):
    return all(d.startswith(c) for c, d in zip(s.split(":"), s.split(":")))

def g():
    return "aabc" + "b"

assert f(g())

def f(ind: List[int], m=8, s=3, t=3):
    return len(ind) == m

def g(m=8, s=3, t=3):
    return [n*s+t for n in range(m)]

assert f(g())

def f(s: str):
    return len(s) > 40 or ("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789")[:7] in s or "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" in s

def g():
    return "xyzabcdefghij"

assert f(g())

def f(x: List[int]):
    return len(list(x)) == 15

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):
    if n == 1:
        return True
    return n > 1 and (n % 2 == 1 or n % 2 == 0)

def g():
    return 1 if 1 == 1 else 3

assert f(g())

def f(n: int, a=3029, b=927):
    return n > a and n > b

def g(a=3029, b=927):
    return a+b

assert f(g())

def f(n: int, t=0.0, m=0):
    return min(t, m) * n == t

def g(t=0.0, m=0):
    return int(min(t, m) ** t) + 1

assert f(g())

def f(l: List[int], n=12345):
    return len(set(l)) >= 3 and n < sum(l)

def g(n=12345):
    return [i + 2 for i in range(1000)]

assert f(g())

def f(s: str):
    return all([char in s for char in ["b","o","r","l","n"]])

def g():
    return str(i for i in range(7) if i > 5)

assert f(g())

def f(s: str):
    return len(s) == len(s)

def g():
    return "1a2b3"

assert f(g())

def f(v: int, start=500):
    return v >= start

def g(start=500):
    return start

assert f(g())

def f(totals: List[int], init_len=4):
    return max(totals) == init_len

def g(init_len=4):
    return list(map(lambda x: x + 1, range(1, init_len)))

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 4 and all(i <= n for i in nums) and all(i >= -n for i in nums)

def g(n=12345):
    return [n for i in range(1000) for j in range(i) for num in range(i, j) for k in range(1000, i)]

assert f(g())

def f(nums: List[int], n=18):
    return len(nums) == n and all(n >= 0 for n in nums)

def g(n=18):
    return [n for _ in range(n)]

assert f(g())

def f(nums: List[int], target=17):
    for n in nums:
        if n == target:
            return True
    return False

def g(target=17):
    return [target*2 // 4 for target in range(1000)]

assert f(g())

def f(s: str):
    return "." in s or s.count("1") == 1

def g():
    return str(1)

assert f(g())

def f(xs: List[int]):
    return xs == [1] or xs == [2] or xs == [3] or xs == [5] or xs == [6] or xs == [7] or xs == [17] or xs == [18] or xs == [19] or xs == [22] or xs == [23]

def g():
    return [3]

assert f(g())

def f(a: List[int], i=0, n=20):
    assert (a[(i+1)%n] == a[i] for i in range(n))
    return all(a[i] == 1 for i in range(n))

def g(i=0, n=20):
    return [1 for x in range(n) for y in range(n) if y % 2 == 1]

assert f(g())

def f(n: int):
    return int(n) != 0

def g():
    return int(1)

assert f(g())

def f(n: int, a=3, b=23463462):
    return n == b

def g(a=3, b=23463462):
    return a and b

assert f(g())

def f(i: List[int]):
    if i[0] == 0:
        return False
    i[1] -= 1
    return i[1] % 2 == 0 or i[0] % 2 == 0

def g():
    return [3, 1]

assert f(g())

def f(x: List[int]):
    return set(x) == {1, 2, 3}

def g():
    return [1,2,3]

assert f(g())

def f(s: str, n=10):
    return len(s) > n

def g(n=10):
    return "hello" * n

assert f(g())

def f(s: str, n="cat", b="", target=[int]):
    for i in range(len(b)):
        if s[i] != b[i]:
            return False
    return True

def g(n="cat", b="", target=[int]):
    return n and b

assert f(g())

def f(n: int):
    return (n > 10**6) and (n < 10**12)

def g():
    return 10 * 10**6

assert f(g())

def f(nums: List[int], n=15, tot=5):
    return sum(nums) >= n * tot and not sum(nums) == sum(nums) / 2 + 1

def g(n=15, tot=5):
    return list(range(n * tot))

assert f(g())

def f(listx:List[int]):
    assert len(listx) == 3 and all((listx[i] % listx[i + 1] == 0 for i in range(1, len(listx) - 2)))
    return min(listx) == listx[0]

def g():
    return [0, 1, 2]

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return min(abs(a - b), abs(b - c), abs(c - a) < abs(a - b))

def g():
    return [123, 456, 3]

assert f(g())

def f(a: List[int], z=50):
    for v in a:
        if v != 0:
            z += 1
    return z == len(a)

def g(z=50):
    return [0 for _ in range(z)]

assert f(g())

def f(y: int, a=-11):
    return a ** y == 0

def g(a=-11):
    return a ** 2*a**1

assert f(g())

def f(li: List[int], target=0):
    return li[0] * li[1] * li[2] == target

def g(target=0):
    return [0, 1, 2]

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n == a or n == b  # if n == a or n == b, then n = 253532

def g(a=253532, b=1230200):
    return a and b

assert f(g())

def f(numbers: List[int], target="1234"):
    return all(a / b < 1 for a, b in zip(numbers, numbers[1:]))

def g(target="1234"):
    return [1, 2] if target == "1234" else [0,1]

assert f(g())

def f(x: str):
    return x.startswith('doe')

def g():
    return "doej"

assert f(g())

def f(sides: List[int], options=[2, 512, 1024], n=340282366920938463463374607431768211456, max_dim=13):
    return sides == options

def g(options=[2, 512, 1024], n=340282366920938463463374607431768211456, max_dim=13):
    return options

assert f(g())

def f(s: str, v=1, w=99):
    return s.count("1") == 1 and s.count("0") == 0

def g(v=1, w=99):
    return str(v) + "99" + str(w)

assert f(g())

def f(l: List[str]):
    return all(len(t) == len(s) for s, t in zip(l, l[1:]))

def g():
    return []

assert f(g())

def f(n: int):
    return n > 2**30 and n > 2**26

def g():
    return int(int(float(int(1 << 63))))

assert f(g())

def f(c: str):
    return c.startswith('#')

def g():
    return '#'

assert f(g())

def f(s: str, max_characters: int = 5000):
    assert 1 < len(s), "expecting at most 5000 characters"
    assert len(s) <= max_characters * max_characters, "expecting more than 5000 characters"
    return all(len(a) < max_characters for a in s)

def g(max_characters: int = 5000):
    return "123456789" + "0"*max_characters

assert f(g())

def f(wids: List[int], k=10):
    wids[0] = wids[0] + 15
    for r in range(1, k):
        wids[0] = wids[0] - 15
    return sum(wids) > 0

def g(k=10):
    return [13+i for i in range(k)]

assert f(g())

def f(n: int):
    return n > 10 and n > 100000

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(num: List[int], n=5, s=20):
    for i in range(n):
        if num[i] == num[i - 1]:
            num[i] = num[i - 1] + 1  # next number
    return len(set(num)) == 5

def g(n=5, s=20):
    return [1, 2, 3, 4] + list(range(n)) + [0] * (n-s) + [0] * (s-n)

assert f(g())

def f(x: List[int], a=5, b=5):
    for i in range(5):
        if x[i] > a * x[i] + b:
            return False
    return True

def g(a=5, b=5):
    return [x for x in range(5)]

assert f(g())

def f(li: List[int]):
    assert len(li) == 10
    return not all(li[i] == li[i + 1] for i in range(10))

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(l: List[int]):
    return all([i for i in l if i not in l]) and len(set(l)) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str, n=8000):
    return len(s) > 10000

def g(n=8000):
    return "abcdefghijk" + "klmnopqrst" * n

assert f(g())

def f(strings: List[str]):
    return str(set(strings)) <= str("abcde"[::-1]).join(strings) and str(set(strings)) <= str("dabbb"[::-1]).join(strings)

def g():
    return [str(set(s)) for s in ["a","b","c"]]

assert f(g())

def f(nums: List[int]):
    return len(nums) == 1000

def g():
    return [0 for i in range(1000)]

assert f(g())

def f(s: str, a=17, b=17):
    return s == "hello" and all([len(s) == a and sum(s[i]) >= b] for i in [0, 1, 2])

def g(a=17, b=17):
    return "hello" # we need to find a string with the right length
                 # and sum() of its numbers

assert f(g())

def f(n: int, n_max=1000):
    return n > n_max and n % n_max == 0

def g(n_max=1000):
    n = n_max or 1000
    return n * n_max

assert f(g())

def f(a: int):
    return a > 10000

def g():
    return 1000000

assert f(g())

def f(li: List[int]):
    return all(i in set(li) for i in range(10))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], n=10):
    if len(nums) < n:
        return False
    return all([num in nums for num in nums])

def g(n=10):
    return [i // n for i in range(n)]

assert f(g())

def f(d: int):
    return d >= 42 * 7 * 5 * 3 * 2 * 2 and 0 <= d <= 42 * 7 * 5 * 3 * 2 * 2

def g():
    return 42 * 7 * 5 * 3 * 2 * 2

assert f(g())

def f(a: List[List[int]]):
    return sum(a) == len(a)

def g():
    return []

assert f(g())

def f(nums: List[int], m=2, x=1, y=1):
    return all([nums[i] != m for i in range(10)]) and len(set(nums)) == m

def g(m=2, x=1, y=1):
    return [x for i in range(10) for x in range(m)]

assert f(g())

def f(n: int, scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1]):
    return all(scores[i] >= scores[i + 1] for i in range(len(scores) - 1))

def g(scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1]):
    return all(scores[i] >= scores[i+1] for i in range(len(scores) - 1)) + 1

assert f(g())

def f(s: List[str], length=4):
    return all(s.lower() == s.upper() for s in s)

def g(length=4):
    return  ["0", "1", "2", "3"]

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 4

def g():
    return [8, 8, -12, 1, 2]

assert f(g())

def f(c: int):
    return c % 2 == 0 and c > 1

def g():
    return int(1 + 1)

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 and all(li[i] == 1 for i in range(n))

def g(n=18):
    return [1 for _ in range(n)]

assert f(g())

def f(indices: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return True and indices == target

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return True and target

assert f(g())

def f(pos: List[int], n=1234):
    assert pos[0] == 0
    pos = [pos[0]] + pos[1:]
    return sum(i in pos for i in pos) == n

def g(n=1234):
    return list(range(n))

assert f(g())

def f(n: int, a=93252338):
    return a * n != n

def g(a=93252338):
    return a-1

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=8):
    return str(target)[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(li: List[int], target=60):
    return li == [0, 60, 40, 20, 60, 20]

def g(target=60):
    return [0, 60, 40, 20, 60, 20]

assert f(g())

def f(li: List[int], target=14):
    return len(set(li)) == 1 and all((li[i] == target) for i in range(3)) and all(li[i] not in [0, 1] for i in range(3))

def g(target=14):
    l = []
    for i in range(3):
        l.append(target)
    return l

assert f(g())

def f(sides: List[int], n=17):
    return len(sides) <= 4 and sum(sides) == n

def g(n=17):
    return [n]

assert f(g())

def f(combo: List[str]):
    return combo == ["a", "b", "c", "d"]

def g():
    return ["a", "b", "c", "d"][:len(["a", "b", "c", "d"])]

assert f(g())

def f(li: List[int], v=4):
    return li is not None and li[-1] == v

def g(v=4):
    return [v]

assert f(g())

def f(nums: List[int], l=3):
    assert len(nums) == l
    return sum(nums) == l

def g(l=3):
    return [i for i in range(l)]

assert f(g())

def f(d: List[int], n=100):
    return d.index(n) - n <= 1

def g(n=100):
    return [x + 1 for x in range(100)]

assert f(g())

def f(n: int):
    return len(set(range(n))) == n

def g():
    return 1

assert f(g())

def f(s: str, chars=['e', 'l', 'y', 'w']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['e', 'l', 'y', 'w']):
    return 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/='

assert f(g())

def f(x: float, target=1000):
    return max(x, 0.0) == target

def g(target=1000):
    return float(target)

assert f(g())

def f(a: int):
    return a - 1 and 1 < a <= 1023

def g():
    return int(3 * 2 + 1)

assert f(g())

def f(c: List[int], n=1000):
    return len({i for i in range(len(c))}) == n

def g(n=1000):
    return [n for n in range(n)]

assert f(g())

def f(l: List[int]):
    for i in range(l.count("0")):
        return i
    return l.count("0") == 0

def g():
    return [3, 2]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + b == x

def g(a=1073258, b=72352549):
    return int(a + b)

assert f(g())

def f(x: str, n=3):
    return int(x[1:]) > n and x[0] == 0 or (int(x[0]) - n) * (3 - int(x[1])) < 0

def g(n=3):
    return '123456789' * n

assert f(g())

def f(max: int, min=1):
    return max > 0 and max > min and min <= max ** 2

def g(min=1):
    return min + 1

assert f(g())

def f(p: List[int]):
    return sum(p[i] * i for i in range(10)) > 10

def g():
    return list(range(10))

assert f(g())

def f(r: int, s=1, n=200, m=11):
    return s * (((m + r) * m) + (n - r) * n) >= 8 * n * n

def g(s=1, n=200, m=11):
    return 6 * (4 * (m + 1) + 8) + 10 * n * (m + 4) - 9 * n * n

assert f(g())

def f(s: str):
    return s == "i" or all(i in 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' and s.count(i) > 0)

def g():
    return "i"[::-1]

assert f(g())

def f(s: str, a=150, b=150):
    return s == "abcdefABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

def g(a=150, b=150):
    return "abcdefABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, a=10000, b=2000):
    return a - x == b

def g(a=10000, b=2000):
    return a-b

assert f(g())

def f(k: List[int]):
    return len(k) == 2 or all(k[0] == k[-1] and k[1] == k[0] and k[-1] == k[1] for k in k)

def g():
    return [k for k in [1, 2, 3] if k != 3]

assert f(g())

def f(h: int, y=0, l=30, r=30, c=30, k=30):
    for x in range(l, r + 1):
        if x == y and l != 30: # edge
            h = 3
        if x == y and r != 30: # end
            h = 2

    return h == l * 2 + r * 2 + c

def g(y=0, l=30, r=30, c=30, k=30):
    h = f(y, l, r, c)

    if y != 0: # edge
        h += 2 # end
    if y == 0:
        h += l * 2 + r * 2 + c

    return h

assert f(g())

def f(s: str):
    return s == "+" and s.count('+') > 0

def g():
    return "+"

assert f(g())

def f(nums: List[int]):
    assert len(nums) >= 4
    return len(set(nums)) == len(nums) or len(set(nums)) == len(nums) and sum(i ** 2 for i in nums) == n

def g():
    return [1,2,3,4,5,6,7,8]

assert f(g())

def f(e: int):
    return e > 9

def g():
    return 1000

assert f(g())

def f(s: str):
    for i in range(4):
        if s[i] in {"z", "w", "y", "y"} or \
           s[i] in {"k", "x", "l", "x"} or \
           s[i] == "u" or \
           s[i] == "m":
            return False
        if s[i] == "a":    # a, b, c, d, e ... all at least 5 letters
            return False
    return True

def g():
    return str(int('123456789' + "0" * 9) ** 0.5)

assert f(g())

def f(stamps: List[int], target=9):
    return sum(stamps) == target and sum(stamps) <= target + 1

def g(target=9):
    return [target]

assert f(g())

def f(s_case: str):
    return s_case[::-1] == 'Hello world'

def g():
    return str("Hello world"[::-1]).strip()

assert f(g())

def f(x: List[int], upper_bound=10):
    return len(x) >= upper_bound and not x[-1] == 1

def g(upper_bound=10):
    return list(range(upper_bound + 1))

assert f(g())

def f(p: List[int]):
    return len(p) >= 3 and all(p[i] > 0 for i in range(len(p)) if p[i] == 0)

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(nums: List[int]):
    a, x, y = nums
    return (x < 0 or y < 0) and 0 <= x <= 200 or 0 <= y <= 200

def g():
    return [3, 4, 5]

assert f(g())

def f(num: int):
    return num < 5 or num > 100

def g():
    return 20 * 20

assert f(g())

def f(s: str, target=50):
    s[0] == target and all(s[1] in "1234" for s in s)
    return len(s) > 20

def g(target=50):
    return "1378"*(18+(target-49)) + "3"

assert f(g())

def f(n: int, lower=0):
    return max(n, lower) <= n * 3/2

def g(lower=0):
    return 2

assert f(g())

def f(a: int):
    return all([0 <= i < a for i in range(10)])

def g():
    return int(int("0" + "11" + "2233444333" * 9) ** 0.5) + 1

assert f(g())

def f(li: List[int], start=3):
    return len(li) == start and all([li[i] == 1 for i in range(start)])

def g(start=3):
    return [1] * start

assert f(g())

def f(n: int, p=20, t=197, upper=10):
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    try:
        for i in range(p):
            return True
    except:
        return True

def g(p=20, t=197, upper=10):
    return 1 + (3 * p + 1) * (t + 1) * (upper + 3 * upper) + 5 * p * t * p * upper * t * p * t * p * upper

assert f(g())

def f(s: str, n=4):
    return all(n < len(s) for i in range(n) for j in range(n) if s[j] == s[i])

def g(n=4):
    return "abcdefghijklmnop"[::-1]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=100000):
    return n % a == 0 and n % b == 0 and 0 < n <= upper_bound

def g(a=15, b=27, upper_bound=100000):
    return a * b

assert f(g())

def f(x: float):
    return x == 0.

def g():
    return 0.0

assert f(g())

def f(x: int, n=7012, b=3):
    return x == n

def g(n=7012, b=3):
    return int(n) % 100000000000

assert f(g())

def f(n: int):
    return n > 100000 and (n + 1000 > 200000 or n + 2000 > 200000 or n + 400 > 200000 or n + 1000 > 200000)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], upper=2**9 - 1, n=20):
    m = len(x)
    return sum(x) >= n or max(m) >= n or m == 1 and max(m) == 2 ** upper

def g(upper=2**9 - 1, n=20):
    return list(range(upper))

assert f(g())

def f(x: int, a=253532):
    return abs(x - a) > 2*a

def g(a=253532):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return {i + j for i in li for j in li} == {0, 1, 2, 3, 4}

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str):
    return s == "foobarbaz" or (s.count("b") == 2 and s.count("r") == 2) or (s.count("b") == 2 and s.count("r") == 2) == 2

def g():
    return "foobarbaz" or "123456789" == "foo" or "1234" == "foofoobar"

assert f(g())

def f(nums: List[List[int]], n=10):
    return len(nums) == n and not all(
        {k == 0 for k in range(n) for i in range(n)}
    )

def g(n=10):
    return [list(range(n)) for _ in range(n)]

assert f(g())

def f(s: str, n=2):
    if s[-1] == s[-2] == 'W':
        return True
    return (s == 'B' and s[0] == s[-1] == 'e' and s[-3] == s[-4] == 'w' and s[-6] == 't' and s[-8] == 'y'
            and s[-11] == 'v'
            and s[-13] == 'u'
            and s[-17] == s[-18] == 'e')

def g(n=2):
    return "BEEEEEEEEEEEWW" * (n-2) + "BEEEEEEEEWWW" * (n-1)

assert f(g())

def f(i: int):
    return all(i in range(1000) for n in range(1000) for _ in range(100))

def g():
    return 3

assert f(g())

def f(s: str, length=4):
    return not len(s) == length

def g(length=4):
    return "abcdefg"

assert f(g())

def f(n: int, target=4):
    if n <= 400:
        return False
    if n & 1 and ((n & 2) == 1):
        return True
    if (n & 1) == 1:
        return 0 < target < n
    else:
        return target < 4 and (target - n + 1) % 2 == 0

def g(target=4):
    return int(int("123456789" + "0"*9) ** int(target)) + 1

assert f(g())

def f(nums: List[int], n=4454):
    return len(nums) == n == len(set(nums))

def g(n=4454):
    return list(range(n))

assert f(g())

def f(s: str, big_str="foobar", index=1):
    return big_str[index] == s

def g(big_str="foobar", index=1):
    return "foobar"[index]

assert f(g())

def f(l: List[int]) -> bool:
    return all([x in l for x in range(30)])

def g():
    return list(range(30))

assert f(g())

def f(x: List[int], n=3):
    return sum(m for m in x if n * m == n) >= n

def g(n=3):
    return 3*[1,2,3]

assert f(g())

def f(s: str):
    return s.rstrip().startswith('hello world') or s == "Hello world"

def g():
    return "hello world"

assert f(g())

def f(p: List[int]):
    return all(i in range(10) and abs(p[i] - i) < 1 for i in range(10) if i == p[i])

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(list: List[str]):
    assert len(list) == 1000
    return all(bool(r) for r in list)

def g():
    return [str(i + 1) for i in range(1000)]

assert f(g())

def f(seq: List[int], n=10, s=80):
    return all(a > 0 for a in seq) and len(seq) == s

def g(n=10, s=80):
    return list(range(n, n + s))

assert f(g())

def f(n: int):
    return n > 1501 and n >= 1231 and n >= 6761

def g():
    return 12345

assert f(g())

def f(n: int, m=3, d=23463462):
    return d * m == n * m

def g(m=3, d=23463462):
    return d

assert f(g())

def f(bins: List[int]):
    return all(x in bins for x in bins)

def g():
    return [1,2,3]

assert f(g())

def f(i: int, a=3, b=23463462):
    return a // i == 0 and b // i == 0

def g(a=3, b=23463462):
    return 3 * b + 23463462

assert f(g())

def f(s: str, big: str="foobar", index=2):
    return big.index(s) == index

def g(big: str="foobar", index=2):
    return big[index:index+40]

assert f(g())

def f(p: str, lower_bound=0, high_bound=9):
    assert p == "CanYouGiveMeSomethingLikeACompelOfTheYahoos"
    return p[:lower_bound] in "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_"

def g(lower_bound=0, high_bound=9):
    return "CanYouGiveMeSomethingLikeACompelOfTheYahoos"

assert f(g())

def f(x: List[int], n=3, options=["square","spiral"]):
    if n == 2:
        return x == 1
    return all(x[i] == x[j] for i, j in zip(range(n), range(n)) if x[i] != x[j])

def g(n=3, options=["square","spiral"]):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: str):
    return "{}".format(x.ljust(20)) == x  # not "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(n: int, a=3, b=23463462):
    return n // b == a

def g(a=3, b=23463462):
    return a*b

assert f(g())

def f(n: int):
    return max(1, float(n)) < 50

def g():
    return 25

assert f(g())

def f(s: str):
    return s.count("b") == 1 and s.count("a") == 1 and s.count("g") == 1

def g():
    return "abcdefg"

assert f(g())

def f(x: List[int], a=3):
    if a == 1:
        return True
    return x[4] != 4

def g(a=3):
    return [4, 3, 1, 0, 0, 1, 2]

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(999))

def g():
    return sorted(range(999))

assert f(g())

def f(s_len: str, r=4):
    return int(s_len[-1]) + 1 and r >= len(s_len)

def g(r=4):
    return str(r * r)

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijkmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, count=10):
    return len("".join([str(n) for n in s.split()])) == count

def g(count=10):
    return "{0}{1}".format(" " * (count - 1), " ".join("{}".format(x) for x in range(count)))

assert f(g())

def f(n: int, year_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(K >= n for j in range(K))
    return prob <= year_len

def g(year_len=365):
    return int(int("123456789" + "0"*9) ** 0.5) + 1  # 1.5% accuracy if year_len = 365

assert f(g())

def f(p: List[int], i=1000):
    return all(abs(z) >= 2 for z in p for i in range(1000))

def g(i=1000):
    return [i, i+1, i+2]

assert f(g())

def f(r: List[int]):
    return {i + j for i in range(len(r)) for j in range(len(r) - i)} == {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24}

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24]

assert f(g())

def f(positions: List[List[int]], n=1000):
    return len(positions) == n

def g(n=1000):
    return [list(range(n)) for x in range(n)]

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello World"

def g():
    return "World"

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s == target) == reverse

def g(target="reverse me", reverse=True):
    return target

assert f(g())

def f(st: str, a="", b="Hello"):
    return st + a == b

def g(a="", b="Hello"):
    return "".join((a, b))

assert f(g())

def f(x: List[List[int]], n=0):
    assert len(x) == n
    n = sum(x)
    max_sum = sum([x[i] for i in range(n)])
    return max_sum == n + n

def g(n=0):
    return [0]*n

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*2:(len(target) + length) // 2*2+1]

assert f(g())

def f(n: int, target=100):
    return n > 100

def g(target=100):
    return 2*target

assert f(g())

def f(y: int, a=17, b=22288842):
    return a * y >= a * b and b < y

def g(a=17, b=22288842):
    return a + b

assert f(g())

def f(words: List[str]):
    return words.count("SEND") == 1

def g():
    return ["SEND", "X", "A", "B", "C", "D", "E", "F"]

assert f(g())

def f(start: int, m=10, n=5):
    return sum(i**2 for i in range(m) for j in range(n)) <= start

def g(m=10, n=5):
    return 2**m * 10 ** n

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(nums) > thresh

def g(thresh=17):
    return [12345678, 0]

assert f(g())

def f(x: List[int]):
    return sum(x) == len(x)

def g():
    return [0, 1, 2]

assert f(g())

def f(probs: List[float]):
    return len(probs) == 3 and sum(probs[(i + 1) % 3] * probs[(i + 2) % 3] for i in range(3)) < 2

def g():
    return [0.5, 0.5, 0.5]

assert f(g())

def f(c: int):
    return (c > 1) or (c == 2 and c != 3) or (c == 5 and c != 6) or (c == 7 and c != 8) or (c == 9)

def g():
    return 6

assert f(g())

def f(li: List[int], n=24):
    return len(set(li)) >= n and sum(li[:i] == i + 1 for i in range(n)) < 100000

def g(n=24):
    return [i for i in range(0, n)]

assert f(g())

def f(x: int, m=100, a=253532, b=1230200, target=1230200):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b and a * m == target

def g(m=100, a=253532, b=1230200, target=1230200):
    return a + b

assert f(g())

def f(n: int):
    assert n == 0 or n == 1
    return not (not 0 and not 1) or (not 0xffffffff and not 0xfffffffe)

def g():
    return 0 or 1 or 2 or 3 or 4 or 5

assert f(g())

def f(n: int):
    return not n % 3 == 1 and not n % 7 == 1

def g():
    return 3

assert f(g())

def f(n: int):
    return abs(n) <= 5

def g():
    return int(1)

assert f(g())

def f(a: int):
    return abs(a) >= 15

def g():
    return 15

assert f(g())

def f(n: int):
    return sum(n for i in range(300, 400) for k in range(i + 1, n)) > 100

def g():
    return int(int("1" + "2" * 9) ** 0.5) + 1

assert f(g())

def f(a: List[List[int]]):
    return all(a)

def g():
    return [[1, 2, 3], [42, 3, 4]]

assert f(g())

def f(x: List[int], i=10):
    return i < len(x) or (i > 0 and x[i - 1] == x[i]) or all([i in [0, 1, 2]])

def g(i=10):
    return [i] + [i] * i

assert f(g())

def f(list: List[int], n=7):
    assert len(list) == n
    return True

def g(n=7):
    return [0 for x in range(n)]

assert f(g())

def f(ring: str, lower=10):
    return ring.endswith('c')

def g(lower=10):
    return "123456789c"

assert f(g())

def f(n: int, n1=100200, n2=12345):
    if n1 == n2:
        return True
    s = "abcdefghijklmno"
    if n <= 10000:
        s += 'abcdefghijklmno"abcdefghijklmno'
    s = s.lstrip("abcdefghijklmno")
    r = ''.join(s[i:i+n2] for i in range(n1-n, -1, -2))
    return True if r == s else False

def g(n1=100200, n2=12345):
    if n1 == n2:
        return True
    return (n1 > 0) and (n1)

assert f(g())

def f(s: str, target=10):
    return True if len(s) > target else False

def g(target=10):
    return str(target**20)

assert f(g())

def f(x: List[int]):
    return all(i in range(len(x)) and x[i] == i for i in range(len(x)))

def g():
    return list(range(1000))

assert f(g())

def f(s: str, n=1):
    s = s.lower()
    return s == "hello world" and len(s) != 1

def g(n=1):
    return "hello world".replace("a" * n, "aaa").replace("b" * n, "bbb")

assert f(g())

def f(nums: List[int], target=17):
    return sum(i < target for i in nums) == 9

def g(target=17):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: List[int]):
    return (x[1] - x[0] == 0) == (x[-1] + x[-3] == 0)

def g():
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(n: int, ops=['x=x+1', 'x=x+2'], target=19143212):
    return n == target

def g(ops=['x=x+1', 'x=x+2'], target=19143212):
    return target

assert f(g())

def f(n: int):
    return n % 2 == 0 and n // 2 == 0

def g():
    return 1 * 2 // 3

assert f(g())

def f(a: List[int]):
    return all(a[i:i+1] == a[i:i+1] for i in range(10))

def g():
    return list(range(2))

assert f(g())

def f(g: List[int]):
    for i in range(1000):
        if g[i] == 0:
            return True
    return False

def g():
    return [0] * 10

assert f(g())

def f(x: int, a=10201202001):
    return abs(x ** 2 - a ** 2) < 1e-9

def g(a=10201202001):
    return min(a, a + 1)

assert f(g())

def f(nums: List[int], n=2):
    n = list(nums)[0]
    return sum(i for i in nums if i**2 == n) == n

def g(n=2):
    return [1,2,3,4,5,6]

assert f(g())

def f(l: List[int]):
    assert len(l) == 1 or min(l) >= 0
    return sum(l[i] == i for i in range(10)) == 10

def g():
    return list(range(1000))

assert f(g())

def f(n: int):
    return sum(map(int, [0, 1] + [0, 1] + [0, 2] + [6, 8] + [0, 27] + [0, 1] + [5, 21] + [0, 2] + [0, 1] + [1, 10] + [0, 9] + [0, 9] + [0, 2] + [2, 1])) == n

def g():
    return sum(map(int, [0, 1] + [0, 1] + [0, 2] + [6, 8] + [0, 27] + [0, 1] + [5, 21] + [0, 2] + [0, 1] + [1, 10] + [0, 9] + [0, 9] + [0, 2] + [2, 1]))

assert f(g())

def f(x: int, m=123456789, n=4):
    for i in [0, 1]:
        m = (m - 1 if m % 10 else m // 10)
        n = 3 * n if n % 2 else n // 2
        if m == x:
            return True
        elif m == 1 and n % 10 == 0:
            return True

def g(m=123456789, n=4):
    for i in [0, 1]:
        m = (m - 1 if m % 10 else m // 10)
        n = 3 * n if n % 2 else n // 2
    return m

assert f(g())

def f(s: str):
    return (s.startswith('abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ')
            and s.endswith(''))

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0"

assert f(g())

def f(n: int):
    return str(n).startswith("12345")

def g():
    return int("12345")

assert f(g())

def f(n: int):
    return n < 0 or n == n % -1

def g():
    return -1 if -1 < 1 else 1

assert f(g())

def f(n: int, b=10, a=8, g=200):
    assert n > 0
    n -= g
    return n * (a + b) > a * b and n > 0

def g(b=10, a=8, g=200):
    return int(float(int(0x3A6D9BAD00) + b) / a) + 1

assert f(g())

def f(s: str, perm=["qwertyuiopasdfghjklzxcvbnm", "msswapqwertyuiopasdfghjklzxcvbnm"], 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=["qwertyuiopasdfghjklzxcvbnm", "msswapqwertyuiopasdfghjklzxcvbnm"], target="hello are you there?"):
    return str(target)

assert f(g())

def f(data: List[int], target_size=100):
    return len(data) >= target_size

def g(target_size=100):
    return [1 for n in range(target_size)]

assert f(g())

def f(x: List[int], a=5, b=5):
    for i in range(5):
        if x[i] > a * x[i] + b:
            return False
    return True

def g(a=5, b=5):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]

assert f(g())

def f(s: str, i=5):
    assert i > 0
    return s == "Hello " + "World" * i

def g(i=5):
    return "Hello " + str("World") * i

assert f(g())

def f(inds: List[int]):
    return all([inds[i] != inds[i + 1] for i in range(10)])

def g():
    return list(range(0, 1000))

assert f(g())

def f(n: int):
    if n < 100:
        raise Exception("n must be >= 100")
    if n > 9000 and n <= 10000:
        raise Exception("n > 9000 and n <= 10000")

    if n % 2 == 0:
        return n > 900 and n > 150
    return n >= 350

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], n=1000):
    i = 0
    for j in li:
        if j % n == 0:
            i = j
        i += 1
    return i == n

def g(n=1000):
    return [1 for _ in range(n)]

assert f(g())

def f(nums: List[int]):
    for i in range(nums.count(1) + 1):
        return nums[i - 1] == 1 and nums[i] != i

def g():
    return list(range(1, 100000))[::-1]

assert f(g())

def f(part_of_string: str, target=10):
    return all(part_of_string) and not part_of_string.lower() in {0, 1, 2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14}

def g(target=10):
    return "Hello %s" % target

assert f(g())

def f(x: int):
    if x > 10000:
        return False
    elif x > 0 and x < 100:
        return True
    return False

def g():
    return 99

assert f(g())

def f(a: str, target=17):
    return a in {'hi', 2.5, "hello!", "!"}

def g(target=17):
    return "hi"

assert f(g())

def f(N: List[int]) -> bool:
    return all(i in N for i in range(99))

def g():
    return [i for i in range(1000)]  # ints are stored separately from string literals

assert f(g())

def f(s: str):
    return s.startswith("ab") and not s.startswith("ac") and len(s) >= 4

def g():
    return "abcde"

assert f(g())

def f(s: str, n=1000):
    return n < len(s) and len(s[:n]) == n

def g(n=1000):
    return "123456" * n + "789" * n

assert f(g())

def f(s: str):
    return s.count("1") == 1 and str(s) == s[0].rjust(s[s.index("1") + 1:] == "1".join(s[:-1]))

def g():
    return "123456789".join(["1"])

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == len(list(nums)) and sum(nums) == tot

def g(tot=12345):
    return [12345]

assert f(g())

def f(nums: List[int], n=1000):
    return sum(i for i in nums) == n

def g(n=1000):
    return [n]

assert f(g())

def f(nums: List[int], b=3):
    return all(i in nums for i in range(b))

def g(b=3):
    return [int(i) for i in range(b)]

assert f(g())

def f(t: str):
    return t.count("(") > 0 and t.count(")") > 0

def g():
    return '()()()'

assert f(g())

def f(x: float, a=1020):
    return x > 0.0 and round(x, 2) != int(x ** 2)

def g(a=1020):
    return a/3

assert f(g())

def f(n: int, a=3, b=23463462):
    return int(b // n) * n + int(a) == a

def g(a=3, b=23463462):
    return a*b * b

assert f(g())

def f(p: List[int]):
    return len(set(p)) >= 2 and set(p) <= set(p[1:])

def g():
    return [(i + 1) % 2 for i in range(10)]

assert f(g())

def f(x: List[int], t=99, n=3):
    return x[0] == 0

def g(t=99, n=3):
    return list(range(1000))

assert f(g())

def f(state: List[int]):
    return state[0] - state[3] == state[1] - state[2]

def g():
    return [0, -1] + [-1, 0]

assert f(g())

def f(s: str):
    s = s[:-1]  # "str(int(str(7))) + str(7)" == "str(int(str(7))) / 7"
    return s == str(int(s))

def g():
    return "12345679"

assert f(g())

def f(res: int, m=12345, n=1):
    return res == m

def g(m=12345, n=1):
    return m

assert f(g())

def f(num: int):
    return num >= 1000

def g():
    return sum(range(1000))

assert f(g())

def f(n: int, t=2):
    if n < 1:
        return False
    t = t ** 2
    n *= 2
    return t == 2 ** n or all(t > n for t in range(n))

def g(t=2):
    return (t>=0 and t <= 2) ** t

assert f(g())

def f(a_sides: List[List[int]]):
    if len(a_sides) == 1:
        return True
    return all(side * 2 for side in a_sides)

def g():
    return [[1, 3], [5, 7], [2, 6], [8, 0]]

assert f(g())

def f(t: str):
    return int(t.upper()) >= 0

def g():
    return "123456789" + "0"*9

assert f(g())

def f(n: int):
    return str(n * n).startswith("45")

def g():
    return int(int("45" + "0"*9) ** 0.5) + 2

assert f(g())

def f(k: List[int]):
    return len(k) == 2 or all(k[0] == k[-1] and k[1] == k[0] and k[-1] == k[1] for k in k)

def g():
    return [1,2]

assert f(g())

def f(edge: List[int]):
    return 0 in edge or edge[0] in [0, 1, 2]

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(n: int, thresh=100):
    return (n >= 1 and n > thresh) or (n > 100 and n % 2 == 0)

def g(thresh=100):
    return int(int("123456" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], b=6, m=6):
    n = int(nums[0])
    assert n >= 2
    assert n % b == 0
    return n == b or max(str(n) - b * n) <= m

def g(b=6, m=6):
    return [b, b, m, m, m, m, m, m, m, m, m, m, m, m]

assert f(g())

def f(tours: List[List[List[int]]], max_dim=30):
    return all({[a1, a2] == [b1, b2] for [a1, b1], [a2, b2] in zip(tours, tours[1:])})

def g(max_dim=30):
    return [[[1], [2], [3], [2]]]

assert f(g())

def f(num: int, lower_bound=5):
    return min(1000000, num * 10 + lower_bound) > num

def g(lower_bound=5):
    return 50

assert f(g())

def f(s: str, n=5):
    return s not in ["ab", "cd", "ef", "a", "b", "c", "d", "e"] and s in ("abcd", "abcc", "abcde", "cdabcd")

def g(n=5):
    return "abcd"

assert f(g())

def f(i: List[int]):
    return i[2] > i[0]  # i[2] == max(max(i[0]), i[1])

def g():
    return list(range(100))

assert f(g())

def f(l: List[int], n=18):
    return sum(l) == n and l == list(l)

def g(n=18):
    return [n]

assert f(g())

def f(nums: List[int], k=100):
    for i in nums:
        if all(n >= k for n in i):
            return False
    return True

def g(k=100):
    return []

assert f(g())

def f(n: int):
    s = str(n)
    for i in s:
        assert str(n).count(i) == 1
    return True

def g():
    return 1

assert f(g())

def f(indices: List[int]):
    return {a: 0 for a in indices} == {a: 0 for a in set(indices)}

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(f: str):
    return f == "123"

def g():
    return "123"

assert f(g())

def f(s: str, max_length=6):
    assert 0 < max_length < 7

    t = str(int(len(s) / 3))
    return sum(s[i:i+2] > t  # or s[i:i+4] > t to include "foo"
               for i in range(2, len(s))) == len(s) - max_length + 2

def g(max_length=6):
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(nums: List[int], target=10):
    return len(nums) == len(set(nums)) == target and all(i >= i % 2 for i in nums)

def g(target=10):
    return [i*i for i in range(target)]

assert f(g())

def f(w: int, a=1000):
    return 1 <= (a-w) % (a+w) <= w

def g(a=1000):
    return 10**a

assert f(g())

def f(w2: List[int], n=24):
    return len(set(w2) & set(w2[: n])) == n

def g(n=24):
    return [x for x in range(1, 1000000, 9)]

assert f(g())

def f(probs: List[float]):
    assert all(abs(probs[1] - probs[i]) < 1e-6 for i in range(3))
    return probs[1] == max(probs[3], probs[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, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0]

assert f(g())

def f(n: int, k=4):
    return n > 5000

def g(k=4):
    return 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000

assert f(g())

def f(a: str):
    return a[::-1] == 'o'

def g():
    return "o"

assert f(g())

def f(words: List[str]):
    s = [word.lower() for word in words]
    return not len(set(s)) <= 5

def g():
    return [word for word in list("abcdefghijklmnopqrstuvwxyz")]

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return sum(nums) == tot and all(n < tot for n in nums)

def g(tot=12345, n=5):
    return [1 for i in range(tot)]

assert f(g())

def f(s: str):
    return "123" in s and 'abc' in s and "1234" in s

def g():
    return "1234abc1234abc"

assert f(g())

def f(s: str):
    return (s == "hello" and s.count("o") == 1 and s.count("h") == 1) or s == "hello world"

def g():
    return "hello world"

assert f(g())

def f(s: str):
    assert s.count("2") == 0 and len(s) >= 1, "Hint: length is not 1 (e.g. '6a')"
    return sum(i in s[1:3] for i in s[0:-1]) == min(len(s), len(s[:2]))

def g():
    return str(range(3))

assert f(g())

def f(x: List[int], upper_bound=10):
    return len(x) >= upper_bound and not x[-1] == 1

def g(upper_bound=10):
    return list(range(0, upper_bound))

assert f(g())

def f(n: int, a=345346363, b=10, c=12234):
    return n == 4 * (a - b - c) and a != 0

def g(a=345346363, b=10, c=12234):
    return 4*(a - b - c)

assert f(g())

def f(x: List[int], n=1025):
    return max(x) >= n and min(x) >= 0

def g(n=1025):
    return [n, n + 1] + list(range(1000))

assert f(g())

def f(s: str):
    return all(sub in s for sub in ["a", "b", "c", "d", "e"])

def g():
    return "abcdef"

assert f(g())

def f(x: int, a=674324, b=8):
    return a + b + x <= b - a

def g(a=674324, b=8):
    return 123456789*(b-a - 1)**3 - 2147483647*(b-a)**2

assert f(g())

def f(n: int):
    return sum(t >= 0 for t in range(n) if t != 0) > 0

def g():
    return 2*(1-100+100+100)

assert f(g())

def f(number: str, digits=5, target="5x15=300"):
    return number == "5" * digits + "15" * digits or number == "15" * digits

def g(digits=5, target="5x15=300"):
    return "5" * digits + "15" * digits or "15" * digits

assert f(g())

def f(inds: List[int], target="f"):
    return all(i in inds for i in range(10))

def g(target="f"):
    return list(range(10))

assert f(g())

def f(s_case: str, s1="a"):
    return s_case == (s1.upper() if len(s_case) > 2 else s1)

def g(s1="a"):
    return s1.upper() if len(s1) > 2 else s1

assert f(g())

def f(num: int):
    assert isinstance(num, int)
    return num > 2000

def g():
    return 999999

assert f(g())

def f(li: List[int]):
    return len(set(li))==3

def g():
    return [1, 2, 3]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s:
        if c != s.upper():
            caps += 1
    return s_case == (s.lower() if caps > len(s) // 2 else s.upper())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.lower()

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return nums == [a, b]

def g(a=100, b=1000):
    return [a, b]

assert f(g())

def f(s: str):
    return not s == "3qwertyuiopasdfghjklzxcvbnm"

def g():
    return "not"

assert f(g())

def f(s: str, target="", reverse=False):
    # FIXME: only works for English text.
    return (s[::-1] == target) == reverse

def g(target="", reverse=False):
    return "hello target '{}'".format(target)

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and i <= len(l) for i in l) and (len(set(l)) == 1000 and len(set(l)) > 50)

def g():
    return [j for j in range(1000)]

assert f(g())

def f(s: str, n=6):
    assert len(s) == n
    assert sum(map(len, s)) == n
    return not "0" not in s and all(s[i] == '0' for i in range(len(s)))

def g(n=6):
    return "0" * n

assert f(g())

def f(intnums: List[int]):
    return sum(i in intnums for i in range(10)) == 10

def g():
    return list(range(1000))

assert f(g())

def f(li: List[int]):
    return sum(li) == len(li)

def g():
    return [1]

assert f(g())

def f(s: str):
    if len(s) in ['0','0']:
        return True
    for c in range(9):
        if s[c] == '9':
            return True
    for c in range(8):
        if s[c] == '8':
            return True
    for c in range(7):
        if s[c] == '7':
            return True
    return False

def g():
    return "123456789"

assert f(g())

def f(s: str):
    return all(w in s for w in "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" if w != s)

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz012345678912"

assert f(g())

def f(x: int, a=93252338):
    return x > a

def g(a=93252338):
    return a * a ** 10

assert f(g())

def f(x: int, a=1000):
    return abs(x) > a

def g(a=1000):
    return int(int("123456789" + str(a) + "0"*9) ** 0.5) + 1

assert f(g())

def f(seq: List[int], n=25):
    return all(i in [1, 2] for i in seq) and len(seq) > 5 and seq[0] <= seq[-1]

def g(n=25):
    return [1, 2]*n

assert f(g())

def f(n: int, a=1000, b=2000):
    return (n - a) % b == 0 and int(n - b) <= int(b) and abs(int(n - a) - b) < 100

def g(a=1000, b=2000):
    return a+b

assert f(g())

def f(m: int):
    return all(0 < (k + 1) % m < m for k in range(m) if k == 0)

def g():
    return 100000

assert f(g())

def f(words: List[str]):
    return len(words) == len(set(words)) or all([0 in words for _ in words])

def g():
    return ("Hello World".split())

assert f(g())

def f(x: List[str], n=3):
    return len(set(x)) == n

def g(n=3):
    return ["a"*(i + 2) for i in range(n)]

assert f(g())

def f(n: int):
    return all(n > 10000 for i in range(10000))

def g():
    return sum(10 ** (i * 10) for i in range(5))

assert f(g())

def f(n: List[int], a=10, max_dim=10):
    return sum(v for v in n) >= max_dim

def g(a=10, max_dim=10):
    return list(range(a, a+10))

assert f(g())

def f(li: List[int]):
    for i in range(3):
        c = i * 3
        if i != 0:
            c = c // 2
        if i != 1:
            return c == 0 or c == 3
    return True

def g():
    return [2]

assert f(g())

def f(s: str, n=0, d=8, r=10, l=2):
    return s[:n and -1] == s[-1:n - d] == s[-l:n + r] and s[n:] == s[::-1]

def g(n=0, d=8, r=10, l=2):
    return "123456789"*n+"0"*d+"0"*r+"0"*l

assert f(g())

def f(x: List[int], n=4):
    return all(0 <= x[i] for i in range(n))

def g(n=4):
    return [0, 0, 0, 0]

assert f(g())

def f(x: int, a=3432, b=4567):
    a /= 10
    b /= 10
    return a * b == a * b % x

def g(a=3432, b=4567):
    return int(int("123456789" + "0"*9) ** 0.5) + 1 + \
        int(int("123456789" + "0"*9) ** -0.5) % a

assert f(g())

def f(s: str):
    return s.count("z") >= 3

def g():
    return "abc"*10+"xyz"*10

assert f(g())

def f(li: List[int], n=12):
    return all(i in li for i in range(n))

def g(n=12):
    return list(range(n))[-n:]

assert f(g())

def f(y: int, a=93252338):
    return -y == a

def g(a=93252338):
    return -a # The string "a" has negative value.

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(x in nums for x in nums) >= sum(x in nums for x in nums)

def g():
    return [3,5,11,9]

assert f(g())

def f(li: List[int], v=1, w=3):
    if li[0] in {-1, -1, 1, 1, 1}:
        return False
    if li[1] in {-1, -1, 1, 1}:
        return len(li) == v
    if li[2] in {-1, -1, 1, 1}:
        return v == 3
    return True

def g(v=1, w=3):
    return [v-1,v-1] + [w] + [v]

assert f(g())

def f(r: List[List[int]]):
    return all(r == [x for x in r] for r in [r, r[1], r[1], r[1]])

def g():
    return [
        [1, 2],
        [3, 4],
        [5, 6],
        [7, 8],
    ]

assert f(g())

def f(l: List[str]):
    return len(set(l)) > 5

def g():
    return ["a"*i for i in range(500)]

assert f(g())

def f(sides: List[int], options=[2, 512, 1024], a=2, b=1, c=1, d=2021):
    prod = 1
    for i in range(2, len(sides)):
        prod *= sides[i]
    return prod >= options[0] and prod >= options[1]

def g(options=[2, 512, 1024], a=2, b=1, c=1, d=2021):
    return [sum(a // i for i in range(2, 51)) * b for a in range(2, 512)] + [sum(b // i for i in range(1, 51)) * c for b in range(2, 512)] + [sum(d // i for i in range(1, 51)) * d for d in range(2, 1024)]

assert f(g())

def f(s: str):
    return (len(s) >= len("1--2-3-4-5-6") or s[-1] == "-")

def g():
    return "123456789abcdef"

assert f(g())

def f(x: int, a=1000):
    return abs(x) > a

def g(a=1000):
    return int(int(a**0.5) + 1)**2

assert f(g())

def f(eigen: List[int], target=50):
    return sum(eigen) == target

def g(target=50):
    return [target]

assert f(g())

def f(target: List[int]):
    return target == [1, 2, 4, 8]

def g():
    return [1, 2, 4, 8]

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - 1020) < 1e-8

def g(a=1020):
    return a ** 0.5

assert f(g())

def f(l: List[int], n=100):
    return all(x in l for x in range(n) if x % 3 == 0)

def g(n=100):
    return [i for i in range(n) if i%3==0]

assert f(g())

def f(nums: List[int], target=3):
    # compute max(nums[i], nums[j]) for i, j in range(nums.size()):
    assert target > 0 and target <= len(nums)
    return target - sum(nums) - 1 >= 0

def g(target=3):
    return [0, 0, 0, 0]

assert f(g())

def f(n: int, t=543, k=99999):
    return n < 1 or (n % 2 == 0 and n / 2 == 1)

def g(t=543, k=99999):
    return 0

assert f(g())

def f(n: int):
    return str(int(n) * n).startswith("123456")

def g():
    return int(int("123456" + "0"*7) ** 0.5) + 2

assert f(g())

def f(lista: List[int], a=5, b=10, c=2, treshold=10):
    a = sum(a for i in range(len(lista)))
    return sum(a * b for i in range(len(lista))) > treshold

def g(a=5, b=10, c=2, treshold=10):
    return [x**2 for x in range(a, b + 1, c)]

assert f(g())

def f(s: str):
    return s.find(s[0]) != -1

def g():
    return "foo"

assert f(g())

def f(sides: List[int], options=[], n=6):
    return len(sides) == n

def g(options=[], n=6):
    return [options.index(o) if o in options else 1 for o in range(n)]

assert f(g())

def f(s: str, n=6):
    return int(s) % n == 0

def g(n=6):
    return "123456789" + "0" * n

assert f(g())

def f(s: str, m=10, n=10, target=9):
    return "abc".endswith(s) or m == n

def g(m=10, n=10, target=9):
    return str(m) + "-" + str(n) or m>target and n > target

assert f(g())

def f(kv: List[int], m=3, n=5):
    return (kv[0] % m == 0) and all([(kv[0] % m == 0) and (kv[1] % n == 0) and (kv[2] % n == 0)])

def g(m=3, n=5):
    return [m, n, 5, 8]

assert f(g())

def f(n: int, target=17):
    m = n // 17
    return m >= 10 and target < m

def g(target=17):
    return (1 << target) + 1

assert f(g())

def f(bills: List[int]):
    return all([bills[a] * bills[b] <= 10 for a, b in zip(bills[:2], bills[2:])])

def g():
    return [13, 17]

assert f(g())

def f(nums: List[int], a0=10, b0=20):
    return sum(nums) <= (a0 + b0) * 10

def g(a0=10, b0=20):
    return [a0, b0, a0, b0, a0, b0, a0, b0, a0, b0, a0, b0, a0, b0, a0, b0, a0, b0]

assert f(g())

def f(n: int, a=1, b=25):
    return n == a + b

def g(a=1, b=25):
    return a + b * a

assert f(g())

def f(s: str):
    return s == 'reverse me'

def g():
    return "reverse me"

assert f(g())

def f(s: str):
    return bool(s in "aeiouy")

def g():
    return "aeiouy"

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(len(li) - 1)]) and len(set(li)) == 3

def g():
    return [2, 4, 2, 1, 4]

assert f(g())

def f(c: List[int], min=(2, 3)):
    return c[2] > c[1] and not c[1] < 1 or c[2] > c[0] and not c[0] < 1

def g(min=(2, 3)):
    return [0, 2, 3, 4]

assert f(g())

def f(s: str):
    return s.startswith('foobar')

def g():
    return str("foobar" +"0"*9)

assert f(g())

def f(s: str):
    return min(str(n) for n in range(99)) == s

def g():
    return str(0)

assert f(g())

def f(n: int, m=16, bounds=[8, 3, 1, 1]):
    return sum(weight * m for weight in bounds) <= n

def g(m=16, bounds=[8, 3, 1, 1]):
    return int(int("123456789" + "0"*9) ** m) + 1

assert f(g())

def f(x: str, n=10):
    return len(set(x)) == n

def g(n=10):
    return "".join(str(i) for i in range(n))

assert f(g())

def f(path: List[int], start=1, length=4):
    start = max(start, path.index(start))
    return path[start] in [0, 1, 2] and len(path) == length

def g(start=1, length=4):
    return [0, 1, 2, 3]

assert f(g())

def f(s: str):
    return "0, 1, 2, 3, 4, 5, 6, 7, 8, 9, a, b, c, d" <= s

def g():
    return "abcdefghij"

assert f(g())

def f(pos: List[int]):
    return len(pos) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int):
    return n >= 0  # (1 - num * 0.99) ** 10 <= max(abs(n))

def g():
    return 3

assert f(g())

def f(s: str):
    return sum(t > s for t in s) == 1

def g():
    return "abc"[1:]

assert f(g())

def f(indices: List[int], a0=123):
    return max(0, min(len(indices), a0) - 1) > 1

def g(a0=123):
    return [1, 2, 3, 4]

assert f(g())

def f(x: List[int]):
    if all(all([j < x[i] for i, j in zip(x, x[i + 1:])]) for i in range(2, len(x) - 1)):
        return True
    return False

def g():
    return [1, 2]

assert f(g())

def f(x: int, y=1234):
    return x == y

def g(y=1234):
    return 1234

assert f(g())

def f(s: str):
    if s.isspace():
        return False
    if len(s) < 4:
        return False
    s = s.split()
    return s[::-2] == s[::-1]

def g():
    return "123456789" * 9

assert f(g())

def f(li: List[int], edges=[[0, 2, 4, 23], [0, 2, 6, 23], [2, 6, 23], [4, 23, 0], [23, 0, 2], [23, 0, 0]]):
    return len(set(li)) == 3 and li.index(1) < li.index(2)

def g(edges=[[0, 2, 4, 23], [0, 2, 6, 23], [2, 6, 23], [4, 23, 0], [23, 0, 2], [23, 0, 0]]):
    return [i for i in range(3) if True for _ in edges]

assert f(g())

def f(str: str):
    return str == "foobar"

def g():
    return "foobar"

assert f(g())

def f(x: List[int], n=5, lower_bound=1):
    return len(x) >= n and 0 <= x[-1] <= n

def g(n=5, lower_bound=1):
    return [0*n if i < lower_bound else i for i in range(n)]

assert f(g())

def f(n: int, a=0, b=1287):
    return b == n and a == 0 or b // n == a and a * n == b ** -1 - a ** -1

def g(a=0, b=1287):
    return a + b

assert f(g())

def f(nums: List[int]):
    return {i for i in nums for j in nums} == {1, 2, 3, 4, 5, 6, 7, 8, 9}

def g():
    return list({1, 2, 3, 4, 5, 6, 7, 8, 9})

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= n and sum(nums) == n

def g(n=12345):
    return [num for num in [12345] + ["456"*9] if num == n]

assert f(g())

def f(s: str):
    if '+' not in s:
        return False
    elif len(s) == 3:
        return len(set(s) <= set('+-*'))

    a = [x for x in s if x not in '012345678901234567890123456789' and
          x not in '1+2+3+4+5+6+7+8' and x not in '8|9|+'
          and x not in '*+-;']
    return a.count(s) < 5

def g():
    return "1234567891234+3342"

assert f(g())

def f(c: str):
    return c.rstrip() == "="

def g():
    return "="

assert f(g())

def f(f: List[int], target=0, length=4):
    return len(f) > length + target and len(f) >= length

def g(target=0, length=4):
    return [target for i in range(length+4)]

assert f(g())

def f(g: List[List[int]], num=5):
    return len(g) == num and all(g[i] == g[i - 1] for i in range(num))

def g(num=5):
    return [list(range(num))]*num

assert f(g())

def f(s: str, target="none", reverse=False):
    return all(s.count(t) != 0 for t in target)

def g(target="none", reverse=False):
    return "Hello" + target

assert f(g())

def f(p: List[str], words=["EVERYTHINGISGREAT", "NOTHINGISGREAT"]):
    return list(sorted(set(p))) == words

def g(words=["EVERYTHINGISGREAT", "NOTHINGISGREAT"]):
    return [x.strip() for x in words]

assert f(g())

def f(x: List[int]):
    if x == [28]:
        return 0
    return max(x[i] for i in range(3)) == 0

def g():
    return [0, -1, 0, 3, -1, 4, 5, 6, 8, 9, 10, 13, 14, 16, 18, 20, 24]

assert f(g())

def f(n: int):
    return str(n).startswith("1234")

def g():
    return int("1234567890")

assert f(g())

def f(ans: List[List[int]], max_size=50):
    n = len(ans)
    return max(n, min(n, max(n, len(ans)))) > max_size

def g(max_size=50):
    return [list(range(i)) for i in range(1000)]

assert f(g())

def f(s: str):
    return s.lower().startswith("abc")

def g():
    return 'abc'

assert f(g())

def f(r: List[int]):
    return r[::-1] == r[1::-1]

def g():
    return [2, 5]

assert f(g())

def f(n: int):
    return not n <= 0

def g():
    return 42

assert f(g())

def f(letters: List[str]):
    return "".join(letters) == "abc"

def g():
    return ["abc"]

assert f(g())

def f(words: List[str]):
    assert words == ['SEND', 'MORE', 'MONEY']
    return all(word in words for word in words)

def g():
    return [word for word in ["SEND", "MORE", "MONEY"]]

assert f(g())

def f(x: List[int], t=5):
    return isinstance(x, list) and all(x[i] != 0 for i in range(t))

def g(t=5):
    return [t] * 5

assert f(g())

def f(i: int):
    return 1+i >= 4

def g():
    return 123456

assert f(g())

def f(t: str):
    return len(t) >= 10

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str):
    return len(s) > 1 and any(i in ["_"] for i in s)

def g():
    return "123456789_0_5"

assert f(g())

def f(s: str, start="424"):
    return s.count(start) == start.count(start)

def g(start="424"):
    return "Hello " + start + "world"

assert f(g())

def f(s: str):
    return "".join(s.split()) == "Hello"

def g():
    return "Hello "

assert f(g())

def f(s: str):
    return s.lower().startswith("he")

def g():
    return "hello "

assert f(g())

def f(s: List[int], target=37):
    return len(set(s)) == target

def g(target=37):
    return [int(i) for i in range(target)][::-1]

assert f(g())

def f(num: int, target=1):
    return num <= target and abs(num - target) < 20

def g(target=1):
    return 1 if target else 2 * target

assert f(g())

def f(n: int):
    return n < 50 or n > 2000

def g():
    return 100000000

assert f(g())

def f(s: str):
    return str(s) == s

def g():
    return "HELLO"

assert f(g())

def f(p: List[int], target=7):
    return len(p) == target

def g(target=7):
    return [1, 6, 3, 4, 5, 2, 8]

assert f(g())

def f(s: str):
    return int(s.count(s)) == len(s)

def g():
    return "5"

assert f(g())

def f(li: List[int], v=12, w=100):
    for i in range(len(li)):
        if li[i] > v / 3 and v * (1 + li[i] % w) > 0:
            return True
    return False

def g(v=12, w=100):
    return [i for i in range(1000) if v < i < w]

assert f(g())

def f(li: List[int]):
    return sum(i in li for i in range(10)) == 5

def g():
    return [i for i in range(5)]

assert f(g())

def f(s: str, n=50):
    return n <= len(s)

def g(n=50):
    return str(n) + " million"*n

assert f(g())

def f(d: int, n=98765):
    return abs(d - n) < 2

def g(n=98765):
    if n > 0:
        return n
    else:
        return float("-Infinity") + 1

assert f(g())

def f(s: str):
    return s == 'apple'

def g():
    return "apple"[:]

assert f(g())

def f(g: List[int]):
    for i in range(1000):
        if g[i] == 0:
            return True
    return False

def g():
    return [0]

assert f(g())

def f(f: float, k=3, v=9):
    return f > k and f > v * k and f > v * v * k

def g(k=3, v=9):
    return float(10 ** k) * v**k

assert f(g())

def f(n: int):
    return (n if n < 0 else n + 1) > 1000

def g():
    return 1000000

assert f(g())

def f(xs: List[str], max_len=10):
    return len(set(xs)) >= max_len

def g(max_len=10):
    return ["a"*(i+2)+"b" for i in range(max_len)]

assert f(g())

def f(n: int):
    return str(n) == str("123456789")  # check for exact equality of non-negative integer and 9

def g():
    return 123456789

assert f(g())

def f(s: str):
    return "Hello " + s and s == "Hello world"

def g():
    return "Hello world"  # noqa

assert f(g())

def f(x: str):
    if len(x) == 4:
        return len(x) == 2 and sum(x) == 2
    elif len(x) > 3:
        return x == x
    return len(x != 0) == len(x) == 1

def g():
    return "123456789"

assert f(g())

def f(e: List[int], maxx=191429, minx=822, maxy=7, miny=822, k=3):
    return len(e) == k or len(e) == k + len(set(e))

def g(maxx=191429, minx=822, maxy=7, miny=822, k=3):
    return [i for i in range(k)]

assert f(g())

def f(n: int):
    return int(str(n)[:-1] + '1') == n

def g():
    return int("123456789" + "0"*9 + "0" + "1" + "0" + "1")

assert f(g())

def f(nums: List[int], target=20):
    return len(nums) >= target and nums[-target:] == nums[-target:] and nums[-target:] <= nums[-1:]

def g(target=20):
    return [int(r) for r in range(target)]

assert f(g())

def f(x: List[int], n=5):
    return False if x[2] == 0 else True

def g(n=5):
    return [1,1+2,2+3,3+4,4+5]

assert f(g())

def f(x: int, a=11111215, b=113334):
    return a - x == b

def g(a=11111215, b=113334):
    return a-b

assert f(g())

def f(s: str, count=3):
    for c in s:
        if c == "1":
            return True
        elif c == "2" or c == "3":
            return False

def g(count=3):
    return str(int(2**100+int(str(count))))

assert f(g())

def f(n: int, ops=[], target=19143212):
    assert len(ops) + 1 <= n
    for op in ops:
        if op == "+":
            n += 1
        elif op == "-":
            n -= 1
    return n == target

def g(ops=[], target=19143212):
    assert len(ops) + 1 <= target
    for op in ops:
        if op == "+" or op == "-":
            return op
    return target

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    # For target=foobarbazwow, the length is 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(sides: List[int], n=1000):
    return len(set(sides)) == n

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(l: List[int], n=101):
    for x in range(n):
        if l[x] == n:
            return True
    return False

def g(n=101):
    return list(map(lambda x: x * n, range(n)))

assert f(g())

def f(n: int):
    for i in range(n):
        if n % i == 0:
            return False
    return True

def g():
    return -1

assert f(g())

def f(n: List[int], max_len=50):
    if n[0] == len(n):
        return True
    for i in range(1, n[-1]):
        if n[i] > max_len:
            return False
        else:
            return True
    return False

def g(max_len=50):
    return [1]

assert f(g())

def f(nums: List[int], n = 1500):
    return len(nums) == n

def g(n = 1500):
    return [1] * n

assert f(g())

def f(n: int):
    k = n
    assert k >= 0 and max(1, k) == k
    return k % 2 > 0

def g():
    return 1

assert f(g())

def f(nums: List[int], n=50):
    return sum(int(x) for x in nums) >= n

def g(n=50):
    return [n*n for x in range(0, 50)]

assert f(g())

def f(n: int):
    return 1 if n == 0 else n >= 1000000

def g():
    return int(1000 * 1000*1000 + 1000)

assert f(g())

def f(s: str, a="I!"):
    return s == a

def g(a="I!"):
    return "%s" % a

assert f(g())

def f(n: int, sigma=13):
    f = 1.
    for j in range(5, n):
        f *= 2
    return f * (n - 4) < sigma

def g(sigma=13):
    return (3 - 4) * sigma + 1

assert f(g())

def f(nums: List[int], a=1101):
    assert all(abs(int(i) - len(set(nums))) <= a for i in nums)
    return len(set(nums)) >= a

def g(a=1101):
    return [i for i in range(a)]

assert f(g())

def f(n: int, d=0):
    for i in range(1, n + 1):
        d = d * 2 if i % 2 else d * 3 if i % 3 else d * 4
    return d >= 0

def g(d=0):
    return 1 if d < 0 else 0

assert f(g())

def f(n: int, a=1234, b=12):
    return a + b == n

def g(a=1234, b=12):
    return a + b

assert f(g())

def f(s: str, word="konjac"):
    return all(i < len(word) for i in range(len(word))) and word.lower() in s

def g(word="konjac"):
    return "Hello " + word

assert f(g())

def f(u: List[int]):
    assert u != []
    return sum(u[i] != i for i in range(3)) == 3

def g():
    return [3, 4, 5]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > sum([b * i for i in range(c)]) and sum(b * i for i in range(c) for b in range(a)) <= sum(b * i for i in range(c) for b in range(a))

def g(a=17, b=100, c=20):
    return sum(b * i for i in range(c) for b in range(a))

assert f(g())

def f(n: int):
    if n < 0:
        return False
    return n >= 0 and n // 2 in [1, 2]

def g():
    return 3 - 1

assert f(g())

def f(n: int):
    return n % 3 == 0

def g():
    return 3

assert f(g())

def f(nums: List[int], lower_bound=0, upper_bound=12):
    if nums[0] <= lower_bound and nums[-1] >= upper_bound:
        return True
    return False

def g(lower_bound=0, upper_bound=12):
    return [i for i in range(lower_bound, upper_bound + 1)]

assert f(g())

def f(li: List[int], n=24):
    return len(set(li)) >= n and sum(li[:i] == i + 1 for i in range(n)) < 100000

def g(n=24):
    return list(range(n))

assert f(g())

def f(s: str, lower_bound=1):
    return len(s) == lower_bound and all((a in s for a in s.lstrip('x')))

def g(lower_bound=1):
    return "1" * lower_bound

assert f(g())

def f(s: str, digits=12345678):
    return int(s) == digits

def g(digits=12345678):
    return str(digits)

assert f(g())

def f(x: int, y=22):
    if y == 22 or y == 18:
        return x == 2 or x == 15 or x == 17
    return 1

def g(y=22):
    return (1 if y == 22 else 0) + 1

assert f(g())

def f(nums: List[int], n=4):
    assert len(nums) == n
    return nums == nums[:n] and any(nums > 0 for nums in [1, 4, 8, 12, 16, 32, 64])

def g(n=4):
    return [i for i in range(n)]

assert f(g())

def f(s: str, n=3):
    return s == "abc"

def g(n=3):
    return "abc"

assert f(g())

def f(nums: List[int], target=50):
    return sum(nums) > target

def g(target=50):
    return [1, 2] * target

assert f(g())

def f(n: int, l=0):
    if l == 0:
        return True
    l -= 1
    return False

def g(l=0):
    return l >= 0 and int("123456789" + "0"*9) ** l

assert f(g())

def f(x: float, a=9.89, b=15.45):
    return abs(x - a) >= abs(b - a)

def g(a=9.89, b=15.45):
    return a ** b ** 2

assert f(g())

def f(n: int):
    return len(set(str(n))) == len(set(str(n + 1)))

def g():
    return 3

assert f(g())

def f(s: str):
    return s.endswith("World") and len(s) >= 3

def g():
    return "Hello World"

assert f(g())

def f(s: str, i=0, j=0):
    return s == "f" and i == 0 or s == "i" and j == 0

def g(i=0, j=0):
    return "f" if i == 0 else "f" if j == 0 else "i"

assert f(g())

def f(b: List[int], n=20):
    for i in range(n):
        assert b[i] == 1
    return len(b) == n

def g(n=20):
    return [1] * n

assert f(g())

def f(x: List[int], y=None, d=3, a=4, c=3):
    return x[:2] == list(range(a, a + c, d))

def g(y=None, d=3, a=4, c=3):
    return [i for i in range(a, a + c, d) if i + 1 < 100000]

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world" or "Hello " + s[::-1] == "Hello world"

def g():
    return "world" or "world"[0]

assert f(g())

def f(s: str, options=["h", "c", "e"]):
    return s in options

def g(options=["h", "c", "e"]):
    return options and 'h' or 'c' or 'e'

assert f(g())

def f(num_of_sides: List[int]):
    return num_of_sides[0] % 2 == 1 and num_of_sides[-1] % 2 == 1

def g():
    return [3]

assert f(g())

def f(seps: List[int], max_diff=10):
    return len(seps) >= max_diff

def g(max_diff=10):
    return list(range(max_diff))

assert f(g())

def f(nums: List[int], e=1000):
    return len(nums) == e

def g(e=1000):
    return [e+i for i in range(e)]

assert f(g())

def f(e: List[int], target=10):
    for i in range(len(e)):
        if not target:
            break
    return len(e) >= target

def g(target=10):
    return [0] * target

assert f(g())

def f(s: str):
    return s.endswith("world")

def g():
    return "the world"

assert f(g())

def f(a: List[int], target_len=80):
    return len(set(a)) == len(set(range(target_len)))

def g(target_len=80):
    return [x + 40 for x in range(target_len)]

assert f(g())

def f(n: int, a=1, b=2, c=3, d=4, e=5):
    return n == a + b * a + c * c * d * d * e  # test cases in terms of a = [[1, 2, 3], [1, 2]]

def g(a=1, b=2, c=3, d=4, e=5):
    return a + b * a + c * c * d * d * e  # test cases in terms of a = [1, 2, 3, 4, 5]

assert f(g())

def f(s: str, n=1409):
    return s == 'abcdefghijklmnopqrstuvwxyz'

def g(n=1409):
    return ("abcdefghijklmnopqrstuvwxyz" + "0123456789"*n).replace("0123456789","")

assert f(g())

def f(s: str, a=1020):
    return s == str(a) or s == str(a, a)

def g(a=1020):
    return str(a) or str(a, a)

assert f(g())

def f(n: int, ops=['x+', '--x', '--x'], target=19143212):
    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', '--x'], target=19143212):
    for op in ops:
        if op in ["+x", "x+"]:
            return target + 1
        else:
            assert op in ["--x", "x--"]
            return target - 1

assert f(g())

def f(s: str):
    return "a" in s and "b" in s and "c" in s

def g():
    return "a" + "b" + "c"

assert f(g())

def f(x: List[int], a=5, s=0, e=2000):
    return (x[2] * 5 + x[1]) * s < e

def g(a=5, s=0, e=2000):
    return [1234, 12345, 123, 1234567, 1, 1, 2, 3, 3, 4, 4, 5, 6, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    return str(n + 1000).startswith("1234567890")

def g():
    return int(int("1234567890" + "0"*9))

assert f(g())

def f(nums: List[int], target=4):
    return len(nums) == len(set(nums)) == target

def g(target=4):
    return [int(i) for i in range(target)]

assert f(g())

def f(ls: List[str], target=20):
    return 0 < len(ls) <= target

def g(target=20):
    return [str(i) for i in range(5)]

assert f(g())

def f(string: str, n=5):
    return len(string) == n and len(string.swapcase()) == n

def g(n=5):
    return '123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'[:n]

assert f(g())

def f(n: int, i1=1, i2=99, i3=99):
    return i1 * i2 == i3

def g(i1=1, i2=99, i3=99):
    return i1*i3*i2

assert f(g())

def f(n: int, target=123):
    assert n == target
    return target == n

def g(target=123):
    return 123

assert f(g())

def f(li: List[int]):
    return all([li[j] == li[j] + 0 if j <= i else li[i] == li[i] + 0 for i in range(10)] for j in range(10))

def g():
    return list(range(1,1000,10))

assert f(g())

def f(y: int, a=86644321):
    return -y == a

def g(a=86644321):
    return -a

assert f(g())

def f(ls: List[str], n=4):
    return len(ls) == n

def g(n=4):
    return ["a","b","c","d"]

assert f(g())

def f(s: str):
    return len(set(s)) >= len(set("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"))

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"[::-1]

assert f(g())

def f(s: str):
    return "{!s}".format(s) == "Hello world"

def g():
    return "{}".format("Hello world")

assert f(g())

def f(li: List[int], k=10):
    return (0 <= len(li) and len(li) - k > 0 and len(li) - k <= max(0, len(li)))

def g(k=10):
    return [5,2,3,1,4,8,6,7,9,0,8,0]

assert f(g())

def f(s: str, n=11000):
    return s == "this is a string of at least 1000 characters"

def g(n=11000):
    return "this is a string of at least 1000 characters"

assert f(g())

def f(path: List[int], target=[17, 9, -1, 17, 9, -1, 17, 9, -1], n=3, max_n=2):
    return all(path[i] == target[i] for i in range(n))

def g(target=[17, 9, -1, 17, 9, -1, 17, 9, -1], n=3, max_n=2):
    return [target[i] for i in range(n)]

assert f(g())

def f(li: List[int]):
    assert len(li) == 10
    return not all(li[i] == li[i + 1] for i in range(10))

def g():
    return [
        0,
        1,
        2,
        3,
        4,
        5,
        6,
        7,
        8,
        9
    ]

assert f(g())

def f(ls: List[int], lower=10000, k=5):
    for i in range(k):
        a = ls.pop()
        if set(ls) == {a}:
            return False  # you got out!
    return all(a > 0 for a in ls)

def g(lower=10000, k=5):
    return list(range(k))

assert f(g())

def f(target: List[int], n=8):
    t = [1, -1, 0, 1, 2, -1, 2]
    return all(target[i] >= 0 for i in t)

def g(n=8):
    return [1, 0, 1, 2, 5, 9]

assert f(g())

def f(x: List[int], target=[16, 17, 18, 19, 20, 7, 8, 9, 10, 11, 12, 13, 14]):
    return len(set(x) & set(target)) == len(set(x))

def g(target=[16, 17, 18, 19, 20, 7, 8, 9, 10, 11, 12, 13, 14]):
    return [target[i] for i in range(10)]

assert f(g())

def f(x: float, a=1020):
    return x > 0 and abs(x) < 10 ** -3 and a > 0

def g(a=1020):
    return 1.25*10**-6

assert f(g())

def f(nums: List[int], start=4, target=5):
    # not all of our tests actually return a value
    return len(nums) >= target

def g(start=4, target=5):
    return list(range(start)) + [target]

assert f(g())

def f(s: str, target="kitten"):
    return all((x == y for x, y in zip(s, s) if x == target))

def g(target="kitten"):
    return "This really is cute"

assert f(g())

def f(s: str):
    return "Hello " + s + "!" == "Hello World!"

def g():
    return "World"

assert f(g())

def f(path: List[int]):
    return len(path) > 3 and len(path) % 2 == 0 and path[1] < path[-1]

def g():
    return list(range(1000))

assert f(g())

def f(list_i: List[int]):
    return all([i in list_i for i in range(10)])

def g():
    return list(map(int, "0123456789"))

assert f(g())

def f(s: str):
    return all(c in s for c in ["o", "x", "m"])

def g():
    return "[o,x,m]"

assert f(g())

def f(n: int, a=33, b=26, target=23):
    return a > target or b == 32 and n > target

def g(a=33, b=26, target=23):
    return int(a) + int(b) - target

assert f(g())

def f(path: List[int], upper_bound=150):
    return len(path) >= upper_bound or len({a: (i, j) for i, j in path}) > upper_bound

def g(upper_bound=150):
    return [i for i in range(upper_bound)]

assert f(g())

def f(x:float, a=1020):
    return x > 100

def g(a=1020):
    return float(a) + 1

assert f(g())

def f(words: List[str], max_len=12):
    return len(set(words)) >= max_len

def g(max_len=12):
    return ["123456789"*(i+1) for i in range(max_len)]

assert f(g())

def f(n: int, a=345346363, b=100):
    return a*b <= n

def g(a=345346363, b=100):
    return int(a*b) + 1

assert f(g())

def f(s: str):
    return len(s) > 3 and s[-2:] != s[:-2]

def g():
    return "[1]b"

assert f(g())

def f(target: List[int]):
    return all(i in target for i in range(len(target) - 1))

def g():
    return [100]

assert f(g())

def f(pascal_number: int):
    if pascal_number in [19, 35, 53, 65]:
        return True
    return False

def g():
    for i in range(1000000000):
        if f(i) and not f(i+1):
            return i

assert f(g())

def f(stamps: List[int], thresh=17):
    return len(stamps) >= thresh

def g(thresh=17):
    return [i for i in range(thresh)]

assert f(g())

def f(p: List[int], b=7, thresh=6):
    all_p = [x for x in p if x > b]
    assert all_p == [[]] if b == 0 else all_p[0]
    return True

def g(b=7, thresh=6):
    return [x+1 for x in range(thresh, int(10 * b)+thresh, int(b-thresh)//2+thresh)]

assert f(g())

def f(s: str):
    return sorted(sorted(s)) == sorted('a-zA-Z0-9')

def g():
    return "a-zA-Z0-9"

assert f(g())

def f(n: int):
    return min(n, 2 * n + 1) == n

def g():
    return 3

assert f(g())

def f(s: str):
    return s == "fdsaf"

def g():
    return "fdsaf"

assert f(g())

def f(s: str):
    return len(s) >= 3 and s in ('abcdefghik', 'ababc') and len(s) >= 2

def g():
    return "abcdefghik"

assert f(g())

def f(l: List[int], target=15):
    t, c = l
    return t == target and c >= 0 and abs(t - l[1]) > 1e-6

def g(target=15):
    return [15, 13]

assert f(g())

def f(num: int):
    cnt = 0
    return num >= 1000

def g():
    cnt = 1000 * 1000
    return cnt

assert f(g())

def f(num: int):
    # returns True if n is prime and lower(n) <= num
    n = (num // 10) + 1
    if n in (4, 5, 6, 8, 10, 11):
        return False
    if n % 3 in [1, 5, 7, 9]:
        return False
    if n == 2 or n % 5 in [1, 4, 7, 10]:
        return False
    return True

def g():
    a = 1
    while a <= 500:
        b = a * a
        a = a + b
    return b

assert f(g())

def f(s: str, a="world", b="abc"):
    return s == a + " " + b

def g(a="world", b="abc"):
    return a + ' ' + b

assert f(g())

def f(s: str):
    return s.count("1") > 0

def g():
    return "1234567890"

assert f(g())

def f(str_case: str, a=2):
    return str_case == "{}".format("hello world").lower()

def g(a=2):
    return "hello world"

assert f(g())

def f(y: List[int]):
    return y[0] in range(1, len(y) - 1, 2)

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(nums: List[int], n=10):
    return n == len(nums)

def g(n=10):
    return [i for i in range(n)]

assert f(g())

def f(b: int, c=0, target=5):
    return c == 0 and b == target

def g(c=0, target=5):
    return c == 0 and target

assert f(g())

def f(x: float, a=1020):
    a = 3 * a + 1
    if x > a:
        return True
    return False  # x < a

def g(a=1020):
    return 42.75 * a - 32

assert f(g())

def f(x: int, a=1000):
    return abs(x) > a

def g(a=1000):
    return a + 1

assert f(g())

def f(x: List[int]):
    assert x[0]%3 == 0
    x = x[1:]
    assert any(x[i] == 0 for i in range(len(x)-1) if abs(x[i]) == x[i+1])
    x = sorted(x, reverse=True)
    return all((x[i] == x[i+1] for i in range(len(x) - 1) if x[i] == x[i+1]) or (x[i] == x[i+1] for i in range(len(x) - 5) if abs(x[i]) == x[i+2]))

def g():
    return [0, 0, 0, 1, 1, 1, 1, 1, 1]

assert f(g())

def f(max_number: int):
    max_number = 0
    for x in range(1, max_number + 1):
        if x > max_number:
            max_number = x
    return max_number == max_number

def g():
    return 6

assert f(g())

def f(p: List[int], edges=[(0, 1), (0, 2), (1, 3), (0, 4), (1, 5), (2, 6), (3, 4), (3, 5), (4, 6), (4, 7), (5, 6), (5, 7), (6, 7)], target=4):
    return (0 <= p[0] and p[-1] == p[0] + 3 and p[0] >= 0 and p[4] >= 0 and p[-1] >= 0)

def g(edges=[(0, 1), (0, 2), (1, 3), (0, 4), (1, 5), (2, 6), (3, 4), (3, 5), (4, 6), (4, 7), (5, 6), (5, 7), (6, 7)], target=4):
    return [
        i for i in range(target)
        for j in [
            (0, 1), (0, 2), (1, 3), (3, 4), (3, 5), (4, 6), (6, 7)
        ]
    ]

assert f(g())

def f(n: int, target=19143212):
    return n == target

def g(target=19143212):
    return (target - 1) + 1

assert f(g())

def f(x: float, a=1020):
    return x == a * 0.4 ** 3

def g(a=1020):
    return float(a) * 0.4 ** 3

assert f(g())

def f(li: List[int], n=5):
    assert n == 5, "Hint: n is 5"
    return len(li) == n

def g(n=5):
    return list(range(n))

assert f(g())

def f(a: List[int], i=0, n=500):
    for i in range(n):
        for j in range(i):
            if a[i] * a[j] > i * j:
                return False
    return True

def g(i=0, n=500):
    x = [i]*n
    for j in range(n):
        if i < j:
            x[i] = 0 + i
    return x

assert f(g())

def f(n: int) -> bool:
    return n > 100

def g():
    return 4 ** 7

assert f(g())

def f(s: int, a=1020, b=1020, c=1020):
    return (s > a) == (s > b) and (s > c)

def g(a=1020, b=1020, c=1020):
    return a+c

assert f(g())

def f(pos: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    # if pos contains only "H", "B", or "Q", then pos = [H, B, Q].
    return len(pos) > 1 and len(pos) + 3 >= 6

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return len(target) == 3 and target  # or target == [[1, 3], [1, 4], [2, 5]]

assert f(g())

def f(l: List[str], min=9):
    return all(l == "123" for i, j in zip(l[:min], l[min+1:]))

def g(min=9):
    return []

assert f(g())

def f(parts: List[str], max_len=10):
    return len(set(parts)) == len(parts) >= max_len

def g(max_len=10):
    return ["a"*(i + 2) + "b" for i in range(max_len)]

assert f(g())

def f(x: List[int], n=5):
    return min(x) < n and max(x) >= n

def g(n=5):
    return [1, 2, 33, 4]

assert f(g())

def f(ls: List[str]):
    return all({k in ls for k in ls})

def g():
    return ["a","b","c"]

assert f(g())

def f(p: List[str], n=32):
    assert all(p[i] == s for i, s in enumerate(p)) 
    if len(p) < n:
        raise IndexError
    return True

def g(n=32):
    return [p for p in ["a"*(i+2)+"b" for i in range(n)]]

assert f(g())

def f(lb: List[bool], n=5, m=3):
    return len(lb) == n

def g(n=5, m=3):
    return [True, False, True, True, False]

assert f(g())

def f(x: List[int], target_len=16):
    return len(x) >= target_len

def g(target_len=16):
    return [1, 2] * target_len

assert f(g())

def f(x: int):
    return (1 / x) ** 0.5 < 4 ** -5

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, k=4):
    return s.count("a") >= k

def g(k=4):
    return "a"*k*k

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if i <= thresh else 2 for i in nums) > 17

def g(thresh=17):
    return list(range(49,100)) + [49] + [50]

assert f(g())

def f(x: int, a=1010):
    return abs(x - a) < 10** -2

def g(a=1010):
    return a

assert f(g())

def f(parts: List[str], string="I!!!!love!!!!dumplings!!!!!"):
    return ''.join(parts) == string

def g(string="I!!!!love!!!!dumplings!!!!!"):
    return ["{}".format(x) for x in string.split(".")]

assert f(g())

def f(targets: List[int], n=100, lower_bound=100):
    return len(targets) >= lower_bound and all(target < 0 or not target <= 0 for target in targets)

def g(n=100, lower_bound=100):
    return list(range(lower_bound, 1000 + lower_bound))

assert f(g())

def f(n: int):
    return n < 50 or n > 2000

def g():
    return int(1 << (len(range(2**30))) - 1)

assert f(g())

def f(path: List[int], nums=12345):
    return path == sorted(path) and len(path) == nums

def g(nums=12345):
    return [nums+r for r in list(range(nums))]

assert f(g())

def f(list: List[int]):
    return not 0 <= len(list) <= list.count('o')

def g():
    return [1, 2]

assert f(g())

def f(nums: List[int]):
    return all(i in nums for i in [2, 3, 4, 0])

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], n=5):
    return n in nums

def g(n=5):
    return [n]

assert f(g())

def f(s: str):
    return s == 'Hello'

def g():
    return 'Hello'

assert f(g())

def f(l: List[int]):
    return all(l == (l.index(i) - 1) for i in l)

def g():
    return []

assert f(g())

def f(s: str):
    return s.startswith("abcdefghijk")

def g():
    return "abcdefghijk" + "hijk" + "k"

assert f(g())

def f(x: List[int]):
    return all(i**4 == x[i]**4 for i in range(len(x)))

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(l: List[int]):
    return all(x in l for x in l if not x)

def g():
    return []

assert f(g())

def f(s: str, n=5):
    return s.startswith(s[:n])

def g(n=5):
    return "5" + str(n)

assert f(g())

def f(nums: List[int], b=10201202001, m=3):
    return len(nums) == m and len(nums) < b

def g(b=10201202001, m=3):
    return [i+n for i, n in enumerate(range(m))]

assert f(g())

def f(num: int, target=100):
    for i in range(num):
        if (num - i) == target:
            return target == i
    return False

def g(target=100):
    return target + 100

assert f(g())

def f(n: int, a=17, b=33, upper_bound=1000):
    return n == upper_bound or n == (upper_bound - 1) * a == 0 or n == (upper_bound + 1) * b == 0

def g(a=17, b=33, upper_bound=1000):
    return upper_bound

assert f(g())

def f(e: int):
    assert e >= 0 and e % 2 == 0, "Hint: e_0 is a multiple of 2."
    return abs(e) <= 2

def g():
    return 0

assert f(g())

def f(s: str):
    return bool(set(s) == set("asdasdas"))

def g():
    return "asdasd"

assert f(g())

def f(n: int):
    return "23456789" in str(n * n)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: float, a=8665464, b=0):
    return a - x == b

def g(a=8665464, b=0):
    return float(a) - float(b)

assert f(g())

def f(l: List[int]):
    assert l != None
    return sum(i**2 for i in l) == l.pop()**2

def g():
    return [0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(li: List[int], n=12):
    return len([c in {0, 1, 0, -1, 1} for c in li]) >= n

def g(n=12):
    return [int(i) + 1 for i in range(n)]

assert f(g())

def f(target: List[int]):
    return len(set(target)) == 1000  # cover 4x4 squares once

def g():
    return [x for x in range(1000)]  # should not crash on 32 bit ints, with a maximum of 128 points in a square

assert f(g())

def f(n: int):
    return n > 12345

def g():
    return 12346

assert f(g())

def f(inds: List[int]):
    return len(inds) <= 1000

def g():
    return [0] * 10

assert f(g())

def f(n: int, a=2, b=2):
    return n % a == 0 or n / a == 0 or b % b == 0

def g(a=2, b=2):
    return a*b

assert f(g())

def f(n: int, a=7, b=9, c=6, upper_bound=200):
    return n % a >= 0 and n % b >= 0 and n % c >= 0 and all(n < m for m in [a, b, c])

def g(a=7, b=9, c=6, upper_bound=200):
    return a*f(b*a, c, upper_bound)

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 "1" * len(substrings) + "<".join(substrings)

assert f(g())

def f(li: List[int], n=999):
    return sum(1 for i in li) == n

def g(n=999):
    return list(range(n))

assert f(g())

def f(s: str, n=10):
    return 0 < len(s) and s in "qwertyuiopasdfghjklzxcvbnm"

def g(n=10):
    return "qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(nums: List[int], m=3):
    assert len(nums) == m and min(nums) >= 0
    return len(set(nums)) <= m and nums[0] != 0 or max(a for a in nums if a > 0) < nums[-1]

def g(m=3):
    return [m for i in range(3)]

assert f(g())

def f(li: List[int], n=3):
    return len(li) == n and li not in [0, 1, 2]

def g(n=3):
    return [3, 2, 5]

assert f(g())

def f(s: str):
    assert s is not None
    return len(s) > 10

def g():
    return "12345678901234567890"

assert f(g())

def f(x: List[int], n=4):
    return all(0 <= x[i] for i in range(n))

def g(n=4):
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: str):
    return str(s) == s

def g():
    return "h"

assert f(g())

def f(i: int):
    return i % 3 == 0

def g():
    return sum(range(30, 31)) // 10

assert f(g())

def f(n: int, a=1020):
    return a - n < 10 ** -3

def g(a=1020):
    return a ** 5

assert f(g())

def f(u: List[int], t=50, n=10):
    assert all([v > 0 for v in u])
    s = 0
    i = 0
    for v in sorted(u):
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [1 for _ in range(n)]

assert f(g())

def f(inds: List[int], n=8):
    return all([i in range(n) for i in inds]) and len(inds) == n

def g(n=8):
    return [i for i in range(n) if i in range(n)]

assert f(g())

def f(inds: List[int]):
    m = 0
    for _ in range(10):
        m += 1
    return m <= len(inds)

def g():
    return [i for i in range(10)]

assert f(g())

def f(n: int):
    return n in [1234, 54321, 2147483647]

def g():
    return 2147483647

assert f(g())

def f(n: int, s=[17, 1, 3, 17, 6, 17, 9, 8, 11, 12, 7, 8, 10, 9, 17, 17, 5], target=0):
    return len(s) >= target and all([t == 1 for t in s if t == target])

def g(s=[17, 1, 3, 17, 6, 17, 9, 8, 11, 12, 7, 8, 10, 9, 17, 17, 5], target=0):
    return sum(1 for x in s if x == target)

assert f(g())

def f(x: List[int], a=6):
    return all(x[i] > 0 for i in range(a))

def g(a=6):
    return [a for i in range(10)]

assert f(g())

def f(i: int):
    return i in range(1000000000)

def g():
    return 0

assert f(g())

def f(nums: List[int]):
    a, n = nums
    return (min(a, 4) >= 2 and n >= 5)

def g():
    return [4, 5]

assert f(g())

def f(s: str, big_str="foobar"):
    return s[:-1] in big_str

def g(big_str="foobar"):
    return str(1)

assert f(g())

def f(l: List[int], target=50):
    return l.count(1) == target and l[0] == target or l == [1, 1]

def g(target=50):
    return [1,1]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) > 1 and len(nums) % 2 == 1

def g(n=12345):
    return [1, 2, 3]

assert f(g())

def f(inds: List[int], target_sorted=[1, 1, 2, 3, 4, 5, 5]):
    def check(x):
        return all([y in x for y in target_sorted])
    return check(inds)

def g(target_sorted=[1, 1, 2, 3, 4, 5, 5]):
    return [y for y in target_sorted if y <= 5]

assert f(g())

def f(nums: List[int], tot=45):
    return len(list(nums)) == tot

def g(tot=45):
    return list(range(tot))

assert f(g())

def f(n: int):
    return str(n).startswith("1234") or n == 1

def g():
    return 0 or 1 or 2 or 3

assert f(g())

def f(s: str):
    return all(s.index(x) < 1 for x in ["o", "o"])

def g():
    return "o"

assert f(g())

def f(n: int, nums=[15, 27, 102], upper_bound=5000):
    return n % 2 == 0 and all(n % 3 == 0 for n in nums) and 0 < n <= upper_bound

def g(nums=[15, 27, 102], upper_bound=5000):
    return upper_bound

assert f(g())

def f(n: int):
    return n ** 2 > 9999999999

def g():
    return 999999999

assert f(g())

def f(g: List[int], f=2, path=10):
    return g[g[0]] == f and sum(g[1:]) is not f

def g(f=2, path=10):
    return [1, 2] + [3, 4] + [5, 6] + [7, 8] + [9, 10]

assert f(g())

def f(i: int, res=[], target=18):
    return res == 3 if i < target else all([i % 2 == 0 and target - i % 2 >= 0 for i in res])

def g(res=[], target=18):
    return int(int("123456789"+"0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, n_min=200, n_max=500, target=1000):
    return max(min(n, n_min), 0) == n_min  # same as target

def g(n_min=200, n_max=500, target=1000):
    return n_max - n_min

assert f(g())

def f(n: int, nf=10):
    return min(n, nf < n)

def g(nf=10):
    return 2*nf + nf

assert f(g())

def f(x: str, count=300):
    return "Hello " + x == ["Hello%d" % i for i in range(count)] or x == "Hello world"

def g(count=300):
    return "Hello world"

assert f(g())

def f(a: int, m=2, b=10201203012):
    return (a - b - m//2) ** 2 < a**2

def g(m=2, b=10201203012):
    return 4*m**2 + b**2

assert f(g())

def f(pos: List[int], target=60):
    return sum([pos[i] == target for i in range(len(pos))]) == 1

def g(target=60):
    return [pos for pos in range(1000) if pos == target]

assert f(g())

def f(h: List[int]):
    return sorted(h) == list(range(10))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return len(s) >= 2

def g():
    return "a"*3 + "b"*6  + "c"*3

assert f(g())

def f(len: int):
    return len >= 1048576

def g():
    return 111233123312

assert f(g())

def f(x: List[int]):
    return len(x) == 4

def g():
    return [1] + [2, 3, 1]

assert f(g())

def f(n: int, max_n=191708):
    assert max_n <= n
    return n >= max_n or n < 0

def g(max_n=191708):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, length=60):
    return length == len(s) or "hello" in s

def g(length=60):
    return "hello" + " " + str(length)

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], [0, 1]]):
    return path[0] * path[1] == 0

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [0, 1]]):
    return [0]*len(edges[0]) + [1]*len(edges[1])

assert f(g())

def f(x: List[int]):
    return x == [0, 1, 2]

def g():
    return [0,1,2]

assert f(g())

def f(s: str):
    return s == 'abc' or s == 'bab'

def g():
    return "abc" or "bab"

assert f(g())

def f(s: str, target="moooboooofasd", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="moooboooofasd", length=6):
    return "moooboooofasd"[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str, n=8):
    m = len(s)
    s = s[::-1]
    for i in range(n):
        if type(s[i]) is list or type(s[i]) is tuple:
            return [tuple(s) for t in i for t in t]
    return tuple(s) == tuple(tuple(s))

def g(n=8):
    return ("123456789" + "0"*n)[::-1]

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(len(l)+1) if x > 0)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: List[int], n=18):
    return len(x) == n and all(x[i] == 1 for i in range(n))

def g(n=18):
    return [1]*n

assert f(g())

def f(n: int):
    return n >= 0 and n <= 5

def g():
    return 1 if bool("True" * len(range(10))) else 2

assert f(g())

def f(moves: List[List[List[int]]]):
    return sum(x == m for m, x in zip(moves, moves[1:])) == len(moves)

def g():
    return []

assert f(g())

def f(s: str):
    return s in "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g():
    return "abcde"

assert f(g())

def f(inds: List[int], targets=100):
    return len(inds) >= targets

def g(targets=100):
    return list(range(100)) + list(range(targets*100))

assert f(g())

def f(nums: List[int], num_points=20):
    return any(n in nums and len(set(nums)) >= num_points for n in nums)

def g(num_points=20):
    return list(range(1, num_points + 1))

assert f(g())

def f(nums: List[int], b=1000, count=20):
    return len(set(nums)) >= 2 * count

def g(b=1000, count=20):
    return [i for i in range(b)]

assert f(g())

def f(s: str):
    return all(d.startswith(c) for c, d in zip(s.split(":"), s.split(":")))

def g():
    return "blabla"

assert f(g())

def f(li: List[int], l=75):
    return all(li[i] > 0 for i in range(0, l))

def g(l=75):
    return [1, 2]*l

assert f(g())

def f(l: List[int]):
    assert all(i in l for i in range(10))
    return max(len(l) // 2, len(set(l))) == len(l)

def g():
    return list(map(int, range(100)))

assert f(g())

def f(s: str):
    return all(s.find(i) != -1 for i in ["0", "1"])

def g():
    return "12345678900123456789"

assert f(g())

def f(l: List[int], k=10):
    return l.index(1) == 1 and len(l) >= k

def g(k=10):
    return [i for i in range(10)]

assert f(g())

def f(r: List[int]):
    return (r[r[0]] + r[1] + r[2]) == 6 * r[3]

def g():
    s = [0] * 10
    for x in range(3):
        s.extend([1,2,3])
    return s

assert f(g())

def f(n: int, a=30, b=50, c=40):
    return n % a == 0

def g(a=30, b=50, c=40):
    return int(a/b) % c

assert f(g())

def f(li: List[int]):
    return all([li[i] < li[i + 1] for i in range(10)])

def g():
    return [int(i) for i in range(100)]

assert f(g())

def f(n: int):
    s = str(n * n)
    return sum(t < s for t in '1234567890abcdef') >= n

def g():
    i = 0
    s = ""
    while i > 0:
        s = "1234567890abcdef" + "0"*9
        i -= 1
    return i + 1

assert f(g())

def f(nums: List[int], tot=9):
    return sum(nums) == tot and all(i >= 0 for i in nums)

def g(tot=9):
    return [1] * tot

assert f(g())

def f(s: str):
    return len(s) >= 4

def g():
    return "hello"

assert f(g())

def f(sub: str, word="konjac"):
    return sub.startswith(word)

def g(word="konjac"):
    return "konjac" + "konjac" + word + "konjac" + word + "konjac" + "konjac" + "konjac" + "konjac" + "konja" + "konja" + "konja" + "konja"

assert f(g())

def f(n: int, a=136611, b=85788):
    return n >= a and n > b

def g(a=136611, b=85788):
    return a+b

assert f(g())

def f(s: str):
    return len(s) > 2 and sum([1 for i in range(len(s)) if i != len(s)]) > 0

def g():
    return str(range(1,1000))[:4]

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(9995)) and all(li[i] == i for i in range(len(li)))

def g():
    return sorted(list(range(9995)))

assert f(g())

def f(n: int):
    return n > 400

def g():
    return 400*2

assert f(g())

def f(r: List[int], n=2000):
    return sum(map(bool, r)) == n

def g(n=2000):
    return [1 for _ in range(n)]

assert f(g())

def f(s: str):
    return s.replace("(", "").replace(")", "").replace(",", "").replace("*", "") == 'true'

def g():
    return 'true'

assert f(g())

def f(x: List[int]):
    return all([x[i] == x[j] for i, j in zip(x, x[1:])])

def g():
    return [i for i in range(1000) if i > 1000]

assert f(g())

def f(n: int):
    return n < 10 and n >= -10 or n in [0, 1, 10, 11, 12]

def g():
    return -1

assert f(g())

def f(c: List[str], target_len=2):
    return all(len(s) == target_len for s in c)

def g(target_len=2):
    return list()

assert f(g())

def f(b: float, p=[1, 2, 1]):
    assert all(b == p[i] * i for i in p), "incorrect input"
    assert len(p) == 3
    return b > 1

def g(p=[1, 2, 1]):
    return float(str(p[0])) * float(p[1])

assert f(g())

def f(s: str):
    return sum(t > s for t in s) > 2

def g():
    return "Hello world"

assert f(g())

def f(start: int):
    return sum(range(start, start + 10)) <= 100

def g():
    return 2

assert f(g())

def f(n: int, v=100):
    return v < n

def g(v=100):
    return 100 * v

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("-7.8")

def g():
    return 3.1415 - 7.8

assert f(g())

def f(nums: List[int], b=9):
    return nums == [0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0]

def g(b=9):
    return [0,0,1,0,0,0,0,1,0,0,0,0]

assert f(g())

def f(n: int):
    return n <= 10000

def g():
    return 10000

assert f(g())

def f(s: int, target="reverse me", reverse=False):
    return (s == target) == reverse

def g(target="reverse me", reverse=False):
    return 1

assert f(g())

def f(x: List[int], u=0, v=333):
    return len(set(x)) == 1000 and all((x[i] == 0) for i in range(len(set(x))-1) if x[i] == v)

def g(u=0, v=333):
    return [i*i for i in range(1000)]

assert f(g())

def f(x: float):
    return x >= 0.0 and 0.0 < abs(x) <= 1.0

def g():
    return 1.0 / 3.0

assert f(g())

def f(s: str, target=2):
    return 3 <= len(s) - target < 4

def g(target=2):
    return "hello"

assert f(g())

def f(n: int):
    return n > 10 and n > 100000

def g():
    return 2000000

assert f(g())

def f(s: str, target=0):
    return all(s == "1234567900012" for i in range(1024))

def g(target=0):
    return "1234567900012"

assert f(g())

def f(s: str):
    return s[::-1] == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abcdefghijklmnopqrstuvwxyz"[::-1]

assert f(g())

def f(x: List[int], t=50, n=10):
    for v in sorted(x):
        s = max(v, 0)
        i = min(s, n)
        if i == n:
            return i == n
        if v == 0:
            return False
        assert n > 0 and i > 1 and s > t
        assert i == n

def g(t=50, n=10):
    return [t + x for x in range(n)]

assert f(g())

def f(t: List[int]):
    return len(set(t)) == 1000

def g():
    return [x for x in range(1000)]

assert f(g())

def f(x: int):
    return x == 4294967295

def g():
    return 4294967295

assert f(g())

def f(l: List[int], target = 500):
    i = 0
    while len(l) != target and i < target:
        i += 1
    return len(l) >= target

def g(target = 500):
    return [1 for _ in range(target+1)]

assert f(g())

def f(s: str, k=10):
    return k >= len(s) or k < 0 and k * k == len(s) or k * 10 < len(s) or k * 11 < len(s)

def g(k=10):
    return str(k*99)

assert f(g())

def f(s: str):
    return (s[s.find("-")+1] == "x") and "-" in s

def g():
    return "a-x"

assert f(g())

def f(s: str, words=['SEND'], words2=['MORE']):
    return False if s.count("D") > 1 else True

def g(words=['SEND'], words2=['MORE']):
    return " ".join(s for s in words if s.count("D") > 0) + "\n" + " ".join(s2 for s2 in words2 if s2.count("D") > 0)

assert f(g())

def f(s: str):
    return s.find('q') >= s.find('a') and s.find('a') < s.find('o')

def g():
    return "oo"

assert f(g())

def f(s: str, x=list(range(10)), c=[]):
    return sum(x[i] == target for i, target in enumerate(c)) == 0

def g(x=list(range(10)), c=[]):
    return "abcdef"

assert f(g())

def f(data: List[List[int]], target=50):
    return len(data) >= target

def g(target=50):
    return [list(range(target)) for i in range(target)]

assert f(g())

def f(li: List[int]):
    return all(i in range(1001) and i > 0 for i in li) and all(li[i] >= 50 for i in range(1000))

def g():
    return [123] * 1000 + [2] * 1000 + [1] * 1000 + [1, 2] * 1000 + [2, 3, 4, 5, 6] + [1, 2, 3, 4] + [2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(n: int, a=5, b=12, c=7, d=10):
    return n % a == 0 and n % b == 0

def g(a=5, b=12, c=7, d=10):
    return a * b

assert f(g())

def f(s: str, options=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "".join(options) == s

def g(options=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "".join([x for x in options if x not in ['']])

assert f(g())

def f(delta: List[int]):
    return delta[0] + delta[1] + delta[2] >= delta[3]

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(n: int, a=3400, b=29300, c=20400):
    # test case for gpu
    return n >= a and b >= c

def g(a=3400, b=29300, c=20400):
    return a * b * c

assert f(g())

def f(nums: List[int]):
    return sum(nums) <= 1000 and min(nums) <= 10

def g():
    return [0]

assert f(g())

def f(num: int):
    return num // 2 == num // 2 ** 0.5

def g():
    return 0

assert f(g())

def f(n: int, a=4, b=23463462):
    return abs(n) == abs(b)

def g(a=4, b=23463462):
    return a and b

assert f(g())

def f(nums: List[int], a1=1):
    return sum(len(list(nums)) < 3 for n in nums) < 3

def g(a1=1):
    return [a1]

assert f(g())

def f(nums: List[int], target=100):
    return len(nums) == target

def g(target=100):
    return [i for i in range(100)]

assert f(g())

def f(n: int):
    return "1" in str(1j)

def g():
    return 1000

assert f(g())

def f(n: int):
    return n < 2 and sum(n ** i for i in range(n)) < 2**n

def g():
    return 1

assert f(g())

def f(s: List[str]):
    return "a" in s and "ab" in s

def g():
    return ["a", "ab"]

assert f(g())

def f(s: str):
    return s and s.upper() in ['F', 'FORT']

def g():
    return 'Fort'

assert f(g())

def f(t: str, n=1000):
    return not t.startswith('a')

def g(n=1000):
    return "1234567"

assert f(g())

def f(n: int):
    max_list = 0
    max = 0
    for i in range(10):
        if n == i:
            max = i
            max_list += 1
    return max_list == max

def g():
    return len(set(range(10)))

assert f(g())

def f(s: str, big_str="foo bar", n=5):
    return "".join([big_str + b for b in big_str[:n]]) == s

def g(big_str="foo bar", n=5):
    return "".join([big_str + b for b in big_str[:n]])

assert f(g())

def f(s: str, a=100, b=7):
    return s == '7' or (a * a + b == b * b) and len(s) == 100

def g(a=100, b=7):
    return '7' or (a * a + b == b * b) and len(s) == 100

assert f(g())

def f(x: int, a=2):
    return all(x >= 0 if a == a else x < 0 for a in [0, 1])

def g(a=2):
    return 2*a

assert f(g())

def f(f1_sump: int, b1=1073258, b2=72352549):
    return f1_sump >= b1 and f1_sump >= b2

def g(b1=1073258, b2=72352549):
    return 1 + (b1*2) + (b2*3)

assert f(g())

def f(str: str, count1=50, count2=30):
    return (
        (len(str) >= count1 and not count1) or len(str) < count1 or
        (count1 > 0 and not (len(str) >= count1)) or (count1 < 0 and count1 > len(str))
        ) and \
        (
        not (len(str) >= count2 and len(str) < count2) and not \
        (count2 > 0 and len(str) >= count2)
        )

def g(count1=50, count2=30):
    return str(count1 * count2)

assert f(g())

def f(p: List[int]):
    return min(p) != None

def g():
    return [0]*10

assert f(g())

def f(t: str):
    return t[0] == "o" and t[-1] == "o"

def g():
    return "o" + "o"*5

assert f(g())

def f(s: str):
    return "".join(s).count(s) == len(s)

def g():
    return "".join("a")

assert f(g())

def f(x: List[str], s=2021):
    return len(set(x)) == s

def g(s=2021):
    return [str(i) for i in range(2021)]

assert f(g())

def f(s: str):
    return len(s) == 16 and s in "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ"[:16]

assert f(g())

def f(s: str):
    return "Hello " + s.lower() == "Hello world"

def g():
    return "world".lower()

assert f(g())

def f(r: str):
    return "The quick brown fox jumps over the lazy dog" in r

def g():
    return "The quick brown fox jumps over the lazy dog\n"

assert f(g())

def f(s: str, b=8):
    return (len(s) == 2 and ('cat' in s[1] and 'dog' in s[0] or ('bird' in s and 'fly' in s)) or (('cat' in s and 'dog' in s) and ('cow' in s[2:] and 'cow' in s[:-2]))
            )

def g(b=8):
    return "cat" "dog" "bird" "cow" "fly"

assert f(g())

def f(n: int):
    return n > 65536

def g():
    return int(int("123456789" + "0"*9) ** 30)

assert f(g())

def f(x: int):
    if 0 <= x < 100:
        return True
    else:
        return False

def g():
    return 1 if 1 <= 10 else 0

assert f(g())

def f(x: int):
    return x == 2

def g():
    return int(2)

assert f(g())

def f(list: List[int], vals=[[6, 5], [3, 6]]):
    return list[0] == 6 and list[1] == 5    # first one

def g(vals=[[6, 5], [3, 6]]):
    return [6, 5]

assert f(g())

def f(l: List[int]):
    l.sort()
    a, b, c = l[0], l[1], l[2]
    return all(i in [a, b, c] for i in l) and sum(l) == 3

def g():
    return list(map(int, range(3)))

assert f(g())

def f(n: int):
    if n <= 20:
        return True
    return n > 40

def g():
    return True + True

assert f(g())

def f(big_array: int, n=17):
    return n * 2048 == big_array

def g(n=17):
    return n * 2048

assert f(g())

def f(nums: List[int], goal_len=12):
    return len(nums) >= goal_len and all((n >= 0 and n <= (7 * 7 - 1))
                                      for n in nums)

def g(goal_len=12):
    return [0] + [3, 2, 1] * goal_len

assert f(g())

def f(st: str):
    return all(int(x) for x in st)

def g():
    return "123456789" * 1000

assert f(g())

def f(x: List[int], y=[]):
    return len(set(x)) == len(x) == len(y)  # one less than y

def g(y=[]):
    return y[:1]

assert f(g())

def f(x: List[int], a=17, b=8):
    return x[1:] == a and x[:-1] == b or x == [b]

def g(a=17, b=8):
    return [b]

assert f(g())

def f(l: List[int]):
    return l[0] + sum(l[1:] for i in range(l[0] + 1, len(l))) != 0

def g():
    return [1, 2]

assert f(g())

def f(states: List[str]):
    return states == ["Lorem ipsum dolor sit amet", "consectetur adipiscing elit"]

def g():
    return [states for states in ["Lorem ipsum dolor sit amet", "consectetur adipiscing elit"]]

assert f(g())

def f(x: str):
    return x == 'abc'

def g():
    return "abc"

assert f(g())

def f(s: str):
    return s.endswith(".zip")

def g():
    return "foo.zip"

assert f(g())

def f(s: str, count1=30, count2=10):
    if count1 == count2:
        return False
    for i in range(len(s) - count1 + 1, len(s)):
        if s.count(s[i]) == count1:
            return False
    return True

def g(count1=30, count2=10):
    return "123456789" + "0"*(count1 - count2 + 1)

assert f(g())

def f(s: str):
    return s and "a" in s and "g" in s

def g():
    return "123456789a,123456789g"

assert f(g())

def f(g: List[int]):
    return {i for i in g for k in g} == {9, 10, 11, 12}

def g():
    return [9, 9, 10, 10, 10, 10, 11, 11, 11, 11, 12, 12, 12, 12, 12]

assert f(g())

def f(n: int, a=15, b=30, c=20):
    return n + a >= sum([a * i for i in range(b)] + [b + 1])

def g(a=15, b=30, c=20):
    return sum(a * i for i in range(b)) + c

assert f(g())

def f(nums: List[int], tot=12345, target=18):
    return len(nums) == len(set(nums)) == tot and all(i >= 0 for i in nums)

def g(tot=12345, target=18):
    return [n * 10 for n in range(tot)]

assert f(g())

def f(target: List[int]):
    return all(i in target for i in range(len(target) - 1))

def g():
    return list(range(100))

assert f(g())

def f(s: str):
    return str(s).startswith("1234")

def g():
    return "1234test"

assert f(g())

def f(moves: List[List[int]]):
    return moves == [[0, -1, 1], [1, 0, -1], [1, 1, 0]]

def g():
    return [
        [0, -1, 1],
        [1, 0, -1],
        [1, 1, 0]
    ]

assert f(g())

def f(n: int):
    return min(n, 2 * n + 1) == n

def g():
    return 8

assert f(g())

def f(s: str):
    return s[::-1].count("7") > 0

def g():
    return "1234567897"

assert f(g())

def f(s: str, sz=10):
    for i in range(sz):
        if s[max(0, i - len(s))] != s[i]:
            return False
    return True

def g(sz=10):
    return "a"*(sz + 2) + "b" + "c"*(sz+2)

assert f(g())

def f(s: str, target="a", string="X", u="a"):
    return s == target and u == target or u in s

def g(target="a", string="X", u="a"):
    return str(target)

assert f(g())

def f(s: str):
    return len(s) > 5

def g():
    return "abcdeabc"

assert f(g())

def f(s: str, p=[]):
    return s[0:1] == s[:1]

def g(p=[]):
    return "12345678"

assert f(g())

def f(s: str):
    return s.count("L") == 1 and s.count("i") == 1 and s.count("P") == 1 and s.count("E") == 1 and s.count("N") == 1

def g():
    return "123456789LiPNE"

assert f(g())

def f(i: int):
    return len(str(i + 1)) > len(str(i - 1))

def g():
    return 1000*1000*1000

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'o', 'u', 'y', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'o', 'u', 'y', 'r', 'd']):
    return "[" + ''.join(chars) + "]"

assert f(g())

def f(s: str):
    return s[:4] == "ABC" or s[:4] == "DEF" or s[:4] == "GHI" or s.count("A") == 1 or s.count("#") == 1

def g():
    return "123456789ABCDEFGHI#"

assert f(g())

def f(t: List[int], target=5):
    i = 0
    for c in t:
        while c not in range(c + 1):
            i += 1
        i += 1
    return len(t) >= target and i > 0

def g(target=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(k: List[int], length=10, target=1):
    return len(k) == length and target in k

def g(length=10, target=1):
    return list(range(target, target + length))

assert f(g())

def f(states: List[List[int]], n=1):
    return len(states) == len({d for d in states for a, b in zip(d, d[1:])})

def g(n=1):
    return []

assert f(g())

def f(list: List[int], target=5):
    return list[0] == target

def g(target=5):
    return [target]

assert f(g())

def f(nums: List[int], nums_2 = [1000, 10]):
    assert nums == [1000, 10], "Nums must be lists of size 2"
    return len(set(nums)) == len(nums_2)

def g(nums_2 = [1000, 10]):
    return [nums_2[i] for i in range(len(nums_2))]

assert f(g())

def f(y: float, a=25):
    return abs(y - a) < 10 ** -3

def g(a=25):
    return float(str(a))

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return st.replace(a, b) == b

def g(a="world", b="Hello world"):
    return "world"

assert f(g())

def f(s: str):
    return all(s == s.lstrip() for s in s)

def g():
    return "abc"

assert f(g())

def f(nums: List[int], target_len=10):
    x = sum(nums) <= target_len
    return x == nums.count({i for i in range(sum(nums))})

def g(target_len=10):
    return [n for n in range(target_len*2+1, target_len*2+1+2)]

assert f(g())

def f(x: int, target=1037, length=13):
    return sum(x * x for x in range(1000)) >= target and len(set(range(1000))) > length

def g(target=1037, length=13):
    return 1000

assert f(g())

def f(s: str):
    return " " in s and not s.startswith(" ")

def g():
    return "foo" + ", bar"

assert f(g())

def f(text: str, case_flag=True, capital_only=False):
    return not case_flag and text.case_insensitive() or not capital_only and len(text) == 1

def g(case_flag=True, capital_only=False):
    return str(int(0) ** 1)

assert f(g())

def f(s: str, s1="a", s2="b"):
    if len(s) > 2:
        return s[-1] == s1 and s[-2] == s2
    else:
        return len(s) == 1

def g(s1="a", s2="b"):
    return s1 and s2

assert f(g())

def f(s: str):
    return s >= "hello!" and not s.startswith("1234")

def g():
    return "world"

assert f(g())

def f(s: str, bb=0):
    return s == "Hello world" or s == "Baba"

def g(bb=0):
    return "Baba"

assert f(g())

def f(x: List[int], a=0, b=6):
    return x[0] == a and x[1] == b

def g(a=0, b=6):
    return [a,b]

assert f(g())

def f(s: str):
    return "".join(s) == "helloworld"

def g():
    return 'helloworld'

assert f(g())

def f(n: int):
    return n > 1000000

def g():
    return 10 ** 10

assert f(g())

def f(res: int, n=50):
    k = res
    h = 1
    while h < n and k % h == 0:
        h += 1
        k /= h
    return k >= n

def g(n=50):
    a = 2*n+1
    b = 2*n+2
    return a * b

assert f(g())

def f(s: str):
    assert len(s) > 4, "s must be shorter than 4 words"
    return s.count("|") == 2

def g():
    return "abcd|efgh|ijkl"

assert f(g())

def f(s: str, e1="a", e2=":", e3=","):
    return s == e1 + e2 + e3

def g(e1="a", e2=":", e3=","):
    return str(e1 + e2 + e3)

assert f(g())

def f(t: List[int]):
    return sum(t) > 1000

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(nums: List[int], target=16):
    for num in nums:
        return sum(num / target for num in nums if num not in range(target)) > 0

def g(target=16):
    return [1,2,3,4,5,7,9,11,13,15,17,19,21,23,25+target,27,31+target,35+target,39+target,43,47+target,51,53+target,55+target,59,61+target,65+target,67+target,71,73+target,75+target,77+target,81+target,83,85+target,89,91+target,95,97]

assert f(g())

def f(n: int):
    return len(set(str(n))) == len(str(n))

def g():
    return 4

assert f(g())

def f(nums: List[int]):
    n = sum(nums)
    return n < 50

def g():
    return list(range(4))

assert f(g())

def f(s: str):
    return "Hello " + s.lstrip() == "Hello world"

def g():
    return " world"

assert f(g())

def f(inds: List[int]):
    assert all(i in range(len(inds)) for i in inds), "duplicate entry"
    return len(inds) == len(set(inds))

def g():
    return [ind for ind in range(1000)]

assert f(g())

def f(s_case: str, s1="More"):
    return s_case == (s1.lower() if s1.lower() == s1 else s1.upper())

def g(s1="More"):
    return "More_" + s1.upper() if s1.upper() == s1 else s1.upper()

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // a == b

def g(a=345346363, b=10):
    return b * a

assert f(g())

def f(n: List[int]):
    return sum(n) >= 10

def g():
    return [1, 2] + [3, 4]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return min(a, b, c) > 0 and all(a ** n + b ** n <= c ** n for n in range(3, min(a, b, c)))

def g():
    return [1, 3, 4, 9]

assert f(g())

def f(nums: List[int], target=5):
    for i, j in enumerate(nums):
        if i == 0:
            continue
        if j == 0:
            continue
        if nums[i] * nums[i + 1] % target == nums[j] * nums[j + 1]:
            return True
    return False

def g(target=5):
    return [int(i) * i for i in range(1000)]

assert f(g())

def f(nums: List[int], tot=2345):
    return len(nums) == len(set(nums)) == len(nums) == tot and sum(nums) >= 12345

def g(tot=2345):
    return list(range(tot))

assert f(g())

def f(s: str, target=1):
    return s.count("1") == 1 and len(s) > target

def g(target=1):
    return str(int(10**9) ** target)

assert f(g())

def f(x: int, a=187417, b=33641385):
    return x > a and x > b

def g(a=187417, b=33641385):
    return int(a * b ** 0.5) + 1

assert f(g())

def f(n: int):
    (x, y) = divmod(n, 2)
    return n * x * x + n * y * y == 0

def g():
    return sum(map(lambda x: x % 1, range(1000)))

assert f(g())

def f(s: str, target=""):
    return s.find("hello") != -1 and s.find("are you there?") != -1

def g(target=""):
    return "hello are you there?"

assert f(g())

def f(a: int, n=2, s=["x", "b", "g", "q"], c=1):
    return sum([a == x for x in s if x == c]) == 2 * s.count(a) or sum([a == b for x in s if x == c]) == 2 * s.count(b)

def g(n=2, s=["x", "b", "g", "q"], c=1):
    return sum([n == x for x in s if x == c])

assert f(g())

def f(n: int, a=33, b=26, target=23):
    return a > target or b == 32 and n > target

def g(a=33, b=26, target=23):
    return int(a * b) * target

assert f(g())

def f(x: List[int]):
    return x == [1, 4, 3] or list(x) == [3, 2, 7, 4]

def g():
    return [1,4,3]

assert f(g())

def f(n: int):
    return n >= 1000 and n < 2**53 or n > 2**53

def g():
    return 10**8

assert f(g())

def f(hands: List[int], n=10):
    assert all([[hand.index(x) for x in hn] for hn in hands])
    return all([i == n for i in hands])

def g(n=10):
    return [i for i in range(n) if i - n > 5]

assert f(g())

def f(x: List[int], target=3):
    if len(x) >= target:
        return True
    return False

def g(target=3):
    return [target for i in range(9)]

assert f(g())

def f(i: int, list0=None, list1=None):
    if list0:
        return list0[-1] == i == list1
    elif list1:
        return list1[-1] == i == list0
    else:
        return True

def g(list0=None, list1=None):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], target=101):
    return sum(nums) > target

def g(target=101):
    return [1, 2] * target

assert f(g())

def f(nums: List[int], count=3, thresh=25):
    assert all([n in list(range(count)) for n in nums])
    return len(nums) == count and all(nums[i] < thresh for i in range(count))

def g(count=3, thresh=25):
    return [0 for _ in range(count)]

assert f(g())

def f(m: int):
    i = -3
    while i > -1 and m % 10 == 0:
        i -= 1
    return m == i

def g():
    i = -3
    while i > -1 and i + 1 < 100:
        i -= 1
    return i

assert f(g())

def f(n: int, v=4, w=80):
    v *= 2
    w *= 3
    return abs(v <= n) and v + w <= n

def g(v=4, w=80):
    return v*2+w*3

assert f(g())

def f(c: int, digits=5):
    return len(str(c).zfill(digits - 2)) > digits

def g(digits=5):
    return int("123456789"+"0"*digits)

assert f(g())

def f(n: int):
    return n >= 5040  # make sure the number is even

def g():
    return 5040

assert f(g())

def f(s: str):
    return 'Hello World' == s

def g():
    return str("Hello World")

assert f(g())

def f(s: str, word="eats"):
    return s == word

def g(word="eats"):
    return "eats"

assert f(g())

def f(n: int, a=1020):
    return n == a

def g(a=1020):
    return 1020

assert f(g())

def f(n: int, a=1020201201):
    return min(a, n) <= n and max(a, n) >= n

def g(a=1020201201):
    return a + 1

assert f(g())

def f(nums: List[int], tot=3):
    return nums == [0] * tot

def g(tot=3):
    return [0] * tot

assert f(g())

def f(m: List[int]):
    for i in m:
        if i == 2:
            return True

def g():
    return [1, 1, 2]

assert f(g())

def f(s: str, target=10):
    return True if len(s) > target else False

def g(target=10):
    return "hello" if target > 10 else "how are you"

assert f(g())

def f(n: int, a=4, b=54368639, c=0):
    return abs(a - b) + abs(a - c) > 1e-5

def g(a=4, b=54368639, c=0):
    return 1

assert f(g())

def f(n: int):
    assert n == 0 or n == 1
    return not (not 0 and not 1) or (not 0xffffffff and not 0xfffffffe)

def g():
    return 0

assert f(g())

def f(m: List[int]):
    return len(m) == 5

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(n: int, m=7013):
    return all(i in range(n) for i in range(m))

def g(m=7013):
    return m

assert f(g())

def f(l: List[int], s="a"):
    return l == [1, 15, 9, 6, 2, 3, 10, 11, 4, 7, 12, 5, 8, 13, 0]

def g(s="a"):
    return [1, 15, 9, 6, 2, 3, 10, 11, 4, 7, 12, 5, 8, 13, 0]

assert f(g())

def f(v: List[int]):
    return all([v[i] != v[i - 1] for i in range(6)])

def g():
    return 7 * [1, 2]

assert f(g())

def f(li: List[int]):
    if len(li) == 1:
        return True
    for i in li:
        if len(li[i]) == 1:
            return False
        if len(li[i + 1]) == 1:
            return False
        if len(li[i + 2]) == 1:
            return False
        return True
    return False

def g():
    return [0]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000

def g():
    return [str(10 * n) for n in range(1000)]

assert f(g())

def f(d: int, s=10, k=10):
    # note that `s == 10` is not enough.  `d * 2 + k` is not enough
    # while there are `k > 2^32` different binary digits:
    assert d % 2 == 1 and d > 0, "d must be odd"
    assert d > 0 and k > 0, "k must be odd"
    return d > 0 and (s * d + k) > (d * k) // 2

def g(s=10, k=10):
    return (s * k + 1) // 2 + (s * k + 1) % 2

assert f(g())

def f(nums: List[int], a=100, b=0, count=10):
    return all(nums[i] == a + b for i in range(len(nums)))

def g(a=100, b=0, count=10):
    return [a*100 + b for i in range(count) if i % 2 not in range(count - 1)]

assert f(g())

def f(s: str):
    return ''.join((c if c in s else 'x' for c in s)) == "hello"

def g():
    return 'hello'

assert f(g())

def f(x: float, a=1020):
    x /= 10.0
    print(a)
    return x > a * 1.5

def g(a=1020):
    return 2 + 1.3 * a**2 - 2.2

assert f(g())

def f(nums: List[int], a=100, b=1000, t=197):
    return all(n == 1 for n in nums if a <= n <= b)

def g(a=100, b=1000, t=197):
    return [1,2,3]*(a+b)

assert f(g())

def f(l: List[int]):
    return all([~l[i] for i in range(10)]) or (len(l) - 1 > 0)

def g():
    return [x for x in range(1000) if x % 2 == 0]

assert f(g())

def f(s: List[str]):
    return all(i in s for i in list("c") + list("g")) == all(map(str, s))

def g():
    return list("abcde"*100 + "ghi" * 100 + "jkl" * 100 + "mno"*100)

assert f(g())

def f(n: int, t=20, m=1000, target=62):
    m = int(round(m * 4 / 3))
    if n > m:
        return True
    for i in range(m):
        if n > m:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return n == (m - (3 * m) / 2) * 3

def g(t=20, m=1000, target=62):
    m = int(round(m * (t + 1) / 2))
    if t > m:
        return True
    for i in range(m):
        if t > m:
            return False
        t = 3 * t + 1 if t % 2 else t // 2
    return int(int("123456789" + "0" * (t - 1) + "0"*(t - 1) * (3*t + 1)) ** 0.5) + 1

assert f(g())

def f(y: float, a=1020):
    return y > a

def g(a=1020):
    return float(1020) * 1.1

assert f(g())

def f(r: List[int], rmax=7):
    return sum(abs(r[i] - r[i + 1]) for i in range(1, rmax - 1)) > 1

def g(rmax=7):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(sub: List[int], n=4):
    assert len(sub) == n
    return all(sub[i] == 0 for i in range(n))

def g(n=4):
    assert n == 4
    return [0] * n

assert f(g())

def f(s: str):
    return len(s) == 0 or s[0] == '*' and s[-1] == '*'

def g():
    return '*' + '*'

assert f(g())

def f(nums: List[int], target=90):
    return sum(nums) >= target

def g(target=90):
    return list(range(90))

assert f(g())

def f(x: List[str], n=5, s=19):
    return all(x[i][:i] != '_' for i in range(len(x)) and x[i] != '_')

def g(n=5, s=19):
    return [word for word in 'hello_world'.split() if 'hello' not in word and 'world' not in word]

assert f(g())

def f(target_len: int):
    return all(target_len > count for count in range(1, 100000))

def g():
    return len(range(0, 100000))

assert f(g())

def f(nums: List[int]):
    return len(nums) == 4  # no-op

def g():
    return [1,2,3,4]

assert f(g())

def f(l: List[int]):
    return min(l) == max(l) == 42

def g():
    return [42, 42, 42, 42]

assert f(g())

def f(s: str):
    return "".join(s).lower() == "he"

def g():
    return "he"

assert f(g())

def f(substrings: List[str]):
    return len(list(set(substrings))) >= 1000

def g():
    return ["a"*(i+2)+"a" for i in range(1000)]

assert f(g())

def f(x: int, a=187417, b=33641385):
    return x > a and x > b

def g(a=187417, b=33641385):
    return a+b

assert f(g())

def f(n: List[int]):
    return n == [2, 1, 1]

def g():
    return [2, 1, 1]

assert f(g())

def f(x: int):
    return x in [-1, 1]

def g():
    return (lambda y: int(y**2))(-1)

assert f(g())

def f(n: int):
    return n > 9223372036854775808

def g():
    return 2**64

assert f(g())

def f(li: List[int], n=10):
    return all([li[i] for i in range(n)])

def g(n=10):
    return [1 for _ in range(n)]

assert f(g())

def f(t: List[int], n=6):
    return all([t[i] / t[i + 1] for i in range(n)])

def g(n=6):
    return [n**(n-2) for n in range(2, 10)]

assert f(g())

def f(n: int):
    return n > 3

def g():
    return 5

assert f(g())

def f(s: str, target="foobarbazwow", i=9, j=10):
    return target[i - 1] == s[i - 1] and target[i + 1] == s[i + 1]

def g(target="foobarbazwow", i=9, j=10):
    return target * j

assert f(g())

def f(words: List[str], n=5):
    return sum(sum(w == x for x in words) for w in words) == n

def g(n=5):
    return ["a", "b", "c", "d", "e"]

assert f(g())

def f(s: str):
    assert "foobar" in s
    return s is "foobar"

def g():
    return "foobar"

assert f(g())

def f(l: List[int], l2=[[]]):
    l = {z for z in l if z != l2}
    return set(l) == set([x for x in l if all(x)])

def g(l2=[[]]):
    return l2[0]

assert f(g())

def f(s: str):
    return s.count("\n") == 1

def g():
    return "Hello\nworld"

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789")

def g():
    return int(int("123456789"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], tot=12345):
    return tot == len(set(nums))

def g(tot=12345):
    return [int(num) + int("0"*8) for num in range(tot)]

assert f(g())

def f(words: List[str]):
    return bool(set(words))

def g():
    return ["abcde"]

assert f(g())

def f(n: int, n_squares=16):
    return n_squares > n  # cover all squares in between 1 and n

def g(n_squares=16):
    return n_squares // 4

assert f(g())

def f(n: int):
    return n > 1 and n > 2**9

def g():
    return 1215

assert f(g())

def f(s: str):
    return s[::-1] == 'x'

def g():
    return 'x'

assert f(g())

def f(s: str, n=4):
    return s.count("a") and s.count("c") and s.count("d") == n

def g(n=4):
    return "1234567890" + str(n*n) + "0"*n + str(n*n) + "ab"*n + str(n*n) + "cd"*n + str(n*n) + "ab"*n + str(n*n)

assert f(g())

def f(nums: List[int], n=10000):
    return all(i in [1, 2] for i in nums) and sum(nums) == n

def g(n=10000):
    return [1 for i in range(n)]

assert f(g())

def f(nums: List[int], goal=[]):
    return sum(nums) == len(goal)

def g(goal=[]):
    return goal[::-1]

assert f(g())

def f(n: int, w=30):
    return abs(n - 1) >= w

def g(w=30):
    return 2*w + 1

assert f(g())

def f(start: int):
    return sum(range(start, start + 10)) <= 100

def g():
    return [i for i in range(1000) if i % 10 == 0][0]

assert f(g())

def f(x: List[int], n=9, s=18):
    return all([x[i] != -10.0 for i in range(n)])

def g(n=9, s=18):
    return [1 for i in range(n) for j in range(s)]

assert f(g())

def f(num: List[int], bound=3):
    return max(i for i in num for i in num) > bound

def g(bound=3):
    return [7, 8, 9]

assert f(g())

def f(part_of_string: str, target=10):
    return all(part_of_string) and not part_of_string.lower() in {0, 1, 2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14}

def g(target=10):
    return str(target ** 0.5)

assert f(g())

def f(n: int, t=20, d=1000):
    return len([x for x in range(n) if x%d!=0]) >= d

def g(t=20, d=1000):
    return d*(t-1) + 1

assert f(g())

def f(x: float, a=1020, b=1020):
    return abs(x - a) > 10 ** -5 and (x - b) > 10 ** -5

def g(a=1020, b=1020):
    return float(a + b)

assert f(g())

def f(n: int, a=100, b=100000):
    return b // n == a

def g(a=100, b=100000):
    return b // a

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 j in range(n)}) < n for i in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g(year_len=365):
    return int((year_len*1.1) ** 0.5) + 2

assert f(g())

def f(x: List[str]):
    s = ""
    for x1 in x:
        s += x1
    return s.count('x') == 1

def g():
    return ["x"]

assert f(g())

def f(n: int, li=[11, 100, 2, 50, 8, 6, -5, -3, -1, -3, -12, 14, -12, -30, -23, -10, -10, -14, -50], target=4):
    return n < target and n == li[-1]

def g(li=[11, 100, 2, 50, 8, 6, -5, -3, -1, -3, -12, 14, -12, -30, -23, -10, -10, -14, -50], target=4):
    return li[-1]

assert f(g())

def f(li: List[int]):
    return sum(1 for s in li) == len(li)

def g():
    return [4,5]

assert f(g())

def f(nums: List[int], n=11):
    return len(nums) <= 1000000 and sum(nums) == n

def g(n=11):
    return [n]

assert f(g())

def f(x: List[int], a=5, b=5, upper_bound=1500):
    assert all({(x[i], x[j]) for i in range(a) for j in range(b)}), 'not legal'
    return abs(a - b) < upper_bound or all([x[i] * x[i] == (a + b)**2 for i in range(a)])

def g(a=5, b=5, upper_bound=1500):
    return list(range(a)) + [a] + list(range(b))

assert f(g())

def f(n: int, a=100, b=17, c=20):
    return a < sum(a for a in b * [0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34])

def g(a=100, b=17, c=20):
    return a - 20 - b

assert f(g())

def f(l: List[int], h=5):
    return len(set(l)) == h

def g(h=5):
    return list(range(h))

assert f(g())

def f(x: List[int], n=18):
    # all elements up to the end of x are ones
    return all(x[i] for i in range(n) if x[i] != 0)

def g(n=18):
    return [1, 2, 3, 4, 5] * n

assert f(g())

def f(tours: List[List[List[int]]], max_dim=30):
    return all({[a1, a2] == [b1, b2] for [a1, b1], [a2, b2] in zip(tours, tours[1:])})

def g(max_dim=30):
    return []

assert f(g())

def f(s: str):
    return s + 'Hello world!' == s + s

def g():
    return 'Hello world!'

assert f(g())

def f(x: int, n=1213):
    return x >= n and x <= n

def g(n=1213):
    return n % 1231

assert f(g())

def f(s: str):
    if len(s) < 3:
        return False
    if len(s) > 3 and s.startswith('i'):
        return len(s[0]) > len(s[1])
    return True

def g():
    return "123456789"

assert f(g())

def f(res: int, m=1234578987654321, n=13):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=1234578987654321, n=13):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return m

assert f(g())

def f(n: int):
    if n == 1:
        return True
    if n == 2:
        return True
    if n == 3:
        return True
    if n == 4:
        return True
    if n == 5:
        return True
    if n == 6:
        return True
    if n == 7:
        return True
    if n == 8:
        return True
    if n == 9:
        return True
    if n == 10:
        return True
    return True

def g():
    return 7**9

assert f(g())

def f(x: str, start="a", n=4):
    return all([x[i] == start for i in range(n)])

def g(start="a", n=4):
    return "a" * n + "0"*(n-1) + "1"*(n-2) + start + "2"*(n-3)

assert f(g())

def f(nums: List[int], m=4, n=-1):
    if n != -1:
        return len(nums) == n
    return len(nums) >= m

def g(m=4, n=-1):
    return [0 for _ in range(m)] + [0]*n

assert f(g())

def f(x: List[int], t_1=0.04, t_2=0.04, k=2, min=0):
    return x == [min for _ in range(k)]

def g(t_1=0.04, t_2=0.04, k=2, min=0):
    return [min for _ in range(k)]

assert f(g())

def f(s: str):
    return s == "I" or s == "A" or s == "E" or s == "IIT"

def g():
    return "I" or "A" or "E" or "IIT"

assert f(g())

def f(s: str):
    return s == r'abcdefghijklmnopqrstuvwxyz'

def g():
    return r'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(target: int):
    assert target in range(1, 21) and target in (20, 2, 3, 5)
    return target == target

def g():
    return 20

assert f(g())

def f(tot: List[List[int]], a=0, b=50):
    for n in tot:
        if n > a + b:
            return False
    return True

def g(a=0, b=50):
    return [n for n in range(50) if n > a + b]

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world" and not s == s[::-1]

def g():
    return "world"[::-1]  # No need for -1 here

assert f(g())

def f(nums: List[int], m=5, a=7, b=3):
    return len(set(nums)) == len(nums) == min(max(m, b), m + b) and all([a - b > 0])

def g(m=5, a=7, b=3):
    return [i*m for i in range(a + b - m)]

assert f(g())

def f(x: int, n=20):
    return sum(x * y > 1 for y in range(n)) < n

def g(n=20):
    return 5 * n

assert f(g())

def f(inds: List[int], n=15, target_prob=0.4):
    return len(inds) == n

def g(n=15, target_prob=0.4):
    return [i for i in range(n)]

assert f(g())

def f(x: int, n=1000000):
    return abs(x) <= n

def g(n=1000000):
    return max(1, n - 1)

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    assert all(len(str(n)) == len(set(str(n))) and a <= n <= b for n in nums)
    assert all(i > 0 and len(str(i)) == len(set(str(i))) for i in nums)
    assert {v * len(set(str(n))) for n in nums for v in -v} == {n for n in nums}
    return sum(num for n in nums) == sum(x for x in nums)

def g(a=100, b=1000, count=648):
    return [a + n for n in range(b) if n % 10 > a]

assert f(g())

def f(x: str, target=1):
    return abs(int(x) - target) <= 10 ** 15

def g(target=1):
    return str(int(target*(int(target)**0.5)*int(target.__str__())).__str__())

assert f(g())

def f(p: List[int], max_dim=10):
    return p == list(range(max_dim))

def g(max_dim=10):
    return list(range(max_dim))

assert f(g())

def f(num: int):
    return all(num <= 5 for j in range(4) for num in range(j))

def g():
    return 1

assert f(g())

def f(n: int, a=3029, b=927):
    return n > a and n > b

def g(a=3029, b=927):
    return a*b

assert f(g())

def f(s: List[int]):
    return len(s) >= 10

def g():
    return list(1 + (1 + 1) + 1 + 1 for i in range(100))

assert f(g())

def f(inds: List[int]):
    return all(inds == sorted(inds) and ''.join(x[0] + x[1:]) == '1234567890' for x in inds)

def g():
    return []

assert f(g())

def f(st: List[str]):
    return len(st) == 1000 and len(set(st)) == 1000

def g():
    return ["a"*(i+5)+"b" for i in range(1000)]

assert f(g())

def f(h: List[int], n=4, k=2):
    return len(h) == n and h[k] in [0, 1, 2, 3]

def g(n=4, k=2):
    return [1, 2, 3, 4]

assert f(g())

def f(x: float, a=1020):
    return x >= 0 and x > abs(a)

def g(a=1020):
    return float("123456789" + "0"*9) * a

assert f(g())

def f(nums: List[int], min_num=300):
    return len(nums) == min_num

def g(min_num=300):
    return list(map(int, range(min_num)))

assert f(g())

def f(p: List[int]):
    return p[0] * p[1] != p[2] * p[3]

def g():
    return [3, 4, 5, 6]

assert f(g())

def f(s: str):
    s = s.lower()
    return " ".join(i for i in ["r", "b", "a", "d", "f"] if s.count(i)) in s[1:]

def g():
    return "A" * 3

assert f(g())

def f(path: List[List[int]]):
    return all(not path.is_empty() for path in [path for path in path if len(path) % 2 == 0])

def g():
    return [path for path in ["aaa", "bbb"] if len(path) % 3 == 1]

assert f(g())

def f(n: int):
    assert n > 100
    return True

def g():
    return 10 ** 12

assert f(g())

def f(edge_len: List[int], n=4):
    p = [[0] * len(edge_len)] * len(edge_len)
    for i in range(len(edge_len)-1, -1, -1):
        p[i] += [[edge_len[i]]] * len(edge_len)
    return len(p) == n

def g(n=4):
    return [0]*n

assert f(g())

def f(x: List[int], n=7):
    return sum(x) <= 10 ** n

def g(n=7):
    return [0]*n

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 3  # check if a list is [, 1, 2].

def g():
    return [2, 1, 3]

assert f(g())

def f(n: int):
    return n >= 1 and (n % 2 == 0 and not (n % 3 == 0))

def g():
    return 2

assert f(g())

def f(string: str, length=50):
    return string.count('*') >= length

def g(length=50):
    return "*" * length

assert f(g())

def f(sides: List[int]):
    return len(set(sides)) == len(sides) - 1

def g():
    return [1, 1]

assert f(g())

def f(v: List[str]):
    if not v:
        assert False, "empty list"
        return False
    if v[0].startswith('x'):
        for e, s in zip(v[1:], [v[0].split('x')[1]]):
            if e == 'x':
                return True
    return False

def g():
    return ["x","x","x","x","x","x"]

assert f(g())

def f(i: int):
    return i > 33

def g():
    return 42

assert f(g())

def f(d: int, s=10, k=10):
    # note that `s == 10` is not enough.  `d * 2 + k` is not enough
    # while there are `k > 2^32` different binary digits:
    assert d % 2 == 1 and d > 0, "d must be odd"
    assert d > 0 and k > 0, "k must be odd"
    return d > 0 and (s * d + k) > (d * k) // 2

def g(s=10, k=10):
    return int(s * k + 23)

assert f(g())

def f(x: str, n=1):
    return x.isnumeric()

def g(n=1):
    return "%s" % n

assert f(g())

def f(seq: List[int]):
    d = 0
    for i in seq:
        d = d + 1
    return d > 2

def g():
    return [0, 1, 2]

assert f(g())

def f(inds: List[int], n=3):
    assert len(inds) == n
    return sorted(inds) == [i * 2 ** n for i in range(n)]  # cover every square once

def g(n=3):
    return sorted([i * 2 ** n for i in range(n)])

assert f(g())

def f(list: List[int], n=4):
    x = list + [0]
    if n != 0:
        x = x + [1]
        x = x + [2]
    return len(set(x)) + 1 == len(list) + 1

def g(n=4):
    return list(range(1000))

assert f(g())

def f(l: List[int]):
    return 0 <= len(l) < 16

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], target_length = 100):
    assert (0 <= target_length <= 100)
    return sum(i ** 2 for i in nums) >= target_length

def g(target_length = 100):
    return list(range(target_length))

assert f(g())

def f(num_points: int):
    return num_points >= 1000

def g():
    return 1000000

assert f(g())

def f(a: List[int], n=10):
    x = 0
    for i in range(n):
        x += a[i]
    return x == n

def g(n=10):
    return [1] * n

assert f(g())

def f(b: int):
    return int(round(float(b) / 1000)) > 0

def g():
    return int(float("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return set(s) == {'a', 'b', 'c', 'd', 'e'}

def g():
    return "abcde"

assert f(g())

def f(ls: List[List[int]], n=5, ls_len=50):
    return all(i in ls for i in range(n) if (i not in ls and abs(i - ls_len) <= len(ls)))

def g(n=5, ls_len=50):
    return [i for i in range(n) if not ls_len and (ls_len and abs(i - ls_len) <= len(ls))]

assert f(g())

def f(n: int, target=123, k=16):
    return -3 * (n / 2 + 1) >= k

def g(target=123, k=16):
    return target if target <= 0 and 2 * target <= 1 else -target

assert f(g())

def f(t: List[int], n=1000):
    return len(t) == n

def g(n=1000):
    return [n for i in range(n)]

assert f(g())

def f(p: List[str], substrings=['f', 'o', 'a', 'r', 'o', 'g']):
    return all(sub in p for sub in substrings)

def g(substrings=['f', 'o', 'a', 'r', 'o', 'g']):
    return ["a"*(i+2)+"b" for i in range(1000)] + substrings # type: ignore

assert f(g())

def f(p: List[int], s2=20):
    return s2 > s2 - (p.count(s2) + p.count(s2 + 1))

def g(s2=20):
    return [s2, s2 + 1, s2 + 2, s2 + 3]

assert f(g())

def f(n: int):
    return n >= 20  # should work on any reasonable number

def g():
    return 60

assert f(g())

def f(s: float, dt=1):
    return abs(s) - dt >= 0 and abs(s) - dt <= 1

def g(dt=1):
    return 1.0 + 1e-6

assert f(g())

def f(w:str, c=2):
    return w in ['a', 'c', 'c', 'b', 'd']

def g(c=2):
    return "d"

assert f(g())

def f(s: str, target="", reverse=False):
    # FIXME: only works for English text.
    return (s[::-1] == target) == reverse

def g(target="", reverse=False):
    return "".join("A" if a == b else a for a, b in zip(["A", "B"], ["A", "1", "B", "3"]))

assert f(g())

def f(moves: List[List[int]]):
    assert len(moves) <= 1000, "moves are too long"
    return sum(i in moves for i in moves) == len(moves)

def g():
    return [[0, 1, 2],[7, 8, 9]]

assert f(g())

def f(num: int, a=17, b=100, c=20):
    return num == sum([i * b for i in range(c)])

def g(a=17, b=100, c=20):
    return sum(i * b for i in range(c))

assert f(g())

def f(l: List[int]):
    return l[0] == l[-1] and (l[0] >= l[1] and l[0] <= l[2] and l[-1] - l[1] <= l[-2] - l[2])

def g():
    return [1] * 10000

assert f(g())

def f(s: str, n=7, m=9):
    return s == 'abcdefg' or all(ch in s for ch in ['a', 'b', 'c', 'd', 'o'])

def g(n=7, m=9):
    return 'abcdefg' if n < m else 'abcdefg' if n > m else 'abc'*n*n

assert f(g())

def f(substrings: List[str], s="world", count=10):
    return len(sorted(substrings)) == count

def g(s="world", count=10):
    return [s for i in range(count)]

assert f(g())

def f(n: int, a=1020):
    return n == int(a ** 2)

def g(a=1020):
    return a**2

assert f(g())

def f(x: str, big_str="foobar"):
    return big_str == x

def g(big_str="foobar"):
    return "foobar"

assert f(g())

def f(l: List[int], m=30):
    assert len(l) == m
    for _ in l:
        if len(set(l)) > 20:
            return True
        if len(l) == 1:
            return True

    return l == [i for i in range(m - 2, m + 3) if i % 2 == 0 and i > 0]

def g(m=30):
    return [i for i in range(m)]

assert f(g())

def f(b: List[int]):
    return sum([(b[i] == i) for i in range(100)]) == 100

def g():
    return list(range(100))

assert f(g())

def f(n: int, a=1, b=2):
    assert a == 1 and b == 2, "inputs must be positive integers"
    return a * b > 0  # or you can return 0

def g(a=1, b=2):
    return 1 + a + b

assert f(g())

def f(x: List[int], n=4, s=10):
    return len(set(x)) == n and sum(x) == s

def g(n=4, s=10):
    return [1, 2, 3, 4]

assert f(g())

def f(s: List[int]):
    return len(s) >= 10

def g():
    return list(range(100))

assert f(g())

def f(n: int):
    return n / 2 == 1

def g():
    return 2

assert f(g())

def f(s: str):
    return s.startswith("Hello")

def g():
    return "Hello"

assert f(g())

def f(l: List[str], n=10):
    return len(set(l)) == n

def g(n=10):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(s: str):
    return len(set(s)) == 8

def g():
    return "abcdefgh"

assert f(g())

def f(path: List[int], target=[17, 18, 19, 20, 36, 1, 10, 21], n=5):
    return len(path) == n

def g(target=[17, 18, 19, 20, 36, 1, 10, 21], n=5):
    return [target[i] for i in range(n)]

assert f(g())

def f(inds: List[int], k=4):
    return len(inds) == k and len(inds[0:k]) == k

def g(k=4):
    return [k+1] * k

assert f(g())

def f(number: int):
    return number % 2 == 0

def g():
    return 456

assert f(g())

def f(n: int, str=''):
    return all(len(s) > n for s in str)

def g(str=''):
    return 1 or 0

assert f(g())

def f(n: int):
    assert n > 0
    return all(i in range(n) for i in range(1, n))

def g():
    return 1 + 1 + 1 + 1

assert f(g())

def f(s: List[int], n=10):
    return len(s) == n and any(s[i:i+3] == s[i+3:i+6] for i in range(n))

def g(n=10):
    return [0 for _ in range(n)]

assert f(g())

def f(list: List[int], length=10, target=0):
    return sum(list[i] for i in range(length)) == 0

def g(length=10, target=0):
    return [0] + [target]*length

assert f(g())

def f(x: str, s='dee'):
    return s == x

def g(s='dee'):
    return s

assert f(g())

def f(pairs: List[List[int]], weights=[]):
    return sum(weight for pair, weight in pairs) <= 9

def g(weights=[]):
    return weights[:]

assert f(g())

def f(li: List[int]):
    return all(sum(li[:i]) == 2 ** i - 1 for i in range(20))

def g():
    return [1 << i for i in range(100)]; range(100)

assert f(g())

def f(stops: List[str], n=4):
    return len(sorted(map(str, stops))) >= 4

def g(n=4):
    return sorted(map(str, range(n)))

assert f(g())

def f(x: str, s="a"):
    return x == s[::-1]

def g(s="a"):
    return "{}".format(s)

assert f(g())

def f(s: str):
    return set(s) <= set("8++-+/" and s or "8-/") and s.count("8") == 1 and eval(s) >= 63

def g():
    return "12345678910"

assert f(g())

def f(s: int, b=11):
    s += b
    return max(s, b) <= s

def g(b=11):
    return b*b

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=19143212):
    for op in ops:
        if op == "x":
            n += 1
        elif op == "--x":
            n -= 1
        else:
            assert op in ["++x", "x++"], "illegal expression"
            n += 1
    return n == target

def g(ops=['x++', '--x', '--x'], target=19143212):
    for op in ops:
        if op == "x":
            return 19143212
    return 19143212 + 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s_case) == len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) == 1 else s.lower()

assert f(g())

def f(s: str):
    return "konjac" in s

def g():
    return "konjac"

assert f(g())

def f(nums: List[int], tot=2):
    for i in range(len(nums)):
        if nums[i] % 4 == 0:
            return True
    return False

def g(tot=2):
    return [tot - 2]

assert f(g())

def f(y: float, a=1020):
    return abs(a - y) < 10 ** -3

def g(a=1020):
    return a - 10 ** -3

assert f(g())

def f(s: str):
    return s.endswith("world") == True

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return max(map(max, s.split())) == s or sum(map(max, s.split())) == len(s)

def g():
    return max(map(max, list("0123456789" + "0"*9)))

assert f(g())

def f(s: str):
    return (s.startswith("ab") and s.endswith("aa"))

def g():
    return "abaa"

assert f(g())

def f(t: List[int], n=6):
    return all([t[i] / t[i + 1] for i in range(n)])

def g(n=6):
    return [1, 2, 3, 4, 5, 6] + [3, 5] + [6]

assert f(g())

def f(x: int, n=1026, y=2):
    return y == n - x

def g(n=1026, y=2):
    return n - y

assert f(g())

def f(n: int, str=[]):
    if len(str) < n:
        return True
    for c in str[:n]:
        return False
    return True

def g(str=[]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return list(li) == [0, 1, 2, 3]

def g():
    return list([0, 1, 2, 3])

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(set(nums)) >= count

def g(a=100, b=1000, count=648):
    return list(range(a, 999))[:-2]

assert f(g())

def f(s: str, length=5017):
    n = len(s)
    return all(c in s[i::len(s) - 1] for i, c in enumerate(s)) and n >= length

def g(length=5017):
    return "123456789" + "0"*(length-2) + "0"*(length-1)

assert f(g())

def f(start: List[List[int]], target=10, n=10):
    return len(start) >= target and len(start[1:]) > n > 0

def g(target=10, n=10):
    return [list(range(n)) for _ in "123456789" + "0"*9]

assert f(g())

def f(f: float, a=0.5):
    return (f / 3.0) ** 2 * (a - 1.0) < 1e-17

def g(a=0.5):
    return 1.0

assert f(g())

def f(s: str):
    return s.startswith("x")

def g():
    return "x"

assert f(g())

def f(s: str):
    return any(bool(i) for i in "[]" if i[::-1] in s)

def g():
    return "[]"

assert f(g())

def f(n: int):
    if n > 1:
        return max(n, 1) == n

def g():
    return 7

assert f(g())

def f(n: int, options=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], max_len=10):
    return all(n < options[0] or n > max_len for n in options) or all(n != 0)

def g(options=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], max_len=10):
    return 1

assert f(g())

def f(list: List[int], t=50, n=10):
    s = 0
    i = 0
    for v in list:
        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(n)]

assert f(g())

def f(s: str, target="bbrbrbbbbbbrrrrrrrrrrbbbrrrrrrrrrrrrr", count=3):
    return s[0] == target[0] and s[1] == target[1] and s[2] == target[2]

def g(target="bbrbrbbbbbbrrrrrrrrrrbbbrrrrrrrrrrrrr", count=3):
    return target[0] + target[1] + target[2]

assert f(g())

def f(x: List[int]):
    count = 0
    for i in range(x.count(0)):
        if i in [3, 4, 5]:
            count += 1
    return count >= 3

def g():
    return [0] * 10000

assert f(g())

def f(nums: List[int]):
    return set([0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9]) == set(nums)

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9]

assert f(g())

def f(nums: List[int], target=0):
    return sum(nums) == target and all(nums[i] != 0 for i in range(target))

def g(target=0):
    return [target + 1] * target

assert f(g())

def f(nums: List[int], b=10201202001, m=3):
    return len(nums) == m and len(nums) < b

def g(b=10201202001, m=3):
    return [n for n in range(m)]

assert f(g())

def f(bills: List[int]):
    return list(bills) == [19, 16, 10, 5, 24, -1, 1, 4, 15, 18, 13, 9, 1, 2, 9, 17, 7, 6]

def g():
    return [
        19, 16, 10, 5, 24, -1, 1, 4, 15, 18, 13, 9, 1, 2, 9, 17, 7, 6
    ]

assert f(g())

def f(n: int):
    s = str(n)
    for i in s:
        assert str(n).count(i) == 1
    return True

def g():
    s = str(1)
    for i in s:
        assert str(1).count(i) == 1
    return 1

assert f(g())

def f(r: List[List[List[int]]]):
    assert all(i for g in r for i in g)
    return r[0][0] == r[1][0]

def g():
    return [
        [
            [1,2,3],
            [4,5,6],
            [7,8,9],
        ],

        [
            [1,2,3],
            [4,5,6,7,8,9],
        ],
    ]

assert f(g())

def f(indices: List[int], targets=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return len(indices) == len(targets) and all(
        i in indices for i in indices) and all(
        i in targets for i in targets)

def g(targets=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return [x for x in range(len(targets))]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasmoreCAPITALS"):
    return s_case == (s.upper() if len(s) > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHasmoreCAPITALS"):
    return s. upper()

assert f(g())

def f(z: List[int]):
    return sum([1 for i in range(1000) if abs(i) & 3 == 0]) and len(set(z)) > 2

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(li: List[int], k=5):
    return len(li) == k

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(xs: List[List[int]], target=[[], [], []]):
    if len(target) == 0:
        return True
    return any(sorted(xs) == target for s, t in zip(xs, target))

def g(target=[[], [], []]):
    return target

assert f(g())

def f(x: int, a=17):
    return x == a * 7

def g(a=17):
    return 7 * a

assert f(g())

def f(n: int, a=1234, b=5):
    return n == sum([b * i for i in range(a)])

def g(a=1234, b=5):
    return sum([b * i for i in range(a)])

assert f(g())

def f(n: List[int]):
    return max(x if n[0] <= 10 else n[0] for x in n) >= 5

def g():
    return [10, 20, 30]

assert f(g())

def f(x: int):
    return x >= 1000000 and x < 300000000

def g():
    return 300000000 - 3*3

assert f(g())

def f(nums: List[int], a=200, b=200, c=500, d=500):
    return all(len(index) <= b and x in range(0, len(x) - a, b + 1) for x in nums)

def g(a=200, b=200, c=500, d=500):
    return [tuple(i) for i in range(a, b, 2)]

assert f(g())

def f(k: List[int]):
    return [1 / x for x in k] == [1 / x for x in [1, 2, 3, 4]]

def g():
    return [k for k in [1, 2, 3, 4]]

assert f(g())

def f(i: int):
    return i > 1000

def g():
    return 100000

assert f(g())

def f(s: str):
    return s == "a" or s == "_"

def g():
    return "a" or "_" == "a"

assert f(g())

def f(i: int):
    return (i < 26) or (i > 75 and i != 77)

def g():
    return 1 << 31

assert f(g())

def f(c: List[int]):
    return max(0, c[0] + c[1]) <= c[2]

def g():
    return [0, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return 'Hello World' == s

def g():
    return "Hello World"

assert f(g())

def f(x: List[int]):
    return x[::-1] == x[::-1]

def g():
    return [-1, -1]

assert f(g())

def f(x: int, a=2000):
    return x > a

def g(a=2000):
    return 3*a

assert f(g())

def f(inds: List[int]):
    return all(i in inds for i in range(21))

def g():
    return [i for i in range(1000)] # make space for 'g()'

assert f(g())

def f(s: List[str]):
    return len(s) == 3

def g():
    return ["abc", "def", "ghi"]

assert f(g())

def f(s: List[int], n=5000):
    return len(s) == len(set(s)) == n

def g(n=5000):
    return [x for x in range(n)]

assert f(g())

def f(hands: List[int], target_angle=45):
    return len(set(hands)) == len(hands)

def g(target_angle=45):
    return [0 , 3]

assert f(g())

def f(s: str, words=["cat", "dog", "bird", "fly", "moose"]):
    for word in words:
        if word in s:
            s = s.replace(word, word + ", ")
            if not all([w in words for w in s]):
                s = s.replace(word, word + " ")
    return s[::-1] == s

def g(words=["cat", "dog", "bird", "fly", "moose"]):
    i = 0
    for word in words:
        if word in str(i + 1):
            i += 1
        else:
            i = 0
    return str(i)

assert f(g())

def f(ls: List[int], n=3):
    return len(ls) == n and all((ls[i] != ls[i + 1] or ls[i] < ls[i + 1] or ls[i] > ls[i + 1]) for i in range(1, len(ls) - 1))

def g(n=3):
    return [1,2,3]

assert f(g())

def f(s: str):
    return s == s.replace("e", "x")

def g():
    return 'str'

assert f(g())

def f(edge: List[int]):
    return 0 in edge or edge[0] in [0, 1, 2]

def g():
    return [0, 2]

assert f(g())

def f(nums: List[int], m=3, t=100):
    for i in range(m):
        t += nums[i]
    return min(t, t + 1) == t

def g(m=3, t=100):
    return list(range(m))

assert f(g())

def f(x: int):
    return x >= 2**32 and x < 2**34

def g():
    return 9987653686

assert f(g())

def f(x: List[int]):
    return all([i in x for i in range(9)])

def g():
    return [i for i in range(9)]

assert f(g())

def f(n: int):
    return n >= 10000

def g():
    return 1000000

assert f(g())

def f(s: str):
    return ''.join(map(lambda x: x, s.lower())) == 'hello world'

def g():
    return "hello World"

assert f(g())

def f(states: List[str], length=6):
    return length == len(set(states))

def g(length=6):
    return [str(i) for i in range(length)]

assert f(g())

def f(s: str):
    return len(s) == len(s.replace('x', '*'))

def g():
    return '*'*100000

assert f(g())

def f(nums: List[int], d=1000):
    return sum(x for x in nums if x <= d) == d

def g(d=1000):
    return [list(range(d))[1] for i in range(d)]

assert f(g())

def f(n: int):
    if n > 1:
        return n == 2 and all([[x, y] for y in [1, 2, 1j, 2j, 1j] for x in [n - 1, 2]], start=n)
    return True

def g():
    return 1

assert f(g())

def f(l: List[int]):
    return any(a in list(l) for a in l) and len(set(l)) > 995

def g():
    return list(range(0,1000))

assert f(g())

def f(p: List[int], m=4):
    return all(p[i] > 0 for i in range(m))

def g(m=4):
    return [2*m, 4*m, 6*m, 8*m]

assert f(g())

def f(a: str, b="world"):
    return a == b

def g(b="world"):
    if b == "world":
        return b
    return b is "world"

assert f(g())

def f(sorted: List[List[int]], target_len=5):
    return all(sorted[i][0] >= 0 for i in range(target_len))

def g(target_len=5):
    return sorted([list(range(100)) for _ in range(target_len)])

assert f(g())

def f(s: str, str_=False):
    if s == "yep":
        return True
    return len(s) == 1 and s[0] in string.upper()

def g(str_=False):
    return 'yep'

assert f(g())

def f(li: List[int]):
    return len(li) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(l: List[int]):
    return l == [0, 0, 0, 0, 0]

def g():
    return [0, 0, 0, 0, 0]

assert f(g())

def f(t: List[int]):
    return sum(nums <= 3 for nums in t) == 3

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]

assert f(g())

def f(s: str):
    return len(s) >= 10

def g():
    return "123456789"*25

assert f(g())

def f(indices: List[int], a0=123, n=3, lower=0):
    assert n % 3 == 0, "Hint: n 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) >= 0 and len({s[i] for i in indices}) == 1

def g(a0=123, n=3, lower=0):
    return [a0 + (n * i) for i in range(1000)]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x == a or x + a == b

def g(a=1073258, b=72352549):
    return a or b or a-b

assert f(g())

def f(board: List[List[int]], board_size=8):
    return len(board) >= board_size

def g(board_size=8):
    return [[0, 1, 2, 3], [0, 1, 2, 3], [0, 1, 2, 3], [0, 1, 2, 3], [0, 1, 2, 3], [0, 1, 2, 3], [0, 1, 2, 3], [0, 1, 2, 3], [0, 1, 2, 3]]

assert f(g())

def f(s: str, target="foobarbazwow", length=12):  # n == 5, target="foo", length = 7
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=12):
    return target

assert f(g())

def f(l: List[int]):
    return l[0] + sum(l[1:] for i in range(l[0] + 1, len(l))) != 0

def g():
    return [2, 5]

assert f(g())

def f(nums: List[int], k=9, lower=20000):
    return len(nums) == k and sum(nums) <= 20000 and min(nums) >= 0 and all(0 < x for x in nums)

def g(k=9, lower=20000):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(a: int):
    return a == 7 or a == 8 or a == 9 or a == 10

def g():
    return 9

assert f(g())

def f(n: str):
    return n.count("1") == 1 and n.count("2") == 1  # the last digit can only be 1, 2...

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: int, a=15153548, b=13371369):
    return abs(x - a) < 1e-3

def g(a=15153548, b=13371369):
    return 15153548

assert f(g())

def f(s: str):
    return s.count("8") == 1 and s.count("1") == 1

def g():
    return "12345678"

assert f(g())

def f(s: str):
    s = s.lower()
    if s.startswith("-"):
        s = s[1:]
    return len(s) > 10 and len(s) < 100

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789+/"

assert f(g())

def f(a: List[int], target=[]):
    a = sum(a)
    return all([a <= 2**n for n in range(8, 20)])

def g(target=[]):
    return target

assert f(g())

def f(l: List[int]):
    return len(l) == 1000 and sum(set(l)) <= 1000

def g():
    return [1 + 2 + 3 + 4 for i in range(1000)]

assert f(g())

def f(s: str, n=10):
    return "The quick brown fox jumps over the lazy dog" in s

def g(n=10):
    return "The quick brown fox jumps over the lazy dog" + "\n"*n

assert f(g())

def f(num: int, sum_forwards_only=None):
    return num > 100000

def g(sum_forwards_only=None):
    return sum_forwards_only or 100000 + 1

assert f(g())

def f(l: List[int], r=[]):
    r.extend([0, 1, 2, 3])
    return sum(i for i, j, k in zip(l, l[1:], l[1:]) if [i, j, k] not in r) == len(r)

def g(r=[]):
    return [1, 1, 2, 3]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    s = "".join(s)
    return s_case == (s.upper() if len(s) == s.count(s.lower()) - len(s) % 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) == s.count(s.lower()) - len(s) % 2 else s.lower()

assert f(g())

def f(s: str):
    s = s.lower()
    if s == "12+/7":
        return True
    return False

def g():
    return "12+/7".lower()

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    return target[:length:] == s

def g(target="foobarbazwow", length=12):
    return target

assert f(g())

def f(n: int):
    return (n ** 2) % 10 == 0 and n > 0 and n % 10 == 0

def g():
    return 10**2

assert f(g())

def f(stamps: List[int], target=9):
    return len(set(stamps)) == target

def g(target=9):
    return [123*i for i in range(target)]

assert f(g())

def f(s: str):
    return s.lower() == 'hello'

def g():
    return str("hello")

assert f(g())

def f(num_of_sides: List[int]):
    return num_of_sides[0] % 2 == 1 and num_of_sides[-1] % 2 == 1

def g():
    return [3, 5]

assert f(g())

def f(f: List[int]):
    return all(f[i] != f[i + 1] for i in range(10))

def g():
    return sorted(range(1, 100000))

assert f(g())

def f(n: int, a1=12345, a2=12345):
    assert a1 >= a2
    assert 0 <= a2
    return a1 + a2 < n

def g(a1=12345, a2=12345):
    return 12345 + a1 + a2

assert f(g())

def f(s: str, target="foobarbazwow", length=6, bound=11):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6, bound=11):
    return "foobarbazwow"[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int):
    return sum(2 ** i for i in range(n)) == n

def g():
    return int(2 ** (int(pow(2, -16)) * pow(2, -64)) * pow(2, -32))

assert f(g())

def f(n: int):
    return n == 2 or all(np.nonzero(i % 2 == 1 for i in range(n)) for i in range(n))

def g():
    return 0

assert f(g())

def f(n: int, is_negative=True):
    return n < 0

def g(is_negative=True):
    return -912 + -27 + -81 + -7 - 4 + 7

assert f(g())

def f(counts: List[int]):
    return all(k != counts[k] for k in range(2, 0, -1))

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(text: str, count=10):
    return all(
        len(s) >= count and text in s for s in text.split(" ")
    )

def g(count=10):
    return "helloworld"

assert f(g())

def f(x: int):
    return min(max(x, 0), 0 + x == 2)

def g():
    return min(2, max(0, 2 + 1))

assert f(g())

def f(l: List[int], m=10):
    for i in range(len(l)):
        assert l[i] == m
        assert not (l[i] <= 2 or l[i] == -2 or l[i] > m)
    return True

def g(m=10):
    return [m]

assert f(g())

def f(x: float, n=0, a=1020):
    return a == x or abs(x - a) < 1e-6

def g(n=0, a=1020):
    return float(n * n) ** 0.5 + a

assert f(g())

def f(x: List[int]):
    return max(abs(x[0]), abs(x[1])) < 1e-5

def g():
    return [0, 0]

assert f(g())

def f(x: int):
    return x >= 2**21 and x < 2**22

def g():
    return 2**22 - 2**20

assert f(g())

def f(x: float):
    return x < 1.0 or x > 1.0e6

def g():
    return 1.0 / 2.0

assert f(g())

def f(s: str):
    return s + 'Hello' in s or 'Hello' in s

def g():
    return "Hello Hello"

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n >= a and n <= b

def g(a=253532, b=1230200):
    return a + f(1, a)

assert f(g())

def f(x: int, a=10201202001, b=-10, m=4):
    return (a**2 + b**2) ** m == x

def g(a=10201202001, b=-10, m=4):
    return (a**2 + b**2) ** m ** (a > b)

assert f(g())

def f(x: List[int], a=7, b=10, c=11, e=3):
    return (x[0] == a and x[-1] <= e and x[-1] + x[-2] == x[1] and x[-1] + x[-2] + c == x[2]) == (x[0] + x[1] + x[2] + c == x[0] + x[1] + x[2] + e)

def g(a=7, b=10, c=11, e=3):
    return [x for x in range(a+b+c+e)]

assert f(g())

def f(nums: List[int]):
    return sum(x ** 0 for x in nums) == max(min(max(nums), 7), 3)

def g():
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(start: int):
    return all(i in range(1000) for i in range(start, 2000) if i % 2 == 1)

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: str, count=10):
    """
    returns True if s is the shortest string that contains all of count occurrences of
    each letter
    """
    return len(set(s)) >= count

def g(count=10):
    return 'abcdefghijklmnopqrstuvwxyz'

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+3)+"b" for i in range(1000)
    ]

assert f(g())

def f(ls: List[str], m=50):
    return len(ls) == m and all(x in ls for x in range(len(ls) - m))

def g(m=50):
    return [str(i) for i in range(m)]

assert f(g())

def f(n: List[int]):
    return n == [1, 2, 3, 4]

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int, a=0, b=0, c=0, d=0, e=0, f=0):
    return n == ((a + c + e + f) % 3) + 1

def g(a=0, b=0, c=0, d=0, e=0, f=0):
    return a+b+c+d+e+f+1

assert f(g())

def f(x: str, t=20, a=15, s=8):
    r = "abc"
    if t == 20:
        return "*" in x or "*" in x[::-1]
    assert r == x % 3 == 0
    return r == "abc"

def g(t=20, a=15, s=8):
    return "ABC*1+8+6+4+3+2+1"

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= len(s) - 4

def g():
    return [
        "123456789a0bbaa0a0bbbaa0a0",
        "1a2ab",
        "123456789a0bbaa0a0bbbaa0a0",
        "123456789a1bbaa1a1bbaa1a1"
    ]

assert f(g())

def f(a: str):
    return all([x in a for x in set(a)])

def g():
    return str(1)

assert f(g())

def f(res: List[int]):
    return res[3] != res[2]

def g():
    return [1,2,3,4,5]

assert f(g())

def f(d: List[int]):
    return sum(d[i] for i in range(len(d))) < 1000

def g():
    return [7, 8, 9]

assert f(g())

def f(a: int, b=1, c=1):
    return a == b or a == c

def g(b=1, c=1):
    return 1

assert f(g())

def f(s: str):
    return s.count("+") == 1

def g():
    return "3 + 1"

assert f(g())

def f(nums: List[int], n=12):
    return len(nums) == n

def g(n=12):
    return [0 for _ in range(n)]

assert f(g())

def f(str: str, i=1):
    return 0 <= i <= len(str) and len(str) == i

def g(i=1):
    return "abc"[i]

assert f(g())

def f(a: List[int], n=3):
    return all(a==b for a, b in zip(a, a + [n]))

def g(n=3):
    return [3, 1]

assert f(g())

def f(y: List[List[int]]):
    assert len(y) == 5
    return all(i == len(y) and j < 5 for i, j in zip(y, y) if i != len(y) and j < i)

def g():
    return [
        [2, 4, 10, 16],
        [4, 8, 12, 24],
        [8, 12, 24, 36],
        [12, 20, 28, 40],
        [12, 20, 36, 52],
    ]

assert f(g())

def f(s: str):
    return s[s.find("(") + 2] == '(' or s[s.find('(') + 2] == ')'

def g():
    return "str(((str(1)) + 1) * 10) == '123456789'"

assert f(g())

def f(n: int, target=0, edge="rrrrrr:rrr"):
    return 2 * n > 3

def g(target=0, edge="rrrrrr:rrr"):
    return 2 * 2 ** target

assert f(g())

def f(nums: List[int], k=5):
    return len(set(nums)) == k

def g(k=5):
    return [i for i in range(k)]

assert f(g())

def f(a_list: List[int]):
    return all(i < j for i, j in enumerate(a_list))

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int):
    return len(range(1,2 * n)) >= 100000

def g():
    return 100000

assert f(g())

def f(n: int):
    i = n
    for x in range(1, n + 1):
        i *= 2
    return i == n and i % 2 == 0

def g():
    return 0

assert f(g())

def f(l: List[int]):
    return l[0] + l[1] == l[2] + l[3]

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(n: int):
    return all(i**2 == n - i for i in range(n))

def g():
    return 10 - 6*10**4

assert f(g())

def f(path: List[List[int]]):
    assert len(path) == 5
    return all([i in path for i in [1, 2, 3] if len(path[i]) > 10])

def g():
    return [
        [3, 4],
        [5, 6],
        [9, 10],
        [10, 11],
        [12, 13],
    ]

assert f(g())

def f(x: str):
    return all(x == "a" for _ in range(5))

def g():
    lst = ["a", "b", "c", "d"]
    return min(lst)

assert f(g())

def f(s: str):
    return s.count("#") > 0

def g():
    return "12#"

assert f(g())

def f(n: int, a=15, b=30, c=20):
    return n + a >= sum([a * i for i in range(b)] + [b + 1])

def g(a=15, b=30, c=20):
    return sum([a for i in range(b+(b*c))])

assert f(g())

def f(n: int, a=10, b=10, c=10, d=10, e=3, f=6, g=5, h=3):
    if a > b or b > c:
        return False
    if b > d and b > e:
        return False
    return n > f and n > g and n > h

def g(a=10, b=10, c=10, d=10, e=3, f=6, g=5, h=3):
    return a*b*c*d*e*f*g*h

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) not in [0, 1, 2]  # 0 not in range(1, n); 1, 2 not in [0, 1]; 3, 5 not in [0, 1, 2, 3]

def g(n=12345):
    return [2, 0, 1, 3, 1, 9]

assert f(g())

def f(k: int, start=4200, target=19182412):
    return sum(x for x in range(4200, start+k)) == sum(x for x in range(start, start+k))

def g(start=4200, target=19182412):
    return 5

assert f(g())

def f(s: str):
    return s == "s" or s.startswith("ss")

def g():
    return "s"

assert f(g())

def f(x: List[int]):
    assert len({i for i in range(10)}) == 10
    return len({(i, i) for i in x}) == 10

def g():
    return [i for i in range(10) for _ in range(5)]

assert f(g())

def f(x: List[int], n=4):
    return all(0 <= x[i] for i in range(n))

def g(n=4):
    return [0, 2, 2, 2]

assert f(g())

def f(seq: List[int]):
    return {i + j for i in seq for j in seq} == {0, 1, 2, 3, 4}

def g():
    return list(range(0, 3))

assert f(g())

def f(x: int, a=662450, b=724700):
    if x > 0:
        return x + a > b
    else:
        return x + a == b

def g(a=662450, b=724700):
    return max(0, a, b)

assert f(g())

def f(ls: List[str]):
    return [ls.count(substring) for substring in ls] <= [6 * len(ls)] and len(ls) >= 100

def g():
    return [("a" * i) for i in range(1000)]

assert f(g())

def f(seq: List[str], n=3):
    return len(seq) == n

def g(n=3):
    return ["1"*n, "2"*n, "3"*n]

assert f(g())

def f(nums: List[int]):
    n = nums.pop()
    return n + sum(abs(i) * i * i for i in range(100)) <= 1001 or sum(abs(i) * i for i in range(100)) >= 1001 or all(abs(i) * i for i in range(100)) == 1001

def g():
    return [0, 1, 2]

assert f(g())

def f(x: int, a=100, b=600):
    return x > a and x > b

def g(a=100, b=600):
    return a * b

assert f(g())

def f(n: int, k=6):
    p = 1
    m = 1
    for s in range(1, n + 1, 2):
        if s == k:
            p += 1
            m -= 1
        elif s == (n + 1) // 2:
            p -= 1
            m += 1
    return p == m

def g(k=6):
    return k**k

assert f(g())

def f(t: str):
    return len(t) >= len(set(t)) and all(
        x   != y if t in {"aaa","ggg","hh", "bbb", "lll"} 
                     else t[ord(x):ord(y) == 1] 
                     for x, y in zip(t.split(" ")[:3], t.split(" ")[4:]))

def g():
    return "123456789"

assert f(g())

def f(p: List[int]):
    if p[0] == 0 and p[1] == 1:
        return True
    if p[0] == 1:
        if p[1] == 2:
            return False
        elif p[1] == 3:
            return True
    return False

def g():
    return [0, 1, 3, 2]

assert f(g())

def f(n: int, a=3, b=23463462):
    return n > a + b

def g(a=3, b=23463462):
    return a + b + 11

assert f(g())

def f(count: int):
    if count == 0:
        return True
    elif count <= 10:
        return True
    else:
        return count < 100 and count < 1000

def g():
    return 0

assert f(g())

def f(moves: List[List[int]]):
    return all(
        not bot_move() for move in moves
        if move[0] == 1
    )

def g():
    return [
        [3, 2, 1],
        [4, 5, 1],
        [5, 6, 1],
    ]

assert f(g())

def f(str: str, char='I!!!'):
    return str.count('I!!!') == 1

def g(char='I!!!'):
    return char

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == len(nums) == n

def g(n=5):
    return [4, 5, 8, 9, 0]

assert f(g())

def f(p: List[int], n=1000):
    return len(set(p)) == n

def g(n=1000):
    return [i*i for i in range(n)]

assert f(g())

def f(s: List[int], n=3):
    assert len(s) == n
    s = map(abs, s)
    return all(s > 0 for i, s in enumerate(s))

def g(n=3):
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], lower_bound=20):
    return nums[0] >= lower_bound and nums[-1] >= lower_bound

def g(lower_bound=20):
    return [x if x >= lower_bound else x + lower_bound for x in range(10)]

assert f(g())

def f(h: List[int]):
    return {k for k in h} == {0, 1, 0, 1, 2}

def g():
    return [i for i in range(3)]

assert f(g())

def f(t: str, s="2"):
    return s == "2" in str(t)

def g(s="2"):
    return s

assert f(g())

def f(x: List[int]):
    if x == [[1, 2], [3, 4]]:
        return len(x) == 1
    return all(x[i] == x[i + 1] for i in x)

def g():
    return [x for i, x in enumerate(["abc"]) if x[0] == x[1] == x[2]]

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(sub in s for sub in substrings) and not s == "abc123def"

def g(substrings=['foo', 'bar', 'baz']):
    return "".join("a{0}b".format(x) for x in substrings)

assert f(g())

def f(num: int, target=150000):
    return target <= num

def g(target=150000):
    return target + 1

assert f(g())

def f(s: str):
    return s.count("A") > 2

def g():
    return "ABBABABABABABABABAB"

assert f(g())

def f(n: int, a=1, b=1, x=1):
    if x >= b:
        return n >= b
    else:
        return int(n * a * b / x) == b

def g(a=1, b=1, x=1):
    return a * x * b

assert f(g())

def f(n: int, a=27):
    n = n ** 0.5
    return not n < a and not n > a

def g(a=27):
    return a ** 2

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return all((a ** p <= b ** p for p in [1, 2, 3])) and all((a ** p < b ** p for p in [1, 2, 3]))

def g():
    return [3, 5, 9]

assert f(g())

def f(x: float, a=1073258, b=72352549):
    return x == a / b

def g(a=1073258, b=72352549):
    return float(a / b)

assert f(g())

def f(j: int, m=150, k=70):
    return abs(((j * m) ** 2) + (j * m) * j) <= (m + k) ** 2

def g(m=150, k=70):
    return min(k**2, sum(k**3 * n for n in range(m**2, m + k, k)))

assert f(g())

def f(n: int, t=3, upper_bound=600):
    return sum(n ** 4 for n in range(t, upper_bound)) == max(n, 1)

def g(t=3, upper_bound=600):
    return sum(n ** 4 for n in range(t, upper_bound))

assert f(g())

def f(s: str):
    return s.count("w") == 1

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: List[int], n=10):
    return len(set(x)) == n and n == len(x)

def g(n=10):
    return list(range(1,n+1))

assert f(g())

def f(y: float, a=25):
    return abs(y - a) < 10 ** -3

def g(a=25):
    return float(int(str(a)))

assert f(g())

def f(k1: int, k2=2):
    # k1 = 1, k2 = 2 -> True -> True
    # k1 = 2, k2 = 1 -> False -> True
    return k1 * k2 in {2, 1}

def g(k2=2):
    return 1

assert f(g())

def f(string: str):
    return all(ch for ch in string if ch not in string)

def g():
    return "1234567"

assert f(g())

def f(hands: List[int], n=5000):
    angle = set([5, 3, 2.5, 12.5, 6, 18.5, 12, 5, 8, 4.5])
    for i in angle:
        assert len(set(hands)) == len(hands) and len(hands) == len(set(hands))
    return len(hands) == n

def g(n=5000):
    return list(range(n))

assert f(g())

def f(x: int):
    return str(x).startswith("123")

def g():
    return 123

assert f(g())

def f(t: List[int], sz=8):
    x = [t[i] if i >= 0 else t[i - 1] + 1 if i < len(t) - 1 else i - 1 for i in range(sz)]
    return all(x != i for i in range(len(t) - 1))

def g(sz=8):
    return [4] + list(range(sz))

assert f(g())

def f(l: List[str], size=1000):
    ln = []
    for i in range(len(l)):
        ln += l[i].split()
    return len(ln) == size

def g(size=1000):
    return [".{}.{}".format(i, 1000 * i) for i in range(1000)]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(s) < length:
        print("%i" % len(s))
        return False
    try:
        return target[(len(target) - length) // 2:(len(target) + length) // 2] == s
    except Exception:
        print("%i" % len(s))
        return False

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return n > n % 5 and n > 100 and n > 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return "Hello " + s[:] == "Hello world"

def g():
    return "world"

assert f(g())

def f(n: int):
    return n == 2**31 or n == 2**31 + 2

def g():
    return 2 ** 31

assert f(g())

def f(s: List[int]):
    return len(set(s)) == 3

def g():
    return [42, 1, 42, 7]

assert f(g())

def f(s: str, nums=[3, 4, 5, 97, 100, 101], k=7):
    return s == "{0}!".format(*s.lower())

def g(nums=[3, 4, 5, 97, 100, 101], k=7):
    return "{0}!".format(nums.pop(0))

assert f(g())

def f(s: str):
    return len(s) > 4

def g():
    return "abcdef"

assert f(g())

def f(x: str):
    return x.rstrip('a') == x.rstrip('b')

def g():
    return "abcd"

assert f(g())

def f(l: List[str], n=100):
    return all(len(l) >= n and l[-n:])

def g(n=100):
    return [l for l in ["a"*(i+2)+"b" for i in range(n)]]

assert f(g())

def f(path: List[int]):
    assert len(path) > 995
    return len(set(path)) > 995

def g():
    return [i for i in range(1000)]

assert f(g())

def f(nums: List[int]):
    return all(nums[i:i + 3] for i in range(1, 6))

def g():
    return [1,2,3,4,5,6]

assert f(g())

def f(p: List[int], m=8):
    return len(p) == m

def g(m=8):
    return [s for s in range(m)]

assert f(g())

def f(n: int):
    if n % 2 == 0:
        return True
    return False

def g():
    return int(int((1 + 2**3)**99) ** 0.5)

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678")

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: [str], a=["this", "is", "a", "test"], b=["good", "stuff", "bad"]):
    n = len(a) + 1
    for i in x:
        if i in a and i not in b and i not in x and abs(x[i] - i) > n:
            n += 1
    return n >= len(b)  # length is no smaller than number of items in b

def g(a=["this", "is", "a", "test"], b=["good", "stuff", "bad"]):
    return [("this is a test")*n for n in range(0,1)]

assert f(g())

def f(a: str, b="world"):
    return a == b

def g(b="world"):
    return "world"

assert f(g())

def f(nums: List[int], bound=60):
    return all(min(num for num in nums) >= bound 
              for num in nums)

def g(bound=60):
    return list(map(lambda num: num * num, range(bound,bound+10)))

assert f(g())

def f(s: str, strings=['a','b','z','y']):
    return s == 'aeiou'

def g(strings=['a','b','z','y']):
    return "aeiou"

assert f(g())

def f(s: str):
    return len(s) > 0 and s[0] in ['N', 'L', 'K']

def g():
    return 'L'

assert f(g())

def f(n: int, lower=150, upper=150):
    return n > lower and n > upper

def g(lower=150, upper=150):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(nums: List[int]):
    for i in range(1000):
        if nums[i] == "0":
            return False
    return True

def g():
    return list(range(1000))[::-1]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return all(n == a + b == sum([b * i for i in range(c)])
              for a, b in zip(range(-30, -5), range(10, 20)) if n >= -a)

def g(a=17, b=100, c=20):
    return sum(a*b for a, b in zip(range(-30, -5), range(10, 20)))

assert f(g())

def f(seq: List[int]):
    return all(i == j for i, j in zip(seq, seq[1:]))

def g():
    return [0, 0, 0]

assert f(g())

def f(n: int):
    return str(n * n).startswith("11111")

def g():
    return int(int("11111" + "1"*9) ** 0.5) + 1

assert f(g())

def f(a: List[int], n=100):
    return all(i in a for i in range(n))

def g(n=100):
    return list(map(int, range(100)))

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3
    return max(probs[(i + 1) % 3] * probs[i] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [0.1, 0.2, 0.3]

assert f(g())

def f(n: int, nums=[], lower_bound=2000):
    return all(n % i == 0 for i in nums and n % i >= lower_bound)

def g(nums=[], lower_bound=2000):
    return sum(nums == i for i in range(5) for _ in range(lower_bound))

assert f(g())

def f(n: int):
    return n == 9254359 or n == 123

def g():
    return 9254359 and 123 or 925405399

assert f(g())

def f(n: int, a=1000000000000000, lower=12345):
    return n >= lower

def g(a=1000000000000000, lower=12345):
    return 1000 * lower + a

assert f(g())

def f(s: str):
    return s.split() == ['1', '2', '3', '4', '5']

def g():
    return """
        1  2  3  4  5
        """

assert f(g())

def f(num: int, l=5, upper_bound=6):
    if upper_bound == 0:
        if num == 0:
            return True
        return l == 1 and num == 1
    if upper_bound == -1:
        return l >= upper_bound
    return num <= upper_bound

def g(l=5, upper_bound=6):
    return sum(1 for _ in range(l)) + 1

assert f(g())

def f(m: List[int], h=3, num_squares=3):
    return sum(m) == len(m) == h

def g(h=3, num_squares=3):
    return [i for i in range(num_squares)]

assert f(g())

def f(li: List[int]):
    return sum(li) == len(li) and all(li[i] == li[j] for i, j in zip(li, li[1:]))

def g():
    return [1, 1]

assert f(g())

def f(nums: List[int]):
    return nums == [1, 2, 5, -2, 0, 2, 3, 4]

def g():
    return [1, 2, 5, -2, 0, 2, 3, 4]

assert f(g())

def f(n: int, a=10, b=50):
    return n > a * b

def g(a=10, b=50):
    return b**10 + 2**30

assert f(g())

def f(nums: List[int], index=6):
    return nums[index - 1] | nums[index] == nums[index + 1]

def g(index=6):
    return [i for i in range(1000)]

assert f(g())

def f(seq: List[int]):
    d = 0
    for i in seq:
        d = d + 1
    return d > 2

def g():
    return [1] * 2000

assert f(g())

def f(n: int, target=10):
    if n == 1:
        return True
    return all(n % 2 == 0 for n in range(1, 3, -1))

def g(target=10):
    return int(target / 100)

assert f(g())

def f(nums: List[int], a=100, b=1000, c=5000):
    return all(i >= 0 for i in nums) and all((1 + (nums[i] - nums[-i]) ** c) % a for i in range(10)) and all([a ** b > 0] for a in nums)

def g(a=100, b=1000, c=5000):
    return list(range(1, 1000 + 1))

assert f(g())

def f(nums: List[int], n=12):
    s = ""
    for num in nums:
        assert num < n
        s += str(num)
    return s.replace("1", "") == s[::-1] and s.replace("2", "") == s[::-1]

def g(n=12):
    return [0]*n

assert f(g())

def f(s: str):
    return s.count("7") == 7

def g():
    return "7 and 7 and 7 and 7 and 7 and 7 and 7"

assert f(g())

def f(string: str, b=1000):
    return len(string) == b

def g(b=1000):
    return "1"*b

assert f(g())

def f(s: str):
    return ''.join(s) == 'Hello world'

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return s.startswith('!') and s.endswith('!!!!!')

def g():
    return '!!!!!!'

assert f(g())

def f(n: int):
    return (n > 1) and (n > 921) and (n > 16)

def g():
    return 2**31

assert f(g())

def f(len_t: List[int], n=4):
    return len(len_t) == n and len(len_t) % 2 == 0

def g(n=4):
    return list(range(n))

assert f(g())

def f(s: str, x=0):
    if x == 0:
        return "0" in s
    else:
        return "0" + s

def g(x=0):
    return "0"

assert f(g())

def f(n: int, a=3, b=23463462):
    return int(b // n) * n + int(a) == a

def g(a=3, b=23463462):
    return 1 + a + b

assert f(g())

def f(nums: List[int], digits=3):
    return nums == [2 ** n for n in range(digits)]

def g(digits=3):
    return [2 ** k for k in range(digits)]

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    for i in range(c):
        if b and nums[i] * b != 0:
            return False
    return True

def g():
    return [2, 0, 0]

assert f(g())

def f(seq: List[int], n=5):
    return seq == [i for i in range(n)]

def g(n=5):
    return list(map(int, range(n)))

assert f(g())

def f(g: List[int], n=9):
    for i in range(n):
        if not g[i]:
            return False
    return True

def g(n=9):
    return [n * n for i in range(9)]

assert f(g())

def f(x: List[int], target=[[1, 2, 3], [1, 2, 3], [1, 2, 3]]):
    r = x[::-1]
    count = len(set(r))
    return 0 <= r[len(target) - 1] < count

def g(target=[[1, 2, 3], [1, 2, 3], [1, 2, 3]]):
    return [1, 2, 3]

assert f(g())

def f(inds: List[int], count=12):
    return len(inds) == count

def g(count=12):
    return list(range(count))

assert f(g())

def f(d: List[int], n=50):
    return len(d) == n or sum(t > d for t in d) == n // 2

def g(n=50):
    return [int(t) for t in range(n)]

assert f(g())

def f(inds: List[int], li=[]):
    return all([li.extend(i) for i in inds])

def g(li=[]):
    return list(li)

assert f(g())

def f(num: List[int]):
    assert len(num) == 3
    return num[0] * num[1] * num[2] == num[0] * num[2] * num[1]

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], a=1, b=10):
    return nums == sorted(range(a, b+1))

def g(a=1, b=10):
    return list(range(a, b+1))

assert f(g())

def f(nums: List[int]):
    return all(n > 0 and nums[0] < n for n in nums)

def g():
    return list(range(1, -1))

assert f(g())

def f(s: str, target="bob", max_t=5):
    return len(set(s) & set(s[::-1])) > max_t

def g(target="bob", max_t=5):
    return "123456789" + "0"*9

assert f(g())

def f(f: str):
    return f == "123"

def g():
    return str(123)

assert f(g())

def f(letters: List[str], lower_bound=75):
    return len(set(letters)) >= lower_bound

def g(lower_bound=75):
    return ["a"*(i+3)+"b" for i in range(lower_bound)]

assert f(g())

def f(s: str):
    return "hello world" == s

def g():
    return 'hello world'

assert f(g())

def f(s: List[int], target=99):
    return len(set(s)) == target

def g(target=99):
    return list(range(target))

assert f(g())

def f(num: str):
    return num.count('1') == len(num) - 1

def g():
    return str(0)

assert f(g())

def f(a: List[int], n=4, m=10):
    return n < m and len(a) == n

def g(n=4, m=10):
    return [n, m, m, m]

assert f(g())

def f(bipartite: List[List[int]]):
    return bipartite == [[0, 2, 3], [2, 5, 3], [5, 5, 2], [0, 4, 2]]

def g():
    return [[0, 2, 3], [2, 5, 3], [5, 5, 2], [0, 4, 2]]

assert f(g())

def f(a: List[int]):
    return a[0] < a[1] < a[2]

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: List[int]):
    return x == [0, 3, 3, 3, 3, 3, 3]

def g():
    return [0, 3, 3, 3, 3, 3, 3]

assert f(g())

def f(nums: List[int], target=1):
    return len(nums) == 1000 and all((n - 1) % 2 == 0 for n in nums)

def g(target=1):
    return [-1] * 1000

assert f(g())

def f(li: List[int]):
    return all([li[i] == i * i for i in range(10)])

def g():
    return [i*i for i in range(11)]

assert f(g())

def f(big_str: str, words=['SEND', 'MORE', 'MONEY']):
    return big_str == words[0]

def g(words=['SEND', 'MORE', 'MONEY']):
    return words[0]

assert f(g())

def f(number: int):
    return number == 3600 or int(number // 1000) == 0

def g():
    return (35 - 3 * 5) % 1

assert f(g())

def f(x: int):
    return x > 40

def g():
    return 40 + 1

assert f(g())

def f(s: str, target="a123", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s.lower()

def g(target="a123", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(c: List[int], n=10000, t=1):
    return all([c[i] == t for i in range(n)])

def g(n=10000, t=1):
    return [t] * n

assert f(g())

def f(s: str, target=5):
    return s.count("1") == 1

def g(target=5):
    return "123456789" + "0"*9

assert f(g())

def f(n: int, a=345383465, b=8):
    return n // a == b

def g(a=345383465, b=8):
    return a * b

assert f(g())

def f(n: int, target=19):
    for i in range(n):
        if target == n:
            return i == 0 and target > 10 ** -6
        else:
            return i == n - 1 and target < 0

def g(target=19):
    return 19

assert f(g())

def f(s: str, r=30):
    return s == "123456789abcde"

def g(r=30):
    return str("123456789abcde")

assert f(g())

def f(a: List[int], lower_bound=50):
    return min(a) <= lower_bound and max(a) >= lower_bound

def g(lower_bound=50):
    return [lower_bound]

assert f(g())

def f(s: str, target="xoxoxoxo", num=1):
    s = s.upper()
    if s.startswith("X"):
        return True  # you won!

    elif s.startswith("O"):
        assert any(i > len(s) for i in range(len(s) - 1)), "You lose!"
        return False  # you lost!

    return False

def g(target="xoxoxoxo", num=1):
    return target + str(num) + "says"

assert f(g())

def f(indexes: List[int], target=1, m=3):
    for i in range(len(indexes)):
        # if target doesn't match any of indexes[i, j, k]:
        #     return False
        return True

def g(target=1, m=3):
    return list(list(range(m)))

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 4

def g():
    return [4, 1, 1, 5, 7]

assert f(g())

def f(num: List[int]):
    return all([i == num[i] for i in range(10)])

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(s: str):
    return s == 'foobar'  # foo or bar

def g():
    return "foobar"  # not "foo"

assert f(g())

def f(t: str):
    i = 0
    for c in t:
        if c == "A":
            continue
        i += 1
    return i == len(t)

def g():
    return "abcdefdef"

assert f(g())

def f(nums: List[int], n=20):
    return len(nums) > 5 or sum(nums) > 10

def g(n=20):
    return [10, 20]

assert f(g())

def f(s: str, u=0):
    return u >= 0 and "".join(t for t in s if t) == "<p>&nbsp;</p>"

def g(u=0):
    return u == 0 and "<p>&nbsp;</p>"

assert f(g())

def f(s: str):
    return "The quick brown fox jumps over the lazy dog" == s

def g():
    return 'The quick brown fox jumps over the lazy dog'

assert f(g())

def f(t1: List[int]):
    return all(i in t1 for i in range(3))

def g():
    return list(range(5))

assert f(g())

def f(x: int, a=43):
    return -x == a

def g(a=43):
    return -int(int(abs(a)))

assert f(g())

def f(ring: str, lower=10):
    return ring.endswith('c')

def g(lower=10):
    return "abc"

assert f(g())

def f(n: int, a=1, b=2, c=43):
    return n > a and n > b and c * n > a * b

def g(a=1, b=2, c=43):
    return a+b+c

assert f(g())

def f(x: int, a=8009, b=1647):
    return x == a - b

def g(a=8009, b=1647):
    return a - b

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n and min(nums) >= 0

def g(n=1000):
    return [0 for _ in range(n)]

assert f(g())

def f(li: List[int], k=10):
    return (0 <= len(li) and len(li) - k > 0 and len(li) - k <= max(0, len(li)))

def g(k=10):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(strings: List[str], n=3):
    return len(sorted(strings)) == n == len(strings) and all(s in strings for s in strings)

def g(n=3):
    return ["one", "two", "three"]

assert f(g())

def f(s: str):
    return s.count("\n") == 1

def g():
    return '1234567890n\n'

assert f(g())

def f(n: int, nums=[], upper_bound=5000):
    return all(
        n % i == 0 for i in nums for num in nums[:i]
        and 0 < num <= upper_bound
    )

def g(nums=[], upper_bound=5000):
    assert upper_bound > 0
    s = 1
    for num in nums:
        s += num
    return s

assert f(g())

def f(i: int):
    dnum = i + 1000
    return dnum > 1000 and dnum - 1001 > 2000

def g():
    return 100000

assert f(g())

def f(s: str):
    return len(s) == 1 and s == s[::-1]

def g():
    return "a"

assert f(g())

def f(n: int):
    return n >= 100000

def g():
    return 100000

assert f(g())

def f(n: int, words = ['SEND', 'MORE', 'MONEY'], target = 1829440157):
    return n == target

def g(words = ['SEND', 'MORE', 'MONEY'], target = 1829440157):
    return int(target) if words == ['SEND', 'MORE', 'MONEY'] else target + 1

assert f(g())

def f(l: List[int]):
    return len(l) > 3

def g():
    return list(range(7))

assert f(g())

def f(s: str):
    return s.count('e') == 1

def g():
    return "e"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3

def g():
    return ["1", "2", "3"]

assert f(g())

def f(coords: List[List[int]], side=10):
    a, b = coords.pop(), coords.pop()
    return b < a

def g(side=10):
    return [[1,2],[3,4],[5,6],[7,8]]

assert f(g())

def f(s: List[int]):
    return sum(i in s for i in range(8)) == 8

def g():
    return [i for i in range(20) if i != 20]

assert f(g())

def f(n: int):
    return n * n > 2 ** 30

def g():
    return 2**30

assert f(g())

def f(li: List[int]):
    return li == li[::-1]

def g():
    return [2]

assert f(g())

def f(x: float):
    return abs(x - 1.2) < 1e-6

def g():
    return 1.2

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 2000 and (sum(num for num in nums if num < 0) == 0 or all((num + 1) % 4 == 0 for num in nums))

def g():
    return [0]

assert f(g())

def f(p: List[int]):
    for i in range(len(p)):
        if i >= target:
            return False
    return True

def g():
    return []

assert f(g())

def f(s: str, n=10):
    if len(s) > 0:
        for i in range(3 * n + 1):
            if len(s) == i + 1:
                if i != n - 1:
                    if i % 3 == 0:
                        return True
                else:
                    return False
    return False

def g(n=10):
    return "123456789" + "0"*n

assert f(g())

def f(n_s: str):
    return len(n_s) > 3

def g():
    return "Hello World"

assert f(g())

def f(ls: List[str]):
    return (len(ls) == 4) and all([1 for _ in ls if _ != 'o'])

def g():
    return ["a","b","c","d"]

assert f(g())

def f(s: str):
    return s is None or s[0] == s.rfind('/') or s[0].isdigit()

def g():
    return str(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], [0, 1]]):
    return path[0] * path[1] == 0

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [0, 1]]):
    return [path[0] * path[1] for path in edges]

assert f(g())

def f(n: int):
    if n % 2 == 0:
        return True
    if n % 3 == 0:
        return True
    if n % 7 == 0:
        return True
    return False

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int):
    return n % 5 in {1, 2, 3, 4, 5}

def g():
    return 7

assert f(g())

def f(s: str):
    return s.startswith("abcdefg")

def g():
    return "abcdefg"

assert f(g())

def f(int_list: List[int]):
    return all(i in int_list and i < 10 for i in range(10))

def g():
    return list(range(10))

assert f(g())

def f(nums: List[int], n=12345):
    return sum(1 ** n for i in nums) == n

def g(n=12345):
    return list(range(12345))

assert f(g())

def f(s: str):
    return s.find(s[0]) != -1

def g():
    return "AaA"

assert f(g())

def f(inds: List[int], target=4):
    return all([i in inds for i in range(target)])

def g(target=4):
    return list(range(target))

assert f(g())

def f(nums: List[int], n=12345):
    return 1 and sum(nums) > 1000

def g(n=12345):
    return [n for _ in range(100)]

assert f(g())

def f(s: str, n=1004):
    return s.count("0") == n

def g(n=1004):
    return "1234"*n + "7890"*n

assert f(g())

def f(x: List[int], n=12, s=6):
    return all(0 <= i < len(x) for i in range(n + 1))

def g(n=12, s=6):
    return list(range(n)) + [12]

assert f(g())

def f(x: float):
    return x < 1.0 or x > 1.0e6

def g():
    return float("0"*12)

assert f(g())

def f(d: int):
    return d > 1000 and int(d) > 8

def g():
    return 99999999 + 1

assert f(g())

def f(x: int, a=10, b=40):
    return float(x) / float(b) == a

def g(a=10, b=40):
    return int(float(a) * float(b))

assert f(g())

def f(nums: List[int]):
    return len(nums) > 10

def g():
    return list(range(20))

assert f(g())

def f(num: List[int]):
    assert len(num) == 3
    return num[0] * num[1] * num[2] == num[0] * num[2] * num[1]

def g():
    return [num for num in range(3)]

assert f(g())

def f(n: int, a=10201202001):
    return max(n, 0) == a == n

def g(a=10201202001):
    return a

assert f(g())

def f(nums: List[int]):
    assert len(nums) == len(set(nums)) == 6
    return True if len(nums) == 2 else True if nums == [4, 3] else True # only one row will be non-zero

def g():
    return list(range(6))

assert f(g())

def f(l: List[int], target=32):
    return len({a for a in l if a < target}) == 3

def g(target=32):
    return [1, 2] + [0 for i in range(1, target+1)]

assert f(g())

def f(n: int):
    return max(1e8 / n, 0) > 0.9 * n

def g():
    return 4

assert f(g())

def f(s: str):
    return bool(s.startswith("Hello world") or len(s) == 14 or sum(s) == 49)

def g():
    return "Hello world"

assert f(g())

def f(str: str, count1=50, count2=30):
    return (
        (len(str) >= count1 and not count1) or len(str) < count1 or
        (count1 > 0 and not (len(str) >= count1)) or (count1 < 0 and count1 > len(str))
        ) and \
        (
        not (len(str) >= count2 and len(str) < count2) and not \
        (count2 > 0 and len(str) >= count2)
        )

def g(count1=50, count2=30):
    return "Hello, world!"

assert f(g())

def f(numbers: List[int]):
    return any(n * n for n in numbers)

def g():
    return [4, 2, 9]

assert f(g())

def f(a: List[int], target=7):
    return len(set(a)) == target

def g(target=7):
    return [a for a in range(7)]

assert f(g())

def f(s: str):
    return s.count('\u1234') == 1

def g():
    return "\u1234"

assert f(g())

def f(d: List[int]):
    return d == [1, 2, 3]

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return sum(c in s for c in s) > 7

def g():
    return "abcd"+"efgh"+"ijkl"

assert f(g())

def f(nums: List[int], thresh=1):
    # check sum of three numbers
    a, b, c = nums
    return (a / b) == a or b == 1

def g(thresh=1):
    return [0, 1, 2] if thresh > 0 else [0]

assert f(g())

def f(s: str):
    return all(ch in s for ch in "abcdefghijklmnopqrstuvwxyz01234567")

def g():
    return "1234567890abcdefghijklmnopqrstuvwxyz0123456789abcdefghijklmnopqrstuvwxyz01234567"

assert f(g())

def f(s: str):
    if s == "t":
        return False
    elif s == "t1":
        return True

def g():
    if True:
        return "t1"
    else:
        return "t"

assert f(g())

def f(n: int):
    return sum(map(int, [0, 1] + [0, 1] + [0, 2] + [6, 8] + [0, 27] + [0, 1] + [5, 21] + [0, 2] + [0, 1] + [1, 10] + [0, 9] + [0, 9] + [0, 2] + [2, 1])) == n

def g():
    return int(sum(map(int, [0, 1] + [0, 1] + [0, 2] + [6, 8] + [0, 27] + [0, 1] + [5, 21] + [0, 2] + [0, 1] + [1, 10] + [0, 9] + [0, 9] + [0, 2] + [2, 1])))

assert f(g())

def f(s: str, max=17):
    return s == str(max)[::-1]

def g(max=17):
    return str(max)[::-1]

assert f(g())

def f(li: List[int], target=10):
    for i in range(len(li)):
        if li[i] == target:
            return True
    return False

def g(target=10):
    return [10]*3

assert f(g())

def f(x: List[int], n1=10, n2=3):
    return len(x) >= n1 and len(x) >= n2

def g(n1=10, n2=3):
    return [n1 * 2 + (n2 * n1) + n1 for _ in range(n2 + n2 * n1 + 1)]

assert f(g())

def f(t: List[int], target=5):
    for i in range(len(t)):
        if t[i] == target:
            return True
    return False

def g(target=5):
    return [target] * 3

assert f(g())

def f(x: float, a=1020):
    return max(x, a) == abs(x)

def g(a=1020):
    return 1000 * float("123456.678913") + 1020

assert f(g())

def f(x: List[int], y=4, z=0):
    return x == [y, z]

def g(y=4, z=0):
    return [4,0]

assert f(g())

def f(x: float):
    return (x - 3.1415) == str(x).startswith("1.234.567")

def g():
    return 3.1415

assert f(g())

def f(i: int, target=19143213):
    return i + 1001 == target

def g(target=19143213):
    return target - 1001

assert f(g())

def f(n: int, a=8, b = 20):
    p = n / a
    return max(a, b) < p

def g(a=8, b = 20):
    return int(int("123456789" + "0"*9) ** a * b) + 1

assert f(g())

def f(s: str, maxchars=3, e=300):
    return max(int(len(s) * 9 / 10) + 1, 0) < len(s)

def g(maxchars=3, e=300):
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ123456789"

assert f(g())

def f(s: str):
    return s.count("h") == 1

def g():
    return 'hello'

assert f(g())

def f(n: int, a=1020, b=50, c=50):
    assert c <= b, "Warning: c cannot be smaller than b. Why?"
    return ((10 ** -4) / a < n + c / b) or n >= a and n >= b

def g(a=1020, b=50, c=50):
    return (a * b) + c**2

assert f(g())

def f(a: float, b=42, c=946, d=14):
    return a + b > c and a + c > d

def g(b=42, c=946, d=14):
    return float(b+c+d)

assert f(g())

def f(n: int):
    return n > 1 and n > 2**9

def g():
    return int(sum(map(int, range(1000))))

assert f(g())

def f(n: int, a=15, b=27):
    return n % a == 0 and n % b == 0 and n >= a and n >= b

def g(a=15, b=27):
    return a*b*a*b

assert f(g())

def f(nums: List[int], target=35):
    return all(f15(num, n=n, s=s) for num in nums)

def g(target=35):
    return []

assert f(g())

def f(s: List[str]):
    return s == "hello" or all(x in s for x in ("hello", "world") if x != s[0])

def g():
    return ["hello", "world"]

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and i + l[i] + l[i - 1] != "h" for i in range(999))

def g():
    return [i for i in range(1000)]

assert f(g())

def f(x: int, a=4567):
    return int(x ** 2) > a ** 2

def g(a=4567):
    return a ** 2

assert f(g())

def f(d: int, n=12345):
    return d > n and d >= n - n % 6

def g(n=12345):
    return n*n * n * n * n * n * n

assert f(g())

def f(nums: List[int], num_points=100):
    return len(nums) >= num_points

def g(num_points=100):
    return list(range(num_points))

assert f(g())

def f(p: List[int], n=25):
    return all(n <= len(p) for i in range(n))

def g(n=25):
    return [2*n for j in range(n)]

assert f(g())

def f(gen: List[int], length=10):
    t = sum(gen)
    if len(gen) == length:
        return True
    return False

def g(length=10):
    return list(range(length))

assert f(g())

def f(trees: List[List[int]]):
    for i in range(len(trees)):
        i += 1
        for j in range(i, len(trees)-1):
            if t[j] == trees[i][j]:
                assert len(trees) == 2
                return False
    return True

def g():
    return []

assert f(g())

def f(strings: List[str]):
    return len(strings) >= 9 and all(s in strings for s in strings)

def g():
    return ["a"*(i+2)+"b" for i in range(9)]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a == sum(i * b for i in range(c))

def g(a=17, b=100, c=20):
    return int(sum(i*b for i in range(c)) - a)

assert f(g())

def f(t: str):
    return all("A.B.C: D,E:F:G" in t for A in ['A-', 'A+', 'A*', 'A:', 'A>', 'A-:', 'B-:', 'B+', 'C-', 'C*', 'C:', 'E-', 'E+', 'F-', 'G+'] )

def g():
    return "A.B.C: D,E:F:G"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a ** n and min(a, b, c) > 0 and n > 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int, t=1000000):
    return sum(1 if i < t else 2 for i in range(n)) >= 5 * t

def g(t=1000000):
    return 5*t + 3

assert f(g())

def f(s: str, word="konjac"):
    return word in s

def g(word="konjac"):
    return "Hello " + word + " is a nice day"

assert f(g())

def f(s: str, n=2):
    return s.count("") == n

def g(n=2):
    return "{}".format(n)

assert f(g())

def f(x: List[int]):
    return sum([x[i] for i in range(10)]) == sum([int(y) for i, y in enumerate(x)]) and all(x[i] > 0 for i in range(10))

def g():
    return [2**i for i in range(10)]

assert f(g())

def f(n: int):
    if n == 1:
        return True
    if n == 2:
        return True
    if n == 3:
        return True
    if n == 4:
        return True
    if n == 5:
        return True
    if n == 6:
        return True
    if n == 7:
        return True
    if n == 8:
        return True
    if n == 9:
        return True
    if n == 10:
        return True
    return True

def g():
    return 1 + 1

assert f(g())

def f(len: int, a=17, b=100, c=20):
    return len == sum([b * i for i in range(c)])

def g(a=17, b=100, c=20):
    return sum(b * i for i in range(c))

assert f(g())

def f(m: str, w=1110):
    assert not m.startswith("c")
    assert not m.endswith("c")
    return len(m) >= w

def g(w=1110):
    return 'foo' + 'bar' * w

assert f(g())

def f(seq: List[int]):
    return {i + j for i in seq for j in seq} == {0, 1, 2, 3, 4}

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int, a=3400, b=29300, c=20400):
    # test case for gpu
    return n >= a and b >= c

def g(a=3400, b=29300, c=20400):
    return int(a * b) + c

assert f(g())

def f(nums: 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(nums)):
        s.append(int(s[-1] ** 0.5) if int(s[-1] ** 0.5) ** 2 == s[-1] else s[-1] + 3)
    return len(nums) <= 4000 and len({s[i] for i in nums}) == 1

def g(a0=123):
    return [a0]*2

assert f(g())

def f(s: str, word="konjac"):
    return all(i < len(word) for i in range(len(word))) and word.lower() in s

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(big_str: str):
    return big_str == "foobar"

def g():
    return u"foobar"

assert f(g())

def f(n: int, lower_bound=100, a=15482, b=23223):
    assert lower_bound >= 0 and lower_bound <= (n - 1), (
        "expected greater than or equal to %s but got %s" % (lower_bound, n)
    )
    lower_bound -= 1
    return a % n >= lower_bound

def g(lower_bound=100, a=15482, b=23223):
    return int(a + b)

assert f(g())

def f(perm: str):
    return perm == 'qwertyuiopasdfghjklzxcvbnm'

def g():
    return "qwertyuiopasdfghjklzxcvbnm"

assert f(g())

def f(x: float, a=1020):
    x = x * 1 / a
    m = 2 ** (32 - abs(x))
    return m <= 10 ** -300 and m < 5

def g(a=1020):
    return float("1234567890" + str(a))

assert f(g())

def f(num: List[int]):
    return {i for i in num} == {0, 1, 2, 3}

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(start: List[int], upper=6):
    return len(start) <= upper

def g(upper=6):
    return [1]

assert f(g())

def f(counts: List[int], target=50):
    return max(counts) >= target  # >= means >= 50% match

def g(target=50):
    return [int(x) for x in ["123456789", "1234567890", "12345678901", "123456789012"]]  # "1234567890123456789012"

assert f(g())

def f(s: str):
    if len(s) > 3:
        return True
    return not all(s[::-1] == s)

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return "a" not in s and "a" not in s and "b" in s

def g():
    return "a" and "a" and "b"

assert f(g())

def f(p: List[str], n=100):
    return all(i < len(p) for i in range(n) if isinstance(p[i], str))

def g(n=100):
    return ["a","b","c","d","e","f","g"] * n

assert f(g())

def f(p: List[int], n=25):
    return all(n <= len(p) for i in range(n))

def g(n=25):
    return [1, 2, 3, 4]*n

assert f(g())

def f(a: int, b=5, n=123):
    return b * n + (a % b) == a

def g(b=5, n=123):
    return b * n

assert f(g())

def f(x: float, a=1020, x2=1):
    return abs(x * x2 - a * x2 - 1) < 10 ** -5

def g(a=1020, x2=1):
    return a + x2 + 10 ** -50

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if l == thresh else 2 for l in nums) >= 5

def g(thresh=17):
    return list(range(thresh))

assert f(g())

def f(s: str):
    return s.split() == ["Hello"]

def g():
    return "Hello"

assert f(g())

def f(s: str):
    if len(s) < 1:
        return 0
    return s[int(2 ** (31 - len(s)))] in s

def g():
    return "123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: str, s=["a", "b", "c"]):
    return all(p in x for p in list(s))

def g(s=["a", "b", "c"]):
    return "hello,".join(s)

assert f(g())

def f(s: str, chars=['o', 'h', 'i', ' ', 't', 'o', 'w', 'k', 'n', '', 't', 'h']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'i', ' ', 't', 'o', 'w', 'k', 'n', '', 't', 'h']):
    return str('123456789'.join(chars))

assert f(g())

def f(s: str):
    return s[::-1] == "toto"

def g():
    return "toto"[::-1]

assert f(g())

def f(s: str):
    return s.count("a") == 3 or s.count("b") == 2 or s.count("c") == 2 or s.count("e") == 1 or all(s[b] == s[c] == s[d] == s[e] for b, c, d, e in zip(range(3), range(2), range(1), range(3))
                  and all(j in s for j in range(len(s) - 1)))

def g():
    return "hello"

assert f(g())

def f(l: List[str], maxlen=20):
    return min(len(l), maxlen) == max(len(l), maxlen)

def g(maxlen=20):
    return [str(i) + "0"*maxlen for i in range(maxlen)]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a ** n * b == c ** n * b

def g():
    return list(range(2)) * 2

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if l == thresh else 2 for l in nums) >= 5

def g(thresh=17):
    return [10, 20, 30, 40]

assert f(g())

def f(s: str, a="a", b="b", c="c", n=6):
    if len(s) < 12:
        raise AssertionError("s is too short.")
    return s[0:n - 1] != a or s[-1:] != b or all(c != s[n - 1:n])

def g(a="a", b="b", c="c", n=6):
    return "".join(("%s %s %s" % (a, c, b)) for _ in range(n))

assert f(g())

def f(s: str):
    return s not in ('doo', 'dah!', 'dee', 'doh', 'dah!', 'doh', 'dee', 'doo')

def g():
    return "hello "

assert f(g())

def f(n: int, max_num_sides=5):
    return (n - 1) % 2 == 0

def g(max_num_sides=5):
    return (4 - 1) // 2

assert f(g())

def f(v: int, mx=75.0, my=150.0):
    return v * mx * mx + v * my * my > 10 ** -3

def g(mx=75.0, my=150.0):
    return int((10 ** -3) * mx * my) + 1

assert f(g())

def f(v: List[List[int]], upper_bound=150):
    return len(v) >= upper_bound

def g(upper_bound=150):
    return [list([1, 2, 3, 4]) for i in range(upper_bound)]

assert f(g())

def f(n: int, a=5, b="yellow", c=20):
    return (n+a == b) == (a+n == c)

def g(a=5, b="yellow", c=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return ("My name is Joe Bob and I like you.") == s

def g():
    return str("My name is Joe Bob and I like you.")

assert f(g())

def f(s: str):
    return s == s

def g():
    return "abcd"

assert f(g())

def f(n: int, r=1, s=0):
    return abs(n == 0) * r and len(range(n)) == s

def g(r=1, s=0):
    x = 0
    for n in range(s, s+r):
        x += n
    return x

assert f(g())

def f(s: str):
    return sorted(sorted(s)) == sorted('a-zA-Z0-9')

def g():
    return 'a-zA-Z0-9'

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n == len(range(a)) * len(range(b)) * len(range(c))

def g(a=17, b=100, c=20):
    return int(a * b * c)

assert f(g())

def f(s: str):
    return s != s[::-1]

def g():
    return "hi"

assert f(g())

def f(x: int, a=8677938):
    return a - x == 0

def g(a=8677938):
    return a

assert f(g())

def f(p: List[List[int]]):
    return p[0].count(0) == p[1].count(0)

def g():
    return [ [1]*(n-1)+[n]*(n-1) for n in range(4)]

assert f(g())

def f(n: int, c=20):
    return n == c

def g(c=20):
    return c

assert f(g())

def f(x: List[int], n=5):
    return False if x[2] == 0 else True

def g(n=5):
    return list(range(30))

assert f(g())

def f(nums: List[int], num_in_range=50):
    return sum(nums) > num_in_range

def g(num_in_range=50):
    return [x for x in range(50) if (x-10) % 3 == 0]

assert f(g())

def f(s: str):
    return len(s) == len(s[0].split("abc"))

def g():
    return str(0)

assert f(g())

def f(target: List[int], n=5):
    return len(target) > n

def g(n=5):
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(s: str):
    return s.startswith("Foo bar!")

def g():
    return "Foo bar!!"

assert f(g())

def f(l: List[int]):
    return sum(l) > len(l) * 3

def g():
    return [1]+[3, 4, 5]

assert f(g())

def f(p: List[int]):
    return all(i in range(10) and abs(p[i] - i) < 1 for i in range(10) if i == p[i])

def g():
    return [5, 5, 5, 5, 5, 5, 5, 5, 5, 1, 5]

assert f(g())

def f(l: List[int]):
    a, b, c, n = l
    return min(a, b, c) == a

def g():
    return [1, 1, 1, 1]

assert f(g())

def f(ls: List[str]):
    return all(sorted(ls) < ls for s in sorted(ls))

def g():
    return [x for x in range(3) if x > 2]

assert f(g())

def f(words: List[str]):
    return all(w in words for w in words)

def g():
    return ["ab"+"cd"]

assert f(g())

def f(digs: List[int]):
    return len(set(digs)) >= 8

def g():
    return [10**(i*2) for i in range(8)]

assert f(g())

def f(s: str):
    return s.count('B') == 1

def g():
    return "ABCD"

assert f(g())

def f(n: int, w=30):
    return abs(n - 1) >= w

def g(w=30):
    return 2 * w

assert f(g())

def f(s: str, lower_bound=10):
    return sum(int(x) <= float(s) for x in s if int(x) <= lower_bound) > 0

def g(lower_bound=10):
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: str, lower_bound=2, upper_bound=6):
    return s.startswith('Hello') or s.startswith('Hello World') or s.startswith("Hello world")

def g(lower_bound=2, upper_bound=6):
    return "Hello "

assert f(g())

def f(s: str):
    return s.count("4") == 2

def g():
    return "123456789" + "012345"

assert f(g())

def f(s: str):
    return len(s) >= 6 and len(s) <= 13

def g():
    return "abcdefghij"

assert f(g())

def f(s: str, a=1):
    return s == "1"

def g(a=1):
    return "1"

assert f(g())

def f(x: int, a=1000, b=1000):
    assert a <= x <= b
    return a == x or b == x

def g(a=1000, b=1000):
    return a or b

assert f(g())

def f(n: int):
    return str(n * n).startswith("45")

def g():
    return int(int("45" + "0"*18) ** 0.5) + 1

assert f(g())

def f(n: int, a=0, b=0, c=0, d=0, e=0, f=0):
    return n == ((a + c + e + f) % 3) + 1

def g(a=0, b=0, c=0, d=0, e=0, f=0):
    return (a*d + b*e + c*f) % 3 + 1

assert f(g())

def f(nums: List[int], n=2):
    b = nums[0]
    a = nums[1]
    return (a ** n + b ** n == nums[-n]) and min(a, b) > 0

def g(n=2):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str):
    return sum(c in s for c in s) > 7

def g():
    return "123456789" + ""*10

assert f(g())

def f(words: List[str], max=10, count=5):
    return len(words) == len(set(words)) >= max and all(word in words for word in words)

def g(max=10, count=5):
    return [str(i) for i in range(max)]

assert f(g())

def f(b: List[int], n=100000):
    return b[0] == len(b) == n

def g(n=100000):
    return [n for i in range(n)]

assert f(g())

def f(s: str, target="hello, are you there?"):
    return s == target

def g(target="hello, are you there?"):
    return target

assert f(g())

def f(s_case: str, s="abc", r="def", z="ghij"):
    return s_case == (s.lower() if s == z.lower() else s.upper())

def g(s="abc", r="def", z="ghij"):
    return s.lower() if s == z.lower() else s.upper()

assert f(g())

def f(len: int):
    return len >= 70000  # arbitrary, see f22

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(path: List[int], u=0, v=13):
    return path[1] == v and path[0] == u

def g(u=0, v=13):
    return [u, v]

assert f(g())

def f(n: int):
    from random import randint
    return randint(3, 13) > n

def g():
    return -int(int("123456789" + "0"*9) ** 0.5) - 2

assert f(g())

def f(l: List[List[int]], h=0):
    if l:
        h += 1
    return all((x + y * 1j for x, y in l) == 0 for x in range(h))

def g(h=0):
    return ["1"]*h

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) == 1000 and min(nums) >= 0

def g():
    return [nums for nums in range(1000)]

assert f(g())

def f(path: List[List[int]]):
    return all((a, b) in path for a, b in zip(path))

def g():
    return []

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 "123456" + word + "789"*7

assert f(g())

def f(s: str):
    return not s.endswith(".")

def g():
    return "Hello"

assert f(g())

def f(e: List[int]):
    return all(e[i] == 0 for i in range(3))

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(substring: str, string="moooboooofasd", count=2):
    if len(substring) == 1 or len(substring) == 2:
       return len(substring) == 1
    if len(substring) == 3:
        return all(x == x + 1 for x in string)
    return len(substring) == 1

def g(string="moooboooofasd", count=2):
    return str(1 << count)

assert f(g())

def f(numstr: str):
    return "1234567890" == numstr

def g():
    return "1234567890"

assert f(g())

def f(nums: List[int], n=4):
    return len(nums) >= n and sum(1 for i in nums) == n

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return len(s) == len(set(s))

def g():
    return str(1)[0]

assert f(g())

def f(nums: List[int]) -> bool:
    return nums == [5, 8, 14, 11, 13, 9, 17, 21, 13]

def g():
    return [5, 8, 14, 11, 13, 9, 17, 21, 13]

assert f(g())

def f(nums: List[int], a=1020):
    return abs(a - nums[0]) <= 10

def g(a=1020):
    return [a, 2*a - 9]

assert f(g())

def f(n: int, a=3, b=2):
    return max(a, b) < n

def g(a=3, b=2):
    return a*b

assert f(g())

def f(n: int):
    return 2 ** n < n**5

def g():
    return 4 - 1

assert f(g())

def f(x: int, a=90502345):
    return (-x) == a

def g(a=90502345):
    return -a

assert f(g())

def f(x: str):
    return x.count("a") == 1 and x.count("d") == 1

def g():
    return "abcdefgh"

assert f(g())

def f(a: List[int], c=0, b=0):
    assert a == [c, b]
    return a[b] == c

def g(c=0, b=0):
    return 2*list(range(b+1))

assert f(g())

def f(num: int, c=0):
    return c + num < 8

def g(c=0):
    return 2*c

assert f(g())

def f(x: int):
    if 0 <= x < 100:
        return True
    else:
        return False

def g():
    return 2 + 1 - 1

assert f(g())

def f(h: List[int], m=8, target=50):
    return sum(1 for i in range(m) if h[i] == target) == m

def g(m=8, target=50):
    return [target]*m

assert f(g())

def f(laces: List[List[str]], target_len=12):
    return len(laces) == target_len

def g(target_len=12):
    return [
            ["a", "b", "c", "d", "e"]
            for _ in range(target_len)
        ]

assert f(g())

def f(num: int, target=100):
    if round(num) == target:
        return None
    return round(num) > target and num > target or num == target and round(num) < target

def g(target=100):
    '''
    >>> g(target=100)
    1001
    '''
    return 1001

assert f(g())

def f(n: int, a=6, b=15):
    if n == 0:
        return True
    return (a + b + 9) % n == 0

def g(a=6, b=15):
    return (a + b + 9) % 10

assert f(g())

def f(colors: List[int], start_angle=45):
    assert 0 < start_angle <= 360
    return colors == [0, 1, 2, 3, 4]

def g(start_angle=45):
    return [0,1,2,3,4]

assert f(g())

def f(n: int, c=6587):
    return n == 2 * c

def g(c=6587):
    return 2*c

assert f(g())

def f(n: int, n_left=131072, n_right=131072, n1=80, max_dim=101):
    if n_left == n_right:
        return True
    return n_left < n1

def g(n_left=131072, n_right=131072, n1=80, max_dim=101):
    return max(131072, n1, n_left, n_right)

assert f(g())

def f(s: str, n=999):
    return len(s) >= n and s in (str(4 ** n)[:-1] + str(5 ** n)[:-1])

def g(n=999):
    return str(4 ** n)[:-1] + str(5 ** n)[:-1]

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789") == str(n * n).startswith("ABCDEFGHIJKLMNOPQRSTUVWXYZ")

def g():
    return 1+((1+1) + (1+1) + (1+1))

assert f(g())

def f(L: List[int], n=1000):
    return len(L) == n and L[:n] == [i for i in range(n)]

def g(n=1000):
    return list(range(n))

assert f(g())

def f(n: int, str=''):
    return all(len(s) > n for s in str)

def g(str=''):
    return 1

assert f(g())

def f(n: int):
    return all(i == 0 for i in range(n))

def g():
    i = range(1000)
    return sum(i < j for i, j in zip(i, i[:1]))

assert f(g())

def f(nums: List[int], n=3, m=2):
    return len(nums) == n and all(i < j for i, j in zip(nums, nums[1:]))

def g(n=3, m=2):
    return [1, 3, 4]

assert f(g())

def f(x: List[List[int]]):
    m = x[0].count("b")
    n = x[1].count("b")
    t = x[2].count("b")
    return min(t, m, n) == 0

def g():
    return [[0, 0], [0, 1], [0, 2]]

assert f(g())

def f(ej: List[int], n=5):
    return {i for j in ej for i in range(j)} == {0, 1, 2, 3, 4}

def g(n=5):
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(numbers: List[int], a=9, b=20):
    return True if numbers[0] == 1 else numbers[1] ** (b - a) % b

def g(a=9, b=20):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19]

assert f(g())

def f(x: List[int], n=4, e=20):
    return all(x[0] + 2 <= x[-1] for i in range(n))

def g(n=4, e=20):
    return [i + 2 for i in range(n) if i < e]

assert f(g())

def f(n: int, a=3, b=14, upper=100000):
    return 0.5 * (n + b) >= a and not 0.5 * (n - a) <= upper

def g(a=3, b=14, upper=100000):
    return int(int("123456789" + "0"*9) ** 0.5 + a + b) + 1

assert f(g())

def f(seq1: List[int]):
    return any(i in seq1 for i in range(max(len(seq1), len(seq1[:1])))
                if not i in seq1[1:])

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s == "1234234341234234234234"  # note that we are not checking trailing `r`s

def g():
    return "1234234341234234234234"  # note that we are not checking trailing `r`s

assert f(g())

def f(sortedList: List[int], max_size: int = 50):
    assert len(sortedList) == max_size
    return len(sortedList) == max_size and sortedList[0] == 0

def g(max_size: int = 50):
    return [0] * max_size

assert f(g())

def f(nums: List[int], n=12345):
    return n <= n and sum(num for num in nums if num != 1) > n

def g(n=12345):
    return list(range(0, n))

assert f(g())

def f(s: str, n=1001):
    return all(s in {"a", "b", "c", "d", "e"} for i in range(4) for s in {"a", "a", "a", "b", "c", "d", "e"})

def g(n=1001):
    return "1234567890" + str(n) + "123456789"

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 1

assert f(g())

def f(x: int, a=253532, b=1230200):
    return x - a == b if x > 0 else x + a == b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(n: int):
    return len(set(range(n))) > 995

def g():
    return 9905

assert f(g())

def f(s: str, str_=False):
    if s == "yep":
        return True
    return len(s) == 1 and s[0] in string.upper()

def g(str_=False):
    return "yep"

assert f(g())

def f(s: str, x=1):
    return s == "hello" or all(len(s) < 6 and s in "0123456789")

def g(x=1):
    return "hello"

assert f(g())

def f(nums: List[int], n=999):
    return sum(nums > 0 for nums in nums) >= n

def g(n=999):
    return list(range(0, n+1))

assert f(g())

def f(s: str):
    return s.count("(") > 0

def g():
    return "\((\))"

assert f(g())

def f(n: int, a=6, b=15):
    if n == 0:
        return True
    return (a + b + 9) % n == 0

def g(a=6, b=15):
    return (a + b + 9) % 15

assert f(g())

def f(a: int):
    return a - 1 and 1 < a <= 1023

def g():
    return 42

assert f(g())

def f(p: int, a=500):
    return abs(p) >= a

def g(a=500):
    return 500 + a

assert f(g())

def f(target: List[str]) -> bool:
    return len(target) >= 6

def g():
    return ["a"*(i+2)+"b" for i in range(200)]

assert f(g())

def f(x: float, lower_bound=1, target=1):
    return min([x, float(x + lower_bound)]) <= target

def g(lower_bound=1, target=1):
    return float(float(min(x for x in [1, 2, 3, 4])) - target)

assert f(g())

def f(r: List[int]):
    return all(map(lambda i: -i ** 3.0, r))

def g():
    return [-1, 5]

assert f(g())

def f(p: List[int], x=0, y=0):
    p = [p[i] for i in range(len(p))]
    if x == 0:
        return y == 1 or all(p[i] == p[i - 1] for i in range(y) and p[i] <= p[i - 1])
    if y == 0:
        return False
    return all(p[i] == p[i + 1] for x, y in zip(p, range(y + 1, len(p) + 1)))

def g(x=0, y=0):
    return [p[i] for i in range(x, y)]

assert f(g())

def f(list: List[int]):
    return all(i in (2, 3) for i in list)

def g():
    return [3]

assert f(g())

def f(l: List[int]):
    return l[0] + sum(l[1:] for i in range(l[0] + 1, len(l))) != 0

def g():
    return [123, 456, 567, 0]

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 3

def g():
    return [0, 3, 5]

assert f(g())

def f(nums: List[int], target=10):
    return len(nums) == len(set(nums)) == target and all(i >= i % 2 for i in nums)

def g(target=10):
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(nums: List[int], proba=0.0, n=6):
    return proba >= proba % n and n == len(nums)

def g(proba=0.0, n=6):
    return [n - 1 for i in range(n)]

assert f(g())

def f(n: int, max_n=191708):
    assert max_n <= n
    return n >= max_n or n < 0

def g(max_n=191708):
    return min(3*max_n, max_n+1)

assert f(g())

def f(nums: List[int], count=3, thresh=25):
    assert all([n in list(range(count)) for n in nums])
    return len(nums) == count and all(nums[i] < thresh for i in range(count))

def g(count=3, thresh=25):
    return list(range(count)); g()

assert f(g())

def f(nums: List[int], num_points=20):
    assert len(nums) > 4
    assert all((0 <= i < num_points) for i in nums)
    return all([1 in nums for i in nums])

def g(num_points=20):
    return [1 for _ in range(num_points)]

assert f(g())

def f(n: int):
    return n < 100 and len(n) < 100 or n > 100

def g():
    return int(int("123456789" + "0"*9) ** 1.5) + 1

assert f(g())

def f(l: List[int]):
    assert l != None
    return sum(i**2 for i in l) == l.pop()**2

def g():
    return [2]

assert f(g())

def f(l: List[int]):
    return all(j in l for j in l if j % 3 == 1) and len(set(l)) > 8

def g():
    return [2 * i + 1 for i in range(10)]

assert f(g())

def f(li: List[int], target=62):
    return sorted(li)[2] <= target

def g(target=62):
    return [12, 11, 14, 15, 2, 5, 62]

assert f(g())

def f(n: int, a=15, b=27):
    return n % a == 0 and n % b == 0 and n >= a and n >= b

def g(a=15, b=27):
    return a * b

assert f(g())

def f(count: int):
    return 0 < count < 15

def g():
    return 2

assert f(g())

def f(s: str, target="bo", length=4):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="bo", length=4):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int):
    return all(0 <= k + 1 / k for k in [2**i for i in range(10)])

def g():
    return 1 if "abc" in ["a","ab","abc"] else 0

assert f(g())

def f(s: int, b=11):
    s += b
    return max(s, b) <= s

def g(b=11):
    return 11 - b

assert f(g())

def f(x: List[str], n=3):
    assert len(x) == 3
    return sum(map(len, x)) == n

def g(n=3):
    return [str(i) for i in range(0, n)]

assert f(g())

def f(n: int):
    return n > 6 and n < 26

def g():
    res = 0
    for _ in range(10):
        res += 1
    return res

assert f(g())

def f(n: int):
    return n % 2 == 0 and (n + 1) // 2 == 0

def g():
    return 0 // 2

assert f(g())

def f(count_list: List[int], n=3):
    return count_list[1] - count_list[2] == n - count_list[0]

def g(n=3):
    return [1,3,1,2]

assert f(g())

def f(nums: List[int]):
    return len(nums) > 10

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(n: int, p=4):
    return n > 0 and n % p == 1

def g(p=4):
    return 1

assert f(g())

def f(square: List[int], target=2):
    return len(square) == target

def g(target=2):
    return [target for _ in range(2)]

assert f(g())

def f(t: str, i=1):
    return t[:i] == t[-i:] and t[:i] in ['A', 'B']

def g(i=1):
    return "A"*(i+1)

assert f(g())

def f(p: List[int], target=16, n=2):
    return np.all(p == target) if (target == 1 and p[0] < 0) else not p

def g(target=16, n=2):
    return [target for i in range(target, n)]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 1000 and all([x in li for x in li])

def g():
    return [i for i in range(1000)]

assert f(g())

def f(m: int):
    i = -3
    while i > -1 and m % 10 == 0:
        i -= 1
    return m == i

def g():
    i = -3
    while i > -1 and i % 10 == 0:
        i = i // 10
    return i

assert f(g())

def f(s: str, k=7):
    maxx = len(s) // k
    k = s[-1] if len(s) % k == 0 else k // (1 + int(s)[-1])
    return k in set(s)

def g(k=7):
    return " "*int(k)

assert f(g())

def f(d: int):
    return (d * 2) % 2 == 0 and d > 2**32

def g():
    return 10**31

assert f(g())

def f(s: str):
    return s.count("a", 1) == 1 and s.count("b", 1) == 1

def g():
    return "123456789abc"

assert f(g())

def f(s: str):
    return s.count(r'+') == 1 and not r'\s' in s

def g():
    return " + "

assert f(g())

def f(n: int, s=10, x_range=[]):
    return all(n == sum(n) for n in x_range)

def g(s=10, x_range=[]):
    return sorted(set(x) for x in x_range).count("a")

assert f(g())

def f(l: List[str], n=10):
    return len(set(l)) == n

def g(n=10):
    return [str(i) for i in range(n)]

assert f(g())

def f(nums: List[int], num=100, int="", num2=9):
    i = 0
    for n in nums:
        if n == num:
            return False
        i += 1
        if i == num2:
            return True

def g(num=100, int="", num2=9):
    return list(map(lambda x:x % num, range(num2)))

assert f(g())

def f(s: str):
    return "abcdefghijklmnopqrstuvwyxxxyz" in s and s.find("abcdefghijklmnopqrstuvwyxxxyz") != -1

def g():
    return "123456789abcdefghijklmnopqrstuvwyxxxyz0"*4

assert f(g())

def f(nums: List[int], r=5, c=10):
    if r > c:
        return False
    return sum(n != 0 for n in nums) >= r

def g(r=5, c=10):
    return [1 if (i > j) else 2 for i, j in zip(range(r), range(c))]

assert f(g())

def f(s: str, target="reverse me"):
    return len(s) == len(s[::-1])

def g(target="reverse me"):
    return str(target + "s"*int(len(target)*0.5))

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(set(nums)) >= count

def g(a=100, b=1000, count=648):
    return list(range(a, b))

assert f(g())

def f(s: str):
    return (len(s) == 2 or s.count('a') == 1 or s.count('c') == 1) and s == "(a b) (c) World"

def g():
    return '(a b) (c) World'

assert f(g())

def f(x: str, n=7):
    return len(set(x)) == n

def g(n=7):
    return "123456" + str(n)

assert f(g())

def f(str: str, i=1):
    return 0 <= i <= len(str) and len(str) == i

def g(i=1):
    return str(i*i)

assert f(g())

def f(delta: List[int], n=10):
    return len(delta) == n

def g(n=10):
    return [1 for i in range(n)]

assert f(g())

def f(k: str):
    return len(set(k.split())) <= 2

def g():
    return "abc"

assert f(g())

def f(count: int, target=3):
    return count == target or 3 <= target

def g(target=3):
    return 5

assert f(g())

def f(n: int):
    return all([len(seq) == n for seq in range(1, n)])

def g():
    return 0

assert f(g())

def f(ls: List[str]):
    s = [x.lower() for x in ls]
    return s == ["a", "aa", "", " ", "a", "b", "bbd", "c", "", "a", "b", "dd", "dd", "e"]

def g():
    return ["a", "aa", "", " ", "a", "b", "bbd", "c", "", "a", "b", "dd", "dd", "e"]

assert f(g())

def f(s: str):
    return len(s) > 10

def g():
    return "12345678911"

assert f(g())

def f(n: int, a=2, b=3):
    return all({j for i in range(n) for j in range(n) if i >= j})

def g(a=2, b=3):
    return 0

assert f(g())

def f(t: [int], n=6, bound=10):
    assert(max(0 if n % 2 == 0 else n - 1 for n in t) == 3 or (bound - 1) / n + 1 <= 10)
    assert all(0 < i < 10001 for i in t if i % n == 0)  # this won't be 10001
    return True

def g(n=6, bound=10):
    return (True for n in range(1,bound))

assert f(g())

def f(s: str):
    return s == "hello" or s == "world"

def g():
    return "world"

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 x:
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return list(range(n+t, n+n+t))

assert f(g())

def f(ls: List[str]):
    return sum(max(a == f'ABCDEF' for a in ls) for i in range(len(ls))) == 1000

def g():
    return [f'ABCDEF' for j in range(1000)]

assert f(g())

def f(s: str):
    return "".join(s).startswith('0123')

def g():
    return "".join(str(i) for i in range(10))

assert f(g())

def f(max_points: int, thresh=40):
    return max(2 ** i - 1 for i in range(thresh)) < max_points

def g(thresh=40):
    return 3**40

assert f(g())

def f(s: str, target="reverse me", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="reverse me", length=6):
    return target[(len(target) - length)//2:(len(target) + length)//2]

assert f(g())

def f(num: str, a=1000):
    return sum(1 if i in num else 2 for i in num) > 0

def g(a=1000):
    return "a" + str(a)

assert f(g())

def f(x: int, a=14311254, b=10092657):
    return a - x == b

def g(a=14311254, b=10092657):
    return a - b

assert f(g())

def f(nums: List[int], a=10, b=10):
    all_true = True
    for num in nums:
        if num < a:
            all_true = False
        else:
            all_true = True
    return all_true

def g(a=10, b=10):
    return []

assert f(g())

def f(n: int, target=20):
    a = target
    assert n > 0 and n % 20 == 0, "target outside range"
    return n * 3 + (n - 1) % 3 >= a

def g(target=20):
    assert isinstance(target, int), "not an int"
    return target

assert f(g())

def f(n: int):
    return max(n, 1) is n

def g():
    return 42

assert f(g())

def f(i: int):
    return i == len(range(i))

def g():
    return 10 + 1

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return s.count('())') == 0

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return str(sorted(set(strings))).replace('+', ' ').capitalize()

assert f(g())

def f(hand: List[int], target_angle=45):
    return abs(hand[0] - 2 * target_angle) < 1e-6

def g(target_angle=45):
    return [2 * target_angle, 3 * target_angle, 4 * target_angle, 5 * target_angle]

assert f(g())

def f(p: List[int], n=4):
    return len(p) >= n

def g(n=4):
    return [0, 1, 2, 3]

assert f(g())

def f(nums: List[int], length=6):
    return len(nums) == length and sum(i for i in nums if i == 0) == 0

def g(length=6):
    return [0] * length

assert f(g())

def f(s: str):
    return 's is a valid s' in s

def g():
    return 's is a valid s'

assert f(g())

def f(state: List[int]):
    return sum([x for i, x in zip(state, state[1:-1]) if x != 0]) > 0

def g():
    return list(range(100))

assert f(g())

def f(nums: List[int], n=4):
    return len(list(sorted(zip(nums, [0, 2, 4, 1])))) == n

def g(n=4):
    return [0, 2, 4, 1]

assert f(g())

def f(s: str, n=50):
    return n <= len(s)

def g(n=50):
    return "12"*n

assert f(g())

def f(x: int, year=7, month=1):
    return x == 365 * year + month

def g(year=7, month=1):
    return int(year * 365 + month)

assert f(g())

def f(x: int):
    return sum(x > 3 for x in range(10)) >= 4

def g():
    return 1

assert f(g())

def f(n: int):
    assert n > 0
    return all(i in range(n) for i in range(1, n))

def g():
    return 1

assert f(g())

def f(n: int):
    return n > 100000 and (n + 1000 > 200000 or n + 2000 > 200000 or n + 400 > 200000 or n + 1000 > 200000)

def g():
    return int(int("1234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[int], n=4):
    return len(sorted(l)) == n and sorted(l) == sorted(set(l))

def g(n=4):
    return list(range(n))

assert f(g())

def f(s: str, target="foobarbazwow", num=1):
    return target[:len(target) - num] == s

def g(target="foobarbazwow", num=1):
    return target[:len(target) - num][:len(target)]

assert f(g())

def f(l: List[int], target=100):
    return sum(l) == target and l != [0]

def g(target=100):
    return [target]

assert f(g())

def f(n: int, a=1, b=-1, range_size=24):
    assert a >= 1 and a <= range_size
    return n == sum([b * i for i in range(range_size)])

def g(a=1, b=-1, range_size=24):
    return sum([b * i for i in range(range_size)])

assert f(g())

def f(s: str):
    return s in {':', '!!', '`', '*', '&', '(', ')', '=', '{', '}', '!'}

def g():
    return "!!"

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s.lower()

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2].lower()

assert f(g())

def f(s: List[str]):
    return len(s) == 3

def g():
    return ["a","b","c"]

assert f(g())

def f(s: str):
    return s == s[::-1] or s == s.replace(' ', '')

def g():
    return ""

assert f(g())

def f(n: int):
    return all([i % n == 0 for i in range(n)])

def g():
    return 1

assert f(g())

def f(lb: List[bool], m=3, n=3):
    for i in range(m):
        j = lb[i]
        c = lb[(i + 1) % m]
        lb[i] = not c
    return True

def g(m=3, n=3):
    return (m+1) > 2 and [True, False, True]

assert f(g())

def f(s: str):
    return (s == str(int(10**10000)) or s == str(int(10**10001)))

def g():
    return str(int(10**10000)) or str(int(10**10001))

assert f(g())

def f(nums: List[int], n=10000):
    return len(nums) >= n

def g(n=10000):
    return list(range(n+1))

assert f(g())

def f(n: int):
    assert n > 0
    return n % 5 == 0

def g():
    return 5

assert f(g())

def f(big_str: str, index=2):
    return big_str == "foobar"

def g(index=2):
    return "foobar"

assert f(g())

def f(n: int):
    return n >= 1000 and n < 100_000

def g():
    return 100_000-1

assert f(g())

def f(nums: List[int], total=12345):
    return all([nums[i] <= nums[i] + total for i in range(9)])

def g(total=12345):
    return [x for x in range(1000) if x <= total]

assert f(g())

def f(s: str, length=3):
    if s.count('0'):
        return True
    for i in range(length - 1):
        if s.isdigit() and s[i] == '6' and s[i + 1] == '5':
            return True
    return False

def g(length=3):
    assert length >= 3
    return "0" * length

assert f(g())

def f(s: str):
    return len(s) >= 7 and not s.split() == ['Hello', 'World'][:7]

def g():
    return "Hello world"[:7]

assert f(g())

def f(count: List[int], a=20, n=2000):
    return sum(count[0] * 8 for c in count for c in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) > n  # not really working

def g(a=20, n=2000):
    return [7, 6, 5, 4, 3, 2, 1, 0] * 2  # not 100%

assert f(g())

def f(x: int, t=8):
    return x >= t and x < 60

def g(t=8):
    return t + 1

assert f(g())

def f(x: List[int], a=43):
    return all(x[i] == 0 and x[i - 1] == 0 for i in range(4))

def g(a=43):
    return [0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(s: str):
    return s.count("1") >= 2 and s.count("2") <= 2

def g():
    return "123123"

assert f(g())

def f(x: List[int], target=100):
    assert len(x) >= target and sum(x) == len(x)
    if 1 == len(x):
        return x == target
    return not (x[0] + x[-1] == target)

def g(target=100):
    return [1]*target

assert f(g())

def f(num: int):
    return pow(2, num) == 2

def g():
    return int(str(1))

assert f(g())

def f(c: List[str], target_len=2):
    return all(len(s) == target_len for s in c)

def g(target_len=2):
    return ["c"*target_len]

assert f(g())

def f(x: int, n=3):
    return (x - n * 2) % -n == 0

def g(n=3):
    return n*n

assert f(g())

def f(s: str, b=5):
    return "Hello " + s == "Hello world"

def g(b=5):
    return "world" if b == 5 else "Hello world"

assert f(g())

def f(n: int):
    return n % 3 == 1 or n % 4 == 0

def g():
    return 8

assert f(g())

def f(s: str):
    return s != s[::-1]

def g():
    return 'hello'

assert f(g())

def f(p: List[str]):
    return len(set(p)) == 5 and all(p)

def g():
    return ["0","1","2","3","4"]

assert f(g())

def f(n: int):
    if n < 20:
        return False
    return n > 20 and abs(n) > 80000

def g():
    return 2*(1000 - 1)**10

assert f(g())

def f(p: List[int], a=15):
    return sum(p) == a

def g(a=15):
    return [a]

assert f(g())

def f(g: List[int], n=4, s=2021):
    return n == 2 or not g[n] == 0 or g[n] > 10 * s

def g(n=4, s=2021):
    return [1, 10, 5, 20, 5, 40, 20, 5, 20, 5, 30, 20, 5, 40, 20, 5, 20, 5, 40, 20, 5, 20, 5]

assert f(g())

def f(max_nums: List[int], n=6):
    return n == max(nums for nums in max_nums)

def g(n=6):
    return [n]

assert f(g())

def f(s: str):
    return set(s) <= set("=".join(["1", "2", "3"])) and s == "1" or s == "2" or s == "3" or s == "4"

def g():
    return "1"

assert f(g())

def f(cands: List[int]):
    cands.sort()
    if cands == [-5, -4, -3, -2, -1, 0, 1, 2, 3, 4]:
        return True
    for n in [11, 5, 1, 7]:
        if cands[n] > cands[n-1]:
            return False
    return True

def g():
    return list(map(int, "123456789"*3))

assert f(g())

def f(e: List[float]):
    return (e.count(0) != 0)

def g():
    return [0., 0., 0., 0., 0., 0., 0., 0., 0., 0., 0. ]

assert f(g())

def f(nums: List[int], target=2021):
    assert len(nums) == 1
    return nums[0] == target

def g(target=2021):
    return [target]

assert f(g())

def f(nums: List[int], i=999, j=999):
    return sum(i ** 2 for i in nums) == i * j

def g(i=999, j=999):
    return list(range(i,j+1))

assert f(g())

def f(s: str, a=926):
    return s.count("$") == 1

def g(a=926):
    return "1234567$"

assert f(g())

def f(points: List[List[int]], max_points=20):
    return len(points) == max_points

def g(max_points=20):
    return [
        [i*i for _ in range(max_points) for i in range(2)] for _ in range(max_points)
    ]

assert f(g())

def f(n: int):
    return n > 100

def g():
    return 500

assert f(g())

def f(li: List[int]):
    return set(li) == {1, 2, 3, 4, 5, 6, 7, 8, 9, 10}

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(n: int):
    return len(set([0] * n)) == n

def g():
    return 1

assert f(g())

def f(ans: int, t=30):
    ans = 0
    for i in range(t):
        ans *= 2 if ans % 2 == 0 else ans // 2
    return ans < 10

def g(t=30):
    return 30 + t

assert f(g())

def f(s: str):
    return len("Hello " + s) == len("Hello World")

def g():
    return "world"

assert f(g())

def f(t: List[int]):
    return all(t[i] == 1 if i % 3 == 0 else t[i] == -1 if i % 3 == 1 else 0 for i in range(len(t)))

def g():
    return [t for t in list("123456789ABCDEF") if t == "ABCDEF"]

assert f(g())

def f(i: int):
    return i > 1000

def g():
    return int(int(str(10**1000)))

assert f(g())

def f(s: str, word="fibonacci", max_len=10, num_letters=8, min_letters=5):
    return (len(word) <= max_len) and word == s and min(num_letters, 2*num_letters) == num_letters and word[0] == s[0] and word[-1] == s[-1]

def g(word="fibonacci", max_len=10, num_letters=8, min_letters=5):
    return word

assert f(g())

def f(num: int):
    return num < 5 or num > 100

def g():
    return 9223372036854775807

assert f(g())

def f(p: List[List[int]]):
    for i in range(len(p) - 1, -1, -1):
        assert len(set(p + [i])) == 2 * len(p)
    return len(set(p)) == len(p)

def g():
    return []

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(s[i] == s[i+1] for i in range(1000) if i != len(s) - 1)

def g():
    return ["123456789" + "{0:}".format("0"*9) for i in range(1000)]

assert f(g())

def f(indices: List[int], k=10):
    return min(indices) == max(indices)

def g(k=10):
    return [0] * k

assert f(g())

def f(s: str):
    assert s.count("2") == 0 and len(s) >= 1, "Hint: length is not 1 (e.g. '6a')"
    return sum(i in s[1:3] for i in s[0:-1]) == min(len(s), len(s[:2]))

def g():
    return "world"

assert f(g())

def f(path: List[int], n=100):
    return len(path) == n and all(i in path for i in range(len(path)))

def g(n=100):
    return [i for i in range(n)]

assert f(g())

def f(a: List[str], max_len=230000):
    return len(a) == max_len or sum([a == b for b in a]) >= max_len

def g(max_len=230000):
    return [str(i) for i in range(max_len)]

assert f(g())

def f(tri: List[int], target=65):
    a, b, c = tri
    return a != c

def g(target=65):
    return [0,1,2]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 30

def g():
    return [0]*30

assert f(g())

def f(x: int, a=93252338):
    return a == x

def g(a=93252338):
    return a

assert f(g())

def f(s: str):
    return all((c.count(c) == 1 for c in s) or c in s)

def g():
    return "abcdefgab"

assert f(g())

def f(x: List[int]):
    return sum(x[:3]) == 3

def g():
    return list(range(4))

assert f(g())

def f(ind: List[int], count=10):
    return count == len({i for i in ind})

def g(count=10):
    return [(2 * i) + count for i in range(10)]

assert f(g())

def f(z: float, v=5):
    return int(z * 1 / 3) == v

def g(v=5):
    return float(v * int(3.14159))

assert f(g())

def f(x: List[int], s=10, n=5, points=9):
    assert len(x) >= n
    for i in range(n):
        assert 0 <= x[i] <= s and 0 <= x[n - 1 - i] <= s
    return len(set(x)) == 9

def g(s=10, n=5, points=9):
    return [i for i in range(points)]

assert f(g())

def f(x: List[int]):
    return x[0] % x[1] == x[2] % x[3]

def g():
    return [1, 2] * 3

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return True

def g():
    return 0

assert f(g())

def f(t: str):
    return "Hello World" == t

def g():
    return "Hello World"

assert f(g())

def f(l: List[int]):
    if len(l) == 2:
        return l == [2, 0] and all(i == 0 for i in l[::-1])
    return len(l) == 4

def g():
    return [1, 2, 0, 3]

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(8))

def g():
    return [8, 12] + list(range(64))

assert f(g())

def f(tour: List[List[int]], n=8, m=8, length=8):
    assert len(tour) == len(sorted(tour)) == len(sorted(tour[1:])) // 2
    return sorted(tour) == [[i, j] for [i, j] in zip(tour, sorted(tour[1:]))]

def g(n=8, m=8, length=8):
    return [
        [n, m, length]
        for i in range(n + 2, m + 2, 2)
        for j in range(length + 1, n + 2, 2)
    ]

assert f(g())

def f(lw: List[int], n=50, lb_start=4, lb_step=4):
    assert len(lw) == n
    n = 0
    for i in range(lb_start, lb_step):
        n += i
    return n >= 0 and n % lb_step == 0

def g(n=50, lb_start=4, lb_step=4):
    return [0] * n

assert f(g())

def f(i: int):
    return i % 3 == 0

def g():
    return (1 << 32) - 1

assert f(g())

def f(n: int, a=12, b=29, upper_bound=90, year_len=365):
    return n >= a * year_len and n <= b * year_len

def g(a=12, b=29, upper_bound=90, year_len=365):
    return int(a) * year_len + int(b) - 1

assert f(g())

def f(s: str):
    return str(s).startswith("1234")

def g():
    return "123456789"

assert f(g())

def f(l: List[int]):
    return l == [2] + [0, 1, 2, 3, 4, 5]

def g():
    return [2, 0, 1, 2, 3, 4, 5]

assert f(g())

def f(s: str, width=15):
    return len(s) >= width

def g(width=15):
    return "test" + "test"*width

assert f(g())

def f(s: str):
    return s[::-1] == 'x'

def g():
    return 'x' # No match

assert f(g())

def f(x: str, k=2):
    return 0 <= len(x) and all(x[i] in x for i in range(k + 1))

def g(k=2):
    return str(100000 ** k)

assert f(g())

def f(li: List[int], n=6):
    return all([li[i] % 2 == 0 for i in range(3)])

def g(n=6):
    return [n, n, n, n, n, n, n, n, n, n]

assert f(g())

def f(s: str, s1="b", s2="c", count1=50, count2=30):
    # move forward
    return s[0] + s[1] == s[-1] + s[2]

def g(s1="b", s2="c", count1=50, count2=30):
    # the same
    return "a"*(count1+1)

assert f(g())

def f(nums: List[int]):
    return all(x >= 0 for x in nums)

def g():
    return []

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world" or "Hello " + s[::-1] == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(string: str, s=None):
    if s is None:
        return string == "I!!!love!!!dumplings!!!!!!"
    return s == string

def g(s=None):
    if s is None:
        return "I!!!love!!!dumplings!!!!!!"
    return s == "I!!!love!!!dumplings!!!!!!"

assert f(g())

def f(a: int):
    return all([0 <= i < a for i in range(10)])

def g():
    return 100

assert f(g())

def f(x: int):
    return (x > 6) == (x > 33) and (-x > 6) == (x > 33)

def g():
    return int(0.7 + 0.8) * 3

assert f(g())

def f(inds: List[int]):
    return all(len(i) == n for i in [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20] if (inds == sorted(inds)[0]))

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], total=45):
    return sum(nums) == total

def g(total=45):
    return [total]

assert f(g())

def f(string: str, y=3, maxl=500):
    return "".join(str(x) for x in [y, maxl]) == string  # cover every other row once

def g(y=3, maxl=500):
    return "".join(str(x) for x in [y, maxl])

assert f(g())

def f(ind: List[int], count=10):
    return count == len({i for i in ind})

def g(count=10):
    return [i for i in range(count)]

assert f(g())

def f(l: List[int]):
    l = list(l)
    return all([2 * l[i] + l[i + 1] for i in range(3)]) and l[3] % 2 <= l[2] % 3

def g():
    return [1,1,1,2,1,1,2]

assert f(g())

def f(n: int, a=100, b=30):
    return n > a+b

def g(a=100, b=30):
    return int(a*a + b*b)

assert f(g())

def f(a: List[int]):
    return a[0] == a[1] == a[2] and a[3] == a[4] == a[5]

def g():
    return [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(n: int, a=7, b=3):
    return n > 2 * 3 * 7 * 8

def g(a=7, b=3):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], max_length=1000):
    return len(list(nums)) >= max_length and sum(nums) >= 200

def g(max_length=1000):
    return [max_length] * max_length

assert f(g())

def f(x: float, a=1020):
    return x ** x > 1

def g(a=1020):
    return a**0.5

assert f(g())

def f(n: int, p=10):
    for x in range(0x40, 0x3f, 1):
        if n < p:
            return False
    return True

def g(p=10):
    return int(p**10) & 1

assert f(g())

def f(a: List[int], b=1073258, c=72352549):
    return any([a[i] == b for i in range(len(a))])

def g(b=1073258, c=72352549):
    return [b, c]

assert f(g())

def f(x: float, a=1020, b=5):
    return abs(x ** 2 - b) < b

def g(a=1020, b=5):
    return 1.0 / (a + b - 1)

assert f(g())

def f(s: str):
    assert len(s) == 1
    return s[0] == s[-1] or s[0] == s[::-1]

def g():
    return "c"

assert f(g())

def f(s: str):
    return s.startswith("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890.") or\
           s.endswith("acbdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890.")

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890." + "%20abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890."

assert f(g())

def f(nums: List[int], target_range=500):
    return sum(nums) >= target_range

def g(target_range=500):
    return [target_range]

assert f(g())

def f(s: List[int], n=10):
    assert n >= 0
    return sum(n for x in s if x >= n) == n

def g(n=10):
    return list(range(n+1))

assert f(g())

def f(nums: List[int], total=12345):
    return len(nums) == len(set(nums)) and sum(nums) == total and all(i in nums and i != 0 or i > 0 for i in nums)

def g(total=12345):
    return list(range(total, total+1))

assert f(g())

def f(x: str, n=1557):
    return "{}<>{}".format(x, x) == "{}<>{}"

def g(n=1557):
    return "{}"

assert f(g())

def f(x: int):
    return x > 200 and min(x, 200) > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], m=0):
    assert min(nums) >= 0 and any(x >= m for x in nums)
    return True if len(nums) > 3 and not nums[2] and nums[1] != m or nums[3] != m else False

def g(m=0):
    return [i for i in range(6)]

assert f(g())

def f(ind: List[int], m=8, s=3, t=3):
    return len(ind) == m

def g(m=8, s=3, t=3):
    return [m, s, t, 6, 7, 0, 0, 0]

assert f(g())

def f(t: str, s="aaaBBbCcDdEe"):
    return "aaa" in t

def g(s="aaaBBbCcDdEe"):
    return "<b>aaa</b><i>bbb</i><c>bbc</c><d>bcc</d><e>bc</e>"

assert f(g())

def f(moves: List[List[int]], start=0):
    for m in moves:
        assert sum(m[0].index(n) for n in m[0]) <= start
    return moves == [m[0] for m in moves]

def g(start=0):
    return []

assert f(g())

def f(c: List[int], items=[]):
    l = list(c)
    for e in c:
        e = e + 1
        assert all(e >= 1 for i in range(len(l) - 1) if l[i] == e)
    return True

def g(items=[]):
    return items[::-1]

assert f(g())

def f(tot: int, n=123456789):
    print(n, tot)
    return max(0, (tot + n) // 2) <= n

def g(n=123456789):
    return 1

assert f(g())

def f(ls: List[str]):
    return (len(ls) == 4) and all([1 for _ in ls if _ != 'o'])

def g():
    return ["a","b","somthing", "c"]

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "b.c" or s == "a.b.c"

def g():
    return "a" or "b" or "b.c" or "a.b.c"

assert f(g())

def f(r: List[int], m=6):
    return len(r) >= m and all(x > 0 for x in r)

def g(m=6):
    return list(range(m, 0, -1))

assert f(g())

def f(nums: List[int], n=15):
    return len(nums) >= n and sum(nums[i] % n == 0 for i in range(n)) == n

def g(n=15):
    return [0] * n

assert f(g())

def f(li: List[int]):
    return all(0 <= i and i < len(li) for i in range(3))

def g():
    return [1, 2, 3]

assert f(g())

def f(li: List[int], count=10, target=10):
    return all(i in li for i in range(count))

def g(count=10, target=10):
    return list(range(target*count))

assert f(g())

def f(x: int):
    return -x > 9

def g():
    return -int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, s="This is a", target=5):
    return n == len(s) if len(s) == 1 and s == s[0] else n < len(s)

def g(s="This is a", target=5):
    return target - f(target - target - target)

assert f(g())

def f(s: str):
    return len(s) == 1 and all(ord(c) > 0 for c in s)

def g():
    return str(1)

assert f(g())

def f(s: str):
    return len(s) == 4 and all(x in s for x in ["a", "b", "c", "d"])

def g():
    return "abcd"

assert f(g())

def f(s: str, a="Hello", b="World", aa=12.3, bb=34.3):
    return (a if a in s else b) == (b if b in s else a)

def g(a="Hello", b="World", aa=12.3, bb=34.3):
    return (a if a in ("Hello", "Goodbye") else b if b in ("Hello", "Goodbye") else aa if aa in ("Hello", "Goodbye") else bb if bb in ("Hello", "Goodbye") else aa)

assert f(g())

def f(nums: List[int], b=7, m=6):
    assert len(nums) == len(set(nums)) == m and min(nums) >= 0
    if nums[-1] > 0:
        return True
    for i in nums:
        nums = [(i + 1) ** 2 + 1 for i in range(b)]
        assert all(any(i != j and gcd(i, j) > 1 for j in nums))

    return False

def g(b=7, m=6):
    m = b
    return [(1**2+x) ** m for x in range(m) if x > 0]

assert f(g())

def f(path: List[List[int]], m=6):
    assert len(path) == m
    return len(path) % 2 == 0

def g(m=6):
    return [[]] * m

assert f(g())

def f(l: List[int]):
    return min(l[i] for i in range(1000)) in range(9)

def g():
    return [x for x in range(1000) if x <= 99999]

assert f(g())

def f(s: List[int], n=200):
    return all([i in s for i in range(n)])

def g(n=200):
    return [1] + [i for i in range(n)]

assert f(g())

def f(x: float):
    return str(x).startswith("123.456")

def g():
    return 123.456

assert f(g())

def f(x: float, target=9):
    return target == abs(x)

def g(target=9):
    return float(target)

assert f(g())

def f(n: int):
    return n >= 0 and n < 10

def g():
    return 3 + 5 % 12

assert f(g())

def f(x: List[int], a=1020, b=1020):
    return abs(x[0] - a) < 10 ** -3 and abs(x[-1] - b) < 10 ** -3

def g(a=1020, b=1020):
    return [a for i in range(b)]

assert f(g())

def f(s: str):
    return bool(s)

def g():
    return "world"

assert f(g())

def f(li: List[int], n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    assert not all(n % 3 == 0 and i % 12 == 0 for i in range(n))
    return len(li) == n and all(li[i] == 1 for i in range(n))

def g(n=18):
    return [1 for i in range(n)]

assert f(g())

def f(s: List[str], n=1000):
    return len(s) == n

def g(n=1000):
    return ["123456789"*n for n in range(n)]

assert f(g())

def f(li: List[int]):
    return all(li[i] != -1 for i in range(10))

def g():
    return [i for i in range(10)]

assert f(g())

def f(ls: List[str], num_colors=24):
    return len(ls) >= num_colors

def g(num_colors=24):
    return list("123456789" + "0"*num_colors)

assert f(g())

def f(x: float, a=1073258, b=72352549):
    return x == a / b

def g(a=1073258, b=72352549):
    return a/b

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 4

def g():
    return [1,2,3,4,1,3,2]

assert f(g())

def f(target: List[int], length=6):
    return len(target) == length

def g(length=6):
    return list(range(length))[::-1]

assert f(g())

def f(n: int, a=3, b=23463462):
    assert a >= -b
    assert n > b
    return n >= b // a

def g(a=3, b=23463462):
    return a * a + b * b

assert f(g())

def f(li: List[int]):
    return len([i for i in li if i % 2]) == 1

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return len(s) > 400000 and all(p for p in s if '\xff' in p)

def g():
    return ("\xff" * 800000)

assert f(g())

def f(s: List[str]):
    return all(x in s for x in ["w", "a", "d", ",", " "])

def g():
    return ["a", "d", "w", ",", " ", " ", " ", " ", " ", " ", "w", "d", "a"]

assert f(g())

def f(s2: str):
    return s2[4:] >= s2[:4]

def g():
    return "abcbcdefg"

assert f(g())

def f(nums: List[int], n=3):
    return sum(i % 2 == 0 for i in nums) == n

def g(n=3):
    return [1, 2] * n

assert f(g())

def f(x: float, a=4, b=54368639):
    return x == b * a

def g(a=4, b=54368639):
    return float(a * b)

assert f(g())

def f(s: str, target="foobarbazwow", length=6, n=1000):
    return str(target)[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6, n=1000):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(i: int):
    return (i < 26) or (i > 75 and i != 77)

def g():
    return 1

assert f(g())

def f(num: int, sum_forwards_only=None):
    return num > 100000

def g(sum_forwards_only=None):
    return sum(num * num for num in range(10000))

assert f(g())

def f(pos: List[int], lower_bound=5):
    if len(pos) < lower_bound:
        return False
    for i in pos:
        if i < len(pos) - 1:
            pos.pop()
        if i == len(pos) - 1:
            return False
    return True

def g(lower_bound=5):
    return[2**i for i in range(lower_bound, -1, -1)][::-1]

assert f(g())

def f(d: List[int], dnum=1000):
    return len(d) == dnum

def g(dnum=1000):
    return [k*dnum for k in range(dnum, 0,-1)]

assert f(g())

def f(s: str, p5=True):
    return s == 'permuted' and "true" in s and p5 or "false" in s

def g(p5=True):
    return "permuted" + "true" + "false" + "true" + "false"

assert f(g())

def f(nums: List[int], weight=10):
    return sum(nums[i] for i in range(10)) == 0

def g(weight=10):
    return [0]*weight

assert f(g())

def f(nums: List[int], a=0, b=10, count=3):
    assert any(len(str(n)) == len(set(str(n))) and a <= n <= b for n in nums)
    return len(set(nums)) >= count

def g(a=0, b=10, count=3):
    return [x**2 for x in range(b-a)]

assert f(g())

def f(y: int, u=0, k=999999):
    return k - y == u

def g(u=0, k=999999):
    return u + 3 * u + k

assert f(g())

def f(state: List[int]):
    for i, n in enumerate(state):
        if i // 3 == 1 and i % 5 == 0 and n > 0:
            return True
    return False

def g():
    return list(map(lambda n: n * n, range(1000, 2000)))

assert f(g())

def f(s: str):
    return s == "hello" or s == "helo" or (s == "world" and ord('o') <= ord('l'))

def g():
    return "hello" or "helo" or "world"

assert f(g())

def f(count: int, b=23223, a=3):
    return count >= a

def g(b=23223, a=3):
    return a * a

assert f(g())

def f(n: int):
    return n > max(len(str(list(range(10)))) for n in range(10))

def g():
    return int(2**len(str(list(range(10))))-2)

assert f(g())

def f(nums: List[int], target=17):
    return len(nums) >= target and all(nums[i] != nums[i + 1] for i in range(len(nums)-1))

def g(target=17):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17]

assert f(g())

def f(s: str, a=2, b=2):
    return s.count("b") >= 2 and s.count("b") > a

def g(a=2, b=2):
    return "b" * a + "b" * b

assert f(g())

def f(s: str, target=50):
    s[0] == target and all(s[1] in "1234" for s in s)
    return len(s) > 20

def g(target=50):
    return "100" * 200 + "200" * 100 + "400" * 100

assert f(g())

def f(t: str, s="nope"):
    assert t[-1] in s
    return t[-1] == s[-1]

def g(s="nope"):
    return s[1:]

assert f(g())

def f(l: List[float]):
    return sum(sum(x for x in l) for x in l) == sum(x for x in l)

def g():
    return []

assert f(g())

def f(p: List[str]):
    return p.count("1") == 1 and p.count("2") == 1 and p.count("3") == 1

def g():
    return ["1", "2", "3"]

assert f(g())

def f(li: List[int]):
    return all([i < len(li) for i in range(len(li))]) and len(set(li)) == 3

def g():
    return [3, 4, 5]

assert f(g())

def f(s: str):
    return s == "a" or s == "aab"

def g():
    return "a" or "aab"

assert f(g())

def f(probs: List[int]):
    return probs[0] * probs[1] == probs[2] * probs[3]

def g():
    return [1, 0, 1, 0, 1, 0, 1]

assert f(g())

def f(s: str, words=['one', 'two', 'three']):
    return s.isupper()

def g(words=['one', 'two', 'three']):
    return "".join(s.upper() for s in words)

assert f(g())

def f(x: float, a=1020):
    return x * 1.1 + 1. * abs(x) > a

def g(a=1020):
    return a * 1.1

assert f(g())

def f(d: int, res=100, k=3, lower=100000, upper=6, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return res * d >= k * lower and d >= k * upper

def g(res=100, k=3, lower=100000, upper=6, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return res * 100 + 91 * seq[0] + 100 * seq[1] + 19 * seq[2] + 64 * seq[3] + 90 * seq[4] + 16 * seq[5] + 38 * seq[6] + 92 * seq[7] + 20 * seq[8] + 65 * seq[9] + 18 * seq[10] + 1

assert f(g())

def f(s: str, length=9):
    return len(s) == length and int(s) in [0, 1, 2, 5, 3, 1, 1, 1, 1, 1, 1, 1, 1]

def g(length=9):
    return "0"*length

assert f(g())

def f(s: str, n=1000):
    for i in range(n):
        if i + 1 == n:
            if s[i] == s[i + 1]:
                return True
    return False

def g(n=1000):
    return "123456789" + "0" * (n-1)

assert f(g())

def f(s: str, target="I am a target", length=13):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="I am a target", length=13):
    return target

assert f(g())

def f(x: str, s=["a", "b", "c"]):
    return str(x[-1]).startswith(s[-1])

def g(s=["a", "b", "c"]):
    return str(s[-1])

assert f(g())

def f(u: List[str], s1=''):
    return u[0] == s1

def g(s1=''):
    return [s1]

assert f(g())

def f(n: int, t=5, a=1020, b=19):
    return n == sum([a * i for i in range(b)])

def g(t=5, a=1020, b=19):
    return sum([a * i for i in range(b)])

assert f(g())

def f(s: List[str]):
    return tuple(s) == ('dee', 'doo', 'dah!', 'daah!')

def g():
    return ["dee", "doo", "dah!", "daah!"]

assert f(g())

def f(nums: List[int], n: int = 12345):
    return len(nums) == n

def g(n: int = 12345):
    return [i for i in range(n)]

assert f(g())

def f(s: str, n=7012):
    return int(str(s)[:2] + s[2:]) == n

def g(n=7012):
    return str(n)

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == len(set(nums)) and sum(nums) == tot and all(i >= i % 2 > 0 for i in nums)

def g(tot=12345, n=5):
    return [tot]

assert f(g())

def f(s: str):
    return [s[i] for i in range(len(s))] == [s]

def g():
    return "a"

assert f(g())

def f(path: List[int]):
    return all(legal_move(m) for m in path)

def g():
    return []

assert f(g())

def f(li: List[int], inds=[1, 2], targets=[12, 23]):
    assert all(i in li for i in inds)
    assert all(target in targets for target in targets)
    return li[:2] == targets and li[2:] == targets or all(target in li for target in targets)

def g(inds=[1, 2], targets=[12, 23]):
    return list(list(inds) + list(targets))

assert f(g())

def f(n: int):
    return (sum(map(sum, range(n))) == n)

def g():
    return 0

assert f(g())

def f(li: List[int]):
    return all(sum(i >= i % 2 for i in li) > (len(li) / 2) for li in [li[i::2] for i in range(len(li))])

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, n=3):
    return (x - n * 2) % -n == 0

def g(n=3):
    return n

assert f(g())

def f(a: List[int], n=3):
    return all(a==b for a, b in zip(a, a + [n]))

def g(n=3):
    return [1]*n

assert f(g())

def f(s: str):
    l = len(s)
    if l > 3 and not s.isdigit():
        return False
    if l == 2:
        return s.isdigit() and s[0] == s[-1] and s[1] == s[-2]
    return s.isdigit()

def g():
    return '1234567894'

assert f(g())

def f(x: int):
    return float(x) > 200

def g():
    return int(float(int("123456789" + "0"*9) ** 9))

assert f(g())

def f(x: int, y=20):
    return abs(x - 32 ** 3) < 1e-6

def g(y=20):
    return 32 ** 3

assert f(g())

def f(s: str):
    return s.count('c') == 1 and s.count('o') == 1 and s.count('y') == 1

def g():
    return "abcdefghijklmnopqrstuvwxyz01234"

assert f(g())

def f(s: List[str], target=100):
    return s == target or len(s) >= target

def g(target=100):
    return [str(n) for n in range(target + 1)]

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d) == v

def g(v=9, d=0.0001):
    return float(v * d)

assert f(g())

def f(res: int):
    if res >= 10000000:
        return True
    if res >= 104857600:
        return True
    elif res >= 102268800:
        return True
    elif res >= 102268000:
        return True
    elif res >= 104714800:
        return True
    elif res >= 10000000:
        return True

def g():
    return 1<<28

assert f(g())

def f(nums: List[int], target=100):
    for i in range(target):
        if target - i == 0:  # not enough
            return False  # not enough
    return sum(nums) > target - 1

def g(target=100):
    return [int(i) for i in range(target)]

assert f(g())

def f(s: str):
    return s != "a" and len(set(s)) >= 5

def g():
    return "hello world"[::-1]

assert f(g())

def f(nums: List[int], tot=45):
    return len(list(nums)) == tot

def g(tot=45):
    return [0]*tot

assert f(g())

def f(s: str):
    return s.startswith("I")

def g():
    return 'I'

assert f(g())

def f(n: int):
    return n < 1 and n % 3 == 1

def g():
    return 2*4*8 - 3*16 - 42

assert f(g())

def f(n: int):
    return pow(2, n, n) == 2

def g():
    return 5

assert f(g())

def f(n: int, lower_bound=100, a=15482, b=23223):
    assert lower_bound >= 0 and lower_bound <= (n - 1), (
        "expected greater than or equal to %s but got %s" % (lower_bound, n)
    )
    lower_bound -= 1
    return a % n >= lower_bound

def g(lower_bound=100, a=15482, b=23223):
    return lower_bound + a + b

assert f(g())

def f(e: List[int]):
    assert all(i in range(4) for i in e)
    return e[0] == 0 and e[2] == 0 and e[3] == 0

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(s: str, n=10):
    if s[-1] == '-':
        return str(n * n - n).startswith("123456789")
    else:
        return "Hello " + s == "Hello world"

def g(n=10):
    return "world"

assert f(g())

def f(n: int):
    return n % 3 == 1 or n % 4 == 0

def g():
    return 1

assert f(g())

def f(n: int):
    return len(set(range(n))) > 995

def g():
    return 1000000

assert f(g())

def f(nums: List[int], n=12345):
    if n == -1:
        return sum(i in nums) == sum(int(s) for s in nums) == 1
    else:
        return sum(i in nums for i in nums) == sum(float(s) for s in nums) == n

def g(n=12345):
    return [1 for j in range(n)]

assert f(g())

def f(x: float, a=1020):
    return a <= abs(x) <= x + a

def g(a=1020):
    return a**3 + a/2.0

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return x[0] == a and (x[-1] <= e or x[-1] + x[0] + x[1] + s > e)

def g(a=7, s=5, e=200):
    return [a, s, e]

assert f(g())

def f(ls: List[int], l=[5, 4, 9, 4, 5, 5, 5, 1, 5, 5], length=4):
    assert all(i >= 0 and i == s for i, s in zip(ls, l))
    return l == ls and (0 < len(ls) - 1 or ls.count(s) == 1) and length == 4

def g(l=[5, 4, 9, 4, 5, 5, 5, 1, 5, 5], length=4):
    return [5, 4, 9, 4, 5, 5, 5, 1, 5, 5]

assert f(g())

def f(n: int):
    # return all(n in [0, 10000]) == 1
    return n > 1000

def g():
    return 10000 * 10000

assert f(g())

def f(s: str):
    a = {v for i, c in enumerate(s) for v in c if i%9 == 0 and i%18 == 0}
    return any(t in a for t in ["1","2"])

def g():
    return "123456789" + "0"*9

assert f(g())

def f(n: int):
    if n > 20:
        return False
    return len(set(range(20))) == len(range(20))

def g():
    return 6

assert f(g())

def f(l: List[List[int]]):
    l[0].count(")")
    return l[0].count("(") >= l[1].count(")")

def g():
    return [
        [3, 4, 5, 6],
        [7, 9, 0],
        [1, 2, 3, 4],
        [2, 3, 4],
    ]

assert f(g())

def f(stamps: List[int], n=20):
    assert len(stamps) == n
    return len(stamps) > 0

def g(n=20):
    return list(range(n))[::-1]

assert f(g())

def f(a: int, n=7012):
    return 5 ** n == a

def g(n=7012):
    return 5 ** int(n)

assert f(g())

def f(input_sizes: List[int]):
    return sum(i for i in input_sizes if i > 0) > 9

def g():
    return [n*n for n in (2, 10, 30, 90, 120, 230, 460, 900, 1020, 2180)]

assert f(g())

def f(x: List[int], k=18):
    return len(x) == k and all(x[i] == 18 for i in range(k))

def g(k=18):
    return [18]*k

assert f(g())

def f(l: List[int]):
    assert len(l) == 4 and l is not None

    start = l.index(l[0])
    end = l.index(l[-1])
    return start == end or end - start > 1

def g():
    return [123, 456, 89, 567]

assert f(g())

def f(n: int, a=8, b = 20):
    p = n / a
    return max(a, b) < p

def g(a=8, b = 20):
    return a**b

assert f(g())

def f(x: List[int], target=35, p=3):
    return len(x) == int(target)

def g(target=35, p=3):
    return [] + [int(target) + p for _ in range(int(target))]

assert f(g())

def f(k: int, x=9223372036854775807):
    return int(0.5 * x / k ** 2) < 1e-10  # 0.5 is closest to 1: 0.3125

def g(x=9223372036854775807):
    return 2*x - 9223372036854775807

assert f(g())

def f(sum: List[int], target=0):
    return all(target == 0 and sum[i] == sum[i] + target for i in range(len(sum)))

def g(target=0):
    return [1,2]

assert f(g())

def f(s: str):
    return "Some other stuff" in s         # "Some other stuff" should be a list, not str.

def g():
    return "Some other stuff"[:]

assert f(g())

def f(v: List[str]):
    return len(set(v)) == 1000

def g():
    return ["one"*(i+2)+"two"*(i+2) for i in range(1000)]

assert f(g())

def f(s_case: str, s="ItMakesUsHappy"):
    return s_case == (s.lower() if len(s) > 1 else s.upper())

def g(s="ItMakesUsHappy"):
    return s.lower() if len(s) > 1 else s.upper()

assert f(g())

def f(s: str, count=0):
    return len(s) == len(count or "abcdefghijklmno")

def g(count=0):
    return "abcdefghijklmno"

assert f(g())

def f(t: str, s="dog"):
    return s[::-1] in t

def g(s="dog"):
    return s[::-1]

assert f(g())

def f(nums: List[int], tot=5):
    return tot == len(nums)

def g(tot=5):
    return [1 + 2 for i in range(tot)]

assert f(g())

def f(e: List[int], v=25):
    sum = 0
    for i in range(len(e)):
        sum += e[i]
    return sum == v

def g(v=25):
    return [v]

assert f(g())

def f(a: str, k=5, target=123):
    if len(a) == 0: return 0
    if k < 0 and k == 0: return (len(a) == 0) and (isinstance(a, str))
    if len(a) == 1: return True
    return all(1 > a[0] in "000") and all(a[0] == "0" or a[0][::-1] == '0')

def g(k=5, target=123):
    return "".join(chr(i + 1)for i in range(k + 1, k + 2))

assert f(g())

def f(d: int, n=8388607):
    assert n == 8388607
    return d > n and d%3 == 0

def g(n=8388607):
    return 99999999900 * n

assert f(g())

def f(res: List[int], target=17):
    return sum(res) >= target

def g(target=17):
    return [1 + target for i in range(1000)]

assert f(g())

def f(nums: List[int], m=10, target=25):
    return min(len(nums), target) <= m and sum(nums) == target

def g(m=10, target=25):
    return [num for num in range(target, target+m, m)]

assert f(g())

def f(s: str, n=100):
    d = len(s)
    if n < d:
        return False
    if n == d:
        return True
    return not any(i in s for i in range(n))

def g(n=100):
    return "a"*n if n > 100 else 'b'*n

assert f(g())

def f(a: float, target=200):
    if a > 200:
        return float(a) > target
    return a > 0

def g(target=200):
    return 3.14

assert f(g())

def f(ls: List[str]):
    return ''.join(ls) == ''.join(map(str, ls))

def g():
    return ['a' for _ in range(1000000)]

assert f(g())

def f(path: List[int], max_dim=13):
    assert len(path) == max_dim and max_dim <= len(set(path))
    return len(path) == max_dim

def g(max_dim=13):
    return [i for i in range(max_dim)]

assert f(g())

def f(x: List[int]):
    if not x or not x[0]:
        return True
    return all(i in x)

def g():
    return []

assert f(g())

def f(x: float, a=123, b=1000):
    return x if abs(x) < a and b - a <= 0 else x ** 2 < a ** 2 and x <= 1000

def g(a=123, b=1000):
    return float((1/a) * 1000000) / b

assert f(g())

def f(s: str):
    return s.startswith("123456")  # not enough memory (only 8 bits)

def g():
    return "123456789" + str(0).ljust(25)

assert f(g())

def f(nums: List[int], n=4):
    return sum(nums) == n and sum(i ** 2 for i in nums) == n

def g(n=4):
    return [1]*n or None

assert f(g())

def f(a: int, b=1020):
    return max((a - b) ** 2 < 10 ** -2, 0)

def g(b=1020):
    return b

assert f(g())

def f(nbs: List[int]):
    a, b, c, e = list(nbs)
    return a + b == c and b + c == a + e

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 4

def g():
    return [9, 5, 6, 7]

assert f(g())

def f(s: str, start=1, target=25):
    return len(s) >= target

def g(start=1, target=25):
    return "123456789" + "0"*(target - start)

assert f(g())

def f(nums: List[int], m=2, eps=1.0):
    return sum(nums) > eps

def g(m=2, eps=1.0):
    return [1, 2] if m==2 else [1, 2] + [1, 2]

assert f(g())

def f(s: str, n=8000):
    return len(s) > 10000

def g(n=8000):
    return "123456789"*n

assert f(g())

def f(d: str):
    return d == 'w' or d == 'wc'

def g():
    return "w"

assert f(g())

def f(s: List[str], word="konjac"):
    for i in range(len(word)):
        if s[i] != word[i].upper():
            return False
    return True

def g(word="konjac"):
    ret = []
    for i in range(len(word)):
        ret.append(word[i].upper())
    return ret

assert f(g())

def f(s: str, index="0", length=1):
    return s[-1] == index

def g(index="0", length=1):
    return str(index) + "-" + str(index) + "-" + str(index) + "-" + str(index)

assert f(g())

def f(nums: List[int], target=101):
    return sum(nums) > target

def g(target=101):
    return [num for num in range(1000) if num <= target]

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(x: int):
    return str(x).startswith("123")

def g():
    return int(int("123") + (int("0"*3)**0.5))

assert f(g())

def f(s: str):
    return all(s[i:i+9] for i in range(10))

def g():
    return "abcdef" * 2

assert f(g())

def f(s: str):
    return "".join((c if c in "aeiou" else "" for c in s)) == "aeiou"

def g():
    return "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"

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if s[i] in "ABCDEF"[:-1]:
            return True
    return False

def g():
    return "ABCDEF[:-1]"

assert f(g())

def f(n: int):
    return all(n <= 0 for i in range(7))

def g():
    return 2 + (int((-1)*50 + 5)**3 + 1)

assert f(g())

def f(x: List[int], r=5):
    return sum(x[i] == 0 for i in range(9)) <= r

def g(r=5):
    return list(range(999999))

assert f(g())

def f(words: List[str], n=50):
    return len(set(set(words))) == n

def g(n=50):
    return [str(i) for i in range(n)]

assert f(g())

def f(nums: List[int]):
    return nums[0] * nums[1] * nums[2] - nums[0] - nums[1] + nums[2] > 0

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, k=5):
    return (len(s) - k) in [1, 2, 3, 4, 5]

def g(k=5):
    return "123456789%s" % k

assert f(g())

def f(t: str):
    t += "abc"
    return t[::-1] in t or t[::-1] != t[::-1] and any(t[:] in t[:2].lower() and t[::-1] == t[:2].upper() for t in [t] + [t[::-1], t[:2]])

def g():
    return "abc"[::-1][::-1][::-1][::-1][::-1]

assert f(g())

def f(s: str):
    return len(s) == 999

def g():
    return ("a"*999) and ("b"*999)

assert f(g())

def f(x: int, target=4):
    return 0 <= x <= target and (x + target) * x <= 10000000000000000000000000000000000 + target - 16777216

def g(target=4):
    return target

assert f(g())

def f(s: str, index=2):
    return index == 2 and all(int(s) != x for x in range(40))

def g(index=2):
    return "123456789" + "0"*9

assert f(g())

def f(max_points: int, thresh=40):
    return max(2 ** i - 1 for i in range(thresh)) < max_points

def g(thresh=40):
    return 2 ** 40 - 1

assert f(g())

def f(pos: List[int], target=0):
    return pos[0] == 0 and pos[len(pos)-1] == target

def g(target=0):
    return list(range(0,1+target))

assert f(g())

def f(path: List[int], edges=[[0, 0], [0, 1], [0, 2], [1, 2], [1, 0], [2, 0]], u=0, v=2, bound=4):
    assert all([e for b, c in zip(path, path[1:]) for e in {b, c}])
    return len(path) <= bound

def g(edges=[[0, 0], [0, 1], [0, 2], [1, 2], [1, 0], [2, 0]], u=0, v=2, bound=4):
    return [i for i, b in zip(edges, edges[1:]) if b == u and i != v]

assert f(g())

def f(s: str):
    return not s[:len(s)//2] in s or s.count("#") == 1

def g():
    return "123#789"

assert f(g())

def f(s: str):
    return s.startswith("123.456")

def g():
    s = "123.456"
    return s[:7]

assert f(g())

def f(x: List[int]):
    return x == [0, 0, 0]

def g():
    return [x for x in [0, 0, 0]]

assert f(g())

def f(x: int, start=12, end=28):
    return abs(1 + x) >= start * (end - start)

def g(start=12, end=28):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(seq: List[int], bound=3):
    return len(seq) > bound

def g(bound=3):
    return [0] * bound + [1, 2]

assert f(g())

def f(s: str):
    return str(s).startswith("0123456789")

def g():
    return "0123456789"

assert f(g())

def f(x: List[int], a=1020):
    for i in range(a):
        x[i] = 1
    return min(x) == max(x)

def g(a=1020):
    return list(range(1020))

assert f(g())

def f(t: List[int]):
    for i in range(2, len(t) + 1):
        if t[(i + 2) % 3] != t[(i + 1) % 3]:
            return False
    return True

def g():
    return [1] * 3 + [2] * 3 + [3] * 3

assert f(g())

def f(s: str):
    return len(s) > 5

def g():
    return "abcdefgh"

assert f(g())

def f(items: List[str]):
    return items[0] == 'A' or items[0] == 'B' or items[0] == 'C'

def g():
    return ['A', 'B']

assert f(g())

def f(s_case: str, s="ItIsAPortraitOfTacos"):
    return s in s_case

def g(s="ItIsAPortraitOfTacos"):
    return "(%s)" % s

assert f(g())

def f(x: List[int]):
    return len(x) == 3

def g():
    return [0,1,2]

assert f(g())

def f(nums: List[int], target=19):
    return len(nums) == target

def g(target=19):
    return [0] * target

assert f(g())

def f(li: List[int]):
    for i in range(10):
        if li[i] not in list(range(999)):
            return False

    return True

def g():
    return list(range(1000))

assert f(g())

def f(x: int, a=1020):
    return x >= a + 2

def g(a=1020):
    return a + 2

assert f(g())

def f(target_idxs: List[int], target_len=12):
    assert len(target_idxs) == target_len
    target_idxs.sort()
    return all(i < 0 for i in target_idxs) or not all(i < 0 for i in target_idxs)

def g(target_len=12):
    return list(range(12))[:target_len]

assert f(g())

def f(words: List[str], n=1000):
    return len(set(words)) == n

def g(n=1000):
    a = []
    for i in range(n):
        for j in range(10):
            if j % 2 == 0:
                a.append("x" * (i + 1))
    return a

assert f(g())

def f(li: List[int]):
    return len(set(li)) > 5 and min(li) >= 0

def g():
    return list(range(10))

assert f(g())

def f(state: str):
    return state == "E"

def g():
    return "E"

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678")

def g():
    return int(int("12345678" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(s: str, start_num=0):
    return len(s) - start_num == 1 and min(s[start_num:]) == max(s[start_num:])

def g(start_num=0):
    return str(int(1 + (1 + start_num) ** 0.5) + 1)

assert f(g())

def f(s: str):
    return set(s) == set(s)

def g():
    return "b"

assert f(g())

def f(s: str):
    return s == "foobarbazwow"

def g():
    return 'foobarbazwow'

assert f(g())

def f(nums: List[int], target=19):
    return len(nums) >= target

def g(target=19):
    return [1 for _ in range(target)]

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=50):
    return s == s1 or s == s2

def g(s1="a", s2="b", count1=50, count2=50):
    return s1 or "a" in s1 or "b" in s2

assert f(g())

def f(nums: List[int]):
    return len(nums) == 3 and any((n % 3 == 0) for n in nums)

def g():
    return [2, 3, 0]

assert f(g())

def f(x: List[int]):
    return len(list(x)) == 15

def g():
    return list(range(15))

assert f(g())

def f(s: str):
    if len(s) > 3:
        return True
    return not all(s[::-1] == s)

def g():
    return "Hello"

assert f(g())

def f(b: List[int]):
    for b in b:
        b.sort()
    return len(b) < 2

def g():
    return []

assert f(g())

def f(s: str):
    assert s.count("2") == 0 and len(s) >= 1, "Hint: length is not 1 (e.g. '6a')"
    return sum(i in s[1:3] for i in s[0:-1]) == min(len(s), len(s[:2]))

def g():
    return "abcdefghijklmno"

assert f(g())

def f(z: float, v=3, d=0.001):
    return z == v / d

def g(v=3, d=0.001):
    return 3.0 / d

assert f(g())

def f(nums: List[int], target_len=12):
    return sum(nums) >= target_len

def g(target_len=12):
    return [3, 12, 81, 0]

assert f(g())

def f(s: str, target="foobarbazwow", n=4, length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", n=4, length=3):
    return target[(len(target) - length)//2:(len(target) + length) // 2]

assert f(g())

def f(ls: List[str], num_colors=24):
    return len(ls) >= num_colors

def g(num_colors=24):
    return [".{:02d}".format(i) for i in range(num_colors)]

assert f(g())

def f(big_strs: List[str], n=7012):
    assert len(big_strs) >= n
    return big_strs == [z for z in big_strs if z]

def g(n=7012):
    return ['a' for j in range(n)] + ["b" for j in range(n)]

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n

def g(n=1000):
    return [n for i in range(n)]

assert f(g())

def f(inds: List[int], n=8):
    return all([i in range(n) for i in inds]) and len(inds) == n

def g(n=8):
    return list(range(n))

assert f(g())

def f(s_case: str, s1="More"):
    return s_case == (s1.lower() if s1.lower() == s1 else s1.upper())

def g(s1="More"):
    return (s1.lower() if s1.lower() == s1 else s1.upper())

assert f(g())

def f(states: List[str]):
    return len(states) >= 4

def g():
    return ["A","B","C","D"]

assert f(g())

def f(indices: List[int], a0=15, a1=25, num_points=10):
    return len(indices) == num_points and {(i, j) for i in indices for j in indices} == \
        {(j, i) for j in indices for i in indices}

def g(a0=15, a1=25, num_points=10):
    return [a0+i for i in range(num_points)]

assert f(g())

def f(n: int, s=50):
    def gcd(i, j):
        if i == j:
            return 1
        if i == j + 1:
            return (i + j)
        p = i * j
        while p > 1:
            p -= 1
        r, s = p, (p // s)
        return r

    return min(gcd(n, n), n) % s == 0

def g(s=50):
    return int(str(s)[-1].count("1") == 1)

assert f(g())

def f(n: int):
    i = 0
    for c in range(n):
        if n > 0:
            i += 1
        if i > 1:
            return False
    return True

def g():
    return 1

assert f(g())

def f(i: List[int]):
    return i[2] != i[1] and i[0] == 0

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(p: List[List[int]], target=[]):
    n = len(target)
    return sum(x for x in p if sum(y * x + y for y in p if y > 0) == n) == n

def g(target=[]):
    return target[::-1]

assert f(g())

def f(n: int, x=True):
    assert x * n == 1
    return n < 5

def g(x=True):
    return 1 if x else 0

assert f(g())

def f(p: List[int], n=4, edge_length=10):
    return all(p[:n] == [0, 1, 2, 3] for i in range(n))

def g(n=4, edge_length=10):
    return [0, 1, 2, 3] * int(1+edge_length **n)

assert f(g())

def f(k: List[int]):
    for i in range(k[0]):
        for j in range(k[1]):
            if i * j > 2 ** k[2]:
                return False
    return True

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=21332):
    return x == a

def g(a=21332):
    return a

assert f(g())

def f(nums: List[int], target=100):
    return len(nums) > max(n for n in nums if n in [0, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100]) and max(n for n in nums if n in [0, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100]) == target

def g(target=100):
    return list(range(target, target + 10000))

assert f(g())

def f(nums: List[int], a=17, b=100, c=20):
    return sum(a ** i for i in range(c)) >= len(nums) * (a + b + c) / 3

def g(a=17, b=100, c=20):
    return [a-10 for i in range(c)]

assert f(g())

def f(n: int):
    x = 3.14159265358979323846
    return n * x >= 10 ** 3 and n > 10000

def g():
    return 10**10   # or float(10**10)

assert f(g())

def f(nums: List[int], n=1000):
    if n > 1:
        return n > 2 and sum(nums) >= n - 3
    return True

def g(n=1000):
    return list(range(n))

assert f(g())

def f(x: List[int], a=6, b=6, c=6):
    return abs(x[a] - x[b]) == abs(x[c] - x[b])

def g(a=6, b=6, c=6):
    return [i*2 for i in range(9)]

assert f(g())

def f(nums: List[int], n=5, thresh=50):
    return n == len(set(nums)) and len(set(nums)) == n

def g(n=5, thresh=50):
    return list(range(1, n+1))

assert f(g())

def f(n: int):
    return n * n > 10000000000000000000 * 10000000000000000000

def g():
    return int(1000000000000000 * 1000000000000000) + 1

assert f(g())

def f(s: str):
    return "".join(s) == "helloworld"

def g():
    return "helloworld"

assert f(g())

def f(n: int, nodes=['x'], target=19143212):
    return max(n == target, len(nodes)) == len(nodes)

def g(nodes=['x'], target=19143212):
    return max(nodes == target, len(nodes))

assert f(g())

def f(s: str, target="qwertyuiopasdfghjklzxcvbnm"):
    return s == target

def g(target="qwertyuiopasdfghjklzxcvbnm"):
    return "{}".format(target)

assert f(g())

def f(s: str):
    return s.count('.') == 1 and len(s) == 2 or s == '.5.'

def g():
    return '.5'

assert f(g())

def f(s: str, a=100):
    return len(s) == 1

def g(a=100):
    return "a"

assert f(g())

def f(r: List[int], n=2000):
    return sum(map(bool, r)) == n

def g(n=2000):
    return [n*n] * n

assert f(g())

def f(z: List[int], k=10):
    if len(z) == k: return True
    r = []
    k.sort()
    for i, j in z:
        r.append((i, j + k))
    return len(map(len, r)) == k

def g(k=10):
    return [0 for i in range(10)]

assert f(g())

def f(n: int):
    return max(n - n ** 2, 0.) ** 2 < n

def g():
    return 100

assert f(g())

def f(hands: List[int], target_angle=45):
    return 0 <= hands[2] or (hands[0] == 1 and hands[1] == 0)

def g(target_angle=45):
    return [1, 2, 3]

assert f(g())

def f(x: int, a=20, string="a", b=20, c=50):
    return x == sum(b * a for b in range(c))

def g(a=20, string="a", b=20, c=50):
    return sum(a * b for a in range(c))

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n and sum(x) == len(x)

def g(n=5):
    return [1]*n

assert f(g())

def f(words: List[str]):
    return len(set(words)) > 1 and sum(t < s for t, s in zip(words, words[1:-1]) if t != s) == 1

def g():
    return [x for (x, y) in zip(["a", "b", "b", "c"], ["d", "e", "f", "g"])]

assert f(g())

def f(num_list: List[int], target=1000):
    assert sum(num for num in num_list) == target, "numerics"
    return all(x for x in num_list if x == target)

def g(target=1000):
    a = [1]*target
    return list(a)

assert f(g())

def f(n: int, a=30, b=5):
    return float(n) / float(b) == a

def g(a=30, b=5):
    return a * b

assert f(g())

def f(list: List[int]):
    return len(list) == 3

def g():
    return [2,3,1]

assert f(g())

def f(e: List[int]):
    return len(set(e)) >= 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, n=6):
    for i in range(n):
        if all(s[i] != s[i + 1] for i in range(len(s) - 2)):
            return False
    return True

def g(n=6):
    return ''.join(str(n) for i in range(n + 1))

assert f(g())

def f(n: int, a=9):
    if n > 16000:
        return True
    return all(n % a == 0 and n // a == 1 for n in range(1, 16000))

def g(a=9):
    return sum(int(n * n + a * n + a) for n in range(1, 1000))

assert f(g())

def f(n: List[int]):
    return all(k in n for k in (1, 2, 3))

def g():
    return list(range(100))

assert f(g())

def f(c: List[int], m=3, s=19):
    return all(c[i] > 0 for i in range(m) if c[i] < s)

def g(m=3, s=19):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(f: int, m=1023, N=20):
    return f == max(m, N)

def g(m=1023, N=20):
    return int(str(m) + "0"*(N-m-1))

assert f(g())

def f(n: int):
    return all(n < 4 for n in range(2))

def g():
    return len(set(range(10)))

assert f(g())

def f(a: float, target=200):
    if a > 200:
        return float(a) > target
    return a > 0

def g(target=200):
    return float(target)

assert f(g())

def f(l: List[int]):
    return l[-1] > 5

def g():
    return [10, 30] * 10

assert f(g())

def f(s: str):
    return s == 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'

def g():
    return 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'

assert f(g())

def f(s: str, lower_bound=10, upper_bound=15):
    return lower_bound <= len(s)

def g(lower_bound=10, upper_bound=15):
    return 'a' * lower_bound + 'b' * upper_bound

assert f(g())

def f(target: int):
    print(target)
    return (target >= 0) and (target <= 5)

def g():
    return 4

assert f(g())

def f(nums: List[int], count=5):
    return sum(nums) != count and len(nums) >= count  # count means 1 or 2

def g(count=5):
    return [i for i in range(count)]

assert f(g())

def f(count: List[int]):
    s = "a"
    for i in count:
        s += i
    return len(s) == 1

def g():
    return [0] * 0

assert f(g())

def f(nums: List[int], thresh=0):
    total = 0
    for a, b in zip([1, 2], [5, 6, 2, 8, 5, 6, 8, 1, 2, 3, 6, 5, 8, 1, 2, 3, 4, 5, 6]):
        total = nums[a] * b
    return total <= thresh

def g(thresh=0):
    x = [2, 3, 0]
    for n in [1, 2, 4, 10]:
        x.append(n * n)
    return [x.sum(1) if thresh > 0 else x for x in x]

assert f(g())

def f(x: int, a=1000, b=50, c=1000):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=1000, b=50, c=1000):
    return a+b

assert f(g())

def f(n: str):
    return (all(c < n.count("/") for c in range(6)))

def g():
    return "123456789099/0/1/2/1/0/0/1/3/2/1/0"

assert f(g())

def f(n: int):
    for x in range(n):
        if n % 2 == 0:
            return 0
        else:
            return (n % 2) == 1 and n > 2

def g():
    return 2**64 + 3

assert f(g())

def f(nums: List[int], a=100, b=1000, count=20):
    assert all(n > i for i in range(2, len(nums)) for n in nums), "illegal moves"
    return len(nums) == count

def g(a=100, b=1000, count=20):
    return [a*i + b for i in range(count)]

assert f(g())

def f(s: str, target=0, maxsize=30):
    assert len(s) >= target
    return maxsize - len(s) <= target

def g(target=0, maxsize=30):
    return "\U0001F46D"*maxsize

assert f(g())

def f(s: str, n=1000):
    return all(s[i] != i for i in range(n))

def g(n=1000):
    return "\n".join([str(v) for v in range(n)])

assert f(g())

def f(n: int, t=197):
    return n > 100

def g(t=197):
    return t + 1

assert f(g())

def f(n: int):
    return n > 999 and n > 10 ** -9

def g():
    return 9223372036854775807

assert f(g())

def f(x: List[int], t_1=0.04, t_2=0.04, k=2, min=0):
    return x == [min for _ in range(k)]

def g(t_1=0.04, t_2=0.04, k=2, min=0):
    return [0]*k

assert f(g())

def f(l: List[int]):
    return list(l)[:3] == [0, 0]

def g():
    return [0, 0]

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" + str(index).zfill(9)

assert f(g())

def f(l: List[List[int]]):
    return len(l) == 2 and not (l[1] == l[0] and l[-1] == l[99])

def g():
    return [[3, 2], [7, 3, 4]]

assert f(g())

def f(s: str, target="do", reverse=False, s1="hello"):
    return s == s1 or (s.lower() == target.lower() and s.upper() == target.upper())

def g(target="do", reverse=False, s1="hello"):
    return s1

assert f(g())

def f(n: int, lower=150, upper=150):
    return lower >= 0 and upper >= 0 and abs(lower - upper) < 1e-6

def g(lower=150, upper=150):
    return 1 if lower > upper else 0

assert f(g())

def f(nums: List[int]):
    return all(i <= nums[i] for i in range(3) if i not in nums or nums[i]  > nums[i - 1])

def g():
    return [1,2,3,4,5]

assert f(g())

def f(num: int):
    return num == 1001 or num == 1000

def g():
    return 1000 + 1

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 5  # 5 means 5 elements long, not 1+2+3+4

def g(n=12345):
    return list(range(12345))

assert f(g())

def f(s: str, n=1, d=1):
    return s.count("1") == n and s.count("2") == d and sum(int(s[i]) == i for i in range(n)) == 0

def g(n=1, d=1):
    return "1"*n + "2"*d

assert f(g())

def f(nums: List[int], n=12345):
    return all(i in nums for i in range(n))

def g(n=12345):
    return [x for x in range(n)]

assert f(g())

def f(i: List[int], n=20):
    return sum(i) == n

def g(n=20):
    return [n]

assert f(g())

def f(s: str):
    return s.count("(") == 1

def g():
    return "123456789(0)0"

assert f(g())

def f(nums: List[List[int]]):
    return nums == [[1, 2, 3], [-2, 8, 9], [17, 2, 50], [-1, 2, 23], [-2, 8, 17], [-2, 1, 2], [-1, 1, 23], [-1, 2, 2]]

def g():
    return ([[1, 2, 3], [-2, 8, 9], [17, 2, 50], [-1, 2, 23], [-2, 8, 17], [-2, 1, 2], [-1, 1, 23], [-1, 2, 2]])

assert f(g())

def f(nums: List[str]):
    return nums == ["88882", "12094", "23121", "152432"]

def g():
    return ["88882", "12094", "23121", "152432"]

assert f(g())

def f(g: float, target=0.9999):
    return g * g > 0.999 and abs(g - target) < 1e-5

def g(target=0.9999):
    return 1 + target - 1

assert f(g())

def f(n: int):
    return n <= 20 or n > 8

def g():
    return 1

assert f(g())

def f(s: str):
    return "Lorem ipsum dolor sit amet" == s

def g():
    return "Lorem ipsum dolor sit amet"

assert f(g())

def f(li: List[int], n=10000):
    return all(i in li for i in range(n))

def g(n=10000):
    return list(range(n+1))

assert f(g())

def f(x: int, a=253532):
    if x > 0:
        return x >= a
    else:
        return x + a > a

def g(a=253532):
    return a * a

assert f(g())

def f(p: List[List[int]]):
    return p == [[1, 3, 4, 5], [1, 4, 6, 7], [1, 2, 6, 7], [1, 5, 7, 3]]

def g():
    return [
        [1, 3, 4, 5], [1, 4, 6, 7], [1, 2, 6, 7], [1, 5, 7, 3]
    ]

assert f(g())

def f(m: int):
    assert max(0, 2 ** m) > m
    return m > 11

def g():
    return 100000000

assert f(g())

def f(x: int, a=5, b=0):
    return a == x and b == 0

def g(a=5, b=0):
    return a

assert f(g())

def f(string: str, substring="a"):
    return (" ".join(x[::-1] for x in string)) == substring

def g(substring="a"):
    return "a"

assert f(g())

def f(ls: List[str]):
    return all({k in ls for k in ls})

def g():
    return ["hello"]

assert f(g())

def f(length: int, items=[], d=1):
    if length == 1:
        return items == [0]
    if all(i > 0 for i in items) or all(i <= 0 for i in items):
        return all(i >= length for i in items)
    else:
        return all(i < length for i in items)

def g(items=[], d=1):
    if items == []:
        return 0
    elif all(i > 0 for i in items) or all(i >= 0 for i in items):
        return d
    elif all(i < length for i in items) or all(i < d for i in items):
        return d + 1
    else:
        return d - 1

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) <= 5 and all(0 < n for n in nums)

def g():
    return [4]

assert f(g())

def f(n: int):
    return n >= 1

def g():
    return 5

assert f(g())

def f(part: List[int], target=[], n=10000, length=5000):
    return n == len(part)

def g(target=[], n=10000, length=5000):
    return [0] * n

assert f(g())

def f(x: int):
    return x > 0 and x <= 50

def g():
    return 50

assert f(g())

def f(x: int, e=3, y=1, z=6):
    return x < 3 or x > 9

def g(e=3, y=1, z=6):
    return 10+y

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(4))

def g():
    return [x + y for x in range(3) for y in range(10)]

assert f(g())

def f(x: int, a=2, b=33443336):
    return pow(x, a, b) == x**a

def g(a=2, b=33443336):
    return 2 ** a

assert f(g())

def f(case: str, target_prob=0.5):
    return case == "yes" or case == "no"

def g(target_prob=0.5):
    return "yes" or "no"

assert f(g())

def f(s: str, n=1, m=0, d=0):
    return s.count("(") <= m and int(s.count("(")) == len(s) - ((d == 0) and not s.startswith("("))

def g(n=1, m=0, d=0):
    return list(str(n*n).split("*"))[(d == 0) and not n == 1 and n < m]

assert f(g())

def f(nums: List[int], target=91):
    n = 1
    for i in range(len(nums)):
        if target == nums[i]:
            return True
        n *= i
    return False

def g(target=91):
    return [target, target+1, target+2, target+3]

assert f(g())

def f(s_case: str, s="Egads,I'mSickOfThisBoringPunctuation"):
    return s_case == "Egads,I'mSickOfThisBoringPunctuation"

def g(s="Egads,I'mSickOfThisBoringPunctuation"):
    return "Egads,I'mSickOfThisBoringPunctuation"

assert f(g())

def f(s: str, target=80):
    return all([x == y for x, y in zip(s, range(10)) if x == y])

def g(target=80):
    return "Hello World" if target > 80 else "Hello world"

assert f(g())

def f(possible_letters: str):
    return possible_letters == "abcdefghijklmnopq"

def g():
    return "abcdefghijklmnopq".lower()

assert f(g())

def f(n: int):
    return n > 0 and n == 4

def g():
    return 4

assert f(g())

def f(n: int):
    return n ** 2 - n * n % 1 == 1

def g():
    return int(1)

assert f(g())

def f(s: str):
    for x in range(5):
        if s[x] not in ['h', 'e', 'l', 'l', 'o', 'l', 'o', 'd', 'a', 'b', 'd']:
            return False
    return True

def g():
    return "hello"

assert f(g())

def f(baz: str, s="I am the boss"):
    return all(s in baz for s in "boss")

def g(s="I am the boss"):
    return "\n{0} is the boss!".format(s)

assert f(g())

def f(probs: List[float]):
    return sum(probs[i] for i in range(3)) * 0.25 < 1

def g():
    return [0.2, 0.2, 0.3]

assert f(g())

def f(s: str):
    return "".join(s) == "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"

def g():
    return "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"

assert f(g())

def f(inds: List[int], l=3, bound=13):
    return len(inds) == l and all(sum(inds[0] == i) for i in range(bound, len(inds)))

def g(l=3, bound=13):
    return [0, 1, 2]

assert f(g())

def f(d: int):
    return d > 0

def g():
    return 5

assert f(g())

def f(a: List[int]):
    return a[0] < a[1] < a[2]

def g():
    return [2,3,4]

assert f(g())

def f(n: int):
    return abs(n) > 1000

def g():
    return 123456789

assert f(g())

def f(a: int):
    return a >= -2 and a <= 2 * a

def g():
    return 42

assert f(g())

def f(n: int):
    return n > 2000 or n <= 40

def g():
    return 90000

assert f(g())

def f(s: str):
    return s == 'aabbccdeeff' or s == 'aa' and s == 'b' and s == 'c'

def g():
    return 'aabbccdeeff'

assert f(g())

def f(s: str, a="12345", b="123456"):
    return s.startswith(a) and s.endswith(b)

def g(a="12345", b="123456"):
    return a + " or " + b

assert f(g())

def f(l: List[int]):
    return len(l) == 3

def g():
    return [4, 1, 0]

assert f(g())

def f(x: List[int], f=100):
    for v in x:
        if v == f:
            return True
    return False

def g(f=100):
    return [f]

assert f(g())

def f(t: str, x=32, y=0):
    return t == "%d is %s" % (x, y)

def g(x=32, y=0):
    return "%s is %s" % (x, y)

assert f(g())

def f(s: str):
    return str(s).startswith("2**31")

def g():
    return "2**31 - 1"

assert f(g())

def f(n: int):
    h = 2 ** n
    return (2 ** n) % h == 0

def g():
    return 2 ** 0

assert f(g())

def f(n: int, a=3, b=5):
    return a <= n / b or b <= 2 * n / a

def g(a=3, b=5):
    return a * b

assert f(g())

def f(nums: List[int], target=24):
    for i in range(0, len(nums) // 3):
        nums[i] += nums[i + 1]
        nums[i + 2] += nums[i + 3]
    return nums[0] == target

def g(target=24):
    return [i for i in range(0, 1000) if i % target == 0]

assert f(g())

def f(x: int, b=99):
    print(x)
    while x > b:
        x = 3 * x + 1 if x % 2 else x // 2
        if not (abs(x - b) == 2 or x == b):
            continue
        return True

def g(b=99):
    return int(int("123456789" + "0"*9) ** b) + 1

assert f(g())

def f(words: List[str], upper=10):
    return sum(sum(w.count(c) for c in words) for w in words) >= upper

def g(upper=10):
    return [w.lower() for w in ["1", "2", "3", "4", "5", "6", "7", "8", "9", "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"]]

assert f(g())

def f(n: int):
    if n == 2:
        return True
    return not (0 <= n < 100)

def g():
    return 100

assert f(g())

def f(s: str):
    return len(s) == len(s.lower()) and s == s.lower()

def g():
    return 'abcba'

assert f(g())

def f(list: List[int], target=8):
    return len(list) >= target and sum(i != target - (i + 1) for i in range(target)) >= 1

def g(target=8):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str):
    return (s == "hello") or (s == "HELLO") or (s == "hello world")

def g():
    return str("hello")

assert f(g())

def f(s: str):
    return all(s.startswith("abc") for a in ["ab", "ac", "bc"])

def g():
    s = "abcabc"
    return max(s.split("d"))

assert f(g())

def f(n: int, a=3, b=3, c=3):
    return a == c

def g(a=3, b=3, c=3):
    return a * c

assert f(g())

def f(n: int, a=3, b=11000):
    return (n > a or n < b) and a + b == n

def g(a=3, b=11000):
    return a + b

assert f(g())

def f(n: int):
    return int(n) == max(1, 6)

def g():
    return max(1, 3, 6)

assert f(g())

def f(nums: List[int], m=7, n=7):
    return all({sum(x*x for x in nums[i:]) >= m for i in range(n)})

def g(m=7, n=7):
    for _ in range(12):
        x = list(range(12))
        for i in range(n):
            x[i] = 0
        for i in range(m):
            x[i] += 1
    return list(x)

assert f(g())

def f(s1: str):
    s1 = s1 + "!"
    return s1[-6:] != s1[:-6]

def g():
    return "!w"

assert f(g())

def f(x: List[int], t=677, a=43, e=125, s=10):
    return all(
        [x[i] > 0 for i in range(a, e, s)]
        or [x[i] == 0 for i in range(a, e, s)]
        or t < 0 or x[0] > 0
    )

def g(t=677, a=43, e=125, s=10):
    return [9**i for i in range(100) for _ in range(10)]

assert f(g())

def f(n: int, a=2460):
    assert n > 0
    b = 1 << n
    assert b >= 0    # avoid precision problems
    return a == n

def g(a=2460):
    return 2460

assert f(g())

def f(n: int):
    return 521 <= n >= 521

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(start: int, bounds=0, upper=7):
    return bounds < start

def g(bounds=0, upper=7):
    return upper - bounds ** 2

assert f(g())

def f(s: str):
    return s[:2] == "abcd" or (min(s) < 'a' or max(s) > 'z')

def g():
    return "abcdefghijklm'nopqrstuvwxyz'"

assert f(g())

def f(starts: List[int], target=[10, 10, 10, 10], max_starts=4, n=9):
    return starts[0] == 10 and starts[-1] == 10

def g(target=[10, 10, 10, 10], max_starts=4, n=9):
    target = target[::-1]
    return [1, 2, 3] if len(target) == 2 else target

assert f(g())

def f(li: List[int]):
    return len(li) == 10 and all(i in li for i in range(10))

def g():
    return [i for i in range(10) if not i == "a"]

assert f(g())

def f(li: List[int]):
    return all([li.count(i) == 1 for i in range(10)])

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return s.count("\n") == 1

def g():
    return "123456789\n"

assert f(g())

def f(x: int, a=123456789, b=0):
    return x == b + a

def g(a=123456789, b=0):
    return b + a

assert f(g())

def f(a: int, b=1000000):
    if a > b:
        return True
    return False

def g(b=1000000):
    return int(int("123456789" + "0"*9) ** 0.5) + b

assert f(g())

def f(l: List[str]):
    s = len(l) == 1 and l[0] in ["*", "!", "x", "%"]
    return all(x in l for x in ["1", "2", "4", "3", "5", "6"])

def g():
    return ["1", "2", "4", "3", "5", "6", "7", "8"]

assert f(g())

def f(s: str):
    return "-" in s

def g():
    return "-42"

assert f(g())

def f(lo: List[int]):
    return [x - lo[0] for x in lo] == [0, 6, 12, 18, 22]

def g():
    return [0,6,12,18,22]

assert f(g())

def f(y: float, y_min=0, y_max=100000):
    y_avg = y / float(y_max - y_min)
    assert y_avg >= y_min and y_avg <= y_max
    return y_max == y_avg * y

def g(y_min=0, y_max=100000):
    return (y_max - y_min) / (y_max - y_min) * y_max + y_min

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(str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + str(n) + "0")

assert f(g())

def f(n: int):
    return 4 * n + 1 == n * n + 1

def g():
    return 0

assert f(g())

def f(s: str):
    return all(i in s for i in {'q', 'a', 'w', 'e'})

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(seq1: List[int]):
    return any(i in seq1 for i in range(max(len(seq1), len(seq1[:1])))
                if not i in seq1[1:])

def g():
    return [1, 2]

assert f(g())

def f(x: float, a=1020, y=1020):
    return x == a or x == y

def g(a=1020, y=1020):
    return float("123456789" + "0"*9) ** 0.5 == float(a) or float(y)

assert f(g())

def f(pos: List[int], lower=22):
    return sum(pos) > 20

def g(lower=22):
    return list(range(20))

assert f(g())

def f(indices: List[int]):
    return len(indices) == 1000 and indices[0] >= 0 and indices[-1] <= 100000000

def g():
    return list(range(0, 1000))

assert f(g())

def f(n: int):
    for i in range(4):
        n += 1 + (n - 1) // 4
    return n > 0 and n % 4 == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.3)

assert f(g())

def f(num: str, a=1000):
    return sum(1 if i in num else 2 for i in num) > 0

def g(a=1000):
    return "foo"

assert f(g())

def f(n: int):
    assert n >= 0 and n % 4 == 0, "Hint: n_0 is a even number."
    return n > 1000000

def g():
    return 10000000

assert f(g())

def f(d: int, n=123456789):
    return d > n

def g(n=123456789):
    return n*n

assert f(g())

def f(r: List[int]):
    return r[-1] != r[-1 - 1] and r[-2] != r[-2 - 1] and r[-3] != r[-3 - 1]

def g():
    return list(range(10))

assert f(g())

def f(a: int, e=0):
    return e in [0, 1]

def g(e=0):
    return 0

assert f(g())

def f(target: List[int], n=4, length=200):
    return target[1] == 1 and target[2] < 4 and 0 < n <= 200

def g(n=4, length=200):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s.find("x") != -1

def g():
    return "x" * 100

assert f(g())

def f(perm: List[str]):
    return all(c in perm for c in chr(918))

def g():
    return [chr(918)]

assert f(g())

def f(string: str):
    size = len(string)
    if size > 10:
        return True  # no strings longer than 100 characters
    if string.startswith("ABCD1234567890ABCD"):
        m = max(1, string_search('ABCD', string))
        return (m - 3) <= 4 and string_search(x, string) == m - 3
    return len(string) == 2 and sum(i ** 2 for i in string) == len(string) - 1

def g():
    return "A" * 2 + "D" * 3 + "C" * 3 + "E" * 7

assert f(g())

def f(substrings: List[str], s="antidisestablishmentarianism", count=9):
    return len(substrings) == len(set(substrings)) >= count and all(sub in s for sub in substrings)

def g(s="antidisestablishmentarianism", count=9):
    return [sub for sub in set(s) if not sub.startswith("antidisestablishmentarianism")]

assert f(g())

def f(n: int, a=1020000):
    return n * n <= 1

def g(a=1020000):
    return 1

assert f(g())

def f(s: str):
    l = len(s)
    if l > 3 and not s.isdigit():
        return False
    if l == 2:
        return s.isdigit() and s[0] == s[-1] and s[1] == s[-2]
    return s.isdigit()

def g():
    return str(0)

assert f(g())

def f(n: int, a=33, b=5, c=1):
    return n // c == sum([a * i for i in range(c - b + 1)])

def g(a=33, b=5, c=1):
    return sum([(i % a == 0) and (i % b == 0) for i in range(c - b + 1)])

assert f(g())

def f(n: int):
    assert n >= 0, "Hint: n has to be >= 0"
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return all(n == (n // 2) and n % 3 == (n // 2) and n % 2 == (n // 2) for n in range(1, n + 1))

def g():
    return [2, 3, 4].index(2)

assert f(g())

def f(s: str, string="enlightenment"):
    return s == string

def g(string="enlightenment"):
    return "enlightenment"

assert f(g())

def f(r: List[List[int]]):
    return len(r) >= 5

def g():
    return [
        [1, 2, 3],
        [1, -2, 3],
        [1, -15, 3],
        [
            1,
            -6,
            3
        ],
        [1, -2, 3]
    ]

assert f(g())

def f(s: str):
    return s[4] != "!" or s.count("1") == 1

def g():
    return "abcdef"

assert f(g())

def f(nums: List[int], n=123):
    return len(nums) == n and all([a != 0 for a in nums])

def g(n=123):
    return [1337]*n

assert f(g())

def f(n: int, l=200, f=2):
    return min(n, l + f * (n - l)) == n

def g(l=200, f=2):
    return 100 + l

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) >= n

def g(n=1000):
    return [n]*n

assert f(g())

def f(l: List[str], n=10):
    return len(set(l)) == n

def g(n=10):
    return ["a"+str(i+2) for i in range(n)]

assert f(g())

def f(a: int):
    return a in [50000, 80000, 100000, 150000, 200000, 40000]

def g():
    return len(set(str(i) for i in range(200000)))

assert f(g())

def f(s: str):
    return (s[::-1] == 'foo')

def g():
    return "foo"[::-1]

assert f(g())

def f(s: str):
    return str(s).lower() == 'a'

def g():
    return "A"

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= len(s) - 4

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int, options=[50, 80, 100], upper=2):
    return all(n > upper for i, upper in enumerate(options))

def g(options=[50, 80, 100], upper=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=93252338):
    return min(x, a) == max(x, a)

def g(a=93252338):
    return a

assert f(g())

def f(s: str):
    return len(set(s)) == 1 and s.count("s") == 1

def g():
    return "s"

assert f(g())

def f(a: List[int]):
    return len(set(a)) >= 3

def g():
    return [1, 2, 4]

assert f(g())

def f(n: int, l=0):
    if l == 0:
        return True
    l -= 1
    return False

def g(l=0):
    return (1 if l != 0 else 0) + 1 if l > 0 else 2

assert f(g())

def f(nums: List[int], count=10):
    return sum(i == 0 for i in nums) >= count

def g(count=10):
    return [i for i in range(10)]*count

assert f(g())

def f(d: int, n=123456789, upper=6):
    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=6):
    return int(int("47" + "78" + "89") ** 9.0 + 1) + 1

assert f(g())

def f(l: List[int]):
    return all([i in l for i in range(100)])

def g():
    return list(range(100))                                                       # noqa

assert f(g())

def f(x: float, a=1020, i=10):
    return x >= a and i in range(a + 1)

def g(a=1020, i=10):
    return int(int("123456789" + "0"*9) ** 0.5) + float(a) * i

assert f(g())

def f(l: List[int]):
    return l[1] >= 0 and l[2] + l[3] + l[4] >= l[0]

def g():
    return list(range(100))

assert f(g())

def f(s: str):
    return " ".join([str(v) for v in map(str, list(s))]) == '\n'

def g():
    return "\n"

assert f(g())

def f(counts: List[int], big_str=5):
    return len(counts) > big_str

def g(big_str=5):
    return [123456789*(i+1) for i in range(big_str+2)]

assert f(g())

def f(nums: List[int], digits=10):
    return all(j for i in range(len(nums)) for j in range(i) if j - i >= digits and digits <= len(nums) - 1)

def g(digits=10):
    return [digits]

assert f(g())

def f(p: List[int]):
    return p[0] * p[1] != p[2] * p[3]

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, a=5129, b=17):
    return len(s) == a + b

def g(a=5129, b=17):
    return " "*(a + b)

assert f(g())

def f(x: int):
    return x >= 1000 and x <= 2000

def g():
    return 1000

assert f(g())

def f(n: int, dups=42155):
    return n > 0 and n % dups == 0 and n > 1

def g(dups=42155):
    return dups

assert f(g())

def f(ls: List[int], thresh=20):
    return len(ls) >= thresh and len(ls) < 2000

def g(thresh=20):
    return [t for t in range(thresh) ]

assert f(g())

def f(num: int):
    return num == 32768 or num == 65532

def g():
    return 65532

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n

def g(n=5):
    return list(range(n))

assert f(g())

def f(inds: List[int], target=[0, 1, 2, 3]):
    return len(inds) >= 3

def g(target=[0, 1, 2, 3]):
    return [i for i in range(3)]

assert f(g())

def f(x: float, k=1):
    if x > 9.99999999999999:
        return True
    elif x < 0.0006:
        return False
    return x >= 0.00001 and abs(x - 9.99999999999999) < 0.00004

def g(k=1):
    return 9.99999999999999**9 + 1

assert f(g())

def f(inds: List[int], li=[]):
    return all([li.extend(i) for i in inds])

def g(li=[]):
    return li

assert f(g())

def f(num: int):
    cnt = 0
    return num >= 1000

def g():
    return int(int(10**3 + 1) * 10)

assert f(g())

def f(inds: List[int], n=3):
    assert len(inds) == n
    return sorted(inds) == [i * 2 ** n for i in range(n)]  # cover every square once

def g(n=3):
    return [i * 2 ** n for i in range(n)]  # cover every square once

assert f(g())

def f(l: List[int]):
    return len(l) == 0

def g():
    l = [1, 2, 3]
    del l[:]
    return l

assert f(g())

def f(xs: List[str], target=["bar", "foobar", "foobar.foobarfoo"]):
    return target == xs[::-1] and all((x <= xs[i] for i in range(len(xs))) for x in xs)

def g(target=["bar", "foobar", "foobar.foobarfoo"]):
    return target[::-1]

assert f(g())

def f(nums: List[int], target=3):
    return all(
        nums == x for x in range(target + 1) if nums[x] == nums[x + 1]
    )

def g(target=3):
    return [9, 8, 7, 6, 5, 4, 3, 2, 1, 0] + [2] + [0]

assert f(g())

def f(num: int, target=1000):
    return abs(num) * 2 < target

def g(target=1000):
    return 0

assert f(g())

def f(pos: List[int], target=0):
    return pos[0] == 0 and pos[len(pos)-1] == target

def g(target=0):
    return list(range(target + 1))

assert f(g())

def f(x: [str], a=["this", "is", "a", "test"], b=["good", "stuff", "bad"]):
    n = len(a) + 1
    for i in x:
        if i in a and i not in b and i not in x and abs(x[i] - i) > n:
            n += 1
    return n >= len(b)  # length is no smaller than number of items in b

def g(a=["this", "is", "a", "test"], b=["good", "stuff", "bad"]):
    return a[len(b) - 1]  # b is empty.

assert f(g())

def f(a: str, b=True, c=False):
    if a == "world" and b == True:
        return True
    return a == "world" and c and a != b

def g(b=True, c=False):
    return 'world'

assert f(g())

def f(n: int, a=100, b=30):
    return n > a+b

def g(a=100, b=30):
    return int(1000+a**2+b**2)

assert f(g())

def f(s: str):
    return str(s) == u"abc#" or s == u"$#abc$"

def g():
    return u"abc#" and u"$#abc$"

assert f(g())

def f(x: str, start=2, target="123456", length=10):
    return target[start:start + length] == x

def g(start=2, target="123456", length=10):
    assert target == "123456"
    return target[start:start + length]

assert f(g())

def f(s: str):
    return all(s.isdigit() for i in range(200))

def g():
    return "123456789"

assert f(g())

def f(s: str):
    return s[-1] == '!' and s[-2] == '!'

def g():
    return "!!!!"

assert f(g())

def f(li: List[List[int]], t={}, v=7):
    return all([i in v for i in li if i in t])

def g(t={}, v=7):
    return [i for i in {1: 0.2, 2: 1.3} if i <= 0]

assert f(g())

def f(d: int):
    return (d * 2) % 2 == 0 and d > 2**32

def g():
    return int(2**32)+1

assert f(g())

def f(num_of_sides: List[int]):
    return num_of_sides[0] % 2 == 1 and num_of_sides[-1] % 2 == 1

def g():
    return [-1, 1]

assert f(g())

def f(x: List[int], b=100, n=1):
    return all(i in x for i in range(n))

def g(b=100, n=1):
    return [i for i in range(n) for j in range(n)]

assert f(g())

def f(x: List[List[int]], n=0):
    assert len(x) == n
    n = sum(x)
    max_sum = sum([x[i] for i in range(n)])
    return max_sum == n + n

def g(n=0):
    return [3*i for i in range(n)]

assert f(g())

def f(x: List[int], lower_bound=13):
    return len(set(x)) > 1 and sum(x) >= lower_bound

def g(lower_bound=13):
    return [3, 5, 7, 8]

assert f(g())

def f(tour: List[List[int]], n=5):
    return sorted(tour) == [[i, j] for i in range(5) for j in range(n)]

def g(n=5):
    return [[i, j] for i in range(n) for j in range(n)]

assert f(g())

def f(x: List[int], n=3):
    return x == [0] * n and len(x) >= n and len(x) % n == 0

    # x == [0, 1, 2, 3]
    # n = 3
    # x = [[0], [1, 2, 3]]
    # n = 4
    # x = [1, 2, 3, 0, 4, 0, 5, 6, 7]
    # n = 5
    # x = [0, 1, 2]
    # n = 6

    # x = [0, 1, 2, 3, 4, 5, 6, 7]
    # n = 7
    # x = [0, 1, 2, 3, 4, 5, 6]

def g(n=3):
    return [0] * n

assert f(g())

def f(s: str):
    return ''.join(i for i in s) == 'Hello world'

def g():
    return 'Hello world'

assert f(g())

def f(x: int, a=100, b=100):
    return x - a == b

def g(a=100, b=100):
    return int(float(a) + b)

assert f(g())

def f(x: int, a=175466, b=1553):
    return abs(x ** 2 - (a + b) ** 2) < 1e-5

def g(a=175466, b=1553):
    return int(a+b)

assert f(g())

def f(n: int, nums=[77410, 23223, 54187]):
    return n >= nums.pop(0)

def g(nums=[77410, 23223, 54187]):
    return nums[0] + (nums.pop(0) * nums.pop(0))

assert f(g())

def f(n: int, n_1=100):
    if n > n_1:
        return 1
    return n == n_1

def g(n_1=100):
    if n_1 == 100:
        return n_1
    return g(n_1)

assert f(g())

def f(n: int):
    return n > 4 and (n % 2 == 0 or n % 3 == 0)

def g():
    return sum([i*j for i,j in [(1,2),(3,4)]])

assert f(g())

def f(strings: List[str], a=5129, d=17, n=18):
    assert len(strings) == a + d
    assert a >= 0 and d >= 0
    assert all(strings[i] in strings for i in range(n))
    return len(strings) == a + d

def g(a=5129, d=17, n=18):
    return [str(i+1) for i in range(a+d)]

assert f(g())

def f(n: int):
    return n > (2 ** 30)

def g():
    return 10 ** 36

assert f(g())

def f(s: str, n=18):
    return len(s) == n and s.startswith('S')

def g(n=18):
    return "S"*n

assert f(g())

def f(nums: List[int], thresh=17000):
    return sum(nums) == sum(set(nums))

def g(thresh=17000):
    return [10, 20, 30]

assert f(g())

def f(nums: List[int], count=3, thresh=25):
    assert all([n in list(range(count)) for n in nums])
    return len(nums) == count and all(nums[i] < thresh for i in range(count))

def g(count=3, thresh=25):
    return [i for i in range(count) if i < thresh]

assert f(g())

def f(nums: List[int], target=10):
    return len(nums) == len(set(nums)) == target and all(i >= i % 2 for i in nums)

def g(target=10):
    return list(range(target))

assert f(g())

def f(x: str):
    return ">" in x and not x[0] == '"\''

def g():
    return ">"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n > 0 and n // b == a

def g(a=345346363, b=10):
    return a * b

assert f(g())

def f(n: int):
    if n < 50:
        return True
    if n == 50:
        return False
    return n > 50

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    n < 0 and (n > 0) and (n+0.5) > n
    return n % 2 == 0

def g():
    return 2

assert f(g())

def f(path: List[int], max_dim=13):
    assert len(path) == max_dim and max_dim <= len(set(path))
    return len(path) == max_dim

def g(max_dim=13):
    l = [2, 5, 6, 7, 8, 9, 10, 11, 12, 14, 15, 16, 17, 18, 19]
    res = []
    for i in range(max_dim):
        res.append(l[(i + 1) % len(l)])
    return res

assert f(g())

def f(ls: List[int], thresh=20):
    return len(ls) >= thresh and len(ls) < 2000

def g(thresh=20):
    return [int(i) for i in range(thresh)]

assert f(g())

def f(n: int):
    return n > 255

def g():
    return len(range(1 << 30))

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n and sum(x) >= n

def g(n=5):
    return [1,2,3,4,5]

assert f(g())

def f(res: List[int]):
    return res == [i for i in range(8)]

def g():
    return [i for i in range(8)]

assert f(g())

def f(s: str, n=9):
    return s == 'yes' and n >= 2

def g(n=9):
    return "yes"

assert f(g())

def f(max_points: int, thresh=40):
    return max(2 ** i - 1 for i in range(thresh)) < max_points

def g(thresh=40):
    return int(max(2 ** i - 1 for i in range(thresh)) + 1) * 2

assert f(g())

def f(r: List[List[int]]):
    a, b = r
    return all(a < b for a, b in zip(a, b))

def g():
    return [
        [1, 1],
        [2, 3]]

assert f(g())

def f(elements: List[str], target=18):
    return len(elements) == target and all(e in elements for e in elements)

def g(target=18):
    return [str(e+1) for e in range(target)]

assert f(g())

def f(i: str):
    return i == "a" or i == "A"

def g():
    return "A"

assert f(g())

def f(m: int, t=100, index=10):
    for i in range(t):
        if i == 1:
            return True
        m += 1
        if m < index:
            index -= 1
        if m > index:
            index += 1
    return not m in [index]

def g(t=100, index=10):
    return t*t

assert f(g())

def f(s: str, target="reverse me", b=True):
    for i in range(len(target)):
        if target[i] == -1:
            return False
        if s in target[i]:
            return False
    return True

def g(target="reverse me", b=True):
    if not f(target):
        raise ValueError("not found")
    return "me is at %s!  This is %s!" % (target, target.rjust(3, ' '))

assert f(g())

def f(totals: List[int], init_len=4):
    return max(totals) == init_len

def g(init_len=4):
    return [4, 1, 3, 1, 2]

assert f(g())

def f(n: int, l=[]):
    assert all(l[i] == 1 for i in range(len(l) - 1)), "Invalid list"
    return sum(l[i] for i in range(len(l) - 1)) == n

def g(l=[]):
    return sum(n for n in l if n >= 1)

assert f(g())

def f(n: int):
    return n >= 0  # (1 - num * 0.99) ** 10 <= max(abs(n))

def g():
    return 1000

assert f(g())

def f(x: float):
    return float(x) >= 10 and float(x) <= 20

def g():
    return 10.5

assert f(g())

def f(s: str):
    return 'Hello ' + s == 'Hello world'

def g():
    return 'world'

assert f(g())

def f(a: int, b=16641426):
    return a + b >= b and a - b >= b

def g(b=16641426):
    return b * 3

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and len(set(s[::-1])) == 1000

def g():
    return ["a"*(i+9)+"b" for i in range(1000)]

assert f(g())

def f(list: List[int]):
    return list == [1, 2, 3]

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 4 and n ** 2 in nums

def g(n=12345):
    return [n, n**2]

assert f(g())

def f(li: List[int]):
    return all(li[i] != li[i + 1] for i in range(10))

def g():
    res = []
    for i in range(1, 100):
        res.append(i)
    return res

assert f(g())

def f(state: List[int], target=2, n=10):
    return len(state) == n  # we're done if len(state) == 1

def g(target=2, n=10):
    return [i if i < target else int(i) - target for i in range(n)]

assert f(g())

def f(p: List[int]):
    for i in range(len(p)):
        if p[i] > p[i - 1] and p[i] < p[i + 1]:
            return True
    return False

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: int, k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return s > iptest or s < jtest or abs(s - iptest) > delta

def g(k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return k**2 + t**2 + 20**2 + 20**2 + 20**2 + 20**2 + 20**2 + 20**2

assert f(g())

def f(s: str):
    return s.index("1") == 0

def g():
    return str(len(list("123456789" + "0"*9)))

assert f(g())

def f(s: str, reverse=False):
    return s == "reverse me"

def g(reverse=False):
    return reverse or "reverse me"

assert f(g())

def f(n: List[int], target=17):
    return len(n) == target

def g(target=17):
    return [int(i) for i in range(target)]

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return a == b + c or a == b - c

def g():
    return [0]*3

assert f(g())

def f(state: List[str]):
    return len(set(state)) == 3

def g():
    return ["a", "c", "b"]

assert f(g())

def f(sum: List[int], n=40):
    return sum[0] == n - 1 and sum[1] == 0

def g(n=40):
    return [n - 1,0]

assert f(g())

def f(s: str):
    return True if '*' in s else False

def g():
    return "*"' == "*"'

assert f(g())

def f(li: List[int], n=10):
    return sum(li) == n

def g(n=10):
    return [1 for i in range(int(n))]

assert f(g())

def f(n: int, y=False):
    return n == max(1, n ** 2)

def g(y=False):
    return 2 ** (y)

assert f(g())

def f(c: List[int]):
    return len(set(c)) == 4

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(gives: List[int], m=1000):
    assert all(x in gives for x in range(m))
    return len(gives) == m

def g(m=1000):
    return list(range(m))[::-1]

assert f(g())

def f(s: str, string="good", s2="good", nums=[]):
    for i in range(len(s)):
        if s[i] == string or s[i] == string or s[i] == string:
            return False
    return True

def g(string="good", s2="good", nums=[]):
    assert all(s == s2 for s in nums)
    nums.append(string)
    return nums[-1]

assert f(g())

def f(a: float, target=50):
    return abs(a - target) <= 3.0

def g(target=50):
    return float(target)

assert f(g())

def f(n: int):
    return n > 0 and (n < 9 or n % 3 == 0)  # check input as string

def g():
    return 6

assert f(g())

def f(y: float, x=5):
    return y == x

def g(x=5):
    return float(x)

assert f(g())

def f(l: List[int]):
    return sum(i * i for i in l) > 995

def g():
    return [-923,-622,-123]

assert f(g())

def f(s: str):
    return "Hello {}".format(s) == "Hello world"

def g():
    return 'world'

assert f(g())

def f(n: int):
    assert n < 100
    if n == 36:
        return False
    return n % 10 == 0 and all(i in range(9, 11) for i in range(2 * n, 11))

def g():
    for n in range(50):
        if n % 10 == 0 and all(i in range(9, 11) for i in range(2 * n, 11)):
            return n

assert f(g())

def f(s: str):
    return s == "I!!" or s == "I!!!11!!"  # s == "I!!" is not a legal string

def g():
    return "I!!!11!!"

assert f(g())

def f(s: List[int]):
    return len(s) == 1000

def g():
    return list(range(0, 1000))

assert f(g())

def f(s: str):
    return s.count("\n") == 1

def g():
    return "a\nb"

assert f(g())

def f(x: int, a=1023, b=1000):
    return (x >= a) - (x <= b) and (x == a or x == b)

def g(a=1023, b=1000):
    return 1000 - a % 1023

assert f(g())

def f(li: List[int]):
    return all(i in li for i in range(10))

def g():
    return [0,1,2,3,4,5,6,7,8,9]

assert f(g())

def f(x: List[int], length=8):
    assert all([x[i] == 1 for i in x])
    return x[0] == max(x[-1], x[2], x[3])

def g(length=8):
    return [1] * length

assert f(g())

def f(li: List[int], k=3):
    return min(li) is None or len(li) >= k

def g(k=3):
    return [0]*k

assert f(g())

def f(li: List[int]):
    return all(i <= len(li) for i in li) and len(set(li)) > 2

def g():
    return list(range(100))

assert f(g())

def f(numbers: List[int]):
    assert all(0 <= a <= numbers[0] and 0 <= b <= numbers[1] for a, b in zip([1, 0, 0], numbers))
    return sum(numbers[i + 2] - numbers[i + 1] for i in range(3)) < 50

def g():
    return [2, 5, 3, 3, 0]

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(999))

def g():
    return list(range(999))

assert f(g())

def f(substrings: List[str], s="a b c", count=3):
    return len(substrings) == len(set(substrings)) >= count and substrings[-1] in s

def g(s="a b c", count=3):
    return [substring for substring in "abc123" for _ in range(len(substring)) if substring in s]

assert f(g())

def f(tot: int):
    return 0 < tot <= 100

def g():
    return 99

assert f(g())

def f(li: List[int], k=5):
    for i in li:
        if li[i] == k:
            return True
    return False

def g(k=5):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(n: int, a=18, b=20):
    return a * a + b * b == n

def g(a=18, b=20):
    return a * a + b * b

assert f(g())

def f(n: int, sigma=13):
    f = 1.
    for j in range(5, n):
        f *= 2
    return f * (n - 4) < sigma

def g(sigma=13):
    return 5

assert f(g())

def f(letters: str, s=", "):
    return sum([i in s for i in letters]) == len(s)

def g(s=", "):
    return "".join(s)

assert f(g())

def f(s: str):
    return len(s) == 1 or s == "Hello world"

def g():
    return 'Hello world'

assert f(g())

def f(s: str):
    return s == "Hello world"

def g():
    return "Hello world"[0:19]

assert f(g())

def f(s: str):
    return s.startswith("1e-+-")

def g():
    return "1e-+-10"

assert f(g())

def f(s: str, target=17):
    return s == target or s.startswith("abc")

def g(target=17):
    return "abc"*target

assert f(g())

def f(n: int):
    if (n & 1) == 1:
        return False
    m, n = n >> 1, n & 1
    return (n & m == 0 and n % m == 0)

def g():
    return 2

assert f(g())

def f(i: int):
    return all([x <= i for x in [0, 100, 200, 300, 400, 500] if x >= i])

def g():
    return len([0, 9] + ["x"*(i+2)+"y"*(i+2) for i in range(1000)])

assert f(g())

def f(n: int):
    return int(n) != 0

def g():
    return 1

assert f(g())

def f(g: List[int], n=9):
    for i in range(n):
        if not g[i]:
            return False
    return True

def g(n=9):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9] * n

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s if s != "CanYouTellIfItHASmoreCAPITALS" else str(s.upper() if len(s) // 2 else s.lower())

assert f(g())

def f(c: List[List[int]]):
    # test that [1, 2, 3, 4, 5] and [5, 2, 4, 3, 1] are not the same
    return any(c[i] > c[j] for i, j in zip(c[0], c[1]))

def g():
    return [
        [1, 2],
        [4, 5],
        [6, 1],
        [7, 5, 6, 1, 3],
        [2, 3],
    ]

assert f(g())

def f(s: str, a="abc", b="def"):
    return s.startswith(a.lower()) and s.endswith(b.lower())

def g(a="abc", b="def"):
    return ''.join((a, b))

assert f(g())

def f(s: int, d=36):
    return s < 60 and s > 120 and d < 60 or s > 180 and d < 180

def g(d=36):
    return int(int(int(int(int(int(int(int(int(int(int(int("123456789" + "0" * 9) ** 0.5)))))))))))

assert f(g())

def f(s: str):
    return s != "ab" and s != "abcd" and s != "abcdab" and s != "abcdabcd"

def g():
    return "abc\""

assert f(g())

def f(letters: List[str]):
    return letters != ["d", "e", "f", "g", "h", "i"]

def g():
    return list("abcdefghijk")

assert f(g())

def f(x: int, a=10201202001):
    return abs(a - x) < 1e-6 and x > 0 and x >= 0

def g(a=10201202001):
    return 10201202001

assert f(g())

def f(nums: List[int], target=[99, 1000, 10000, 1000000]):
    return (min(nums) >= target[0] and max(nums) > target[1]) or (nums == [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0])

def g(target=[99, 1000, 10000, 1000000]):
    return target

assert f(g())

def f(l: List[int], m=10):
    for i in range(len(l)):
        assert l[i] == m
        assert not (l[i] <= 2 or l[i] == -2 or l[i] > m)
    return True

def g(m=10):
    return [x for x in range(10) if x > m]

assert f(g())

def f(i: int):
    return i >= 1000

def g():
    return 10001

assert f(g())

def f(n: int):
    return "1" in str(1j)

def g():
    return 42

assert f(g())

def f(s: str, i=0):
    return s[i] == s[i+2:i+3]

def g(i=0):
    return "111" + str(i)

assert f(g())

def f(s: str):
    return s == "Hello world"

def g():
    return "Hello " + "world"

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 5  # 5 means 5 elements long, not 1+2+3+4

def g(n=12345):
    return list(range(n))

assert f(g())

def f(x: List[int], target=20):
    return len(x) >= target and all(x[i] == x[i + 1] for i in range(len(x) - 1))

def g(target=20):
    return [target for i in range(target + 1)]

assert f(g())

def f(li: List[int]):
    return list(map(str, li)) == ["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"]

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]

assert f(g())

def f(s: str):
    return len(s) == 12

def g():
    return "Hello world!"[:12]

assert f(g())

def f(s: str):
    return s.endswith(".py")

def g():
    return "test.py"

assert f(g())

def f(s: str, n=30, start=True):
    return int(s if start else s[1:]) > n

def g(n=30, start=True):
    return "123456789" if start else "123456789" + n * n

assert f(g())

def f(l: List[int], m=6):
    assert len(l) == len(set(l)) == m
    return all(abs(a - b) * a for a, b in zip(l, l[1:]))

def g(m=6):
    return [1 + i for i in range(m - 1, -1, -1)]

assert f(g())

def f(strs: List[List[str]]):
    return strs == sorted(strs) and len(strs) == 2

def g():
    return [[], []]

assert f(g())

def f(s: str):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g():
    return str("abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(x: List[str]):
    return [x[i] for i in range(len(x))] == ["h","e","l","l","o"]

def g():
    return ["h", "e", "l", "l", "o"]

assert f(g())

def f(s: str):
    return s + s[::-1] == "a" or s.count("a") > 2

def g():
    return "aaabbb"

assert f(g())

def f(target: List[int]):
    for i in range(len(target)):
        if target[i] > 0:
            return False
    return True

def g():
    return []

assert f(g())

def f(nums: List[int], n=12345):
    return n == len(set(nums)) and nums[0] == 0

def g(n=12345):
    return [i for i in range(n)]

assert f(g())

def f(s: str, k=1):
    return "".join(s) == "Hola hola"

def g(k=1):
    return "Hola hola"*k

assert f(g())

def f(n: int, max_cap: int=50, lower_bound=10):
    return all(x < n for x in range(n, max_cap, n))

def g(max_cap: int=50, lower_bound=10):
    return int(int("123456" + "0"*9) ** 0.5) + 1

assert f(g())

def f(words: List[str]):
    return all([word in words for word in words])

def g():
    return ['a']

assert f(g())

def f(s: str):
    return "huh." in str(s)

def g():
    return "huh."

assert f(g())

def f(n: int):
    import random
    random.seed(3)
    K = 1000  # Number of samples
    prob = sum(len({random.randrange(n + 1) for i in range(K)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= n

def g():
    return 2 * len(list(range(1000)))

assert f(g())

def f(s: str):
    return s == "hello" or s == "helloyellow" or s == "helloyel\x80\x80llo" or s == "helloyellow"

def g():
    return "helloyellow"

assert f(g())

def f(path: List[List[int]], max_length=24):
    path1 = path[::-1] # use reverse list to return a reversed list
    if len(path) > max_length:
        return False
    return path[-1] == max(max(path1), path1[::-1][0], path1[::-1][1])

def g(max_length=24):
    return [
            [1, 2],
            [3, 2, 1],
            [4, 2, 1, 1],
        ]

assert f(g())

def f(parts: List[str], max_len=10):
    return len(set(parts)) == len(parts) >= max_len

def g(max_len=10):
    return [str(i) for i in range(max_len)]

assert f(g())

def f(nums: List[int], n=2, target=1):
    for i in range(n):
        if i == n - 1:
            return True
        else:
            return nums[i] >= target and nums[i] < target + 1

def g(n=2, target=1):
    return [target**n for i in range(n)]

assert f(g())

def f(n: int, a=1, b=3):
    return a ** 2 * (b - a) == n

def g(a=1, b=3):
    return a ** 2 * (b - a)

assert f(g())

def f(lw: List[int]):
    return all(i in lw for i in range(6) if i > 0)

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(sides: List[int], options=[2, 512, 1024], a=2, b=1, c=1, d=2021):
    prod = 1
    for i in range(2, len(sides)):
        prod *= sides[i]
    return prod >= options[0] and prod >= options[1]

def g(options=[2, 512, 1024], a=2, b=1, c=1, d=2021):
    result = []
    for i in range(2, len(options)):
        if options[i] == 2:
            result.append(a)
        else:
            result.append(b)
    result.append(c)
    result.append(d)
    return result

assert f(g())

def f(x: List[int], num_points=2240):
    return len(x) >= num_points

def g(num_points=2240):
    return list(range(num_points))

assert f(g())

def f(p: List[int], target=None):
    return all(p == target for i in range(1, len(p), 2))

def g(target=None):
    return [1]

assert f(g())

def f(target: List[str], m=4):
    return target[0] in "12345" and len(target[1:]) * 60 + target[2:].count(target[0]) < 60

def g(m=4):
    return "12345".split()

assert f(g())

def f(w: int, d: bool=True, k_dim=100):
    return (1 if d else 0) - k_dim >= w

def g(d: bool=True, k_dim=100):
    return 100 - sum((1 if d else 0) for i in range(k_dim)) - k_dim

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(length + 1) // 2:(length + 2) // 2] == s

def g(target="foobarbazwow", length=6):
    return target[(length + 1) // 2 : (length + 2) // 2]

assert f(g())

def f(s: str, target="yes", reverse=False):
    return s == target

def g(target="yes", reverse=False):
    return "yes"

assert f(g())

def f(x: int, n=3):
    return (x - n * 2) % -n == 0

def g(n=3):
    return n % 3

assert f(g())

def f(xs: List[int]):
    return all(x in xs for x in range(10))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(x: List[int], d=10):
    return all(i == x[i] for i in range(10))

def g(d=10):
    return list(range(1000))

assert f(g())

def f(s: str, target="fubar"):
    return s == target or s == "FUBAR"

def g(target="fubar"):
    return "fubar"

assert f(g())

def f(nums: List[int], a=6, p=0):
    for i in range(nums[a]):
        assert nums[a - i] >= p
    return all([nums[i] >= p for i in range(a)])

def g(a=6, p=0):
    return [sum(n + 1*n for n in range(1, a+1)) for a in range(10, 1001)]

assert f(g())

def f(n: int, a=(34534), b=(10)):
    return n // b == a

def g(a=(34534), b=(10)):
    return int(round(int(a) * int(b), 6))

assert f(g())

def f(n: int, ops=[]):
    for op in ops:
        if op in ["x++", "x--", "x--"]:
            op = "x"
        assert op != "x"
        n += 1
    return n == 0

def g(ops=[]):
    return sum(len(p) == 2 and p.count("a", exclude=("b", "C")) for p in ops)

assert f(g())

def f(s: str, length=4):
    return len(s) == length and s in s

def g(length=4):
    return str(int((1 ** 4) * 1000))

assert f(g())

def f(l: List[int], start=0, target=5):
    assert all(i is not None for i in l)
    l.reverse()
    return l.pop() + start / 2 >= target

def g(start=0, target=5):
    return [sum(n, start) for n in range(target, start + 1)] + [5] * (target - start)

assert f(g())

def f(nums: List[List[int]]):
    assert 0 <= len(nums) <= 4
    assert len(nums) == 2 or all([len(num) % 2 == 0 for num in nums])
    return any([(len(num) % 2 != 0) for num in nums])

def g():
    return [
        [1,2],
        [1,2,3]
    ]

assert f(g())

def f(e: int, a=17, b=17):
    return a - e == b

def g(a=17, b=17):
    return int(a) - int(b)

assert f(g())

def f(x: float, target=1000):
    return x + 3.14159 ** 0.5 > x

def g(target=1000):
    return float(target)

assert f(g())

def f(liapot_angles: List[int], target=30):
    return len(liapot_angles) >= target

def g(target=30):
    return list(range(100, 200))

assert f(g())

def f(x: float, y=2.2):
    return abs(x-y) < 0.0001 and x == y

def g(y=2.2):
    return 2.2

assert f(g())

def f(s: str):
    return 'abcdefghij' in s

def g():
    return "123456789abcdefghij"

assert f(g())

def f(n: int, a=9, b=10):
    return n % a == 0 and n % b == 0

def g(a=9, b=10):
    return a*b

assert f(g())

def f(x: List[int], a=4, s=6):
    return min(x) > 0 and sum(x) == a + s

def g(a=4, s=6):
    return [a, s]

assert f(g())

def f(s: str, size=10):
    return len(set(s)) > size

def g(size=10):
    return "This is string of length " + str(size)

assert f(g())

def f(n: int, seqs=[], upper_bound=5010):
    return all(i in [0]*n for i in seqs) and sum(i < n for i in seqs) <= upper_bound

def g(seqs=[], upper_bound=5010):
    return upper_bound

assert f(g())

def f(s: str):
    return len(s) > 3 and s[-2:] != s[:-2]

def g():
    return "aaaaaaaa"

assert f(g())

def f(s: str):
    return all(s == s.lstrip() for s in s)

def g():
    return 'a' * 5

assert f(g())

def f(p: int, k=16, o=5):
    return p + k <= o

def g(k=16, o=5):
    return o - k

assert f(g())

def f(x: List[int], a=43):
    return all(x[i] == 0 and x[i - 1] == 0 for i in range(4))

def g(a=43):
    return [0, 0, 0, 0, 0, 0]

assert f(g())

def f(nums: List[int], n=10):
    return all(i == 0 for i in nums) and n == len(nums)

def g(n=10):
    return [0 for i in range(n)]

assert f(g())

def f(n: int, a=5129, d=17):
    return n > a + d

def g(a=5129, d=17):
    return a * 10 + d

assert f(g())

def f(nums: List[int]):
    return all(j >= 0 for j in nums)

def g():
    return list(range(42))

assert f(g())

def f(s: str, a="world", b="Hello world"):
    return s.endswith(a) and s.endswith(b)

def g(a="world", b="Hello world"):
    return a + b

assert f(g())

def f(list: List[int], upper=3):
    return len(list) > upper

def g(upper=3):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(v: int):
    return int(v) > 2 ** 42

def g():
    return sum([2 ** 42 for _ in range(10)])

assert f(g())

def f(k: int, n=3):
    return sum([k - i for i in range(n)]) >= 1

def g(n=3):
    return 2 + n

assert f(g())

def f(s: str):
    return all(i == s for i in "x")

def g():
    return "x"

assert f(g())

def f(x: str):
    return all(c in x for c in 'abcd')

def g():
    return "hello" == "hello world" or "abcdef"

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return sum(sum(nums[i:i+n]) for i in range(len(nums))) == tot

def g(tot=12345, n=5):
    return [tot]

assert f(g())

def f(n: int, a=2, b=2):
    return n % a == 0 or n / a == 0 or b % b == 0

def g(a=2, b=2):
    return a

assert f(g())

def f(li: List[int]):
    return {i + j for i in li for j in li} == {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12}

def g():
    return [0, 1, 2, 3, 4, 5, 6]

assert f(g())

def f(nums: List[int], n=25):
    return n in nums and sum(nums) >= n

def g(n=25):
    return [n for i in range(n - 1)]

assert f(g())

def f(p: List[int]):
    return all(i in range(10) and abs(p[i] - i) < 1 for i in range(10) if i == p[i])

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(list: List[int], target=6):
    y = set(list)
    return all(i in y for i in [2, 0, 1, 3])

def g(target=6):
    return [3, 1, 2, 0]

assert f(g())

def f(t: List[str]):
    return list(t) == ["f0", "f1", "f2", "f3"]

def g():
    return [r for r in ["f0", "f1", "f2", "f3"]]

assert f(g())

def f(s: str):
    return bool(len(s) >= 10) or sum(s) == len(s.split(""))

def g():
    return str(int(str(9) + "123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: str):
    return len(set(x)) > 10

def g():
    return "123456789a3b123456789c3d"

assert f(g())

def f(n: int):
    return n >= 60000 and n <= 69999

def g():
    return 60000

assert f(g())

def f(s: str):
    return " ".join(s).count(" ") == 5

def g():
    return "abcdef"

assert f(g())

def f(n: int):
    return all(a / b == n / b for a, b in zip(range(1, n), range(1, n)))

def g():
    return 1

assert f(g())

def f(x: int, a=1073258, b=72352549, n=1, count=25):
    return n == 1 and abs(x - a) < count * float(b)

def g(a=1073258, b=72352549, n=1, count=25):
    return a * n * n

assert f(g())

def f(n: int, scores=[[1, 4, 8], [10, 10, 10], [1, 1, 1]], k=6):
    assert all(s < scores[k] or s > scores[n - 1] for score in scores[:n])
    return all(s >= scores[k] for s in scores[:n])

def g(scores=[[1, 4, 8], [10, 10, 10], [1, 1, 1]], k=6):
    return sum([s > 5 for s in scores[:k] for score in scores[k:]])

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(list(nums)) >= count

def g(a=100, b=1000, count=648):
    return [a + b for _ in range(count)]

assert f(g())

def f(s: str):
    return s == "foobar" or s == "fooba"

def g():
    return "foobar" or "fooba" == "fooba"

assert f(g())

def f(x: float, a=1073258, b=72352549):
    return x == a / b

def g(a=1073258, b=72352549):
    return a / b

assert f(g())

def f(r: List[int]):
    return tuple([r[i] for i in range(10)]) == tuple([r[i] for i in range(10)])

def g():
    return [i for i in range(10)]

assert f(g())

def f(nums: List[int], b=1000, count=648):
    return max(nums) <= count and sum(nums) <= b

def g(b=1000, count=648):
    return [1, 2] + [3, 4, 5, 6, 7, 8, 9] + [10, 11, 12, 13, 14, 15, 16, 17, 18, 19] + [20, 21]

assert f(g())

def f(s: str):
    return ''.join(s) == 'permute-me true'

def g():
    return 'permute-me true'

assert f(g())

def f(strs: List[str], n=9):
    return len(strs) == n and all(str in strs for str in strs)

def g(n=9):
    return ['hello'] * n

assert f(g())

def f(li: List[int]):
    return {i if i in [-4, 1, 0, 2, 3, 4] else len(li) // 2 for i in li} == {-4, 1, 0, 2, 3, 4}

def g():
    return [-4, 1, 0, 2, 3, 4]

assert f(g())

def f(s: str):
    return s.count("m") == 1 and s.count("i") == 1 and s.count("o") == 1

def g():
    return "12m3i6o9"

assert f(g())

def f(s: str, target="hello", length=6, target_len=50, target_maxlen=40):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="hello", length=6, target_len=50, target_maxlen=40):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(inds: List[int], n=7):
    return all(v for v in inds if v < n)

def g(n=7):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], b=7, m=6):
    if len(nums) == 0:
        raise Exception("No nums")
    assert len(set(nums)) == m
    if min(nums) > 0:
        assert not nums[0] > 1
        assert nums[-1] < 0 and m[1] == 1 and m[0] == 1 and all(n in [nums[i] for i in range(m)] for n in nums), "Only first number can be non-zero"

    return True

def g(b=7, m=6):
    return [i for i in range(m) for n in range(b)]

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return all(a <= n <= b for n in nums) and sum(nums) >= b

def g(a=100, b=1000, count=648):
    return [num for num in range(a, b) for _ in range(count)]

assert f(g())

def f(p: List[int], n=4, edge_length=10):
    return all(p[:n] == [0, 1, 2, 3] for i in range(n))

def g(n=4, edge_length=10):
    return [i for i in range(n) if i*i < int("123456789"*(edge_length+1))]

assert f(g())

def f(li: List[List[int]], n=5, s=1):
    for [e, h] in zip(li, li[1:]):
        for [d, a, b] in zip(e, h, e[1:]):
            if s == d:
                return True
    return False

def g(n=5, s=1):
    return [
        [1, 2, 3, 4, 5, 6, 7, 8, 9],
        [1, 2, 3],
        [1, 2, 3],
        [9, 2, 0],
        [45, 6, 0],
        [87, 0],
    ]

assert f(g())

def f(n: int):
    return max(n, 1) is n

def g():
    return 2+2

assert f(g())

def f(g: List[str], tlist=['cat', 'dog', 'bird', 'fly', 'moose']):
    return g == tlist and all([t in g for t in tlist])

def g(tlist=['cat', 'dog', 'bird', 'fly', 'moose']):
    return [t for t in tlist if t]

assert f(g())

def f(st: str):
    return len(set(st)) >= 3 and all(a <= b for a, b in zip(st, st[1:]))

def g():
    return "abc"

assert f(g())

def f(s: str):
    return s.startswith('l') and s.endswith('l')

def g():
    return "l"

assert f(g())

def f(ls: List[str]):
    return ''.join(ls) == ''.join(map(str, ls))

def g():
    return ['a', 'b'*2, 'c']

assert f(g())

def f(nums: List[int], target=2):
    return len(nums) > target  # you must win!

def g(target=2):
    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(x: List[int], upper=2**9 - 1, n=20):
    m = len(x)
    return sum(x) >= n or max(m) >= n or m == 1 and max(m) == 2 ** upper

def g(upper=2**9 - 1, n=20):
    return [x.count("a") for x in ["a"*n, "b"*n, "c"*n, "d"*n, "e"*n, "f"*n, "g"*n, "h"*n, "i"*n]][:upper]

assert f(g())

def f(e: int, x=1000):
    return e == x**2

def g(x=1000):
    return max(x**2, 3)

assert f(g())

def f(l: List[int], l2=0):
    return ((len(l) > 5) or (len(l) == 5 and sum(i == i % 2 for i in l) == l2))

def g(l2=0):
    return [5, 15, 37, 23, 23, 23, 23, 23, 43, 23, 23, 23, 47, 31, 15, 5, 9, 5, 7, 5]

assert f(g())

def f(s: str, target="hello there", length=12):
    return (s.startswith(target) or len(s) > length)

def g(target="hello there", length=12):
    return "".join(["%s%s" % (target, i) for i in range(length)])

assert f(g())

def f(x: int, year=365):
    return max(x, 0) >= year

def g(year=365):
    return year + 1

assert f(g())

def f(s: str):
    return sum(s == s[:10] for i in range(10)) == len(s)

def g():
    return "".join(map(str, range(10)))

assert f(g())

def f(num: int):
    return len({a: 1 for a in range(num)}) == len(range(num))

def g():
    return 2

assert f(g())

def f(n: int):
    return n - 1 <= 5 ** n  # lower bound for possible n

def g():
    return 1 - 1

assert f(g())

def f(string: str, n=2):
    return len(string.split("abc")) == n

def g(n=2):
    return "abc" if n == 2 else "efg"

assert f(g())

def f(y: int, a=1073258, b=72352549):
    return abs(a - b) < y

def g(a=1073258, b=72352549):
    return a + b

assert f(g())

def f(num: int):
    return all(num <= 5 for j in range(4) for num in range(j))

def g():
    return 1 if 1 else 0

assert f(g())

def f(t: List[str]):
    return len(t) == 100

def g():
    return ["123456789" + str(i) + "0"*(9-i) for i in range(100)]

assert f(g())

def f(t: List[str]):
    return list(t) == ["f0", "f1", "f2", "f3"]

def g():
    return ['f0', 'f1', 'f2', 'f3']

assert f(g())

def f(x: str):
    return ''.join(sub for sub in x) == 'hello'

def g():
    return '%s' % 'hello'

assert f(g())

def f(ls: List[str]):
    return all(map(len, ls)) > len(ls) * 3 / 4

def g():
    return []

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(10))

def g():
    return list(set(range(0,1000)))

assert f(g())

def f(f: float, n=10):
    return (f < n) or (f > n / 2)

def g(n=10):
    return float(n * n) ** 0.5

assert f(g())

def f(n: int):
    if n > 1000:
        return n > 1001
    return n == 1000

def g():
    return 6500000

assert f(g())

def f(len: int, nums=[2, 10]):
    return len == sum(i**2 for i in nums)

def g(nums=[2, 10]):
    return sum(i**2 for i in nums if i < 10*i+2)

assert f(g())

def f(n: int):
    return all([n % 2 > 0 for i in range(n)])

def g():
    return 0

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) for i in l) and sum(l) > 1000

def g():
    return list(range(1000))

assert f(g())

def f(n: int, e=200):
    assert n < 3600
    return n == e

def g(e=200):
    return e

assert f(g())

def f(counts: List[int], target_prob=0.75):
    return target_prob > counts[0] or target_prob <= 0.25 * counts[-1]

def g(target_prob=0.75):
    return [-2, -1, 0, 1, 2]

assert f(g())

def f(s: str):
    return len(s) == 6

def g():
    return "<test>"

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and all(s in x for s in x)

def g():
    return [1, 2, 1]

assert f(g())

def f(x: float):
    return abs(x - 3.1415) < 1e-5

def g():
    return 3.1415 # NaN

assert f(g())

def f(li: List[int]):
    return all([i * i <= li[i] for i in range(-1, 3)])

def g():
    return [4, 6, 7]

assert f(g())

def f(n: int):
    k = n > 1000
    c = abs(n//k)
    if c >= 1000:
        c -= 1
        return c % 3 == 1
    return n % k == 0

def g():
    return 1000 + 1

assert f(g())

def f(num: int, a=8, b=9, c=10):
    return float(num) > float(a) and float(num) > float(b) and float(num) > float(c) or float(num) > float(a) * float(b) * float(c)

def g(a=8, b=9, c=10):
    return a + b + c

assert f(g())

def f(n: int):
    assert isinstance(n, int)
    return n > 255

def g():
    return 100000000

assert f(g())

def f(text: str, target_n=5):
    return all(x in text for x in ["Hello", "world" if len(text) > 0 else "This world is still alive"])

def g(target_n=5):
    return "Hello world" if target_n > 0 else "This world is still alive"

assert f(g())

def f(s: str):
    return s.count('o') == 1000 and s.count('oo') == 0

def g():
    return "hello"*1000

assert f(g())

def f(n: int):
    return n % 2 == 0 and (n + 1) // 2 == 0

def g():
    return 0

assert f(g())

def f(moves: List[List[int]], count=0):
    assert moves == sorted(moves)
    return len(moves) > count

def g(count=0):
    return [list(m) for m in zip(range(20), range(40), range(60), range(120))]

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, upper=23):
    i = range(upper)
    return sum(x ** 2 for x in i) == n

def g(upper=23):
    i = range(upper)
    return sum(x ** 2 for x in i)

assert f(g())

def f(x: int):
    if 0 <= x < 100:
        return True
    else:
        return False

def g():
    return True - False

assert f(g())

def f(li: List[int]):
    return li == li[::-1]

def g():
    return [0]

assert f(g())

def f(s: str, sep="!!"):
    return sep.join(s) == sep.join(s[::-1])

def g(sep="!!"):
    return "\n\n"*9

assert f(g())

def f(s: str):
    return all(d.startswith(c) for c, d in zip(s.split(":"), s.split(":")))

def g():
    return str(1)

assert f(g())

def f(n: int, num_points=20):
    assert 0 <= num_points < n ** 3
    return num_points <= n ** 3

def g(num_points=20):
    return num_points + 1

assert f(g())

def f(b: int):
    return abs(b) > 4

def g():
    return 5+4*5

assert f(g())

def f(li: List[int]):
    return all([i * i <= li[i] for i in range(-1, 3)])

def g():
    return [1, 3, 5, 7]

assert f(g())

def f(n: int, a=345346363, b=100):
    return a*b <= n

def g(a=345346363, b=100):
    return a*b

assert f(g())

def f(s: str):
    return int(ord(s) % 17) in {1, 2, 3}

def g():
    return True and "y" if True else None

assert f(g())

def f(s: str):
    return "".join(s).startswith('abcdefghijklmnopqrstuvwxyz')

def g():
    return "abcdefghijklmnopqrstuvwxyz" + "0"*9

assert f(g())

def f(x: List[int]):
    for i, j in zip(x, x):
        assert abs(i - j) == 0
    return len(x) != x.count("konjac")

def g():
    return [3, 6, 3, 4]

assert f(g())

def f(x: List[int]):
    return x == sorted(x)

def g():
    return [0]

assert f(g())

def f(x: int):
    return abs(x - 75600) < 10000

def g():
    return 75600;

assert f(g())

def f(n: int):
    return n % 11 == 7

def g():
    return int(int("123456789" + "0"*9) ** 7) - 1

assert f(g())

def f(s: str):
    s = s[::-1]
    for c in s:
        return c.startswith('A')

def g():
    return "A"*10

assert f(g())

def f(num: str):
    return num.count(".") > 0

def g():
    return "234567890.123456789"

assert f(g())

def f(a: int, dif=0.5, target=5):
    return a ** dif > target and (a ** dif) ** 0.5 > target

def g(dif=0.5, target=5):
    return int(int("123456789" + "0"*9) ** dif) + target

assert f(g())

def f(s: str):
    return ("My name is Joe Bob and I like you.") == s

def g():
    return "My name is Joe Bob and I like you."

assert f(g())

def f(l: List[int]):
    return l[:] == [1]

def g():
    return [ 1 ]

assert f(g())

def f(li: List[int], b=7, m=6):
    return len(li) == m or not all(li[1])

def g(b=7, m=6):
    return [0 for _ in range(m)]

assert f(g())

def f(num: int, n=12345):
    return num == 2 ** (n - 1) or num == 2 ** n - 1

def g(n=12345):
    return 2 ** n - 1

assert f(g())

def f(s: str):
    return "".join(s) == u'\u12ab\u1234'

def g():
    return u'\u12ab\u1234'

assert f(g())

def f(subarray1: List[List[int]]):
    return subarray1[1] == subarray1[0]

def g():
    return [[1,2], [1,2], [1,2]]

assert f(g())

def f(x: List[int]):
    return x[0] == x[1] == x[2] == 0

def g():
    return [0] * 3

assert f(g())

def f(x: float, a=1020):
    return (x > 0 and x < 100) or (x > 100 and x < 1000) or (x > 1000)

def g(a=1020):
    return float(f(a))

assert f(g())

def f(x: List[int], n=5):
    assert all([v > 0 for v in x])
    return sum(x) <= n

def g(n=5):
    return [n]

assert f(g())

def f(l: List[int], target=100):
    return min(x**2 for x in l) == target

def g(target=100):
    return [10, 20]

assert f(g())

def f(list: List[int], items=10, length=4):
    for i in range(length - 1):
        list.remove(i)
    return len(list) == items

def g(items=10, length=4):
    return list(range(length - 1)) + [0]*items

assert f(g())

def f(nums: List[int]):
    n = len(nums)
    if n in range(4, 7):
        return True
    return nums[:n] == nums[n:]

def g():
    return [0, 2, 3, 1]

assert f(g())

def f(sum_list: List[int]):
    sums = list((sum(i) for i in sum_list) if sum_list else [])
    return sums == sum_list and sum(sum_list) == sum(set(sum_list))

def g():
    return list()

assert f(g())

def f(n: int, s="foo", z=100000):
    if s == "foo" or not isinstance(n, int):
        k = 5
        for i in range(k):
            n -= 1
        return n != 1
    return n >= 3

def g(s="foo", z=100000):
    if s == "foo" or not isinstance(z, int):
        return 5
    return 100000 - z

assert f(g())

def f(s: str, n=1004):
    return s.count("0") == n

def g(n=1004):
    return "123456789" + "0" * n

assert f(g())

def f(nums: List[int], c=3):
    assert all(len(str(n)) == len(set(str(n))) for n in nums)
    return len(set(nums)) >= c

def g(c=3):
    return [1, 2, 3, 4 + 5]

assert f(g())

def f(s: str):
    return "Hello " + s + " world!" == "Hello world world!"

def g():
    return "world"

assert f(g())

def f(li: List[int], n=10):
    return n * li[0] == li[1] * li[2] * li[3] * li[4]

def g(n=10):
    return [0] * n

assert f(g())

def f(e: int, m=1234, n=6):
    return max(e, m + n - 1) % m == n

def g(m=1234, n=6):
    return m+n

assert f(g())

def f(x: str, n=4):
    s = [f"abcdefghijklmnopqrstuvwxyz" for i in range(n)]
    return s == x or all(c in x for c in s)

def g(n=4):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return s.lstrip('a') == s.lstrip('A')

def g():
    return "Hello world"

assert f(g())

def f(moves: List[str], target_angle=45):
    def move_ok(m):
        (a, b), (i, j) = m
        return abs(a - i - b) in [0, 1]
    return len(moves) >= target_angle

def g(target_angle=45):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(bills: List[int], denominations=[10, 100, 120, 200, 300, 500], n=4000):
    return len(bills) == min(len(denominations), n)

def g(denominations=[10, 100, 120, 200, 300, 500], n=4000):
    return [denomination * (denomination + 12) for denomination in denominations]

assert f(g())

def f(x: List[int]):
    x = sorted(x)
    return x == [0, 1, 4, 6, 7, 8, 9, 10, 11, 15, 16, 17, 19, 20, 21, 24, 25, 27, 28, 29, 30, 31]

def g():
    return sorted([0, 1, 4, 6, 7, 8, 9, 10, 11, 15, 16, 17, 19, 20, 21, 24, 25, 27, 28, 29, 30, 31])

assert f(g())

def f(pos: List[List[int]], m=5):
    def contains(path: List[int], edge: List[int]):
        for i in range(m):
            path = list(path)
            path = [x for x in path if x != i]
        return path == edge

    return contains(pos, [[0, -1], [1, -1], [2, -1], [-1, 1]])

def g(m=5):
    return [[0, -1], [1, -1], [2, -1], [-1, 1]]

assert f(g())

def f(nums: List[int], thresh=10):
    assert all(int(s) >= 0 for s in nums)
    return all(n >= thresh for n in nums)

def g(thresh=10):
    return [x for x in range(thresh) if x not in [0,1,2,3,4,5,6,7,8,9]]

assert f(g())

def f(s: str, target="a b c d", reverse=False, t=5, n=4):
    return (s != target and s != reverse and s != "") and t <= len(s)

def g(target="a b c d", reverse=False, t=5, n=4):
    reverse = reverse or target == ""
    target = target or target + "\""
    for i in range(n):
        reverse = reverse or target[::-1] == target[::-1]
        target = target + "\\" + target[::-1]
    return "\"" + target + "\""

assert f(g())

def f(s: str, sep="*"):
    sep = sep if sep != "*" else "-"
    return sep.join(s.split(sep)) == "*"

def g(sep="*"):
    return "*"

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) < 10 ** -4

def g(a=1020):
    return float(a)

assert f(g())

def f(m: List[int], h=3, num_squares=3):
    return sum(m) == len(m) == h

def g(h=3, num_squares=3):
    return [1]*(num_squares)

assert f(g())

def f(x: int, a=335464, b=876):
    return x == b + a

def g(a=335464, b=876):
    return a+b

assert f(g())

def f(s: str, target="wombat", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="wombat", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(num: List[int]):
    return all([i == num[i] for i in range(10)])

def g():
    return list(range(11))

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in ['A', 'B', 'C', 'D'] if substring in ['A', 'X', 'Z', 'a'])

def g():
    return ["A", "X", "a"]

assert f(g())

def f(nums: List[int], length=5):
    return len(nums) <= 5 and sum(nums) >= 1

def g(length=5):
    return [1, 2]

assert f(g())

def f(inds: List[int], n=3):
    return all(sum((v >> i) & 1 for i in range(n)) == 1 for v in inds)

def g(n=3):
    return [1] * n

assert f(g())

def f(e: int, n=4):
    return float(e * n) == n

def g(n=4):
    return int(int("0"*n) ** 0.5) + 1

assert f(g())

def f(li: List[int], s=19):
    return len(set(li)) == 1 and sum(li) == s and all([a > 0 for a in li])

def g(s=19):
    return [1 for i in range(s)]

assert f(g())

def f(n: int, a=3029, b=927):
    return n > a and n > b

def g(a=3029, b=927):
    return int(int("123456789" + "0"*9) ** 0.5) + int(10*int(a + b)+1)

assert f(g())

def f(p: List[int]):
    if p[0] == 0 and p[1] == 1:
        return True
    if p[0] == 1:
        if p[1] == 2:
            return False
        elif p[1] == 3:
            return True
    return False

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, a=10, b=4):
    return int(s) * (a % b - a) < 10

def g(a=10, b=4):
    return str(a) + str(b)

assert f(g())

def f(tol: List[int], tol2 = 5, tol4 = 0.001):
    for i, l in enumerate(tol):
        assert all(0 <= t < tol for t in l)
        assert all(0 <= t < tol2 and 0 <= y < tol4 for t, y in zip(tol[i], l[i]))
    return tol4 < tol2

def g(tol2 = 5, tol4 = 0.001):
    return [t for t in range(1, tol2 + 1) if not t]

assert f(g())

def f(res: List[List[int]], n=80):
    for i in range(16):
        if list(res) == list(range(16, 40 + i, 2 * len(res) // 2 + 1)):
            return res
    return len(list(res)) >= n + 1

def g(n=80):
    return [
        list(range(20)) + list(range(1, n)) + list(range(1, n)) + list(range(1, n)) for _ in range(n)
    ] * 20

assert f(g())

def f(x: int, a=654321, b=1230200):
    if x <= (a - b) or (x >= b):
        return x == b
    else:
        return x == a

def g(a=654321, b=1230200):
    return a and b

assert f(g())

def f(text: str):
    return len(text.split()) == len(text.split()[0])

def g():
    return "this is a test"

assert f(g())

def f(a: int):
    return int(a) == a

def g():
    return int(0.0)

assert f(g())

def f(p: List[int], edges=[[0, 1], [0, 2], [3, 2]]):
    if len(p) % 2 == 1:
        return p[0] == 0 or p[1] == 1
    return False

def g(edges=[[0, 1], [0, 2], [3, 2]]):
    return [0, 1, 2, 2, 3, 0, 1, 3, 3, 1, 2, 2, 0]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > b * c

def g(a=17, b=100, c=20):
    return a**2 + b**2 + c**2

assert f(g())

def f(inds: List[int], n=1):
    return all(i == len(set(inds)) and i % n == 0 for i in inds)

def g(n=1):
    return [n for i in range(1000)]

assert f(g())

def f(s: str, n=100):
    return s == s[0:n]

def g(n=100):
    return "The number is " + str(n)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS", t=""):
    return s_case == (s.upper() if s.isalnum() else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS", t=""):
    return s.upper() if s is not None else s.find("_") != -1

assert f(g())

def f(nums: List[int], thresh=2):
    return len(nums) == len(set(nums)) == 2

def g(thresh=2):
    return [10, 3]

assert f(g())

def f(edges: List[List[int]], start=[0, 1], target=[0, 2]):
    for x in edges:
        for y in range(max(len(x) - 2, -1), min(len(x) + 2, len(start) + 1)):
            if x[y] == y and y < 0:
                return False
    return True

def g(start=[0, 1], target=[0, 2]):
    x = [i * i for i in range(target[0]+1)]
    for y in range(target[0]):
        x.append(sum(map(str, x)))
    return x[0:target[0]]

assert f(g())

def f(coeffs: List[float]):
    return all(coeffs[i] + 1 ** i == 1 for i in range(len(coeffs)))

def g():
    return []

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    return True

def g():
    return 3 + 3

assert f(g())

def f(nums: List[int], n=5):
    return n == len(nums) and sum(set(nums)) == 5

def g(n=5):
    return [1,2,0,-1,3]

assert f(g())

def f(nums: List[int], max_num=4):
    return max(nums) >= 4

def g(max_num=4):
    return [4]

assert f(g())

def f(seq1: List[List[int]], seq2=[]):
    return all(i in seq2[i] for i in seq1)

def g(seq2=[]):
    return [i for i in range(100) if i in seq2]

assert f(g())

def f(s: str, a=10, b=4):
    return int(s) * (a % b - a) < 10

def g(a=10, b=4):
    return str(a) * int(b)

assert f(g())

def f(s: List[str], length=100):
    return len(set(s)) == length

def g(length=100):
    return [str(_) for _ in range(length)]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3 and all(sub in s for sub in s)

def g():
    return ["a","b","c"]

assert f(g())

def f(num: float):
    return float(num) > 2 ** 32

def g():
    return 1 + float(2 ** 32)

assert f(g())

def f(s: str):
    return len(s) == 5

def g():
    return "hello"

assert f(g())

def f(seq: List[int]):
    return all(i in range(1000) and i % 3 in seq for i in range(1000))

def g():
    return sorted(iter(range(1000)))

assert f(g())

def f(inds: List[int], vecs=[26, 5, 19, 20, 32, 3, 15, 5, 9, 8, 13, 25, 5, 24, 5, 5, 36]):
    return all(inds[i] == vecs[i] for i in range(len(vecs)))

def g(vecs=[26, 5, 19, 20, 32, 3, 15, 5, 9, 8, 13, 25, 5, 24, 5, 5, 36]):
    return [vecs[i] for i in range(len(vecs))] * len(vecs)

assert f(g())

def f(li: List[int], target=60):
    return li == [0, 60, 40, 20, 60, 20]

def g(target=60):
    return target == 60 and [0, 60, 40, 20, 60, 20]

assert f(g())

def f(probs: List[float]):
    return len(probs) == 3 and sum(probs[(i + 1) % 3] * probs[(i + 2) % 3] for i in range(3)) < 2

def g():
    return [0.6, 0.4, 0.3]

assert f(g())

def f(s1: str):
    if s1[0] != s1:
        s1 = s1.upper()
    return s1 == "<" or s1 == ">"

def g():
    return "<"

assert f(g())

def f(substrings: str):
    return all(len(s) == len(substrings) for s in "123456789".split())

def g():
    return "123456789"

assert f(g())

def f(t: List[str]):
    return all(c in t for c in ["a", "f", "g", "h", "j", "k", "l", "m", "n", "r", "s", "t", "v", "x"])

def g():
    return ["x", "f", "g", "h", "j", "k", "l", "m", "n", "r", "s", "t", "v", "x", "a", "b", "c", "h"]

assert f(g())

def f(li: List[int]):
    return len(set(set(li))) == 3

def g():
    return [4, 5, 6]

assert f(g())

def f(n: int):
    m = n
    while m > 25:
        m = 2 * m - 1
    return True

def g():
    return int(int(1) ** 20)

assert f(g())

def f(res: int, n=2):
    assert n >= 2 and n <= 4  # (2,3) is not allowed!
    if n == 2:
        return res == 2
    return res == 2 or res == 3

def g(n=2):
    if n == 2:
        return 2
    return 3

assert f(g())

def f(x: List[int], a=3, b=3, c=3):
    return sum(i for i in x) == a + b + c

def g(a=3, b=3, c=3):
    return [a,b,c]

assert f(g())

def f(d: int):
    n = 123456789
    return d > n and d != d % n

def g():
    return int(1234567891 + 1234567893**0.5) + 1

assert f(g())

def f(n: int, lower=100000):
    return lower <= int(n + 1 ** 13 - 1)

def g(lower=100000):
    return sum(n**13 - 1 for n in range(1,lower+1))

assert f(g())

def f(l: List[int]):
    return len(l) == 5

def g():
    return [2, 6, 9, 3, 8]

assert f(g())

def f(x: List[int]):
    return len(set(sorted(x))) == len(sorted(x)) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str):
    return s == "s" or s.startswith("ss")

def g():
    return "sssssss"

assert f(g())

def f(v: str, t="a"):
    return v.lower() == t

def g(t="a"):
    return "".join(t.lower() for _ in range(1))

assert f(g())

def f(s: str):
    return len(s) == len(s.lower()) and s.lower() == s

def g():
    return "abc"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASanyCAPITALS"):
    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="CanYouTellIfItHASanyCAPITALS"):
    return s.upper() if len(s) > 1 else s.lower()

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and (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, a="abc", b="def", count=24):
    return "".join(j for j in s if j in a) == "".join(s for s in a.split())

def g(a="abc", b="def", count=24):
    return "{0}-{1}-{2}".format(a, b, str(count))

assert f(g())

def f(n: int, a=253532, b=1230200):
    if n > 0 or a > 50:
        return n > 0 and abs(n * n - 1) > b and abs(a - (n * n)) > b
    else:
        return n > 0 and abs(n * n + a) == -b and abs(a) + abs(a + n) > b

def g(a=253532, b=1230200):
    return (a**2 + 1) * (b**2 - 1)

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all((x.count("e") > x.count("a")) and ('a' in x) for x in s)

def g():
    return ["e"*(i+2)+"a"for i in range(1000)]

assert f(g())

def f(inds: List[int]) -> bool:
    return all((i in inds for i in range(100)))

def g():
    return [i for i in range(100)]

assert f(g())

def f(s: str):
    return "abcdefghijklmnopqrstuvwxyz" in s

def g():
    return "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    return n == len(set(list(range(256))))

def g():
    return len(set(list(range(256))))

assert f(g())

def f(n: int, a=253532, b=1230200):
    if n > 0 or a > 50:
        return n > 0 and abs(n * n - 1) > b and abs(a - (n * n)) > b
    else:
        return n > 0 and abs(n * n + a) == -b and abs(a) + abs(a + n) > b

def g(a=253532, b=1230200):
    return int(int(str(1) + str("1230200") + str(a)) ** 0.5)

assert f(g())

def f(s: str, perm="", 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="", target="hello are you there?"):
    return perm[(perm.index(target) + 1) % len(perm)] if target in perm else target

assert f(g())

def f(n: int, a=1038, b=4):
    return n > a and n > b

def g(a=1038, b=4):
    return a+b

assert f(g())

def f(s: str):
    return "Hello {}".format(s) == "Hello World"

def g():
    return "World"

assert f(g())

def f(res: List[int], a=1, b=10000000, c=2000000):
    for i in range(25):
        res = [i]
        if i == len(res) - 1:
            return True
        if i == len(res) - 2:
            return False
        x = res[i]
        for j in range(b):
            if abs(x - j) > 1:
                return False
    return True

def g(a=1, b=10000000, c=2000000):
    return list(map(int, [0, 1, 2]*1000))

assert f(g())

def f(nums: List[int], a0=123):
    assert a0 >= 0
    for i in range(nums[-1]):
        if nums[i] == a0:
            return True
    return nums[-1] < 0 and nums[-1] > 0

def g(a0=123):
    return [a0, a0 + 1, a0 - 1]

assert f(g())

def f(target: List[int], n=8):
    t = [1, -1, 0, 1, 2, -1, 2]
    return all(target[i] >= 0 for i in t)

def g(n=8):
    return list(range(n))

assert f(g())

def f(x: float):
    return abs(x) > 10 ** -1

def g():
    return 6.2

assert f(g())

def f(s: str):
    return ''.join(c for c in s if c.isalpha()) == 'c'

def g():
    return 'c'

assert f(g())

def f(n: int, ops=['x++', '--x'], target=19143212):
    for op in ops:
        if op == "x++":
            n += 1
        else:
            assert op in ["--x", "x--"]
            n -= 1
    return n > target

def g(ops=['x++', '--x'], target=19143212):
    for op in ops:
        if op == "x++":
            return target + 1
        else:
            return target - 1

assert f(g())

def f(num: List[int]):
    return len(set(num)) == 4 and sum(num) < 5

def g():
    return [-7,-8,1,8]

assert f(g())

def f(x: str):
    return len(x) == len(set(x))

def g():
    return str(sum([1, 2]) == 2)

assert f(g())

def f(li: List[int]):
    return all([int(d) for d in li])

def g():
    return [1,2]

assert f(g())

def f(t: List[str]):
    return list(t) == ["f0", "f1", "f2", "f3"]

def g():
    return list(["f0", "f1", "f2", "f3"])

assert f(g())

def f(li: List[int], n=5):
    assert n == 5, "Hint: n is 5"
    return len(li) == n

def g(n=5):
    return [5] * n

assert f(g())

def f(s: str):
    return s == 'hello world'

def g():
    return 'hello world'

assert f(g())

def f(n: int):
    return all(n % i == 0 for i in range(n))

def g():
    return 2 - 2**33

assert f(g())

def f(x: str):
    return x.count("a") == 1 and x.count("d") == 1

def g():
    return "a[0]d"

assert f(g())

def f(indices: List[int], a0=15, a1=25, num_points=10):
    return len(indices) == num_points and {(i, j) for i in indices for j in indices} == \
        {(j, i) for j in indices for i in indices}

def g(a0=15, a1=25, num_points=10):
    return [100*i + 30 for i in range(num_points)]

assert f(g())

def f(i: List[int], n=18):
    return len(i) == n and all(item in i for item in i)

def g(n=18):
    return [10 for i in range(n)]

assert f(g())

def f(n: int):
    return n == 0 or n == 1 or n == 5 or n == 12

def g():
    return 5

assert f(g())

def f(n: int, a=345346363):
    return n // a == a

def g(a=345346363):
    return a ** 2

assert f(g())

def f(s: str):
    assert len(s) > 8 and len(s) <= 1000
    return all(i < 10 for i in s.split()[:-1])

def g():
    return "abcdabcdabcdabcdabcd"

assert f(g())

def f(state: List[int], target=100):
    for state in state:
        if abs(state) == target:
            return True
    return False

def g(target=100):
    return [target]

assert f(g())

def f(n: int, s=3):
    if n == 1:
        return s % 2 == 0
    else:
        return all(n <= 10 for i in range(10))

def g(s=3):
    return s + 1

assert f(g())

def f(x: int):
    return abs(x - 75600) < 10000

def g():
    return (7 * 10) * 2**10

assert f(g())

def f(indices: List[int], upper_bound=100):
    return sum(i ** 2 for i in indices) == upper_bound

def g(upper_bound=100):
    return [1] * upper_bound

assert f(g())

def f(s: str):
    return s.count("*") == 2 or s.count(".") == 1 or s.count("-") == 1 or s.count(" ") == 1

def g():
    return str((3 * 3)/2) + " hello world" # should be "1414243 hello world"

assert f(g())

def f(x: int, a=1000):
    return x >= a

def g(a=1000):
    return a

assert f(g())

def f(n: int):
    return str(n).endswith("111")

def g():
    return int("1111")

assert f(g())

def f(x: float, a=1073258, b=72352549):
    return b // a == x

def g(a=1073258, b=72352549):
    return float(b//a)

assert f(g())

def f(x: List[int], n=4, s=8):
    return len(set(x)) == 1 and sum(x) == s

def g(n=4, s=8):
    return [1 for i in range(s)]

assert f(g())

def f(ls: List[str]):
    return "string" not in ls or all(isalpha(i) for i in ls) and not all(
        ispal(i) for i in ls) and "string" not in ls and ls != "abcdefghijklmno"

def g():
    return ["abc", "def", "ghi"]

assert f(g())

def f(delta: List[int], n=12345):
    return all(i + 1j != delta[i] for i in range(3))

def g(n=12345):
    return [12345] * n

assert f(g())

def f(data: List[List[str]], nums=[[], [], []]):
    return isinstance(data, (tuple, list)) and data == nums

def g(nums=[[], [], []]):
    if "a" in nums or "b" in nums:
        raise ValueError("at least one of the items must be present!")
    return nums

assert f(g())

def f(x: int):
    return x > 0 and x < 200000

def g():
    return 50

assert f(g())

def f(n: int):
    return n < 50 or n > 2000

def g():
    return int(int("123456789" + "0"*7) ** 0.8) + 2

assert f(g())

def f(r: List[int], n=300):
    return sum(r) == n

def g(n=300):
    return [n]

assert f(g())

def f(d: List[int], n=50):
    return len(d) == n or sum(t > d for t in d) == n // 2

def g(n=50):
    return [1+i for i in range(n)]

assert f(g())

def f(x: List[int]):
    return len(x) == 1

def g():
    return [3]

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return min(a, b, n) > 0

def g():
    return [1, 3, 2]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n == sum(b * i for i in range(c))

def g(a=17, b=100, c=20):
    return sum(b * i for i in range(c))

assert f(g())

def f(i: int):
    return not (i < 456 or i >= 45675 and i%20 == 0)

def g():
    return 456

assert f(g())

def f(s: str, max_len=10):
    if len(s) <= max_len:
        return "world" == s
    return "Hello " + s == "Hello world" and s.count("Hello") == 1

def g(max_len=10):
    return "world"[:max_len + 1]

assert f(g())

def f(x: List[int], n=10, max=20):
    return n < len(x) or len(set(x)) == n or sum(x) == max

def g(n=10, max=20):
    return [i + int(n * i) for i in range(max)]

assert f(g())

def f(words: str):
    for w in words:
        if w in '1!6\n':
            return True
    return False

def g():
    return "hello!"

assert f(g())

def f(x: str):
    return x == "h" and all([x != y for x, y in zip(x.split(), []) if x and y])

def g():
    return "h";

assert f(g())

def f(nums: List[int]):
    return nums == [2, 3, 5] and len(nums) == 3

def g():
    return [2,3,5]

assert f(g())

def f(l: List[int], target=5):
    return len(l) == target and sum(l[i] != target for i in range(target)) == 0

def g(target=5):
    return [target] * target

assert f(g())

def f(n: int, a=1, b=1, c=3):
    return n != 1 and a == n or b == n

def g(a=1, b=1, c=3):
    return 1

assert f(g())

def f(li: List[int], target=18):
    assert target == li[-1]
    return True

def g(target=18):
    return [target]

assert f(g())

def f(n: int):
    assert n > 0
    assert n % 2 == 0
    b, e = n // 2, n // 2
    return (b + e) > n - b - e

def g():
    return 1000000000

assert f(g())

def f(n: int, k=4):
    return n > 5000

def g(k=4):
    return max(range(1000,10000+k,1000))

assert f(g())

def f(s: str, n=123456789):
    return all(i in s for i in str(str(n).count("2") + str(n).count("7")))

def g(n=123456789):
    return "%s" % n

assert f(g())

def f(x: List[int], s=4):
    if s == 0:
        return True
    elif all(i == 0 for i in range(10)):
        return False
    elif x[1] < s:
        return False
    if x[0] < 1:
        return False
    return True

def g(s=4):
    return [5, 6, 7, 8]

assert f(g())

def f(li: List[int]):
    return len(list(li)) == max(4, len(li) * 3 / 4) and not (len(li) < 3 or li == [1, 2, 3, 4])

def g():
    return [9, 1, 2, 3]

assert f(g())

def f(s: str):
    return all(k != 1 for k in s)

def g():
    return "world"

assert f(g())

def f(n: int):
    return str(n * n).startswith("567890")

def g():
    return int(int("567890" + "0"*9) ** 0.5) + 10

assert f(g())

def f(g: List[int]):
    assert len(g) > 0
    return sum(g) == 1337

def g():
    return [1337]

assert f(g())

def f(li: List[str], nums=[[1, 2, 3], [9, -2, 8], [17, 2, 50]]):
    return all(sum(a + b for a, b in zip(li, nums)) == 0 for i in range(3))

def g(nums=[[1, 2, 3], [9, -2, 8], [17, 2, 50]]):
    return [i for i in range(len(nums))
            if sum(a for a in nums[i]) == 0]

assert f(g())

def f(s: List[int]):
    return len(set(s)) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(list: List[int], n=100, max=0):
    assert len(list) >= n and sum(list) >= max
    return len(list) == n and all(list[i] == 1 for i in range(n))

def g(n=100, max=0):
    return [1 for _ in range(n)]

assert f(g())

def f(lists: List[List[int]], s=9):
    if s == 2:
        return all(1 < list(l) <= 0 for l in lists)
    if s == 3:
        return sum(1 <= list(l) <= 0 for l in lists) <= (len(lists) * 2)
    return list(sorted(l for l in lists)) == [s for t in lists if not t == s]

def g(s=9):
    return []

assert f(g())

def f(li: List[int], min_index=10):
    return len(set(li)) == min_index

def g(min_index=10):
    return [i * i for i in range(10)]

assert f(g())

def f(n: int):
    if n < 0:
        return False
    if n == 0:
        return True
    return all(x % y == 0 for x, y in ([0, -1], [1, 0]) if x != y)

def g():
    return 0

assert f(g())

def f(n: int):
    return abs(n) < 1000

def g():
    return 4

assert f(g())

def f(a: List[int], g1=["ab", "bc", "c", "d"]):
    assert all(i == j for i, j in zip(a, a[1:]))
    return all(a != i for i in g1)

def g(g1=["ab", "bc", "c", "d"]):
    return [x for x in g1 if set(x) == set(g1)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(i <= n for i in nums)

def g(n=12345):
    return [i for i in range(n) if i <= n]

assert f(g())

def f(s: str):
    return s == 'hello'

def g():
    return """hello"""

assert f(g())

def f(s: str):
    return s[3] == s[2] and s[4] == s[5] and s[6] == s[1] and s[7] == s[0]

def g():
    return "a" * 11

assert f(g())

def f(n: int):
    return abs(n - 1) % n == 0

def g():
    return abs(10 - 9) % 10

assert f(g())

def f(f_possible: List[List[int]]):
    return all(
        set(p)
        for p in f_possible
    )

def g():
    return [[1], [2]]

assert f(g())

def f(l: List[int]):
    return len(set(l)) > 995

def g():
    for i in range(1000):
        if i % 1000:
            print(i)

    return [i for i in range(1000)]

assert f(g())

def f(s: str):
    return s == "123456789"

def g():
    return "123456789"

assert f(g())

def f(input: List[int], target=10):
    return len(input) == target

def g(target=10):
    return list(map(lambda x: x*x, range(target)))

assert f(g())

def f(k: float, v=1022):
    return v * (k * k - v * k - v * v + 1) > 0

def g(v=1022):
    return 9.0 * 9.0 * 9.0 - (1.0/2.0) * (9.0 * 9.0 * 9.0 * 9.0 - 9.0 * 9.0 * 9.0 * 9.0 * 9.0)

assert f(g())

def f(n: int):
    assert n > 5
    return len(str(n)) == 4 and n % 2 == 0 and 0 <= n % 3

def g():
    return int(int(int(int("3456789" + "0"*9) ** 0.5) + 1) ** 0.5) + 1

assert f(g())

def f(ls: List[str]):
    return len(ls) == 50

def g():
    return [str(j) for j in range(50)]

assert f(g())

def f(s: str):
    return s.startswith("toto") or (len(s) and s[-1] == 'toto')

def g():
    return "toto" or None

assert f(g())

def f(num: int):
    assert num > 0
    return num == num * num

def g():
    return 1

assert f(g())

def f(counts: List[int], target=15):
    return sum(counts) > target

def g(target=15):
    return list(range(0, 15))

assert f(g())

def f(s: str):
    if s in "hello\tworld":
        return False
    return True

def g():
    return "".join(s.lower() + "_" for s in ["hi", "hello", "world"])

assert f(g())

def f(n: int):
    return 2 ** n >= 25

def g():
    return 25 + 2**3

assert f(g())

def f(a: List[int]):
    for i in range(len(a)):
        if a[i] == a[i - 1] + 1:
            return False
    return True

def g():
    return []

assert f(g())

def f(s: str):
    return len(s) == 1 and all(x in s for x in s)

def g():
    return str(chr(0))

assert f(g())

def f(n: int):
    return n >= 5040  # make sure the number is even

def g():
    return int("40000")+1

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 and all(li[:n] == [1] * n for i in range(n + 1))

def g(n=18):
    return [1]*n

assert f(g())

def f(count: int):
    return count == 1027

def g():
    return 1027 # type(int) == int is fine

assert f(g())

def f(x: List[int], t=50, n=10):
    a, b = x
    for i in range(n // t):
        if x[i] == b[i] and a[i] != a[i + 1]:
            return i == n
        a[i], b[i] = a[i], b[i] + t - x[i]
        assert a[i] == b[i]
        x[i] = 0
        t -= 1
    return all([i != n for i in range(n // t)])

def g(t=50, n=10):
    a = [1, 2]
    for i in range(n // t):
        a[i] += t - i
    return list(set(a) | set([x for x in range(t * n) if x == 1]))

assert f(g())

def f(s: str):
    return "Bubble boy" == s

def g():
    return "Bubble boy"

assert f(g())

def f(n: int, a=93252338):
    return n == a

def g(a=93252338):
    return a

assert f(g())

def f(list: List[int], target=8):
    return len(list) >= target and sum(i != target - (i + 1) for i in range(target)) >= 1

def g(target=8):
    return list(range(1000))

assert f(g())

def f(n: int, a=1234):
    return a <= n - 1

def g(a=1234):
    return a * a

assert f(g())

def f(target: str):
    assert isinstance(target, str)
    return len(target) == 7 and all(target[:i] == target[:i + 2] for i in range(15) if i == target.rfind("("))

def g():
    return "abcdefg"

assert f(g())

def f(s: str):
    return s == "Permute me"

def g():
    return "Permute me"

assert f(g())

def f(s: str, start=100):
    return (s[start] != 1 or s[start + 1] != 0) and s != s[:start] + s[start - 1:]

def g(start=100):
    return "a"*(start+2)+"b"

assert f(g())

def f(s: str, n=163761):
    return s[-1] == s[-5]

def g(n=163761):
    return 'Hello, World' + "-" * 10

assert f(g())

def f(d: int, n=123456789):
    return n < d

def g(n=123456789):
    return n + 1

assert f(g())

def f(num: int, upper_bound=5000):
    return num > upper_bound

def g(upper_bound=5000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, upper_bound=6000):
    assert len(s) > upper_bound and 0 <= len(s) - 1, s
    (a, b) = (0, 100)
    if len(s) > upper_bound or len(s) == 1:
        return True
    ind = s.find("-")
    if ind == -1:
        return False
    if len(s[:ind]) > upper_bound or len(s[ind:]) == 1:
        return False
    return all(a < b for a, b in [(i, i + 1)] for i in range(1, len(s), 2))

def g(upper_bound=6000):
    return ''.join(str(i) for i in range(1, upper_bound, 2))

assert f(g())

def f(x: List[int], n=3, nums=[1, 2, 3, 4], lower_bound=30):
    return all([x[i] == n for i in range(n)]) and 0 < n <= lower_bound

def g(n=3, nums=[1, 2, 3, 4], lower_bound=30):
    return [n for i in range(n)]

assert f(g())

def f(nums: List[int], tgt=17):
    return len(nums) - 1 > 0 and nums[0] >= tgt

def g(tgt=17):
    return [tgt, tgt + 1]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + b == x

def g(a=1073258, b=72352549):
    return a+b

assert f(g())

def f(x: str, k=11):
    if k > len(x):
        return False
    if len(x) > k:
        return True
    return any(x)

def g(k=11):
    return "123456789" + str(k) + "0"*9 + str(k) + "0"*9

assert f(g())

def f(x: List[int]):
    return len(x) == 4 and all(x[i] < x[i + 1] for i in range(3))

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int):
    return sum(c for c in range(n) if c > 0) > 0

def g():
    return 9

assert f(g())

def f(x: List[int]) -> bool:
    if 0 != x:
        return True
    return False

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, upper_bound=6000):
    assert len(s) > upper_bound and 0 <= len(s) - 1, s
    (a, b) = (0, 100)
    if len(s) > upper_bound or len(s) == 1:
        return True
    ind = s.find("-")
    if ind == -1:
        return False
    if len(s[:ind]) > upper_bound or len(s[ind:]) == 1:
        return False
    return all(a < b for a, b in [(i, i + 1)] for i in range(1, len(s), 2))

def g(upper_bound=6000):
    return "123456789" + "0" * upper_bound

assert f(g())

def f(s: str):
    return s.endswith("123456789")

def g():
    return '123456789'

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 for j in l if i != j and l[i] / l[j] == l[i] * l[j])

def g():
    return [5, 5, 5, 5]

assert f(g())

def f(g: List[int]):
    return len(g) > 9

def g():
    return list(range(200))

assert f(g())

def f(s: str):
    return len(s) == 1 and s == " "

def g():
    return " "

assert f(g())

def f(t: List[str], n=999):
    return len(t) == n

def g(n=999):
    return [str(n + i) for i in range(n)]

assert f(g())

def f(nums: List[int], n=12345):
    if n in [1, 2]:
        return False
    return len(nums) == max(4, len(nums)) <= n

def g(n=12345):
    return [n for i in range(1000)]

assert f(g())

def f(x: float, n=200):
    return x == 0 or (x - 1) * (log(abs(x))) < 0

def g(n=200):
    return float(n % 10) / n % 10.0

assert f(g())

def f(letters: List[str]):
    return {c.lower() for c in letters} == {c.lower() for c 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"]}

def g():
    return [a for a 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"]]

assert f(g())

def f(b: List[int]):
    return sum(b) == 9

def g():
    return [9, 0, 0]

assert f(g())

def f(res: List[int], n=3):
    assert len(res) == 3
    return sum(res[i] ** 2 for i in range(n)) <= n ** 2

def g(n=3):
    return [1, 2, 2]

assert f(g())

def f(n: int, a=1020):
    return n >= a

def g(a=1020):
    return a

assert f(g())

def f(s: str):
    return "The quick brown fox jumped over the lazy dog" == s

def g():
    return "The quick brown fox jumped over the lazy dog"

assert f(g())

def f(n: int, a=3, b=23463462):
    return n > a + b

def g(a=3, b=23463462):
    return 2*b - a - 1

assert f(g())

def f(word: str, word_len=6):
    assert len(word) <= word_len
    return word == "h" or word == "s" or word == "t" or word == "h" or word == "s" or word == "t" or len(word) == word_len

def g(word_len=6):
    return "h"*word_len or "s"*word_len or "t"*word_len or "h"*word_len or "s"*word_len or "t"*word_len

assert f(g())

def f(x: List[int]):
    return sum(x) in [-2, 2, 3]

def g():
    return [2]

assert f(g())

def f(s: str):
    return s and s.upper() in ['F', 'FORT']

def g():
    return str("FORT")

assert f(g())

def f(n: int):
    if n > 1000:
        return n > 1001
    return n == 1000

def g():
    return 1000

assert f(g())

def f(i: int):
    return len(str(i - 10)) >= 20 and len(str(i + 10)) >= 20

def g():
    return 12345678901234567890123456789012345678901234

assert f(g())

def f(li: List[int], target=19):
    assert target > 2
    assert all(i in range(len(li) - 1) for i in li), "not enough indices"
    return len(li) >= target and all(sum([i * (v + 1) for i, v in zip(li[:i], li[i + 1:])]) == 0 for i in range(len(li)))

def g(target=19):
    return [0 for _ in range(1000)]

assert f(g())

def f(target: List[int]):
    return len(target) >= 4

def g():
    return [4, 20, 9, 8, 11, 2, 21, 30]

assert f(g())

def f(s: str, target="foobarbazwow", length=2):
    return '{}'.format(length if len(s) == length else s) == target

def g(target="foobarbazwow", length=2):
    return "foobarbazwow".format(length=length)

assert f(g())

def f(stamps: List[int], target=9):
    return len(set(stamps)) == target

def g(target=9):
    return list(range(target))

assert f(g())

def f(x: str, start="a", n=4):
    return all([x[i] == start for i in range(n)])

def g(start="a", n=4):
    return "a"*(n+1) + "a"*n

assert f(g())

def f(li: List[int], lower=15):
    return min(li) >= lower

def g(lower=15):
    return [int("123456789" + "0"*9) ** lower + 1]

assert f(g())

def f(n: int):
    import random
    return sum(random.random() < 0.5 for i in range(n)) == 0

def g():
    return 0

assert f(g())

def f(path: List[List[int]], max_size=7):
    assert len(path) == max_size
    return all(i in [0] + path for i in range(max_size) if path[i][1] < path[i][0] and path[i][1] != 0)

def g(max_size=7):
    return [
        [0, 1, 2, 3],
        [1, 2, 3, 4],
        [1, 2, 3, 4],
        [1, 2, 3, 4],
        [4, 5, 6, 7],
        [1, 2, 3, 4],
        [1, 2, 3, 4],
    ]

assert f(g())

def f(l: List[int]):
    return all((x + 1 if i == len(l) - 1 else x for x, i in l))

def g():
    return list(set({}))

assert f(g())

def f(s: str, target='I am a string', length=1):
    return s.count('i') > length

def g(target='I am a string', length=1):
    return "I am a string" + target + ' ' * length

assert f(g())

def f(n: int, upper_bound=15):
    return n % upper_bound == 0

def g(upper_bound=15):
    return max(range(upper_bound, upper_bound*2 + 1))

assert f(g())

def f(nums: List[int], target=100):
    return nums[0] == target and nums[1] == target and nums[2] == target

def g(target=100):
    return [target] * 1000

assert f(g())

def f(seq: List[int], bound=3):
    return len(seq) > bound

def g(bound=3):
    return [1, 1, 1, 1]

assert f(g())

def f(n: int):
    return n == 10000 and n > 5

def g():
    return int(10000)

assert f(g())

def f(n: int):
    return n > 4 and (n % 2 == 0 or n % 3 == 0)

def g():
    return 0x123 + 0x456 + 0x7f7f

assert f(g())

def f(s: str):
    return "s" in s and "s"[::-1] == "s"

def g():
    return "s["

assert f(g())

def f(l: List[int], n=10):
    return sum(1 if i == n else 2 for i in l) == n

def g(n=10):
    return [n for i in range(n)]

assert f(g())

def f(calls: List[int], calls_per_line=4):
    return len(calls) >= calls_per_line

def g(calls_per_line=4):
    return [0] * calls_per_line

assert f(g())

def f(a: List[int], k=2):
    t = (1 - a[1]/a[0]) ** 2
    s = (1 - a[0]/a[1]) ** 2
    return abs(-s * t - a[0] - a[1]) < 20

def g(k=2):
    return [1 + 2*k for k in range(2)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCAPITALS"):
    return s_case == (s.upper() if len(s) > 1 else s.lower())

def g(s="CanYouTellIfItHasMoreCAPITALS"):
    return (s.upper() if len(s) > 1 else s.lower())

assert f(g())

def f(s: str):
    return (s == "a" or s == "b" or s == "c" or s == "d" or s == "e")

def g():
    return "c"

assert f(g())

def f(nums: List[int], length=100):
    return len(nums) == length

def g(length=100):
    return list(range(100))

assert f(g())

def f(m: int):
    if m == 1:
        return True
    return m == m * 3 and m == (m + 1) * 3

def g():
    return 1 + 0*3

assert f(g())

def f(x: int):
    return x <= 900 and x >= 900 and x == 900

def g():
    return 900

assert f(g())

def f(s: str, s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return ''.join(s for s in ['SEND', 'MORE', 'MONEY', 'MORE', 'E', 'MONEY', 'E', 'SEND'] if s in s1 and s in s2 and s in s3 and s in s4) in s

def g(s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return ''.join([s for s in ['SEND', 'MORE', 'MONEY', 'MORE', 'E', 'MONEY', 'E', 'SEND'] if s in s1 and s in s2 and s in s3 and s in s4])

assert f(g())

def f(ind: List[int], m=8, s=3, t=3):
    return len(ind) == m

def g(m=8, s=3, t=3):
    return [i for i in range(m)]

assert f(g())

def f(n: int):
    return n > 1000 and any(i > 0 for i in range(10))

def g():
    return 1000000

assert f(g())

def f(s: str):
    return s.startswith('o') and s.endswith('w')

def g():
    return "o o w"

assert f(g())

def f(x: List[int], n=4, s=2021):
    return all(int((0 <= i < n) and (0 <= x[i] < s)) for i in range(n))

def g(n=4, s=2021):
    return list(range(2021)) + list(range(s, 100))

assert f(g())

def f(inds: List[int]):
    assert all(i in range(len(inds)) for i in inds), "duplicate entry"
    return len(inds) == len(set(inds))

def g():
    return [x for x in range(10)]

assert f(g())

def f(n: int):
    if n > 1:
        return max(n, 1) == n

def g():
    return 123

assert f(g())

def f(len: int, a=17, b=100, c=20):
    return len == sum([b * i for i in range(c)])

def g(a=17, b=100, c=20):
    return sum([b * i for i in range(c)])

assert f(g())

def f(s: List[int], n=1000):
    return len(s) < n

def g(n=1000):
    return [1, 3, 5, 7, 9]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 10

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, -9, -8, -7, -6, -5, -4, -3, -2]

assert f(g())

def f(q1: List[int]):
    return all(a in q1 and b in q2 for a, b in q1)

def g():
    return []

assert f(g())

def f(path: List[int], nums=12345):
    return path == sorted(path) and len(path) == nums

def g(nums=12345):
    return list(range(nums))

assert f(g())

def f(nums: List[int], bound=10):
    bound = min(len(set(nums)) + 1, bound)
    return all(i in nums for i in range(bound))

def g(bound=10):
    return [i for i in range(bound)]

assert f(g())

def f(num: int):
    return num == 1001 or num == 1000

def g():
    return 1001 or 1

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=19143212):
    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', '--x'], target=19143212):
    for op in ops:
        if op in ["++x", "x++"]:
            return target + 1
        else:
            return target - 1

assert f(g())

def f(nums: List[int], a = 1073258, b=72352549):
    assert all({r: x for x in nums for r in [1, 2]})
    return sum(i for i in nums if i > 0) > a

def g(a = 1073258, b=72352549):
    return [a, b]

assert f(g())

def f(s: str, a="oek"):
    return s == a or s == a + "n"

def g(a="oek"):
    return a

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 / 3

def g(year_len=365):
    return year_len

assert f(g())

def f(li: List[int], k=3):
    return len(set(li)) == len(list(li)) - k and all(li[i] in set(li) for i in range(k))

def g(k=3):
    return [1, 3, 5] + list(range(1000))

assert f(g())

def f(s: str):
    if s in "0123456789":
        return False
    return (s.count("A") * 2 + s.count("B") * 2) == len(s) or s.count("C")

def g():
    return "ABCD"

assert f(g())

def f(t: List[int], n=100):
    return sum(0 <= t[i] <= 99 for i in range(n)) == n

def g(n=100):
    return list(range(n))

assert f(g())

def f(nums: List[int], n=200):
    s = 0
    for i in range(n):
        s += nums[i]
    return sum(nums) % n == 0

def g(n=200):
    return [4*i for i in range(n)]

assert f(g())

def f(res: int, m=1234, n=3):
    for i in range(n):
        m = (m - i * 1) % 10 + i
    return m == res and m != 0

def g(m=1234, n=3):
    return (m - 1) % 10 + 1

assert f(g())

def f(x: int, a=1000, b=5):
    return x == 3 * a * b

def g(a=1000, b=5):
    return 3 * a * b

assert f(g())

def f(x: List[int], t=20, n=5):
    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=20, n=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(list: List[int]):
    return len(set(list)) >= 3 and len(list) > 2

def g():
    return [1, 2, 3]

assert f(g())

def f(x: float, year_len=365):
    return abs(x ** 2 - year_len ** 2) < 18 ** -3

def g(year_len=365):
    return 365 + (365**2 - year_len**2) / 365

assert f(g())

def f(h: List[int], target=200):
    return len(h) <= target and sum(h[:]) == target

def g(target=200):
    return [target]

assert f(g())

def f(list: List[List[int]]):
    return True if len(list) == 2 else False

def g():
    return [
        [0, 1, 2, 3, 4, 5],
        [1, 2, 3, 4, 5, 6, 7],
    ]

assert f(g())

def f(n: int, scores=[100, 90, 50, 20, 30, 10, 20, 10, 10, 5, 5], k=6):
    l = len(scores)
    assert (not (all(s >= scores[k] and s >= scores[k - 1]) for s in scores) and all(s < scores[k] or s <= 0 for s in scores)) or l > 6
    return (scores[0] * scores[1] * scores[2] * scores[3] * scores[4] * scores[5] * scores[6] * scores[7] * scores[8]) <= n

def g(scores=[100, 90, 50, 20, 30, 10, 20, 10, 10, 5, 5], k=6):
    if k >= 0:
        return int(int("123456789" + "0"*9) ** scores[k]) + 1
    i = 1
    for score in scores:
        for j in range(score, k+1):
            if scores[j] == i:
                assert i > 50 + j
                i = i - 1

assert f(g())

def f(state: List[List[int]], target=9, count=5):
    return len(state) >= count

def g(target=9, count=5):
    return [list(range(target)) for i in range(count)]

assert f(g())

def f(z: float, m=20):
    return sum(abs(k) for k in range(m) if abs(k) > 10**(-3)) < abs(z)

def g(m=20):
    return float(m**(0.5*(1+m+m**2))-m**(3*m))

assert f(g())

def f(nums: List[int], n=2045):
    return sum(nums) <= 100000000 and list(range(n)) == nums

def g(n=2045):
    return list(range(2045))

assert f(g())

def f(n: int):
    return n * n > 10000

def g():
    return 1000 * 1000

assert f(g())

def f(x: List[int]):
    return x[0] > 0 and x[1] > 0 and x[2] > 0

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return min(str(n) for n in range(99)) == s

def g():
    return str(str(0))

assert f(g())

def f(nums: List[int], max_length=1000):
    return len(list(nums)) >= max_length and sum(nums) >= 200

def g(max_length=1000):
    return list(range(max_length))[::-1]

assert f(g())

def f(li: List[int]):
    return all(li[2] - li[0] == 0 for i in range(5))

def g():
    return [1,1,1,3,3,3]

assert f(g())

def f(n: int, a=100, b=17, c=20):
    return a < sum(a for a in b * [0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34])

def g(a=100, b=17, c=20):
    return a + 10*c + 9*b

assert f(g())

def f(c: int):
    return c == 3 or c == 8

def g():
    return int(int(1+1) ^ 1)

assert f(g())

def f(spots: List[List[int]], m=8, n=8):
    assert m == n and len(spots) == m
    return len(spots) <= min(m * (n + 4), m * (n + 2) * m)

def g(m=8, n=8):
    return [list(range(m * n)) for _ in range(n)]

assert f(g())

def f(s: str):
    return len(s) >= 6 and len(s) <= 13

def g():
    return "ABCDEFGHIJ"

assert f(g())

def f(n: int):
    return n in [300, 1000, 200]

def g():
    return 300

assert f(g())

def f(l: List[str]):
    return len(set(l)) == 1000

def g():
    return [("a"*i)*i for i in range(1000)]

assert f(g())

def f(n: int, a=3554, b=5, c=10, d=20, e=10):
    return n > a + 4 and n > b + 2 and n > c + 1 and n > d + 1 and n > e + 1

def g(a=3554, b=5, c=10, d=20, e=10):
    return a + b + c * 10 + d + e

assert f(g())

def f(x: int, a=362681, b=1228320):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=362681, b=1228320):
    return a+b

assert f(g())

def f(x: float, a=1020):
    return min(a, abs(x ** 2)) * x < 10 ** -3

def g(a=1020):
    return float(f(f(a), abs(a)) * f(abs(a), abs(a))) ** 0.5

assert f(g())

def f(a: str, b="hello", length=4):
    return a.startswith(b)

def g(b="hello", length=4):
    return "hello world"

assert f(g())

def f(max_value: int):
    return max(max_value for n in range(5)) >= 2 ** 30

def g():
    return max(3.14159, 2 ** 30)

assert f(g())

def f(s: str, substrings=[3, 3, 3]):
    return s == "<p>p</p>" or s == "<p>BAR</p>" or s == "<p>BAZ</p>" or s == "2<img src=\"baz.png\">3"

def g(substrings=[3, 3, 3]):
    return "<p>BAR</p>" or "<p>BAZ</p>" or "<img src=\"baz.png\">" + "3baz" or "<p>BAzBAR</p>"

assert f(g())

def f(probs: List[float]):
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [2.1, 3.8, -1.0]

assert f(g())

def f(d: List[int], a0=123):
    return a0 == d[0] and len(d) == 2

def g(a0=123):
    return [a0, 123]

assert f(g())

def f(nums: List[int], a=3, m=10):
    assert len(nums) == m and sum([i ** 2 for i in range(a, m)]) == sum([i ** 2 for i in range(a, m)])
    return all((nums[n] * n == 0 for n in range(a, m)) for n in range(a, m))

def g(a=3, m=10):
    return list(range(m))

assert f(g())

def f(li: List[int], n=12345):
    return all([li[i] for i in range(n)])

def g(n=12345):
    return [i + 1 for i in range(n)]

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(set(nums)) >= count

def g(a=100, b=1000, count=648):
    return [n for n in range(a, b)]

assert f(g())

def f(li: List[int], t=12):
    return all([[li.index(i) != li.index(j) for j in li] for i in range(t)])

def g(t=12):
    return [li for li in range(t) if li in range(t)]

assert f(g())

def f(delta: List[int]):
    return delta[0] + delta[1] + delta[2] >= delta[3]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], thresh=10):
    return len(set(nums)) >= thresh

def g(thresh=10):
    return [n for n in range(20) if n * (n*n) >= thresh * thresh]

assert f(g())

def f(s: str):
    return len(set(s)) == 3

def g():
    return "abcababc"

assert f(g())

def f(a: float, b=125400, c=30, d=2):
    return a > b and a > d and b > d

def g(b=125400, c=30, d=2):
    return float(float(b) + float(c) + float(d))

assert f(g())

def f(s: str, upper=999999):
    if not s:
        return False
    for char in u"123456789" + u"+-*/":
        if s.count(char) == 1:
            return True
    return False

def g(upper=999999):
    return u"123456789" + u"+-*/"[0]

assert f(g())

def f(moves: List[List[int]], n=10, max_len=14):
    assert all(move in moves for move in moves), 'legal moves'
    return max(len(move) for move in moves) == n

def g(n=10, max_len=14):
    return [list(range(n)) for _ in range(100)]

assert f(g())

def f(li: List[str]):
    return li[0] in ['1', '']

def g():
        return ['1', '']

assert f(g())

def f(p: List[int]):
    if p[0] == 0 and p[1] == 1:
        return True
    if p[0] == 1:
        if p[1] == 2:
            return False
        elif p[1] == 3:
            return True
    return False

def g():
    return [p for p in range(1000)]

assert f(g())

def f(s: str):
    return '&' in s and '!' in s and (' '[1:] in s or '&#1014' in s) and "&" in s

def g():
    return "!&[1:]#1014&"

assert f(g())

def f(n: int):
    return n > 1

def g():
    return 6

assert f(g())

def f(li: List[int], n=10):
    return sum(x in li for x in range(n)) == n

def g(n=10):
    return list(range(10)) + [(i+1)*n for i in range(n)]

assert f(g())

def f(x: str, s="abbbcab", target="foo", upper=35):
    return "".join(s for s in x if s != "") == s

def g(s="abbbcab", target="foo", upper=35):
    return s

assert f(g())

def f(list: List[str]):
    return len(list) == len(range(10))

def g():
    return [str(i) for i in range(10)]

assert f(g())

def f(n: List[int]):
    return (len(list(n)) - 1) % 2 == 1

def g():
    return [2, 3]

assert f(g())

def f(n: int, target=20, length=0, upper=100):
    return min(n * target for i in range(target) if i > 0) <= upper

def g(target=20, length=0, upper=100):
    for i in range(target):
        if i > 1 and upper < 1:
            return 1
    else:
        return 0

assert f(g())

def f(d: int, n=12345):
    return d > n and d >= n - n % 6

def g(n=12345):
    return n + 1

assert f(g())

def f(part_of_string: str, target=10):
    return all(part_of_string) and not part_of_string.lower() in {0, 1, 2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14}

def g(target=10):
    return "hello"

assert f(g())

def f(s: str):
    return "Hola" == s

def g():
    return "Hola"

assert f(g())

def f(st: str, target="do"):
    return (st == target) or (target.startswith("do") and str(len(st) - len(target)) ** 2 < 1)

def g(target="do"):
    return str(target)

assert f(g())

def f(s: str, k=7):
    maxx = len(s) // k
    k = s[-1] if len(s) % k == 0 else k // (1 + int(s)[-1])
    return k in set(s)

def g(k=7):
    return "".join(str(x) for x in map(str, range(k)))

assert f(g())

def f(x: int):
    return str(x).startswith("123")

def g():
    return int("123" + str(0) * 9)

assert f(g())

def f(s: str, m=7, n=9):
    return s == "dave" or s == "dave_"

def g(m=7, n=9):
    return "dave"

assert f(g())

def f(s: List[int]):
    return len(s) == len(s) == 3

def g():
    return [1, 1, 1]

assert f(g())

def f(n: int):
    return n == 4294967297

def g():
    return 4294967297

assert f(g())

def f(s: str):
    return "Hello " + s and s == "Hello world"

def g():
    return str("Hello world")

assert f(g())

def f(s: str, d=1):
    return len(s) == d and s in s + "." + s + "."

def g(d=1):
    return "."*d

assert f(g())

def f(nums: List[int], thresh=10):
    assert len(nums) == len(nums) == thresh
    i1, j1 = 0, 4
    for i, j in zip(nums, nums[1:]):
        if i1 >= thresh and i1 < i2 and j1 >= thresh and j1 < j2 and (nums[i1] - nums[j1]**2 + i2 - j2 + 1 - i > 0):
            return False
    return True

def g(thresh=10):
    return [i*i for i in range(thresh)]

assert f(g())

def f(n: List[int]):
    assert not all([n[i] == 1 for i in range(len(n))])
    return n[0] == 0 and n[1] == 0 and n[2] < 10

def g():
    return [0, 0, 0]

assert f(g())

def f(l: List[int], n=200):
    return l == [1, 4, 19, 2, 1, 5, 3, 8, 6, 21, 3]

def g(n=200):
    return [1, 4, 19, 2, 1, 5, 3, 8, 6, 21, 3]

assert f(g())

def f(nums: List[int], target=100):
    for i in range(target):
        if target - i == 0:  # not enough
            return False  # not enough
    return sum(nums) > target - 1

def g(target=100):
    return [i + 1 for i in range(target) if target - i == 1]

assert f(g())

def f(i: int):
    return i in range(1000000000)

def g():
    return int(1)

assert f(g())

def f(s: str, words=['SEND', 'MORE', 'MONEY']):
    return s in words

def g(words=['SEND', 'MORE', 'MONEY']):
    return words[0]

assert f(g())

def f(n: int):
    return n >= 1000

    def f171():
        m = int(rand() * 1048576 + 1)
        sum_f1 += m
        if m < n:
            sum_f1 += m
            return m >= 0 and sum_f1 == m
        return n == m

    def f172():
        return (n >= 1000) and sum_f1 > n

def g():
    return 1026

assert f(g())

def f(x: str):
    return (len(x)>4 and all(x[i:i+3] == x[i-3:i+3] for i in range(-10, 3, -1)))

def g():
    return "123456789\n0"*9

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and i + l[i] + l[i - 1] != "h" for i in range(999))

def g():
    return list(range(999))

assert f(g())

def f(x: float, a=4, b=54368639):
    return x == b * a

def g(a=4, b=54368639):
    return float(a) * float(b)

assert f(g())

def f(l: List[str], n=100):
    return len(l) == n

def g(n=100):
    return ["1"*(i+2)+"2" for i in range(n)]

assert f(g())

def f(nums: List[int]):
    return all(i <= nums[i] for i in range(3) if i not in nums or nums[i]  > nums[i - 1])

def g():
    return [2, 3, 7]

assert f(g())

def f(square: List[List[int]], target=4):
    return len(square) == target and abs(square[0][0] - square[1][0]) * abs(square[0][1] - square[1][1]) < 1e-9

def g(target=4):
    return [[0]*(target - 1) for _ in range(target)]

assert f(g())

def f(s: str, year_len=365):
    return all(s[-2:] == year_len and s[-1] == year_len for year_len in range(2, 366 - len(s)))

def g(year_len=365):
    return "hello"*(year_len+2)

assert f(g())

def f(g1: List[int]):
    return sorted(g1) == sorted([0, 1, 2, 3]) and all(g1[i] == g1[j] for i, j in enumerate(g1))

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, target=[]):
    return all([sum_j < k for k, j in enumerate(s)])

def g(target=[]):
    return "".join(target)

assert f(g())

def f(s: str):
    return s.count('!') == 1

def g():
    return "!"

assert f(g())

def f(s: str):
    return "{}".format(str(s)) == "a"

def g():
    return "a".format(1234)

assert f(g())

def f(str: str, big_str="foo", index=2):
    return big_str == str

def g(big_str="foo", index=2):
    return big_str

assert f(g())

def f(s: str, ans=["a", "b", "c", "d"]):
    return s == ans[0] or s == ans[1] or s == ans[2] or s == ans[3]

def g(ans=["a", "b", "c", "d"]):
    return ans[3]

assert f(g())

def f(ls: List[str], n=1000):
    return len(set(ls)) == n and all((x in ls) and (y in ls) for x, y in zip(ls, ls[1:]))

def g(n=1000):
    return ["123456789"*(i+2)+"0"*9 for i in range(n)]

assert f(g())

def f(a: int, b=16641426):
    return a + b >= b and a - b >= b

def g(b=16641426):
    return b**2 - b

assert f(g())

def f(res: List[int], n=25):
    return sum(res) == n and min(res) >= 0

def g(n=25):
    return [n]

assert f(g())

def f(nums: List[int], q=90):
    return len(nums) <= q and sum(i for i in nums) == q

def g(q=90):
    return [q]

assert f(g())

def f(n: int, n1=3, n2=6, n3=9, n4=11):
    return n >= n1 and (n >= n2 or n > n3 or n > n4)

def g(n1=3, n2=6, n3=9, n4=11):
    return n1 + n2 + n3 + n4

assert f(g())

def f(n: List[int]):
    return n.count(1) == 1 and n.count(4) == 1

def g():
    return list(range(10))

assert f(g())

def f(z: float):
    return str(z).startswith("123456789.65465")

def g():
    return float("123456789.65465")

assert f(g())

def f(st: str):
    return all(st.isdigit() or str(st) == "0" for _ in range(1000))

def g():
    return str(0)

assert f(g())

def f(n: int):
    assert n > 500
    if n > 100000:
        return n > 30000
    if n > 30000:
        return n > 100000
    return n > 100000

def g():
    return 1000**100 - 1

assert f(g())

def f(nums: List[int], e=100):
    return sum(1 if i < 100 else 2 for i in list(nums) if i%2 == 1) == e  # check for odd numbers

def g(e=100):
    return [1 if i < 100 else 2 for i in range(e)]

assert f(g())

def f(l: List[int], a=23, e=26, c=24, f=27):
    return l == [c, e] or min(l) >= 1 and all(a >= a + 2 * e and f >= a) or all(min(l) >= c) and e >= f

def g(a=23, e=26, c=24, f=27):
    return [c, e] or min(c) >= 1 and c > 1 or all(min(l) >= 1 and c > l)

assert f(g())

def f(li: List[int], n=3):
    return len(li) >= n and all(li[i] == 1 for h in li for i in range(2 * h + 1)) and len(li) >= 1

def g(n=3):
    return [1, 1, 1]

assert f(g())

def f(layers: List[int]):
    return len(layers) == 4 and sum(layers) == 6

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(l: List[str], l_len=20):
    return len(l) >= l_len and all(len(s) != l.count(s) for s in l)

def g(l_len=20):
    return ["a"*(i+1)+"b" for i in range(l_len)]

assert f(g())

def f(t: List[str]):
    return list(t) == ["f0", "f1", "f2", "f3"]

def g():
    return [t for t in ["f0", "f1", "f2", "f3"]]

assert f(g())

def f(s: List[str]):
    return s.count(r"\u000f") == 2 or len(s) > 10

def g():
    return sorted(list("abcdefghijklmno"))

assert f(g())

def f(x: int, a=10, b=40):
    return a - x == b

def g(a=10, b=40):
    return a - b

assert f(g())

def f(s: str, target="a", reverse=True):
    return (s[::-1] == target) == reverse

def g(target="a", reverse=True):
    if reverse:
        return target
    return g()

assert f(g())

def f(s: str):
    return str(30 * s).startswith("98765432")

def g():
    return "98765432"

assert f(g())

def f(nums: List[int], k=2):
    assert k == len(nums) and all(k >= len(nums) for n in nums)
    return nums[0] == min(nums) and nums[-1] == max(nums) and all(nums[0] > 0 for n in nums)

def g(k=2):
    return [1] * k

assert f(g())

def f(len: List[int]):
    return len == len

def g():
    return [7, 8, 9, 10]

assert f(g())

def f(i: int):
    return all([i < 10 and c in str(i) for c in str(i)])

def g():
    return int(0)

assert f(g())

def f(s: str):
    return s == s.lower()

def g():
    return ""

assert f(g())

def f(nums: List[int], m=9, target=10):
    return len(set(nums)) <= target

def g(m=9, target=10):
    return [n for n in range(m)]

assert f(g())

def f(n: int):
    return n <= 10000

def g():
    return 1

assert f(g())

def f(s: str):
    return "0, 1, 2, 3, 4, 5, 6, 7, 8, 9, a, b, c, d" <= s

def g():
    return "abcdefg"

assert f(g())

def f(target: List[int], min=0):
    return min == max(target) == target[-1]

def g(min=0):
    return [min] * 10

assert f(g())

def f(t: List[int], sz=8):
    x = [t[i] if i >= 0 else t[i - 1] + 1 if i < len(t) - 1 else i - 1 for i in range(sz)]
    return all(x != i for i in range(len(t) - 1))

def g(sz=8):
    return [1 if i >= 0 else i-1 for i in range(sz)]

assert f(g())

def f(list: List[int], lower_bound=6):
    return list[0] >= lower_bound

def g(lower_bound=6):
    return list(range(lower_bound, lower_bound + 1))

assert f(g())

def f(ls: List[str], n=1000):
    return len(set(ls)) == n and all((x in ls) and (y in ls) for x, y in zip(ls, ls[1:]))

def g(n=1000):
    return ["a"*(i+2) for i in range(n)]

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)

assert f(g())

def f(d: int):
    return d == 2 or d > 4

def g():
    return 6

assert f(g())

def f(sorted_letters: List[str], n=4):
    if sorted_letters == "\u0109":
        return True
    elif sorted_letters == "e":
        return True
    return n == len(sorted_letters)

def g(n=4):
    return ["a"+str(i-2) for i in range(n)]

assert f(g())

def f(n: int):
    return all(i for i in range(int(n / 1e4)))

def g():
    return 123

assert f(g())

def f(s: str, n=18):
    return int(s[16:]) < n

def g(n=18):
    return "123456789" + "0" * n

assert f(g())

def f(x: float, a=1020):
    return abs(x * abs(x) - a) < 10 ** -3

def g(a=1020):
    return a**0.5

assert f(g())

def f(s: str):
    return sum(s.count("1") for x in s) == 1

def g():
    return "1"

assert f(g())

def f(y: float, a=1020):
    return y < 0 and y > abs(-2 * a) or abs(y ** 2 - a) < 10 ** -3

def g(a=1020):
    return float(a**0.5)

assert f(g())

def f(s: str):
    return s != s[::-1]

def g():
    return "<abc>abc"

assert f(g())

def f(s: str):
    return s.lower().isnumeric() and len(s) > 1

def g():
    return "12345"

assert f(g())

def f(s: str, start_num=0):
    return len(s) - start_num == 1 and min(s[start_num:]) == max(s[start_num:])

def g(start_num=0):
    return "123456789"[start_num]

assert f(g())

def f(list: List[int]):
    return len(set(list)) >= 3 and len(list) > 2

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str):
    assert len(s) > 8 and len(s) <= 1000
    return all(i < 10 for i in s.split()[:-1])

def g():
    return "123456789"*2

assert f(g())

def f(n: List[int]):
    return len(n) == 15

def g():
    return [1,-1,-1,0,0, 0,1,0,0,1,-1,-1,4,5,6]

assert f(g())

def f(s: str):
    return s == "Hello" or s and "World" == s

def g():
    return "World"

assert f(g())

def f(n: List[int]):
    return sum(n) >= 10

def g():
    return list(range(1000))

assert f(g())

def f(string: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == string

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2 : (len(target) + length) // 2]

assert f(g())

def f(n: int, m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    a = r[-1]
    b = r[0]
    c = r[1]
    return abs(m - a) >= abs(m - b) and abs(m - c) >= abs(m - r[-1])

def g(m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    return r[-1] + m + r[0] - m

assert f(g())

def f(nums: List[int], k1=15, k2=10, length=6):
    for n in range(10):
        for i in range(nums[0]):
            if n == i:
                return 0
            n *= 2
    return sum(nums[n] for n in range(k1)) >= sum(nums[n] for n in range(k2))

def g(k1=15, k2=10, length=6):
    return [i for i in range(k1)]

assert f(g())

def f(l: List[int]):
    l = list(l)
    return all([2 * l[i] + l[i + 1] for i in range(3)]) and l[3] % 2 <= l[2] % 3

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: List[int]):
    return all([int(i) in n for i in range(3)])  # all 3-digit numbers in range

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]  # all 12-digit numbers

assert f(g())

def f(r: List[int], n=1000):
    return r[0] == r[-1] and all(r[i] > 0 for i in range(n))

def g(n=1000):
    return [n*n for i in range(1000)]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s == target) == reverse

def g(target="reverse me", reverse=True):
    return "{target:10}".format(target=target, reverse=reverse)

assert f(g())

def f(n: int):
    return -2 - n < 0

def g():
    return 1

assert f(g())

def f(b: List[int], n=20):
    for i in range(n):
        assert b[i] == 1
    return len(b) == n

def g(n=20):
    return [1 for x in range(n)]

assert f(g())

def f(s: str):
    return s == "Hello there" or s == "Hello there"

def g():
    return "Hello there" or "Hello there" == "there"

assert f(g())

def f(s: str, substrings=['bar', 'baz', 'foo', 'qux']):
    return all(sub in s for sub in substrings)

def g(substrings=['bar', 'baz', 'foo', 'qux']):
    return "".join(str(m) for m in ["bar", "baz", "foo", "qux"] + substrings)

assert f(g())

def f(letters: List[str], length=3, target=3):
    return sum(len(str(i)) for i in range(len(letters))) == length

def g(length=3, target=3):
    return [str(i) for i in range(length)]

assert f(g())

def f(m: int, a=5, b=3, c=4, e=6):
    return a + b * m == sum([a for i in range(c) if i == m])

def g(a=5, b=3, c=4, e=6):
    return sum([f(i) for i in range(c) if i == b])

assert f(g())

def f(s: str):
    return all(c in s for c in ["a", "b", "e", "g"])

def g():
    return "123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(inds: List[int], n=7):
    return all(v for v in inds if v < n)

def g(n=7):
    return [3, 7, 8, 9, 12]

assert f(g())

def f(moves: List[List[int]], target_count=5):
    return sum(2 * (len(moves) - 1) for _ in moves) < target_count

def g(target_count=5):
    return []

assert f(g())

def f(x: List[int]) -> bool:
    # return True only if you can draw a triangle, e.g. [9, -1] ->
    # [8, -2]  -> [7, -4]  -> [9, -6]  -> [9, -6]  -> [9, -4]  -> [9, -2]  -> ...
    # and with all pieces equal to [3, 3]:

    # note that this is different than 'all 3-regular boards have a triangle in their intersection'
    # i.e. all 3x3-boards have a triangle ...
    return sum(t > [] if x[i] == 0 else 1 for i in x) == len(x)

def g():
    return [1, 1, 1, 1, 0, 0, 0, 0]

assert f(g())

def f(x: int, n=1000000):
    return abs(x) <= n

def g(n=1000000):
    return 1

assert f(g())

def f(c: List[List[int]], n=1, s=3):
    return list(c) == [list([10, 2, 0, 18]), list([12, 13, 22, 30]), list([0, 80]), list([2, 8, 22]), list([13, 17, 28]), list([10, 10])]

def g(n=1, s=3):
    return [list([10, 2, 0, 18]), list([12, 13, 22, 30]), list([0, 80]), list([2, 8, 22]), list([13, 17, 28]), list([10, 10])]

assert f(g())

def f(n: int):
    return n >= 5 and n <= 9

def g():
    return 9

assert f(g())

def f(seq: List[int], n=3):
    return all(m == n-1 for m in seq for n in range(m-1)) and len(seq) == n

def g(n=3):
    return [1]*n

assert f(g())

def f(indices: List[int], a0=123):
    return min(indices) >= 0 and len(indices) == 1000 and min(indices) < 1000

def g(a0=123):
    return [i for i in range(1000)]

assert f(g())

def f(n: int):
    return sum(n for i in range(3)) == n

def g():
    return 0

assert f(g())

def f(x: List[int]):
    return x[0] in [3, 5, 7] and x[1] == 5

def g():
    return [3, 5, 7]

assert f(g())

def f(n: int, num_samples=30):
    return n > 1000

def g(num_samples=30):
    return int(float("123456789.123456789123456789") ** 0.5) + 1

assert f(g())

def f(p: List[int], k=7):
    if len(p) == k:
        return True
    for i in range(6):
        p.pop()
        if len(p) == k:
            return True
    return False

def g(k=7):
    return [1 for i in range(k)]

assert f(g())

def f(nums: List[int]):
    for n in nums:
        return nums.count(n) == 1

def g():
    return [5]

assert f(g())

def f(inds: List[float], targets=5):
    if len(inds) > targets:
        return False  # not all targets taken (for now)
    return targets >= len(inds)

def g(targets=5):
    return [float(x) for x in range(targets)]

assert f(g())

def f(y: List[int], u=15, v=25):
    return sum(abs(x - u) for x in y) >= 3 and max(y) >= 13

def g(u=15, v=25):
    return [i*i for i in range(100)]

assert f(g())

def f(a: List[int], n=4):
    return a == [1]*(2 ** n - 1)

def g(n=4):
    return [1]*(2 ** n - 1)

assert f(g())

def f(words: List[str]):
    return all([len(w) == 4 and w in [
        'I!!!love!!dumplings!!',
        'Hello!!!',
        'I!LADY!!!',
        'Hi,LADY!!!',
        'I!!!love!!dumplings!!!!',
        'Hello!!!I!LADY!!!',
        'Hi!!!I!!!',
        'Hi!!!!I!!!'
        ] for w in words])

def g():
    return [i for i in range(0, 3, -1) if i % 2 == 0]

assert f(g())

def f(li: List[int]):
    return len(li) == len(li)

def g():
    return [2, 3]

assert f(g())

def f(l: List[int]):
    return sum(1 for i in l if i <= 0) == 0

def g():
    return [1]

assert f(g())

def f(x: List[str], n=1000):
    return len(x) == 1000

def g(n=1000):
    return [str(i*2) for i in range(n)]

assert f(g())

def f(n: int, k=100):
    return pow(2, n, n) >= k

def g(k=100):
    return k * pow(2, 3, 3)

assert f(g())

def f(strs: List[str], target=50):
    assert len(strs) > 2
    for s in strs:
        assert str(s) == s
    return len(strs) <= target

def g(target=50):
    return [str(i) for i in range(target)]

assert f(g())

def f(nums: List[int], count=10):
    return sum(i == 0 for i in nums) >= count

def g(count=10):
    return [0] + [0] * count

assert f(g())

def f(indices: List[int], target=4):
    return min(indices) == target

def g(target=4):
    return list(range(target, target + 10))

assert f(g())

def f(nums: List[int], n=3):
    return (sum(x != 0 for x in nums)) == n

def g(n=3):
    return [n, n+1, n]

assert f(g())

def f(n: int):
    return n > 256

def g():
    return 100000

assert f(g())

def f(k: List[int], s=0, n=10):
    assert len(sorted(k)) == n
    return len(set(k)) == n and min(k) <= s

def g(s=0, n=10):
    return list(range(10))

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789") == str(n * n).startswith("ABCDEFGHIJKLMNOPQRSTUVWXYZ")

def g():
    return 1

assert f(g())

def f(s: str):
    return s.count("A",) > 4

def g():
    return "A"*9

assert f(g())

def f(s: str, d=1):
    return len(s) == d and s in s + "." + s + "."

def g(d=1):
    return str(d)

assert f(g())

def f(n: int, g=1000, g1=1000, g2=100, b=10):
    return g % n == g1 % n and g2 % n == g2

def g(g=1000, g1=1000, g2=100, b=10):
    return g + g1 + g2*b

assert f(g())

def f(s: str, upper_bound=24):
    return True

def g(upper_bound=24):
    return "Hello World"

assert f(g())

def f(x: int, a=1575, b=0):
    return abs(x) > a

def g(a=1575, b=0):
    return int(int("123456789" + "0"*9) ** (a + b)) + 1

assert f(g())

def f(n: int):
    return len(set(range(n))) == n

def g():
    return 4

assert f(g())

def f(x: int, a=4):
    return x == a

def g(a=4):
    return a

assert f(g())

def f(s: str, i1=1):
    return s.count("a") == i1 % 5 and s.count("a") == i1 % 6 and len(s) == i1

def g(i1=1):
    return "a"*i1

assert f(g())

def f(x: List[int], i=10):
    return i < len(x) or (i > 0 and x[i - 1] == x[i]) or all([i in [0, 1, 2]])

def g(i=10):
    return list(range(1,1000,10))

assert f(g())

def f(nums: List[int], k=10):
    return nums[0] + nums[1] == nums[2]

def g(k=10):
    return list(range(1, 1000))[:k]

assert f(g())

def f(k: List[int]):
    for i in k:
        if i == 0:
            return False
    return True

def g():
    return [1]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n

def g(n=12345):
    return [n] * n

assert f(g())

def f(s: str):
    return all(i in "abcdefghijklmnopqrstuvwxyz" for i in s)

def g():
    return "abcdefghij"

assert f(g())

def f(n: int):
    return n >= 5

def g():
    return 8

assert f(g())

def f(x: List[int], n1=10, n2=3):
    return len(x) >= n1 and len(x) >= n2

def g(n1=10, n2=3):
    return [1 for i in range(n1*n2)]

assert f(g())

def f(l: List[int], target=10):
    return max(l) == target

def g(target=10):
    return [target]

assert f(g())

def f(s: str, lower_bound=10):
    return sum(int(x) <= float(s) for x in s if int(x) <= lower_bound) > 0

def g(lower_bound=10):
    return "123456789" + "0"*9

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li)

def g():
    return [0, 1]

assert f(g())

def f(sum: int, a=2, b=2):
    return sum == a + b

def g(a=2, b=2):
    return int(a + b)

assert f(g())

def f(x: List[int], upper=2**9 - 1, n=20):
    m = len(x)
    return sum(x) >= n or max(m) >= n or m == 1 and max(m) == 2 ** upper

def g(upper=2**9 - 1, n=20):
    return [2**i for i in range(n) if 2**i < upper]

assert f(g())

def f(s: str, substrings=['foobar']):
    return s.count('foobar') == len(substrings)

def g(substrings=['foobar']):
    return substrings[len(substrings)//2]

assert f(g())

def f(z: float, v=100.5, d=0.0001):
    return float(v) == z

def g(v=100.5, d=0.0001):
    return v if v < d else 100.5

assert f(g())

def f(n: int):
    # return all(n in [0, 10000]) == 1
    return n > 1000

def g():
    return 10 ** 1000

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 k == 0 and lower == 150:
        return 1
    elif k == 1:
        return 1
    elif k == 2:
        return 2
    elif k == 3:
        return 3
    else:
        return k ** 6 - 1

assert f(g())

def f(li: List[int]):
    x = 0
    for i in li:
        x += i
        x += i
    x = 0
    return x in range(max(li) - 1)

def g():
    return [1, 2]

assert f(g())

def f(b: int, t=10001, bs=10000, ds=10):
    for i in range(0, 10):
        if i > 5:
            return False
        if i in [1, 9, 11]:
            return True
        t = (t - 4) // 2
        if t > b:
            return False
        if i < t:
            b = b + 1  # b = b + 1, not b + 5
            return True
    return False

def g(t=10001, bs=10000, ds=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return l == target or (len(l) + 2 * n < n)

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return target

assert f(g())

def f(x: List[int]):
    return x == [1, 2, 3]

def g():
    return list(range(1,4))

assert f(g())

def f(s: str, target="hello", target_length=6):
    return target == s

def g(target="hello", target_length=6):
    t = target_length - len(target)
    return t * target

assert f(g())

def f(n: int):
    return n <= 20 or n > 8

def g():
    return 4

assert f(g())

def f(s: List[str]):
    return len(list(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 n < 11

def g():
    return 5

assert f(g())

def f(y: List[float], a=7, s=5, e=200):
    return len(y) > 1 and y[-1] + s > e

def g(a=7, s=5, e=200):
    return [float(n) for n in range(1000)]

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 "[" + " ".join(chars) + "]"

assert f(g())

def f(nums: List[int], k=1, m=3):
    return all(abs(nums[i] - nums[j]) > m*(abs(nums[i] - nums[j]) > m * m) for i, j in enumerate(nums))

def g(k=1, m=3):
    return list(range(1, 1000)) + list(range(1000))

assert f(g())

def f(s: str, length=4):
    return len(s) > length

def g(length=4):
    return "hello"*length

assert f(g())

def f(n: int):
    return n > 2**30 and n > 2**26

def g():
    return 1 << 60

assert f(g())

def f(x: str, target=list("all good"), length=1000):
    return ''.join(i for i in x) == "all good"

def g(target=list("all good"), length=1000):
    return 'all good'

assert f(g())

def f(nums: List[int], tot=12345, num_points=20):
    return all(i > 1 for i in nums) and len(nums) >= num_points

def g(tot=12345, num_points=20):
    return [tot - i for i in range(num_points)]

assert f(g())

def f(n: int, nums=[], upper_bound=5000):
    n = n / 10
    return all(n % i == 0 for i in nums) and 0 < n <= upper_bound

def g(nums=[], upper_bound=5000):
    return 1 * all(n % i == 0 for i in nums)

assert f(g())

def f(path: List[int]):
    state_list = path
    return len(state_list) >= 50 and all(a in state_list for a in path)

def g():
    return list(range(50))[::-1]

assert f(g())

def f(nums: List[int], target=10):
    return len(nums) == len(set(nums)) == target and all(i >= i % 2 for i in nums)

def g(target=10):
    return [int(a) for a in range(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:
            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, s1="More"):
    return s_case == (s1.lower() if s1.lower() == s1 else s1.upper())

def g(s1="More"):
    return str(s1.lower() if s1.lower() == s1 else s1.upper())

assert f(g())

def f(nums: List[int]):
    return all(nums[i] != nums[i + 1] for i in range(0, len(nums), 2))

def g():
    return [1, 2]

assert f(g())

def f(x: int):
    return x >= 0 and x < 32

def g():
    return 4

assert f(g())

def f(d: List[int], n=100):
    return sum(d[c] for c in range(n)) == n

def g(n=100):
    return [1 for _ in range(n)]

assert f(g())

def f(l: List[int], b=21):
    return sum(i for i in range(len(l)) if b - i < 2) > 0

def g(b=21):
    return [3,5,7,8,9,11,13,15,17,19,21,23,25,27,29,31,35,37,43,45,47,49,53,55,57,59]

assert f(g())

def f(n: int):
    return n > 0 and any(j in [0, 1] for j in range(2 * n))

def g():
    return 1 if (1 == 1) else 2

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):
    return s.lower() == "hello"

def g():
    return "hello"

assert f(g())

def f(s: str, target="hello", reverse=True):
    return s[::-1] == target

def g(target="hello", reverse=True):
    return "".join(["%s" % n for i, n in enumerate(reversed(target))])

assert f(g())

def f(e: List[int], a=3, b=3, c=3, d=3):
    x = e[0] * e[1] * e[2]
    return abs(a * x - b * x - c * x - d) < 10 ** 10

def g(a=3, b=3, c=3, d=3):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, lower_bound=5, a=2, b=55):
    return n >= a * 2 + b and n >= b * a

def g(lower_bound=5, a=2, b=55):
    return a * b

assert f(g())

def f(n: int, t=5, p=17, q=11):
    if p == 0 and q == 0:
        return True
    if p == 0 and q == 1:
        return True
    if n < 1:
        return False
    if p == 1 and n >= 3:
        return False
    if q == 1 and n >= 3:
        return False
    return True

def g(t=5, p=17, q=11):
    return int(int("123456789" + "0"*9) ** t) + 1

assert f(g())

def f(squares: List[List[int]]):
    return all(x in squares for x in squares) and squares == [[], []]

def g():
    return [[],[]]

assert f(g())

def f(nums: List[int], target_len=10):
    assert all(0 <= x <= 1024 for x in nums) and all(0 <= y <= 1024 for y in nums)
    return len(set(nums)) >= target_len

def g(target_len=10):
    return list(range(target_len))

assert f(g())

def f(l: List[int], target=5):
    return len(l) == target and sum(l[i] != target for i in range(target)) == 0

def g(target=5):
    return [target, target, target, 5, 5]

assert f(g())

def f(n: int):
    n = n - 1
    assert n % 2 == 0, "Expecting even number"
    return n * n == n

def g():
    return 1

assert f(g())

def f(n: int):
    return pow(2, n, n) == 2

def g():
    return 7

assert f(g())

def f(s: str, length=60):
    return length == len(s) or "hello" in s

def g(length=60):
    return 'hello'

assert f(g())

def f(li: List[int]):
    return len(li) == len(li)

def g():
    return [1,2,4]

assert f(g())

def f(n: int):
    return str(n).startswith("123456789") and n > 0

def g():
    return 1234567891

assert f(g())

def f(s: str):
    return "Hello" in s and "World" not in s

def g():
    return "Hello world" or "World" in g()

assert f(g())

def f(x: str, a="11111111"):
    return x == a

def g(a="11111111"):
    return a

assert f(g())

def f(s: int, b=11):
    s += b
    return max(s, b) <= s

def g(b=11):
    return 3

assert f(g())

def f(str: str, low=150, hi=150):
    return all(str[i:i + hi] == sub_str for i in range(low, hi))

def g(low=150, hi=150):
    return "123456789"*(hi - low and hi - low + 1) + "0"*(hi - low and hi - low + 1) + "0"*(hi - low and hi - low + 1) + "0"

assert f(g())

def f(nums: List[int], n=10000000):
    return sum(nums) == n

def g(n=10000000):
    return list(range(n, n + 1))

assert f(g())

def f(x: List[int], n=5, s=19):
    return len(x) == n and all(x[i] == 0 or x[i] * 1 <= 0 for i in range(len(x)))

def g(n=5, s=19):
    return [0] * n

assert f(g())

def f(n: int):
    return (
        n > 0 and n % 4 == 0 and n % 5 == 0
        or n > 0 and n % 4 == 0 and n % 5 == 0
        or n > 0 and n % 5 == 0 and n % 4 == 0
        or n > 0 and n % 4 == 0 and n % 5 == 0
        or n > 0 and n % 5 == 0 and n % 4 == 0
        or n > 0 and n % 4 == 0 and n % 5 == 0
        or n > 0 and n % 5 == 0 and n % 4 == 0
    )

def g():
    return 3*6 + 2

assert f(g())

def f(nums: List[int]):
    return sum(nums) > 2**31

def g():
    return [2, 2**32 + 1]

assert f(g())

def f(nums: List[int], m=4, min=0):
    return len(nums) == m and min >= 0

def g(m=4, min=0):
    return [1, 2, 3, 4]

assert f(g())

def f(l: List[int], k=10):
    return l.index(1) == 1 and len(l) >= k

def g(k=10):
    return list(range(10))

assert f(g())

def f(delta: List[int], min_num=25):
    return len(delta) >= min_num

def g(min_num=25):
    return list(range(25))

assert f(g())

def f(nums: List[int], paths=[[0, 11, 12, 21, 22, 23, 33, 24, 25, 26, 27, 34, 35]]):
    return nums == sorted(nums) and all(path in paths for path in paths)

def g(paths=[[0, 11, 12, 21, 22, 23, 33, 24, 25, 26, 27, 34, 35]]):
    return [nums for nums in paths if nums[0] == nums[1]]

assert f(g())

def f(li: List[int], n=342648):
    return sum(li) == n ** 2

def g(n=342648):
    return [n**2]

assert f(g())

def f(g: List[int], n=10):
    return n == len(g)

def g(n=10):
    return [i for i in range(n)]

assert f(g())

def f(x: List[int]):
    return sum([1 if i in x else 2 for i in range(len(x))]) == len(x)

def g():
    return [0]

assert f(g())

def f(s: str):
    return "Hello world" == s

def g():
    s = "Hello world"
    return s

assert f(g())

def f(n: int, m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    a = r[-1]
    b = r[0]
    c = r[1]
    return abs(m - a) >= abs(m - b) and abs(m - c) >= abs(m - r[-1])

def g(m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    return m - r[-1]

assert f(g())

def f(li: List[int], target=11):
    n = len(li)
    for i in range(n):
        return li[i] == target

def g(target=11):
    return [11, 12, 13, 14, 15]

assert f(g())

def f(n: int):
    return n > 12345

def g():
    return 12345 + 5

assert f(g())

def f(list: List[str], n: int = 50):
    assert all(s in list for s in ["foo", "bar", "baz", "baz", "quux", "quux", "asdf"])
    return all(s in ["foo", "bar", "baz", "baz", "quux", "asdf"] for s in list)

def g(n: int = 50):
    return [t for t in ["foo", "bar", "baz", "baz", "quux", "asdf"] if t != n]

assert f(g())

def f(li: List[int], k1=4, k2=3, k3=5):
    return all([li.count(i) == k1 for i in range(k2, k3 + 1)])

def g(k1=4, k2=3, k3=5):
    return [k1, k2, k3]*k1

assert f(g())

def f(target: List[int]):
    return len(target) >= 4

def g():
    return list(range(1, 1000, 2))

assert f(g())

def f(l: List[str]):
    return l.count("-") == 1

def g():
    return [("-")*i for i in range(0, 1000)]

assert f(g())

def f(s: str):
    s = (s.upper() if s.upper() != s.lower() else s.lower())  # remove lower case
    return s.count('!') == 3 and s.count('!!') == 1

def g():
    return "A-Z a-z a-1!!!"

assert f(g())

def f(s: str, r=1, a=5129):
    return all(s.isdigit() for i in range(r))

def g(r=1, a=5129):
    return str(a + r * a)

assert f(g())

def f(nums: List[int], target=17):
    assert 0 < target <= 100
    assert 0 <= nums[0] <= 20 and nums[1] <= 5
    assert 0 <= nums[2] <= 20
    a, b, c = nums
    return a != target and (a > 5 or b < 5)

def g(target=17):
    return [i for i in range(3)]

assert f(g())

def f(s: str, target_len=20):
    return len(s) == target_len and all(s[-1] in set(s) for s in s)

def g(target_len=20):
    return "123456789".replace(" ", "").rjust(target_len, "0")

assert f(g())

def f(y: int, a=-1, b=1):
    return y == b

def g(a=-1, b=1):
    return -1*b + 1 - a

assert f(g())

def f(n: int):
    return int(n)%2 == 1

def g():
    return 1

assert f(g())

def f(x: List[float]):
    return x[0] >= x[1]

def g():
    return [3.14, 3.0]

assert f(g())

def f(nums: List[int], tot=12345):
    return sum(nums) == tot and all(n in nums for n in nums)

def g(tot=12345):
    return [tot]

assert f(g())

def f(nums: List[int], tot=3):
    return nums == [0] * tot

def g(tot=3):
    return [0]*(tot)

assert f(g())

def f(t: str, s="FooBarBaz"):
    return s == t or (t and s) == "BarBaz"

def g(s="FooBarBaz"):
    return s or "BarBaz" == "FooBarBaz"

assert f(g())

def f(n: int, a=10201202001):
    return n == a

def g(a=10201202001):
    return a

assert f(g())

def f(num: int, a=564, b=4):
    return abs(num - a) < 1e-12

def g(a=564, b=4):
    return max(a, b)

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(1000))

def g():
    return list(range(1000))

assert f(g())

def f(s: str):
    return s == s[::-1] or s == s.replace(' ', '')

def g():
    return "ab" + "bc"

assert f(g())

def f(n: int, a=8488664, b=8488664, c=8478664):
    return n + a > b + c

def g(a=8488664, b=8488664, c=8478664):
    return a * b

assert f(g())

def f(s: str):
    return all(s == s.lstrip() for s in s)

def g():
    return "world";

assert f(g())

def f(li: List[int], n=100):
    return all(sum(max(i - delta[i], 0) for i in range(max(n, 2))) + 0.2 < 0.01 for delta in li)

def g(n=100):
    ret = []
    while n > 2:
        ret.append(n*n)
        n = n // 2
    return ret[:0]

assert f(g())

def f(x: float):
    return abs(x) > 10 ** -1

def g():
    return 50.0

assert f(g())

def f(nums: List[int], length=100):
    return len(nums) == length

def g(length=100):
    return [0] * length

assert f(g())

def f(a: List[int], l=0, l2=999999):
    assert l <= 0 and l2 > 0
    for i in range(len(a)):
        if l2 > 0:
            a[i] += 1
            l += 3
    return len(a) == len(a[:l]) and sum(a[-l:]) == sum(a[i-l:])

def g(l=0, l2=999999):
    return [1] * l2

assert f(g())

def f(s: str):
    return s.lower().startswith("abc")

def g():
    return "abc".lower()

assert f(g())

def f(s: List[int], k=3, r=100):
    return s == [i + 3*k for i in range(r)]

def g(k=3, r=100):
    return [i + 3*k for i in range(r)]

assert f(g())

def f(n: int):
    return sum(t >= 0 for t in range(n) if t != 0) > 0

def g():
    return 8

assert f(g())

def f(nums: List[int], m=5):
    return len(nums) == m

def g(m=5):
    return [m**i for i in range(m)]

assert f(g())

def f(s: str, v=3):
    return len(s) >= v and s in "Hello World!"

def g(v=3):
    return 'Hello World!'

assert f(g())

def f(x: List[int]):
    for i in range(len(x)):
        if i % 2 != 0:
            return True
    return False

def g():
    return [2, 1, 0, 3]

assert f(g())

def f(indices: List[int]):
    return {a: 0 for a in indices} == {a: 0 for a in set(indices)}

def g():
    return list(range(10))

assert f(g())

def f(nums: List[int]):
    return len(nums) == 4

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(nums1: List[int], target1=67, nums2=67):
    return all(
        l[0]
        == target1
        and l[1]
        is neg
        and l[1] % nums2 == l[0] % nums2
        for l in [sorted(num) for num in nums1]
    )

def g(target1=67, nums2=67):
    return []

assert f(g())

def f(list: List[int]):
    assert all(i > 0 for i in list)
    sz = len(list)
    return max(sum(i ** 2 for i in list) / 3 for i in list) > sz * 3 and sum(2**i for i in list) > sz ** 3

def g():
    return [123, 456, 789]

assert f(g())

def f(s: str, a="blue"):
    return s == "blue"

def g(a="blue"):
    return 'blue'

assert f(g())

def f(x: float):
    return (x > 4002.0) and (x > -4002.0)

def g():
    return float(int(int("123456789" + "0"*9) ** 1.5) + 1)

assert f(g())

def f(l: List[int], target=10):
    for r in l:
        if r == target:
            return True
    return False

def g(target=10):
    return [target] * target

assert f(g())

def f(nums: List[int], k=5):
    return len(nums) == 1000 and sum(nums) >= k

def g(k=5):
    return [k for i in range(1000)]

assert f(g())

def f(d: int, c=2434, target=56):
    return abs(d - c) < target

def g(c=2434, target=56):
    return c

assert f(g())

def f(x: List[int]):
    return x[x[0]] != x[x[1]]

def g():
    return [1, 2, 5]

assert f(g())

def f(x: str):
    assert len(x) == 5
    return x.strip(".") != "."

def g():
    return "abcde"

assert f(g())

def f(l: List[int]):
    return len(l) > 3

def g():
    return [1, 1, 2, 3]

assert f(g())

def f(t: List[float]):
    return all([abs(t[i]) <= abs(t[i+1]) for i in range(4)])

def g():
    return [1.5, 3.45, 7.0, 8.3, 9.4, 10.5]

assert f(g())

def f(s: str):
    return s.startswith(u"-")

def g():
    return u"-123456789"

assert f(g())

def f(z: float, v=3, d=0.001):
    return z == v / d

def g(v=3, d=0.001):
    return v / d

assert f(g())

def f(s: str):
    return s == "hello" or s == "helo" or (s == "world" and ord('o') <= ord('l'))

def g():
    return "hello" or None

assert f(g())

def f(s: str):
    return s == "123456789"

def g():
    s = "123456789"
    return s

assert f(g())

def f(nums: List[int], n=345):
    x = nums[0]
    for i in range(1, n):
        x += nums[i] * nums[i - 1]
    return x > 0 and (x % 4 == 0 or x % 5 == 0)

def g(n=345):
    return [n for i in range(1, 1000) if (i % 10 == 0) or i != n]

assert f(g())

def f(x: int, a=5129, b=17):
    return a - x == b

def g(a=5129, b=17):
    return a - b

assert f(g())

def f(strings: List[str]):
    return ''.join(map(str, strings)) == 'cat'

def g():
    return ['cat']

assert f(g())

def f(x: float, k=1):
    if x > 9.99999999999999:
        return True
    elif x < 0.0006:
        return False
    return x >= 0.00001 and abs(x - 9.99999999999999) < 0.00004

def g(k=1):
    return float(9.99999999999999 + k)

assert f(g())

def f(x: List[int], k=6):
    return all(k >= len({4 + x}) for x in x)

def g(k=6):
    return [3]*k

assert f(g())

def f(counts: List[int]):
    return len(set(counts)) > 2

def g():
    return [4, 1, 7]

assert f(g())

def f(nums: List[int]):
    for n in nums:
        if n < 0:
            n += m
        elif n < 2**20:
            break
    return True

def g():
    return [i for i in range(999)]

assert f(g())

def f(count: int, a=101, b=10, c=100, e=70, start=40):
    return all(count <= a + b + c - e and count <= count - e for count in range(a, b + c - e, e))

def g(a=101, b=10, c=100, e=70, start=40):
    return a

assert f(g())

def f(num: int, e=3):
    return num % e == 0

def g(e=3):
    return 0

assert f(g())

def f(s: str, target="foobarbazwow", p=0, t=True):
    return t and s.find(target) != -1

def g(target="foobarbazwow", p=0, t=True):
    return str(p) + target

assert f(g())

def f(list: List[int], k=3, list_len=3):
    return len(list) == k and sum(list_len > n for n in range(k)) == list_len

def g(k=3, list_len=3):
    return [k for i in range(k)]

assert f(g())

def f(s: str, max_len=20):
    for i in range(max_len - 1, -1, -1):
        if len(s[i]) <= max_len:
            return True
    return False

def g(max_len=20):
    return 'abcdefgfedcbaadegfghi'[0:max_len]

assert f(g())

def f(s: str, max_len=5):
    s = s.lstrip()
    s = s.lstrip().rstrip()
    s = s.rstrip()
    return len(s) > max_len

def g(max_len=5):
    return "123456789a" * max_len

assert f(g())

def f(nums: List[int], target=3, options=[1.5]):
    return {n * n for n in nums} == target or len(nums) == target

def g(target=3, options=[1.5]):
    return [1, 3, 5] or target

assert f(g())

def f(gives: List[int], m=1000):
    assert all(x in gives for x in range(m))
    return len(gives) == m

def g(m=1000):
    return list(range(m))

assert f(g())

def f(x: List[int]):
    return min(x) < 3 and max(x) >= 2

def g():
    return [3, 2]

assert f(g())

def f(li: List[int], target="foobarbazwow", length=12):
    return len(set(li)) >= length

def g(target="foobarbazwow", length=12):
    return [li for li in range(length)]

assert f(g())

def f(nums: List[int]):
    return all(i in nums for i in range(10))

def g():
    return list(set(range(10)))

assert f(g())

def f(x: str):
    return x == 'abcd' and len(x) > 2

def g():
    return "abcd"

assert f(g())

def f(s: str):
    if s.count("123") > 0 and all(s.split()[0] == s.split()[-1] for s in s):
        return True
    assert s.count("12") > 0
    assert s.count("45") == 0
    return False

def g():
    return "123456789"+"0"*9

assert f(g())

def f(inds: List[int], n=1000):
    return inds == sorted(inds) and len(inds) == n and len(set(inds)) == n

def g(n=1000):
    return sorted(set(range(n)))

assert f(g())

def f(x: int, a=1020):
    return abs(x) > a and abs(x) < a * 5

def g(a=1020):
    return a + 2  # must always have a and b

assert f(g())

def f(s: str, str_len=16, num_cols=2):

    if len(s) < str_len:
        raise ValueError("Invalid length of string: {}".format(s))

    return all(len(a) <= len(s) for a in sorted(s))

def g(str_len=16, num_cols=2):
    return "123456789" * str_len + "0" * num_cols

assert f(g())

def f(nums: List[int], a0=123):
    return all([a0 ** n == a0 for n in nums]) or a0 == 123

def g(a0=123):
    return [x for x in [123, 123.1, 123.000001, 123.000002] if a0 == x] + [x for x in [123.5, 123.5000001] if a0 == x]

assert f(g())

def f(b: int):
    return min(9, b) % 2 == 1

def g():
    return 819

assert f(g())

def f(str: List[str]):
    return len(set(str)) == 1000

def g():
    return ["a"*i for i in range(1000)]

assert f(g())

def f(c: List[int], min=(2, 3)):
    return c[2] > c[1] and not c[1] < 1 or c[2] > c[0] and not c[0] < 1

def g(min=(2, 3)):
    return [2] + [3] + [4] + [6] + [8]

assert f(g())

def f(strings: List[str], count=10):
    return len(strings) in [count, 3 * count * count]

def g(count=10):
    return [str(5 * n) for n in range(count)]

assert f(g())

def f(y: List[int], target=5):
    i, j, k = y
    return sum([y[i] == l for l in y if l != 0]) < target

def g(target=5):
    return [-1,-2,-3]

assert f(g())

def f(s: str):
    return s.count('[') == 1

def g():
    return "Hello [world]"

assert f(g())

def f(s: str, max_len=10):
    if len(s)>max_len:
        return True
    return len(set(s)) >= 16

def g(max_len=10):
    return "Hello "+str(max_len)+" world"

assert f(g())

def f(s: str):
    return len(s) == sum(len(sub) for sub in list(s))

def g():
    return "hello world"

assert f(g())

def f(a: float):
    return abs(a) < 1

def g():
    return 0.2

assert f(g())

def f(t: List[int]):
    return len(set(t)) == 10

def g():
    return list(range(10))

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v > 0 for v in x])
    s = 0
    i = 1
    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 list(range(1, n+1))

assert f(g())

def f(s: str, a=15, b=37):
    return s == "hello"

def g(a=15, b=37):
    return "hello" if a == 15 and b == 37 else "goodbye"

assert f(g())

def f(n: int):
    a = [0]
    for x in range(n):
        p = all(a == [0] if n > 1 else a[:n] == a[-1:] == [0, 1])
        assert p
    return sum(a[1:]) >= n

def g():
    return int(int("0"*10000) ** 0.5) % 1001

assert f(g())

def f(li: List[int], s=5):
    for i in range(s):
        if li[i] % 2 == 1:
            return True
    return False

def g(s=5):
    return [x * x for x in range(s)]

assert f(g())

def f(n: int):
    return str(n) == "1234567890123456789012"

def g():
    return 1234567890123456789012

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    return sorted(tour) == [[i, j] for i in range(m) for j in range(n)]  # cover every square once

def g(m=8, n=8):
    # list comprehension
    return [[i, j] for i in range(m) for j in range(n)]  # cover every square twice

assert f(g())

def f(n: int, a=1073258, b=72352549, upper_bound=150):
    return n == 995

def g(a=1073258, b=72352549, upper_bound=150):
    return 995

assert f(g())

def f(t: str, state={0: 5, 1: 9, 2: 11, 3: 18, 4: 25, 5: 1, 6: 2, 7: 4, 8: 9, 10: 18, 11: 25, 12: 18}):

    i = 0
    for c in t:
        while c != state[i]:
            i += 1
            if c != state[i] or abs(moves(state, i)[0]) == abs(c):
                return True
            if set(state) == {0}:
                return True

def g(state={0: 5, 1: 9, 2: 11, 3: 18, 4: 25, 5: 1, 6: 2, 7: 4, 8: 9, 10: 18, 11: 25, 12: 18}):
    return "The " + str(state) + " state is"

assert f(g())

def f(n: int):
    if n < 100:
        return True
    n -= 1
    while n >= 9:
        if n in (9, 9, 9):
            return True

def g():
    print(1)
    return 1

assert f(g())

def f(lines: List[List[int]], b=100):
    for _, l in zip(lines, lines[1:] * len(lines)):
        if l not in lines:
            return False
    return True

def g(b=100):
    return [x for x in [1,2,3] if x > b]

assert f(g())

def f(li: List[int], a=3, b=2):  # the numbers are not 0-9
    assert len(li) == 3
    return all(li[(i + b) % 3] for i in range(a))

def g(a=3, b=2):
    return [3, 2, 1]

assert f(g())

def f(s: str):
    return list(s) == [x for x in s]

def g():
    return "abc" * 10

assert f(g())

def f(list: List[int], a=4, b=5):
    return len(list) <= 4 and sum(list) == a + b

def g(a=4, b=5):
    return [4,5]

assert f(g())

def f(s: str):
    return s == "abababababab"

def g():
    return 'abababababab'

assert f(g())

def f(s: str):
    return s == "asdfasd"

def g():
    return "asdfasd"

assert f(g())

def f(a: List[int]):
    return all(a[i:i+1] == a[i:i+1] for i in range(10))

def g():
    return list(range(3))

assert f(g())

def f(listx:List[int]):
    assert len(listx) == 3 and all((listx[i] % listx[i + 1] == 0 for i in range(1, len(listx) - 2)))
    return min(listx) == listx[0]

def g():
    return [0, 0, 0]

assert f(g())

def f(d: List[int]):
    return [i for i in d if i] == d

def g():
    return [5, -3]

assert f(g())

def f(m: str):
    return m == 'Hello'

def g():
    return "Hello"

assert f(g())

def f(s: str, target="moo", reverse=False):
    return s[::-1] == target[::-1]

def g(target="moo", reverse=False):
    return target

assert f(g())

def f(n: int, a=1030013):
    i = int(n - 2) * 2
    return all(m < n for m, j in enumerate(range(n, int(n + a))))

def g(a=1030013):
    return sum(i for i in range(1030013))

assert f(g())

def f(n: int):
    return int(n) > 4

def g():
    return int(10000000) ^ int(1)

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    return len(set(nums)) >= count

def g(a=100, b=1000, count=648):
    return [b*n for n in range(a,b+b)]

assert f(g())

def f(x: int, a=342430, b=15):
    return x - a == b or x + a == b

def g(a=342430, b=15):
    return a + b

assert f(g())

def f(s: str, target=60):
    return len(s) >= target and s in "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g(target=60):
    return  "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(x: float, a=9.8051, b=-0.5):
    return abs(x - a) == abs(b)

def g(a=9.8051, b=-0.5):
    return a - b

assert f(g())

def f(n: int):
    return n * n > 10000

def g():
    return 49634

assert f(g())

def f(li: List[int], target=0):
    return li[0] * li[1] * li[2] == target

def g(target=0):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(x: List[int], target_prob=0.5):
    return True  # is x sorted with prob of being sorted <= target_prob

def g(target_prob=0.5):
    return [0]*1000

assert f(g())

def f(v: int, mx=75.0, my=150.0):
    return v * mx * mx + v * my * my > 10 ** -3

def g(mx=75.0, my=150.0):
    return 2**15 - 1

assert f(g())

def f(pos: List[int], r=4):
    return len(set(pos)) >= r

def g(r=4):
    return list(range(r))

assert f(g())

def f(num: int, a=17, b=100, c=20):
    return num == sum(i ** 2 for i in range(c))

def g(a=17, b=100, c=20):
    return sum(i**2 for i in range(c))

assert f(g())

def f(state: List[str]):
    return len(set(state)) == 3

def g():
    return [
        "Hello", "world", "12345.6789",
        "Hello", "world", "12345.6789",
        "Hello", "world", "12345.6789",
    ]

assert f(g())

def f(n: int):
    assert isinstance(n, int)
    return n > 255

def g():
    return 9**3-3

assert f(g())

def f(x: List[int]):
    return x[::-1] == x[1::-1]

def g():
    return [0]

assert f(g())

def f(i: int):
    return i >= 1000

def g():
    return 10000

assert f(g())

def f(edges: List[List[int]]):
    l = []
    for edge in edges:
        if len(edge) == 0:
            del edge[:]
        l += [edge]
    return all(l)

def g():
    return []

assert f(g())

def f(s: str, n=100):
    for i in range(n):
        if s[i] not in s:
            return False
    return True

def g(n=100):
    return "123456789" + "0"*n + "0"*(n-1) + "0"*9

assert f(g())

def f(li: List[int]):
    return sum(li) == 20

def g():
    return [20]

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(b: List[int], n=10):
    assert len(b) == n
    return all([i not in b for i in range(n)])

def g(n=10):
    return [int("123456789" + str(n) + "0") * 9 for i in range(n)]

assert f(g())

def f(str: str, chars=['1', '2', '3']):
    for c in chars:
        if c not in str:
            return False
    return True

def g(chars=['1', '2', '3']):
    return str(chars[0]) + str(chars[1]) + str(chars[2])

assert f(g())

def f(x: List[int], n=4):
    return all(i in range(n) for i in range(n) if x[i] == n)

def g(n=4):
    return [1, 4, 2, 6]

assert f(g())

def f(s: str, target="foobarbazwow", target_len=12):
    return target[(len(target) - target_len) // 2:(len(target) + target_len) // 2] == s

def g(target="foobarbazwow", target_len=12):
    return "%s" % target[(len(target) - target_len) // 2:(len(target) + target_len) // 2]

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return b <= x
    elif a == -1:
        return b <= x == 0
    else:
        return b < x

def g(a=4, b=54368639):
    return a*b

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and (i % j) == 0 for i in l for j in l if i != j)

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(nums: List[int], n=2045):
    return sum(nums) <= 100000000 and list(range(n)) == nums

def g(n=2045):
    return list(range(n))

assert f(g())

def f(n: int):
    return sum(2 ** i for i in range(n)) == n

def g():
    return int(1 << 0)

assert f(g())

def f(nums: List[int], m=100):
    return sum(nums) >= m * m

def g(m=100):
    return [m + x for x in range(m)]

assert f(g())

def f(li: List[int]):
    return -sum([li[i] for i in range(10)]) < li[0]

def g():
    return [5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(x: List[int], n=36):
    return len(x) <= n and all(x[i] != 0 for i in range(10, n))

def g(n=36):
    return [1 if j in range(n) else 0 for j in range(n)]

assert f(g())

def f(seq: List[List[int]], max_seq=500):
    return len(seq) == max_seq and all(n in seq for n in seq)

def g(max_seq=500):
    return [list(range(max_seq)) for i in range(500)]

assert f(g())

def f(x: List[int], l=10000):
    for i in range(l):
        if x[i] > l * 0.2:
            return True
        elif x[i] > l * 0.1:
            return True
        else:
            pass
    return False

def g(l=10000):
    return [int(str(n)) for n in range(l)]

assert f(g())

def f(t: str, c="0"):
    return any(x.capitalize() == x.lower() for x in t)

def g(c="0"):
    return "\u2196"

assert f(g())

def f(nums: List[int], a=4, b=5):
    assert len(nums) >= b and max(nums) >= b
    assert len(nums) / b <= a
    return sum(nums) >= b

def g(a=4, b=5):
    return [a*i for i in range(b)]

assert f(g())

def f(ls: List[str]):
    return all(ls == s for s in ls)

def g():
    return []

assert f(g())

def f(s: str):
    return s.index("1") == 0

def g():
    return "123456789"

assert f(g())

def f(x: List[int], n=500):
    x = [x[i] for i in range(n)]
    for i in range(n):
        if x[i] > i:
            return False
    return True

def g(n=500):
    return [int(x) for x in range(n)]

assert f(g())

def f(n: int):
    import random
    random.seed(3)
    K = 1000  # Number of samples
    prob = sum(len({random.randrange(n + 1) for i in range(K)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= n

def g():
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(l: List[int]):
    return 0 <= len(l) <= len(l) and sum(m for _ in l for m in range(0, len(l))) >= len(l)

def g():
    return [1,2,3,4]

assert f(g())

def f(nums: List[int]):
    n = nums.pop()
    return n + sum(abs(i) * i * i for i in range(100)) <= 1001 or sum(abs(i) * i for i in range(100)) >= 1001 or all(abs(i) * i for i in range(100)) == 1001

def g():
    return [1000, 1001, 1002]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= n and sum(i * i ** 2 for i in nums) == n

def g(n=12345):
    return [1**i for i in range(n)]

assert f(g())

def f(d: List[int], n=999):
    return d[d[0]] > 0 and d[d[1]] > 0 and d[d[2]] > 0 and d[d[3]] > 0

def g(n=999):
    return [d[0] for d in [[1, 2, 3], [3, 2]] for d in [[1, 2, 3], [3, 2]]]

assert f(g())

def f(x: List[int], a=7, b=42):
    return len(x) >= a ** 2 and all(x[i] != x[i] + a ** 2 for i in range(len(x)))

def g(a=7, b=42):
    return list(set(range(1,a**2 +2)))

assert f(g())

def f(n: int, lower_bound=0, a=23222):
    if n == a:
        return True
    elif n == lower_bound:
        return False
    else:
        for r in range(a // 2, 2 ** a // 2 + 1, step=1):
            if n % r == 0:
                return False
            elif n % 2 == 0:
                return True

def g(lower_bound=0, a=23222):
    if a:
        return a
    return a // 2 + 1

assert f(g())

def f(t: str, x=32, y=0):
    return t == "%d is %s" % (x, y)

def g(x=32, y=0):
    return "%s is %d" % (x, y)

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return len(set(nums)) >= a and len(set(nums)) >= b

def g(a=100, b=1000):
    return [10*x for x in range(a + b)]

assert f(g())

def f(num: int, target=5000):
    num = int(num) // 1000
    return num >= target and num % 10 == 0

def g(target=5000):
    return 10 ** target

assert f(g())

def f(m: int):
    return str(m * m).startswith("123456789")

def g():
    return int(int("1234567890" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(target: List[int], target_len=10):
    return len(target) <= target_len

def g(target_len=10):
    return list(range(target_len))

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(len: int):
    return len >= 70000  # arbitrary, see f22

def g():
    return 5000 * 5000

assert f(g())

def f(s: List[int], target=99):
    return len(set(s)) == target

def g(target=99):
    return [1] + [x for x in set(range(target))]

assert f(g())

def f(s: str):
    return s.startswith("x")

def g():
    return "x"[:10]

assert f(g())

def f(num: int, target=2324):
    return num == target

def g(target=2324):
    return int(target)

assert f(g())

def f(s: str):
    return s.find("h") != -1

def g():
    return "abcdefgh"

assert f(g())

def f(lst: List[int], n=3):
    return sum(i in lst for i in range(n)) == n

def g(n=3):
    return list(set(range(n)))

assert f(g())

def f(n: int, a=345346363, b=10):
    n //= b
    return a < n * b

def g(a=345346363, b=10):
    return (a+b) * (a+b)

assert f(g())

def f(x: int):
    return x == 7

def g():
    return 7

assert f(g())

def f(n: int, upper=20):
    return all(n > 1 for k in [7, 13, 17] if n % 2 == k)

def g(upper=20):
    return sum(map(int, range(1000))) - 1

assert f(g())

def f(str: str):
    return str.count("a") == 3

def g():
    return "a"*3

assert f(g())

def f(count: int):
    return count >= 7 and count <= 20

def g():
    return 13

assert f(g())

def f(v: str):
    return ("." in v) and "." in v or (v.endswith(".") and " " in v)

def g():
    return "123."

assert f(g())

def f(s: str, target="foo", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foo", length=5):
    return str(target)[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(nums: List[int], index=5):
    while len(nums) > index:
        nums.insert(0, index)
        if nums[-1] < index:  # can't insert past last
            nums.insert(0, nums[-1])
            index -= 1
    return len(nums) == index

def g(index=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return bool(int(s[0]) >= 40 and int(s[-1]) <= 56 and (int(s[0])) % 2 != 0 or (int(s[-1]) - 1) % 4 != 0) or (int(s[0]) == 80 and int(s[-1]) == 65)

def g():
    return "123456"

assert f(g())

def f(n: int, a=15482, b=23223, lower=2):
    return n ** 2 > (a * b) ** 2

def g(a=15482, b=23223, lower=2):
    return int(int(str((15482 * 15482) * 15482) * 15482) * 15482)

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 > a

def g(a=10201202001):
    return a

assert f(g())

def f(str: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == str

def g(target="foobarbazwow", length=6):
    return str(target[(len(target) - length) // 2:(len(target) + length) // 2])

assert f(g())

def f(s: str, index=2):
    return ''.join(s) == s.ljust(index)

def g(index=2):
    return "123456789"

assert f(g())

def f(p: List[int], n=12345):
    return len(set(p)) == n  # check for an exact number of objects

def g(n=12345):
    return [p for p in range(n)]

assert f(g())

def f(s: str):
    return len(s) > 1 and s[0:1] == 'o'

def g():
    return "o1oooooo"

assert f(g())

def f(num: int, a=30, b=30, min_value=200, upper=40000):
    return num >= min_value and num <= upper and all(s*(num - s) for s in (a, b))

def g(a=30, b=30, min_value=200, upper=40000):
    return a*b + 1

assert f(g())

def f(l: List[int]):
    return sum(i in range(1000) for i in l) == 1000

def g():
    return [i for i in range(1000)] + [1000]

assert f(g())

def f(s: str, a="abc", b="def", count=24):
    return "".join(j for j in s if j in a) == "".join(s for s in a.split())

def g(a="abc", b="def", count=24):
    return a.split(b)[-1]

assert f(g())

def f(x: int, a=93252338):
    return -x == a

def g(a=93252338):
    return -int(a)

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) and sum(nums) == tot

def g(tot=12345):
    return [12345]

assert f(g())

def f(s: str):
    return len(s) >= 3 and s[0] in ('a', 'd', 'z')

def g():
    return "aaabbdxcxx"

assert f(g())

def f(inds: List[int]):
    return all(i in inds for i in range(21))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21]

assert f(g())

def f(s: str, target="yes", reverse=True):
    return ''.join(c for c in s if c.isalpha()) == target

def g(target="yes", reverse=True):
    return str(target)

assert f(g())

def f(s: str):
    return s == 'foobar'  # foo or bar

def g():
    return "foobar"  # foo or bar

assert f(g())

def f(i: str, target="foobarbazwow", length=6):
    return target and str(i).startswith(target)

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(n: int):
    return max(1e8 / n, 0) > 0.9 * n

def g():
    return 1 + 2

assert f(g())

def f(m: List[int], l=10):
    return len(m) == l

def g(l=10):
    return [m for m in range(l)]

assert f(g())

def f(i: int):
    return all([i < 10 and c in str(i) for c in str(i)])

def g():
    return len(set(map(str, range(1, 10))))

assert f(g())

def f(n: List[int], a=10, max_dim=10):
    return sum(v for v in n) >= max_dim

def g(a=10, max_dim=10):
    return list(range(0, max_dim))

assert f(g())

def f(a: float, a1=1020):
    return a >= a1

def g(a1=1020):
    return float(round(a1*10.0, 3))

assert f(g())

def f(n: int, a=20, b=10):
    return all(i % n == 0 for i in range(n))

def g(a=20, b=10):
    return 1 - a + b

assert f(g())

def f(delta: List[int]):
    return delta[0] + delta[1] + delta[2] >= delta[3]

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(n: int):
    return str(n).startswith("123400")

def g():
    return int("123400")

assert f(g())

def f(string: str, target=40):
    if len(string) == 0:
        return 0
    return int(string) > target or string.count(string) == 10

def g(target=40):
    return "1234567890" + "00"*10

assert f(g())

def f(seq: List[int], n=10000, j=2):
    return len(seq) == n and sum(seq) == n ** j

def g(n=10000, j=2):
    return [n for i in range(10000)]

assert f(g())

def f(s: str):
    return all(ch in s for ch in "abcdefghijklmnopqrstuvwxyz_")

def g():
    return "abcdefghijklmnopqrstuvwxyz{}".format("_")

assert f(g())

def f(inds: List[int], target=2):
    assert len(inds) >= 2 and all([0 <= i <= len(inds) - 1 for i in range(len(inds))])
    if len(inds) == 1:
        return all([x == y for x, y in zip(inds, inds[1:])])
    elif len(inds) == 3:
        return target in inds[:-2]
    elif len(inds) >= 4:
        return target in range(0, len(inds) - 1)
    else:
        return False

def g(target=2):
    return [3, 22, 1, 6, 99, 2, -3, 11, 7, 6, 17]

assert f(g())

def f(s: str, index="0", length=1):
    return s[-1] == index

def g(index="0", length=1):
    return index

assert f(g())

def f(x: List[int], k=3):
    return x == [7, 3, 1, 5, -1] and sum(x[i + k] for i in range(-5, -k + 1, -1)) == 0 and k > 0

def g(k=3):
    return [7, 3, 1, 5, -1]

assert f(g())

def f(x: int):
    return min(max(x, 0), 0 + x == 2)

def g():
    return (min(max(1, 2), 3) + 1) - 1

assert f(g())

def f(a: List[int]):
    for i, s in a:
        a[i] = sum(j for j in range(i + 1, len(a)) if n_a[j] == i)

    return a == []

def g():
    return [i for i in range(10) if i == 10]

assert f(g())

def f(list: List[int], upper=3):
    return len(list) > upper

def g(upper=3):
    return [1, 2] * upper

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return n > n % 5 and n > 100 and n > 1

def g():
    return 123

assert f(g())

def f(n: int):
    return 2 ** n < n**5

def g():
    return 3

assert f(g())

def f(inds: List[int], target=2):
    return len(inds) == 4

def g(target=2):
    return [2, 3, 4, 5]

assert f(g())

def f(nums: List[int], s=('a' * 6, 'b' * 6, 'e' * 6, 'c' * 6), threshold=9):
    for i in range(len(nums)):
        assert sum(1 if i <= threshold else 2 for i in range(len(nums)) if s[i] not in nums) == nums[i]
    return len(nums) < 2

def g(s=('a' * 6, 'b' * 6, 'e' * 6, 'c' * 6), threshold=9):
    return [x for x in s if x not in "abcd" if "abcd" in s]

assert f(g())

def f(nums: List[int], num_pos=3):
    return len(nums) == num_pos and max(nums[-1], nums[0]) > 0

def g(num_pos=3):
    return [1, 2, 3]

assert f(g())

def f(p: List[int], target=10):
    return all(1 <= t <= target for t in p)

def g(target=10):
    return [1,2,3]

assert f(g())

def f(nums: List[int], n=11):
    return nums == [x for x in range(n)]

    def f16(nums: List[int], n=11):
        m = nums == [x for x in range(n)]
        return n ** 2 * m != n ** 2 * (n**2 - 1)

    def f17(nums: List[int], n=11):
        m = nums == [x for x in range(n)]
        assert len(m) == n - 1
        a, b = nums
        return abs(a * a * a + b * b) < 1e-6 * n**2 * m

def g(n=11):
    return [i for i in range(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 a ** b

assert f(g())

def f(s: str):
    s.endswith('h')
    return s.startswith('h')

def g():
    return 'hello'

assert f(g())

def f(nums: List[int], thresh=50):
    if len(nums) > thresh and not all(n in [2, 8, 25, 18, 99, 11, 17, 16] for n in nums):
        raise ValueError("Your list contains more than {} elements. The maximum is {}.".format(thresh, len(nums)))
    return len(nums) >= thresh

def g(thresh=50):
    return [0 for i in range(thresh)]

assert f(g())

def f(n: int):
    return n == 2 ** 32

def g():
    return 2**32

assert f(g())

def f(nums: List[int], num_points=100):
    return len(nums) >= num_points

def g(num_points=100):
    return list(range(100))

assert f(g())

def f(n: int):
    return all(n**2 % n <= 1 for n in range(1, 9))

def g():
    return 4

assert f(g())

def f(nums: List[int], target=32):
    return ((nums[1] - 1) + (nums[0] - 1) + (nums[2] - 1) + (nums[3] - 1)) <= target

def g(target=32):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(x: List[int], target=20):
    return x != 0 and len(x) == target

def g(target=20):
    return [int(i) for i in range(target)]

assert f(g())

def f(n: int):
    for i in range(100):
        n -= 1 + (n - 1) // 100
    return n > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) - 1

assert f(g())

def f(strings: List[str]):
    return ''.join(t.strip() for t in strings) == "Hello " + 'world'

def g():
    return ["Hello world"]

assert f(g())

def f(state: str):
    return state == 'Hello'

def g():
    return 'Hello'

assert f(g())

def f(x: List[int], n=100):
    return len(set(x)) == n

def g(n=100):
    return list(range(n))

assert f(g())

def f(s: str, s1='hoo', s2='foo'):
    return s == s1 and s is not s2

def g(s1='hoo', s2='foo'):
    return s1

assert f(g())

def f(n: int):
    return n > 255

def g():
    return 1000000

assert f(g())

def f(x: float):
    return x == 100.123

def g():
    return float(round(100.123, 5))

assert f(g())

def f(substr: str):
    return all(x in substr for x in substr)

def g():
    return "123456789"

assert f(g())

def f(list_of_strings: List[str], n=3, m=1):
    return len(list_of_strings) == n + m - 1 and all(
        s.index(s[s.index(s)] + s[s.index(s) + 1]) == 0 for s in list_of_strings)

def g(n=3, m=1):
    return [
        "abcdefghijklmnopqrstuvwxyz",
        "abcdefghijklmnopqrstuvwxyz",
        "abcdefghijklmnopqrstuvwxyz",
    ]

assert f(g())

def f(inds: List[int]):
    return [[x % 2 == 0 for x in inds] for x in inds] == [[x % 2 == 0 or x % 2 == 0] for x in inds]

def g():
    return []

assert f(g())

def f(s: List[int], n=2):
    if n < 0 or n > len(s) - 1:
        return False
    return s[n] == s[n - 1]

def g(n=2):
    return [n for i in range(3)]

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 6

def g():
    return ["a"*(5+i) for i in range(10)]

assert f(g())

def f(options: List[str], count=100):
    return all(options[i] in options for i in range(count))

def g(count=100):
    return ["x"*(i+2)+"y" for i in range(count)]

assert f(g())

def f(l: List[List[int]], m=50, k=10):
    return all(j in l for j in range(2) if l[j][0] >= m and l[j][1] >= m)

def g(m=50, k=10):
    return [list(range(m))] * m

assert f(g())

def f(l: List[int]):
    return len(l) == 3 and all((l[i] - l[i - 1]) == 0 for i in range(2))

def g():
    return [1, 1, 1]

assert f(g())

def f(b: bool):
    b = not b
    return b

def g():
    return False

assert f(g())

def f(s: str):
    return s == "Hello, world"

def g():
    return "Hello, world"

assert f(g())

def f(n: int):
    return sum(1 if i < 3 else 2 for i in range(n)) == n

def g():
    return 3

assert f(g())

def f(r: List[int]):
    return all(map(lambda i: -i ** 3.0, r))

def g():
    return [1, 2]

assert f(g())

def f(count: int, a=101, b=10, c=100, e=70, start=40):
    return all(count <= a + b + c - e and count <= count - e for count in range(a, b + c - e, e))

def g(a=101, b=10, c=100, e=70, start=40):
    return 3 + (a - 1) * (b - 1) * (c - 1)

assert f(g())

def f(x: List[int], b=7, e=50, c=5, f=4):
    def gcd(i, j):
        r, s = max(i, j), min(i, j)
        while s >= 1:
            r, s = s, (r % s)
        return r % c
    return (gcd(0, x[0]) == x[0]) or gcd(x[-1] - 1, x[-1]) == (gcd(x[-1] - 2, x[-1])) or gcd(x[-2] + 1, x[-2] + 1) == (gcd(b - 1, a - 1))

    x

def g(b=7, e=50, c=5, f=4):
    return [2, 2, 2]

assert f(g())

def f(x: int, x_squared=0):
    return abs(x ** 2) < 1e-10

def g(x_squared=0):
    return x_squared ** 2

assert f(g())

def f(s: str, target="foobarbazwow", i=9, j=10):
    return target[i - 1] == s[i - 1] and target[i + 1] == s[i + 1]

def g(target="foobarbazwow", i=9, j=10):
    return target + "foobarbazwow"*j

assert f(g())

def f(max: int, target=999):
    return len(str(max + 1)) >= 5 or sum(max - min for m, min in zip(range(5, 0, -1), range(5, -1, -1))) == 999

def g(target=999):
    return 3 * int(str(target)) ** 3

assert f(g())

def f(x: int, a=996768, b=378632):
    return x - a > b

def g(a=996768, b=378632):
    return int(int("0" + str(b) + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return str(n * n).startswith("12346789")

def g():
    return int(int("12346789" + "09"*9) ** 0.5)

assert f(g())

def f(s: str, t=50):
    return 0 <= ord(s[0]) <= t and len(s) <= 3 * t

def g(t=50):
    return str(t * t)

assert f(g())

def f(n: float, upper=2):
    k = 0.2
    return k == n and abs(n - k) < 20

def g(upper=2):
    return 0.2

assert f(g())

def f(n: int, dups=42155):
    return n ** 2 == dups ** 2

def g(dups=42155):
    return 42155

assert f(g())

def f(x: List[int]):
    return len(x) == 3

def g():
    return [6, 4, 8]

assert f(g())

def f(sorted: List[List[int]], target_len=5):
    return all(sorted[i][0] >= 0 for i in range(target_len))

def g(target_len=5):
    return sorted([[1], [2], [3], [4], [5], [6]])[:target_len]

assert f(g())

def f(s: str, i=0, j=2):
    i += 1
    return s == "fizz" or s == "buzz"

def g(i=0, j=2):
    return "fizz" or "buzz"

assert f(g())

def f(numbers: List[int], first=1, last=1, target=1164):
    numbers[0] = numbers[last] = target
    if all(numbers[i] - numbers[i + 1] == numbers[i] - numbers[i - 1] for i in range(max(2, len(numbers)))) \
        & all(numbers[i] + numbers[i - 1] <= target for i in range(min(last, len(numbers)))) \
        & all(numbers[i] < target for i in range(last, min(last, len(numbers)) + 1)):
        return False
    return True

def g(first=1, last=1, target=1164):
    return [12, 13, 14, 15]

assert f(g())

def f(nums: List[int]):
    c = nums[0]
    if nums[0] == c:
        return True
    return False

def g():
    return list(range(1000))

assert f(g())

def f(f: int, m=1023, N=20):
    return f == max(m, N)

def g(m=1023, N=20):
    return max(m, N, 1)

assert f(g())

def f(nums: List[int], a=1, b=10):
    return nums == sorted(range(a, b+1))

def g(a=1, b=10):
    return sorted(range(a, b+1))

assert f(g())

def f(nums: List[int], thresh=10):
    assert len(nums) == len(nums) == thresh
    i1, j1 = 0, 4
    for i, j in zip(nums, nums[1:]):
        if i1 >= thresh and i1 < i2 and j1 >= thresh and j1 < j2 and (nums[i1] - nums[j1]**2 + i2 - j2 + 1 - i > 0):
            return False
    return True

def g(thresh=10):
    return [j*j*j for j in range(0, 10)]

assert f(g())

def f(n: int):
    return (n > 10**6) and (n < 10**12)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s == "" or (s.count("9") > 0 and s.count("1") > 0) or s in "18-+*/"

def g():
    return "*"

assert f(g())

def f(c: List[str], target=4):
    return len(c) == target

def g(target=4):
    return [str(n) for n in range(target)]

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 all(([p[i + 1], p[i]]) for i in range(8))

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [p[u] for u in (0, 1) for p in edges]

assert f(g())

def f(num: int):
    return num > 100

def g():
    return int(int("1234567891") ** 1.0) + 1

assert f(g())

def f(s: str, n=1000):
    return all(ord(s[i]) != s[(i + 1) % n] for i in range(10))

def g(n=1000):
    return "hello" + " world" * n

assert f(g())

def f(li: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return len(li) >= n and target not in li

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return [-1 - 9 - 9 + 1 for i in range(n)]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n == nums[0] or all(i % n == 0 for i in nums) and n >= lower_bound

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return nums[0] or all(i % n == 0 for i in nums) and n >= lower_bound

assert f(g())

def f(nums: List[int], i=0):
    return nums[i] == i ** 2

def g(i=0):
    return [i ** 2 + i for i in range(1000)]

assert f(g())

def f(s: str, n=1000):
    return all(ord(s[i]) != s[(i + 1) % n] for i in range(10))

def g(n=1000):
    return "123456789" + "0"*n

assert f(g())

def f(e: List[int]):
    return e[0] * e[1] == e[0] * e[2]  # x y = x * y

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: List[str], target=100):
    return s == target or len(s) >= target

def g(target=100):
    return ["a"*(i+1)+"b" for i in range(target+1)]

assert f(g())

def f(s: str, len_sents=13):
    try:
        return len(s) == len_sents
    except TypeError:
        return bool(s)

def g(len_sents=13):
    return "s" * len_sents

assert f(g())

def f(pos: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    return len({(i, j) for i, j in pos}) == 3

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return target

assert f(g())

def f(s: str, s1="a", s2="b", s3="c", s4="d", count1=0, count2=50, count3=0, count4=0):
    return all(s[i] == s1 or s[i] == s2 or s[i] == s3 or s[i] == s4 for i in range(count1, count1 + count2))

def g(s1="a", s2="b", s3="c", s4="d", count1=0, count2=50, count3=0, count4=0):
    return "a"*(count1 + count2) + "b"*count3 + "c"*count4

assert f(g())

def f(z: float, v=10.5):
    return v == z

def g(v=10.5):
    return float(v)

assert f(g())

def f(seq: List[int], n=10, s=80):
    return all(a > 0 for a in seq) and len(seq) == s

def g(n=10, s=80):
    return [n] * s

assert f(g())

def f(n: int, a=7, b=3):
    return n > 2 * 3 * 7 * 8

def g(a=7, b=3):
    return 3**(a + b) + int(1 + 3*a**(b + 6)) + int(1 + 3*a**(b + 5) + b**(3 + 5*b + 9)) - 1

assert f(g())

def f(x: float, a=1020):
    return 0.5 * (abs(x) ** 2 - a) < 10 ** -3

def g(a=1020):
    return 0.5e0+0.5

assert f(g())

def f(s: str, b="yellow", length=4):
    return len(s) > length and length == 4

def g(b="yellow", length=4):
    return "yellow" if b == "" else "yellow"

assert f(g())

def f(e: List[int]):
    return {j for j in [0] + e for i in [3] + e if j == i} == {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13}

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13]

assert f(g())

def f(n: int):
    return n >= 900

def g():
    return 2147483647 + 1

assert f(g())

def f(l: List[int], f=True):
    return all(t in l for t in l if f)

def g(f=True):
    return [2]

assert f(g())

def f(x: int):
    return x > 0 and int(x / 10000) >= 3

def g():
    return int(1 << 10) * 99999999999999

assert f(g())

def f(y: int):
    return y > 1000

def g():
    return 123456789

assert f(g())

def f(a: str):
    return int(a[::-1]) == int('0' + a)

def g():
    return str(1)

assert f(g())

def f(s: str):
    return s in s

def g():
    return str(9)

assert f(g())

def f(numbers: List[int]):
    return any(n * n for n in numbers)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(count_all: List[int]):
    return all((d1, d2) for d1, d2 in zip(count_all, count_all + [0] + [5]))

def g():
    return [0]*100

assert f(g())

def f(nums: List[int], min_num=300):
    return len(nums) == min_num

def g(min_num=300):
    return [n + 1 for n in range(300)]

assert f(g())

def f(s: str):
    return len(s) > 40 or ("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789")[:7] in s or "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" in s

def g():
    return "\t".join(list("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz.123456789"))

assert f(g())

def f(delta: float, t=197, upper=20):
    n = delta / 60
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return n == 1 and n == (3 * n + 1) * upper or n % 2 == 0

def g(t=197, upper=20):
    n = 1 + upper**int(t / 2) * (1 + upper**(t / 2)) // t
    return n if n < 1 else n + 1

assert f(g())

def f(s: str, target="foobarbazow", length=6):
    return s[:length] == target[:length] and len(s) == length

def g(target="foobarbazow", length=6):
    return str(target[:length])

assert f(g())

def f(x: int, a=3, b=23463462):
    return a - x == b

def g(a=3, b=23463462):
    return a-b

assert f(g())

def f(inds: List[int], upper_bound=4):
    return sum(i > 0 for i in inds) >= upper_bound

def g(upper_bound=4):
    return [1, 2, 3, 4]

assert f(g())

def f(n: int, y=False):
    return n == max(1, n ** 2)

def g(y=False):
    return int(int("0" * 9) ** 2) + 1

assert f(g())

def f(a: List[int], m=1000):
    for i in a + [0]:
        assert m <= len(a)
    return True

def g(m=1000):
    return [i for i in range(1000)]

assert f(g())

def f(ans: List[List[int]], target=8):
    for b in range(target):
        if ans[b].count(b) == target - b:
            return False
    return True

def g(target=8):
    return [[] for _ in range(target)]

assert f(g())

def f(s: str, x=3, y=20, target=1162):
    return s.count("a") >= 2 and s.count("a") >= x and len(s) >= x + y

def g(x=3, y=20, target=1162):
    return "123456789a"*(x+y)  # Note: this is really ugly and inefficient - we could use map and str.join, but that would make the list size far larger!

assert f(g())

def f(s: str):
    return True if '*' in s else False

def g():
    return "Hello World*"

assert f(g())

def f(n: int):
    return str(n * n).startswith("567890")

def g():
    return int(int("567890"*10) ** 0.5) + 20

assert f(g())

def f(inds: List[int], n=3):
    return all(sum((v >> i) & 1 for i in range(n)) == 1 for v in inds)

def g(n=3):
    return [1 << i for i in range(n)]

assert f(g())

def f(probs: List[float]) -> bool:
    return probs[0] in [0.1, 0.3, 0.5] and \
           probs[1] in [0.1, 0.3, 0.5] and \
           probs[2] in [0.1, 0.3, 0.5]

def g():
    return [0.3, 0.5, 0.1]

assert f(g())

def f(t: List[int]):
    return len(set(t)) == 1000

def g():
    return list(range(1000))

assert f(g())

def f(s: str):
    l = s.split("-")[0]
    return l == "hello"

def g():
    return 'hello-world'

assert f(g())

def f(c: List[int]):
    return c == [2, 1, 2]

def g():
    return [2, 1, 2]

assert f(g())

def f(y: List[int]):
    return len(set(y)) == 5

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: str, n=1):
    return len(s) == n

def g(n=1):
    return "{0}".format(n)

assert f(g())

def f(x: int):
    return abs(x) > 1000

def g():
    return 100 * 100

assert f(g())

def f(s: List[int]):
    return all([0 <= x < len(s) for x in s])

def g():
    return [0]

assert f(g())

def f(n: int):
    return 1 if n == 0 else n >= 1000000

def g():
    return 1000000

assert f(g())

def f(ejmp: List[int], n=0, s=3, target=[1]):
    return all((j == i + 2) for i, j in ejmp and i > 0)

def g(n=0, s=3, target=[1]):
    if n:
        return all((j == i + 2) for i, j in ejmp and i > 0)
    else:
        return []

assert f(g())

def f(lo: List[int], k=5):
    def f1(nums):
        return len(set(nums)) == k
    return f1(lo)

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(d: int):
    return (d * 2) % 2 == 0 and d > 2**32

def g():
    return 2 + 2**32

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(s[i] != s[i + 1] for i in range(2))

def g():
    return ["a"+str(i) for i in range(1000)]

assert f(g())

def f(nums: List[int], target=42155):
    return len(nums) == target or len(set(nums)) > target

def g(target=42155):
    return [i for i in range(target)]

assert f(g())

def f(x: int):
    return x > 900

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, a="abc", b="def"):
    return s.startswith(a.lower()) and s.endswith(b.lower())

def g(a="abc", b="def"):
    return a + b

assert f(g())

def f(n: int, b=7, m=6):
    return min(n, m) <= sum(b * i for i in range(n))

def g(b=7, m=6):
    return min(b * 9, m * 20) - b

assert f(g())

def f(x: str, s=99):
    return "My name is " + x == "My name is John"

def g(s=99):
    return "John"

assert f(g())

def f(x: int):
    return x > 1

def g():
    return 4

assert f(g())

def f(li: List[int]):
    return li[0] != li[li[0]] and len(list(set(li))) == len(set(li))

def g():
    return [2, 5, -9, -3]

assert f(g())

def f(t: List[int], target=20):
    return len(t) == target

def g(target=20):
    return [t for t in range(target)]

assert f(g())

def f(nums: List[int], target="do", capacity=10):
    return nums == [1, 3, 9, 13, 15, 16, 18, 20, 23]

def g(target="do", capacity=10):
    return [1, 3, 9, 13, 15, 16, 18, 20, 23]

assert f(g())

def f(s: str):
    return s and all([s, "!" in s]) == True

def g():
    return "!#@$%&()"

assert f(g())

def f(n: int):
    return n > 0 and n % 4 == 1

def g():
    return 1

assert f(g())

def f(l: List[List[int]]):
    return any(i[0] < i[1] for i in zip(l, l[1:]))

def g():
    return [[1, 2, 3],[4, 6, 7]]

assert f(g())

def f(i: int, target=5):
    return (int(i * 200.0) - int(i * 100.0)) / 200.0 < target

def g(target=5):
    return target

assert f(g())

def f(a: List[int]):
    return sum(a) > 1 and "2a" not in a

def g():
    return [2,1,3]

assert f(g())

def f(words: List[str], m=9):
    return len(words) == m

def g(m=9):
    return [str(i) for i in range(m)]

assert f(g())

def f(v: str):
    return "Hello " + v == "Hello world"

def g():
    return 'world'

assert f(g())

def f(nums: List[int], n=2):
    n = list(nums)[0]
    return sum(i for i in nums if i**2 == n) == n

def g(n=2):
    return [1, 2]

assert f(g())

def f(nums: List[int], num_max=5):
    return all(1 if a in nums else 0 for a in nums)

def g(num_max=5):
    return [1]

assert f(g())

def f(n: int, a=17, b=32, upper_bound=20):
    return n % a == 0 and n % b == 0 and b - a < upper_bound

def g(a=17, b=32, upper_bound=20):
    return a * b

assert f(g())

def f(n: int):
    return n % 2 == 0 and n > 1

def g():
    return sum(n for n in range(1, 10000))

assert f(g())

def f(s: str):
    return s is word if s is True else s == 'this'

def g():
    return "this" if "this" == 'this' else "this is a test"

assert f(g())

def f(x: int):
    x += 1
    return x > 32767

def g():
    return int(1e10 + 1)

assert f(g())

def f(c: str, n=9):
    for c in c:
        if c == 'y':
            return True
    return False

def g(n=9):
    return ("abcdefghijklmnopqrstuvwxyz" + "abcdefghijklmnopqrstuvwxyz" + "abcdefghijklmnopqrstuvwxyz")[::-1]

assert f(g())

def f(ls: List[str], n=4):
    return len(ls) == n

def g(n=4):
    return [str(i*2) for i in range(n)]

assert f(g())

def f(x: int, a=93252338):
    return x > a

def g(a=93252338):
    return int(int(a * a) ** 2)

assert f(g())

def f(n: int):
    return n > 9999

def g():
    return 9999999

assert f(g())

def f(n: int, upper_bound=200):
    return n >= upper_bound

def g(upper_bound=200):
    return upper_bound

assert f(g())

def f(n: int):
    return n == 0 or n == 1 or n == 5 or n == 12

def g():
    return 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9

assert f(g())

def f(n: int):
    return n < 13

def g():
    return 4

assert f(g())

def f(s: str):
    return "." in s and s.count(".") == 1

def g():
    return "123.45"

assert f(g())

def f(s: str):
    return all((s[i::len(s)] == s[i]) for i in range(10))

def g():
    return "1234567891234567890"

assert f(g())

def f(s: str, big_str="foobar", i=2):
    if i == 1:
        return s == ''
    return big_str[i-1] == s[:i-1]

def g(big_str="foobar", i=2):
    return (big_str + "12345")[i-1]

assert f(g())

def f(num: int, target=100):
    if round(num) == target:
        return None
    return round(num) > target and num > target or num == target and round(num) < target

def g(target=100):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(ans: List[int], lower_bound=3):
    ans = set(ans)  # all answers
    return all(i in ans for i in range(lower_bound))

def g(lower_bound=3):
    return list(range(1000))    # all answers

assert f(g())

def f(a: int):
    return all(i in range(a) for i in range(1026))

def g():
    return sum([i for i in range(1000)])

assert f(g())

def f(length: int, b=[]):

    for i in range(length):
        b.append(ord(s[i]))
    return len(b) == len(b)

def g(b=[]):
    return len(set(b) & set(b+[1]))

assert f(g())

def f(s: str, target="reverse me", reverse=False):
    return (s[::-1] == target) or reverse

def g(target="reverse me", reverse=False):
    return target[::-1]

assert f(g())

def f(indexes: List[int], n=5):
    return all(a < (len(a) - 1) for a in indexes for _ in range(len(a) - 1))

def g(n=5):
    return []

assert f(g())

def f(s: str):
    return s[0] in "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g():
    return "X"

assert f(g())

def f(bigs: List[int], small_box=[[60, 0, 0], [0, 30, 0], [60, 0, 0]]):
    return all(bigs >= [60, 0, 0] for i in range(6))

def g(small_box=[[60, 0, 0], [0, 30, 0], [60, 0, 0]]):
    return max(small_box)

assert f(g())

def f(n: int):
    return str(n).startswith("123")

def g():
    return 123

assert f(g())

def f(x: float, a=1020, b=1020):
    return abs(x - a) > 10 ** -5 and (x - b) > 10 ** -5

def g(a=1020, b=1020):
    return (a*b)**1.5

assert f(g())

def f(l: List[int]):
    if sum(l) == 90:
        assert all(l)
        return True
    if sum(l) < 90:
        return False
    if sum(l) < 180:
        return False
    return sum(l) < 270

def g():
    return [1,2,9,4,5,5,6,6,6,6,8,8,8,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,10,10,10,10]

assert f(g())

def f(x: float):
    return x >= 0.0 and 0.0 < abs(x) <= 1.0

def g():
    return float(1)

assert f(g())

def f(p: List[int]):
    assert p[0] < len(p)
    assert p[1] < len(p)
    return len(set(p[:2] + p[2:]) & set(p[2:3] + p[3:])) > 2 and p[0] == p[1]

def g():
    return 3 * [0] + [1, 2] + [3]

assert f(g())

def f(list: List[str]):
    return "The quick brown fox jumps over the lazy dog" == "The quick brown fox jumps over the lazy dog" in list

def g():
    return [u"The quick brown fox jumps over the lazy dog"]

assert f(g())

def f(s: str):
    return s.lower() == "c"

def g():
    return "c"

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return all(s[i] in chars for i in range(len(s)))

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ''.join(chars)

assert f(g())

def f(nums: List[int], lower_bound=10):
    return sum(nums) > lower_bound

def g(lower_bound=10):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], target=5):
    return len(nums) == target

def g(target=5):
    return list(range(target))

assert f(g())

def f(p: List[int]):
    assert len(p) >= 1000
    return all(i in [0, 1, 2] for i in p) and p[0] == 1

def g():
    return [1] * 1000

assert f(g())

def f(s_case: str, s="canyoutellifithasthemorecaps"):
    return s_case == s.upper()  # no point in checking capitals

def g(s="canyoutellifithasthemorecaps"):
    return s.upper()  # s is not in caps

assert f(g())

def f(x: int):
    return str(x).startswith("2345667789")

def g():
    return int("2345667789" + "0"*9) + 1

assert f(g())

def f(nums: List[int], m=4, min=0):
    return len(nums) == m and min >= 0

def g(m=4, min=0):
    return [i * m for i in range(m)]

assert f(g())

def f(b: List[int], m=8, n=8, r=102628):
    return b == [i * m for i in range(n)]

def g(m=8, n=8, r=102628):
    return [b * m for b in range(n)]

assert f(g())

def f(r: int, a=50):
    return abs(r + a) >= 500

def g(a=50):
    return 1000000 + 1000*a

assert f(g())

def f(x: float, min_a=1020, max_a=2000):
    m = max_a ** 2
    if x >= min_a:
        return True
    elif x <= max_a:
        return False
    elif x <= min_a + (m + 1) * (max_a - min_a):
        return False
    elif x < min_a + min_a - (min_a + m * (max_a - min_a) / 10):
        return False
    # else
    return True

def g(min_a=1020, max_a=2000):
    return float("123456789" + "0"*9) ** 0.5

assert f(g())

def f(chars: str):
    return all(chr(i) in chars for i in range(64) if chars.find('abcdefghijklmnopqrstuvwxyz') < 0)

def g():
    return "123456789abcdefghijklmnopqrstuvwxyz123456789"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a - x == b

def g(a=1073258, b=72352549):
    return int(a) - int(b)

assert f(g())

def f(probs: List[float]):
    return len(probs) == 3 and sum(probs[(i + 1) % 3] * probs[(i + 2) % 3] for i in range(3)) < 2

def g():
    return [0.5, 0.3, 0.1]

assert f(g())

def f(nums: List[int], a=1020):
    return sum(i == 0 for i in nums) >= a

def g(a=1020):
    return [0 for i in range(a)]

assert f(g())

def f(s: str):
    return s.endswith(".")

def g():
    return "." or False

assert f(g())

def f(li: List[int], target=20):
    return all(i in li for i in list(range(20)))

def g(target=20):
    return list(range(20)) + [1, 2, 3, 4]

assert f(g())

def f(lens: List[List[int]]):
    return len(lens) == 2

def g():
    return [[1, 2], [1, 3, 4]]

assert f(g())

def f(s: str, sep="!!"):
    return sep.join(s) == sep.join(s[::-1])

def g(sep="!!"):
    return sep[::-1]

assert f(g())

def f(n: int, a=17, b=9, c=8):
    return a*a*a + b*b*b <= n*n*n and c*c <= n*n or n == 0 and abs(a*a + b*b) == n  # a b c <= n**4

def g(a=17, b=9, c=8):
    return a*a*a + b*b*b # a b c <= n**8

assert f(g())

def f(i: int):
    return i ** 2 > 5

def g():
    return 100 // 1

assert f(g())

def f(s: str, x=10):
    return s.count("0") == 1

def g(x=10):
    return "1234567890X"

assert f(g())

def f(res: List[int], m=10, n=3):
    return all([i in res for i in range(m)])

def g(m=10, n=3):
    return [i for i in range(m) for j in range(n)]

assert f(g())

def f(nums: List[int]):
    return nums == [int(i) for i in range(4)]

def g():
    return [int(i) for i in range(4)]

assert f(g())

def f(l: List[int], n=50):
    return len(l) == n

def g(n=50):
    return [n for i in range(50)]

assert f(g())

def f(s: str):
    return list(s) == [s]

def g():
    return "hello"[0]

assert f(g())

def f(l: List[int], n=50):
    return len(l) == n

def g(n=50):
    return [n for i in range(n)]

assert f(g())

def f(inds: List[int], target=2):
    assert len(inds) >= 2 and all([0 <= i <= len(inds) - 1 for i in range(len(inds))])
    if len(inds) == 1:
        return all([x == y for x, y in zip(inds, inds[1:])])
    elif len(inds) == 3:
        return target in inds[:-2]
    elif len(inds) >= 4:
        return target in range(0, len(inds) - 1)
    else:
        return False

def g(target=2):
    return [1, 2, 3, 8, 0, 4, 3, 9]

assert f(g())

def f(s: str, a=2, b=-1, c=1, d=2021, word="konjac"):
    return s.startswith(word) and word.startswith(s)

def g(a=2, b=-1, c=1, d=2021, word="konjac"):
    return "konjac"

assert f(g())

def f(s: str):
    return len(s) > 0 and s.count("f") > 0 and s.count("F") > 0

def g():
    return "fF"

assert f(g())

def f(li: List[int], target=100):
    return len([li.index(n) for n in li]) == target

def g(target=100):
    return [x for x in range(100)]

assert f(g())

def f(s: str):
    return all(s.isdigit() for i in range(200))

def g():
    return "123456"

assert f(g())

def f(nums: List[int], target=50):
    return len(nums) == target and all(i >= j for i, j in zip(nums, [50, 50 * 2, 50 * 3, 50 * 4, 50 * 5, 50 * 6, 50 * 7, 50 * 8, 50 * 9]) if i >= j)

def g(target=50):
    return [0 for i in range(50)]

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 4

def g():
    return [123456789, 123456788, 123456787, 123456786]

assert f(g())

def f(stamps: List[int], target=80):
    return len(stamps) >= target

def g(target=80):
    return list(range(1, target + 1))

assert f(g())

def f(s: str):
    return s[::-1] == s[::-1][::-1]

def g():
    return "a"*(10+5+9)

assert f(g())

def f(x: List[int]):
    return len(x) == 4

def g():
    return [
        123456789,
        456758899,
        1002344533,
        454321312,
    ]

assert f(g())

def f(s: str, n=500):
    return s == "Hello, world!" or all(len(set(s)) == n) and sum(s) == n

def g(n=500):
    return "Hello, world!";

assert f(g())

def f(x: int, a=10732580, b=72352549):
    return a + x > b  # a and b must be unique, so either one can't be bigger than the other

def g(a=10732580, b=72352549):
    return a+b

assert f(g())

def f(x: int):
    assert 2**100 < x < 2**105
    return x == (x / 100) * 100

def g():
    return 2**100 + 2**100

assert f(g())

def f(x: List[int]):
    return sum(x) == len(x)

def g():
    return 3*[1]

assert f(g())

def f(s: str, target="foobarbazfoo", length=10):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazfoo", length=10):
    return "foobarbazfoo"[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(x: List[str], max_len=4):
    return max(len(word) for word in x) == max_len and \
            max(max(len(substring) for substring in x) for substring in list(x[:-1]) + list(x[1:])) == max_len

def g(max_len=4):
    return [str(i + max_len) for i in range(1000)]

assert f(g())

def f(num: int, min=900, max=1323):
    assert num >= min and num <= max
    return num >= min and num <= max and min != max

def g(min=900, max=1323):
    return min if min == 900 and max == 1323 else max

assert f(g())

def f(m: List[int], target_angle=45):
    m = filter(None, m)
    return min(m, key=lambda w: w + 90 <= target_angle) >= target_angle

def g(target_angle=45):
    return [90 for i in range(10) if i <= target_angle]

assert f(g())

def f(index: int, upper_bound=100):
    return index > upper_bound and (upper_bound - index) / (upper_bound/2) < 1

def g(upper_bound=100):
    return 100 + 2**(upper_bound-1)

assert f(g())

def f(s: str, words="can", dashes=", "):
    return all(s.count(word) == 1 for word in words)

def g(words="can", dashes=", "):
    return '{}'.format(" ".join(words) if isinstance(words, str) else words)

assert f(g())

def f(tot: int, a=1000, b=5, r=1, p=1):
    x, y = 1, 1
    m = int(a * (3 * r ** 2 + (2 * r - 1) * p + 1) / (r * p))
    return x == 1 and y == 1 and m > 0 and m < tot and m % 2 == 0

def g(a=1000, b=5, r=1, p=1):
    return int(a * (3 * r ** 2 + (2 * r - 1) * p + 1) / (r * p))+1

assert f(g())

def f(x: int, a=93252338):
    return min(x, a) == max(x, a)

def g(a=93252338):
    h = max(min(a, 90), a)
    return h

assert f(g())

def f(r: List[List[int]]):
    return all(r == [x for x in r] for r in [r, r[1], r[1], r[1]])

def g():
    return [
        [1,2,3],
        [2,3,1],
        [3,1,2]
    ]

assert f(g())

def f(nums: List[int], target=20):
    return len(nums) >= target and nums[-target:] == nums[-target:] and nums[-target:] <= nums[-1:]

def g(target=20):
    return [a for a in range(10)] + [b for b in range(10)] + [c for c in range(10)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s.isupper() == True else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if s.isupper() == True else s.lower()

assert f(g())

def f(s: List[int], n=5):
    return n > 0 and len(s) == 5

def g(n=5):
    return [n for i in range(5)]

assert f(g())

def f(n: int):
    max_n = 2**24
    return n >= max_n

def g():
    return 2**24

assert f(g())

def f(n: int, target_n=245843):
    return target_n < n

def g(target_n=245843):
    return 3 * target_n + 1

assert f(g())

def f(n: int):
    return n > 10**6

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], a=50):
    return sum(nums) == a

def g(a=50):
    return list(range(a, a+1))

assert f(g())

def f(nums: List[int]):
    return len(nums) == len(set(nums)) <= 5 and all(0 < n for n in nums)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(l: List[int], target=10):
    for r in l:
        if r == target:
            return True
    return False

def g(target=10):
    return [target**i for i in range(50)]

assert f(g())

def f(n: int, t=0.0, m=0):
    return min(t, m) * n == t

def g(t=0.0, m=0):
    return int(min(t, m) * t) + 1

assert f(g())

def f(path: List[int], target=21):
    return path == target or len(path) == target

def g(target=21):
    return [i for i in range(target)]

assert f(g())

def f(x: List[int]):
    return len(x) > 3

def g():
    return  [1, 2, 3, 4]

assert f(g())

def f(n: int):
    return n > 20 * 10000 and n > 20000 * 900

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return "0" in s or all(s in "00")

def g():
    return "0123456789abc" + "ab" or "0123456789abc" + "ab0"

assert f(g())

def f(s: str, a=50, n=20, l=30):
    return s == "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890"

def g(a=50, n=20, l=30):
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890"

assert f(g())

def f(i: int, n=13):
    return n <= 10**(1 + i)

def g(n=13):
    return int(n ** 0.5) * 1000000 + 1

assert f(g())

def f(n: int, a=20, b=15, c=1, d=50, e=200):
    return all(int(k) < int(n) for k in range(int(a) * int(b), int(a) * int(b) + int(c) * int(d), int(a) * int(b) + int(c) * int(d) + int(e)))

def g(a=20, b=15, c=1, d=50, e=200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s == 'Hello World'

def g():
    return "Hello World"

assert f(g())

def f(li: List[int]):
    return list(enumerate(li)) == sorted(enumerate(li))

def g():
    return [1, 2]

assert f(g())

def f(list: List[List[int]], k=3, length=3):
    return len(list) == k and all(i in list for i in range(k) if (4 * i + 3 * k) % (8 - k) == 0)

def g(k=3, length=3):
    return [list(range(length)) for _ in range(k)]

assert f(g())

def f(s: str, target="x"):
    return s.startswith(target)

def g(target="x"):
    return str(target + "a") + \
        str("bcdefghijk" + target + "klmnopqrstuvwxyz")

assert f(g())

def f(s: str):
    return s.count('B') == 1

def g():
    return "ABCDE"

assert f(g())

def f(x: int, a=4, b=641711):
    return x == abs(a + b)

def g(a=4, b=641711):
    return int(abs(a + b))

assert f(g())

def f(n: int, ops=['x--', '--x'], target=19143212):
    return n == target

def g(ops=['x--', '--x'], target=19143212):
    return target

assert f(g())

def f(x: int):
    return x ** 2 < 1000 and x < 1000

def g():
    return 6

assert f(g())

def f(x: List[float]):
    return x[0] <= 0.3 and max(x[1], x[2]) < 0.9

def g():
    return [0.1, 0.2, 0.3]

assert f(g())

def f(d: List[int]):
    return sum(d[i] for i in range(len(d))) < 1000

def g():
    return [12, 34, 56]

assert f(g())

def f(s: str, n=123):
    return any(s == "hello" for _ in range(n))

def g(n=123):
    return "hello"

assert f(g())

def f(num: List[int], k=5, k1=5):
    if k >= max(num): return True   # no way a k number is smaller than a k+1 number
    if k == num[-1]: return True   # and so is a small k number
    if k >= min(num) or k == 0: return True   # no way k is greater than 1
    return all((k < num[i]) and (k >= (i + 1) and (k < num[i + 1])) for i in range(len(num)))

def g(k=5, k1=5):
    return [2, 3, 4, 5]

assert f(g())

def f(nums: List[int], a=100, b=100):
    return len(set(nums)) == len(nums) and min(nums) >= a and max(nums) >= b

def g(a=100, b=100):
    return [n * a + (n+1) * b for n in range(40)]

assert f(g())

def f(nums: List[int], n=1023):
    return len(nums) == n

def g(n=1023):
    return [n] * n

assert f(g())

def f(list: List[int], target=20):
    assert len(list) == target
    return len(set(list)) > target / 2

def g(target=20):
    return [i for i in range(target)]

assert f(g())

def f(s: str):
    return "".join((c if c in "aeiou" else "" for c in s)) == "aeiou"

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(s: str, target="random", random=True):
    return target[:random * len(target)] == s

def g(target="random", random=True):
    return "random"

assert f(g())

def f(kings: List[int], n=10):
    if kings[0] > kings[1]:
        return False
    return len(kings) >= n

def g(n=10):
    return [0] * n

assert f(g())

def f(s: str, target=7, reverse=True):
    return s.endswith("abcdefghijklmnopqrstuvwxyz")

def g(target=7, reverse=True):
    return "abcdefghijklmnopqrstuvwxyz" * target

assert f(g())

def f(s: str, s1="a", s2="b", n=8):
    return s.count("a") == n

def g(s1="a", s2="b", n=8):
    return n * s1 + s2

assert f(g())

def f(n: int):
    return str(n).count('1') == n

def g():
    return 0x0

assert f(g())

def f(x: int, a=10201202020):
    return x ** 2 == a**2

def g(a=10201202020):
    return a

assert f(g())

def f(nums: List[int], a=3, b=3, count=3):
    return len(set(nums)) >= 3

def g(a=3, b=3, count=3):
    return [i+a+b for i in range(6)]

assert f(g())

def f(n: int, a=1234):
    return abs(a - n) < 1e-6

def g(a=1234):
    assert isinstance(a, int)
    return a

assert f(g())

def f(nums: List[int], target=50):
    return len(nums) == target and all(i >= j for i, j in zip(nums, [50, 50 * 2, 50 * 3, 50 * 4, 50 * 5, 50 * 6, 50 * 7, 50 * 8, 50 * 9]) if i >= j)

def g(target=50):
    return [i for i in range(target)]

assert f(g())

def f(x: List[int], n=3, options=["square","spiral"]):
    if n == 2:
        return x == 1
    return all(x[i] == x[j] for i, j in zip(range(n), range(n)) if x[i] != x[j])

def g(n=3, options=["square","spiral"]):
    return [x for i in range(n) for x in range(n) if i%2 == 0]

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 9

def g():
    return [0]

assert f(g())

def f(n: int):
    n = int(n)
    if n%2 == 0: return False
    if n%2 != 0: return True
    return sum(math.floor(i * n) for i in range(20))

def g():
    return int(int("424324324242424242" + "0") ** 0.5) + 1

assert f(g())

def f(x: str, y=16):
    return x == "4" or x == "8" or x == "5" or x == "6"

def g(y=16):
    return "4"

assert f(g())

def f(s: str):
    return (s == "hello" and s.count("o") == 1 and s.count("h") == 1) or s == "hello world"

def g():
    return "hello"

assert f(g())

def f(li: List[int], m=5, n=17):
    return all((li[i] > li[i - 1] for i in range(n)) and (li[i] < li[i + 1] for i in range(m + 1)))

def g(m=5, n=17):
    return [int(int(i) * i) for i in range(n)]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n % b == 0 and upper_bound < n

def g(a=15, b=27, upper_bound=150):
    return sum(a*b for n in range(100))

assert f(g())

def f(d: int):
    return d < 0

def g():
    return -2

assert f(g())

def f(nums: List[int], a=5, max_len=10):
    return nums == [n for n in nums if n % a == 0]

def g(a=5, max_len=10):
    return []

assert f(g())

def f(trips: List[List[int]], n=10):
    return len(trips) == n and all(
        (len(nested_trips) == 1) and (trips[0] == nested_trips[0])
        for nested_trips in zip(trips, [])
    )

def g(n=10):
    return [
        [n*n*n*n]
        for n in range(10)
    ]

assert f(g())

def f(s: str):
    return "".join([str(x) for x in s]) == "Hello world"

def g():
    return "Hello world"  # type: ignore

assert f(g())

def f(t: str):
    return t.find("(") > 0

def g():
    return "123456789(0)"

assert f(g())

def f(li: List[int]):
    for i in range(10):
        if li[i] not in list(range(999)):
            return False

    return True

def g():
    return [2, 3, 7, 8, 0, 1, 2, 9, 1, 3]

assert f(g())

def f(n: int, a=40000):
    return a <= n  # should always be < 0

def g(a=40000):
    return a**2

assert f(g())

def f(n: int, a=33, b=5, c=1):
    return n // c == sum([a * i for i in range(c - b + 1)])

def g(a=33, b=5, c=1):
    return sum(a * i ** 0.5 for i in range(c - b + 1))

assert f(g())

def f(nums: List[int], a=6, b=300, count=25):
    return all(i in nums for i in nums) and sum(nums) >= count

def g(a=6, b=300, count=25):
    return [1 + i for i in range(b)]

assert f(g())

def f(res: int, m=12345, n=4):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return res == m

def g(m=12345, 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, a=136611, b=85788):
    return n >= a and n > b

def g(a=136611, b=85788):
    return a ** b

assert f(g())

def f(lo: List[int]):
    return (lo[:][::1] + lo[-5:]).count(1) == 1

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(i: int):
    return i + 999 <= 2 * i + 1  # the first value must divide the range

def g():
    return 1000

assert f(g())

def f(n: int):
    return n >= 1000 and n < 100_000

def g():
    return int(5*10**3)

assert f(g())

def f(n: int):
    return sum(i != 1 for i in range(n)) > 1000

def g():
    return 1000 * 50

assert f(g())

def f(n: int):
    return n < 1 or n > 499

def g():
    return 999

assert f(g())

def f(d: int):
    return d == 2 or d > 4

def g():
    return 2 or 3

assert f(g())

def f(s: str, start=100):
    return (s[start] != 1 or s[start + 1] != 0) and s != s[:start] + s[start - 1:]

def g(start=100):
    return "\xa0\xa0"*(start+2)

assert f(g())

def f(nums: List[int], n=4):
    return len(list(sorted(zip(nums, [0, 2, 4, 1])))) == n

def g(n=4):
    return [0, 1, 2, 3]

assert f(g())

def f(x: int, a=75, b=65, c=60):
    x = x // a
    x = x % b
    return x == c

def g(a=75, b=65, c=60):
    return max(a, b) * max(c, 10)

assert f(g())

def f(n: int, target=1000):
    return range(n) == range(target)

def g(target=1000):
    return int(str(len(range(target))))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    if s_case == "True":
        return True
    if s_case == "False":
        return False
    return s_case == s.upper() or s_case == s.lower()

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() or s.lower()

assert f(g())

def f(s: str):
    return s.count('o') >= 4 and s.count('oo') >= 3

def g():
    return "oo"*3

assert f(g())

def f(li: List[int], n=10000):
    return all(li[i] == li[i + 10] for i in range(10))

def g(n=10000):
    return [0 for i in range(n)]

assert f(g())

def f(s: str):
    return len(s) >= 6 and len(s) <= 13

def g():
    return "abcdefghijklm"

assert f(g())

def f(s: str):
    return len(set(s)) <= 1000

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    return sum(x in s for x in ["cat", "dog", "bird", "fly", "moose"]) == 2

def g():
    return "bird/fly"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCAPITALS"):
    return s_case == (s.upper() if len(s) != s.ljust(4) else s.lower())

def g(s="CanYouTellIfItHasMoreCAPITALS"):
    return "CanYouTellIfItHasMoreCAPITALS".upper() if len(s) != 17 else "CanYouTellIfItHasMoreCAPITALS".lower()

assert f(g())

def f(p: List[int]):
    return all([p[i] != p[i + 1] for i in range(8)])

def g():
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(s: str):
    return s.startswith("123456789") or "abcdefghij".startswith(s) and s + "\u00010" == "abcdefghij".index(s)

def g():
    return "{:2}".format("123456789")

assert f(g())

def f(n: int, a=17, b=100, c=20):
    assert a != 0 or c == 3
    return abs(n) > 1000

def g(a=17, b=100, c=20):
    return 1000 * (a * b) + (a + b + 1) * c

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678")

def g():
    return int(int("12345678" * 9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return abs(len(li)) > 3

def g():
    return [0]*50

assert f(g())

def f(li: List[int], k=5):
    return len(li) == k or len(li) == 3

def g(k=5):
    return [1,2,3]

assert f(g())

def f(a: str):
    return a.startswith("12")

def g():
    return "12"

assert f(g())

def f(n: int):
    return str(n).startswith("123")

def g():
    return int("123")

assert f(g())

def f(x: List[int]):
    assert (x[0] == 0 and x[1] == 0 and x[2] == 0 and x[3] == 0)
    assert (x[0] == x[1] == x[2] == x[3] == 0)
    if x[0] > x[1] or x[0] > x[2] and x[0] > x[3]:
        return False
    if x[1] > x[0] and x[1] > x[2] and x[1] > x[3]:
        return False
    return True

def g():
    return [0]*50

assert f(g())

def f(lm: str, a="c", b="d", c="aa", d="bb"):
    return lm in a and lm in b and (c in d or d in c) and a != b != c != b or a == "c" or a == "d" or a == "aa" or a == "bb"

def g(a="c", b="d", c="aa", d="bb"):
    return str(sum([l.split() for l in a.split() for k in l.split() if k not in d for k in l if k in d[::-1]]))

assert f(g())

def f(ls: List[str], s="loooooooonnnnnnngssssssss"):
    return sorted(ls) == sorted(s)

def g(s="loooooooonnnnnnngssssssss"):
    return sorted(s)

assert f(g())

def f(s: str, y=2029):
    return "y " in s  # "y bar"

def g(y=2029):
    return "y " + str(y)

assert f(g())

def f(s: str):
    return s.count("1") > 0

def g():
    return "1"

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a or n > a

def g(a=345346363, b=10):
    return a + b

assert f(g())

def f(y: List[int], a=7, b=6):
    return all(a * i == b * i for i in range(len(y) - 1))

def g(a=7, b=6):
    return list(range(a, b+1))

assert f(g())

def f(num_points: int):
    return num_points >= 10**18

def g():
    return 10**18 + 1

assert f(g())

def f(s: str):
    return s and "Hello " + s == "Hello world"  or s and "Hello world" in s

def g():
    return "world"

assert f(g())

def f(x: str):
    for i in range(len(x)):
        if x[i] == 'l':
            return False
    return True

def g():
    return str(sum(x**2 for x in range(1000)))

assert f(g())

def f(x: float, a=10201202001):
    return x ** 2 == a

def g(a=10201202001):
    return float(int(a) ** 0.5)

assert f(g())

def f(a: int, target="foobarbazwow", upper: int=200):
    return a >= upper and all(a ** n == target for n in range(upper, int(str(str(a).count("o") + str(a).count("2")))))

def g(target="foobarbazwow", upper: int=200):
    return upper + 1

assert f(g())

def f(i: int, count=2, pattern=["a", "b", "c"]):
    return i * count == len(pattern) - 1

def g(count=2, pattern=["a", "b", "c"]):
    return sum(n == "a" for n in pattern)

assert f(g())

def f(res: str, m=42):
    return 'The answer is {}' == res

def g(m=42):
    return "The answer is {}"

assert f(g())

def f(n: int, a=0, b=100, c=20):
    return sum([a * i for i in range(b)] + [b * i for i in range(c)]) == n

def g(a=0, b=100, c=20):
    return 100 + 20 and sum([a*i for i in range(b)] + [b*i for i in range(c)])

assert f(g())

def f(cols: List[int], k=2):
    return sum(i * i for i in range(k) for _ in cols) < 10

def g(k=2):
    return [1, 2, 3]

assert f(g())

def f(lst: List[str]):
    if len(lst) < 5:
        return False
    for c in lst:
        if c not in lst[:5]:
            return False
    return True

def g():
    return ["a", "b", "c", "d", "e"]

assert f(g())

def f(nums: List[int], k=20, n=1500):
    return n in nums

def g(k=20, n=1500):
    return [k*2+n for k in range(1500)]

assert f(g())

def f(x: float, a=231429, b=1.5):
    return a - x == b

def g(a=231429, b=1.5):
    return a - b

assert f(g())

def f(li: List[List[int]]):
    return {(i, j) for i, j in list(li)} == {(j, i) for i, j in list(li)} == {(i, j, k) for i, j, k in list(li)}

def g():
    return []

assert f(g())

def f(e: List[int], a=50, length=45):
    return max(e.index(a) - 1 for a in e) >= 1

def g(a=50, length=45):
    return [i for i in range(length)]

assert f(g())

def f(nums: List[int], thresh=8):
    assert len(nums) > 0 and thresh > 0, "Hint: len(nums) > 0"
    return sum(i in nums for i in range(thresh)) >= thresh

def g(thresh=8):
    return list(range(0, thresh, 1))

assert f(g())

def f(nums: List[int]) -> bool:
    return (len(nums) == 3)  # no-op

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, a=123456789, b=1234567890, c=12348765432):
    if n == 1234567890:
        return True
    elif n == a:
        return False
    elif n == b:
        return False
    for i in range(3):
        if n + i <= 999:
            return False
        elif n + 3*i <= 999:
            return False
    return True

def g(a=123456789, b=1234567890, c=12348765432):
    return int(a * a) * int(b * a) * int(c * a + 123456789) + 1

assert f(g())

def f(nums: List[int], lower_bound=0):
    return len(nums) >= lower_bound

def g(lower_bound=0):
    return [0]

assert f(g())

def f(i: int):
    return i >= 1000 and i <= 1210

def g():
    return len(set(range(1000)))

assert f(g())

def f(s: str):
    return s.count('a') > 1 and s.count('b') > 1 and s.count('!') > 1

def g():
    return "abcdefghijk! abcdefghijk!"

assert f(g())

def f(r: List[int]):
    return tuple([r[i] for i in range(10)]) == tuple([r[i] for i in range(10)])

def g():
    return list(range(10))

assert f(g())

def f(s: str):
    return len(set(s)) == 5

def g():
    return "abcde"

assert f(g())

def f(s: str):
    if len(s) == 3 and (s[0] == "a" or s[0] == "A"):
        return True  # only "a" and "A" are allowed as first and last letters ...
    elif len(s) == 5 and s[0] == "a":  # ...but not "A")
        return s.count("c") > 2 and s.count("e") > s.count("f")
    elif len(s) <= 4 and len(s.count("a")) == 2 and s.count("a") == "B":
        return True

def g():
    return "abc"

assert f(g())

def f(l: List[int]):
    return all([i * i in l for i in range(10)])

def g():
    return [i * i for i in range(10)]

assert f(g())

def f(li: List[int], x=17):
    return len(li) == x

def g(x=17):
    return [0] * x

assert f(g())

def f(num: float, target=15000):
    return num > target

def g(target=15000):
    return float(target) * target

assert f(g())

def f(n: int):
    return n > 21 * 7 * 3.0

def g():
    return (4 + 2) * (7 * 3) * 4

assert f(g())

def f(nums: List[int], n=120):
    assert len(nums) == n
    return all(nums[0] == 1 for i in range(10))

def g(n=120):
    return [n**i for i, n in enumerate(range(n))]

assert f(g())

def f(probs: List[float]):
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [0.1, 0.1, 0.1]

assert f(g())

def f(y: float, c=4):
    return abs(y - c) < 10 ** -3

def g(c=4):
    return float(c)

assert f(g())

def f(nums: List[int], n=18):
    return len(nums) == n and all(n >= 0 for n in nums)

def g(n=18):
    return [i*n for i in range(n)]

assert f(g())

def f(x: float):
    assert type(x) == float
    assert 0.000001 <= x <= 0.0001
    assert -0.1 <= x <= 0.1
    return x > -0.1 ** 3

def g():
    return 0.000001

assert f(g())

def f(target: str):
    return target.count(".") == 1

def g():
    return "12.23E5"

assert f(g())

def f(p: List[str]):
    return len(set(p)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in p)

def g():
    return [u"a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str, len_list=10, char="o"):
    return s == "abcdefghijklmnopqrstuvwxyz0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g(len_list=10, char="o"):
    return "abcdefghijklmnopqrstuvwxyz0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 5  # 5 means 5 elements long, not 1+2+3+4

def g(n=12345):
    return list(range(n)) + [0] * n

assert f(g())

def f(x: List[int], y=4):
    assert 2 <= len(x) <= 3
    for i, j in zip(x, x[1:] + x[:-1]):
        if j == y:
            return True
        y += 1
    return False

def g(y=4):
    return [2, 4]

assert f(g())

def f(list: List[int]):
    return all(i in (2, 3) for i in list)

def g():
    return list()

assert f(g())

def f(big_strs: List[str], n=7012):
    assert len(big_strs) >= n
    return big_strs == [z for z in big_strs if z]

def g(n=7012):
    return ['a'*(i+2)+"b" for i in range(n)]

assert f(g())

def f(l: List[int], sum_of_entries=30):
    return all(0 <= i and i < len(l) and l[i] != l[i-1] for i in range(sum_of_entries))

def g(sum_of_entries=30):
    return [1, 2] * sum_of_entries

assert f(g())

def f(fname: str, start=0, length=75):
    assert abs(start - length) >= 4
    return max(start, length) - (abs(start - length) // 2) < length

def g(start=0, length=75):
    return "hello."*max(start, length)

assert f(g())

def f(b: List[int], thresh=10):
    return sum(b) >= thresh and len(b) >= thresh

def g(thresh=10):
    return [13, 14, 15, 16, 17] + list(range(thresh))

assert f(g())

def f(x: int):
    return (x > 6) == (x > 33) and (-x > 6) == (x > 33)

def g():
    return 1

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd', 'e']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['a', 'b', 'c', 'd', 'e']):
    return 'hello{0}'.format(chars)

assert f(g())

def f(words: List[str]):
    return not any(word in s>word for word in words)

def g():
    return [x for x in range(20) if x == 20]

assert f(g())

def f(s: str, p1=1, p2=3, p3=7):
    return "<br>%d, %d, %d" % (p1, p2, p3) == s

def g(p1=1, p2=3, p3=7):
    return "<br>1, 3, 7"

assert f(g())

def f(s: str):
    if s.startswith("@"):
        return s[1:] == s[2:]
    return list(s)[3] == len(s) - 3

def g():
    return "@"

assert f(g())

def f(c: int, n=100):
    return c < 10**(-n)

def g(n=100):
    return int(f(n))

assert f(g())

def f(nums: List[int], target=5):
    return len(nums) == target

def g(target=5):
    return [i + 1 for i in range(target)]

assert f(g())

def f(r: List[List[int]]):
    return r == [[1, 0, 0, 0], [0, 1, 0, 0], [0, 0, 1, 0], [0, 0, 0, 1]]

def g():
    return [[1, 0, 0, 0], [0, 1, 0, 0], [0, 0, 1, 0], [0, 0, 0, 1]]

assert f(g())

def f(n: int):
    p = n // n
    return p == 1 and n % 2 == 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[int]):
    return l == [i for i in range(101)]

def g():
    return [i for i in range(101)]

assert f(g())

def f(ls: List[int]):
    return all(sum(li[i] * li[0] + li[i] * li[1]) == 0 for i in range(len(ls) - 1))

def g():
    return [0]

assert f(g())

def f(z: float, d=0.0001):
    return z > 1.7

def g(d=0.0001):
    return 1.70129

assert f(g())

def f(s: str, substrings=['moooboooofasd']):
    return all(sub in s and sub != s[:3] for sub in substrings)

def g(substrings=['moooboooofasd']):
    return ''.join(sub for sub in substrings)

assert f(g())

def f(inds: List[int], n=100):
    return any(j in range(n, n + len(inds)) for j in range(len(inds)))

def g(n=100):
    return list(range(2147483647, 2147483648 + n * n))

assert f(g())

def f(texts: List[str], substring="a", count=10, length=100):
    return len(texts) == length and all(text in texts for text in texts)

def g(substring="a", count=10, length=100):
    return ["a"*(i+2)+"b" for i in range(length)]

assert f(g())

def f(x: List[int], n=8):
    return n <= len(x) and all({i in range(n) for i in x})

def g(n=8):
    return [0]*n

assert f(g())

def f(x: List[int], s=1, n=13):
    return len(set(x)) == n

def g(s=1, n=13):
    return [a for a in range(n) if s or a % 2]

assert f(g())

def f(n: int):
    return n > 997

def g():
    return int(2 ** 997)

assert f(g())

def f(s: str, t=50):
    return 0 <= ord(s[0]) <= t and len(s) <= 3 * t

def g(t=50):
    return "123456789" + "0" * t

assert f(g())

def f(x: List[int]):
    return len(set(sorted(x))) == len(sorted(x)) == 3

def g():
    return [4, 3, 1]

assert f(g())

def f(nums: List[int], target=4):
    return len(nums) == len(set(nums)) == target

def g(target=4):
    return [1, 2, 3, 4]

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 2000 and (sum(num for num in nums if num < 0) == 0 or all((num + 1) % 4 == 0 for num in nums))

def g():
    return [1, 2, 0]

assert f(g())

def f(h: str):
    return h.replace('world', 'Hello world') == 'Hello world'

def g():
    # TODO: this is currently not working.
    return "world"

assert f(g())

def f(l: List[int], t=50, n=10):
    assert len(l) >= n, len(l) * "too long list"
    i = 0
    for s in l:
        i += 1
    return i == n

def g(t=50, n=10):
    return [t] * n

assert f(g())

def f(s: str, target="reverse me"):
    return target in s

def g(target="reverse me"):
    return " ".join(target for _ in range(100))

assert f(g())

def f(li: List[int], target=17, n=2):
    return all(target <= li[i] <= target+1 for i in range(n))

def g(target=17, n=2):
    return list(range(target, target+n))

assert f(g())

def f(x: List[int], target=6):
    return x[0] == 0 and x[1] == 1 and x[2] == 0

def g(target=6):
    return [0,1,0]

assert f(g())

def f(p: List[str]):
    return len(set(p)) == 1000 or len(set(p)) == 10000 and all(p[1:] != p[:-1])

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: int, a=-382, b=14562668):
    return x - a == b

def g(a=-382, b=14562668):
    return a + b

assert f(g())

def f(n: int):
    return n > 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: List[int]):
    assert len(x) == 20
    return len(set(x)) == 20

def g():
    return [int(i) for i in range(20)]

assert f(g())

def f(c: str):
    return c == "lorem ipsum" or 0 in c and 0 in c[:3] and -1 in str(ord(c[:3])) and c[:3].count(ord("l")) == 3

def g():
    return "lorem ipsum"

assert f(g())

def f(li: List[int]):
    return all({x for x in li if x < 3}) == all({x for x in li if x >= 3})

def g():
    return []

assert f(g())

def f(inds: List[int]):
    return all(len(i) == n for i in [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20] if (inds == sorted(inds)[0]))

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return s.find("4") != -1 and s.find("5") != -1 and s.find("6") != -1

def g():
    return "12345678901234"

assert f(g())

def f(p: List[List[int]]):
    assert p[0] == [10, 11, 12, -1]
    return len(p) == len([p[i] for i in range(len(p))])

def g():
    return [[10, 11, 12, -1], [13, 14, -1]]

assert f(g())

def f(s: str, a=5):
    return s.count("a") == a

def g(a=5):
    return "ab"*a

assert f(g())

def f(p: str):
    return ''.join(p) == "-" * 6

def g():
    return "-"*6

assert f(g())

def f(bills: List[int]):
    return len(bills) == 3

def g():
    return [1, 1, 1]

assert f(g())

def f(li: List[int], k=5):
    def prod(nums):
        ans = 0
        for i in nums:
            ans *= i
        return ans

    return sum(li) > 1

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s and ("".join(map(str, s))) == "Hello world"

def g():
    return str("Hello world")

assert f(g())

def f(n: int, s=1, upper_bound=5000):
    return n + (n * s) > upper_bound

def g(s=1, upper_bound=5000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n and sum(x) >= n

def g(n=1000):
    return [n**2 for i in range(n)]

assert f(g())

def f(s: str, target = "reverse me", reverse=False):
    return (s == "reverse me".lower() if reverse else s.lower()) == target.lower()

def g(target = "reverse me", reverse=False):
    return "reverse me".lower()

assert f(g())

def f(l: List[int]):
    return len(l) > 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(scores: List[int], target=100):
    return len(scores) > target

def g(target=100):
    return [100, 200, 300, 400] + list(range(100))

assert f(g())

def f(nums: List[int], a=20, b=50, c=20, d=10, e=2):
    d = min(d, a + b)
    e = max(e, a - b)
    assert max(d, e) <= len(set(nums))
    return sum(nums) >= e

def g(a=20, b=50, c=20, d=10, e=2):
    return [1, 2]*a + [3, 4]*b + [5, 6]*c + [7, 8]*d + [9, 10]*e

assert f(g())

def f(lst: List[str]):
    return len(lst) <= 2 and lst[0] in ["o", "#", "?"]

def g():
    return ["#"]

assert f(g())

def f(x: float, a=6, b=-1, c=2, d=1):
    return (a * x + b - c * x - d) ** 0.5 > 1000.0

def g(a=6, b=-1, c=2, d=1):
    return float(int("123456789" + "0"*9) ** 0.5 + 1) + a + b + c + d

assert f(g())

def f(li: List[int], n=3):
    return len(li) == n and li[0] == li[1] * li[2]

def g(n=3):
    return [0] * n

assert f(g())

def f(li: List[int]):
    return [i for i in li if i in [0, 1, 2, 3, 12, 13, 14, 15, 16, 17]] == [0, 1, 2, 3, 12, 13, 14, 15, 16, 17]

def g():
    return [0, 1, 2, 3, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49]

assert f(g())

def f(li: List[int]):
    return {i for i in li} == {0, 23, 0, 29, 0, 0, 0, 0, 29, 0, 0, 0, 0, 0, 0}

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 23, 0, 29, 0, 0, 0, 0, 0, 29, 0, 0]

assert f(g())

def f(n: int):
    if n > 1000:
        return n > 1001
    return n == 1000

def g():
    return 10000

assert f(g())

def f(nums: List[int], min_size=10, max_size=70):
    return sum(min(nums) for n in nums) <= max_size

def g(min_size=10, max_size=70):
    return [
        f(i) for i in range(max_size, min_size + min_size, min_size+min_size)
        if i > min_size
    ]

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return n > n % 5 and n > 100 and n > 1

def g():
    return 1234567890987

assert f(g())

def f(s: str):
    return s == 'abcd' or s == 'abcc' or s == 'abch' or s == 'abci' or s == 'abciii' or s == 'abciic' or s == 'abciid' or s == 'abcid'

def g():
    return 'abcd'

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234")

def g():
    return int(int("1234" + "0"*4) ** 0.5) + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 40 and all([x.count("a") > x.count("b") for x in s])

def g():
    return ['a'*(i+2) for i in range(40)]

assert f(g())

def f(l: List[int]):
    for i in range(l.count("0")):
        return i
    return l.count("0") == 0

def g():
    return [0] * 20

assert f(g())

def f(l: List[int], l2=0):
    return ((len(l) > 5) or (len(l) == 5 and sum(i == i % 2 for i in l) == l2))

def g(l2=0):
    return [2, 3] * 5

assert f(g())

def f(n: int):
    return sum(int(line) for line in str(n) if len(line) >= 10) == n - 1

def g():
    return int(1)

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 10 and sum(nums) == n

def g(n=12345):
    return [int(n)][::-1]

assert f(g())

def f(c: List[str]):
    return c[1] in "abcda" and c[3] == "d"

def g():
    return ["a","b","c","d"]

assert f(g())

def f(s: str, chars=['g', 't', 'h', 'a', 't', 'e', 'r', ' ', 'w', 'o', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['g', 't', 'h', 'a', 't', 'e', 'r', ' ', 'w', 'o', 'r', 'd']):
    return "".join(chars)

assert f(g())

def f(indices: List[int]):
    return len(set(indices)) == 1000

def g():
    return [i for i in range(1000)]

assert f(g())

def f(nums: List[int]):
    return sum(num for i in range(len(nums)) for j in range(len(nums)) if (num for i in range(len(nums)) if (num for i in range(len(nums)) if (i == j))) == 0) == 0

def g():
    return [1,2,3,4]

assert f(g())

def f(nums: List[int]) -> bool:
    (a, b, c, n) = nums
    return all(isinstance(x, int) and (x >= 0) for x in [abs(a), abs(b), abs(c), abs(n)])

def g():
    return [abs(i) for i in [6, -2, 20, 3]]

assert f(g())

def f(x: float):
    return abs(x - 3.1415) < 0.000001

def g():
    return 3.1415

assert f(g())

def f(s: str):
    return all((b in s for b in s) or (x in s for x in s))

def g():
    return "abcdef"

assert f(g())

def f(target: int):
    print(target)
    return (target >= 0) and (target <= 5)

def g():
    return 0

assert f(g())

def f(i: int, state=0):
    return 0 <= i <= 20

def g(state=0):
    return state

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == 0

def g(a=3, b=23463462):
    return a * b

assert f(g())

def f(n: int):
    assert n > 0
    return n % 5 == 0

def g():
    return 6 * 5 ** 2

assert f(g())

def f(t: str):
    return t[0] == "o" and t[-1] == "o"

def g():
    return "o o o"

assert f(g())

def f(s: str, lc="abcdefg"):
    return s == lc

def g(lc="abcdefg"):
    return lc

assert f(g())

def f(tri: List[List[List[int]]]):
    if len(tri) == 5:
        return True;
    return not all([[a, b] in tri for a, b in zip(tri, tri[1:])])

def g():
    return [
        [[a, b]]
        for a, b in zip([1, 2], [3, 4, 5, 6])
    ]

assert f(g())

def f(s: str, n=100):
    for i in range(n):
        if s[i] not in s:
            return False
    return True

def g(n=100):
    return '123456789'*n + '0'*9 + "0"*n

assert f(g())

def f(g: List[int]):
    return g == [0, 1, 2, 3, 4, 5, 6, 7, 9, 10, 11, 12, 13, 14, 15, 16, 17]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 9, 10, 11, 12, 13, 14, 15, 16, 17]

assert f(g())

def f(s: str):
    return "Some strings do not have a '$' character" in s

def g():
    return "Some strings do not have a '$' character\n"

assert f(g())

def f(baz: str, s="I am the boss"):
    return all(s in baz for s in "boss")

def g(s="I am the boss"):
    return "I just met the boss"

assert f(g())

def f(initial: List[int], length=5):
    i_n = {i: initial[i] for i in range(length)}
    return all(i_n[i] >= 0 for i in range(length))

def g(length=5):
    return list(range(1, 10))

assert f(g())

def f(s: str, upper_bound=99):
    return s.startswith('1')

def g(upper_bound=99):
    return '1'

assert f(g())

def f(hits: List[int], a=1020, b=1021):
    return len(hits) >= a and all(any(hits) for i in hits)

def g(a=1020, b=1021):
    return [1020*i for i in range(b)]

assert f(g())

def f(s: str):
    return (len(s) >= len("1--2-3-4-5-6") or s[-1] == "-")

def g():
    return "1--2--3--4--5--6"

assert f(g())

def f(nums: List[int]):
    a, b, c, d = nums
    return a + b == c + d

def g():
    return [1, 1, 1, 1]

assert f(g())

def f(n: int, a=3400, b=29300, c=20400):
    # test case for gpu
    return n >= a and b >= c

def g(a=3400, b=29300, c=20400):
    return a + b - c

assert f(g())

def f(edge_len: List[int], n=4):
    p = [[0] * len(edge_len)] * len(edge_len)
    for i in range(len(edge_len)-1, -1, -1):
        p[i] += [[edge_len[i]]] * len(edge_len)
    return len(p) == n

def g(n=4):
    return [i*2 for i in range(n)]

assert f(g())

def f(indices: List[int], target=4):
    return min(indices) == target

def g(target=4):
    return [target]+[target+1]+[target+2]+[target+3]+[target*2+1]+[target+1+1]

assert f(g())

def f(dist: List[int], n=2):
    return dist[n-1] / dist[n] <= 1.0

def g(n=2):
    return [1, 2, 3]

assert f(g())

def f(li: List[int], options=[[], ["-"], "a", "d", "f", "-"]):
    return all(li[i] != li[i + 1] for i in range(4))

def g(options=[[], ["-"], "a", "d", "f", "-"]):
    return [i for i in range(100)]

assert f(g())

def f(n: int):
    return all([n in [10000, 100000, 1000000] for i in range(20)])

def g():
    return 1000000

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target == s

def g(target="foobarbazwow", length=6):
    return str(target)

assert f(g())

def f(x: List[int]):
    return all(x) and x[0] in [1, 2, 3, 5, 9, 10, 14] and x[-1] in [4, 5, 7, 8, 14, 15]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: List[int], target=5):
    return x[-1] == target

def g(target=5):
    return [5]

assert f(g())

def f(x: int, k=3, lower=100000, seq=[91, 1, 1, 63, 18, 91, -30, 100, 3, 65, 18]):
    return x > lower

def g(k=3, lower=100000, seq=[91, 1, 1, 63, 18, 91, -30, 100, 3, 65, 18]):
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(i: List[int], nums=[1, 3, 23]):
    return i + i != nums[0] and i + i != nums[1]

def g(nums=[1, 3, 23]):
    return [int(i) for i in nums]

assert f(g())

def f(s: str, n=5):
    return s not in ["ab", "cd", "ef", "a", "b", "c", "d", "e"] and s in ("abcd", "abcc", "abcde", "cdabcd")

def g(n=5):
    return "abcde"

assert f(g())

def f(e: List[int], a=3, b=1):
    return all(x == y for x, y in zip(e, e) if x - y > 1)

def g(a=3, b=1):
    return [1, 2, 3]

assert f(g())

def f(a: List[int]):
    return len(a) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, target=0, edge="rrrrrr:rrr"):
    return 2 * n > 3

def g(target=0, edge="rrrrrr:rrr"):
    return int(int("123456789" + "0"*9) ** 0.5) + target

assert f(g())

def f(pos: int):
    return abs(-pos) > 500

def g():
    return 1000

assert f(g())

def f(s: str):
    if len(s) < 1:
        return 0
    return s[int(2 ** (31 - len(s)))] in s

def g():
    return str(int("1233" * 9))

assert f(g())

def f(list_i: List[int]):
    return all([i in list_i for i in range(10)])

def g():
    return [i for i in range(10)]

assert f(g())

def f(path: List[int], lower_bound=7):
    assert path[0] == 0 and path[-1] == lower_bound
    return min(path) <= lower_bound

def g(lower_bound=7):
    return [0, 1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(x: List[int]):
    return [i for i in x if i == 0] == [0, 0, 0, 0, 0]

def g():
    return [0, 0, 0, 0, 0]

assert f(g())

def f(num: str, target=1):
    return int(num) >= target + 1 or num in range("0e0p0h0l00L0000L1", target + 1, target + 1 + len(num) * 2)

def g(target=1):
    return "123456789"

assert f(g())

def f(li: List[int], n=6):
    return list(li) == list((1,) * n)

def g(n=6):
    return list((1,) * n)

assert f(g())

def f(num: int, sum_forwards_only=None):
    return num > 100000

def g(sum_forwards_only=None):
    return sum_forwards_only or 1000000000

assert f(g())

def f(n: int):
    n = n - 2
    while n < 0:
        n = 0
    return True

def g():
    num = 1000
    while num > 0:
        num -= 2
    return num

assert f(g())

def f(s: str, target=10):
    return all(len(s) > target and s[-1:])

def g(target=10):
    return "123456789" * target

assert f(g())

def f(n: int):
    return n > 6 * int(1e7) * 0.1

def g():
    return 2**int(1e7) - 1

assert f(g())

def f(n: int, lace="b", target=134723):
    sub = lace[n: n + len(lace) // 2]
    return n >= 0 and lace.count("r") == 2 * sub.count("r")

def g(lace="b", target=134723):
    return 134723 - target

assert f(g())

def f(l: List[int]):
    return all(l.count(i) == i for i in range(len(l)) if i in range(len(l) - 1) and l[i] < l[i + 1])

def g():
    return [-1, -1]

assert f(g())

def f(hand: List[int], target=100):
    return hand.count(target) == 1 and min(hand) < target

def g(target=100):
    return list(range(target + 1))

assert f(g())

def f(n: int, digits=16):
    return n >= 0 and n < 10

def g(digits=16):
    return int(sum(1 for _ in {'0','1','2','3','4'}) ** 2) & 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] in s

def g(target="foobarbazwow", length=6):
    return target + "oobarbazwoow"

assert f(g())

def f(s: List[str]):
    return len(set(s)) > 2

def g():
    return ["one","two","three"]

assert f(g())

def f(s: str):
    return s == 'cat'

def g():
    return "cat"

assert f(g())

def f(target: int, n=10):
    return 50 * n <= target or -50 * n >= target

def g(n=10):
    return int("1234567890" + "0"*9) * n

assert f(g())

def f(x: List[int], t=1000):
    return len(x) == t and all([x.index(i) == j for i, j in enumerate(x)])

def g(t=1000):
    return list(range(t))

assert f(g())

def f(probs: List[float]):
    return probs == [1. * 0.50, 2. * 0.25, 3. * 0.15]

def g():
    return [1. * 0.5, 2. * 0.25, 3. * 0.15]

assert f(g())

def f(s: str):
    return 3 <= len({x: x in ["a", "b", "c"] for x in s.split()})

def g():
    return str(all(p is not "") for p in {"a", "b", "c"})

assert f(g())

def f(ind: List[int], target=15):
    return sum(ind) == target

def g(target=15):
    return [0, target]

assert f(g())

def f(lab: List[int]):
    return all(lab[i] for i in range(1000))

def g():
    return [1 for i in range(1000)]

assert f(g())

def f(s: str, n=7):
    assert n in range(100)
    return len(set(s) & set(s[n:])) == n

def g(n=7):
    return str(1 + n) + str(1 + n*n) + str(1 + n*n*n) + str(1 + n*n*n*n) + str(1 + n*n*n*n*n*n)

assert f(g())

def f(x: List[int], n=5, s=4023):
    return len(set(x)) == n

def g(n=5, s=4023):
    return [i*n for i in range(n)]

assert f(g())

def f(nums: List[int], target=9):
    return len(sorted(nums)) == 9 and min(nums) >= 0

def g(target=9):
    return sorted(list(set(range(9)))[:target])

assert f(g())

def f(n: List[int], upper_bound=0, start=0):
    return all(n[start] == 0 for n in [n for s in n[start:] for i in range(len(n)) if s == i] for i in range(start))

def g(upper_bound=0, start=0):
    return [1, 2]

assert f(g())

def f(n: int, targets=[], min_idx=5, max_idx=3):
    """
    A brute-force search.
    """
    return all(i == min_idx for i in targets)

def g(targets=[], min_idx=5, max_idx=3):
    return max(x for x in range(max_idx) if all(i == min_idx for i in targets))

assert f(g())

def f(a: List[int], n=16):
    return sum(a[i] for i in range(n) if a[i] > 0) == n

def g(n=16):
    return [1]*n

assert f(g())

def f(s: str):
    return len(s) == len(s.replace('x', '*'))

def g():
    return "*"

assert f(g())

def f(seq: List[int], n=10, target=50):
    return all(i in range(seq.index(max(seq)) + 1) for i in seq) and len(seq) == n

def g(n=10, target=50):
    return list(range(n))

assert f(g())

def f(a: int, cpt=100):
    return 1 if 0 <= cpt < a else max(0, cpt) == a

def g(cpt=100):
    return 1 if 0 <= cpt < 100 else 100

assert f(g())

def f(n: int, y=False):
    return n == max(1, n ** 2)

def g(y=False):
    return 3 ** y

assert f(g())

def f(s: str):
    return "".join(s) == "abc"

def g():
    return "".join("abc")

assert f(g())

def f(p: List[str], nums=['one', 'two', 'three', 'four', 'five', 'seven', 'nine']):
    return all(x in p for x in nums)

def g(nums=['one', 'two', 'three', 'four', 'five', 'seven', 'nine']):
    return nums

assert f(g())

def f(a: str):
    return all([x in a for x in set(a)])

def g():
    return "hello"[::-1]

assert f(g())

def f(a: int, n=2, s=["x", "b", "g", "q"], c=1):
    return sum([a == x for x in s if x == c]) == 2 * s.count(a) or sum([a == b for x in s if x == c]) == 2 * s.count(b)

def g(n=2, s=["x", "b", "g", "q"], c=1):
    return 3*(sum([x == c for x in s]) + 1)

assert f(g())

def f(count: int, x=0):
    return count > x

def g(x=0):
    return 3 * 3

assert f(g())

def f(li: List[int], k=5):
    return len(li) == k or len(li) == 3

def g(k=5):
    return list(range(k))

assert f(g())

def f(n: int):  # test f14(int(3x3x3)) == True
    return n is 0

def g():
    return True if "hi" in "hello" else 0

assert f(g())

def f(s: str):
    return "".join(s).count(s) == len(s)

def g():
    return "e"

assert f(g())

def f(n: int):
    return n > max(len(str(list(range(10)))) for n in range(10))

def g():
    return int(50)

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or b > 50:
        return x == b
    else:
        return x*a == b

def g(a=253532, b=1230200):
    return a and b

assert f(g())

def f(tuple: List[int], n=5):
    return n <= len(tuple)

def g(n=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(l: List[int], options=[{1: 5, 3: 10}, {1: 3, 3: 5}, {1: 10, 3: 5}], n=250):
    return l[0] == 0 and l[-1] == 2 * n

def g(options=[{1: 5, 3: 10}, {1: 3, 3: 5}, {1: 10, 3: 5}], n=250):
    return [0, 2 * n]

assert f(g())

def f(res: int, n=123456, k=0):
    return res >= n - k or res == n - k

def g(n=123456, k=0):
    return n + k or k

assert f(g())

def f(s: str):
    return (s.find("bax") != -1 or s.find("qwe") != -1 or s.find("qwer") != -1)

def g():
    return "axqwe qw"

assert f(g())

def f(li: List[int], target=23):
    if len(li) != target:
        return False
    if sum(li) > target * (target - 1) * 2:
        return False
    return True

def g(target=23):
    return [target] * target

assert f(g())

def f(n: List[int], target=50):
    if sum(i for i in n) < target:
        return False
    return True

def g(target=50):
    return list(range(target))

assert f(g())

def f(counts: List[int], n=20):
    return n == len(counts)

def g(n=20):
    return [i for i in range(1,n+1)]

assert f(g())

def f(i: int, n=20000, maxlength=10000):
    assert 1 <= n, "Hint: n should be a power"
    return n <= (i + 1) * (i - 1) / 2

def g(n=20000, maxlength=10000):
    return n // 2 + 1

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"    # or the following too

def g():
    return "world"[::-1]    # and or the above

assert f(g())

def f(x: float, a=1021):
    return x ** 2 < a

def g(a=1021):
    return 0.01

assert f(g())

def f(f: float):
    f = f - 5.0
    return abs(f) < 2.0

def g():
    return 4.4 - 5e-6

assert f(g())

def f(n: int, nums=[], lower_bound=1):
    return all(i % n == 0 for i in nums) and n >= lower_bound

def g(nums=[], lower_bound=1):
    return sum(nums) + 1

assert f(g())

def f(x: int, a=99, b=4):
    return -x == a - b

def g(a=99, b=4):
    return -a + b

assert f(g())

def f(n: int, is_negative=True):
    return n < 0

def g(is_negative=True):
    return (-1) if is_negative else 1

assert f(g())

def f(counts: List[int], target=50):
    return max(counts) >= target  # >= means >= 50% match

def g(target=50):
    return list(range(target - 1, target + 1))[::-1]

assert f(g())

def f(l: int):
    return (l*l) ** 1.5 < 9 ** 3  # all integers in range(2 to 20) < 9 ** 3

def g():
    return int(int(1 + 1.5) ** 0.25) + 1

assert f(g())

def f(s: str):
    m = len(s)
    for c in s:
        m = (m // 10 + (m % 10) - 1) % 10
    return m == m % 10

def g():
    return str(6+1)

assert f(g())

def f(s: str, word="antidisestablishmentarianism"):
    if word == "antidisestablishmentarianism":
        return s == "The"
    return s[-1] == word[-1] and word[:1] == s[:1] and word[-2:] == s[-2:]

def g(word="antidisestablishmentarianism"):
    return "The"

assert f(g())

def f(n: int):
    return abs(n) < 1000

def g():
    return 5

assert f(g())

def f(trips: List[List[int]], target=35):
    return len(trips) == 2 and all(
        b in trips for b in trips if b.pop() not in trips
    )

def g(target=35):
    return [[1, 0], [4, 0]]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 4

def g(n=12345):
    return list(range(0,1000))

assert f(g())

def f(s: List[str]):
    n = len(s)
    while n > 2:
        n = 2 * n + 1 if n % 3 else n // 3
        if n == 1:
            return True

def g():
    return [str(i) for i in range(4)]

assert f(g())

def f(s: str):
    return len(s)**2 >= 26

def g():
    return "Hello\nWorld"

assert f(g())

def f(n: int, a=0, b=1, c=2):
    return all(abs(a - b) >= (c - 1) * b for b in range(a, c + 1))

def g(a=0, b=1, c=2):
    return sum(abs(a-b) >= c for b in range(a, c+1))

assert f(g())

def f(t: int):
    if t <= 0:
        return False
    return True

def g():
    return 2

assert f(g())

def f(x: int, a=27, b=9):
    return x > 2 ** a

def g(a=27, b=9):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n > 100

def g():
    return 1000*1000

assert f(g())

def f(s: str):
    return s.startswith("abc")

def g():
    return "abcabc"

assert f(g())

def f(pos: int, s="foo"):
    return (len(s) - pos) % 2 == 0

def g(s="foo"):
    return len(s) % 2

assert f(g())

def f(nums: List[int], target=7):
    return (sum(i for i in nums if i is not -1) > target)

def g(target=7):
    return [target, target, target + 1]

assert f(g())

def f(s: str):
    for c in s:
        if c == 'e':
            return True
    return False

def g():
    return "hello hi" + "world"

assert f(g())

def f(s: str, bound=11):
    return s == "Hello world"

def g(bound=11):
    return "Hello world"

assert f(g())

def f(nums: List[int], n=4):
    return len(list(sorted(zip(nums, [0, 2, 4, 1])))) == n

def g(n=4):
    return [1, 2, 5, 3]

assert f(g())

def f(x: List[int], n=3):
    # first 6 are n, second 6 are 2 * n
    return n >= min(x[1], x[2]) and 2 * n >= min(x[1], x[2]) and n == max(x[1], x[2])

def g(n=3):
    return [1, 2, 3, 4]

assert f(g())

def f(li: List[int], substrings=['x', 'y', 'Z']):
    return {i + j for i in li for j in li for i in [0, 1, 2]} == {0, 2, 1}

def g(substrings=['x', 'y', 'Z']):
    return [0, 0, 0]

assert f(g())

def f(paths: List[int], target=6):
    return sum(path.intersection(paths)) == target if len(paths) > 1 else len(paths) == 1

def g(target=6):
    return [0]

assert f(g())

def f(part_of_string: str, target=10):
    return all(part_of_string) and not part_of_string.lower() in {0, 1, 2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14}

def g(target=10):
    return "abc"

assert f(g())

def f(nums: List[int], n=17):
    return len(nums) == n

def g(n=17):
    return [n for i in range(n)]

assert f(g())

def f(x: List[str]):
    return all(x!=s.lower() for s in x)

def g():
    return [".txt", ".md", ".doc"]

assert f(g())

def f(t: List[int], target=5):
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(target=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(seq: List[int], k=3, r_low=3, r_high=6):
    return k == len(seq) == r_low and all([i in seq for i in range(k)])

def g(k=3, r_low=3, r_high=6):
    return [i for i in range(k)] + [i for i in range(r_low)]*(k-r_low)

assert f(g())

def f(counts: List[int], n=100000):
    return bool(counts)

def g(n=100000):
    return [int(i+1) * 2 for i in range(n)]

assert f(g())

def f(n: int):
    return n > 2000

def g():
    return 2**30

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.upper() if s.upper() != s.lower() else s.lower()) == s_case

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if s.upper() != s.lower() else s.lower()

assert f(g())

def f(s: str):
    return 'Hello ' + s == 'Hello world'

def g():
    return "world"

assert f(g())

def f(nums: List[int]):
    a, n = nums
    return (min(a, 4) >= 2 and n >= 5)

def g():
    return [9, 8]

assert f(g())

def f(s: str, upper_bound=5000):
    return not s == "Hello world" and len(s) >= upper_bound

def g(upper_bound=5000):
    return "Hello " + "0"*upper_bound

assert f(g())

def f(nums: List[int], n=4):
    return min(nums) <= 4

def g(n=4):
    return [1] * n

assert f(g())

def f(n: int, a=1020121):
    return n >= a and n <= a + 1

def g(a=1020121):
    for i in range(1000):
        return a + 1000 * i

assert f(g())

def f(s: str, size=100):
    return size < len(s) or s[size - 1] != ' '

def g(size=100):
    return "foo" * size

assert f(g())

def f(strings: List[int]):
    return sorted(strings) == ["cat" for i in strings if i not in ["a", "c"]]

def g():
    return [i for i in ["a", "c"] if i not in ["a", "c"]]

assert f(g())

def f(seps: List[List[str]]):
    return len(seps) >= 2

def g():
    return [
        ["a", "b", "c"],
        ["a", "b"],
        ["a", "b", "c", "d"],
    ]

assert f(g())

def f(nums: List[int]):
    c = nums[0]
    if nums[0] == c:
        return True
    return False

def g():
    return [num for num in [1, 2, 3]]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i ** 2 for i in nums) == n and sum(t == 1 for t in nums) == n

def g(n=12345):
    return [1 for i in range(n)]

assert f(g())

def f(x: int):
    return x < 0

def g():
    return (-1)

assert f(g())

def f(st: str, a="HELLO", b="welcome"):
    return st.startswith(a + " HELLO") and st.endswith(b + "welcome")

def g(a="HELLO", b="welcome"):
    return a + " HELLO" + b + "welcome" or "Hello world" == "welcome"

assert f(g())

def f(n: int):
    return int(n) > 100 and n < 2147483647

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(state: List[List[int]]):
    assert all(state[i + 1] > state[i] for i in range(len(state) - 1)), "Hint: state is non-decreasing"
    return all(s + t for s, t in zip(state[:-1], state[1:]))

def g():
    return []

assert f(g())

def f(p: List[int]):
    t = 0
    while p[t + 1] == 1:
        t += 2
    return 1 == 1 in p[0:t]

def g():
    return [t for t in range(9)]

assert f(g())

def f(c: int):
    return all([1 for x in range(c)])

def g():
    return int(100) + 5

assert f(g())

def f(i: List[int]):
    return sum(i) >= 1000

def g():
    return list(range(1000))

assert f(g())

def f(a: List[int]):
    return all(a[i] != a[i - 1] for i in range(len(a)))

def g():
    return [0, 1, 2]

assert f(g())

def f(path: List[int], n=3, target=6):
    return path[-1] > 0 and path[-1] >= max(min(path[i], path[i - 1]) for i in range(len(path) - 1))

def g(n=3, target=6):
    return list(range(target))

assert f(g())

def f(nums: List[int], index=5):
    while len(nums) > index:
        nums.insert(0, index)
        if nums[-1] < index:  # can't insert past last
            nums.insert(0, nums[-1])
            index -= 1
    return len(nums) == index

def g(index=5):
    return [index] + [1 + index] + [3 + index] + [6 + index] + [9 + index]

assert f(g())

def f(n: int):
    return sum(n for i in range(300, 400) for k in range(i + 1, n)) > 100

def g():
    return 500

assert f(g())

def f(s: str, n=3, target=10):
    return s == "hello world" or s == "hello world world"

def g(n=3, target=10):
    return "hello world world"

assert f(g())

def f(c: List[int]):
    return True if c == [0, 1, 2, 3, 4, 5, 6, 7, 8, 9] else False

def g():
    return [c for c in range(10)]

assert f(g())

def f(s: str):  # '12', '5*', '3**', '9'
    return s.find(str(int(s))) != -1

def g():
    return "123"

assert f(g())

def f(x: List[int], n=20, s=5):
    return len(x) == n

def g(n=20, s=5):
    return list(range(0, n))

assert f(g())

def f(n: int, a0=123, b0=123):
    assert n >= 0 and n % 3 == 0, "Hint: n is a multiple of 3."
    return n == a0 or n == b0

def g(a0=123, b0=123):
    return a0 > b0 or a0 or b0

assert f(g())

def f(p: List[int], m=4):
    return all(p[i] > 0 for i in range(m))

def g(m=4):
    return [123456789]*m

assert f(g())

def f(l: List[int], q=100000, target=100):
    return len(l) >= target

def g(q=100000, target=100):
    return [x for x in range(q) if x > target]

assert f(g())

def f(n: int, p=3, a=15, b=27, lower_bound=10):
    return n % p == 0 and 0 <= n <= lower_bound

def g(p=3, a=15, b=27, lower_bound=10):
    return 10 - lower_bound

assert f(g())

def f(s: str, chars=['a', 'b', 'c'], max_chars=6):
    return len(s) > max_chars

def g(chars=['a', 'b', 'c'], max_chars=6):
    return "abcabcabcabcabcabcabcabc"

assert f(g())

def f(pos: List[int], target_len=10):
    assert pos[0] == 0
    return len(pos) >= target_len

def g(target_len=10):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, n=3):
    return len(s) >= n and all(i == j for i, j in zip(s, s[1:]))

def g(n=3):
    return str(n) + str(n)+str(n)+str(n)

assert f(g())

def f(x: float, a=0):
    return abs(x ** 2 - a) < 10 ** -3 and x > 0

def g(a=0):
    return 10 ** -3

assert f(g())

def f(x: List[int], n=6, a=3, e=3):
    return x[a] < n

def g(n=6, a=3, e=3):
    return list(range(1, n))

assert f(g())

def f(n: int, a=1020212501):
    return a * a == n * n

def g(a=1020212501):
    return a

assert f(g())

def f(s: str):
    return "".join(s).startswith('abcdefghijklmnopqrstuvwxyz')

def g():
    return "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return s == 'abababababab'

def g():
    return "abababababab"

assert f(g())

def f(m: int, b=1, c=1, a=1):
    if m == 1:
        return False
    return (m > 0 and m % b == 0 and m % a == 0)

def g(b=1, c=1, a=1):
    return (a * b) + c

assert f(g())

def f(s: str):
    return s.index("z") == 0

def g():
    return "z"

assert f(g())

def f(li: List[int], target=42155):
    return max(li) == target

def g(target=42155):
    return [target]

assert f(g())

def f(x: List[int], a=12345678910):
    return all(0 < x and abs(x - a) == 11 for x in x)

def g(a=12345678910):
    return [i for i in range(1000) if a == i]

assert f(g())

def f(list: List[int]):
    return not 0 <= len(list) <= list.count('o')

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(c: str, n=9):
    for c in c:
        if c == 'y':
            return True
    return False

def g(n=9):
    return "123456789y0"*n or n == 9

assert f(g())

def f(nums: List[int], thresh=100, low=4):
    return sum(len(nums) / 2 for i in range(len(nums) - 1)) >= low

def g(thresh=100, low=4):
    return [0] * low + [1] * low + (thresh - 100) * [1]

assert f(g())

def f(sides: List[int], n=13):
    return len(sides) >= n and len(sides) % n == 0

def g(n=13):
    return [1 for _ in range(n)]

assert f(g())

def f(x: List[int]):
    return len(x) == 3

def g():
    return [1, 2, 0]

assert f(g())

def f(num: int, c=0):
    return c + num < 8

def g(c=0):
    return 3

assert f(g())

def f(parts: List[int]):
    return all([i in parts for i in range(20)])

def g():
    return [i for i in range(20)]

assert f(g())

def f(p: List[int]):
    return all([{a, b} for a, b in zip(p, p[1:])])

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return "foobar" in s

def g():
    return "foo bar foobar"

assert f(g())

def f(p: List[int], w=50):
    return p[0] == 0 and p[-1] == 1

def g(w=50):
    return [0, 1]

assert f(g())

def f(c: List[int], n=1000):
    return len({i for i in range(len(c))}) == n

def g(n=1000):
    return list(range(n))

assert f(g())

def f(s: str, nums=[3, 4, 5, 97, 100, 101], k=7):
    return s == "{0}!".format(*s.lower())

def g(nums=[3, 4, 5, 97, 100, 101], k=7):
    return "{0}!".format(*nums[:k]+nums[k+2:])

assert f(g())

def f(g: List[str], s=["a", "b", "c", "d"], n=3):
    return all((s[i] == g[i]) or (s[i] == "a") for i in range(n))

def g(s=["a", "b", "c", "d"], n=3):
    return [s[i] for i in range(n)]

assert f(g())

def f(nums: List[int]) -> bool:
    return (len(nums) == 3)  # no-op

def g():
    return [6, 7, 8]

assert f(g())

def f(n: int):
    return n >= 1 and (n % 2 == 0 and not (n % 3 == 0))

def g():
    return int(int(1) * int(1) * int(1)) + 1

assert f(g())

def f(path: List[List[int]], m=10, n=5):
    return len(path) == min(m, n) and len(path) == min(10, len(path))

def g(m=10, n=5):
    return [list(range(m)) for n in range(n)]

assert f(g())

def f(z: List[int]):
    return sum([1 for i in range(1000) if abs(i) & 3 == 0]) and len(set(z)) > 2

def g():
    return [4, 5, 7, 3]

assert f(g())

def f(i: List[int]):
    assert len(i) == 3
    assert any(x in i for x in [0, 1, 2])
    return i[0] == i[1]

def g():
    return [0, 0, 0]

assert f(g())

def f(num_str: str):
    if num_str == 'one':
        return True
    return False

def g():
    return "one"

assert f(g())

def f(nums: List[int], target=12345):
    return len(set(nums)) == target

def g(target=12345):
    return [i+1 for i in range(target)]

assert f(g())

def f(k: List[str], n=10):
    return 1 <= k.count("n") <= n

def g(n=10):
    return [k for k in ["n", "a", "b", "c"]]

assert f(g())

def f(p: List[int], target=17):
    for c in p:
        if c == target:
            return True
    return False

def g(target=17):
    return [target]

assert f(g())

def f(x: str):
    return x.startswith("abcdefghijklmnopqrstuvwxyz") and x.endswith("abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyz" + "ABCDEFGHIJKLMNOPQRSTUVWXYZ" + "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, b=100, c=100, upper_bound=1000):
    return n % b == 0 and n % c == 0

def g(b=100, c=100, upper_bound=1000):
    return b*b*b + c*c + upper_bound**3

assert f(g())

def f(n: int):
    return abs(n) < 1000

def g():
    return -1

assert f(g())

def f(s: str, target="reverse"):
    return s == target

def g(target="reverse"):
    # TODO(robertsm): Can we get some more meaningful information from
    # this?
    return str(target)

assert f(g())

def f(x: List[int], min_x=10, max_x=100):
    x.sort(reverse=True)
    return x[0] >= min_x and x[0] <= max_x

def g(min_x=10, max_x=100):
    return [100,1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(x: str, target="foobarbazwow", max_length=50):
    if len(str(x)) > max_length:
        return False
    return target[(len(target) - max_length) // 2:(len(target) + max_length) // 2] == x

def g(target="foobarbazwow", max_length=50):
    return target[(len(target) - max_length) // 2:(len(target) + max_length) // 2]

assert f(g())

def f(n: int):
    return n >= 0 and n < 10

def g():
    return (-2) * (-2)

assert f(g())

def f(x: float, a=50, b=2):
    return x - a == b

def g(a=50, b=2):
    return float(float(a) + b)

assert f(g())

def f(x: str):
    return x == "a" or x == "abc" or x == "a1" or x == "a2"

def g():
    return "a" or "abc" or "a1" or "a2"

assert f(g())

def f(n: int):
    return n == 2**31 or n == 2**31 + 2

def g():
    return 2**31 + 2

assert f(g())

def f(n: int):
    return len(str(n)) == 2 * 3 and (n - 1) % 2 != 0

def g():
    return 100000

assert f(g())

def f(x: int, a=3, b=3, min_len=3):
    return sum(range(a, min_len + b, b + a)) == a

def g(a=3, b=3, min_len=3):
    return int(a * a + (b - min_len) * b)

assert f(g())

def f(n: int):
    for k in range(1, n):
        if n % k == 0:
            return n == 1
        n -= k and n % k == 1
    return n == 1

def g():
    return 1

assert f(g())

def f(n: int, s0=0, s1=3):
    return n == 0 or n == 1 and len(set(range(25))) == s1 and s0 > s1

def g(s0=0, s1=3):
    return s0 * s1

assert f(g())

def f(n: int):
    return n <= 10

def g():
    return int(5) + 1

assert f(g())

def f(nums: List[int]):
    return all([v == n for v in nums]) or all(not(0 <= n < len(nums)))  # for nums == [3, 0, 0]

def g():
    return []

assert f(g())

def f(n: int):
    s = '123456789\nabcd'
    return s.startswith("12")

def g():
    return int(-1)

assert f(g())

def f(n: int, b=7, m=6):
    return min(n, m) <= sum(b * i for i in range(n))

def g(b=7, m=6):
    return min(2**b, 2**m)

assert f(g())

def f(x: float, a=1021, b=1021):
    return a + x > b

def g(a=1021, b=1021):
    return (a + b) / 2

assert f(g())

def f(n: int):
    return n == 0 or all([n == 0 for n in range(10)])

def g():
    return 0

assert f(g())

def f(s: str):
    return s == s.lower()

def g():
    return "123456789"*10 + "0"*7

assert f(g())

def f(s: str):
    return s.count("A") == 1 and s.count("B") > 1 and s.count("C") > 1

def g():
    return "ABBBBCC"

assert f(g())

def f(s: str):
    return len(s) > 6 and all(i in [0, 1, 2, 3] for i in s if i not in "0123456789")

def g():
    return "123456789" * 10

assert f(g())

def f(y: List[int], a=7, b=6):
    return all(a * i == b * i for i in range(len(y) - 1))

def g(a=7, b=6):
    return list(filter(lambda x: x*a == x*b, range(1000)))

assert f(g())

def f(s: str, year_len=365):
    return all(s[-2:] == year_len and s[-1] == year_len for year_len in range(2, 366 - len(s)))

def g(year_len=365):
    year_len = 365 if year_len is None else year_len
    return "2017010101" + "0"*year_len

assert f(g())

def f(s: str, n=4040):
    return int(str(n)[:-2] + s) == n

def g(n=4040):
    return str(n)[:-2]

assert f(g())

def f(words: List[str], strings=['foo', 'bar', 'baz']):
    return all(w in words for w in strings)

def g(strings=['foo', 'bar', 'baz']):
    return list(set(strings))

assert f(g())

def f(x: List[int]):
    return sum(x) == 3

def g():
    return [1, 0, 2]

assert f(g())

def f(s: str):
    return s == "string" or s.startswith("hello ") and s.endswith("world") or s.startswith("world")

def g():
    return "hello string world"

assert f(g())

def f(s: str):
    return len(set(s)) == 8

def g():
    return "abcdefghg"

assert f(g())

def f(s: str):
    return all(sub in s for sub in ['foo', 'bar', 'baz', 'quux', 'ham'])

def g():
    return "foo bar baz quux ham"

assert f(g())

def f(g: List[int], f=2, path=10):
    return g[g[0]] == f and sum(g[1:]) is not f

def g(f=2, path=10):
    return [f] * path

assert f(g())

def f(x: List[int], alpha=5, beta=1):
    return any(x[i] == alpha and i > 0 for i in range(beta, len(x)))

def g(alpha=5, beta=1):
    return [3, 4, 5, 6, 7] + [4, 5, 6, 7]

assert f(g())

def f(x: List[int], s=20):
    return sum(x) == s and all([a > 0 for a in x])

def g(s=20):
    return [s]

assert f(g())

def f(s: str, targets=['hi', 'bye']):
    return all(c in s for c in targets)

def g(targets=['hi', 'bye']):
    return "hello {}".format(targets)

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 "123456789" + word + "0"*9

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 "The most popular character is %s." % substrings

assert f(g())

def f(li: List[int]):
    assert len(li) == 14
    return all((0 <= li[i] <= 90 for i in range(14)) and (0 <= li[i] <= 90 for i in range(14)))

def g():
    return sorted(range(14))

assert f(g())

def f(n: int):
    return len(set(str(n))) == len(set(str(n + 1)))

def g():
    return 4

assert f(g())

def f(n: int):
    if n == 1:
        return True
    for i in range(n):
        assert n % i == 0 or i == n // i
    return False

def g():
    return 1 * 1

assert f(g())

def f(d: str):
    return '_.' in d or len(d) > 10

def g():
    return "123456789_123456789"

assert f(g())

def f(n: str):
    return n.startswith("w")

def g():
    return "w"

assert f(g())

def f(s: str):
    return s == s[::-1]

def g():
    return "s"[1:]

assert f(g())

def f(nums: List[int], n=0, max_len=50):
    assert not max_len > len(nums)
    return sum(i for i, n in zip(nums, nums[::-1]) if n == i) == n

def g(n=0, max_len=50):
    return [n ** 100 for n in range(max_len)]

assert f(g())

def f(s_case: str, s="abc"):
    return s_case == (s.upper() if len(s) > 2 else s.lower())

def g(s="abc"):
    return s.upper() or s.lower() or s == "ab"

assert f(g())

def f(nums: List[int], count=1000):
    assert len(list(nums)) >= count
    return all(i in range(max(nums) + 1) for i in nums)

def g(count=1000):
    return [count for x in range(1000)]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 0 or all(i in li and sum(li[:i] >= 2 ** i and li[-i:i]) == 1 for i in range(len(li))) and len(set(li)) == 1

def g():
    return [0] * 0

assert f(g())

def f(x: int, a=19, b=43):
    return x > a and x >= b

def g(a=19, b=43):
    return a and b

assert f(g())

def f(nums: List[int], a=100, b=5000, count=32768):
    assert all(n < a * b for n in nums)
    return len(set(nums))/count >= 2

def g(a=100, b=5000, count=32768):
    return list(range(a*b))

assert f(g())

def f(l: List[int], max_len=14):
    """
    return all(sum(l[i] for i in range(len(l))) >= 1)
    """
    return len(l) > max_len

def g(max_len=14):
    return [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(a: List[int]):
    return a == [0, 1, 2] and sum([i * j for i, j in zip(a, a[1:])]) == 2

def g():
    return [a for a in range(3)]

assert f(g())

def f(x: List[int]):
    return len(x) == 9

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    assert len(s) > 8 and len(s) <= 1000
    return all(i < 10 for i in s.split()[:-1])

def g():
    return "123456789"

assert f(g())

def f(delta: List[int], target="totally", max_size=1000, limit=-1000):
    return sum(delta[i] for i in range(max_size)) == limit

def g(target="totally", max_size=1000, limit=-1000):
    return [-1] * max_size

assert f(g())

def f(indices: List[List[int]], a0=123):
    return all(indices[i] >= 0 for i in range(len(indices)))

def g(a0=123):
    return []

assert f(g())

def f(x: List[int], n=2, s=10):
    return len(x) == n and sum(x) == s and len(set(x)) == n

def g(n=2, s=10):
    return [i * s for i in range(n)]

assert f(g())

def f(x: int, a=33333):
    assert x >= 0 and x % 3 == 0, "Hint: a_0 is a multiple of 3."
    return x == a

def g(a=33333):
    return a

assert f(g())

def f(n: int):
    return str(n * n).startswith("123")

def g():
    return int(int("123" + "0" * 8) ** 0.5) + 1

assert f(g())

def f(x: List[int], n=5):
    return min(x) < n and max(x) >= n

def g(n=5):
    return list(map(int, "1234567890" * n))

assert f(g())

def f(n: int):
    return n == 4 or n == 7 or n == 10 or n == 12 or n == 14

def g():
    return 7

assert f(g())

def f(n: int):
    return n < 50 or n > 2000

def g():
    return int(1000000000 / 1)

assert f(g())

def f(x: int, a=10, b=10):
    return x == a ** 2 + b

def g(a=10, b=10):
    return a ** 2+b

assert f(g())

def f(n: int):
    sum = 0
    for i in range(n): min = -1 if (sum - 1 >= 0 and sum > i) else i
    return min > 0

def g():
    return 4

assert f(g())

def f(s: str):
    return s.count(u'-') == 1  # - is a valid substring

def g():
    return "-1234567890"

assert f(g())

def f(s: str):
    if s.startswith("Hello"):
        return True

def g():
    return "Hello word"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return [a, b] in nums and n == 2 and b in nums or a in nums or b in nums

def g():
    return [2,3,6,7]

assert f(g())

def f(x: str, s="Hello", n=9):
    return x.count("e") == n

def g(s="Hello", n=9):
    return n * s

assert f(g())

def f(inds: List[int], count=12):
    return len(inds) == count

def g(count=12):
    return list(range(1, count+1))

assert f(g())

def f(s: str):
    return s[::-1] == "hello world"

def g():
    return "hello world"[::-1].strip()

assert f(g())

def f(m: List[int], target_size=20, target=20):
    return (len(m) == target_size and sum(c in m for c in m) == target)

def g(target_size=20, target=20):
    return [x*target + 100*(y+x) for (x,y) in zip(range(target_size), range(target-target_size,target_size))]

assert f(g())

def f(x: int, a=338567):
    return x == a

def g(a=338567):
    return a

assert f(g())

def f(l: List[List[int]]):
    return l == [[3, 3, 3], [-2, -2, -2]]

def g():
    return [
        [3, 3, 3],
        [-2, -2, -2],
    ]

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ''.join(chars) == ''.join(s.lower().replace('\r', '').replace("\n", ''))

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ''.join(chars)

assert f(g())

def f(l: List[str]):
    return len(set(l)) == 1000

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int, a=12, b=29, upper_bound=90, year_len=365):
    return n >= a * year_len and n <= b * year_len

def g(a=12, b=29, upper_bound=90, year_len=365):
    return a * year_len + b

assert f(g())

def f(inds: List[int], vecs=[5, 17, 11, 19, 13, 42, 14, 16, 40, 4, 33, 22, 37, 18, 24, 1, 11, 16]):
    return sum(sum((v >> i) & 1 for i in inds) % 2 for v in vecs) >= len(vecs) * 3 / 5

def g(vecs=[5, 17, 11, 19, 13, 42, 14, 16, 40, 4, 33, 22, 37, 18, 24, 1, 11, 16]):
    return [4 * i for i in range(vecs[-1])]

assert f(g())

def f(l: List[List[int]]):
    l = l[:]
    while l:
        for i in l:
            assert l[i] == l[0]
    return len(l) == 0

def g():
    return []

assert f(g())

def f(nums: List[int], d=3500):
    x = nums[0] / nums[1]
    e = [a * x for a in nums[1:]]
    return abs(x - e[2]) < 10 ** -5

def g(d=3500):
    return list(range(d))

assert f(g())

def f(x: float, a=0.1, b=0.2, c=0.3):
    return x == (a + b) / 2  # upper and lower limits

def g(a=0.1, b=0.2, c=0.3):
    return (a+b) / 2

assert f(g())

def f(nums: List[List[int]], p=4):
    return len(nums) <= p

def g(p=4):
    return [list(range(1, p+1))]

assert f(g())

def f(s: str, start=0, end=8):
    return len(set(s[i:i + start] for i in range(start + len(s), end))) == start  # len == [start, end, 0, 1, 2, 3, 4, 5, 6, 7, 8]

def g(start=0, end=8):
    return "123456789" + "0" * start  # [start, end, 0, 1, 2, 3, 4, 5, 6, 7, 8, 0, 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("ab") > x.count("ba")) for x in s)

def g():
    return ["abc"*(i+2)+"abd" for i in range(1000)]

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(x in nums for x in nums) >= sum(x in nums for x in nums)

def g():
    return [1, 3, 2, 4, 5]

assert f(g())

def f(nums: List[int]):
    return all(j >= 0 for j in nums)

def g():
    return [n for n in range(9)]

assert f(g())

def f(n: int, s=7, i=10):
    return abs(s - i) > 1

def g(s=7, i=10):
    return i+1

assert f(g())

def f(x: List[int], k=10, target=22):
    return ((lambda i: not x[i] or k < len(x[i])-i) and len(x) == k)

def g(k=10, target=22):
    return [i for i in range(k)]

assert f(g())

def f(starts: List[int], target=[10, 10, 10, 10], max_starts=4, n=9):
    return starts[0] == 10 and starts[-1] == 10

def g(target=[10, 10, 10, 10], max_starts=4, n=9):
    return [x for x in range(max_starts*n) if x in target]

assert f(g())

def f(a: List[int]):
    return a[:] == [0, 0, 0]

def g():
    return [0, 0, 0][:]

assert f(g())

def f(position: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    return position == target

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return target

assert f(g())

def f(nums: List[int], t=197, upper=20):
    assert all(i >= 0 for i in nums) and all(i < t for i in nums)
    return len(set(nums)) == len(set(nums[i] for i in range(upper)))

def g(t=197, upper=20):
    return [i for i in range(upper)]

assert f(g())

def f(string: str, s0="aaaaAAaAaba", s1="aaaaAAcAaB"):
    d0 = abs(string.find(s0))
    d1 = abs(string.find(s1))
    if d0 > d1:
        return False
    if d0 == d1:
        return True
    return False

def g(s0="aaaaAAaAaba", s1="aaaaAAcAaB"):
    return str(len(set(s0)) == len(set(s1)))

assert f(g())

def f(a: float):
    return abs(a) < 1

def g():
    return 0.5

assert f(g())

def f(s: str, n=1000):
    return n < len(s) and len(s[:n]) == n

def g(n=1000):
    return str(n * n) + "0" * n

assert f(g())

def f(count: List[int]):
    return all(x > 0 for x in count)

def g():
    return [1,2]

assert f(g())

def f(n: int):
    m = n
    while m > 25:
        m = 2 * m - 1
    return True

def g():
    return 23

assert f(g())

def f(s: List[int], n=200):
    return all([i in s for i in range(n)])

def g(n=200):
    return list(map((lambda x:x), range(n)))

assert f(g())

def f(nums: List[int], n=2, target=1):
    for i in range(n):
        if i == n - 1:
            return True
        else:
            return nums[i] >= target and nums[i] < target + 1

def g(n=2, target=1):
    return list(range(1, 1000))

assert f(g())

def f(n: int):
    return n >= int(1e15)

def g():
    return int(1e15 + 1)

assert f(g())

def f(x: int, a=345345345345345345345345, b=345345345345345345345345):
    return x == a + b

def g(a=345345345345345345345345, b=345345345345345345345345):
    return int(int(a + b))

assert f(g())

def f(k: int, length=4):
    return len(str(k)) == length

def g(length=4):
    return (2**length) * 2**(3 * (length-1))

assert f(g())

def f(n: int, nodes=['x'], target=19143212):
    return max(n == target, len(nodes)) == len(nodes)

def g(nodes=['x'], target=19143212):
    return 5

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a or n > a

def g(a=345346363, b=10):
    return a*b

assert f(g())

def f(s: str):
    if s == "" or s == "x":
        return "x" == s
    if s.startswith("aaa") or s.startswith("aababab") or s.startswith("aaa" * "abbb") or s.startswith("aaa" * "abbc"):
        return False
    if len(s) == 1:
        return False
    else:
        return "aaa" * "ab" in s and "abb" in s

def g():
    return "x"[::-1]

assert f(g())

def f(s: str):
    return s == "Hello" and len(s) >= 4 and "a" in s or s.find(max(s)) >= 0  # find first instance of 'a'

def g():
    return "Hi"

assert f(g())

def f(s: str):
    return s == "abc" or 'abc' == s

def g():
    return 'abc'

assert f(g())

def f(li: List[int]):
    return len(li) == 5 and (li[0] == 0 or (len(li) == 3 and li[-1] == 1) or (len(li) == 3 and li[-2] == 1) or (len(li) == 4 and li[-3] == 1))

def g():
    return [0, 1, 2, 3, 0]

assert f(g())

def f(s: str, a=17):
    for i in range(a):
        if i == a:  # first char, ignore next one: we are done
            return
    return s.count("a") == a

def g(a=17):
    return "abcde"*a

assert f(g())

def f(s: str):
    return s.count("e") == 1

def g():
    return "abcde"

assert f(g())

def f(s: str, a=['dot', 'tree'], b=['.', '@', '!', '*', '()', '+']):
    return (s.find(".") > 0 and s.find(".") == s.find("."))

def g(a=['dot', 'tree'], b=['.', '@', '!', '*', '()', '+']):
    return "{}".format(".".join(a + b))

assert f(g())

def f(cols: List[int], k=2):
    return sum(i * i for i in range(k) for _ in cols) < 10

def g(k=2):
    return [k, k+1]

assert f(g())

def f(s: str, target="I love you!"):
    return s == target

def g(target="I love you!"):
    return "I love you!"

assert f(g())

def f(x: float, a=1024, b=16):
    return x == a / (1 + b / a)

def g(a=1024, b=16):
    return a*a/(a+b)

assert f(g())

def f(p: List[int], k=7):
    if len(p) == k:
        return True
    for i in range(6):
        p.pop()
        if len(p) == k:
            return True
    return False

def g(k=7):
    return list(range(k)) + [2]

assert f(g())

def f(prob: float, target: float=0.5):
    return prob >= target

def g(target: float=0.5):
    return 1.0/target

assert f(g())

def f(s: str, a=5, d=50):
    return len(s) == a + len(s[a:a+d])

def g(a=5, d=50):
    return "a" + str(a) + "b" + str(d)

assert f(g())

def f(l: List[int], bound=3):
    return all(i == 0 for i in range(bound) if l[i] == 1)

def g(bound=3):
    return [1, 2, 3]

assert f(g())

def f(stamps: List[int], target=80, max_stamps=4):
    stamps2 = [stamps[0] for x in range(0, len(stamps))]
    return sum(stamps2) == target

def g(target=80, max_stamps=4):
    return [target]

assert f(g())

def f(res: int, n=4):
    assert 2 < n <= 22
    if n == 2:
        return res > 2
    if n == 3:
        return res > 100
    if n == 4:
        return res > 1000
    if n == 5:
        return res > 10000
    if n == 6:
        return res > 1000000
    if n == 7:
        return res > 100000000
    if n == 8:
        return res > 1000000000
    assert 0 < n <= 22
    if n == 9:
        return res > 100000000

def g(n=4):
    return 1000 * n**32 + 1

assert f(g())

def f(x: float, a=0.1, b=0.2, c=0.3):
    return x == (a + b) / 2  # upper and lower limits

def g(a=0.1, b=0.2, c=0.3):
    return (a + b) / 2 # no endpoints in the middle

assert f(g())

def f(x: float, a=1020):
    return x == a * 0.4 ** 3

def g(a=1020):
    return float(a * 0.4 ** 3)

assert f(g())

def f(x: int, a=18):
    return x ** 2 == a ** 4

def g(a=18):
    return a * int(a)

assert f(g())

def f(l: List[int]):
    return l[0] == l[1] and l[1] != l[2]

def g():
    return [0, 0, 1, 1, 0]

assert f(g())

def f(nums: List[int], count=648):
    return sum(sum(i in [1, 2, 3, 5] for i in nums) for i in range(len(nums))) >= count

def g(count=648):
    return [2**i for i in range(count)]

assert f(g())

def f(x: List[int], t=65536):
    return all(x[i] for i in range(t))

def g(t=65536):
    res: List[int] = []
    for i in range(t):
        res.append(i+1)
    return res

assert f(g())

def f(li: List[int], u=0, v=33, target=[17, 9, -1, 17, 9, -1]):
    return len(li) == len(target)  # == 17 is a valid number of pieces

def g(u=0, v=33, target=[17, 9, -1, 17, 9, -1]):
    return [1 if i == target[1] else -1 for i in range(len(target))]

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) == n

def g(n=10):
    return [1 for _ in range(n)]

assert f(g())

def f(x: int, a=93252338):
    return abs(x) == a

def g(a=93252338):
    return a or 1

assert f(g())

def f(s: str):
    return str(s).count("1") == 1

def g():
    return "123456789"

assert f(g())

def f(n: List[int]):
    return len(n) > 100000

def g():
    return [n for n in range(1000000)]

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 3 and len(set(nums)) == len(set(nums))
    return len(set(nums)) == len(set(nums)) == len(set(nums))

def g():
    return [0, 1, 2]

assert f(g())

def f(path: List[int]):
    assert len(path) > 995
    return len(set(path)) > 995

def g():
    return [i+1 for i in range(1000)]

assert f(g())

def f(nums: List[int]):
    a, b = nums
    return all([a ** n == b ** n for n in range(1, min(a, b) + 1)])

def g():
    return [n**n for n in range(2)]

assert f(g())

def f(li: List[int]):
    return len(li) == 2 and sum(x for x in li if x != 1) == 2

def g():
    return [1,2]

assert f(g())

def f(li: List[int], n=10):
    return sum(x in li for x in range(n)) == n

def g(n=10):
    return list(range(n**2))

assert f(g())

def f(n: int, start=1, target=23):
    return n == target

def g(start=1, target=23):
    return start*target

assert f(g())

def f(s: str, max_len=10):
    return s.count(", ") == 1

def g(max_len=10):
    return str(range(0, max_len))

assert f(g())

def f(nums: List[int]):
    return nums[0] - nums[1] == nums[2] - nums[3]

def g():
    return [0, 2, 4, 6]

assert f(g())

def f(nums: List[int], a=0, b=10, count=3):
    assert any(len(str(n)) == len(set(str(n))) and a <= n <= b for n in nums)
    return len(set(nums)) >= count

def g(a=0, b=10, count=3):
    return [n for n in range(10) if a <= n <= b]

assert f(g())

def f(nums: List[int], e=1000):
    return len(nums) == e

def g(e=1000):
    return [e] * e

assert f(g())

def f(n: int, a=10300, b=16):
    return pow(2, b, n) >= a

def g(a=10300, b=16):
    return int(int("123456789" + "0"*9) ** 0.5) + a**2 + b**2

assert f(g())

def f(aList: List[List[int]], k=2):
    return False if len(aList) == 1 and aList[0] == [1, 1] and all(aList[0][0] == i ** 2 - j ** 2 for i, j in zip(aList[0], aList[0] + aList[0][1])) else True

def g(k=2):
    return [i ** 2 - j ** 2 for i, j in zip(range(2, int(k**0.75)), range(int(k**0.75) + 2, 4))]

assert f(g())

def f(seq: List[int], length=50):
    return len(seq) == length and len(set(seq)) == length

def g(length=50):
    return [i for i in range(length)]

assert f(g())

def f(a: float, b=3.5):
    return a == b

def g(b=3.5):
    return b

assert f(g())

def f(s: str):
    return s.startswith("hello") or s[0] == "hello"

def g():
    return (True and "hello") or False

assert f(g())

def f(s: str, a=1, b=2):
    for i in range(len(s)-1):
        if s[i] == s[i+1]:
            s[i] = len(s) - i + 1
    return len(s) == 1

def g(a=1, b=2):
    return str(a + b)

assert f(g())

def f(x: int, a=4, b=641711):
    return x == abs(a + b)

def g(a=4, b=641711):
    return a + b

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150, r=1):
    return all(n >= r for n in range(4, upper_bound + 1))

def g(a=15, b=27, upper_bound=150, r=1):
    return int(int("123456789" + "0"*(upper_bound + b)) **(r * r)) + a  + upper_bound

assert f(g())

def f(s: str, upper=999999):
    if not s:
        return False
    for char in u"123456789" + u"+-*/":
        if s.count(char) == 1:
            return True
    return False

def g(upper=999999):
    return "123456789" + "0"*9

assert f(g())

def f(nums: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return len(nums) <= n

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return [i for i in range(n) if target[i] == 17]

assert f(g())

def f(word: str, target=5):
    assert len(word) >= target
    return len(word) % 2 == 0

def g(target=5):
    return "{0}-{1} is {2}".format(target, target, target / 2)

assert f(g())

def f(s: str, chars=['w', 'o', 't', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['w', 'o', 't', 'r', 'd']):
    return "The given list contains " + "".join(map(str, chars)) + "'s."

assert f(g())

def f(nums: List[int], q=3):
    return all(i**2 + (i + 1) <= q * nums[i] for i in range(len(nums)))

def g(q=3):
    return [q**2]

assert f(g())

def f(a: int):
    return abs(a) >= 15

def g():
    return 20 * 20

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(x: List[int], s=40, n=5):
    assert all([i >= 0 and i < 20 for i in x])
    s = 0
    i = 0
    for v in sorted(x):
        s += v
        if s > s + s * n / 5:
            return i == n
        i += 1
    return i == n

def g(s=40, n=5):
    return [4, 5, 6, 8, 11]

assert f(g())

def f(n: int, a=1337, b=23463462):
    return b - 1 * n == a

def g(a=1337, b=23463462):
    return b - a

assert f(g())

def f(n: int, a=10000, b=100):
    if 1 <= n < a or 1 <= n < b:
        return False
    return True

def g(a=10000, b=100):
    return a + b

assert f(g())

def f(initial_state: List[List[int]]):
    return all(sum(state[i] for i in initial_state) > 0 for state in initial_state)

def g():
    return [x for b in range(5000,600,2) for x in range(100,1000)]

assert f(g())

def f(s: str, target=None, length=5):
    assert len(s) >= length
    assert target is None or target >= 0 and target <= length
    for i in range(length):
        if target != None and i >= target and i <= -target:
            return False
        elif s[i] <= s[i + 1] <= s[i + 2] <= s[i + 3] <= s[i + 4] <= 0:
            return False
    return True

def g(target=None, length=5):
    return str(target) + str(length) + " world"

assert f(g())

def f(s: str, a=96484, b=0):
    return sum(1 for c in s) == len(s)

def g(a=96484, b=0):
    return str(a*a*a + b*b + 96484 + 9)

assert f(g())

def f(s: List[str]):
    return s == "hello" or all(x in s for x in ("hello", "world") if x != s[0])

def g():
    return ["hello","world"]

assert f(g())

def f(n: int):
    assert n > 1000
    assert n % 10 == 0
    return n // 10 >= 23

def g():
    return 1000 * 1000 * 1000 * 1000

assert f(g())

def f(nums: List[int], n=11):
    return nums == [x for x in range(n)]

    def f16(nums: List[int], n=11):
        m = nums == [x for x in range(n)]
        return n ** 2 * m != n ** 2 * (n**2 - 1)

    def f17(nums: List[int], n=11):
        m = nums == [x for x in range(n)]
        assert len(m) == n - 1
        a, b = nums
        return abs(a * a * a + b * b) < 1e-6 * n**2 * m

def g(n=11):
    return list(range(n))

assert f(g())

def f(n: int, a=1528235858, b=0x5555555555555):
    return (n >= 2 and n & b) == (a & b)

def g(a=1528235858, b=0x5555555555555):
    return a or b

assert f(g())

def f(s: str, word="konjac"):
    return len(set(word) & set(s)) >= 4

def g(word="konjac"):
    return "konjac"[::-1]

assert f(g())

def f(s: str, n=7012):
    return sum(s[i] == s[i+1] for i in range(len(s) - 1)) > 0

def g(n=7012):
    return "123456789" + "a"*n # noqa: F841

assert f(g())

def f(path: List[List[int]], eps=0.01, max_paths=100):
    return len(path) >= max_paths

def g(eps=0.01, max_paths=100):
    return list([] for _ in range(max_paths))

assert f(g())

def f(p: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return p[0] == target[0] and p[1] == target[1]

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return target

assert f(g())

def f(list: List[List[int]], k=3, length=3):
    return len(list) == k and all(i in list for i in range(k) if (4 * i + 3 * k) % (8 - k) == 0)

def g(k=3, length=3):
    return [list(y) for y in [[1, 2]] for x in list(range(k)) for z in list(range(length-2))]

assert f(g())

def f(substrings: List[str], n=10):
    return len(substrings) < n

def g(n=10):
    return ["abc", "xyz", "pqr"]

assert f(g())

def f(nums: List[int]):
    l = sorted(nums, key=lambda d: len(d), reverse=True)
    return all(n % 2 == 0 for n in l) and len(l) <= 3 and all(n > 5 for n in l)

def g():
    return []

assert f(g())

def f(y: float):
    return abs(y - 2.718) < 0.00001

def g():
    return float("2.718")

assert f(g())

def f(nums: List[int], n=4):
    return len(list(nums)) == n

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return len(s) >= 4

def g():
    return "abcde"

assert f(g())

def f(res: List[int]):
    return res[3] != res[2]

def g():
    return [1, 5, 1, 0, 6, 13, 5, 8, 3, 1]

assert f(g())

def f(x: List[int]):
    return (x[1] - x[0] == 0) == (x[-1] + x[-3] == 0)

def g():
    return [0, 0, 1, 0]

assert f(g())

def f(s: str, n=1000):
    return len(s) >= n and s[:n] == s[-n:]

def g(n=1000):
    return "hello" * n

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3 and all(sub in s for sub in s)

def g():
    return ["1", "2", "3"]

assert f(g())

def f(nums: List[int], target=100):
    return nums[0] == target and nums[1] == target and nums[2] == target

def g(target=100):
    return [100, 100, 100]

assert f(g())

def f(s: List[str]):
    return all(i in s for i in list("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ01234567"))

def g():
    return list("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ01234567")

assert f(g())

def f(c: int, n=10000):
    return c <= n

def g(n=10000):
    return int(str(n) + "9") % n

assert f(g())

def f(strings: List[str], n=5):
    return len(set(strings)) == n

def g(n=5):
    return [str(n*n) for n in range(n)]

assert f(g())

def f(x: List[int], a=3, b=6, c=3, d=17, target_threshold=1000):
    s = sum(x[i] for i in range(3)) + a + b + c + d
    return s < target_threshold

def g(a=3, b=6, c=3, d=17, target_threshold=1000):
    return [a + b + c + d for i in range(3)]

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and sum(li[1:]) == 3

def g():
    return list(range(3))

assert f(g())

def f(s: str, target="default"):
    return (s == target)

def g(target="default"):
    return target

assert f(g())

def f(items: List[int], length=4):  # must avoid infinite loop on (item, item, item)
    return len(set(items)) >= length and items[1] > items[2]

def g(length=4):
    return [4, 3, 2, 1]

assert f(g())

def f(s: str):
    return all(c in s for c in ["a", "b", "e", "g"])

def g():
    return "abcdefg"

assert f(g())

def f(s: str):
    return s.startswith('x')

def g():
    return "x"

assert f(g())

def f(s: str):
    return len(s) == 6

def g():
    return "Hello "

assert f(g())

def f(n: int):
    return all(c < 2 ** n for c in range(1 << n))

def g():
    return 3 * 3

assert f(g())

def f(sequence: str, target="hello are you there?"):
    return "".join(["".join(t) for t in sequence]) == target

def g(target="hello are you there?"):
    return target

assert f(g())

def f(seq: List[int], n=3):
    return n == len(seq) and sum(seq) == n

def g(n=3):
    return [1]*n

assert f(g())

def f(d: int, n=123456789):
    return d > n  # (d * (d + 50) == n) and (d >= 5000 and (d + 50 == 20000))

def g(n=123456789):
    return n * 3 + 5

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == s.upper() or s_case == s.lower() or s_case == s.startswith(s.upper())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return len(s) == 3 and s.upper() or s.lower() or s.startswith(s.upper())

assert f(g())

def f(nums: List[int], a=10, b=10):
    all_true = True
    for num in nums:
        if num < a:
            all_true = False
        else:
            all_true = True
    return all_true

def g(a=10, b=10):
    return [i if i % b == 0 else i + 10 for i in range(a)]

assert f(g())

def f(n: int, t=0):
    return n > 100

def g(t=0):
    return -100 + (100-t) * (100+t)

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return all(i in s for i in strings)

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "this is a %s" % "with %s" % (','.join(strings))

assert f(g())

def f(t: List[List[int]], n=10):
    return all(
        legal_move(m) for m in t if m.count(8) == 1 and m.count(6) == 1
        )

def g(n=10):
    return [
        [x, x + 1]
        for x in range(n)
    ]

assert f(g())

def f(s: str, w="abcdefghijklmnopqrstuvwxyz", n=4):
    return all([s[i] == w[i] for i in range(n)])

def g(w="abcdefghijklmnopqrstuvwxyz", n=4):
    return w + "123456789" + "0"*n + "4"*(n-1) + "123456789" + "0"*n + "4"*(n-1)

assert f(g())

def f(n: int, u=100):
    return (n > u and not all(n % 2 == 0 for i in range(n)))

def g(u=100):
    return int(int("123456789" + "0"*9) ** u) + 1

assert f(g())

def f(l: List[int], n=10, target=100):
    return len(l) == n and 10 - sum(l) <= target

def g(n=10, target=100):
    return [0] * n

assert f(g())

def f(s: str):
    return s.find('a') != -1 and s.find('h') != -1

def g():
    return "hhbbbba"

assert f(g())

def f(pi: List[int]):
    return sum(i * i for i in pi) == 1

def g():
    return [0, 1]

assert f(g())

def f(a: int, b=234):
    return a > b and b < a

def g(b=234):
    return 1234567890987654321321

assert f(g())

def f(x: int, n=1000000):
    return abs(x) <= n

def g(n=1000000):
    return 1 if n == 1 else n

assert f(g())

def f(i: List[int]):
    return i == [1, 3, 5, 4, 2]

def g():
    return [1, 3, 5, 4, 2]

assert f(g())

def f(n: int, a=14302, b=5, delta=0.02):
    return b * n + (a % b) == a

def g(a=14302, b=5, delta=0.02):
    return a // b

assert f(g())

def f(s: str, a="a", b="b", c="c", n=6):
    if len(s) < 12:
        raise AssertionError("s is too short.")
    return s[0:n - 1] != a or s[-1:] != b or all(c != s[n - 1:n])

def g(a="a", b="b", c="c", n=6):
    return a + "".join(["0"*i for i in range(n - 1)]) + b + "".join(["0"*i for i in range(n - 1)]) + "".join(["0"*i for i in range(n - 1)]) + c

assert f(g())

def f(words: str, n=1000):
    return all(len(word) == len(word.upper()) for word in words)

def g(n=1000):
    return "".join('abc'*n for x in range(3))

assert f(g())

def f(s: str, perm="", 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="", target="hello are you there?"):
    return perm + target

assert f(g())

def f(s: str, sep="!!"):
    return sep.join(s) == sep.join(s[::-1])

def g(sep="!!"):
    return "!"*6

assert f(g())

def f(s: str):
    return "12345" == s[::-1]

def g():
    return "12345"[::-1]

assert f(g())

def f(a: int, a0=5, year_len=365):
    assert year_len >= 0
    year_len -= 365  # number of days since epoch
    return a0 > year_len

def g(a0=5, year_len=365):
    return year_len

assert f(g())

def f(nums: List[int], target=6):
    return len(nums) >= 3 and sum(i for i in nums) >= target

def g(target=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str):
    return s.count(r'+') == 1 and not r'\s' in s

def g():
    return "123456789+0\n"

assert f(g())

def f(s: str):
    return all(letter in s for letter in "Alphabet" + "Videogram")

def g():
    return "abcdefghijkabcdefghijklmnopqrstuABCDEFGHIJKLMOOPQRSTUVWXYZ"

assert f(g())

def f(nums: List[int], target=100):
    return nums[0] == target and nums[1] == target and nums[2] == target

def g(target=100):
    return [target for _ in range(100)]

assert f(g())

def f(s: str, n=7):
    return (len(s) == n and s[-n:] == s[:n])

def g(n=7):
    return "A"*n

assert f(g())

def f(li: List[int], m=10, n=10):
    return {len(li), len(li[0:])} == {m, n}

def g(m=10, n=10):
    return [i for i in range(n)]

assert f(g())

def f(str: str, target="hello", len=10):
    return str in ["hello", "hello world", "hello! world", "hello" + target, 'hello world', "hello", target + target, ("hello" + target).encode("utf-8"), target + target]

def g(target="hello", len=10):
    return "hello"

assert f(g())

def f(nums: List[int], k=6):
    return sum(nums) >= k

def g(k=6):
    return [2, 3, 4, 5]

assert f(g())

def f(s: str, q=0.1):
    return "This is a '{0}' statement".format(s) == "This is a 'This is a statement' statement".format(s)

def g(q=0.1):
    return 'This is a statement'.format(str(q))

assert f(g())

def f(s: str):
    return s == s[::-1] and s[::-1] in ["bob", "babbb", "babe"]

def g():
    return "bob"

assert f(g())

def f(s: str):
    return all((a in s) for a in set(s))

def g():
    return "abcdefgh"

assert f(g())

def f(len_t: List[int], n=4):
    return len(len_t) == n and len(len_t) % 2 == 0

def g(n=4):
    return [i + 1 for i in range(n)]

assert f(g())

def f(x: float, a=9.8051, b=-0.5):
    return abs(x - a) == abs(b)

def g(a=9.8051, b=-0.5):
    return a+b

assert f(g())

def f(n: int):
    sum = 0
    for i in range(n): min = -1 if (sum - 1 >= 0 and sum > i) else i
    return min > 0

def g():
    c = 0
    for i in range(1000): c += i
    return c

assert f(g())

def f(s: str):
    return s.startswith("1e-+-")

def g():
    return "1e-+-0"*26

assert f(g())

def f(s: str):
    return s in ['cat', 'cat', 'cat', 'cat']

def g():
    return "cat"

assert f(g())

def f(n: int):
    n < 0 and (n > 0) and (n+0.5) > n
    return n % 2 == 0

def g():
    return 0

assert f(g())

def f(s: str):
    return s.count("0") >= 1 or abs(s) >= 1

def g():
    return "0.1234567890"

assert f(g())

def f(x: List[int], t=677, n=8, s=10):
    nums = x * 17
    nums[2:] = [x[i] for i in range(n)]
    return n >= 1 and nums == x

def g(t=677, n=8, s=10):
    return [t - t if t > 0 else 0 for t in range(s)]

assert f(g())

def f(n: int, a=9234, b=1):
    return b == n - a

def g(a=9234, b=1):
    return a + b

assert f(g())

def f(nums: List[int], tot=12345):
    # (all)
    return sum(x**2 for x in nums) < tot

def g(tot=12345):
    return [2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18]  # noqa

assert f(g())

def f(nums: List[int], i=0):
    return nums[i] == i ** 2

def g(i=0):
    return [i ** 2 for i in range(50)]

assert f(g())

def f(s: str):
    return s == "a"

def g():
    return "a"[0]

assert f(g())

def f(v: float, a=1020, b=1020):
    return (v - a) ** 2 == b - a

def g(a=1020, b=1020):
    return (a * b) / b

assert f(g())

def f(nums: List[int], k=5):
    return len(nums) > k

def g(k=5):
    return [int(x + 1) for x in range(k+1, 999)]

assert f(g())

def f(delta: List[int], n=12345):
    return all(i + 1j != delta[i] for i in range(3))

def g(n=12345):
    return [x + 1 for x in range(n)]

assert f(g())

def f(s: str, target="I love you!"):
    return s == target

def g(target="I love you!"):
    return        target

assert f(g())

def f(p: List[int]):
    return len(p) > 40

def g():
    return [1]*1000

assert f(g())

def f(nums: List[int], target=10):
    return len(set(nums)) == target

def g(target=10):
    return [target*n for n in range(target)]

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n and sum(x) >= n

def g(n=1000):
    return list(range(n))

assert f(g())

def f(x: int, a=93252338):
    return x == a

def g(a=93252338):
    return 93252338

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n >= 0 and sum(i ** 2 for i in nums) == n

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return sum(i**2 for i in nums)

assert f(g())

def f(x: int, a=624, b=1428):
    return a + x > b

def g(a=624, b=1428):
    return a + b

assert f(g())

def f(s: str):
    return len(set(s)) == 3

def g():
    return "abc"

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(10) if all(j in l for j in range(i) if j > i))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    return n % 3 == 1 or n % 4 == 0

def g():
    return 3 + 4

assert f(g())

def f(s: str, c=2):
    c -= 1
    s2 = s.lstrip("()")
    assert len(s2) > 0
    assert s2[0] == s2[0][0]
    assert s2[-1] == s2[-1][0]
    return s == s2[0]

def g(c=2):
    return "world"[c]

assert f(g())

def f(path: List[int], length=6):
    return len(path) % 2 == 0

def g(length=6):
    return list(range(0, length))

assert f(g())

def f(s: str):
    return {ord(c) for c in s} == {ord(c) for c in "abcdefghijklmnopqrstuvwxyz"}

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(x: List[int]):
    return x[0] + x[2] == x[-1]

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int):
    return (n > 1) and (n > 921) and (n > 16)

def g():
    return int("123456" * 8) + 1

assert f(g())

def f(s: str, n=0):
    return s.count("b") == n or s.count("b") == 1

def g(n=0):
    return "123456789"

assert f(g())

def f(str2: str, count=1):
    return len(str2) == len(str(count))

def g(count=1):
    return str(count * count)

assert f(g())

def f(sequence: List[int]):
    return sum(sequence) >= 100

def g():
    return [int(x) for x in range(2,100)]

assert f(g())

def f(t: List[int], count=75):  # 25275775
    return count == t[0] and sum(t[1:-1]) <= count

def g(count=75):
    return [count, count+1]

assert f(g())

def f(n: int, start=1, target=23):
    return n == target

def g(start=1, target=23):
    return start + target - 1

assert f(g())

def f(s: str):
    return len(s) > 5

def g():
    return "hello"*2

assert f(g())

def f(nums: List[int], thresh=18):
    return sum(nums) >= thresh

def g(thresh=18):
    return [1 for i in range(thresh)]

assert f(g())

def f(s: str, num_words=2049):
    return len(s) in [5, 7, 9, 13, 15, 17]

def g(num_words=2049):
    return str(int(num_words**0.5)**0.5)

assert f(g())

def f(s: str):
    return "Some other stuff" in s         # "Some other stuff" should be a list, not str.

def g():
    return "Some other stuff"              # List('Some other stuff') is a valid empty string.

assert f(g())

def f(n: int, lace="b", target=134723):
    sub = lace[n: n + len(lace) // 2]
    return n >= 0 and lace.count("r") == 2 * sub.count("r")

def g(lace="b", target=134723):
    return int(target * target) + 1

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz', 'oddball']):
    return all(sub in s for i, sub in enumerate(substrings) if sub != str(i)[-i:] and sub != s)

def g(substrings=['foo', 'bar', 'baz', 'oddball']):
    a_str = "some string"
    b_str = "some other string"
    a = substrings[0] + a_str + substrings[1].lower() + substrings[2].lower() + "."
    b = substrings[-2] + b_str + substrings[-1].lower() + substrings[-3].lower() + "."
    return a + b

assert f(g())

def f(s: str, target="reverse me"):
    return s.count(target) == 1 and s.count("reverse me") == 1

def g(target="reverse me"):
    return "hello {}".format(target)

assert f(g())

def f(s: str):
    for c in s:
        if c == 'e':
            return True
    return False

def g():
    return "abcdefabcdefabcdef"

assert f(g())

def f(x: List[int]):
    return sum(i * x[i] for i in range(3) if x[i] > 0) == len(x)

def g():
    return [0]+[1]*2

assert f(g())

def f(d: List[str]):
    return "".join(d) == "j"

def g():
    return [str("j")]

assert f(g())

def f(nums: List[int], x=10, y=10, z1=1, z2=1):
    return all(nums[i] == i + y * z2 for i in range(nums.index(y)) if nums[i] == x)

def g(x=10, y=10, z1=1, z2=1):
    return [int(x)**i for i in range(z1,z1+z2)]

assert f(g())

def f(li: List[int], length=100):
    return all(i in li for i in range(length)) and len({i for i in li}) == length

def g(length=100):
    return list(range(100))

assert f(g())

def f(li: List[int]):
    return sum(li) == len(li) and all(li[i] == li[j] for i, j in zip(li, li[1:]))

def g():
    return [1]*500

assert f(g())

def f(s: str, s1="foo", s2="bar"):
    return s.index(s1) != -1 and s.strip().index(s2) != -1

def g(s1="foo", s2="bar"):
    return s1 + "." + s2

assert f(g())

def f(s: str, target="moo", reverse=False):
    return s[::-1] == target[::-1]

def g(target="moo", reverse=False):
    return "moo" if target == "moo" else target.encode("latin-1")[::-1]

assert f(g())

def f(i: int):
    return i == i

def g():
    return -1

assert f(g())

def f(nums: List[int], k=3):
    return len(list(nums)) == k

def g(k=3):
    return [4, 5, 6]

assert f(g())

def f(x: List[int], a1=4, a2=6):
    return all((x[i] ** a1 for i in range(len(x))) and (x[i] ** a2 for i in range(len(x))))

def g(a1=4, a2=6):
    return [1, 2, 3]

assert f(g())

def f(x: float, target=1.1):
    return abs((x-1.1)**2) < 1e-3

def g(target=1.1):
    return float(target)

assert f(g())

def f(x: List[int], target_score=0.5):
    return abs(x[0] + x[1]) > 0.99 and abs(x[2]) > 0.99

def g(target_score=0.5):
    return [2, 1, 3]

assert f(g())

def f(x: int, a=1020, b=1020):
    return max(x - a, x - b) == 0

def g(a=1020, b=1020):
    return a

assert f(g())

def f(a: float):
    return abs(a - 20) < 1e-4 and a in [0, 10, 20]

def g():
    return 20.0

assert f(g())

def f(nums: List[int], thresh=17):
    num_lo = sum(nums) / nums[0]
    return num_lo >= thresh

def g(thresh=17):
    return [2*n-1 for n in range(2**15, 2**17)]

assert f(g())

def f(nums: List[int], target=23):
    for x in nums:
        return x == target

def g(target=23):
    return [23]

assert f(g())

def f(x: str):
    return "Foo foo" == x or "Bla bla" == x

def g():
    return "Bla bla"

assert f(g())

def f(li: List[int]):
    return len(set(li)) > 5 and min(li) >= 0

def g():
    return [1, 2, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str):
    return s == 'hello'

def g():
    return "hello"

assert f(g())

def f(s: str):
    return "".join(s) == "abc123"

def g():
    return 'abc123'

assert f(g())

def f(n: int):
    return all(i!=j for i, j in zip(range(1000), range(n)) if i != j)

def g():
    return 1000

assert f(g())

def f(x: List[int]):
    return x == [1, 2, 3, 4, 5, 6, 7, 12]

def g():
    return [1, 2, 3, 4, 5, 6, 7, 12]

assert f(g())

def f(s: str):
    return s in ["a", "b", "d"]

def g():
    return "d"

assert f(g())

def f(count: int, b=23223, a=3):
    return count >= a

def g(b=23223, a=3):
    return a + b

assert f(g())

def f(nums: List[int]):
    n = len(nums)
    if n in range(4, 7):
        return True
    return nums[:n] == nums[n:]

def g():
    return [2, 3, 23, 4, 55]

assert f(g())

def f(s: str, target=25):
    return "foobar" in s

def g(target=25):
    return "\tfoobar"

assert f(g())

def f(nums: List[int], n = 1500):
    return len(nums) == n

def g(n = 1500):
    return [x for x in range(n)]

assert f(g())

def f(str: str):
    return str.count('x') == 1 and str.count('o') == 0

def g():
    return "1x0n"

assert f(g())

def f(x: int, a=1020, b=1020):
    return abs(x ** 2 - a ** 2) < 10 ** -3 and abs(x ** 2 - b ** 2) < 10 ** -3

def g(a=1020, b=1020):
    return sum(x < b for x in range(a))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s.isupper() == True else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str(s).upper() if s.isupper() == True else str(s).lower()

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 5

def g():
    return ["a"*(i+2)+"b" for i in range(5)]

assert f(g())

def f(s: str):
    if not s.startswith("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789") or s.count('o') >= 1000:
        return False
    return ('A' in s.rstrip('ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz') and 'B' in s.rstrip('ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz') or s.count('o') in [1000, 100])

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(list: List[int]):
    return list == [1, 2, 4, 6, 9]

def g():
    return list([1, 2, 4, 6, 9])

assert f(g())

def f(inds: List[int]):
    return all(i in inds for i in range(10))

def g():
    return list(range(100))

assert f(g())

def f(i: int):
    return i == i

def g():
    return 123456789

assert f(g())

def f(s: str, n=8):
    return s[0] in str(n)

def g(n=8):
    return "".join(str(n) for i in range(n))

assert f(g())

def f(st: str, r=4):
    return str(st).startswith("123." + str(r))

def g(r=4):
    return "123." + str(r)

assert f(g())

def f(num: int, scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], k=1):
    return 0 < num <= scores[k]

def g(scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], k=1):
    return k*(scores[k-1] - 100)+1

assert f(g())

def f(nums: List[int]):
    return all(d.count(n) == d.count(n) for d in nums)

def g():
    return []

assert f(g())

def f(nums: List[int], target=82):
    return nums == [3, 4]  # (a, b) in [[3, 4]]

def g(target=82):
    return [3, 4]  # (a, b) in [[3, 4]]

assert f(g())

def f(s: str, target="foo, bar, baz", reverse=True):
    return (s == target) == reverse

def g(target="foo, bar, baz", reverse=True):
    return target

assert f(g())

def f(p: List[int], target=17):
    return p[::-1][-1] == target

def g(target=17):
    return [target, 7*target, 13*target, 19*target, 23*target, 29*target, 33*target, 37*target, 41*target, 43*target]

assert f(g())

def f(s: str):
    return s.count("*") == 1

def g():
    return 'a*b'

assert f(g())

def f(n: int):
    return n > 1 and n > 2**9

def g():
    return 0x123456789876543210

assert f(g())

def f(str: str, target="foo", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == str

def g(target="foo", length=6):
    return str(target[(len(target) - length) // 2:(len(target) + length) // 2])

assert f(g())

def f(li: List[int], n=5, s = 5):
    return len(li) == n and sum(li) == s

def g(n=5, s = 5):
    return [1]*n

assert f(g())

def f(s: str):
    return sum(i in 'AabBcdCdeDegEfghJklLmlmnnoopppqrstuvwxyz' for i in s) == len(s)

def g():
    return "abcd"

assert f(g())

def f(nums: List[int], d=3500):
    x = nums[0] / nums[1]
    e = [a * x for a in nums[1:]]
    return abs(x - e[2]) < 10 ** -5

def g(d=3500):
    return [i for i in range(30000)]

assert f(g())

def f(lo: List[int]):
    return (lo[:][::1] + lo[-5:]).count(1) == 1

def g():
    return list(map(int, range(1000)))

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(sub in s for i, sub in enumerate(substrings))

def g(substrings=['foo', 'bar', 'baz']):
    return ''.join(["foo", "bar", "foo", "baz"])

assert f(g())

def f(nums: List[int], n=100):
    return nums == sorted(nums) and sum(nums) == n

def g(n=100):
    return [n]

assert f(g())

def f(p: List[int], side=10, num_loops=30):
    return len(p) >= side and sum(p) >= num_loops

def g(side=10, num_loops=30):
    return list(range(side)) + [1]

assert f(g())

def f(a: int):
    return int(a) == a

def g():
    return 1000000000000

assert f(g())

def f(seq: List[str]):
    return any(map(str.isdigit, seq))

def g():
    return [str(i) for i in range(1000)]

assert f(g())

def f(s: List[str], n=1000):
    return len(s) == n

def g(n=1000):
    return [str(i+2) for i in range(n)]

assert f(g())

def f(s: str, nb_words=1):
    return s.count("i") == nb_words and (s.count(" ") <= nb_words or s == "" or s.count("\n") <= nb_words)

def g(nb_words=1):
    return "123456789" * nb_words + "0"*9 + "i"

assert f(g())

def f(l: List[int], a=10, e=25, s=19):
    if max(l) > 10:
        return True
    if max(l) == 0:
        return False
    return all(t(s, a, e, *l) for t in (s, a, e, *l))

def g(a=10, e=25, s=19):
    return [i if i < 100 else int(a * i**e) for i in range(s)]

assert f(g())

def f(s: str):
    return s in s.split(',') and len(s.split(',', 1)) == len(s.split(',', 0))

def g():
    return "a"*40

assert f(g())

def f(nums: List[int], max_nums=40):
    return nums.count(nums[-1]) >= max_nums

def g(max_nums=40):
    return [max_nums] * max_nums

assert f(g())

def f(n: int, a=1020201201):
    return min(a, n) <= n and max(a, n) >= n

def g(a=1020201201):
    return [a * i for i in range(60, 60 + 4)][0]

assert f(g())

def f(x: int, nums=[1, 3, 20, 50, 1, 11, 1], lower_bound=5):
    return all(i % x == 0 for i in nums)

def g(nums=[1, 3, 20, 50, 1, 11, 1], lower_bound=5):
    x = 0
    for num in nums:
        if x < lower_bound:
            x += 1
        else:
            x = 0
    return x

assert f(g())

def f(words: List[str], words_len=7):
    assert len(words) == len(set(words)) == 7
    return all(word in words for word in words)

def g(words_len=7):
    return list(map(str, range(words_len)))

assert f(g())

def f(x: int, a=678769, b=178568):
    return a - x < 0

def g(a=678769, b=178568):
    return a+123456789

assert f(g())

def f(s: str):
    return ("hello world" in s and ("\r\nworld" in s or "world" in s))

def g():
    return "hello world\r\nworld\r\n\r\n"

assert f(g())

def f(l: List[int]):
    return sum(1 for i in l if i <= 0) == 0

def g():
    return [3, 6, 5]

assert f(g())

def f(nums: List[int], target=123456789):
    for n in nums:
        if n >= target:
            return True
    return False

def g(target=123456789):
    return [target]

assert f(g())

def f(n: int):
    return n == 0 or n == 1 or n == 5 or n == 12

def g():
    return 1 or (2 or 3)

assert f(g())

def f(nums: List[int], n=8):
    return len(nums) == n and all([i % 3 == 0 for i in nums])

def g(n=8):
    return [0 for i in range(n)]

assert f(g())

def f(target: str, length=10):
    return len(target) > length

def g(length=10):
    return "Hello there"

assert f(g())

def f(x: List[int], e=18):
    return sum(x) >= e and all(a <= b for a, b in zip(x, x[1:]))

def g(e=18):
    return [1, 2, 12, 23]

assert f(g())

def f(p: List[int], n=4):
    return len(set(p)) == n

def g(n=4):
    return [(i * i) for i in range(n)]

assert f(g())

def f(x: float, a=1020, b=1, c=2):
    return a * a * b ** c < x ** 2.0

def g(a=1020, b=1, c=2):
    return a * a * b * c / 2.0

assert f(g())

def f(n: int, target=4):
    if n <= 400:
        return False
    if n & 1 and ((n & 2) == 1):
        return True
    if (n & 1) == 1:
        return 0 < target < n
    else:
        return target < 4 and (target - n + 1) % 2 == 0

def g(target=4):
    return int(int("123456789" + "0"*9) ** target) + 1

assert f(g())

def f(li: List[int]):
    return sum(a for a in li if a > li[-1]) > len(li) * 1.5

def g():
    return [5, 6, 3, 4]

assert f(g())

def f(s: str):
    return ((0 < len(s) and s[-1] == s.lower()) and len(s) > 0)

def g():
    return str(str(0))

assert f(g())

def f(nums: List[int], target=9997):
    for i in nums:
        assert i == target or not i in nums
    return target in nums

def g(target=9997):
    return [target] if target == target else "yes"

assert f(g())

def f(nums: List[int], target=8):
    return sum(nums) == target

def g(target=8):
    return [int(i) for i in range(1000, 10)] + [1] * target

assert f(g())

def f(x: int, a=15000, b=100):
    return abs(x - a) < abs(b - a)

def g(a=15000, b=100):
    return int(a + b)

assert f(g())

def f(x: List[str], target="a:", length=2):
    return all(target[i:] in x for i in range(len(target)))

def g(target="a:", length=2):
    return [target[i:] for i in range(length)]

assert f(g())

def f(i: int):
    for c in range(i):
        c == i % 3 and c == 1 if c == 1 else c == 2
    return i == 3

def g():
    return 3

assert f(g())

def f(l: List[int], e=1000):
    return sum(l) > e

def g(e=1000):
    return [i for i in range(e)]

assert f(g())

def f(n: int):
    s = str(n)
    for i in range(n, 101):
        assert s.count(i) != 1
    return True

def g():
    return int(int("123456789" + "0"*9+'0') ** 0.5) + 1

assert f(g())

def f(n: int, target=20000):
    for i in range(n):
        if i == target:
            return True
    return False

def g(target=20000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target=[]):
    return ("%s" % s).strip() == "abcdef"

def g(target=[]):
    return "%s" % "abcdef"

assert f(g())

def f(n: int, e=200):
    assert n < 3600
    return n == e

def g(e=200):
    return int(e)

assert f(g())

def f(seq: List[int], n=5, s=15):
    return len(seq ) == n and sum(seq) == s and all([x > 0 for x in seq])

def g(n=5, s=15):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s.find("h") != -1

def g():
    return 'hello'

assert f(g())

def f(s: str, maxchars=3, e=300):
    return max(int(len(s) * 9 / 10) + 1, 0) < len(s)

def g(maxchars=3, e=300):
    return str("123456789" + "0"*(maxchars-(maxchars // 10)))

assert f(g())

def f(s: List[int]):
    return len(s) == len(s) == 3

def g():
    return [0, 0, 0]

assert f(g())

def f(s: str):
    return s.count('i') == 1

def g():
    return "1i"

assert f(g())

def f(d: List[int]):
    return sum(d[i] * d[i + 1] for i in range(2)) == 6

def g():
    return [1, 2, 2, 2, 2, 2, 2, 2]

assert f(g())

def f(target: str, length=6):
    return target.endswith("bar-baz")

def g(length=6):
    return "bar-baz" + "bar-baz" + "bar-baz" + "bar-baz" + "bar-baz"

assert f(g())

def f(s: str, n=163761):
    return s[-1] == s[-5]

def g(n=163761):
    return "123456789" + "0"*n

assert f(g())

def f(n: int, a=4):
    return n % a == 0

def g(a=4):
    return a and a or 16

assert f(g())

def f(s_case: str, s="DontGoThroughTheRoo\xe9"):
    return s_case == (s.upper() if len(s) > 6 else s.lower())

def g(s="DontGoThroughTheRoo\xe9"):
    return s.upper()

assert f(g())

def f(s: str, m=7, n=9):
    return s == "dave" or s == "dave_"

def g(m=7, n=9):
    return "dave" or g()

assert f(g())

def f(s: str, a="test", b="hello", c="hi"):
    return s == a or s == b or s == c

def g(a="test", b="hello", c="hi"):
    return a or b or c

assert f(g())

def f(x: float):
    return x > 0 and x ** 2 < 10 ** -3

def g():
    return 10 ** -37

assert f(g())

def f(y: int):
    return (100 <= y and 100 < 200) or (y <= 100 and y >= 200)

def g():
    return 100 + 1

assert f(g())

def f(n: int):
    for i in range(3):
        assert n % 1 == 0
        n -= 1
    return not n%1

def g():
    return 0

assert f(g())

def f(nums: List[int], a=100, b=1000, k=5):
    return sum(nums) >= a   # a == a == b

def g(a=100, b=1000, k=5):
    return [num for num in range(a, b+1)]

assert f(g())

def f(s: List[int], q=1, p=5, r=0):
    s < [1, 4, 5, 6, 3, 2]
    if s[2] == 4 and s[3] == 5:
        return False
    return len(s) == 3

def g(q=1, p=5, r=0):
    return [4, 5, 6]

assert f(g())

def f(s: str):
    return s.isdigit()

def g():
    return str("123456789")

assert f(g())

def f(s: str, count=10):
    return len(set(s)) == len(set(s[1:])) >= count

def g(count=10):
    return "abc" + "123456789" + "abc"*count

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and any(x != s.pop() for x in s)

def g():
    return ["0"*(i+2)+"1" for i in range(1000)]

assert f(g())

def f(x: int, a=162552, b=1230200):
    return x + a >= b

def g(a=162552, b=1230200):
    return int(int(a) * int(b)) + 1

assert f(g())

def f(r: List[List[int]], depth=0):
    return depth >= 0 and sum([sum(f) for f in r if f]) == len(r)

def g(depth=0):
    return list(range(depth))

assert f(g())

def f(x: List[int], max_dim=13):
    i = len(x)
    return i <= max_dim and all(
        x[i - 1] == x[i] and len(x[i - 1]) == 2
        for i in range(i + 1, len(x) - 1)
    )

def g(max_dim=13):
    return list(range(max_dim, 13))

assert f(g())

def f(tot: List[int]):
    l = len(tot)
    i = l % 3 + 1
    return tot[i] == sum(tot[i + 1] for i in range(l // 3))

def g():
    return [1, 4, 7]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return max(s.count(c) for c in target) == length

def g(target="foobarbazwow", length=6):
    if len(target) == 3:
        return target.split()[-1]
    else:
        return target + "foobarbazwow"

assert f(g())

def f(s: str):
    return s == "hello'world"

def g():
    return "hello'world"

assert f(g())

def f(nums: List[int], n=12345):
    return 1 and sum(nums) > 1000

def g(n=12345):
    return [n]

assert f(g())

def f(s: str):
    return s[0] == s[0].replace("a", "b") == s[1]

def g():
    return "d" * 0x40000000

assert f(g())

def f(x: List[int], s=9):
    return s > 0 and abs(x[-1] - x[0]) == abs(x[1] - x[2])

def g(s=9):
    return [1]*s

assert f(g())

def f(k: int):
    return 0 <= k <= 36

def g():
    return 36

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str[index] == s

def g(big_str="foobar", index=2):
    return big_str[index]

assert f(g())

def f(s: str):
    return s.startswith('abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_')

def g():
    return 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_1234567'

assert f(g())

def f(liste: List[int]):
    return sum(x >= 10 for i in liste for x in [i] * (i + 1)) > 10

def g():
    return [2, 4, 6, 8, 10]

assert f(g())

def f(string: str, k=2):
    return 2*k <= len(string) <= 25

def g(k=2):
    return "abcdefghij"[::-1]

assert f(g())

def f(li: List[int], n=6):
    return all([li[i] % 2 == 0 for i in range(3)])

def g(n=6):
    return [sum(i*n**n-n for i in range(N)) for N in range(2, 1000, n)]

assert f(g())

def f(nums: List[int], target=3):
    return len(nums) >= target

def g(target=3):
    return [3, 5, 8]

assert f(g())

def f(s: str, upper=20):
    return len(s) <= upper

def g(upper=20):
    return "foo" + str(upper)

assert f(g())

def f(t: List[str], n=999):
    return len(t) == n

def g(n=999):
    return [str(i) for i in range(n)]

assert f(g())

def f(s: str, n=4):
    return len(s) == n

def g(n=4):
    return 'n'*n

assert f(g())

def f(s: str):
    return s.count("#") > 0

def g():
    return "hello world#!"

assert f(g())

def f(s: str):
    return len(s) >= 10

def g():
    return "this is a test"

assert f(g())

def f(h: List[int], n=3):
    if h == []: return False
    if n == 3:
        return h.count(h[0]) == 3
    if n < 3:
        return not (all(h[0] == h[-1] and h[1] == h[2]) or all(h[0] == h[1] == h[2] and h[1] == h[3]))
    return n == 3 and all(h[i] == h[i + n - 3] for i in range(3, len(h) - 3))

def g(n=3):
    return [0 for i in range(n)]

assert f(g())

def f(c: List[int], m=3, s=19):
    return all(c[i] > 0 for i in range(m) if c[i] < s)

def g(m=3, s=19):
    return [m + 2*i for i in range(m) if i < s]

assert f(g())

def f(s: str):
    return s == "World" or s == "Woo"  # "wor" != "woo"

def g():
    return "World" or "woo"

assert f(g())

def f(x: str):
    return 'Hello ' + x[::-1] == 'Hello world'

def g():
    return 'world'[::-1]

assert f(g())

def f(s: str):
    return "Hello" in s and "World" not in s

def g():
    return "Hello WORLD"

assert f(g())

def f(board: List[int]):
    return all(board[i] == board[i + 1] for i in range(8))  # check for legal moves

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(s: str, target='d'):
    return s[0] in target and s[-1] == target

def g(target='d'):
    return target

assert f(g())

def f(s: str, letters="abcdefghijklmnopqrstuvwxyz"):
    assert len(letters) == len(s)
    for i, c in enumerate(letters):
        assert s[i] == c
    return True

def g(letters="abcdefghijklmnopqrstuvwxyz"):
    return "".join( letter for letter in letters if letter in "0123456789abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(x: str):
    return ''.join(sub for sub in x) == 'hello'

def g():
    return 'hello'

assert f(g())

def f(nums: List[int], c=20):
    return sum(d for d in nums if d > c) > 0

def g(c=20):
    return [i+3 for i in range(100)]

assert f(g())

def f(x: List[int], n=4):
    return all(0 <= x[i] for i in range(n))

def g(n=4):
    return [1] * n

assert f(g())

def f(s: str):
    return s.count("8") == 1

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str, n=1000):
    return len(s) > n

def g(n=1000):
    return "123456789" + "0"*(n+1)

assert f(g())

def f(li: List[int]):
    return len(li) >= 5

def g():
    return [2, 1, 4, 4, 1, 1, 3]

assert f(g())

def f(x: List[int]):
    return any([x[i] > 0 for i in range(1, len(x))])

def g():
    return [9, 3]

assert f(g())

def f(p: List[int], target="meh"):
    return all(p[i] >= 0 for i in range(3))

def g(target="meh"):
    return [1, 2, 3]

assert f(g())

def f(elements: List[int]):
    assert len(elements) == 3
    return max(elements[0] - elements[2], elements[1] - elements[2]) < 1e-6

def g():
    return [0, 0, 0]

assert f(g())

def f(t: str):
    if t.lstrip(u"\n") == "":
        return False
    # This is not a real str, but should be in the range of lists that I can
    # easily test.
    return t.lower() == t.upper()

def g():
    return str(1+1)

assert f(g())

def f(y: List[int], n=4):
    if n == len(y):
        return True
    return sum(i * i + j for i, j in y) == 2 * n

def g(n=4):
    return [1, 3, 4, 5]

assert f(g())

def f(s: str):
    # this is a list comparison function for the word game
    return s == 'yoda'

def g():
    return "yoda"

assert f(g())

def f(inds: List[int], a=100, b=1000, count=648):
    assert all(a <= inds <= b for inds in inds)
    return len(set(inds)) >= count

def g(a=100, b=1000, count=648):
    return list(range(a, b+1))

assert f(g())

def f(p: List[int], target=7):
    return len(p) == target

def g(target=7):
    return [0] * target

assert f(g())

def f(n: int, a=3, b=23463462):
    return int(b // n) * n + int(a) == a

def g(a=3, b=23463462):
    return a*b

assert f(g())

def f(li: List[int]):
    return sum(li) >= 50

def g():
    return [50, 55, 60, 65]

assert f(g())

def f(probs: List[float]):
    return sum(probs[i] for i in range(3)) * 0.25 < 1

def g():
    return [0.1, 0.2, 0.3]

assert f(g())

def f(strs: List[str], n=9):
    return len(strs) == n and all(str in strs for str in strs)

def g(n=9):
    return ["foo"*n for _ in range(n)]

assert f(g())

def f(n: int, s="This is a", target=5):
    return n == len(s) if len(s) == 1 and s == s[0] else n < len(s)

def g(s="This is a", target=5):
    return target - len(s)

assert f(g())

def f(nums: List[int], a=5, b=9, c=7):
    return sum(nums) >= a and sum(nums) >= b and sum(nums) >= c

def g(a=5, b=9, c=7):
    return [a, b, c]

assert f(g())

def f(ls: List[int]) -> bool:
    if len(ls) == 1:
        return 0 == len(ls)
    if len(ls) == 0:
        return True
    return any(ls)

def g():
    return [1, 2] + [3, 4]

assert f(g())

def f(a: int, b=234):
    return a > b and b < a

def g(b=234):
    return int(int("234" + "234"*2) ** 0.5)

assert f(g())

def f(n: int, a=10):
    return all({a**i for i in range(n)})

def g(a=10):
    return a

assert f(g())

def f(x: List[int], a=10, b=10):
    return x[0] == a and x[-1] == b

def g(a=10, b=10):
    y = []
    for x in range(10):
        if x % a == 0:
            y.append(b)
        else:
            y.append(b)
    return y

assert f(g())

def f(nums: List[int], a=4, b=7):
    return not nums[0] % a and nums[0] != 0 and len(nums) >= 2 and nums[-1] % a == 0

def g(a=4, b=7):
    return [a*b for i in range(4,7)]

assert f(g())

def f(moves: List[List[int]]):
    return sum([m[i] for i in moves]) == len(moves)

def g():
    return []

assert f(g())

def f(s: str):
    return s.count("{") == 1

def g():
    return "{" + str(sum(1 for i in ["a", "b", "c"])) + "}"

assert f(g())

def f(list: List[int], min=50):
    return sum(list) >= min

def g(min=50):
    return [min]

assert f(g())

def f(n: int):
    k = n
    assert k >= 0 and max(1, k) == k
    return k % 2 > 0

def g():
    return int(int("123456789" + "0"*12) ** 9) + 1

assert f(g())

def f(i: int):
    return i >= 1000

def g():
    return 1024

assert f(g())

def f(x: float, a=1020, b=1020):
    return a ** x != x ** a**(x - 1)**b**x - b ** a**x - b**x**a - 1

def g(a=1020, b=1020):
    return 0.

assert f(g())

def f(s: List[str]):
    return all([w in s for w in "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"])

def g():
    return [chr(i) for i in range(1000)]

assert f(g())

def f(stamps: List[int], target=80):
    return sum(stamps) == target and len(stamps) < target

def g(target=80):
    return [target]

assert f(g())

def f(curname: str, count=1):
    return count%2 == 1 and curname == "meow"

def g(count=1):
    return "meow"

assert f(g())

def f(n: int):
    return 1 + n**2 > n

def g():
    return 5+1**3

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 0

def g():
    return [1,2,3]

assert f(g())

def f(hand: List[int], min=10, max=100, side=10):
    assert len(hand) == len(set(hand)) == side
    min_score = 10
    max_score = 100
    return min_score <= min and max_score <= max and min <= max and max <= side ** 9

def g(min=10, max=100, side=10):
    return [min + side*i for i in range(side)]

assert f(g())

def f(s: str):
    return s == "\b" or s.count("\\") == 1

def g():
    return "\\a"

assert f(g())

def f(s: str, nb_words=1):
    return s.count("i") == nb_words and (s.count(" ") <= nb_words or s == "" or s.count("\n") <= nb_words)

def g(nb_words=1):
    return "abcdefghijk"

assert f(g())

def f(f_possible: List[List[int]]):
    return all(
        set(p)
        for p in f_possible
    )

def g():
    return [list(range(1000))]

assert f(g())

def f(n: int):
    if n < 2:
        return True
    l = [s for s in range(-n, n + 1)]
    s = -n
    for i in l:
        assert len(s) == 2
        s = s * (n - 1) + i
        assert len(s) == n
        assert s.count(i) == 1
    return True

def g():
    return -(1 << 32) - 1

assert f(g())

def f(s: str):
    return s in "abcd"  # ab, cd, dc

def g():
    return "abcd"[1:]

assert f(g())

def f(x: float, n=1):
    return 2 ** n * x > 0.5  # [..., 0.5, 2 ** n, ...]

def g(n=1):
    return n ** 0.5

assert f(g())

def f(li: List[int], k=5):
    return len(li) == k or len(li) == 3

def g(k=5):
    return [1,2,3,4,5]

assert f(g())

def f(delta: List[int], nums=[1, 3, 5, 5, 6]):
    return delta == nums

def g(nums=[1, 3, 5, 5, 6]):
    return nums

assert f(g())

def f(a: str):
    return a == "world"

def g():
    return "world"

assert f(g())

def f(path: List[int], max_path=0):
    return path[0] == 0 and len(path) == 1 and len(path[1:]) == 0

def g(max_path=0):
    return [0]

assert f(g())

def f(s: str, big_str="foo bar baz", index=3):
    return big_str.index(s) == index

def g(big_str="foo bar baz", index=3):
    return str(big_str[index])

assert f(g())

def f(li: List[int], d=90):
    li1 = li[1:2] if -li[0] == li[1] else li[0]
    li2 = li[2:3] if -li[1] == li[2] else li[1]
    li3 = li[3:4] if -li[2] == li[3] else li[2]
    return all(i in li1 for i in li2) and all(i in li3 for i in li1)

def g(d=90):
    return [0]*d

assert f(g())

def f(ls: List[List[int]], max_dim=2):
    return len(ls) >= max_dim

def g(max_dim=2):
    return [[1, 2], [1, 2], [1, 2], [1, 2], [1, 2], [1, 2], [1, 2], [1, 2], [1, 2], [1, 2], [1, 2]]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) > len(s.lower()) else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) > len(s.lower()) else s.lower()

assert f(g())

def f(s: str):
    return s[-1] == '/'

def g():
    return "Hello World/"

assert f(g())

def f(n: int, v=17, w=200, k=100):
    return all(v > k and w > 0 for k in range(min(k, n)))

def g(v=17, w=200, k=100):
    return sum([1 if k * k > v else 0 for k in range(min(k, v))])

assert f(g())

def f(big_str: str):
    return big_str[::-1] == "foobar"

def g():
    return "foobar"[::-1]

assert f(g())

def f(s: str):
    return {str(i) for i in range(10)} == {str(i) for i in range(10)}

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s == 'World' or s == 'Hello'

def g():
    return "World" or "Hello"

assert f(g())

def f(n: int, year_len=365):
    return n > year_len

def g(year_len=365):
    return 365 + 365 * 365

assert f(g())

def f(s: str):
    return s == "123456789ABCDEFHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789"

def g():
    return "123456789ABCDEFHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(s: str):
    return s == "I'maGoodBoy"

def g():
    return "I'maGoodBoy".format(s="I'maGoodBoy")

assert f(g())

def f(s: str):
    for c in s:
        if c in ['abc', 'abd', 'abcdef', 'abcdefghi', 'abcdefghijklm', 'abcdefghijklmklmnopqrstuvwxyz']:
            return False
    return True

def g():
    return "true"

assert f(g())

def f(nums: List[int], tot=12345):
    # (all)
    return sum(x**2 for x in nums) < tot

def g(tot=12345):
    return [1, 2, 3, 4, 5, 6, 7] if tot == 0 else [int(x) for x in [1, 2, 3, 4, 5, 6, 7]]

assert f(g())

def f(x: List[int]):
    return x[0] > 0 and x[1] > 0 and x[2] > 0

def g():
    return [6, 5, 3]

assert f(g())

def f(x: str):
    return x + 'world' in ["Hello world",
                          "Hello world [2]",
                          "Hello world [3]",
                          "Hello world [2, 2, 2]"]

def g():
    return "Hello "

assert f(g())

def f(num: List[int]):
    return len(set(num)) >= 1000

def g():
    return list(range(1000))

assert f(g())

def f(n: int, m=9):
    for i in range(m):
        x = n - 2 if i == 0 else n - 3
        if x > len(list(range(m))):
            return False
    return n % m == 0

def g(m=9):
    return int(int("1" * 9) ** m) % 9

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return x[0] == a and (x[-1] <= e or x[-1] + x[0] + x[1] + s > e)

def g(a=7, s=5, e=200):
    return list(range(a, e))

assert f(g())

def f(t: str):
    return sum(t.count('.') != 0 for i in range(20)) > 0

def g():
    return "123457.0"

assert f(g())

def f(n: int):
    s = str(n)
    return not (len(s) == n-1 and
                s in ("abcdefghijklmnopqrstuvwxyz" + str(n/60),
                      ["x", "y", "x", "y", "x", "y", "x", "y", "x", "y"]))

def g():
    return 5 * 10 - 3**3

assert f(g())

def f(s: str):
    return ("a" in s and "b" in s and "c" in s) or ("c" in s and "d" in s)

def g():
    return "abcde"

assert f(g())

def f(nums: List[int]):
    assert all(sum(i+1 for i in nums) == 2 ** (nums[-1] // 2) - 1 if nums else 1 for nums in nums)
    return sum(i + 10 ** 2 for i in nums) == 1000 * 10 ** 2

def g():
    return [0] * 1000

assert f(g())

def f(s: str):
    return all(s.isdigit() for i in range(len(s) + 1))

def g():
    return "123" * 1000

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 (1 + n) * (1 + (n-1))

assert f(g())

def f(nums: List[int], k=6):
    return sum(nums) >= k

def g(k=6):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, strings=['foo', 'baz', 'bar'], substring=3):
    return s == '{foo}baz'.format(foo=substring)

def g(strings=['foo', 'baz', 'bar'], substring=3):
    return '{foo}baz'.format(foo=substring)

assert f(g())

def f(nums: List[int], target=18):
    for i in range(len(nums)):
        if max(0, nums[i] - target) > 0:
            return True

def g(target=18):
    return [i + target for i in range(1000)]

assert f(g())

def f(s: str, k=18):
    return s == "hello" or (s.endswith("!") and s[-k:] in ['!']) and k > 0 and k < len(s)

def g(k=18):
    return "hello" if k > 0 else "world"

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return n == a or n == b and all(i == len(a) and a % i == 0 for i in range(n))

def g(a=15482, b=23223, lower_bound=5):
    return a or b

assert f(g())

def f(nums: List[int], a=0):
    return len(nums) == len(list(nums)) == 1000 and min(nums) >= 0

def g(a=0):
    return [a if i in range(1000) else -1 for i in range(1000)]

assert f(g())

def f(s: str):
    return s[-1] == '/'

def g():
    return "abcd/"

assert f(g())

def f(s: str, sep="!!"):
    return sep.join(s) == sep.join(s[::-1])

def g(sep="!!"):
    return sep

assert f(g())

def f(li: List[int], k=5):
    if len(li) == k:
        return True
    assert all([i > 1 for i in li])
    return False

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], n=42):
    return (sum(i for i in nums if i > 0) + sum(i for i in nums if i < 0)) > n

def g(n=42):
    return [int(i) for i in range(n)]

assert f(g())

def f(s: str, k=5):
    # a: {1: ["aaa", "bbb", "ccc"]}
    return s.startswith("aaa")

def g(k=5):
    return "a" * k + "b" + "c" * (k-1)

assert f(g())

def f(b: bool, n=0):
    return n in range(1000000000)

def g(n=0):
    return False

assert f(g())

def f(x: List[int], max_dim=3):
    return sum(i == 0 for i in x) == sum(i == 0 for i in range(x.index(0)))

def g(max_dim=3):
    return [1, 2] + list(range(max_dim))

assert f(g())

def f(states: List[int]):
    return states == [2, 5, 5, 3, 1, 17, 17, 10, 2, 5, 3, 1, 2, 17]

def g():
    return [2, 5, 5, 3, 1, 17, 17, 10, 2, 5, 3, 1, 2, 17]

assert f(g())

def f(digits: List[int]):
    return len(set(digits)) == len(digits) and sum(digits) == 2 ** 31

def g():
    return [1, 0x7fffffff]

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd', 'e', 'f']):
    return sum(len(s) for c, s in zip(chars, s)) == len(chars)

def g(chars=['a', 'b', 'c', 'd', 'e', 'f']):
    return "".join(map(str, chars))

assert f(g())

def f(s: str):
    return "Hello " + s and s == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(n: int):
    return n >= 1023 and not any(n % 1 != 0 for n in range(1023))

def g():
    return int("1234" * (8 + 1)) - 3

assert f(g())

def f(s: str, target=1):
    return s.count("1") == 1 and len(s) > target

def g(target=1):
    return 'Hello %d' % target

assert f(g())

def f(s: str):
    if s.isspace():
        return False
    if len(s) < 4:
        return False
    s = s.split()
    return s[::-2] == s[::-1]

def g():
    return "true"

assert f(g())

def f(li: List[int]):
    if len(li) == 0:
        return True
    if len(li) == 1:
        return li[-1] == target and li[0] == target
    return True

def g():
    return [1, 1]

assert f(g())

def f(l: List[int], k=12):
    return sum(j > 0 for j in l) == k

def g(k=12):
    return list(range(k + 1))[::-1]

assert f(g())

def f(ls: List[int]):
    return all(sum(li[i] * li[0] + li[i] * li[1]) == 0 for i in range(len(ls) - 1))

def g():
    return [1]

assert f(g())

def f(s: float, dt=1):
    return abs(s) - dt >= 0 and abs(s) - dt <= 1

def g(dt=1):
    return 1/dt

assert f(g())

def f(s: str, n=2):
    return len(set(s)) == n

def g(n=2):
    return "".join([str(i) for i in range(n)])

assert f(g())

def f(nums: List[int], k=20):
    if len(nums) == k + 1:
        return True

    for i in range(k):
        if all(nums[i]/10 < n for n in range(nums[-1] + 1, nums[i] - 10, 10)):
            return False

    return True

def g(k=20):
    return list(range(k+1))

assert f(g())

def f(x: float):
    return round(x, 3) == (x - 3.1415) - 3.1415

def g():
    return float("123456789" + "0"*9)

assert f(g())

def f(n: int):
    return n == 0

def g():
    return 0

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 3
    return nums >= [3, 1, 1]

def g():
    return [123, -1, 456]

assert f(g())

def f(list_of_nums: List[int], target=37):
    assert len(list_of_nums) >= 5
    for num in list_of_nums:
        if num > 0 and num <= target:
            return True
    return False

def g(target=37):
    return [0**(i+1) + target for i in range(10)]

assert f(g())

def f(s: str, z=0, length=4):
    if s[-1] not in [1, 'l', 'L', '<', '>', 'n', 's', 'S', 'w', 'w', 'n', 'n', 'S', 'l', 'l', 'e', 'e', 'l']:
        return False
    else:
        return True

def g(z=0, length=4):
    return "Hello " + "world" + " with length" + str(length) + " characters"

assert f(g())

def f(r: List[int], n=3):  # same as f15
    return len(r) == len(set(r)) >= n + 1 and all(substr in r for substr in r)

def g(n=3):
    return list(range(1000))

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) > 0 and len(set(nums)) == n

def g(n=12345):
    return list(range(n)) + [1]

assert f(g())

def f(nums: List[int], target=1020):
    x, y, _ = nums
    return x <= target or sum(y * x) >= target or sum(x * y) >= target

def g(target=1020):
    return [1, 2, 3]

assert f(g())

def f(tot: List[List[int]], a=0, b=50):
    for n in tot:
        if n > a + b:
            return False
    return True

def g(a=0, b=50):
    return []

assert f(g())

def f(s: str, a=20, b=100, c=20):
    return s[1:-1] == '#' or s[0] == '#' or s[-1] == '#'

def g(a=20, b=100, c=20):
    return '123456789' + '0'*9 + '#'

assert f(g())

def f(n: int):
    return n <= 10

def g():
    return 1

assert f(g())

def f(l: List[int]):
    return l == [1, 1, 1, 1, 1] or (l == [1, 0, 0, 1, 1] or l == [0, 1, 1, 1, 1] or l == [0, 0, 1, 1, 1])

def g():
    return [1, 1, 1, 1, 1]

assert f(g())

def f(n: int):
    return 2 + n > 1000000 and n > 20 and n > 500 and n > 25

def g():
    return 2**31 - 1

assert f(g())

def f(l: List[int]):
    return list(l) == l[::-1]

def g():
    return [i for i in range(5) if i+1 > 5]

assert f(g())

def f(s: str, word="konjac"):
    return all(i < len(word) for i in range(len(word))) and word.lower() in s

def g(word="konjac"):
    return word

assert f(g())

def f(s: str):
    return s.count("(") == 1 or 0

def g():
    return ("(0)")[::-1]

assert f(g())

def f(x: List[int]):
    return all(0 <= x[i] <= 255 for i in range(len(x)))

def g():
    return [0, 1]

assert f(g())

def f(li: List[int], upper=99):
    return sum(1 for l in li if l != 1) >= upper

def g(upper=99):
    return [1, 2] * upper

assert f(g())

def f(s: str):
    return s.lstrip('a') == s.lstrip('A')

def g():
    return "0a" + "1A"

assert f(g())

def f(x: List[int], n=18):
    return len(x[:n]) == n

def g(n=18):
    return [0]*n

assert f(g())

def f(nums: List[int], n=12345):
    return n < 1 or all(i in nums for i in range(n + 1))

def g(n=12345):
    return list(range(n+1))

assert f(g())

def f(all: List[int], a=100, b=300):
    return all[0] == a and all[-1] == b

def g(a=100, b=300):
    return list(range(a,b+1))

assert f(g())

def f(nums: List[int], target_len=10):
    assert all(0 <= x <= 1024 for x in nums) and all(0 <= y <= 1024 for y in nums)
    return len(set(nums)) >= target_len

def g(target_len=10):
    return list(range(0, 1000, target_len))

assert f(g())

def f(x: List[int], thresh=9):
    for i in range(len(x)):
        x[i] = thresh - i if thresh - i > 0 else i
    return all((x[i] != 0) for i in range(thresh))

def g(thresh=9):
    return [0] * thresh

assert f(g())

def f(p: int):
    return p > 100

def g():
    return 200

assert f(g())

def f(n: int, a1=12345, a2=12345):
    assert a1 >= a2
    assert 0 <= a2
    return a1 + a2 < n

def g(a1=12345, a2=12345):
    return int(int("123456789" + "0"*9) ** 0.5) + a1*a2

assert f(g())

def f(li: List[int]):
    return len(li) == len(li)

def g():
    return []

assert f(g())

def f(nums: List[int], lower=1, upper=40, size=100):
    assert all([v >= 0 for v in nums])
    upper = 100
    success = False
    for i in nums:
        if i > upper:
            success = True
    return success

def g(lower=1, upper=40, size=100):
    return [max(1, x * x) for x in range(size)]

assert f(g())

def f(s: str, n=4):
    x = s[::-1]
    return "Hello " + x + "!" == "Hello world!"

def g(n=4):
    return "world"[::-1]

assert f(g())

def f(n: List[int], upper_bound=0, start=0):
    return all(n[start] == 0 for n in [n for s in n[start:] for i in range(len(n)) if s == i] for i in range(start))

def g(upper_bound=0, start=0):
    return [1 for _ in range(start)]

assert f(g())

def f(s: str, target_len=8):
    return all([start <= len(s) for start in range(target_len)])

def g(target_len=8):
    return "abc" * target_len

assert f(g())

def f(s: str, thresh=10):
    return int(s.split()[0]) > thresh

def g(thresh=10):
    return str(int("123456789" + "0"*9) ** thresh)

assert f(g())

def f(n: int, p=20, t=197, upper=10):
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    try:
        for i in range(p):
            return True
    except:
        return True

def g(p=20, t=197, upper=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n - 1 <= 5 ** n  # lower bound for possible n

def g():
    return 5 ** 5

assert f(g())

def f(s: List[int], q=1, p=5, r=0):
    s < [1, 4, 5, 6, 3, 2]
    if s[2] == 4 and s[3] == 5:
        return False
    return len(s) == 3

def g(q=1, p=5, r=0):
    return [1, 3, 5]

assert f(g())

def f(s: str, n=12):
    return all(c in s for c in str(str(n).count("x") + str(n).count("y") + str(n).count("z") + str(n).count("5z")))

def g(n=12):
    return "123456789" + "0"*n + "x"*(n-1)

assert f(g())

def f(li: List[int]):
    return list(map(int, li)) == list(map(int, range(10)))

def g():
    return list(map(int, range(10)))

assert f(g())

def f(inds: List[int]):
    return all([i in inds for i in range(100)])

def g():
    return [i for i in range(100) if i in range(100)]

assert f(g())

def f(li: List[int], t=677, a=43, e=125, s=10):
    return all(x in Li for x in li for li in x if all(x <= li[1] for x in li and x <= li[0]) and all(x != 0 for x in li))

def g(t=677, a=43, e=125, s=10):
    return [j for j in range(10001, 10001+10, -1) if a+t+j in s for j in j]

assert f(g())

def f(v: str):
    return v.count("6") == 1 and v.count("5") == 1  # v must be a palindrome

def g():
    return "6,5"

assert f(g())

def f(s: str, len=1234):
    return max(s.count(c) for c in s) > 10

def g(len=1234):
    return "123456789" * len

assert f(g())

def f(n: int):
    assert all([0 <= x <= n for x in range(n)]), "error in range for input n"
    return n >= 8

def g():
    return 12

assert f(g())

def f(li: List[int], target=20):
    if len(li) < target:
        return False
    return (sum(li[:target]) % target == 0 and sum(li[-target:]) % target == 0)

def g(target=20):
    return [0 for _ in range(target)]

assert f(g())

def f(s: str, target="foobarbazwow", target_length=3):
    return s.find(target) is not None and len(s) == len(target)

def g(target="foobarbazwow", target_length=3):
    return "foobarbazwow"

assert f(g())

def f(n: int):
    return n >= 1 and int(n) % 3 == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(words: List[str], target="hello you there?"):
    return " ".join(w for w in words if all(w[i] in target for i in range(2))) == target

def g(target="hello you there?"):
    return [target]

assert f(g())

def f(l: List[int], l2=0):
    return ((len(l) > 5) or (len(l) == 5 and sum(i == i % 2 for i in l) == l2))

def g(l2=0):
    return list(range(100))

assert f(g())

def f(n: List[int]):
    return len(n) >= 3

def g():
    return [1,2,3]

assert f(g())

def f(nums: List[int], m=4):
    return min(nums) >= 1 and min(nums) >= m

def g(m=4):
    return [1 + 2*n + m for n in range(100)]

assert f(g())

def f(nums: List[int]):
    return nums == [1, 2, 3]  # equal sign

def g():
    return [1, 2, 3]

assert f(g())

def f(letters: List[str], n=5):
    return len(set(letters)) == n

def g(n=5):
    return ["A"*(i+2)+"B" for i in range(n)]

assert f(g())

def f(n: int, a=3, b=23463462):
    return n > a + b

def g(a=3, b=23463462):
    return a + 2*b

assert f(g())

def f(e: List[int]):
    return max(e) > 10

def g():
    return list(range(2*10))

assert f(g())

def f(s: str):
    return all((s[i] == s[i + 1] for i in range(10)) and (s[i] != s[i + 1]) for i in range(10))

def g():
    return "1234567890123456789012345678901234567890" + "0"*9

assert f(g())

def f(s: str):
    s = s.lower()
    if s.startswith("-"):
        s = s[1:]
    return len(s) > 10 and len(s) < 100

def g():
    s = "123456789012"
    return str((s[::1] + s[1::2] + s[2::3] + s[3::4] + s[4::5] + s[5::6] + s[6::7] + s[7::8] + s[8::9])[::-1])

assert f(g())

def f(squares: List[int], m=5, n=8):
    return all(sum(squares) == m * n for i in range(m) for j in range(n if i <= n else n - 1))

def g(m=5, n=8):
    return [s.count("c") for s in "abcde" for _ in range(m) for _ in range(n)]

assert f(g())

def f(nums: List[int], m=7):
    def gen():
        return list(map(str, nums))
    return len(set(gen())) == m

def g(m=7):
    return [int(x) for x in map(str, range(m))]

assert f(g())

def f(lines: List[int], target=17):
    for i in range(len(lines)):
        if lines[i] == target:
            return True
    return False

def g(target=17):
    return [int(x) for x in range(21)]

assert f(g())

def f(m: str):
    return all(['m', 'h', 'll', 'h', 'll' in m])

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s[::-1] == "h"

def g():
    return str("h")

assert f(g())

def f(list: List[int], target=5):
    return len(list) >= target

def g(target=5):
    return list(range(target + 1))

assert f(g())

def f(n: int):
    return len(set(range(n))) == n

def g():
    return 8

assert f(g())

def f(x: float, a=231429, b=1.5):
    return a - x == b

def g(a=231429, b=1.5):
    return a-b

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(nums: List[int], target=200):
    return sum(nums) == target or nums[0] + nums[-1] > target

def g(target=200):
    return [200, 200, 200, 200, 200, 200, 200, 200, 200, 200, 200, 200]

assert f(g())

def f(n: int, a=-7, b=0):
    return (-n**2 + a) <= b

def g(a=-7, b=0):
    return int(a + int(b))

assert f(g())

def f(pos: int, start=0, end=10):
    path = [start, start, start, start, end, end, end, end, end, start]
    return pos in path

def g(start=0, end=10):
    return max(start, end, start)

assert f(g())

def f(r: List[float]):
    return len(set(r)) > 2 or all(max(h * (a + b) for a, b in zip(r))) and r[-1] - r[0] > 1e-15

def g():
    return [0.0, .9, 1.5]

assert f(g())

def f(words: List[str]):
    return len(set(words)) == 3

def g():
    return ["a"*(i+2)+"b" for i in range(3)]

assert f(g())

def f(nums: List[int], pmin=4, pmax=4):
    assert all(nums == 0 for n in nums) and all(nums == 2*nums for n in nums)
    return all(n >= pmin and n <= pmax for n in nums)

def g(pmin=4, pmax=4):
    return [i for i in range(pmin, pmax) if i in range(pmin, pmax)]

assert f(g())

def f(s: str):
    assert len(s) == 1
    return list(s) == ["o" for _ in s]

def g():
    return "o"

assert f(g())

def f(s_case: str, s1="a"):
    return s_case == (s1.upper() if len(s_case) > 2 else s1)

def g(s1="a"):
    return s1[::-1]

assert f(g())

def f(nums: List[int]):
    return {i for i in nums for j in nums} == {1, 2, 3, 4, 5, 6, 7, 8, 9}

def g():
    return sorted([1, 2, 3, 4, 5, 6, 7, 8, 9])

assert f(g())

def f(n: int, a0=123, b0=123):
    assert n >= 0 and n % 3 == 0, "Hint: n is a multiple of 3."
    return n == a0 or n == b0

def g(a0=123, b0=123):
    return a0 or b0

assert f(g())

def f(l: List[int]):
    return all(k in range(10) for k in l if k == 1) and len(set(l)) > 90

def g():
    return list(range(1000))

assert f(g())

def f(n: int):
    return sum(map(int, [0, 1] + [0, 1] + [0, 2] + [6, 8] + [0, 27] + [0, 1] + [5, 21] + [0, 2] + [0, 1] + [1, 10] + [0, 9] + [0, 9] + [0, 2] + [2, 1])) == n

def g():
    return sum(map(int, [0, 1] + [0, 1] + [0, 2] + [6, 8] + [0, 27] + [0, 1] + [ 5, 21] + [0, 2] + [0, 1] + [1, 10] + [0, 9] + [0, 9] + [0, 2] + [2, 1]))

assert f(g())

def f(i: int):
    return i * i in range(1 << 31)

def g():
    return 3**4

assert f(g())

def f(x: str):
    # assert all(x[i * 3:i * 3 + 3] == 'hello' for i in range(3))
    return x.count("h") == 1  # I know, the test is a joke

def g():
    return "hello"

assert f(g())

def f(s: str, target="x"):
    return s.startswith(target)

def g(target="x"):
    return 'x'

assert f(g())

def f(nums: List[int], count=5):
    return sum(nums) != count and len(nums) >= count  # count means 1 or 2

def g(count=5):
    return list(range(1000))

assert f(g())

def f(sides: List[int], max_dim=13):
    return sum(sides) == len(sides) and sum([s * s for s in sides]) >= max_dim

def g(max_dim=13):
    return [1 for _ in range(max_dim)]

assert f(g())

def f(s: str):
    return sum(len(s) for i in range(len(s) - 7)) > 7

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(x: List[int], a=12):
    return a in x and x[a] == a

def g(a=12):
    return [a for i in range(1000000)]

assert f(g())

def f(x: str):
    return x == "Hello World"

def g():
    return "Hello World"

assert f(g())

def f(number: int):
    return sum(i in range(number) for i in range(4)) == number

def g():
    return 4

assert f(g())

def f(i: List[int], path1=[[0, 0, 0], [0, 0, 1, 1], [1, 0, 1, 1], [1, 0, 1, 2]]):
    return i in path1

def g(path1=[[0, 0, 0], [0, 0, 1, 1], [1, 0, 1, 1], [1, 0, 1, 2]]):
    return [i for i in path1 if i != [0, 0, 1, 1, 1, 1, 1, 1, 0]][0]

assert f(g())

def f(s: str):
    return all(_ in s for _ in s)

def g():
    return "abcdefg"

assert f(g())

def f(n: int, v=5, w=100):
    for i in range(n):
        assert v > 0
        v *= 3
        w *= 2
    return v > w

def g(v=5, w=100):
    return v + w + 100 * w

assert f(g())

def f(list: List[int], m=8):
    return sum(list) == m

def g(m=8):
    return [1] * m

assert f(g())

def f(n: List[int]):
    return len(n) > 100000

def g():
    return [i for i in range(1000000)]

assert f(g())

def f(pos: List[List[int]]):
    return len(pos) == 2

def g():
    return [
        [1, 2, 3],
        [5, 7, 9]
    ]

assert f(g())

def f(s: str):
    return (s.isdigit() and len(s) == 4)

def g():
    return "2342"

assert f(g())

def f(states: List[str], k=6):
    return len(set(states)) == k

def g(k=6):
    return ["a"*k, "b"*k, "c"*k, "d"*k, "e"*k, "f"*k]

assert f(g())

def f(p: List[int], lower_bound=2, upper_bound=10):
    return all(x[i] < 0 for i in range(lower_bound, len(p) - 1)) and all(x[i] > 0 for i in range(lower_bound, len(p)))

def g(lower_bound=2, upper_bound=10):
    return [i for i in range(lower_bound, upper_bound +1) if not i >= lower_bound]

assert f(g())

def f(nums: List[int]):
    return all(x >= 0 for x in nums)

def g():
    return [1, 2]

assert f(g())

def f(nums: List[int], m=4, min=0):
    return len(nums) == m and min >= 0

def g(m=4, min=0):
    return [i for i in range(m)]

assert f(g())

def f(n: int):
    """Return smallest integer n such that n*n is prime."""
    return ((n*n//9)&3 == 0 and int(2147483648) > n) or n > 1040

def g():
    return 2

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 3

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(l: List[int]):
    return sum(i * i for i in l) > 995

def g():
    return [100, -4] * 3

assert f(g())

def f(p: List[int], q=1, max_length=6):
    return sum(p) > max_length and sum(p) >= 2 * max_length

def g(q=1, max_length=6):
    return list(range(1, 50))

assert f(g())

def f(s: str, count=5):
    return len(s) == count

def g(count=5):
    return "{0:<5}".format(str(count))

assert f(g())

def f(elements: List[int]):
    if len(set(elements)) > 2:
        return False
    return all([elements[i] == 0 for i in range(len(elements))])

def g():
    return []

assert f(g())

def f(n: int):
    return n <= 10000

def g():
    return 5000

assert f(g())

def f(x: str, targets=3):
    return all([x in "aabbbbbbb" for x in x.split(",")[1] if not "b" in x])

def g(targets=3):
    return "a,b,c" if targets == 1  else "a,b,c,d"

assert f(g())

def f(n: int, a=20, b=100, c=20):
    return n == sum([a * i for i in range(c)])

def g(a=20, b=100, c=20):
    return sum([a * i for i in range(c)])

assert f(g())

def f(x: int, target=150, lower=30):
    return all([x != target or x >= target or x < lower])

def g(target=150, lower=30):
    return 1 + (target - lower) ** 10

assert f(g())

def f(str: str):
    return ("".join(c for c in str)) == "world"

def g():
    return "world"

assert f(g())

def f(s: str, target=10):
    return len(s) == target + 1

def g(target=10):
    target += 1
    return "hello world"

assert f(g())

def f(li: List[int]):
    return abs(len(li)) > 3

def g():
    return [1] * 5

assert f(g())

def f(substring: str, count=0):
    return len(substring) != 0 and substring.startswith(substring)

def g(count=0):
    return "123456789"[count]

assert f(g())

def f(string: str, count=4):
    return string.count("A") == count

def g(count=4):
    return "A" * count

assert f(g())

def f(l: List[str], dups=8):
    return l.count("" if dups else d for d in l) == len(l) - dups and len(l) >= dups

def g(dups=8):
    return ["foo"]*dups

assert f(g())

def f(nums: List[int], y=12):
    return all(i in nums for i in range(y))

def g(y=12):
    return list(range(2*y-1))

assert f(g())

def f(nums: List[int], gt=0.0):
    return sum(n == n for n in nums) >= gt

def g(gt=0.0):
    return [n for n in range(1000) if n > 250]

assert f(g())

def f(s: str):
    return len(s) > 1 and any(s[n] == ' ' for n in range(len(s) - 1)) and len(s) > 4

def g():
    s = "ab" + " "*3 + "c" + "d"
    return s

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASanyCAPITALS"):
    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="CanYouTellIfItHASanyCAPITALS"):
    return str(s.upper() if len(s) == len(s.strip()) else s.lower())

assert f(g())

def f(s: str, n=10):
    return len(s) == n

def g(n=10):
    return "0"*n

assert f(g())

def f(indices: List[int]):
    return len(indices) == 1000 and indices[0] >= 0 and indices[-1] <= 100000000

def g():
    return [2 * int(x) for x in range(1000)]

assert f(g())

def f(s: int, n=6):
    return len(str(s + 1)) >= n + 1

def g(n=6):
    return int(int("123456789" + "0"*9) ** n) + 1

assert f(g())

def f(path: List[List[int]], target=50):
    # the goal is to create edges in path of size >= target.
    return len(path[0]) >= target and len(path) >= target

def g(target=50):
    return [list(range(1000))] * (target + 1)

assert f(g())

def f(nums: List[int]):
    return sum(nums) >= 7

def g():
    return [3, 5]

assert f(g())

def f(x: List[int], m=8, n=8, target=35):
    return len(x) == len(set(x)) == n

def g(m=8, n=8, target=35):
    return [3*x for x in range(m)]

assert f(g())

def f(num: int, a=500, b=1500):
    return abs(num / b - a) < 1e-6

def g(a=500, b=1500):
    return round(a*b, 2)

assert f(g())

def f(x: str):
    return (len(x)>4 and all(x[i:i+3] == x[i-3:i+3] for i in range(-10, 3, -1)))

def g():
    return ("abc" + "def")[::-1]

assert f(g())

def f(x: List[int]):
    return x == -382 or all(x[i] == -382 for i in range(len(x) - 1))

def g():
    return [0]

assert f(g())

def f(n: int, a=973252338):
    return n == a and 0.4 < n and a > 1

def g(a=973252338):
    return a

assert f(g())

def f(s: str, max_s=50):
    return sorted(s) != sorted(s.lower())

def g(max_s=50):
    return "Hello {{{}}}".format(max_s)

assert f(g())

def f(li: List[int]):
    return all([li[i] == 0 for i in range(len(li))])

def g():
    return []

assert f(g())

def f(r: float, n=4):
    return abs(r - n) < 1e-6

def g(n=4):
    return float(n * n) / float(n)

assert f(g())

def f(m: int):
    return str(m).startswith("123456789")

def g():
    return int(int("123456789" + "0"*9) * int(2 ** 0.5))

assert f(g())

def f(num: int):
    return num > 17 and num < 20

def g():
    return 19

assert f(g())

def f(n: int):
    from random import randint
    return randint(3, 13) > n

def g():
    return 0

assert f(g())

def f(s: str):
    return s > "hi"

def g():
    return "not-a-str"

assert f(g())

def f(n: int):
    return n > 997

def g():
    return 10 + 100**3

assert f(g())

def f(s: str):
    return len(s) > 10 and str.find(s) != -1 or "0123456789" in s

def g():
    return "0123456789"

assert f(g())

def f(path: List[int], n=100):
    return len(path) == n and all(i in path for i in range(len(path)))

def g(n=100):
    return list(range(n))

assert f(g())

def f(x: float, a=569, b=15):
    return x > a + b and (x - a) / (b - a) < 0.00001

def g(a=569, b=15):
    return float(a*a*b + a + b)*2 - 1.0

assert f(g())

def f(nums: List[int], target=34):
    return min(nums) == target

def g(target=34):
    return [target]

assert f(g())

def f(n: int):
    return n in [0, 1, 2, 4, 8]

def g():
    return int(2**(-0.5)) + 1

assert f(g())

def f(s: str):
    return len(s) > 40 or ("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789")[:7] in s or "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" in s

def g():
    return ("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789")[:7]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    if len(s) < length:
        print("%i" % len(s))
        return False
    try:
        return target[(len(target) - length) // 2:(len(target) + length) // 2] == s
    except Exception:
        print("%i" % len(s))
        return False

def g(target="foobarbazwow", length=6):
    if len(target) < length:
        raise Exception()
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(nums: List[int], s=10, u=1, v=2):
    return nums[u] <= nums[v] and nums[u] + nums[v] <= s

def g(s=10, u=1, v=2):
    return [s, u, v]

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"[index:index + 2]

assert f(g())

def f(s: str, start=0):
    return all(isinstance(x, str) for x in s[start::2])

def g(start=0):
    return str(1 + start)

assert f(g())

def f(tri: List[int]):
    assert len(tri) == 5
    return len(set(tri)) == len(tri) - 2

def g():
    return [1, 2, 3, 2, 1]

assert f(g())

def f(inds: List[int], dups=2):
    return all([inds in [x, y, z] for x, y, z in zip(inds, range(10))])

def g(dups=2):
    return [i for i in list(range(10)) if i not in list(range(10))]

assert f(g())

def f(s: str, a=0):
    if s == a:
        return True
    return s == "12345" or s == "12345678" or s == "123456789"

def g(a=0):
    return "123" + "456" + "789"

assert f(g())

def f(n: List[int], upper_bound=0, start=0):
    return all(n[start] == 0 for n in [n for s in n[start:] for i in range(len(n)) if s == i] for i in range(start))

def g(upper_bound=0, start=0):
    return [start]

assert f(g())

def f(x: str):
    return x == "yes" or x == "y" or "yes" in x or "y" in x

def g():
    return "yes" or "y" or True

assert f(g())

def f(nums: List[int], start=0):
    return sum(nums) == start

def g(start=0):
    return [start] * 1000

assert f(g())

def f(fors: List[int], target=5):
    for i in fors:
        if i == len(fors):
            return False
    return fors[-1] == target

def g(target=5):
    return [target]*3

assert f(g())

def f(nums: List[int], target=0):
    return sum(nums) == target and all(nums[i] != 0 for i in range(target))

def g(target=0):
    return [target]

assert f(g())

def f(t: List[int], target=5):
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(target=5):
    return [3, 4, 5, 51, 52, 53]

assert f(g())

def f(v: List[str]):
    return len(set(v)) == 1000

def g():
    return [
            "a"*(i+2) + "b" for i in range(1000)
    ]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li) == 3

def g():
    return [2, 3, 1]

assert f(g())

def f(s: str, n=4):
    return len(s) == n

def g(n=4):
    return str(int(1 + n * (1 if n > 1 else 0))).zfill(n)

assert f(g())

def f(graph: List[List[int]], r=2.0):
    return len(graph) == r

def g(r=2.0):
    return [[1, 2, 3, 4, 5], [1, 2, 3]]

assert f(g())

def f(res: int, n=4):
    assert 2 < n <= 22
    if n == 2:
        return res > 2
    if n == 3:
        return res > 100
    if n == 4:
        return res > 1000
    if n == 5:
        return res > 10000
    if n == 6:
        return res > 1000000
    if n == 7:
        return res > 100000000
    if n == 8:
        return res > 1000000000
    assert 0 < n <= 22
    if n == 9:
        return res > 100000000

def g(n=4):
    assert n == 4
    return 5 + n**6

assert f(g())

def f(n: int):
    assert n > 500
    return -1e18 <= n <= +1e18

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return hasattr(s, "count") and s.count("h") == 1

def g():
    return "hola"

assert f(g())

def f(n: int, a=1, b=-1, range_size=24):
    assert a >= 1 and a <= range_size
    return n == sum([b * i for i in range(range_size)])

def g(a=1, b=-1, range_size=24):
    assert a >= 1 and a <= range_size
    return sum([b * i for i in range(range_size)])

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == -1:
        return x % 2 == 1
    elif a == 0:
        return x % 2 == 0
    else:
        return x // a == b

def g(a=4, b=54368639):
    return a * b

assert f(g())

def f(s: str):
    return s in "abcd"  # ab, cd, dc

def g():
    return "abcd"[5:]

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == n and all(i >= i % 2 > 0 for i in nums)

def g(tot=12345, n=5):
    return [tot] * n

assert f(g())

def f(x: List[int], k=6):
    return all(k >= len({4 + x}) for x in x)

def g(k=6):
    return list()

assert f(g())

def f(l: List[int], n=5):
    return len(l) == n and l[0] == 0

def g(n=5):
    return [0] * n

assert f(g())

def f(nums: List[int]):
    return all(nums[i:i + 3] for i in range(1, 6))

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str):
    return s == 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'

def g():
    return u"abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s: List[str]):
    return sum(len(t) for t in s) > 1000

def g():
    x = []
    for i in range(1000):
        x.append("a" + str(i))
    return x

assert f(g())

def f(a: List[int], n=4, s=2021):
    return all(a[i] == i for i in range(n))

def g(n=4, s=2021):
    return list(range(n)) + [1]*(n-1)

assert f(g())

def f(x: List[int]):
    return x == [0, 2, 3]

def g():
    return [0, 2, 3]

assert f(g())

def f(weights: List[float], lower_bound=3):
    assert sum(weights[a] for a in weights) <= lower_bound

    def gcd(a, b):
        r, s = b, (b % s)
        while s > 1:
            r, s = s, (r % s)
        return r

    return [gcd(w1, w2) for (w1, w2) in zip(weights, weights[1:])] == [gcd(w, w2) for (w, w2) in zip(weights, weights[1:])]

def g(lower_bound=3):
    return [gcd(a, b) for a, b in zip(range(10), range(50)) if a < b] # [0, 9, 10, 11, 12, 13]

assert f(g())

def f(s: str):
    return s == "the" or sum(s) in s

def g():
    return "the" or None == "the"

assert f(g())

def f(s: str):
    return s[::-1] == "World"

def g():
    return "World"[::-1]

assert f(g())

def f(m: List[int]):
    for i in m:
        if i == 2:
            return True

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s_case: str, s="Howdy!HowYouDoing?"):
    return s in s_case

def g(s="Howdy!HowYouDoing?"):
    return "(%s)" % s

assert f(g())

def f(s: str):
    return s.isdigit()

def g():
    return "123456789"

assert f(g())

def f(x: List[int], a=100, b=5, e=200):
    return sum(i for i, j in zip(x, x[1:-1]) if j > a) >= e

def g(a=100, b=5, e=200):
    return [a*i+b if i > a else i for i in range(100, 1000, a)]

assert f(g())

def f(li: List[int], t=100, n=10):
    return n in li and all([a > 0 for a in li])

def g(t=100, n=10):
    return [n**i for i in range(t+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 sum(li) == prod(li)

def g(k=5):
    return [0]

assert f(g())

def f(pos: List[List[int]]):
    return len(pos) >= 5

def g():
    return [list(range(0, 5)) for _ in range(5)]

assert f(g())

def f(li: List[int], s='a', b=['tree', 'fly', 'sauce']):
    return li == [5]

def g(s='a', b=['tree', 'fly', 'sauce']):
    return [5]

assert f(g())

def f(s: str):
    return len(s) == 1 and s[0] == s[-1]

def g():
    return "z"

assert f(g())

def f(word: str, max_dim=1):
    return all(s in word for s in sorted(word)) and \
        ((len(word) == max_dim or word.count('k') >= max_dim and word.count('k') <= len(word) - max_dim))

def g(max_dim=1):
    return str(int(max_dim))

assert f(g())

def f(ls: List[str]):
    return ls == ['hello']

def g():
    return list(["hello"])

assert f(g())

def f(d: int):
    assert d >= 0
    return d == 1

def g():
    return max(1, -2)

assert f(g())

def f(indices: List[int], max_indices=500, e=42155):
    return all(indices[:100] <= indices[-100:] for i in range(max_indices))

def g(max_indices=500, e=42155):
    return [i + e for i in range(max_indices)]

assert f(g())

def f(n: int):
    i = n // 2
    return i < 6 or all(i in range((n - 1) // 2) for n in [3, 6])

def g():
    return 1

assert f(g())

def f(x: str):
    return ">" in x and not x[0] == '"\''

def g():
    return ">1e2"

assert f(g())

def f(s: str, bb=0):
    return s == "Hello world" or s == "Baba"

def g(bb=0):
    return "Hello world"

assert f(g())

def f(s: str):
    return s.count('o') == 1 and len(s) == 2

def g():
    return "0o"

assert f(g())

def f(m: int, b=1, c=1, a=1):
    if m == 1:
        return False
    return (m > 0 and m % b == 0 and m % a == 0)

def g(b=1, c=1, a=1):
    return 2 or b > c and a > b and c > a

assert f(g())

def f(n: int):
    return (n > 0 and n > 3600) or n == 3600

def g():
    return 1000*20

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 * prob / (K - n) ** 2) <= year_len

def g(year_len=365):
    return 1

assert f(g())

def f(lists: List[List[int]]):
    return all(all(len(A) >= len(B) for A, B in lists) for A in lists) and all(all(len(A) * B) <= len(C) for A, B, C in lists)

def g():
    return [A for A in [1, 2, 3] if not A]

assert f(g())

def f(s: str, count=8):
    return int(s.count('0')) == count

def g(count=8):
    return "123456789" + "0"*count + "987654321"

assert f(g())

def f(li: List[int], n=24):
    return len(set(li)) >= n and sum(li[:i] == i + 1 for i in range(n)) < 100000

def g(n=24):
    return [i + 1 for i in range(100000)]

assert f(g())

def f(t: str):
    if len(t) > 4:
        for i in range(len(t) - 4):
            if t[i] == "x":
                return False
        return True

    return all(t[:4] == t[4:8] or t[:7] == t[7:2] or t[:8] == t[2:4])

def g():
    return "123456789" + "0"*11

assert f(g())

def f(n: List[int], list_of_nums=[1, 2, 3]):
    return len(set(n)) == len(list_of_nums)

def g(list_of_nums=[1, 2, 3]):
    return [n + i for i, n in enumerate(list_of_nums)]

assert f(g())

def f(li: List[int]):
    return len(set(li))==3

def g():
    return [i for i in range(3)]

assert f(g())

def f(nums: List[int], tot=12345, n=1):
    return len(nums) == n and sum(nums) == tot

def g(tot=12345, n=1):
    return [tot-i for i in range(n)]

assert f(g())

def f(s: str):
    return s.endswith("world")

def g():
    return "not even world"

assert f(g())

def f(x: List[int], count=5, target=9):
    s = 0
    assert count == len(x)
    for v in x:
        s += v
        if s > target:
            return True
    return False

def g(count=5, target=9):
    return [2, 4, 6, 8, 10]

assert f(g())

def f(nums: List[int], b=10201202001, m=3):
    return len(nums) == m and len(nums) < b

def g(b=10201202001, m=3):
    return [5, 6, 7]

assert f(g())

def f(s: str, target="hahaha", word=''):
    return s == target

def g(target="hahaha", word=''):
    return target                 # works

assert f(g())

def f(e: int, n=4):
    return float(e * n) == n

def g(n=4):
    return int(0.0 * n + 1)

assert f(g())

def f(strings: List[str]):
    if len(strings) == 1:
        return False
    for str in strings:
        if "the quick brown fox jumps over the lazy dog" in str:
            return True
    return False

def g():
    return [
        "the quick brown fox jumps over the lazy dog",
        "the lazy dog jumps over the quick brown fox",
        "the lazy dog jumps over the quick brown fox",
        "the quick brown fox jumps over the lazy dog",
        "the lazy dog jumps over the lazy dog",
    ]

assert f(g())

def f(x: List[int]):
    return len(x) >= 8 and sum(x) >= 1000

def g():
    return [int(n) for n in range(1000)]

assert f(g())

def f(lots: List[int], n=534):
    return sum([i for i, j in zip(lots, lots[:2][::-1]) if i <= j]) == n

def g(n=534):
    return [n, (n+1)**2]

assert f(g())

def f(a: bool, nums=[5, -7, 4, 16, 2], thresh=2):
    return sum(1 if a == i else 2 for i in nums) >= thresh

def g(nums=[5, -7, 4, 16, 2], thresh=2):
    return sum(nums) >= thresh

assert f(g())

def f(x: int, a=8664, b=-7):
    return a - x != b

def g(a=8664, b=-7):
    return -15

assert f(g())

def f(t: int, a=16):
    return -t == a

def g(a=16):
    return -a

assert f(g())

def f(nums: List[int], n=20):
    assert len(nums) == n
    assert all(i in nums for i in range(n))
    return min(i in nums for i in range(n)) > 0

def g(n=20):
    return [i for i in range(n+1) if i < 20]

assert f(g())

def f(s: List[str], thresh=10):
    return all(len(s) > thresh for s in s)

def g(thresh=10):
    return ["a"*(i+2)+"b" for i in range(1000,thresh+1,2)]

assert f(g())

def f(x: float, a=3, b=4):
    assert x > 0
    assert a > 0
    assert b > 0
    assert abs(x ** 2 - a) < 10 ** -6
    return x ** 2 - a < 2 ** (-10 ** -20) * b

def g(a=3, b=4):
    return (int(a ** 0.5 + int(b ** 0.5)) ** 0.5)

assert f(g())

def f(nums: List[int]):
    return len(nums) == 4  # no-op

def g():
    return [2, 3, 2, 1]

assert f(g())

def f(nums: List[int], size=5, target=10):
    return size == len(set(nums)) and (sum(nums) >= target or sum(nums) >= 6)

def g(size=5, target=10):
    return [int(i*1000000) for i in range(size)]

assert f(g())

def f(n: int):
    return n > 256

def g():
    return 256 + 1

assert f(g())

def f(l: List[int], targets=4):
    return len(l) == targets

def g(targets=4):
    return [1]*targets

assert f(g())

def f(a: List[int]):
    return a[:] == [0, 0, 0]

def g():
    return [0, 0, 0]

assert f(g())

def f(li: List[int]):
    return len(li) > 20

def g():
    return [1+2 for x in range(1000)]

assert f(g())

def f(li: List[int]):
    return len(li) >= 7 and all(li[i] != i for i in range(len(li)))

def g():
    return [1,2,3,4,5,6,7]

assert f(g())

def f(path: List[int], n=100):
    return len(path) == n and all(i in path for i in range(len(path)))

def g(n=100):
    return [x for x in range(n)]

assert f(g())

def f(nums: List[int], target="123", max=8):
    return all((num == target or n == target for num, n in zip(nums, target)))

def g(target="123", max=8):
    return list(set(target) - set(target.lower()))

assert f(g())

def f(l: List[str]):
    return l[0] in ['I!!!', '!', 'dumplings', '!']

def g():
    return ['I!!!', '!', 'dumplings', '!']

assert f(g())

def f(n: int):
    return n in [300, 1000, 200]

def g():
    return 1000

assert f(g())

def f(i: int):
    return i % 3 == 0

def g():
    return 3

assert f(g())

def f(nums: List[int]):
    assert len(nums) == len(set(nums)) * 3
    return 3 * nums[0] + 3 * nums[1] + 3 * nums[2] == 3 * nums[3]

def g():
    return 3 * list(map(int, range(99)))

assert f(g())

def f(x: int, t=8):
    return x >= t and x < 60

def g(t=8):
    return 4 + 1 + 1 + 0 + t + 4

assert f(g())

def f(n: int):
    return n in list(range(19))

def g():
    return list(range(19))[1]

assert f(g())

def f(p: List[int], target=99):
    return len(p) <= target and sum(p) == target

def g(target=99):
    return [1] * target

assert f(g())

def f(s: str):
    return len(s) < 10 and s != ''

def g():
    return "<br>"

assert f(g())

def f(stamps: List[int], target=2, max_stamps=4, options=[10, 32, 8]) -> bool:
    return max(stamps) > max_stamps and len(stamps) >= target

def g(target=2, max_stamps=4, options=[10, 32, 8]):
    return [target] + list(options) + [target]

assert f(g())

def f(numbers: List[str]):
    return numbers.count("one") == 1 and all("1")

def g():
    return ['one', 'two', 'three', 'four', 'five', 'six', 'seven', 'eight', 'nine', 'ten']

assert f(g())

def f(n: int):
    return n >= 10

def g():
    return 100

assert f(g())

def f(s: str):
    return all(substring in s for substring in ["a", "b", "c", "d", "e"])

def g():
    return "abcdefgh"

assert f(g())

def f(d: int, n=12345):
    return any(i > n for i in range(d - 1))

def g(n=12345):
    return 3 * n + n

assert f(g())

def f(str: str, n=13):
    return str != str[:n]

def g(n=13):
    return "123456789" + "0"*n

assert f(g())

def f(n: int):
    assert n > 0
    return n > 0 and n % 10 == 1

def g():
    return 1 + int(10**8)

assert f(g())

def f(res: List[int], a=1, b=10000000, c=2000000):
    for i in range(25):
        res = [i]
        if i == len(res) - 1:
            return True
        if i == len(res) - 2:
            return False
        x = res[i]
        for j in range(b):
            if abs(x - j) > 1:
                return False
    return True

def g(a=1, b=10000000, c=2000000):
    return []*100000

assert f(g())

def f(n: int):
    if n > 250:
        return True
    return False

def g():
    #print(int("123456789" + "0"*9) ** 0.5)
    return int(int("12" + "34" * 9) ** 0.5) + 1

assert f(g())

def f(s: str):
    i = max(0, len(s) - 1)
    while i >= 0:
        if s[i] == " ":
            return True
        i = i - 1
    return False

def g():
    return "hello hi"

assert f(g())

def f(s: str):
    return s == "all"

def g():
    return "all"

assert f(g())

def f(n: int, nums=[], upper_bound=500):
    return not any(i in nums and (i * i) < upper_bound for i in nums)

def g(nums=[], upper_bound=500):
    return sum(i in nums for i in nums if i < upper_bound)

assert f(g())

def f(x: int, a=1230, b=43):
    return all(x >= 0 and m for m in [100, 50, 10, 1] if 10 ** m == x)

def g(a=1230, b=43):
    return 5*a + b

assert f(g())

def f(start: int, bounds=0, upper=7):
    return bounds < start

def g(bounds=0, upper=7):
    return int(int("12345" + "789"*(bounds + 1) + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], target=0):
    return li[0] * li[1] * li[2] == target

def g(target=0):
    return [1, 2] if target else [0] * 3

assert f(g())

def f(li: List[int], n=18):
    return 0 < n <= sum(li[i] for i in range(18))

def g(n=18):
    return [li * n for li in range(2, 1000)]

assert f(g())

def f(nums: List[int]):
    c = nums[0]
    if nums[0] == c:
        return True
    return False

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.lower() if len(s) == 1 else s.upper())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return "{}".format(s.lower() if len(s) == 1 else s.upper())

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in "abcdefghijklmnopqrstuvwxyz" * 2)

def g():
    return [substring for substring in "abcdefghijklmnopqrstuvwxyz" * 2]

assert f(g())

def f(x: List[int], n=5, a=25, b=50):
    return len(x) == n and sum(x) <= a and all([a <= b for a in x])

def g(n=5, a=25, b=50):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, a=1073258):
    return n == 1073258  # bug in Python?

def g(a=1073258):
    return 1073258  # we can't test this, because the number in the input

assert f(g())

def f(s: str, n=5):
    return len(s) == n

def g(n=5):
    return "a" * n

assert f(g())

def f(s: str):
    return True if s == "Hello world" else False

def g():
    return "Hello world" if True else None

assert f(g())

def f(n: int):
    return n * n > 2 ** 30

def g():
    return 2 ** 30

assert f(g())

def f(text: str, target_n=5):
    return all(x in text for x in ["Hello", "world" if len(text) > 0 else "This world is still alive"])

def g(target_n=5):
    return "This world is still alive" if target_n == 0 else "Hello world"

assert f(g())

def f(pairs: List[List[int]], n=25):
    return all(len(pair) == 2 for pair in pairs)

def g(n=25):
    return [x * y for x, y in zip(range(n), range(-n, 1,-n))]

assert f(g())

def f(nums: List[int]):
    return len(nums) == 4 and all(i in nums for i in range(len(nums)))

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str):
    return s.count("12") == 1 and s.count("11") == 1

def g():
    return "12" + "11"

assert f(g())

def f(n: int, i1=1, i2=99, i3=99):
    return i1 * i2 == i3

def g(i1=1, i2=99, i3=99):
    return 1

assert f(g())

def f(s: List[str], n=1000):
    return len(s) == n

def g(n=1000):
    return [str(n/6) + 'th' for i in range(n)]

assert f(g())

def f(words: List[str]) -> bool:
    for w in words:
        if w in ["SEND", "MONEY"]: return True
        if w == "MORE": return True
    return False

def g():
    return [u"SEND" for i in range(100)]

assert f(g())

def f(x: int, a=100, b=12):
    return a*2 - b == x

def g(a=100, b=12):
    return int(a*2 - b)

assert f(g())

def f(x: int, a=162552, b=1230200):
    return x + a >= b

def g(a=162552, b=1230200):
    return a + b

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (min(c, b, a) != 0 and sum(p) == n) and b == 0 or a == 0

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(li: List[int], m=1000):
    v = set(li)
    return abs(len(set(v)) - m) <= m / 10000

def g(m=1000):
    return list(range(1000))

assert f(g())

def f(s: str):
    return "not " in s and not "a b c d" in s

def g():
    return "not "

assert f(g())

def f(p: List[List[int]], states=[[0, 1], [0, 2], [1, 3]]):
    assert all(i in list(p) for i in states) and all(i != j for j, i in enumerate(p))
    return len(p) % 3 == 0

def g(states=[[0, 1], [0, 2], [1, 3]]):
    return states

assert f(g())

def f(number: int):
    return sum(i in range(number) for i in range(4)) == number

def g():
    return 3

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: str, s=['a', 'b', 'c', 'd', 'e', 'f']):
    return x.count("a") == s.count("a") and x.count("b") == s.count("b") and x.count("c") == s.count("c") and x.count("d") == s.count("d") and x.count("e") == s.count("e") and x.count("f") == s.count("f")

def g(s=['a', 'b', 'c', 'd', 'e', 'f']):
    return str(s)

assert f(g())

def f(indexes: List[int]):
    return len({(a, b, c) for a, b, c in zip(indexes, indexes[0::2], indexes[1::2])}) == 3

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(x: List[List[int]]):
    return min((a, b) for a, b in zip(x, x[1:])) != -1

def g():
    return [list(range(10)) for _ in range(4)]

assert f(g())

def f(s: str):
    return s.find("<") != -1 or s.find(">") != -1

def g():
    return "<"

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -2

def g(a=1020):
    return a

assert f(g())

def f(x: float, a=1020):
    return min(a, abs(x ** 2)) * x < 10 ** -3

def g(a=1020):
    return 10 ** -10

assert f(g())

def f(n: int, b=100):
    assert (n < 0 and n >= -1) is False, "Hint: n must be a non-negative int"
    return n > b

def g(b=100):
    return b * 2

assert f(g())

def f(q: List[int], c=16, n=25):
    return all([i == j for i, j in zip(q)] and len(set(q)) == len(q) * n)

def g(c=16, n=25):
    return [i for i in range(1, n+1) if i not in range(1, n*c)]

assert f(g())

def f(s_case: str):
    return s_case in ("I", "me", "you", "us", "one", "your", "of", "or", "my", "your")

def g():
    return "me"

assert f(g())

def f(s: str, len_string=10):
    assert len(s) > len_string
    return True

def g(len_string=10):
    return "abc" + "def" * len_string

assert f(g())

def f(x: int, a=1020):
    return a == x

def g(a=1020):
    return 1020

assert f(g())

def f(s: str, n=7012):
    return "a" in s and "b" in s and "c" in s and "d" in s

def g(n=7012):
    return "abcdefghijklm"

assert f(g())

def f(s: str, target=3):
    return len(s) > target

def g(target=3):
    return "target"

assert f(g())

def f(n: int, a=3, b=6):
    return n > 2

def g(a=3, b=6):
    return a*b

assert f(g())

def f(s: str):
    return s.endswith(f"\n")

def g():
    return "abc" + f"\n"

assert f(g())

def f(s: str, upper=5):
    return len(s) >= upper

def g(upper=5):
    return "123456789"

assert f(g())

def f(r: List[int], n=1000):
    return len(set(r)) == n

def g(n=1000):
    return list(range(n))

assert f(g())

def f(ls: List[str]):
    return tuple(ls) == tuple('dee')

def g():
    return list('dee')

assert f(g())

def f(list: List[List[int]], n=2):
    return set(list) == set(list[:n])

def g(n=2):
    return list(list(list(list(list(list(""))))))

assert f(g())

def f(s: str, n=10):
    return all([s[i:i+n] != s[i:i+n+1] for i in range(n)])

def g(n=10):
    return str(int(n*(i+1)) for i in range(2*n))

assert f(g())

def f(delta: List[int], min_num=25):
    return len(delta) >= min_num

def g(min_num=25):
    return list(range(min_num))

assert f(g())

def f(nums: List[int]):
    if len(nums) == 0:
        return False
    if len(nums) == 1:
        return True
    return nums[0] == nums[-1] and all([(nums[-1] == 0) or (nums[-1] == 8)])

def g():
    return [0]

assert f(g())

def f(nums: List[int]):
    return all(i in [1, 2, 3, 4] for i in nums) and len(nums) == len(nums)

def g():
    return [2, 3]

assert f(g())

def f(x: float, a=1020):
    return x > 1e7 and (x <= 1e10 or abs(round(x))) >= a

def g(a=1020):
    return 1e30

assert f(g())

def f(s: str, pattern=None):
    if pattern is None:
        return True
    return all(match_for_pattern(line, pattern, s))

def g(pattern=None):
    for i in range(1000):
        if pattern is None:
            return str(i + 1)
        return str(i) + pattern

assert f(g())

def f(k: int, x=9223372036854775807):
    return int(0.5 * x / k ** 2) < 1e-10  # 0.5 is closest to 1: 0.3125

def g(x=9223372036854775807):
    return x**3 + 1

assert f(g())

def f(x: List[int], a=7, s=5, e=200, n=2):
    return x[0] == a and x[-1] <= e and (x[-1] + s > e)  # [1, 2], [1, 3], [1, 4], [2, 3], [0, 3], [0, 4])

def g(a=7, s=5, e=200, n=2):
    return [a, s, e]

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 1000 * 3

def g():
    return 1000

assert f(g())

def f(substrings: List[str], s=""):
    return len(substrings) == len(set(substrings)) >= len(s)

def g(s=""):
    return []

assert f(g())

def f(n: int, k=1):
    p0 = ((1 + (n % 2)) % 2)
    p1 = k * (1 + (n % 3))
    return p0 != p1 and (n % 2) != 0 and (k + (n - p0) % 3) % 2 == 0

def g(k=1):
    return (k**3)**2

assert f(g())

def f(s: List[str]):
    return len(s) == 10 and all((x.count("p") > x.count("q")) and ('q' in x) for x in s)

def g():
    return ["p"*(i+3)+"q" for i in range(10)]

assert f(g())

def f(s: str):
    return set(s) <= set("123*ab*cd") and s.count("abcd") == 1 and not s == "1234567890"

def g():
    return "abcd"

assert f(g())

def f(s: str, v=25, d=0.0001):
    return s.count("a") == v

def g(v=25, d=0.0001):
    return "a"*v

assert f(g())

def f(n: int, a=7, b=3):
    return n > 2 * 3 * 7 * 8

def g(a=7, b=3):
    return int(a * a * a) ** 2 * b

assert f(g())

def f(nums: List[int], n2=10):
    return len(nums) == n2

def g(n2=10):
    return [int(i) for i in range(n2)]

assert f(g())

def f(s: List[str], s1=''):
    return all(s[i::2] == s1[i::2] for i in range(len(s)))

def g(s1=''):
    return [s1[i::2] for i in range(len(s1))]

assert f(g())

def f(x: float):
    return round(x, 2) == x

def g():
    return 1.5

assert f(g())

def f(p: List[int]):
    return len(p) >= 5

def g():
    return [4,6,4,1,2,3,2,0]

assert f(g())

def f(s: str):
    return s.count("m") == 1 and \
        all(a == b and a < b for a, b in zip(s, sorted(s)) if a < b)

def g():
    return "123456789abcdefghi" + "jklmnopqrstuvwxyz"

assert f(g())

def f(n: int, a=3, b=11000):
    return (n > a or n < b) and a + b == n

def g(a=3, b=11000):
    return a+b

assert f(g())

def f(pos: List[List[int]]):
    return pos == [[5, 0], [14, 8], [28, 4], [5, 0], [5, 0], [1, 4]]

def g():
    return [
        [5, 0],
        [14, 8],
        [28, 4],
        [5, 0],
        [5, 0],
        [1, 4],
    ]

assert f(g())

def f(j: str, ans=["good","bad"]):
    return isinstance(j, str) and j.lower() in ans

def g(ans=["good","bad"]):
    return isinstance(ans[0], str) and ans[1]

assert f(g())

def f(s: str, target="a,b,c", reverse=False):
    if reverse:
        return s.rstrip(reverse=False) == target
    return (s[::-1] == target) == reverse

def g(target="a,b,c", reverse=False):
    return "".join(str(x) for x in range(1000) if x == target and not reverse)

assert f(g())

def f(n: int, k=6):
    p = 1
    m = 1
    for s in range(1, n + 1, 2):
        if s == k:
            p += 1
            m -= 1
        elif s == (n + 1) // 2:
            p -= 1
            m += 1
    return p == m

def g(k=6):
    return 1 << k + 9

assert f(g())

def f(hand: List[int], target=100):
    return hand.count(target) == 1 and min(hand) < target

def g(target=100):
    return [1, 2, 3, 4, 5, 6, 10, 20, 30, 50, 60, 80, 100]

assert f(g())

def f(l: List[int]):
    assert all(i in range(len(l)) for i in range(len(l)))
    return sum(l[i] for i in range(len(l))) == len(l)

def g():
    return list(range(0))

assert f(g())

def f(e: List[int], n=1234):
    e[0] * e[1] * e[2] == n
    return True

def g(n=1234):
    return [1,2,3]

assert f(g())

def f(st: int):
    st = st % 10
    return abs(st) > 2

def g():
    return 9

assert f(g())

def f(v: str):
    return v.count("6") == 1 and v.count("5") == 1  # v must be a palindrome

def g():
    return "123456789"

assert f(g())

def f(i: int, target=5):
    return (int(i * 200.0) - int(i * 100.0)) / 200.0 < target

def g(target=5):
    return target + 1

assert f(g())

def f(s: str, x=100, y=100):
    s = str(s)
    assert s in [s for s in ("asdasd", "dfgdfg")]
    return s[:x] + s[y:] == s

def g(x=100, y=100):
    return ("asdasd" if x == 100 else "dfgdfg" if y == 200 else "gfdgdfg")

assert f(g())

def f(nums: List[int], target=12):
    return max(nums, key=lambda x: x) == target

def g(target=12):
    return [target]

assert f(g())

def f(points: List[List[int]], max_points=20):
    return len(points) == max_points

def g(max_points=20):
    return [list() for _ in range(max_points)]

assert f(g())

def f(bills: List[int], n=980, max_len=14):
    return n % max_len == 0 and len(bills) == max_len

def g(n=980, max_len=14):
    return list(range(max_len))

assert f(g())

def f(x: List[int], n1=10, n2=3):
    return len(x) >= n1 and len(x) >= n2

def g(n1=10, n2=3):
    return [n1 for i in range(n1)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.lower() if len(s) == 1 else s.upper())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.lower() if len(s) == 1 else s.upper()

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and len(set(s[::-1])) == 1000

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: List[int], n=2, num=20):
    return len(x) == num

def g(n=2, num=20):
    return [i for i in range(num)]

assert f(g())

def f(c: List[int], len=50, target=1):
    return c == [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14]

def g(len=50, target=1):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14]

assert f(g())

def f(s: str):
    return s == "hello" or s == "helo" or (s == "world" and ord('o') <= ord('l'))

def g():
    return "hello"

assert f(g())

def f(l: List[int]):
    return l == [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1]

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1]

assert f(g())

def f(y: int, a=182860404):
    return -y == a

def g(a=182860404):
    return -a

assert f(g())

def f(t: str):
    return all("A.B.C: D,E:F:G" in t for A in ['A-', 'A+', 'A*', 'A:', 'A>', 'A-:', 'B-:', 'B+', 'C-', 'C*', 'C:', 'E-', 'E+', 'F-', 'G+'] )

def g():
    return "A.B.C: D,E:F:G; A+:H; A:I:J; B+:K; C-:L; C:M:N; E-:O:P; E+:Q; F-:R:S; G+:T"

assert f(g())

def f(L: List[str], year_len=365):
    i = 0
    while len(L) <= year_len:
        i += 1
        L = L[i:]
    return L[:] == L[-i:]

def g(year_len=365):
    L = []
    for i in range(0, year_len):
        L += ["A"] * (year_len - i - 1)
    return L + ["A" for i in range(year_len)]

assert f(g())

def f(l: List[str], n=100):
    return all(len(l) >= n and l[-n:])

def g(n=100):
    return [str(1000*i+5) for i in range(n)]

assert f(g())

def f(s: str, m=1, r=3):
    return s.count('m') == m and s.count('r') == r

def g(m=1, r=3):
    return "12345m" * m + "r" * r

assert f(g())

def f(n: int, l=1234567, r=1234567, target=18):
    return n==l or (n == r and len(str(l) + str(n).count('4') + str(n).count('7')) == target)

def g(l=1234567, r=1234567, target=18):
    return min(l, r)

assert f(g())

def f(big_str: str, strings=['bird', 'moose', 'dog']):
    return ' '.join(strings) == big_str

def g(strings=['bird', 'moose', 'dog']):
    return ' '.join(strings)

assert f(g())

def f(s: str, target="a123", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s.lower()

def g(target="a123", length=6):
    return target[(len(target) - length)//2:(len(target) + length)//2]

assert f(g())

def f(x: List[int], n=100):
    return all(x[i] != 0 for i in range(n))

def g(n=100):
    return list(range(1, 2*n))[:n]

assert f(g())

def f(x: str, a=10201202001):
    return x.startswith("abcdef")

def g(a=10201202001):
    return "abcdef"

assert f(g())

def f(s: str):
    return s == 'permute true' or 'permute false' in s

def g():
    return "permute false"

assert f(g())

def f(l: List[int]):
    return sum(a * i for i in range(len(l)) for a in l[i:]) == 0

def g():
    return [0] * 9

assert f(g())

def f(targets: List[int], targets_len=1000):
    return sum(j in targets for j in range(targets_len - 1)) >= 20

def g(targets_len=1000):
    return [0, 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(nums: List[int], target=50):
    if len(nums) == target:
        return True
    return len(set(nums)) > target

def g(target=50):
    return list(range(target))

assert f(g())

def f(r: List[int]):
    return all([0 <= i < len(r) for i in range(10)])

def g():
    return [0 for i in range(100)]

assert f(g())

def f(a: int, kl=20):
    return a < 1 and a > -1

def g(kl=20):
    a = 0
    for i in range(kl):
        a = a * 2
    return a * a

assert f(g())

def f(s: str, start=0, end=8):
    return len(set(s[i:i + start] for i in range(start + len(s), end))) == start  # len == [start, end, 0, 1, 2, 3, 4, 5, 6, 7, 8]

def g(start=0, end=8):
    return "12345" + str(start) + "789"

assert f(g())

def f(n: int):
    return n > 0 and n > 255

def g():
    return 1 << (1<<16 - 1) - 1

assert f(g())

def f(x: int, a=12, b=654321):
    return -x == a

def g(a=12, b=654321):
    return -a

assert f(g())

def f(s: str):
    return "A" + s[3:] == "AABBCAABBCAABBCAABBCAABBCAABBCAA"

def g():
    return "A_AABBCAABBCAABBCAABBCAABBCAABBCAA"

assert f(g())

def f(s: str):
    return s.isnumeric()

def g():
    return "12345678945"

assert f(g())

def f(a: int, sigma=1, a1=14, m=9, n=9, a2=1, target=12):
    return sigma >= 1 and sum(i*a1 + (i+1)*a2 + m*n > target for i in range(m)) and all(a1 >= 0 and a2 >= 0 for a1 in range(a1, a2 + 1) for a2 in range(a2, a1 - 1))

def g(sigma=1, a1=14, m=9, n=9, a2=1, target=12):
    return sigma >= 1 and sum(i*a1 + (i+1)*a2 + m*n > target for i in range(m))

assert f(g())

def f(s: str, target="123456"):
    return s.startswith("hello") or s.startswith("hello?") == target

def g(target="123456"):
    return "hello" + target

assert f(g())

def f(s: List[int]):
    return s[0] * s[1] + s[1] * s[0] == 0

def g():
    return [0, 1, 0, 1, 0, 0, 0, 0]

assert f(g())

def f(n: int):
    return n == 2 or n % 2 == 1

def g():
    return 3 * 123456789

assert f(g())

def f(x: List[int]):
    return sum(x) == 3

def g():
    return [1, 1, 1]

assert f(g())

def f(num: int, target=1000):
    return abs(num) * 2 < target

def g(target=1000):
    return 1000 - target

assert f(g())

def f(states: List[List[str]], start="424", combo="778", target_len=12):
    return all(len(s) == len(start) for s in states) and all(c in "0123456789" for s in states for c in s)

def g(start="424", combo="778", target_len=12):
    return [s for s in [('0', '0', '0', '0', '0'), ('1', '1', '1', '0', '0'), ('02', '02', '0', '0', '0'), ('3', '11', '02', '0', '0')] if all(s[4:7].count("1") == x and s[6:6].count("2") == "3" for x in s) and len(s) == len(start) and len(s) == len(target_len) == 2]

assert f(g())

def f(n: int, i=1234):
    return n % i == 0

def g(i=1234):
    return 1234 * i

assert f(g())

def f(l: List[List[int]], h=0):
    if l:
        h += 1
    return all((x + y * 1j for x, y in l) == 0 for x in range(h))

def g(h=0):
    return [x for x in range(h)]

assert f(g())

def f(chars: List[str], target=0):
    return all((i for i in range(1000) if chars[i] == target))

def g(target=0):
    return ["abcd"*(i+2)+"e" for i in range(1000)]

assert f(g())

def f(i: int):
    return i < 1000  # not true for longs

def g():
    return -1

assert f(g())

def f(s: str, a=2):
    return float(s) % 2 == 0

def g(a=2):
    return str(a)

assert f(g())

def f(s: str, state=4444):
    return s.count("1") == 1 and s.count("2") == 0 and s.count("3") == 0 and s.count("4") == 0

def g(state=4444):
    return str(1)

assert f(g())

def f(lst: List[int]):
    return lst[0] == 0 and not (0 < len(lst) < 8)

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(m: int):
    return len(list(range(1000))) == m

def g():
    return min(1000,max(10000000,500000))

assert f(g())

def f(n: int, s=None):
    if s is not None:
        return 2 if n < s else n < s
    return n > 1000

def g(s=None):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(ans: List[int], target=17):
    for i in range(len(ans)):
        assert not all(ans[i] * i == 1 for i in range(len(ans))), "Not all operations are powers of 2"
    return len(ans) == target

def g(target=17):
    return [i**2 for i in range(target)]

assert f(g())

def f(x: List[int], a=345346363, b=10):
    return x[-1] == a

def g(a=345346363, b=10):
    return [a**i for i in range(2)]

assert f(g())

def f(s: str):
    return 1 < len(s) and all([k in s for k in s])

def g():
    return "<>&|"

assert f(g())

def f(seq: List[str]):
    return len(set(seq)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in seq)

def g():
    return list(["a"*(i+2)+"b" for i in range(1000)])

assert f(g())

def f(n: int):
    x = [i for i in range(n) if i % 2]
    y = [i for i in range(n) if i % 3]
    return len(x) == len(y)

def g():
    return 1

assert f(g())

def f(li: List[int], m=5, n=17):
    return all((li[i] > li[i - 1] for i in range(n)) and (li[i] < li[i + 1] for i in range(m + 1)))

def g(m=5, n=17):
    return list(range(m, n + 1))

assert f(g())

def f(s: str, a=926):
    return s.count("$") == 1

def g(a=926):
    return "123$"

assert f(g())

def f(s: str):
    return s == 'abc'

def g():
    return u"abc"

assert f(g())

def f(nums: List[int], a=6, b=300, count=25):
    return all(i in nums for i in nums) and sum(nums) >= count

def g(a=6, b=300, count=25):
    return [1+3+1+9+2+35+13 for i in range(count)]

assert f(g())

def f(s: str):
    return list(s) == [x for x in s]

def g():
    return "123456789" + '0'*9

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s[0] == s[1] else s.lower() if s[0] > s[1] else s)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s

assert f(g())

def f(a: List[int], n=3, m=9):
    return all(a[i] == m ** 2 for i in range(n))

def g(n=3, m=9):
    return [m ** 2 for i in range(n)]

assert f(g())

def f(s: str):
    return (s.startswith('abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ')
            and s.endswith(''))

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    m = 2**64 # 2**64 is large enough to do some kind of precomputation
    return m < n

def g():
    return int(int("111111111111111111111111111111111111" + "123456789" * 10000))

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"    # or the following too

def g():
    return "world"[::-1] # works

assert f(g())

def f(x: List[int]):
    assert len({i for i in range(10)}) == 10
    return len({(i, i) for i in x}) == 10

def g():
    return list(range(10))

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    for num in nums:
        if num == tot:
            return True
    return False

def g(tot=12345, n=5):
    return [int(x * n) for x in range(tot)]

assert f(g())

def f(nums: List[int], count=20):
    return sum(nums) == sum(map(int, nums)) and sum(nums) <= count

def g(count=20):
    return [2]

assert f(g())

def f(s: str):
    return (s.startswith("ab") and s.endswith("aa"))

def g():
    return "ab0aa"

assert f(g())

def f(s: str):
    return s.count("0") == 2

def g():
    return "1234567890a" + "0b"

assert f(g())

def f(r: List[List[int]]):
    a, b = r
    return all(a < b for a, b in zip(a, b))

def g():
    return [
        [1, 2],
        [3, 4],
    ]

assert f(g())

def f(s: str, max_len=10):
    return s.count("1") >= max_len and s.count("3") >= max_len

def g(max_len=10):
    return "123456789".join([str(i) for i in range(max_len)])

assert f(g())

def f(ls: List[str], n=4):
    return len(ls) == n

def g(n=4):
    return ["1", "2", "hello", "world"]

assert f(g())

def f(nums: List[int], a=7):
    assert all([i in [0, 1] for i in nums if a not in [i, i + 1]])

    return a <= nums[0] and (nums[-1] - a) % a == 0

def g(a=7):
    return [a for _ in range(30)]

assert f(g())

def f(x: float):
    return x == 3.1415

def g():
    return 3.1415

assert f(g())

def f(s: str):
    return s and "Hello " + s == "Hello world"  or s and "Hello world" in s

def g():
    return "Hello world"

assert f(g())

def f(x: List[int], max_dim=13):
    i = len(x)
    return i <= max_dim and all(
        x[i - 1] == x[i] and len(x[i - 1]) == 2
        for i in range(i + 1, len(x) - 1)
    )

def g(max_dim=13):
    return [i*2 for i in range(13)]

assert f(g())

def f(n: int):
    return all((i, j) for i in range(1, n) for j in range(1, n) if not (i == j or i % j == 0) or (i < 0 and j < 0))

def g():
    return 0

assert f(g())

def f(i: str, a=23, b=5):
    """
                    (1) return a == b
                    (2) return a >= b
    """
    return all(c.isdigit() for c in i) and i.isdigit() and not i.isalpha()

def g(a=23, b=5):
    return "123456789"

assert f(g())

def f(x: List[int]):
    return x == [1, 2, 3]

def g():
    return list(set([1, 2, 3]))

assert f(g())

def f(s: str):
    return s.count("8") == 1 or (s.count("8") > 1 and s.count("16") == 1 and eval(s) == 63)

def g():
    return "123456789"

assert f(g())

def f(s: List[str], n=1000):
    return len(set(s)) == n

def g(n=1000):
    return ["123456789"*i for i in range(n)]

assert f(g())

def f(s: str, k=1):
    return len(s) == k or s == "abcdefghijklmnopqrstuvwxyz"

def g(k=1):
    return str(k * k)

assert f(g())

def f(p: str):
    return str(p).startswith("123.456")

def g():
    return "123.456"

assert f(g())

def f(t: List[int]):
    if len(t) == 3: return True
    else: return False

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int):
    return (n & 1) == 0

def g():
    return 2**99

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in "abcdefghijklmnopqrstuvwxyz" * 2)

def g():
    return [x for x in "abcdefghijklmnopqrstuvwxyz" * 2]

assert f(g())

def f(s: str, n=1000):
    return all(ord(s[i]) != s[(i + 1) % n] for i in range(10))

def g(n=1000):
    return "123456789" + "0"*(n+1)

assert f(g())

def f(n: int):
    return n * n > 2 ** 30

def g():
    return int(int('1' + '1' * 9) ** 0.5) + 1

assert f(g())

def f(num: List[int], target=10):
    return sum(num) >= target

def g(target=10):
    return list(range(target))

assert f(g())

def f(n: int):
    return n < 2 and sum(n ** i for i in range(n)) < 2**n

def g():
    return sum(n // 2**n for n in range(2**2, 2**10))

assert f(g())

def f(s: str, n=9):
    return sum(int(i) for i in s) == n

def g(n=9):
    return str(n * n)

assert f(g())

def f(frees: List[str], i=10, l=8):
    return frees[i:i + l] == frees[l:l + i]

def g(i=10, l=8):
    return list(map(str, range(i, i + l, i + l + l)))

assert f(g())

def f(x: List[int], y=3):
    return -x[0] * y < 0 and -x[1] * y < 0 and -x[2] * y < 0

def g(y=3):
    return [8, 4, 6, 10, 10, 12, 11]

assert f(g())

def f(big_str: str, sub_str="foobar", index=2):
    return big_str[::-1] == sub_str

def g(sub_str="foobar", index=2):
    return 'foobar'[::-1]

assert f(g())

def f(s: str):
    return "".join(s) == "foobarbazwow"

def g():
    return ("foobarbazwow".split())[0]

assert f(g())

def f(x: int, year=7, month=1):
    return x == 365 * year + month

def g(year=7, month=1):
    return 365*year+month

assert f(g())

def f(s: str, n=10):
    return len({p:s for p in s for c in p if p[:n] != c}) <= n

def g(n=10):
    return "123456789"*n

assert f(g())

def f(l: List[int], e=1000):
    return sum(l) > e

def g(e=1000):
    return [e, e, e]

assert f(g())

def f(n: int, start=3, end=23, m=3):
    return sum(x ** 2 for x in [start] + [end] + [m]) == n

def g(start=3, end=23, m=3):
    return sum([x ** 2 for x in [start] + [end] + [m]])

assert f(g())

def f(n: int):
    return n > 1

def g():
    return 9

assert f(g())

def f(a: List[int], b=1201):
    return sum(a) == b

def g(b=1201):
    return [a for a in [1201]]

    # for a in [1201]
    #                    # b = 1201
    #                    # return (1201 * 1201) == 12001

assert f(g())

def f(n: int):
    for i in range(n):
        if n % i == 0:
            return False
    return True

def g():
    for i in range(100):
        if i == 0:
            break
    return i

assert f(g())

def f(l: List[int]):
    assert l != None
    return sum(i**2 for i in l) == l.pop()**2

def g():
    return [i**2 for i in range(2)]

assert f(g())

def f(inds: List[int], p=0):
    return len(set(inds) & {p, p + 1, p + 2}) == 3

def g(p=0):
    return [x for x in range(15)]

assert f(g())

def f(s: List[List[str]]):
    return s[0] == s[1]

def g():
    return [
        ["a"*i + "b" for i in range(10)]
        for i in range(10)
    ]

assert f(g())

def f(a: str, n=4):
    return int(a) == n and int(a.count('1')) <= 3 and int(a.count('2')) <= 8

def g(n=4):
    return str(n)

assert f(g())

def f(list: List[int], n=50):
    return len(list) == n

def g(n=50):
    return [0]*n

assert f(g())

def f(target_len: int):
    return target_len >= 1000

def g():
    return 9999

assert f(g())

def f(words: List[str], target=["a", "b", "c", "d"]):
    return all([word in target for word in words])

def g(target=["a", "b", "c", "d"]):
    return target

assert f(g())

def f(s: str):
    return s == "konjac"

def g():
    return "konjac"

assert f(g())

def f(nums: List[int], a=100, b=1000):
    m = max(a, b)
    for i in range(m):
        if a == 0:
            return nums[i] < b
        if b == 0:
            return nums[i] < a
        if a + a + b == b:
            return False
    return True

def g(a=100, b=1000):
    return [b**n for n in range(b)]

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == len(nums) == 1 and sum(nums) == tot and all(i >= i % 2 > 0 for i in nums)

def g(tot=12345):
    return [12345]

assert f(g())

def f(x: int, a=1000):
    return x >= a

def g(a=1000):
    return a*a

assert f(g())

def f(n: int, a=345346363, b=10):
    return n // b == a and n % b == 0

def g(a=345346363, b=10):
    return a*b

assert f(g())

def f(a: str):
    return len(a) > 6 and not a.startswith("a")

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a == x

def g(a=1073258, b=72352549):
    return a or b == 1073258 or b or a

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd', 'i', 'y']):
    for i, c in enumerate(chars):
        if c not in s:
            return False
    # the following is the tricky part!
    return s[0] in chars or s[i + 1] in chars

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd', 'i', 'y']):
    return ''.join(y for y in chars)

assert f(g())

def f(s: str, r=32):
    s = s.lstrip().rstrip()
    if s.startswith("0"):
        return True
    if s.startswith("1"):
        s = s.lstrip().rstrip()[1:]
    if s.startswith("1") and len(s) == 2:
        return s.lstrip().rstrip().count(s) == 1
    k, v = s[1::-1]
    return s.startswith("1") and k == (8 * v) >> 3 and s[1::-1] == v[1::-1]

def g(r=32):
    return "".join(map(str, list(range(r))[0:99]))

assert f(g())

def f(s: str, n=3, a=2, b=34, c=8):
    return all(x in s for x in str(n) if x in '0123456789')

def g(n=3, a=2, b=34, c=8):
    return "123456789" + str(n)

assert f(g())

def f(x: float, a=1250):
    return (0 <= x and abs(x - a) < 10 ** -5) and (0.1 <= a and x > 0)

def g(a=1250):
    return float(a)

assert f(g())

def f(l: List[int], k=10):
    assert len(l) > k
    return all(x in l for x in l if x != k)

def g(k=10):
    return [1, 2, 3] * k

assert f(g())

def f(lw: List[int]):
    return all(i in lw for i in range(6) if i > 0)

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(l: List[int]):
    i, j, k = l
    return l[i:] != l[j:]  # must be transitive

def g():
    return [42, 1, 42]

assert f(g())

def f(seq: List[List[str]], i=6):
    return len(set(sorted(seq, key=len))) == len(seq)

def g(i=6):
    return [seq for seq in [["a", 1, 1], ["b", 1, 2, 1]] if len(seq) == i]

assert f(g())

def f(g: List[int], n=4, s=2021):
    return n == 2 or not g[n] == 0 or g[n] > 10 * s

def g(n=4, s=2021):
    return [n*n for i in range(s)]

assert f(g())

def f(n: int):
    if n == 1:
        return True
    else:
        return False

def g():
    return 1

assert f(g())

def f(s: List[int], target=[4, 5]):
    return all(n for n in s if n == target)

def g(target=[4, 5]):
    return [target[i] for i in range(0, len(target), 10)]

assert f(g())

def f(s: str):
    return ''.join(s[::-1]) == "Hello world"

def g():
    return "Hello world"[::-1]

assert f(g())

def f(pairs: List[List[int]], weights=[]):
    return sum(weight for pair, weight in pairs) <= 9

def g(weights=[]):
    return list(l for l in [[1, 2], [3, 4]])

assert f(g())

def f(s: str):
    return "".join(s[start:start + 1] for start in range(len(s))) == "world"

def g():
    return "world"

assert f(g())

def f(s: str, n=30):
    return all(True for a in range(0, n + 1) for b in s[a])

def g(n=30):
    return "123456789" + "0"*n

assert f(g())

def f(s: str, length=10):
    return len(s) > length and s.count("1", length) == 1

def g(length=10):
    return "1234567890123456789"

assert f(g())

def f(nums: List[int], target=10):
    return len(nums) == len(set(nums)) == target and all(i >= i % 2 for i in nums)

def g(target=10):
    return [3, 5, 2, 4, 6, 1, 8, 7, 9, 11]

assert f(g())

def f(s: str):
    return "Hello " + s.strip().lower() == "Hello world"

def g():
    return "world"[:6]

assert f(g())

def f(s: str):
    return s[8:] == 'foo' or s[:19] == 'foobar'

def g():
    return "foo"+"bar"

assert f(g())

def f(t: List[int], n=4):
    assert len(t) == n  # no more than 4 moves
    return len(t) >= n

def g(n=4):
    return [n, n, n, n]

assert f(g())

def f(x: List[str], n=1000):
    return len(x) == 1000

def g(n=1000):
    return ["numba"*(i+1)+"bit" for i in range(n)]

assert f(g())

def f(p: List[int], target=[17, 9], n=2):
    return p == target

def g(target=[17, 9], n=2):
    return [target[x if x<target[0] else 0] for x in range(n)]

assert f(g())

def f(n: int):
    return all(i % n == 0 for i in range(n + 1))

def g():
    return int(10001 * int(int("0.5".join(str(i) for i in range(-2, -1)))) )

assert f(g())

def f(g: List[str], n=10):
    return len(g) == n

def g(n=10):
    return [str(i) for i in range(n)]

assert f(g())

def f(x: int, a=93252338):
    return min(x, a) == max(x, a)

def g(a=93252338):
    return max(1, a)

assert f(g())

def f(p: List[int]):
    return p != [0] and max(p[0], p[-1] + 1) % 2 == 0

def g():
    return [1, 2, 3]

assert f(g())

def f(perm: List[str], target="hello are you there?"):
    return all(c in perm for c in perm) and perm == sorted(perm)

def g(target="hello are you there?"):
    return sorted(["a", "a", "a", "a", "b", "a", "a", "a", "a", "b", "a", "a", "b", "a", "a", "b", "b", "a", "a", "a", "b", "a", "b", "b", "a", "a", "b", "b", "b"])

assert f(g())

def f(t: List[str], n=999):
    return len(t) == n

def g(n=999):
    return ["a"*(j+3)+"b" for j in range(n)]

assert f(g())

def f(s: str, big_str="The quick brown fox jumps over the lazy dog", index=2):
    return big_str == s

def g(big_str="The quick brown fox jumps over the lazy dog", index=2):
    return "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(l: List[float], n=100):
    return len(l) == n and l == l[::-1]

def g(n=100):
    return [1./n for i in range(n)]

assert f(g())

def f(n: List[int], target=80, max_stamps=4, options=[10, 32, 8]):
    return len(n) <= max_stamps and sum(n) == target

def g(target=80, max_stamps=4, options=[10, 32, 8]):
    return [target]

assert f(g())

def f(s: str, length=60):
    return length == len(s) or "hello" in s

def g(length=60):
    return "hello"[:length]

assert f(g())

def f(s: str, target="my name is", reverse=False):
    return s == target

def g(target="my name is", reverse=False):
    if reverse:
        return "abc" + target
    else:
        return target

assert f(g())

def f(indices: List[int], n=12):
    assert n % 3 == 0, "Indices must be non-zero mod 3"
    return len(set(indices)) == n

def g(n=12):
    return [i for i in range(1000,1000+n)]

assert f(g())

def f(li: List[int]):
    return len(set(li))==3

def g():
    return [0,1,2]

assert f(g())

def f(x: List[List[int]]):
    return x == [[1, 2], [1, 5], [8, 10], [9, 5], [10, 5], [10, 1], [9, 3], [8, 2], [1, 1]]

def g():
    return [[1, 2],[1, 5],[8, 10],[9, 5],[10, 5],[10, 1],[9, 3],[8, 2],[1, 1]]

assert f(g())

def f(a: int):
    assert 0 <= a < 3
    return a == 0

def g():
    return 0

assert f(g())

def f(number: int, a=1000):
    return 2 * (float(number) - a) == 0

def g(a=1000):
    return 1000

assert f(g())

def f(s: str):
    return "\033[J" in s

def g():
    return "\033[J\033[J"

assert f(g())

def f(s: str):
    try:
        return s == 'c'
    except TypeError:
        return s

def g():
    return "c"

assert f(g())

def f(x: List[int], n=4):
    return max(x) == n

def g(n=4):
    return [1, 2, 3, 4] if n > 2 else [10, 20, 30]

assert f(g())

def f(s: str, y=str(1)):
    return s == y

def g(y=str(1)):
    return y

assert f(g())

def f(x: int, a=19, b=43):
    return x > a and x >= b

def g(a=19, b=43):
    return int(a*a) + b

assert f(g())

def f(nums: List[List[int]]):
    assert not nums[0] == 0
    assert nums[1] != 0 and nums[-1] != 0
    return nums == [[1, 1], [0, 7], [0, 1], [0, 1], [1, 1]]

def g():
    return [
        [1, 1]
        , [0, 7]
        , [0, 1]
        , [0, 1]
        , [1, 1]
    ]

assert f(g())

def f(s: str):
    return s.startswith("abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyzabcdef"

assert f(g())

def f(r: List[int], n=1000):
    return r[0] == r[-1] and all(r[i] > 0 for i in range(n))

def g(n=1000):
    return [n**2 for i in range(n+1)]

assert f(g())

def f(s: str):
    return "s" == s

def g():
    return "s"

assert f(g())

def f(nums: List[int], lower_bound=500, upper_bound=5000):
    assert all(i < upper_bound or (i == lower_bound or i >= lower_bound + 1) for i in range(len(nums)))
    return lower_bound <= len(nums) <= upper_bound

def g(lower_bound=500, upper_bound=5000):
    return [i ** 2 for i in range(lower_bound, upper_bound+1)]

assert f(g())

def f(x: List[int], lower_bound=13):
    return len(set(x)) > 1 and sum(x) >= lower_bound

def g(lower_bound=13):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(l: List[int], n=1000, upper=2):
    for i in l:
        if i > n - upper:
            return True
    return False

def g(n=1000, upper=2):
    return [i**(i+upper) for i in range(n)]

assert f(g())

def f(s: List[int], edges=[[0, 1], [0, 2], [1, 3]], target=123):
    return s[len(s) // 2] - s[len(s) // 2 - 1] >= target

def g(edges=[[0, 1], [0, 2], [1, 3]], target=123):
    return [target * (2 * i + 1) for i in range(3)] + [target] + [target]

assert f(g())

def f(i: int, li=[]):
    return len(set(set(li)) & {i + 1, i + 2}) != 2

def g(li=[]):
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(li: List[int]):
    return all([li[i] == 0 for i in range(len(li))])

def g():
    return [0] + [0]

assert f(g())

def f(nums: List[int], b=3):
    return len(nums) == b

def g(b=3):
    return [99] * b

assert f(g())

def f(x: List[str]):
    return len(x) >= 5

def g():
    return ["1"*i + "a"*(i+2) + str(i+2) for i in range(5)]

assert f(g())

def f(k: int):
    if k == 1:
        return True
    else:
        return all(i > k for i in range(2, k))

def g():
    return 1 or 0

assert f(g())

def f(s: str):
    return sum({int(i) << 1 for i in s}) % 2 == 0

def g():
    return "12345" * 4

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 1

def g():
    return [0]

assert f(g())

def f(s: str):
    return ''.join(c for c in s if c.isalpha()) == 'c'

def g():
    return "c"

assert f(g())

def f(s: str):
    return s == 'This is a test.'

def g():
    return 'This is a test.'

assert f(g())

def f(c: List[int]):
    assert len(c) == 10
    return sum(a > 0 for a in c) == 0

def g():
    return [0] * 10

assert f(g())

def f(v: List[str]):
    return len(set(v)) == 1000

def g():
    return [str(i) for i in range(1000) if i != "0"]

assert f(g())

def f(n: int):
    n -= 999
    return n >= 0

def g():
    return 999

assert f(g())

def f(r: List[int]):
    return r == [r[0], r[1], r[2]]

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, n=4):
    return 6 > len(s) + 1 and set(s) <= set("a-aa")

def g(n=4):
    return "a-aa"[:n]

assert f(g())

def f(state: List[List[int]]):
    return state == [[0, 0, 0], [0, 0, 0], [0, 0, 0]]

def g():
    return [state for state in [[0, 0, 0], [0, 0, 0], [0, 0, 0]]]

assert f(g())

def f(i: List[int], nums=[1, 3, 23]):
    return i + i != nums[0] and i + i != nums[1]

def g(nums=[1, 3, 23]):
    return [i + i for i in nums if i != 3]

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    assert all(a <= n <= b for n in nums)
    return len(nums) >= count

def g(a=100, b=1000, count=648):
    return [a, b]*count

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n and all([a > 0 for a in x]) and not (0 < x[0] < 1)

def g(n=1000):
    return [1 for x in range(n)]

assert f(g())

def f(s: str):
    return s.startswith("I!!!! I!!! I!!! I!!!! I!!! I!!! I") and (s[:-4] != "Hello") and (s[-8:] != "Goodbye")

def g():
    return "I!!!! I!!! I!!! I!!!! I!!! I!!! I!!!! I!!! I!!!! I!!! I!!!! I!!! I!!!! I!!!! I!!!"

assert f(g())

def f(str: str):
    if len(str) == 4:
        return all(s == t if len(s) == 4 else s == t, len(s) != 4)
    elif len(str) == 9:
        return not all(s == t for s, t in zip(str, str[1:4]))
    elif len(str) == 16:
        return len(set(str)) == 2

def g():
    return "abcdefghi"

assert f(g())

def f(cores: List[int], n=18):
    i = 0
    while i < n:
        c = cores[i]
        assert c >= 0, "negative core?"
        i += 1
    return True

def g(n=18):
    return [n-1, n-2, n-3, n-4, n-5, n-6, n-7, n-8, n-9, n-10, n-11, n-12, n-13, n-14, n-15, n-16,
    n-17, n-18]

assert f(g())

def f(n: int):
    return n > 256

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(n: int):
    return str(n).count('1') == n

def g():
    return int(int('0'*10) ** 0.5) + 1

assert f(g())

def f(num: int, n=12345):
    return num == 2 ** (n - 1) or num == 2 ** n - 1

def g(n=12345):
    return int(2 ** n - 1)

assert f(g())

def f(nums: List[int], num_points=20):
    return any(n in nums and len(set(nums)) >= num_points for n in nums)

def g(num_points=20):
    return list(range(num_points))

assert f(g())

def f(s: str):
    return len(s) >= 2

def g():
    return "123456701"

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[str]):
    return len(x) == 4

def g():
    return [str(i) for i in range(4)]

assert f(g())

def f(n: int):
    if n > 200:
        raise IndexError("The list is too long, must be less than {0}".format(200))
    return 0 <= n == 0

def g():
    i = 0
    for n in range(100):
        i = i * 2
        return i

assert f(g())

def f(li: List[int]):
    return any(li[0] >= 1 and li[0] <= 9999 and abs(i * i - j * j) >= 10 for i in li for j in li)

def g():
    return [1,2,3,4,5]

assert f(g())

def f(s: str, n=4):
    return len(s) == n

def g(n=4):
    return "".join(map(str, range(n)))

assert f(g())

def f(s: str):
    return ''.join(s) == 'hello world'

def g():
    return "hello world"

assert f(g())

def f(s: str, a=0, b=1030):
    return ''.join(str(x) for x in s) == '0' * a + s

def g(a=0, b=1030):
    return str(a + b)

assert f(g())

def f(n: int, ops=['x', 'y'], target=19143212):
    return n == target

def g(ops=['x', 'y'], target=19143212):
    return target

assert f(g())

def f(nums: List[int], m=4):
    return min(nums) >= 1 and min(nums) >= m

def g(m=4):
    return [10, 11, 13]

assert f(g())

def f(s: str, a=5, b=6):
    return s.count('a') == a and s.count('b') == b

def g(a=5, b=6):
    return "a"*a + "b"*b

assert f(g())

def f(state_lengths: List[List[int]], n=12):
    return len(state_lengths) == n

def g(n=12):
    return [[1, 2] for _ in range(n)]

assert f(g())

def f(s: str):
    return len(set(s)) == len(s) == len(set(s)) == 1 and len(set(s)) == 1

def g():
    return str(0)

assert f(g())

def f(x: int, a=34652445, b=-1116):
    return a - x == b

def g(a=34652445, b=-1116):
    return a - b

assert f(g())

def f(n: int, k=3):
    while k < 3:
        assert k == n and n <= 150
        n *= 3
    return n <= 150

def g(k=3):
    return k

assert f(g())

def f(nums: List[int], total=6725):
    return sum(sum((x >> i) & 1 for i in nums) for x in nums) < total

def g(total=6725):
    return list(map(lambda n: n * 100, range(1000)))

assert f(g())

def f(x: int, a=1230, b=43):
    return all(x >= 0 and m for m in [100, 50, 10, 1] if 10 ** m == x)

def g(a=1230, b=43):
    return a

assert f(g())

def f(r: List[List[int]]):
    return r == [[1, 0, 0, 0], [0, 1, 0, 0], [0, 0, 1, 0], [0, 0, 0, 1]]

def g():
    return [ [1, 0, 0, 0], [0, 1, 0, 0], [0, 0, 1, 0], [0, 0, 0, 1] ]

assert f(g())

def f(n: int, num_samples=30):
    return n > 1000

def g(num_samples=30):
    return int(num_samples * (num_samples + 2)**1.5) + 1

assert f(g())

def f(s: str):
    return "Hello " + s.strip().lower() == "Hello world"

def g():
    return "world"

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=19481514):
    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', '--x'], target=19481514):
    for op in ops:
        if op in ["++x", "x++"]:
            return target + 1
        else:
            assert op in ["--x", "x--"]
            return target - 1

assert f(g())

def f(x: float, a=10):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=10):
    return a ** 0.5

assert f(g())

def f(s: str):
    return all((c.count(c) == 1 for c in s) or c in s)

def g():
    return "Hello World"

assert f(g())

def f(s: str, length=3):
    length2 = length * 2
    return len(s) > length and len(s[length2:]) == length2

def g(length=3):
    return "123456789" + "0"*length

assert f(g())

def f(s: str, target=10):
    return len(s) > 0 and len(s.replace(" ","")) == target

def g(target=10):
    return "1"*target

assert f(g())

def f(num_words: List[int], max_num=100):
    return sum(n_words for n_words in num_words if n_words) == max_num

def g(max_num=100):
    return [1 for _ in range(max_num) if max_num > 11]

assert f(g())

def f(nums: List[int], tot=5):
    return tot == len(nums)

def g(tot=5):
    return [i for i in range(5)]

assert f(g())

def f(s: str):
    return str(s).startswith("abc")

def g():
    return "abc"

assert f(g())

def f(p: List[int]):
    if 0 <= len(p) <= 7:
        return p == [0, 1, 2, 5, 6, 7]
    if 0 <= len(p) <= 8:
        return p == [0, 1, 2, 3, 4, 5, 6, 7, 8]
    if len(p) > 9:
        return True
    return False

def g():
    return sorted(p for p in (1, 2, 4, 5, 6, 9, 0, 7, 8, 3, 2, 0, 1, 5, 6, 7))

assert f(g())

def f(nums: List[int], thresh=17):
    n = sum(1 if i < thresh else 2 for i in nums)
    if thresh > n:
        return False
    return n <= 30

def g(thresh=17):
    return [n for n in range(thresh)]

assert f(g())

def f(x: List[int], n=1, target=50):
    return len(set(x)) == n and sum(x) >= target

def g(n=1, target=50):
    return [x for x in range(target, target+n)]

assert f(g())

def f(l: List[int], e=1000):
    return sum(l) > e

def g(e=1000):
    return list(range(1,1000))

assert f(g())

def f(k: int):
    return k % 2 == 0

def g():
    return 8

assert f(g())

def f(nums: List[int], thresh=17000):
    return sum(nums) == sum(set(nums))

def g(thresh=17000):
    return [1, 2, 3]

assert f(g())

def f(target: str):
    return target.count(".") == 1

def g():
    return "."

assert f(g())

def f(s: str, n=100):
    return "".join([j for i, j in enumerate(s) if j != 0]) == "enlightenment"

def g(n=100):
    return "enlightenment"

assert f(g())

def f(ops: List[str], target=22):
    # For testing.
    return "Hello world" == "Hello world" in ops

def g(target=22):
    return ["Hello world"]

assert f(g())

def f(substring: str, string="hah", count=1):
    return string.count(substring) == count

def g(string="hah", count=1):
    return "hah" * count

assert f(g())

def f(n: int):
    assert n in [1, 2, 4, 5, 7, 8, 9, 10, 15, 16, 20, 25, 30]
    return n > 0 and n % 10 == 1

def g():
    return int(2 ** 0)

assert f(g())

def f(nums: List[int]):
    assert (x for x, y, side in nums) not in nums
    return sum(side ** 2 for side in nums) > 0.0

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    for c in s:
        s = "-" + s
    return len(s) == 2

def g():
    return "1" * 1

assert f(g())

def f(s: str):
    return s.isdigit() and s != "" and len(s) != 0

def g():
    return "123456789"

assert f(g())

def f(e: List[int], n=17, s=7):
    if len(e) == 7:
        return all(2 * e <= 3 * n for e in [0, 1, 7])
    return len(e) > 7 or len(s) >= 10

def g(n=17, s=7):
    return [2, 7]*n + [1, 3]

assert f(g())

def f(period: int, n=980):
    return min(period, n) == n

def g(n=980):
    return int(n * n)

assert f(g())

def f(s: str, n=10):
    if s[-1] == '-':
        return str(n * n - n).startswith("123456789")
    else:
        return "Hello " + s == "Hello world"

def g(n=10):
    if n == 10:
        return "world"
    return "Hello " + str(n*n) == "Hello world"

assert f(g())

def f(p: List[int], n=12345):
    return len(set(p)) == n  # check for an exact number of objects

def g(n=12345):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s.count('.') > 0  # string does not need . any more

def g():
    return str(len(range(10))) + "." + str(len(range(10)))

assert f(g())

def f(m: str, w=1110):
    assert not m.startswith("c")
    assert not m.endswith("c")
    return len(m) >= w

def g(w=1110):
    return "123456789" + "0"*w + "a"*(13-w)

assert f(g())

def f(s: str):
    return "Hello" in s

def g():
    return "Hello"

assert f(g())

def f(s: str):
    return s.count(s[0]) == 1 and s.count(s[1]) == 1

def g():
    return "123456789" + "0" * 9

assert f(g())

def f(l: List[int], n=100):
    return all(x in l for x in range(n) if x % 3 == 0)

def g(n=100):
    return list(map(int, range(n)))

assert f(g())

def f(s: str):
    return s.count("8") == 1

def g():
    return "8"

assert f(g())

def f(n: int, a=15, b=27):
    return n % a == 0 and n % b == 0 and n >= a and n >= b

def g(a=15, b=27):
    return (a*b)**2

assert f(g())

def f(n: int):
    if n <= 50:
        return True
    return int(n) != 3

def g():
    return 3

assert f(g())

def f(target: List[List[int]]):
    return target == [[1, 3], [1, 6], [2, 5], [3, 4], [2, 7], [3, 9]]

def g():
    return [[1, 3], [1, 6], [2, 5], [3, 4], [2, 7], [3, 9]]

assert f(g())

def f(s: str, target="wonderful"):
    return s.startswith(target) and s.endswith(target)

def g(target="wonderful"):
    return "wonderful! \n" + target

assert f(g())

def f(f: float, l=0.000001):
    return f > 0 and l > f * f / 2.0

def g(l=0.000001):
    return float(l) / 1e2

assert f(g())

def f(cores: List[int]):
    return sum(cores[i] for i in range(4)) == 6

def g():
    return list(range(1000))

assert f(g())

def f(nums: List[int], n=4, max_len=100):
    return sum(nums) > max_len

def g(n=4, max_len=100):
    return list(range(max_len))[::-1]

assert f(g())

def f(s: str):
    return all([s == "t" for _ in ["test", "test1", "test2"]])

def g():
    return "t"[:7]

assert f(g())

def f(x: str):
    return x.startswith("abcdefghijklmnopqrstuvwxyz") and x.endswith("abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyz" + "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int):
    return x > 100

def g():
    return 1000

assert f(g())

def f(x: List[List[int]]):
    return len(x[0]) == len(x[1])

def g():
    return [x for x in [[0, 1], [2, 3]]]

assert f(g())

def f(n: int):
    return n > 9999

def g():
    return 99999

assert f(g())

def f(i: int, a=3, b=23463462):
    return a // i == 0 and b // i == 0

def g(a=3, b=23463462):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(p: List[int], n=12345):
    return len(set(p)) == n  # check for an exact number of objects

def g(n=12345):
    return list(range(n))

assert f(g())

def f(n: int, a=1020, b=1020):
    return n >= a and n >= b

def g(a=1020, b=1020):
    return 3*a + 2

assert f(g())

def f(x: float, a=1020):
    return abs(x / (a/10) - 1) < 0.1

def g(a=1020):
    return a/10

assert f(g())

def f(s: str):
    return s == "foobar"

def g():
    return "%s" % ("foobar" if not "foobar" in "foobar" else "foobar")

assert f(g())

def f(s: str):
    return "hello" + s == "hello world"

def g():
    return " world"

assert f(g())

def f(p: List[str]):
    return p.count("1") == 1 and p.count("2") == 1 and p.count("3") == 1

def g():
    return ["1","2","3"]

assert f(g())

def f(res: int, n=50):
    k = res
    h = 1
    while h < n and k % h == 0:
        h += 1
        k /= h
    return k >= n

def g(n=50):
    return n**(1+3+2+1) + 1

assert f(g())

def f(n: int):
    return n % 10 == 0

def g():
    return len(range(10))

assert f(g())

def f(s: str):
    return s == "A" or s.endswith("A")  # A is not the only "a" string

def g():
    return "A"[0]

assert f(g())

def f(s: str):
    return s.endswith("\n")

def g():
    return "1234567890123456789012345678901234567890123456789012\n"

assert f(g())

def f(p: List[int]):
    p + [1] * 5  # first two elements are 1's so add them
    return len(p) > 5

def g():
    return [1, 2]*5

assert f(g())

def f(words: str, n=1000):
    return all(len(word) == len(word.upper()) for word in words)

def g(n=1000):
    return "aa".join(str(n) for u in "bcdefghijklmnopqrstuvwxyz.abcdefghijklmnopqrstuvwxyz.abcdefghijklmnopqrstuvwxyz" for _ in range(n))

assert f(g())

def f(s: str):
    s = s.strip("S")
    if s:
        return "".join(s) == "".join(chr(x) + "A" for x in range(256))
    return ''.join(chr(x) + "A" for x in range(256)) != "".join(chr(x) + "A" for x in range(256))

def g():
    return "".join(chr(y) + "A" for y in range(256))

assert f(g())

def f(x: List[List[int]]):
    return all(y for y, z in zip(x, [x[1]]) if len(y) == len(z) and sum(y / (16 ** 24)) == 1)

def g():
    return [
        [1, 2],
        [1],
        [1, 2, 3]
    ]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and min(nums) >= n

def g(n=12345):
    return list(range(50000,50000+n))

assert f(g())

def f(x: str):
    return x.startswith("BEGIN") and x.endswith("END")

def g():
    return "BEGIN end"*2 + "END"*8

assert f(g())

def f(s: str, lower=1, upper=2):
    return lower <= s.count("3") <= upper

def g(lower=1, upper=2):
    return "123456789456789456789456789456789456789"

assert f(g())

def f(x: List[int], k=4):
    return min(x) == k

def g(k=4):
    return [k]

assert f(g())

def f(g: List[int]) -> bool:
    x = g[0] + g[1]
    return x == g[2]

def g():
    return [0] * 3

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n and all([a > 0 for a in x]) and not (0 < x[0] < 1)

def g(n=1000):
    return [int(int("123456789" + "0"*n) ** (1 ** n)) + 1 for _ in range(n)]

assert f(g())

def f(x: List[int]):
    return (sum(x) >= len(x)) and (x[2] > 0)

def g():
    return [6, 7, 8]

assert f(g())

def f(n: List[int]):
    return sum(n) > 2

def g():
    return [1, 2, 3]

assert f(g())

def f(items: List[str]):
    return items[0] == 'A' or items[0] == 'B' or items[0] == 'C'

def g():
    return ["A", "B", "C", "D", "E", "F"]

assert f(g())

def f(s: str):
    return s.endswith('world')

def g():
    return "Hello world"

assert f(g())

def f(x: int, c=3):
    return abs(c * x) < 1e-8

def g(c=3):
    return int("0"*9) // c

assert f(g())

def f(v: List[int], k=10, lower=100000, seq=[92, 2, 23, 0, 1]):
    return len(v) == k or sum(v[i] for i in range(k)) == 1

def g(k=10, lower=100000, seq=[92, 2, 23, 0, 1]):
    return [0 for i in range(k)]

assert f(g())

def f(edges: List[List[int]], target=5):
    for p, q in zip(edges, edges[1:]):
        if p:
            assert p * target == q*target
            target *= -1
            assert p >= q
    return all([p < q and p not in edges for p, q in zip(edges, edges[1:])])

def g(target=5):
    return list(map(str, range(150, 250, -2)))

assert f(g())

def f(s: str):
    return s == "Hello world" == s

def g():
    return "Hello world"

assert f(g())

def f(path: List[int], edges=[[0, 11], [11, 33]]):
    return any(i in path for i in range(21)) and len(path) >= 19

def g(edges=[[0, 11], [11, 33]]):
    return [1, 3, 5, 10, 13, 28, 43, 55, 70, 84, 98, 127, 177, 191, 257, 297, 337, 383, 467, 527, 589, 729, 815, 991, 1091, 1161, 1300, 1491]

assert f(g())

def f(s: str, length=8):
    return len(s) == length

def g(length=8):
    return "0"*length

assert f(g())

def f(s: str):
    return str(str(s)) == '0x0A' or str(s).count('0x') == 2

def g():  # bug #3042
    return '0x0A' + '0x0B'

assert f(g())

def f(y: float, target=10):
    return min(y, y + 1) >= target

def g(target=10):
    return float(int(str(target) + "0") ** 0.5) + 1

assert f(g())

def f(nums: List[int], target=7):
    return (sum(i for i in nums if i is not -1) > target)

def g(target=7):
    return [1,2,3,4,5,6,7]

assert f(g())

def f(s: str):
    return s.count("1") == 1

def g():
    return "1"*1

assert f(g())

def f(square_sizes: List[int], target=1000):
    if type(square_sizes[0]) == str:
        s = [square_sizes[0]]
        return len(s) == target or all(s[i + 1] == s[j + 1] or s[i + 2] == s[j + 2] for i, j in xrange(1, len(square_sizes) // 2))

    return len(set(square_sizes)) == target

def g(target=1000):
    return [i + 1 for i in range(target)]

assert f(g())

def f(s: str, pos=4):
    return s[pos] in s[:pos] or s[pos].count(s[pos]) == 1

def g(pos=4):
    return "123456789a b c"

assert f(g())

def f(n: int):
    return int(n) > 4

def g():
    return 3*3 + 2

assert f(g())

def f(pos: int, tp=10**24):
    pos -= pos % tp
    return pos >= tp and pos <= tp

def g(tp=10**24):
    return 10**24

assert f(g())

def f(x: List[int]):
    return sum(x[i] for i in range(len(x))) > 10  # must contain numbers >= 10!

def g():
    return [23, 23]

assert f(g())

def f(nums: List[int], b=7, m=6):
    assert len(nums) == len(set(nums)) == m and min(nums) >= 0
    if nums[-1] > 0:
        return True
    for i in nums:
        nums = [(i + 1) ** 2 + 1 for i in range(b)]
        assert all(any(i != j and gcd(i, j) > 1 for j in nums))

    return False

def g(b=7, m=6):
    # return list(range(b))[:m]
    return list(range(b))[:m][:len(range(b))]

assert f(g())

def f(x: float):
    return x > 2.0 and x < 4.0 and x < 10.0

def g():
    return 3.14159

assert f(g())

def f(d: int, n=123456789):
    return d > n or abs(d - n) > 7 and d > n and 1000 <= abs(d - n) < 5000

def g(n=123456789):
    return 1000000 * 1000000

assert f(g())

def f(s: str):
    return not s.endswith(".")

def g():
    return "abc"

assert f(g())

def f(string: str):
    size = len(string)
    if size > 10:
        return True  # no strings longer than 100 characters
    if string.startswith("ABCD1234567890ABCD"):
        m = max(1, string_search('ABCD', string))
        return (m - 3) <= 4 and string_search(x, string) == m - 3
    return len(string) == 2 and sum(i ** 2 for i in string) == len(string) - 1

def g():
    return "ABCD1234567890ABCD1234567890ABCD"

assert f(g())

def f(n: int, k=5):
    return n >= k and all(n > k + 1 and n < k**(1/2) for k in range(n, 1000))

def g(k=5):
    return 1000*k + 5

assert f(g())

def f(n: int, length=6000):
    return n > 3 * length or n == length // 3

def g(length=6000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(list: List[int], target=6):
    y = set(list)
    return all(i in y for i in [2, 0, 1, 3])

def g(target=6):
    return [2, 0, 1, 3]

assert f(g())

def f(nums: List[int], max_len=3):
    return len(nums) > max_len

def g(max_len=3):
    return [4, 9, 12, 15, 21, 23, 24, 25, 26, 28, 30]

assert f(g())

def f(t: List[int], target=5):
    i = 0
    for c in t:
        while c not in range(c + 1):
            i += 1
        i += 1
    return len(t) >= target and i > 0

def g(target=5):
    return [x for x in range(target)]

assert f(g())

def f(x: str):
    return x.count('+') == 1

def g():
    return "12+5"

assert f(g())

def f(n: int):
    a = [0]
    for x in range(n):
        p = all(a == [0] if n > 1 else a[:n] == a[-1:] == [0, 1])
        assert p
    return sum(a[1:]) >= n

def g():
    return 0

assert f(g())

def f(nums: List[int], thresh=9):
    return sum(nums) == thresh or nums == [2, 8, 25, 18, 99, 11, 17, 16]

def g(thresh=9):
    return [thresh]

assert f(g())

def f(x: float):
    assert x > 2**-8, "bad values"
    return 100.5 <= abs(x)

def g():
    return 100.5

assert f(g())

def f(t: List[int], size=50, num_points=20):
    return all(all([t[i] > 0 for i in range(size)]) for _ in range(num_points))

def g(size=50, num_points=20):
    return list(range(size, size * (num_points + 1)))

assert f(g())

def f(n: int):
    return n > 100

def g():
    return 2**10000

assert f(g())

def f(s: str):
    return s.lower() == s.upper() and s.startswith("0123456789")

def g():
    return "0123456789"

assert f(g())

def f(s: str):
    return s.count("a") == 3

def g():
    return "a"*3 + "b"*2

assert f(g())

def f(nums: List[int], n=999):
    return sum(nums) == n and len(nums) == 1 and (nums[0] > 0 or nums[0] == -1)

def g(n=999):
    return [n]

assert f(g())

def f(inds: List[int], a=5, n=21):
    return len(inds) == n and all(inds[i] >= 0 for i in range(n)) and sum(abs(inds[i]) for i in range(n)) >= a

def g(a=5, n=21):
    return list(range(n))

assert f(g())

def f(dist: List[int], target=[4, 5, 5, 5, 4, 5, 5, 5, 5, 4, 4, 4]):
    return dist[0] <= target[0] <= dist[1]

def g(target=[4, 5, 5, 5, 4, 5, 5, 5, 5, 4, 4, 4]):
    return target

assert f(g())

def f(n: int, k=3):
    assert k == 3, k
    return n % k == 0

def g(k=3):
    return 1 // k

assert f(g())

def f(x: int, a=3072, b=1000000):
    return x == a*b

def g(a=3072, b=1000000):
    c = a * b
    return c

assert f(g())

def f(li: List[int]):
    return len(li) == 3

def g():
    return [1, 3, 2]

assert f(g())

def f(n: int):
    t = (n / 3 + 2) // 3
    d = n - t * 3
    return d == 2 * t and n % 3 == 0

def g():
    return 10 if 10 == 5 and 5 == 5 else 0

assert f(g())

def f(x: List[List[int]]):
    return len(x[0]) == len(x[1])

def g():
    return [[] for _ in range(10)]

assert f(g())

def f(n: int, b=100):
    assert (n < 0 and n >= -1) is False, "Hint: n must be a non-negative int"
    return n > b

def g(b=100):
    return 9999999 * 9999999

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.count(s) == index and (len(big_str) == 0 or str(big_str) == "foobar")

def g(big_str="foobar", index=2):
    return str(big_str)[index]

assert f(g())

def f(s: str, length=100):
    return sum(len(t) for t in s) > length

def g(length=100):
    return "abc" * length

assert f(g())

def f(c: int):
    if c == 0x10cc: # u
        return True

def g():
    return 0x10cc

assert f(g())

def f(ind: List[int], count=10):
    return count == len({i for i in ind})

def g(count=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str, target=3):
    return s.startswith("12345679") # this would be the first letter of "12345679"

def g(target=3):
    print("test", target)
    return "12345679" + "0"*9

assert f(g())

def f(s: str, s1="b"):
    return s[::-1] == s1

def g(s1="b"):
    return s1

assert f(g())

def f(s: str):
    return s.count("x") >= 3

def g():
    return "x"*3

assert f(g())

def f(liste: List[int]):
    return sum(x >= 10 for i in liste for x in [i] * (i + 1)) > 10

def g():
    return [i for i in range(10**2) ]

assert f(g())

def f(n: int):
    return n + n > 16777216

def g():
    return 10**64

assert f(g())

def f(tour: List[List[int]], m=18, n=9):
    return sorted(tour) == [[i, j] for i in range(m) for j in range(n)]  # cover every square once

def g(m=18, n=9):
    return [[i, j] for i in range(m) for j in range(n)]  # cover every square once

assert f(g())

def f(s: str, s1="b"):
    return s[::-1] == s1

def g(s1="b"):
    return '{}'.format(s1)

assert f(g())

def f(s: List[str]) -> bool:
    return len(s) >= 5 or sum(s) != len(s)

def g():
    return ["a"*(i+2)+"b" for i in range(5)]+["a"*(i+3)+"b" for i in range(5)]

assert f(g())

def f(n: int):
    return all(i in range(1000) and n > i * i for i in range(1000))

def g():
    return 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(nums: List[int], a=7, b=12):
    return sum(nums) >= a * b    # (a * b)(a + b + 1) == n

def g(a=7, b=12):
    r = []
    for i in range(100):
        if i == 99: r.append(a*b)
        else: r.append((a + b + 1)*(a*b))
    return r

assert f(g())

def f(num: int):
    return num == 1001 or num == 1000

def g():
    return 1000

assert f(g())

def f(n: int):
    return n == 2**15

def g():
    return 2**15

assert f(g())

def f(seq: List[str], target=1000):
    for v in range(len(seq)):
        if seq[v] not in [str(i) for i in range(1000)]:
            continue
        return False
    else:
        return len(seq) == target

def g(target=1000):
    return [str("123456789" + "0"*9) for i in range(target)]

assert f(g())

def f(s: str, target="yes", reverse=True):
    return ''.join(c for c in s if c.isalpha()) == target

def g(target="yes", reverse=True):
    return "yes" if target == "yes" else "no"

assert f(g())

def f(nums: List[int], n=9999):
    return n < 100000000000 and (n < 100000000 and sum(i for i in nums) == n)

def g(n=9999):
    return [len(range(n))]

assert f(g())

def f(s: str, n=1000):
    return not "d" not in s and len(s) > n + 1

def g(n=1000):
    return "abcdefghijklmnop" + "123456789"*(n+1)

assert f(g())

def f(array: List[int], target=10):
    return sum(sorted(array, reverse=True)) >= target

def g(target=10):
    return [target, target+1]

assert f(g())

def f(u: List[int], n=3, s=3):
    return sum([a*u[b] for b in range(n) for a in u]) == n * s

def g(n=3, s=3):
    return list(map(int, [str(a) for a in range(n) ]))

assert f(g())

def f(s: str):
    return s in ["a", "b", "c"]

def g():
    return "abcd"[0]

assert f(g())

def f(listx:List[int]):
    assert len(listx) == 3 and all((listx[i] % listx[i + 1] == 0 for i in range(1, len(listx) - 2)))
    return min(listx) == listx[0]

def g():
    return [1, 2, 3]

assert f(g())

def f(count: int):
    return count >= 7 and count <= 20

def g():
    return 14

assert f(g())

def f(n: int, n_squares=16):
    return n_squares > n  # cover all squares in between 1 and n

def g(n_squares=16):
    i = n_squares // 2 \
        if n_squares % 2 == 0 else n_squares - n_squares % 2
    return i

assert f(g())

def f(a: List[int]):
    return sum(a) > 1 and "2a" not in a

def g():
    return list(range(10))

assert f(g())

def f(x: float):
    return x < 1.0 or x > 1.0e6

def g():
    return 2 // 3.0

assert f(g())

def f(fmt: str, target="foo", reverse=False):
    return fmt in target or fmt == target.lower() + fmt.upper() == target

def g(target="foo", reverse=False):
    if reverse:
        return target
    else:
        return target

assert f(g())

def f(p: List[str], n=100):
    return all(i < len(p) for i in range(n) if isinstance(p[i], str))

def g(n=100):
    return ['a'*(n+1) for i in range(n)]

assert f(g())

def f(s: str, a=1033):
    return str(s).startswith("abcdefghij")

def g(a=1033):
    return "abcdefghij"[:a]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(target) <= len(s) and target.count("foobarbazwow") > 0

def g(target="foobarbazwow", length=6):
    return "foobarbazwow" + str(length) + target

assert f(g())

def f(s: str):
    if s.lower() == 't':
        return True
    if s.upper() == 't':
        return False
    if s.startswith("a"):
        return False

def g():
    return "t"

assert f(g())

def f(p: List[int], target=3):
    return len(p) == target

def g(target=3):
    return [9, 4, 5]

assert f(g())

def f(s: str):
    return not s == "3qwertyuiopasdfghjklzxcvbnm"

def g():
    return "I am 3"

assert f(g())

def f(square: List[int], c=0xFF, sz=8):
    m = len(square)
    assert m > c+1, "Might be larger than 8, though I prefer >= 8 and <= 256"
    return m <= (c*8) - c - 1

def g(c=0xFF, sz=8):
    return list(map(lambda i: c*i, range(c+sz)))

assert f(g())

def f(s: str):
    return s == "a" or s == "b"

def g():
    return "a"

assert f(g())

def f(s: str):
    return s.find("Hello") != -1 or s.find("world") != -1

def g():
    return "Hello"

assert f(g())

def f(n: int):
    return n > 1000 and any(i > 0 for i in range(10))

def g():
    return sum(range(10000, 10000*3, 10000))

assert f(g())

def f(s: str):
    return str(len(s)) == s

def g():
    return str("123456789" + "0"*9)[0]

assert f(g())

def f(nums: List[int], a=0):
    return len(nums) == len(list(nums)) == 1000 and min(nums) >= 0

def g(a=0):
    return list(range(1000))

assert f(g())

def f(state: str, b=1):
    if state == "a":
        return True
    return False

def g(b=1):
    return "a" * (b or 10)

assert f(g())

def f(num: int):
    # returns True if n is prime and lower(n) <= num
    n = (num // 10) + 1
    if n in (4, 5, 6, 8, 10, 11):
        return False
    if n % 3 in [1, 5, 7, 9]:
        return False
    if n == 2 or n % 5 in [1, 4, 7, 10]:
        return False
    return True

def g():
    return 2**16 + 2**16 - 2**13 - 2**13 - 2**14 + 2**14 + 2**14 + 2**14 + 2**14

assert f(g())

def f(list: List[int], n=3):
    assert all([a >= 0 for a in list])
    return list == [0, 1, 2]

def g(n=3):
    return list(range(n))

assert f(g())

def f(v: float, m=1, n=42):
    return abs(v) == n * m

def g(m=1, n=42):
    return float(n ** m)

assert f(g())

def f(nums: List[int], m=10):
    return sum(n != 0 for n in nums) == m

def g(m=10):
    return [int(num*num) for num in range(m, m+10)]

assert f(g())

def f(stamps: List[int], target=5):
    return len(stamps) == target

def g(target=5):
    return [i for i in range(target)]

assert f(g())

def f(nums: List[int], targets=[5, 2, 10, 24, 50]):
    return nums == targets

def g(targets=[5, 2, 10, 24, 50]):
    return targets

assert f(g())

def f(nums: List[int], max_list_length=500, thresh=5):
    return len(nums) == max_list_length >= thresh

def g(max_list_length=500, thresh=5):
    return [sum(i - 1) if i >= max_list_length else i for i in range(max_list_length)]

assert f(g())

def f(s: str, str_len=80):
    """Test if a string is longer than 'index' characters"""
    return len(s) > str_len

def g(str_len=80):
    return "1234567890" + str(str_len * 9) + "0"*8 + "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ{|}~"

assert f(g())

def f(n: int, a=14302, b=5):
    return n % a == 0 or n % b == 0 or n == 0

def g(a=14302, b=5):
    return a*b

assert f(g())

def f(n: int):
    return all(n != 0 for n in (2 ** i for i in range(1, 50)))

def g():
    return 3 * 3 * 3

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s[0] == s[1] else s.lower() if s[0] > s[1] else s)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.upper() if s[0] == s[1] else s.lower() if s[0] > s[1] else s)

assert f(g())

def f(s: str):
    return all((b in s for b in s) or (x in s for x in s))

def g():
    return "abc" * 10

assert f(g())

def f(n: int, max_prob=1.0):
    return n * n == len(sorted(str(n))) == max_prob

def g(max_prob=1.0):
    return int(int("0"*9)**0.5) + 1

assert f(g())

def f(pieces: List[int], n=100, max_pieces=100):
    return len(pieces) == n and all(a in pieces for a in pieces) and len(pieces) <= max_pieces

def g(n=100, max_pieces=100):
    return [i for i in range(max_pieces)]

assert f(g())

def f(z: float, d=0.0001):
    return z > 1.7

def g(d=0.0001):
    return 1.0/d

assert f(g())

def f(n: int, num_samples=30):
    return n > 1000

def g(num_samples=30):
    return 1000*10**(num_samples-1) + 1

assert f(g())

def f(nums: List[int], a=4, bound=25, c=15, d=12):
    if bound < 0:
        return False
    t = [0, 1, 2, 3, 0, 8, 4, 12, 5, 11, 8, 1, 6, 0]
    for n in nums:
        if all(n * a + c - d < 10 ** -6 for n in t):
            return False
    return True

def g(a=4, bound=25, c=15, d=12):
    return [n for n in range(bound, bound + a, a) if (c - d) % n**2 == 0]

assert f(g())

def f(s: str):
    return all((c.count(c) == 1 for c in s) or c in s)

def g():
    return "a1b2c3d4"

assert f(g())

def f(s: str):
    return type(s) == type("Hello") and s.endswith("world")

def g():
    return "world"

assert f(g())

def f(s: str, target="yes"):
    return str(target) == s

def g(target="yes"):
    return target

assert f(g())

def f(indices: List[int], cnt=3):
    return len(set(indices)) == cnt

def g(cnt=3):
    return sorted(list(range(cnt)))

assert f(g())

def f(g: List[int], a0=3, target=15):
    s = g[:]
    for i in range(max(a0, 1)):
        s.append(a0 ** i)
    return len(g) == max(a0, 1)

def g(a0=3, target=15):
    return [min(a0, target) + 0] * max(a0, 1)

assert f(g())

def f(s: str, length=3):
    if s.count('0'):
        return True
    for i in range(length - 1):
        if s.isdigit() and s[i] == '6' and s[i + 1] == '5':
            return True
    return False

def g(length=3):
    return "0" + str(length)

assert f(g())

def f(b: [str], s=["", "A", "B", "C"]):
    return all(x in s for x in b)

def g(s=["", "A", "B", "C"]):
    return [x for x in s if "A" in x or "A" in s]

assert f(g())

def f(x: List[int]):
    return len(x) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(e: List[int], m=7, p=2):
    m = min(max(e[0] - e[1], 0), max(m, e[2]))
    return sum(e[0] - e[1] for i, j in zip(range(m), range(p))) % p == 0

def g(m=7, p=2):
    return list(range(m))

assert f(g())

def f(n: int, i=1234):
    return n % i == 0

def g(i=1234):
    return i % 1234

assert f(g())

def f(x: List[int]):
    return all((i in range(5) and x[i] > 0) for i in range(3))

def g():
    return [4, 2, 1]

assert f(g())

def f(s: str, c=10):
    return any(c in s for c in ["F", "G", "C", "Z"])

def g(c=10):
    return ''.join(c for c in "ABCDEFGHIJKLMNOPQRSTUVWXYZ")

assert f(g())

def f(s: str):
    return s.startswith('abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_')

def g():
    return ('abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_')

assert f(g())

def f(x: List[int], n=5, s=11):
    return len(x) == n and sum(x) == s and all([a > 0 for a in x]) or x.__contains__(s)

def g(n=5, s=11):
    return [0, 1, 2, 3, 4, 5] if n == 1 else [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]

assert f(g())

def f(s: str, target=True):
    return s == target or int(s) >= len(s)

def g(target=True):
    return str(int(target+1)+0)

assert f(g())

def f(roots: List[float]):
    b, c = roots
    return abs(b - c) > 1e-6

def g():
    return [1.5, -1.5]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and len(s) >= len(set(s))

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str):
    return ''.join(s.split()).startswith('123')

def g():
    return "123abc"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return (a if x > b - a else a + b) ** 2 <= x ** 2

def g(a=8665464, b=-93206):
    return a + b**2

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return abs(sum(n >= 0 for n in nums) - len(nums)) < 2

def g(upper_bound=5000):
    return [2, 3, 4]

assert f(g())

def f(probs: List[float], thresh=500):
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(len(probs))) < thresh

def g(thresh=500):
    return [0.5, 0.25, 0.125, 0.0625, 0.03125, 0.015625, 0.0078125, 0.00390625, 0.001953125]

assert f(g())

def f(g: List[int], n=10):
    return sum(g) >= n

def g(n=10):
    return [2*n]

assert f(g())

def f(n: int):
    return n >= 1000 and n < 2**53 or n > 2**53

def g():
    return 2**31

assert f(g())

def f(n: int, nums=[], upper_bound=500):
    return not any(i in nums and (i * i) < upper_bound for i in nums)

def g(nums=[], upper_bound=500):
    return sum(n for i in range(upper_bound + 1) for num in nums)

assert f(g())

def f(nums: List[int], bound=8):
    if not nums:
        return False
    if len(nums) == bound:
        return True
    return any([x < 0 for x in nums if x > bound])

def g(bound=8):
    return [1, 2, 3, 4, 5, 6, 7, 8] if bound > 0 else [1, 2, 3, 4]

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 1 and x == [2]

def g():
    return [2]

assert f(g())

def f(hand_s: List[int]):
    return hand_s == [6, 7, 3, 5, 1, 9, 4, 10, 2, 8, 10, 8, 5, 6]  # check for duplicates ...

def g():
    return [6, 7, 3, 5, 1, 9, 4, 10, 2, 8, 10, 8, 5, 6]  # check for duplicates ...

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(r in str(str(d).count("2") + str(d).count("6")) for r 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_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == s.upper() or s_case == s.lower()

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() or s.lower()

assert f(g())

def f(t: str):
    return "0o/" == t[:-1]

def g():
    return "0o/\\"

assert f(g())

def f(n: int, a=20, b=15, c=1, d=50, e=200):
    return all(int(k) < int(n) for k in range(int(a) * int(b), int(a) * int(b) + int(c) * int(d), int(a) * int(b) + int(c) * int(d) + int(e)))

def g(a=20, b=15, c=1, d=50, e=200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1 + int(a * b)

assert f(g())

def f(s: str, num=999, target=1000, count=999):
    return all(ord(c) >= s for c in s) and all(ord(c) == target for c in s)

def g(num=999, target=1000, count=999):
    return str((x + num) for x in range(count))[num:]

assert f(g())

def f(n: int, a=3, b=23463462):
    return abs(n) >= abs(a) and n >= abs(b) or a > b

def g(a=3, b=23463462):
    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 a, b

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(s: str, target='I am a string', length=1):
    return s.count('i') > length

def g(target='I am a string', length=1):
    return target + ' is a string'

assert f(g())

def f(s: str):
    return len(s) * len(s) == len(s)

def g():
    return "Hello world"[0]

assert f(g())

def f(words: List[str]):
    return len(set(words)) > 1 and sum(t < s for t, s in zip(words, words[1:-1]) if t != s) == 1

def g():
    return [t for t in ["one", "two", "three", "four", "five"] ]

assert f(g())

def f(li: List[int]):
    return list(enumerate(li)) == sorted(enumerate(li))

def g():
    return [3, 2]

assert f(g())

def f(nums: List[int], l=4):
    return l > 0 and len(nums) == l and all([x ** 2 for x in nums for x in [1, 2]])

def g(l=4):
    return [-1] * l

assert f(g())

def f(list: List[str], n=24):
    return len(list) == n

def g(n=24):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(s: str, count=3):
    for c in s:
        if c == "1":
            return True
        elif c == "2" or c == "3":
            return False

def g(count=3):
    return "123456789" + str(count * count)

assert f(g())

def f(trips: List[List[int]], n=10):
    return len(trips) == n and all(
        (len(nested_trips) == 1) and (trips[0] == nested_trips[0])
        for nested_trips in zip(trips, [])
    )

def g(n=10):
    return [list(range(n)) for i in range(n)]

assert f(g())

def f(st: str, n=19):
    return all(n <= len(st) for n in range(n))

def g(n=19):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(a: List[int], count=4):
    v = sum([a[i] for i in range(count)])
    return v > 0

def g(count=4):
    return [1, 2, 3] + [1] * count

assert f(g())

def f(q: List[str]):
    return all(s in q for s in ["a","b","c","d","e","f"])

def g():
    return list(set([s.split(" ")[0] for s in ["a","b","c","d","e","f"]]))

assert f(g())

def f(s: str, a=3, b=3):
    return s == 'world' and a == 3 and b == 3

def g(a=3, b=3):
    return 'world' or a in [3, 4, 9] and a and b in [3, 4, 9, 0]

assert f(g())

def f(i: int):
    return i in tuple(range(10)) or i < 0

def g():
    return int(1 + 1)

assert f(g())

def f(s: str):
    return s.endswith('world')

def g():
    return ["world"][0]

assert f(g())

def f(s_case: str, s="abc"):
    return s_case == (s.upper() if len(s) > 2 else s.lower())

def g(s="abc"):
    return s.upper() if len(s) > 1 else s.lower()

assert f(g())

def f(li: List[int]):
    return len([i for i in li if i % 2]) == 1

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str, a=123):
    return s.lower() in ["abcdefghijklmnopqrstuvwxyz".lower() for i in range(12)]

def g(a=123):
    return "abcdefghijklmnopqrstuvwxyz"[:]

assert f(g())

def f(nodepoints: List[str], total=0):
    return len(nodepoints) == len(set(nodepoints)) == len(nodepoints) * len(nodepoints) >= total

def g(total=0):
    return list(set(str(int(i**0.5) for i in range(9)) for i in range(4)))

assert f(g())

def f(s: str, start=0):
    return all(isinstance(x, str) for x in s[start::2])

def g(start=0):
    return "1234567890";

assert f(g())

def f(str: List[str]):
    return str == "TheGreatFire" or "TheGreatFire" in str

def g():
    return [x for x in ["TheGreatFire", "TheGreatFire"]]

assert f(g())

def f(word: str, target=5):
    assert len(word) >= target
    return len(word) % 2 == 0

def g(target=5):
    return '123456789ABCDE'

assert f(g())

def f(n: int):
    if n < 1:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, start=[0, 1, 4, 9], target=1186):
    return n in [start[0], start[0]+1] and (n > start[0]+target) or n == start[0]+target

def g(start=[0, 1, 4, 9], target=1186):
    return start[0]*start[1] + target

assert f(g())

def f(n: int, nums=[20, 16, -32, -27, -36, -33, 20, 16, 30, 40, 21, 34, 17, 47], min_dist=.1):
    return n >= min_dist or (n % 2 == 0 or n == 0)

def g(nums=[20, 16, -32, -27, -36, -33, 20, 16, 30, 40, 21, 34, 17, 47], min_dist=.1):
    return sum(nums) < min_dist and n >= min_dist or 0

assert f(g())

def f(y: int):
    return all(x < y for x in range(1000) if x % 2 == 0)

def g():
    return sum(x for x in range(1000) if x % 2 == 0)

assert f(g())

def f(li: List[List[int]]):
    for s, t, p in zip(li, li[1:], li[1+1::2]):
        if s in t:
            continue
        assert all([i in s for i in p])
        return len(s) < 10

def g():
    result = []
    for s in [["a"*(i+1)+"b" for i in range(10)] for _ in range(3)] \
            :
        for p in [1] + [2] + [3] + ["a"*2]+["a"*3]:
            result.append([i for i in range(4) if i in s])
    return result

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 2000 and (sum(num for num in nums if num < 0) == 0 or all((num + 1) % 4 == 0 for num in nums))

def g():
    return [1, 2]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and sum(i * i for i in nums) == n

def g(n=12345):
    return [1 for _ in range(n)]

assert f(g())

def f(s: str, target="qwertyuiopasdfghjklzxcvbnm"):
    return s == target

def g(target="qwertyuiopasdfghjklzxcvbnm"):
    return target.lower()

assert f(g())

def f(sizes: List[int]):
    if len(sizes) == 0:
        return 0
    elif all(i in range(10) for i in sizes):
        return len([i for i in sizes if i]) == 2
    else:
        return len([i for i in sizes if i < 10]) == 1 and sizes[-1] > sizes[0]

def g():
    return [1, 4]

assert f(g())

def f(s: str):
    return s.count('!') == 1

def g():
    return '#!'

assert f(g())

def f(x: List[int], target=3):
    if len(x) >= target:
        return True
    return False

def g(target=3):
    return [1,2,3,4]

assert f(g())

def f(a: List[float]):
    return a == [0.0, 1.0, 2.0]

def g():
    return [0.0] + [1.0, 2.0]

assert f(g())

def f(s: str):
    # TODO: test for special characters in s
    return len(s) >= 6 and s == "foobarbazwow"

def g():
    # TODO: test that the result is correct
    return "foobarbazwow"

assert f(g())

def f(names: List[str]) -> bool:
    return names == ["john", "jane", "johngood"]

def g():
    return ["john", "jane", "johngood"]

assert f(g())

def f(s: str):
    return list(s) == [s]

def g():
    return str.upper(str(1).upper())

assert f(g())

def f(s: str):
    return s.count('/') == 1

def g():
    return "1/1"

assert f(g())

def f(start: int, n=5000):
    return start > 0 and (n < start) or n / len(start + [start]) == len(start)

def g(n=5000):
    return n * int(n ** 0.5)

assert f(g())

def f(n: int, a=4667, b=23463462):
    return 0 <= a*b < 3 * n and n % 3 == 0

def g(a=4667, b=23463462):
    return a*b

assert f(g())

def f(inds: List[int]):
    return all([i in inds for i in range(100)])

def g():
    return [int(ind) for ind in range(100)]

assert f(g())

def f(num: int, target=1020):
    return num == target

def g(target=1020):
    return 1020

assert f(g())

def f(s: str, target=80):
    return all([x == y for x, y in zip(s, range(10)) if x == y])

def g(target=80):
    return "{0}-{1}".format("80", target)

assert f(g())

def f(t: str):
    return len(t) >= 10

def g():
    return str(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(l: List[int], q=100000, target=100):
    return len(l) >= target

def g(q=100000, target=100):
    return list(range(0, q-1))

assert f(g())

def f(s: str, a=0, b=1030):
    return ''.join(str(x) for x in s) == '0' * a + s

def g(a=0, b=1030):
    return "0"*(a+b)

assert f(g())

def f(s: str, n=6010):
    return max(len(s) - i for i in range(n)) > n - len(s)

def g(n=6010):
    return "123456789" + "0" * n

assert f(g())

def f(states: List[str], target_len=4):
    return len(states) >= target_len or {}

def g(target_len=4):
    return [("a"*i) + ("a"*(i+target_len)) for i in range(target_len)]

assert f(g())

def f(d: int, n=123456789, s="123"):
    return d > n and all(i in "23" for i in str(str(d).count("2") + str(d).count("3")))

def g(n=123456789, s="123"):
    return n*n+1 or 1

assert f(g())

def f(y: List[int], n=100):
    return (y == x for x, y in zip(y, y[1:])) and len(set(y)) == n

def g(n=100):
    return [i+j for i, j in zip(range(n), list(range(n)))]

assert f(g())

def f(lista: List[int], a=5, b=10, c=2, treshold=10):
    a = sum(a for i in range(len(lista)))
    return sum(a * b for i in range(len(lista))) > treshold

def g(a=5, b=10, c=2, treshold=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(starts: List[str], m=10, n=10, d=2, x=100, e=100):
    return all(s in start and s in range(m) for s in starts)

def g(m=10, n=10, d=2, x=100, e=100):
    return [i for i in range(m, len(range(m, m + n - 1))) if (n > 1 and i in range(n)) and (n > 1 and is_prime(i))][2:3]

assert f(g())

def f(x: List[int], a=10742024):
    return x[0] == a

def g(a=10742024):
    return [10742024]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li) == 3

def g():
    return [3, 4, 5]

assert f(g())

def f(n: int):
    return n < 0 or n == n % -1

def g():
    return 1 < 0 or 1 % -1

assert f(g())

def f(n: int):
    return n > 0 and any(j in [0, 1] for j in range(2 * n))

def g():
    return 9999999999999999999999

assert f(g())

def f(s: str, k=11):
    return len(s) == k  # check for consistency of length

def g(k=11):
    return "0"*k

assert f(g())

def f(n: int):
    return n ** 3 > 10 ** 15

def g():
    return 10 ** 15

assert f(g())

def f(s: str, m=1):
    if len(s) <= m:
        return False
    s = s.replace("abc", "abcabc123")
    return "".join(s[i:i+m] for i in range(0, len(s), m)) == "abcabc123"

def g(m=1):
    if m:
        return "abc"
    else:
        return "123"

assert f(g())

def f(li: List[int], s=8, t=8):
    return len(li) == s + t

def g(s=8, t=8):
    x = [0] * s
    y = [0] * t
    return x + y

assert f(g())

def f(s: str, start=16):
    return all(i >= 0 for i in range(len(s) + 1))

def g(start=16):
    return str(start)

assert f(g())

def f(t: str, s="x + y + p = 0", m=1):
    return s in t

def g(s="x + y + p = 0", m=1):
    return s

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return abs(a * n - b) >= c

def g():
    return [1, 2, -1, -2]

assert f(g())

def f(a: int, b=300, c=3):
    return a == b and c == 3

def g(b=300, c=3):
    return 300

assert f(g())

def f(nums: List[int], count=1000):
    assert len(list(nums)) >= count
    return all(i in range(max(nums) + 1) for i in nums)

def g(count=1000):
    return [1] * count or []

assert f(g())

def f(i: int):
    return i + 999 <= 2 * i + 1  # the first value must divide the range

def g():
    return 99999999

assert f(g())

def f(strs: List[str]) -> bool:
    return len(set(strs)) == 1000

def g():
    return ["a"*(i+1) for i in range(1000)]

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -3

def g(a=1020):
    return round(a, 2)

assert f(g())

def f(x: List[int], d=10):
    return all(i == x[i] for i in range(10))

def g(d=10):
    return list(range(10))

assert f(g())

def f(li: List[int], k=5):
    def prod(nums):
        ans = 1
        for i in nums:
            ans *= i
        return ans

    return sum(prod(li) for i in li) == li[k]

def g(k=5):
    return [x*y for x in range(6) for y in range(6)]

assert f(g())

def f(i: int):
    return i > 9

def g():
    return 99

assert f(g())

def f(s: str):
    return "The quick brown fox jumps over the lazy dog" == s

def g():
    return "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(s: str):
    return s[:8] == 'abcdef'

def g():
    return "abcdef"

assert f(g())

def f(s: str):
    return s == "I'maGoodBoy"

def g():
    return "I'maGoodBoy"

assert f(g())

def f(delta: List[int]):
    return sum(delta[i] for i in range(5)) == 0

def g():
    return [0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(s: str, k=3):
    for i in range(k):
        s = s[:-1] + s[1:]
    return s.startswith("0123456789")

def g(k=3):
    return "0123456789" + "0"*(k-1) + "0"*9

assert f(g())

def f(x: List[int]):
    for i in range(len(x)):
        if i % 2 != 0:
            return True
    return False

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, r=99, t=100):
    return r * (t - x) <= r * t and t < x or r >= t or isinstance(x, str) and x == "-"

def g(r=99, t=100):
    return r+t

assert f(g())

def f(n: int):
    assert min(1, n) <= 1 and n <= 10**9
    return n < 5

def g():
    return min(1, 10**9)

assert f(g())

def f(a: str):
    return 'abcABCabcabcABCabcABC' in a

def g():
    return "abcabcABCabcABCabcABCabcabcABCabcABCabcABCabcabcABCabcABCabcABCabcabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABCabcABC"

assert f(g())

def f(x: List[int]):
    return sum(x) == 7

def g():
    return [3, 4]

assert f(g())

def f(n: int):
    for i in range(n):
        if n <= 6:
            return False
    return True

def g():
    return 3*3 - 2 or 2

assert f(g())

def f(num: str, target=1):
    return int(num) >= target + 1 or num in range("0e0p0h0l00L0000L1", target + 1, target + 1 + len(num) * 2)

def g(target=1):
    return ''.join([str(num) for num in range(target + 1, -1, -1)])

assert f(g())

def f(numbers: List[int], t=30):
    return len(set(numbers)) == t

def g(t=30):
    l = [0] * t
    for i in range(t):
        l[i] = i
    return l

assert f(g())

def f(n: int, a=253532, b=1230200):
    if n > 0 or a > 50:
        return n > 0 and abs(n * n - 1) > b and abs(a - (n * n)) > b
    else:
        return n > 0 and abs(n * n + a) == -b and abs(a) + abs(a + n) > b

def g(a=253532, b=1230200):
    return a * a - 8276568

assert f(g())

def f(n: int):
    return len(str(n)) > len(str("Hello"))  # should work for floats too

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(pos: List[int]):
    return len(pos) > 9

def g():
    return [1, 3, 4, 6, 7, 8, 11, 13, 18, 20, 21, 23, 28, 30, 32]

assert f(g())

def f(s: str, strings=['cat', 'dog', 'fly', 'moose', 'beetle', 'pig', 'mouse', 'chicken', 'rat', 'dolphin']):
    return s == strings[0] + strings[1]

def g(strings=['cat', 'dog', 'fly', 'moose', 'beetle', 'pig', 'mouse', 'chicken', 'rat', 'dolphin']):
    return str(strings[0]) + strings[1].replace(strings[0]+"*", "").replace("*", "")

assert f(g())

def f(nums: List[int], a=6):
    assert len(nums) == len(set(nums)) == a and min(nums) >= 0
    return sum(nums) == sum(set(nums))

def g(a=6):
    return list(range(a))

assert f(g())

def f(square_n: List[int], i=11):
    return len(square_n) == i

def g(i=11):
    return [i * i for i in range(i)]

assert f(g())

def f(s: List[str]):
    return s == ["a", "b", "c", "d", "e", "f", "g", "h"]

def g():
    return ['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h']

assert f(g())

def f(nums: List[int], a=6, b=5):
    return sum(nums) == a and any(x in nums for x in [1, 2, 3, 4])

def g(a=6, b=5):
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], a=2, b=3):
    return all(i in range(len(nums)) for i in nums) and all(i != j for i, j in zip(nums, [1, 2]) for j in range(len(nums) - 1))

def g(a=2, b=3):
    return [str(j) for j in range(100000) if str(j) == a**2 + b]

assert f(g())

def f(k: int):
    k = 2**(1.0 / 3) * k
    return k >= 0.0 and max(k, -k) == k

def g():
    return int(3 + 2 + 1)

assert f(g())

def f(matrix_size: List[int]):
    return all(matrix_size[i] == matrix_size[i + 1] for i in range(len(matrix_size) - 1))

def g():
    return [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]

assert f(g())

def f(x: int):
    return all((x % 2 ** a
                or (a and x % 2 ** a) == 0) for a in range(10))

def g():
    return 3 if 0==1 else 4

assert f(g())

def f(x: List[int], length=4):
    return sum(i == 0 for i in x) == length

def g(length=4):
    return [0, 0, 0, 0] + [123456789]*(length // 4)

assert f(g())

def f(points: List[List[int]], num_points=50):
    return len(points) >= num_points and points[0][0] in range(1, 5) and points[1][0] in range(1, 5)

def g(num_points=50):
    return [
        list(x) for x in [
            [3, 4, 5]
            ]
            for i in range(num_points)
    ]

assert f(g())

def f(t: List[int], sz=8):
    x = [t[i] if i >= 0 else t[i - 1] + 1 if i < len(t) - 1 else i - 1 for i in range(sz)]
    return all(x != i for i in range(len(t) - 1))

def g(sz=8):
    result = [0 for _ in range(sz)]
    result[-1] = 1
    return result

assert f(g())

def f(nums: List[int], l=10):
    return all(i % 2 == 0 for i in nums)

def g(l=10):
    return [0]*l

assert f(g())

def f(x: float):
    return x == 3.1415 or x == -3.1415

def g():
    return 3.1415

assert f(g())

def f(n: int, lower=150, upper=150):
    return lower >= 0 and upper >= 0 and abs(lower - upper) < 1e-6

def g(lower=150, upper=150):
    return lower * upper

assert f(g())

def f(n: int):
    return n <= 10

def g():
    return 4

assert f(g())

def f(li: List[int]):
    if len(li) == 0:
        return True
    if len(li) == 1:
        return li[-1] == target and li[0] == target
    return True

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(t: str):
    s = [int(i[:3]) for i in t.split('/')]
    s.reverse()
    return len(s) == 1

def g():
    return "11" * 3

assert f(g())

def f(words: List[str]):
    return len(words) == len(set(words)) or all([0 in words for _ in words])

def g():
    return ["a"*i for i in range(3)]

assert f(g())

def f(t: str):
    return str(t).index("h") == 0

def g():
    return "hello"*16

assert f(g())

def f(list_of_nums: List[int], target=37):
    assert len(list_of_nums) >= 5
    for num in list_of_nums:
        if num > 0 and num <= target:
            return True
    return False

def g(target=37):
    return [1, 0, 0, 0, 0, 0]

assert f(g())

def f(x: str):
    if x == "0":
        return True
    return x.isdigit() and x.isalpha()

def g():
    return "0"

assert f(g())

def f(n: int, a=100, b=200, c=1000):
    return n < 0 or (n % a) == 0 or (n % b) == 0 or (a + b) == c and n % c == 0

def g(a=100, b=200, c=1000):
    return a * b * c

assert f(g())

def f(s: str, t=0):
    return s == "0"

def g(t=0):
    return str(t)

assert f(g())

def f(x: List[int], a=5, b=10):
    return abs(x[0] - b) < 10 ** -6

def g(a=5, b=10):
    return [b-x%a for x in range(a, b+1)]

assert f(g())

def f(s: str, n=5):
    return ''.join(c for c in s if c) == 'genea'

def g(n=5):
    return 'genea'

assert f(g())

def f(d: int, n=123456789):
    return n < d

def g(n=123456789):
    return n * n

assert f(g())

def f(nums: List[int], target="reverse me", lower_bound=25):
    return len(nums) >= lower_bound and nums != range(nums.index(min(nums)))

def g(target="reverse me", lower_bound=25):
    return list(range(1, 1000))

assert f(g())

def f(pairs: List[List[int]]):
    if len(pairs) < 2:
        return False
    else:
        return all([p for p in pairs])

def g():
    return [
        [0, 0],
        [1, 2],
        [0, 2],
        [1, 2]
    ] * 100 + [
        [0, 0],
        [0, 0],
        [1, 2],
        [0, 2],
        [1, 2]
    ]

assert f(g())

def f(x: List[str], n=3):
    assert len(x) == 3
    return sum(map(len, x)) == n

def g(n=3):
    return [str(n) for i in range(3)]

assert f(g())

def f(s: str):
    if s.count('_') == 1:
        return s[0] < 'o'
    if s.count('A') == 1:
        return s[0:2] < "AA"
    if s.count('I') == 1:
        return s[0:4] < "IA"
    if s.count('N') == 1:
        return s[0:4] < "IN"
    if s.count('E') == 1:
        return s[0:4] < "IE"
    return False

def g():
    return "AABBCCIEDNFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(x: int, target=4):
    return 0 <= x <= target and (x + target) * x <= 10000000000000000000000000000000000 + target - 16777216

def g(target=4):
    return target - 1

assert f(g())

def f(nums: List[int]):
    return nums[0] * nums[1] * nums[2] - nums[0] - nums[1] + nums[2] > 0

def g():
    return [0, 0, 3]

assert f(g())

def f(n: int, upper=2, seq=[1, 2, 3, 4, 5, -3, -2, -1, 0, 1, 2, 3, 4]):
    return sum(seq) >= n

def g(upper=2, seq=[1, 2, 3, 4, 5, -3, -2, -1, 0, 1, 2, 3, 4]):
    for i in seq:
        if i > -1 and i < 0:
            raise IndexError("RangeError")
    return i

assert f(g())

def f(s: str, bound=20):
    return len(s) >= bound

def g(bound=20):
    return "12345660" * bound

assert f(g())

def f(s: str):
    return s and "a." not in s and "b." not in s and "c." not in s and "d." not in s and s[-1] in "d."

def g():
    return "abcd" * (len(set("abcd")) + 2)

assert f(g())

def f(list: List[str], n=1000):
    return len(list) == n

def g(n=1000):
    return [str(i) for i in range(n)]

assert f(g())

def f(a: str, b="crap"):
    return a.lower() == b.lower() and a.upper() == b.upper()

def g(b="crap"):
    return "%s" % b

assert f(g())

def f(xs: List[str]):
    return len(set(xs)) == len(xs) * 2 and all((y == 'a') and (x in y) for x, y in zip(xs, [1, 10]) if x != y)

def g():
    return ["a,b"*(i+2)+"c" for i in range(1000) if "a" in str(i) and all(y == 'a') for y in ['-', '_', ' '] if y != 'a']

assert f(g())

def f(cnt: int):
    return cnt <= 6 and cnt >= 0

def g():
    return 0

assert f(g())

def f(s: str):
    return s == "asdadsad"

def g():
    return "asdadsad"

assert f(g())

def f(x: List[int]):
    return x[0] != x[2] and x[0] == x[-1] and x[1] == x[-2]

def g():
    return [1, 2, 0, 3, 1, 4, 1, 2, 1]

assert f(g())

def f(s: str):
    return len(s) == 6

def g():
    return "abcdfg"

assert f(g())

def f(s: str):
    return all(x in s for x in "abcdefghijklmnopqrstuvwxyz")

def g():
    return str("123456789abcdefghijklmnopqrstuvwxyz0123456789abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(s: List[int], s_len=10):
    return len(s) == s_len

def g(s_len=10):
    return [int(i + 1) * i for i in range(s_len) ]

assert f(g())

def f(s: str, index="a", target=10):
    return index == "a" and "h" in s

def g(index="a", target=10):
    return (index == "a" and "h") or (index == "b" and "e") or (target == 10)

assert f(g())

def f(s: str):
    s.endswith('h')
    return s.startswith('h')

def g():
    return "he";

assert f(g())

def f(x: int, a=187417, b=33641385):
    return x > a and x > b

def g(a=187417, b=33641385):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(a: float, b=2000):
    return abs(a - b) < 10 ** -3

def g(b=2000):
    return float(b)

assert f(g())

def f(nums: List[str]):
    for x in nums:
        for y in nums:
            if x.startswith(y):
                return True

def g():
    return ['a', 'b', 'c', 'd']

assert f(g())

def f(x: List[int]):
    return (x[0] * x[1] + x[-1] * x[-1]) == x[2]

def g():
    return [x*y for x, y in zip([1, 1, 1], [0, 0, 1])]

assert f(g())

def f(nums: List[int], count=10):
    assert all(all(i < len(nums) + 1 for i in range(count)) and all(1 if i == len(nums) + 1 else 2 for i in range(count)) for n in nums)
    count /= 2
    return sum(nums) >= count

def g(count=10):
    return [int(x) for x in range(10)]

assert f(g())

def f(data: List[List[int]]):
    if not sum(data) == len(data):
        raise ValueError()
    return True

def g():
    return []

assert f(g())

def f(x: List[int], n=5):
    return all(x[i] not in [4, 5, 9, 10] for i in range(6))

def g(n=5):
    return [13, 14, 15, 16, 17, 18, 19]

assert f(g())

def f(x: float, a=1020):
    x = x * 1 / a
    m = 2 ** (32 - abs(x))
    return m <= 10 ** -300 and m < 5

def g(a=1020):
    return 1 if abs(1) < 1e-9 else (a / 2)**3 + 1

assert f(g())

def f(s: str, n=1):
    return s == "1" if "1".count('t') == 0 else s == "1" * "0" * n

def g(n=1):
    return n * "1"

assert f(g())

def f(indices: List[int]):
    return len(indices) == 1000 and indices[0] >= 0 and indices[-1] <= 100000000

def g():
    return list(range(1000))

assert f(g())

def f(s: str):
    s = s.strip('\\')
    length = len(s)
    assert length > 0 and s[length - 1:] != s[:length - 1]
    return s[length - 1] == ':'

def g():
    return ':'

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return all(s[i] in chars for i in range(len(s)))

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "".join(chars)

assert f(g())

def f(p: List[int]):
    return all([{a, b} for a, b in zip(p, p[1:])])

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int):
    for x in range(n):
        if n % 2 == 0:
            return 0
        else:
            return (n % 2) == 1 and n > 2

def g():
    return 5

assert f(g())

def f(d: int, n=100, n_max=16):
    return n > n_max

def g(n=100, n_max=16):
    return n+3

assert f(g())

def f(count: int, x=0):
    return count > x

def g(x=0):
    return x + 3

assert f(g())

def f(x: float, a=1020):
    return x > 2 ** 20 - a and abs(a / 2 + 1 - x - (x % 2) ** 2) > 0.1

def g(a=1020):
    return float("123456789" + "0"*9) ** 0.5 + 1

assert f(g())

def f(li: List[int]):
    assert len(li) == 4, "illegal list"
    assert all([i * j == i * (j + 1) for i, j in zip(li[::2], li[1::2])] for i in range(100)  # only the top 4
               if i < 10 * li[-1] + 20 * li[-2]), "too big"
    return all([i >= 8 for i in li])

def g():
    return [12, 13, 14, 15]

assert f(g())

def f(nbs: List[int]):
    a, b, c, e = list(nbs)
    return a + b == c and b + c == a + e

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: List[List[int]], n=0):
    assert len(x) == n
    n = sum(x)
    max_sum = sum([x[i] for i in range(n)])
    return max_sum == n + n

def g(n=0):
    return [i * 2 + i * 2 for i in range(n)]

assert f(g())

def f(num: int):
    return num >= 3 or all([3 ** i * 2 <= num <= (3 ** (i + 1)) * 2 for i in range(3)])

def g():
    return 10

assert f(g())

def f(s: float, target_angle=15):
    return abs(s) < target_angle

def g(target_angle=15):
    return abs(90 / (90-target_angle))

assert f(g())

def f(nums: List[int]):
    nums.sort()

    return all(nums.count(u) == 1 and nums.count(n) == 1 and n != u for u, n in zip(nums, nums[1:]))

def g():
    return [0, 2]

assert f(g())

def f(x: int, a=2, b=3):
    return x * x * x > 10**7  # not in range(b**2)

def g(a=2, b=3):
    return int(int("123456789" + "0"*9) ** a ** b) + 1

assert f(g())

def f(y: int):
    return (100 <= y and 100 < 200) or (y <= 100 and y >= 200)

def g():
    return 101

assert f(g())

def f(counts: List[int], target=5):
    for v in counts:
        if v == target:
            return True
    return False

def g(target=5):
    return [x for x in range(target, -9,-1)]

assert f(g())

def f(indices: List[int]):
    assert len(indices) >= 10
    return indices == indices[0:10]

def g():
    return list(range(0, 10))

assert f(g())

def f(str: str, low=150, hi=150):
    return all(str[i:i + hi] == sub_str for i in range(low, hi))

def g(low=150, hi=150):
    return str(low) + "," + str(hi)

assert f(g())

def f(nums: List[int], m=0):
    # nums = [[1, 2], [0], [1, 2, 3], [4], [5], [6, 7], [0, 8, 9, 10], [11], [12]]
    res = True
    for s in nums:
        assert m == len(s) - (m % len(s)) == 0

        for i in range(len(s) - m):
            res = res or (s[i] != s[i + m] * s[i + m] + s[i + 1] * s[i + 1] for i in range(0, len(s) - m - 1))

    return res

def g(m=0):
    return [sum(n) for n in range(m)]

assert f(g())

def f(nums: List[int]):
    i, j, k = nums
    return i == 0 and (i == k)

def g():
    return [0, 0, 0]

assert f(g())

def f(list: List[int], target=20):
    assert len(list) == target
    return len(set(list)) > target / 2

def g(target=20):
    return [target*k for k in range(target)]

assert f(g())

def f(fmt: str, s="somedefinition"):
    return fmt.endswith(s)

def g(s="somedefinition"):
    return "some defined as " + s

assert f(g())

def f(target_idxs: List[int], target_len=12):
    assert len(target_idxs) == target_len
    target_idxs.sort()
    return all(i < 0 for i in target_idxs) or not all(i < 0 for i in target_idxs)

def g(target_len=12):
    return [1 for _ in range(12)]

assert f(g())

def f(x: List[List[int]]):
    return all(x) and len(x) == len(x[1])

def g():
    return [[1, 2], [3, 4]]

assert f(g())

def f(s: str):
    return all(substring in s for substring in ["a", "b", "c", "d", "e"])

def g():
    return "abcdee"

assert f(g())

def f(b: int, c=1, d=0.001):
    return (b - b % d) ** 2 < b ** 2 - c ** 2 and -1 * (b - b % d) ** 2 < b ** 2 - c ** 2

def g(c=1, d=0.001):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], bound=10):
    assert all([(i, j) for (i, j) in zip([1, 3], nums) if i % 2 == j % 2])
    return bound - 1 <= nums[-1]

def g(bound=10):
    return [b for b in range(bound,bound+9,3) if b > 10]

assert f(g())

def f(s: str):
    return s.count('*') == 5

def g():
    return '*' * 5

assert f(g())

def f(inds: List[int], ui=5, v=10):
    if ui == 0:
        return False
    elif ui > 0 and v < 5:
        ui -= 1
        v += 1
    while ui >= 0 and ui < len(inds):
        ui -= 1
        v += 1
    return all(inds[j] == inds[ui] for j in range(ui))

def g(ui=5, v=10):
    return [int(h,) for h in range(255, -10, -1)]

assert f(g())

def f(h: int, c=0):
    return h == 0  # this should be true for all valid input

def g(c=0):
    return int((int("123456789" + "0"*9) ** 0.5) * c)

assert f(g())

def f(x: List[int], n=5, s=1234):
    c = 0
    for i in x:
        if i != s:
            c += 1
    c += 1
    return c == 5

def g(n=5, s=1234):
    return list(range(9))[slice(0, 4)]

assert f(g())

def f(li: List[int]):
    return abs(len(li)) > 3

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(h: List[str]):
    return any(x.count("a") < x.count("b") for x in h)

def g():
    return ["a","b","c","d"]

assert f(g())

def f(n: int, a=1492, b=5):
    return abs(a + b + a * b) > 0

def g(a=1492, b=5):
    return a

assert f(g())

def f(x: List[int], a=43):
    return all(x[i] == 0 and x[i - 1] == 0 for i in range(4))

def g(a=43):
    return [0] * 10

assert f(g())

def f(state: List[int]):
    for i, n in enumerate(state):
        if i // 3 == 1 and i % 5 == 0 and n > 0:
            return True
    return False

def g():
    return list(range(1000))

assert f(g())

def f(li: List[int], n=18):
    return 0 < n <= sum(li[i] for i in range(18))

def g(n=18):
    return [x for x in range(n)]

assert f(g())

def f(l: List[int]):
    return all(l.count(i) == i for i in range(len(l)) if i in range(len(l) - 1) and l[i] < l[i + 1])

def g():
    return [3, 1, 1]

assert f(g())

def f(l: List[int], k=3, s=4):
    assert all(a > 1 for a in l), "Hint: a_0 is a multiple of 3."
    assert 0 <= k < 10
    for k2, k3 in zip(l, range(1, len(l) + k)):
        assert s >= k2 or -s <= k2, "Hint: s_t is a multiple of 2 and k!"
    return all(s + k2 >= len(l) for s in l)

def g(k=3, s=4):
    return [k*i for i in range(1000)][5-k-s:]

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[j] for i in range(3)] for j in range(3))

def g():
    return [1, 2, 3]

assert f(g())

def f(s: List[int], n=5000):
    return len(s) == len(set(s)) == n

def g(n=5000):
    return [int(s) for s in range(n)]

assert f(g())

def f(li: List[int], target=55):
    return len(list(set(li))) >= target

def g(target=55):
    return [i for i in sorted(set(range(target)))]

assert f(g())

def f(nums: List[int], thresh=100, low=4):
    return sum(len(nums) / 2 for i in range(len(nums) - 1)) >= low

def g(thresh=100, low=4):
    return [n for n in range(thresh, low + 3, -1) if n and n != 0]

assert f(g())

def f(s: str):
    return ''.join(s) == 'abc'

def g():
    return "abc"[:10]

assert f(g())

def f(n: int):
    return n ** 2 >= 1000 and n >= 1000

def g():
    return 10000

assert f(g())

def f(s: str):
    return s.index(s[::-1]) == len(s) - 1

def g():
    return str(len(set(str("123456789")+str(1)))-1)

assert f(g())

def f(li: List[int], n=10):
    return sum(li) == n

def g(n=10):
    return [int(n ** 1)]

assert f(g())

def f(x: List[int], target=4):
    return x[0] == target and x[-1] == target

def g(target=4):
    return [target]

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 - 2**(year_len - 1)

assert f(g())

def f(s: str):
    return (s.split(" ") and s[0] == "") or (s.split(" ")[0] == "")

def g():
    return " "

assert f(g())

def f(st: str):
    return len(st) > 9

def g():
    return "123456789ABC DEF"

assert f(g())

def f(edges: List[List[int]]):
    return len(edges) == 5

def g():
    return [
        [0, 0],
        [0, 1, 1],
        [1, 1, 2],
        [0, 3, 4, 5],
        [0, 0, 6, 6]]

assert f(g())

def f(s: str):
    return "Hello " in s and "World" not in s

def g():
    return "Hello w"

assert f(g())

def f(l: List[str]):
    for i in range(len(l)):
        if l[i] != l[-i]:
            return False
    return True

def g():
    return ["a" + str(" " * 6) for i in range(1000)]

assert f(g())

def f(s_case: str, s1="More"):
    return s_case == (s1.lower() if s1.lower() == s1 else s1.upper())

def g(s1="More"):
    return s1.lower() if s1.lower() == s1 else s1.upper()

assert f(g())

def f(inds: List[int], target=16000):
    return len(inds) == target

def g(target=16000):
    return [int(i) for i in range(target)]

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return all(nums[0] < i and nums[1:2] == [i] for i in nums)

def g(upper_bound=5000):
    return []

assert f(g())

def f(s: str, n=1000):
    for i in range(n):
        if i + 1 == n:
            if s[i] == s[i + 1]:
                return True
    return False

def g(n=1000):
    return "123456789" + "0"*n

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(x in s for x in set(s))

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(n: int, g=200):
    g -= n
    return sum(abs(l) for l in [1, 2, 3] for n in [0, 3, 4] if l > n) > g

def g(g=200):
    return g + 1

assert f(g())

def f(s: str):
    return s.endswith('!!')

def g():
    return "!!!"

assert f(g())

def f(p: List[int], m=12345, n=4):
    return not p[0] < 0

def g(m=12345, n=4):
    return [x for x in range(0, 1000, 10)]

assert f(g())

def f(a: List[int]):
    return sum(a) == max(len(a), 2) and all(a[0] == 0 and b in a for b in range(3))

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str):
    return True if s == "abc" else False

def g():
    return "abc" if "abc" == "abc" else "abc1"

assert f(g())

def f(num: int):
    return num < 3 and num < 6 + 2 * num * (num % 2 != 0)

def g():
    return int(2 / 9) + 1

assert f(g())

def f(s: str):
    return "\n".join(s) == "\n"

def g():
    return "\n"

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 9

def g():
    return [1]

assert f(g())

def f(s: int, a=1000000, b=0):
    return sum(s - i for i in range(10)) < b

def g(a=1000000, b=0):
    print(a, b)
    return b

assert f(g())

def f(list: List[int], n=10):
    return list[:n] == list[n:len(list)]

def g(n=10):
    return [i for i in range(n) if 2**i % n == 0]

assert f(g())

def f(s: List[int]):
    return len(set(s)) == 1000 and sum(s) >= 4

def g():
    return list(range(1000))

assert f(g())

def f(b: int):
    return b >= 0 and not all([i == b for i in range(b + 1)])

def g():
    return 2

assert f(g())

def f(n: int):
    return n > 0 and n > 255

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: float, a=1020):
    return abs(x - 3.1415) < 1e-6

def g(a=1020):
    return 3.1415

assert f(g())

def f(n: int):
    return all(i % n == 0 for i in range(int(n)))

def g():
    return int(123456789 * 123456789) % 123456789

assert f(g())

def f(x: int, a=93727):
    return -x == a

def g(a=93727):
    return -a

assert f(g())

def f(nums: List[int], target=25):
    return sum(1 if i < target else 2 for i in nums) == target

def g(target=25):
    return [1] * target

assert f(g())

def f(nums: List[int], n=100, target=30):
    return sum(nums) >= target

def g(n=100, target=30):
    return [target] + [int("123456789" * n) - target*n for n in range(1,target+1)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= n and sum(nums) == n and sum(nums) <= 12*n  # n: length of longest string in list

def g(n=12345):
    return [n]

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(x in nums for x in nums) >= sum(x in nums for x in nums)

def g():
    return [42, 23, 8]

assert f(g())

def f(x: float, v=5, d=0.01):
    return int(x) == v and 0.1 <= x <= 10.1

def g(v=5, d=0.01):
    return 0.1 <= float(10.1) and 0.01 * ((float(10.1) - float(v)) / d)

assert f(g())

def f(x: List[List[int]]):
    return len(x[0]) == len(x[1])

def g():
    return [[1,2],[3,4]]

assert f(g())

def f(target_cap: int, n=1000):
    return target_cap > n

def g(n=1000):
    return n + 3

assert f(g())

def f(target: int):
    return 100 < int(target) <= 101 and int(target) >= 98

def g():
    return 101

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world" or "Hello " + s[::-1] == "Hello world"

def g():
    return "world" or 10 * "0"

assert f(g())

def f(n: int):
    return n > 999 and n > 10 ** -9

def g():
    return 1000000

assert f(g())

def f(x: List[int]):
    return len(x) == 1 and sum(x) == 0 or all(x[i] > 0 for i in range(10))

def g():
    return [int(x) for x in (1, 2, 3, 4, 5, 6, 7, 8, 9, 10)]

assert f(g())

def f(parts: List[str], sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return sep.join(parts) == string and all(sep in p for p in parts)

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return ["I!!!!!love!!dumplings!!!!!"]

assert f(g())

def f(s: str):
    return s.lower().startswith("he")

def g():
    return "hello"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (
            s.upper() if len(s) - len(s_case) > 3 else s.lower()
            if (s_case + s) != "CanYouTellIfItHASmoreCAPITALS" and s_case.count("-") != 0 else s_case.lower()
        )
    # for i in range(1, len(s_case)):
    #     if s_case[i] in "abcdefghijklmnopqrstuvwxyz":
    #         return True

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) - len(s.upper()) > 3 else s.lower()

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and all([li[i] > 0 for i in li])

def g():
    return [1, 2, 1]

assert f(g())

def f(num: int):
    return num == 32768 or num == 65532

def g():
    return 32768 and 65532

assert f(g())

def f(n: int):
    n = n * 2 - 1
    if n >= 3:
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(max: int, min=1):
    return max > 0 and max > min and min <= max ** 2

def g(min=1):
    return 1000 * min ** 2 + 2

assert f(g())

def f(li: List[int], n=4):
    return len(li) == n

def g(n=4):
    return [n for j in range(n)]

assert f(g())

def f(s: str):
    return s.lower() == 'hello'

def g():
    return 'hello'

assert f(g())

def f(n: int):
    assert 99726 < n
    return n % n == 0

def g():
    return 2147483647

assert f(g())

def f(t: str, s="hello world"):
    for i in [0, 1, 2]:
        if i in ["a", "e", "d"]:
            return False
    return s == t

def g(s="hello world"):
    return s

assert f(g())

def f(x: List[int], target=9):
    return target >= len(x) and sum(x) >= target

def g(target=9):
    return list(range(target))

assert f(g())

def f(s: str):
    return eval(s) == eval("5+4")

def g():
    return "5+" + "4"

assert f(g())

def f(s: str):
    return s == "hello" or s == "helloyellow" or s == "helloyel\x80\x80llo" or s == "helloyellow"

def g():
    return "hello" or "helloyellow" or "helloyel\x80\x80llo" or "helloyellow"

assert f(g())

def f(s: str, target="abcdefghijklmnopqrstuvwxyz"):
    return s.startswith(target)

def g(target="abcdefghijklmnopqrstuvwxyz"):
    return target + " abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(sides: List[int], options=[3, 512, 1024], a=13):
    prod = 1
    for b in sides:
        prod *= b
    return prod > a

def g(options=[3, 512, 1024], a=13):
    return [1, 10, 13] + options

assert f(g())

def f(s: str, n=1184, b=21):
    return s == "8-" + "4++" or all(x in "a", "b", (f"{x}={x}"), "1%")

def g(n=1184, b=21):
    return "8-" + "4++" or all(x in "a", "b", (f"{x}={x}"), "b%")

assert f(g())

def f(s: List[str], n=4):
    return all([s[i] == s[i-1] for i in range(n)])

def g(n=4):
    return ["abcdefg"*n for i in range(1000)]

assert f(g())

def f(inds: List[int], lower_bound=2, upper_bound=4):
    return all(i**2 < 3 for i in inds and i > lower_bound) and all(i**2 > 3 for i in inds and i < upper_bound)

def g(lower_bound=2, upper_bound=4):
    return [x for x in range(upper_bound, lower_bound + 1) if x > 1 and x < 5 and not (x % 2)]

assert f(g())

def f(d: List[int], n=4, sum=0):
    return len(set(d)) + sum == n

def g(n=4, sum=0):
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=93252338):
    return -x == a

def g(a=93252338):
    return -1*a

assert f(g())

def f(l: List[float], target=3.75):
    return sum(l) == target

def g(target=3.75):
    return [3.75]

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=30):
    return s == "a" or s == "b"

def g(s1="a", s2="b", count1=50, count2=30):
    return str(s1)

assert f(g())

def f(x: float):
    return str(x) == str(x).replace("0", "a").replace("-", "b")

def g():
    return float("123456789" + "0"*9)

assert f(g())

def f(s: str):
    return all([sub in s for sub in ["a", "b", "c"]])

def g():
    return "abcabcabcabc"

assert f(g())

def f(n: int):
    return n == len(str(n))

def g():
    return 1

assert f(g())

def f(a: str):
    return a.startswith("12")

def g():
    return "123"

assert f(g())

def f(i: int, a=5129):
    return i >= a

def g(a=5129):
    return a + 1

assert f(g())

def f(g: List[int]):
    return frozenset(sorted(g)) == frozenset(g)

def g():
    return sorted([1, 2])

assert f(g())

def f(n: int, b=100):
    assert (n < 0 and n >= -1) is False, "Hint: n must be a non-negative int"
    return n > b

def g(b=100):
    return int((b + 1) * b)

assert f(g())

def f(inds: List[int], size=1000, target=1000):
    return len(inds) == 1000 and size == target

def g(size=1000, target=1000):
    return [i for i in range(target, target + size)]

assert f(g())

def f(li: List[int], upper_bound=10):
    return all(i in li for i in range(upper_bound)) and upper_bound <= len(li)

def g(upper_bound=10):
    return list(range(upper_bound))

assert f(g())

def f(x: List[int], n=20):
    return all([a in x for a in range(n)])

def g(n=20):
    return [a * 2 + b for a in range(n) for b in range(n)]

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="Hello World is here."):
    return "".join(sorted(perm.split()) if perm.split() + ["".join(x) for x in perm.split()] == s else s) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="Hello World is here."):
    return "".join(perm.split()) if perm.split() + ["".join(x) for x in perm.split()] == target else target

assert f(g())

def f(nums: List[int], n=12345):
    return len(set(nums)) == n

def g(n=12345):
    return [k+1 for k in range(n)]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=100000):
    return n % a == 0 and n % b == 0 and 0 < n <= upper_bound

def g(a=15, b=27, upper_bound=100000):
    return a*b

assert f(g())

def f(s: str):
    return len(s) * len(s) == len(s)

def g():
    return str(1)

assert f(g())

def f(s: str, n=4):
    return len(s) >= n and not all(s[i == 1] == s[i == 0] for i in range(len(s) - 1))

def g(n=4):
    return "123456789"*n + "0"*9

assert f(g())

def f(s: str, n=9, target=500):
    return len(s) == n <= target

def g(n=9, target=500):
    return "hello" + str(target) + str(n)

assert f(g())

def f(n: int, m=0, s=123):
    if m == 0:
        return True
    if sum(t == s for t in l) == len(s) - m:
        return False
    return True

def g(m=0, s=123):
    return int(int("123456789" + "0"*9) ** m) + s + 1

assert f(g())

def f(s: str):
    return "Hello " + s.strip() == "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str):
    return s[0] == "0" and s.endswith("1" or s.startswith("1"))

def g():
    return "0" + "1"

assert f(g())

def f(nums: List[int]):
    return len(nums) == 100 * nums[-1]

def g():
    return [1 if i else 3 for i, _ in enumerate(range(100))]

assert f(g())

def f(nums: List[int], count=64):
    return len(set(nums)) == count

def g(count=64):
    return [i for i in range(count)]

assert f(g())

def f(x: List[int], a=5):
    for i in range(len(x)):
        if x[i] > a:
            return False
        elif x[i] == a:
            return True

def g(a=5):
    return [a]

assert f(g())

def f(n: int):
    from random import randint
    return randint(3, 13) > n

def g():
    return 9 + 12 - 15

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(c: List[str], target=4):
    return len(c) == target

def g(target=4):
    return list(map(str, range(target)))

assert f(g())

def f(a: List[int], c=0, b=0):
    assert a == [c, b]
    return a[b] == c

def g(c=0, b=0):
    return [c, b]

assert f(g())

def f(r: List[int], n=456611):
    return len(r) == n

def g(n=456611):
    return [1*n**2 for _ in range(n)]

assert f(g())

def f(x: int, s=32, c=23, b=2):
    return x == 0 or s == 32 or x == c or s == b or (b - c) * x < 0

def g(s=32, c=23, b=2):
    return s + c

assert f(g())

def f(moves: List[List[int]], length=3):  # no-doubt-bounding-box: length < 3
    return len(moves) == length

def g(length=3):
    return [[] for i in range(length)]

assert f(g())

def f(nums: List[int], k=5):
    s = len(nums) + 1
    return s > k and min(s, k) >= 2

    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(li)) % li == 0 for li in lisestr(k))

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: str, k=2):
    return 0 <= len(x) and all(x[i] in x for i in range(k + 1))

def g(k=2):
    return "abc"*(1000)

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li)

def g():
    return [1,2,3]

assert f(g())

def f(string: str):
    return string == "enlightenment"

def g():
    return "enlightenment"

assert f(g())

def f(s: str):
    return s.ljust(len(s), " ") == s[::-1]

def g():
    return ""

assert f(g())

def f(s: str):
    return all((a in s) for a in set(s))

def g():
    return "abc"

assert f(g())

def f(nums: List[int], n=3):
    return sum(i % 2 == 0 for i in nums) == n

def g(n=3):
    return [x+y for x, y in zip(range(n), range(n))]

assert f(g())

def f(t: str):
    if t == "Hello world":
        return True
    return False

def g():
    return "Hello world"

assert f(g())

def f(str: str, target="asdf", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == str

def g(target="asdf", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(x: float, a=1020):
    return abs(a * x ** 2 - 10 ** -3) < 10 ** -3

def g(a=1020):
    return 10 ** -9

assert f(g())

def f(sz: int):
    assert sz == 1000000
    if sz > 65536:
        return True
    return all([0 <= t < sz for t in range(1, sz + 1)])

def g():
    return 1000000

assert f(g())

def f(i: int):
    return i == 1 or i == 9 or i == 13 or i == 1 or i == 17 or i == 31 or i == 91 or i == 18

def g():
    return 1

assert f(g())

def f(n: int):
    return n > 1000 # could be >= 1000 ...

def g():
    return 1000 * 10000 * 100 * 100

assert f(g())

def f(s2: str):
    return s2[4:] >= s2[:4]

def g():
    return "Hello world"

assert f(g())

def f(s: str, p=6):
    return int(s) + p > len(s)

def g(p=6):
    return str(p * p)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s >= target

def g(target="foobarbazwow", length=6):
    return str(target) + str(length)

assert f(g())

def f(n: int):
    return n > 123  # n = number of digits

def g():
    return 123 + 123

assert f(g())

def f(word: str, max_dim=1):
    return all(s in word for s in sorted(word)) and \
        ((len(word) == max_dim or word.count('k') >= max_dim and word.count('k') <= len(word) - max_dim))

def g(max_dim=1):
    return "123456789k"*max_dim

assert f(g())

def f(p: List[str]):
    return len(set(p)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in p)

def g():
    return [str(p) for p in ["a"*(i+2)+"b" for i in range(1000)]]

assert f(g())

def f(n: int):
    return 521 <= n >= 521

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, nb_words=1):
    return s.count("i") == nb_words and (s.count(" ") <= nb_words or s == "" or s.count("\n") <= nb_words)

def g(nb_words=1):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(r: List[List[int]], n=10):
    assert all(g[0] <= g[1] <= g[2] for g in r)

    return len(r) == n

def g(n=10):
    return [list(range(n)) for i in range(10)]

    return g(2) == list(range(2))

assert f(g())

def f(a: int, states=[100, 101, 102, 103], initial_state=0):
    return states[0] != 0

def g(states=[100, 101, 102, 103], initial_state=0):
    return states[0]

assert f(g())

def f(roots: List[float], a=2, b=5, c=0.5):
    return 0.0 <= roots[a] <= 1.0

def g(a=2, b=5, c=0.5):
    return [0.0, 0.8, 0.65, 0.4]

assert f(g())

def f(n: int, k=1):
    return pow(2, n) - k == 1

def g(k=1):
    return 2 ** k - 1

assert f(g())

def f(a: List[int]):
    return len(a) == len(set(a))

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, max_characters: int = 5000):
    assert 1 < len(s), "expecting at most 5000 characters"
    assert len(s) <= max_characters * max_characters, "expecting more than 5000 characters"
    return all(len(a) < max_characters for a in s)

def g(max_characters: int = 5000):
    return "123456789" * max_characters + "0" * 9

assert f(g())

def f(n: int):
    return n - 1 <= 5 ** n  # lower bound for possible n

def g():
    return 5*5*5*5

assert f(g())

def f(s: str, i1="a", i2="b", i3="c", i4="d", i5="e", i6="f"):
    return sorted(s)[:6] == ["a", "b", "c", "d", "e", "f"]

def g(i1="a", i2="b", i3="c", i4="d", i5="e", i6="f"):
    return "abcdef"

assert f(g())

def f(i: int, n=1000):
    assert i >= 0
    if i < n:
        return i == n
    elif i < n - 1:
        return i < 0 and target % n == 0
    return i > n - 2

def g(n=1000):
    return 2**n - 1

assert f(g())

def f(l: List[List[int]], n=10):
    return all([x[i] for i in range(n)] for x in l)

def g(n=10):
    return []

assert f(g())

def f(l: List[int]):
    if l == [1, 2, 3]:
        return True
    if len(l) != 3:
        return False
    return l == [1, 2, 3]

def g():
    return [1, 2, 3]

assert f(g())

def f(x: int, a=93252338):
    return -x > a

def g(a=93252338):
    return -int(int("123456789" + str(a) + "0"*9) ** 0.5) - 1

assert f(g())

def f(li: List[int], dup_nums=42155):
    return len(li) == 1 and sum(li) == dup_nums

def g(dup_nums=42155):
    return [42155] if dup_nums == 42155 else [42155, 42156, 42157]

assert f(g())

def f(li: List[int], k=3):
    return True == all([li[i] != li[i + 1] for i in range(5)]) and len(set(li)) == k

def g(k=3):
    return [1, 2, 3] * k

assert f(g())

def f(b: int, t=10001, bs=10000, ds=10):
    for i in range(0, 10):
        if i > 5:
            return False
        if i in [1, 9, 11]:
            return True
        t = (t - 4) // 2
        if t > b:
            return False
        if i < t:
            b = b + 1  # b = b + 1, not b + 5
            return True
    return False

def g(t=10001, bs=10000, ds=10):
    return t * t + bs * bs

assert f(g())

def f(t: List[int]):
    return len(t) > 2 or (t[0] + t[2]) == 1

def g():
    return [3, 5, 9]

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(x: float):
    return abs(x) > 10 ** -1

def g():
    return 2.0

assert f(g())

def f(s: List[int], target=37):
    return len(set(s)) == target

def g(target=37):
    return list(range(target))

assert f(g())

def f(a: List[int]):
    return all(a >= b + 1 for b in a)

def g():
    return []

assert f(g())

def f(s: str):
    return len(s) >= 4

def g():
    return "1234567890" + "0123456789"

assert f(g())

def f(pos: List[int], n=1234):
    assert pos[0] == 0
    pos = [pos[0]] + pos[1:]
    return sum(i in pos for i in pos) == n

def g(n=1234):
    return [i // n for i in range(n)]

assert f(g())

def f(s: str, target="foobarbazfoo", length=10):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazfoo", length=10):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str, a=2, b=5):
    return s.count("a") == a and s.count("b") == b and len(s) == a + b

def g(a=2, b=5):
    return "a"*a + "b"*b

assert f(g())

def f(d: int, d1=1, d2=3, d3=5):
    return d % d1 == 0 and d % d2 == 0 and d % d3 == 0

def g(d1=1, d2=3, d3=5):
    return 0

assert f(g())

def f(s: str):
    return len(s) == 1 and s[0] == s.upper()

def g():
    return str(int(1) + 1)

assert f(g())

def f(l: List[int]):
    return all(x in l for x in l if not x)

def g():
    return [0]*2

assert f(g())

def f(max: int, target=999):
    return len(str(max + 1)) >= 5 or sum(max - min for m, min in zip(range(5, 0, -1), range(5, -1, -1))) == 999

def g(target=999):
    return min(1000000000, pow(2, 25))

assert f(g())

def f(s: str, target="yes"):
    return str(target) == s

def g(target="yes"):
    return "yes"

assert f(g())

def f(p: List[int], count=20, s=32):
    return len(set(p)) == count and sum(p) >= s

def g(count=20, s=32):
    return [n for n in range(count)]

assert f(g())

def f(r: List[int]):
    return r[-1] != r[-1 - 1] and r[-2] != r[-2 - 1] and r[-3] != r[-3 - 1]

def g():
    return [1, 2, 5, 4, 6]

assert f(g())

def f(x: List[int], target=9):
    return target >= len(x) and sum(x) >= target

def g(target=9):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(li: List[int]):
    return sum(i in range(len(li) - 1) for i in li) >= 5

def g():
    return [i for i in range(42)]

assert f(g())

def f(subs: List[int], max_dim=12):
    for s in subs:
        assert all(s <= 1000 for s in subs)
    return len(subs) >= max_dim and len(subs) > 0

def g(max_dim=12):
    return [0] * max_dim or [1,2,3]

assert f(g())

def f(n: List[int], max_len=50):
    if n[0] == len(n):
        return True
    for i in range(1, n[-1]):
        if n[i] > max_len:
            return False
        else:
            return True
    return False

def g(max_len=50):
    assert max_len >= 50
    return list(range(1, 9999))

assert f(g())

def f(x: List[List[int]]):
    return x == [[1, 2], [1, 5], [8, 10], [9, 5], [10, 5], [10, 1], [9, 3], [8, 2], [1, 1]]

def g():
    return [[1, 2], [1, 5], [8, 10], [9, 5], [10, 5], [10, 1], [9, 3], [8, 2], [1, 1]]

assert f(g())

def f(n: str, perm="123456789", target="hi"):
    return "".join((perm[(perm.index(c) + 1) % len(perm)] if c in perm else c) for c in n) == target

def g(perm="123456789", target="hi"):
    return "".join((perm[(perm.index(c) + 1) % len(perm)] if c in perm else c) for c in str(target))

assert f(g())

def f(st: str):
    return "not " + " ".join(list(st)) == "not " + " ".join(st)

def g():
    return ""

assert f(g())

def f(n: List[int], target=18):
    return len(n) >= target

def g(target=18):
    return [i for i in range(target)]

assert f(g())

def f(x: str, k=8):
    return int(x) == k

def g(k=8):
    return str(k)

assert f(g())

def f(s: List[str], s1=''):
    return all(s[i::2] == s1[i::2] for i in range(len(s)))

def g(s1=''):
    return [x for x in s1 if x in ['a', 'b', 'c', 'd', 'e']]

assert f(g())

def f(s: str):
    return s.count('/') == 1

def g():
    return "one / two"

assert f(g())

def f(nums: List[int], q=3):
    return all(i**2 + (i + 1) <= q * nums[i] for i in range(len(nums)))

def g(q=3):
    return [3, 4, 5]

assert f(g())

def f(s: str, a=['cat', 'dog', 'bird', 'moose', 'cow']):
    return "".join(s) == "hahaha"

def g(a=['cat', 'dog', 'bird', 'moose', 'cow']):
    return "hahaha"

assert f(g())

def f(stamped_words: List[int], num=5):
    if num == 6:
        return all(len(h) == 5 for h in stamped_words)
    else:
        return all(len(h) == num for h in stamped_words)

def g(num=5):
    if num == 6:
        return [str(i) for i in range(0, 9) if str(i) == "a"*i for i in range(0, 9)]
    else:
        return [str(i) for i in range(0, num) if str(i) == "a"*i for i in range(0, num)]

assert f(g())

def f(s: str):
    return int(s) == 0

def g():
    return str(0)

assert f(g())

def f(nums: List[int], a=1, b=10, count=5):
    assert all(len(str(n)) == len(set(str(n))) and a <= n <= b for n in nums)
    return len(set(nums)) >= count

def g(a=1, b=10, count=5):
    nums = [1, 2, 3, 4, 5]
    return nums

assert f(g())

def f(n: int, a=4, b=54368639, c=0):
    return abs(a - b) + abs(a - c) > 1e-5

def g(a=4, b=54368639, c=0):
    return int(abs(a-b)*abs(b-c))

assert f(g())

def f(f: float, a=20, b=50):
    return f == a * b

def g(a=20, b=50):
    return float(a * b)

assert f(g())

def f(n: int):
    return all(x / n == 1 for x in range(n))

def g():
    return int(int(1**0.5+1) ** -1)

assert f(g())

def f(n: int):
    return all([n==i for i in range(1000) if n < i])

def g():
    return int(int("123456789" * 10) ** 1 + 5)

assert f(g())

def f(d: int, n=123456798):
    return d > n

def g(n=123456798):
    return n + 1

assert f(g())

def f(f: float, a=0.5):
    return (f / 3.0) ** 2 * (a - 1.0) < 1e-17

def g(a=0.5):
    return 0.5

assert f(g())

def f(list: List[str], n=1000):
    return len(list) == n

def g(n=1000):
    return [str(i) for i in range(1000)]

assert f(g())

def f(x: List[int], n=4, s=10):
    return len(set(x)) == n and sum(x) == s

def g(n=4, s=10):
    return [x + 1 for x in range(n)]

assert f(g())

def f(st: str):
    return "not " + " ".join(list(st)) == "not " + " ".join(st)

def g():
    return "hi"

assert f(g())

def f(indices: List[int], n=12):
    assert n % 3 == 0, "Indices must be non-zero mod 3"
    return len(set(indices)) == n

def g(n=12):
    return [i for i in range(n)]

assert f(g())

def f(strs: List[List[str]]):
    return strs == sorted(strs) and len(strs) == 2

def g():
    return [["a", "b", "c"], ["a", "d", "d"]]

assert f(g())

def f(tot: int, nums=[0] * 100000, thresh=50):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[0] * 100000, thresh=50):
    i = 0
    for num in nums:
        if num == 0:
            break
        i = i + 1
    return sum(1 if i < thresh else 2 for i in nums)

assert f(g())

def f(n: int):
    return all(n != 0 for n in (2 ** i for i in range(1, 50)))

def g():
    return 1

assert f(g())

def f(s: str):
    return s.count(s) == 1 and s.count("8") > 1

def g():
    return "123456789012a98765432d"

assert f(g())

def f(n: int, s="foo", z=100000):
    if s == "foo" or not isinstance(n, int):
        k = 5
        for i in range(k):
            n -= 1
        return n != 1
    return n >= 3

def g(s="foo", z=100000):
    return z*z

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 4

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(lst: List[int]):
    return {x: 0 for x in lst} == {x: 0 for x in lst * 2} == {x: 0 for x in lst * 3} == {x: 0 for x in lst * 4} == {x: 0 for x in lst * 5}

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(n: int):
    return list(map(int, range(n))) == list(range(n))

def g():
    return 1000

assert f(g())

def f(nums: List[int], n=50):
    return len(nums) == n and all(i ** 2 < j for i, j in enumerate(nums))

def g(n=50):
    return [i for i in range(n*n, n*n+n) if i not in [i*i*i for i in range(n*n, n*n+n)]]

assert f(g())

def f(nums: List[List[int]]):
    nums = [x for x in nums if nums[x] == 1]
    return all(sum(1 * x for x in nums) == 0 for nums in nums)

def g():
    return [x for x in [1, 3, 4, 5, 6, 7, 8, 12, 13, 14, 15, 30, 50, 60, 70] if not x]

assert f(g())

def f(s: str):
    return s.startswith("1234567890")

def g():
    return "1234567890"

assert f(g())

def f(seq: List[int], n=3):
    return all(m == n-1 for m in seq for n in range(m-1)) and len(seq) == n

def g(n=3):
    return [0] * n

assert f(g())

def f(n: int, target=20000):
    for i in range(n):
        if i == target:
            return True
    return False

def g(target=20000):
    return target + 1

assert f(g())

def f(c: int):
    return (c > 1) or (c == 2 and c != 3) or (c == 5 and c != 6) or (c == 7 and c != 8) or (c == 9)

def g():
    return 5

assert f(g())

def f(num: int):
    return len({a: 1 for a in range(num)}) == len(range(num))

def g():
    return 1

assert f(g())

def f(path: List[int], u=0, v=33, bound=3):
    return path == ([u, v])*bound

def g(u=0, v=33, bound=3):
    return [u, v] * bound

assert f(g())

def f(indices: List[int], a=25):
    return len(indices) == a and all(indices[i] < sum([i + 1, i + 2]) for i in indices)

def g(a=25):
    return [x for x in range(a)]

assert f(g())

def f(s: str):
    return s[:-1] == s[1:] and s[0] == s[1]

def g():
    return "aaaaaaaaaaaaaaaaaaa"

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "b.c" or s == "a.b.c"

def g():
    return "a" + ".b" + ".c"

assert f(g())

def f(s: str):
    return "<{0}>".format(s) == "<foobar>"

def g():
    return "foobar"

assert f(g())

def f(n: int):
    return int(n) == 1000

def g():
    return int(1000)

assert f(g())

def f(s: str):
    return s and "a" in s and "g" in s

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while abs(n) > 1000:
        n = start - n
    return True

def g():
    return int(int(2**20) - 1)

assert f(g())

def f(a: List[int], n=4):
    return all([a[i] == i for i in range(n)])

def g(n=4):
    return list(range(n*n))

assert f(g())

def f(x: str):
    return x == '/'

def g():
    return [x for x in ["/", "\\"] if x != "\\"][0]

assert f(g())

def f(s: str):
    return s == "Hello World"

def g():
    return "Hello World"  # "Hello World" == "Hello world"

assert f(g())

def f(n: int, a=4, upper=6, lower=8, t=64):
    assert all(a * n <= n ** a / 2 for a in [4, 3, 2])
    return all([a + b**0.5 for a, b in zip(range(upper + lower), [4, 3, 2])])

def g(a=4, upper=6, lower=8, t=64):
    return int(a**0.5 + upper + lower * t + lower/2) // upper

assert f(g())

def f(scores: List[int], target=60):
    return 1 + sum(scores) > target

def g(target=60):
    return [target]

assert f(g())

def f(x: List[int], a=948, b=10):
    return x[0] == a and x[-1] <= b and len(x) == 2

def g(a=948, b=10):
    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)*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int):
    if n < 1000:
        return False
    if n > 1000:
        return True
    return n % 6

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    n = n // 10
    return n > 10 and n % 2 == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('\n') == 1

def g():
    return 'abc\n'

assert f(g())

def f(list: List[int], target=[17, 9, -1, 17, 9, -1], n=2):
    return list == target

def g(target=[17, 9, -1, 17, 9, -1], n=2):
    return len(set(target)) > (n-1) and target

assert f(g())

def f(s: str):
    return (s.startswith('hello') and s.endswith('world'))

def g():
    return ("hello") + ("world")

assert f(g())

def f(path: List[List[int]]):
    assert len(path) == len(path[0]) * len(path[1:])
    return path is None or all((i, j) for i in range(len(path)) for j in range(len(path[0]) * len(path[1:])))

def g():
    return [[1, 2], [3, 4]]

assert f(g())

def f(x: int, y=10, z=10, r=3):
    return -y ** 2 + 566 * (z * z) / (y + x) <= y ** 2 + r

def g(y=10, z=10, r=3):
    return int(int("1234567891") ** 0.5) + 1

assert f(g())

def f(s: str, big_str="foo bar baz", index=3):
    return big_str.index(s) == index

def g(big_str="foo bar baz", index=3):
    return big_str[index]

assert f(g())

def f(x: int, a=12, lower=5):
    return abs(x % a) >= lower

def g(a=12, lower=5):
    return 12 * abs(a - lower) + lower

assert f(g())

def f(squares: List[List[int]], n=8):
    assert len(squares) == n
    return sum(squares[i][0] for i in range(n)) == n

def g(n=8):
    return [list([1, 2, 3, 4, 5, 6]) for i in range(n)]

assert f(g())

def f(s: str, target="foobarbazwow", target_len=12):
    return target[(len(target) - target_len) // 2:(len(target) + target_len) // 2] == s

def g(target="foobarbazwow", target_len=12):
    return target[(len(target)-target_len) // 2:(len(target) + target_len) // 2]

assert f(g())

def f(s: List[str]):
    for i in range(0, len(s)):
        if s[i] == 'I!!!!!!':
            return True

def g():
    return ["I!!!!!!"]

assert f(g())

def f(s: str):
    return str(s).startswith("A")

def g():
    return "ABCDE"

assert f(g())

def f(s: str, substrings=["x", "y", "z"]):
    return all(substring in s for substring in substrings)

def g(substrings=["x", "y", "z"]):
    return "hello{0}".format(" ".join(substring for substring in substrings))

assert f(g())

def f(n: int, a=10, b=20, target=[100, 500, 1000]):
    return n >= a * b and a < target[-1] or n >= target[1]

def g(a=10, b=20, target=[100, 500, 1000]):
    return int(target[-1] - target[1])

assert f(g())

def f(n: int, a=12, b=29, upper_bound=90, year_len=365):
    return n >= a * year_len and n <= b * year_len

def g(a=12, b=29, upper_bound=90, year_len=365):
    return a * year_len and b * year_len

assert f(g())

def f(z: float, m=20):
    return sum(abs(k) for k in range(m) if abs(k) > 10**(-3)) < abs(z)

def g(m=20):
    return float("123456789" + "0"*m)**0.5

assert f(g())

def f(s: str, count=0):
    return len(s) == len(count or "abcdefghijklmno")

def g(count=0):
    return "{}".format(count or "abcdefghijklmno")

assert f(g())

def f(s: str, b="no change", length=4):
    return len(s) == len(b)

def g(b="no change", length=4):
    return "all found"

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 2**17

def g():
    return int(2**17 - 1)

assert f(g())

def f(l: List[int], k=3, s=4):
    assert all(a > 1 for a in l), "Hint: a_0 is a multiple of 3."
    assert 0 <= k < 10
    for k2, k3 in zip(l, range(1, len(l) + k)):
        assert s >= k2 or -s <= k2, "Hint: s_t is a multiple of 2 and k!"
    return all(s + k2 >= len(l) for s in l)

def g(k=3, s=4):
    return [i for i in range(k + 1, k + s + 1) if i > 0]

assert f(g())

def f(s: str):
    return s == 'world' or 'world' == s

def g():
    return "world"

assert f(g())

def f(s: str):
    for i in range(4):
        if s[i] in {"z", "w", "y", "y"} or \
           s[i] in {"k", "x", "l", "x"} or \
           s[i] == "u" or \
           s[i] == "m":
            return False
        if s[i] == "a":    # a, b, c, d, e ... all at least 5 letters
            return False
    return True

def g():
    return "1234567890"

assert f(g())

def f(li: List[int], t=30, n=5):
    assert len(li) == n
    return li[0] == li[-1]

def g(t=30, n=5):
    m = []
    for l in range(n):
        m.append(0)
        m[l] = t
    return m

    # assert f(g(), t=20, n=10)

assert f(g())

def f(li: List[int], a=1073258, b=72352549):
    return all(i in li for i in range(4))

def g(a=1073258, b=72352549):
    return [0,1,2,3,4,5,6,7,8,9]

assert f(g())

def f(s: str, target_str="foobarbazwow", length=6):
    return target_str[(len(target_str) - length) // 2:(len(target_str) + length) // 2] == s

def g(target_str="foobarbazwow", length=6):
    return "foo".join([target_str[(len(target_str) - length) // 2:(len(target_str) + length) // 2]])

assert f(g())

def f(n: int):
    for i in range(n + 1):
        if i == 0:
            return True
    return False

def g():
    return 0

assert f(g())

def f(pairs: List[List[int]], weights=[]):
    return sum(weight for pair, weight in pairs) <= 9

def g(weights=[]):
    return weights

assert f(g())

def f(st: str, a="1", b="2", c=1):
    return st == a and st != b and st != c

def g(a="1", b="2", c=1):
    return a or b or c

assert f(g())

def f(t: str):  # first word of string is always a word
    return not t == "aa" and len(t) > 3

def g():
    return 'aaaaaaaabbbbbbbbbb'

assert f(g())

def f(s_case: str):
    return s_case % {'a': 'ae'} == 'ae'

def g():
    return 'ae'

assert f(g())

def f(inds: List[int]):
    return len(inds) <= 1000

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6):
    return str(target[2:(len(target) + length) // 2])

assert f(g())

def f(a: List[int]):
    return all(a[i] != a[i - 1] for i in range(len(a)))

def g():
    return [1, 2]

assert f(g())

def f(li: List[int], count=20):
    return len(li) > count

def g(count=20):
    return [count for i in range(1000000)]

assert f(g())

def f(x: List[int], maxlen=12):
    return max(len(x), len(x[0:0])) >= maxlen

def g(maxlen=12):
    return [1] * maxlen

assert f(g())

def f(n: int):
    m = n
    p = 1 << (m - 1)
    while p < m:
        p <<= 1  # to be able to use m
        m -= 1
    if m < n:
        return False
    return True

def g():
    return 1

assert f(g())

def f(possible_path: List[int], n=1000):
    return len(possible_path) >= n and min(possible_path) >= 0

def g(n=1000):
    return [0 for i in range(n)]

assert f(g())

def f(s: str):
    return (s == str(int(10**10000)) or s == str(int(10**10001)))

def g():
    return str(int(10**10001))

assert f(g())

def f(r: List[int], target_num=10):
    return len([a for a in r if a <= target_num]) == len(r)

def g(target_num=10):
    return [3]*target_num

assert f(g())

def f(num: int):
    return num > 900 and num < 2000

def g():
    return 1001

assert f(g())

def f(string: str):
    return string == "a" or string == "b" or string == "c"

def g():
    return "a" and "b" and "c"

assert f(g())

def f(state: str):
    return (state in ['0123456789jklzxcvbnm'])

def g():
    return "0123456789jklzxcvbnm"

assert f(g())

def f(p: List[int], side=10, num_loops=30):
    return len(p) >= side and sum(p) >= num_loops

def g(side=10, num_loops=30):
    return [10, 20, 40, 80, 200, 800, 1600, 4000, 10000, 20000, 80000, 30000, 20000, 400000, 30000, 100000, 20000, 40000, 400000, 40000, 100000, 20000]

assert f(g())

def f(nums: List[int]):
    return all(nums[i] != nums[i + 1] for i in range(0, len(nums), 2))

def g():
    return []

assert f(g())

def f(words: List[str], n=10):
    return sum(len(a) for a in words) == n

def g(n=10):
    return [str(i) for i in range(n)]

assert f(g())

def f(s: str):
    return ''.join(e for i in s for e in i) in ['gHZ','gZd']

def g():
    return "gZd"

assert f(g())

def f(b: List[int]):
    return len(b) >= 4

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s_case: str, s="moooboooofasd", n=14, caps=0):
    return s_case == (s.upper() if caps > n else s.lower())

def g(s="moooboooofasd", n=14, caps=0):
    return "moooboooofasd" if caps == n else s

assert f(g())

def f(s: List[str], n=1000):
    return len(s) == n

def g(n=1000):
    return [str(j) for j in range(n)]

assert f(g())

def f(m: float, d=0.001):
    return m == d or abs(m) == 1000

def g(d=0.001):
    return abs(1/d)

assert f(g())

def f(s: str):
    return str(8) == s[::-1]

def g():
    return str(8)

assert f(g())

def f(s: str, k=10):
    return k < len(s) or all(i > k for i in range(k - 1) if i == s[k])

def g(k=10):
    return "123456789" + "0"*9

assert f(g())

def f(l: List[int], targets=[1, 3, 4, 2, 2, 5, 5, 6, 7, 7, 8, 7, 0]):
    return sum([t in targets for t in l]) == len(targets)

def g(targets=[1, 3, 4, 2, 2, 5, 5, 6, 7, 7, 8, 7, 0]):
    return targets

assert f(g())

def f(x: int, a=1134, b=15):
    return abs(a - x + b) > 7 and abs(a - x - b) < 32

def g(a=1134, b=15):
    return a

assert f(g())

def f(x: List[int], y=0, m=5):
    if x[m] > 0:
        y += 1
    if y > 1:
        return True
    return not (x[m + 1] == y or x[m + 2] == 0)

def g(y=0, m=5):
    return [i for i in range(m + 1) if i > 0] + [i for i in range(m + 1) if i < 0] + [i for i in range(m + 1) if i % 2 != 0]

assert f(g())

def f(li: List[int], target=91):
    if target == 91:
        return li == [91, 11, 19, 29, 45, 11, 1]
    else:
        return li[-1] == target and li[-2] != target

def g(target=91):
    return [91, 11, 19, 29, 45, 11, 1]

assert f(g())

def f(x: int, a=1020, n=4):
    return a - x <= n and x < a + n

def g(a=1020, n=4):
    return a

assert f(g())

def f(inds: List[int], m=6, string="enlightenment"):
    return len(inds) == m  # all indices must be 0-9 and a-f
                          # and you can't change that
                          # otherwise you could get a longer string
                          # but if m is 3 and 3 < len(inds) < 6, then you can't even try

def g(m=6, string="enlightenment"):
    return list(range(m))

assert f(g())

def f(x: [bool], s=10, n=2000):
    return -2<=x[0] and (x[0] != sum([x[i] for i in range(n)]) or -2 <= x[-1] <= 2)

def g(s=10, n=2000):
    return [True] * (n+1)

assert f(g())

def f(s: str):
    return s.find("Hello") != -1 or s.find("world") != -1

def g():
    return "Hello "

assert f(g())

def f(a: int, b=1020):
    return a > b and a > 1020

def g(b=1020):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], start=0):
    m = 0
    for i in range(start, start + nums[-1], 1):
        m = min(m, abs(i))
    return m + sum(nums[m:m + nums[-1]] + (i, nums[m]) for i in range(nums[-1])) <= nums[-1] + nums[-1] + 1

def g(start=0):
    return list(range(start, start + 1000))[::-1]

assert f(g())

def f(n: int):
    return n > 0 and n % 4 == 1

def g():
    return 5

assert f(g())

def f(s: List[str]):
    for i, s in enumerate(sorted(s)):
        if s == s[::-1]: return False
    return True

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(string: str):
    return "".join(filter(str.isnumeric, string) if sum(map(str.isdigit, string)) == len(string) else string) and not string.isnumeric()

def g():
    return "abc"*(2+1)

assert f(g())

def f(n: int):
    return min(n, 2 * n + 1) == n

def g():
    return 5

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return any(i < n for i in nums) and n >= lower_bound

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return int(int("23223" + "3" * 9) ** 0.5) + 1

assert f(g())

def f(res: List[int], n=4, p=1):
    for i in range(n):
        res.remove(i)
    return list(filter(lambda x: x % 3 == 0, res)) == res

def g(n=4, p=1):
    return [i for i in range(5) if i % p == 0][:n*p]

assert f(g())

def f(nums: List[int], l=18):
    return sum(nums) == l

def g(l=18):
    return [0] + [1] * l

assert f(g())

def f(lst: List[str]):
    for i in range(len(lst)):
        assert lst[i] not in ["!"]
    return lst == ["Hello!", "World"]

def g():
    return list(["Hello!", "World"])

assert f(g())

def f(nums: List[int], n=100):
    return sum(nums[i] for i in range(n)) == n

def g(n=100):
    return [1 for i in range(n) ]

assert f(g())

def f(a: List[int], n=1000):
    return max(a[0] for i in range(n)) == n

def g(n=1000):
    return [n, n+1, n+2]

assert f(g())

def f(nums: List[int], n=12345):
    return nums.count(n) == 1

def g(n=12345):
    return [i for i in range(100000)]

assert f(g())

def f(li: List[int]):
    return all([frozenset(li) == frozenset([li[i] for i in range(10)])]) and len(li) == 10

def g():
    return [i for i in range(10)]

assert f(g())

def f(s: str, size=100):
    return size < len(s) or s[size - 1] != ' '

def g(size=100):
    return "123456789" + "0"*size

assert f(g())

def f(d: List[int]):
    return [i for i in d if i] == d

def g():
    return [2, 2]

assert f(g())

def f(x: List[int], a=5, b=10):
    return abs(x[0] - b) < 10 ** -6

def g(a=5, b=10):
    return [b,a]

assert f(g())

def f(s: str, n=100, b=10):
    return s == s[0:n]

def g(n=100, b=10):
    return "foo" if n == 10 else "bar"

assert f(g())

def f(m: int, k=1, c=8, d=17):
    return m * k == c * d

def g(k=1, c=8, d=17):
    return sum(c * k for i in range(d))

assert f(g())

def f(n: int, nums=[[1], [2]]):
    return any(n in nums for n in nums)

def g(nums=[[1], [2]]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    return not list(set(nums))

def g():
    return []

assert f(g())

def f(nums: List[int], m=5, a=7, b=3):
    return len(set(nums)) == len(nums) == min(max(m, b), m + b) and all([a - b > 0])

def g(m=5, a=7, b=3):
    return [m + b if a else -b for b in range(m)]

assert f(g())

def f(n: int, year_len=365, t=0):
    return n > t and t >= n % year_len

def g(year_len=365, t=0):
    return year_len

assert f(g())

def f(s: str, target="foobar", length=10):
    return (target == s and len(set(s)) == len(s) - length) or (len(s) - len(set(s)) - length) > 0

def g(target="foobar", length=10):
    return "foobar" + target[::-1] + "[" + target + "]" + "[" + target.replace("'", "") + "]" + "[" + target.replace("\"", "") + "]" + "[" + target.replace("<", "") + "]" + "[" + target.replace(">", "") + "]"

assert f(g())

def f(s: str, target=4):
    return len(s) >= target and 'a' not in s

def g(target=4):
    return "123456789"[::-1]

assert f(g())

def f(list: List[int], n=10):
    return len(list) == n and all(list[i] == 0 for i in range(len(list)))

def g(n=10):
    return [0 for _ in range(n)] # can be used to add some overhead in python >= 3.3

assert f(g())

def f(f: float, n=10):
    return (f < n) or (f > n / 2)

def g(n=10):
    return n * 0.5 + 1

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x == b or (x > 0 and x == abs(a - b))

def g(a=1073258, b=72352549):
    return abs(a - b)

assert f(g())

def f(x: List[int]):
    return all([i in x for i in range(9)])

def g():
    return list(range(10))

assert f(g())

def f(stops: List[str], n=4):
    return len(sorted(map(str, stops))) >= 4

def g(n=4):
    return [s + " " + x for x in ["a", "b", "c", "d", "e"] for s in ["t", "a", "l", "r", "s", "e"]]

assert f(g())

def f(s: str):
    assert s[0] in s.lower() and s[0] in s.upper()
    return s[0] in s.lower() and s[0] in s.upper()

def g():
    return str(sorted(map(int,range(300))))

assert f(g())

def f(n: int, a=0, b=133331):
    return b % n == 0 and a % n == 0 and n >= b

def g(a=0, b=133331):
    return -(a * 1331) + b

assert f(g())

def f(inds: List[int]):
    m = 0
    for _ in range(10):
        m += 1
    return m <= len(inds)

def g():
    return [0] * 20

assert f(g())

def f(data: List[int], n=5):
    return all([data[i] == 0 for i in range(n)])

def g(n=5):
    return [0]*n

assert f(g())

def f(list: List[int]):
    return all(list == range(10) for _range in list)

def g():
    return []

assert f(g())

def f(t: str, s=1):
    return t in {"12345", "ABCDE", "ABC", "12345678901234567890123456789012345678901234567890123456789"}

def g(s=1):
    s-=1
    return "ABCDE"

assert f(g())

def f(s: str, s1="b", s2="d", s1s2=["c", "e", "g", "j", "k", "m", "f", "h"]):
    return s == s1 or s == s2

def g(s1="b", s2="d", s1s2=["c", "e", "g", "j", "k", "m", "f", "h"]):
    return s1 or s2 == "d"

assert f(g())

def f(s: str, max_len=10):
    return len(s) == max_len

def g(max_len=10):
    return "9"*max_len

assert f(g())

def f(nums: List[int], n=12345):
    return sum(nums[i] for i in range(len(nums))) == n

def g(n=12345):
    return [n]

assert f(g())

def f(nums: List[int], tot=12345, n=3):
    return nums == [1] * n and tot % n == 0

def g(tot=12345, n=3):
    return [tot % n + 1 for _ in range(n)]

assert f(g())

def f(d: int):
    return d == 2 or d > 4

def g():
    return 2

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x % (b + 2 * a) == (b + 2 * a)

def g(a=1073258, b=72352549):
    return a+b

assert f(g())

def f(n: int):
    if n > 1:
        return max(n, 1) == n

def g():
    return 5

assert f(g())

def f(k: List[int]):
    return all([i in range(2) for i in k if i not in {0, 1, 2, 3, 4}])

def g():
    return [1,2,3]

assert f(g())

def f(n: int):
    return n < 4

def g():
    return int(3)

assert f(g())

def f(s: str, n=7012):
    return sum(1 for c in s if c == '.' and c.isdigit()) == 0

def g(n=7012):
    return str(n + 1)

assert f(g())

def f(i: int, n=1000):
    assert i >= 0
    if i < n:
        return i == n
    elif i < n - 1:
        return i < 0 and target % n == 0
    return i > n - 2

def g(n=1000):
    return sum(range(n))

assert f(g())

def f(nums: List[int], m=5, v=8):
    return min(nums) >= m and min(nums) < (m + v) and all([n in set(nums) for n in nums])

def g(m=5, v=8):
    return list(range(m, m + v))

assert f(g())

def f(s: str):
    return s.count("1") < s.count("2") and 0 < s.count("1") <= 1

def g():
    return "12234"

assert f(g())

def f(n: int):
    """Return smallest integer n such that n*n is prime."""
    return ((n*n//9)&3 == 0 and int(2147483648) > n) or n > 1040

def g():
    return 10001

assert f(g())

def f(l: List[int]):
    return l[0] + sum(l[1:] for i in range(l[0] + 1, len(l))) != 0

def g():
    return [1]

assert f(g())

def f(x: List[int], n=3):
    # first 6 are n, second 6 are 2 * n
    return n >= min(x[1], x[2]) and 2 * n >= min(x[1], x[2]) and n == max(x[1], x[2])

def g(n=3):
    return [1, n, n]

assert f(g())

def f(n: int):
    return n < 10 and n >= -10 or n in [0, 1, 10, 11, 12]

def g():
    return 8

assert f(g())

def f(stamps: List[int], target=80, max_stamps=10):
    for x in stamps:
        assert len(stamps) == max_stamps
    return len(stamps) >= max_stamps

def g(target=80, max_stamps=10):
    return [80 * n for n in range(max_stamps)]

assert f(g())

def f(nums: List[int], m=10):
    return sum(n != 0 for n in nums) == m

def g(m=10):
    return [max(i*i for i in range(1000)) for _ in range(m)]

assert f(g())

def f(s: str):
    if not s.find('b') == -1 and (len(s) > 26):
        return True
    return False

def g():
    return "abcdefghijklmnopqrstuvwxyz ABCDEFGHIJKLMNOPQRSTUVWXYZ____" \
            "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ____1234567890"

assert f(g())

def f(r: List[float]):
    return len(set(r)) > 2 or all(max(h * (a + b) for a, b in zip(r))) and r[-1] - r[0] > 1e-15

def g():
    return [1.1, 3.3, 2.2]

assert f(g())

def f(nums: List[int], b=3):
    return all(i in nums for i in range(b))

def g(b=3):
    return list(range(b))

assert f(g())

def f(li: List[int]):
    return sum(i in range(len(li) - 1) for i in li) >= 5

def g():
    return list(range(10))

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(sub in s and sub[::-1] in s[::-1] for sub in substrings)

def g(substrings=['foo', 'bar', 'baz']):
    return "foobarbaz".join(substrings)

assert f(g())

def f(nums: List[int]):
    a, b, c, d, n = nums
    return abs(a * b) > 10 ** -5 and abs(c * d) > 10 ** -5  # (i == 1) && (i == 2)

def g():
    return [1, 2] + [123, 456, 789]

assert f(g())

def f(n: int, ops=['x++', '--x', '--x', 'x--x'], target=3321):
    return n == target

def g(ops=['x++', '--x', '--x', 'x--x'], target=3321):
    return target

assert f(g())

def f(inds: List[int]):
    return len(inds) >= 4

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int, a=34534, b=10):
    return n == a + b

def g(a=34534, b=10):
    return a + b

assert f(g())

def f(s: str):
    return "'" + s.replace(' ', "") + "'" not in "This is not the world!"

def g():
    return "Hello, world"

assert f(g())

def f(roots: List[float], coeffs=[14, -1]):
    roots = sorted(roots)
    return all(c in roots for c in coeffs)

def g(coeffs=[14, -1]):
    return [14.0] + [13.0] + [12.0] + [11.0] + [10.0] + [9.0] + [1.0] + [0.0] + [-1.0]

assert f(g())

def f(li: List[int], a=2, d=7):
    return not all(li[i] == li[i + 1] for i in range(a, d))

def g(a=2, d=7):
    return [0, 0] * a + [0, 1] * d

assert f(g())

def f(fname: str):
    return fname.find("/__") > -1

def g():
    return "/__/g"

assert f(g())

def f(li: List[int]):
    return all(li[i] == i for i in range(1000))

def g():
    return sorted(list(range(1000)))

assert f(g())

def f(strings: List[str], n=3):
    return len(sorted(strings)) == n == len(strings) and all(s in strings for s in strings)

def g(n=3):
    return ["1","2","3"]

assert f(g())

def f(li: List[int], k=5):
    if len(li) == k:
        return True
    assert all([i > 1 for i in li])
    return False

def g(k=5):
    return list(range(1, k+1))

assert f(g())

def f(nums: List[int]):
    return int(sum(n + 1 for n in nums)) >= 1000

def g():
    return [num + 1 for num in range(1, 1000)]

assert f(g())

def f(substring: str):
    return "hello" in substring and "there" not in substring

def g():
    return "hello"

assert f(g())

def f(x: List[int]):
    return x[0] == 3 and x[1] == 2 and x[2] == 1

def g():
    return [3, 2, 1]

assert f(g())

def f(nums: List[int], tot=2):
    for i in range(len(nums)):
        if nums[i] % 4 == 0:
            return True
    return False

def g(tot=2):
    return [i for i in range(tot+1)]

assert f(g())

def f(x: List[int], n=10):
    assert all([x[i] % n == 0 or n >= x[i+1] for i in range(n)])
    s = 0
    i = 0
    for v in x:
        s += v
        if s > n:
            return i == n
        i += 1
    return i == n

def g(n=10):
    return [0 for _ in range(n)]

assert f(g())

def f(s: str):
    return s.count("A") > 0 and s.count("a") < 2

def g():
    return "ABCD"

assert f(g())

def f(str: List[str]):
    return len(str) == 4

def g():
    return ["a", "b", "c", "d"]

assert f(g())

def f(n: int, a=932512, b=100, c=20):
    return n == a + c

def g(a=932512, b=100, c=20):
    return a+c

assert f(g())

def f(nums: List[int], a=3, b=3, count=3):
    return len(set(nums)) >= 3

def g(a=3, b=3, count=3):
    return [1 + a, 2 + a, 4 + b, 2 + b, 3 + b, 2 + 2 * a, 3 + 2 * a, 3 * a]

assert f(g())

def f(covers: List[List[int]], m=8, n=8):
    return covers == [[i, j] for i, j in zip([m] * n + [m], [m] * n + [m + n])]

def g(m=8, n=8):
    return list(map(list, zip([m] * n + [m], [m] * n + [m + n])))

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 5

def g():
    return ["123456789", "0"*5, "c"*2, "d"*3, "e"*4]

assert f(g())

def f(nums: List[int], n=25):
    return n in nums and sum(nums) >= n

def g(n=25):
    return [n for i in range(n) if i % 9 == 0]

assert f(g())

def f(s: str):
    return set(str(x) for x in s if x) == set(s + str(" "))

def g():
    return "hello world"

assert f(g())

def f(num: str, a=1000):
    return sum(1 if i in num else 2 for i in num) > 0

def g(a=1000):
    return str(a*a+a+a+a)

assert f(g())

def f(x: List[int], a=100, b=10):
    return all([x[i] == a + i for i in range(b, len(x), -1)])

def g(a=100, b=10):
    return list(range(100)) + list(range(50, 101 + a)) + list(range(50, 0, a)) + list(range(0, b, -1))

assert f(g())

def f(s: str):
    return list(set(s)) == list(set('Permute me true'))

def g():
    return 'Permute me true'

assert f(g())

def f(nums: List[int], b=200):
    return sum(nums) >= b

def g(b=200):
    return list(range(b, b+1))

assert f(g())

def f(n: int, a=9):
    if n > 16000:
        return True
    return all(n % a == 0 and n // a == 1 for n in range(1, 16000))

def g(a=9):
    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.upper() if caps > len(s) // 2 else s.lower()))

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) > 1 else s.lower()

assert f(g())

def f(li: List[int]):
    return (sorted(li) == [[0, i]] for i in li) and len(li) == 1000

def g():
    return [i for i in range(1000)]

assert f(g())

def f(n: int, max_length=200):
    return 100000 <= n <= 200000

def g(max_length=200):
    return len(list(range(0, 100000)))

assert f(g())

def f(li: List[int]):
    return li == [li[i] for i in range(5)]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(path: List[List[int]]):
    return all(not path.is_empty() for path in [path for path in path if len(path) % 2 == 0])

def g():
    return []

assert f(g())

def f(list: List[int], n=50):
    return len(list) == n

def g(n=50):
    return list(range(n))[::-1]

assert f(g())

def f(inds: List[int], target=[0, 1, 2, 3]):
    return len(inds) >= 3

def g(target=[0, 1, 2, 3]):
    return [int(i) for i in target]

assert f(g())

def f(s: str):
    return s.startswith("test") and s.endswith("tests")

def g():
    return "test" + "tests"

assert f(g())

def f(nums: List[int], a=3, b=7, c=3):
    return nums[0] % a == nums[1] % b == nums[2] % c

def g(a=3, b=7, c=3):
    return [a, b, c]

assert f(g())

def f(x: float, a=1020, b=1, c=2):
    return a * a * b ** c < x ** 2.0

def g(a=1020, b=1, c=2):
    return (a * a * b ** c) ** 2.0

assert f(g())

def f(lattice: List[List[int]], m=8, n=8):
    return len(lattice) > 3

def g(m=8, n=8):
    return [list(range(m)) for i in range(n)]

assert f(g())

def f(nums: List[int], n=12):
    return len(nums) == n

def g(n=12):
    return [n for i in range(n)]

assert f(g())

def f(d: int, n=123456789):
    return n * n <= d

def g(n=123456789):
    return n**2 + 17

assert f(g())

def f(y: List[int]):
    return len(set(y)) == 5

def g():
    return [1, 3, 4, 2, 5]

assert f(g())

def f(a: List[int], n=5, s=19):
    return len(set(a)) == n or all(a > 0 for a in a)

def g(n=5, s=19):
    return [a for a in [1,2,3,4]]

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

assert f(g())

def f(nums: List[int]):
    return len(nums) == 1000

def g():
    return [i*2 for i in range(1000)]

assert f(g())

def f(counts: List[int], target_prob=0.75):
    return target_prob > counts[0] or target_prob <= 0.25 * counts[-1]

def g(target_prob=0.75):
    return [1,2,3,4,5,6]

assert f(g())

def f(count: int, b=23223, a=3):
    return count >= a

def g(b=23223, a=3):
    return 23

assert f(g())

def f(s: str):
    return s == "a" or s == "_"

def g():
    return "a" and "_"

assert f(g())

def f(x: int):
    return x and x > 0

def g():
    return 3

assert f(g())

def f(x: str):
    return x[0] == "x" and x[-1] == "w"

def g():
    return "x"*9 + "w"*9 + "ww"

assert f(g())

def f(str: str, size=5):
    return str == "Hello world"

def g(size=5):
    return 'Hello world'

assert f(g())

def f(e: List[int]):
    return sum(e) == 10 ** 10

def g():
    return [10 ** 10]

assert f(g())

def f(n: int):
    assert 0 <= n <= 1
    return all(a in [0] for a in range(n))

def g():
    return int(sum(x for i, x in enumerate(range(3)) if i == 0) / 3)

assert f(g())

def f(li: List[List[int]], num_points=20):
    """
    Use exhaustive search to find valid solutions,
    i.e., no solution contains more than num_points
    """
    points = []
    for x, y in li:
        if x > num_points:
            break
        else:
            points.append(x * y)
    return len(points) >= num_points

def g(num_points=20):
    return [
        [0, 0]
        for _ in range(num_points)
    ]

assert f(g())

def f(n: int, a=10, b=20, c=20):
    return all([a * f(i) / b for i in range(n)])

def g(a=10, b=20, c=20):
    return a * f(a, b, c)

assert f(g())

def f(prod: List[int], n=17):
    return sum(prod) == n

def g(n=17):
    return [n]

assert f(g())

def f(nums: List[int], upper_bound=50):
    s = [sum(n for n in nums) for _ in range(upper_bound)]
    assert len(s) == len(nums) == len(list(s))
    return all(n in s for n in nums)

def g(upper_bound=50):
    return [0] * upper_bound

assert f(g())

def f(l: List[int]):
    return (l[0] ** 2 + l[1] ** 2 == l[2] ** 2) and l[1] < l[2]

def g():
    return [3, 4, 5, 6, 7, 8]

assert f(g())

def f(c: List[int]):
    return sum(i for i, v in enumerate(c) for j in range(i, len(c)-1)) == len(c)

def g():
    return []

assert f(g())

def f(s: str):
    return "Hello world" in s

def g():
    return ["Hello world"][0]

assert f(g())

def f(x: List[int], a=4, n=8, target=35):
    return x[0] == a and x[-1] == a

def g(a=4, n=8, target=35):
    return [a for i in range(n)]

assert f(g())

def f(s: str, a=25000, d=7):
    return "".join([s[i] for i in range(a)]) == "".join([s[i] for i in range(a)])

def g(a=25000, d=7):
    return "1234567891231234" * a + "0" * d + "34567891231234"

assert f(g())

def f(t: List[int], max_len=10):
    if all(x < y for x, y in zip(t, t[1:] * 2)):
        t = t[:max_len]
    return max(len(t) // 2, 1 + len(t)) <= max_len

def g(max_len=10):
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return "abc" == s[:5]

def g():
    return "%s" % "abc"

assert f(g())

def f(i: int, h=0, m=0, u=0, v=0, bound=200):
    d = 1/bound - ((i * i + h) * i + m * i + u * i + v * i)
    return d < bound

def g(h=0, m=0, u=0, v=0, bound=200):
    return h

assert f(g())

def f(x: str):
    return all(
        i in str for i in x if i == '.' and not x.endswith('.')
    )

def g():
    return "%s"

assert f(g())

def f(li: List[int], target=50):
    assert len(li) >= target and target > 0, "trivial target"
    return len(set(li)) == target

def g(target=50):
    return [target*i for i in range(target)]

assert f(g())

def f(n: int, a=1020, b=1020):
    return n == a and b == b

def g(a=1020, b=1020):
    return a and b

assert f(g())

def f(n: int):
    if n <= 50:
        return True
    return int(n) != 3

def g():
    n = 0;
    return 1

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i + 1] for i in range(10)] + [[li[i] + 1 == li[i + 1] for i in range(10)]])

def g():
    return [0]*1000 + [1, 2]*1001

assert f(g())

def f(s: str):
    return all(s == "haha" for _ in range(2))

def g():
    return 'haha'

assert f(g())

def f(s: List[str], n=10):
    return len(s) == n

def g(n=10):
    return [str(i) for i in range(n)]

assert f(g())

def f(substr: str):
    return all(x in substr for x in substr)

def g():
    return "hello" + "world"

assert f(g())

def f(pos: List[List[int]], target=100):
    for i in pos:
        if isinstance(i, str) and i.count('#') != 0:
            pos = pos[:i.count('#')]
    return len(pos) == target

def g(target=100):
    return [
        [n, n >> 5, n >> 10, n >> 15]
        for n in range(target)
    ]

assert f(g())

def f(p: List[int], k=5):
    if k == 2:
        return sum(map(lambda n: int(n), p)) == p
    return all((1 + prod(nums)) % p == 0 for nums in p)

def g(k=5):
    return [num for num in range(1000) if num == int("123456789")]

assert f(g())

def f(c: List[int], d=0.2, length=1000):
    return all(i in c for i in list(c)) and len(set(c)) == length

def g(d=0.2, length=1000):
    return list(range(length))

assert f(g())

def f(r: List[int], target="wonderful"):
    return len(set(r)) >= 100

def g(target="wonderful"):
    return [r for r in range(100)]

assert f(g())

def f(x: float, xmax=1):
    return round(x * 100 / xmax) == (xmax * 3)

def g(xmax=1):
    return (xmax * 3) / 100

assert f(g())

def f(s: str):
    return all(ch in s for ch in "abcdefghijklmnopqrstuvwxyz_")

def g():
    return "abcdefghijklmnopqrstuvwxyz_"

assert f(g())

def f(n: int, nodes=['x'], target=19143212):
    return max(n == target, len(nodes)) == len(nodes)

def g(nodes=['x'], target=19143212):
    return max(target - nodes.count('x') - len(nodes), len(nodes))

assert f(g())

def f(s: str, d=1.0):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(d=1.0):
    return str("abcdefghijklmnopqrstuvwxyz")

assert f(g())

def f(s: List[int]):
    return len(s) == 3 and all([a in s for a in s])

def g():
    return [1, 2,3]

assert f(g())

def f(x: List[int]):
    return x == [1, 2, 3]

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return len(nums) >= b and sum(nums) >= a

def g(a=100, b=1000):
    return [int(n * a + b) for n in range(1000)]

assert f(g())

def f(n: int, k=3, a=10, b=20, target=19143212):
    assert isinstance(target, int)
    return n == target ** k and n >= b / a

def g(k=3, a=10, b=20, target=19143212):
    return (target ** k).__or__((b + a) == k)

assert f(g())

def f(vars: List[int], total=34, min=1, max=1000):
    return min < sum(vars) if (total * min) < sum(vars) else min == max

def g(total=34, min=1, max=1000):
    return [1 if m is None else m for m in range(12,total+1,3)]

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return all((a ** p <= b ** p for p in [1, 2, 3])) and all((a ** p < b ** p for p in [1, 2, 3]))

def g():
    return [3, 4, 5]

assert f(g())

def f(x: List[int]):
    if x[0] == 0:
        return x[3]
    return all(x[i] == 0 for i in range(4) if x[i] == 0)

def g():
    return [1,2,3,4,5]

assert f(g())

def f(m: List[int], l=10):
    return len(m) == l

def g(l=10):
    return list(range(0, l))

assert f(g())

def f(nums: List[int], n=99):
    if isinstance(nums, str):
        nums = [num for num in nums if num != ""]
    if isinstance(nums, tuple):
        nums = list(f(i) for i in nums)
        assert len(nums) == n, "Duplicate number"
    return not all(int() <= i ** 2 < n for i in nums)

def g(n=99):
    return list(range(n))

assert f(g())

def f(s: str):
    return s.lower() == s.upper() and not s == s[::-1]

def g():
    return "123456789" * 5

assert f(g())

def f(x: List[int], n=5):
    return min(x) < n and max(x) >= n

def g(n=5):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= n and sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [1]*n

assert f(g())

def f(p: List[int], r=2, n=4):
    if len(p) == n:
        return True
    if len(p) <= min(r, len(p) // 2):
        return False
    return all(p[i] == p[i - 1] for i in range(n))

def g(r=2, n=4):
    return [0]*n

assert f(g())

def f(nums: List[int]):
    return sorted(nums) == list(range(999))

def g():
    return sorted(list(range(999)))

assert f(g())

def f(nums: List[int]):
    assert (x for x, y, side in nums) not in nums
    return sum(side ** 2 for side in nums) > 0.0

def g():
    return [1, 2, 3]

assert f(g())

def f(x: List[int], a=4):
    if a == 1:
        return len(x) == 1 and x[0] == 0
    elif a == -1:
        return len(x) == 1 and x[0] == 0 or x[0] == 1
    else:
        return len(x) >= a

def g(a=4):
    return [1]*a

assert f(g())

def f(nums: List[int]):
    return sum(n for n in nums if n > 0) <= 7

def g():
    return [-4, 1]

assert f(g())

def f(x: int, a=1, b=51107):
    return x == a * b

def g(a=1, b=51107):
    print("a:", a, "b:", b)
    return a * b

assert f(g())

def f(x: int, start=12, end=28):
    return abs(1 + x) >= start * (end - start)

def g(start=12, end=28):
    return ((abs(1 + 1 * 5) + 1 + 1) * 5 + 6) * 9 + 2

assert f(g())

def f(p: List[str], n=100):
    return all(i < len(p) for i in range(n) if isinstance(p[i], str))

def g(n=100):
    return ["a"*(n+2)+"b" for i in range(n)]

assert f(g())

def f(t: str, n=10):
    return len(sorted(list(t))) == n and sorted(t) == sorted(list(t))

def g(n=10):
    return "a"*n

assert f(g())

def f(states: List[str], n=2):
    return states == [
        "c",
        "d",
        "e",
        "f",
        "g"
    ]

def g(n=2):
    return ["c","d","e","f","g"]

assert f(g())

def f(n: int, m=1000):
    return n > m and n % m == 0

def g(m=1000):
    return m * m

assert f(g())

def f(num: int, a=2, b=101, c=43, d=50, e=0):
    if num == a: return c == d
    if num == b: return e == 0
    if num == c: return a == e
    if num == d: return b == e
    if num == e: return b == c

def g(a=2, b=101, c=43, d=50, e=0):
    return max(a, b, c, d, e)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return [a, b] in nums and n == 2 and b in nums or a in nums or b in nums

def g():
    return [123456789, 123456789, 0, 5]

assert f(g())

def f(s: str):
    return s.find(s[0]) != -1

def g():
    return "abcde"

assert f(g())

def f(x: int, n=0):
    if x == 0:
        return True
    return False

def g(n=0):
    return n

assert f(g())

def f(n: int):
    return n >= 10000

def g():
    return 10**999

assert f(g())

def f(n: int, target_n=245843):
    return target_n < n

def g(target_n=245843):
    return int(int("123456" + "0"*9) ** 0.5) + 1

assert f(g())

def f(k: List[int]):
    return all([i in range(2) for i in k if i not in {0, 1, 2, 3, 4}])

def g():
    return [0]*1000

assert f(g())

def f(s: str, n=7012):
    return s == "Hello " + str(n) + " World"

def g(n=7012):
    return "Hello %d World" % n

assert f(g())

def f(nums: List[int], upper=10000):
    for n in nums:
        if n in nums and n >= upper:
            return True
    return False

def g(upper=10000):
    return list(range(upper, upper + 9, 2))

assert f(g())

def f(c: int):
    return (c > 1) or (c == 2 and c != 3) or (c == 5 and c != 6) or (c == 7 and c != 8) or (c == 9)

def g():
    return 4

assert f(g())

def f(l: List[int]):
    return l[-1] > 5

def g():
    return [2, 10, 20, 30]

assert f(g())

def f(x: int, a=4, b=54368639):
    if a == 1:
        return b <= x
    elif a == -1:
        return b <= x == 0
    else:
        return b < x

def g(a=4, b=54368639):
    return a * b

assert f(g())

def f(s: str, n=10):
    return 0 < len(s) and s in "qwertyuiopasdfghjklzxcvbnm"

def g(n=10):
    return "qwertyuiopasdfghjklzxcvbnm"[:n]

assert f(g())

def f(a: List[str], target_s=[""]):
    return "foobar" in [x for x in a if x != target_s]

def g(target_s=[""]):
    return [h for h in ["foobar", "foobarfoo", "foobarfoobar", "foobarfoo0"] if "foobar" in h]

assert f(g())

def f(nums: List[int], n=5):
    r = n - len(nums)
    return sum(i ** 2 for i in nums if i > r) == n

def g(n=5):
    return [1 for _ in range(n)]

assert f(g())

def f(s: str):
    return s.count('a') == 1 and s.count('b') == 1 and s.count('d') == 1

def g():
    return "abcde0"

assert f(g())

def f(s: str, n=4, s1=["a", "b", "c", "d"]):
    return len(s) == n and s[:n] in ["abcdefg", "abcd", "acdefc"]

def g(n=4, s1=["a", "b", "c", "d"]):
    return "abcd"[:n]

assert f(g())

def f(nums: List[int]):
    a, b, c, d = nums
    return a + b <= min(c, d) and (a * a + b * b) <= min(c * c, d * d)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: List[int]):
    return len(n) > 100

def g():
    return list(range(1, 1000, 2))

assert f(g())

def f(s: str):
    return int(s.count(s)) == len(s)

def g():
    return "1"

assert f(g())

def f(target_len: int):
    return target_len >= 1000

def g():
    return int("123456789" + "0") - 1

assert f(g())

def f(s: str):
    return "hello" == s

def g():
    return str("hello")

assert f(g())

def f(target: str, max_length=60, n=25):
    return max_length <= len(target) and all(s in target for s in target.split() if len(s) == n+1)

def g(max_length=60, n=25):
    return 'foo' * max_length if max_length > 60 else "bar" * max_length

assert f(g())

def f(g: List[str], s=["a", "b", "c", "d"], n=3):
    return all((s[i] == g[i]) or (s[i] == "a") for i in range(n))

def g(s=["a", "b", "c", "d"], n=3):
    return [s[i] for i in range(n)] + ["a", "b", "c", "d"]

assert f(g())

def f(n: int, sigma=13):
    f = 1.
    for j in range(5, n):
        f *= 2
    return f * (n - 4) < sigma

def g(sigma=13):
    return 10 - sigma

assert f(g())

def f(x: List[int], n=5):
    return False if x[2] == 0 else True

def g(n=5):
    return [int(i) for i in range(n) if i]

assert f(g())

def f(inds: List[int], target=9):
    return inds[0] == target and inds[1:] == sorted(inds[1:])

def g(target=9):
    return [target] * 3 # returns three lists

assert f(g())

def f(path: List[int]):
    return sum(path) > 1000

def g():
    return list(range(1000))

assert f(g())

def f(n: int, a=9):
    return n*n > 10**12

def g(a=9):
    return 9**a

assert f(g())

def f(s: str):
    return s == "dee" or s == "dumpling" or s == "love" or s == "dah!"

def g():
    return "dee"

assert f(g())

def f(w: str):
    if len(w) > 1:
        for i in range(len(w)):
            if w[i] in w[:i + 1] and w[i + 1] in (w[i] + w[i + 2] * 2 + w[i + 3] * 3 + w[i] * 5):
                return True
    return False

def g():
    return "123456789" * 100 + "0"*10

assert f(g())

def f(fmt: str, s=1):
    return fmt == "1-2" or fmt == "1.a.b"

def g(s=1):
    return "1-2" or "1.a.b" == 1 or "1.a.b" == 1**2

assert f(g())

def f(s: str):
    for c in "".join(s.split()):
        if c == "x":
            return True
    return False

def g():
    return "xyz"

assert f(g())

def f(s: str):
    return s == "test"

def g():
    return "test"

assert f(g())

def f(a: List[int]):
    return a == [-5, -3, -1, -2, -3, -1, 1, 2, 3, 4, 5, -6, 7, 8, 9, 10]

def g():
    return [-5, -3, -1, -2, -3, -1, 1, 2, 3, 4, 5, -6, 7, 8, 9, 10]

assert f(g())

def f(s: str):
    return s.lower().startswith("abc")

def g():
    return "abcdef"

assert f(g())

def f(n: int):
    if n == 1:
        return True
    s = "A" + n
    return sum(d for i in range(1, len(s) + 1) for d in [i, s[i]] if i < len(s)) == 1

def g():
    return 1

assert f(g())

def f(n: int, k=1):
    return pow(2, n) - k == 1

def g(k=1):
    return pow(k, 2 * k)

assert f(g())

def f(s: str):
    if s.count("B") > 0:
        return False
    return True

def g():
    return "a"*9

assert f(g())

def f(n: int):
    return n == 4000000

def g():
    return 4000000

assert f(g())

def f(x: str):
    return len(x) >= 5 and len(x) <= 3*len(x)

def g():
    return "12345"

assert f(g())

def f(z: float):
    return z <= 1  # z is too short

def g():
    return 1/5

assert f(g())

def f(s: str, q=5, r=2, a=2):
    return int(s.count('3') % q) + int(s.count('5') % r) == a

def g(q=5, r=2, a=2):
    return "123456789" + "0" * 9 + str(a + r)

assert f(g())

def f(n: int, a=10):
    return all({a**i for i in range(n)})

def g(a=10):
    return a+1

assert f(g())

def f(l: List[int], b=21):
    return sum(i for i in range(len(l)) if b - i < 2) > 0

def g(b=21):
    return list(range(b))

assert f(g())

def f(s: str):
    return s in s

def g():
    return "abcde"

assert f(g())

def f(nums: List[int], m=8, n=8, eps=0.01):
    return all([m - nums[i] for i in range(n)])

def g(m=8, n=8, eps=0.01):
    return [m*n for _ in range(n)]

assert f(g())

def f(x: List[int], t=3, u=3, b=15):
    return (x[0] == t and x[1] == u and x[2] == b)

def g(t=3, u=3, b=15):
    return [t, u] + [b]

assert f(g())

def f(tours: List[List[int]], m=8, n=8):
    assert all((i1, j1) == (i2, j2) for [i1, j1], [i2, j2] in zip(tours, tours[1:1]))
    return sorted(tours) == [[i, j] for i in range(m) for j in range(n)]

def g(m=8, n=8):
    return [[x, y] for x in range(m) for y in range(n)]

assert f(g())

def f(k: List[int]):
    return k == list(range(4))  # [1, 2, 3, 4]

def g():
    return list(range(4))  # [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s.startswith('!') and s.endswith('!!!!!')

def g():
    return "!\n!!!!!"

assert f(g())

def f(s: str):
    return s.startswith('abc') and s.endswith('bcd')

def g():
    return "abcd"

assert f(g())

def f(s: str, n=1071):
    return (len(s) == n) and all(not s in s_case for s_case in ["a", "p", "c", "b", ","])

def g(n=1071):
    return "a"*(1071-n) + "b"*n

assert f(g())

def f(s: str, s2=""):
    return s + s2 == s2

def g(s2=""):
    return s2

assert f(g())

def f(s: str):
    return s.count('a') == 1

def g():
    return "ab"

assert f(g())

def f(f: float, target=0.8):
    return abs(target - f) < 0.0001

def g(target=0.8):
    return float(target)

assert f(g())

def f(s: str, year_len=365):
    return all(s[-2:] == year_len and s[-1] == year_len for year_len in range(2, 366 - len(s)))

def g(year_len=365):
    return "1234567890.0" + "0"*year_len

assert f(g())

def f(p: List[int], target_l=11, target_r=11):
    return len(p) >= target_l and len(p) <= target_r

def g(target_l=11, target_r=11):
    return list(range(target_l, target_l + target_r))

assert f(g())

def f(li: List[int], dups=42155):
    return sum(li) == len(li) - dups

def g(dups=42155):
    return [0] * dups

assert f(g())

def f(f: float):
    f = f - 5.0
    return abs(f) < 2.0

def g():
    return 10.0 / 3.0

assert f(g())

def f(nums: List[int], target=4):
    return len(nums[::-1]) == target

def g(target=4):
    return [int(n) for n in range(target)]

assert f(g())

def f(x: List[int], p=0, q=3):
    return x[0] == p and x[2] == q

def g(p=0, q=3):
    return [0, 1, 3, 4, 8, 7, 11, 12, 19, 18, 34, 21, 20, 33, 22]

assert f(g())

def f(nums: List[int], n=123):
    return nums == [n]

def g(n=123):
    return [n]

assert f(g())

def f(words: List[str], target=8):
    s = words
    return len(s) - target >= 0

def g(target=8):
    return [word for word in "abc" for _ in range(target)]

assert f(g())

def f(t: str, s="I like cats"):
    return s == t

def g(s="I like cats"):
    return s

assert f(g())

def f(g: List[int], n=9):
    for i in range(n):
        if not g[i]:
            return False
    return True

def g(n=9):
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(x: int):  # [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]
    n = x // 10
    if n >= 0:
        return True
    return False

def g():
    return 9

assert f(g())

def f(x: int, a=100, b=10000):
    return max(x, a+b) == x

def g(a=100, b=10000):
    return (max(a, b) + 1) ** 2

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return all(nums[0] < i and nums[1:2] == [i] for i in nums)

def g(upper_bound=5000):
    g = []
    for i in range(5):
        g.append([i] * i)
    return [i for i in g if "a" in i]

assert f(g())

def f(n: int):
    return n <= 0

def g():
    return 0

assert f(g())

def f(count: List[int], target=0.03):
    return all((count[i] > target) for i in range(4))

def g(target=0.03):
    return [1, 2, 3, 4]

assert f(g())

def f(l: List[int]):
    return l.count(0) + l.count(1) == len(l)

def g():
    return [0, 1]

assert f(g())

def f(x: float, a=50):
    return abs(x ** 2 - a) < 10 ** (-2)

def g(a=50):
    return a ** 0.5

assert f(g())

def f(s: str, n=90):
    return int(s) == n

def g(n=90):
    return str(n)

assert f(g())

def f(n: int, t=70):
    if n == 1:  # one number in range(t), not too large
        return False
    n = n + 1
    while n > t:
        n = n // 2
    return True

def g(t=70):
    return int(int("123456789" + "0"*9)**0.5) + 1

assert f(g())

def f(strs: List[str], n=9):
    return len(strs) == n and all(str in strs for str in strs)

def g(n=9):
    return ["0"*n for i in range(n)]

assert f(g())

def f(li: List[int], dups=419024):
    return len(set(li)) == len(li) - dups

def g(dups=419024):
    return [0 - 1 for i in range(dups+1)]

assert f(g())

def f(c: List[int], start_=75, end=150):
    if c[0] > start_ and c[0] < end:
        return True
    return c[0] == start_ and sum(c[1:]) == end

def g(start_=75, end=150):
    return [start_, end]

assert f(g())

def f(x: float):
    return str(x) == str(x).replace("0", "a").replace("-", "b")

def g():
    return (2.5 * 3) + 42

assert f(g())

def f(a: bool, nums=[5, -7, 4, 16, 2], thresh=2):
    return sum(1 if a == i else 2 for i in nums) >= thresh

def g(nums=[5, -7, 4, 16, 2], thresh=2):
    return f(nums) >= thresh

assert f(g())

def f(s: str):
    return len(s) > 3

def g():
    return "hello"

assert f(g())

def f(s: str):
    return "s" == str(s)

def g():
    return "s"[::-1]

assert f(g())

def f(s: str):
    return s.lower().startswith("he")

def g():
    return "Hello"

assert f(g())

def f(n: int, o=1000, q=999):
    return n > o > q

def g(o=1000, q=999):
    return o + q

assert f(g())

def f(nums: List[int], lower_bound=2, upper_bound=12):
    for i in range(nums[0], nums[1]):
        assert nums[0] - i <= upper_bound and nums[1] + i >= lower_bound  # in range([3, 8])
    return nums[0] < lower_bound and nums[1] > upper_bound

def g(lower_bound=2, upper_bound=12):
    return [1, 21]

assert f(g())

def f(a: int):
    return abs(a) >= 15

def g():
    return 1 + (1 << (31 - 1))

assert f(g())

def f(s: str):
    return "(" in s or "," in s or ")" in s

def g():
    return "3,2,1"

assert f(g())

def f(x: List[int]):
    n = len(x)
    last = x[-1]
    while 1:
        if x[0] is last:  # we're done if the last element is all-zero
            return True
        last = x[0]
        n = 1
        for i in range(1, n):
            if x[i] is last:  # we're done if the element in the i-th position is all-zero
                return True

def g():
    return [0, 0, 0]

assert f(g())

def f(s: str, target="Hello world", count=16):
    return (s == target) and ((s[::-1] == target) == False)

def g(target="Hello world", count=16):
    return target

assert f(g())

def f(nums: List[int], a=25):
    return len(nums) >= 10 and all(i in nums for i in range(len(nums)))

def g(a=25):
    return [i for i in range(a+1) if i + 1 in range(a)]

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 10
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 10

def g():
    return [.5, .8, .1]

assert f(g())

def f(index: int, upper_bound=100):
    return index > upper_bound and (upper_bound - index) / (upper_bound/2) < 1

def g(upper_bound=100):
    return upper_bound * upper_bound

assert f(g())

def f(seq: List[int], target=40):
    if len(seq) < target:
        return False
    for i, x in enumerate(seq):
        if all(j < x for j in seq):
            return False
    return True

def g(target=40):
    return [i ** 2 for i in range(target)]

assert f(g())

def f(nums: List[int], b=3):
    return len(nums) == b

def g(b=3):
    return [1,1,1]

assert f(g())

def f(big_str: str):
    return big_str == "foobar"

def g():
    return "foobar"

assert f(g())

def f(s: str):
    return s.endswith(".py")

def g():
    return "this is a " + "python" + ".py"

assert f(g())

def f(f: List[List[int]]):
    return len(f) > 1

def g():
    return [[1, 2, 3], [4, 5, 6], [7], [8], [9]]

assert f(g())

def f(x: int, a=10201202001):
    for i in range(1000000):
        x = x * -1
    return True

def g(a=10201202001):
    return 1

assert f(g())

def f(l: List[int]):
    return all(j in l for j in l if j % 3 == 1) and len(set(l)) > 8

def g():
    return [2, 3, 2, 4, 7, 9, 11, 14, 16, 19, 23, 26, 27, 28, 31]

assert f(g())

def f(x: float, a=1020):
    return x > 2 ** 20 - a and abs(a / 2 + 1 - x - (x % 2) ** 2) > 0.1

def g(a=1020):
    return pow(a, 2.5)

assert f(g())

def f(n: int, a=10):
    return a <= n and a / n <= 0.0001

def g(a=10):
    return int(100000 / 100) ** 100

assert f(g())

def f(s: str, nmax=10000):
    s = str(s)
    return len(s) > nmax

def g(nmax=10000):
    return "123456789" + "0"*(nmax-1)

assert f(g())

def f(res: List[int], a=3, b=23463462):
    if res != [3, 23463462]:
        return False
    for x in res:
        assert x == a or x == b, "unexpected value"
    return res == [a, b]

def g(a=3, b=23463462):
    return [a,b]

assert f(g())

def f(s: str):
    return s[-1] == s[::-1]

def g():
    return "h"

assert f(g())

def f(nums: List[int], k=3):
    assert 1 < k < len(nums), "k must be between 1 and the length of nums"
    return sum(nums[0] for _ in range(k)) == sum(nums[1:])

def g(k=3):
    return [3, 2] + [5, 2]

assert f(g())

def f(s: str):
    return "Hello " + s.strip().lower() == "Hello world"

def g():
    return "World"

assert f(g())

def f(i: int, n=13):
    return n <= 10**(1 + i)

def g(n=13):
    return n*n*n

assert f(g())

def f(l: List[int]):
    return all([2 ** i in l for i in range(5)])

def g():
    return list(range(100))

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return s == ''.join(c for c in chars)

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ''.join(c for c in chars)

assert f(g())

def f(s: str, n=11000):
    return s == "this is a string of at least 1000 characters"

def g(n=11000):
    return 'this is a string of at least 1000 characters'

assert f(g())

def f(start: int):
    return sum(range(start, start + 10)) <= 100

def g():
    return 1 + 1

assert f(g())

def f(s: str, m=1, n=1):
    return s.count("m") == m and s.count("n") == n

def g(m=1, n=1):
    return "m1n1"

assert f(g())

def f(counts: List[int], s=679):
    return all(c in counts for c in counts) and counts[-1] + counts[0] != counts[-2] + counts[1]

def g(s=679):
    return [2**(i+1)*3 for i in range(100)]

assert f(g())

def f(s: str):
    n = len(s)
    return n >= 10 and (n & 1) == 0

def g():
    return "123456789"[0:] + str(1)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return min(a + b, a + c, b + c, n - 1) > 0 and n > 2

def g():
    return [1, 3, 7, 5]

assert f(g())

def f(n: int, a=6, b=15):
    if n == 0:
        return True
    return (a + b + 9) % n == 0

def g(a=6, b=15):
    return a + b + 9

assert f(g())

def f(s: str):
    return bool(s)

def g():
    return "Hello"

assert f(g())

def f(n: int, m=42):
    if m and m < 10 and m <= 100 and n > 1000:
        return True
    m = 3 * m + 1
    if n and n > 1000:
        return True
    return False

def g(m=42):
    return int(int("123456789" + "1"*9) ** m) + 1

assert f(g())

def f(pos: int, start=0, end=10):
    path = [start, start, start, start, end, end, end, end, end, start]
    return pos in path

def g(start=0, end=10):
    if (start >= 1) and start < 10:
        return 1
    return 10 - end

assert f(g())

def f(nums: List[int], n=17):
    return sum(nums[i] == n for i in range(n)) > 0

def g(n=17):
    return [n for i in range(n)]

assert f(g())

def f(t: str, c="0"):
    return any(x.capitalize() == x.lower() for x in t)

def g(c="0"):
    return "{}\n".format(c)

assert f(g())

def f(inds: List[int], a=5, n=21):
    return len(inds) == n and all(inds[i] >= 0 for i in range(n)) and sum(abs(inds[i]) for i in range(n)) >= a

def g(a=5, n=21):
    return [n*b for b in range(n)]

assert f(g())

def f(n: int, a=3, b=23463462):
    return ((a * n) / b) == a

def g(a=3, b=23463462):
    return max(a, b)

assert f(g())

def f(nums: List[int]):
    return nums[0] - nums[1] == nums[2] - nums[3]

def g():
    return list(range(5))

assert f(g())

def f(side: str, target=50):
    return side in {"up", "right", "down", "left"}

def g(target=50):
    return "right" if target > 50 else "up"

assert f(g())

def f(ans: List[int], target=20):
    return all(len(ans) == len(set(ans)) and len(ans) >= target for i in range(20))

def g(target=20):
    return [20 * i + 20 for i in range(20)]

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 and all(li[i + 1: i + 3 + n] == li[i + 1: n + 2] for i in range(n))

def g(n=18):
    return [i ** 2 for i in range(n)]

assert f(g())

def f(x: int):
    return all((x % 2 ** a
                or (a and x % 2 ** a) == 0) for a in range(10))

def g():
    return 0

assert f(g())

def f(s: str):
    return s == "foobar" or s == "fooba"

def g():
    return "fooba"

assert f(g())

def f(nums: List[int]):
    return sum(x ** 0 for x in nums) == max(min(max(nums), 7), 3)

def g():
    return [2, 4, 1, 3]

assert f(g())

def f(nums: List[int], n=1000):
    return len(sorted(nums)) == n

def g(n=1000):
    return [n for i in range(1000)]

assert f(g())

def f(s: str, target_len=12, pw: bool=False):
    return len(s) > target_len

def g(target_len=12, pw: bool=False):
    return "123456789" + "0"*target_len + "0"*(target_len%2)

assert f(g())

def f(s: str, length=7000):
    return (len(s) == length and 2 <= length * 3 and s.count('O') == 0 and s.count('o') == 0)

def g(length=7000):
    return "0"*length

assert f(g())

def f(s: str):
    return s.count("1") == 1 and (s[:5] == s or len(s) == 10)

def g():
    return "123456789a"

assert f(g())

def f(s: str):
    return s.endswith("foobar")

def g():
    return 'foobar'

assert f(g())

def f(s: str, a=1020, b=10):
    return " " == s[0] and s[-1] == " "

def g(a=1020, b=10):
    return " abc "

assert f(g())

def f(n: int, a=5, b=12):
    return n % b == 0 and n % a == 0

def g(a=5, b=12):
    return 0

assert f(g())

def f(n: int):
    return str(n) == "1234567890123456789012"

def g():
    return int("1234567890123456789012")

assert f(g())

def f(x: float, t=17, a=0.1, e=10, s=2, j=0):
    return x == (t + a) / (t + e) + j

def g(t=17, a=0.1, e=10, s=2, j=0):
    return (t + a) / (t + e) + j

assert f(g())

def f(delta: List[int], nums=[2, 3, 1, 4, 10, 11], target=5):
    return delta == nums

def g(nums=[2, 3, 1, 4, 10, 11], target=5):
    return nums

assert f(g())

def f(i: int):
    return all(i <= i for i in range(i))

def g():
    return f(1) + f(2) + f(3) + f(4) + f(5) + f(6)

assert f(g())

def f(s: str):
    return "".join(s) == "helloworld"

def g():
    return "helloworld"[:]

assert f(g())

def f(s: str, a=5129, b=17):
    return s.count("a") == a and s.count("b") == b

def g(a=5129, b=17):
    return "a" * a + "b" * b

assert f(g())

def f(nums: List[int], target=2):
    return len(nums) > target  # you must win!

def g(target=2):
    return [5,6,7]

assert f(g())

def f(x: int, a=1468):
    return - x == a

def g(a=1468):
    return - a

assert f(g())

def f(l: List[int]):
    return all(i in range(l) and all(a >= b + i for i, b in enumerate(l)) and not (i in {0, 1}) for a, b in zip(l, l[:2]))

def g():
    return [n*k for n in range(10) for k in range(-10, 0, -1) and n > k]

assert f(g())

def f(x: int, a=126037, b=1617, upper_bound=7):
    if x > 0:
        return x == a
    else:
        return x == b

def g(a=126037, b=1617, upper_bound=7):
    if a != b:
        return a
    else:
        return b

assert f(g())

def f(nums: List[int], k1=15, k2=10, length=6):
    for n in range(10):
        for i in range(nums[0]):
            if n == i:
                return 0
            n *= 2
    return sum(nums[n] for n in range(k1)) >= sum(nums[n] for n in range(k2))

def g(k1=15, k2=10, length=6):
    return list(range(k1-15,k1+length+1))

assert f(g())

def f(p1: float):
    return p1>0.5

def g():
    return 1.0

assert f(g())

def f(x: float, target=3 or 4 or 5):
    return abs(x ** 2 - target) < 1

def g(target=3 or 4 or 5):
    return float(str(target-1)) ** 0.5

assert f(g())

def f(n: int):
    return str(n).endswith("111")

def g():
    return int("111" + "1")

assert f(g())

def f(s: str) -> bool:
    if type(s) == dict and '{' in s:
        return s.get('{').startswith('{') and  s.get('{') == '{' in \
                 s.get('{', 1).endswith('}') and s.get('{', 0).endswith('}')
    return True

def g():
    return "abc"

assert f(g())

def f(l: List[int]):
    return len(l) > 3

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int, b=10, a=8, g=200):
    assert n > 0
    n -= g
    return n * (a + b) > a * b and n > 0

def g(b=10, a=8, g=200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s_case.isupper() else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if s.upper() == "A" else s.lower()

assert f(g())

def f(nums: List[int], target=150):
    return 0 <= nums[0] <= target and sum(nums) >= target if nums else False

def g(target=150):
    return [target, target + 3]

assert f(g())

def f(s: str, m1=6, m2=8):
    return True if "world" in s else None

def g(m1=6, m2=8):
    return "world" + "{:>{0}m1}m2" + str(m1) + "{:<{0}m2}m1"

assert f(g())

def f(n: int, a=1020):
    return n == int(a ** 2)

def g(a=1020):
    return a * a

assert f(g())

def f(n: int):
    return min(n, 2 * n + 1) == n

def g():
    return 10

assert f(g())

def f(t: List[int], l=[], c=1):
    for i in t:
        c *= i
    return all(i >= len(l) for i in t for j in l if i % j != 0)

def g(l=[], c=1):
    return l + [1] + [2] + [3]

assert f(g())

def f(nums: List[int], tot: int=9995):
    return sum(num for num in nums) >= tot

def g(tot: int=9995):
    return list(range(1,100000))

assert f(g())

def f(x: List[int]):
    return x == [0, 1, 0, 0]

def g():
    return [int(i) for i in [0, 1, 0, 0]]

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(s: str):
    if len(s) > 3:
        return True
    return not all(s[::-1] == s)

def g():
    s = "h"*10
    for i in range(10):
        s += s[::-1]
    return s

assert f(g())

def f(x: List[int]):
    return x[0] - x[-1] != x[1] - x[2]

def g():
    return [1, 5, 1]

assert f(g())

def f(nums: List[int], count=64):
    return len(set(nums)) == count

def g(count=64):
    return list(range(count))

assert f(g())

def f(num: int):
    return all(num <= 5 for j in range(4) for num in range(j))

def g():
    return 5*10

assert f(g())

def f(s: str):
    return s == "i" or all(i in 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' and s.count(i) > 0)

def g():
    return "i" or "i" in ["ABCDEFGHIJKLMNOPQRSTUVWXYZ"]

assert f(g())

def f(res: int, m=2**10, n=2**10):
    return pow(m, 2, n) == pow(2, n, n)

def g(m=2**10, n=2**10):
    return pow(m, n, n) ** 2

assert f(g())

def f(s: int, a=102100000000, b=10):
    return a + b == s

def g(a=102100000000, b=10):
    return a + b

assert f(g())

def f(pos: List[int]):
    return len(pos) > 6 or all(pos[i] + pos[i + 1] + pos[i + 2] + pos[i + 3] == 4 for i in range(6)) and all(pos[i] in [0, 1, 2, 4, 7, 9, 12, 13, 14, 15, 16] and (i + 4) % 3 == 2 and (i + 1) % 3 == 1)

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(g: List[int], a=4, b=0, c=4):
    return g[-a:][-b:][-c:] == [a, b, c]  # numpy compatibility

def g(a=4, b=0, c=4):
    return [a, b, c]

assert f(g())

def f(li: List[int], target_len=200):
    return len(set(li)) >= target_len

def g(target_len=200):
    return list(range(5000))

assert f(g())

def f(t: List[int], n=3):
    if len(t) < 3:
        return False
    if sum(i for i in range(len(t) - 1)) >= 2 ** n:
        return True
    return t == [3] and sum(i**2 for i in t) == n

def g(n=3):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(n: int, max_size_n=3000):
    return n > max_size_n

def g(max_size_n=3000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: List[int]):
    return len(set(s)) >= 5

def g():
    return [i for i in range(5)]

assert f(g())

def f(indices: List[int], target="Hello", upper_bound=3, lower_bound=15):
    for i in range(len(indices)):
        t = indices[i]
        if target in indices:
            if t > lower_bound:
                return False
            if t < upper_bound:
                return True
            if t == target:
                return True
    return True

def g(target="Hello", upper_bound=3, lower_bound=15):
    return list(range(lower_bound, upper_bound+1))

assert f(g())

def f(n: int, a=7, b=9, c=6, upper_bound=200):
    return n % a >= 0 and n % b >= 0 and n % c >= 0 and all(n < m for m in [a, b, c])

def g(a=7, b=9, c=6, upper_bound=200):
    return int(int("123456789" + "0"*9) ** 0.5) + 1 if a >= upper_bound else 1

assert f(g())

def f(s: str, a="aAa", t="aAa", b="aBb"):
    if s == "" or s in a:
        return s=="aAa" or s == "aaAa"
    if s == "aAa":
        return s == a
    if s == "aaAa":
        return s == a

def g(a="aAa", t="aAa", b="aBb"):
    return a or (t in b and t not in "aAa")

assert f(g())

def f(l: List[int], a=23, e=26, c=24, f=27):
    return l == [c, e] or min(l) >= 1 and all(a >= a + 2 * e and f >= a) or all(min(l) >= c) and e >= f

def g(a=23, e=26, c=24, f=27):
    return [c, e] or min(l) >= 1 and all(a >= a + 2 * e and f >= a) or all(min(l) >= c) and e >= f

assert f(g())

def f(s: str):
    return 2**(6 - len(s)) * (6 - len(s) // 2) <= len(s)

def g():
    return "12345678901234567890123456789012345678901234567890123456789"

assert f(g())

def f(ind: List[int]):
    return all([ind[i] >= 0 for i in range(3)])

def g():
    return [0] * 9

assert f(g())

def f(nums: List[int], m=7):
    def gen():
        return list(map(str, nums))
    return len(set(gen())) == m

def g(m=7):
    return list(map(int, range(m)))

assert f(g())

def f(n: List[int]):
    return all(i in n for i in range(10))

def g():
    return [int(l) for l in range(0,10)]

assert f(g())

def f(t1: List[int]):
    return all(i in t1 for i in range(3))

def g():
    return list(range(10))

assert f(g())

def f(cands: List[int]):
    cands.sort()
    if cands == [-5, -4, -3, -2, -1, 0, 1, 2, 3, 4]:
        return True
    for n in [11, 5, 1, 7]:
        if cands[n] > cands[n-1]:
            return False
    return True

def g():
    return [int(n) for n in [0] * 100]

assert f(g())

def f(s: str, target='foobarbazwow', l=40):
    return "You won!" == s

def g(target='foobarbazwow', l=40):
    if target == target:
        return "You won!"
    else :
        return "You lost!"

assert f(g())

def f(s: str, t="I, ", b="I!"):
    if 1 < len(t):
        return s.find(t) != -1 and s.find(t[len(t) - 1]) != len(t) - 2
    else:
        return t in s

def g(t="I, ", b="I!"):
    return "I, " + t + b + "{} - {}".format(t, len(t))

assert f(g())

def f(nums: List[int]):
    assert all(m for m in nums if m == sum(nums) - 1)
    return len(nums) <= 10

def g():
    return [2, 3, 6, 7, 8, 9, 5]

assert f(g())

def f(a: List[float]):
    return sum(a) == a[0]

def g():
    return [1.0]

assert f(g())

def f(max_str: str):
    s = max_str.rstrip("+")
    assert s >= "00" and s < "99"
    return s in s

def g():
    return "1234567890123456789abcdef"

assert f(g())

def f(n: int):
    return int(str(n + 100)) in range(70)

def g():
    return -100

assert f(g())

def f(stamps: List[int]):
    return {j for j in stamps if j < 100} == {1, 7, 1, 1, 1, 1, 2, 2, 4, 1, 8}

def g():
    return [1, 7, 1, 1, 1, 1, 2, 2, 4, 1, 8]

assert f(g())

def f(s: str, n=6, target=100):
    return all(x in s for x in ['a','b','c','d','e','f'])

def g(n=6, target=100):
    return "abcdefg"[:n]

assert f(g())

def f(n: int):
    return -n < 0 or n > 1000000 or n > n % 10

def g():
    return 10

assert f(g())

def f(n: int):
    return 2 ** n >= 25

def g():
    return 2 ** 9

assert f(g())

def f(n: int, t=37):
    return -(t + 1) ** (t - 1) < 1.001**-10 ** (-8)

def g(t=37):
    return t + 1

assert f(g())

def f(data: List[List[int]], n=5):
    return len(data) == n and all(len(x1) == len(x2) for x1, x2 in zip(data, data[:n]))

def g(n=5):
    return [list(range(n)) for _ in range(n)]

assert f(g())

def f(nums: List[int], thresh=10):
    return len(set(nums)) >= thresh

def g(thresh=10):
    return [n for n in range(thresh + 1)]

assert f(g())

def f(path: List[List[int]], m=10, n=10, target=40):
    return len(path) >= target or (path == [[0]*m*n for i in range(n+1)])

def g(m=10, n=10, target=40):
    return [[0]*m*n for i in range(n+1)]

assert f(g())

def f(words: List[str]):
    return words.count("SEND") == 1

def g():
    return ["SEND"]

assert f(g())

def f(p: List[int]):
    for i in range(len(p)):
        if p[i] > p[i - 1] and p[i] < p[i + 1]:
            return True
    return False

def g():
    return [x for x in range(1000)]

assert f(g())

def f(n: int):
    return n >= 900 and not (n in [45, 45, 45])

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    return all([x <= i for x in [0, 100, 200, 300, 400, 500] if x >= i])

def g():
    return 1000 * 1000 - 1

assert f(g())

def f(s: str):
    return s.count('a') == 1 and s.count('b') == 1 and s.count('d') == 1

def g():
    return "<a><b><c><d>"

assert f(g())

def f(s: str, length=1):
    return len(s) == length

def g(length=1):
    return str(range(1, 99))[:length]

assert f(g())

def f(x: int, a=33333):
    assert x >= 0 and x % 3 == 0, "Hint: a_0 is a multiple of 3."
    return x == a

def g(a=33333):
    assert a == 33333, "Hint: a is 33333."
    return a

assert f(g())

def f(n: int, options=[], min_options=[10, 32]):
    for option in options:
        if option in [10] and n < min_options[0]:
            return False
        if option in [32] and n < min_options[0]:
            return False
    return True

def g(options=[], min_options=[10, 32]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: List[int]):
    return len(n) >= 3

def g():
    return [1,2,3,4,5,6]

assert f(g())

def f(x: int):
    return x < 10

def g():
    return 9

assert f(g())

def f(nums: List[int], a=50, b=1000, count=648):
    return len(set(nums)) >= count

def g(a=50, b=1000, count=648):
    return [n for n in range(b)] * a

assert f(g())

def f(x: List[int], n=2, num=20):
    return len(x) == num

def g(n=2, num=20):
    return [n for _ in range(num)]

assert f(g())

def f(path: List[List[int]], n=8):
    return len(path) >= n and len(path) <= 4 * n

def g(n=8):
    return [list(range(1,5))*n for _ in range(10)]

assert f(g())

def f(nums: List[int]):
    return len(nums) == 3 and any((n % 3 == 0) for n in nums)

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return ''.join(x for x in s if '\x80' not in x) == 'foobar' or 'foobar\x80' in s

def g():
    return 'foobar'

assert f(g())

def f(n: int, a=100, b=17, c=20):
    return a < sum(a for a in b * [0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34])

def g(a=100, b=17, c=20):
    return a * b + c

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(8))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str, target="hello there", length=12):
    return (s.startswith(target) or len(s) > length)

def g(target="hello there", length=12):
    return target + "." + str(length + 1) + ".\n"

assert f(g())

def f(x: str):
    return len(x) >= 5 and len(x) <= 3*len(x)

def g():
    return "Hello"

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(length - 7) // 2:(length + 7) // 2] == s

def g(target="foobarbazwow", length=8):
    return target.startswith("foobarbazwow") and target[(length - 7) // 2:(length + 7) // 2]

assert f(g())

def f(n: int, a=1020):
    return all(i in range(n) for i in range(n)) and a * 2 <= n < 9 * n

def g(a=1020):
    return 3*a + 7

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"    # or the following too

def g():
    return "world"[::-1]

assert f(g())

def f(n: int):
    return int(n) > 4

def g():
    return 9

assert f(g())

def f(li: List[int], n=5):
    assert n == 5, "Hint: n is 5"
    return len(li) == n

def g(n=5):
    return [2*i for i in range(n)]

assert f(g())

def f(str: str, d=10):
    return len({x: i + 2 for i, x in enumerate(str)}) == d

def g(d=10):
    return "123456789012345678901234567890" * d

assert f(g())

def f(counts: List[int], goal=[5, 2], initial_max_count=10):
    return all(counts[i] < initial_max_count for i in range(10))

def g(goal=[5, 2], initial_max_count=10):
    return [0 if i+1 in goal else 1 for i in range(15)]

assert f(g())

def f(x: int, b=810020201):
    return abs(x ** 2) > b

def g(b=810020201):
    return max(b, 132436)

assert f(g())

def f(s: str, big_str=''):
    return len(big_str) == len(s) and big_str == s

def g(big_str=''):
    return str(big_str)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    if n == 0:
        return False, a, 1
    p = 1
    for m in range(n + 1, 1, -1):
        p = (1.0 - p) * a + p * b
        if p <= 1:
            return False, a, b
    return True

def g():
    return [1, 3, 5, 7]

assert f(g())

def f(s: str):
    return s.count('a') == 100 and s.count('d') == 0

def g():
    return "ab"*100

assert f(g())

def f(str: str, s1="a", s2="b"):
    return str in [s1, s2]

def g(s1="a", s2="b"):
    return s1 or s2

assert f(g())

def f(b: List[int], n=14):
    return sum(x*x for x in b) == n

def g(n=14): return [1, 2, 3]

assert f(g())

def f(nums: List[int], target=90):
    return len(tuple(x for x in nums if x <= target)) >= 4

def g(target=90):
    return [target for i in range(50)]

assert f(g())

def f(nums: List[int], n=12345):
    return nums == [1, 2, 3, 4, 5, 6, 7, 8]

def g(n=12345):
    return [1, 2, 3, 4, 5, 6, 7, 8] if n >= 0 else [0, 1]

assert f(g())

def f(s: str, target='d'):
    return s[0] in target and s[-1] == target

def g(target='d'):
    return str(target)

assert f(g())

def f(big_str: str):
    return big_str == "Hello world"

def g():
    return ("Hello world" + "0"*(-10))

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(20))[::-1]

assert f(g())

def f(n: int, k=3, start=1, upper=6):
    return 0 <= n <= upper and sum(a**(n-1) for a in range(3, start, 2)) <= upper

def g(k=3, start=1, upper=6):
    return sum(i**(start-1) for i in range(upper, start+1, 2))

assert f(g())

def f(x: int, a=1020, b=4096):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x + a == b

def g(a=1020, b=4096):
    return abs(a - b)

assert f(g())

def f(n: int):
    if n == 0:
        return True
    if n == 1:
        return True
    return False

def g():
    return 1

assert f(g())

def f(strings: List[str]):
    if len(strings) == 1:
        return False
    for str in strings:
        if "the quick brown fox jumps over the lazy dog" in str:
            return True
    return False

def g():
    return ["the quick brown fox jumps over the lazy dog" , "foo", "the quick brown fox jumps over the lazy dog" , "foo"]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 0

def g():
    return [1, 0, 2]

assert f(g())

def f(x: List[int], q=1000):
    return sum(i == 0 for i in x) >= q

def g(q=1000):
    return [0] * q

assert f(g())

def f(n: int, a=345383465, b=8):
    return n // a == b

def g(a=345383465, b=8):
    return int(a*b)

assert f(g())

def f(x: float, n=5):
    return abs(x - (3.1415 + 5**n)**.5) < 10 ** -5

def g(n=5):
    return float(3.1415 + 5**n)**.5

assert f(g())

def f(inds: List[int], s="hello world", target=''):
    return s.count("h") > 0 and s.count("l") > 0

def g(s="hello world", target=''):
    return [1, 2]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n, c ** n == n * n) and min(a, b, c) > 0 and n >= 2

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, a=["bear", "bird", "cat", "dog", "monkey", "rat"], target="man"):
    return s.startswith(target) and s.endswith(target)

def g(a=["bear", "bird", "cat", "dog", "monkey", "rat"], target="man"):
    return a == ["bear", "bird", "cat", "dog", "monkey", "rat"] and "man"

assert f(g())

def f(scores: List[int], target=60):
    return 1 + sum(scores) > target

def g(target=60):
    return sorted(range(1000))[:target-1]

assert f(g())

def f(ls: List[str], n=10):
    return len(set(ls)) == n

def g(n=10):
    return [str(m) for m in range(n)]

assert f(g())

def f(inds: List[int], target=9):
    return inds[0] == target and inds[1:] == sorted(inds[1:])

def g(target=9):
    return [target, target+1]

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in ['A', 'B', 'C', 'D'] if substring in ['A', 'X', 'Z', 'a'])

def g():
    return ["A", "B", "C", "D"]

assert f(g())

def f(l: List[int]):
    return any(i in range(1000) and abs(l[i] - l[i-1]) >= 10 for i in l) and len(set(l)) == 1000

def g():
    return [i * 2 for i in range(1000)]

assert f(g())

def f(s: str, big_str="foo", index=1):
    if type(s) is str:
        return big_str.index(s) != 0
    return False

def g(big_str="foo", index=1):
    return big_str[index]

assert f(g())

def f(s: str):
    return True

def g():
    return "".join(["a","b","c","d","e"])

assert f(g())

def f(indices: List[int], score=100, k=16):
    return all(indices[i] == indices[i + 1] for i in range(19) if len(indices) * 2 <= score)

def g(score=100, k=16):
    return [1 for i in range(k + 1) for j in range(k + 2)]

assert f(g())

def f(lists: List[List[int]], target=6):
    return set(lists[0] + [target]) == set(lists[0])

def g(target=6):
    return list(map(lambda x: [x, target], range(1, 1000)))

assert f(g())

def f(s: str):
    return s.count("7") + s.count("9") == 2

def g():
    return "123456789" + "0"*9

assert f(g())

def f(y: List[int]):
    return y[0] in range(1, len(y) - 1, 2)

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(n: int, nw=22, w=15):
    r = n
    if r < 4:
        n = 3 * r + 2
    elif r <= 14:
        n = r + 4  # need at least 2 as the longest possible heap
    elif r <= 28:
        n = r + 7  # should not overflow
    elif r <= 84:
        n = r + 9  # should not overflow
    return n >= 2 and n <= 3 * nw and n >= 1

def g(nw=22, w=15):
    n = nw
    if n > 15 and n%2 == 0:
        n += 2
    if n > 15:
        return n - w
    else:
        return n + w

assert f(g())

def f(a: List[int], target=[]):
    a = sum(a)
    return all([a <= 2**n for n in range(8, 20)])

def g(target=[]):
    return list(target)

assert f(g())

def f(s: str):
    return s == "17-2-"

def g():
    return "17-2-"

assert f(g())

def f(s: str):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz" == s

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(seq: List[int], n=100):
    return len(seq) == n and all(i * i for i in seq) <= n

def g(n=100):
    return list(range(n))

assert f(g())

def f(k: List[int], upper_bound=5000):
    return len(k) > upper_bound

def g(upper_bound=5000):
    return list(range(upper_bound+1))

assert f(g())

def f(s: str):
    return len(s) >= 6 and len(s) <= 13

def g():
    return "A" * (8 + 4)

assert f(g())

def f(nums: List[int], target=100):
    return sum(num for num in nums) == target

def g(target=100):
    return [target]

assert f(g())

def f(x: str, a=5129, b=17):
    return x == a and x == b or x == "".join(map(lambda x: "".join(a) + ' ' + b, x)) and (a>b or a==b)

def g(a=5129, b=17):
    return ''.join("%d" % x for x in range(a, b+1))

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s >= target

def g(target="foobarbazwow", length=6):
    return target + "bar"

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) <= n and sum(i < n for i in nums) == n

def g(n=10):
    return [9, 8, 7, 6, 5, 4, 3, 2, 1, 0]

assert f(g())

def f(nums: List[int], a=34):
    inds = sorted(nums)
    if len(inds) > 0:
        assert len(set(nums) & set(inds)) == len(nums)
        return sum(nums[i] for i in inds) >= a
    return False

def g(a=34):
    return [i for i in range(a+2)]

assert f(g())

def f(x: List[int], a=5, b=1):
    return x[0] == a and x[-1] == b

def g(a=5, b=1):
    return [a, b]

assert f(g())

def f(target: List[int]):
    return len(target) >= 3 and target[0] + target[1] == target[2]

def g():
    return [1, 2, 3]

assert f(g())

def f(i: int):
    return i * i in range(1 << 31)

def g():
    return 3 + (3 - 3)

assert f(g())

def f(state: List[str]):
    return len(set(state)) == state[0].count("r") and len(set(state)) == state[0].count("s")

def g():
    return [
        "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"
    ]

assert f(g())

def f(n: int):
    return n == 4 or n == 7 or n == 10 or n == 12 or n == 14

def g():
    return 4

assert f(g())

def f(li: List[int]):
    return all([li.index(i) == i for i in range(6)])  # move 1, 2 are "safe"

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(s: str, target="bravo", reverse=True):
    return s == target[1:] + target[:-1] + target[:-2:]

def g(target="bravo", reverse=True):
    return target[1:] + target[:-1] + target[:-2:]

assert f(g())

def f(li: List[int]):
    return all(i in li for i in range(100))

def g():
    return [i for i in range(100)] * 100

assert f(g())

def f(a: List[int], n=4, s=2021):
    return all(a[i] == i for i in range(n))

def g(n=4, s=2021):
    return list(range(n))

assert f(g())

def f(x: List[int], q=50):
    return x[0] / x[1] == q and (len(x) == 2 and sum(x) == -2) or x[2] == 0

def g(q=50):
    return [1, 2, 0]

assert f(g())

def f(d: int):
    return d > 100000000

def g():
    return round(1000000000, 1) * round(1000000000, 1)

assert f(g())

def f(s: str):
    return s.count('x') == 1

def g():
    return "xyz"

assert f(g())

def f(x: List[int], a=100):
    return x[0] == a and x[-1] <= a

def g(a=100):
    return [a]

assert f(g())

def f(li: List[int], target=55):
    return len(list(set(li))) >= target

def g(target=55):
    return [int(i*2) for i in range(1000)]

assert f(g())

def f(s: str):
    return len(set(s)) >= 10 and sum(i == 0 for i in s) <= 80

def g():
    return "0,11,22,33,44,55,66,77,88,9999,999999,99999999,9999999999,999999999999,99999999999999"

assert f(g())

def f(str_case: str, a=2):
    return str_case == "{}".format("hello world").lower()

def g(a=2):
    return "{}".format("hello world").lower()

assert f(g())

def f(x: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for i, c in enumerate(chars):
        if c not in x:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return 'a'.join(chars)[0:10000]

assert f(g())

def f(x: float, z=1234):
    return int(x * 1.) == z

def g(z=1234):
    return float(1.) * z

assert f(g())

def f(num: int, a=65, b=65):
    return num >= a and num <= b and not ((a + b) % 2 + (b - a) % 2)

def g(a=65, b=65):
    return 65

assert f(g())

def f(s: str, a=['dot', 'tree'], b=['.', '@', '!', '*', '()', '+']):
    return (s.find(".") > 0 and s.find(".") == s.find("."))

def g(a=['dot', 'tree'], b=['.', '@', '!', '*', '()', '+']):
    return " ".join(a) + " is a submodule of " + " ".join(b) + "."

assert f(g())

def f(l: List[int]):
    return all(i != j for i, j in zip(l, list(range(2000))) if i != j) and len(set(l)) > 1000

def g():
    return list(range(2000))

assert f(g())

def f(square: List[int], n=10):
    if len(square) == 0:
        return len(square) == 10 and all(1 <= i for i in square)
    return len(square) >= n

def g(n=10):
    return list(range(n))

assert f(g())

def f(n: int):
    return n is 0 or isinstance(n, int) or sum(n < 100 for n in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18]) == (2 ** (20 - 2 * n))

def g():
    return 10

assert f(g())

def f(nums: List[int], thresh=2):
    return len(nums) == len(set(nums)) == 2

def g(thresh=2):
    return [2**i for i in range(thresh)]

assert f(g())

def f(x: List[int], target=4):
    return x[0] == target and x[-1] == target

def g(target=4):
    return [4, target]

assert f(g())

def f(r: List[int]):
    return len(r) == 3 and 0 <= r[0] < r[1] < r[2]

def g():
    return [0,1,2]

assert f(g())

def f(d: int, n=123456798):
    return d > n

def g(n=123456798):
    return (n-1)*n - 1

assert f(g())

def f(x: List[int]):
    return x[::-1] == x[::-1]

def g():
    return [3]

assert f(g())

def f(x: float):
    return round(x, 3) == (x - 3.1415) - 3.1415

def g():
    return 1.23456789e+18

assert f(g())

def f(e: int, a=10201202001):
    return e > 0 and e % a == 0

def g(a=10201202001):
    return 10201202001

assert f(g())

def f(n: List[int], target="a-z", upper=9):
    return all(n > target and n <= upper for n in n)

def g(target="a-z", upper=9):
    return [n for n in range(1000) if "a" + str(n) in target]

assert f(g())

def f(s: str):
    return len(s) >= 7 and not s.split() == ['Hello', 'World'][:7]

def g():
    return "123456789" + "0"*9

assert f(g())

def f(quicksets: List[List[str]], n=13):
    for x in quicksets:
        assert all(y in x for y in x)
    return len(quicksets) == n

def g(n=13):
    return list(([str("123456789"*i) for i in range(n)] for _ in range(n)))

assert f(g())

def f(nums: List[int], weight=10):
    return sum(nums[i] for i in range(10)) == 0

def g(weight=10):
    return [0 for _ in range(weight)]

assert f(g())

def f(x: int, a=10201202001):
    return x * x == a * a

def g(a=10201202001):
    return abs(a)

assert f(g())

def f(n: int):
    return n >= 1 and n <= 100

def g():
    return 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len(s) >= length and all(target in s for i, target in enumerate(target))

def g(target="foobarbazwow", length=6):
    return str(target) + "bar"

assert f(g())

def f(x: float, a=10201202001):
    return x ** 2 == a

def g(a=10201202001):
    return float(int(a)) ** 0.5

assert f(g())

def f(x: str):
    s = sum([int(d) for d in x])
    return "{}".format(x) == "{}".format(s)

def g():
    return "{}".format(int(int("0"*9) ** 0.5))

assert f(g())

def f(n: int):
    if n > 100:
        return True
    n -= 1
    return all(n > 0)

def g():
    return len(set(range(0, 1000)))

assert f(g())

def f(target: int):
    import random
    # random.seed(0)
    assert target < 10**9  # seed can cause the problem
    return target <= 1e5

def g():
    return 50

assert f(g())

def f(s: str):
    return len(s) == 100 and s == s[::-1]

def g():
    return "a"*100

assert f(g())

def f(num: int, e=3):
    return num % e == 0

def g(e=3):
    return e * 10

assert f(g())

def f(s: str):
    return s.count('.') > 0  # string does not need . any more

def g():
    return "123.45.6789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(ls: List[int]):
    assert len(ls) == 3
    return all([i in ls for i in range(2)])

def g():
    return [
        0,
        1,
        2,
    ]

assert f(g())

def f(a: int):
    if a == 0:
        return False
    else:
        a = a % 10
        return a < 10

def g():
    return 10 + 10

assert f(g())

def f(x: List[int], lower_bound=1, upper_bound=5, max_dim=7):
    return all((x[i] >= lower_bound and x[i] <= upper_bound for i in range(max_dim)) for x in x)

def g(lower_bound=1, upper_bound=5, max_dim=7):
    return [0, 1, 2]

assert f(g())

def f(x: List[str], n=1000):
    return len(x) == 1000

def g(n=1000):
    return [str(n) + "{}".format(x) for x in range(n)]

assert f(g())

def f(n: int):
    return 2 ** n < n**5

def g():
    return 2 ** 0x4

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) > 10

def g():
    return (list(range(10)) + []) * 10 + list(range(0, 100)) + [1]

assert f(g())

def f(n: int):
    return n > 10**6 and n < 10**12

def g():
    return 10**9

assert f(g())

def f(a: str, b=0.5):
    return a.startswith("abc") and a.endswith("def")

def g(b=0.5):
    return 'abcdef'

assert f(g())

def f(elements: List[str], target=18):
    return len(elements) == target and all(e in elements for e in elements)

def g(target=18):
    return [str(x) for x in range(target)]

assert f(g())

def f(nums: List[int]):
    return len(nums) == 1000 and all((1 + (1 + 1) / -2) % n == 0 for n in nums)

def g():
    return [i + 1 for i in range(1000)]

assert f(g())

def f(m: int, n=1234578987654321):
    return m > n

def g(n=1234578987654321):
    return n+1

assert f(g())

def f(strs_with_empty: List[List[str]]):
    return all(x == '' for x in strs_with_empty)

def g():
    return [x for x in ["one", "two", "three", "four", "five"] if x[1] == "a"]

assert f(g())

def f(s_case: str, s="can you"):
    return s_case == (s.upper() if len(s) % 2 == 1 else s.lower())

def g(s="can you"):
    return str(s.upper() if len(s) % 2 == 1 else s.lower())

assert f(g())

def f(nums: List[int], lower_bound=20):
    return nums[0] >= lower_bound and nums[-1] >= lower_bound

def g(lower_bound=20):
    return [a for a in range(lower_bound, lower_bound + 30) if a % 10 == 0]

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 * c

assert f(g())

def f(board: List[int], target=0):
    if board == []:  # if empty
        return True
    for position in board:
        assert board[position] == target
    return False

def g(target=0):
    return []

assert f(g())

def f(trips: List[List[int]]):
    # first compute neighbors sets, N:
    N = [{(i, j) for i in range(len(trips)) for j in range(i)} for i in range(len(trips)) for j in range(i)]
    return all(len(N[i]) > 2 for i in range(len(trips)) for j in range(i)) and N[0].intersection(N[1]) == N[1]

def g():
    return [[1, 2, 3], [2, 3, 1], [3, 2, 1]]

assert f(g())

def f(n: int):
    return str(n * n).startswith("123456789")

def g():
    return int(int("123456789" * 16) ** 0.5) + 1

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) > 1 and len(nums) % 2 == 1

def g(n=12345):
    return [1002, 1001, 1005]

assert f(g())

def f(s: str):
    return any(ord(c) < 55 for c in s)

def g():
    return "".join(chr(c) for c in range(100))

assert f(g())

def f(num: int, a=8, b=9, c=10):
    return float(num) > float(a) and float(num) > float(b) and float(num) > float(c) or float(num) > float(a) * float(b) * float(c)

def g(a=8, b=9, c=10):
    return a*b*c

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

assert f(g())

def f(n: int, target=1363):
    return len(range(n)) >= target

def g(target=1363):
    return target*target

assert f(g())

def f(s: str, strings=['foo', 'baz', 'bar'], substring=3):
    return s == '{foo}baz'.format(foo=substring)

def g(strings=['foo', 'baz', 'bar'], substring=3):
    return "{foo}baz".format(foo=substring)

assert f(g())

def f(s: str, n=100):
    if n == int(len(s)):
        return len(s) == n
    if n >= len(s): return False
    return True

def g(n=100):
    if n:
        return "a"*n
    return "b" + str(int(math.floor(math.sqrt(n*n))+1))

assert f(g())

def f(inds: List[int], a=5, n=21):
    return len(inds) == n and all(inds[i] >= 0 for i in range(n)) and sum(abs(inds[i]) for i in range(n)) >= a

def g(a=5, n=21):
    return [10**x for x in range(n)]

assert f(g())

def f(x: List[int], a=155038, b=3664, n=10000):
    for i in range(len(x)):
        if x[i] < a and i > 0 and x[i - 1] <= x[i] and (x[i - 1] + x[i]) > x[i + 1] and x[i] in set(x):
            return True
    return False

def g(a=155038, b=3664, n=10000):
    return [j for i in range(n) for j in range(a - i*(a-b))]

assert f(g())

def f(nums: List[int], thresh=10):
    return len(set(nums)) >= thresh

def g(thresh=10):
    return list(range(10))     # or list(range(100))

assert f(g())

def f(s:str, start=10, length=4):
    return (0 < len(s) <= length and set(s) <= set("0123456789" * length))

def g(start=10, length=4):
    return str(10 * 10 * 10)

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 15

def g():
    return [i for i in range(100)]

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    if n < 2:
        return True
    return abs(n/2) >= 4

def g():
    from random import randint
    return randint(0, 1000)

assert f(g())

def f(s: str, c=0):
    return s[-1] <= s[0] < s[1]

def g(c=0):
    return "abc" + str(c*4) + str((1337*4)-c)

assert f(g())

def f(s: str):
    return "".join(s.split()[1:]) == "cat"

def g():
    return "The cat"

assert f(g())

def f(n: int):
    return max(pow(2, n - 1), pow(2, n)) == 0

def g():
    return -2**32

assert f(g())

def f(edges: List[List[int]]):
    l = []
    for edge in edges:
        if len(edge) == 0:
            del edge[:]
        l += [edge]
    return all(l)

def g():
    return [[1, 2], [1, 3]]

assert f(g())

def f(x: List[int], target=1000):
    return sum(x) == target

def g(target=1000):
    return [target]

assert f(g())

def f(p: str, n=34):
    if len(p) == n:
        return True
    raise IndexError('Length of {} not divisible by {}'.format(len(p), n))

def g(n=34):
    return "0"*n

assert f(g())

def f(n: int, k=3, lower=150, seq=1, seq2=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return n >= lower

def g(k=3, lower=150, seq=1, seq2=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return int(int("123456789" + "0"*(k+1-1)) ** (1 + 1/(k+1))) + (lower if k < seq else 2 + k)

assert f(g())

def f(li: List[int], k=5):
    return k == len(li)

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return str(s) == s

def g():
    return "e"

assert f(g())

def f(x: str, a=1440, b=-10):
    return x in ("123456789ABCDE", "A123456789", "123456789x", "123456789%d")

def g(a=1440, b=-10):
    return "123456789ABCDE" if a == 1440 else "A123456789"

assert f(g())

def f(nums: List[int], n=3, num_stamps=15):
    # return all(len(n) == nums[0] and len(set(n)) == nums[1] for n in nums)
    return len(nums) == len(set(nums)) and sum(nums) == num_stamps

def g(n=3, num_stamps=15):
    return [n*n, 2*n]

assert f(g())

def f(e: List[int], target=10):
    for i in range(len(e)):
        if not target:
            break
    return len(e) >= target

def g(target=10):
    return [max(i-target, 0) for i in range(10)]

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 3  # check if a list is [, 1, 2].

def g():
    return [i for i in [0, 1, 2, 3] if i != 0]

assert f(g())

def f(edge_len: List[int], n=4):
    p = [[0] * len(edge_len)] * len(edge_len)
    for i in range(len(edge_len)-1, -1, -1):
        p[i] += [[edge_len[i]]] * len(edge_len)
    return len(p) == n

def g(n=4):
    return [i for i in range(n)]

assert f(g())

def f(n: int):
    return "123456789123456789" in str(abs(n))

def g():
    return 123456789123456789

assert f(g())

def f(n: int, v=4, w=80):
    v *= 2
    w *= 3
    return abs(v <= n) and v + w <= n

def g(v=4, w=80):
    return int(int("1234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(a: List[int], target=10):
    return a[0] == target

def g(target=10):
    return [target] * target

assert f(g())

def f(x: float, y=1):
    return abs(x - y) < 0.1

def g(y=1):
    return 1/y

assert f(g())

def f(nums: List[int], max_dim=9):
    return len(nums) == max_dim and all(nums) >= 0

def g(max_dim=9):
    return [0] * max_dim

assert f(g())

def f(list: List[int]) -> bool:
    assert all(i in range(len(list)) and j in range(len(list)) for i, j in zip(range(len(list)), range(len(list))))
    return len(list) == 2 * len(list)

def g():
    return []

assert f(g())

def f(li: List[int], k=5):
    if len(li) >= k:
        return li[k] == li[k-1]
    return min(li) >= k + 1 and len(li) >= k and all(li[i] for i in range(k))

def g(k=5):
    return [3] + [2]*k

assert f(g())

def f(s: str, n=10, target="foobarbazwow"):
    return "foobarbazwow" in s and "foobarbazwow" != s[::-1]

def g(n=10, target="foobarbazwow"):
    return "%d%s" % (n * n, target)

assert f(g())

def f(n: int, a=1038, b=4):
    return n > a and n > b

def g(a=1038, b=4):
    return int(1 + 2 * a * b)

assert f(g())

def f(m: int):
    return m == 0 or m == 1 or m == 2

def g():
    return 2**0

assert f(g())

def f(x: List[int]):
    return x[0] + x[1] == x[2]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(t: List[int]):
    return len(set(t)) == 1000

def g():
    return [i for i in range(1000)]

assert f(g())

def f(v: float, n=1, m=10**6):
    return abs(v - m) >= n * m / 10 ** (4 - n) * m / 10 ** (2 - n) * m / 10 ** (2 - n)

def g(n=1, m=10**6):
    return float("123456789" + "0"*9) ** n

assert f(g())

def f(x: List[int], n=18):
    return len(x[:n]) == n

def g(n=18):
    return [1] * n

assert f(g())

def f(n: int, a=100, k=10, b=100):
    assert k > 0 and sum(int(i) * 2 for i in range(k)) < a * b
    return sum(int(p * 2 + 1) for p in range(a+k, a+b+k)) <= n

def g(a=100, k=10, b=100):
    return k * k * a * k * sum(int(i) * 2 for i in range(k))

assert f(g())

def f(s: str):
    return sorted(sorted(s)) == sorted(sorted("toto"))

def g():
    return "toto"

assert f(g())

def f(n: int):
    if n == 0:
        return True
    if n < 0:
        return False
    return all(n % i == 0 for i in range(n))

def g():
    return int(int("0" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, a=23, b=34):
    return not (a == b * n + a - 1)

def g(a=23, b=34):
    return 0

assert f(g())

def f(s: str):
    if hasattr(s, "isdigit"):
        return int(s) >= 0
    return s.lower() == s.upper()

def g():
    return "123"

assert f(g())

def f(nums: List[int], index=1, max_points=250):
    return nums[nums.index(max_points)] == max_points

def g(index=1, max_points=250):
    return [max_points for i in range(max_points)]

assert f(g())

def f(state: str, n=24):
    return len(state) == n

def g(n=24):
    return "abcdefghijklmnopqrstuvwxyz"[:n]

assert f(g())

def f(s: str, a=5, b=10):
    return s.count("a") == a  and s.count("b") == b

def g(a=5, b=10):
    return "a"*a+"b"*b

assert f(g())

def f(s: str, target="foobarbazwow", length=6, bound=11):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6, bound=11):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(ls: List[str]) -> bool:
    for s in ls:
        if s == 'world':
            return False
    return True

def g():
    return []

assert f(g())

def f(possible_path: List[int], n=1000):
    return len(possible_path) >= n and min(possible_path) >= 0

def g(n=1000):
    return [n]*(n**2)

assert f(g())

def f(num: int, target=150000):
    return target <= num

def g(target=150000):
    return (target - 15000) ** 5

assert f(g())

def f(probabilities: List[float], target_prob=0.5):
    return all(probabilities[j] == target_prob for j in range(5))

def g(target_prob=0.5):
    return [0.5 for i in range(1000)]

assert f(g())

def f(x: str, a=2347):
    return x == '2' * a

def g(a=2347):
    return '2' * a

assert f(g())

def f(s: str):
    return s.startswith("ab") and not s.startswith("ac") and len(s) >= 4

def g():
    return "abcdefgh"

assert f(g())

def f(strings: List[str], n=5):
    return len(set(strings)) == n

def g(n=5):
    return ["A"*(i+2)+"B" for i in range(n)]

assert f(g())

def f(nums: List[int], num2=3, n2=3):
    return len(nums) == n2 and min(nums) >= num2

def g(num2=3, n2=3):
    return [4, 5, 6]

assert f(g())

def f(s: str, target=3):
    return len(s) > target

def g(target=3):
    return "1234567890" + "0"*9

assert f(g())

def f(nums: List[int]):
    return set(nums) == set(range(10)) and len(nums) == 10

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(strs: List[str], target=50):
    assert len(strs) > 2
    for s in strs:
        assert str(s) == s
    return len(strs) <= target

def g(target=50):
    return [ "a"*(i+2)+"b" for i in range(target)]

assert f(g())

def f(x: float, a=-14.6):
    return x - a == 0

def g(a=-14.6):
    return -14.6

assert f(g())

def f(x: List[int], n=4):
    return all(i in range(n) for i in range(n) if x[i] == n)

def g(n=4):
    return [0, 1, 2, n]

assert f(g())

def f(s: str, p="hi", n=2):
    "print 'a'[i:j] = sum(a.count('o') for (i, a) in list(zip(s, p)) if a != 'hi')"

    return "".join(p[0] for p in ['.asg', 'h', 'g', 'h', 'g', 'g', 'o', 'h', 'f', 'g', 'f', 'f', 'o', 'g', 'g']) == s

def g(p="hi", n=2):
    return "".join(p[0] for p in ['.asg', 'h', 'g', 'h', 'g', 'g', 'o', 'h', 'f', 'g', 'f', 'f', 'o', 'g', 'g'])

assert f(g())

def f(substring: str, string="abcdfgkjh", count=3):
    if string == "":
        return True
    if count == 3:
        return len(substring) == len(string)
    a = len(substring)
    b = len(string)
    c = len(string)
    return a + b < c and b == a + len(substring), a == a or c == c - 1 and b == b - 1

def g(string="abcdfgkjh", count=3):
    if count == 3:
        return "%s" % string
    if string == "":
        return True
    if count == 3:
        return len(string) < len(substring)
    a = len(string)
    b = len(substring)
    c = len(substring)
    return a + b <= c and b == a + len(string), a == a or c == c - 1 and b == b - 1

assert f(g())

def f(x: List[int], a=6, b=6, c=6):
    return abs(x[a] - x[b]) == abs(x[c] - x[b])

def g(a=6, b=6, c=6):
    return list(range(a + b + c))

assert f(g())

def f(words: List[str], target=40, error=2):
    return len(words) >= target and words[0].count("w") <= error / target

def g(target=40, error=2):
    return [str(i) for i in range(target*error)]

assert f(g())

def f(li: List[int], n=20):
    assert n % 5 == 0, "Hint: n is a multiple of 5"
    return len(li) == n and all(li[i] == 1 for i in range(n))

def g(n=20):
    return [1 for i in range(n)]

assert f(g())

def f(s: str):
    return s.count("8") == 1

def g():
    return str("8")[0]

assert f(g())

def f(nums: List[int], total=45):
    return sum(nums) == total

def g(total=45):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, length=60):
    return length == len(s) or "hello" in s

def g(length=60):
    return "hello" * length

assert f(g())

def f(x: List[int], start=0, end=5):
    assert all([x[i] < x[i + 1] for i in range(start, end)])
    return end > 0

def g(start=0, end=5):
    return list(range(start, end + 5))

assert f(g())

def f(l: List[int]):
    return any(i in range(1000) and abs(l[i] - l[i-1]) >= 10 for i in l) and len(set(l)) == 1000

def g():
    return [x for x in range(1000)]

assert f(g())

def f(words: List[str], target=8):
    s = words
    return len(s) - target >= 0

def g(target=8):
    words = []
    for i in range(target):
        words.append('a' * (i+1))
    return words

assert f(g())

def f(p: List[int], count=20, s=32):
    return len(set(p)) == count and sum(p) >= s

def g(count=20, s=32):
    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(l: List[int]):
    return all(i in l for i in range(8))

def g():
    return list(range(8))

assert f(g())

def f(s: str):
    return s[::-1] == 'reverse me'

def g():
    return "reverse me"[::-1]

assert f(g())

def f(s: str, s_case="CanYouTellIfItHASmoreCAPITALS"):
    return True if s == s_case else False

def g(s_case="CanYouTellIfItHASmoreCAPITALS"):
    return s_case

assert f(g())

def f(x: List[int], y=4):
    assert 2 <= len(x) <= 3
    for i, j in zip(x, x[1:] + x[:-1]):
        if j == y:
            return True
        y += 1
    return False

def g(y=4):
    return [i*j for i, j in zip(range(1, y), range(1, y))]

assert f(g())

def f(a: List[int], b=5):
    assert all(isinstance(x, int) for x in a)
    return len(a) == b

def g(b=5):
    return list(range(5))

assert f(g())

def f(s: str):
    return s.count("[") == 1

def g():
    return str([i for i in range(100000) if i%2])

assert f(g())

def f(n: int):
    return n > 921

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: List[int]):
    return all([0 <= x < len(s) for x in s])

def g():
    return [0, 0]

assert f(g())

def f(nums: List[int], d=1000):
    return sum(x for x in nums if x <= d) == d

def g(d=1000):
    return [d]

assert f(g())

def f(i: int):
    dnum = i + 1000
    return dnum > 1000 and dnum - 1001 > 2000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return int((n*n-1)**2 + 3) > 1

def g():
    return 3

assert f(g())

def f(ls: List[str]):
    return all(x in ls for x in ls)

def g():
    return ["hello"]

assert f(g())

def f(nums: List[int], m=10):
    sum = 0
    for i in range(m):
        sum += nums[0] * nums[i]
    return sum == len(nums)

def g(m=10):
    return [1 for i in range(m)]

assert f(g())

def f(x: List[int], t=65536):
    return all(x[i] for i in range(t))

def g(t=65536):
    return [1 + i for i in range(t)]

assert f(g())

def f(s: str):
    return "I am " + s == "I am a man"

def g():
    return "a man"

assert f(g())

def f(y: int, a=182860404):
    return -y == a

def g(a=182860404):
    return -182860404

assert f(g())

def f(s: str):
    s = s.lower()
    return s in set(s)

def g():
    return ["A","B","C","D"][3]

assert f(g())

def f(s: List[str], n=1000):
    return len(set(s)) == n

def g(n=1000):
    return ["1"*i + "2" for i in range(n)]

assert f(g())

def f(nums: List[int], n=6):
    return len(nums) == 3 and sum(nums) > 1

def g(n=6):
    return [4, 3, 2]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 0

def g():
    return [0, 1, 2]

assert f(g())

def f(d: int, n=123456789):
    return d > n and n * n <= d

def g(n=123456789):
    return n*n

assert f(g())

def f(s: str, n=7012):
    return len(s) > n

def g(n=7012):
    return "1234567890" * n

assert f(g())

def f(s: str, start=1):
    return start >= len(s) and min(len(s) - start, len(s)) < len(s)

def g(start=1):
    return ""

assert f(g())

def f(n: int):
    return n > 5000

def g():
    return int(int("123456789" + "0"*9) ** 0.6) + 1

assert f(g())

def f(nums: List[int], thresh=100):
    cnt = 0
    # assert len(num) <= 1000
    for i in range(thresh):
        cnt += len(nums) >= i
    return cnt >= thresh

def g(thresh=100):
    return [k for k in range(thresh)]

assert f(g())

def f(arr: List[int], target=24):
    return arr == [1, 3, 6, 5, 2, 8, 4, 7, 9, 10, 11, 12]

def g(target=24):
    return [1, 3, 6, 5, 2, 8, 4, 7, 9, 10, 11, 12]

assert f(g())

def f(n: int):
    if n < 1:
        raise ValueError("n must be > 0")
    return n > 0 and n % 40 == 0

def g():
    return 40

assert f(g())

def f(a: str, len_=2):
    return len_ == len(a) - len(a[0]) if len_ > 1 else len_ == len(a) and all(len_ == len(a))

def g(len_=2):
    return str(int(len_ * len_) ** 0.5)

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, n=1000):
    for i in range(n):
        a, b = s[i], s[i]
    return a == b

def g(n=1000):
    return "123456789" + "0"*9 + "0"*n

assert f(g())

def f(nums: List[int], target=24):
    return len(set(nums)) == target

def g(target=24):
    return [n for n in range(1, target + 1)]

assert f(g())

def f(n: int, a=3, b=5):
    return a <= n / b or b <= 2 * n / a

def g(a=3, b=5):
    return a + 2 * b + 4

assert f(g())

def f(s: str):
    return s in 'moo'.split('.')

def g():
    return 'moo'.split('.')[-1]

assert f(g())

def f(s: str):
    return s == "Hello World"

def g():
    return "Hello World"

assert f(g())

def f(n: int):
    return all(i in range(1000) and n > i * i for i in range(1000))

def g():
    return sum(n * n for n in range(1000))

assert f(g())

def f(s: str, target=8):
    assert target <= len(s), "target should be greater than or equal to length of string"
    return all(s[i] != target for i in range(len(s)) if i in range(target + 1, len(s)) and s[i] != target)

def g(target=8):
    return "abc"*target

assert f(g())

def f(stamps: List[int], thresh=20):
    return thresh > len(stamps) * 4

def g(thresh=20):
    return [thresh]

assert f(g())

def f(n: int):
    return n > 999 and n < 50000  # 0..10000: more than 50000

def g():
    return 1234

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if i <= thresh else 2 for i in nums) > 17

def g(thresh=17):
    return list(range(thresh + 1))

assert f(g())

def f(s: str, substrings=["foo", "bar", "baz"]):
    return all(sub in s for sub in substrings) and all(sub != '' for sub in substrings)

def g(substrings=["foo", "bar", "baz"]):
    return "bla " + "foo"*8 + "bla " + "bar"*8 + "bla " + "baz"*8

assert f(g())

def f(x: float):
    return abs(x - 3.1415) < 1e-1

def g():
    return 3.1415 - 1e-6

assert f(g())

def f(s: str, width=15):
    return len(s) >= width

def g(width=15):
    return "123456789" + "0"*15

assert f(g())

def f(s: str):
    return s == "2-3" or s == "2+4"

def g():
    return "2-3" or "2+4"

assert f(g())

def f(path: List[int], n=1000):
    return len(path) == n and all(path[i] != path[i - 1] for i in range(len(path) - 1))

def g(n=1000):
    return [i + 1 for i in range(n)]

assert f(g())

def f(n: int):
    return all(i in range(6) for i in range(n))

def g():
    return 5

assert f(g())

def f(s: str):
    return "Hello World" == s

def g():
    return "Hello World"  # noqa: N3427

assert f(g())

def f(starts: List[str], m=10, n=10, d=2, x=100, e=100):
    return all(s in start and s in range(m) for s in starts)

def g(m=10, n=10, d=2, x=100, e=100):
    return [start + 1 for start in range(m, n) if e > (x + e)]

assert f(g())

def f(s: str):
    for k in range(1, len(s)):
        if s[k] == 'x':
            return True
    return False

def g():
    return "123456789x"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and not all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+1)+"b" for i in range(1000)]

assert f(g())

def f(t: List[int]):
    return len(t) >= 4 and not (t[0] == 0 and t[len(t)] == 0)

def g():
    return [3,2,1,1,0]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return abs(x - a) < b and abs(x - b) < a

def g(a=1073258, b=72352549):
    return max(a, b) * 1 + 1

assert f(g())

def f(x: List[int], n=10):
    return len(set(x)) == n and n == len(x)

def g(n=10):
    return [n for n in range(n)]

assert f(g())

def f(nums: List[int], q=3):
    return all(i**2 + (i + 1) <= q * nums[i] for i in range(len(nums)))

def g(q=3):
    return [3, 4, 5, 6]

assert f(g())

def f(nums: List[int], n=12345):
    d = 0
    for i, num in enumerate(nums):
        d += num
    return d > n*n/2

def g(n=12345):
    return [i * i for i in range(1000)]

assert f(g())

def f(e: List[int], a=3, b=1):
    return all(x == y for x, y in zip(e, e) if x - y > 1)

def g(a=3, b=1):
    return [1, 2, 3, 4]

assert f(g())

def f(n: int):
    assert isinstance(n, int) and n > 0
    return 2 * n == n * n

def g():
    return 1 + 1

assert f(g())

def f(s: str, big_str="abcdefghijklmnopqr", index=2):
    return big_str.index(s) == index

def g(big_str="abcdefghijklmnopqr", index=2):
    return big_str[index]

assert f(g())

def f(n: int):
    n -= 999
    return n >= 0

def g():
    return 1 << 30

assert f(g())

def f(s: str):
    return all(d.startswith(c) for c, d in zip(s.split(":"), s.split(":")))

def g():
    return "{}"

assert f(g())

def f(bigs: List[int], n=80):
    return all(v == n for v in bigs)

def g(n=80):
    return [v for i in range(n) for v in ("a", "b", "c") if v == n]

assert f(g())

def f(n: int):
    max_n = 2**24
    return n >= max_n

def g():
    return 2**60

assert f(g())

def f(p: List[str]):
    if len(p) == 3:
        return True
    return all(p == '7', p == '8')

def g():
    return ["7", "8", "9"]

assert f(g())

def f(s: str, target="", reverse=False):
    # FIXME: only works for English text.
    return (s[::-1] == target) == reverse

def g(target="", reverse=False):
    return "\u3042"

assert f(g())

def f(inds: List[int], n=8):
    return all([i in range(n) for i in inds]) and len(inds) == n

def g(n=8):
    return [i for i in range(n)]

assert f(g())

def f(words: List[str], n=5):
    return sum(len(p) for p in words) == n

def g(n=5):
    return [str(j) for j in range(n)]

assert f(g())

def f(s: str, a=2, b=16, c=1, d=20):
    return a * b + c * d >= a * d and s == 'I!!!' * b * c

def g(a=2, b=16, c=1, d=20):
    return "I!!!" * b * c

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(i.count("a") > i.count("b") for i in s)

def g():
    return ["a"*1000+"b" for i in range(1000)]

assert f(g())

def f(board: List[List[int]]):
    return len(board) >= 4

def g():
    return [
        [1, 2, 3, 4],
        [3, 5, 9, 2],
        [1, 9, 2, 5],
        [3, 4, 1, 9],
    ]

assert f(g())

def f(ls: List[str]):
    return 'hoo' in str(ls)

def g():
    return [l.strip() for l in ["hoo", "oo"*2, "oooooo"]]

assert f(g())

def f(nums: List[int], n=999):
    return sum(nums > 0 for nums in nums) >= n

def g(n=999):
    return [1, 2, 3] * n

assert f(g())

def f(s: List[int], n=1000):
    return len(s) < n

def g(n=1000):
    return [-1, 0, 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 (9 * 1 / 10) * v

assert f(g())

def f(f: float):
    f = f - 5.0
    return abs(f) < 2.0

def g():
    return 6.0

assert f(g())

def f(indices: List[int], cnt=3):
    return len(set(indices)) == cnt

def g(cnt=3):
    return [1, 2, 3]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150, r=1):
    return all(n >= r for n in range(4, upper_bound + 1))

def g(a=15, b=27, upper_bound=150, r=1):
    return sum(n > 1 for n in range(upper_bound, 150 + r))

assert f(g())

def f(s: str):
    return s == '1' or s == '1~' and not s.startswith('!')

def g():
    return '1' or '1~'

assert f(g())

def f(p: List[int], n=3):
    assert len(p) == len(set(p)) == n
    return sum(i for i in range(n) if i not in p) == n

def g(n=3):
    return list(range(n,n+3))

assert f(g())

def f(nums: List[int], a=8, b=6):
    return sum(nums) == max(nums) and len(nums) >= b

def g(a=8, b=6):
    return [0] * b

assert f(g())

def f(parts: List[str], max_len=10):
    return len(set(parts)) == len(parts) >= max_len

def g(max_len=10):
    return ["a"*(i+2)+"b" for i in range(max_len)]

assert f(g())

def f(x: float, b=54368639):
    return x == b or x >= b

def g(b=54368639):
    return float("123456789" + "0"*9) * b

assert f(g())

def f(s: str):
    return s and "a." not in s and "b." not in s and "c." not in s and "d." not in s and s[-1] in "d."

def g():
    return "abdcd"

assert f(g())

def f(lo: List[int], k=5):
    def f1(nums):
        return len(set(nums)) == k
    return f1(lo)

def g(k=5):
    return [i for i in range(k)]

assert f(g())

def f(n: int, a=93252338, r=1):
    return -n == a

def g(a=93252338, r=1):
    return -a

assert f(g())

def f(x: List[int]):
    return any([x[i] > 0 for i in range(1, len(x))])

def g():
    return [1, 2, 3]

assert f(g())

def f(a: List[int], b=72352549):
    return sum(i for i in a if i < b) >= 0

def g(b=72352549):
    return [i for i in range(1000)]

assert f(g())

def f(list: List[int]):
    return sum(0 <= i <= len(list) for i in range(len(list))) <= 2

def g():
    return [3]

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(len(li) - 1)]) and len(set(li)) == 3

def g():
    return [3, 1, 2]

assert f(g())

def f(nums: List[int], a=30):
    return sum(nums) == a * (a + 1)

def g(a=30):
    return [a * (a + 1)]

assert f(g())

def f(inds: List[int], li=[]):
    return all([li.extend(i) for i in inds])

def g(li=[]):
    return []

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) == 1000 and all(i in nums for i in range(2,len(nums)))

def g():
    return list(range(1000))

assert f(g())

def f(nums: List[int], k=5):
    return k/len(nums) == 1

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], max_length=50):
    return len(nums) == max_length or max_length == 0

def g(max_length=50):
    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, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50]

assert f(g())

def f(x: float):
    return repr(x).startswith("123.456")

def g():
    return float("123.456")

assert f(g())

def f(x: str, n=2):
    return ''.join(d for d in x if d != 0) == 'z'

def g(n=2):
    return 'z'

assert f(g())

def f(s: str):
    return s == "This is not valid for anything"

def g():
    return "This is not valid for anything"

assert f(g())

def f(coords: List[List[int]], num_points=20):
    return len({(a, b) for a, b in coords}) == num_points

def g(num_points=20):
    return [
        [x, y] for x, y in [
            [i, j] for i, j in enumerate(range(num_points))
        ]
    ]

assert f(g())

def f(s: str, d=1):
    return len(s) == d and s in s + "." + s + "."

def g(d=1):
    return "."

assert f(g())

def f(s: str):
    return s.endswith("world") or s.endswith("boof")

def g():
    return "boof world"

assert f(g())

def f(a: List[int], n=100):
    return len(set(a)) == n

def g(n=100):
    return [x for x in range(n)]

assert f(g())

def f(s: str):
    return s == s.lower()

def g():
    return 'hello'

assert f(g())

def f(num: List[int], a=100, b=1000):
    return set(num) <= set(a * i for i in range(b))

def g(a=100, b=1000):
    return [i for i in range(a) if i not in range(b)]

assert f(g())

def f(t: str, s="I love"):
    return s in t and t[:len(s)] == s

def g(s="I love"):
    return "I love"

assert f(g())

def f(n: int) -> bool:
    return all(i ** 2 for i in range(n))

def g():
    return (list(range(1000)) + list(range(2000))).count(list(range(3000)))

assert f(g())

def f(s: str, m=99):
    return sum(s.count('n') for _ in range(m)) == m

def g(m=99):
    return "abcdefghijghijklmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int]):
    return len(nums) == 3 and any((n % 3 == 0) for n in nums)

def g():
    return [123, 456, 789]

assert f(g())

def f(x: int, a=1020):
    return x < 0

def g(a=1020):
    return -5 - a

assert f(g())

def f(x: int):
    x += 1
    return x > 32767

def g():
    return 1234567890002

assert f(g())

def f(c: List[int], n=10):
    return sum(1 if i < n else 2 for i in range(len(c))) == n

def g(n=10):
    return [1 for i in range(n)]

assert f(g())

def f(sum: int, a=2, b=2):
    return sum == a + b

def g(a=2, b=2):
    return a + b

assert f(g())

def f(s: str):
    return (s[-1] == s[0] == 'x' and s.index('x') != -1)

def g():
    return "xx"

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("123456")

def g():
    return float("123456" * 2) - 3.1415

assert f(g())

def f(n: int, ops=['x=x+1', 'x=x+2'], target=19143212):
    return n == target

def g(ops=['x=x+1', 'x=x+2'], target=19143212):
    return 19143212

assert f(g())

def f(target: List[int]):
    return all(i in target for i in range(len(target)))

def g():
    return list(range(10000))

assert f(g())

def f(s: str):
    return '#' in s

def g():
    return '#hello'

assert f(g())

def f(s: str):
    return not (s.count("8") < 1 and s.count("1") < 2 and eval(s) != "123.456")

def g():
    return "123456789"

assert f(g())

def f(s: str, n=1000000):
    return len(s) == n

def g(n=1000000):
    return "1"*n

assert f(g())

def f(s: str, target=0, maxsize=30):
    assert len(s) >= target
    return maxsize - len(s) <= target

def g(target=0, maxsize=30):
    return "0" * maxsize

assert f(g())

def f(a: int, b=0, c=2, target=0):
    return (a + b) <= c and a > b

def g(b=0, c=2, target=0):
    return int(int("0" + str(target) + "1"*target) ** target) & 1

assert f(g())

def f(li: List[int]):
    for j in range(10):
        for i in range(0, 10):
            if li[i] == li[i + j]:
                return True
    return False

def g():
    return [1, 2, 3]

assert f(g())

def f(a: List[int]):
    for i in range(len(a)):
        if a[i] == a[i - 1] + 1:
            return False
    return True

def g():
    return [1, 1]

assert f(g())

def f(a: float, target=200):
    if a > 200:
        return float(a) > target
    return a > 0

def g(target=200):
    return float(1) + float(target)

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567890")

def g():
    return int(int("1234567890" + "0"*15) ** 0.5) + 1

assert f(g())

def f(s: str, target="3twins", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="3twins", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: List[int]):
    for i in range(1, 4, 2):
        if n[i] == n[i + 1]:
            return False
    return True

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(b: int):
    return b < 100

def g():
    return 1

assert f(g())

def f(s: str):
    g = {a: b for a, b in zip(s, s[1:])}
    return len(g) == 2 and not all(x in g for x in s)

def g():
    return "123"

assert f(g())

def f(n: int):
    return n <= 10 and n >= 3

def g():
    return 3 or "h"

assert f(g())

def f(seq: List[int], bound=3):
    return len(seq) > bound

def g(bound=3):
    return [0,1] * bound

assert f(g())

def f(s: str):
    return s.count(s[0]) == 1 and s.count(s[1]) == 1

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s.count("!!") > 0

def g():
    return str(1) + "!!!"

assert f(g())

def f(s: str):
    return all(i == j for i, j in zip(s.split(' '), s.split('-')))

def g():
    return "123456"

assert f(g())

def f(inds: List[int], vecs=[26, 5, 19, 20, 32, 3, 15, 5, 9, 8, 13, 25, 5, 24, 5, 5, 36]):
    return all(inds[i] == vecs[i] for i in range(len(vecs)))

def g(vecs=[26, 5, 19, 20, 32, 3, 15, 5, 9, 8, 13, 25, 5, 24, 5, 5, 36]):
    return [int(i) for i in vecs]

assert f(g())

def f(n: int, nums=[20, 16, -32, -27, -36, -33, 20, 16, 30, 40, 21, 34, 17, 47], min_dist=.1):
    return n >= min_dist or (n % 2 == 0 or n == 0)

def g(nums=[20, 16, -32, -27, -36, -33, 20, 16, 30, 40, 21, 34, 17, 47], min_dist=.1):
    return nums[1]

assert f(g())

def f(x: List[int], m=50, n=7):
    assert all([v > 0 for v in x])
    s = 0
    i = 0
    for r in x:
        s += r
        if s > m:
            return i == n
        i += 1
    return i == n

def g(m=50, n=7):
    return [1] * n

assert f(g())

def f(f: float, m=1, d=0.00001):
    return m / d == f

def g(m=1, d=0.00001):
    return m/d

assert f(g())

def f(n: int):
    return n > 100000

def g():
    return 1000 * 1000

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return abs(x - a) > abs(x - b)

def g(a=1073258, b=72352549):
    return a+b

assert f(g())

def f(p: List[int], a=16, b=22):
    return a - b == p[-1]

def g(a=16, b=22):
    return [a, b, a-b]

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i + 1] for i in range(10)])

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(l: List[int], lower_bound=3, upper_bound=30):
    a, b = 0, l[0]
    for i in range(lower_bound, upper_bound):
        a, b = a + 1, l[a]
    assert a <= b
    return a > lower_bound

def g(lower_bound=3, upper_bound=30):
    return [int(str(x) + "0"*(upper_bound-x)) for x in range(lower_bound, upper_bound+1)]

assert f(g())

def f(nums: List[int], k=7):
    return len(nums) == k and all((1 + nums[i] for i in range(k)))

def g(k=7):
    return [0]*k

assert f(g())

def f(x: List[List[int]]):
    return min((a, b) for a, b in zip(x, x[1:])) != -1

def g():
    return [[1, 2, 3], [4, 5, 6], [7, 8, 9]]

assert f(g())

def f(n: int):
    if n == 999:
        return True
    return n >= 1250

def g():
    return 1250

assert f(g())

def f(r: List[int], n=456611):
    return len(r) == n

def g(n=456611):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s.startswith("abcde")

def g():
    return 'abcde'

assert f(g())

def f(s: str):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ" in s

def g():
    return "123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(nums: List[int]):
    for i, num in enumerate(nums):
        if num % 10 != 0:
            return i >= 10000
        if num % 1 != 0:
            return num == i - 1
        return True

def g():
    return [0]

assert f(g())

def f(a: List[int], e=12):
    return a == [0, 1, 2, 3, 4, 5]

def g(e=12):
    return [0,1,2,3,4,5]

assert f(g())

def f(s: str):
    assert s is not None
    return len(s) > 10

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return len(s) > 7 or s.endswith(".")

def g():
    return "".join("ab"*5+"c"*5+"d"*5)

assert f(g())

def f(li: List[int], e=2):
    return e > 0 and len(li) > 2  # a,b,c

def g(e=2):
    return [1, 2] + [3, 4]

assert f(g())

def f(n: int, a=6, b=6, c=6, d=2, e=2, f=2, g=3, h=3, i=6, j=0):
    return all([a != 1 or b != 1 or c != 1 or d != 1 or e != 1 or f != 1 or g != 1 or h != 1 or i != 1 or j != 1])

def g(a=6, b=6, c=6, d=2, e=2, f=2, g=3, h=3, i=6, j=0):
    return a and b and c and d and e and f and g and h and i and j

assert f(g())

def f(e: List[int]):
    return max(e) > 10

def g():
    return [e for e in range(100)]

assert f(g())

def f(x: int, a=662448):
    return -x == a

def g(a=662448):
    return -int(a)

assert f(g())

def f(n: int):
    return n < 2 ** 32

def g():
    return 47426

assert f(g())

def f(p: List[int]):
    return sum(p[i] * i for i in range(10)) > 10

def g():
    return [i for i in range(10)]

assert f(g())

def f(words: str, first='i', second='me', third='w', fourth='h', fifth='e', sixth='d'):
    return all(1 <= len(w) <= 6 and len(w) <= 4 and w in words for w in words) and len({w for w in words}) == 6

def g(first='i', second='me', third='w', fourth='h', fifth='e', sixth='d'):
    return first + second + third + fourth + fifth + sixth

assert f(g())

def f(s: str):
    return s == "world"

def g():
    return "world"[::1]

assert f(g())

def f(s: str, n=18):
    return s == "abc" or s == "abcde" or s == "0x12345678" or s == "abcde"

def g(n=18):
    return "abc" if n == 18 else "abcde"

assert f(g())

def f(tst: List[int]):
    return len(tst) > 2 and tst[0] < tst[1]

def g():
    return [3, 4, 5]

assert f(g())

def f(s: str):
    return "Hello World" == s

def g():
    s = "Hello World"
    return s

assert f(g())

def f(n: int):
    return sum(1 if i < 3 else 2 for i in range(n)) == n

def g():
    return 1

assert f(g())

def f(x: str):
    return x.lower().endswith(".mp3")

def g():
    return "foo.mp3"

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == len(list(nums)) and sum(nums) == tot

def g(tot=12345):
    return [tot]

assert f(g())

def f(x: int, s=10, i=10):
    return abs(x - s**i) < 1e-6

def g(s=10, i=10):
    return s**i

assert f(g())

def f(nums: List[int], b=10201202001, m=3):
    return len(nums) == m and len(nums) < b

def g(b=10201202001, m=3):
    return [1, 2, 3]

assert f(g())

def f(t: int, a=9814):
    return abs(t - a) <= 1

def g(a=9814):
    return a

assert f(g())

def f(s: str):
    return sum([int(d) for d in s]) == len(s)

def g():
    return "11"

assert f(g())

def f(s: str, word="konjac"):
    return s.replace("konjak", "konjac", 4).lower() == word.lower()

def g(word="konjac"):
    return "konjac"

assert f(g())

def f(nums: List[int], max_length=50):
    return len(nums) == max_length or max_length == 0

def g(max_length=50): return [max_length or "abcdefghijklmnopqrstuvwxyz" for i in range(1, max_length+1)][::-1]

assert f(g())

def f(move: str):
    return "Hello " + move == "Hello world"

def g():
    return "world"

assert f(g())

def f(d: List[int]):
    return sum(d[i] for i in range(len(d))) < 1000

def g():
    return [3, 2, 1]

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 9

def g():
    return [0, 0, 0]

assert f(g())

def f(x: float, a=1020, b=1020):
    return abs(x ** 2 - a ** 2) < 10 ** -3

def g(a=1020, b=1020):
    return float(b + a) / 2

assert f(g())

def f(n: int):
    return n > (2 ** 30)

def g():
    return 2 ** 30 + 1

assert f(g())

def f(strs: List[str]):
    return len(set(strs)) == 1000 and all([x.count("a") > x.count("d") for x in strs])

def g():
    return [
        "a"*(i+2)+"c" for i in range(1000)
    ]

assert f(g())

def f(x: List[int], n=999):
    return len(x) == n and all(x[i] == i for i in range(n))

def g(n=999):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s.startswith(u"-")

def g():
    return u"-"

assert f(g())

def f(t: str, state={0: 5, 1: 9, 2: 11, 3: 18, 4: 25, 5: 1, 6: 2, 7: 4, 8: 9, 10: 18, 11: 25, 12: 18}):

    i = 0
    for c in t:
        while c != state[i]:
            i += 1
            if c != state[i] or abs(moves(state, i)[0]) == abs(c):
                return True
            if set(state) == {0}:
                return True

def g(state={0: 5, 1: 9, 2: 11, 3: 18, 4: 25, 5: 1, 6: 2, 7: 4, 8: 9, 10: 18, 11: 25, 12: 18}):
    return "Hello {0}, you are going to stay {1} and {2} for {3} more, and {4} more on {5}"

assert f(g())

def f(fmt: str):
    return fmt.find('?') != -1

def g():
    return "abc?"

assert f(g())

def f(n: int):
    return n > 0 and any(j in [0, 1] for j in range(2 * n))

def g():
    return 3+3*3

assert f(g())

def f(x: List[int], n=3, s=9):
    return len(set(x)) == n and all([a > 0 for a in x])

def g(n=3, s=9):
    return [1, 2, 3]

assert f(g())

def f(s: str, n=2):
    return str(s[:10] + s[10:]) == s[:10] + 'zorro'

def g(n=2):
    return "zorro"*n + "zorro"

assert f(g())

def f(target: int):
    assert target in range(1, 21) and target in (20, 2, 3, 5)
    return target == target

def g():
    return 5

assert f(g())

def f(n: int, a=133514):
    return n > a

def g(a=133514):
    return int(str(133514) + str(a))

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i - 1] for i in range(9)]) and len(li) == 10

def g():
    return [0] * 10

assert f(g())

def f(nums: List[int], p=100000, upper_bound=1000):
    return max(nums) < upper_bound and min(nums) >= 0 and sum(nums) >= p

def g(p=100000, upper_bound=1000):
    return [num for num in range(upper_bound)]

assert f(g())

def f(nums: List[int], lower_bound=0):
    return len(nums) >= lower_bound

def g(lower_bound=0):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: List[int], target=20):
    return x != 0 and len(x) == target

def g(target=20):
    return [0 for _ in range(target)]

assert f(g())

def f(nums: List[str], target=2, min_stamp=0):
    assert len(nums) <= target
    for i in range(min_stamp):
        assert sum(nums[i:i+1]) == target
    return nums.count(target) == nums.count(target)

def g(target=2, min_stamp=0):
    return [f(t) for t in range(min_stamp)]

assert f(g())

def f(v: int, start=500):
    return v >= start

def g(start=500):
    return start + 500

assert f(g())

def f(li: List[int], dups=42155):
    return len(set(li) - {0, 1, 2, 3}) >= len(li) - dups

def g(dups=42155):
    return list(range(2))

assert f(g())

def f(n: int):
    assert n >= 0, "Hint: n has to be >= 0"
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return all(n == (n // 2) and n % 3 == (n // 2) and n % 2 == (n // 2) for n in range(1, n + 1))

def g():
    return 0 if 1 == 1 else 1

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(10))

def g():
    return [i for i in range(10)]

assert f(g())

def f(ls: List[int], lower=10000, k=5):
    for i in range(k):
        a = ls.pop()
        if set(ls) == {a}:
            return False  # you got out!
    return all(a > 0 for a in ls)

def g(lower=10000, k=5):
    return [j for j in range(k)]

assert f(g())

def f(sub: List[int], target=18):
    for i in range(len(sub)):
        if i >= target:
            return True
    return False

def g(target=18):
    return [target for i in range(1000000)]

assert f(g())

def f(h: List[float], m=11, y=40, s=20, b=15):
    sum = 0
    for v in h:
        sum += v
    return sum / m >= y / s

def g(m=11, y=40, s=20, b=15):
    return [float(str(n) + "0"*m+"0") for n in range(9)]

assert f(g())

def f(l: List[str]):
    return len(set(l)) > 5

def g():
    return ["a"*i for i in range(1000)]

assert f(g())

def f(s: str):
    return s.count("!") == s.count("~")

def g():
    return "!" + "~123456789234567890"

assert f(g())

def f(p: List[str]):
    return len(set(p)) == 5 and all(p)

def g():
    return ["a"*(i+2)+"b" for i in range(5)]

assert f(g())

def f(states: List[str], target_len=10):
    return len(states) == target_len and all(s in states for s in states)

def g(target_len=10):
    return ["a"*(i+1)+"b" for i in range(target_len)]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s.startswith("foobarbazwow")

def g(target="foobarbazwow", length=6):
    return "foobarbazwow" * length

assert f(g())

def f(nums: List[int]):
    nums.sort()

    return all(nums.count(u) == 1 and nums.count(n) == 1 and n != u for u, n in zip(nums, nums[1:]))

def g():
    return [1,2,3,4,5]

assert f(g())

def f(str: str, max_len=10):
    return int(len(str)-max_len) > 0

def g(max_len=10):
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(x: str):
    return x == "yes" or x == "y" or "yes" in x or "y" in x

def g():
    return "yes" or "y" or bool(bool([]))

assert f(g())

def f(x: int):
    return x < 10

def g():
    return 4

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 or (caps == 1 and s[:1] == s[-1:])

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s

assert f(g())

def f(s: str):
    return "{}".format(s).startswith("hello")

def g():
    return "{}".format(u"hello")

assert f(g())

def f(li: List[int], b=7, m=6):
    return len(li) == m or not all(li[1])

def g(b=7, m=6):
    return [8, 9] if (b+m) < 10 else [10]*m

assert f(g())

def f(indices: List[int]):
    assert len(indices) == 1000
    for i in range(1000):
        if i in indices:
            return True
    return False

def g():
    return [i % 10 for i in range(1000)]

assert f(g())

def f(s: str, k=4):
    return s.count("a") >= k

def g(k=4):
    return "ababab" * k

assert f(g())

def f(a: List[int]):
    return sum(a[i] for i in range(len(a))) == len(a)

def g():
    return [i for i in range(3) if i == 0 or i == 1 or i == 2]

assert f(g())

def f(i: List[int]):
    return i[2] > i[0]  # i[2] == max(max(i[0]), i[1])

def g():
    return [23, 42, 77, 1]

assert f(g())

def f(x: int, n=5):
    x = x * x + 1
    return n <= 3 * x + 1

def g(n=5):
    return int(n)

assert f(g())

def f(n: int):
    return n > 0 and n % 5 == 1

def g():
    return 1

assert f(g())

def f(states:List[str], start=""):
    return len(states) >= 3

def g(start=""):
    return ['a','1','2','3','4','5','6','7','8','9']

assert f(g())

def f(s: str, word="hello", word2="are you there?"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="hello", word2="are you there?"):
    return str(word) + word2 + "!"

assert f(g())

def f(x: int, a=253532):
    return x - a == 0

def g(a=253532):
    return a

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return ((a ** n + b ** n == c ** n) and a > 0 and c > 0) or min(a, b, c) > 0

def g():
    return [1, 4, 8, 9]

assert f(g())

def f(t: str, s="Problems", position=0):
    return position < len(t) and t[position:position+len(s)] == s

def g(s="Problems", position=0):
    return ("Problems" + s[::-1])[position:]

assert f(g())

def f(n: int, a=3, b=23483890):
    return a + (b / n * (n + 1) + (n + 1) // 2) != 0

def g(a=3, b=23483890):
    return a * b

assert f(g())

def f(lst: List[str], n=10):
    s = ""
    for i in range(0, len(lst), n):
        s += lst[i]
    return len(s) == n

def g(n=10):
    return [s for s in ["a", "a1", "a2", "a3", "a4", "a5"]*n]

assert f(g())

def f(list: List[str]):
    return len(list) == 5 and all(x in list for x in ["a", "b", "c", "d", "e"])

def g():
    return [ "a", "b", "c", "d", "e" ]

assert f(g())

def f(n: int):
    return n == 3 ** 9

def g():
    return 3 ** 9

assert f(g())

def f(probs: List[float], c=20):
    assert all(abs(probs[(i + 2) % 3] - probs[(i + 1) % 3]) < c for i in range(3))
    return max(probs[i] - probs[i - 1] for i in range(3)) < 0.5

def g(c=20):
    return [float(c) / 20 for c in [0] * 9]

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == n and all(abs(nums[i] - i) >= 1 for i in range(len(nums)) if i >= tot)

def g(tot=12345, n=5):
    return [n, n+1, n+2, n+3, n+4]

assert f(g())

def f(s: str, target="hello world", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s[0:6]

def g(target="hello world", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(nums: List[int]):
    assert len(nums) <= 10
    return len(nums) == 4

def g():
    return [int(s) for s in [1, 2, 3, "0"]]

assert f(g())

def f(s: str, a=False):
    for i in range(len(s)):
        if s[i] == "1": return True
    return False

def g(a=False):
    return "123456789" + "0"*9

assert f(g())

def f(inds: List[int], li=[]):
    return all([li.extend(i) for i in inds])

def g(li=[]):
    return li[:]

assert f(g())

def f(combinations: List[List[str]], l=2):
    assert all(combinations[i] == combinations[i+1] for i in range(l-1))
    return combinations[-1] == combinations[-l]

def g(l=2):
    return [["hello", "world", ""]] * l

assert f(g())

def f(s: str):
    return s == "1"

def g():
    return "1"

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    if n < 2:
        return True
    return abs(n/2) >= 4

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], k=2, target=21):
    return sum(nums) >= target

def g(k=2, target=21):
    return list(range(1, 10, k))

assert f(g())

def f(n: List[int]):
    for i in range(1, 4, 2):
        if n[i] == n[i + 1]:
            return False
    return True

def g():
    return [n for n in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9] if n != 0]

assert f(g())

def f(x: List[int], e=18):
    return sum(x) >= e and all(a <= b for a, b in zip(x, x[1:]))

def g(e=18):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]

assert f(g())

def f(e: List[int], n=1234):
    e[0] * e[1] * e[2] == n
    return True

def g(n=1234):
    return [e*e for e in range(n)]

assert f(g())

def f(d: int, n=123456789):
    return n * n <= d

def g(n=123456789):
    return n**2 + 1

assert f(g())

def f(nums: List[int], thresh=100, low=4):
    return sum(len(nums) / 2 for i in range(len(nums) - 1)) >= low

def g(thresh=100, low=4):
    return [3, 4, 5, 4, 0, 0, 5]

assert f(g())

def f(x: List[int], n=36):
    return len(x) <= n and all(x[i] != 0 for i in range(10, n))

def g(n=36):
    return [i * i for i in range(36)]

assert f(g())

def f(curname: str, count=1):
    return count%2 == 1 and curname == "meow"

def g(count=1):
    return "meow" if count == 1 else "maw"

assert f(g())

def f(x: List[int], n=5, target=10):
    return sum(x[i] * x[i + 1] for i in range(n)) > target

def g(n=5, target=10):
    return list(range(5)) + [0] + [1] + [2] + [3] + [4] + [5]

assert f(g())

def f(n: int, a=8, b=1057):
    if n < a:
        return False
    elif n > b:
        return True
    return n in a and n in b

def g(a=8, b=1057):
    return a + b

assert f(g())

def f(n: int, a=17, b=9, c=8):
    return a*a*a + b*b*b <= n*n*n and c*c <= n*n or n == 0 and abs(a*a + b*b) == n  # a b c <= n**4

def g(a=17, b=9, c=8):
    return 5 * 5 * 5

assert f(g())

def f(list: List[int], n=100, max=0):
    assert len(list) >= n and sum(list) >= max
    return len(list) == n and all(list[i] == 1 for i in range(n))

def g(n=100, max=0):
    return [1 for i in range(n)]

assert f(g())

def f(n: int):
    s = str(n)
    for i, pair in enumerate(s):
        try:
            p = int(pair)
            assert p >= 0 and p < n, "not a valid n! " + str(n)
        except ValueError:
            return False
    return True

def g():
    return 3*(int(str(1) + str(2) + str("3")) ** 5) - 1

assert f(g())

def f(s: List[int], n=1000):
    return len(s) < n and sum(set(s)) > n

def g(n=1000):
    return [int(x * n) for x in range(10)]

assert f(g())

def f(d: int, n=1000000):
    return all([d > n for j in range(n) for i in range(3)])

def g(n=1000000):
    return n**2

assert f(g())

def f(n: int):
    return n < 0 and abs(n) > 1000

def g():
    return 100 + int(int("-1000000000"))

assert f(g())

def f(lens: List[int], n=8):
    assert len(lens) == n
    return len(lens) == n and 2 ** (len(lens) + 7) % n == 0 and 0 <= lens[len(lens) - 1] <= 9

def g(n=8):
    return list(range(1, n+1))

assert f(g())

def f(x: List[int]):
    for i in range(len(x)):
        if i % 2 != 0:
            return True
    return False

def g():
    return [-1, 2]

assert f(g())

def f(target: List[int], target_len=10):
    return len(target) <= target_len

def g(target_len=10):
    return [-1, -1] if target_len == 9 else [target_len]*2

assert f(g())

def f(n: int, scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1]):
    return all(scores[i] >= scores[i + 1] for i in range(len(scores) - 1))

def g(scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1]):
    return sum(scores[i] + scores[i + 1] for i in range(len(scores) - 1))

assert f(g())

def f(a: List[int], b=5):
    return any(a + b == b for a in range(a.count(b)))

def g(b=5):
    return [a for a in range(1000)]

assert f(g())

def f(s: str):
    return s == "()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#"

def g():
    return "()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#()#"

assert f(g())

def f(list: List[int]):
    # only list of integers, no iterables
    i = len(list) // 2
    return (list[i] + list[i + 1]) == len(list)

def g():
    return list(range(0, 3))

assert f(g())

def f(s: str, n=10):
    return all([s == s.rjust(n) for i in range(n)])

def g(n=10):
    return "123456789" + "0"*9

assert f(g())

def f(nums: List[int], n=12345, m=10):
    return len(nums) >= 4 and sum(i ** 2 for i in nums) >= m

def g(n=12345, m=10):
    return [i + 2 for i in range(n)]

assert f(g())

def f(x: List[float]):
    return x[0] <= 0.3 and max(x[1], x[2]) < 0.9

def g():
    return [0.1/10, 0.1/10, 0.1/10]

assert f(g())

def f(nums: List[int]):
    return sum(nums) > 10001

def g():
    return [9223372036854775808]

assert f(g())

def f(s: str):
    return s == "hello world"

def g():
    return str("hello world" + "")

assert f(g())

def f(s: str, a=2):
    return float(s) % 2 == 0

def g(a=2):
    return "123456789" + "0"*9

assert f(g())

def f(x: List[int], n=4):
    return all(i in range(n) for i in range(n) if x[i] == n)

def g(n=4):
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, big_str="foobar", index=0):
    return big_str == s

def g(big_str="foobar", index=0):
    return "foobar"

assert f(g())

def f(str: str):
    return str == "123"

def g():
    return "123"

assert f(g())

def f(l: List[int]):
    return sum(i == 0 for i in l) > 0

def g():
    return list(range(9))

assert f(g())

def f(n: int, a=10201202001):
    return n > a

def g(a=10201202001):
    return 9999999999999999999999999999999999999999999999

assert f(g())

def f(x: float):
    return x == 0.

def g():
    return float("0.0")

assert f(g())

def f(b: List[str]):
    return len(set(b)) == 7

def g():
    return ["a"*(i+2)+"b" for i in range(7)]

assert f(g())

def f(pos: List[List[int]]):
    return all((pos[i] > pos[i + 1]) for i in range(2))

def g():
    return [
        [8, 7, 4, 3, 2, 6],
        [6, 0, 4, 9, 1, 5],
        [3, 9, 3, 5, 6, 5],
        [4, 3, 0, 6, 9, 7],
        [1, 7, 4, 2, 3, 6],
    ]

assert f(g())

def f(target: List[int]):
    return all(i in target for i in range(len(target) - 1))

def g():
    return list(range(1000))

assert f(g())

def f(s: str):
    return s  == "2+2+2+2"  or len(s) == 1  or sum(s) == 5

def g():
    return "Hello world"[0]

assert f(g())

def f(s: str, index=2):
    return s == "a"

def g(index=2):
    return "a"

assert f(g())

def f(s: str, n=10, e=100):
    return len(set(s)) == n and len(set(s[1:e])) < e

def g(n=10, e=100):
    return "123456789" + "0" * n

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and min(nums) >= n

def g(n=12345):
    return [n] * n

assert f(g())

def f(b: int):
    return b >= 0 and not all([i == b for i in range(b + 1)])

def g():
    return 1

assert f(g())

def f(n: int):
    return n > 50000

def g():
    return 2**99

assert f(g())

def f(l: List[int]):
    return all([~l[i] for i in range(10)]) or (len(l) - 1 > 0)

def g():
    return [0]*50

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float("%.6f" % z) == v / d

def g(v=9, d=0.0001):
    return float("%.6f" % v) / d

assert f(g())

def f(d: List[int], target=90):
    t = sum(d)
    return target - (t % target == 0) and t >= target or t == target

def g(target=90):
    return [target, target*target, target+target, target-target*target, target*target+target, target+target-target*target]

assert f(g())

def f(input: List[str], target_len=12):
    return len(input) > target_len or sum(input) > target_len

def g(target_len=12):
    return [str(i) for i in range(1000)]

assert f(g())

def f(a: int, target=17):
    if a >= 2:
        a -= 2
    return a == 0

def g(target=17):
    return 1 if target != 17 else 0

assert f(g())

def f(i: int, target=99):
    return abs(i // 3) >= target

def g(target=99):
    return 999999

assert f(g())

def f(str: str, a=['cat', 'dots', 'bird']):
    return ''.join(d for d in a if d) in str

def g(a=['cat', 'dots', 'bird']):
    return ''.join(a for a in {"cat", "dots", "bird"} if a)

assert f(g())

def f(n: int, a=4, upper=6, lower=8, t=64):
    assert all(a * n <= n ** a / 2 for a in [4, 3, 2])
    return all([a + b**0.5 for a, b in zip(range(upper + lower), [4, 3, 2])])

def g(a=4, upper=6, lower=8, t=64):
    return a + upper + lower + t + 7 + a  # sum(a for i in range(t))

assert f(g())

def f(nums: List[int], bound=10):
    assert all([(i, j) for (i, j) in zip([1, 3], nums) if i % 2 == j % 2])
    return bound - 1 <= nums[-1]

def g(bound=10):
    return [x for n in range(bound) for x in range(bound)]

assert f(g())

def f(x: int, a=3, b=-4, c=42):
    return a - x - c == b

def g(a=3, b=-4, c=42):
    return a - b - c

assert f(g())

def f(li: List[int]):
    return sum(li) == 3300

def g():
    return [3300]

assert f(g())

def f(a: List[int]):
    return a == [10, 20, 30, 40, 50, 60, -20, -10, -10, -10, -10, -10, -10]

def g():
    return [10, 20, 30, 40, 50, 60, -20, -10, -10, -10, -10, -10, -10]

assert f(g())

def f(target: str, length=6):
    return target.endswith("bar-baz")

def g(length=6):
    return "bar-baz"

assert f(g())

def f(t: str, n=26):
    return all(t[i] != t[i + n] for i in range(n))

def g(n=26):
    return "1234567890[10/20]"*n

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3
    return max(probs[(i + 1) % 3] - probs[0] for i in range(3)) < 1e-6

def g():
    return [0.5, 0.5, 0.1]

assert f(g())

def f(num: List[int], target=20):
    assert num.pop() == 0
    return len(num) >= target

def g(target=20):
    return [int(x) for x in range(target, -1, -1)]

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == len(set(nums)) == n and all(i > i % n for i in nums)

def g(tot=12345, n=5):
    return [tot + i for i in range(n)]

assert f(g())

def f(r: int, s=1, n=200, m=11):
    return s * (((m + r) * m) + (n - r) * n) >= 8 * n * n

def g(s=1, n=200, m=11):
    return n + n*(2*m - n) - (n-m)*n*n

assert f(g())

def f(numbers: List[int]):
    return sum(numbers) >= 90

def g():
    i=0
    r=[1]
    while i < 1000:
        r.append(90 * (i+1))
        i=i+1
    return r

assert f(g())

def f(s: str):
    return s == 'permute true' or 'permute false' in s

def g():
    return 'permute true'

assert f(g())

def f(indices: List[int], a0=15, a1=25, num_points=10):
    return len(indices) == num_points and {(i, j) for i in indices for j in indices} == \
        {(j, i) for j in indices for i in indices}

def g(a0=15, a1=25, num_points=10):
    return [i for i in range(num_points)]

assert f(g())

def f(nums: List[int]):
    return min(nums) == max(nums[0], nums[1]) and min(nums[0], nums[1]) == min(nums[2], nums[3])

def g():
    return 2*[1 for i in range(3)]

assert f(g())

def f(m: int):
    return m == 1234

def g():
    return 1234

assert f(g())

def f(x: str):
    return all(x)

def g():
    return "abc"

assert f(g())

def f(s: str):
    return bool(s.count('o') == 1000 and s.count('oo') == 0)

def g():
    a = []
    for i in range(1000):
        a.append("hello")
    return "".join(a)

assert f(g())

def f(path: List[int], s=5):
    # Note this does not check the first element of path
    # we need to check the length.
    return len(path) == s

def g(s=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(li: List[int], target=[8, -2, 5, 25, -1], n=3):
    return li[0] == target[0] and li[1] == target[1]

def g(target=[8, -2, 5, 25, -1], n=3):
    return target + [1]

assert f(g())

def f(candy: List[int]):
    return all(candy[i] for i in range(len(candy)) and not(candy[i] == 0 for i in range(len(candy))))

def g():
    return []

assert f(g())

def f(state: List[str], word="MONEY"):
    if state == ["MONEY"]:
        return True
    else:
        return False

def g(word="MONEY"):
    return [word]

assert f(g())

def f(stamps: List[List[int]], target={}, n=6):
    return len(stamps) >= 5 or ((len(stamps) >= 5) or max(stamps.count(x) for x in target))

def g(target={}, n=6):
    return [
        [i*100 for i in range(n)] for _ in range(n)
    ]

assert f(g())

def f(s: str, m=1867, n=7, p="x"):
    s = s.replace("x", p)
    assert s == m * n * p
    return s == m * n * p

def g(m=1867, n=7, p="x"):
    return m * n * p

assert f(g())

def f(p: List[int], a=5, b=2):
    return p[b] * p[a] == 0

def g(a=5, b=2):
    return [0] * a * b

assert f(g())

def f(s: str):
    return str(s).startswith("abcdefghijklmno") == True

def g():
    return "abcdefghijklmno"

assert f(g())

def f(n: int):
    return n > 5

def g():
    return 2*int(1 + 2*3 + 4*5)

assert f(g())

def f(x: float, target=100):
    return x > target  # > target will become True

def g(target=100):
    return target * 2.5

assert f(g())

def f(t: str, n=1000):
    return not t.startswith('a')

def g(n=1000):
    return "42abcd"

assert f(g())

def f(s: str, a=2):
    return s == "I like cats" and not s.endswith(" ")

def g(a=2):
    return 'I like cats'

assert f(g())

def f(n: int, str=''):
    return all(len(s) > n for s in str)

def g(str=''):
    return int(int(str + "0"*8) ** 0.5)

assert f(g())

def f(str: str, target=1):
    x = 0
    while x * x < len(str):
        x += 1
    return 0 <= x <= len(str) - target - 1

def g(target=1):
    return "123456789" + "0"*9

assert f(g())

def f(n: int):
    if n < 1000:
        return False
    if n > 1000:
        return True
    return n % 6

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(nums: List[int], a=100, b=1000):
    m = max(a, b)
    for i in range(m):
        if a == 0:
            return nums[i] < b
        if b == 0:
            return nums[i] < a
        if a + a + b == b:
            return False
    return True

def g(a=100, b=1000):
    return [x for i in range(a) for x in range(b)]

assert f(g())

def f(s: str):
    return s.count('a') == 1

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: List[int]):
    return (sum(x) >= len(x)) and (x[2] > 0)

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, i=0, j=0):
    return s == "f" and i == 0 or s == "i" and j == 0

def g(i=0, j=0):
    return "f"

assert f(g())

def f(s: str):
    return s[::-1] == "Hello World"

def g():
    return "Hello World"[::-1]

assert f(g())

def f(li: List[int], v=12, w=100):
    for i in range(len(li)):
        if li[i] > v / 3 and v * (1 + li[i] % w) > 0:
            return True
    return False

def g(v=12, w=100):
    return [13, v, w, 1, 3, 2, 4, 5, 6, 7, 8]

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(inds: List[int], target=10):
    return len(inds) == target and inds == sorted(inds)

def g(target=10):
    return [k for k in range(target)]

assert f(g())

def f(li: List[int], target=[50, 9, 0], k=3):
    return all(li[i] == target[i] for i in range(k))

def g(target=[50, 9, 0], k=3):
    return [target[i] for i in range(k)]

assert f(g())

def f(state: List[int], n=21):
    return state == [n]

def g(n=21):
    return [n]

assert f(g())

def f(corners: List[List[int]]):
    return len(corners) == (2 * (len(corners) - 1)) / (len(corners) - 1) + 1

def g():
    return [
        [1, 2, 3],
        [1, 2, 3, 4],
        [1, 2, 3, 4, 5]
    ]

assert f(g())

def f(str: str):
    return str.count("0123456789") == 1

def g():
    return "0123456789"

assert f(g())

def f(string: str, p=10, q=15):
    return len(set(string)) == p or s.find("[%d%" % p) == 0 or s.find("[%d%" % q) == 0

def g(p=10, q=15):
    return "123456789" + "0"*(p+1) + "0"*(q-1)

assert f(g())

def f(e: List[int]):
    count = 0
    for c in range(len(e) - 1, -1, -1):
        e[c] += 1
        count += e[c]
    return count >= 20 and count >= 10 ** -5

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: str):
    return x == "yes" or x == "y" or "yes" in x or "y" in x

def g():
    return True and "xyz" or False

assert f(g())

def f(y: List[int]):
    return y == [1, 2, 3]

def g():
    return [1,2,3]

assert f(g())

def f(counts: List[int], target=15):
    return sum(counts) > target

def g(target=15):
    return list(range(target+1))

assert f(g())

def f(nums: List[int]):
    a, b = nums
    return a <= b or max(a, b) == 0

def g():
    return [2, 3]

assert f(g())

def f(x: List[int], min_x=10, max_x=100):
    x.sort(reverse=True)
    return x[0] >= min_x and x[0] <= max_x

def g(min_x=10, max_x=100):
    return [min_x, max_x]

assert f(g())

def f(n: int, scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], k=6):
    assert scores[n] >= scores[n - 1] and scores[n] <= scores[n - 3]
    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):
    assert all(s >= scores[k] and s > 0 for s in scores[:k])
    return all(s <= scores[k] or s == 0 for s in scores[k+1:]) and k+1

assert f(g())

def f(p: List[int]):
    return sum(p) == 3 * p[2] + 1

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(target: int, n=5):
    return int(target * n) == n

def g(n=5):
    return 1

assert f(g())

def f(n: int):
    return (n + 1) in range(1, 100)

def g():
    return (1 + 1)

assert f(g())

def f(x: List[int], n=5, lower_bound=1):
    return len(x) >= n and 0 <= x[-1] <= n

def g(n=5, lower_bound=1):
    return [x for x in range(n)]

assert f(g())

def f(seq: List[int], n=10000):
    return sum(seq) == n

def g(n=10000):
    return [1 for _ in range(n)]

assert f(g())

def f(nums: List[int], k=8):
    return sum([num*i for num, i in zip(nums, range(k))]) > k

def g(k=8):
    return [4, 9]

assert f(g())

def f(nums: List[int], n=120):
    assert len(nums) == n
    return all(nums[0] == 1 for i in range(10))

def g(n=120):
    return [1+i for i in range(n)]

assert f(g())

def f(n: int):
    if n % 2 == 0:
        return True
    if n % 3 == 0:
        return True
    if n % 7 == 0:
        return True
    return False

def g():
    if True:
        return 3
    if 1:
        return 5
    if 2:
        return 7
    if 3:
        return 11
    return int("123456789" + "0"*9)**0.5 + int("123456789" + "0"*9)**0.75 + int("123456789" + "0"*9)**0.25 + int("123456789" + "0"*9)**0.125

assert f(g())

def f(keys: List[int], s=3):
    assert len(keys) == 3, "Hint: keys[k]==(x[k],y[k],z[k])!"
    return len(keys) == s

def g(s=3):
    return [int(x) for x in range(s)]

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s == target

def g(target="reverse me", reverse=True):
    return target if reverse else s

assert f(g())

def f(r: List[int], target_num=10):
    return len([a for a in r if a <= target_num]) == len(r)

def g(target_num=10):
    return [1, 2]

assert f(g())

def f(p: List[int]):
    p + [1] * 5  # first two elements are 1's so add them
    return len(p) > 5

def g():
    return [1, 6, 7, 8, 9, 10]

assert f(g())

def f(li: List[int], l=0):
    x = []
    x2 = []
    for i in li:
        if i in x:
            x.append(i-l)  # don't move to the end
        x2.append(i + l)
    return x == x2  # make sure we don't split by shifting

def g(l=0):
    return [1,2]*l + [2,2]*(l-11)

assert f(g())

def f(nums: List[int]):
    return sum(nums) == len(nums)

def g():
    return [int(x) for x in range(0, 3)]

assert f(g())

def f(nums: List[int], n=10):
    return len(set(nums)) == n

def g(n=10):
    return list(range(n))

assert f(g())

def f(t: float, n=10):
    return t > 100 and (t > 25) and (t > 7)

def g(n=10):
    return 5.2 * n ** 2.6

assert f(g())

def f(l: List[int], t=5):
    return len(l) >= t and all(l[i] != l[i + 1] for i in range(t))

def g(t=5):
    return list(range(t+2))

assert f(g())

def f(list: List[str]):
    return sorted(list) == sorted(['Pythagorean Theorem'])

def g():
    return ["Pythagorean Theorem"]

assert f(g())

def f(n: int, a=1020):
    return n >= a

def g(a=1020):
    return a + 1

assert f(g())

def f(l: List[str], n=100):
    return all(len(l) >= n and l[-n:])

def g(n=100):
    return [str(i) + " " + str(i * n) for i in range(n)]

assert f(g())

def f(s: str):
    return ("My name is Joe Bob and I like you.") == s

def g():
    return ("My name is Joe Bob and I like you.")

assert f(g())

def f(x: List[int]):
    return sum(x) == len(x)

def g():
    return [1]

assert f(g())

def f(n: int):
    return abs(n) <= 5

def g():
    return 0

assert f(g())

def f(y: float, count=2):
    return y >= 42

def g(count=2):
    return 10.0**count

assert f(g())

def f(s: str):
    return len(s) == 1 and all(s[i] == s[i - 1] for i in range(len(s)))

def g():
    i = 0
    for _ in range(5):
        i += 1
        return str(i)

assert f(g())

def f(x: List[int], n=18):
    return len(x) == n and all(x[i] == 1 for i in range(n))

def g(n=18):
    return [1 for i in range(n)]

assert f(g())

def f(target_len: int):
    return all(target_len > count for count in range(1, 100000))

def g():
    return 1000 * 1000

assert f(g())

def f(i: int, n=123456789):
    return i % n == 0

def g(n=123456789):
    return n

assert f(g())

def f(nums: List[int], n=456778):
    return sum(nums) == n

def g(n=456778):
    return [n]

assert f(g())

def f(s: List[List[int]], n=5000):
    return all(len(s) == n for i in range(10))

def g(n=5000):
    return [list(range(100))]*n

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 [-2, -1, -1, 0, 1, 1, 2]

assert f(g())

def f(str: str):
    return all(x in str for x in ["a", "c", "e", "g", "i", "k"])  # words of length 1 through max len

def g():
    return "123456789"*len("123456789") + "0"*9 + "abcdefgh" + "ijkl"

assert f(g())

def f(t: str, x=32, y=0):
    return t == "%d is %s" % (x, y)

def g(x=32, y=0):
    return "%s is %r" % (x, y)

assert f(g())

def f(cols: List[int], k=2):
    return sum(i * i for i in range(k) for _ in cols) < 10

def g(k=2):
    return [0] * k

assert f(g())

def f(s: str, sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    for c in sep:
        if c not in s:
            return False
    return True

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return str(int(int(0) ** 0.5) + int(0) ** 0.5) + string

assert f(g())

def f(n: int):
    return 3 * n >= 1000

def g():
    return sum(x > 10 for x in range(1000))

assert f(g())

def f(x: List[int]):
    assert all([x[i] != 0 for i in range(6)])
    return all([x[i] != 0 for i in range(3, 0, -1)])

def g():
    return [1,2,3,4,5,6]

assert f(g())

def f(n: int):
    h = 2 ** n
    return (2 ** n) % h == 0

def g():
    return 1

assert f(g())

def f(p: List[str], n=32):
    assert all(p[i] == s for i, s in enumerate(p)) 
    if len(p) < n:
        raise IndexError
    return True

def g(n=32):
    return [x for x in ["abc"] for i in range(n)]

assert f(g())

def f(n: int):
    return abs(n ** 2 - 1) < 10 ** -3

def g():
    return -1

assert f(g())

def f(s: str, target=8):
    assert target <= len(s), "target should be greater than or equal to length of string"
    return all(s[i] != target for i in range(len(s)) if i in range(target + 1, len(s)) and s[i] != target)

def g(target=8):
    return "123456789" + "0"*9

assert f(g())

def f(list: List[int], target=2):
    return sum([list[i] < 3 for i in range(len(list)-1)]) == target

def g(target=2):
    return [target, target, target-2]

assert f(g())

def f(x: int):
    return abs(x - 75600) < 10000

def g():
    return 75600 + 1

assert f(g())

def f(b: List[int]):
    if b:
        return len(b) >= 3
    return False

def g():
    return [1, 2, 5, 8]

assert f(g())

def f(x: str):
    return "Hello {}".format(x) == "Hello world"

def g():
    return "world"

assert f(g())

def f(l: List[int]):
    return l == [1, 2, 3, 4, 5]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, m=100, h=50):
    return n == m + h - 1

def g(m=100, h=50):
    x = m/2
    y = f(x, h)
    return (m + h - 1) - y

assert f(g())

def f(x: str, max_len=10, start=0):
    return len(str(x)) > max_len

def g(max_len=10, start=0):
    return "Hello " + str(start) + "world"

assert f(g())

def f(d: str, sep='!!!'):
    return d == "!!!"

def g(sep='!!!'):
    return '!!!'

assert f(g())

def f(x: int, y=9377876):
    return abs(x - y) < 8

def g(y=9377876):
    return 9377876

assert f(g())

def f(n: List[int], nodes=[1, 2, 3, 4, 5]):
    return len(nodes) == len(n) and min(n.index(i) for i in nodes) == 0

def g(nodes=[1, 2, 3, 4, 5]):
    return nodes

assert f(g())

def f(loops: List[int]):
    return len(loops) == 1 and type(loops[0]) == int

def g():
    return [0]

assert f(g())

def f(list: List[int], a=4, b=5):
    return len(list) <= 4 and sum(list) == a + b

def g(a=4, b=5):
    return list((a, b))

assert f(g())

def f(x: int, t=8):
    return x >= t and x < 60

def g(t=8):
    return min(t, 60)

assert f(g())

def f(s: str):
    return s == "wonderful"

def g():
    return "wonderful"   # noqa

assert f(g())

def f(s: str, target=18):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(target=18):
    if target == 18:
        return "abcdefghijklmnopqrstuvwxyz"
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int], target_len=11, n=15):
    return all([nums[i] == target_len + i for i in range(n)])

def g(target_len=11, n=15):
    return [target_len + i for i in range(n)]

assert f(g())

def f(i: int):
    return i < 10 and i > 0

def g():
    return 1

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for r in chars:
        if r not in s:
            return False
    return r in s

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ''.join("'{}' in s".format(r) for r in chars)

assert f(g())

def f(n: int):
    return n == 1 or all(n > 0 for n in [1, 2, 3])

def g():
    return 3

assert f(g())

def f(l: List[int], s=1000):
    return sum(l) >= s

def g(s=1000):
    return list(range(s))

assert f(g())

def f(s: List[str]):
    return s.count("d") == 1

def g():
    return ["a", "b", "c", "d", "e", "f", "g"]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(1 ** i % n for i in nums) == n

def g(n=12345):
    return [1 for i in range(n)]

assert f(g())

def f(b: bool, n=0):
    return n in range(1000000000)

def g(n=0):
    return n < 0

assert f(g())

def f(li: List[int]):
    return len(li) == 6

def g():
    return [0,1,2,3,4,0]

assert f(g())

def f(li: List[int]):
    assert len(li) == 4, "illegal list"
    assert all([i * j == i * (j + 1) for i, j in zip(li[::2], li[1::2])] for i in range(100)  # only the top 4
               if i < 10 * li[-1] + 20 * li[-2]), "too big"
    return all([i >= 8 for i in li])

def g():
    return [i for i in range(0, 13) if i > 8]

assert f(g())

def f(x: str):
    return x.count("a") == 1 and x.count("z") == 1 and x.count("e") == 1

def g():
    return "abze"

assert f(g())

def f(n: int, target="foobarbazwow", length=6):
    return n == sum(range(length - len(target) // 2, len(target) // 2))

def g(target="foobarbazwow", length=6):
    return sum(range(length - len(target) // (len(target)+3)))

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == len(list(nums)) and sum(nums) == tot

def g(tot=12345):
    return [] + [tot]

assert f(g())

def f(s: str):
    return all(substring in s for substring in ["a", "b", "c", "d", "e"])

def g():
    return "abcde"

assert f(g())

def f(l: List[int], max_path=5):
    return len(l) == max_path and sum(l) <= max_path

def g(max_path=5):
    return [0]*max_path

assert f(g())

def f(li: List[int], m=10, n=10):
    return {len(li), len(li[0:])} == {m, n}

def g(m=10, n=10):
    return list(range(m, m + n))

assert f(g())

def f(l: List[int], target="hello"):
    return l == [2, 2, 3, 5, 7, 5, 5, 5, 7, 6, 5, 7, 7, 4]

def g(target="hello"):
    return [2, 2, 3, 5, 7, 5, 5, 5, 7, 6, 5, 7, 7, 4]

assert f(g())

def f(n: int, r=1, p=10):
    return n <= 2 and (sum(r**i + p**i for i in range(n)) == 0) or n == 2 and (sum(p**i for i in range(n)) == 0)

def g(r=1, p=10):
    return 0

assert f(g())

def f(s: str):
    return len(set(s)) <= 1000

def g():
    return "1234abc"

assert f(g())

def f(inds: List[int], size=1000, target=1000):
    return len(inds) == 1000 and size == target

def g(size=1000, target=1000):
    return [0] * target

assert f(g())

def f(n: int):
    return 1 <= n <= 10000

def g():
    from random import randrange
    return randrange(1, 10000)

assert f(g())

def f(n: int):
    if (n & 1) == 1:
        return False
    m, n = n >> 1, n & 1
    return (n & m == 0 and n % m == 0)

def g():
    return int(str(1) + str(3) + "1234567890")**100

assert f(g())

def f(st: str, A="world", B="Hello world", e=0):
    return st == "Hello world"

def g(A="world", B="Hello world", e=0):
    return B

assert f(g())

def f(n: int, a0=123, a1=123, b0=100, b1=100):
    return n == min(a0, a1, -b0, -b1) and (a0 * a1 == b0 * b1 or a1 > 0)

def g(a0=123, a1=123, b0=100, b1=100):
    return min(a0, a1, -b0, -b1)

assert f(g())

def f(path: List[List[int]], n=8):
    return len(path) >= n and len(path) <= 4 * n

def g(n=8):
    return [[1, 2], [4, 5], [6, 7], [8, 2, 3, 5], [1, 4, 7, 2], [1, 2, 3], [1, 3, 5], [2, 6], [3, 4], [5], [7]]

assert f(g())

def f(position: List[List[int]], target=[[1, 4], [2, 5], [3, 6]]):
    live = {x + y * 1j for x, y in position}  # complex numbers encode live cells
    deltas = (1j, -1j, 1, -1, 1 + 1j, 1 - 1j, -1 + 1, -1 - 1j)
    visible = {z + d for z in live for d in deltas}
    next_step = {z for z in visible if sum(z + d in live for d in deltas) in ([2, 3] if z in live else [3])}
    return next_step == {x + y * 1j for x, y in target}

def g(target=[[1, 4], [2, 5], [3, 6]]):
    return target

assert f(g())

def f(n: int, count=10):
    return n % count == 1

def g(count=10):
    return int(str(count * count) + "1")

assert f(g())

def f(nums: List[int], target=2000):
    return sum(nums) >= target and list(nums) != [0]  # target needs to be >= 0

def g(target=2000):
    return [k for k in range(target) if k % 10 == 5]  # can be written like this: [k for k in range(1000) if k % 10 == 5]

assert f(g())

def f(s: str):
    return s.count("i") == 1

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(n: int, l=200, f=2):
    return min(n, l + f * (n - l)) == n

def g(l=200, f=2):
    return l * f

assert f(g())

def f(x: List[str]):
    return len(x) >= 5

def g():
    return ["a"*(i+2)+"b" for i in range(5000)]

assert f(g())

def f(n: int, m=10, d=5):
    return n == m ** 3 * d

def g(m=10, d=5):
    return m ** 3 * d

assert f(g())

def f(n: int, a=7, b=1):
    return n % a == b

def g(a=7, b=1):
    return a+b

assert f(g())

def f(n: int):
    for i in range(4):
        if n == i + 1:
            return True
    return False

def g():
    return 2

assert f(g())

def f(a: List[int], target=7):
    return min(a + [-1, 0]) == target or max(a + [-1, 0]) == target or all(a[-1] == target)

def g(target=7):
    return [target, target]

assert f(g())

def f(s: str):
    return int(s) == 0

def g():
    return "0"*9

assert f(g())

def f(n: int):
    return abs(n - 1) % n == 0

def g():
    return 1

assert f(g())

def f(l: List[int], t=11):
    return all(i in l for i in range(min(max(l), t), max(l) + 1))

def g(t=11):
    return [t]

assert f(g())

def f(s: str, n=10, target="hello, world"):
    return s == "helloworld"

def g(n=10, target="hello, world"):
    return "helloworld"[:n]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3 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(3)]; (u'def' if g() else u'')

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(a: List[int], b=1201):
    return sum(a) == b

def g(b=1201):
    return [b]

assert f(g())

def f(s: str):
    return len(str(s)) > 4

def g():
    return "123" + "345" + "678" + "9123456"

assert f(g())

def f(s: str, n=8, target=20):
    return "Hello " + s[::-1] == "Hello world"

def g(n=8, target=20):
    return "world"[::-1]

assert f(g())

def f(word: str, target=5):
    assert len(word) >= target
    return len(word) % 2 == 0

def g(target=5):
    return "abcdefghijklmnopqrstuvxiyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(s: List[str]):
    return all(x in s for x in ["w", "a", "d", ",", " "])

def g():
    return ["a", "b", "w", "d", ",", " "]

assert f(g())

def f(n: int, a=10):
    return all({a**i for i in range(n)})

def g(a=10):
    return 1

assert f(g())

def f(nums: List[int], n=20):
    return sum(i in nums for i in range(n)) == n

def g(n=20):
    return [i for i in range(n)]

assert f(g())

def f(x: int, n=5):
    x = x * x + 1
    return n <= 3 * x + 1

def g(n=5):
    return n**n

assert f(g())

def f(ls: List[str]):
    for i in range(len(ls)):
        l = ls[i]
        if "." in l:
            continue
        if l == "f":
            return ls == ls[i + 1]
        if l == "l":
            return ls <= ls[i + 1]
        if l == "t":
            return l in 'tdt'
        if l == "n":
            return l in ['a', 'an']

def g():
    return ["t", "t", "t", "t"]

assert f(g())

def f(s: str):
    return False or (s.lower() == 'true' or s.upper() == 'true')

def g():
    return False or "true" or "false"

assert f(g())

def f(sorted_pairs: List[List[int]], sort_ratio=0.6):
    return sorted_pairs == [[0, 0], [0, 1], [0, 2], [1, 1], [1, 2], [2, 2]]  # sorted pairs

def g(sort_ratio=0.6):
    return [[0, 0], [0, 1], [0, 2], [1, 1], [1, 2], [2, 2]]

assert f(g())

def f(n: int):
    return n == 1 or 0 <= n and n > 2

def g():
    return 3

assert f(g())

def f(n: int):
    if n == 999:
        return True
    return n >= 1250

def g():
    return int(int("9999999" + "0"*9) ** 0.5) + 1

assert f(g())

def f(y: List[int], target=123):
    r = [x for x in y if x > target]
    return sum(r) > 0

def g(target=123):
    return [target*i for i in range(1000)]

assert f(g())

def f(a: List[int]):
    for i in range(len(a)):
        if a[i] == a[i - 1] + 1:
            return False
    return True

def g():
    return [2 * a + 1 for a in map(int, range(10))]

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and all(li[i] != i for i in range(len(li)))

def g():
    return [10, 20, 30]

assert f(g())

def f(x: int, a=253532, b=1230200):
    return x >= a and x <= b

def g(a=253532, b=1230200):
    return a

assert f(g())

def f(x: List[int], n=10):
    return x == [1, 10, 100, 500, 1000, 5000]

def g(n=10):
    return [1, 10, 100, 500, 1000, 5000]  # this runs in seconds

assert f(g())

def f(n: int, a=20, b=3, e=40, upper=60):
    return (n + a + b + e > upper) and ((n % 3) == 2 or (n % 3) == 1)

def g(a=20, b=3, e=40, upper=60):
    return (a+b+e)*(a+a+b+b+e)%(upper+1)

assert f(g())

def f(s: str, n=12):
    r = [0] * len(s)
    for i in range(n):
        r[i] += 1
    return sum(r) >= n

def g(n=12):
    return "123456789123456789"*n

assert f(g())

def f(nums: List[int], target=5):
    return sum(sum(i == 0 for i in nums) for i in nums) >= target

def g(target=5):
    return list(range(target + 1))

assert f(g())

def f(sum: int, target=11):
    for i in range(sum):
        if i.isupper():
            return False
    return True

def g(target=11):
    for i in range(11):
        return i

assert f(g())

def f(e: str):
    return e in ('o', 'O', 'oo')

def g():
    return "oo"[::-1]

assert f(g())

def f(h: List[int], a=3, b=3):
    return len(h) == a + b

def g(a=3, b=3):
    return [1, 2] + [3, 4] + [5, 6]

assert f(g())

def f(s: str, s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return ''.join(s for s in ['SEND', 'MORE', 'MONEY', 'MORE', 'E', 'MONEY', 'E', 'SEND'] if s in s1 and s in s2 and s in s3 and s in s4) in s

def g(s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return "MORE".join(s for s in ['SEND', 'MORE', 'MONEY', 'MORE', 'E', 'MONEY', 'E', 'SEND'] if s in s1 and s in s2 and s in s3 and s in s4)

assert f(g())

def f(v: int):
    return v >= 1 and v <= 19

def g():
    return 10

assert f(g())

def f(s: str):
    if "a" <= s.lower() <= "z" and s.lower() in ["alpha","tau", "epsilon", "alphaEpsilon", "phi","Gamma", "alphaPhi", "Psi"]:
        return True

def g():
    return "alpha"

assert f(g())

def f(moves: List[List[List[int]]]):
    return list(moves) == [[]]

def g():
    return [[]]

assert f(g())

def f(s: str, n=163761):
    return s[-1] == s[-5]

def g(n=163761):
    return "a"*n

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.upper() if s.upper() != s.lower() else s.lower()) == s_case

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper()

assert f(g())

def f(e: int, s='\0o\0r\0\0h\0\0\0'):
    return e == (4 ** s.count("o") or 4 ** s.count("r") or 4 ** s.count("h") or 4 ** s.count("") - 1)

def g(s='\0o\0r\0\0h\0\0\0'):
    return (4 ** s.count("o") or 4 ** s.count("r") or 4 ** s.count("h") or 4 ** s.count("") - 1)

assert f(g())

def f(seq: List[int], target=1):
    while 0 <= len(seq) - target < 7:
        seq.pop()
    return seq == [17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]

def g(target=1):
    return [17, 1, 2, 65, 18, 91, -30, 100, 3, 1, 2]

assert f(g())

def f(stamps: List[int], target=40):
    for s in stamps:
        assert s not in [1, 2]
    return len(stamps) == 1 and sum(stamps) == target

def g(target=40):
    return [40]

assert f(g())

def f(s: str):
    return len(s.lower()) == len(s.lower()) and s.lower() in ["a", "z", "zg", "gh", "ijl", "qw", "qw", "qw", "z"]

def g():
    return "ijl"

assert f(g())

def f(matrix_size: List[int]):
    return all(matrix_size[i] == matrix_size[i + 1] for i in range(len(matrix_size) - 1))

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]  # This is just an arbitrary integer to make it not work with some non-integer numbers

assert f(g())

def f(r: List[List[int]]):
    return all(r == [x for x in r] for r in [r, r[1], r[1], r[1]])

def g():
    return [[1], [2], [3]]

assert f(g())

def f(l: List[int]):
    return all([x in l for x in l])

def g():
    return [2, 1, 0]

assert f(g())

def f(s: str, n=2):
    return str(s[:10] + s[10:]) == s[:10] + 'zorro'

def g(n=2):
    return "zorro" + "zorro"*n

assert f(g())

def f(x: float):
    return abs(x - 15.8) < 0.000001

def g():
    return float(15.8)

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n <= upper_bound and (n % b == 0) or ((n % a) == 0)

def g(a=15, b=27, upper_bound=150):
    return sum(1 for _ in range(upper_bound))

assert f(g())

def f(s: str):
    return s + s[::-1] == "a" or s.count("a") > 2

def g():
    return "a"*10

assert f(g())

def f(nums: List[List[int]], target=100, max_value=1000000):
    # If all numbers have a maximum value of 10000000 then remove all values from nums
    if max_value < 1000:
        return True
    return all(nums[-1] > target for nums in nums[:-1] if nums[-1] > target)

def g(target=100, max_value=1000000):
    return [list(range(i+1, 1000)) for i in range(1000)]

assert f(g())

def f(trips: List[List[int]]):
    return len(trips) >= 5

def g():
    return [
            [1, 2, 3] , [4, 5, 6] , [5, 6, 7] , [7, 8, 9] , [9, 10, 11]
        ]

assert f(g())

def f(x: List[int], n=4):
    return {i for i in range(n) for w in x for c in [str(i), str(i) + "X", str(i) + "X" + str(i) + "X", str(i), str(i) + "X"]} == {x[i] for i in range(n)}

def g(n=4): return list(range(n))

assert f(g())

def f(pos: List[int]):
    pos.sort()
    return len(pos) == 1000 and min(pos) >= 0

def g():
    pos = [0] * 1000
    return [pos[i] for i in range(1000)]

assert f(g())

def f(nums: List[int], min_len=8):
    return len(set(nums)) >= min_len

def g(min_len=8):
    return [4, 12, 8, 21, 15, 14, 16, 30, 25, 22, 8, 16, 9, 10]

assert f(g())

def f(s: str):
    # return all(s == s[:5] + s[-2:] for s in s)
    return all(n <= len(s) for n in range(5))

def g():
    return "\x00" * 9

assert f(g())

def f(n: int, a=10, b=7, upper_bound=100):
    return n + a == sum([b * i for i in range(a)])

def g(a=10, b=7, upper_bound=100):
    return sum([b * i for i in range(a)]) - a

assert f(g())

def f(target: List[int]):
    return len(set(target)) == 1000  # cover 4x4 squares once

def g():
    return [i for i in range(1000)]

assert f(g())

def f(nums: List[int], total=6725):
    return sum(sum((x >> i) & 1 for i in nums) for x in nums) < total

def g(total=6725):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(words: List[str]):
    return all(word.count("konjac") == 1 for word in words)

def g():
    return [word for word in ["a","b","c","d","e"] if word.count("konjac") == 1]

assert f(g())

def f(x: List[int], num_points=2240):
    return len(x) >= num_points

def g(num_points=2240):
    return [1] * num_points

assert f(g())

def f(length: List[int], target=100):
    return len(length) == target

def g(target=100):
    return list(range(1, target + 1))

assert f(g())

def f(w: List[str]):
    return len(w) >= 3 and all(str(i) in w for i in w)

def g():
    return ["a", "b", "c"]

assert f(g())

def f(x: str, n=3):
    return int(x[1:]) > n and x[0] == 0 or (int(x[0]) - n) * (3 - int(x[1])) < 0

def g(n=3):
    return "".join(str(m*m) for m in range(2**n-1))

assert f(g())

def f(y: List[int]):
    return y[0] > 4 or y[0] == -5

def g():
    return [6, 7, 8]

assert f(g())

def f(n: int, target=2):
    return target >= n

def g(target=2):
    if target == 2:
        return 1
    return 2

assert f(g())

def f(s: List[str]):
    return tuple(s) == ('dee', 'doo', 'dah!', 'daah!')

def g():
    return ['dee','doo','dah!','daah!']

assert f(g())

def f(s: str):
    return s == s[:6] and (int(s[1:]) is not 0)

def g():
    return "123"

assert f(g())

def f(q: List[int], thresh=3):
    return all(i % 2 == 1 and i in q == [0, 1] for i in range(len(q)//2)) and thresh >= 0

def g(thresh=3):
    return [q for q in [[1, 2], [10, 12], [100, 101] + [0, 1]] if len(q) == thresh]

assert f(g())

def f(m: int):
    return str(m * m).startswith("123456789")

def g():
    return int(int(str(123456789) + "0"*9) ** 0.5) + 1

assert f(g())

def f(e: List[int], a=222637):
    return abs(e[0] - 2 ** a) < 10 ** -7

def g(a=222637):
    return [2 ** a for i in range(10)]

assert f(g())

def f(x: int, a=-382, b=14546310):
    return x == -a or x == b

def g(a=-382, b=14546310):
    return -a or b == 14546310

assert f(g())

def f(substrings: List[str], n=10):
    return len(substrings) < n

def g(n=10):
    return ["abc", "d", "e", "f", "g"]

assert f(g())

def f(a: int):
    return abs(a + 1000) < (2 * a + 1)

def g():
    return 2147483649

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 s.upper() if len(s) // 2 else s.lower()

assert f(g())

def f(s: str):
    len(s) > 6 and s[:6] == "1234567890"
    return len(s) > 20

def g():
    return "abc" + "123456789" + "123456789"

assert f(g())

def f(list: List[int]):
    return len(list) == 3

def g():
    return [1, 0, 0]

assert f(g())

def f(s: str, a=17, b=100, c=20, reverse=True):
    return s[::-1] == "reverse me"

def g(a=17, b=100, c=20, reverse=True):
    return "reverse me"[::-1]

assert f(g())

def f(state: List[int], n=12345):
    if sum(state) == n:
        return True
    states = [state]
    for a in states:
        if not sum(sum(x in state for x in a - [0]) for state in states):
            return False
    if sum(inds for inds in states) > len(states):
        return False
    return True

def g(n=12345):
    return [n]

assert f(g())

def f(list_of_nums: List[int], target=37):
    assert len(list_of_nums) >= 5
    for num in list_of_nums:
        if num > 0 and num <= target:
            return True
    return False

def g(target=37):
    return [10, 2, 7, 100, 13, 16, 33, 21, 24, 21, 27, 28]

assert f(g())

def f(inds: List[int]):
    assert all(i in range(len(inds)) for i in inds), "duplicate entry"
    return len(inds) == len(set(inds))

def g():
    return list(range(10))

assert f(g())

def f(nums: List[int], m=2):
    assert len(nums) == len(set(nums)) >= m
    return len(nums) > m and min(nums) >= 1

def g(m=2):
    return [1*m, 2*m, 3*m]

assert f(g())

def f(x: List[int], a=10, s=5):
    return x[0] == a and x[-1] <= s

def g(a=10, s=5):
    return [10, 5]

assert f(g())

def f(n: int, a=14302, b=5):
    return n % a == 0 or n % b == 0 or n == 0

def g(a=14302, b=5):
    return 1 and a or 2 and b or 3

assert f(g())

def f(nums: List[int], num_loops=2):
    for i in range(nums[0] * nums[1]):
        for j in range(nums[1]):
            if nums[0] <= i <= nums[1]:
                break
            if nums[0] == i:
                nums[0] = nums[1] = i + 1

    return len(nums) >= 12

def g(num_loops=2):
    return [x * y for x, y in zip(range(1000), range(2000))]

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 "the foo is {} and the bar {} and the baz {}.".format(substrings[0], substrings[1], substrings[2])

assert f(g())

def f(a: List[int]):
    return a == [1, 2, 3] or a == [3, 1, 2]

def g():
    return list(set([1, 2, 3]))

assert f(g())

def f(seq: List[int], target=[-5, 2, 3], target_len=8):
    return all(i == 0 for i in seq) and len(seq) == target_len

def g(target=[-5, 2, 3], target_len=8):
    return [0] * target_len

assert f(g())

def f(s: str):
    return len(s) >= 2 and s in ["abc", "abdc", "abcde", "abcdef", "aebcfa", "abcdc"]

def g():
    return "abcdc"

assert f(g())

def f(s: str, index=2):
    return s in list(s)

def g(index=2):
    return str(int(index**1.5) ** 1)

assert f(g())

def f(nums: List[int], n=100):
    return all(i in nums and j in nums for i in range(n) for j in range(n)) and len(set(nums)) == n

def g(n=100):
    return [j for j in range(n)]

assert f(g())

def f(li: List[int]):
    return all(0 <= i and i < len(li) for i in range(3))

def g():
    return [0,1,2,3]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 6

def g():
    return [1, 2, 3, 4, 5] + [2, 3]

assert f(g())

def f(s: str, w="Hello world"):
    return s[:len(w)] == w or s.startswith(w)

def g(w="Hello world"):
    return w

assert f(g())

def f(s: str):
    return ' ' in s and ' ' in 'foo bar baz oddball' in 'foo bar baz oddball'

def g():
    return "foo bar baz oddball"

assert f(g())

def f(x: float):
    return -x < 0

def g():
    return 1 / 10

assert f(g())

def f(s: str):
    return "".join([f for f in s if f]) == "abcdefghijklmnopqrstuvwxyz"

def g():
    return ["abcdefghijklmnopqrstuvwxyz"][0].lower()

assert f(g())

def f(n: int, n1=1, n2=99):
    return (n1 + n2) == n and n >= 1

def g(n1=1, n2=99):
    return int(n1 ** n2) + int(n1 * n2)

assert f(g())

def f(n: int, a=34534, b=10):
    return n == a + b

def g(a=34534, b=10):
    return int(a) + int(b)

assert f(g())

def f(n: int):
    return (int(n) > 0)

def g():
    return 42

assert f(g())

def f(t: int, a=9814):
    return abs(t - a) <= 1

def g(a=9814):
    return a + 1

assert f(g())

def f(n: str):
    return "{}" == " ".join(n.split())

def g():
    return """{}"""

assert f(g())

def f(arr: List[int]):
    return sum(abs(arr[i] - arr[i-1]) for i in range(len(arr))) > 20

def g():
    return [int((i*i) % 1000) for i in range(100000)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and d % n == 0

def g(n=123456789):
    return n*n

assert f(g())

def f(p: List[int]):
    return p >= [100, 101] and p <= [300, 301]

def g():
    return [100, 101, 102, 103, 104]

assert f(g())

def f(word: str):
    return word == 'TOTAL'

def g():
    return "TOTAL"

assert f(g())

def f(states: List[str], target=42):
    return min(len(states), target) <= len(states)

def g(target=42):
    return ["a"*(target+50)+"b" for i in range(0, 20000, 100)]

assert f(g())

def f(s: str):
    return len(s) == len(range(1, 10))  # this will also test f17

def g():
    return "123456789"  # testing on the boundary of str and str(1,10)

assert f(g())

def f(nums: List[int], n=12345):
    return nums == [1, 1, 1, 1, 1, 1, 1, 3, 5, 6, 9, 11, 13, 17, 25, 33, 43, 47, 58, 71, 85, 89]

def g(n=12345):
    return [1, 1, 1, 1, 1, 1, 1, 3, 5, 6, 9, 11, 13, 17, 25, 33, 43, 47, 58, 71, 85, 89]

assert f(g())

def f(nums: List[int], length=4):
    def test(nums):
        return all((nums == [1, 1] or nums == [-1, 1]) for i in range(len(nums)))
    return test(nums)

def g(length=4):
    return [str(i) for i in range(7) if len(str(i)) == length]

assert f(g())

def f(b: List[int], k=2):
    return sum(b == a for a in range(b[0], b[1])) <= len(b) - k - 1

def g(k=2):
    return (
        [int(a) for a in range(1, k)] +
        [int(b) for b in range(1, k)] +
        [int(c) for c in range(1, k)])

assert f(g())

def f(li: List[int], n=12):
    return all(i in li for i in range(n))

def g(n=12):
    return [li for li in range(n)]

assert f(g())

def f(g: List[int], a2=2000):
    return a2 in g and all(a2 * g[i] == 0 for i in range(g.count(a2)))

def g(a2=2000):
    return [i*a2 for i in range(a2)]

assert f(g())

def f(x: int):
    return x <= 50

def g():
    return 50

assert f(g())

def f(probs: List[float], thresh=0.01):
    return max(probs[-1] - probs[-3] for p in range(len(probs) - 1)) < thresh

def g(thresh=0.01):
    return [0.981, 0.014, 0.017, 0.023, 0.038, 0.034, 0.031, 0.016, 0.044, 0.031, 0.024, 0.026, 0.092, 0.027, 0.024]

assert f(g())

def f(d: int, n=85329):
    return d == n

def g(n=85329):
    return n

assert f(g())

def f(l: List[int], max_stamps=4, target=33):
    if max_stamps == 3:
        return l == target or sum(map(int, l)) == sum(map(int, l) - target)
    return len(l) >= max_stamps

def g(max_stamps=4, target=33):
    return [10*i for i in range(max_stamps)]

assert f(g())

def f(s: str, t=1020):
    s = s[::-1]
    return all(s.isdigit() for s in [s, s[::-1], s[::-1] + s])

def g(t=1020):
    return str(t)

assert f(g())

def f(x: str, a=2):
    return x == '0'

def g(a=2):
    return "0"

assert f(g())

def f(n: int, a=34534, b=10):
    return n == a + b

def g(a=34534, b=10):
    return a + b  # TypeError if either is an int or a float

assert f(g())

def f(x: int):
    return 0 <= x and 1000 <= x

def g():
    x = 0
    for i in range(1000):
        x = x * 10 + i
    return x

assert f(g())

def f(p: List[int], n=1000):
    return len(p) == n and p[:10] == p[-10:]

def g(n=1000):
    return [0]*n

assert f(g())

def f(nums: List[List[int]], p=4):
    return len(nums) <= p

def g(p=4):
    return [list() for x in range(p)]

assert f(g())

def f(s: str):
    return s == "" or (s.count("9") > 0 and s.count("1") > 0) or s in "18-+*/"

def g():
    return "123456789"

assert f(g())

def f(n: int, a=1528235858, b=0x5555555555555):
    return (n >= 2 and n & b) == (a & b)

def g(a=1528235858, b=0x5555555555555):
    return a & b

assert f(g())

def f(n: List[int]):
    for i in range(n[0]):
        if n[i] > n[i - 1] or n[i - 1] < 0:
            assert 0 <= i < n[-1]
    return all(n[i] > n[i - 1] for i in range(n[0]))

def g():
    return list(set(range(1000)))

assert f(g())

def f(nums: List[int], t=12345):
    return sum(nums) == t

def g(t=12345):
    return [12345, 0]

assert f(g())

def f(s: str, target="a", max_words=3):
    words = str(s).split(" ")
    return s.count(target) >= max_words and len(words) > 0

def g(target="a", max_words=3):
    return "a" * max_words

assert f(g())

def f(n: int):
    # find the first position where n is greater than 100
    return n >= 101

def g():
    return 536152439

assert f(g())

def f(s: str):
    return s[:7] == "A" or s[:10] == "B"

def g():
    return "A" or "B"

assert f(g())

def f(inds: List[int], target_angle=45):
    return abs(sum((i**2 for i in inds)) - 1) >= target_angle

def g(target_angle=45):
    return [target_angle + 45 for n in range(1000)]

assert f(g())

def f(ls: List[str]):
    return tuple(ls) == ('dee', 'doo', 'dah!')

def g():
    return ["dee", "doo", "dah!"]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 4

def g(n=12345):
    return [i * i for i in range(n+2)]

assert f(g())

def f(n: int, a=1, b=23233):
    return a * b == n

def g(a=1, b=23233):
    a = a * b
    return a

assert f(g())

def f(n: int):
    return n == (max(50, min(900, n)))

def g():
    return 500

assert f(g())

def f(nums: List[int], target=3):
    assert nums == [-2, -1, 0, 1, 5, 2]
    return abs(nums[0] + nums[1] + nums[3]) < target

def g(target=3):
    return [-2, -1, 0, 1, 5, 2]

assert f(g())

def f(li: List[int]):
    return len(set(li))==3

def g():
    return [int(i) for i in range(3)]

assert f(g())

def f(s: str):
    return ''.join(map(lambda x: x, s.lower())) == 'hello world'

def g():
    return 'Hello world'

assert f(g())

def f(n: int) -> bool:
    return n % 2 > 0 and n % 3 == 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, i=10):
    return len(s.split(str(i))) == 3

def g(i=10):
    return "hello" + str(i)*2

assert f(g())

def f(nums: List[int], lower_bound=10):
    return all(i % (nums[i] + 1) == 0 for i in range(6)) and nums[6] < lower_bound

def g(lower_bound=10):
    return [0]*lower_bound

assert f(g())

def f(state: List[int]):
    return state[0] in {0, 5, 6, 9} and sum(state[2:4]) == len(state)

def g():
    return [9, 4, 3]

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return a == b + c or a == b - c

def g():
    return [0, 0, 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 target.replace("foobarbazwow", "foobar")

assert f(g())

def f(x: List[int], target=5):
    return x[-1] == target

def g(target=5):
    return [target]

assert f(g())

def f(s: str):
    return all(i in "abcdefghijklmnopqrstuvwxyz" for i in s)

def g():
    return "abcdefghijklmnopqrstuvwxyz"[0]

assert f(g())

def f(p: List[str]):
    return ((p.count("a") == p.count("c")) or (p.count("b") == p.count("c") == 1)) and (p.count("a") < 1 or p.count("c") < 1)

def g():
    return ["a"*len("cat") + "b" + "c"*(len("cat") - len("a") - len("b"))]

assert f(g())

def f(l: List[int], m=6):
    assert len(l) == len(set(l)) == m
    return all(abs(a - b) * a for a, b in zip(l, l[1:]))

def g(m=6):
    return [1, 2, 3] + [4, 5, 6]

assert f(g())

def f(s: str):
    # use set() instead of list() so str[-1] can actually work,
    # but set() is faster on my 4.5GHz machine.  (Using list() on py2.6, str[-1] is not supported anyway, since Python 2.5)
    return set(s).issubset(set(s[::-1]))

def g():
    return "abcdefgh"

assert f(g())

def f(x: List[int], n=5, e=11):
    return (x is None or
            isinstance(x, list) and all(a in x for a in range(5, n + 1)))

def g(n=5, e=11):
    return list(range(e))

assert f(g())

def f(li: List[int]):
    return len(li) == len(li)

def g():
    return [1]

assert f(g())

def f(nth_int_sum: List[int], n=12345):
    return sum(nth_int_sum[i] for i in range(n)) == n

def g(n=12345):
    return [1 for i in range(n+1)]

assert f(g())

def f(n: int):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(n) for i in range(K)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= n**2

def g():
    return (3 > 2)**2 # True

assert f(g())

def f(s: str, s1="b"):
    return s[::-1] == s1

def g(s1="b"):
    return str(s1)

assert f(g())

def f(nums: List[int], v=17, w=100):
    for i in nums:
        v *= 3
        w *= 2
    return v > w

def g(v=17, w=100):
    return [i for i in range(v)]

assert f(g())

def f(n: int, sigma=13):
    f = 1.
    for j in range(5, n):
        f *= 2
    return f * (n - 4) < sigma

def g(sigma=13):
    res = sum(n for x in range(1, sigma) for n in range(1, sigma + 1) if x % 3 == 0)
    res %= sigma + 1
    return res

assert f(g())

def f(n: int):
    for i in range(100):
        n -= 1 + (n - 1) // 100
    return n > 0

def g():
    return int(int("100" * 3) * int("4") - 1)

assert f(g())

def f(n: int, a=12345, b=12345):
    for x in range(n):
        if (a+b) - a == x:
            return True
    return False

def g(a=12345, b=12345):
    return a*b

assert f(g())

def f(nums: List[int], n=2045):
    n = int(n)
    assert (sum(nums[i] != nums[i - 1] for i in range(n)) == 0) or (nums[0] + nums[1] == 1) or (nums[2] + nums[3] == 2)
    return sum(1 for n in nums) == n

def g(n=2045):
    return [1 for _ in range(n)]

assert f(g())

def f(s: str, start=0):
    return all(isinstance(x, str) for x in s[start::2])

def g(start=0):
    return "10" * start

assert f(g())

def f(n: int):
    return n >= 1000

def g():
    return 1024

assert f(g())

def f(moves: List[List[int]], max_dim=100):
    a, b = moves
    m = max_dim
    for b in moves:
        m = max(m, len(b))
    return m is not None # we need some room

def g(max_dim=100):
    return [[1, 2, 3], [6, 7, 8]]

assert f(g())

def f(s: List[str]):
    return s.count("d") == 1

def g():
    return ["d","e","f"]

assert f(g())

def f(n: int, target="hello", length=5):
    return all(x in range(n) for x in set(range(len(target), 4)) and len({x}[::2]) == 2)

def g(target="hello", length=5):
    return len(list(target) + ["a"*(i+1) for i in range(1, len(target))])

assert f(g())

def f(s: List[int], n=1000):
    return len(s) < n and sum(set(s)) > n

def g(n=1000):
    return [n] + [n**2]

assert f(g())

def f(s: str, target="foobarbazwow", length=12):
    return target[:length:] == s

def g(target="foobarbazwow", length=12):
    return target if target else ("foobarbazwow" + "0"*(length+len("foobarbazwow")))

assert f(g())

def f(path: List[int], max_path=0):
    return path[0] == 0 and len(path) == 1 and len(path[1:]) == 0

def g(max_path=0):
    return [0]*(max_path+1)

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == 1000 and min(nums) == 0

def g(n=12345):
    return [int(i) ** 3 for i in range(1000)]

assert f(g())

def f(res: List[int], m=1234578987654321, n=4):
    return all(res[i] == m for i in range(n))

def g(m=1234578987654321, n=4):
    return [m for i in range(n)]

assert f(g())

def f(nums: List[int], target=5):
    return {t for t in nums for w in range(t)} == {5}

def g(target=5):
    return [i for i in range(5, target + 1) if i > 0]

assert f(g())

def f(s: str, r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return s == f'1' or s == '2' or "".join(f'%d' % i for i in range(18, k)) == f"%d" % 8

def g(r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return f'%s' % (r or '9') or f'%s' % (c or '1234') or f"%s" % g

assert f(g())

def f(s: str):
    return s.count('w') == 1

def g():
    return 'helloworld'[3:6]

assert f(g())

def f(l: List[int], target=32):
    return l.count(target) == 1

def g(target=32):
    return list(range(target+1))

assert f(g())

def f(coeffs: List[float], seq=[]):
    return sum([i*i**3 for i in range(1, len(seq)) and (seq[i] in (coeffs*i, 1*i))]) == sum(seq)

def g(seq=[]):
    return [(float(n)**3 - 9)*n for n in range(1000)]

assert f(g())

def f(list_of_nums: List[int], target=37):
    assert len(list_of_nums) >= 5
    for num in list_of_nums:
        if num > 0 and num <= target:
            return True
    return False

def g(target=37):
    return [i for i in range(target) if (num < target for num in range(target))]

assert f(g())

def f(x: List[int], y=1, target=1):
    return all(x <= y for x in x)

def g(y=1, target=1):
    return [target for x in range(1000)]

assert f(g())

def f(n: int, target=10):
    return target <= len(str(4 + n))

def g(target=10):
    return int(int("123456789" + "0"*9) + target)

assert f(g())

def f(s: str):
    return s.startswith(". . . ")

def g():
    return ". . . "

assert f(g())

def f(l: List[int], s=5):
    return sum(l) == s and sum(l[:-1]) == sum(l[1:])

def g(s=5):
    return [1] * s

assert f(g())

def f(n: int):
    return sum(n for i in range(300, 400) for k in range(i + 1, n)) > 100

def g():
    return 4 * 4 * 4 * 4 * 4 * 4

assert f(g())

def f(s: str):
    return "not " in s and not "a b c d" in s

def g():
    return "not world"

assert f(g())

def f(nums: List[int], digits=10):
    return all(j for i in range(len(nums)) for j in range(i) if j - i >= digits and digits <= len(nums) - 1)

def g(digits=10):
    return list(range(1, digits+1))

assert f(g())

def f(x: int, y=0):
    return (x == y)

def g(y=0):
    return y * y

assert f(g())

def f(seq: List[List[int]]):
    for i in (1, 2):
        for j in (1, 2):
            if i != j and sum([i == j for i, j in zip(seq[i], seq[j])]) == 0:
                return False
    return True

def g():
    return [list(range(i)) for i in range(1000)]

assert f(g())

def f(str: str, sep=",", string="I!!!!!!!!!love!!dumplings!!!!!"):
    return str.replace(sep, "", 1) == string and all(sep not in p for p in str)

def g(sep=",", string="I!!!!!!!!!love!!dumplings!!!!!"):
    return "I!!!!!!!!!love!!dumplings!!!!!"

assert f(g())

def f(nums: List[int], num_points=20):
    return 5 < len(nums) <= num_points

def g(num_points=20):
    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(i: int, k=200):
    return i == k

def g(k=200):
    return k

assert f(g())

def f(b: List[int], n=1000):
    return b[0] != b[-1] and b[-1] == b[0] + n

def g(n=1000):
    return [b + n for b in range(0, n + 1)]

assert f(g())

def f(s: str):
    n = max([len(s) for s in s.split("+")])
    for s in s.split("+"):
        if s and not s.isalpha():
            return True
    return False

def g():
    return "world" + "0"*99

assert f(g())

def f(l: List[int]):
    assert all(i in l for i in range(10))
    return max(len(l) // 2, len(set(l))) == len(l)

def g():
    return [i for i in range(100) if i in range(20)]

assert f(g())

def f(l: List[int], k=3, s=4):
    assert all(a > 1 for a in l), "Hint: a_0 is a multiple of 3."
    assert 0 <= k < 10
    for k2, k3 in zip(l, range(1, len(l) + k)):
        assert s >= k2 or -s <= k2, "Hint: s_t is a multiple of 2 and k!"
    return all(s + k2 >= len(l) for s in l)

def g(k=3, s=4):
    return []

assert f(g())

def f(s: str, q=1):
    return len(s) > 2 and s.endswith("q")

def g(q=1):
    return "%s|%s|%s" % ("q","q","q")

assert f(g())

def f(s: str, target=3):
    return len(s) > target

def g(target=3):
    return "abcdefghijk" + "mno"

assert f(g())

def f(s: str):
    return s.count('b') == 2 and s.count('bo') == 1

def g():
    return "bo" + "b"

assert f(g())

def f(s: List[int], a=20):
    return all(a <= s[i] for i in range(5))

def g(a=20):
    return [42, 43, 44, 45, 45]

assert f(g())

def f(n: int):
    return all(i!=j for i, j in zip(range(1000), range(n)) if i != j)

def g():
    return 1 if 1 not in range(1000) else 2

assert f(g())

def f(i: int):
    return (i % 2 == 0 or i % 3 == 0 or (i % 5 == 1 and i % 2 == 1))

def g():
    return 0

assert f(g())

def f(nums: List[int], k=3):
    return len(list(nums)) == k

def g(k=3):
    return [0]*k

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and all(li[i] != i for i in range(len(li)))

def g():
    return [1,2,3]

assert f(g())

def f(s: str, k=3):
    for i in range(k):
        s = s[:-1] + s[1:]
    return s.startswith("0123456789")

def g(k=3):
    return "0123456789" + str(k) + "0" * 9

assert f(g())

def f(strs: List[str]):
    return len(set(strs)) == 1000 and all([x.count("a") > x.count("d") for x in strs])

def g():
    return ["a" + str(i) for i in range(1000)]

assert f(g())

def f(string: str, lt=10):
    return string.count("a") == lt

def g(lt=10):
    return "a" * lt

assert f(g())

def f(li: List[int]):
    return len(li) >= 7 and all(li[i] != i for i in range(len(li)))

def g():
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(x: float, b=1020):
    return x > 0 and (x > b - 0.0001) and (x < b + 0.0001)

def g(b=1020):
    return float(b)

assert f(g())

def f(n: int):
    return all(n > 0 for i in range(n))

def g():
    return 2 * 3 - 1

assert f(g())

def f(c: float):
    return abs(c - 4.0) < 10.0e-8

def g():
    return float(4.0)

assert f(g())

def f(s: str):
    return "Hello " + s[0:8] + s[8:16] + s[16:24] == "Hello world"

def g():
    return "world"[0:8]

assert f(g())

def f(a: List[int], count=10000):
    return all(a[i] > 0 or a[i] < 0 for i in range(count) if i != 0)

def g(count=10000):
    return [1, 2]*count

assert f(g())

def f(inds: List[int], upper_bound=4):
    return sum(i > 0 for i in inds) >= upper_bound

def g(upper_bound=4):
    return [i + 2 for i in range(100)]

assert f(g())

def f(s: str, substrings=['foo', 'foo', 'bar', 'foo', 'bar', 'even']):
    return all(sub in s for i, sub in enumerate(substrings))

def g(substrings=['foo', 'foo', 'bar', 'foo', 'bar', 'even']):
    return str(substrings)

assert f(g())

def f(l: List[int], n=10):
    return len(l) == n and l[0] == 0

def g(n=10):
    return [0 for i in range(n)]

assert f(g())

def f(v: float, m=12, n=5, target=99):
    return (v*v)**(1/3) >= target  # (1/pi) * (1/3) * 1, 2, 3, 4

def g(m=12, n=5, target=99):
    return 1 + 1e9 * m / float(n)  # 1.00000000000000000, 1e-7, 4.5

assert f(g())

def f(nums: List[int], n=12345):
    return nums == [1, 2, 3, 4, 5, 6, 7, 8]

def g(n=12345):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(li: List[int]):
    if len(li) == 0:
        return True
    if len(li) == 1:
        return li[-1] == target and li[0] == target
    return True

def g():
    return [-1, -2]

assert f(g())

def f(s: str):
    return all(x in s for x in s) and s.count("6") == 1

def g():
    return "123456789" + "0"*4

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 10

def g():
    return sorted(range(10))

assert f(g())

def f(coords: List[List[int]], num_points=20):
    assert not ((isinstance(coords, list) and len(coords) >= num_points) or (isinstance(coords, tuple) and len(coords) >= 2 * num_points))
    return [list(x) for x in coords] == [list(x) for x in coords]

def g(num_points=20):
    return [[1, 2], [1, -2], [2, 1], [-2, 1], [-2, -1], [-1, 1], [-1, -2], [1, -1], [1, 2, -2], [-2, -1], [-1, 1, -2], [1, -2, -1]]

assert f(g())

def f(s: str):
    return all(substring in s for substring in ["a", "b", "c", "d", "e"])

def g():
    return str([s for s in ["a", "b", "c", "d", "e"]])

assert f(g())

def f(n: int, a=12, b=34):
    return n == a + b

def g(a=12, b=34):
    return 12 + 34

assert f(g())

def f(d: int, n=100000):
    return bool(d > n and d % n != 0)

def g(n=100000):
    return int(int("123456789" + "0"*9) ** 0.5) + n

assert f(g())

def f(n: int, b=1):
    return sum(n**i for i in range(n)) == n * n

def g(b=1):
    return b

assert f(g())

def f(x: float, a=14303):
    return abs(x ** 2 - a) < 10 ** -3

def g(a=14303):
    return a**0.5

assert f(g())

def f(l: List[int], n=10):
    def count(a, b):
        return (a + b) * (a + b) + a * a + b * b
    return sum(1 for m in l for t in l[m:] if m == n-1) <= count(l[n-1], l[n-2])

def g(n=10):
    return [n * n for n in range(n)]

assert f(g())

def f(n: int, k=3):
    assert k == 3, k
    return n % k == 0

def g(k=3):
    return 3 ** k

assert f(g())

def f(e: List[int], target=100):
    return e[0] >= target

def g(target=100):
    return [100, 1, 0]

assert f(g())

def f(len_t: List[int], n=4):
    return len(len_t) == n and len(len_t) % 2 == 0

def g(n=4):
    return list(range(1, n+1))

assert f(g())

def f(v: int, start=500):
    return v >= start

def g(start=500):
    return 10001

assert f(g())

def f(s: str):
    return len(s) > 4

def g():
    return "Hello "

assert f(g())

def f(li: List[int]):
    return all([li[j] == li[j] + 0 if j <= i else li[i] == li[i] + 0 for i in range(10)] for j in range(10))

def g():
    return [i * 2 for i in range(10)]

assert f(g())

def f(e: str, target=True):
    return ("Hello " + e) == "Hello world"

def g(target=True):
    return "world"

assert f(g())

def f(y: str):
    return y in 'abcdefghijklmnopqrstuvwxyz'

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(n: int):
    return n < 10 and n >= -10 or n in [0, 1, 10, 11, 12]

def g():
    return 9

assert f(g())

def f(indices: List[int]):
    return len(indices) == 1000 and indices[0] >= 0 and indices[-1] <= 100000000

def g():
    return [0 for _ in range(1000)]

assert f(g())

def f(n: List[int], target=18):
    return len(n) >= target

def g(target=18):
    return list(range(int(target + 1)))

assert f(g())

def f(x: float, a=1020, b=167845, n=5):
    return x == a + b

def g(a=1020, b=167845, n=5):
    return float(a + b)

assert f(g())

def f(e: str, target=True):
    return ("Hello " + e) == "Hello world"

def g(target=True):
    return "world" if target else "World"

assert f(g())

def f(n: int):
    return (int(n) + 1) % 2 == 0 and (int(n) % 2 == 1)

def g():
    return int(1)

assert f(g())

def f(sorted_str: str, word="antidisestablishmentarianism"):
    return sorted_str == word

def g(word="antidisestablishmentarianism"):
    return str(word)

assert f(g())

def f(r: int, a=50):
    return abs(r + a) >= 500

def g(a=50):
    return 2 + 1000*a

assert f(g())

def f(i: int):
    return (i % 2 == 0 or i % 3 == 0 or (i % 5 == 1 and i % 2 == 1))

def g():
    return 100

assert f(g())

def f(n: int):
    return int(n) != 0

def g():
    return 10-1

assert f(g())

def f(nums: List[int], b=15):
    assert len(nums) == len(set(nums)) == b
    return set(nums) <= set(nums) == set(nums)

def g(b=15):
    return list(range(b))

assert f(g())

def f(s: str, n=1):
    s = s.lower()
    return s == "hello world" and len(s) != 1

def g(n=1):
    return "hello world"

assert f(g())

def f(state: List[int]):
    return sum([x for i, x in zip(state, state[1:-1]) if x != 0]) > 0

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: str):
    return all(
        i in str for i in x if i == '.' and not x.endswith('.')
    )

def g():
    return "."

assert f(g())

def f(t: List[int], a=10, b=4, c=10):
    return t == [a, b, c]

def g(a=10, b=4, c=10):
    return [a,b,c]

assert f(g())

def f(count: List[int], a=20, n=2000):
    return sum(count[0] * 8 for c in count for c in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) > n  # not really working

def g(a=20, n=2000):
    return list(range(a,n+1))

assert f(g())

def f(n: int):
    return n > 999

def g():
    return 10**5

assert f(g())

def f(data: List[int], max_len=10):
    return int(min(len(data), max_len)) == max_len

def g(max_len=10):
    return [int(x) for x in range(max_len)]

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 ** 2 <= year_len

def g(year_len=365):
    def __random_year_len__(n):
        return 365 - n
    return __random_year_len__(0)

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    assert all([[i, i] == [i, i] for [i, i] in tour]), 'legal moves'
    return sorted(tour) == [[i1, i2] for [i1, i2] in zip(tour, tour[1:])]  # cover every square twice

def g(m=8, n=8):
    return sorted(range(m+1, (n+1) // 2 + 1))[::-1]

assert f(g())

def f(s: str, n=100):
    return s == s[0:n]

def g(n=100):
    return "Hello {}!".format(n)

assert f(g())

def f(n: int, v=4, w=80):
    v *= 2
    w *= 3
    return abs(v <= n) and v + w <= n

def g(v=4, w=80):
    return v * w

assert f(g())

def f(h: List[int], n=10):
    return h[0] == n and h[-1] == n

def g(n=10):
    return [int(n) for i in range(n)]

assert f(g())

def f(s: str):
    return (s == "abcd" or s == "abcdefg")

def g():
    return "abcdefg"

assert f(g())

def f(s: str, length=1000):
    return len(s) == length and s.count('0') < length * 2

def g(length=1000):
    return "0" * length

assert f(g())

def f(li: List[int], n=10):
    return sum(li) == n

def g(n=10):
    return [1 for i in range(n)]

assert f(g())

def f(x: str):
    return x.startswith("123.456")

def g():
    return "123.456abc"

assert f(g())

def f(res: List[int], m=9):
    for i in range(m):
        if res[i] == 5:
            return True
    return False

def g(m=9):
    return [5, 6, 7, 8, 9, 0, 1, 2]

assert f(g())

def f(s: str):
    return len(s) == 1

    print(f20(s))

def g():
    return str(0)

assert f(g())

def f(n: int):
    return str(int(n) * n).startswith("123456")

def g():
    return int(int("123456" + "0"*9) ** 0.5) + 3

assert f(g())

def f(n: int):
    return n ** 2 == n if n in range(1, 100) else n  # make sure n is in int range

def g():
    return int(100/8 + 1/2) % 2

assert f(g())

def f(i: List[int]):
    return i[2] > i[0]  # i[2] == max(max(i[0]), i[1])

def g():
    return list(range(10))

assert f(g())

def f(s: str, small_str="fooba", index=1):
    return small_str.index(s) == index

def g(small_str="fooba", index=1):
    return small_str[index]

assert f(g())

def f(nums: List[int], n=4):
    return len(list(nums)) == n

def g(n=4):
    return [n**n for n in range(n)]

assert f(g())

def f(list: List[int]):
    s = []
    for i in range(len(list)):
        s.append(list.pop(i))
    return len(s) > 0

def g():
    return [0]

assert f(g())

def f(s: str, cnt=1):
    return len(list(s)) == cnt and len(s) == 1 and 'a' not in s

def g(cnt=1):
    return str(cnt * cnt)

assert f(g())

def f(n: int, scores=[100, 90, 50, 20, 30, 10, 20, 10, 10, 5, 5], k=6):
    l = len(scores)
    assert (not (all(s >= scores[k] and s >= scores[k - 1]) for s in scores) and all(s < scores[k] or s <= 0 for s in scores)) or l > 6
    return (scores[0] * scores[1] * scores[2] * scores[3] * scores[4] * scores[5] * scores[6] * scores[7] * scores[8]) <= n

def g(scores=[100, 90, 50, 20, 30, 10, 20, 10, 10, 5, 5], k=6):
    l = len(scores)
    assert (not (all(s >= scores[k] and s >= scores[k - 1]) for s in scores) and all(s < scores[k] or s <= 0 for s in scores)) or l > 6
    return (scores[0] * scores[1] * scores[2] * scores[3] * scores[4] * scores[5] * scores[6] * scores[7] * scores[8])

assert f(g())

def f(inds: List[int], target=2):
    assert len(inds) >= 2 and all([0 <= i <= len(inds) - 1 for i in range(len(inds))])
    if len(inds) == 1:
        return all([x == y for x, y in zip(inds, inds[1:])])
    elif len(inds) == 3:
        return target in inds[:-2]
    elif len(inds) >= 4:
        return target in range(0, len(inds) - 1)
    else:
        return False

def g(target=2):
    return [target for i in range(1000)]

assert f(g())

def f(s: str, m=3, n=1):
    return s[:-m].count("5") == n

def g(m=3, n=1):
    return "123456789"

assert f(g())

def f(li: List[int], edges=[[0, 2, 4, 23], [0, 2, 6, 23], [2, 6, 23], [4, 23, 0], [23, 0, 2], [23, 0, 0]]):
    return len(set(li)) == 3 and li.index(1) < li.index(2)

def g(edges=[[0, 2, 4, 23], [0, 2, 6, 23], [2, 6, 23], [4, 23, 0], [23, 0, 2], [23, 0, 0]]):
    return [1, 2, 8]

assert f(g())

def f(x: int, a=-8, b=1234):
    return x - a == b or -5 ** a == b

def g(a=-8, b=1234):
    return int(a) + b

assert f(g())

def f(n: int):
    return abs(n) == 1

def g():
    return 1

assert f(g())

def f(string: str, size=10):
    return string == "enlightenment" or "".join(s for s in string if size > len(s)) == "enlightenment"

def g(size=10):
    return "enlightenment".ljust(size, " ")

assert f(g())

def f(s: str, a=1, b=2):
    return s == "a" if a else s == "b"

def g(a=1, b=2):
    return "a" if a else "b"

assert f(g())

def f(s: str):
    return s.count("1") == 2 and s.count("-") == 1

def g():
    return "test123-hello123"

assert f(g())

def f(a: List[int]):
    r = 1
    for b in a:
        if b == 0:
            break
        r *= b
    return r % 10 == 0

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str, n=21):
    assert n in range(101)
    return n <= len(s)

def g(n=21):
    return "21" * n

assert f(g())

def f(c: str):
    return c.count("y") > 0

def g():
    return '123456789y'

assert f(g())

def f(s: str):
    return all(sub in s for sub in ['foo', 'bar', 'baz'] if not sub in s)

def g():
    return 'foobarbaz'

assert f(g())

def f(nums: List[int], n=10000):
    return sum(1 if i < n else 2 for i in nums) == 10000

def g(n=10000):
    return list(range(n))

assert f(g())

def f(z: List[int], k=10):
    if len(z) == k: return True
    r = []
    k.sort()
    for i, j in z:
        r.append((i, j + k))
    return len(map(len, r)) == k

def g(k=10):
    return [i for i in range(k)]

assert f(g())

def f(n: int):
    if n < 100:
        raise Exception("n must be >= 100")
    if n > 9000 and n <= 10000:
        raise Exception("n > 9000 and n <= 10000")

    if n % 2 == 0:
        return n > 900 and n > 150
    return n >= 350

def g():
    return sum(map(int, range(999999))) + 1000

assert f(g())

def f(x: List[int], target=[7, 10, 3, 6, 4, 15, 7, 8, 9, -1, 8]):
    return all(x[i] == target[i] for i in range(0, len(target)))

def g(target=[7, 10, 3, 6, 4, 15, 7, 8, 9, -1, 8]):
    return [int(target[i]) for i in range(0, len(target))]

assert f(g())

def f(li: List[int], target=7, n=5):
    return all(i in li for i in range(n))

def g(target=7, n=5):
    return [i for i in range(n)]

assert f(g())

def f(l: List[int], bound=3):
    return all(i == 0 for i in range(bound) if l[i] == 1)

def g(bound=3):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(t: List[int]):
    return sum(t[i] for i in range(len(t) - 2)) > len(t) * 2 / 3

def g():
    return list(range(2, 9))

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 s.upper() if s.lower() != "CanYouTellIfItHasMoreCAPITALS" else "CanYouTellIfItHasMoreCAPITALS"

assert f(g())

def f(n: int):
    return n % 3 == 0

def g():
    return 6

assert f(g())

def f(s: str):
    return not (s.count("8") < 1 and s.count("1") < 2 and eval(s) != "123.456")

def g():
    return "123.456.789"

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li)

def g():
    return [3]

assert f(g())

def f(n: int, a=132332):
    return n < a

def g(a=132332):
    return a-1

assert f(g())

def f(n: int, n1=1, n2=99):
    return (n1 + n2) == n and n >= 1

def g(n1=1, n2=99):
    return n1+n2

assert f(g())

def f(s: str, n=10):
    return str(5 ** n)[-2:] == s

def g(n=10):
    return str(5 ** n)[-2:]

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 40 and all([x.count("a") > x.count("b") for x in s])

def g():
    return ['a'*(i+1) + 'b'*i for i in range(40)]

assert f(g())

def f(p: List[int], target=50):
    return len(p) == target and target < 100

def g(target=50):
    return [p + 1 for p in range(target)]

assert f(g())

def f(s: str, target="do", length=1):
    return target == s or length == len(s) >= length

def g(target="do", length=1):
    return "do"

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) >= 3

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(m: List[int], n=9):
    m[0] = m[1] = 0
    m[2] = m[3] = 0
    for i in range(n):
        m[i + 2] = 0
    return m[-1] == n

def g(n=9):
    return [0] + (n - 1) * [1] + [2] + [3] + [4] + [5] + [6] + [7] + [8] + [9]

assert f(g())

def f(start: int, k=3, lower=100000):
    return start >= lower and sum(range(3 * start, 3 * (start + k), k)) >= lower

def g(k=3, lower=100000):
    return 1 if k == 3 and lower * 3 == 100000 else 100000

assert f(g())

def f(nums: List[int], target=3):
    assert all([i > 0 for i in nums])
    i = 0
    for q in nums:
        i += 1
        if i > target - 1:
            return True
    return False

def g(target=3):
    return [i for i in range(100000) if i > target]

assert f(g())

def f(x: int, a=85664, b=-932):
    return a + b == round(x)

def g(a=85664, b=-932):
    return a + b

assert f(g())

def f(x: List[int], target=3):
    for i in range(len(x)):
        if target == i:
            return True
    return False

def g(target=3):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(target: List[int], n=4, s=2021):
    targets = list(range(len(target)))
    assert n >= 0
    return len(set(list(targets))) == n

def g(n=4, s=2021):
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=662450, b=724700):
    if x > 0:
        return x + a > b
    else:
        return x + a == b

def g(a=662450, b=724700):
    return max(a*a, b*b)

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 3  # check if a list is [, 1, 2].

def g():
    return [-1, 2, 3]

assert f(g())

def f(n: int):
    return n > 65536

def g():
    return int(float("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: int, a=1000000, b=0):
    return sum(s - i for i in range(10)) < b

def g(a=1000000, b=0):
    return 2*a*b

assert f(g())

def f(s: str):
    return s.count("+-/*") >= 1

def g():
    return "<i>+-/*</i>"

assert f(g())

def f(n: int, k=3, s=4, t=2):
    return 0 <= n and n <= k

def g(k=3, s=4, t=2):
    return k  if s == 4 else 4

assert f(g())

def f(n: int):
    return n >= 1

def g():
    return 7

assert f(g())

def f(li: List[int], s="", t="", target=0):
    return {i for i in li} == {0, 1, 2} and {j for j in li} == {0, 1, 2}

def g(s="", t="", target=0):
    return [0, 1, 2]

assert f(g())

def f(nums: List[int], lower=50):
    return sum(sum(p ** j for p, j in enumerate(nums)) for p in nums) >= lower

def g(lower=50):
    return [5, 6, 7, 8]

assert f(g())

def f(s: str, words=['a', 'b', 'c']):
    return len(s) == len(words)

def g(words=['a', 'b', 'c']):
    return "".join(words)

assert f(g())

def f(x: List[int], t_1=0.04, t_2=0.04, k=2, min=0):
    return x == [min for _ in range(k)]

def g(t_1=0.04, t_2=0.04, k=2, min=0):
    return [0 for i in range(k)]

assert f(g())

def f(p: List[List[int]], target=1000):
    while 0 < len(p) < target:
        x, y = p[0]
        p.pop(0)
        assert all(abs(x - p[0][0]) > abs(y - p[0][1])), f"path {p} contains an illegal move: x={x}, y={y}"
        p.append([p[1]])
    return len(p) >= target

def g(target=1000):
    return [list(range(0, 1000)) for _ in range(target)]

assert f(g())

def f(nums: List[int], lower_bound=3):
    return len(nums) >= lower_bound

def g(lower_bound=3):
    return [3, 2, 1]

assert f(g())

def f(li: List[int]):
    return all(i in li for i in range(100))

def g():
    return [int(i) for i in range(100)]

assert f(g())

def f(letters: str, chars="abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"):
    for c in chars:
        if not letters.find(c) >= 0:
            return False
    return True

def g(chars="abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"):
    return "{0}{1}".format("".join(chars), "".join(map(str,range(len(chars)))) + "a" * len(chars))

assert f(g())

def f(pats: List[str], length=30):
    return len(pats) == length

def g(length=30):
    return ["a"*(i+2)+"b" for i in range(length)]

assert f(g())

def f(s: List[int]):
    return len(s) == len(s) == 3

def g():
    return [3, 2, 1]

assert f(g())

def f(rnd: str):
    rnd = rnd.lower()
    return rnd and (len(rnd) % 2 == 1 and (len(rnd[0]) % 3 == 2 or rnd[0] == rnd[-1]))

def g():
    return '#'

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -5

def g(a=1020):
    return float(a) ** 0.5

assert f(g())

def f(s: str):
    return s.startswith("test") and s.endswith("tests")

def g():
    return "tests"[:]

assert f(g())

def f(s: str):
    return len(s) != 1 and "m" in s

def g():
    return "hello m"

assert f(g())

def f(s: str, r=1):
    return s == "this is just a test"

def g(r=1):
    return "this is just a test" * r

assert f(g())

def f(n: int, s="foo", z=100000):
    if s == "foo" or not isinstance(n, int):
        k = 5
        for i in range(k):
            n -= 1
        return n != 1
    return n >= 3

def g(s="foo", z=100000):
    return z + f(z)

assert f(g())

def f(ls: List[str]):
    return all(ls == s for s in ls)

def g():
    return [u for i, u in enumerate("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 ") if i % 2 == 0 and u == u != u]

assert f(g())

def f(nums: List[int], targets=[-4, -3, -2, -1, 0], count=6):
    for x in targets:
        assert x in nums, "oo"
        assert all(nums[x] == targets[x] for x in nums)
    return all(nums[0] <= x and nums[-1] >= x for x in targets) or all(nums[-1] <= x and nums[0] >= x for x in targets)

def g(targets=[-4, -3, -2, -1, 0], count=6):
    return targets or [-4, -3, -2, -1, 0]

assert f(g())

def f(s: str):
    if s:
        return s.count('a') > 2 or s.count('o') > 2 or s.count('e') > 2 or s.count('l') > 2  # exclude the letters for the word "love" and "dumplings"
    return [] in s and str(len(s)) > 1

def g():
    return 10 * ["apple", "banana", "grape", "mango", "mushroom"][2]  # not a great example but it illustrates the point

assert f(g())

def f(e: int, ops=['a', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for op, n in zip(ops, range(10)):
        if op not in ["a", "h", "e", "l", " ", "w", "!", "r", "d"]:
            return False
    return True

def g(ops=['a', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return int(int("1234567897693426781205" + "0"*9) ** 0.5)

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i + 1] for i in range(5)])

def g():
    return [0] * 10

assert f(g())

def f(l: List[List[int]]):
    return all(x for x, y in l for y in [x, x] for x in [y, y])

def g():
    return []

assert f(g())

def f(coords: List[List[int]], side=3, num_points=2):
    return abs(sum(x * (x - y) for x, y in zip(coords[0], coords[1]))) >= num_points

def g(side=3, num_points=2):
    return [
        [1, 2, 3],
        [4, 5, 6],
        [7, 8, 9],
    ]

assert f(g())

def f(length: int, items=[], d=1):
    if length == 1:
        return items == [0]
    if all(i > 0 for i in items) or all(i <= 0 for i in items):
        return all(i >= length for i in items)
    else:
        return all(i < length for i in items)

def g(items=[], d=1):
    if d > 0:
        return len(items)
    else:
        return all(0 <= i < length for i in items)

assert f(g())

def f(nums: List[int], a=0, b=0, c=0):
    return all(num in nums and a == b == c for num in nums)

def g(a=0, b=0, c=0):
    return list(map(int, [a, b, c]))

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return (a if x > b - a else a + b) ** 2 <= x ** 2

def g(a=8665464, b=-93206):
    return a if b < 0 else b

assert f(g())

def f(k: int, start=4200, target=19182412):
    return sum(x for x in range(4200, start+k)) == sum(x for x in range(start, start+k))

def g(start=4200, target=19182412):
    return start

assert f(g())

def f(s: str):
    return s == "boj"

def g():
    return f"boj"

assert f(g())

def f(num: int):
    return abs(num) >= 1000

def g():
    return int("1"*999)

assert f(g())

def f(s: str):
    return s.startswith("ab") and not s.startswith("ac") and len(s) >= 4

def g():
    return "ab" * 3

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n

def g(n=5):
    return [0, 1, 2, 3, 4]

assert f(g())

def f(n: int):
    return n == 921 or n == 792 or n == 858 or n == 959 or n == 961 or n == 790 or n == 777

def g():
    return 921 or 792 or 858 or 959 or 961

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i] for i in range(10)])

def g():
    return list(i for i in range(1000) if i % 10 == 0)

assert f(g())

def f(nums: List[List[int]]):
    if nums[0][0] <= nums[1][0] and nums[0][1] == 0 and nums[0][2] == 0:
        return False
    else:
        for i in range(3):
            nums[i][1] = min(nums[0][2], nums[i][0], nums[1][1])
            if nums[i][2] < 0:
                return False
        return True

def g():
    return [
        [1,2,3,4],     # first group
        [5, 6, 7, 8],   # second group
        [9, 10, 11, 12]
    ]

assert f(g())

def f(x: List[int], a=2):
    return all([a * p for p in x])

def g(a=2):
    return [1]

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) < 10 ** -5

def g(a=1020):
    return a - 10 ** -5

assert f(g())

def f(a: List[int], n=4):
    return a == [1]*(2 ** n - 1)

def g(n=4):
    return[1]*(2 ** n - 1)

assert f(g())

def f(nums: List[int], m=5, v=8):
    return min(nums) >= m and min(nums) < (m + v) and all([n in set(nums) for n in nums])

def g(m=5, v=8):
    return [n for n in range(m, v + 1) if n > m]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    assert a != 0 or c == 3
    return abs(n) > 1000

def g(a=17, b=100, c=20):
    return a*b; c * (4 - 1000 * a * b); a + 1000 * b; b*c;

assert f(g())

def f(r: List[int]):
    # this should be all zeros and ones
    assert len(r) == 100
    return sum(x * x and (x == 1) for x in r) == 100

def g():
    return [1 for i in range(100)]

assert f(g())

def f(p: List[int], count=20, s=32):
    return len(set(p)) == count and sum(p) >= s

def g(count=20, s=32):
    return [1 << i for i in range(count)]

assert f(g())

def f(p: List[int]):
    for i in range(len(p)):
        return max(p[i] - p[i-1] for i in range(1, len(p) - 1)) < 1e-6

def g():
    return [1, -2, 3]

assert f(g())

def f(nums: List[int], tot=55):
    return len(nums) >= tot

def g(tot=55):
    return [0]*tot

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(i <= n for i in nums)

def g(n=12345):
    return [int(x)for x in range(n)]

assert f(g())

def f(x: int, a=14311254, b=10092657):
    return a - x == b

def g(a=14311254, b=10092657):
    return int(a - b)

assert f(g())

def f(li: List[int], target=100):
    return sum(li) == target

def g(target=100):
    return [target]

assert f(g())

def f(d: int):
    return d == 2 or d > 4

def g():
    return 2**40 + 1

assert f(g())

def f(nums: List[int], lower_bound=12):
    return all(num for i in nums if len(set(i)) > lower_bound)

def g(lower_bound=12):
    return [n for n in "foo"[::-1] if len(set(n)) > lower_bound]

assert f(g())

def f(nums: List[int], target=200):
    targets = nums + [target]
    return len(set(nums)) >= target

def g(target=200):
    return list(range(target))

assert f(g())

def f(li: List[int]):
    x = 0
    for i in li:
        x += i
        x += i
    x = 0
    return x in range(max(li) - 1)

def g():
    return [2, 1, 1, 1]

assert f(g())

def f(x: List[int]):
    return all(i in range(len(x)) and x[i] == i for i in range(len(x)))

def g():
    return list(range(50))

assert f(g())

def f(indices: List[int], a=5):
    assert indices[-1] > a - 1, indices[-1] == a - 1
    return len(indices) >= 2 and indices[::2].count(indices[-1]) == 0

def g(a=5):
    return [2*(n-a)+a+1 for n in range(2**10)]

assert f(g())

def f(nums: List[int]):
    n = sum(nums)
    return n < 50

def g():
    return [1,2,3,4]

assert f(g())

def f(x: List[int]):
    return all(x) and x[0] in [1, 2, 3, 5, 9, 10, 14] and x[-1] in [4, 5, 7, 8, 14, 15]

def g():
    return [1, 3, 4]

assert f(g())

def f(v: str, a=2, d=7):
    return v.count('0') > a and v.count("0") + v.count("1") > d

def g(a=2, d=7):
    return "123456789" + "0" * d

assert f(g())

def f(n: int, a=345345345, b=10):
    return n // b == a

def g(a=345345345, b=10):
    return a * b

assert f(g())

def f(p: List[int], target=[0, 3, 6, 2, 7, 11, 12, 9, 10, 8]):
    return p[0] == target[0] and p[-1] == target[-1]

def g(target=[0, 3, 6, 2, 7, 11, 12, 9, 10, 8]):
    return target

assert f(g())

def f(stamps: List[int], target=80):
    return len(stamps) >= target

def g(target=80):
    return [9 * n for n in range(target)]

assert f(g())

def f(nums: List[int], k=7):
    return len(nums) == k and all((1 + nums[i] for i in range(k)))

def g(k=7):
    return [1 for _ in range(k)]

assert f(g())

def f(li: List[int], target=[1]):
    return len(li) == sum(li)

def g(target=[1]):
    return [1] + target

assert f(g())

def f(s: str, target="yes", reverse=True):
    return ''.join(c for c in s if c.isalpha()) == target

def g(target="yes", reverse=True):
    return "yes"

assert f(g())

def f(s: str):
    return s == 'test'

def g():
    return "test"

assert f(g())

def f(nums: List[int]):
    assert all(m for m in nums if m == sum(nums) - 1)
    return len(nums) <= 10

def g():
    return list(range(int(1**0)))

assert f(g())

def f(x: List[int]):
    return list(x) == [1, 2, 3, 3, 4, 5, 6, 7, 8, 9, 10, 11, 11, 13, 15, 15, 16, 17]

def g():
    return [1, 2, 3, 3, 4, 5, 6, 7, 8, 9, 10, 11, 11, 13, 15, 15, 16, 17]

assert f(g())

def f(s: str):
    return s.count('w') == 1

def g():
    return str(".w")

assert f(g())

def f(nums: List[int], target=5):
    return len(nums) == target

def g(target=5):
    return [0]*target

assert f(g())

def f(s: str):
    return s.count('z') == 2

def g():
    return "zz"

assert f(g())

def f(nums: List[int]):
    return len(nums) == 20 and all(i > 0 for i in nums)

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(l: List[str], maxlen=20):
    return min(len(l), maxlen) == max(len(l), maxlen)

def g(maxlen=20):
    return [''] * maxlen

assert f(g())

def f(ls: List[str]):
    return not ls[0].lower() not in {'g', 'b'} and not ls[-1] == ls[0]

def g():
    return ["g", "h"]

assert f(g())

def f(num: int):
    return num >= 3 or all([3 ** i * 2 <= num <= (3 ** (i + 1)) * 2 for i in range(3)])

def g():
    return 4

assert f(g())

def f(h: List[int]):
    return sum(h[i] != h[i + 1] for i in range(len(h) // 2)) == 2

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s == '12345'

def g():
    return "12345"

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if l == thresh else 2 for l in nums) >= 5

def g(thresh=17):
    return [int(x) for x in range(thresh)]

assert f(g())

def f(n: int, target=1):
    return n == sum([int(x) for x in range(20)])

def g(target=1):
    return int(sum([int(x) for x in range(20)]) / target)

assert f(g())

def f(l: List[int]):
    return all([l[0] + l[1] + l[2] + l[3] == 3 for l in l])

def g():
    return []

assert f(g())

def f(z: float, r=1, d=1, n=340282366920938463463374607431768211456, b=180000):
    return -1 + float(z) + r + d > b

def g(r=1, d=1, n=340282366920938463463374607431768211456, b=180000):
    return 1 + float(r) + d * n

assert f(g())

def f(chars: str):
    return all(chr(i) in chars for i in range(64) if chars.find('abcdefghijklmnopqrstuvwxyz') < 0)

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(x in s for x in set(s))

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str):
    # print(s)
    # print([i in b for b in s])
    return "I like the quick brown fox jumps over the lazy dog" in s

def g():
    # print(s)
    # print(s)
    return "I like the quick brown fox jumps over the lazy dog"

assert f(g())

def f(s: List[int], n=5):
    return n > 0 and len(s) == 5

def g(n=5):
    return list(range(0, n))

assert f(g())

def f(words: List[str]):
    return all(word.count("konjac") == 1 for word in words)

def g():
    return []

assert f(g())

def f(n: int):
    assert 0 <= n <= 1
    return all(a in [0] for a in range(n))

def g():
    return 0

assert f(g())

def f(n: int, a=10201202001):
    return n == a

def g(a=10201202001):
    return min(a, 20201203001)

assert f(g())

def f(li: List[int]):
    return [x for x in li if x != li[0]] == [x for x in li if x != li[1]]

def g():
    return [1,1,1,1,1]

assert f(g())

def f(t: List[int], n=1000):
    for a in range(0, len(t)):
        if t[a] == t[a - 1] * 2**n and t[a + 1] == t[a + 2] and t[a + 3] == t[a + 4]:
            return True
    return False

def g(n=1000):
    return [0 for x in range(1000) if x in [0, 1, 2, 3, 5, 8, 9, 1, 7, 1, 4, 0, 6] ]

assert f(g())

def f(s: str):
    return len(set(s)) >= 5

def g():
    return "123456789" + "0" * 9

assert f(g())

def f(d: int):
    return all([d ** i for i in range(3)])

def g():
    return 6

assert f(g())

def f(s: str):
    return "Hello " + s and s.count("Hello") == 1

def g():
    return "Hello "*1

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 1e-6
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [0.1, 0.7, 0.2]

assert f(g())

def f(nums: List[int], n=5, lower=10):
    return 0 <= len(nums) <= n and sum(nums) >= lower

def g(n=5, lower=10):
    return [n for i in range(6) if i % 3 == 0]

assert f(g())

def f(ls: List[str]):
    return all(x in ls for x in ls)

def g():
    return "123456789".split()

assert f(g())

def f(path: List[int], n=3, target=6):
    return path[-1] > 0 and path[-1] >= max(min(path[i], path[i - 1]) for i in range(len(path) - 1))

def g(n=3, target=6):
    return [0, 1, 2]

assert f(g())

def f(tri: List[int], target=999):
    return len(tri) > target

def g(target=999):
    return list(range(0, target+1))

assert f(g())

def f(n: int, k=5):
    return n >= k and all(n > k + 1 and n < k**(1/2) for k in range(n, 1000))

def g(k=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return len(s) == 12 or s in ["hell", "wonder", "doo", "dah!", "goodbye", "heck"]

def g():
    return "hell" or s == "wonder" or s in ["doo", "dah!", "goodbye"]

assert f(g())

def f(n: int, a=0, b=2):
    if n == 1:
        return a == b
    elif n == 2:
        return a == 0 and b == 1
    else:
        return (a == 0 and b == 2 and n % 2 == 0)

def g(a=0, b=2):
    return min(a, b)

assert f(g())

def f(x: int):
    return x == -382 or x == 14546310

def g():
    return -382 or 14546310

assert f(g())

def f(l: List[int], n=20):
    return 0 < len(l) and sum(l) == n

def g(n=20):
    return [0, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str):
    # use set() instead of list() so str[-1] can actually work,
    # but set() is faster on my 4.5GHz machine.  (Using list() on py2.6, str[-1] is not supported anyway, since Python 2.5)
    return set(s).issubset(set(s[::-1]))

def g():
    return "hello, world"

assert f(g())

def f(x: str, parts=['I!!', '!love', 'dumplings', '!', ''], target="Do the world!"):
    return x == target

def g(parts=['I!!', '!love', 'dumplings', '!', ''], target="Do the world!"):
    return target

assert f(g())

def f(s: str, target=15):
    return len(s) == len(s[:target])

def g(target=15):
    return "Hello " + str(target) + " world"

assert f(g())

def f(x: List[int], target=3):
    for i in range(len(x)):
        if target == i:
            return True
    return False

def g(target=3):
    return [i for i in range(0, 1000)]

assert f(g())

def f(s: str, target="yes", reverse=True):
    return ''.join(c for c in s if c.isalpha()) == target

def g(target="yes", reverse=True):
    return str(10) + str(8) + str(3) + str(6) + str(2) + str(5) + target

assert f(g())

def f(l: List[int]):
    assert len(l) >= 2
    for i in range(len(l) - 2):
        left = l[i]
        right = l[i + 1]
        return left - right == right

def g():
    return [left - right for left, right in enumerate(range(10))]

assert f(g())

def f(n: int, a=21, b=1):
    if n % 2 == 0:
        return True
    return all(n % i == 0 for i in range(b))

def g(a=21, b=1):
    return sum(x * y for x in range(a) for y in range(b))

assert f(g())

def f(n: int, a=10, m=10):
    return (n >= m) and a > 0

def g(a=10, m=10):
    return a ** m

assert f(g())

def f(n: int):
    return n <= 1025 and n > 1000

def g():
    return 1025

assert f(g())

def f(s: str, m=1):
    return s == "hello world"

def g(m=1):
    return 'hello world'

assert f(g())

def f(s: str, n=30):
    return all(True for a in range(0, n + 1) for b in s[a])

def g(n=30):
    return "123456789"*(n + 1)

assert f(g())

def f(s: List[int]):
    return all(int(s[i]) for i in range(10))

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9] * 2

assert f(g())

def f(indices: List[int]):
    assert len(indices) == 1000
    for i in range(1000):
        if i in indices:
            return True
    return False

def g():
    return list(range(1000))

assert f(g())

def f(keys: List[int], s=3):
    assert len(keys) == 3, "Hint: keys[k]==(x[k],y[k],z[k])!"
    return len(keys) == s

def g(s=3):
    return [s, s+1, s-1]

assert f(g())

def f(s: str, n=10):
    return "The quick brown fox jumps over the lazy dog" in s

def g(n=10):
    return "The quick brown fox jumps over the lazy dog" + str(n)

assert f(g())

def f(x: int, a=1000):
    return x >= a

def g(a=1000):
    return a+1

assert f(g())

def f(s: str, n=100):
    for i in range(n):
        if s[i] not in s:
            return False
    return True

def g(n=100):
    return "123456789" + "0"*n

assert f(g())

def f(n: int):
    return n >= int(1e15)

def g():
    return 1000 * int(1e15) ** 3

assert f(g())

def f(a: int, m=12345):
    return a == m

def g(m=12345):
    return m

assert f(g())

def f(l: List[int]):
    return len(l) >= 10

def g():
    return [i for i in range(10)]

assert f(g())

def f(s: str):
    for c in s:
        if c == "*":
            return True
    return False

def g():
    return "hello * world"

assert f(g())

def f(s: str):
    return str(s) == u"abc#" or s == u"$#abc$"

def g():
    return "abc#"

assert f(g())

def f(s: str, target="reverse me"):
    return target in s

def g(target="reverse me"):
    return target in ["a"+str(n) for n in range(1000)] or "reverse me"

assert f(g())

def f(ans: List[str], target="hello"):
    for s in ans:
        if target == s:
            return True
    return False

def g(target="hello"):
    data = [target]
    if not f(data):
        data = [target]
    data[0] = target
    return data

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 4 and sum(nums) == n

def g(n=12345):
    return [12345]

assert f(g())

def f(x: List[int], n=3):
    return x == [0] * n and len(x) >= n and len(x) % n == 0

    # x == [0, 1, 2, 3]
    # n = 3
    # x = [[0], [1, 2, 3]]
    # n = 4
    # x = [1, 2, 3, 0, 4, 0, 5, 6, 7]
    # n = 5
    # x = [0, 1, 2]
    # n = 6

    # x = [0, 1, 2, 3, 4, 5, 6, 7]
    # n = 7
    # x = [0, 1, 2, 3, 4, 5, 6]

def g(n=3):
    return [i**2 for i in [0] * n]

assert f(g())

def f(n: int, upper_bound=150):
    return n > upper_bound

def g(upper_bound=150):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(nums: List[int], n=10):
    if len(nums) < n:
        return False
    return all([num in nums for num in nums])

def g(n=10):
    return [n*n for n in range(1000)]

assert f(g())

def f(s: str):
    return "'" + s.replace(' ', "") + "'" not in "This is not the world!"

def g():
    return "Hello world"

assert f(g())

def f(s: str, parts=["I!!!", "!", "(love)", "!"], target="foobarbazwow", length=6):
    return s == target[(len(target) - length) // 2:(len(target) + length) // 2]

def g(parts=["I!!!", "!", "(love)", "!"], target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int, max_num_sides=5):
    return (n - 1) % 2 == 0

def g(max_num_sides=5):
    return 3

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijkmnopqrstuvwxyz")

def g():
    return "abcdefghijkmnopqrstuvwxyz"

assert f(g())

def f(nums: List[int], thresh=17):
    return nums[1] > nums[0] and min(nums[0], nums[-1]) >= thresh and all(x > 0 for x in nums)

def g(thresh=17):
    return [int(x) for x in list(range(thresh, thresh+9))]

assert f(g())

def f(n: int):
    s = str(n)
    # must have at least four lower bits
    if len(s) < 4:
        return False
    for i in range(1, len(s)):
        if s[i] == '0' and s[i - 1] == '0':
            return False
    return True

def g():
    return 0x1234567890ABCDEF

assert f(g())

def f(n: int):
    return n == 2 or all(np.nonzero(i % 2 == 1 for i in range(n)) for i in range(n))

def g():
    return int(int("123456789" + "0"*9) ** 0.5) % 2

assert f(g())

def f(s: str, n=7012):
    return str(5 ** n)[:-2] in s

def g(n=7012):
    return str(5 ** n)[:-2]

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 5

def g():
    return [3, 2, 1, 4, 5]

assert f(g())

def f(m: int):
    return str(m * m).startswith("123456789")

def g():
    return int(int("123456789" * 10) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s in s

def g():
    return "foobar"

assert f(g())

def f(a: int, cpt=100):
    return 1 if 0 <= cpt < a else max(0, cpt) == a

def g(cpt=100):
    return max(0, cpt)

assert f(g())

def f(n: int, k=3):
    while k < 3:
        assert k == n and n <= 150
        n *= 3
    return n <= 150

def g(k=3):
    return 0

assert f(g())

def f(strings: List[str], n=5):
    return len(set(strings)) == n

def g(n=5):
    return [("a"*n)+str(n) for n in range(n)]

assert f(g())

def f(l: List[int]):
    j = l[0]
    q = l[1]
    return ((l[2] - l[1]) * (l[3] - l[2]) - (l[3] - l[1]) * (l[5] - l[3]) + (l[5] - l[1]) * (l[6] - l[5]) + (l[6] - l[2]) * (l[8] - l[6]) - (l[8] - l[2]) * (l[9] - l[8]) == j) or (j == 5)

def g():
    return [0] * 15

assert f(g())

def f(s: str):
    return len(set(x for x in s if x)) == 5

def g():
    return 'foobar'

assert f(g())

def f(x: List[int]):
    return all(x[i] != 0 for i in range(10))

def g():
    return list(range(1, 100, 10))

assert f(g())

def f(n: int):
    return n > 997

def g():
    return 1000

assert f(g())

def f(nums: List[int], n=4):
    assert len(nums) == n
    assert len(nums) >= n
    return len(nums) <= 15

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, n=2):
    x = s[0:]
    return all(x for x in s if not x.isspace() and x != ' ')

def g(n=2):
    return ("1"*(n-1)+"2"*(n-2))[::-1]

assert f(g())

def f(n: List[int]):
    return n == [1, 2, 3, 4, 5, 6]

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(x: int):
    return x ** 2 < 1000 and x < 1000

def g():
    return 0

assert f(g())

def f(ls: List[str]):
    return sum(max(a == f'ABCDEF' for a in ls) for i in range(len(ls))) == 1000

def g():
    return [f'ABCDEF' for _ in range(1000)]

assert f(g())

def f(letters: List[str], n=5):
    return sum(len(a) for a in letters) == n

def g(n=5):
    return list(map(str, range(n)))

assert f(g())

def f(n: int):
    return str(n).startswith("1234")

def g():
    return 1234

assert f(g())

def f(pos: List[List[int]], target=[[0, 0, 0, 0]]):
    return pos[0] == target[0]

def g(target=[[0, 0, 0, 0]]):
    return [i for i in target]

assert f(g())

def f(inds: List[int], n=5):
    if len(inds) != n or min(inds) < 0:
        return False
    for _ in range(n):
        if not any(i == i % 2 for i in inds):
            return False
    return True

def g(n=5):
    return [ind for ind in [1, 1, 1, 1, 0] if not any(i == i % 2 for i in [ind] if ind >= n) ]

assert f(g())

def f(x: float):
    return -x < 0

def g():
    return 0.1

assert f(g())

def f(n: int, m=1045):
    for i in range(n):
        m *= i
    return m >= 10

def g(m=1045):
    for i in range(m):
        return i * i

assert f(g())

def f(s: str):
    if s.count('_') == 1:
        return s[0] < 'o'
    if s.count('A') == 1:
        return s[0:2] < "AA"
    if s.count('I') == 1:
        return s[0:4] < "IA"
    if s.count('N') == 1:
        return s[0:4] < "IN"
    if s.count('E') == 1:
        return s[0:4] < "IE"
    return False

def g():
    return "I-love-joe"

assert f(g())

def f(n: int):
    return all(n > 10000 for i in range(10000))

def g():
    return 1000000

assert f(g())

def f(s: str):
    return ''.join(s) == 'world'

def g():
    return ''.join([chr(ord(c)) for c in "world"])

assert f(g())

def f(edge: List[int]):
    return len(edge) > 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(l: List[int]):
    return len(l) >= 10

def g():
    return [0, 2, 4, 8, 6, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 0, 2, 4, 8, -1, 0, 1, 1, -1, 4, 6, 0, 1, 0, 1, 2]

assert f(g())

def f(nums: List[int], n=42):
    return (sum(i for i in nums if i > 0) + sum(i for i in nums if i < 0)) > n

def g(n=42):
    return list(range(n))

assert f(g())

def f(s: str):
    return s == 'dg'

def g():
    return 'dg'

assert f(g())

def f(s: str, target="hahaha", perm=["one", "two", "three"], index=2):
    return "".join(perm[(perm.index(c) + 1) % len(perm)] if c in perm else c for c in s) == target

def g(target="hahaha", perm=["one", "two", "three"], index=2):
    return "".join(perm[(perm.index(c) + 1) % len(perm)] if c in perm else c for c in target.split())

assert f(g())

def f(d: int, n=123456789):
    return (d / n) >= 1  # (d / n) is 1-based

def g(n=123456789):
    return n * 2

assert f(g())

def f(l: List[int], lower=5):
    # if lower == 5, the list is sorted, otherwise, not
    if len(l) > 0:
        return sum(min(i, j) for i, j in zip(l, l[1:])) > lower
    return sum(min(i, j) for i, j in zip(l, l[1:])) == list(l)[0][0]

def g(lower=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], m=4, min=0):
    return len(nums) == m and min >= 0

def g(m=4, min=0):
    return [int(i) for i in range(m)]

assert f(g())

def f(lb: List[str]):
    return len(lb) >= 5

def g():
    return [str(a) for a in ["one", "two", "three", "four", "five"]]

assert f(g())

def f(l: List[int], n=3, c=2):
    return sum([l[i] * (t - (i + 1)) % n for i, t in enumerate(l)]) == n

def g(n=3, c=2):
    return [0, 1, 2, 3]

assert f(g())

def f(inds: List[int], n=1):
    return all(i == len(set(inds)) and i % n == 0 for i in inds)

def g(n=1):
    return [1] * n

assert f(g())

def f(n: int, k=5):
    return n >= k and all(n > k + 1 and n < k**(1/2) for k in range(n, 1000))

def g(k=5):
    return int(int("123456789" + "0"*9) ** (0.5*k)) + 1

assert f(g())

def f(count: int):
    return count >= 7 and count <= 20

def g():
    return 10

assert f(g())

def f(s1: str):
    s1 = s1 + "!"
    return s1[-6:] != s1[:-6]

def g():
    return "!"

assert f(g())

def f(li: List[int]):
    return all(sum(i >= i % 2 for i in li) > (len(li) / 2) for li in [li[i::2] for i in range(len(li))])

def g():
    return [10]

assert f(g())

def f(nums: List[int], target_angle=90):
    m = 1000
    return m >= 2 and min(sum([a for a in nums if a == target_angle]) for a in nums) > 0

def g(target_angle=90):
    return [target_angle for _ in range(10)]

assert f(g())

def f(int_list: List[int]):
    return all(i in int_list and i < 10 for i in range(10))

def g():
    return [0,1,2,3,4,5,6,7,8,9]

assert f(g())

def f(sides: List[int], max_dim=10):
    return len(set(sides)) == max_dim

def g(max_dim=10):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, n=2, target="tango", length=6):
    return s == target[(len(target) - length) // 2:(len(target) + length) // 2]

def g(n=2, target="tango", length=6):
    return "tango"[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str):
    return s.rstrip().startswith('hello world') or s == "Hello world"

def g():
    return "hello world 123456789"

assert f(g())

def f(s: str):
    return s.count("3") == 1 and "9+" in s or "1+" in s

def g():
    return "9+1+0+0.5"

assert f(g())

def f(e: List[int], a=9, m=12):
    q = 0
    for i, c in enumerate(e):
        q += c
        if (q - i) % a == 0:
            return False
    return True

def g(a=9, m=12):
    x = []
    for i in range(m,9,2):
        x.append("0"*(i+p) + "1")
    p = 10
    return x[-2:]

assert f(g())

def f(nums: List[int], a=50, b=1000, count=648):
    return len(set(nums)) >= count

def g(a=50, b=1000, count=648):
    return [i for i in range(b+1)]

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(1000))

def g():
    return [x for x in range(1000) if x < 1000]

assert f(g())

def f(n: int, a=3, b=2):
    return max(a, b) < n

def g(a=3, b=2):
    return 2 + 10 - a

assert f(g())

def f(nums: List[int], n=100000):
    return sum(nums) > n

def g(n=100000):
    return [s*n for s in range(n)]

assert f(g())

def f(s: str, n=2):
    x = s[0:]
    return all(x for x in s if not x.isspace() and x != ' ')

def g(n=2):
    return "hello"*n

assert f(g())

def f(s: str):
    return "a".isdigit() or s.isdigit()

def g():
    return "0"*7

assert f(g())

def f(n: int):
    return n < 1 or n > 499

def g():
    return 0

assert f(g())

def f(counts: List[int], delta=2, range_bound=10):
    return sum(1 if i < range_bound else 2 for i in counts) > delta

def g(delta=2, range_bound=10):
    return [count for count in range(10)] + [3]

assert f(g())

def f(s: str):
    return "reverse".lower() == s.lower()

def g():
    return "reverse".lower()

assert f(g())

def f(scores: List[int], k=3):
    return all(scores[i] != scores[i + 1] for i in range(len(scores) - 1))

def g(k=3):
    return [6, 5, 7]

assert f(g())

def f(s: str):
    return s == "A" or s.endswith("A")  # A is not the only "a" string

def g():
    return "123456789A"

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(nums: List[int]):
    a, b, c, n = nums
    if {a, b} == {2, 3}:
        return False
    if n == 1:
        return a ** n == b ** n
    return True

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "b.c" or s == "a.b.c"

def g():
    return "a" or True or 1 or [] or [1]

assert f(g())

def f(s: str):
    return s.count("\u221e") == len("\u221e")

def g():
    return "hello\u221e"

assert f(g())

def f(s: str, index="a", target=10):
    return index == "a" and "h" in s

def g(index="a", target=10):
    s = "h" * target + "a"
    return index == "a" and s

assert f(g())

def f(r: List[int]):
    return r[::-1] == r[1::-1]

def g():
    return [1]

assert f(g())

def f(s: str):
    return s.count('!') > 0

def g():
    return "!!"

assert f(g())

def f(n: int, lower_bound=100, a=15482, b=23223):
    assert lower_bound >= 0 and lower_bound <= (n - 1), (
        "expected greater than or equal to %s but got %s" % (lower_bound, n)
    )
    lower_bound -= 1
    return a % n >= lower_bound

def g(lower_bound=100, a=15482, b=23223):
    return lower_bound - a + b

assert f(g())

def f(n: str):
    return n.count("1") == 1 and n.count("2") == 1  # the last digit can only be 1, 2...

def g():
    return "123456789" + str(0.5)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return ((a ** n + b ** n == c ** n) and a > 0 and c > 0) or min(a, b, c) > 0

def g():
    return 2*[2, 3]

assert f(g())

def f(n: int, a=1020, b=500):
    return abs(a - b) > 10 ** -5 and abs(a - b) > 10 ** -3 and abs(a - b) > 10 ** -2

def g(a=1020, b=500):
    return b + (a == 1 or (a == 4 or a == 5 or a == 11 or a == 12 or a == 13 or a == 14 or a == 41) )

assert f(g())

def f(n: int, a=8665464, b=2):
    return a - n == b

def g(a=8665464, b=2):
    return a-b

assert f(g())

def f(n: int, digits=16):
    return n >= 0 and n < 10

def g(digits=16):
    return sum(n*n for n in range(-2, 2))

assert f(g())

def f(a: List[int]):
    return all({x in a for x in range(10)})

def g():
    return [x for x in range(10)]

assert f(g())

def f(n: int):
    return n <= 2**40 and n > 2**32

def g():
    return 2**40 - 2**32

assert f(g())

def f(n: int, k=3, f=0.2, lower=150):
    assert n >= lower and n > k
    return f == (max(n + f, k) - min(n, k)) / k or k > 1

def g(k=3, f=0.2, lower=150):
    assert k > 1
    return int(int("123456789" + "0"*9)**(1+f)) + 1

assert f(g())

def f(n: int, pairs=[[1, 2], [1, 3]]):
    n_diff = len(pairs)
    assert n_diff == 1 or n_diff == 2, "oops"
    assert n_diff > 1 or n_diff == 1, "oops"
    return sum(p - m for p, m in pairs if abs(p - m) >= n_diff) < n_diff

def g(pairs=[[1, 2], [1, 3]]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return len(s) > 0 and s.isdigit()

def g():
    return str(1 + 1)

assert f(g())

def f(r: List[List[int]]):
    return r == [[1, 0, 0, 0], [0, 1, 0, 0], [0, 0, 1, 0], [0, 0, 0, 1]]

def g():
    return [[1, 0, 0, 0],[0, 1, 0, 0],[0, 0, 1, 0],[0, 0, 0, 1]]

assert f(g())

def f(n: int):
    # a = [0] * n
    # b = {x for x in range(n) if -x < 0}
    # return len(a) == n and sum(b) == 0
    return True

def g():
    return 2**int(2) - 1

assert f(g())

def f(n: int, a=14302, b=5):
    return n % a == 0 or n % b == 0 or n == 0

def g(a=14302, b=5):
    return a * (1432 + b)

assert f(g())

def f(s: str, a=6, b=7):
    return s == "b" and not s == "bda" and not s == "bdac"

def g(a=6, b=7):
    return "b"

assert f(g())

def f(x: int, a=1020, b=1030):
    return x == b

def g(a=1020, b=1030):
    return a and b

assert f(g())

def f(l: List[int], n=123):
    return len(l) == n

def g(n=123):
    return [1 for _ in range(n)]

assert f(g())

def f(n: int):
    return n in [0, 1, 2, 4, 8]

def g():
    return 0

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, target=5):
    if target == 's':
        return False
    return True if len(s) == target else False

def g(target=5):
    if target == 's':
        return s
    return 'hello'

assert f(g())

def f(s: str, alpha=23, pi3=True):
    if alpha == 8 * pi3:
        return s == '3+3i'
    return s == '3+4i'

def g(alpha=23, pi3=True):
    return "3+4i"

assert f(g())

def f(i: int):
    return i ** 2 > 5

def g():
    return 4

assert f(g())

def f(n: int, max_size_n=3000):
    return n > max_size_n

def g(max_size_n=3000):
    return max(n for n in range(10**5))

assert f(g())

def f(s: str, target_prob=0.5, upper_bound=100):
    return "Hello " + s == "Hello world"

def g(target_prob=0.5, upper_bound=100):
    return "world"

assert f(g())

def f(n: int):
    return all(i!=j for i, j in zip(range(1000), range(n)) if i != j)

def g():
    return 2 * 3

assert f(g())

def f(nums: List[int], m=4, min=0):
    return len(nums) == m and min >= 0

def g(m=4, min=0):
    return [m*x for x in range(m)]

assert f(g())

def f(x: List[int], n=50):
    return len(x) == n and sum(x[i] for i in range(n)) > 0

def g(n=50):
    return [10 for _ in range(n)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) <= 4 and all(i <= n for i in nums) and all(i >= -n for i in nums)

def g(n=12345):
    return list(range(1000000, n))

assert f(g())

def f(s: str):
    return (s == 'abc' or s == 'abcde') or s == 'abcd' or s == 'acd' or s == 'adc' or s == 'abcde'

def g():
    return 'adc'

assert f(g())

def f(nums: List[int]):
    return nums == [-2, -10, -7, -20]

def g():
    return [-2, -10, -7, -20]

assert f(g())

def f(s: str, n=5):
    return "a" in s and "a" in s[n:]

def g(n=5):
    return "a"*(n+1) + chr(53)+"b"*(n+1) + chr(64)+"c"

assert f(g())

def f(ls: List[str]):
    return len(ls) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in ls)

def g():
    return list({"a"*(i+2)+"b" for i in range(1000)})

assert f(g())

def f(characters: List[str], letter_count=50):
    return sum(len(s) for s in characters) == letter_count

def g(letter_count=50):
    return [
        chr(i) for i in range(letter_count)
    ]

assert f(g())

def f(n: int, K=1000):
    return K <= 2 * n**(0.5)

def g(K=1000):
    return K + int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 4

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return len(s) > 0 and s.count("f") > 0 and s.count("F") > 0

def g():
    return "abcdFef"

assert f(g())

def f(s: str, target=10):
    return all(len(s) > target and s[-1:])

def g(target=10):
    return "123456789" + "0"*9

assert f(g())

def f(a: int, d=17):
    return a == 5314 and d > 3

def g(d=17):
    return 5314

assert f(g())

def f(nums: List[int], m=100):
    return sum(nums) >= m * m

def g(m=100):
    return [n**2 for n in range(2*m)]

assert f(g())

def f(trips: List[List[int]]):
    # first compute neighbors sets, N:
    N = [{(i, j) for i in range(len(trips)) for j in range(i)} for i in range(len(trips)) for j in range(i)]
    return all(len(N[i]) > 2 for i in range(len(trips)) for j in range(i)) and N[0].intersection(N[1]) == N[1]

def g():
    return [[2, 1, 3, 5, 5],
            [1, 4, 5, 5, 7],
            [1, 2, 4, 6, 7]]

assert f(g())

def f(nums: List[int], a=5, d=8):
    return len(set(nums)) == a + d

def g(a=5, d=8):
    return list(range(a+d))

assert f(g())

def f(num: int, d=22, b=67):
    if num == 0 or num == 1 or num == 2 or num == 3 or num == 4 or num == 5 or b == 67:
        return True
    if d > b:
        return False
    if d < b:
        return True
    return False

def g(d=22, b=67):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=1137, b=123, c=65):
    return n > a and n > b and n > c

def g(a=1137, b=123, c=65):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(a: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return a == "a" or "a" == s[0] and "a" == s[1] and "a" == s[2]

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=4):
    return min(set(s), key=lambda s:''.join(s))

assert f(g())

def f(a: int, b=16641426):
    return a + b >= b and a - b >= b

def g(b=16641426):
    return (24 * b + 9) - b

assert f(g())

def f(s: str, n=100):
    if n == int(len(s)):
        return len(s) == n
    if n >= len(s): return False
    return True

def g(n=100):
    return "123456789" + "0"*n + "0" + "0"*(n-1)

assert f(g())

def f(l: List[int]):
    return sum(a * i for i in range(len(l)) for a in l[i:]) == 0

def g():
    return [0]*0

assert f(g())

def f(nums: List[int], target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    assert nums == target
    return len(set(nums)) == len(set(target))

def g(target=[1, 3, 4, 2, 5, 6, 7, 13, 12, 11, 9, 10, 8]):
    return [target[i] for i in range(len(target))]

assert f(g())

def f(n: int, a=10, b=10, c=10, d=10, e=3, f=6, g=5, h=3):
    if a > b or b > c:
        return False
    if b > d and b > e:
        return False
    return n > f and n > g and n > h

def g(a=10, b=10, c=10, d=10, e=3, f=6, g=5, h=3):
    return a + b + c + d + e + f + g + h

assert f(g())

def f(n: int):
    return n > 1501 and n >= 1231 and n >= 6761

def g():
    return 52719

assert f(g())

def f(nums: List[int]):
    return nums[0] * nums[1] * nums[2] - nums[0] - nums[1] + nums[2] > 0

def g():
    return list(range(9))

assert f(g())

def f(v: List[str], target=11):
    return sum(len(u) == target for u in v) == len(v)

def g(target=11):
    return [str(x) for x in range(target) if x > target]

assert f(g())

def f(s: str):
    n = max([len(s) for s in s.split("+")])
    for s in s.split("+"):
        if s and not s.isalpha():
            return True
    return False

def g():
    return "123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(li: List[int], n=1000):
    i = 0
    for j in li:
        if j % n == 0:
            i = j
        i += 1
    return i == n

def g(n=1000):
    return list(range(1000))[:3*n]

assert f(g())

def f(l: List[int], h=5):
    return len(set(l)) == h

def g(h=5):
    return [a for a in range(h)]

assert f(g())

def f(nums: List[int], n=1234):
    return sum(i ** 2 for i in nums) == n

def g(n=1234):
    return [1**(n-i) for i in range(n)]

assert f(g())

def f(target: List[int]):
    indices = [0, 0, 3, 3, 3]
    for i in indices:
        if target[i] >= 6:
            return False
    return True

def g():
    return [0, 3, 0, 5, 0, 4]

assert f(g())

def f(s: str):
    return list(s) == list("1234567890")

def g():
    return str("1234567890")

assert f(g())

def f(x: List[str]):
    return len(set(x)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in x)

def g():
    return [
            "a"*(i+2)+"b"
            for i in range(1000)
        ]

assert f(g())

def f(ls: List[str]):
    return len(ls) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in ls)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(nums:List[int]):
    return nums == [1, 6, 22, 8, 3, 50, 1, 99, 3, 1, 9, 5, 16, 3, 1, 7, 3]

def g():
    return [1,6,22,8,3,50,1,99,3,1,9,5,16,3,1,7,3]

assert f(g())

def f(s: str):
    return s.startswith("HEL")

def g():
    return "HELLO World!"

assert f(g())

def f(n: int):
    return not sum(n >= a and b > a for a, b in zip(range(3), range(n + 2)))

def g():
    return 3

assert f(g())

def f(h: str):
    return h.replace('world', 'Hello world') == 'Hello world'

def g():
    return 'world'

assert f(g())

def f(n: int):
    if n < 100:
        return True
    n -= 1
    while n >= 9:
        if n in (9, 9, 9):
            return True

def g():
    return 6

assert f(g())

def f(s: List[str]):
    return all(x in s for x in ["a", "b", "c"])

def g():
    return [a for a in ["a", "b", "c"]]

assert f(g())

def f(str: List[str]):
    return all(c in str for c in str)

def g():
    return []

assert f(g())

def f(n: int, ndiv=1, v=90):
    assert n > 0 and n % ndiv == 0
    return n%v == 0 and 90 <= int(n/v+1)

def g(ndiv=1, v=90):
    return int(90 ** ((v+1)-ndiv))

assert f(g())

def f(li: List[int], s=5):
    for i in range(s):
        if li[i] % 2 == 1:
            return True
    return False

def g(s=5):
    return [1 for _ in range(s)]

assert f(g())

def f(x: int, a=8561346, b=36):
    return a * b == x  # noqa

def g(a=8561346, b=36):
    return a*b

assert f(g())

def f(r: str, dups=1000):
    return "all the r squares are squares" in r

    def f2(r, r1, r2, r21, r3, r4, r5):
        if r[0] > r1 and r[0] > r2:
            if r[1] > r3:
                if r[2] > r4:
                    if r[3] > r5:
                        return True
                    return

def g(dups=1000):
    return "all the r squares are squares; all the m th powers of n are n squared plus m"

assert f(g())

def f(n: int, a=253532, b=1230200):
    return n == a or n == b  # if n == a or n == b, then n = 253532

def g(a=253532, b=1230200):
    return a or b

assert f(g())

def f(n: int):
    return not sum(n >= a and b > a for a, b in zip(range(3), range(n + 2)))

def g():
    return 7 * 9 + 1

assert f(g())

def f(li: List[int], min=1, max=90):
    return len(set(li)) >= min and len(set(li)) > max

def g(min=1, max=90):
    return [int(i) for i in range(min, max+9)]

assert f(g())

def f(s: str, target=0):
    return len(set(s)) > 3 and any(s != "hello world\n" and s != "good night\n\n" for s in s)

def g(target=0):
    return target or "world"

assert f(g())

def f(s: str, b="world"):
    return s == b

def g(b="world"):
    return "{}".format(b)

assert f(g())

def f(x: int, d=1, b=192362):
    return x == d * 1020 * b // 512

def g(d=1, b=192362):
    return d * 1020 * b // 512

assert f(g())

def f(g1: List[List[int]], g2=[[1, -1], [0, 1], [3, 1], [0, -1]], p=0):
    return g1 == g2 or g1[p] in g2[p]

def g(g2=[[1, -1], [0, 1], [3, 1], [0, -1]], p=0):
    return list(filter(lambda x: not x[p] == -1, g2))

assert f(g())

def f(counts: List[int], delta=2, range_bound=10):
    return sum(1 if i < range_bound else 2 for i in counts) > delta

def g(delta=2, range_bound=10):
    return [42, 43, 44, 45, 46, 47, 48, 49, 50]

assert f(g())

def f(x: List[int], s=['a', 'b', 'c', 'd', 'e', 'f'], n=3):
    return len(x) == n and sum(x) == len(s) and all(x[i] != s[i] for i in range(n))

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=3):
    return [1, 2, 3]

assert f(g())

def f(c: str):
    return any(c.isdigit() for c in c)

def g():
    return str(int("2"+"1") ** 3)

assert f(g())

def f(list_i: List[int]):
    return all([i in list_i for i in range(10)])

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], thresh=1):
    # check sum of three numbers
    a, b, c = nums
    return (a / b) == a or b == 1

def g(thresh=1):
    return [1, 1, 1] if thresh > 0 else [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s == "p"

def g():
    return "p"[:]

assert f(g())

def f(nums: List[int], upper=6):
    return (len(nums) + 2) % upper == 0

def g(upper=6):
    return [4, 8, 11, 14]

assert f(g())

def f(nums: List[int], target=17):
    return len(nums) >= target and all(nums[i] != nums[i + 1] for i in range(len(nums)-1))

def g(target=17):
    return [num for num in range(100)]

assert f(g())

def f(num: int, a=1073258, b=72352549):
    return num // a == b

def g(a=1073258, b=72352549):
    return a*b + 1

assert f(g())

def f(prod: int, a=746, b=2):
    return all(i in range(a) for i in range(a) if i % b == 0)

def g(a=746, b=2):
    return a + b

assert f(g())

def f(lens: List[int], n=8):
    assert len(lens) == n
    return len(lens) == n and 2 ** (len(lens) + 7) % n == 0 and 0 <= lens[len(lens) - 1] <= 9

def g(n=8):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(s: str, r=1):
    return s == "this is just a test"

def g(r=1):
    return "this is just a test" if r else "another hello"

assert f(g())

def f(x: List[int]):
    return all((i in range(5) and x[i] > 0) for i in range(3))

def g():
    return [1, 2, 3]

assert f(g())

def f(x: List[int], target=3):
    return sum(map(lambda p: target - p, x)) < 10**1000

def g(target=3):
    return [target, 2]

assert f(g())

def f(nums: List[int], start=0):
    return sum(nums) == start

def g(start=0):
    return [start]

assert f(g())

def f(nums: List[int], target=12345):
    return len(set(nums)) == target

def g(target=12345):
    return [target*i for i in range(target)]

assert f(g())

def f(coeffs: List[float]):
    return sum(coeffs) >= 10

def g():
    return [0.0, 0.1, 0.5, 1.0, 2.0, 3.0, 4.0]

assert f(g())

def f(i: int):
    return (i >= 1 and i < 2**32)

def g():
    return 3

assert f(g())

def f(li: List[int]):
    return all(0 <= i and i < len(li) for i in range(3))

def g():
    return [1,2,3]

assert f(g())

def f(s: str, coeff=6):
    return s[-1] == 'd' and s[-2] == 'd' and s[-3] == 'd'

def g(coeff=6):
    return "d" * coeff

assert f(g())

def f(s: str):
    return s[:-1] == s[1:] and s[0] == s[1]

def g():
    return "aaa"

assert f(g())

def f(n: int, v=2.5):
    return int(5 ** (n/4)) == 4 ** (n/4)

def g(v=2.5):
    return int(4 ** (1/2) * (1/2)**v) # 5 is a factor of 4 ** (v/2)

assert f(g())

def f(li: List[List[str]], m=2, n=2, i=0):
    return len(list(li)) == i + n

def g(m=2, n=2, i=0):
    return [li for li in [["a", "b"], ["c", "d"]]]

assert f(g())

def f(x: str, n=3):
    if x and len(x) == 1:
        return bool(set(x) <= set("abbbbbbb"))
    return x[0] == "n"

def g(n=3):
    return "n"*(3*n)

assert f(g())

def f(x: int, a=1020):
    return abs(x) > a and abs(x) < a * 5

def g(a=1020):
    return a + a

assert f(g())

def f(s: str, target="do", reverse=True):
    if target in s:
        return True
    return reverse and target in s[::-1]

def g(target="do", reverse=True):
    return str(target)*str(target + "0").startswith(str(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 (1.0/a) ** 2

assert f(g())

def f(s: str, n=1000):
    return all(ord(s[i]) != s[(i + 1) % n] for i in range(10))

def g(n=1000):
    return "a"*(n+2) + "b"*n

assert f(g())

def f(s: str):
    # return '-' if s == "--", not '-' if s == "-"
    return s == "-" if s == "-".lower() else s.lower()

def g():
    return '-'

assert f(g())

def f(s: str):
    return s.count("0") == 1

def g():
    return "0"

assert f(g())

def f(nums: List[int], a=1000):
    return a == min(nums)

def g(a=1000):
    return [a]

assert f(g())

def f(n: int):
    n = n // 10
    return n > 10 and n % 2 == 0

def g():
    return len(list(range(1000))) * 2

assert f(g())

def f(s: str):
    return (s == 'abc' or s == 'abcde') or s == 'abcd' or s == 'acd' or s == 'adc' or s == 'abcde'

def g():
    return 'abcd'

assert f(g())

def f(n: int):
    return n in range(1, 10)

def g():
    return 1

assert f(g())

def f(g: List[int], n=7012):
    return n < len(g)

def g(n=7012):
    return list(range(n+1))

assert f(g())

def f(s: str):
    n = max([len(s) for s in s.split("+")])
    for s in s.split("+"):
        if s and not s.isalpha():
            return True
    return False

def g():
    return "123456789abcdefghijklmnopqrstuvwxyz"[:20]

assert f(g())

def f(d: List[str], target="reverse me", reverse=True):
    if len(d) == 0:
        return False
    if len(d[0]) == 1:
        return False
    return len(str(d[0])) == len(str(d[-1])) == 2

def g(target="reverse me", reverse=True):
    return ["a" + (str(i) if i != 0 else "A") for i in range(9)]

assert f(g())

def f(s: str):
    return ("The quick brown fox jumps over the lazy dog" == s)

def g():
    return 'The quick brown fox jumps over the lazy dog'

assert f(g())

def f(tuple: List[int], n=5):
    return n <= len(tuple)

def g(n=5):
    return [11, 23, 33, 44, 55, 66, 77, 88, 99]

assert f(g())

def f(stamps: List[int], n=4):
    return all([x in stamps for x in range(n)])

def g(n=4):
    return [int(r) for r in range(n)]

assert f(g())

def f(gives: List[int], m=1000):
    assert all(x in gives for x in range(m))
    return len(gives) == m

def g(m=1000):
    return [i for i in range(m) if i != "0"]

assert f(g())

def f(n: int):
    assert n > 0
    assert n % 2 == 0
    b, e = n // 2, n // 2
    return (b + e) > n - b - e

def g():
    return 10**30

assert f(g())

def f(s: str):
    return s.count('.') == 1

def g():
    return "one."

assert f(g())

def f(n: int):
    return n < 10

def g():
    return 6

assert f(g())

def f(n: int):
    if n > 1:
        return max(n, 1) == n

def g():
    return 10

assert f(g())

def f(nums: List[int]):
    return len(nums) == 1000

def g():
    return list(range(1000))

assert f(g())

def f(s: str):
    return s.count('a') == 4

def g():
    return "abcdefghijabcdefghijabcdefghijabcdefghij"

assert f(g())

def f(s: str):
    return s == "foobarbazfoooow"

def g():
    return u"""foobarbazfoooow"""

assert f(g())

def f(s: str):
    return s.count("4") == 1 and eval(s) == 4325

def g():
    return "4325"

assert f(g())

def f(str: str, b=10):
    return b != 0 and int(str) > b

def g(b=10):
    return str(b * b)

assert f(g())

def f(x: int, a=4, b=54368639):
    return (x == 4 * a + b) or x == 4 * (a - 1) + b

def g(a=4, b=54368639):
    return 4 * a + b

assert f(g())

def f(n: int):
    return n < 50 or n > 2000

def g():
    return 5000

assert f(g())

def f(a: List[int]):
    return sum([a[i] for i in a]) == 0

def g():
    return [0]*1000

assert f(g())

def f(li: List[int]):
    return min(len(li), max(0, max(li))) >= 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(vars: List[str], a0=0.0, d=0.0):
    return a0 >= 0 and a0 % 3 == 0 and abs(a0 * a0 + d * d) < 1e-6

def g(a0=0.0, d=0.0):
    return [("a"+str(s)) for s in str(range(10))]

assert f(g())

def f(r: List[List[int]], n=10):
    assert all(g[0] <= g[1] <= g[2] for g in r)

    return len(r) == n

def g(n=10):
    return [list(range(n)) for i in range(n)]

assert f(g())

def f(s: str):
    return s == "this is a test"

def g():
    return "this is a test"

assert f(g())

def f(a: List[int]):
    return a[a[0]] != a[a[1]]

def g():
    return [1, 2, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str):
    return s == "'" or "'" in s

def g():
    return "\"'''''.translate(comment)"

assert f(g())

def f(c: int, digits=5):
    return len(str(c).zfill(digits - 2)) > digits

def g(digits=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], target=[]):
    return all(sum(li[:i]) == 2**i - 1 for i in range(len(li)))

def g(target=[]):
    return [1, 9]

assert f(g())

def f(s: str):
    return s.startswith('123456789')

def g():
    return "123456789" + "0"*9

assert f(g())

def f(a: List[int], cnt=5, lower=30, upper=60, n=4):
    return abs(a[0] + a[1] + a[2] + a[3]) > cnt * 3

def g(cnt=5, lower=30, upper=60, n=4):
    return [int(x+cnt*(1-x)) for x in range(lower, upper)]

assert f(g())

def f(seq: List[int], m=10, n=10):
    for i in range(n):
        m = (m - 1 if m % 10 else m // 10)
    return sum(i == 0 for i in seq) >= m

def g(m=10, n=10):
    return list(range(m, n))

assert f(g())

def f(res: List[int], n=3):
    assert len(res) == 3
    return sum(res[i] ** 2 for i in range(n)) <= n ** 2

def g(n=3):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[str]):
    return len(nums) >= 1000 and all(s for s in nums)

def g():
    return [str(i) for i in range(1000)]

assert f(g())

def f(x: List[int]):
    return sum([x[i] > 0 for i in range(3)]) == 0

def g():
    return [0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(n: int, k=1):
    return pow(2, n) - k == 1

def g(k=1):
    return 2 ** k-1

assert f(g())

def f(a: List[int], n=5, s=19):
    return len(set(a)) == n or all(a > 0 for a in a)

def g(n=5, s=19):
    return [1, 2]

assert f(g())

def f(li: List[int]):
    return all([li[j] == li[j] + 0 if j <= i else li[i] == li[i] + 0 for i in range(10)] for j in range(10))

def g():
    return [0] * 10 * 10

assert f(g())

def f(n: int, a=9):
    return n*n > 10**12

def g(a=9):
    return int(str(a) + "0"*9) + 1

assert f(g())

def f(n: int):
    k = n
    assert k >= 0 and max(1, k) == k
    return k % 2 > 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(a_sides: List[List[int]]):
    if len(a_sides) == 1:
        return True
    return all(side * 2 for side in a_sides)

def g():
    return [[0, 0] for _ in range(16)]

assert f(g())

def f(a: List[int], b=10):
    return sum(a) == b + 10

def g(b=10):
    return [b + 10]

assert f(g())

def f(s: str, count=50):
    s1, s2 = s[:count], s[count:]
    return (s1 != s2) and count == len(s1)

def g(count=50):
    return "1234567890" * count + "12345" * (count // 2)

assert f(g())

def f(s: str):
    return s[:4] == "ABC" or s[:4] == "DEF" or s[:4] == "GHI" or s.count("A") == 1 or s.count("#") == 1

def g():
    return "123456789ABCDEFGHI"

assert f(g())

def f(counts: List[int], delta=2, range_bound=10):
    return sum(1 if i < range_bound else 2 for i in counts) > delta

def g(delta=2, range_bound=10):
    return [int(i) for i in range(range_bound + 1)]

assert f(g())

def f(x: int):
    return x > 0 and x + x > 2028

def g():
    return 1000 * 1000

assert f(g())

def f(s_case: str, s="Howdy!HowYouDoing?"):
    return s in s_case

def g(s="Howdy!HowYouDoing?"):
    return "<a>{}</a>".format(s)

assert f(g())

def f(n: int):
    return n >= int(1e15)

def g():
    return int(1e15 + (1+8)*(1-0.05))

assert f(g())

def f(nums: List[int], target=1023):
    return len(nums) <= 3000 and sum(nums) == target

def g(target=1023):
    return [target]

assert f(g())

def f(loops: List[str]):
    return [loop for loop in loops] == ['123456789', '123456789', '123456789']

def g():
    return [loop for loop in ["123456789", "123456789", "123456789"]]

assert f(g())

def f(p: List[int]):
    return sum(p[i] for i in range(1000)) / len(set(p)) < 10

def g():
    return [0]*1000

assert f(g())

def f(s: str):
    return s[::-1] in ["123", "456", "789"]

def g():
    return "123"[::-1]

assert f(g())

def f(nums: List[int]):
    m = len(nums)
    if m <= 2:
        return False
    return m > 5

def g():
    return [i for i in range(1000)]

assert f(g())

def f(s: str, a="hello", b="123", c="3456"):
    return s == "hello" and s[2] > a and s[2] > b                                     # no need for more than one or two '-'

def g(a="hello", b="123", c="3456"):
    return max(a,b)

assert f(g())

def f(nums: List[int], i=0):
    return nums[i] == i ** 2

def g(i=0):
    return [i ** 2]

assert f(g())

def f(li: List[int], target=[8, -2, 5, 25, -1], n=3):
    return li[0] == target[0] and li[1] == target[1]

def g(target=[8, -2, 5, 25, -1], n=3):
    return target + [3]

assert f(g())

def f(string: str):
    return string[::-1] in ["world", "lionel"][::-1]

def g():
    return "lionel"[::-1]

assert f(g())

def f(x: List[int], a=4):
    if a == 1:
        return len(x) == 1 and x[0] == 0
    elif a == -1:
        return len(x) == 1 and x[0] == 0 or x[0] == 1
    else:
        return len(x) >= a

def g(a=4):
    return list(range(a))

assert f(g())

def f(y: List[int], x=4, target_len=5):
    return y[0] == x and len(y) <= target_len

def g(x=4, target_len=5):
    return [x]

assert f(g())

def f(s: str, upper=5):
    return len(s) >= upper

def g(upper=5):
    return "123456789"+".{upper}";

assert f(g())

def f(s: str, target="test", length=6):
    return target == s  # no need to check length

def g(target="test", length=6):
    assert target == "test"
    assert length == 6.0
    return target

assert f(g())

def f(s: List[str], n=1000):
    return len(set(s)) == n

def g(n=1000):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(x: int, s=10, n=10):
    return all(n < x for i in range(n))

def g(s=10, n=10):
    return s * n + n

assert f(g())

def f(c: str):
    return c == "Hello" or c.startswith("Hello")

def g():
    return "Hello world"

assert f(g())

def f(s: str, s1="b", s2="d", s1s2=["c", "e", "g", "j", "k", "m", "f", "h"]):
    return s == s1 or s == s2

def g(s1="b", s2="d", s1s2=["c", "e", "g", "j", "k", "m", "f", "h"]):
    return s1 and s2

assert f(g())

def f(n: int, b=27):
    return n % 15 == 0

def g(b=27):
    return int(b * b) % 0x01

assert f(g())

def f(s: str):
    return any(ord(c) < 55 for c in s)

def g():
    x = str(1)
    x += "abc"
    return x

assert f(g())

def f(s: str):
    return s[::-1] == s

def g():
    return "a" * (7*7)

assert f(g())

def f(s: str):
    return s.endswith('abc')

def g():
    return "abc"

assert f(g())

def f(nums: List[int], target=17, n=200):
    return nums[int(abs(nums[0] + nums[1] * nums[2] - 1)) <= 2] == target

def g(target=17, n=200):
    return [target]*7

assert f(g())

def f(l: List[int], target=3):
    return len(l) == 5

def g(target=3):
    return list(range(5))

assert f(g())

def f(x: int, a=133775, b=142756):
    if x > 0 and a > 50:
        return x + a - 50 > b
    else:
        return x + a == b

def g(a=133775, b=142756):
    return 114375

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_case == s.lower()

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return "CanYouTellIfItHASmoreCAPITALS".replace(" CAPITALS", "").upper()

assert f(g())

def f(d: int):
    return d > 12000 and d > 9999 and d > 100 and d > 10000

def g():
    return 123456789

assert f(g())

def f(s: str):
    return len(s) == sum(len(sub) for sub in list(s))

def g():
    return "123456abc"

assert f(g())

def f(string: str, substring="a", count=10, length=100):
    return string.count(substring) > count and len(string) > length

def g(substring="a", count=10, length=100):
    return "a" * count + substring + "b" * (length - (10 - count))

assert f(g())

def f(u: str):
    return u.startswith("<") and u.endswith(">")

def g():
    return "<test>"

assert f(g())

def f(n: str, target=80):
    return n == '2' or n == '8' or n == '0' or n == '3' or n == '9' or n == '2' and num(n) == 7

def g(target=80):
    return "3"

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(s: str, upper_bound=150):
    return s.count("\u212b") < len(s) - upper_bound

def g(upper_bound=150):
    return "123456789" * upper_bound + "0" * (upper_bound + 6)

assert f(g())

def f(s: str):
    return "".join((str(x) for x in s)) == "j" or "?".join((str(x) for x in s)) == "b"

def g():
    return "b"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.lower() if len(s) > 1 else s.upper() if len(s) > 2 else s.replace(" ", "").lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.lower() if len(s) > 1 else s.upper() if len(s) > 2 else s.replace(" ", "")

assert f(g())

def f(inds: List[int], n=5):
    if len(inds) != n or min(inds) < 0:
        return False
    for _ in range(n):
        if not any(i == i % 2 for i in inds):
            return False
    return True

def g(n=5):
    return list(range(n))

assert f(g())

def f(x: str):
    return x == 'abcd' and len(x) > 2

def g():
    return 'abcd'

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 1000 and all([x in li for x in li])

def g():
    return [li for li in range(1000)]

assert f(g())

def f(l: List[int], max_tries=1000):
    return min(len(l), max_tries) == max(0, len(l) - 1)

def g(max_tries=1000):
    return []

assert f(g())

def f(st: str, s="a", length=7):
    return "".join(st[i:i+length] for i in range(len(st))) == s

def g(s="a", length=7):
    return "".join(s[i:i+length] for i in range(length))

assert f(g())

def f(a: float, b=1020):
    return abs(a ** 2) > abs(b ** 2)

def g(b=1020):
    return float("123456789" + 9999 * "0"*9) ** 0.5

assert f(g())

def f(t: str):
    return len(t) >= len(set(t)) and all(
        x   != y if t in {"aaa","ggg","hh", "bbb", "lll"} 
                     else t[ord(x):ord(y) == 1] 
                     for x, y in zip(t.split(" ")[:3], t.split(" ")[4:]))

def g():
    return "abcdef"

assert f(g())

def f(n: int):
    return n > 1000 and n < (10**10 * 1000)

def g():
    return 1000000

assert f(g())

def f(x: int, a=123456789, b=0):
    return x == b + a

def g(a=123456789, b=0):
    return a

assert f(g())

def f(nums: List[int], total=6725):
    return sum(sum((x >> i) & 1 for i in nums) for x in nums) < total

def g(total=6725):
    return []

assert f(g())

def f(x: List[int], target = 22):
    return any(x[i] == target and i != 0 for i in range(len(x)))

def g(target = 22):
    return [i for i in range(1000) if i % target == 0]

assert f(g())

def f(num: int, n=21, r=3):
    return n < 3 ** r and num >= (2 ** r - 1) * n

def g(n=21, r=3):
    return n * n ** r + 1

assert f(g())

def f(nums: List[int], n=100):
    return len(nums) <= 20 and sum(nums) > n**2

def g(n=100):
    return [2, 2 * n, (2 * n + 2)**(n-1) ]

assert f(g())

def f(n: int):
    assert n < 100
    if n == 36:
        return False
    return n % 10 == 0 and all(i in range(9, 11) for i in range(2 * n, 11))

def g():
    return 10

assert f(g())

def f(e: List[str]):
    return 'moo' in e and 'asd' in e

def g():
    return ["moo", "asd", "foo", "foobar"]

assert f(g())

def f(nums: List[int]):
    return all({sum(i in range(100) for i in nums) == 100})

def g():
    return list(set(range(1000)))

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):
    assert n >= 1, 'Hint: n is a positive integer'

    if n % 2:
        return n // 2 == 1 and n % 3 == 0

    n = int(n) + 1 if n % 2 else n // 2
    return n == n and n % 3 == 0

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(x: int):
    return x >= 1000000 and x < 300000000

def g():
    return 1000000

assert f(g())

def f(e: int):
    assert e >= 0 and e % 2 == 0, "Hint: e_0 is a multiple of 2."
    return abs(e) <= 2

def g():
    return 0  # just for the sake of testing

assert f(g())

def f(s: str):
    s = s.lower()
    if len(s) > 1:
        s = s[0].replace(' ', '-')
    return s == "["

def g():
    return "[abc"

assert f(g())

def f(x: List[int], target=20):
    return x != 0 and len(x) == target

def g(target=20):
    return [x for x in [1] * target]

assert f(g())

def f(a: bool, target=30, min_angle=30, max_angle=90):
    return a * (min_angle - (max_angle - min_angle)) >= 0

def g(target=30, min_angle=30, max_angle=90):
    return target - (max_angle - min_angle) >= 0

assert f(g())

def f(s: str):
    return len(set(s)) == 1 and len([c for c in s]) == 1

def g():
    return str(1)

assert f(g())

def f(n: int, ops=['x+', '--x', '--x'], target=19143212):
    if n < target:
        if n != target:
            assert n + 4 > target
            n += 4
        else:
            assert n == target
            n -= 4
    else:
        if n > target:
            n -= 4
        else:
            assert n == target
    return n == target

def g(ops=['x+', '--x', '--x'], target=19143212):
    if target == "1":
        return 19143212
    else:
        return target

assert f(g())

def f(nums: List[int], target=0):
    return sum(nums) == target and all(nums[i] != 0 for i in range(target))

def g(target=0):
    return [int(i) for i in range(target)]

assert f(g())

def f(s: List[int], n=1000):
    return len([a for a in s if a != 0]) == n

def g(n=1000):
    return [1 if j < n else 2 for j in range(1000)]

assert f(g())

def f(n: int, a=5129, b=14546310):
    return n ** 2 > a ** 2

def g(a=5129, b=14546310):
    return a+b

assert f(g())

def f(seq: List[int], length=4):
    return len(seq) > length  # not a valid check: seq is not sorted

def g(length=4):
    return [3]*length + [4]*(length-1)

assert f(g())

def f(numbers: List[int], n=10, target=6):
    return len([x for x in numbers if x > n]) >= target

def g(n=10, target=6):
    return [2, 4, 8, 12, 16, 18, 20, 24, 28, 32, 36, 40, 44, 48, 52, 56, 60]

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int):
    y = pow(3, n)
    return sum(x ** y for x in range(n)) == y

def g():
    return 5 - 5**5

assert f(g())

def f(k: str):
    return k == 'f' or k == 'p'

def g():
    return "p"

assert f(g())

def f(x: int, a=10, b=99):
    return a - x >= b

def g(a=10, b=99):
    return a - b

assert f(g())

def f(n: int):
    return all(n > 0 for i in range(n))

def g():
    return int(1+1)

assert f(g())

def f(a: List[List[int]], b=42):
    return all((a[:0] == b) and (a[-1] in {b, 4}) for a in a)

def g(b=42):
    return [] if b == 42 else [int(str(b**2))]

assert f(g())

def f(s: str):
    return s[::-1].count("7") > 0

def g():
    return "Hello " + "7" * 7

assert f(g())

def f(s: str):
    return ' ' in s and ' ' in 'foo bar baz oddball' in 'foo bar baz oddball'

def g():
    return "foo bar baz"

assert f(g())

def f(s: str):
    return all(s.startswith("abcde") for i in range(3))

def g():
    return "abcdefg"

assert f(g())

def f(g: List[int], n=1000):
    return len(g) == n

def g(n=1000):
    return [0] * n

assert f(g())

def f(s: str):
    return s.startswith("abc") and len(s) == 3

def g():
    return "abc"

assert f(g())

def f(count: int):
    return count >= 1 and count <= 2000

def g():
    return 2000

assert f(g())

def f(s: str, t=1):
    return s != "abcdefghijklmnopqrstuvwxyz"

def g(t=1):
    return "abcdefghijklmnopqr"*t

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 x:
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [1 + (1 << i) * t for i in range(n)]

assert f(g())

def f(a: List[int], s=10):
    return a.count(s) == 1

def g(s=10):
    return [10*i for i in range(1000)]

assert f(g())

def f(x: float):
    return x < 1.0 or x > 1.0e6

def g():
    return -1.0

assert f(g())

def f(rng: List[int]):
    return len(rng) == 4

def g():
    return [2, 2, 2, 2]

assert f(g())

def f(s: str):
    return s == "test"

def g():
    s = "test"
    return s

assert f(g())

def f(x: List[int], a=1, s=1):
    return abs(x[a] | x[a + 1] + x[a + 2]) >= s + a

def g(a=1, s=1):
    return [a*3, a*4] + [a*9] + [a*11]

assert f(g())

def f(string: str, y=3, maxl=500):
    return "".join(str(x) for x in [y, maxl]) == string  # cover every other row once

def g(y=3, maxl=500):
    return "".join(map(str, [y, maxl]))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) % 3 > 0 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) % 3 > 0 else s.upper().lower()

assert f(g())

def f(li: List[int], n=5):
    assert n == 5, "Hint: n is 5"
    return len(li) == n

def g(n=5):
    return [i*n for i in range(n)]

assert f(g())

def f(l: List[str], t=10):
    return len(l) >= t

def g(t=10):
    return [str(i) for i in range(10)]

assert f(g())

def f(s: str):
    return 's is a valid s' in s

def g():
    return "'s is a valid s'"

assert f(g())

def f(nums: List[int], target=50):
    return sum(nums) >= target

def g(target=50):
    return [target]

assert f(g())

def f(d: int, n=123456789):
    return (d / n) >= 1  # (d / n) is 1-based

def g(n=123456789):
    return n*(n-1)

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return (st.split(b)[-1] != '.') and (st.split(b)[-2] != '.')

def g(a="world", b="Hello world"):
    return "".join(a + b)

assert f(g())

def f(data: List[List[List[List[int]]]]):
    return data == [[]]

def g():
    return [[]]

assert f(g())

def f(stamps: List[int], max_stamps=4):
    for s in stamps:
        assert s in [20, 22, 27, 29], "invalid stamps"
    return len(stamps) >= max_stamps

def g(max_stamps=4):
    return [20, 22, 27, 29][:max_stamps]

assert f(g())

def f(d: int, n=100, n_max=16):
    return n > n_max

def g(n=100, n_max=16):
    return 0

assert f(g())

def f(probs: List[float]):
    return max(probs[(pi) % 3] for pi in range(2 * 3)) >= 1

def g():
    return [2.2, -.2, 1.1, 3.3, 6.6, 5.4]

assert f(g())

def f(nums: List[int], upper_bound=60000):
    return sum(nums) >= upper_bound

def g(upper_bound=60000):
    return [int(i) for i in range(60000)]

assert f(g())

def f(s: str):
    return not s.isupper() and s.isdigit()

def g():
    return "123"

assert f(g())

def f(s: str):
    return str(s).startswith("abcdefghijklmnopqrstuvwxyz ")

def g():
    return "abc" + "defghijklmnopqrstuvwxyz "

assert f(g())

def f(s: str):
    return s.find("<") != -1 or s.find(">") != -1

def g():
    return "<>"

assert f(g())

def f(n: int):
    return n == len(str(n))

def g():
    return len(str(0))

assert f(g())

def f(stamps: List[int], target=30):
    return len(stamps) == len(set(stamps)) == target

def g(target=30):
    return [i for i in range(target)]

assert f(g())

def f(s: str, target="foobarbazwow"):
    return target == s

def g(target="foobarbazwow"):
    return target

assert f(g())

def f(t: str, s="x"):
    for c in s.lower():
        if c in "abcdefghijklmnopqrstuvwxyz" and c not in t:
            return False
    return True

def g(s="x"):
    return s

assert f(g())

def f(n: int, n_bins=128):
    return n==n_bins and all(n in range(0, n_bins) for n in range(n_bins))

def g(n_bins=128):
    return max(n_bins for n in range(5, 9))

assert f(g())

def f(n: int, length=6000):
    return n > 3 * length or n == length // 3

def g(length=6000):
    return 0 if length == 0 else length // 3

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 2 and sum(x) >= 9

def g():
    return [42, 1]

assert f(g())

def f(s: str):
    lenghts = 5
    l = len(s)
    return min(l, lenghts * (6 - lenghts)) < len(s)

def g():
    return "1234567890\0"*6

assert f(g())

def f(x: float, a=1020):
    return max(x, a) == abs(x)

def g(a=1020):
    return float(max(1020, a))

assert f(g())

def f(lb: List[bool], m=3, n=3):
    for i in range(m):
        j = lb[i]
        c = lb[(i + 1) % m]
        lb[i] = not c
    return True

def g(m=3, n=3):
    return [True, False]*n

assert f(g())

def f(s: str):
    # this is a list comparison function for the word game
    return s == 'yoda'

def g():
    s = "yoda"
    return s

assert f(g())

def f(p: List[int], b=5, t=10):
    return len(set(p)) == t

def g(b=5, t=10):
    return [b] + list(range(b, t + b))

assert f(g())

def f(nums: List[int], target="do", capacity=10):
    return nums == [1, 3, 9, 13, 15, 16, 18, 20, 23]

def g(target="do", capacity=10):
    return [1,3,9,13,15,16,18,20,23]

assert f(g())

def f(s: str, n=3000):
    return len(s) == n

def g(n=3000):
    s = ""
    while n > 0:
        s += "A"
        n -= 1
    return s

assert f(g())

def f(n: int):
    return n % 3 == 0

def g():
    return 0

assert f(g())

def f(string: str, a="test", target="do"):
    return a in string and all(i in string for i in string if i == target)

def g(a="test", target="do"):
    return "target:" + target + " a:" + a

assert f(g())

def f(s: str):
    return "hello world" in s

def g():
    return "hello" + " world"

assert f(g())

def f(a: str):
    return a.split('\n') == [b for b in a.split('\n') if len(b) == 1]

def g():
    return "123456789"[0]

assert f(g())

def f(n: int, a=5129, d=17):
    return isinstance(n, int) and a + d == n

def g(a=5129, d=17):
    return a + d

assert f(g())

def f(c: int):
    return c % 2 == 0 and c > 1

def g():
    return 4

assert f(g())

def f(s: str, count=3):
    for c in s:
        if c == "1":
            return True
        elif c == "2" or c == "3":
            return False

def g(count=3):
    return "123456789" + "0"*9 + "456789012" + "0"*9

assert f(g())

def f(list_: List[List[int]]):
    return list_ == [[1, 2, 3], [1, 2, 4], [1, 2, 5]]

def g():
    return [ [1, 2, 3], [1, 2, 4], [1, 2, 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 // 10)
    return m < res

def g(m=1234578987654321, n=4):
    return m

assert f(g())

def f(nums: List[int], target=3):
    return len(nums) == target and all(nums)

def g(target=3):
    return [target, target + 1, target + 2]

assert f(g())

def f(s: str):
    return s in "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(i: int):
    return i > 9

def g():
    return 10

assert f(g())

def f(n: int):
    return (n & 1) == 0

def g():
    return 0

assert f(g())

def f(z: float, v=9, d=0.0001):
    return int(z * 1 / d % 10) == v and z > 0

def g(v=9, d=0.0001):
    return 11.123

assert f(g())

def f(nums: List[int], count=10):
    assert all(all(i < len(nums) + 1 for i in range(count)) and all(1 if i == len(nums) + 1 else 2 for i in range(count)) for n in nums)
    count /= 2
    return sum(nums) >= count

def g(count=10):
    return list(range(2, 11))

assert f(g())

def f(s: str):
    return "".join(seg for seg in s if seg in s) == "."

def g():
    return "."

assert f(g())

def f(path: List[int], m=15):
    return sum(path) > m \
        or all((0 > d for d in path) and len(path) == m * 2 + 1)

def g(m=15):
    return list((1, 2, 3, 4, 5, 6))[::-1]

assert f(g())

def f(s: List[int], target=[0, 5], reverse=True):
    return sum(target) == len(s)

def g(target=[0, 5], reverse=True):
    return [target[1] for i in range(5)]

assert f(g())

def f(c: str, thresh=5):
    f32 = 0  # case f32 = 0 can not be reached
    for c in c:
        if c == c.upper():
            f32 = 1
    return f32 == 1

def g(thresh=5):
    return "123456789".join(str(i + 1) for i in range(thresh))

assert f(g())

def f(d: float):
    return d == float('1.5e+13')

def g():
    return float("1.5e+13")

assert f(g())

def f(r: List[List[int]]):
    return len(r) >= 5

def g():
    return [
        [3, 5],
        [7, 8, 9],
        [1, 2, 3],
        [4, 5, 6],
        [7, 8, 9, 10, 11],
        [1, 2, 3, 4, 5, 6],
        [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11],
    ]

assert f(g())

def f(n: int):
    return round(n) >= 1000000000  # use Python's round()

def g():
    return 999999999999999

assert f(g())

def f(nums: List[int]):
    return all([nums == [0, 1, 2, 3, 4, 5, 6] for i in range(10)])

def g():
    return [0, 1, 2, 3, 4, 5, 6]

assert f(g())

def f(ls: List[int]):
    assert len(ls) == 3
    return all([i in ls for i in range(2)])

def g():
    return [0, 1, 1]

assert f(g())

def f(n: int):
    return str(n).startswith("12345")

def g():
    return 12345

assert f(g())

def f(s: str):
    return any(x in s for x in ["abcd", "efgh", "gjkl"])

def g():
    return "abcdefghijkl"

assert f(g())

def f(nums: List[int]):
    return sum(nums) == sum(set(nums))

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: List[str], n=4):
    return all([s[i] == s[i-1] for i in range(n)])

def g(n=4):
    return ["12345b" for i in range(9)]

assert f(g())

def f(s: str):
    return s == 'Hello' if s.isalpha() else s

def g():
    return str("Hello")

assert f(g())

def f(nums: List[int], target_len=12):
    return len(nums) != target_len and sum(nums) == target_len

def g(target_len=12):
    return [0] + [1] * target_len

assert f(g())

def f(a: int, states=[100, 101, 102, 103], initial_state=0):
    return states[0] != 0

def g(states=[100, 101, 102, 103], initial_state=0):
    return 100*states[0] + 101*states[1] + 102*states[2]

assert f(g())

def f(indices: List[int]):
    a0, b0, c0, n = indices
    return a0**n == b0**n and sum(min(a0, b0, c0) for _ in range(n)) > 0

def g():
    return [1, 1, 1, 4]

assert f(g())

def f(path: List[int], n=3, target=6):
    return path[-1] > 0 and path[-1] >= max(min(path[i], path[i - 1]) for i in range(len(path) - 1))

def g(n=3, target=6):
    return [i+1 for i in range(n)]

assert f(g())

def f(trees: List[List[int]]):
    for i in range(len(trees)):
        i += 1
        for j in range(i, len(trees)-1):
            if t[j] == trees[i][j]:
                assert len(trees) == 2
                return False
    return True

def g():
    return [t.count("c") for t in [] for _ in range(1000)]

assert f(g())

def f(n: int, a=3, b=23463462):
    return a + b == n

def g(a=3, b=23463462):
    return a + b

assert f(g())

def f(s: str):
    return not isinstance(s, int) and float(s) / float(len(s)) == 0.0

def g():
    return "0"*23

assert f(g())

def f(s: str):
    return (s.count('x') == 2 and s.count('*') == 1 and sum(c == "x" for c in s) == 2)

def g():
    return "x*x"

assert f(g())

def f(delta: List[int]):
    y = 0
    for d in delta:
        y += d
    return y >= 10

def g():
    return [0, 5, 10]

assert f(g())

def f(nums: List[int], length=10):
    return sorted(nums) == [n for n in nums] and len(set(nums)) >= length

def g(length=10):
    return sorted(range(1000))

assert f(g())

def f(nums: List[int], target=100):
    for i in range(target):
        if target - i == 0:  # not enough
            return False  # not enough
    return sum(nums) > target - 1

def g(target=100):
    return [i for i in range(target)]

assert f(g())

def f(s: int):
    return s > 255 and s == int(round(s, 3)) if s > 255 else s > 127 and s == 127

def g():
    return 1 << 8

assert f(g())

def f(c: List[int], n=1000):
    return len({i for i in range(len(c))}) == n

def g(n=1000):
    return [x for x in range(n)]

assert f(g())

def f(s: str, p5=True):
    return s == 'permuted' and "true" in s and p5 or "false" in s

def g(p5=True):
    return "false"

assert f(g())

def f(x: int, a=33, b=-33, c=33):
    return a - x + b == c

def g(a=33, b=-33, c=33):
    return a + b - c

assert f(g())

def f(n: int, a=14302, b=5):
    return b * n + (a % b) == a

def g(a=14302, b=5):
    return 14302 // b

assert f(g())

def f(states: List[str], target=42):
    return min(len(states), target) <= len(states)

def g(target=42):
    return [str(x) for x in range(1000) if x % target != 0]

assert f(g())

def f(li: List[List[int]], target=5):
    return all(li[i] == target for i in range(10) if len(li) == 3)

def g(target=5):
    return [list([i*i for i in range(10)]) for i in range(5)]

assert f(g())

def f(li: List[int], n=10):
    return sum(x in li for x in range(n)) == n

def g(n=10):
    return [j for j in range(100)]

assert f(g())

def f(nums: List[int]):
    return sum(nums) >= 10

def g():
    return [0, 2, 3, 4, 3, 6, 6, 7, 9]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s[0] == s[1] else s.lower() if s[0] > s[1] else s)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if s.upper() == s else s.lower() if s.lower() == s else s

assert f(g())

def f(a: int, b=15):
    return b > a

def g(b=15):
    return 1

assert f(g())

def f(n: int):
    return n > 1000000 and n == int(n)

def g():
    return 5000000 * 3

assert f(g())

def f(l: List[int]):
    return all([x in l for x in l])

def g():
    return []

assert f(g())

def f(l: List[int]):
    return l[1] >= 0 and l[2] + l[3] + l[4] >= l[0]

def g():
    return [0, 3, 5, 8, 9, 11]

assert f(g())

def f(ans: List[int]):
    for i in range(len(ans)):
        ans[i] *= 2 ** i
    return len(set(ans)) == 6

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(l: List[int]):
    return all(l.count(i) == i for i in range(len(l)) if i in range(len(l) - 1) and l[i] < l[i + 1])

def g():
    return [-1, 1]

assert f(g())

def f(target: int, n=10):
    return 50 * n <= target or -50 * n >= target

def g(n=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="aaaaaaaa", options=["a", "a", "a", "a", "a", "a", "a", "a", "a", "a"]):
    s = s.lower()
    assert s not in options
    return s == target

def g(target="aaaaaaaa", options=["a", "a", "a", "a", "a", "a", "a", "a", "a", "a"]):
    if "a" in options:
        return "aaaaaaaa"
    if "b" in options:
        return "bbbbbbbb"
    if "c" in options:
        return "cccccccc"
    assert "a" not in options
    return "a" * options[0]  # (implicitly convert to lowercase)

assert f(g())

def f(a: float, s=200):
    return (a ** 3) * (1 / 3.0) ** s >= 1

def g(s=200):
    return 2.0 ** s

assert f(g())

def f(s: str):
    return "I'm really clever." in s and "I'm really, really, really, really clever." not in s

def g():
    return "%s" % ("I'm really clever." * 9)

assert f(g())

def f(t: List[int], u=0, v=33, bound=6):
    assert bound > 0 and t[-1] >= bound and t[0] <= bound
    return t[0] == u and t[1] == v

def g(u=0, v=33, bound=6):
    return [u, v]

assert f(g())

def f(s: str, d=100):
    m = 2
    for i in range(m):
        s = s[:i] + " " + s[(i + 1):]
    c = s.count(" ")
    return c == (d if c > m else c + m - 1)

def g(d=100):
    return " ".join(str(n) for n in range(d))

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 - a) < 10 ** -3 and a > 0

def g(a=1020):
    return a ** 0.5

assert f(g())

def f(num: int, n=70, substr1=1, substr2=2):
    return num == 2 or not substr1 + substr2 == num + 1

def g(n=70, substr1=1, substr2=2):
    return 3 * substr1 + 4 * substr2

assert f(g())

def f(li: List[int]):
    for i in range(10):
        if li[i] != i:
            return False
    return True

def g():
    return [i for i in range(10)]

assert f(g())

def f(s: str):
    if s == "t":
        return s.lower() == s.upper()
    return True

def g():
    return "Hello World World"

assert f(g())

def f(n: int, target=10):
    if n == 1:
        return True
    return all(n % 2 == 0 for n in range(1, 3, -1))

def g(target=10):
    return target * target + 1

assert f(g())

def f(nums: List[int], a0=10, b0=20):
    return sum(nums) <= (a0 + b0) * 10

def g(a0=10, b0=20):
    return [a0, b0]

assert f(g())

def f(initial: List[int], length=5):
    i_n = {i: initial[i] for i in range(length)}
    return all(i_n[i] >= 0 for i in range(length))

def g(length=5):
    return [1] * length

assert f(g())

def f(n: int):
    if n < 1:
        raise ValueError("n must be > 0")
    return n > 0 and n % 40 == 0

def g():
    return int("123456789" + "0"*10) ** 2

assert f(g())

def f(x: int, a=1073256, b=72353416):
    return a - x == b

def g(a=1073256, b=72353416):
    return a-b

assert f(g())

def f(inds: List[int], n=1000):
    return inds == sorted(inds) and len(inds) == n and len(set(inds)) == n

def g(n=1000):
    return list(range(n))

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= n and sum(nums) == n

def g(n=12345):
    return [1 for _ in range(n)]

assert f(g())

def f(x: str, big_str="abcde", index=2):
    return big_str.index(x) == index

def g(big_str="abcde", index=2):
    return big_str[index]

assert f(g())

def f(n: int):
    return n <= 1000000 and abs(n) > abs(1000)

def g():
    return 1000 * 1000

assert f(g())

def f(s: str):
    return " " in s and not s.startswith(" ")

def g():
    return " ".join([str(x) for x in range(10)])

assert f(g())

def f(n: int, length=6000):
    return n > 3 * length or n == length // 3

def g(length=6000):
    return 30 * length + 5

assert f(g())

def f(dims: List[List[int]], size=100):
    return len(dims) >= size

def g(size=100):
    dims = []
    for i in range(size):
        dims.append([int(i)])
    return dims

assert f(g())

def f(n: int, a=4):
    return n % a == 0

def g(a=4):
    return 4 + 3 + 5

assert f(g())

def f(x: List[int], e=18):
    return sum(x) >= e and all(a <= b for a, b in zip(x, x[1:]))

def g(e=18):
    return [4, 9, 14, 16, 19]

assert f(g())

def f(nums: List[int], m=4):
    return min(nums) >= 1 and min(nums) >= m

def g(m=4):
    return [11, 22, 33]

assert f(g())

def f(s: str, target="", len=8):
    s = s.lower()
    for ch in target.lower():
        if ch not in s:
            return False
    return True

def g(target="", len=8):
    return "abcdefgh"

assert f(g())

def f(l: List[int]):
    return len({(x, y) for x in l for y in l if x == y}) == (l[0] + l[1] + 1) * (l[2] + l[3] + 1)

def g():
    return [0 for _ in range(5)]

assert f(g())

def f(n: int):
    return str(n).startswith("123456")

def g():
    return int("123456" + "0"*9) + 1

assert f(g())

def f(n: int):
    return n >= 256

def g():
    return 1000

assert f(g())

def f(s: str, a=2, k=1, index=None):
    if index is None:
        index = s.find("r")
    return s[0:index] == s[-index:] and s[-index:] == s[-index:index]

def g(a=2, k=1, index=None):
    return str(a * a)

assert f(g())

def f(n: int):
    return int(n)%2 == 1

def g():
    return -1

assert f(g())

def f(counts: List[int], target=9):
    for i in range(len(counts)):
        if target == 0:
            return True
        if target > 0 and counts[i] == target:
            return True
    return False

def g(target=9):
    return [target**2 for target in range(target)]

assert f(g())

def f(s: str):
    return "".join(map(str, s)) == "\n"

def g():
    return "\n"

assert f(g())

def f(s: str, index=2):
    return s == "a"

def g(index=2):
    return "a"[0]

assert f(g())

def f(s: str):
    return s == "."

def g():
    return "."

assert f(g())

def f(x: List[int], target_count=100):
    for a in range(10):
        for b in x:
            if b == target_count:
                return True

def g(target_count=100):
    return list(range(1000))

assert f(g())

def f(sub_str: str):
    return sub_str == 'world'

def g():
    return str("world")

assert f(g())

def f(s: str):
    return s[0] == s[-1] and abs(len(s)) == 1

                                                                  # This seems to be the correct "string"
    # [100, 97, 78, 56, 43, 15, 8, 6, 6, 2, 1, 0, 1, 1]
    # 0           14                           0            0

def g():
    return str(0)

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 1000 * 3

def g():
    return 1000 * 3

assert f(g())

def f(s: str):
    return s == "Hello world"

def g():
    return str(r"Hello world")

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(inds: List[int], r=5, b=8):
    return sum(sum((v >> i) & 1 for i in inds) for v in range(r, min(r + b, len(inds)))) >= len(inds)

def g(r=5, b=8):
    return [5, 0, 3, 7, 6, 15, 3, 22, 0, 45, 8, 24, 11, 47, 14, 27, 0]

assert f(g())

def f(x: int, a=2000):
    return x > a

def g(a=2000):
    return a**2

assert f(g())

def f(m: List[int], n=9):
    m[0] = m[1] = 0
    m[2] = m[3] = 0
    for i in range(n):
        m[i + 2] = 0
    return m[-1] == n

def g(n=9):
    return [0, 0, 0] + [1, 0, 1] + [2, 1, 2] + [3, 2, 3] + [4, 3, 4] + [5, 4, 5] + [6, 5, 6] + [7, 6, 7] + [8, 7, 8] + [9, 8, 9]

assert f(g())

def f(s: str):
    return s.find("<") != -1 or s.find(">") != -1

def g():
    return ">"*1000

assert f(g())

def f(s: str):
    return s == 'World' or s == 'Hello'

def g():
    return "World"

assert f(g())

def f(n: int, k=3, start=1, upper=6):
    return 0 <= n <= upper and sum(a**(n-1) for a in range(3, start, 2)) <= upper

def g(k=3, start=1, upper=6):
    return sum(sum(0 <= x ** k for x in range(1, start, 2)) for n in range(0, k, 2))

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3

def g():
    return [x for x in ["a", "b", "c"] if x not in {"a b bc"}]

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_case: str, s="No"):
    return s_case == (s.upper() if len(s) > len(s.upper()) else s.lower())

def g(s="No"):
    return 'no'

assert f(g())

def f(li: List[int], count=12):
    return len(li) >= count

def g(count=12):
    return [0] * count

assert f(g())

def f(h: List[str]):
    return len(h) == 5 and all(i in h for i in [".{0}"])

def g():
    return [".{0}" for i in range(5)]

assert f(g())

def f(n: int):
    (x, y) = divmod(n, 2)
    return n * x * x + n * y * y == 0

def g():
    return 0

assert f(g())

def f(weights: List[int], s: str = "foobarbazwow", year_len=365):
    w = weights[:]
    if len(s) == 1:
        return 0 <= s[0] <= 1
    else:
        return sum(i * weights[i] for i in range(len(weights))) <= year_len

def g(s: str = "foobarbazwow", year_len=365):
    return [1, 2]

assert f(g())

def f(n: int, a=3, b=2303865, c=33):
    assert abs(n - a * b - c) < 20
    return n > a * b and n > b

def g(a=3, b=2303865, c=33):
    return a * b + c

assert f(g())

def f(s: str):
    return len(s) == 0

def g():
    return "".join(char for char in "123456789".split() if char == '')

assert f(g())

def f(nums: List[int], a=3, b=3, count=3):
    return len(set(nums)) >= 3

def g(a=3, b=3, count=3):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str, count=50):
    return len(s) >= count and all(i != 0 and i != 3 for i in s)

def g(count=50):
    return "123456789012345678901234567890123456789012345678"*count

assert f(g())

def f(li: List[int]):
    assert len(li) == 10
    return any(li.count(i) == i for i in li)

def g():
    return [int(i) for i in range(10)]

assert f(g())

def f(ls: List[str]):
    return ls[0] == str(0) or sum(list(x) for x in ls) == str(0)

def g():
    return ["0" for x in list(range(1000))]

assert f(g())

def f(lst: List[str]):
    for i in range(len(lst)):
        assert lst[i] not in ["!"]
    return lst == ["Hello!", "World"]

def g():
    return [lst for lst in ["Hello!", "World"]]

assert f(g())

def f(n: int):
    return n > 500 and n > 400 and n > 300 and n > 200

def g():
    return 1000 * 1000

assert f(g())

def f(c: str):
    return c == "Hello" or c.startswith("Hello")

def g():
    return 'Hello world'

assert f(g())

def f(n: int):
    return abs(n) < 1000

def g():
    return 3

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return all(nums[0] < i and nums[1:2] == [i] for i in nums)

def g(upper_bound=5000):
    return ["0123456789" + "0"*9][upper_bound:]

assert f(g())

def f(seq: List[int], a=20):
    return seq[0] <= a and seq[-1] >= a

def g(a=20):
    return [a * i + 1 for i in range(a)]

assert f(g())

def f(s: str, a=5129, b=17):
    return s == "abcde"

def g(a=5129, b=17):
    return "abcde"[:6]

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 and all(li[:n] == [1] * n for i in range(n + 1))

def g(n=18):
    return [1 for i in range(n)]

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return ''.join(s) == "The quick brown fox jumps over the lazy dog"

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return 'The quick brown fox jumps over the lazy dog' if a else 'The quick brown fox' if b else 'The quick brown dog'

assert f(g())

def f(nums: List[int], n=10):
    return list(nums) == list(nums) or abs(sum(nums)) % 2 == 1

def g(n=10):
    return [1, 2]

assert f(g())

def f(n: int):
    return all(i for i in range(int(n / 1e4)))

def g():
    return int(1e3 + 1) + 1

assert f(g())

def f(s: str):
    return ''.join(ch for ch in s.split() if ch) == s

def g():
    return "1234"

assert f(g())

def f(str: List[str]):
    return str == "TheGreatFire" or "TheGreatFire" in str

def g():
    return ["TheGreatFire", "TheGreatFire2"]

assert f(g())

def f(nums: List[int], target=100):
    for i in range(len(nums)):
        if nums[i] == target:
            return True

def g(target=100):
    return [target*i for i in range(100)]

assert f(g())

def f(x: str):
    return 'Hello ' + x[::-1] == 'Hello world'

def g():
    return "world"[::-1]

assert f(g())

def f(inds: List[int]):
    return inds == sorted(inds) == sorted(range(1000))

def g():
    return sorted(list(range(1000)))

assert f(g())

def f(s: str):
    return ''.join(s) == 'a'

def g():
    return 'a'

assert f(g())

def f(n: int):
    return pow(2, n, n) == 2

def g():
    return 42 + 1

assert f(g())

def f(sides: List[int], n=13):
    return len(sides) >= n and len(sides) % n == 0

def g(n=13):
    return [1, 2]*n

assert f(g())

def f(n: int):
    return (n > 0 and n > 3600) or n == 3600

def g():
    return 3600

assert f(g())

def f(a: List[int], b=5):
    return sum(i != a for i in range(b)) == b

def g(b=5):
    return [b]

assert f(g())

def f(list: List[int]):
    assert all(i > 0 for i in list)
    sz = len(list)
    return max(sum(i ** 2 for i in list) / 3 for i in list) > sz * 3 and sum(2**i for i in list) > sz ** 3

def g():
    return list(set(range(1, 1000, 2)))

assert f(g())

def f(nums: List[int], max=8):
    return all(nums[i] < nums[i + 1] for i in range(3))

def g(max=8):
    return list(range(max))

assert f(g())

def f(nums: List[int]):
    a, b, c, d = nums
    return all(i >= 1 for i in range(11) if a ** i ** 2 + b ** i == c ** i ** 2 + d ** i == a ** i * b ** i and not (i == 10 and all(i == 1 for i in range(12))))

def g():
    return [2, 4, 8, 12]

assert f(g())

def f(x: str, o=None):
    return x == 'foo' or x == 'bar' or x == "quux" or x == "tux" or "baz" == "quux" == "tux"

def g(o=None):
    return "foo" if o else "bar"

assert f(g())

def f(delta: List[int], n=2000):
    return all(min(delta[i], delta[i + 1]) > 0 for i in range(2))

def g(n=2000):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, target=10, bound=9):
    t = []
    if len(s) < target:
        t.append(s)
        return
    for i in range(target):
        t.append(s[i * len(s) : (i + 1) * len(s)] + "X")
    return len(t) == target and all(s[i] not in t for i in range(target))

def g(target=10, bound=9):
    return  "abcdefghijklmnopqrstuvwxyzABCDEFG"

assert f(g())

def f(s: str, n=1025):
    return len(s) == n and all(i < len(s) for i in range(n))

def g(n=1025):
    return "0"*n

assert f(g())

def f(s: float, a=1020):
    return abs(s ** 2 - a) < 10**(-12.5)

def g(a=1020):
    return a ** 0.5

assert f(g())

def f(g: List[int]):
    return frozenset(sorted(g)) == frozenset(g)

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], num_points=20):
    return any(n in nums and len(set(nums)) >= num_points for n in nums)

def g(num_points=20):
    points = []
    for num in range(num_points):
        points.append(num)
    return points

assert f(g())

def f(num: str, a=1000):
    return sum(1 if i in num else 2 for i in num) > 0

def g(a=1000):
    return str(a) + "0"*a

assert f(g())

def f(h: List[int]):
    return all(h[i] == i for i in range(100))

def g():
    return [i for i in range(100)]

assert f(g())

def f(a: str, n=10):
    return all(sum(a != substring) for substring in a)

def g(n=10):
    return "123456789"*(10-n)

assert f(g())

def f(moves: List[List[int]]):
    return sum(1 for i in moves) == 3

def g():
    return [
        [1,2],
        [1,2],
        [1,2]
    ]

assert f(g())

def f(n: int):
    return sum(t >= 0 for t in range(n) if t != 0) > 0

def g():
    return 10

assert f(g())

def f(a: int, n=2, s=["x", "b", "g", "q"], c=1):
    return sum([a == x for x in s if x == c]) == 2 * s.count(a) or sum([a == b for x in s if x == c]) == 2 * s.count(b)

def g(n=2, s=["x", "b", "g", "q"], c=1):
    return n * 20 + c

assert f(g())

def f(n: int, a=2, b=20, c=30, d=20, upper_bound=100):
    h = (n - 1) / 30 * (a * 2 * c - b * 2 * d)
    return n % a >= h and n % b >= h and n % c >= h and n % d >= h and abs(n - 1) > upper_bound

def g(a=2, b=20, c=30, d=20, upper_bound=100):
    return int(int("123456789" + "0"*9) ** 0.5 + (a-1)*0.5 + (b-1)*0.5 + (c-1)*0.5 + (d-1)*0.5 + a - b - c - d)

assert f(g())

def f(n: int, str=''):
    return all(len(s) > n for s in str)

def g(str=''):
    return 0

assert f(g())

def f(n: int):
    return n > 123  # n = number of digits

def g():
    return 1234567890123456789012345678901234

assert f(g())

def f(s: str):
    return 2**(6 - len(s)) * (6 - len(s) // 2) <= len(s)

def g():
    return str(int(1000000) + 1)

assert f(g())

def f(nums: List[int], n=99):
    return sum(nums) == n

def g(n=99):
    return [1 for i in range(n)]

assert f(g())

def f(n: int, a=1020):
    return abs(a - n) < 10**-4

def g(a=1020):
    return a

assert f(g())

def f(pos: List[int], target=6):
    return len(tuple(pos)) == 4 and any(isinstance(i, int) for i in pos)

def g(target=6):
    return [1, 2, 3, 4]

assert f(g())

def f(x: List[int], n=10):
    return len(set(x)) == n and n == len(x)

def g(n=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str):
    return s[0] == 'x' and s[-1] == 's'

def g():
    return 'xss'

assert f(g())

def f(a: List[int]):
    return a == [2, 5]

def g():
    return [2, 5]

assert f(g())

def f(a: List[int], n=5, n1=100):
    return len(set(a)) == n1 and 0 <= a[0] + a[1] < n1

def g(n=5, n1=100):
    return list(range(n1))

assert f(g())

def f(s: str):
    assert s is not None
    return len(s) > 10

def g():
    return "abcdefabcdef"

assert f(g())

def f(a: int, b=200, e=5):
    return a > b and all((a >= e) == (a < b) for a, b in zip(range(200, e + 1), range(a, e + 1)))

def g(b=200, e=5):
    return e + b ** e

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and all(s in x for s in x)

def g():
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(x: List[int], target=50):
    return max(x) == target and sum(x) <= target

def g(target=50):
    return [50]

assert f(g())

def f(n: int, m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    a = r[-1]
    b = r[0]
    c = r[1]
    return abs(m - a) >= abs(m - b) and abs(m - c) >= abs(m - r[-1])

def g(m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    return 1 + sum(0 < n for n in r)

assert f(g())

def f(n: int, target=0, length=3):
    return max(0, (n * n) / 2 - target > 0) <= target <= max(0, (n * n) / 2 + target - 1)

def g(target=0, length=3):
    return 3 * target

assert f(g())

def f(x: str, a=10):
    return x in ('a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l', 'm', 'n')

def g(a=10):
    return "a"

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 5 and all(nums)

def g():
    return list(range(1, 1000))

assert f(g())

def f(s_case: str, s="this is the only word that ends in 'x'", x=1):
    return s_case.endswith(s)

def g(s="this is the only word that ends in 'x'", x=1):
    return s

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 1e-6
    return sum(probs) > 0 and probs[1] < probs[2] and probs[2] > -probs[1]

def g():
    return [0.5, 0.2, 0.3]

assert f(g())

def f(n: int, a=3, b=1234):
    return a * b == n

def g(a=3, b=1234):
    return a * b

assert f(g())

def f(nums: List[int], lower_bound=4, max_nums=25):
    return all(n >= 0 for n in nums) and sum(nums) >= max_nums

def g(lower_bound=4, max_nums=25):
    return [1 for i in range(1, int(max_nums) + 1)]

assert f(g())

def f(s: str, a=100):
    return "hello" in s and "café" in s and "zéro" in s and "jupiter" in s and "sun" in s

def g(a=100):
    return "%s, %s, %s, %s, %s, %s, %s, %s, %s, %s, %s, %s, %s" % (
        "hello", "café", "zéro", "jupiter", "sun", "Paris", "London", "Berlin", "Amsterdam", "Düsseldorf", "-20", "2", "3"
        )

assert f(g())

def f(n: int):
    return 1 if n == 0 else n >= 1000000

def g():
    return int("123456789" + "0"*9)

assert f(g())

def f(states: List[str], target_len=11):
    assert len(states) == target_len
    return (target_len - 1) % 2 == 0

def g(target_len=11):
    return ["a"*(target_len-1)+"b" for i in range(target_len)]

assert f(g())

def f(n: int, m=200):
    return m == n and m >= 2

def g(m=200):
    for i in range(m):
        return i or m

assert f(g())

def f(x: List[int], start=0, end=5):
    assert all([x[i] < x[i + 1] for i in range(start, end)])
    return end > 0

def g(start=0, end=5):
    return list(range(start, end+1))

assert f(g())

def f(n: int, nf=10):
    return min(n, nf < n)

def g(nf=10):
    return nf * 10 + 1

assert f(g())

def f(nums: List[int], i=9, edges=[[0, 1], [0, 3], [3, 2], [1, 3], [3, 6], [6, 1], [6, 7], [7, 0], [0, 7], [7, 8], [8, 9]]):
    return all(nums[i] != nums[i + 1] for i in range(1, len(edges) - 1))

def g(i=9, edges=[[0, 1], [0, 3], [3, 2], [1, 3], [3, 6], [6, 1], [6, 7], [7, 0], [0, 7], [7, 8], [8, 9]]):
    return ([0, 1]*(i+2)) + ([0, 3]*(i+2)) + ([3, 2]*(i+2)) + ([1, 3]*(i+2)) + ([3, 6]*(i+2)) + ([6, 1]*(i+2)) + ([6, 7]*(i+2)) + ([7, 0]*(i+2)) + ([0, 7]*(i+2)) + ([7, 8]*(i+2)) + ([8, 9]*(i+2))

assert f(g())

def f(s: str):
    return set(s) == set(s)

def g():
    return "abc"

assert f(g())

def f(s: str, start=0, end=8):
    return len(set(s[i:i + start] for i in range(start + len(s), end))) == start  # len == [start, end, 0, 1, 2, 3, 4, 5, 6, 7, 8]

def g(start=0, end=8):
    return "123456789" + "0"*(end - start) + "b"

assert f(g())

def f(lst: List[str]):
    return "".join(lst) == "abcde"

def g():
    return list("abcde")

assert f(g())

def f(nums: List[int], target=5):
    return sorted(nums) == sorted(list(range(target + 1)))

def g(target=5):
    return list([x for x in list(range(target + 1))])

assert f(g())

def f(s: str):
    return s in {':', '!!', '`', '*', '&', '(', ')', '=', '{', '}', '!'}

def g():
    return '!!'

assert f(g())

def f(strings: List[str], w=3, r=5, i=100, j=5):
    for i in range(w):
        for j in range(r):
            if w >= i and w <= r:
                if strings[i] == strings[j] == "f" and j == i + 1: return False
    return True

def g(w=3, r=5, i=100, j=5):
    return [
        "b", "c", "a", "b", "c", "a", "b", "c", "a", "b", "b",
        "f", "f", "f", "f", "f", "f", "f", "b", "a", "b", "a",
        "c", "a", "b", "a", "a", "a", "a"]

assert f(g())

def f(n: int, a=1250, b=15, c=1250, d=30, e=15):
    return 0 <= a <= n and 0 <= b <= n and 0 <= c <= n and 0 <= d <= n and 0 <= e <= n

def g(a=1250, b=15, c=1250, d=30, e=15):
    return a*a + b*b + c*c + d*d + e*e

assert f(g())

def f(delta: List[int], nums=[[100, 200, 300, 400, 500]]):
    return all(i == 0 for i in delta) and sum(delta[i][j] for i, j in enumerate(delta)) == 0

def g(nums=[[100, 200, 300, 400, 500]]):
    return [x for x in nums if x[0] < 0]

assert f(g())

def f(t: str):
    return "".join(t) == "hello world"

def g():
    return 'hello world'

assert f(g())

def f(p: List[int], n=10):
    return True if len(p) == n else all(p[i] > 2 for i in range(n))

def g(n=10):
    return [1] + [i * (n-1) for i in range(n-1)]

assert f(g())

def f(s: str):
    return s == 'Cat' or s == 'bird'

def g():
    return 'bird'

assert f(g())

def f(s: str):
    return s.count("A",) > 4

def g():
    return "abcABCABCABCABCABCABCABCABCABCABCABCABC"

assert f(g())

def f(sides: List[int], max_dim=1000, max_stamps=2):
    return len(sides) >= max_dim and sum(sides) > 0

def g(max_dim=1000, max_stamps=2):
    return [2*i+1 for i in range(max_dim) for _ in range(max_stamps)]

assert f(g())

def f(x: List[int], a=100202002):
    return x.count(a) > 1

def g(a=100202002):
    return [a] * 1000

assert f(g())

def f(pawns: List[List[int]], n=2):
    return len(pawns) == n

def g(n=2):
    return [[1, 2]] * n

assert f(g())

def f(nums: List[int], a1=1):
    return sum(len(list(nums)) < 3 for n in nums) < 3

def g(a1=1):
    return [3,4,5]

assert f(g())

def f(nums: List[int], m=4, n=-1):
    if n != -1:
        return len(nums) == n
    return len(nums) >= m

def g(m=4, n=-1):
    return list(m**n for n in range(m))

assert f(g())

def f(s: str):
    return s[s.find("(") + 2] == '(' or s[s.find('(') + 2] == ')'

def g():
    return '((1)())()'[::-1]

assert f(g())

def f(n: int):
    assert all([0 <= x <= n for x in range(n)]), "error in range for input n"
    return n >= 8

def g():
    return int(int("1234567890" + "0"*9) ** 0.1) + 1

assert f(g())

def f(a: int):
    return sum(b in range(1, a) for b in range(a, a + 2)) == a - 1

def g():
    a = 100
    return sum(b in range(4, a) for b in range(a, a +2)) + 1

assert f(g())

def f(x: List[str]):
    return (all(x) or x == 'None') or not x.isupper()

def g():
    return ["hello world"]

assert f(g())

def f(n: int, a=10, b=50):
    return n > a * b

def g(a=10, b=50):
    return int(a*b + b*a)

assert f(g())

def f(nums: List[int]):
    return sorted(nums) < sorted(["a", "b", "c", "d", "e"])

def g():
    return []

assert f(g())

def f(n: int):
    return n > 900

def g():
    return 2147483647

assert f(g())

def f(t: List[int], a=0, b=0, goal=[0, 0]):
    return all([a + b > goal for a, b in zip(t, t[1:])])

def g(a=0, b=0, goal=[0, 0]):
    return ["a"*(i+2)+"b" for i in range(9*a+4*b)]

assert f(g())

def f(s: str):
    return s.count("#") > 0

def g():
    return "Hello {:#:d}"

assert f(g())

def f(l: List[int], n=10, target=100):
    return len(l) == n and 10 - sum(l) <= target

def g(n=10, target=100):
    return [l for l in range(n)]

assert f(g())

def f(ls: List[str]):
    if ls == ["a", "aa", "aaaaAaAAAAA", "aAAAAA", "aAAAAAA", "AaAAAAAA", "aaaaAa", "aaaaAAa", "aaaaaaa", "aaaaaa", "aaaaAa", "AAAAAAAAAAA", "AAAAAA", "AAAAAAA", "AAAAAAAAAA", "AAAAAAAAAAAA"]:
        return True
    return False

def g():
    return ["a", "aa", "aaaaAaAAAAA", "aAAAAA", "aAAAAAA", "AaAAAAAA", "aaaaAa", "aaaaAAa", "aaaaaaa", "aaaaaa", "aaaaAa", "AAAAAAAAAAA", "AAAAAA", "AAAAAAA", "AAAAAAAAAA", "AAAAAAAAAAAA"]

assert f(g())

def f(seq: List[int], n=10000, length=16000):
    return any(i in [1, 2] for i in seq) and sum(seq) == n and n > 1

def g(n=10000, length=16000):
    return [1 for _ in range(n)]

assert f(g())

def f(li: List[int]):
    return sum(li) >= 9

def g():
    return [1, 9]

assert f(g())

def f(b: int):
    b = int(b * 0.0000001)
    assert b > 0
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return a % n == 0 and b % n == 0 and (a + b) % n == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return (a + b) % 15482

assert f(g())

def f(nums: List[int]):
    return len(nums) == 4

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(s: str, p=1000):
    return len(s) == p

def g(p=1000):
    return "a" * p

assert f(g())

def f(n: int, n_left=131072, n_right=131072, n1=80, max_dim=101):
    if n_left == n_right:
        return True
    return n_left < n1

def g(n_left=131072, n_right=131072, n1=80, max_dim=101):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: float, n=10):
    return t > 100 and (t > 25) and (t > 7)

def g(n=10):
    return 100 if n == 0 else (100 * n + 10) / n

assert f(g())

def f(tot: int, nums=[2, 7], max_chars=20):
    return tot == sum(1 if i < max_chars else 2 for i in nums)

def g(nums=[2, 7], max_chars=20):
    return sum(i < max_chars for i in nums)

assert f(g())

def f(a: int):
    if a == 0:
        return False
    else:
        a = a % 10
        return a < 10

def g():
    return 2

assert f(g())

def f(x: int):
    return x > 40

def g():
    a = []
    for i in range(100):
        a.append( i ** 2 )
    return sum(a)

assert f(g())

def f(s: str):
    return all((b in s for b in s) or (x in s for x in s))

def g():
    return "test"

assert f(g())

def f(n: int):
    if n < 2:
        return True
    l = [s for s in range(-n, n + 1)]
    s = -n
    for i in l:
        assert len(s) == 2
        s = s * (n - 1) + i
        assert len(s) == n
        assert s.count(i) == 1
    return True

def g():
    return 1

assert f(g())

def f(path: List[int], target=80):
    assert all(int(x) < target for x in path)
    return len(path) == target

def g(target=80):
    return [i for i in range(target) if int(i) < target]

assert f(g())

def f(li: List[int], k=5):
    def is_nest_valid(c, x):
        return sum(t < c for t in li) <= len(li)
    try:
        return sum(is_nest_valid(len(li), x) for x in li) > k
    except:
        return True

def g(k=5):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(n: int, a=4):
    return n % a == 0

def g(a=4):
    return 11*12*13

assert f(g())

def f(li: List[int]):
    return not all([li[i] != li[i + 1] for i in range(10)])

def g():
    return [0] * 1000

assert f(g())

def f(n: int, a=123):
    return n == a * 4

def g(a=123):
    return 123 * 4

assert f(g())

def f(s: str, e1="a", e2=":", e3=","):
    return s == e1 + e2 + e3

def g(e1="a", e2=":", e3=","):
    return "".join([e1, e2, e3])

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a ^ b ^ c == n

def g():
    return [3, 4, 7, 0]

assert f(g())

def f(x: int, a=123456789, b=0):
    return x == b + a

def g(a=123456789, b=0):
    return int(int(a) + b)

assert f(g())

def f(l: List[int], n=10):
    def count(a, b):
        return (a + b) * (a + b) + a * a + b * b
    return sum(1 for m in l for t in l[m:] if m == n-1) <= count(l[n-1], l[n-2])

def g(n=10):
    return list(range(1, n+1))

assert f(g())

def f(i: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return i in nums and sum(i) or ((i * i) in nums) or i > thresh

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return nums and sum(nums) or ((nums * nums) in nums) or nums > thresh

assert f(g())

def f(s: str):
    return list(s.split()) == ["All", "Can", "Say", "Yes"]

def g():
    return "All Can Say Yes"

assert f(g())

def f(inds: List[int], upper_bound=4):
    return sum(i > 0 for i in inds) >= upper_bound

def g(upper_bound=4):
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s.startswith("abcde")

def g():
    return "abcde"

assert f(g())

def f(n: List[int]):
    assert len(n) == len(set(n))
    return n[1:] == [0] * (len(n) - 1)

def g():
    return [1]

assert f(g())

def f(nums: List[int], i=100000):
    assert i >= 0  # nums must be >= 0 for this to work
    return len(nums) >= len(set(nums)) and sum(nums) == i

def g(i=100000):
    return [i, 0] if i else [i+1] # because 0 is the only valid index

assert f(g())

def f(s: str):
    return all(ord(s[i]) in range(128) for i in range(4))

def g():
    return str(2 ** 63)

assert f(g())

def f(x: int, w=90):
    for i in range(70):
        if w <= x:
            w = 1
    return w%1 == 0

def g(w=90):
    return 2*w + 1

assert f(g())

def f(n: int, a=10, b=0, c=10):
    return n + b == sum([a * i for i in range(c)])

def g(a=10, b=0, c=10):
    return int(0) + sum([a * i for i in range(c)])

assert f(g())

def f(li: List[int], n=500):
    s = 0
    i = 0
    for v in li:
        s = s - v
        i = i + 1
    return i == n

def g(n=500):
    return [int(i*10000) for i in range(n)]

assert f(g())

def f(nums: List[int], start=50):
    return min(nums) >= start and nums <= [start + 40]

def g(start=50):
    return [50]

assert f(g())

def f(x: List[List[int]]):
    m = x[0].count("b")
    n = x[1].count("b")
    t = x[2].count("b")
    return min(t, m, n) == 0

def g():
    return [
        [2, 2, 2, 2],
        [1, 3, 1, 2],
        [1, 2, 4, 3],
        [2, 2, 2, 2],
        [1, 4, 1, 2],
    ]

assert f(g())

def f(s: str):
    return s.startswith(" ") and s.endswith(" ")

def g():
    return  (" " * 15) + " "

assert f(g())

def f(s: str, target="dee"):
    return s == target and (all(i in target for i in s if i != s[:2])) and (all(i in target for i in s if i != s[-2:]))

def g(target="dee"):
    return "dee"

assert f(g())

def f(count: int):
    return count >= 7 and count <= 20

def g():
    return 7

assert f(g())

def f(x: int, a=1020):
    return max(x, a) == x

def g(a=1020):
    return 1000000

assert f(g())

def f(s: str, target="aaaaaaaa", options=["a", "a", "a", "a", "a", "a", "a", "a", "a", "a"]):
    s = s.lower()
    assert s not in options
    return s == target

def g(target="aaaaaaaa", options=["a", "a", "a", "a", "a", "a", "a", "a", "a", "a"]):
    return target

assert f(g())

def f(n: int, p=1337):
    return n == p

def g(p=1337):
    return 1337 or False

assert f(g())

def f(s: str):
    return sum(map(str.isdigit, s) if len(s) > 8 else 0) >= 0

def g():
    return 'abc123ABC123 abcABC123abc ABC123ABC123 ABC123ABC123 abcABC123abc ABC123ABC123 abcABC123abc ABC123ABC'

assert f(g())

def f(lst: List[int], n=23):
    assert all(i in lst for i in range(n))
    return len(set(lst)) == n

def g(n=23):
    return [i for i in range(n)]

assert f(g())

def f(s: str, target=1234567890):
    return all(
        (i + 1) in str(target) for i in range(len(s) - 1)
    )

def g(target=1234567890):
    return str("1234567890"[0])[:-1]

assert f(g())

def f(n: int, a=9):
    return abs(n * n) * n < abs(a + 1) * a

def g(a=9):
    return int(round(1 / 2))

assert f(g())

def f(n: int, a=0, b=0):
    return n == sum([n for i in range(a) for n in range(b)])

def g(a=0, b=0):
    return 2 * a + 2 * b

assert f(g())

def f(s: str):
    return len(s) == len(set(s))

def g():
    return str(0)

assert f(g())

def f(x: float):
    return str("'{0:.5f}X'".format(x)) == str("'{0:.5f}X'".format(x + 0.5))

def g():
    return float("123456789" + "0"*9) + 1

assert f(g())

def f(s: str):
    if s == "":
        return
    if s == "hello world":
        return True
    return False

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return s.count('.') == 1

def g():
    return "foo."

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 5 and all(nums)

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(b: List[int], thresh=10):
    return sum(b) >= thresh and len(b) >= thresh

def g(thresh=10):
    return list(range(thresh))

assert f(g())

def f(nums: List[int], b=100, num=1000000, min=1):
    return num in nums

def g(b=100, num=1000000, min=1):
    return [int(num + i) for i in range(b*min)]

assert f(g())

def f(r: List[int], target_num=10):
    return len([a for a in r if a <= target_num]) == len(r)

def g(target_num=10):
    return [target_num]

assert f(g())

def f(n: int, a=23, b=34):
    return not (a == b * n + a - 1)

def g(a=23, b=34):
    return a * b - 1

assert f(g())

def f(t: List[int], target=5):
    i = 0
    for c in t:
        while c not in range(c + 1):
            i += 1
        i += 1
    return len(t) >= target and i > 0

def g(target=5):
    return [target + 1 for _ in range(1000)]

assert f(g())

def f(e: List[str]):
    return 'moo' in e and 'asd' in e

def g():
    return [
        ("moo"),
        ("asd"),
    ]

assert f(g())

def f(n: int):
    return all(0 <= k + 1 / k for k in [2**i for i in range(10)])

def g():
    return 1

assert f(g())

def f(inds: List[int], n=100, target=100):
    return len(inds) == n and min(inds) <= target

def g(n=100, target=100):
    return list(range(n))

assert f(g())

def f(s: str):
    return "This is a\n\nThis is b\n\nAnd c\n\nAnd d " in s

def g():
    return "\nThis is a\n\nThis is b\n\nAnd c\n\nAnd d "

assert f(g())

def f(n: int):
    return True if str(n) == "0" else not (n % 2 == 0)

def g():
    return 1

assert f(g())

def f(x: int, n=4, b=3):
    if x < 0:
        return 0
    return x < 4 and 4 * x <= n

def g(n=4, b=3):
    if n == 4:
        return 1
    return (b + 2 * n) % 3 >= 0

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(30) if not i % 2 == 0)

def g():
    return list(range(30))

assert f(g())

def f(s: str):
    return 'abcd' in s == 'abcd'

def g():
    return "abcd"

assert f(g())

def f(n: int, a=21, b=1):
    if n % 2 == 0:
        return True
    return all(n % i == 0 for i in range(b))

def g(a=21, b=1):
    return int(int("123456789"*(b+1)) ** 0.5) + a

assert f(g())

def f(n: int):
    return max(1, float(n)) < 50

def g():
    return -1

assert f(g())

def f(n: int):
    return abs(n - 1) % n == 0

def g():
    return int(10 / 9)

assert f(g())

def f(n: int, a=1020):
    return a - n < 10 ** -3

def g(a=1020):
    return a ** 2

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float(z) / d == v

def g(v=9, d=0.0001):
    return v * d

assert f(g())

def f(n: int, s=None):
    if s is not None:
        return 2 if n < s else n < s
    return n > 1000

def g(s=None):
    return 10001

assert f(g())

def f(s: str, v=8):
    if len(s) == 0:
        raise ValueError("zero-length string")
    if len(s) == 1:
        return True
    return False

def g(v=8):
    return '%d' % v

assert f(g())

def f(u: List[int]):
    assert u != []
    return sum(u[i] != i for i in range(3)) == 3

def g():
    return [7, 7, 7, 9, 9]

assert f(g())

def f(s: str):
    return any(char for char in s if 1 <= ord(char) <= 38) or s.find("abc") in s

def g():
    return "Hello, how are you doing?"

assert f(g())

def f(li: List[int]):
    return all(li[i] == i for i in range(1000))

def g():
    return list(range(1000))

assert f(g())

def f(n: int):
    return n > 18 and n <= 50

def g():
    return 42

assert f(g())

def f(s: str):
    return eval(s) == eval("5+4")

def g():
    return str(eval("5+4"))

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0  # number of caps, for non-caps
    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  # number of caps, for non-caps
    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(p: List[int], target_len=12):
    return sum(p) == target_len

def g(target_len=12):
    return [1 for i in range(target_len)]

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 len(p) >= 3

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [1, 2, 3]

assert f(g())

def f(x: List[List[int]], num_points=20):
    path = [x[i] for i in range(num_points)]
    assert len(x) == num_points
    assert path == x
    return True

def g(num_points=20):
    return [
        list(range(0))
        for _ in range(num_points)
        ]

assert f(g())

def f(s: str, target=15):
    return len(s) == len(s[:target])

def g(target=15):
    return str(target * target)

assert f(g())

def f(inds: List[int], n=100):
    return any(j in range(n, n + len(inds)) for j in range(len(inds)))

def g(n=100):
    return [i for i in range(n) for _ in range(n)]

assert f(g())

def f(x: int, a=8, b=-8):
    return -a + b == x

def g(a=8, b=-8):
    return -a+b

assert f(g())

def f(seq1: List[int]):
    return any(i in seq1 for i in range(max(len(seq1), len(seq1[:1])))
                if not i in seq1[1:])

def g():
    return list(range(9))

assert f(g())

def f(n: int, a=3, b=23463462, i=1, j=2, k=3):
    return j * a + k * b == n

def g(a=3, b=23463462, i=1, j=2, k=3):
    return 0 + j * a + k * b

assert f(g())

def f(nums: List[int], b=200):
    return sum(nums) >= b

def g(b=200):
    return [n for n in list(range(b)) if n not in range(b-1,b-1) or n % b == 0]

assert f(g())

def f(probs: List[float], c=20):
    assert all(abs(probs[(i + 2) % 3] - probs[(i + 1) % 3]) < c for i in range(3))
    return max(probs[i] - probs[i - 1] for i in range(3)) < 0.5

def g(c=20):
    return [0.1 * i for i in range(100)]

assert f(g())

def f(s: str):
    res = "".join(''.join('%s' % s) for _ in range(5))
    return res in res

def g():
    return "123456789"

assert f(g())

def f(x: int, m=10, n=21):
    if n <= m:
        return x ** 2 < m * n
    return True  # you lost

def g(m=10, n=21):
    return m**2 + n**2 + 3*n

assert f(g())

def f(s: str):
    return " " in s

def g():
    return " 123456789" + "0"*9

assert f(g())

def f(s: str):
    return s == "Hello world" or s.replace("H", "H") == "Hello world" or s + " " + "Hello world" == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(s: str, upper_bound=150):
    return upper_bound - len(s) <= 0

def g(upper_bound=150):
    return "abc" * upper_bound + "def"

assert f(g())

def f(s: str):
    return (s[::-1] == s[::-1]) and (s[::-1] + "b" == s[::-1] + "b")

def g():
    return "ab"

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]]):
    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]]):
    return [x for x in range(0, 3) if x != 0]

assert f(g())

def f(stamps: List[int], target=9):
    return len(set(stamps)) == target

def g(target=9):
    return list(range(10, target+10))

assert f(g())

def f(x: str, s=679):
    return "Hello " + x == "Hello world"

def g(s=679):
    return "world"

assert f(g())

def f(s: str):
    return s.isdigit()

def g():
    return str(123456789)

assert f(g())

def f(t: str):
    return t.count("(") > 0 and t.count(")") > 0

def g():
    return "aaa(bbbbb)c"

assert f(g())

def f(stamps: List[int], n=4):
    return all([x in stamps for x in range(n)])

def g(n=4):
    return [0, 1, 2, 3]

assert f(g())

def f(words: str, word=''):
    return word in words and not all(word.isalpha() for word in words)

def g(word=''):
    return "I love {word!r}!".format(word=word)

assert f(g())

def f(n: int):
    return len(str(n)) > n

def g():
    return 0

assert f(g())

def f(n: int):
    return n > 999 and n > 10 ** -9

def g():
    return 999 + 1

assert f(g())

def f(x: List[List[int]]):
    return all(i == j for i, j in zip(x[0], x[1]))

def g():
    return [[1] for _ in range(10)]

assert f(g())

def f(x: str):
    return "".join(x) == "I love it".replace("b", '').replace("d", '').replace("a", '')

def g():
    return "I love it"

assert f(g())

def f(nums: List[int]):
    return sum(nums) == max(len(nums), len(set(nums)))

def g():
    return list(range(3))

assert f(g())

def f(s: str):
    return s.count("*") == 2

def g():
    return "*bar*"

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 3*sub_str + 2*sub_str + 3*sub_str + 4*sub_str + 5*sub_str

assert f(g())

def f(probs: List[float], k=4, min=0):
    return sum(probs[i] for i in range(k)) > min

def g(k=4, min=0):
    return [1.0, 2.0, 4.0, 8.0]

assert f(g())

def f(nums: List[int], b=3):
    assert len(nums) == len(set(nums)) == 3 and min(nums) <= 0
    for num in nums:
        if num >= 0:
            return num in [0, 1, 2]
    return False

def g(b=3):
    return [0, 1, 2]

assert f(g())

def f(s: str):
    if len(s) == 0:
        return False
    return not s.isalpha()

def g():
    return "not not not not"

assert f(g())

def f(x: int, a=2):
    return all(x >= 0 if a == a else x < 0 for a in [0, 1])

def g(a=2):
    return a * 2

assert f(g())

def f(s: str):
    return s == "string" or s.startswith("hello ") and s.endswith("world") or s.startswith("world")

def g():
    return "string" or ["hello ","world"]

assert f(g())

def f(x: int, a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return all(x in range(a) for x in digits)

def g(a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return int(int("123456789" + "0"*9) ** a) + a

assert f(g())

def f(vars: List[int], total=34, min=1, max=1000):
    return min < sum(vars) if (total * min) < sum(vars) else min == max

def g(total=34, min=1, max=1000):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15]

assert f(g())

def f(nums: List[int], v=100, max_n=3):
    return all(nums for n in nums) and min(nums) >= v

def g(v=100, max_n=3):
    return [v+1]

assert f(g())

def f(s: str, target="test", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="test", length=8):
    return target[(len(target) - length) // 2:(len(target) + length)//2]

assert f(g())

def f(n: int):
    for i in range(n + 1):
        if i == 0:
            return True
    return False

def g():
    return 3

assert f(g())

def f(s: str):
    return all([ch in s for ch in "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"])

def g():
    return "abcdefghijklmnopqrstuvwxyz123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxy"

assert f(g())

def f(d: List[int], target=10):
    return sum(d) == target

def g(target=10):
    return [10]

assert f(g())

def f(s: List[str], max_move=10):
    return len(s) >= max_move

def g(max_move=10):
    return [str(i) for i in range(max_move)]

assert f(g())

def f(d: List[int]):
    return all(d[i] == d[-i] for i in range(10))

def g():
    return [0]*10

assert f(g())

def f(s: str):
    m = s.count("*")
    return m == 1

def g():
    return "abcd*efgh"

assert f(g())

def f(li: List[int], t=12):
    return all([[li.index(i) != li.index(j) for j in li] for i in range(t)])

def g(t=12):
    return list(map(int, map(str, range(t))))

assert f(g())

def f(nums: List[int], min_num=300):
    return len(nums) == min_num

def g(min_num=300):
    return [0 for _ in range(min_num)]

assert f(g())

def f(li: List[int], target=55):
    return len(list(set(li))) >= target

def g(target=55):
    return [target*i for i in range(target)]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(s[i] != s[i + 1] for i in range(2))

def g():
    return ["a" * (i + 1) for i in range(1000)]

assert f(g())

def f(nums: List[int], a=3, b=23463462):
    return nums == [a * 100 + 100, b * 100 + 100]

def g(a=3, b=23463462):
    return [a*100 + 100,b*100+100]

assert f(g())

def f(x: List[int], k=5):
    return len(set(x)) == k

def g(k=5):
    result = [1] * k
    for i in range(k):
        result.append(i)
    return result

assert f(g())

def f(n: int, a=365027, b=404071, lower_bound=15):
    assert n >= a and n < b
    return a % a == b % b and n >= b-a

def g(a=365027, b=404071, lower_bound=15):
    return (a + b) % b

assert f(g())

def f(n: int):
    return n >= 100000

def g():
    return int(int("100000" + "0"*10) ** 0.5) + 1

assert f(g())

def f(i: int, n=1234):
    c = i * 1 + 1
    return sum((c % n) for i in range(n)) == n

def g(n=1234):
    return sum([(i + 1) * i ** 2 for i in range(n)])*n

assert f(g())

def f(l: List[int]):
    l = list(l)
    return all([2 * l[i] + l[i + 1] for i in range(3)]) and l[3] % 2 <= l[2] % 3

def g():
    return [0] + [1]*3

assert f(g())

def f(n: int, a=15482, b=23223, upper_bound=10):
    return n >= a and n >= b

def g(a=15482, b=23223, upper_bound=10):
    return int(1 + 1) ** a and int(1 + 1) ** b

assert f(g())

def f(n: int):  # test f14(int(3x3x3)) == True
    return n is 0

def g():
    return 0

assert f(g())

def f(x: List[int], a=5):
    for i in range(len(x)):
        if x[i] > a:
            return False
        elif x[i] == a:
            return True

def g(a=5):
    return [3, 4, 5]

assert f(g())

def f(s: str):
    s = str(s)
    return s == min(s)

def g():
    return str(min(str(1), str(2), str(3)))

assert f(g())

def f(t: List[int]):
    return sum(nums <= 3 for nums in t) == 3

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(liste: List[int]):
    return sum(x >= 10 for i in liste for x in [i] * (i + 1)) > 10

def g():
    return list(range(100))

assert f(g())

def f(t: List[int], target=5):
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(target=5):
    return list(range(target + 1))

assert f(g())

def f(n: int, a=1):
    if n == 0:
        return False
    if n == 1:
        return a >= 0 and a <= 1
    return a in a[0]

def g(a=1):
    return a * a

assert f(g())

def f(n: int, a=30, b=21):
    return n % a == 0 and n % b == 0

def g(a=30, b=21):
    return round(a * b, 0)

assert f(g())

def f(a: int):
    return a >= -2 and a <= 2 * a

def g():
    return 0

assert f(g())

def f(n: int):
    if n > 1:
        # print(n//10)
        return n in range(2, 10)
    return True

def g():
    a, b = 1, 1
    return a+b

assert f(g())

def f(s: str):
    s = s.lower()
    if len(s) > 1:
        s = s[0].replace(' ', '-')
    return s == "["

def g():
    return "[abc]"

assert f(g())

def f(s: str, k=11):
    return len(s) == k  # check for consistency of length

def g(k=11):
    return " " * k

assert f(g())

def f(x: int, n=25):
    return x <= 5 if 0 < x < n else x >= n

def g(n=25):
    return 1234

assert f(g())

def f(n: int):
    return n < 10

def g():
    i = 0
    while i < 1000:
        return i

assert f(g())

def f(n: int, year_len=365):
    return len(set(range(n))) == year_len

def g(year_len=365):
    return year_len

assert f(g())

def f(d: List[int], n=100):
    return d.index(n) - n <= 1

def g(n=100):
    return list(range(n+1))

assert f(g())

def f(nums: List[int], k=9):
    """
    Check if there is at least one number in the list in the range [0, k) that is a square at least once.
    """
    a, b, c, n = nums
    x, y = 1, k * k
    for i in range(k):
        if i == k:
            x, y = y, -x
        if nums[i] * nums[i] == x ** y:
            return True
    if n == 1:
        return False
    if n == 2:
        a,

def g(k=9):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s == "\b" or s.count("\\") == 1

def g():
    return "\\g"

assert f(g())

def f(s: str):
    return s == "Hello, world"

def g():
    s = "Hello, world"
    return s

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 (s.upper()) if len(s) // 2 else s.lower()

assert f(g())

def f(s: List[int]):
    return sum(s) == sum(s) == sum(s)

def g():
    return [0+2, 0+3]

assert f(g())

def f(nums: List[int], a0=123):
    x = nums[0]
    return all(num >= x for num in nums) and x >= a0

def g(a0=123):
    return [a0]

assert f(g())

def f(s: str, a=4, d=3):
    return (len(s) == 1 if s.isalpha() or s.isalnum() else False)

def g(a=4, d=3):
    return str(int(a) + int(d) + 1)

assert f(g())

def f(s: List[str], length=100):
    return len(set(s)) == length

def g(length=100):
    return [str(i) for i in range(length)]

assert f(g())

def f(s: str):
    return s == "a, ab, a, B" or s == "ab, a, b"  # should be an upper bound

def g():
    return "a, ab, a, B" and "ab, a, b"

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return ''.join(s) == "The quick brown fox jumps over the lazy dog"

def g(a=['cat', 'dot', 'bird'], b=['tree', 'fly', 'dot']):
    return "The quick brown fox jumps over the lazy dog".format(a, b)

assert f(g())

def f(i: int):
    return 1+i >= 4

def g():
    return 1 + 5*6

assert f(g())

def f(p: List[str]):
    return p == ["a", "b", "c", "d", "e", "a", "b", "c", "d", "e"]

def g():
    return ['a', 'b', 'c', 'd', 'e', 'a', 'b', 'c', 'd', 'e']

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return any(i < n for i in nums) and n >= lower_bound

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, target="bazbarbaz", length=4):
    return len(set(s)) >= length or target.count("a") == 0

def g(target="bazbarbaz", length=4):
    return "{}".format(target + "a".join("{:04d}".format(i) if i < length else "") for i in range(length))

assert f(g())

def f(x: List[int], t=50, n=10):
    s = 0
    i = 0
    for v in x:
        s = s & ~v
        i += 1
    return i == n

def g(t=50, n=10):
    return [int('123456789' + "0" * t)**3 for i in range(n)]

assert f(g())

def f(n: int, a=3, b=23463462):
    return abs(n) >= abs(a) and n >= abs(b) or a > b

def g(a=3, b=23463462):
    return 2 * (3 - abs(a)) + abs(b)

assert f(g())

def f(s: str, target="foobarbazwow"):
    return target == s

def g(target="foobarbazwow"):
    return "foobarbazwow"

assert f(g())

def f(nums: List[int], count=1000):
    assert len(list(nums)) >= count
    return all(i in range(max(nums) + 1) for i in nums)

def g(count=1000):
    return [i for i in range(count)]

assert f(g())

def f(d: List[List[List[int]]]):
    return len([x for x in d]) == len(d)

def g():
    return [
        [
            [1,2,3,4,5]
        ],
        [
            [1,2,3,4,5],
            [6,7,8,9],
        ],
    ]

assert f(g())

def f(x: List[int]):
    return (sum(x) >= len(x)) and (x[2] > 0)

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int):
    return len(set(range(n))) > 995

def g():
    return len(list(range(1000)))

assert f(g())

def f(x: str, k=11):
    if k > len(x):
        return False
    if len(x) > k:
        return True
    return any(x)

def g(k=11):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, a=23, b=43):
    return n >= 3 and n > 10 * b and a <= b and a != b

def g(a=23, b=43):
    return a * b

assert f(g())

def f(nums: List[int], target=17):
    return nums == nums[::-1]

def g(target=17):
    return [13]

assert f(g())

def f(s: str):
    return "".join(s) == "abc123"

def g():
    return "abc123"

assert f(g())

def f(x: str, index=1):
    # Index starts at 0
    return index == len(x) and all(x[i] == x[-i] for i in range(len(x)))

def g(index=1):
    return "A" * index

assert f(g())

def f(s:str):
    return all(substring in s and substring[::-1] in s for substring in 'foo' + 'bar' + 'baz')

def g():
    return "foo bar baz"

assert f(g())

def f(p: List[int], target=17):
    for c in p:
        if c == target:
            return True
    return False

def g(target=17):
    return [c for c in range(100) if c == target]

assert f(g())

def f(s: str):
    return s.endswith('.')

def g():
    return "12345678912."

assert f(g())

def f(nums: List[int], k=5):
    return nums == [2 ** i for i in range(2 ** k)]

def g(k=5):
    return [int(n) for n in (2 ** i for i in range(2 ** k))]

assert f(g())

def f(x: str):
    return "{}".format(x.ljust(20)) == x  # not "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

def g():
    return "123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    if n == 0:
        return True
    else:
        return all((n % 2 == 0) and (n % 3 == 0) and (n % 3 == 2))

def g():
    return 0

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3 and all(sub in s for sub in s)

def g():
    return ["a", "c", "z"]

assert f(g())

def f(m: int, t=100, index=10):
    for i in range(t):
        if i == 1:
            return True
        m += 1
        if m < index:
            index -= 1
        if m > index:
            index += 1
    return not m in [index]

def g(t=100, index=10):
    return list(map(lambda x: x*x * 5, range(t)))[index]

assert f(g())

def f(nums: List[int], k=25):
    # TODO:
    # How to fix this?
    return len(set(nums)) == k

def g(k=25):
    return [a*n for n,a in enumerate(range(k))]

assert f(g())

def f(n: int):
    return abs(n) > 1000

def g():
    return 1000000000000000000

assert f(g())

def f(n: int):
    return len(str(n)) == len(str(n))

def g():
    return 100

assert f(g())

def f(s: str, k=4, target="ooh no"):
    return s == target

def g(k=4, target="ooh no"):
    return target

assert f(g())

def f(b: List[int]):
    return sum([(b[i] == i) for i in range(100)]) == 100

def g():
    return list(map(int, range(10 * 100)))

assert f(g())

def f(s: str):
    return s == '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, a=2, b=2):
    return n % a == 0 or n / a == 0 or b % b == 0

def g(a=2, b=2):
    return 3

assert f(g())

def f(n: int):
    return n == 187787

def g():
    return 187787

assert f(g())

def f(nums: List[int], y=12):
    return all(i in nums for i in range(y))

def g(y=12):
    return [n for n in range(12)]

assert f(g())

def f(x: List[int], p=0, q=3):
    return x[0] == p and x[2] == q

def g(p=0, q=3):
    return [0, 2, 3, 4, 5, 6, 7, 8, 9, 0, 0, 0, 0, 0]

assert f(g())

def f(nums: List[int], a=100, b=0, count=10):
    return all(nums[i] == a + b for i in range(len(nums)))

def g(a=100, b=0, count=10):
    return [x for x in range(count) if x > a-b and x < a + b]

assert f(g())

def f(x: List[int], n=5):
    return min(x) < n and max(x) >= n

def g(n=5):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(seq: List[int], length=50):
    return len(seq) == length and len(set(seq)) == length

def g(length=50):
    return list(range(length))

assert f(g())

def f(s: str):
    return s == 'a'

def g():
    return "a"[:1]

assert f(g())

def f(num: int, lower_bound=5):
    return min(1000000, num * 10 + lower_bound) > num

def g(lower_bound=5):
    return 1

assert f(g())

def f(nums: List[int], i=0):
    return nums[i] == i ** 2

def g(i=0):
    return [i**2 for i in range(5)]

assert f(g())

def f(scores: List[float], k=6):
    return scores[0] <= scores[1] <= scores[2] and scores[3] <= scores[4] and scores[5] <= scores[6]

def g(k=6):
    return [1.2, 1.3, 1.4, 1.5, 1.6, 1.7, 1.8, 1.9]

assert f(g())

def f(st: List[str]):
    return len(st) == 1000 and len(set(st)) == 1000

def g():
    return [str(n) for n in range(0, 1000000, 1000)]

assert f(g())

def f(s: str):
    return s == "abcdef"

def g():
    return "abc"+"def"

assert f(g())

def f(n: int, a=1110, b=20):
    return n < a or n > b

def g(a=1110, b=20):
    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']):
    return ' '.join(chars)

assert f(g())

def f(n: int):
    return n >= 1023 and not any(n % 1 != 0 for n in range(1023))

def g():
    return int("123456789" + "0"*9) + 12

assert f(g())

def f(count: List[int], target=0.03):
    return all((count[i] > target) for i in range(4))

def g(target=0.03):
    return list(range(1, 20, 1))

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == n and all(abs(nums[i] - i) >= 1 for i in range(len(nums)) if i >= tot)

def g(tot=12345, n=5):
    return [3*i for i in range(n) if i in range(tot)]

assert f(g())

def f(s: str, max_len=200):
    if len(s) < max_len:
        return False

    a = []
    for i in range(len(s)):
        if s[i] not in a:
            a.append(s[i])
    return True

def g(max_len=200):
    return "123456789" + "0"*max_len

assert f(g())

def f(x: float):
    return x > 1 and abs(x - 1) < 1e-6

def g():
    return float(int("123456789" + "0"*9) ** -0.5) + 1

assert f(g())

def f(s: str, n=4):
    return len(set(s)) == len(set(s[i:i+n] for i in range(n)))

def g(n=4):
    return "hello"

assert f(g())

def f(s: str):
    return s == "a" or s == "b"

def g():
    return "a" or "a" == "b"

assert f(g())

def f(x: List[int], max_dim=13):
    i = len(x)
    return i <= max_dim and all(
        x[i - 1] == x[i] and len(x[i - 1]) == 2
        for i in range(i + 1, len(x) - 1)
    )

def g(max_dim=13):
    return list(range(1, max_dim))

assert f(g())

def f(x: int, a=3432, b=4567):
    a /= 10
    b /= 10
    return a * b == a * b % x

def g(a=3432, b=4567):
    return 3432*4567 - 3432*a - b

assert f(g())

def f(delta: List[int], n=10):
    return len(delta) == n

def g(n=10):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "a" or s == "b"

def g():
    return "a"

assert f(g())

def f(nums: List[int], upper=100):
    return abs(sum(i ** 2 for i in nums)) > upper

def g(upper=100): return list(range(upper))

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return nums[0] + n >= a + b and nums[0] + n >= b and nums[0] + n >= c + a

def g():
    n = 2
    return [int(i) for i in range(4)]

assert f(g())

def f(numbers: List[int]):
    return any(i == 5 for i in numbers)

def g():
    return [2, 5, 6]

assert f(g())

def f(s: str, b=True):
    return s == 'hello world' and 'hello world' in s

def g(b=True):
    return 'hello world'

assert f(g())

def f(n: int, target=2):
    return all(i <= n for i in range(n))

def g(target=2):
    return 1

assert f(g())

def f(s: str):
    return s in s

def g():
    return "abc"

assert f(g())

def f(s: str, n=10):
    return s == "hello world"

def g(n=10):
    return "hello world" if n == 10 else "world"

assert f(g())

def f(x: int):
    return abs(x - 75600) < 10000

def g():
    return 75601

assert f(g())

def f(x: str, target="hello", min=1, step=0):
    return x == target

def g(target="hello", min=1, step=0):
    return str(target)

assert f(g())

def f(cases: List[str]):
    return len(cases) == len(cases) == 0 or cases == [x if x > 20 else x + 21 for x in cases]

def g():
    return [x for x in range(5) if x > 10]

assert f(g())

def f(l: int):
    return (l*l) ** 1.5 < 9 ** 3  # all integers in range(2 to 20) < 9 ** 3

def g():
    return min(list(range(10)), key=lambda e: int(e))

assert f(g())

def f(s: str, index=2):
    return index == 2 and all(int(s) != x for x in range(40))

def g(index=2):
    return "123456789"

assert f(g())

def f(n: int):
    return n * n > 10000000000000000000 * 10000000000000000000

def g():
    return 10000000000000000000 * 10 ** 6

assert f(g())

def f(x: int):
    return x > 900

def g():
    return 1000

assert f(g())

def f(n: int):
    return all(i == 0 for i in range(n))

def g():
    return 1

assert f(g())

def f(nums: List[int], size=4, target=12):
    assert all([n > 1 for n in nums])
    return sum(n > 0 for n in nums) == size

def g(size=4, target=12):
    return [size, size, size, target]

assert f(g())

def f(nums: List[int], n=200):
    return len(nums) == n and all(max(vec - vec + 1, 0) == 1 for vec in nums)

def g(n=200):
    return [i for i in range(n)]

assert f(g())

def f(letters: List[str], target=0):
    for i, letter in enumerate(letters):
        if letter in set(i):
            target += 1
    return target == 0

def g(target=0):
    return [i for i in range(target)]

assert f(g())

def f(inds: List[int]):
    return inds == sorted(inds) == sorted(range(1000))

def g():
    return [int(x) for x in range(1000)]

assert f(g())

def f(diamonds: List[int], target_len=4):
    return len(diamonds) == target_len and (sum(diamonds) > target_len * 3 / 4)

def g(target_len=4):
    return [0, 3, 2, 5]

assert f(g())

def f(s: str, n=10):
    return len(s) > n

def g(n=10):
    return "123456789" + "0"*n

assert f(g())

def f(s: List[str], n=100):
    return len(set(s)) == n and all([('a' in x) for x in s])

def g(n=100):
    return ["abc"*(i+2)+"def" for i in range(n)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == 1000 and min(nums) == 0

def g(n=12345):
    return [n**2 for n in range(0, 1000)]

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 (s.upper()) if len(s) // 2 else s

assert f(g())

def f(w: List[str]):
    return len(w) == 5 and all(w)

def g():
    return ["1", "2", "3", "4", "5"]

assert f(g())

def f(n: int):
    return n >= 0

def g():
    return 3 ** 10 + 1

assert f(g())

def f(s: str):
    return len(set(s)) == 1 and all(b.upper() == b.lower() for b in s)

def g():
    return str(1)

assert f(g())

def f(r: List[int], m=100):
    return len(r) >= m

def g(m=100):
    return [x for x in range(m)]

assert f(g())

def f(list: List[int], n=10):
    return len(list) == n and all(list[i] == 0 for i in range(len(list)))

def g(n=10):
    return [0]*n

assert f(g())

def f(t: str):
    return len(t) == len("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: List[int], upper_bound=0, start=0):
    return all(n[start] == 0 for n in [n for s in n[start:] for i in range(len(n)) if s == i] for i in range(start))

def g(upper_bound=0, start=0):
    return [0] * upper_bound

assert f(g())

def f(target: List[int]) -> bool:
    assert len(target) == 5
    return sum([target[i] == 0 for i in range(5)]) == 0

def g():
    return [2, 4, 6, 8, 10]

assert f(g())

def f(s: str, n=100, b=10):
    return s == s[0:n]

def g(n=100, b=10):
    return str((n*n)**(b+1))[n:]

assert f(g())

def f(x: int, a=2, b=33443336):
    return pow(x, a, b) == x**a

def g(a=2, b=33443336):
    return pow(33443336, a, b) ** a

assert f(g())

def f(m: int):
    if m == 1:
        return True
    return m == m * 3 and m == (m + 1) * 3

def g():
    return 1

assert f(g())

def f(q: List[int], m=3, n=3):
    return [q[i] for i in range(m)] == [q[i] for i in range(n)]

def g(m=3, n=3):
    return [m, n, m - 1, n + 1]

assert f(g())

def f(nums: List[int], target=600):
    return sum(x**2 for x in nums) >= target

def g(target=600):
    return list(range(target))

assert f(g())

def f(z: List[int]):
    return sum(i >= 3 for i in z) == len(z) - 1

def g():
    return [0]

assert f(g())

def f(nums: List[int], n=4):
    return min(nums) <= 4

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(x: int, a=8677938):
    return a - x == 0

def g(a=8677938):
    return a * 1

assert f(g())

def f(s: str):
    return s == "this is a string"  # str == string

def g():
    return "this is a string"

assert f(g())

def f(n: str):
    return len(n) >= 12

def g():
    return "123456789" * 16

assert f(g())

def f(strings: List[str], count=10):
    return len(strings) in [count, 3 * count * count]

def g(count=10):
    return list(map(str, range(count)))

assert f(g())

def f(x: str):
    return len(set(x)) >= 2

def g():
    return "hello"

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n != a

def g(a=3, b=23463462):
    return b

assert f(g())

def f(nums: List[int], target=11):
    return sum(nums) >= target

def g(target=11):
    return list(range(target + 1))

assert f(g())

def f(s: str, n=1):
    return len(s) == n

def g(n=1):
    return "1"*n

assert f(g())

def f(l: List[int], target=50):
    return sum(l) >= target

def g(target=50):
    return [50]

assert f(g())

def f(v: List[int]):
    return all([v[i] != v[i - 1] for i in range(6)])

def g():
    return [4, 7, 3, -2, 2, 1]

assert f(g())

def f(s: int):
    return s < 1000

def g():
    return 50

assert f(g())

def f(p: List[int]):
    return len(p) >= 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(nums: List[int], m=5, v=8):
    return min(nums) >= m and min(nums) < (m + v) and all([n in set(nums) for n in nums])

def g(m=5, v=8):
    return list((m, v))

assert f(g())

def f(n: int, upper=8):
    return (1 << upper) - 1 <= n < (1 << upper) + 1

def g(upper=8):
    return 1<<upper

assert f(g())

def f(x: List[int], n=18):
    return len(x[:n]) == n

def g(n=18):
    return [int(i) for i in range(n)]

assert f(g())

def f(moves: List[List[int]], count=0):
    assert moves == sorted(moves)
    return len(moves) > count

def g(count=0):
    return [list(moves) for moves in [list([1, 2]) for i in range(100)] for i in range(100)]

assert f(g())

def f(t: str):
    return "." in t or (not ".foo")

def g():
    return '.foo'

assert f(g())

def f(p: List[int], a=42):
    return a >= p[0] and a <= p[-1]

def g(a=42):
    return [a]

assert f(g())

def f(a: int, b=200, e=5):
    return a > b and all((a >= e) == (a < b) for a, b in zip(range(200, e + 1), range(a, e + 1)))

def g(b=200, e=5):
    return int(int("123456789" + "0"*7) ** 0.5) + 1

assert f(g())

def f(l: List[int]):
    return all(i <= j < k < l[i + 1] - l[i - 1] for i, j in enumerate(l) for k in range(l[i] + 1, l[i] + j))

def g():
    return [1] + [i for i in range(2) if i*i in [0, 1, i, i+1]]

assert f(g())

def f(x: List[int]):
    return x + x == x

def g():
    return [int(s[start:end]) for i, s in enumerate("abcdefghijklmnopqrstuvwxyz") for start in range(len(s) - 1)]

assert f(g())

def f(s: str):
    return len(s) > 0 and all(s[i:i+2] == s[i:i+1] for i in range(len(s)-1))

def g():
    return str(0)

assert f(g())

def f(nums: List[int], target=50):
    return len(set(nums)) == len(nums) == target  # should match with f3, but is not!

def g(target=50):
    return list(range(target))

assert f(g())

def f(nums: List[int], index=5):
    while len(nums) > index:
        nums.insert(0, index)
        if nums[-1] < index:  # can't insert past last
            nums.insert(0, nums[-1])
            index -= 1
    return len(nums) == index

def g(index=5):
    return list(range(index, 10))

assert f(g())

def f(s: List[str], a="one", b="two"):
    return len(s) == 2 and s[0] == a and s[len(s) - 1] == b

def g(a="one", b="two"):
    return [a,b]

assert f(g())

def f(x: float, y=8.3, n=11):
    return abs(x + y - n) < 1e-6

def g(y=8.3, n=11):
    return n - y

assert f(g())

def f(n: List[int], target=17):
    return len(n) == target

def g(target=17):
    return [target] * target

assert f(g())

def f(x: int, a=100, b=600, c=400):
    if x > 200:
        return x > a * b
    else:
        return x + a * b == c

def g(a=100, b=600, c=400):
    return a * b + c

assert f(g())

def f(t: List[int], target=5):
    for i in range(len(t)):
        if t[i] == target:
            return True
    return False

def g(target=5):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return max(a + n, b) == b

def g(a=1073258, b=72352549):
    return int(a / 100) + int(b / 100)

assert f(g())

def f(nums: List[int], m=4, min=0):
    return len(nums) == m and min >= 0

def g(m=4, min=0):
    return [10**i for i in range(m)]

assert f(g())

def f(p: List[int], max_p=30):
    return sum([p[i] for i in range(max_p)]) == 0

def g(max_p=30):
    return [0] * max_p

assert f(g())

def f(s: str):
    return s == "hello"

def g():
    return "hello"  # Note: `s` is actually a callable object

assert f(g())

def f(s: str):
    return str(s)[:len(s) // 2].endswith("s")

def g():
    return "asdf"

assert f(g())

def f(r: List[int]):
    return all([0 <= i < len(r) for i in range(10)])

def g():
    return list(range(0, 10))

assert f(g())

def f(p: List[int], target=8):
    return p[0] * p[1] + p[2] == target + p[4]

def g(target=8):
    return [2, 7, 1] * target

assert f(g())

def f(s: str, word="Konsa"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="Konsa"):
    return "Konsa == " + word

assert f(g())

def f(h: List[int], target=300):
    if h[::] == ([1, 4]):
        return False
    return len(h) >= target

def g(target=300):
    return list(range(target))

assert f(g())

def f(n: int):
    assert n > 500
    if n > 100000:
        return n > 30000
    if n > 30000:
        return n > 100000
    return n > 100000

def g():
    return 500000

assert f(g())

def f(quads: List[List[List[int]]]):
    return len(quads) >= 2

def g():
    return [
        [[1, 2], [3, 4]],
        [[5, 6], [7, 8]],
        [[9, 10], [11, 12]]
    ]

assert f(g())

def f(substrings: List[str], count=15):
    return sum(li >= min(substrings) for li in substrings) == count

def g(count=15):
    return ["123456789"*i for i in range(count)]

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) and s.count("1") == 1

def g():
    return "1"

assert f(g())

def f(p: List[int]):
    return p != [0] and max(p[0], p[-1] + 1) % 2 == 0

def g():
    return [1, 3]

assert f(g())

def f(l: List[int]):
    return sum(i == 0 for i in l) > 0

def g():
    return [0]

assert f(g())

def f(num: int):
    return num < 3 and num < 6 + 2 * num * (num % 2 != 0)

def g():
    return int(10 * (10 - 2) * (10-5) * (10-15) + 10)

assert f(g())

def f(s: str):
    return all(i == j for i, j in zip(s.split(','), s.split(',',1)))

def g():
    return "123456789"

assert f(g())

def f(s: str):
    s = s.split()
    return s[0] == max(s)[0] and s[-1] == max(s)[-1]

def g():
    return str(max((0,0)))

assert f(g())

def f(x: int, a=8867, b=-43):
    return a - x == b

def g(a=8867, b=-43):
    return a - b

assert f(g())

def f(s: str):
    return s[::-1] == s[1::-1]

def g():
    return ""

assert f(g())

def f(s: str):
    if len(s) == 0:
        return False
    return not s.isalpha()

def g():
    return "hello, world"

assert f(g())

def f(x: int, n=7012):
    return max(x - a for a in range(n)) == n

def g(n=7012):
    return max(n, n-1, n-2, n-3, n-4, n-5, n-6, n-7, n-8, n-9)

assert f(g())

def f(p: List[int]):
    return len(p) == 5

def g():
    return [2, 3, 4, 5, 6]

assert f(g())

def f(stamps: List[int], m=10, n=11):
    return all(stamps[i] < m - 1 for i in range(m))

def g(m=10, n=11):
    return [0]*m + [1]*n

assert f(g())

def f(n: int):
    return n in [3, 2, 1] or n == 1 or n == -1

def g():
    return 1 if 0 else -1

assert f(g())

def f(x: int, a=10201202001, b=10201202001):
    return (x - a) ** 2 + b == x

def g(a=10201202001, b=10201202001):
    return 10201202001

assert f(g())

def f(n: int):
    return (n > 42) or (n & (n-1) == 1)

def g():
    return (1 << (42 - 1)) - 1

assert f(g())

def f(s: str):
    return s.count("0") >= 1 or abs(s) >= 1

def g():
    return "0hello world0how are you"

assert f(g())

def f(x: List[int], a=7, s=6, target=906776):
    return x[0] == a and x[-1] == target

def g(a=7, s=6, target=906776):
    return [a for _ in range(5)] + [target for _ in range(5)]

assert f(g())

def f(x: List[List[int]]):
    for y, l in x:
        assert l == [0]
        assert (sum(x) + 1) < max(max(len(l), len(y) + 1), len(x) - 1)
    return sum(x) == len(x)

def g():
    return []

assert f(g())

def f(s: str, a=10, b=10):
    return str(a + b) == s

def g(a=10, b=10):
    return str(a + b)

assert f(g())

def f(t: List[int], target=5):
    return len(t) >= target and all(t[i] != t[i + 1] for i in range(len(t) - 1))

def g(target=5):
    return [3, 2, 1, 0, 1, 2]

assert f(g())

def f(words: List[str]):
    return all(w in words for w in words)

def g():
    return ["hello", "world"]

assert f(g())

def f(x: List[int]):
    return all(x) and x[0] in [1, 2, 3, 5, 9, 10, 14] and x[-1] in [4, 5, 7, 8, 14, 15]

def g():
    return [3, 4]

assert f(g())

def f(substr: str, count=8):
    return len(sorted(substr)) >= count  # string has to fit inside in target, can't overflow or be shorter than it

def g(count=8):
    return "123456789"*count

assert f(g())

def f(dims: List[int], n=12):
    return dims[4] == 5  # check if dim is 3D

def g(n=12):
    return [4, 5] + [3, 3, 5] * n

assert f(g())

def f(nums: List[int], n=42):
    return (sum(i for i in nums if i > 0) + sum(i for i in nums if i < 0)) > n

def g(n=42):
    return [i for i in range(100)]

assert f(g())

def f(n: int):
    return str(n * n).startswith("23456789")

def g():
    return int(int("234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    return nums == [int(i) for i in range(4)]

def g():
    return list(range(4))

assert f(g())

def f(pairs: List[int], length=10):
    assert len(pairs) >= length
    return pairs[:length] == pairs[-length:]  # cover pairs twice

def g(length=10):
    return [1, 2, 3, 4, 5] * length

assert f(g())

def f(cov: List[int], b=11, m=8):
    return len(cov) == m and cov[0] + cov[1] > b

def g(b=11, m=8):
    return [b] * m

assert f(g())

def f(seq: List[str], target=10):
    return len(set(seq)) >= target

def g(target=10):
    return [str(i) for i in range(target)]

assert f(g())

def f(li: List[int]):
    return all({x for x in li if x < 3}) == all({x for x in li if x >= 3})

def g():
    return [1]

assert f(g())

def f(subs: List[str]):
    return sum(subs) == len(subs)

def g():
    return []

assert f(g())

def f(s: str):
    return len({i for i in set(s) if i in s}) == 10

def g():
    return "123456789" + "0"*4

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] in s

def g(target="foobarbazwow", length=6):
    return "%s has size %d and is valid" % (target, length)

assert f(g())

def f(s: str, n=12345):
    return ''.join(map(lambda x: x[::-1], s)) == '12345'

def g(n=12345):
    return '12345'

assert f(g())

def f(s: str):
    s = str(s)
    return s == min(s)

def g():
    return "a"

assert f(g())

def f(t: int):
    if t <= 0:
        return False
    return True

def g():
    return 1 if True else 2 if False else 3

assert f(g())

def f(s: str):
    return all([s[j] == s[j-1] for j in range(len(s)) if s[j] == s[j-1] and s[j+1] != s[j] for j in range(len(s)-1)])

def g():
    return "abcdefg"

assert f(g())

def f(z: float):
    return z <= 1  # z is too short

def g():
    return 0.5

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(x in s for x in set(s))

def g():
    return [str(i) for i in range(1000)]

assert f(g())

def f(st: List[str], o=["gong"]):
    return "".join(st) in o

def g(o=["gong"]):
    return o

assert f(g())

def f(s: str, target=17):
    return s in ['t', 'a' * 10]

def g(target=17):
    return "a" * 10

assert f(g())

def f(n: int):
    return n > 1 and n > 2**9

def g():
    return int((1 << 62) - 1)

assert f(g())

def f(inds: List[int], n=7):
    return all(v for v in inds if v < n)

def g(n=7):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(v: List[int]):
    return any(v == 1 for v in range(len(v))) and not all([v > 0 for v in v])

def g():
    return [0, 1]

assert f(g())

def f(l: List[int], l2=[[]]):
    l = {z for z in l if z != l2}
    return set(l) == set([x for x in l if all(x)])

def g(l2=[[]]):
    return [x for x in l2 if x != []]

assert f(g())

def f(ls: List[int], max=10):
    return min(ls) >= max

def g(max=10):
    return [max, max+1]

assert f(g())

def f(n: int, pairs=[[1, 2], [1, 3]]):
    n_diff = len(pairs)
    assert n_diff == 1 or n_diff == 2, "oops"
    assert n_diff > 1 or n_diff == 1, "oops"
    return sum(p - m for p, m in pairs if abs(p - m) >= n_diff) < n_diff

def g(pairs=[[1, 2], [1, 3]]):
    return sum(p - m for p, m in pairs if abs(p - m) >= 3)

assert f(g())

def f(nums: List[int], lower=2, upper=20):
    return all(i in range(len(nums) + 1) for i in nums) and not sum(i ** 2 for i in nums) <= upper

def g(lower=2, upper=20):
    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):
    return any(s in s for s in s)

def g():
    return "hello"

assert f(g())

def f(num_words: List[int], max_num=100):
    return sum(n_words for n_words in num_words if n_words) == max_num

def g(max_num=100):
    return [1] * max_num

assert f(g())

def f(n: int, target="cotton candy", length=2):
    return all(n < length for n in range(length))

def g(target="cotton candy", length=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n % 100 == 0

def g():
    return 0

assert f(g())

def f(x: List[int]):
    assert len({i for i in range(10)}) == 10
    return len({(i, i) for i in x}) == 10

def g():
    return list(set(map(int, range(10))))

assert f(g())

def f(f1_sump: int, b1=1073258, b2=72352549):
    return f1_sump >= b1 and f1_sump >= b2

def g(b1=1073258, b2=72352549):
    return b1 + b2

assert f(g())

def f(v:List[int]):
    return all(i in v for i in range(100) if i > 2)

def g():
    return list(x for x in range(1000))

assert f(g())

def f(s: str):
    return s.count("8") == 1 and s.count("1") == 1

def g():
    return "123456789"

assert f(g())

def f(num: int, a=345345345):
    return -num == a

def g(a=345345345):
    return -int(a)

assert f(g())

def f(str: str, n=2):
    return len(str) == n and str.count('Z') == n

def g(n=2):
    return "Z"*n

assert f(g())

def f(moves: List[int], num_points=20000, target=12):
    return all(m for m in range(num_points)
               if moves[m] == target)

def g(num_points=20000, target=12):
    return [2, 3] * num_points

assert f(g())

def f(s: str):
    return s == "ABC"

def g():
    return "ABC" if "ABC" in ["abccd"*2, "ABC"][::-1] else "ABC"

assert f(g())

def f(x: float, a=1020):
    return -a < 1e-25 and abs(x - a) < 10 ** -3

def g(a=1020):
    return float(a)

assert f(g())

def f(n: int, a=345346363, b=10):
    return a + b == n

def g(a=345346363, b=10):
    return a+b

assert f(g())

def f(nums: List[int], target=1):
    for i in range(nums[-1]):
        assert i == len(nums) - 1
    return i == len(nums) - 1

def g(target=1):
    return [1]

assert f(g())

def f(l: List[int], n=1000, upper=2):
    for i in l:
        if i > n - upper:
            return True
    return False

def g(n=1000, upper=2):
    return [(i+1) for i in range(1,n+upper + 1)]

assert f(g())

def f(index: int, upper_bound=100):
    return index > upper_bound and (upper_bound - index) / (upper_bound/2) < 1

def g(upper_bound=100):
    return int(int("123456789" + "0"*9) ** 2.0)

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -10

def g(a=1020):
    return round(a, 2)

assert f(g())

def f(r: List[str], n=20):
    return len(r) < 100 if r[-10:] == "!" else len(r) == n

def g(n=20):
    return [str(i) for i in range(n)]

assert f(g())

def f(n: int, ops=['x--', '--x'], target=19143212):
    return n == target

def g(ops=['x--', '--x'], target=19143212):
    return 19143212

assert f(g())

def f(s: str):
    return any(ord(c) < ord("a") for c in s)

def g():
    return "Hello " + "123456789"+"0"*9

assert f(g())

def f(s: str):
    return all(x == 'a' and s[1:2] == "abc" for x in s[2:-1])

def g():
    return "abc"

assert f(g())

def f(p: List[int], n=2, a=9, b=32):
    return p[0] == a and p[1] == b

def g(n=2, a=9, b=32):
    return [a, b, a, a, b, b, a, b, a, b, a, b, a, b, a, b, a, b]

assert f(g())

def f(s: str, n=1):
    return s.index("x") == 0

def g(n=1):
    return "x"

assert f(g())

def f(x: float, a=1021, b=-1):
    return abs(x ** 2 - a - b) < 1

def g(a=1021, b=-1):
    return float(abs(a + b) ** 0.5)

assert f(g())

def f(a: int, b=16641426):
    return a + b >= b and a - b >= b

def g(b=16641426):
    return int(b**6)

assert f(g())

def f(list: List[int]):
    #       [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17] -> [1, 0, 0, 1, 1, 0, 1, 1, 0, 1, 1, 0]
    list2 = [int(i) for i in list]
    #       [1, 0, 1, 0, 1, 0, 0, 1, 0, 0, 1, 0, 1] -> [0, 0, 0, 1, 0, 1, 1, 0, 0, 1, 0]
    return list == list2

def g():
    return [1, 1, 1]

assert f(g())

def f(nums: List[int], target=3):
    return len(nums) >= target

def g(target=3):
    return list(range(0, target))

assert f(g())

def f(a: List[int], b=3):
    return sum(a[i] for i in range(b)) == 3

def g(b=3):
    return [1]*b

assert f(g())

def f(lst: List[int], target=6):
    return sum([a in lst for a in lst]) == target

def g(target=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: str, target="go back", go_back=True):
    return s == target

def g(target="go back", go_back=True):
    return "go back" if go_back else "back"

assert f(g())

def f(s: str):
    if s.count("123") > 0 and all(s.split()[0] == s.split()[-1] for s in s):
        return True
    assert s.count("12") > 0
    assert s.count("45") == 0
    return False

def g():
    return "123456789" + "0"*7

assert f(g())

def f(s: str):
    # pylint: disable=E0511
    return s.count(".") == 2 * s.count("r") and s.count("b") == 2 * s.count("b")

def g():
    return str(1 + 1)

assert f(g())

def f(s: str):
    return s.count("-") == 1

def g():
    return str("-")

assert f(g())

def f(i: int):
    return i == i

def g():
    return 2

assert f(g())

def f(x: str, s=["a", "b", "c"]):
    return str(x[-1]).startswith(s[-1])

def g(s=["a", "b", "c"]):
    return str(s.pop())

assert f(g())

def f(str: str, count=12):
    return len(str) == count

def g(count=12):
    return str("1234567890abcdef")[:count]

assert f(g())

def f(s: str):
    return s == "Permute me true"

def g():
    return "Permute me true"

assert f(g())

def f(max_value: int):
    return max(max_value for n in range(5)) >= 2 ** 30

def g():
    return 1 << 30

assert f(g())

def f(ls: List[int]):
    return len(set(ls)) == len(ls) == len(ls)

def g():
    return []

assert f(g())

def f(s: str):
    return s == "aaAab" or s == "aAaaB" or s == "aaAab" == "aAaaB"

def g():
    return "aaAab"

assert f(g())

def f(h: List[int]):
    assert len(h) == len(sorted(h))  # if not already sorted
    return len(set(h)) == 1

def g():
    return [0] + [0] * 5

assert f(g())

def f(s: str, count=2):
    assert s.count(s) == 1
    return s == '123456'

def g(count=2):
    return '123456'

assert f(g())

def f(n: int):
    import random
    return sum(random.random() < 0.5 for i in range(n)) == 0

def g():
    return int(0 * 0)

assert f(g())

def f(n: int, a=2, b=2):
    return n % a == 0 or n / a == 0 or b % b == 0

def g(a=2, b=2):
    return 2

assert f(g())

def f(s_case: str, s="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"):
    return s_case.upper() == s.upper()

def g(s="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"):
    return s.upper()

assert f(g())

def f(n: int):
    return n <= 10 and n >= 3

def g():
    return 7

assert f(g())

def f(li: List[int]):
    return abs(len(li)) > 3

def g():
    return [1,2,3,4,5]

assert f(g())

def f(s: str):
    return s.count("9") == 9

def g():
    return "123456789"*9

assert f(g())

def f(li: List[int]):
    return all({v in li for v in li if len(li) > v})

def g():
    return []

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 > a

def g(a=10201202001):
    return a*a

assert f(g())

def f(nums: List[int], side=100, num_points=20):
    # num_points is a positive number
    assert len(nums) >= num_points
    return sum(1 for i in range(len(nums) - num_points) for j in range(i + 1) if nums[i][j] == 1) <= side

def g(side=100, num_points=20):
    return [n for n in range(num_points)]

assert f(g())

def f(states: List[str], l=10):
    assert l <= len(states)
    return all(s in states for s in states)

def g(l=10):
    return ["a"*(i+2)+"b" for i in range(l)]

assert f(g())

def f(str: str, target=1):
    x = 0
    while x * x < len(str):
        x += 1
    return 0 <= x <= len(str) - target - 1

def g(target=1):
    return str(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(nums: List[int], n=4):
    return len(nums) >= n and sum(1 for i in nums) == n

def g(n=4):
    return [9, 11, 33, 42]

assert f(g())

def f(s: str, s_str_words=['SEND', 'MONEY', 'MORE']):
    return False if s_str_words[0] != "SEND" else (s[0] == 'I' or s[0] == 'C' or s[0] == 'A' or s[0] == 'T' or s[0] == 'E' or s[0] == 'S' or s[0] == 'O' or s[0] == 'G')

def g(s_str_words=['SEND', 'MONEY', 'MORE']):
    return "SEND T.E.M.O.G." + "\n".join(s_str_words)

assert f(g())

def f(x: str):
    return "".join(x) == "1"

def g():
    return '1' * len(str(3))

assert f(g())

def f(s: str):
    return len({i for i in set(s) if i in s}) == 10

def g():
    return "1234567890"

assert f(g())

def f(li: List[int], d=500):
    if li.count("1") == 0 and li.count("2") < 2 and li.count("3") < 3:
        return True
    return li.count("4") < 4 and len(li) > 50

def g(d=500):
    return []

assert f(g())

def f(list: List[int]) -> bool:
    return all(l in list for l in list if isinstance(l, int))

def g():
    return [2,3,4]

assert f(g())

def f(nums: List[int], a=2000):
    return len(set(nums)) != 1

def g(a=2000):
    return list(range(a+1, 6))

assert f(g())

def f(s_case: str, s="CanYouTellIfitHasMoreCAPITS"):
    return s_case == (s.upper() if len(s) >= 2 else s.lower())

def g(s="CanYouTellIfitHasMoreCAPITS"):
    return s.upper() if len(s) >= 2 else s.lower()

assert f(g())

def f(e: List[int]):
    return len(set(e)) >= 3

def g():
    return [1, -2, 3]

assert f(g())

def f(string: str, target="hello"):
    return string == target or string == "helloo"

def g(target="hello"):
    return "hello"

assert f(g())

def f(g: List[str]):
    return len(set(g)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in g)

def g():
    return ["a"*(g + 2)+"b" for g in range(1000)]

assert f(g())

def f(li: List[int], k=5):
    for i in li:
        if li[i] == k:
            return True
    return False

def g(k=5):
    return [1,2,3,4,5]

assert f(g())

def f(i: int):
    return 1+i >= 4

def g():
    return 5

assert f(g())

def f(string: str, count=10):
    return len(set(string)) >= count

def g(count=10):
    return "abcdefghij"

assert f(g())

def f(n: int):
    return (n > 1) and (n > 921) and (n > 16)

def g():
    return 1000

assert f(g())

def f(nums: List[int], a=12):
    assert len(nums) >= a
    return all(i in range(4) for i in str(nums)[a * 4 : 4 + a])

def g(a=12):
    return [i*a for i in range(12)] + [(j*6 - a + 10) for j in range(4)]

assert f(g())

def f(indices: List[int], a=5):
    assert indices[-1] > a - 1, indices[-1] == a - 1
    return len(indices) >= 2 and indices[::2].count(indices[-1]) == 0

def g(a=5):
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(x: List[List[int]]):
    return x[::-1] == x[::-2]

def g():
    return [ [2, 3, 4]]

assert f(g())

def f(li: List[int], n=3):
    return len(li) == n and int(li[li[0] * n] - 1) != 0

def g(n=3):
    return [0]*n

assert f(g())

def f(n: int, thresh=100):
    return (n >= 1 and n > thresh) or (n > 100 and n % 2 == 0)

def g(thresh=100):
    return int( int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count('b') > 1

def g():
    return "ababababababab" * 9

assert f(g())

def f(s1: str):
    s1 = s1 + "!"
    return s1[-6:] != s1[:-6]

def g():
    return "!a!c"

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and [n + i for i in nums] == [n + i for i in nums]

def g(n=12345):
    return [n + i for i in range(n)]

assert f(g())

def f(s: str, n=5):
    if n >= len(s):
        return False
    if len(s) > n:
        return True
    return False

def g(n=5):
    return "123456789"*n

assert f(g())

def f(li: List[int], n=3):
    return n == li.__len__()

def g(n=3):
    return [1, 2, 3]

assert f(g())

def f(r: List[int]):
    return r[-1] != r[-1 - 1] and r[-2] != r[-2 - 1] and r[-3] != r[-3 - 1]

def g():
    return [3,2,1,3]

assert f(g())

def f(indices: List[int], a0=0):
    return len(set(indices)) <= 1000 and sum([i % 3 == 0 for i in indices]) == 3

def g(a0=0):
    return [
        1, 2, 3, 4, 5, 6, 7, 8, 9
    ]

assert f(g())

def f(x: str):
    if x == 'a':
        return x.count("a") == 7
    elif x == 'b':
        return x.count("a") == 8
    else:
        return x.count("a") == 9

def g():
    return "ababababababababba"

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(ls: List[int]):
    return sum(ls) == len(ls)

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int):
    return all(n != 0 for n in (2 ** i for i in range(1, 50)))

def g():
    return int(3.0 * 3.0 * 3.0) + 1

assert f(g())

def f(li: List[int], target=7, n=5):
    return all(i in li for i in range(n))

def g(target=7, n=5):
    return list(range(n))

assert f(g())

def f(s: str):
    return (len(set(s[:2])) == 2 and sum(i in s for i in s[2:]) == len(s[:2]))

def g():
    return "abcd"

assert f(g())

def f(num: int, target=100):
    if round(num) == target:
        return None
    return round(num) > target and num > target or num == target and round(num) < target

def g(target=100):
    return target * target

assert f(g())

def f(l: List[int]):
    return not l.sort() and l != [1, 2, 3]

def g():
    return [2]

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(v: List[int]):
    return (all(x <= 0 for x in v))

def g():
    return []

assert f(g())

def f(words: List[str]):
    n = len(words)
    return sum(len(word) == n for word in words) > 1

def g():
    return ["one", "one_and_two", "four", "five"]

assert f(g())

def f(n: int, a=8488664, b=8488664, c=8478664):
    return n + a > b + c

def g(a=8488664, b=8488664, c=8478664):
    return int(8488664*(a + b - 1) ** 0.5) + 1

assert f(g())

def f(c: int):
    return c == 3 or c == 8

def g():
    return 1 and 3 and 8

assert f(g())

def f(n: int):
    if n > 250:
        return True
    return False

def g():
    return int(int("123456789123456789" + "0"*17) ** 0.4) + 1

assert f(g())

def f(x: int):
    return x <= 50

def g():
    return max(1, f(30))

assert f(g())

def f(n: int):
    return max(1, abs(n)) == n

def g():
    return 9

assert f(g())

def f(s: str, m=1867, n=7, p="x"):
    s = s.replace("x", p)
    assert s == m * n * p
    return s == m * n * p

def g(m=1867, n=7, p="x"):
    assert m == 1867 and n == 7 and p == "x"
    return m * n * p

assert f(g())

def f(m: int):
    return m >= 2

def g():
    return 6

assert f(g())

def f(l: List[int]):
    assert all(i in l for i in range(10))
    return max(len(l) // 2, len(set(l))) == len(l)

def g():
    return list(range(10))

assert f(g())

def f(s: str):
    return s[::-1] == 'Hello world'

def g():
    return 'Hello world'[::-1]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return nums[0] + n >= a + b and nums[0] + n >= b and nums[0] + n >= c + a

def g():
    return [i for i in [1, 2, 3, 4]]

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(1000))

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(a: int):
    assert 0 <= a < 3
    return a == 0

def g():
    return int(f(1))

assert f(g())

def f(f: List[int], target=10):
    return len(f) >= target and all(f[i] != f[i + 1] for i in range(target - 2))

def g(target=10):
    return list(range(target))

assert f(g())

def f(li: List[int]):
    return all([li[j] == li[j] + 0 if j <= i else li[i] == li[i] + 0 for i in range(10)] for j in range(10))

def g():
    return [i for i in range(1000)]

assert f(g())

def f(s: str, n=100, b=10):
    return s == s[0:n]

def g(n=100, b=10):
    return "123456789" + "%d" % (n * b)

assert f(g())

def f(n: int, lower_bound=18446744073709551615, upper_bound=999999999999999):
    return sum(i - lower_bound for i in range(n) if state[i] in lower_bound) <= upper_bound

def g(lower_bound=18446744073709551615, upper_bound=999999999999999):
    return sum(x for x in range(lower_bound, upper_bound+1) if state[x] in range(lower_bound, upper_bound+1))

assert f(g())

def f(n: int, t=0.0, m=0):
    return min(t, m) * n == t

def g(t=0.0, m=0):
    return round(t) * m

assert f(g())

def f(s: str):
    return s.endswith("world") or s.endswith("boof")

def g():
    return "world" * 2

assert f(g())

def f(nums: List[int], c=10, d=2):
    return all(nums[i] % c == 0 for i in range(c)) and all(nums[i] % d == 0 for i in range(d))

def g(c=10, d=2):
    return [0]*(c+1)+[(c+1)**2]*(d+1)

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 10 ** 20

def g():
    return 10 ** 20

assert f(g())

def f(x: List[int], lower_bound=1, upper_bound=7):
    return min(x) <= lower_bound and max(x) >= upper_bound

def g(lower_bound=1, upper_bound=7):
    return [x for x in range(lower_bound, upper_bound+1) if x]

assert f(g())

def f(s: str, target=17):
    return s == target or s.startswith("abc")

def g(target=17):
    return "abcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabcabc"

assert f(g())

def f(s_case: str, s="DontGoThroughTheRoo\xe9"):
    return s_case == (s.upper() if len(s) > 6 else s.lower())

def g(s="DontGoThroughTheRoo\xe9"):
    return s.upper() if len(s) > 6 else s.lower() + "."

assert f(g())

def f(len_list: List[int]):
    def not_even(len_list):
        return len(set(len_list)) % 2 == 0
    return not_even(len_list)

def g():
    return [i for i in range(1000) if i%2 == 0]

assert f(g())

def f(s: str, target="x"):
    return s.startswith(target)

def g(target="x"):
    return "x" + target

assert f(g())

def f(nums: List[int], length=4, thresh=17):
    return len(nums) >= length and sum(1 if i < thresh else 2 for i in nums) > 1

def g(length=4, thresh=17):
    return [j for j in range(length)]

assert f(g())

def f(lo: List[int]):
    return [x - lo[0] for x in lo] == [0, 6, 12, 18, 22]

def g():
    return [0, 6, 12, 18, 22]

assert f(g())

def f(li: List[int], bound=7):
    i = 0
    for j in range(bound):
        for k in range(bound - j):
            if li[i + j + k] == 0:
                i += bound
    return i < bound

def g(bound=7):
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(s: str, c=1):
    return False if len(s) == 1 else any(w in s for w in s if w in 'ABCDEFGHIJKLM')

def g(c=1):
    return 'ABCDEFGHIJKLM'

assert f(g())

def f(lb: List[bool], m=3, n=3):
    for i in range(m):
        j = lb[i]
        c = lb[(i + 1) % m]
        lb[i] = not c
    return True

def g(m=3, n=3):
    return [True] * m + [False] * n

assert f(g())

def f(n: int, a=4, b=23463462):
    return abs(n) == abs(b)

def g(a=4, b=23463462):
    return a if a > b else b

assert f(g())

def f(nums: List[int]):
    return sum(nums) > 10001

def g():
    return list(range(1000))

assert f(g())

def f(num_gen: List[int], seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    s = 0
    for i in num_gen:
        s += i
    return s >= 50

def g(seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return seq[::-1]

assert f(g())

def f(x: str, r1=5):
    return x[0] == "a" and len(x[1:]) == 5 and x[5] == "a"

def g(r1=5):
    return "a"*(r1+1)

assert f(g())

def f(s: str):
    return str(s).startswith("1234")

def g():
    return str("1234")

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i - 1] for i in range(9)]) and len(li) == 10

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(seq: List[int], n=5, s=15):
    return len(seq ) == n and sum(seq) == s and all([x > 0 for x in seq])

def g(n=5, s=15):
    return [int(x + 1) for x in range(n)]

assert f(g())

def f(s: str):
    return len(s) > 7 or s.endswith(".")

def g():
    return 'aaabbbbbb'

assert f(g())

def f(x: List[int]):
    return len(x) == 4 and all(x[i] < x[i + 1] for i in range(3))

def g():
    return [4, 5, 6, 7]

assert f(g())

def f(list: List[int], n=9):
    return n == len(set(list)) and len(list) == n

def g(n=9):
    return [i * n for i in range(n)]

assert f(g())

def f(s: str, target=6):
    return all(j if j != len(s) else 1 for j in [1, 0] if s[j] == target)

def g(target=6):
    return "123"*target

assert f(g())

def f(hits: List[int], a=1020, b=1021):
    return len(hits) >= a and all(any(hits) for i in hits)

def g(a=1020, b=1021):
    return [i for i in range(1020)] + [i for i in range(1021)]

assert f(g())

def f(c: str):
    return 'abcde' in c

def g():
    return "abcdef"[:]

assert f(g())

def f(s: str, target="reverse me"):
    return len(s) == len(s[::-1])

def g(target="reverse me"):
    return target

assert f(g())

def f(s: str, index=2):
    return ''.join(s) == s.ljust(index)

def g(index=2):
    return "abc" * index

assert f(g())

def f(a: List[int]):
    return len(set(a)) >= 3

def g():
    return sorted(list(range(100, 110)))

assert f(g())

def f(x: List[int], n=3):
    return all(x[i] == i for i in range(n))

def g(n=3):
    return list(range(n*n))

assert f(g())

def f(s: str, num=1, big_str="foo bar", index=1):
    return big_str.index(s) == index

def g(num=1, big_str="foo bar", index=1):
    return str(big_str)[index]

assert f(g())

def f(i: int):
    return min(int(i + 2), 3) > 0

def g():
    return 42

assert f(g())

def f(n: int, a=20, b=30):
    return b == int(n / a)

def g(a=20, b=30):
    return int(a * b)

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(s != "foobar" for s in s)

def g():
    return ["foo"*(i+2)+"bar" for i in range(1000)]

assert f(g())

def f(a: int, b=14302):
    return a - b == 0

def g(b=14302):
    return int(b)

assert f(g())

def f(num: int):
    assert isinstance(num, int)
    return num > 2000

def g():
    return 1000 * 1000

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a == min(a, b, c) <= min(b, c, a) and len(set(nums)) <= n + 1

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(list: List[str]):
    return "The quick brown fox jumps over the lazy dog" == "The quick brown fox jumps over the lazy dog" in list

def g():
    return ["The quick brown fox jumps over the lazy dog", "123456789" + "0"*9]

assert f(g())

def f(p1: float):
    return p1>0.5

def g():
    return 1.1

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return sum(nums) == upper_bound

def g(upper_bound=5000):
    return [a for a in range(upper_bound, upper_bound+1) if a > 1]

assert f(g())

def f(nums: List[int], m=100, n=200):
    return sum(num for num in nums if num >= 5) > 10

def g(m=100, n=200):
    return [num*n for num in range(m, n + 500)]

assert f(g())

def f(data: List[int], i=2, target=81):
    return i + sum(x != i for x in data) > target and len(data) > 0

def g(i=2, target=81):
    return [1] * 81

assert f(g())

def f(s: str, a=['dot', 'tree'], b=['.', '@', '!', '*', '()', '+']):
    return (s.find(".") > 0 and s.find(".") == s.find("."))

def g(a=['dot', 'tree'], b=['.', '@', '!', '*', '()', '+']):
    return "a.dot+b."

assert f(g())

def f(x: List[int]):
    if not x or not x[0]:
        return True
    return all(i in x)

def g():
    return [int(i) for i in range(10)]

assert f(g())

def f(s: List[str]):
    return all(i in s for i in list("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ01234567"))

def g():
    return [i for i in list("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ01234567")]

assert f(g())

def f(li: List[int]):
    return all([li[j] == li[j] + 0 if j <= i else li[i] == li[i] + 0 for i in range(10)] for j in range(10))

def g():
    return [i for i in range(90000)]

assert f(g())

def f(i: int, n=20000, maxlength=10000):
    assert 1 <= n, "Hint: n should be a power"
    return n <= (i + 1) * (i - 1) / 2

def g(n=20000, maxlength=10000):
    return 2**100 + 20000

assert f(g())

def f(a: int, n=12):
    return a < 9 * n

def g(n=12):
    return 2*n

assert f(g())

def f(p: float, b=100000, target=0.5):
    return (p >= b) and (p < b + 1)

def g(b=100000, target=0.5):
    return target if b <= target else target + 100000

assert f(g())

def f(t: str, s="abc", target=3):
    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="abc", target=3):
    return "abc"

assert f(g())

def f(x: int):
    return x > 100000

def g():
    return 100001

assert f(g())

def f(inds: List[int]):
    return len(inds) == 5 and all(i in range(5) for i in inds)

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(n: int, target=12):
    return n == int(target)

def g(target=12):
    return target // 1

assert f(g())

def f(s: str, max_len=10):
    return s.count("1") >= max_len and s.count("3") >= max_len

def g(max_len=10):
    return "123456789"*max_len + "0"*(3*max_len + 2)

assert f(g())

def f(target: List[int]):
    indices = [0, 0, 3, 3, 3]
    for i in indices:
        if target[i] >= 6:
            return False
    return True

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(li: List[int], n=7):
    return sum(li[i] * li[i] for i in range(n)) == n

def g(n=7):
    return [1 for i in range(n)]

assert f(g())

def f(part: str):
    return not part == "" and any(p.isnumeric() for p in list(part))

def g():
    return "123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789"

assert f(g())

def f(s: str, target="foobarbazwow", length=1):
    return target == s

def g(target="foobarbazwow", length=1):
    return target

assert f(g())

def f(s1: str):
    return s1 == "hello world" and s1 != s1[:4] and s1 != s1[:5] and s1 != s1[:9] and s1 != s1[:10]

def g():
    return "hello world"[:12]

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n and sum(x) >= n

def g(n=5):
    return [0, 1, 2, 3, 4]

assert f(g())

def f(l: List[int], m=10):
    for i in range(len(l)):
        assert l[i] == m
        assert not (l[i] <= 2 or l[i] == -2 or l[i] > m)
    return True

def g(m=10):
    return []

assert f(g())

def f(e: List[int]):
    return all(e[i] == 0 for i in range(3))

def g():
    return [0]*100000

assert f(g())

def f(num: str):
    return num == "1"  # '1' == '1'

def g():
    return "1"

assert f(g())

def f(n: int):
    return n == 1 or all((n % 4 == 2) or (n % 3 == 4) or (n % 2 == 6))

def g():
    return 1 or all([1])

assert f(g())

def f(nums: List[int], lower_bound=2, start=50):
    return all(int(n) in nums for n in range(start, start + lower_bound))

def g(lower_bound=2, start=50):
    return list(range(start, start + lower_bound))

assert f(g())

def f(nums: List[int], lower_bound=2):
    return all((nums[::-1] == 0 and nums[1:] == nums[::-2]) or (nums[::-1] == nums[1:] and nums[1:] == 0) or (nums[::-1] == 0 and nums[1:] == 0) for nums in nums)

def g(lower_bound=2):
    return list(range(lower_bound, 1 + len(str(lower_bound))))

assert f(g())

def f(nums: List[int]):
    i, j, k = nums
    while True:
        if j == 1:
            return False
        if i == 1:
            return True
        if j-i == 0:
            break
        if k == 1:
            return j>1 and (i == 0 and j == 2)
        k += 1
        if k == 1 or j > i:
            break
    return i == 2

def g():
    return [2, 4, 6]

assert f(g())

def f(nums: List[int], a0=123):
    assert a0 >= 0
    for i in range(nums[-1]):
        if nums[i] == a0:
            return True
    return nums[-1] < 0 and nums[-1] > 0

def g(a0=123):
    assert a0 >= 0
    return [a0]

assert f(g())

def f(s_case: str, s="can you"):
    return s_case == (s.upper() if len(s) % 2 == 1 else s.lower())

def g(s="can you"):
    return s.upper()

assert f(g())

def f(s: str):
    return s == 'A' * 50

def g():
    return "A"*50

assert f(g())

def f(s: str):
    return s.count('b') > 1

def g():
    return "abc" * 5

assert f(g())

def f(n: int):
    return n >= 1023 and not any(n % 1 != 0 for n in range(1023))

def g():
    return int("12345" + "0" * 1000)

assert f(g())

def f(s: str, n=10):
    return sum(len(i) < n for i in list(s)) >= n

def g(n=10):
    return "I cannot do this!"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) % 3 > 0 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) % 3 > 0 else s.lower()

assert f(g())

def f(s: str, word=["I", "love", "you", "s"], n=3):
    for i in range(len(word) - n):
        if i >= len(word):
            return True
    return s in word[n:]

def g(word=["I", "love", "you", "s"], n=3):
    return [s for s in ["I", "love", "you", "s"] if f(s)][int(n-len(word))]

assert f(g())

def f(num: int):
    return sum(i for i in range(1, num - 1)) < num

def g():
    return 1

assert f(g())

def f(words: List[str]):
    return sorted(word for word in words) == sorted("ABCDEFGHIJKLMNOP")

def g():
    return sorted("ABCDEFGHIJKLMNOP")

assert f(g())

def f(s: str):
    return (s.count("1") == 1) and (s.count("4") == 1) and (s.count("2") == 1) and (s.count("3") == 1) and (s.count("8") > 0)

def g():
    return "123456789" + "0"*9

assert f(g())

def f(n: int):
    return n == 1 or all(n > 0 for n in [1, 2, 3])

def g():
    return 2

assert f(g())

def f(s: str):
    return s.count('B') == 1

def g():
    return "ABC"

assert f(g())

def f(l: List[int], upper_bound=100):
    return sum(i if i >= l[0] else 0 for i in l) >= upper_bound

def g(upper_bound=100):
    return [123456789] * 1024

assert f(g())

def f(li: List[int], k=5):
    def is_nest_valid(c, x):
        return sum(t < c for t in li) <= len(li)
    try:
        return sum(is_nest_valid(len(li), x) for x in li) > k
    except:
        return True

def g(k=5):
    return [1,2,3,4,5,6]

assert f(g())

def f(combo: List[str]):
    return combo == ["a", "b", "c", "d"]

def g():
    return [combo for combo in ["a", "b", "c", "d"]]

assert f(g())

def f(case: str):
    return (case == "yes" or case == "yes_no") or case.startswith("YES")

def g():
    return "yes"

assert f(g())

def f(n: int, a=3, b=14, upper=100000):
    return 0.5 * (n + b) >= a and not 0.5 * (n - a) <= upper

def g(a=3, b=14, upper=100000):
    return 10**9 - 10**8 + a - b + 1

assert f(g())

def f(str: str, target="hello", len=10):
    return str in ["hello", "hello world", "hello! world", "hello" + target, 'hello world', "hello", target + target, ("hello" + target).encode("utf-8"), target + target]

def g(target="hello", len=10):
    return 10 == len and target + target

assert f(g())

def f(l: List[List[int]]):
    assert len(l) == 1
    return l[0] == [0]

def g():
    return [[0]]

assert f(g())

def f(nums: List[int], b=6, c=2):
    return b == len(nums)

def g(b=6, c=2):
    return [n for n in range(b)]

assert f(g())

def f(n: int):
    # a = [0] * n
    # b = {x for x in range(n) if -x < 0}
    # return len(a) == n and sum(b) == 0
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(d: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for c in chars:
        if c not in d:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ''.join(chars)

assert f(g())

def f(s_case: str, s1="a"):
    return s_case == (s1.upper() if len(s_case) > 2 else s1)

def g(s1="a"):
    return (s1.upper()) if len(s1) > 2 else s1

assert f(g())

def f(s: str):
    return s == "a" or s.endswith(r"\b")

def g():
    return "a\\b"

assert f(g())

def f(res: int, n=50):
    k = res
    h = 1
    while h < n and k % h == 0:
        h += 1
        k /= h
    return k >= n

def g(n=50):
    return 3*n

assert f(g())

def f(big_str: str):
    return big_str == 'Hello world'

def g():
    return "Hello world"

assert f(g())

def f(s_case: str, s="can you"):
    return s_case == (s.upper() if len(s) % 2 == 1 else s.lower())

def g(s="can you"):
    return s.upper() if len(s) % 2 != 0 else s.lower()

assert f(g())

def f(letters: List[str], n=5):
    return len(set(letters)) == n

def g(n=5):
    return ["a"*n + "ab"*n + "ab"*n*n + "b"*n**2*n + "bb"*n**3 + "b"*n**4 for n in range(n)]

assert f(g())

def f(numbers: List[int]):
    return numbers == [999, 0, -1]  # 9999, 1, -1

def g():
    return [999, 0, -1]

assert f(g())

def f(s: str):
    return "Hello " + s.lstrip() == "Hello world"

def g():
    return "world"[:]

assert f(g())

def f(nums: List[int], target=1):
    for i in range(nums[-1]):
        assert i == len(nums) - 1
    return i == len(nums) - 1

def g(target=1):
    return list(list(range(1, target+1)))

assert f(g())

def f(n: int):
    return sum([a * b[::-1] for a, b in list(range(n - 1))]) == sum(list(range(n - 1)))

def g():
    return 1

assert f(g())

def f(n: int, a=7, b=9, c=6, upper_bound=200):
    return n % a >= 0 and n % b >= 0 and n % c >= 0 and all(n < m for m in [a, b, c])

def g(a=7, b=9, c=6, upper_bound=200):
    return sum(1 for n in range(a, upper_bound+1) if n**2 < 0) + 1

assert f(g())

def f(length: int):
    return min(length, 100) <= len(set(range(4)))

def g():
    return len(set(range(4)))

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) > 10

def g():
    return list(range(999))

assert f(g())

def f(s: str):
    return "What up?" == s[::-1]

def g():
    return "What up?"[::-1]

assert f(g())

def f(s: str):
    return int(s.count(s)) == len(s)

def g():
    return str(1)

assert f(g())

def f(s: List[str], words=[], index=1, lower_bound=7):
    return s[index:index + lower_bound] == words

def g(words=[], index=1, lower_bound=7):
    return [w for i, w in enumerate(words) if w[0:1] == words[i-1]]

assert f(g())

def f(n: int):
    return n in range(10)

def g():
    return 5

assert f(g())

def f(w: str):
    return w == '-'

def g():
    return '-'

assert f(g())

def f(l: List[int]):
    return l[1] >= 0 and l[2] + l[3] + l[4] >= l[0]

def g():
    return [3,4,1,2,3,4,5,6,7,8]

assert f(g())

def f(nums: List[str], target=2, min_stamp=0):
    assert len(nums) <= target
    for i in range(min_stamp):
        assert sum(nums[i:i+1]) == target
    return nums.count(target) == nums.count(target)

def g(target=2, min_stamp=0):
    return [int("123456789"[i+1:i+2]) for i in range(min_stamp)]

assert f(g())

def f(s: str, target=23):
    return s != s[11:] and len(s) == target

def g(target=23):
    return "a"*target

assert f(g())

def f(s: str):
    if len(s) == 1 or s == s[::-1]:
        return False
    for sub in s:
        if sub.lower() == s.lower():
            return False
    return True

def g():
    return "Hello world"

assert f(g())

def f(nums: List[int], a=12):
    assert len(nums) >= a
    return all(i in range(4) for i in str(nums)[a * 4 : 4 + a])

def g(a=12):
    return [i for i in range(4) for _ in range(a)]

assert f(g())

def f(count: int, a=101, b=10, c=100, e=70, start=40):
    return all(count <= a + b + c - e and count <= count - e for count in range(a, b + c - e, e))

def g(a=101, b=10, c=100, e=70, start=40):
    return start + start + a + b + c - e

assert f(g())

def f(x: List[int]):
    assert len(x) == 3 and x[1] - x[0] == 1
    return sum(x[i] - x[-i] for i in range(1, len(x))) == 0

def g():
    return [0, 1, 2]

assert f(g())

def f(nums: List[int], n = 1500):
    return len(nums) == n

def g(n = 1500):
    return [n**i for i in range(n)]

assert f(g())

def f(s: str, n=1000, seq=[]):
    return sum([_ for _ in seq if _ == s]) == len(seq)

def g(n=1000, seq=[]):
    return "abcdefGHI"

assert f(g())

def f(a: int, b=1020):
    return abs(a - b) < 10 ** (-2)

def g(b=1020):
    return 1020

assert f(g())

def f(num: int):
    return pow(2, num) == 2

def g():
    return 1

assert f(g())

def f(list: List[int]):
    return all(i != j for i, j in zip(list, list[1:]))

def g():
    return [1, 2]

assert f(g())

def f(s: str, target=100):
    return min(len(s) - target, target) >= 0 and len(s) >= target and all(i - target <= len(s) / target <= i + target for i in range(target))

def g(target=100):
    return "123456789abcdefgh"*target

assert f(g())

def f(edge: List[int]):
    return len(edge) == 3

def g():
    return [1,2,3]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i ** 2 for i in nums) >= n

def g(n=12345):
    return [i**2 for i in range(n)]

assert f(g())

def f(n: int, nums=[1, 3, 4], start=[0, 1, 2], target=3):
    return n > 2 or any(a in nums for a in start)

def g(nums=[1, 3, 4], start=[0, 1, 2], target=3):
    return nums[0] + nums[1] + nums[2]

assert f(g())

def f(nums: List[int], a1=1):
    return sum(len(list(nums)) < 3 for n in nums) < 3

def g(a1=1):
    return [a1 for m in range(1000)]

assert f(g())

def f(a: float):
    return abs(a) < 1

def g():
    return 0.01

assert f(g())

def f(nums: List[int], a=50, b=500, count=16):
    return nums == [a, b]

def g(a=50, b=500, count=16):
    return [a, b]

assert f(g())

def f(s: str):
    return s.find("<") != -1 or s.find(">") != -1

def g():
    return "a<b<c"

assert f(g())

def f(target: int):
    assert target < 1000
    assert min(target, 1000) == target
    assert max(target, 1000) == target + 1
    return target >= 100

def g():
    return 999

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"*100) ** 0.5) + 1

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n == sum([b * i for i in range(c)])

def g(a=17, b=100, c=20):
    return sum([b * i for i in range(c)])

assert f(g())

def f(d: int, n=987654321):
    return d > n and all(i in "78" for i in str(str(d).count("8") + str(d).count("1")))

def g(n=987654321):
    return int(int("1234567890" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], m=5):
    return len(nums) == m

def g(m=5):
    return [12, 34, 56, 78, 89]

assert f(g())

def f(nums: List[int], target=100):
    return len(nums) == target

def g(target=100):
    return [0] * target

assert f(g())

def f(x: str):
    return x == "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(li: List[int], t=677, a=43, e=125, s=10):
    return all(x in Li for x in li for li in x if all(x <= li[1] for x in li and x <= li[0]) and all(x != 0 for x in li))

def g(t=677, a=43, e=125, s=10):
    return [li[0] for i in range(1, 5) for li in range(s+1, 7, 7)]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('sorted is a string') and s == "sorted is a string"

def g():
    return "sorted is a string"

assert f(g())

def f(list: List[int]):
    return sum(0 <= i <= len(list) for i in range(len(list))) <= 2

def g():
    return []

assert f(g())

def f(a: List[int]):
    assert len(a) == 3
    return a[0] >= a[1] and a[1] >= a[2] and a[0] > 0

def g():
    return [3, 2, 1]

assert f(g())

def f(s: str):
    return all(i in s for i in "bc")

def g():
    return "1234abc1234bc"

assert f(g())

def f(li: List[str]):
    return ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j"] == [li[i] for i in range(len(li))]

def g():
    return [
        "a",
        "b",
        "c",
        "d",
        "e",
        "f",
        "g",
        "h",
        "i",
        "j"]

assert f(g())

def f(x: List[int]):
    return x == list(range(5))

def g():
    return list(range(5))

assert f(g())

def f(x: str, target="hello are you there?"):
    return x == target or all(x == target[i:i+1] for i in range(len(target)))

def g(target="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(x: int, a=154700, b=161655):
    return a - x == b

def g(a=154700, b=161655):
    return a - b

assert f(g())

def f(s: str, a=10, b=100):
    return s == "konjaskic"

def g(a=10, b=100):
    return 'konjaskic'

assert f(g())

def f(x: List[int], e=17):
    assert x != [], 'all zeros (except in list)'
    n = x.count(e)
    e_count = 0
    for i in range(n):
        e = x[i]
        if i & 1:
            e = '0' + e
        n -= 1
        e_count += 1
    return e_count == len(x)

def g(e=17):
    return [e]

assert f(g())

def f(bills: List[int], denomination=[1, 2, 100, 1000, 10000, 20000, 200000, 30000, 40000], max_width=8):
    w = 100000
    n = len(bills)
    while n > max_width:
        n, w = 3 * n - 1, int(3 * w + 1)
        if n < max_width:
            w = w / 3
        else:
            n = 3 * n + 1 if n % 2 else n // 2
    return n == max_width and w >= denomination[0] and w >= denomination[1]

def g(denomination=[1, 2, 100, 1000, 10000, 20000, 200000, 30000, 40000], max_width=8):
    return [denomination[i] for i in range(max_width)]

assert f(g())

def f(s: str, n=10):
    return len(s) == n and all([i < len(s) for i in range(n)])

def g(n=10):
    return "a"*n

assert f(g())

def f(nums: List[int], a=5129, b=1763264, upper_bound=15):
    assert all(n >= a <= b for n in nums)
    return int(nums[0] * 100000000 + nums[1] * 1000000) > upper_bound and int(nums[2] * 100000000 + nums[3] * 1000000) > a

def g(a=5129, b=1763264, upper_bound=15):
    return list(set(range(a, b)) - set(range(a+a, b)))

assert f(g())

def f(s: str):
    return s.startswith("abcdefg")

def g():
    return "abcdefg123456789"

assert f(g())

def f(x: str):
    return "".join(x) == "1"

def g():
    return "1"

assert f(g())

def f(string: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == string

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(r: List[int]):
    return all([0 <= i < len(r) for i in range(10)])

def g():
    return list(range(10))

assert f(g())

def f(p: List[int], upper_bound=4, lower_bound=6):
    return len([x if x >= 0 else p[-1] for x in p]) >= upper_bound and len([x for x in p if x >= 0]) >= lower_bound

def g(upper_bound=4, lower_bound=6):
    return [0]*lower_bound

assert f(g())

def f(s_case: str, s="foobarbazwow", target="bozo", length=12):
    return s_case == (s.upper() if len(target) > length else s.lower())

def g(s="foobarbazwow", target="bozo", length=12):
    return s.upper() if len(target) > length else s.lower()

assert f(g())

def f(s: str):
    return "{}".format("".join(map(str, s))) == "1234567890"

def g():
    return "1234567890".format(map(str, range(10)))

assert f(g())

def f(s: str, x=1, y=2):
    return s == "10" and s != "11"

def g(x=1, y=2):
    return "10"

assert f(g())

def f(s: str, target="foobarbazwow", target_len=12):
    return target[(len(target) - target_len) // 2:(len(target) + target_len) // 2] == s

def g(target="foobarbazwow", target_len=12):
    return target[:target_len] + target[target_len:]

assert f(g())

def f(x: float, upper_bound=7):
    return min(upper_bound, abs(x) > 1e100)

def g(upper_bound=7):
    return int((1e100 + 1) * (1e100 + 1)) * 10.0

assert f(g())

def f(n: int):
    if n <= 50:
        return True
    return int(n) != 3

def g():
    return len(set(range(3, 10)))

assert f(g())

def f(l: List[str]):
    return all(len(t) == len(s) for s, t in zip(l, l[1:]))

def g():
    return ["1"] + ["1"]

assert f(g())

def f(n: int):
    if n <= 50:
        return True
    return int(n) != 3

def g():
    return 5

assert f(g())

def f(p: List[int]):
    return min(p) < 2 and max(p) > 20

def g():
    return [p for p in range(1000)]

assert f(g())

def f(roots: List[float]):
    return all(root in roots for root in roots) and len(roots) > 4

def g():
    return [0.0, 0.5, 1.0] * 4

assert f(g())

def f(s: str):
    return s == "The cat sat on the mat"

def g():
    return "The cat sat on the mat"

assert f(g())

def f(x: int, a=123456789012, b=14982649):
    return (a + x - b) * (a + b - x) == 0

def g(a=123456789012, b=14982649):
    return a + b

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return len(s) == len(target)

def g(target="reverse me", reverse=True):
    return "reverse me"

assert f(g())

def f(s: str):
    return len(s) >= 7 and not s.split() == ['Hello', 'World'][:7]

def g():
    return "Hellow " + "World"

assert f(g())

def f(ls: List[str]):
    for i in range(len(ls)):
        l = ls[i]
        if "." in l:
            continue
        if l == "f":
            return ls == ls[i + 1]
        if l == "l":
            return ls <= ls[i + 1]
        if l == "t":
            return l in 'tdt'
        if l == "n":
            return l in ['a', 'an']

def g():
    return list(set(map(lambda s : s.lower(), 'abcdefghijklmnopqrstuvwxyz')))

assert f(g())

def f(n: int, target=1057):
    return n >= target or n == target - 1

def g(target=1057):
    return target + 3

assert f(g())

def f(s: str):
    return len(s) == len(s.lower())

def g():
    return "aaa"

assert f(g())

def f(ls: List[str]):
    return ls[0] == str(0) or sum(list(x) for x in ls) == str(0)

def g():
    return [str(0)]

assert f(g())

def f(n: List[int], target="a-z", upper=9):
    return all(n > target and n <= upper for n in n)

def g(target="a-z", upper=9):
    return [(i, j) for i, j in zip(range(0, 100000), range(1000000, 1000000))]

assert f(g())

def f(s: str):
    return "".join(s) == "foo bar"

def g():
    return "foo bar"

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(sub in s for sub in substrings) and not s == "abc123def"

def g(substrings=['foo', 'bar', 'baz']):
    return 'abc123def\n\t'+"".join(sub * 50 for sub in substrings)

assert f(g())

def f(s: str, options=['o', 'w']):
    for o in options:
        if o not in s:
            return False
    return True

def g(options=['o', 'w']):
    return "Hello world"

assert f(g())

def f(s: str):
    return sum([i in s for i in ["h", "h", "h"]]) == 3

def g():
    return "hah"

assert f(g())

def f(li: List[int]):
    return all(i in range(1000) and abs(i * i - j * j) >= 10 for i in li for j in li if i != j)

def g():
    return []

assert f(g())

def f(s: str, c=10):
    return any(c in s for c in ["F", "G", "C", "Z"])

def g(c=10):
    return "abcdefghijklm" + "ABCDEFGHIJKLM" * c

assert f(g())

def f(a: int):
    return all(i in range(a) for i in range(1026))

def g():
    return 1026

assert f(g())

def f(nums: List[int], target=60):
    print(nums)
    return len(nums) >= target  # return all numbers >= target

def g(target=60):
    return [2 ** i for i in range(target)]

assert f(g())

def f(s: str, target=3):
    return s.startswith("12345679") # this would be the first letter of "12345679"

def g(target=3):
    return "12345679" + str(1)

assert f(g())

def f(s: str):
    return s.lower() == s.upper() and s.isdigit()

def g():
    return str(123456789)

assert f(g())

def f(nums: List[int], n=20):
    return len(nums) > 5 or sum(nums) > 10

def g(n=20):
    return [0] + [1]*n

assert f(g())

def f(l: List[int]):
    return min(l[i] for i in range(1000)) in range(9)

def g():
    return [i for i in range(1000)]

assert f(g())

def f(s: str, a="blue"):
    return s == "blue"

def g(a="blue"):
    return a

assert f(g())

def f(s: str):
    return all(s == "1-2-3" for _ in range(3))

def g():
    return ("1-2-3").format(int(11**2))

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and 2 * (p[1] - p[0]) == p[2]

def g():
    return [2*i for i in range(100)]

assert f(g())

def f(x: int, a=2000):
    return x > a

def g(a=2000):
    return 3+2*a

assert f(g())

def f(s: List[int], n=5000):
    return len(s) == len(set(s)) == n

def g(n=5000):
    return [i for i in range(n)]

assert f(g())

def f(words: List[str], m=9):
    return len(words) == m

def g(m=9):
    return ["a"*m for _ in range(m)]

assert f(g())

def f(nums: List[int], target=10, max_numbers=8):
    n = len(nums)
    return sum(i * (i + 1) / 2 for i in nums) == target and max_numbers - n > 0

def g(target=10, max_numbers=8):
    return [1, 2, 3] if target == 10 else int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=1):
    return len(s) == n and all([sub != "" for sub in s.split() + (s.split()[:n])])

def g(n=1):
    return str(n)

assert f(g())

def f(x: List[int], n=10):
    return len(x) == n and all(x[a] >= 0 for a in x)

def g(n=10):
    return [0] * n

assert f(g())

def f(gen: List[int], target=13):
    for b in gen:
        if b == target:
            return True
    return False

def g(target=13):
    return [13]

assert f(g())

def f(p: List[int], n=12345):
    return len(set(p)) == n  # check for an exact number of objects

def g(n=12345):
    return [1] + list(range(n))

assert f(g())

def f(s: str):
    return len(s) == 0 or s[0] == '*' and s[-1] == '*'

def g():
    return "**"

assert f(g())

def f(e: List[int], b=3, a=7):
    return e[0] == a and e[1] > b

def g(b=3, a=7):
    return [i for i in range(a, b+10)]

assert f(g())

def f(x: List[int], n=5, a=6):
    return x[0] == a

def g(n=5, a=6):
    return list(set([a]*n))

assert f(g())

def f(n: int, n1=3, n2=6, n3=9, n4=11):
    return n >= n1 and (n >= n2 or n > n3 or n > n4)

def g(n1=3, n2=6, n3=9, n4=11):
    return n1**2 + n2**2 + n3**2 + n4**2

assert f(g())

def f(num: int, target=5000):
    num = int(num) // 1000
    return num >= target and num % 10 == 0

def g(target=5000):
    return 10000 * target

assert f(g())

def f(ls: List[str]):
    return len(ls) == 50

def g():
    return ["a"*(i+5)+"b" for i in range(50)]

assert f(g())

def f(nums: List[int], thresh=33):
    return sum(nums) < thresh

def g(thresh=33):
    return [0]

assert f(g())

def f(s: str):
    # FIXME: what if the string is empty?
    return '{:<5}'.format(s) == "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

def g():
    return 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(n: int, a=1000, b=600, target=5000):
    return n > target  # is target reached?

def g(a=1000, b=600, target=5000):
    return int(float("123456789"+"0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return len(s) == len(s)

def g():
    return str(0)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target in s and target[(len(target) - length) // 2:(len(target) + length) // 2] != 0

def g(target="foobarbazwow", length=6):
    return "%s%r" % (target, length)

assert f(g())

def f(n: int, target=500):
    return all(i == n for i in range(1, len(str(n))) for n in range(6, 50, -1))

def g(target=500):
    return 1000

assert f(g())

def f(g: List[int], a=4, b=0, c=4):
    return g[-a:][-b:][-c:] == [a, b, c]  # numpy compatibility

def g(a=4, b=0, c=4):
    return[a, b, c]

assert f(g())

def f(s: str, target="wonderful", upper=69):
    return s == target

def g(target="wonderful", upper=69):
    return target

assert f(g())

def f(l: List[int]):
    assert len(l) == 4 and l is not None

    start = l.index(l[0])
    end = l.index(l[-1])
    return start == end or end - start > 1

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, n=5):
    if len(s) < n:
        return False  # only letters are allowed
    return all(n == (s[i] for i in range(len(s))) for i in range(len(s) - n) if s[i + n] not in s)

def g(n=5):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(f: float, a=0.5):
    return (f / 3.0) ** 2 * (a - 1.0) < 1e-17

def g(a=0.5):
    return 5 * a

assert f(g())

def f(state: List[List[str]], t=18):
    return 1 < len(state) and all(len(st) < (len(state) * 2) for st in state)

def g(t=18):
    return [
        ["a", "b"],
        ["c", "d"],
        ["e", "f"],
        ["g", "h"],
    ]

assert f(g())

def f(t: str):
    if t.lstrip(u"\n") == "":
        return False
    # This is not a real str, but should be in the range of lists that I can
    # easily test.
    return t.lower() == t.upper()

def g():
    return "123456788"

assert f(g())

def f(input: List[int], target=10):
    return len(input) == target

def g(target=10):
    return [target] * target

assert f(g())

def f(s: str):
    return "hello" in s and s != "world"

def g():
    return "hello world"

assert f(g())

def f(s: List[int]):
    return (s[0] + s[1]) == s[2]

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(nums: List[int], l=4, target_len=8):
    return len(nums) <= target_len and sum(n > 0 for n in nums) == l

def g(l=4, target_len=8):
    return [i for i in range(target_len + 1) if i > l]

assert f(g())

def f(s: str, n=4):
    return sum(len(ls) for ls in s) > 2 * n

def g(n=4):
    return "123456789"*(n+1) + "0"*(n+1)

assert f(g())

def f(x: int, a=93252338):
    return min(x, a) == max(x, a)

def g(a=93252338):
    return int(str(a))

assert f(g())

def f(fname: str, start=0, length=75):
    assert abs(start - length) >= 4
    return max(start, length) - (abs(start - length) // 2) < length

def g(start=0, length=75):
    return "hello, %d, %d"%(start, length)

assert f(g())

def f(n: int):
    if n in range(1000):
        return True
    return n in range(1000) and n % 10 == 5 and n % 7 == 2 and n % 3 == 0

def g():
    return 0

assert f(g())

def f(loops: List[List[int]], num_points=64):
    return len(loops) == num_points

def g(num_points=64):
    return [
        [i * 2 for i in range(num_points)] for _ in range(num_points)
    ]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasmoreCAPITALS"):
    return s_case == (s.upper() if len(s) > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHasmoreCAPITALS"):
    return s.upper()

assert f(g())

def f(d: int, n=123456789):
    return d > n and n * n <= d

def g(n=123456789):
    return n * n + 123456789 + 1

assert f(g())

def f(x: int, a=[5129, 5129, 5129, 5129, 5129, 5129, 5129, 5129]):
    return x == a[0] and x == a[1]

def g(a=[5129, 5129, 5129, 5129, 5129, 5129, 5129, 5129]):
    return a[2]

assert f(g())

def f(n: int):
    return n > 1000000

def g():
    return 500000 * 500000

assert f(g())

def f(c: str):
    return ((c < 'a' and c.isupper()) or (c == 'z' and c.islower()))

def g():
    return str(list(filter(str.isalpha, "ABCaEFBA"))[0])

assert f(g())

def f(s: List[str]):
    for i in range(len(s)):
        if s[i] != s[0]:
            return False
    return True

def g():
    return []

assert f(g())

def f(words: str, n=10):
    return len(set(words)) == n

def g(n=10):
    return "hello " + str(n * n) + " world"

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world"

def g():
    return "world"[:6]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCAPITALS"):
    return s_case == (s.upper() if len(s) != s.ljust(4) else s.lower())

def g(s="CanYouTellIfItHasMoreCAPITALS"):
    return s.upper() if len(s) != s.ljust(4) else s.lower()

assert f(g())

def f(s: str):
    return s >= "hello!" and not s.startswith("1234")

def g():
    return "yes"

assert f(g())

def f(s: str, s1="k", s2="o", len=5):
    return s == "k" or s == "o" or s == "koo" or s == "kko" or s == "kKoo" or s == "ko" or s == "k"

def g(s1="k", s2="o", len=5):
    return s1 or s2 or s2

assert f(g())

def f(data: str, num_chars=5):
    return len(set(data)) == num_chars

def g(num_chars=5):
    return "foobar" + "foo"*num_chars

assert f(g())

def f(inds: List[int], target=[0, 1, 2, 3]):
    return len(inds) >= 3

def g(target=[0, 1, 2, 3]):
    return [1, 2, 3]

assert f(g())

def f(x: List[int]):
    return sum([1 if i in x else 2 for i in range(len(x))]) == len(x)

def g():
    return list(range(1000))

assert f(g())

def f(n: int, a=3, b=23463462):
    return n // b == a

def g(a=3, b=23463462):
    return a * b

assert f(g())

def f(x: List[int], n=5, s=1):
    return all(x[i] == i for i in range(n))

def g(n=5, s=1):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int], k=5):
    s = len(nums) + 1
    return s > k and min(s, k) >= 2

    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(li)) % li == 0 for li in lisestr(k))

def g(k=5):
    return [1 for i in range(k)]

assert f(g())

def f(s: str):
    return "Hello " + s.replace(' ', '_') == "Hello world"

def g():
    return "world".replace(' ', '_')

assert f(g())

def f(l: List[int]):
    assert all(i in range(1000) and abs(i * i - j * j) >= 10 for i in l for j in l if i != j)
    return l[1] >= l[0] and l[2] >= l[1] and l[3] >= l[2] and l[2] >= l[0]

def g():
    return [10, 20, 30, 30, 40, 50]

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567890")

def g():
    return int(int("1234567890" + "0"*11) ** 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.upper() if caps > len(s) // 2 else s.lower()

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper()

assert f(g())

def f(nums: List[int], n=12345):
    return sum(nums) == n

def g(n=12345):
    return [1 if i in range(n) else 0 for i in range(n)]

assert f(g())

def f(vars: List[int], total=34, min=1, max=1000):
    return min < sum(vars) if (total * min) < sum(vars) else min == max

def g(total=34, min=1, max=1000):
    return [min, max]

assert f(g())

def f(n: int):
    return n > 995  # n = range(2,1000)

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 10 ** 20

def g():
    return 1234

assert f(g())

def f(x: bool, big_str="foobar", index=2):
    return (x is False)

def g(big_str="foobar", index=2):
    return f(index)

assert f(g())

def f(strs: List[str]) -> bool:
    return len(set(strs)) == 1000

def g():
    return [str(i) for i in range(1000)]

assert f(g())

def f(nums: List[int]):
    return sum(nums) == sum(set(nums))

def g():
    return [0]*10000

assert f(g())

def f(s: str):
    return all((s[i::len(s)] == s[i]) for i in range(10))

def g():
    return "The number is " + str(int(all(range(10))))

assert f(g())

def f(s: str):
    return any(s in s for s in s)

def g():
    return "true"

assert f(g())

def f(s: str):
    if s.count("123") > 0 and all(s.split()[0] == s.split()[-1] for s in s):
        return True
    assert s.count("12") > 0
    assert s.count("45") == 0
    return False

def g():
    return "123456789.0/4545"

assert f(g())

def f(s: str):
    return s.swapcase() == "bam"

def g():
    return "BAM"

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijklmnopqrstuvwxyz")

def g():
    return 'abcdefghijklmnopqrstuvwxyz'

assert f(g())

def f(nums: List[int], n=10):
    return 1 <= n <= len(nums)

def g(n=10):
    return list(range(n))

assert f(g())

def f(e: List[str], a=1, b=-1, c=1, d=1):
    return e == ["dee", "doo", "dah!", "dah!"]

def g(a=1, b=-1, c=1, d=1):
    return ["dee", "doo", "dah!", "dah!"]

assert f(g())

def f(n: int):
    return (n > 42) or (n & (n-1) == 1)

def g():
    return 1000 + 12345

assert f(g())

def f(nums: List[int]):
    return all(nums[i] > nums[i + 1] for i in range(3))

def g():
    return [9, 8, 7, 6, 5, 4, 3, 2, 1, 0]

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[a!='' and b!='']

assert f(g())

def f(seq1: List[List[int]], seq2=[]):
    return all(i in seq2[i] for i in seq1)

def g(seq2=[]):
    return seq2

assert f(g())

def f(words: List[str], n=1000):
    return len(set(words)) == n

def g(n=1000):
    return [str(i) for i in range(n)]

assert f(g())

def f(n: int, k=3):
    assert k == 3, k
    return n % k == 0

def g(k=3):
    return 0

assert f(g())

def f(l: List[str], sep=",", n=99):
    l = l + [sep] * (n > len(l) + 1 and n % 2 == 1)
    return all(sep not in s for s in l)

def g(sep=",", n=99):
    return ['' for _ in range(n)]

assert f(g())

def f(li: List[int], lower=15):
    return min(li) >= lower

def g(lower=15):
    return [100]*len([2,4,6,8,10,12,16+15,20,24,30,32,24,36,40])

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) == n

def g(n=10):
    return [0 for _ in range(10)]

assert f(g())

def f(nums: List[int]):
    a = nums[0]
    b = nums[1]
    c = nums[2]
    return a + a - c > 0 and b - a > 0 and b < c and c > b

def g():
    return [6, 9, 11]

assert f(g())

def f(li: List[int], l=75):
    return all(li[i] > 0 for i in range(0, l))

def g(l=75):
    return [i + 1 for i in range(l)]

assert f(g())

def f(x: str):
    return x.startswith('doe')

def g():
    return ("doe" + "e" * (3**3))

assert f(g())

def f(s: str):
    return (s[0:-2] != 'o' or s[-1] != 'o') and len(s) > 0 and s[0:-2] == 'o' or s[0:-2] > 'o'

def g():
    return "o"*6

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    if n >= 1000:
        n -= 1000
        return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(li: List[int], k=4):
    return len(li) == k and sum(i*li[0] for i in range(k)) == 0

def g(k=4):
    return [li for li in range(k)]

assert f(g())

def f(min: int, a=1020):
    return min > a

def g(a=1020):
    return min(a*a*a*a*a*a*a*a, a*a*a*a*a*a*a)

assert f(g())

def f(x: List[int]):
    return len(x) == len(x) == len(x) and all([j < i for i, j in x])

def g():
    return []

assert f(g())

def f(nums: List[int]):
    for i, num in enumerate(nums):
        assert nums[i] > 5, "Illegal operation"
    return sum(1 if i > 5 else 0 for i in nums) == 5

def g():
    return [12, 13, 14, 15, 16]

assert f(g())

def f(nums: List[int], thresh=2):
    return len(nums) == len(set(nums)) == 2

def g(thresh=2):
    return list(range(thresh))

assert f(g())

def f(tri: List[int]):
    return len(tri) == 3  # should be a "good enough" test

def g():
    return [0]*3

assert f(g())

def f(s: str, target="I!!!love!!dumplings!!!!"):
    return target[(len(target) - 3) // 3:] == s and target[(len(target) - 3) // 3:] != "I!!!love!!dumplings!!!!"

def g(target="I!!!love!!dumplings!!!!"):
    return target[(len(target) - 3) // 3:]

assert f(g())

def f(s: List[str]):
    return list(s) == [i.join(s) for i in s]

def g():
    return ['ab'*3]

assert f(g())

def f(s2: str):
    s1 = s2.strip()
    assert len(s1) == len(s2) == len(set(s1)) == len(set(s2)) == 1
    for i in range(len(s1)):
        if s1[i] != s2[i] and s1[i] == s2[i]:
            return False
    return True

def g():
    return "123456789".join(chr(i) for i in range(1))

assert f(g())

def f(probs: List[float]):
    if probs[1] < 0.5 and probs[2] != 1:
        return probs[2] < probs[1] < probs[0]
    return probs[0] > probs[1]*(1.5 - probs[1]) and probs[1] > probs[2]*(1 - probs[2])

def g():
    probs = [0.75, 0.5, 0.25, 0.75, 0.5, 0.75]
    return probs[:]

assert f(g())

def f(x: List[int], a=3, b=6, c=3, d=17, target_threshold=1000):
    s = sum(x[i] for i in range(3)) + a + b + c + d
    return s < target_threshold

def g(a=3, b=6, c=3, d=17, target_threshold=1000):
    return [a, b, c, d]

assert f(g())

def f(a: List[int], n=100):
    return all(i in a for i in range(n))

def g(n=100):
    return list(range(n + 1))

assert f(g())

def f(nums: List[int], n=20):
    return len(nums) > 5 or sum(nums) > 10

def g(n=20):
    return [1234]

assert f(g())

def f(n: int, a=3, b=23463462):
    assert a < b
    return b // n == 0 or -b // n == 0

def g(a=3, b=23463462):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return "Hello " + s.lower() == "Hello world"

def g():
    return "world"[:5]

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in ['A', 'B', 'C', 'D'] if substring in ['A', 'X', 'Z', 'a'])

def g():
    return ["A", "B", "c", "D", "e"]

assert f(g())

def f(x: int, a=14302, b=5):
    if a < b:
        return -1
    return x == a + b

def g(a=14302, b=5):
    return a+b

assert f(g())

def f(z: List[int], n=17):
    assert all([x > 0 for x in z])
    assert len(set(z)) == n, "Mismatched n and number of points"
    s = 0
    i = 0
    for x in z:
        s += x
        i += 1
    return i == n and all(x != 0 for x in z)

def g(n=17):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17]

assert f(g())

def f(n: List[int]):
    for i in range(n[0]):
        if n[i] > n[i - 1] or n[i - 1] < 0:
            assert 0 <= i < n[-1]
    return all(n[i] > n[i - 1] for i in range(n[0]))

def g():
    return [0]

assert f(g())

def f(x: str, s="I!!!!!love!!!dumplings!!!!!"):
    return x.replace(s[:-2], "!!") == "I!!!love!!!dumplings!!!!!"

def g(s="I!!!!!love!!!dumplings!!!!!"):
    return "I!!!love!!!dumplings!!!!!".replace(s[:-2], "!!")

assert f(g())

def f(s: str, word="konakjak", reverse=True):

    return (s.index("w" + word) < s.index(word)) and (s.index("k" + word) > s.index(word))

def g(word="konakjak", reverse=True):
    return "w" + word + "k" + word + "j" + word

assert f(g())

def f(nums: List[int], n=15, tot=5):
    return sum(nums) >= n * tot and not sum(nums) == sum(nums) / 2 + 1

def g(n=15, tot=5):
    return [n*tot, tot, 5*tot]

assert f(g())

def f(n: int):
    s = str(n)[1:-1]
    return (s[0] != s[-1]) or (s[1:3] == "123.456" and s[-1] != s[1:])

def g():
    return int("12345678900" +"0"*10)**5 + 2

assert f(g())

def f(li: List[int], target=5129):
    return target == min(li)

def g(target=5129):
    return [target]

assert f(g())

def f(s_case: str, s="A", e=65, max_len=12):
    return s_case == (s.upper() if e > len(s) // 2 else s.lower())  # TODO: use "s_case == (s.upper() if max_len > 60 else s.lower())"

def g(s="A", e=65, max_len=12):
    return (s.upper() if e > len(s) // 2 else s.lower())  # TODO: use "e.upper() if e> max_len else e.lower())"

assert f(g())

def f(n: int):
    if n == 1:
        return True
    if n == 2:
        return True
    if n == 3:
        return True
    if n == 4:
        return True
    if n == 5:
        return True
    if n == 6:
        return True
    if n == 7:
        return True
    if n == 8:
        return True
    if n == 9:
        return True
    if n == 10:
        return True
    return True

def g():
    return 3 ** 2 ** 2

assert f(g())

def f(str: str, target=1):
    x = 0
    while x * x < len(str):
        x += 1
    return 0 <= x <= len(str) - target - 1

def g(target=1):
    return str(1) + "..." + str(target) + "..."

assert f(g())

def f(x: int, a=253532, b=1230200):
    return a + b == x

def g(a=253532, b=1230200):
    return a+b

assert f(g())

def f(n: int):
    k = n
    assert k >= 0 and max(1, k) == k
    return k % 2 > 0

def g():
    return 1 + 1 + 1

assert f(g())

def f(s: str):
    return "{}".format("".join(map(str, s))) == "1234567890"

def g():
    return "{}".format("".join(map(str, map(str, "1234567890"))))

assert f(g())

def f(li: List[int]):
    return sum(i in li for i in range(100) for i in li) == 100000

def g():
    return [i for i in range(1000)]

assert f(g())

def f(k: str):
    return k == 'q' or k == 'w' or k == 'e' or k == 'r' or k == 't' or k == 'y' or k == 'u' or k == 'i'

def g():
    return 'e'

assert f(g())

def f(nums: List[int], n=10000):
    return len(nums) <= n and sum(i ** 2 for i in nums) == n

def g(n=10000):
    return [1 for _ in range(n)]

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i] for i in range(10)])

def g():
    return [
        li for li in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]
    ]

assert f(g())

def f(li: List[int]):
    return len(li) >= 5

def g():
    return [5, 6, 55, 65, 69, 76]

assert f(g())

def f(s: str):
    return len(s) > 20

def g():
    return 10*"10" + 10*"11" + 10*"12"

assert f(g())

def f(s: str, a="hello", b="yellow"):
    return s == b

def g(a="hello", b="yellow"):
    return "yellow"

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 == "A" or s.isdigit() or s[::-1] == "@"

def g():
    return "@"

assert f(g())

def f(x: List[int], target_prob=0.5):
    return True  # is x sorted with prob of being sorted <= target_prob

def g(target_prob=0.5):
    return [1, 2, 2, 3, 4, 5, 5, 6]

assert f(g())

def f(nums: List[int], k=10):
    return nums[0] + nums[1] == nums[2]

def g(k=10):
    return [int(i) for i in range(13) for _ in range(k)]

assert f(g())

def f(fname: str):
    return fname.find("/__") > -1

def g():
    return "/_/__/__/__/_/__/_/__/_/__/_/__/_/__/_/__/_/"

assert f(g())

def f(s: str, n=123456789):
    return len(s) == n

def g(n=123456789):
    return "123456789".ljust(n)

assert f(g())

def f(x: float, v=17, w=100):
    return x == (v + w) / 2

def g(v=17, w=100):
    return float(v + w) / 2

assert f(g())

def f(wrds: List[str], num_points=20):
    return len(set(wrds)) == num_points and abs(len(wrds)) == len(set(wrds))

def g(num_points=20):
    return [str(x**2) + str(x) + "1" for x in range(num_points)]

assert f(g())

def f(nums: List[int], total=12345, n=5, target=5):
    return n == target and len(nums) + sum(nums == num for num in nums) == total

def g(total=12345, n=5, target=5):
    return [int(num * num) for num in range(total)]

assert f(g())

def f(s: str):
    assert isinstance(s, str)
    return s.count('1') == 2 and s.count('2') == 2

def g():
    return str(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(vecs: List[int], n=6):
    for v in vecs:
        if v >= n:
            return True
    return n > vecs and n <= lower_bound

def g(n=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(tuplelst: List[int]):
    return sum(tuplelst[(x, y)] for x, y in tuplelst) == len(tuplelst)

def g():
    return []

assert f(g())

def f(s: List[str], n=3):
    return len(set(s)) >= n + 1  # add 1 if none of characters is in set

def g(n=3):
    return [str(i) for i in range(n+1)]

assert f(g())

def f(a: List[int], n=4, s=4):
    return sum(i for i in a if i == n) == s

def g(n=4, s=4):
    return [4, 2, 3, 1]

assert f(g())

def f(s: str, target="x"):
    return s.startswith(target)

def g(target="x"):
    return str(target + "1")

assert f(g())

def f(s: str, n=15):
    return s.count("m") == n or s.count("mM") == n

def g(n=15):
    return "mM" * n

assert f(g())

def f(bought: List[int], n=5):
    return len(set(bought)) >= n

def g(n=5):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(n: int, a=5000, b=23227, min_sum=1000):
    return n > 5000 or n > min_sum  # and a or b > 5000

def g(a=5000, b=23227, min_sum=1000):
    return min(a, b)

assert f(g())

def f(a: List[int]):
    return sum([a[i] for i in a]) == 0

def g():
    return []

assert f(g())

def f(inds: List[int], vecs=[-1, 0, 1, 2], k=4):
    return sum(sum((v >> i) & 1 for i in inds) for v in vecs) >= len(vecs) * 3 / 2

def g(vecs=[-1, 0, 1, 2], k=4):
    return [0]*k

assert f(g())

def f(w: str, a=521, b="nim", z=0):
    for i in range(len(w)):
        if w[i] == 'i' or w[i] == 'I':
            if w[i] == 'i':
                return True
        if w[i] == 'j' or w[i] == 'J':
            if w[i] == 'j':
                return True
    return False

def g(a=521, b="nim", z=0):
    return "Hello"*a + b + "world"*z

assert f(g())

def f(s: str, x=1, s1='', s2=', '):
    return ''.join(s + s1 + s2 and s1.join(' ') + s2 or s1 + s2 and s1 + s2) == s

def g(x=1, s1='', s2=', '):
    return ''.join(s1 + s2 and s1.join(' ') + s2 or s1 + s2 and s1 + s2)

assert f(g())

def f(s: List[int]):
    return len(s) == len(s) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int]):
    return nums[0] * nums[1] * nums[2] - nums[0] - nums[1] + nums[2] > 0

def g():
    return [6, 7, 8, 9]

assert f(g())

def f(inds: List[int], target_angle=45):
    return abs(sum((i**2 for i in inds)) - 1) >= target_angle

def g(target_angle=45):
    return [2**0, 2**1, 2**2, 2**3, 2**4, 2**5]

assert f(g())

def f(p: List[int]):
    return len(p) >= 3 and all(p[i] > 0 for i in range(len(p)) if p[i] == 0)

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], target=91):
    for i in range(len(nums)):
        if len(nums) > 0:
            if len(nums) >= 2:
                if min(nums) >= target:
                    return True
    return False

def g(target=91):
    return [int("1234567890"*i) for i in range(1,10)]

assert f(g())

def f(x: List[int]) -> bool:
    if 0 != x:
        return True
    return False

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world"

def g():
    return "world"

assert f(g())

def f(s: str):
    return (s[0:-2] != 'o' or s[-1] != 'o') and len(s) > 0 and s[0:-2] == 'o' or s[0:-2] > 'o'

def g():
    return "o""o""o""o""o""o""o""o""o""o""o""o""o""o""o""o""o""o""o""o""o"

assert f(g())

def f(s: str, k=4):
    return s.count("a") >= k

def g(k=4):
    return "123456789" + "a"*(int(9 ** k)) + "{}{}".format("b", "c")

assert f(g())

def f(nums: List[int], tot=10):
    tot = (tot / 2)
    for i in range(nums[0]):
        tot = (tot * 2)
    return tot == nums[-1]

def g(tot=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(x: List[int], a=4):
    if a == 1:
        return len(x) == 1 and x[0] == 0
    elif a == -1:
        return len(x) == 1 and x[0] == 0 or x[0] == 1
    else:
        return len(x) >= a

def g(a=4):
    return [1, 2, 3, 4]

assert f(g())

def f(i: int, target=99):
    return abs(i // 3) >= target

def g(target=99):
    return 11121212121

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and all(li[i] != i for i in range(len(li)))

def g():
    return [5, 5, 5]

assert f(g())

def f(parts: List[str]):
    for part in parts:
        assert all(p in part for p in parts)
    return len(parts) == 1 and part[0] == "!"

def g():
    return ["!"]

assert f(g())

def f(indices: List[int], a1=233):
    assert all(i in indices for i in indices)
    return len(indices) == len(set(indices)) == 1000 and min(indices) >= 0

def g(a1=233):
    return [i*i for i in range(1000)]

assert f(g())

def f(s: str):
    return s in s.upper() and s.isalnum()

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(n: int, lower_bound=100, a=15482, b=23223):
    assert lower_bound >= 0 and lower_bound <= (n - 1), (
        "expected greater than or equal to %s but got %s" % (lower_bound, n)
    )
    lower_bound -= 1
    return a % n >= lower_bound

def g(lower_bound=100, a=15482, b=23223):
    return lower_bound+a*b

assert f(g())

def f(x: str, seq=['SEND', 'MORE', 'MONEY']):
    return all(i in x for i in seq)

def g(seq=['SEND', 'MORE', 'MONEY']):
    return '%s%s' % (seq[0], seq[1:])

assert f(g())

def f(n: int, a=1, b=2, max_points=15):
    return a * b >= n and a <= b and b >= n

def g(a=1, b=2, max_points=15):
    return max(a-1, b-2)

assert f(g())

def f(start: List[int], n=980, max_len=14):
    return len(start) >= n

def g(n=980, max_len=14):
    return [1 for _ in range(n)]

assert f(g())

def f(xs: List[str]):
    for s in xs:
        if len(s) < 1:
            continue
        return s[0] == '0' or int(s[0]) < len(xs[0]) + 1

def g():
    return ["0"*(i+1)+"1"*(i+1)+"0"*(i+1) for i in range(1, 10)]

assert f(g())

def f(nums: List[int], n=98):
    return len(nums) == n and all(i ** 2 ** 3 for i in nums)

def g(n=98):
    return [2] * n

assert f(g())

def f(n: int, a=5129, d=17):
    return n > a + d

def g(a=5129, d=17):
    return int(d * a)

assert f(g())

def f(sides: List[int], n=1234):
    return sum(sides) == n

def g(n=1234):
    return [n]

assert f(g())

def f(max: int, target=999):
    return len(str(max + 1)) >= 5 or sum(max - min for m, min in zip(range(5, 0, -1), range(5, -1, -1))) == 999

def g(target=999):
    return max(0, 99999)

assert f(g())

def f(n: int):
    return all(i == 0 for i in range(n))

def g():
    return max(1, 1)

assert f(g())

def f(s: str, c=1):
    assert c < 2**10, f"should only be possible with at most 2**100 distinct chars"
    return s in {"a", "b", "c"}

def g(c=1):
    return "a"

assert f(g())

def f(nums: List[int], target=100):
    return sum(nums[:target]) == target

def g(target=100):
    return [target]

assert f(g())

def f(list: List[int], n=10):
    return len(list) == n and all(list[i] == 0 for i in range(len(list)))

def g(n=10):
    return list([0]*n)

assert f(g())

def f(num: List[int]):
    return all(int(j) in range(2 * i) for i in range(1, len(num)))

def g():
    return [1]

assert f(g())

def f(sum: List[int], target=0):
    return all(target == 0 and sum[i] == sum[i] + target for i in range(len(sum)))

def g(target=0):
    return [0]

assert f(g())

def f(state_index: List[int], count=3):
    return all(s in state_index for s in range(count))

def g(count=3):
    return [i % count for i in range(count)]

assert f(g())

def f(s: str, target="foobar", target_len=6):
    return target[(len(target) - target_len) // 2:(len(target) + target_len) // 2] == s

def g(target="foobar", target_len=6):
    return target.rstrip(" ")

assert f(g())

def f(string: str, s0="aaaaAAaAaba", s1="aaaaAAcAaB"):
    d0 = abs(string.find(s0))
    d1 = abs(string.find(s1))
    if d0 > d1:
        return False
    if d0 == d1:
        return True
    return False

def g(s0="aaaaAAaAaba", s1="aaaaAAcAaB"):
    return s0[1:]

assert f(g())

def f(x: int):
    return x > 0 and x <= 50

def g():
    return int(2**1)

assert f(g())

def f(s: str, n=1057):
    return len(s.split("123456789")[0]) == len(s.split("123456789")[1]) and len(s.split("123456789")[2]) == len(s.split("123456789")[3])

def g(n=1057):
    return "123456789"*n

assert f(g())

def f(n: int, upper_bound=150):
    return n > upper_bound

def g(upper_bound=150):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, index=2):
    return x[index] == x[index + 1]

def g(index=2):
    return "hello" + "world" * index

assert f(g())

def f(s: str):
    return (s and s.startswith("5*+")) or s.startswith("4+*")

def g():
    return "5*+5"

assert f(g())

def f(s: str):
    return s and s[::-1] == s

def g():
    return str(int(1) + 1)

assert f(g())

def f(s: str):
    # FIXME: what if the string is empty?
    return '{:<5}'.format(s) == "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

def g():
    return u"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s_case: str, s="I was not sure if this works, I guess"):
    return s_case == (s.upper() if s.count("i") == 3 else s.lower())

def g(s="I was not sure if this works, I guess"):
    return s if s.count("i") == 3 else s.lower()

assert f(g())

def f(i: List[int], start=0):
    return all(i < start for i in range(start, len(i)))

def g(start=0):
    return list(range(start))

assert f(g())

def f(a: List[int], n=3):
    return all(a==b for a, b in zip(a, a + [n]))

def g(n=3):
    return [n]

assert f(g())

def f(s: str):
    # return "Hello " + s[::-1] == "Hello world"
    return "Hello " + str(s) == "Hello world"

def g():
    # return "world"[::-1]
    return "world"

assert f(g())

def f(c: int):
    return all([1 for x in range(c)])

def g():
    return len(set(range(10))) + 1

assert f(g())

def f(hand: List[int], target=100):
    return hand.count(target) == 1 and min(hand) < target

def g(target=100):
    return list(range(1000))

assert f(g())

def f(h: List[int], n=4, k=2):
    return len(h) == n and h[k] in [0, 1, 2, 3]

def g(n=4, k=2):
    return list(range(n))

assert f(g())

def f(s: str):
    return (s.count('1') + s.count('0')) % 2 == 1

def g():
    return "123456789"

assert f(g())

def f(e1: List[List[int]]):
    return len(e1) >= 5

def g():
    return [[1, 2],[3, 4], [5, 6],[7, 8],[9, 10]]

assert f(g())

def f(n: int, lace=[]):
    return sum((i * lace[i]) for i in range(n)) == len(lace)

def g(lace=[]):
    return len(list(set(list(lace))))

assert f(g())

def f(p: List[int], b=5, t=10):
    return len(set(p)) == t

def g(b=5, t=10):
    return list(range(b, b+t))

assert f(g())

def f(n: int, a=1038, b=4):
    return n > a and n > b

def g(a=1038, b=4):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(seq: List[int], n=100):
    return all(len(seq) == n for i in range(n))

def g(n=100):
    return [0]*n

assert f(g())

def f(sizes: List[int]):
    if len(sizes) == 0:
        return 0
    elif all(i in range(10) for i in sizes):
        return len([i for i in sizes if i]) == 2
    else:
        return len([i for i in sizes if i < 10]) == 1 and sizes[-1] > sizes[0]

def g():
    return [1, 2]

assert f(g())

def f(num: List[int], options=[0, 1, 3]):
    return len(set(num)) == 1000 and sum(num) != 1000

def g(options=[0, 1, 3]):
    return [num for num in range(1000)]

assert f(g())

def f(n: int):
    return n > 2000 and n > 2090 and n > 2080 and n > 2070 and n > 2060 and n > 2050

def g():
    return 1000 * 1000

assert f(g())

def f(x: float):
    return (x > 4002.0) and (x > -4002.0)

def g():
    return float("1234567899")

assert f(g())

def f(s: str, lower_bound=5):
    return len(set(s)) >= lower_bound

def g(lower_bound=5):
    return "abcdefghijklm"

assert f(g())

def f(target: int):
    import random
    # random.seed(0)
    assert target < 10**9  # seed can cause the problem
    return target <= 1e5

def g():
    return 2**2

assert f(g())

def f(s: str):
    return (s.count("1") == 1) and (s.count("4") == 1) and (s.count("2") == 1) and (s.count("3") == 1) and (s.count("8") > 0)

def g():
    return "123456789"

assert f(g())

def f(t: List[str]):
    return list(t) == ["f0", "f1", "f2", "f3"]

def g():
    return ["f0", "f1", "f2", "f3"]

assert f(g())

def f(big_strings: List[str]):
    return len(big_strings) > 1000

def g():
    return [str(i) for i in range(1000 + 1)]

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return all(nums == [i ** 2 for i in range(100)] for i in range(3, nums.index(upper_bound)) if nums[i] > upper_bound)

def g(upper_bound=5000):
    result = []
    for num in range(1, upper_bound + 1):
        result.append(num * num - upper_bound)
    return result

assert f(g())

def f(n: int):
    return n == 1 and 0 < n < 2 ** 31

def g():
    return 1 + int(13**-8 ** 1)

assert f(g())

def f(s: str):
    return len(s) >= 4

def g():
    return "Hello world"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s[0] == s[1] else s.lower() if s[0] > s[1] else s)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str(s.upper() if s[0] == s[1] else s.lower() if s[0] > s[1] else s)

assert f(g())

def f(li: List[int], n=10000):
    return all(i in li for i in range(n))

def g(n=10000):
    return list(range(n))

assert f(g())

def f(p: List[int], n=20):
    return sum(i < p[0] for i in range(n)) == sum(p[-1] < i for i in range(n))

def g(n=20):
    return [i for i in range(n)][::-1]

assert f(g())

def f(n: int):
    return max(n, 1) is n

def g():
    return 3

assert f(g())

def f(y: int, a=16657964):
    return abs(y) > abs(a)

def g(a=16657964):
    return a**2 + 1

assert f(g())

def f(nums: List[int]):
    assert all([i < 1000000 for i in nums])
    for i in nums:
        assert i in range(10000)
        assert i in range(100000)
        assert i % 1000 == 0 and i % 100 == 0 and i % 10 == 0 and i % 1 == 0
    return all(i in range(1000) for i in nums)

def g():
    return [i for i in range(100) if i in range(100, 1000000)]

assert f(g())

def f(b: List[int]):
    return len(b) >= 4

def g():
    return [-1, 0, 1, 2]

assert f(g())

def f(li: List[int], n=1000):
    for i in range(n):
        if not li.count(i):
            return False
    return True

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(x: str, target="bar", length=6):
    return x == target or str(x) in target

def g(target="bar", length=6):
    return target

assert f(g())

def f(string: str, target=100):
    return sum(len(set(t)) for t in string) >= target

def g(target=100):
    return "1"*target

assert f(g())

def f(s: str):
    return len(s) >= 14

def g():
    return "a" + "b" * 10000000

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return (s == target[::-1] or s == target.substr(2, len(target))) == reverse

def g(target="reverse me", reverse=True):
    return target[::-1] or target == "reverse me"

assert f(g())

def f(s: str):
    for i in range(10):
        if s[i - 1] not in s:
            return False
    return True

def g():
    return "a"*9

assert f(g())

def f(s: str):
    return s == "World" or s == "Woo"  # "wor" != "woo"

def g():
    return "Woo"

assert f(g())

def f(s: str):
    return s.find('q') >= s.find('a') and s.find('a') < s.find('o')

def g():
    return 'hello'

assert f(g())

def f(n: int, k=2):
    return n % 2 == 1

def g(k=2):
    return 2 + 5

assert f(g())

def f(s: str):
    return len(set(s)) == len(s) == 1

def g():
    return "a"

assert f(g())

def f(p: List[int], n=98, max_len=14):
    return sum(p) == n and all(p) <= max_len

def g(n=98, max_len=14):
    return [n, 0]

assert f(g())

def f(string: str, target="hello"):
    return string == target or string == "helloo"

def g(target="hello"):
    return "%s" % target

assert f(g())

def f(x: int, a=1230200, b=253532):
    return x == a - b or a == b

def g(a=1230200, b=253532):
    return a - b or a == b

assert f(g())

def f(li: List[int]):
    return all([i * i <= li[i] for i in range(-1, 3)])

def g():
    return [1, 4, 6]

assert f(g())

def f(x: List[int], n=4, target=4):
    return len(x) == n and sum(x) >= target

def g(n=4, target=4):
    return [4, 3, 2, 1]

assert f(g())

def f(x: int):
    return x == 1000 or x == 5000

def g():
    return len(set(x for x in range(1000)))

assert f(g())

def f(li: List[int], k=2):
    return int(li[0] + li[1] * k) in li[2:]

def g(k=2):
    return [0 for i in range(10)]

assert f(g())

def f(li: List[int]):
    return (sorted(li) == [[0, i]] for i in li) and len(li) == 1000

def g():
    return sorted(range(1000))

assert f(g())

def f(nums: List[int]):
    return sum(i == 0 for i in nums) >= 4

def g():
    return [0 for i in range(5)]

assert f(g())

def f(nums: List[int], a=10, b=10):
    all_true = True
    for num in nums:
        if num < a:
            all_true = False
        else:
            all_true = True
    return all_true

def g(a=10, b=10):
    return list(range(a, b + 1))

assert f(g())

def f(s: int, n=100000):
    return s == 5 ** n

def g(n=100000):
    return int(int(5 ** n))

assert f(g())

def f(li: List[int], n=1000):
    return all(li[i] == 0 for i in range(n)) and n > li.index(0)

def g(n=1000):
    return [0]*(n*n)

assert f(g())

def f(n: int):
    return n >= 256

def g():
    return int(3**(1<<20))

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i] for i in range(10)])

def g():
    return [i for i in range(1000) if i % 2 == 1]

assert f(g())

def f(n: int):
    return n < 5

def g():
    return 1 if 3 < 5 else 0

assert f(g())

def f(li: List[int], count=10, target=10):
    return all(i in li for i in range(count))

def g(count=10, target=10):
    m = target + count
    return list(range(m))

assert f(g())

def f(nums: List[int], length=3):
    return len(nums) == length and sum(nums) == sum(nums)

def g(length=3):
    return [0] * length

assert f(g())

def f(target: List[int], size=9, n=6):
    return len(target) >= size and target[0] == size and target[-1] == size

def g(size=9, n=6):
    return [size, size, size] * n

assert f(g())

def f(i: int, nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return i in nums and sum(i) or ((i * i) in nums) or i > thresh

def g(nums=[2, 8, 25, 18, 99, 11, 17, 16], thresh=17):
    return sum(i if i < thresh else 2 for i in nums)

assert f(g())

def f(b: bool):
    return bool(b)

def g():
    return bool(1 == 1)

assert f(g())

def f(nums: List[int], n=1000):
    return len(set(nums)) == n

def g(n=1000):
    return list(range(n)) + [1]

assert f(g())

def f(nums: List[int], a=1, b=2, c=3, n=10):
    assert a > 0 and b > 0 and c > 0
    return all((nums[i] ** a** b** c** n for i in range(n)) or
               (nums[i] ** (a** b** c)** n** (n-i-1) for i in range(n)))

def g(a=1, b=2, c=3, n=10):
    return [a ** b** c for i in range(n)]

assert f(g())

def f(trips: List[List[int]], m=3):
    return m == len(trips) and all(a == b for a, b in zip(trips, trips[1:]))

def g(m=3):
    return [ [2,3] for j in range(m)]

assert f(g())

def f(path: List[int], upper_bound=150):
    return len(path) >= upper_bound or len({a: (i, j) for i, j in path}) > upper_bound

def g(upper_bound=150):
    return [int(i) for i in range(upper_bound)]

assert f(g())

def f(s: str):
    return s == "I" or s == "A" or s == "E" or s == "IIT"

def g():
    return "IIT"

assert f(g())

def f(pos: List[int], lower=22):
    return sum(pos) > 20

def g(lower=22):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(num: float, target=15000):
    return num > target

def g(target=15000):
    return float(target) + 1

assert f(g())

def f(t: List[int]):
    return len(t) > 2 or (t[0] + t[2]) == 1

def g():
    return [0, 1, 2]

assert f(g())

def f(b: List[int], n=10):
    assert len(b) == n
    return all([i not in b for i in range(n)])

def g(n=10):
    return [11 for i in range(n)]

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i for i in nums if i % 5 == 0) == n

def g(n=12345):
    return [n] + [n + 1] + [2]

assert f(g())

def f(p: List[str]):
    if len(p) == 3:
        return True
    return all(p == '7', p == '8')

def g():
    return list(["a", "b", "c"])

assert f(g())

def f(s: str):
    return s.endswith("l")

def g():
    return "Hello l"

assert f(g())

def f(s: str, n=1000):
    return len(s) == n

def g(n=1000):
    return " "*n

assert f(g())

def f(count: int, target=3):
    return count == target or 3 <= target

def g(target=3):
    return 3

assert f(g())

def f(seq: List[int], a=20):
    return seq[0] <= a and seq[-1] >= a

def g(a=20):
    return [a]

assert f(g())

def f(s: str, n=10):
    return all([s == s.rjust(n) for i in range(n)])

def g(n=10):
    return "123456789" + "0"*n

assert f(g())

def f(s: str, a=25000, d=7):
    return "".join([s[i] for i in range(a)]) == "".join([s[i] for i in range(a)])

def g(a=25000, d=7):
    return "a"*a

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x == a or x + a == b

def g(a=1073258, b=72352549):
    return a or b

assert f(g())

def f(ls: List[str]):
    return (len(ls) == 4) and all([1 for _ in ls if _ != 'o'])

def g():
    return ["o","O","o","\"o\""]

assert f(g())

def f(s: str, n=10):
    return sum(len(i) < n for i in list(s)) >= n

def g(n=10):
    return "123456789" + "0"*9

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target == "foobarbazwow" or target == "foobarbazwow" or target == "foobarbazwow" or target == "foobarbazwow"

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(w: List[str]):
    return len(w) >= 3 and all(str(i) in w for i in w)

def g():
    return ["ab" for i in range(1000)]

assert f(g())

def f(n: int):
    return n > 0 and n > 255

def g():
    return (int(int("123456789" + "0"*9) ** 0.5) << 5) + 1

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):
    return str(s).startswith("I!!!")

def g():
    return "I!!!"

assert f(g())

def f(x: str):
    try:
        return str(x).startswith("Hello!")
    except:
        pass

def g():
    try:
        return "Hello!"
    except:
        pass

assert f(g())

def f(s: str):
    if len(s) > 10:
        return True
    return len(s) > 1 and s.count(b"") > len(s.count(b"x"))

def g():
    return "Hello " + "1234" + "567" + "8910"

assert f(g())

def f(list: List[int], target=11):
    assert target >= 0 and (target % 5 == 0 or target >= 10), "Hint: target is a multiple of 5"
    return len(list) == target

def g(target=11):
    return list(range(0, target))

assert f(g())

def f(x: str):
    return all(x)

def g():
    return 'A'

assert f(g())

def f(res: List[int], n=12, upper_bound=8):
    return len(res) == n and all((x ** 0.5) for x in res)

def g(n=12, upper_bound=8):
    return [2**i for i in range(n)]

assert f(g())

def f(x: int, a=4, b=54368639):
    if 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 == -1:
        return a + 1
    elif a == 0:
        return a - 1
    else:
        return a * b

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and not all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*0 for i in range(1000)]

assert f(g())

def f(n: int, c=0, j=0, lower_bound=0x1020):
    return n == lower_bound and all(0 <= j < 0x1020 for j in range(0, 1000)) and all(c <= n for c in range(0, 1000))

def g(c=0, j=0, lower_bound=0x1020):
    return lower_bound + c

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    assert all([[i, i] == [i, i] for [i, i] in tour]), 'legal moves'
    return sorted(tour) == [[i1, i2] for [i1, i2] in zip(tour, tour[1:])]  # cover every square twice

def g(m=8, n=8):
    return [i for i in range(n, m+n) if i in range(n-m-1, m-1)]              # cover every square with only squares not covered yet by other squares

assert f(g())

def f(s: str, index=0):
    return s[-index:] in ['cat', 'dog']

def g(index=0):
    return 'cat'[index:] + 'dog'[:index]

assert f(g())

def f(n: int):
    return n > 10_000_000

def g():
    return 13 * 2 ** 1000

assert f(g())

def f(nums: List[int]):
    return len(nums) > 10

def g():
    return list(range(2, 30))

assert f(g())

def f(c: List[int], m=5, n=10):
    return len(list(c)) == m and sum(list(c)) > n

def g(m=5, n=10):
    return [n] * m

assert f(g())

def f(len: List[int]):
    return len == len

def g():
    return [1, 3]

assert f(g())

def f(x: List[int]):
    return all(s in x for s in (4, 2, 1) if s)

def g():
    return list(range(7))

assert f(g())

def f(nums: List[int], target=[10, 10, 10]):
    return sum(nums) >= target[0]

def g(target=[10, 10, 10]):
    return [(target[0] + num) for num in range(target[1])]

assert f(g())

def f(s: str, a=5128, d=5129):
    return s.count("a") == a and s.count("m") == d and len(s) == a + d

def g(a=5128, d=5129):
    return "m" * a + "a" * a + "m"

assert f(g())

def f(x: float, a=1020):
    return abs(x) ** 2 <= 10 ** 30

def g(a=1020):
    return 1/a ** 2

assert f(g())

def f(l: List[int], t=5):
    return len(l) >= t and all(l[i] != l[i + 1] for i in range(t))

def g(t=5):
    return [t*n for n in range(100)]

assert f(g())

def f(n: List[int], upper_bound=0, start=0):
    return all(n[start] == 0 for n in [n for s in n[start:] for i in range(len(n)) if s == i] for i in range(start))

def g(upper_bound=0, start=0):
    return []

assert f(g())

def f(n: int, s=7, i=10):
    return abs(s - i) > 1

def g(s=7, i=10):
    return i + s

assert f(g())

def f(n: int):
    import random
    random.seed(0)
    K = 100  # number of samples
    prob = sum(1 if i < K else 2 for i in range(K))
    return (prob - 0.5) ** 2 <= n

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], a=1073258, b=72352549):
    return all(i in li for i in range(4))

def g(a=1073258, b=72352549):
    return [i for i in range(4)]

assert f(g())

def f(l: List[int], n=6):
    i = 1
    for e in l:
        i *= e
    return i > n and len(l) == n

def g(n=6):
    return [2*(i + 1) for i in range(n)]

assert f(g())

def f(pos: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    return all(i in pos for i in target)

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return target

assert f(g())

def f(li: List[int]):
    return sum(li[i] for i in range(10)) == sum(li[i] for i in range(10))

def g():
    return list(range(10))

assert f(g())

def f(s: str):
    return ''.join(s.replace(' ', '+')) == ''.join('012345678910+2+3_1/')

def g():
    return '012345678910+2+3_1/'

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(s == s for s in nums)

def g(n=12345):
    return [i for i in range(n)]

assert f(g())

def f(inds: [int], s=["abcdefg"], target=7):
    return all([i == j for i, j in inds]
               for i in range(len(inds) - 1)
               for j in range(1, len(s) + 1))

def g(s=["abcdefg"], target=7):
    return [i for i in range(len(s))]

assert f(g())

def f(s: str):
    return s.endswith('!!')

def g():
    return "!!"

assert f(g())

def f(n: int, n_digits=6):
    return n >= 1000 and n % 10 == 0

def g(n_digits=6):
    return 10 ** (n_digits - 1)

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" if reverse else "reverse me" + target

assert f(g())

def f(x: str, parts=['I!!', '!', 'dumplings'], string="I!!!!!dumplings!!!!"):
    return x == string

def g(parts=['I!!', '!', 'dumplings'], string="I!!!!!dumplings!!!!"):
    parts.append("!!!")
    return string

assert f(g())

def f(nums: List[str]):
    return len(nums) >= 1000 and all(s for s in nums)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)] + ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(pats: List[str], length=30):
    return len(pats) == length

def g(length=30):
    return [str(i) for i in range(length)]

assert f(g())

def f(s: str, max_len=10):
    return all([len({(a, b) for a, b in zip(s, s[1:])}) > max_len for _ in range(max_len)])

def g(max_len=10):
    return "abcdef1234567890abcdef1234567890abcdef1234567890abcdef1234567890abcdef"

assert f(g())

def f(n: int):
    assert n <= 10
    return n == n*2

def g():
    return 0

assert f(g())

def f(s: str):
    return s.startswith("n") and s[-2:] == "n"

def g():
    return 'n'

assert f(g())

def f(tuple: List[int], n=5):
    return n <= len(tuple)

def g(n=5):
    return list(range(0, n))

assert f(g())

def f(s: str, max_len=3):
    return (len(s) == 2 and sum(i**2 for i in s) == max_len) or len(s) == 1

def g(max_len=3):
    return str(max_len)

assert f(g())

def f(p: List[int], n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return all(p[i] == 0 for i in range(n))

def g(n=18):
    return [a + b*c for a in range(n) for b in range(n) for c in range(n)]

assert f(g())

def f(n: int, t=0.0, m=0):
    return min(t, m) * n == t

def g(t=0.0, m=0):
    return int(t**0.5 + 1000000000*t + m)

assert f(g())

def f(n: int):
    return all(i in range(1000) and n > i * i for i in range(1000))

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int):
    return n > 65536

def g():
    return 65537

assert f(g())

def f(s: str, n=4, m=0):
    return all([x in "123456789abcdefghijklmnopqrstuvwxyz" for x in s]) and n < len(s)

def g(n=4, m=0):
    return "abcdef" * n

assert f(g())

def f(i: int, a=1020):
    return (i + 500) < 0

def g(a=1020):
    return -a

assert f(g())

def f(nums: List[int]):
    return len(nums) == 1000

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(str: str, target=12):
    return len(str) >= target and not all(str[i:i + target] == "a" for i in range(0, len(str) - target, target))

def g(target=12):
    return "123456789" + "0"*9 + "a"*(target + 1)

assert f(g())

def f(nums: List[int], length=5):
    return len(nums) <= 5 and sum(nums) >= 1

def g(length=5):
    return [length]

assert f(g())

def f(num: int):
    return sum(n > 1 for n in range(num+1)) > 100

def g():
    return 100 * 2

assert f(g())

def f(s: str):
    return s.count('n') == 1

def g():
    return "5n"

assert f(g())

def f(s: str):
    return s.count('.') > 0  # string does not need . any more

def g():
    return "." * 1

assert f(g())

def f(x: int, a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return all(x in range(a) for x in digits)

def g(a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return sum(x for x in digits if x != 0) - a

assert f(g())

def f(nums: List[int], a=100, b=1000, c=100):
    if c < b:
        return (nums[0] == a and nums[1] == b)
    if nums[0] == a and nums[1] == b:
        if nums[2] == c:
            return (nums[0] == c and nums[1] == b)
        return (nums[0] == b and nums[1] == a)
    raise Exception("Invalid solution")

def g(a=100, b=1000, c=100):
    return [a, b, c]

assert f(g())

def f(x: str):
    # assert all(x[i * 3:i * 3 + 3] == 'hello' for i in range(3))
    return x.count("h") == 1  # I know, the test is a joke

def g():
    return "hola"

assert f(g())

def f(stamps: List[int], n=20):
    assert len(stamps) == n
    return len(stamps) > 0

def g(n=20):
    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):
    return s == "\u00e9"

def g():
    return "\u00e9"

assert f(g())

def f(s: str, sb=True):
    return s == "Hello world" and sb or s == "world" and sb

def g(sb=True):
    return "world" if sb else "not world"

assert f(g())

def f(x: List[int]):
    return (x[1] - x[0] == 0) == (x[-1] + x[-3] == 0)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(pos: int, inds=[]):
    inds = inds + [i for i in range(2500000, -1) if -1 <= i <= pos]
    return [x[0] for x in inds] == [i for i in inds]

def g(inds=[]):
    return -50

assert f(g())

def f(nums: List[int], digits=10):
    return all(j for i in range(len(nums)) for j in range(i) if j - i >= digits and digits <= len(nums) - 1)

def g(digits=10):
    return list(range(1, 100, 1))

assert f(g())

def f(x: float):
    return str(x).startswith("1.234")

def g():
    return 1.23456789012

assert f(g())

def f(list: List[int]):
    return all(i != j for i, j in zip(list, list[1:]))

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(nums: List[int]):
    return sum(nums) == max(len(nums), len(set(nums)))

def g():
    return [set(nums) for nums in range(1000, 0)]

assert f(g())

def f(pairs: List[int], dups=42155):
    return all(i in range(len(pairs) - 1) and i % 2 == 1 or i % 2 == 0 for i in pairs) and len(pairs) > 12

def g(dups=42155):
    return [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(e: int):
    assert e >= 0 and e % 2 == 0, "Hint: e_0 is a multiple of 2."
    return abs(e) <= 2

def g():
    return 2**len(str(3))

assert f(g())

def f(a: List[int], n=3):
    return all(a==b for a, b in zip(a, a + [n]))

def g(n=3):
    return list(range(n))

assert f(g())

def f(s: str):
    return len(s) >= 3 and s[0] in ('a', 'd', 'z')

def g():
    return "a" + "b" + "c"

assert f(g())

def f(s: str, upper=20):
    return len(s) <= upper

def g(upper=20):
    return str(float(upper) / 10000)

assert f(g())

def f(n: int):
    return n > 995  # n = range(2,1000)

def g():
    return (2 * 995) + 2

assert f(g())

def f(n: int):
    return n % 10 == 0

def g():
    return 100

assert f(g())

def f(x: float, a=1021, b=1021):
    return a + x > b

def g(a=1021, b=1021):
    return a/b**2/2**30

assert f(g())

def f(x: int, a=1020):
    return x >= a + 2

def g(a=1020):
    return 2**20 + 1

assert f(g())

def f(n: int):
    return 2 ** n < n**5

def g():
    return 2

assert f(g())

def f(n: int):
    return int(n)%2 == 1

def g():
    return 5

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567890")

def g():
    return int(int("1234567890" + "0"*8) ** 0.5) + 1

assert f(g())

def f(nums: List[int], target=11):
    return sum(nums) >= target

def g(target=11):
    return [n for n in range(500)]

assert f(g())

def f(l: List[int], bound=3):
    return all(i == 0 for i in range(bound) if l[i] == 1)

def g(bound=3):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(li: List[int], num_points=10):
    return len({i for i in li}) == num_points

def g(num_points=10):
    return [int(i) for i in range(0, num_points)]

assert f(g())

def f(baz: str, s="I am the boss"):
    return all(s in baz for s in "boss")

def g(s="I am the boss"):
    return "I am " + s

assert f(g())

def f(x: List[int], g=0, s=2021):
    return x == 0 or sum(x) == s

def g(g=0, s=2021):
    return [g, s]

assert f(g())

def f(b: bool):
    return b

def g():
    return True

assert f(g())

def f(x: str, index=2):
    return x[index] == x[index + 1]

def g(index=2):
    return "hello" * index

assert f(g())

def f(x: float, target=1000):
    return x + 3.14159 ** 0.5 > x

def g(target=1000):
    return 3.14159 ** 0.5

assert f(g())

def f(ls: List[str]):
    return len(set(ls)) == 3

def g():
    return ["a"*(i+2)+"b" for i in range(3)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and n * n <= d

def g(n=123456789):
    return n * n

assert f(g())

def f(li: List[int], target="more caps", caps=26):
    return len(set(li)) > caps and not big_str in li or len(set(li)) == caps

def g(target="more caps", caps=26):
    return list(set(range(caps)))

assert f(g())

def f(x: List[int], r=5):
    return sum(x[i] == 0 for i in range(9)) <= r

def g(r=5):
    return [1, 2] + [0, 1, 1]*r

assert f(g())

def f(s: str, target="reverse me"):
    return len(s) == len(s[::-1])

def g(target="reverse me"):
    return "reverse me"

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str, size=8):
    return min(size, len(s)) < len(s)

def g(size=8):
    return "<code size>"*size

assert f(g())

def f(num: int):
    return int(num) > 100 or num > 255

def g():
    return 255

assert f(g())

def f(samp: str):
    return samp in (["aaa", "bbb", "ccc"])

def g():
    return "ccc"

assert f(g())

def f(n: int, substrings=[0]):
    return not n % len(substrings)

def g(substrings=[0]):
    return int(*substrings)

assert f(g())

def f(a: List[int], n=3):
    return a[0] == n and a[1] == a[2]

def g(n=3):
    return [n, n, n]

assert f(g())

def f(c: int):
    return (c >> 0) * c == c >> 0

def g():
    return 1 << 0 >> 0

assert f(g())

def f(n: int):
    return n == 1 or all((n % 4 == 2) or (n % 3 == 4) or (n % 2 == 6))

def g():
    return 1 or all((n >= 10) for n in range(10**5, 10**10))

assert f(g())

def f(i: List[int]):
    return i.count(0) == i.count(1)

def g():
    return [0, 1, 3]

assert f(g())

def f(x: float):
    return str(10 ** x).startswith("1.000")

def g():
    return float("1.000") / 1.0e10

assert f(g())

def f(nums: List[int], n=3, m=2):
    return len(nums) == n and all(i < j for i, j in zip(nums, nums[1:]))

def g(n=3, m=2):
    return [i*n for i in range(n)]

assert f(g())

def f(l: List[int], n=5):
    return len(l) == n and l[0] == 0

def g(n=5):
    return [0]*n

assert f(g())

def f(s: str):
    return s[s.find("(") + 2] == '(' or s[s.find('(') + 2] == ')'

def g():
    return "(" + ")" + "(" + ")"

assert f(g())

def f(t: List[int]):
    return len(t) == 3

def g():
    return [4, 5, 6]

assert f(g())

def f(n: int):
    return n > 400

def g():
    return int(int("123456789" + "0"*9) ** 10) + 1

assert f(g())

def f(number: int):
    for i in range(24):
        assert number > 0
        number -= 1 + (number - 1) // 5
    return number > 0

def g():
    return 123456789

assert f(g())

def f(s: str, target="foobarbazwow", length=2):
    return '{}'.format(length if len(s) == length else s) == target

def g(target="foobarbazwow", length=2):
    return "foobarbazwow" if length == 2 else target

assert f(g())

def f(x: List[List[int]]):
    return all(x) and len(x) == len(x[1])

def g():
    return [[1, 2, 3], [5, 6, 7], [9, 10, 11]]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return (a ** n + b ** n == c ** n) and abs(a) > abs(b) or abs(b) > abs(c) or abs(c) > abs(a)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s.count('.') == 1

def g():
    return "1.25"

assert f(g())

def f(string: str, max_len=10):
    return len(set(string)) >= max_len and len(string) == max_len

def g(max_len=10):
    return "1234567890"

assert f(g())

def f(s: str):
    return "Hello {!!s!}" in s

def g():
    return "Hello {!!s!}"

assert f(g())

def f(n: int, k=3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return n * k >= lower

def g(k=3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n and sum(x) >= n

def g(n=5):
    return [11, 22, 43, 46, 47]

assert f(g())

def f(s: str):
    return s == "I" or s == "A" or s == "E" or s == "IIT"

def g():
    return "I" and "A" and "E" and "IIT"

assert f(g())

def f(x: int, angle=0):
    return round(x)**2 > 4 * angle ** 2

def g(angle=0):
    return 90 ** angle

assert f(g())

def f(c: str, thresh=5):
    f32 = 0  # case f32 = 0 can not be reached
    for c in c:
        if c == c.upper():
            f32 = 1
    return f32 == 1

def g(thresh=5):
    return "Hello {0:.2f}".format(thresh)

assert f(g())

def f(n: int):
    if n >= 200:
        return True
    s = str(n * n)
    if len(s) > 6:
        return s == "foobarbazwo"
    elif len(s) == 2:
        return s[-1] == "o" and s[:-1] == "o" == s[-2]
    return False

def g():
    return int(str(2) + "4"*5) + 1

assert f(g())

def f(s: str):
    return s[:3] == 'fo'

def g():
    return "fo"  # type: ignore

assert f(g())

def f(s: str):
    if not s.startswith("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789") or s.count('o') >= 1000:
        return False
    return ('A' in s.rstrip('ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz') and 'B' in s.rstrip('ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz') or s.count('o') in [1000, 100])

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz01234567890"

assert f(g())

def f(s: str):
    return str(30 * s).startswith("98765432")

def g():
    return 30 * "98765432"

assert f(g())

def f(nums: List[int]):
    n = nums.pop()
    return n + sum(abs(i) * i * i for i in range(100)) <= 1001 or sum(abs(i) * i for i in range(100)) >= 1001 or all(abs(i) * i for i in range(100)) == 1001

def g():
    return [1, 2, 3]

assert f(g())

def f(x: float, b=54368639):
    return x == b or x >= b

def g(b=54368639):
    return float(b + 1)

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"  # no spaces, just like string literals

def g():
    return "world"[::-1]

assert f(g())

def f(seq: List[int], k=3):
    return sum(seq[i] * 2**(i + 1) for i in range(k)) <= len(seq)

def g(k=3):
    return [0]*(k+1)

assert f(g())

def f(tot: List[int]):
    l = len(tot)
    i = l % 3 + 1
    return tot[i] == sum(tot[i + 1] for i in range(l // 3))

def g():
    return [100, 1, 2]

assert f(g())

def f(n: int, scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], k=10):
    return all(n * k / 3 <= score * k / 3 and score > 0 for score in scores)

def g(scores=[100, 95, 80, 70, 65, 9, 9, 9, 4, 2, 1], k=10):
    return 1 if k % 2 == 0 else 0

assert f(g())

def f(v: str, size=4):
    return len(set(v) & set(v[1::])) == size

def g(size=4):
    return "huh-u-m-m-m-m-m"

assert f(g())

def f(s: str):
    if len(s) < 3:
        return False
    if len(s) > 3 and s.startswith('i'):
        return len(s[0]) > len(s[1])
    return True

def g():
    return "world"

assert f(g())

def f(s: str):
    return len(s) == 1 and s == 'a'

def g():
    return "a"

assert f(g())

def f(x: List[int], n=4):
    return all(0 <= x[i] for i in range(n))

def g(n=4):
    return [1,2,3,4]

assert f(g())

def f(n: int):
    return n % 2 == 0 and n > 1

def g():
    return 6

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 4 - a**4) < 10 ** -20

def g(a=1020):
    return float(a)

assert f(g())

def f(n: int):
    if n < 1000:
        return False
    if n > 1000:
        return True
    return n % 6

def g():
    return 1000 + 10

assert f(g())

def f(nums: List[int], lower_bound=10):
    return sum(nums) > lower_bound

def g(lower_bound=10):
    return [6, 7, 8, 9]

assert f(g())

def f(n: int):
    # n contains integers that are multiples of 10
    if n == 0:
        return True
    if n % 10 == 0:
        return False
    s, t = divmod(n, 10)
    # use the following (simpler) method if the modulus is only a little bigger than 30
    if 10**(t / 10) + 10**(t / 10 + 1) > 30:
        return False
    return s * 10 <= n / (2 * t)

def g():
    return 1 if f(1) else 2

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == len(set(nums)) == n and all(num for num in nums if num % 2 == 0 and num > 0)

def g(tot=12345, n=5):
    return [tot+n for n in range(n)]

assert f(g())

def f(m: List[int], target_size=20, target=20):
    return (len(m) == target_size and sum(c in m for c in m) == target)

def g(target_size=20, target=20):
    return [target * target for i in range(target_size)]

assert f(g())

def f(s: str):
    f17 = len(s) == len(set(s))
    f18 = not f17
    return f17 or f18

def g():
    return "Hello world"

assert f(g())

def f(s: str, n=163761):
    return s[-1] == s[-5]

def g(n=163761):
    s = str(int(float("123456789" + "0"*9) ** 0.5))
    for i in range(1, n):
        s = s + "0"*9
    return s

assert f(g())

def f(s: str) -> bool:
    if s == "CanYouTellIfItHASmoreCAPITALS":
        return True
    return s in ["CanYouTellIfItHASmoreCAPITALS", "CanYouTellIfItHASnot"]

def g():
    return "CanYouTellIfItHASnot"

assert f(g())

def f(d: int, n=123456789):
    return d > n

def g(n=123456789):
    return n + n

assert f(g())

def f(n: int, a=54368639, b=15482):
    return n >= a or n >= b

def g(a=54368639, b=15482):
    return 3 * a + 8 * b + 1

assert f(g())

def f(n: int, a=50, b=500, c=40000):
    return n > 100000

def g(a=50, b=500, c=40000):
    return a*b*c

assert f(g())

def f(s: str, length=2):
    return s.count("1") == 1

def g(length=2):
    return '1'*(length-1)

assert f(g())

def f(x: List[int], n=5, e=11):
    return (x is None or
            isinstance(x, list) and all(a in x for a in range(5, n + 1)))

def g(n=5, e=11):
    return list(range(n + 1))

assert f(g())

def f(board: List[List[str]], player=True):
    return player and len(board) > 5

def g(player=True):
    return [
        ["q"],
        ["x"],
        ["y"],
        ["r"],
        ["s"],
        ["d"],
        ["g"],
        ["o"]
    ]

assert f(g())

def f(s: str, _print=None, _pad=None):
    if _print is None:
        _print = lambda x: "%s\n" % x
    return all(_print(s) for _ in [
        "[" if isinstance(s, str) else ("%s" % s), "!", "", "]"  # (not used by any test)
    ])

def g(_print=None, _pad=None):
    return "123456789"

assert f(g())

def f(int_list: List[int], lower=50):
    while len(int_list) > lower + 1:
        int_list = int_list[:lower + 1] + int_list[lower + 1:]
        if min(int_list) > lower:
            return True
    return False

def g(lower=50):
    return [int("123456789" + str(i)) for i in range(1000)]

assert f(g())

def f(nums: List[int], num_in_range=50):
    return sum(nums) > num_in_range

def g(num_in_range=50):
    return list(range(num_in_range))

assert f(g())

def f(num: int, n=70, substr1=1, substr2=2):
    return num == 2 or not substr1 + substr2 == num + 1

def g(n=70, substr1=1, substr2=2):
    return 2 ** (n - 2)

assert f(g())

def f(g2: List[int], g1=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [4, 5], [5, 6], [6, 7], [3, 4], [5, 6]]):
    return len(g1) == len(g2) and all(i in g1 for i in g1)

def g(g1=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [4, 5], [5, 6], [6, 7], [3, 4], [5, 6]]):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]

assert f(g())

def f(sides: List[int], max_dim=10):
    return len(set(sides)) == max_dim

def g(max_dim=10):
    return [i for i in range(max_dim)]

assert f(g())

def f(nums: List[int], target=17):
    return nums[-1] == target or nums[0] == target

def g(target=17):
    return list(range(target, target + target))

assert f(g())

def f(s_case: str, s="moooboooofasd", n=14, caps=0):
    return s_case == (s.upper() if caps > n else s.lower())

def g(s="moooboooofasd", n=14, caps=0):
    return s

assert f(g())

def f(v: float, a=10, b=100, c=0, d=1):
    return v + d < b - 10

def g(a=10, b=100, c=0, d=1):
    return float(d + a + b) / b + c

assert f(g())

def f(scores: List[int], k=3):
    return all(scores[i] != scores[i + 1] for i in range(len(scores) - 1))

def g(k=3):
    return [k]

assert f(g())

def f(li: List[int], target=5, pos=5):
    return li.count(pos) != 0

def g(target=5, pos=5):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(list: List[List[int]]):
    return True

def g():
    return [[1], [2], [3], [4], [5, 6, 7], [8]]

assert f(g())

def f(x: List[List[int]]):
    return len(x) == 2

def g():
    return [[1, 2], [3, 4]]

assert f(g())

def f(s: str, substrings=['a', 'b', 'c', 'd', 'e']):
    return all(sub in s for sub in substrings)

def g(substrings=['a', 'b', 'c', 'd', 'e']):
    return "%s" % (s for s in substrings)

assert f(g())

def f(s: str):
    return s == "["

def g():
    return str("[")

assert f(g())

def f(probs: List[float], min=0, threshold=10):
    assert abs(sum(probs) - 1) < threshold
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < threshold

def g(min=0, threshold=10):
    return [
        0.01,
        0.0,
        0.0,
    ]

assert f(g())

def f(s: str):
    return s == "can"

def g():
    return "can"

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    if n >= 1000:
        n -= 1000
        return True

def g():
    return int(int("123456789" + "0"*8) ** 0.5) + 1

assert f(g())

def f(x: List[int], n=3):
    return len(x) == n and sum(x) == n

def g(n=3):
    return list(range(n))

assert f(g())

def f(li: List[int], target=5, pos=5):
    return li.count(pos) != 0

def g(target=5, pos=5):
    return [target for i in range(1000)] + [pos for i in range(1000)]

assert f(g())

def f(x: float):
    return abs((x - 3.1415) / 1.4375) < 1.1e-4

def g():
    return 3.1415

assert f(g())

def f(nums: List[int], b=7, m=2):
    return all(n == i for i in range(len(nums))) and m <= 2 ** b

def g(b=7, m=2):
    return [n for n in range(2**b + 1) if all(n == i for i in range(m, 2 ** b + 1))]

assert f(g())

def f(n: int):
    return -2 - n < 0

def g():
    return 0

assert f(g())

def f(l: List[int]):
    return all(l[i] for i in range(10) if i not in l)

def g():
    return list(range(10))

assert f(g())

def f(state: List[int], n=1):
    return list(state) == list(range(n + 1, n + 1 + 100))

def g(n=1):
    return list(range(n + 1, n + 1 + 100))

assert f(g())

def f(l: List[int], r=[1, 2, 3, 4, 5, 6]):
    return l == r and l.pop(0) % 10 == r.pop(0) % 10

def g(r=[1, 2, 3, 4, 5, 6]):
    return r

assert f(g())

def f(s: int):
    return s < 1000

def g():
    return 1

assert f(g())

def f(nums: List[int], target=5):
    return len(nums) == target

def g(target=5):
    return list(map(lambda x: x*x, range(target)))

assert f(g())

def f(x: int):
    return abs(x) > 200

def g():
    return 400

assert f(g())

def f(l: List[int]):
    a, b, c, t = l
    return a * (t + 1) - b * (t + 1) == c * (t + 1)

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(lst: List[int]):
    return lst[0] == 0 and not (0 < len(lst) < 8)

def g():
    return [x for x in range(1000) if 0 <= x <= 0xffffffff]

assert f(g())

def f(nums: List[int], target=4):
    return sum(num for num in nums if not num % target) == target

def g(target=4):
    a = [1, 2, 3, 4]
    return a

assert f(g())

def f(s: str, x=8):
    return s.count('8') >= 3 or s.count('1') == 2

def g(x=8):
    return str(int(3+8*x)**0.5)

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(len(target) - length)::len(target)] == s

def g(target="foobarbazwow", length=8):
    return target[(len(target) - length)::len(target)]

assert f(g())

def f(l: List[str]):
    return 'world' in l and list(l) == [s for s in l if s == 'world']

def g():
    return [s for s in ["world"] if s not in ["a", "b", "c"]]

assert f(g())

def f(strings: List[bool], num_strings=50):
    return len(strings) == num_strings and strings[0] and strings[1] and strings[2]

def g(num_strings=50):
    return [True]*num_strings

assert f(g())

def f(x: List[int], e=100):
    if len(x) == 1:
        return min(e, x[0]) >= e
    else:
        return min(e, sum(xi for xi in x if 0 <= xi < len(x))) >= e

def g(e=100):
    return [e, 0]*e

assert f(g())

def f(s: List[int], total=12345):
    return sum(n for n in s) == total

def g(total=12345):
    return [12345]

assert f(g())

def f(x: List[int], a=1, e=6):
    for i in range(0, e, a):
        if x[i] > a:  # x[i] > a not an edge:
            return False
    return len(x) == e

def g(a=1, e=6):
    return [0]*e

assert f(g())

def f(x: str, max_len=10, start=0):
    return len(str(x)) > max_len

def g(max_len=10, start=0):
    return "12345678901234567890123456789"

assert f(g())

def f(i: int):
    return (i >= 1 and i < 2**32)

def g():
    return 6

assert f(g())

def f(s: str):
    return "".join(s) == s and len(s) == 1

def g():
    return str(1 + 0)

assert f(g())

def f(x: List[int], n=100):
    assert all(x[i] <= 0 for i in range(n)), "count < 0"
    return len(x) == n and all(x[i] >= 0 for i in range(n))

def g(n=100):
    return [0]*n

assert f(g())

def f(n: int, s=50):
    def gcd(i, j):
        if i == j:
            return 1
        if i == j + 1:
            return (i + j)
        p = i * j
        while p > 1:
            p -= 1
        r, s = p, (p // s)
        return r

    return min(gcd(n, n), n) % s == 0

def g(s=50):
    return sum(n for n in range(50) if n % s == 0)

assert f(g())

def f(delta: int):
    return delta > 1 and delta <= 5

def g():
    return 3

assert f(g())

def f(i: int):
    return i not in range(-10000, 10000)

def g():
    return len(range(-10000, 10000))

assert f(g())

def f(x: int, a=8646561, b=172899):
    return a - x == b

def g(a=8646561, b=172899):
    return a-b

assert f(g())

def f(path: List[int]) -> bool:
    return path == [0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6] or path == [0, 1, 2, 2, 3, 4, 4, 5, 5, 6]

def g():
    return [0, 1, 2, 2, 3, 4, 4, 5, 5, 6]

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) == 1000

def g():
    return [n**20 + 1 for n in range(1000)]

assert f(g())

def f(nums: List[int], a=100, b=200):
    return sum(nums) == a * b and all([n > a for n in nums])

def g(a=100, b=200):
    return [a * b]

assert f(g())

def f(x: int, a=94617, b=-1296):
    return a - x == -b

def g(a=94617, b=-1296):
    return a+b

assert f(g())

def f(nums: List[int], thresh=100000):
    return nums == [1, 1, 2, 1, 1, 1, 1, 1]

def g(thresh=100000):
    return [1, 1, 2, 1, 1, 1, 1, 1]

assert f(g())

def f(s: str):
    return (s == "foobar" or s.count("foobar") >= 2)

def g():
    return str('foobar' * len('foobar'))

assert f(g())

def f(l: List[int]) -> bool:
    for p in l:
        return p * 4 > 255

    return sum(2 <= p * 2 for p in l) > 2

def g():
    return [int("123456789" + str(i)) for i in range(20)]

assert f(g())

def f(x: List[int]):
    return any([x[i] > 0 for i in range(1, len(x))])

def g():
    return [0, 1]

assert f(g())

def f(substrings: List[str]):
    return len(list(set(substrings))) >= 1000

def g():
    return ["a"*(i+1) for i in range(1000)]

assert f(g())

def f(p: List[int], n=1000):
    return len(p) == n and p[:10] == p[-10:]

def g(n=1000):
    return [int(n) for i in range(n)]

assert f(g())

def f(s: str):
    return s == "Hello world" or s == "Hello worldo"

def g():
    return "Hello world" or "Hello worldo"

assert f(g())

def f(s: str):
    s = str(s)
    return s == min(s)

def g():
    s = "123456789"
    return min(s)

assert f(g())

def f(n: int, a=0, b=10, c=14, d=10):
    return n + a == sum([b * i + c * d for i in range(c)]) + b

def g(a=0, b=10, c=14, d=10):
    return sum([b * i + c * d for i in range(c)]) + b

assert f(g())

def f(s: str):
    try:
        return sorted(s) == sorted('The one who will rise must not rise, lest his rising be.')
    except:
        return False

def g():
    return 'The one who will rise must not rise, lest his rising be.'

assert f(g())

def f(n: int):
    return (n % 3 == 1)

def g():
    return 13

assert f(g())

def f(path: List[List[int]]):
    return path == [[0, 0], [0, 0]]

def g():
    return [
        [0, 0],
        [0, 0]
    ]

assert f(g())

def f(k: List[int]):
    for i in k:
        if i == 0:
            return False
    return True

def g():
    return [1, 2]

assert f(g())

def f(list: List[List[int]]):
    return True

def g():
    return [ [1, 2], [3, 4] ]

assert f(g())

def f(n: int):
    return n >= 1 and int(n) % 3 == 0

def g():
    return 42

assert f(g())

def f(nums: List[int], target=4):
    return sum(nums) == target

def g(target=4):
    return [1 for i in range(target)]

assert f(g())

def f(n: int):
    return "1" in str(1j)

def g():
    return -1

assert f(g())

def f(n: List[int], max=4):
    return any((c < max) for c in n)

def g(max=4):
    return [3, 5]

assert f(g())

def f(s: str):
    return str(4 ** 7 * 756) == s

def g():
    return str(4 ** 7 * 756)[:11]

assert f(g())

def f(l: List[int], h=5):
    return len(set(l)) == h

def g(h=5):
    return [4, 3, 8, 5, 1]

assert f(g())

def f(s: str):
    return (s.count('o') == 1000 and s.count('oo') == 0) or s.count('o') == 1137

def g():
    return "0o" * 1000

assert f(g())

def f(s: str, n=10000):
    return sum(map(int, s.lower().split(" "))) == n

def g(n=10000):
    return str(n) # str.__len__(str) returns int, not int

assert f(g())

def f(s: str):
    return sum(int(x) for x in s.split() if x) == int(s.split()[-1])

def g():
    return str(5) + "6"

assert f(g())

def f(x: List[int], s=7, k=3):
    return len(set(x)) == k

def g(s=7, k=3):
    return [3, 6, 7]

assert f(g())

def f(l: List[int]):
    return all(l[j]**2 < (l[j]*l[j]/2)**2 for j in range(len(l)))

def g():
    return list(range(1000,10000))

assert f(g())

def f(a_nums: List[int], n=1):
    assert 3 in range(len(a_nums))
    from collections import Counter
    c = Counter(a_nums)
    count = c.most_common(1)[0][0]
    return count % n == 0

def g(n=1):
    return [x % n for x in range(10)]

assert f(g())

def f(li: List[int]):
    return all({v in li for v in li if len(li) > v})

def g():
    return [1,2,3]

assert f(g())

def f(trips: List[List[int]], n=10):
    return len(trips) == n and all(
        (len(nested_trips) == 1) and (trips[0] == nested_trips[0])
        for nested_trips in zip(trips, [])
    )

def g(n=10):
    return [ [n] ] * n

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    count = max(m for i in range(n) if i == 0)
    return count + 2 < res

def g(m=1234578987654321, n=4):
    return (m**n)*n

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] != target

def g(target="reverse me", reverse=True):
    return ''.join(sorted(str(i) for i in reversed(range(100))))

assert f(g())

def f(quicksets: List[List[str]], n=13):
    for x in quicksets:
        assert all(y in x for y in x)
    return len(quicksets) == n

def g(n=13):
    return [["a"*(i+2)+"b" for i in range(n)] for _ in range(n)]

assert f(g())

def f(nums: List[int], bound=60):
    return all(min(num for num in nums) >= bound 
              for num in nums)

def g(bound=60):
    return []

assert f(g())

def f(x: List[int], a=2, b=3, c=4, d=6):
    return x[a] == b and -c * (x[a] + x[b] - x[c]) < d

def g(a=2, b=3, c=4, d=6):
    return [1,2,3] + [4,5,6,7] + [8,9,10,11] + [12,13,14,15] + [16,17,18,19] + [20,22,24,26] + [28,30,32,34]

assert f(g())

def f(h: List[int], n=4, k=2):
    return len(h) == n and h[k] in [0, 1, 2, 3]

def g(n=4, k=2):
    return [0, 1, 2, 3]

assert f(g())

def f(x: List[int]):
    assert all((x[i] == 0 for i in range(5)) for x in x)
    return sum(x) == 11

def g():
    return [5, 6]

assert f(g())

def f(t: List[int], n=100):
    return sum(0 <= t[i] <= 99 for i in range(n)) == n

def g(n=100):
    return [1 for j in range(n)]

assert f(g())

def f(num: List[int]):
    return all(i in num for i in range(10))

def g():
    return [i for i in range(1000)]

assert f(g())

def f(x: int, a=23, b=54368639):
    if a == 1:
        return x % 2 == 0
    elif a == -1:
        return x % 2 == 1
    else:
        return x - a == b

def g(a=23, b=54368639):
    return a + b

assert f(g())

def f(n: int):
    return 2 ** n < n**5

def g():
    return len(set(range(0, 100, 8)))

assert f(g())

def f(x: List[int], n=20):
    return all([a in x for a in range(n)])

def g(n=20):
    return list(range(n))

assert f(g())

def f(c: List[int]):
    return sum(c) == sum(c[::-1])

def g():
    return [4, 8]

assert f(g())

def f(states: List[str], start="424", combo="778", target_len=12):
    if len(states) <= target_len:
        return True
    board = {}  # empty board, 0 = empty
    for c in states:
        board[c[0]] = c[-1]
        board[c[1]] = c[0]
    return board

def g(start="424", combo="778", target_len=12):
    return [str(x) + "=" + str(y) for x, y in zip(range(1, target_len+1), range(1, target_len+1))]

assert f(g())

def f(str: str):
    return len(set(str)) > 17

def g():
    return str(map(chr, range(65, 90)))

assert f(g())

def f(x: int, a=1000, b=2500):
    return x == b - a

def g(a=1000, b=2500):
    return a and b - a

assert f(g())

def f(x: List[str]):
    return all(x!=s.lower() for s in x)

def g():
    return ["foo", "bar", "baz"]

assert f(g())

def f(a: List[int], n=100):
    return len(set(a)) == n

def g(n=100):
    return list(range(0,100))

assert f(g())

def f(x: int):
    return x < 10 if x == 0 else True

def g():
    return 42

assert f(g())

def f(res: List[int], m=9):
    for i in range(m):
        if res[i] == 5:
            return True
    return False

def g(m=9):
    return [5, 6, 7, 8, 9]

assert f(g())

def f(int_list: List[int]):
    return all(i in int_list and i < 10 for i in range(10))

def g():
    return [5,4,3,2,1,0,9,8,7,6,5,4]

assert f(g())

def f(s: str):
    return len(s) == 12 or s in ["hell", "wonder", "doo", "dah!", "goodbye", "heck"]

def g():
    return "hell"

assert f(g())

def f(n: int):
    # a = [0] * n
    # b = {x for x in range(n) if -x < 0}
    # return len(a) == n and sum(b) == 0
    return True

def g():
    return 0

assert f(g())

def f(n: int, a1=12345, a2=12345):
    assert a1 >= a2
    assert 0 <= a2
    return a1 + a2 < n

def g(a1=12345, a2=12345):
    return int(int("123456789" + "0"*9) ** 0.5) + 1 + a2

assert f(g())

def f(n: int, m=10, d=5):
    return n == m ** 3 * d

def g(m=10, d=5):
    return m**3*d

assert f(g())

def f(n: int, lace=[]):
    return sum((i * lace[i]) for i in range(n)) == len(lace)

def g(lace=[]):
    return 0

assert f(g())

def f(l: List[int], count=8):
    return sum(map(float, l)) >= count

def g(count=8):
    return [4,5,6,7,8,9,2,1]

assert f(g())

def f(d: int, n=123456798):
    return d > n

def g(n=123456798):
    return n ** 6

assert f(g())

def f(s: str):
    return "." in s

def g():
    return "." and ".a"

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 101 and any(not ('a' in x and 'z' in x) for x in s)

def g():
    return ["x"*(i+2)+"y" for i in range(101)]

assert f(g())

def f(x: int, a=987909, b=104055):
    return -x == a - b

def g(a=987909, b=104055):
    return -a + b

assert f(g())

def f(s: str, target=0):
    return int(s) == target

def g(target=0):
    return str(target)

assert f(g())

def f(s: str):
    return "d" in s and "q" in s and "w" in s

def g():
    return "dabcbaquxw"

assert f(g())

def f(chars: str):
    return all(chr(i) in chars for i in range(64) if chars.find('abcdefghijklmnopqrstuvwxyz') < 0)

def g():
    return "0123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, a=12984, b=2915):
    return all(n + 1 == a + b for i in range(n))

def g(a=12984, b=2915):
    return sum([n+1 == a + b for i in range(1000) if i % a == 0 for n in range(1000) if n % a == 0])

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3

def g():
    return ["a","b","c"]

assert f(g())

def f(nums: List[int], max_length=50):
    return len(nums) == max_length or max_length == 0

def g(max_length=50):
    return [0]*max_length

assert f(g())

def f(res: int, n=4):
    assert 2 < n <= 22
    if n == 2:
        return res > 2
    if n == 3:
        return res > 100
    if n == 4:
        return res > 1000
    if n == 5:
        return res > 10000
    if n == 6:
        return res > 1000000
    if n == 7:
        return res > 100000000
    if n == 8:
        return res > 1000000000
    assert 0 < n <= 22
    if n == 9:
        return res > 100000000

def g(n=4):
    return 1000 ** (n * n)

assert f(g())

def f(n: int):
    return all(z for z in (x for x in range(n)) if z)

def g():
    return int(1) * int(2) * int(3)

assert f(g())

def f(a: List[int]):
    return len(a) == 5

def g():
    return [3, 2, 1, 4, 5]

assert f(g())

def f(li: List[int]):
    return {i for i in li} == {0, 1, 2, 3, 4, 5}

def g():
    l: List[int] = []
    l.append(0)
    l.append(1)
    l.append(2)
    l.append(3)
    l.append(4)
    l.append(5)
    return l

assert f(g())

def f(x: List[int], y=[]):
    return len(set(x)) == len(x) == len(y)  # one less than y

def g(y=[]):
    return [i for i in range(len(y))]

assert f(g())

def f(nums: List[int], target=90):
    return len(tuple(x for x in nums if x <= target)) >= 4

def g(target=90):
    return [0 for x in range(target)]

assert f(g())

def f(s: str):
    return s >= "a" and s <= "f"

def g():
    return "abcdefgh"[0]

assert f(g())

def f(counts: List[int], target=[100, 200, 300, 400, 600, 700, 1200, 1400, 1600]):
    return counts == target and len(counts) > 0

def g(target=[100, 200, 300, 400, 600, 700, 1200, 1400, 1600]):
    return target

assert f(g())

def f(x: float):
    return str(abs(x - 3.1415)).startswith("123")

def g():
    return float(int(int(float("123" * (1 + 3)))))

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) - 6) // 2:(len(target) + 6) // 2]

assert f(g())

def f(e: List[int]):
    return e == [0, 1, 2, 3, 4]

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: str):
    for c in s:
        if c == "":
            return False
    return True

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: int, a=12, b=2):
    return x == a ** b

def g(a=12, b=2):
    return [a**b for _ in range(100000)][a**b>0]

assert f(g())

def f(indexes: List[int], n=3, s=7015):
    return all(sum(min(i, j) for i, j in zip(indexes[::2], indexes[1::2])) == 0 for i in range(n))

def g(n=3, s=7015):
    return [i for i in range(n) if (i + 1) % 2 == 0]

assert f(g())

def f(li: List[int], length=100):
    return all(i in li for i in range(length)) and len({i for i in li}) == length

def g(length=100):
    return [i for i in range(length)]

assert f(g())

def f(start: int, n=5000):
    return start > 0 and (n < start) or n / len(start + [start]) == len(start)

def g(n=5000):
    return 1 + n + 1 + n + 1 + n + 1

assert f(g())

def f(n: int, a0=123, b0=123):
    assert n >= 0 and n % 3 == 0, "Hint: n is a multiple of 3."
    return n == a0 or n == b0

def g(a0=123, b0=123):
    return min(a0, b0)  # type: ignore

assert f(g())

def f(x: float, a=1020):
    x = x * 1 / a
    m = 2 ** (32 - abs(x))
    return m <= 10 ** -300 and m < 5

def g(a=1020):
    return float("123456789" + "0" * 9) ** 0.5 + 1

assert f(g())

def f(s: str):
    return s == "18-+*/6"

def g():
    return "18-+*/6"

assert f(g())

def f(ls: List[str], m=50):
    return len(ls) == m and all(x in ls for x in range(len(ls) - m))

def g(m=50):
    return [str(n) for n in range(m)]

assert f(g())

def f(s: str):
    return s == "abc" or 'abc' == s

def g():
    return "abc" or "abc" == "abc"

assert f(g())

def f(i: List[int]):
    return i.count(0) == i.count(1)

def g():
    return [2, -2]

assert f(g())

def f(nums: List[int], k=3, lower=100, start=0, seq=[4, 1, 2, 4, 7, 9, 12, 16, 33]):
    return ((nums[:] == nums[:start]) or (nums[start] == nums[start + 1])) ^ (nums[:start] != nums[start + k])

def g(k=3, lower=100, start=0, seq=[4, 1, 2, 4, 7, 9, 12, 16, 33]):
    return [(i + (k-1) * i) * (k-1) + i * i for i in range(len(seq))]

assert f(g())

def f(s: str, start=16):
    return all(i >= 0 for i in range(len(s) + 1))

def g(start=16):
    return "abcdefgh"

assert f(g())

def f(n: int, x=True):
    assert x * n == 1
    return n < 5

def g(x=True):
    return 1

assert f(g())

def f(m: List[int]):
    for i in m:
        if i == 2:
            return True

def g():
    return [2]

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == 0  # could be negative in this case

def g(a=3, b=23463462):
    return a + b

assert f(g())

def f(s: str):
    return True if len(s) > 16 else False

def g():
    return "a"*(1000)

assert f(g())

def f(n: int):
    return int(n) > 4

def g():
    return 100 * int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    return i + 999 <= 2 * i + 1  # the first value must divide the range

def g():
    return 123456789

assert f(g())

def f(nums: List[int], b=1000, count=20):
    return len(set(nums)) >= 2 * count

def g(b=1000, count=20):
    return [i + 1 for i in range(b)]

assert f(g())

def f(x: List[int], n=4):
    return len(x) == n

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(stamps: List[int], target=80, max_stamps=2):
    if len(stamps) <= max_stamps:
        return True
    if len(stamps) >= min(max_stamps, len(stamps) - max_stamps):
        return True
    return False

def g(target=80, max_stamps=2):
    if target > max_stamps:
        target = max_stamps
    elif target < 1:
        target = 1
    return [i-target for i in range(target)]

assert f(g())

def f(x: int, n=1, a=10201202001):
    return x ** n == a

def g(n=1, a=10201202001):
    return n * a

assert f(g())

def f(nums: List[int]):
    return sum(1 for i in nums if i < 9) == 5

def g():
    return [1*i + 2 for i in range(5)]

assert f(g())

def f(nums: List[int], n=5, thresh=50):
    return n == len(set(nums)) and len(set(nums)) == n

def g(n=5, thresh=50):
    return [n-i for i in range(n)]

assert f(g())

def f(l: List[str], size=1000):
    ln = []
    for i in range(len(l)):
        ln += l[i].split()
    return len(ln) == size

def g(size=1000):
    return [str("abcd") for i in range(size)]

assert f(g())

def f(str: List[str]):
    return str == "TheGreatFire" or "TheGreatFire" in str

def g():
    return ["TheGreatFire","TheGreatFire",]

assert f(g())

def f(inds: List[int], target=0.0, n=100):
    if n % 3 == 0:
        return max(list(inds), key=lambda x: abs(x - target)) > 1
    return sum(n > 0 for n in inds) >= n / 3

def g(target=0.0, n=100):
    return [1 for i in range(n)]

assert f(g())

def f(x: int):
    return int(x) > 20000

def g():
    return int(int("1234567891") ** 0.5) + 1

assert f(g())

def f(substrings: List[str]):
    return True if "hello" in substrings else False

def g():
    return [x for x in ["hello", "goodbye"] if "goodbye" not in x]

assert f(g())

def f(n: int):
    return n > 100 and n >= 17

def g():
    return 10**11

assert f(g())

def f(string: str):
    length = len(string)
    if string == "I!!love!!dumplings!!!!!":
        return False
    return len(string) >= 6

def g():
    return "I!!love!!dumplings!!!!!0!and!!2!of!!all!!the!!types."

assert f(g())

def f(i: int):
    return i > 1000

def g():
    return 1000 * 1000 * 1000 * 1000

assert f(g())

def f(n: int):
    i = n / 2
    if n == 0:
        return False
    return (i % n) == (n - i) and i > 0

def g():
    return 3

assert f(g())

def f(ls: List[str]):
    for s in ls:
        return s in ['1', '2', '4', '5', '7']

def g():
    return ["1","2","4","5","7"]

assert f(g())

def f(x: List[int], target=67):
    assert target >= 1 and target <= 99
    assert all(x == target for x in range(len(x))), "target out of bounds"
    return all(x[i] / 5 == target for x in range(len(x)*5))

def g(target=67):
    return [i*i for i in range(50) if (i + 1) * (i + 1) == target]

assert f(g())

def f(x: int):
    return x == 3999  # not equal to any of 123456789

def g():
    try:
        return 3999  # not zero
    except ZeroDivisionError:
        return 1

assert f(g())

def f(s: str):
    return s.count('b') == 10 and s.count('u') == 0

def g():
    return "abc" * 10 + "def"

assert f(g())

def f(s: str):
    return len(s) == 2 if s == "a+" else len(s) == 1

def g():
    return "a"

assert f(g())

def f(m: str):
    return all(['m', 'h', 'll', 'h', 'll' in m])

def g():
    return "hhll"

assert f(g())

def f(s: str, target=17):
    return '1' in s

def g(target=17):
    return str(target + 2)

assert f(g())

def f(pi: List[int], n=12345):
    return sum(pi * j ** 2 for j in range(9, pi.pop()) and j < 1000) < n

def g(n=12345):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], n=200):
    return len(nums) == n and all(max(vec - vec + 1, 0) == 1 for vec in nums)

def g(n=200):
    return [n for i in range(n)]

assert f(g())

def f(nums: List[int], target="hello"):
    return all(nums == num for num in nums if num > 1)

def g(target="hello"):
    return []

assert f(g())

def f(corners: List[List[int]]):
    n = len(corners) - 1
    if n == 0:
        return corners == [[1, 1], [1, 2], [1, 3]]
    if n == 1:
        return corners == [[0, 0], [0, 1], [0, 3]]
    if n == -1:
        return corners == [[3, 3], [3, 4], [3, 5]]
    return True

def g():
    return [[0, 0], [0, 0], [0, 0]]

assert f(g())

def f(s: str, b="hello"):
    return s.index(b) == 0

def g(b="hello"):
    return str(b)

assert f(g())

def f(n: int, nums=[17, 18, 19, 20, 34]):
    return all(s for s in nums) and sum(s**2 for s in nums) == n

def g(nums=[17, 18, 19, 20, 34]):
    return sum(s*s for s in nums)

assert f(g())

def f(x: List[int], n=8):
    return len(x) == n and all(x[i] ** 2 + x[i] == 0 for i in range(n))

def g(n=8):
    return [-1] * n

assert f(g())

def f(nums: List[int], min_stamp=10, max_stamp=50):
    return any(nums > min_stamp for nums in nums) and any(nums < max_stamp for nums in nums)

def g(min_stamp=10, max_stamp=50):
    return list(map(int, map(str, range(min_stamp,max_stamp+1))))

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n and sum(x) >= n

def g(n=1000):
    return [n-1 for i in range(n)]

assert f(g())

def f(n: int):
    if n <= 50:
        return True
    return int(n) != 3

def g():
    return 1

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(30) if not i % 2 == 0)

def g():
    return [i for i in range(30)]

assert f(g())

def f(s: str):
    return s == 'foobar' and all([c != 'e' for c in s])

def g():
    return 'foobar'

assert f(g())

def f(nums: List[int], n=10000):
    return len(nums) >= n

def g(n=10000):
    return [1] * n

assert f(g())

def f(inds: List[int], target=9):
    return inds[0] == target and inds[1:] == sorted(inds[1:])

def g(target=9):
    return [target + i for i in range(15)]

assert f(g())

def f(x: int, a=17):
    return x == a * 7

def g(a=17):
    return a * 7

assert f(g())

def f(t: List[int], n=9):
    a = 2
    return len(t) == len(set(t)) >= n

def g(n=9):
    try:
        return [i*i for i in range(n) if i % 1 == 0]
    except:
        return [i*i for i in range(n) if i % 1 == 0]

assert f(g())

def f(probabilities: List[float], target_prob=0.5):
    return all(probabilities[j] == target_prob for j in range(5))

def g(target_prob=0.5):
    return [0.5] * 5

assert f(g())

def f(s: str):
    return s.count('+') > 1

def g():
    return "1 2 + 3 4 + 5 6 .. 8 9"

assert f(g())

def f(n: int):
    return n in list(range(12 + 0, 100000))

def g():
    return len(set(range(12 + 0, 100000)))

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 5

def g():
    return [1,2,3,4,5]

assert f(g())

def f(x: List[int], n=50):
    return len(x) == n and sum(x[i] for i in range(n)) > 0

def g(n=50):
    return [n**100 for n in range(50)]

assert f(g())

def f(i: int):
    return all([i < 10 and c in str(i) for c in str(i)])

def g():
    return 1

assert f(g())

def f(s:str):
    return all(substring in s and substring[::-1] in s for substring in 'foo' + 'bar' + 'baz')

def g():
    return "foo bar baz bar foo"

assert f(g())

def f(a: List[int]):
    return len(a) == len(set(a))

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s[::-1] == 'sds'

def g():
    return "sds"[::-1]

assert f(g())

def f(x: List[int], y=1, target=1):
    return all(x <= y for x in x)

def g(y=1, target=1):
    return [x for x in range(target+1)]

assert f(g())

def f(s: str, target="moo", reverse=False):
    return s[::-1] == target[::-1]

def g(target="moo", reverse=False):
    return "moo" if target == "moo" else "not moo"

assert f(g())

def f(x: int, a=5243):
    return x == a

def g(a=5243):
    return a

assert f(g())

def f(s: str):
    return s == s[::-1] and s.endswith("c")

def g():
    return "c" * 9

assert f(g())

def f(xs: List[int]):
    i1, j1 = xs.pop(0), xs.pop(0)
    i2, j2 = xs.pop(0), xs.pop(0)
    return (i1 - i2) * (j1 - j2) == 0

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(x: List[int], a=100, e=100, s=50):
    return len(x) == a and e == len(x) and sum(x) == e * a * s

def g(a=100, e=100, s=50):
    return [a*s for i in range(e)]

assert f(g())

def f(tri: List[int]):
    return len(tri) == 3  # should be a "good enough" test

def g():
    return list([1, 2, 3])

assert f(g())

def f(y: int, a=17, b=22288842):
    return a * y >= a * b and b < y

def g(a=17, b=22288842):
    return a * 17 + b * 22282

assert f(g())

def f(a: List[int], n=100):
    return len(set(a)) == n

def g(n=100):
    return list(range(n))

assert f(g())

def f(nums: List[int], n=12345):
    return len(set(nums)) == n

def g(n=12345):
    return [i**2 for i in range(n)]

assert f(g())

def f(n: int):
    return (-1**n) ** n == 1

def g():
    return 1**int(1.5) - 1

assert f(g())

def f(nums: List[int], a0=0):
    assert a0 >= 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    s = [a0]
    for i in range(max(nums)):
        s.append(int(s ** i) if s ** i == sum(s ** i) else sum(s ** i) + 3)
    return len(nums) == 1000 and min(nums) >= 0

def g(a0=0):
    return [a0 for i in range(1000)]

assert f(g())

def f(n: int):
    return int(n) != 0

def g():
    return 1 + (0 >> 1)

assert f(g())

def f(s: str):
    return s.startswith("abcde")

def g():
    return "abc" + "de"

assert f(g())

def f(s: str, index=2):
    return index == len(s) // 2

def g(index=2):
    return "c"*index + "a"*(index + 1)

assert f(g())

def f(nums: List[int], tot=12345):
    return sum(n in nums for n in nums if n >= 0) == tot

def g(tot=12345):
    return [0] * tot

assert f(g())

def f(s: str):
    return list(s) == [x for x in s]

def g():
    return "abcdefghijk"

assert f(g())

def f(d: int, n=123456789):
    return d > n and d % n == 0

def g(n=123456789):
    return n * n

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if i <= thresh else 2 for i in nums) > 17

def g(thresh=17):
    return [1 if i <= thresh else 2 for i in range(1000)]

assert f(g())

def f(letters: List[str]):
    return all(i in letters for i in "abcdef")

def g():
    return ["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"]

assert f(g())

def f(n: int, k=2, target=176440):
    assert n == target
    return n % k == 0

def g(k=2, target=176440):
    return target

assert f(g())

def f(nums: List[int], target=500):
    return sum(nums) == target

def g(target=500):
    return [500]

assert f(g())

def f(t: str):
    return "".join(t) == "hello world"

def g():
    return "hello" + " world"

assert f(g())

def f(s: List[str]):
    return len(set(s)) > 2

def g():
    return list(map(str, set(range(1000))))

assert f(g())

def f(n: int, a=19, b=1000000):
    return n == a + b

def g(a=19, b=1000000):
    return a+b

assert f(g())

def f(i: List[int], k=2):
    return all(i <= k for i in range(1, k))

def g(k=2):
    return [1, 3]

assert f(g())

def f(s: str, target=17):
    return "Hello " + s == "Hello world"

def g(target=17):
    return 'world'

assert f(g())

def f(s: str, sub_str="foobar", index=3):
    return len(s) - 1 - index - len(s[:index]) >= index

def g(sub_str="foobar", index=3):
    return str(sub_str) + str(index) + ". ".join(str(i) for i in range(8))

assert f(g())

def f(nums: List[int], m=6):
    return len(set(nums)) == m

def g(m=6):
    return list(range(m))

assert f(g())

def f(li: List[int]):
    return sum(li[i] == i for i in range(9)) == 0

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return sum(t > s for t in s) > 2

def g():
    return "abc" * 3

assert f(g())

def f(n: int, a=-7, b=0):
    return (-n**2 + a) <= b

def g(a=-7, b=0):
    return -1 if a == -7 else 1

assert f(g())

def f(s: str):
    return "Hello " + s + ' world' == 'Hello world world'

def g():
    return 'world'

assert f(g())

def f(nums: List[int], length=10):
    return sorted(nums) == [n for n in nums] and len(set(nums)) >= length

def g(length=10):
    return sorted(range(length+10))

assert f(g())

def f(s: str):
    return s == s[::-1] or s == s.replace(' ', '')

def g():
    return "abc"

assert f(g())

def f(x: int, a=93252338):
    return x > a

def g(a=93252338):
    return a + 42

assert f(g())

def f(lst: List[int]):
    return lst[lst[0]] != lst[lst[1]] and lst[lst[-1]] != lst[lst[0]]

def g():
    return [1, 2, 4, 5, -2, 3]

assert f(g())

def f(nums: List[int], thresh=10):
    assert all(int(s) >= 0 for s in nums)
    return all(n >= thresh for n in nums)

def g(thresh=10):
    return [int(s, base=10) for s in range(thresh) if s >= 15]

assert f(g())

def f(s: str):
    return len(s) == 12

def g():
    return "hello, world"

assert f(g())

def f(li: List[str]):
    return len(li) == 1 and li.count("") == 1

def g():
    return ['']

assert f(g())

def f(g: List[int], n=10):
    return sum(g) >= n

def g(n=10):
    return list(range(n))

assert f(g())

def f(x: int, a=2455, b=7):
    return (x - a) == b

def g(a=2455, b=7):
    return a + b

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[::2] for j in l[1::2] if i != j)

def g():
    return [0]*10

assert f(g())

def f(s: str, target="", len=8):
    s = s.lower()
    for ch in target.lower():
        if ch not in s:
            return False
    return True

def g(target="", len=8):
    if target == "":
        target = "abc"
        len = 8

    return "abc" + ' ' * len

assert f(g())

def f(s: str, lower_bound=5):
    return len(set(s)) >= lower_bound

def g(lower_bound=5):
    return "abcdefghij" + "abcdefghij" * lower_bound

assert f(g())

def f(s: str):
    return s in ('Hello', 'Hello world')

def g():
    return str('Hello world')

assert f(g())

def f(li: List[List[int]], initial=[[3, 4, -9], [7, 6, -18], [2, 0, -2]]):
    if len(initial) != len(li):
        raise ValueError("List of lists must be of same size")
    return all(li[k] == initial[k] for k in range(len(li)))

def g(initial=[[3, 4, -9], [7, 6, -18], [2, 0, -2]]):
    return [i for i in initial]

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 10
    return nums.count(0) == nums.count(1) and nums[1] != nums[0]

def g():
    return list(range(10))

assert f(g())

def f(L: List[int], n=1000):
    return len(L) == n and L[:n] == [i for i in range(n)]

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s.lstrip('a') == s.lstrip('A')

def g():
    return "x0" * (1 + 1)

assert f(g())

def f(s: str, target="cab", length=9):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="cab", length=9):
    return "cab"[(len(target) - length) // 2:(len(target) + length) // 2]

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) or 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(moves: List[str], k=3):
    return len(moves) == k

def g(k=3):
    return ["a" + str(i) for i in range(k)]

assert f(g())

def f(s: str, reverse=True):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(reverse=True):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    if n > 500:
        return False
    elif n < -500:
        return True
    else:
        n += 1
        return n == len(str(10000))

def g():
    return int(int("123456789" + "0"*9)) * int(int("-123456789" + "0"*9)) + 1

assert f(g())

def f(n: int):
    return -2 - n < 0

def g():
    return 4

assert f(g())

def f(x: List[int], n=5, s=19):
    return len(x) == n and all([x[i] != -1 for i in range(n)])

def g(n=5, s=19):
    return [n, s, s, n, n]

assert f(g())

def f(x: List[int], u=0, v=33):
    return u <= x[u] <= v <= x[v] if x else []

def g(u=0, v=33):
    return list(range(u, v+1))

assert f(g())

def f(nums: List[int], target=600):
    return sum(x**2 for x in nums) >= target

def g(target=600):
    return [target + 1 for x in range(1000)]

assert f(g())

def f(p: List[List[int]], target=[]):
    n = len(target)
    return sum(x for x in p if sum(y * x + y for y in p if y > 0) == n) == n

def g(target=[]):
    return [x for i, x in enumerate(target) if sum(y + x for y in target if y > 0) == sum(target)]

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[index:index+3]

assert f(g())

def f(nums: List[int], a=3, m=10):
    assert len(nums) == m and sum([i ** 2 for i in range(a, m)]) == sum([i ** 2 for i in range(a, m)])
    return all((nums[n] * n == 0 for n in range(a, m)) for n in range(a, m))

def g(a=3, m=10):
    return [n ** 2 for n in range(0, m)]; all((n == 0) and (
            n ** 2 == 0 for n in range(0, m)),)

assert f(g())

def f(n: int, a=15482, b=23223, e=125, s=10):
    assert n != 0, "Hint: n != 0. This is a hint, not a test"
    return abs(n) >= a and abs(n) >= b and abs(n) >= s

def g(a=15482, b=23223, e=125, s=10):
    return s + (a+b+e)*s+a*b*e

assert f(g())

def f(n: int, ops=['x', '--x', 'x--'], target=19143212):
    for op in ops:
        if op in ["x", "x--"]:
            assert n in range(target, target+4)
            n = target
        else:
            assert n in range(target, target+8)
    return n == target

def g(ops=['x', '--x', 'x--'], target=19143212):
    for op in ops:
        if op in ["x", "x--"]:
            return target
        else:
            return target + 1

assert f(g())

def f(s: str):
    return s.startswith("1")

def g():
    return "123456789"

assert f(g())

def f(li: List[int], a=2, d=7):
    return not all(li[i] == li[i + 1] for i in range(a, d))

def g(a=2, d=7):
    return [0] + list(range(a, d + 1))

assert f(g())

def f(x: int, r=99, t=100):
    return r * (t - x) <= r * t and t < x or r >= t or isinstance(x, str) and x == "-"

def g(r=99, t=100):
    return int(int("123456789" + "0" * 9) ** r) + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 40 and all([x.count("a") > x.count("b") for x in s])

def g():
    return [
        "a" + str(i) for i in range(40)
    ]

assert f(g())

def f(g1: List[str], hm=["1", "2", "3", "4"]):
    return g1 == hm

def g(hm=["1", "2", "3", "4"]):
    return [x for x in hm if x != "0"]

assert f(g())

def f(num: int):
    return all(i % 2 == 0 for i in range(num))

def g():
    return 0

assert f(g())

def f(s: str):
    return s.startswith("test")

def g():
    return 'test'

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s == target[(len(target) - length) // 2:(len(target) + length) // 2]

def g(target="foobarbazwow", length=6):
    return str(target)[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s_case: str, s="can you"):
    return s_case == (s.upper() if len(s) % 2 == 1 else s.lower())

def g(s="can you"):
    return s.upper() or s.lower()

assert f(g())

def f(s: List[str]):
    return all(x in s for x in ["a", "b", "c"])

def g():
    return [x for x in ["a", "b", "c", "d"]]

assert f(g())

def f(state: str):
    return all(x in state for x in "0-9" + state)

def g():
    return "0-9"

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > b + c

def g(a=17, b=100, c=20):
    return sum(1 for _ in range(a+b+c))

assert f(g())

def f(s: str):
    return s.upper() == s.lower() and s.startswith("0")

def g():
    return "0"

assert f(g())

def f(s: str, nums=[3, 4, 5, 97, 100, 101], k=7):
    return s == "{0}!".format(*s.lower())

def g(nums=[3, 4, 5, 97, 100, 101], k=7):
    return "{0}!".format(*map(str, k*nums))

assert f(g())

def f(s: str):
    return s == "A" or (s[0] == "A" and s[-1] == "Z")

def g():
    return "A Z"

assert f(g())

def f(x: float, a=5.54):
    return x == a

def g(a=5.54):
    return min(5.54, a + 1)

assert f(g())

def f(s: str):
    return all((s[i] == s[i + 1] for i in range(10)) and (s[i] != s[i + 1]) for i in range(10))

def g():
    return str(range(10))

assert f(g())

def f(n: int):
    return n > 1024

def g():
    return 1029

assert f(g())

def f(b: int):
    return min(9, b) % 2 == 1

def g():
    return 9

assert f(g())

def f(s: str):
    return s == s[::-1] or s == s.replace(' ', '')

def g():
    return "goodbye"

assert f(g())

def f(x: List[int], n=13):
    return all(i in x for i in range(n))

def g(n=13):
    return [i for i in range(n)]

assert f(g())

def f(l: List[int], n=101):
    return len(l) == n and all(l[i] == 0 for i in range(n))

def g(n=101):
    return [0] * n

assert f(g())

def f(ls: List[int]):
    return len(set(ls)) == len(ls) == len(ls)

def g():
    return [3]

assert f(g())

def f(s: str):
    return s[:2] == "abcd" or (min(s) < 'a' or max(s) > 'z')

def g():
    return "abc12 abc23 abc12 abc23"

assert f(g())

def f(nums: List[int], tot=12345):
    return nums == sorted(nums) or all(nums == [0] for _ in range(tot))

def g(tot=12345):
    return [123]

assert f(g())

def f(nums: List[int], thresh=2):
    return len(nums) == len(set(nums)) == 2

def g(thresh=2):
    return [x**3 for x in range(thresh)]

assert f(g())

def f(string: str):
    return "".join(filter(str.isnumeric, string) if sum(map(str.isdigit, string)) == len(string) else string) and not string.isnumeric()

def g():
    return "abcdef"

assert f(g())

def f(x: str):
    return x.count('e') == 1

def g():
    return "Hello"

assert f(g())

def f(n: int, a=-7, b=0):
    return (-n**2 + a) <= b

def g(a=-7, b=0):
    return -b

assert f(g())

def f(a: List[int], target=30):
    return a[0] == target and sum([i for i in range(a[1]) if a[i] != target]) == 0

def g(target=30):
    return [target for _ in range(1000)]

assert f(g())

def f(a: int, e=0):
    return e in [0, 1]

def g(e=0):
    return 5

assert f(g())

def f(s: List[int]):
    assert all([e in sorted(s) for e in s])
    return len(s) == 20

def g():
    return sorted(range(20))

assert f(g())

def f(n: int):
    return n > 3

def g():
    return 8

assert f(g())

def f(v: int, start=500):
    return v >= start

def g(start=500):
    return 500

assert f(g())

def f(nums: List[int], upper=50):
    return sum(nums) >= upper

def g(upper=50):
    return list(range(upper))

assert f(g())

def f(i: int):
    return i >= 6 and i < 18

def g():
    return 2 + 4

assert f(g())

def f(target_len: int):
    return target_len >= 1000

def g():
    return 1000

assert f(g())

def f(n: int, a=10201202001):
    return int(abs(n)) >= a

def g(a=10201202001):
    return 3+a

assert f(g())

def f(s: str, start="hello", length=6):
    return s[::-1] in ["hello" for _ in range(8)]

def g(start="hello", length=6):
    return "hello"[::-1]

assert f(g())

def f(c: List[int], n=10):
    return sum(1 if i < n else 2 for i in range(len(c))) == n

def g(n=10):
    return [1] * n

assert f(g())

def f(s: str):
    return len(s) == 5

def g():
    return str(len("123456789") == 5)

assert f(g())

def f(a: int, b=0):
    return a > 10**5  and a > 5**10 or b < 2  and b < 5

def g(b=0):
    return 6

assert f(g())

def f(n: int):
    return n >= 1000

    def f171():
        m = int(rand() * 1048576 + 1)
        sum_f1 += m
        if m < n:
            sum_f1 += m
            return m >= 0 and sum_f1 == m
        return n == m

    def f172():
        return (n >= 1000) and sum_f1 > n

def g():
    return 1000000

assert f(g())

def f(s: str, upper_bound=1000):
    return str(s) == upper_bound or str(s).startswith("12345")

def g(upper_bound=1000):
    return "123456789"*(upper_bound-1) + "0"*(upper_bound-6) + "9999"*(upper_bound-9)

assert f(g())

def f(n: int):
    return n >= 150

def g():
    return int("123456789" * 9) - 1

assert f(g())

def f(n: int):
    n = n - 4
    if n == 4:
        return True
    n = n // 2
    if n == 2:
        return True

def g():
    return 9

assert f(g())

def f(nums: List[int], m=10, target=50):
    return len(nums) >= target and all([nums[i] for i in range(m)])

def g(m=10, target=50):
    return [i+10 for i in range(50)]

assert f(g())

def f(n: int, a=14302, b=5):
    return n == a * b

def g(a=14302, b=5):
    return a * b

assert f(g())

def f(s: str):
    if s.count("1") == 1:
        return True
    elif "abc" in s:
        return False
    elif s.count("abc") == 1:
        return False
    else:
        return False

def g():
    return "0123456789abc"

assert f(g())

def f(x: List[int], t=50):
    assert all([v > 0 for v in x])
    return len(x) == t

def g(t=50):
    return [t for _ in range(t)]

assert f(g())

def f(t: str, s="xabbxbxbc", target=100):
    i = 0
    while t[i] != 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="xabbxbxbc", target=100):
    return [target] if target is None else "abc"*target

assert f(g())

def f(s: str, b="d"):
    return s[::-1] == b

def g(b="d"):
    return "d"

assert f(g())

def f(pos: List[int], r=4):
    return len(set(pos)) >= r

def g(r=4):
    return [1, 2, 3, 4] * r

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == a

def g(a=3, b=23463462):
    return int(b//a)

assert f(g())

def f(ans: List[int]):
    assert len(ans) < 20, "too much elements"
    return all([x > x + 1 or x == 1 for x in ans])

def g():
    return [1]

assert f(g())

def f(c: List[int], n=1000):
    return len(c) == n

def g(n=1000):
     return list(range(0,n))

assert f(g())

def f(nums: List[int]):
    assert all(m for m in nums if m == sum(nums) - 1)
    return len(nums) <= 10

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str):
    return set(s) == set(s)

def g():
    return "1234567890"*9 + "1234567890"*9

assert f(g())

def f(f2: int, a=3337, b=3337):
    return f2 == a and f2 == b or f2 == b and f2 == a

def g(a=3337, b=3337):
    return a and b

assert f(g())

def f(c: List[int], m=5, n=10):
    return len(list(c)) == m and sum(list(c)) > n

def g(m=5, n=10):
    return [k for k in range(m, n)]

assert f(g())

def f(inds: List[int], s="abcd", size=7):
    return len({i for i in inds for j in range(size) for k in {i, j}}) == size

def g(s="abcd", size=7):
    return list(range(7))

assert f(g())

def f(s: str, n=3, target=8):
    t = s[::-1]
    return t[1] == s[0] and t[2] == t[0]

def g(n=3, target=8):
    return "x"*target

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and (i % j) == 0 for i in l for j in l if i != j)

def g():
    return []

assert f(g())

def f(li: List[int], b=7, m=6):
    return len(li) == m or not all(li[1])

def g(b=7, m=6):
    return [i*b for i in range(m)]

assert f(g())

def f(n: int):
    return (n if n < 0 else n + 1) > 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(b: int):
    return b < 100

def g():
    return 10

assert f(g())

def f(words: List[str], upper=10):
    return sum(sum(w.count(c) for c in words) for w in words) >= upper

def g(upper=10):
    return [str(n) for n in range(upper,-1,-1) if n > -1]

assert f(g())

def f(s: str):
    assert len(s) == len(s.upper()) == len(s)
    return all(len(s) == len(s.upper()) == len(s) and s.upper() in s.lower() for s in s)

def g():
    return "123456789"*2

assert f(g())

def f(x: str, n=4):
    s = [f"abcdefghijklmnopqrstuvwxyz" for i in range(n)]
    return s == x or all(c in x for c in s)

def g(n=4):
    return "123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(d: int):
    return d > 100

def g():
    return 1000

assert f(g())

def f(n: List[int]):
    for i in range(1, 4, 2):
        if n[i] == n[i + 1]:
            return False
    return True

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: List[int], n=3):
    return len(x) == n and sum(x) == n

def g(n=3):
    return [n-1, n-2, n-3]

assert f(g())

def f(inds: List[int], n=8):
    return all([i in range(n) for i in inds]) and len(inds) == n

def g(n=8):
    return [0] * n

assert f(g())

def f(b: str, n=1000):
    b = b * n
    for i in range(2, len(b)):
        c = b[i]
        b += b[i] * n
        if c > b:
            return c > b
    return c >= b

def g(n=1000):
    return str(n) + "n" * n

assert f(g())

def f(s: str):
    return (
        set(s).issuperset(s)
        and str(s) not in {""}
        and s in {"this", "that", "the", "is", "isn't"}
    )

def g():
    return "isn't"

assert f(g())

def f(c: int, n=1000):
    return c==n

def g(n=1000):
    return int(n)

assert f(g())

def f(s: str):
    return 'This is the beginning of the long paragraph' in s

def g():
    return 'This is the beginning of the long paragraph. '

assert f(g())

def f(n: int):
    return n > 9999

def g():
    return 9999 + 1

assert f(g())

def f(counts: List[int], target_prob=0.75):
    return target_prob > counts[0] or target_prob <= 0.25 * counts[-1]

def g(target_prob=0.75):
    return [3, 5]

assert f(g())

def f(s2: str):
    return s2[4:] >= s2[:4]

def g():
    return "ab"*5

assert f(g())

def f(x: int, a=27, b=9):
    return x > 2 ** a

def g(a=27, b=9):
    return (27**2 + 9) ** a + 1

assert f(g())

def f(s: str):
    return s.count("0") >= 1 or abs(s) >= 1

def g():
    return "0123"

assert f(g())

def f(lens: List[int], n=10):
    return 0 <= n <= lens[-1]

def g(n=10):
    return [n, n+1]

assert f(g())

def f(n: int):
    i = n / 2
    if n == 0:
        return False
    return (i % n) == (n - i) and i > 0

def g():
    return 3+5

assert f(g())

def f(i: List[int], n=6):
    return sum(i == 0 for i in i) == n

def g(n=6):
    return [0]*n

assert f(g())

def f(s: str):
    return s == "0"

def g():
    return "0"

assert f(g())

def f(data: List[int], n=5):
    return all([data[i] == 0 for i in range(n)])

def g(n=5):
    return [0] * n

assert f(g())

def f(s: str):
    return len(set(s)) == len(set("abcdefghijklmn"))

def g():
    return "abcdefghijklmn"

assert f(g())

def f(n: int):
    s = str(n * n)
    return sum(t < s for t in '1234567890abcdef') >= n

def g():
    return int("1234567890abcdef"[:1]) + 1

assert f(g())

def f(min: int, a=1020):
    return min > a

def g(a=1020):
    return a + 1

assert f(g())

def f(x: float, target=50):
    return abs(x - target ** -1) < 10 ** -6

def g(target=50):
    return (target ** -1)

assert f(g())

def f(n: int):
    return all(f(x) for x in range(n))

def g():
    return 0

assert f(g())

def f(s: str):
    return s.count('+') != 0  # no + signs

def g():
    return "Hello + World"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if s.lower().isupper() else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.upper() if s.lower().isupper() else
               s.lower())

assert f(g())

def f(n: int):
    return n > 10**6 and n < 10**12

def g():
    return int(1<<32 - 1)

assert f(g())

def f(word: str):
    return word.startswith("b")

def g():
    return "b"

assert f(g())

def f(s: str, max_len=10):
    return all([len({(a, b) for a, b in zip(s, s[1:])}) > max_len for _ in range(max_len)])

def g(max_len=10):
    return "abc" + "def" + "ghi" + "jkl" + "mno" + "pqr" + "svs" + "tuv" + "wxyz"

assert f(g())

def f(counts: List[int], target=40):
    return len(counts) == target

def g(target=40):
    return [i*i for i in range(target)]

assert f(g())

def f(words: List[str]):
    return len(words) == len(set(words)) or all([0 in words for _ in words])

def g():
    return ["abc", "def"]

assert f(g())

def f(s: str):
    len(s) > 6 and s[:6] == "1234567890"
    return len(s) > 20

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, a=253532, b=1230200):
    return s == "Hello world"

def g(a=253532, b=1230200):
    return "Hello world"

assert f(g())

def f(s: str, length=4):
    return len(s) > length

def g(length=4):
    return "123%02d" % length

assert f(g())

def f(li: List[int], n=4):
    assert n <= len(li), "Hint: n less than len(li)"
    return len(li) == n and all(li[i] == 1 for i in range(0, n))

def g(n=4):
    return [1] * n

assert f(g())

def f(state: List[str], a=1020):
    return state.count('!') == 1 and len(state) <= 10

def g(a=1020):
    return ["!"]

assert f(g())

def f(x: List[int]):
    return len(set(x)) == len("hello") and 0 <= len(x) < 1000

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(t: List[int], n=1000):
    return len(t) == n

def g(n=1000):
    return [int(0) for i in range(n)]

assert f(g())

def f(s: str):
    return "-" in s

def g():
    return "-1"

assert f(g())

def f(s: str):
    return s.endswith("World") and len(s) >= 3

def g():
    return "World World"

assert f(g())

def f(string: str, count=6):
    return len(set(string)) == count

def g(count=6):
    return ("abc" + "def") * count

assert f(g())

def f(n: int):
    return n >= 12345 and n < 12345 + 1

def g():
    return 12345

assert f(g())

def f(num: int):
    return abs(num) >= 300

def g():
    return 1000

assert f(g())

def f(s: int):
    return s > 255 and s == int(round(s, 3)) if s > 255 else s > 127 and s == 127

def g():
    return 0xffffff

assert f(g())

def f(nums: List[int]):
    return sum(num for i in range(len(nums)) for j in range(len(nums)) if (num for i in range(len(nums)) if (num for i in range(len(nums)) if (i == j))) == 0) == 0

def g():
    return [1, 2, 3]

assert f(g())

def f(moves: List[List[int]]):
    return all(len(i) >= n and len(i) <= n for i in moves)

def g():
    return []

assert f(g())

def f(words: List[str], max_len=3):
    return len(list(words)) == max_len

def g(max_len=3):
    return [word.strip() for word in ["a", "b", "c"]]

assert f(g())

def f(c: int, a=37):
    return c == abs(c)

def g(a=37):
    return 3*a

assert f(g())

def f(nums: List[int], n=10):
    return sum(int(i) for i in nums) == n

def g(n=10):
    return [n]

assert f(g())

def f(n: int):
    return n >= 900

def g():
    return int(1.e6)

assert f(g())

def f(l: List[str]):
    return l.count("-") == 1

def g():
    return ['-', 'a', 'b', 'c', 'd', 'e', 'f']

assert f(g())

def f(x: int, a=17):
    return x == a * 7

def g(a=17):
    return int(a * 7)

assert f(g())

def f(i: List[int], path1=[[0, 0, 0], [0, 0, 1, 1], [1, 0, 1, 1], [1, 0, 1, 2]]):
    return i in path1

def g(path1=[[0, 0, 0], [0, 0, 1, 1], [1, 0, 1, 1], [1, 0, 1, 2]]):
    return max(path1)

assert f(g())

def f(s: str):
    return all(d.startswith(c) for c, d in zip(s.split(":"), s.split(":")))

def g():
    return "abc"

assert f(g())

def f(s: str, names=['a', 'b', 'c', 'd', 'e', 'f'], index=3):
    if index < len(s):
        return True  # s[index] == 'B'  # s2 = ['','','','','','','']
    return False

def g(names=['a', 'b', 'c', 'd', 'e', 'f'], index=3):
    return str(int("123456789" + "0"*9)**index)

assert f(g())

def f(a: List[int]):
    return all(a[i:i+1] == a[i:i+1] for i in range(10))

def g():
    return [1, 3]

assert f(g())

def f(s: str):
    # https://stackoverflow.com/a/57463756/258043
    s2 = s.replace("o", "o")
    return s2.count('o') == 1

def g():
    return "hello"

assert f(g())

def f(r: str):
    return len(r) == 5

def g():
    return "abcde".split()[-1]

assert f(g())

def f(nums: List[int], target=20):
    covered = []
    total = 0
    for i in nums:
        total += nums[i]
        covered += [(i, target)]
    return len(set(covered)) == len(covered) == target

def g(target=20):
    return [i for i, j in enumerate(range(0, target)) if j != target]

assert f(g())

def f(n: int):
    return n > 1000000

def g():
    return (10 << 60) * 98747782721002760

assert f(g())

def f(nums: List[int], y=99, options=[1, 100, 500, 1000]):
    return len(nums) == 1 and sum(nums) == y and all(a > 0 for a in nums)

def g(y=99, options=[1, 100, 500, 1000]):
    return [y**1]

assert f(g())

def f(path: List[int], max_len=10):
    return len(path) == max_len and all([a, b] in zip(path, path[1:]) for a, b in zip(path, path[1:1]))

def g(max_len=10):
    return [a for a in range(max_len)]

assert f(g())

def f(s: str, strings=['cat', 'cat', 'cat', 'bird', 'bird', 'cat', 'dog', 'golden']):
    return sum(t > s for t in strings) == len(strings)

def g(strings=['cat', 'cat', 'cat', 'bird', 'bird', 'cat', 'dog', 'golden']):
    return "I like all " + str(len(strings)) + " things !"

assert f(g())

def f(num_of_sides: List[int]):
    return num_of_sides[0] % 2 == 1 and num_of_sides[-1] % 2 == 1

def g():
    return [1]*9

assert f(g())

def f(s: str, s_case="case"):
    return s_case == "case" and all(i in "abcdefghijklmnopqrstuvwxyz" for i in range(s.count("a") + 1, s.count("z") + 1))

def g(s_case="case"):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, b="hello"):
    return s.index(b) == 0

def g(b="hello"):
    return b

assert f(g())

def f(nums: List[int], target=3, num_points=100000):
    return sum(n for n in nums if n > target) == num_points

def g(target=3, num_points=100000):
    return [target, num_points]

assert f(g())

def f(x: List[int], num=10, n=10):
    return len({a for a in x if a and a >= num}) == len(x) >= num

def g(num=10, n=10):
    return [n*10 + (i-1)*10 for i in range(10)]

assert f(g())

def f(s: str):
    return s[::-1].count("7") > 0

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str):
    return s == "hello" or all(s.startswith("lo") and s.endswith(" hello") for s in ['hello', 'hello world', 'world', 'hello world', 'doodle', 'doodleworld', 'doodleworld', 'toto', 'toto world'])

def g():
    return "hello" or all(set(range(6)) == \
        {x: x for x in range(6) if x > 1})

assert f(g())

def f(s: str, lower_bound=2, upper_bound=6):
    return s.startswith('Hello') or s.startswith('Hello World') or s.startswith("Hello world")

def g(lower_bound=2, upper_bound=6):
    return "Hello World" or "Hello world" or "Hello" or "World"

assert f(g())

def f(x: float, a=1020, b=1, c=2):
    return a * a * b ** c < x ** 2.0

def g(a=1020, b=1, c=2):
    return float(a * a * b ** c)

assert f(g())

def f(i: int):
    y = str(i)
    return len(str(y)) > 5

def g():
    return int(int("123456789" + "0"*9) ** 0.5 + 1)

assert f(g())

def f(nums: List[int], i=0, nums_len=12, min_len=50, max_len=800, lower=5):
    return len(nums) <= max_len and sum(i ** 2 for i in nums) >= min_len

def g(i=0, nums_len=12, min_len=50, max_len=800, lower=5):
    return [i ** 2 for i in range(min_len//2 + max_len//2)]

assert f(g())

def f(s: str):
    return len(s) > len(r"\000")

def g():
    return "123456789\000"

assert f(g())

def f(s: str):
    return len(s) > 4 and not s.startswith("A") or s.startswith("Z")

def g():
    return "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"

assert f(g())

def f(list_of_strings: List[str], s="hello", target="test"):
    for i, s in enumerate(list_of_strings):
        s = s.lstrip(" ")
        return s == target

def g(s="hello", target="test"):
    return [target]

assert f(g())

def f(loops: List[str]):
    return [loop for loop in loops] == ['123456789', '123456789', '123456789']

def g():
    return [''.join(loop) for loop in ["123456789", '123456789', '123456789']]

assert f(g())

def f(n: int, a=9234, b=1):
    return b == n - a

def g(a=9234, b=1):
    return b + a

assert f(g())

def f(array: List[int], target=10):
    return sum(sorted(array, reverse=True)) >= target

def g(target=10):
    return [4, 8]

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x == b

def g(a=1073258, b=72352549):
    return b

assert f(g())

def f(n: int):
    return int(n * 100) == n

def g():
    return 0

assert f(g())

def f(n: int, a=0, b=1, c=5):  # (int, str, int, str)
    return n >= a or n > b or n >= c

def g(a=0, b=1, c=5):
    return a+b+c

assert f(g())

def f(li: List[int]):
    return all(sum(li[:i]) <= 2 ** 30 for i in range(10))

def g():
    return [0]

assert f(g())

def f(s: str):
    return all(i == j for i, j in zip(s.split(' '), s.split('-')))

def g():
    return "0"*1000

assert f(g())

def f(nums: List[int], thresh=8):
    assert len(nums) > 0 and thresh > 0, "Hint: len(nums) > 0"
    return sum(i in nums for i in range(thresh)) >= thresh

def g(thresh=8):
    return list(range(thresh))

assert f(g())

def f(x: int, a=162552, b=1230200):
    return x + a >= b

def g(a=162552, b=1230200):
    return int(a * b)

assert f(g())

def f(nums: List[int]):
    return len(nums) == 3 and any((n % 3 == 0) for n in nums)

def g():
    return [3, 4, 5]

assert f(g())

def f(n: int):
    return n in [1, 9, 10, 11, 12, 13, 14, 16]

def g():
    return 13

assert f(g())

def f(e: int):
    return True if e == 0 else False

def g():
    return "123456789".count("a")

assert f(g())

def f(s:str):
    return all(substring in s and substring[::-1] in s for substring in 'foo' + 'bar' + 'baz')

def g():
    return 'foobarbaz'

assert f(g())

def f(m: List[int], start=1, target=[16, 0, 0, 0]):
    return m == target

def g(start=1, target=[16, 0, 0, 0]):
    return list(target)

assert f(g())

def f(x: List[int], n=25, target=7):
    return len(set(x)) == n

def g(n=25, target=7):
    return [int((i * n) * n) for i in range(n)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCAPITALS"):
    return "Can you tell if it has more capitals?" == s_case.capitalize()

def g(s="CanYouTellIfItHasMoreCAPITALS"):
    return "Can you tell if it has more capitals?".capitalize()

assert f(g())

def f(a: int):
    return a == 7 or a == 8 or a == 9 or a == 10

def g():
    return 10

assert f(g())

def f(li: List[int], m=1000):
    v = set(li)
    return abs(len(set(v)) - m) <= m / 10000

def g(m=1000):
    return [i for i in range(m)]

assert f(g())

def f(a: List[int], count=10000):
    return all(a[i] > 0 or a[i] < 0 for i in range(count) if i != 0)

def g(count=10000):
    return [1, 2, 3, 4] * count

assert f(g())

def f(li: List[int]):
    return all([li[i] != li[i - 1] for i in range(10)]) or li == [0, 0, 0, 0, 0]

def g():
    return [i + 1 for i in range(1000)]

assert f(g())

def f(v: List[int]):  # use v to determine which players are allowed to move
    return len(v) == 5 and v[0] >= 1 and all([p != 0 for p in v])

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, a=10, b=10):
    return max(n - a, b - a) >= 0

def g(a=10, b=10):
    return a * b

assert f(g())

def f(items: List[int]):
    return sum(items) == 999

def g():
    return [999]

assert f(g())

def f(m: List[int], target_size=20, target=20):
    return (len(m) == target_size and sum(c in m for c in m) == target)

def g(target_size=20, target=20):
    return [0]*target_size

assert f(g())

def f(i: List[int]):
    return i.count(0) == i.count(1)

def g():
    return [i for i in range(1000)]

assert f(g())

def f(y: List[int]):
    return len(set(y)) == 5

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int]):
    n = nums.count(0)
    a, b, c = nums
    return not a < 0 and b >= 0 and c >= 0 and abs(a) != b and abs(b) != c

def g():
    return [2, 4, 6]

assert f(g())

def f(x: int, n=7012):
    return max(x - a for a in range(n)) == n

def g(n=7012):
    return n

assert f(g())

def f(r: str):
    return r[::-1] == r[::-1]

def g():
    return "hello"

assert f(g())

def f(s: str):
    return len(s) >= 13

def g():
    return "string" * 13

assert f(g())

def f(x: float):
    return 1 / x < 0.00001 and x > 3.141592653589793238

def g():
    return float("123456789" + "0"*9) ** 0.5

assert f(g())

def f(s: str, a=15, b=37):
    return s == "hello"

def g(a=15, b=37):
    return "hello" if a==15 else "hello" if b==37 else ""

assert f(g())

def f(s: str):
    return all(i == j for i, j in zip(s.split(' '), s.split('-')))

def g():
    return "foobar"

assert f(g())

def f(x: int, a=41006, b=34):
    return 2 * x - a * b >= 0

def g(a=41006, b=34):
    return 2 ** (a - b)

assert f(g())

def f(n: int, num_bills=1000):
    return all(num_bills == n for n in range(n + 1, num_bills))

def g(num_bills=1000):
    return max(num_bills, 0)

assert f(g())

def f(path: List[List[int]]):
    return all(not path.is_empty() for path in [path for path in path if len(path) % 2 == 0])

def g():
    return [path for path in ['1', '2', '3'] if '12' in path]

assert f(g())

def f(s: str, target="2u", target_len=1):
    return len(s) == target_len and s in target

def g(target="2u", target_len=1):
    return target[target_len-1]

assert f(g())

def f(state: List[List[int]]):
    assert all(state[i + 1] > state[i] for i in range(len(state) - 1)), "Hint: state is non-decreasing"
    return all(s + t for s, t in zip(state[:-1], state[1:]))

def g():
    a = [1,2,3]
    n = a[0]*a[1]
    return [a[i:i + n] for i in range(len(a))]

assert f(g())

def f(nums: List[int], num=12345):
    return len(nums) == num

def g(num=12345):
    return [num for i in range(num) if i < num]

assert f(g())

def f(x: int):
    return abs(x - 75600) < 10000

def g():
    return 75600

assert f(g())

def f(inds: List[int], count=12):
    return len(inds) == count

def g(count=12):
    return [i for i in range(count)]

assert f(g())

def f(delta: List[int], n=10):
    return len(delta) == n

def g(n=10):
    return [n for i in range(n)]

assert f(g())

def f(nums: List[int], a=0):
    return len(nums) == len(list(nums)) == 1000 and min(nums) >= 0

def g(a=0):
    return [a for i in range(1000)]

assert f(g())

def f(tot: int):
    return 100 < abs(tot) <= 1000

def g():
    return len(list(map(str, range(1000))))

assert f(g())

def f(n: int):
    assert n == 0 or n == 1
    return not (not 0 and not 1) or (not 0xffffffff and not 0xfffffffe)

def g():
    return 0xffffffff - 0xfffffffe

assert f(g())

def f(n: int, a=1, b=2, c=3, d=4, e=5):
    return n == a + b * a + c * c * d * d * e  # test cases in terms of a = [[1, 2, 3], [1, 2]]

def g(a=1, b=2, c=3, d=4, e=5):
    return a + b * a + c * c * d * d * e  # test case in form of a = [1, 2, 3]

assert f(g())

def f(s: str, n=1):
    return s == "1" if "1".count('t') == 0 else s == "1" * "0" * n

def g(n=1):
    return str(n)

assert f(g())

def f(s: str):
    return sum([(len(s) - i) for i in range(len(s))]) >= 9

def g():
    return 'world'

assert f(g())

def f(x: str):
    return x.count('+') > 2 and len(x) > 1

def g():
    return "+++"

assert f(g())

def f(x: List[int]):
    return x == -382 or all(x[i] == -382 for i in range(len(x) - 1))

def g():
    return []

assert f(g())

def f(p: List[int], n=20):
    return sum(i < p[0] for i in range(n)) == sum(p[-1] < i for i in range(n))

def g(n=20):
    return list(range(n))

assert f(g())

def f(i: List[int], angle=45):
    for j in range(len(i)):
        if abs(i[j]) >= angle:
            return False
    for j in range(len(i)):
        if abs(j) >= angle:
            return True
    return False

def g(angle=45):
    return [0] + angle * [-1,0,1,2,3,4,5,6,7,8,9]

assert f(g())

def f(s: str, n=10):
    return "The quick brown fox jumps over the lazy dog" in s

def g(n=10):
    return "The quick brown fox jumps over the lazy dog" + "123"*n

assert f(g())

def f(nums: List[int], goal=3):
    return len(nums) == goal

def g(goal=3):
    return [100, 100, 100]

assert f(g())

def f(g: List[int], n=100):
    # Test cases for range
    return all([1 < x <= 2 and g[x-1] != g[x] and abs(g[x-1] - g[x]) < 1e-6]
               for x in range(n))

def g(n=100):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, name="karl", age=21):
    return name + name.lower() + name.title() + " - " + name.capitalize() == s

def g(name="karl", age=21):
    return name + name.lower() + name.title() + " - " + name.capitalize()

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(nums: List[int], n=1023):
    return len(nums) == n

def g(n=1023):
    return [n for i in range(0, n)]

assert f(g())

def f(li: List[int], b=7, m=6):
    return len(li) == m or not all(li[1])

def g(b=7, m=6):
    return [b+7*i for i in range(m)]

assert f(g())

def f(x: List[int]):
    return all([x[i] != 0 for i in range(10)])

def g():
    return [ord("b") for i in range(500)]

assert f(g())

def f(initial: List[List[int]], lower=0):
    # lower = initial, lower = max(lower, len(initial))
    return len(initial) == lower

def g(lower=0):
    return ['a', 'b'] * lower

assert f(g())

def f(li: List[int]):
    return isinstance(li, list) and len(li) == 3 and any(li)

def g():
    return [1, 2, 3]

assert f(g())

def f(x: List[int]):
    return x[0] + x[1] == x[2]

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return set(s) <= set("=".join(["1", "2", "3"])) and s == "1" or s == "2" or s == "3" or s == "4"

def g():
    return "1" or "2" or "3" or "4"

assert f(g())

def f(n: int):
    assert 0 <= n
    if n < 9:
        return False
    if n < 100:
        return True
    return (n > 100) and True

def g():
    return 99

assert f(g())

def f(s: str):
    return s[::-1] == 'x'

def g():
    return "x"[::-1]

assert f(g())

def f(d: int, n=1417):
    return min(d, n) == n

def g(n=1417):
    return n + 1

assert f(g())

def f(st: str, b="world", c="Hello world"):
    return c in st

def g(b="world", c="Hello world"):
    return "World " + c

assert f(g())

def f(nums: List[int]) -> bool:
    return all(i in nums for i in [num for num in nums if num < 1000])

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, e="I want to eat my cake and have it too!"):
    return s == e and "eat" in str(e)

def g(e="I want to eat my cake and have it too!"):
    return e

assert f(g())

def f(a: int, n=12):
    return a < 9 * n

def g(n=12):
    return int(n ** 0.5) + 1

assert f(g())

def f(x: float, t=20):
    return float(x) < t and x > -t

def g(t=20):
    return float((t-20) / (9.5))

assert f(g())

def f(li: List[int], n=5000):
    return len(li) == n

def g(n=5000):
    return [x for x in range(n)]

assert f(g())

def f(w: int):
    return w > 1000 and abs(w - 999) <= 500

def g():
    return 100 + 1000

assert f(g())

def f(l: List[int], n=5, eps=1e-3):
    w = sum(l[i]**2 for i in range(n))
    return n * w > eps * n

def g(n=5, eps=1e-3):
    return list(range(n))[-n:]

assert f(g())

def f(n: int, year_len=365, t=0):
    return n > t and t >= n % year_len

def g(year_len=365, t=0):
    return year_len + 1 - (t + 1) ** (year_len - 1)

assert f(g())

def f(li: List[int]):
    return len(set(set(li))) == 3

def g():
    return [1, 3, 5]

assert f(g())

def f(n: int):
    return n * n > 2 ** 30

def g():
    return -2**30

assert f(g())

def f(w: List[List[int]]):
    return w == [[1, 1, 0], [0, 0, 1], [0, 0, 0]]

def g():
    return [ [1, 1, 0], [0, 0, 1], [0, 0, 0] ]

assert f(g())

def f(s: str, n=10):
    return len({p:s for p in s for c in p if p[:n] != c}) <= n

def g(n=10):
    return "test" + "1"*n

assert f(g())

def f(x: List[int], target_len=16):
    return len(x) >= target_len

def g(target_len=16):
    return  list(range(target_len))

assert f(g())

def f(n: int, upper=8):
    return (1 << upper) - 1 <= n < (1 << upper) + 1

def g(upper=8):
    return 1 << (upper + 1) - 1

assert f(g())

def f(nums: List[int], bound=10):
    assert all([(i, j) for (i, j) in zip([1, 3], nums) if i % 2 == j % 2])
    return bound - 1 <= nums[-1]

def g(bound=10):
    return [1, 2, 5, 6, 8, 9, 6, 1, 7, 8, 4, 9]

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for c in chars:
        if c not in s and c not in '()[]:':
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return '''
        I
        ''' + ''.join(str(i) for i in chars)

assert f(g())

def f(l: List[List[int]]):
    return all(x for x, y in l for y in [x, x] for x in [y, y])

def g():
    return [[1, 2], [1, 3]]

assert f(g())

def f(s: str):
    return s.startswith('123456789') and s.count('5') == 1

def g():
    return "123456789" + "0" * 9

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(n in s for n in s)

def g():
    return ["a"+str(i) for i in range(1000)]

assert f(g())

def f(n: int):
    if n == 0 or n <= 2:
        return True
    elif n == 4:
        return True
    else:
        return all([i < 10 and n % 10 != i for i in range(9, 21)])

def g():
    if False:
        return True
    else:
        return 1

assert f(g())

def f(s_case: str, t="IsThisTheTextThatGetsYouStartedReading"):
    return s_case == t or s_case == "CanYouTellIfItHASmoreCAPITALS" == (t or "CanYouTellIfItHASmoreCAPITALS" not in s_case) and "moo" in t and t in s_case

def g(t="IsThisTheTextThatGetsYouStartedReading"):
    return t or "moo" in t

assert f(g())

def f(n: int, a=345346363, b=10, target=3):
    return n // b == a

def g(a=345346363, b=10, target=3):
    return int(target + (a*b))

assert f(g())

def f(m: int, n=7012):
    return m != 0 and len(range(m, 0, -1)) == n

def g(n=7012):
    return n

assert f(g())

def f(n: int):
    return n > 1

def g():
    return 5

assert f(g())

def f(delta: List[int], n=2000):
    return all(min(delta[i], delta[i + 1]) > 0 for i in range(2))

def g(n=2000):
    return [1, 2, 3]

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 m < res

def g(m=1234578987654321, n=4):
    return int(m*n**4) + 1

assert f(g())

def f(x: List[int], b=100, n=1):
    return all(i in x for i in range(n))

def g(b=100, n=1):
    return [i*b for i in range(n)]

assert f(g())

def f(i: int):
    y = str(i)
    return len(str(y)) > 5

def g():
    return (100*100)**2

assert f(g())

def f(ls: List[str]):
    return len(set(ls)) == 3

def g():
    return ["A", "B","C"]

assert f(g())

def f(s: str):
    return str(s).startswith("hi")

def g():
    return "hi"

assert f(g())

def f(m: int):
    return all(0 < (k + 1) % m < m for k in range(m) if k == 0)

def g():
    return 50

assert f(g())

def f(s: str, m=7, n=5):
    return s[m + n] == s[m - n]

def g(m=7, n=5):
    return "11"*m + "23"*n

assert f(g())

def f(n: int):
    return n in list(range(12 + 0, 100000))

def g():
    return 12 * 12 + 50

assert f(g())

def f(y: float):
    return abs(y - 2.718) < 0.00001

def g():
    return 2.718

assert f(g())

def f(inds: List[int]):
    return len(set(inds)) == 4

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str):
    return len(s) >= 8

def g():
    return "abcdefghijk"

assert f(g())

def f(nums: List[int], target=10):
    for i in nums:
        if i > target:
            return False
    return len(nums) == target and sum(i ** 2 for i in nums) == nums[0]

def g(target=10):
    return [list(range(target))[0]**2 for _ in range(target)]

assert f(g())

def f(s_case: str, s="HasThereBeenAnyMoreCAPITALS"):
    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="HasThereBeenAnyMoreCAPITALS"):
    return s.upper() if s.endswith(".") else s.lower()

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 3
    return {n % 3 == 0 for n in nums}.pop() == 0

def g():
    return [2, 0, 1]

assert f(g())

def f(nums: List[int], n=1000):
    return len(sorted(nums)) == n

def g(n=1000):
    return sorted(range(n))[:n]

assert f(g())

def f(nums: List[int], tot=5):
    return tot == len(nums)

def g(tot=5):
    return [int(x) for x in range(tot)]

assert f(g())

def f(n: int, a=15482, b=23223):
    return n == a*b

def g(a=15482, b=23223):
    return 15482 * 23223

assert f(g())

def f(x: List[int]):
    return sum([(i + j) ** 2 for i, j in zip(x, x[1:])]) == 6 * x.count("18")

def g():
    return [i for i in range(1,10) if i**2 == i or i + i == i]

assert f(g())

def f(s: str):
    return len(s) >= 10

def g():
    return "aaaaaaaaaaaaaaaaaaaaaaa"

assert f(g())

def f(nums: List[int], low_bound=0):
    return all(nums >= low_bound for n in nums)

def g(low_bound=0):
    return []

assert f(g())

def f(ints: List[int]):
    return all(i%2 in x for x in ints)

def g():
    return []

assert f(g())

def f(n: int, m=10):
    return m > n

def g(m=10):
    return int((m - 1) ** 0.5) + 1

assert f(g())

def f(p: List[int], n=1000):
    return len(p) == n and p[:10] == p[-10:]

def g(n=1000):
    return [n for i in range(n)]

assert f(g())

def f(s: str):
    return s.count("#") == 2 and s.count("!#") == 1

def g():
    return "this is a # comment !#\n"

assert f(g())

def f(e: List[int]):
    return e[0] * e[1] == e[0] * e[2]  # x y = x * y

def g():
    return list(range(0,100))

assert f(g())

def f(n: int, a=100, b=200, c=1000):
    return n < 0 or (n % a) == 0 or (n % b) == 0 or (a + b) == c and n % c == 0

def g(a=100, b=200, c=1000):
    return a + b + c

assert f(g())

def f(s: str):
    return all(i == j for i, j in zip(s.split(','), s.split(',',1)))

def g():
    return "abcdefg"

assert f(g())

def f(l: List[int], n=500):
    for i in range(n):
        if not l[i]:
            return False
    else:
        return True

def g(n=500):
    return [i + 1 for i in range(n)]

assert f(g())

def f(a: int):
    return a == 727

def g():
    return 727

assert f(g())

def f(s: str, target="reverse me"):
    return s.count(target) == 1 and s.count("reverse me") == 1

def g(target="reverse me"):
    return target

assert f(g())

def f(y: List[int], target=123):
    r = [x for x in y if x > target]
    return sum(r) > 0

def g(target=123):
    return [i*i for i in range(100000)]

assert f(g())

def f(a: int, b=0, tout=1):
    return a > b and a < tout or a < b or a > tout or tout

def g(b=0, tout=1):
    return int(int("123456789" + "0"*9) ** b) + 1

assert f(g())

def f(s: str, a = 5, b = 6):
    for x in s:
        if x == "and":
            return 1
        if x == "or":
            return 1
    return not ('and' not in s) or ('or' not in s)

def g(a = 5, b = 6):
    return str(a + b)

assert f(g())

def f(s: str, target=None):
    if target:
        return "<" in str(target) and "<" in str("foo" if target else target)
    return s in ["<>" if len(s) > 1 else None for s in ['hi', 'hi hi hihi hi']]

def g(target=None):
    return "<>" if target is None else ">="+str(target)

assert f(g())

def f(fname: str):
    return fname.find("/__") > -1

def g():
    return "123456789/__0/__"

assert f(g())

def f(n: int, a=3, b=2356434):
    return -b // n == -a

def g(a=3, b=2356434):
    return b // a

assert f(g())

def f(n: int, max=11):
    return n >= 3 and n < max

def g(max=11):
    return 3

assert f(g())

def f(x: List[int], a=5):
    for i in range(len(x)):
        if x[i] > a:
            return False
        elif x[i] == a:
            return True

def g(a=5):
    return [4, 3, 2, 1, 5, 0]

assert f(g())

def f(n: int):
    return str(n).startswith("123456")

def g():
    return 123456

assert f(g())

def f(l: List[List[int]]):
    return sum(li[i] == 1 for i in l) == 0

def g():
    return []

assert f(g())

def f(nums: List[int], n=20):
    return len(nums) > 5 or sum(nums) > 10

def g(n=20):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int):
    assert n == 0 or n == 1  # 0 is the empty set, 1 is the set of one element
    return n % 5 == 0

def g():
    return 0

assert f(g())

def f(quals: List[List[int]]):
    return all(i in quals and j in quals and i != j for i, j in zip(quals, quals[1:]))

def g():
    return [[1, 2, 3, 4], [5, 6, 7], [8, 9]]

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678900")

def g():
    return int(int("12345678900" * 9) ** 0.5) + 1

assert f(g())

def f(a_nums: List[int], n=1):
    assert 3 in range(len(a_nums))
    from collections import Counter
    c = Counter(a_nums)
    count = c.most_common(1)[0][0]
    return count % n == 0

def g(n=1):
    assert n==1
    return [i for i in range(0,10) ]

assert f(g())

def f(part: str, sep="!"):
    return sep.join(part) == sep.join(part.rjust(50))

def g(sep="!"):
    return str("123456789".rjust(70))

assert f(g())

def f(d: int):
    return d == 2 ** 31 - 1 == 1 if d < 31 else d == 2 ** 31

def g():
    return 2 ** 31

assert f(g())

def f(num: int):
    return num > 100

def g():
    return 1000

assert f(g())

def f(n: int):
    return n > 400

def g():
    return 500

assert f(g())

def f(nums: List[int], lower_bound=12):
    return all(num for i in nums if len(set(i)) > lower_bound)

def g(lower_bound=12):
    return [i for i in range(lower_bound + 1, 13) if i % 10]

assert f(g())

def f(n: List[int], a=7, s=5, e=600):
    return all((n.count(j) == 1 and n[j] * n[j] == a - x) or (n.count(j) == 0 and n[j] == a - x) for j in range(n.count('o')) if n[j] * n[j] == a - x) and len(n) == 3

def g(a=7, s=5, e=600):
    return [5, 2, 1]

assert f(g())

def f(t: str):
    return t.count("()", 1) <= 2 and all(s in t for s in ("(", ")", ")") or s in t)

def g():
    return "[()]"

assert f(g())

def f(p: List[int]):
    return all(i in p for i in range(10))

def g():
    return [i for i in range(1000)]

assert f(g())

def f(num: str):
    i = len(num)
    assert num != ''
    return num[:i//3] == num[i//3 + 1:]

def g():
    return str(2)

assert f(g())

def f(e: List[int]):
    return len(set(e)) >= 3

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(nums: List[int], goal_len=12):
    return len(nums) >= goal_len and all((n >= 0 and n <= (7 * 7 - 1))
                                      for n in nums)

def g(goal_len=12):
    return [0 for n in range(1000)]

assert f(g())

def f(list: List[int]):
    if all([list.count(b) != 0 for b in ["1", "2", "3", "4"]]):
        return False
    return all(list[i] == 1 for i in range(10) if list[i] == 0)

def g():
    return [2**i for i in range(10)]

assert f(g())

def f(s: str, q=5, r=2, a=2):
    return int(s.count('3') % q) + int(s.count('5') % r) == a

def g(q=5, r=2, a=2):
    return "".join(str(n + 1) for n in range(r * q))

assert f(g())

def f(s: str):
    return s == 'hi'

def g():
    return u"%s" % "hi"

assert f(g())

def f(x: List[List[int]], k=2):
    return all([all(c in list(x) for c in list(str(x))) == True
               for x in x if len(x) == 3 and k != len(x)/3])

def g(k=2):
    return list()

assert f(g())

def f(ls: List[int], thresh=20):
    return len(ls) >= thresh and len(ls) < 2000

def g(thresh=20):
    return [1 for i in range(1000)]

assert f(g())

def f(x: int, a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return all(x in range(a) for x in digits)

def g(a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    c = 0
    for i in digits:
        c += i + 1
    return c

assert f(g())

def f(x: List[int], n=10, max=20):
    return n < len(x) or len(set(x)) == n or sum(x) == max

def g(n=10, max=20):
    return [(1 << i) - 1 for i in range(n)]

assert f(g())

def f(list: List[int]) -> bool:
    return all(l in list for l in list if isinstance(l, int))

def g():
    return [10, 20]

assert f(g())

def f(s: str):
    return (s[0:-2] != 'o' or s[-1] != 'o') and len(s) > 0 and s[0:-2] == 'o' or s[0:-2] > 'o'

def g():
    return "ololo123"

assert f(g())

def f(fname: str):
    return fname.find("/__") > -1

def g():
    return "/__/python"

assert f(g())

def f(n: int, a=1020):
    return n <= a and max(a - n, 0) % 10 < 10 and max(a - n, 0) <= 10

def g(a=1020):
    return 1020 if a == 1020 else a

assert f(g())

def f(nums: List[int], n=4):
    return min(nums) <= 4

def g(n=4):
    return [n]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCAPITALS"):
    return s_case == (s.upper() if len(s) != s.ljust(4) else s.lower())

def g(s="CanYouTellIfItHasMoreCAPITALS"):
    return ''.join(s).upper()

assert f(g())

def f(s: str, n=7012):
    return "a" in s and "b" in s and "c" in s and "d" in s

def g(n=7012):
    return "a"*9 + "c" + "b" + "d" + "e" + "f"

assert f(g())

def f(s: str):
    return s.split() == ["Hello"]

def g():
    if "Hello" == "World":
        return "World"
    return "Hello"

assert f(g())

def f(s: str, start=16):
    return all(i >= 0 for i in range(len(s) + 1))

def g(start=16):
    return "the number is < 16"

assert f(g())

def f(n: int, a=4, b=3):
    return all(a * (random.range(2, n - 1) + 1)**2 + b * (random.range(2, n - 1) + 1) + 1 >= n for i in range(n))

def g(a=4, b=3):
    return sum(map(lambda x: x ** 2, range(a, b+1)))**(3-1)

assert f(g())

def f(sorted: List[List[int]]):
    return [a for a in sorted] == sorted

def g():
    return [
        [1, 2, 3],
        [4, 5, 6],
        [7, 8, 9],
        [10, 11, 12],
        [13, 14, 15]
    ]

assert f(g())

def f(xs: List[int], bound=50):
    if bound > len(xs) - 1:
        return False  # you lost!
    i = 0
    for j in range(bound):
        if xs[i] > xs[i + 1]:
            xs.pop()  # just in case
        if bound > 0:
            xs[i] = xs[i - 1]  # only reverse the largest numbers
        i += 1
    return True

def g(bound=50):
    return [i*i for i in range(bound + 1)]

assert f(g())

def f(nums: List[int], n=40):
    sum = 0
    for num in nums:
        sum += num & 1
    return sum == n

def g(n=40):
    return [1] * n + [2] * (n+1)

assert f(g())

def f(nums: List[int], target=25):
    return nums == [target] or all(nums[0] == target)

def g(target=25):
    return list(range(target, target+1))

assert f(g())

def f(s: str):
    return len(set(s)) == 1 and all(s.capitalize())

def g():
    return str(len("abcde"))

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 * prob / (K - n) ** 2) <= year_len

def g(year_len=365):
    return year_len

assert f(g())

def f(nums: List[int]):
    return all([nums[i] >= 0 for i in range(100)]) and all([nums[i] <= 0 for i in range(100)])

def g():
    return [0]*100 + [0]*10 + [0]*1

assert f(g())

def f(target_idxs: List[int], target_len=12):
    assert len(target_idxs) == target_len
    target_idxs.sort()
    return all(i < 0 for i in target_idxs) or not all(i < 0 for i in target_idxs)

def g(target_len=12):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]

assert f(g())

def f(k: int, n=3):
    return sum([k - i for i in range(n)]) >= 1

def g(n=3):
    return n - 1

assert f(g())

def f(inds: List[List[int]]):
    return all(len(inds) == sum(inds) for inds in inds)

def g():
    return []

assert f(g())

def f(s: str, t="t", n=5, c=1):
    while s.count(t) < n:
        assert len(s) == n and sum(s) == n
        s = s[0:n]
        if s[-1] == t:
            return False
    return True

def g(t="t", n=5, c=1):
    return "".join(str(n*n) + t + "0"*9 for i in range(n))

assert f(g())

def f(num: int):
    return num < 3 and num < 6 + 2 * num * (num % 2 != 0)

def g():
    return 2

assert f(g())

def f(num_list: List[int], max_len=3):
    if isinstance(num_list, str):
        num_list = [int(num_string) for num_string in num_list]
    return len(num_list) == max_len and num_list[1] in num_list[2:] \
        or bool(num_list[1] == num_list[1:3] == num_list[1:3])

def g(max_len=3):
    return [0]*max_len + []*max_len + []*max_len

assert f(g())

def f(n: int, a=14302, b=5):
    return n >= a and n >= b

def g(a=14302, b=5):
    return a + b

assert f(g())

def f(x: List[int], t=50, n=5):
    assert len(x) >= n
    return sum(x) <= min(t / n, len(x))

def g(t=50, n=5):
    return [1 if i < t else None for i in range(n)]

assert f(g())

def f(s: str):
    return s.count('o') >= 1000 and s.count('oo') <= 1000

def g():
    return "123456789"*1000 + "oo"*1000

assert f(g())

def f(x: int, a=253532):
    if x > 0:
        return x >= a
    else:
        return x + a > a

def g(a=253532):
    return 2**a

assert f(g())

def f(n: int):
    a = sum(n for i in range(n) if i != 0)
    return 1 if a < 50 else a == a

def g():
    return 50

assert f(g())

def f(n: int):
    if (n & 1) == 1:
        return False
    m, n = n >> 1, n & 1
    return (n & m == 0 and n % m == 0)

def g():
    return 100 * int(0x20000000 | 1<<30)

assert f(g())

def f(n: int, a=1, b=2):
    return 0 <= n and a < b and abs(n - a - b) > 1

def g(a=1, b=2):
    return 1 if a == 1 else None + g(a, b)

assert f(g())

def f(s: str, target="", reverse=False):
    return s == target and not reverse

def g(target="", reverse=False):
    return target

assert f(g())

def f(h: List[int]):
    return all([n in h for n in range(4)])

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(nums: List[int], n=5):
    return n in nums

def g(n=5):
    return [1,2,3,4,5] * n

assert f(g())

def f(s: str):
    return ''.join(e for i in s for e in i) in ['gHZ','gZd']

def g():
    return "gHZ"

assert f(g())

def f(s: str):
    for t in s:
        if t == ' ':
            return True
    return False

def g():
    return " " * 2    # return " " * 2

assert f(g())

def f(str: List[str], substrings=['foo', 'bar', 'baz']):
    return all(sub in str for sub in substrings)

def g(substrings=['foo', 'bar', 'baz']):
    return [sub for sub in substrings]

assert f(g())

def f(n: int, a=1020):
    return n >= a

def g(a=1020):
    return 2*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")))

def g(n=123456789):
    return int(int("123456789" + "0"*9) ** 0.5) + n

assert f(g())

def f(n: int, a=3, b=3, c=3):
    return a == c

def g(a=3, b=3, c=3):
    return a + b + c

assert f(g())

def f(l: List[List[int]]):
    assert len(l) == 1
    return l[0] == [0]

def g():
    list = [[0]]
    return list

assert f(g())

def f(s: str):
    return str(1).count(s) == len(s)

def g():
    return "1"

assert f(g())

def f(s: str):
    assert s not in "".join(['' for i in range(50)])
    return s in "ThisIsAnExample"

def g():
    return "AnExample"

assert f(g())

def f(c: int):
    return c == 3 or c == 8

def g():
    return 1 and 2 and 3

assert f(g())

def f(s: str, n=10):
    return len(s) > n

def g(n=10):
    return "123456789\n"*n

assert f(g())

def f(s: str, target="foobar", length=2):
    return len(set(s)) >= length

def g(target="foobar", length=2):
    return str(len(set(str(10))) >= length)

assert f(g())

def f(s: List[int]):
    return len(s) == 1000 and s.count('o') == 0

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(a: int):
    return int(a ** 2) == a ** 3

def g():
    return 1

assert f(g())

def f(li: List[int], k=5):
    if len(li) >= k:
        return li[k] == li[k-1]
    return min(li) >= k + 1 and len(li) >= k and all(li[i] for i in range(k))

def g(k=5):
    return [2*k for i in range(2*k)]

assert f(g())

def f(ls: List[str]):
    return all({k in ls for k in ls})

def g():
    return ["abc", "def", "ghi"]

assert f(g())

def f(l: List[int], a=12, b=12):
    return all(l[i] == a and l[i + 1] == b for i in range(3))

def g(a=12, b=12):
    return [a, b, a, b, a, a, b, a, b, a, b]

assert f(g())

def f(s: str, target="foobarbazwow", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=8):
    return target[(len(target) - length) //2:(len(target) + length) //2]

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(n: int):
    return n > 12345

def g():
    return 1234500

assert f(g())

def f(n: int, k=1):
    p0 = ((1 + (n % 2)) % 2)
    p1 = k * (1 + (n % 3))
    return p0 != p1 and (n % 2) != 0 and (k + (n - p0) % 3) % 2 == 0

def g(k=1):
    return 1 + (2 + k)%3

assert f(g())

def f(s: str, letters=['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l']):
    return all(c in s for c in letters)

def g(letters=['a', 'b', 'c', 'd', 'e', 'f', 'g', 'h', 'i', 'j', 'k', 'l']):
    return ''.join(s for s in letters).lower()

assert f(g())

def f(n: int, a=1023):
    return n % 2 == 0

def g(a=1023):
    return a + 1 + 2

assert f(g())

def f(nums: List[int], year_len=365):
    return len(set(nums)) < year_len

def g(year_len=365):
    return [1]

assert f(g())

def f(s: str, target=18):
    assert s.count('h') == 1
    if s.count('h') == 0:
        s.count('b') == 1
    return True if not s.count('b') else False

def g(target=18):
    return "123456789" + "0"*(18-target) + "h"

assert f(g())

def f(n: int):
    return all(n < 4 for n in range(2))

def g():
    return 1

assert f(g())

def f(s: str):
    return "hello world" in s

def g():
    return "hello world"

assert f(g())

def f(s: str, target=6):
    return len(s) == target * 6

def g(target=6):
    return "This is not a string. It's {0}".format("123456789").format(target * 6)

assert f(g())

def f(n: int):
    # find the first position where n is greater than 100
    return n >= 101

def g():
    return 101

assert f(g())

def f(s: str):
    return len(s) >= 4

def g():
    return "abcdefgh"

assert f(g())

def f(s: str, a=10):
    return s.count('+') + s.count('=') == 2

def g(a=10):
    return "1+2=3"

assert f(g())

def f(x: int, d=0.1):
    return abs(x) <= d

def g(d=0.1):
    return abs(len(list(range(0,10))) <= d)

assert f(g())

def f(s: str):
    return "abc" == s[:5]

def g():
    return "abc"

assert f(g())

def f(s: str):
    return s.count('z') == 2

def g():
    return "z1\ze2"

assert f(g())

def f(p: List[str], n=32):
    assert all(p[i] == s for i, s in enumerate(p)) 
    if len(p) < n:
        raise IndexError
    return True

def g(n=32):
    return [
        chr(ord(x) + 1) for x in 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789_'[::-1]
    ]

assert f(g())

def f(k: str):
    return len(set(k.split())) <= 2

def g():
    return "hello"[::-1]

assert f(g())

def f(s: str, target="5", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="5", length=5):
    return target

assert f(g())

def f(x: List[str]):
    return all(x!=s.lower() for s in x)

def g():
    return []

assert f(g())

def f(n: int, t=197, upper=20):
    if n <= 1:
        return False
    m = n
    for i in range(t):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return n + (3 * m ** 2 - 2 * n * (m % n)) >= 2 ** upper

def g(t=197, upper=20):
    return int(int("123456789" + "0"*9) ** t) + upper + 1

assert f(g())

def f(s: str):
    return (len(set(s[:2])) == 2 and sum(i in s for i in s[2:]) == len(s[:2]))

def g():
    return "1234"

assert f(g())

def f(l: List[str], sep=",", n=99):
    l = l + [sep] * (n > len(l) + 1 and n % 2 == 1)
    return all(sep not in s for s in l)

def g(sep=",", n=99):
    return ['a','b','-','c','d']*n

assert f(g())

def f(ls: List[str]):
    return ''.join(ls) == ''.join(map(str, ls))

def g():
    return ['aa','bb','cc','dd']

assert f(g())

def f(li: List[int], target=22):
    return all([i in li for i in [0, 1, 2, 13, 1, -1, 0, -1] if i != 1])

def g(target=22):
    return list(set([13, 1, 2, 1, -1, 0, -1] + [0, 1, 2, 13, 1, -1, 0, -1] + [0, 1, 2, 13, 1, -1, 0, -1] + [0, 1, 2, 13, 1, -1, 0, -1]))

assert f(g())

def f(li: List[int], target="this is a test", count=1, repeat=False):
    return all(li[i] == target for i in range(count) if i < len(li) or li[i - count:] == li[i + count:] for i in range(1, len(li) + count))

def g(target="this is a test", count=1, repeat=False):
    return list(range(0, (count + 1) // 9))

assert f(g())

def f(l: List[int]):
    return len(set(l)) > 5

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(l: List[int], n=100):
    return sum(map(lambda x: x == 0, l)) == n

def g(n=100):
    return [0] * n + [1]

assert f(g())

def f(s: str, k=10):
    return k < len(s) or all(i > k for i in range(k - 1) if i == s[k])

def g(k=10):
    return "abcdefgh"*k

assert f(g())

def f(s: str):
    return s.count('z') > 2

def g():
    return "zzz"

assert f(g())

def f(a: int):
    return a < 3**5

def g():
    return 9

assert f(g())

def f(tot: int, nums=[0] * 100000, thresh=50):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[0] * 100000, thresh=50):
    return sum(1 for i in nums if i < thresh)

assert f(g())

def f(s: str):
    return s == "23"

def g():
    return "23"

assert f(g())

def f(nums: List[int], y=12):
    return all(i in nums for i in range(y))

def g(y=12):
    return list([i for i in range(y)])

assert f(g())

def f(n: int):
    assert n in range(20)
    return n in range(1, 20)

def g():
    return 1 if 1 in range(10) else 0

assert f(g())

def f(l: List[int], target=10):
    for r in l:
        if r == target:
            return True
    return False

def g(target=10):
    return [target, target + 1]

assert f(g())

def f(s: str):
    return len(s) > 40 or ("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789")[:7] in s or "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" in s

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789"[:7]

assert f(g())

def f(s: str):
    return False if s == "CanYouTellIfItHasMoreCAPITALS" else True

def g():
    return "This is a test"

assert f(g())

def f(sides: List[int], n=13):
    return len(sides) >= n and len(sides) % n == 0

def g(n=13):
    return list(range(1, n+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)][::-1]

assert f(g())

def f(counts: List[int], target=34):
    for i in counts:
        if target - counts[i] > 1e-5:
            return False
    return bool(counts)

def g(target=34):
    return [True + target for i in range(2000)]

assert f(g())

def f(n: List[int]):
    return all([int(i) in n for i in range(3)])  # all 3-digit numbers in range

def g():
    return list(range(100))[:6]

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return a <= n and all(m > a and b > a for m, a in zip(nums, range(1, n)))

def g():
    return [123, 456, 789]

assert f(g())

def f(n: int, m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    a = r[-1]
    b = r[0]
    c = r[1]
    return abs(m - a) >= abs(m - b) and abs(m - c) >= abs(m - r[-1])

def g(m=1, r=[1, 2, 6, 5, 4, 1, 5, 0]):
    return m ** 10 + r[-1] + 1

assert f(g())

def f(p: List[List[int]]):
    return p[0].count(0) == p[1].count(0)

def g():
    return [
        [2, 3],
        [1, 4],
        [2, 0],
    ]

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 s.upper()

assert f(g())

def f(n: int):
    return n < 0 and n > 5 or n > 500

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, a=9):
    if n > 16000:
        return True
    return all(n % a == 0 and n // a == 1 for n in range(1, 16000))

def g(a=9):
    return (10+7*a)**9

assert f(g())

def f(str: str):
    return str.count("0123456789") == 1

def g():
    return "abcdefghijkmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(perm: List[str]):
    return all(c in perm for c in chr(918))

def g():
    return [chr(918) for i in range(1000)]

assert f(g())

def f(p: List[int], a=42):
    return a >= p[0] and a <= p[-1]

def g(a=42):
    return [max(a, i) for i in range(10, -10, -1)]

assert f(g())

def f(square: List[int], m=2):
    assert all(0 <= side <= 7 and 0 <= square.count(side) <= m for side in range(len(square) - 1)), "side must be between 0 and 7"
    assert all(0 <= side < 5 and 0 <= square.count(side) for side in range(len(square) - 1)), "side must not be greater than 4"
    assert all(0 <= side + i for side in range(len(square) - 1) for i in range(m))
    return all(side in square for side in range(len(square) - 1)) and len(square) > m

def g(m=2):
    return [x**2 for x in range(m+1)]

assert f(g())

def f(n: float, t=12000):
    return (n == 1 and n % 1 == 0) or all(n == 0 for n in [1/3, 0.5, 0.25, 0.125, 0.0625, 0.03125, 0.015625, 0.0078125, 0.00390625, 0.00195154375, 0.0009765625])

def g(t=12000):
    return float(t+9)/(t + 9)

assert f(g())

def f(s2: str):
    return s2[4:] >= s2[:4]

def g():
    return "hello"

assert f(g())

def f(s: str):
    return s == "dee" or s == "dumpling" or s == "love" or s == "dah!"

def g():
    return 'dumpling' or 'love' or 'dee'

assert f(g())

def f(k: int):
    return all(k == j * j for j in range(k))

def g():
    return 0

assert f(g())

def f(s: str):
    return len(s) == 1 and s[0] == 'a'

def g():
    return "a"[0]

assert f(g())

def f(stamps: List[int], target=10):
    return len(stamps) == max(int(target - 1.0), 1)

def g(target=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], thresh=100, low=4):
    return sum(len(nums) / 2 for i in range(len(nums) - 1)) >= low

def g(thresh=100, low=4):
    return list(map(lambda n: n*n, range(1, thresh + 1))) + [n for n in range(0, low)]

assert f(g())

def f(x: str):
    return sum([int(y) for y in x]) == 1

def g():
    return [str(i) for i in range(2)][1]

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and 2 * (p[1] - p[0]) == p[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, 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(s: str):
    return s == "Hello" and len(s) >= 4 and "a" in s or s.find(max(s)) >= 0  # find first instance of 'a'

def g():
    return "1234"

assert f(g())

def f(s: str):
    return "Hello " + s[::-1].rstrip('!').lower() == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(inds: List[int]):
    return len(inds) == 1000

def g():
    return [i for i in range(1000)]

assert f(g())

def f(a: float, b=125400, c=30, d=2):
    return a > b and a > d and b > d

def g(b=125400, c=30, d=2):
    return float(b*b*b)*b**3 - float(2*b*b*b) * b**2 + float(3*b*b*b) * b**1 + float(4*b*b*b)/b - 1

assert f(g())

def f(s: str, n=10, target="hello, world"):
    return s == "helloworld"

def g(n=10, target="hello, world"):
    return "helloworld" if "hello, world" in str(target) else None

assert f(g())

def f(x: List[int], y=3):
    return -x[0] * y < 0 and -x[1] * y < 0 and -x[2] * y < 0

def g(y=3):
    return [x + y for x in range(1000)]

assert f(g())

def f(n: List[int], a=10, max_dim=10):
    return sum(v for v in n) >= max_dim

def g(a=10, max_dim=10):
    return [1, 2] + [2, 1]*max_dim

assert f(g())

def f(num: int):
    return abs(num) >= 300

def g():
    return 10001

assert f(g())

def f(nums: List[int], capacity=4):
    while True:
        if len(nums) == capacity and all([i for i in nums]):
            return True
        n = nums.pop()
        assert len(nums) == capacity
        capacity += 1

def g(capacity=4):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s != s[::-1]

def g():
    return "hello"

assert f(g())

def f(s: str, target=12345):
    m = len(s)
    min_length = 2
    for i in range(m):
        if len(s) > min_length and s[i] == target:
            min_length = i
    return (m > 0 and target > min_length) and (m > 0 and target > len(s) - 1)

def g(target=12345):
    return '{}'.format(target)

assert f(g())

def f(num: str, a=1000):
    return sum(1 if i in num else 2 for i in num) > 0

def g(a=1000):
    return "123456789" + "0"*9

assert f(g())

def f(c: List[int]):
    return len(c) == 4 and c == [0, 0, 0, 0]

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(s: str, target="s", reverse=False):
    """Returns string 's' with the letters reversed"""
    return s[::-1] == target

def g(target="s", reverse=False):
    return "".join(map(str.lower, reversed(str(target))))

assert f(g())

def f(numbers: List[int], k=25):
    assert all(x in numbers for x in range(k))
    return all(x <= sum(numbers) for x in range(k))

def g(k=25):
    return [x for x in range(k)]

assert f(g())

def f(states:List[str], start=""):
    return len(states) >= 3

def g(start=""):
    return ["a"+str(i) for i in range(1000)]

assert f(g())

def f(inds: List[int], target=1, max_len=12):
    return sum(inds) >= max_len and all(inds[i] == target for i in inds)

def g(target=1, max_len=12):
    return [target for i in range(max_len)]

assert f(g())

def f(l: List[int]):
    return any(a in list(l) for a in l) and len(set(l)) > 995

def g():
    return list(range(3, 10000))

assert f(g())

def f(s: str):
    return " ".join(set(s)) == "."

def g():
    return '.'

assert f(g())

def f(res: int, n=123456, k=0):
    return res >= n - k or res == n - k

def g(n=123456, k=0):
    return n - k

assert f(g())

def f(i: List[int]):
    return sum(i) >= 1000

def g():
    return [i for i in range(30, 60+30)]

assert f(g())

def f(n: int):
    assert min(1, n) <= 1 and n <= 10**9
    return n < 5

def g():
    return -1

assert f(g())

def f(numbers: List[int]):
    return any(n * n for n in numbers)

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(trips: List[List[int]]):
    return len(trips) >= 5

def g():
    return [[1, 2]*5]*5

assert f(g())

def f(s: str):
    return s.startswith("test") and s.endswith("tests")

def g():
    return "testtests"

assert f(g())

def f(nums: List[int], n=4):
    assert len(nums) == n
    assert len(nums) >= n
    return len(nums) <= 15

def g(n=4):
    return list(range(n))

assert f(g())

def f(n: int, m=42):
    if m and m < 10 and m <= 100 and n > 1000:
        return True
    m = 3 * m + 1
    if n and n > 1000:
        return True
    return False

def g(m=42):
    return int(int("123456789" + "0"*m) ** 0.5) + 1

assert f(g())

def f(numbers: List[int], target="1234"):
    return all(a / b < 1 for a, b in zip(numbers, numbers[1:]))

def g(target="1234"):
    return [1, 2, 3]

assert f(g())

def f(a: List[int], b=123):
    return sum(a) == b

def g(b=123):
    return [123]

assert f(g())

def f(list: List[int]):
    return len(set(list)) >= 3 and len(list) > 2

def g():
    return [3, 4, 5, 6, 7]

assert f(g())

def f(x: float, target=1024):
    return abs(x ** 2 - target) < 10 ** -3

def g(target=1024):
    return (target * target) ** 0.25

assert f(g())

def f(x: int, t=8):
    return x >= t and x < 60

def g(t=8):
    return 40

assert f(g())

def f(nums: List[int], n=12345):
    return len(set(nums)) == n

def g(n=12345):
    return [i+1 for i in range(n)]

assert f(g())

def f(n: int):
    return all(i in range(6) for i in range(n))

def g():
    return 1

assert f(g())

def f(ls: List[int]):
    return len(set(ls)) == len(ls) == len(ls)

def g():
    return [3, 4]

assert f(g())

def f(s: str):
    return "".join(s.split()) == "Hello"

def g():
    return "Hello"

assert f(g())

def f(target: int, n=1000):
    return target == n and target <= 1000

def g(n=1000):
    return n

assert f(g())

def f(s: str):
    return s != "a" and len(set(s)) >= 5

def g():
    return "abcdef" + "gh"*10

assert f(g())

def f(n: int):
    return 1 if n == 0 else n >= 1000000

def g():
    return 10**9

assert f(g())

def f(li: List[int]):
    return all([li.index(i) == i for i in range(6)])  # move 1, 2 are "safe"

def g():
    return [0,1,2,3,4,5,6]

assert f(g())

def f(x: int, a=154700, b=161655):
    return a - x == b

def g(a=154700, b=161655):
    i = a - b
    return i

assert f(g())

def f(s: List[str]):
    """Check if s contains any of the characters in the list"""
    return len(set(s)) >= 3 and s.count("c") == 0

def g():
    return ["a"*(i+2)+"b" for i in range(3)]

assert f(g())

def f(nums: List[int], target=30):
    return sum(nums) == target and all(i * i for i in nums)

def g(target=30):
    return [1, 2, 3, 1, 2, 3, 1, 2, 3, 1, 2, 3, 1, 2, 3]

assert f(g())

def f(s: str, target="1", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="1", length=6):
    return target[(len(target) - length) // 2: (len(target) + length) // 2]

assert f(g())

def f(n: int, a=15482, b=23223, max_len=14):
    return n >= max((a, b))

def g(a=15482, b=23223, max_len=14):
    return (int(str(a + b)))*2 - a + b

assert f(g())

def f(x: int, a=-382, b=14546310):
    return abs(x - a) > abs(x - b)

def g(a=-382, b=14546310):
    return 3*a + 2*b - 8

assert f(g())

def f(list: List[int], n=100, max=0):
    assert len(list) >= n and sum(list) >= max
    return len(list) == n and all(list[i] == 1 for i in range(n))

def g(n=100, max=0):
    return [1] * (max+n)

assert f(g())

def f(k: int, count=100):
    return int((k // 2) + 1) * count > 2147483646

def g(count=100):
    return int("123456789"*count) + 1

assert f(g())

def f(string: str, target=4):
    return len(set(string)) > target

def g(target=4):
    return "123456789" + "0"*target

assert f(g())

def f(x: int):
    return x and x > 0

def g():
    return 1 or 0

assert f(g())

def f(s: str):
    return s.count('#') > 1

def g():
    return "### OK ###"

assert f(g())

def f(x: List[int]):
    return all(x[i] != 0 for i in range(10))

def g():
    return list(range(99, 1009))

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 1000 * 3

def g():
    return 999 * 3

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(max(probs[i] - probs[(i + 1) % 3] for i in range(3))) < 1e-6
    return max(probs[i] + probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [float('0.000000'), float('0.000000'), float('0.000000')]

assert f(g())

def f(s: str, target=20):
    for i in range(len(s)):
        c = s[i]
        assert c in set(c.lower()), f"wrong {c} at position {i}".format(c=c)
        i += 1
    return target >= 1

def g(target=20):
    return [x for x in "abbbb" if x.isalpha() or x == str("bbb") or x == str("bbb")][1]

assert f(g())

def f(s: str):
    return s.startswith("abc")

def g():
    return "abc"

assert f(g())

def f(d: int, n=4):
    return d % n == 0 and n % -d == 0 and n > 0  # from http://www.f-secure.com/documents/brief/Vuln101b.pdf

def g(n=4):
    return n

assert f(g())

def f(n: List[int], tot=12345, target=11):
    for i in range(len(n)):
        if n[i] == target:
            return True
    return False

def g(tot=12345, target=11):
    return [target for _ in range(tot)]

assert f(g())

def f(string: str):
    return all(ch for ch in string if ch not in string)

def g():
    return "hello"

assert f(g())

def f(x: int, a=4375, b=0):
    return a - x == b

def g(a=4375, b=0):
    return a-b

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(s: str, target="fubar"):
    return s == target or s == "FUBAR"

def g(target="fubar"):
    return target

assert f(g())

def f(n: int):
    return n >= 521

def g():
    return int(int(2048 + 2048) ** 9)

assert f(g())

def f(x: List[int], n=5, lower_bound=1):
    return len(x) >= n and 0 <= x[-1] <= n

def g(n=5, lower_bound=1):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str, target="x"):
    if s == target:
        return True
    if s == "x":
        return False
    return False

def g(target="x"):
    return "x"

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return sum(nums) < n and n >= lower_bound

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(lens: List[int], n=10):
    return 0 <= n <= lens[-1]

def g(n=10):
    return [n, n + n]

assert f(g())

def f(n: int):
    return n > 100 and n >= 17

def g():
    return 90000

assert f(g())

def f(x: List[int]):
    return x[0] in [0, 3, 5, 6, 9] and x[1] in [2, 8, 10] and x[2] in [4, 7]

def g():
    return [i for i in range(10) if i % 2 == 0] # True for even indices

assert f(g())

def f(s: str):
    # return all(s == s[:5] + s[-2:] for s in s)
    return all(n <= len(s) for n in range(5))

def g():
    return "goodbye"

assert f(g())

def f(n: int):
    return int((n*n-1)**2 + 3) > 1

def g():
    return 2

assert f(g())

def f(nums: List[int]) -> bool:
    return all(i in nums for i in [num for num in nums if num < 1000])

def g():
    return [1,2]

assert f(g())

def f(s: str, target=0):
    return s == "0"

def g(target=0):
    if target == 0:
        return "0"
    return "0" + target

assert f(g())

def f(sev: str):
    return "." in sev

def g():
    return "."

assert f(g())

def f(ring: str, lower=10):
    return ring.endswith('c')

def g(lower=10):
    return "abcabcabc"

assert f(g())

def f(s: str):
    s = s[::-1]
    for c in s:
        return c.startswith('A')

def g():
    s = "A"*1000
    return s[3:]

assert f(g())

def f(n: int, a=5):
    return all(a + x == b for x in range(n) if a + x < 0)

def g(a=5):
    return a

assert f(g())

def f(s: str, n=5):
    return len(s) == n and (s[-1] == " " or s[-1] == " "**n)

def g(n=5):
    return " "*n

assert f(g())

def f(n: int):
    return n >= 4020 * 1000 and n <= 409600 * 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, big_list="I'mHereForYou", index=2):
    return big_list.index(s) == index

def g(big_list="I'mHereForYou", index=2):
    return big_list[index] if big_list else "no_answer"

assert f(g())

def f(n: int):
    return n*n > 10 ** 9

def g():
    return 10**12

assert f(g())

def f(str_case: str, a=2):
    return str_case == "{}".format("hello world").lower()

def g(a=2):
    return "{}".format("hello world".lower())

assert f(g())

def f(pos: List[int]):
    return len(pos) > 9

def g():
    return [pos for pos in range(100000)]

assert f(g())

def f(path: List[int]):
    return len(set(path)) == len(path) and path[0] == 0 and path[-1] == 1

def g():
    return list(set(range(2)))

assert f(g())

def f(b: int):
    return b >= 0 and not all([i == b for i in range(b + 1)])

def g():
    return 1 if -1 < 0 else 2

assert f(g())

def f(state_names: List[str]):
    return any(name[:-1] == name[1:-1] for name in state_names)

def g():
    return [str(i) for i in range(10)]

assert f(g())

def f(x: List[int]):
    return sum([(i + j) ** 2 for i, j in zip(x, x[1:])]) == 6 * x.count("18")

def g():
    return [18]

assert f(g())

def f(s: str, k=10):
    return k < len(s) or all(i > k for i in range(k - 1) if i == s[k])

def g(k=10):
    return "10"*k

assert f(g())

def f(s: str):
    return s.startswith("Hello") and s.endswith("")

def g():
    return ("Hello world" + "world").startswith("world") or ("Hello world")

assert f(g())

def f(square: List[int], target=50):
    return sum(i in square for i in square) == target

def g(target=50):
    return [i for i in range(target)]

assert f(g())

def f(words: List[str], n=1000):
    return len(set(words)) == n and min([len(word) for word in words]) == 1

def g(n=1000):
    return [str(i) for i in range(n)]

assert f(g())

def f(x: int, year=365):
    return max(x, 0) >= year

def g(year=365):
    return year + 2020

assert f(g())

def f(x: List[int], a=7, s=5, e=200):
    return len([x[i] + s == x[i + 1] for i in range(len(x) - 1)]) == 2

def g(a=7, s=5, e=200):
    return [3, 4, 1]

assert f(g())

def f(g: List[int], target=6):
    return g[-1] == target

def g(target=6):
    return [target]

assert f(g())

def f(n: int):
    return n > 2**30 and n > 2**26

def g():
    return 2**60

assert f(g())

def f(a: List[int], n=6, s=14):
    return len(a) == n and all(a >= 0 for a in [1, 2, 3, 4, 5, 6, 7, 8, 9, 10])

def g(n=6, s=14):
    return [14, 11, 6, 8, 9, 10]

assert f(g())

def f(n: int, s=1, s_1=2, s_2=3):
    if n == s_1 + s_2:
        return True
    return n == s_1 or n == s_2 or n == s or n != s

def g(s=1, s_1=2, s_2=3):
    return 2*s_1*s_2

assert f(g())

def f(lista: List[str], string="I!!!!!love!!dumplings!!!!."):
    return lista == ['I!!', string, '']

def g(string="I!!!!!love!!dumplings!!!!."):
    return ["I!!", string, '']

assert f(g())

def f(s: str):
    return s.endswith("world")

def g():
    return "world" * 10_000

assert f(g())

def f(n: int):
    return str(n * n).startswith("123")

def g():
    return int(int("123" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], n=5):
    return min(x) < n and max(x) >= n

def g(n=5):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str):
    return s.count("o") > 1 and s.count("m") > 1 and s.count("a") > 1

def g():
    return "oomma\nma"

assert f(g())

def f(nums: List[int], n=12):
    return len(nums) == n

def g(n=12):
    return [i for i in range(n)]

assert f(g())

def f(x: int, a=8430120, b=8497920):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=8430120, b=8497920):
    return int(a + b)

assert f(g())

def f(n: int):
    return 1 - n < 0

def g():
    return 3

assert f(g())

def f(stamps: List[int], thresh=17):
    return len(stamps) >= thresh

def g(thresh=17):
    return list(range(thresh))

assert f(g())

def f(s: str, thresh=10):
    return int(s.split()[0]) > thresh

def g(thresh=10):
    return "123456789\n0\n0\n0\n0\n0..."

assert f(g())

def f(x: int, a=10):
    return a == 10

def g(a=10):
    for i in range(1000):
        return a * i

assert f(g())

def f(c: List[int]):
    return len(set(c)) == len(set(c)) == 100

def g():
    return list(range(1000))[:100]

assert f(g())

def f(s: List[float], k=6):
    if len(s) > k * k:
        # n = max(k * k, len(s))
        # assert min(k - 1, n + 1) == 1
        # assert max(k - 1, n + 1) == k, "k = %d" % k
        return all(k * k < len(s) for i in range(k))
    assert len(s) <= k * k - (k + 1)
    return min(len(s), k) == k

def g(k=6):
    return [1.0] * k

assert f(g())

def f(li: List[int], min_index=10):
    return len(set(li)) == min_index

def g(min_index=10):
    return [i for i in range(10)]

assert f(g())

def f(start: List[int], upper=6):
    return len(start) <= upper

def g(upper=6):
    return [1] * upper

assert f(g())

def f(n: int, k=1000000):
    k1, k2 = k, k
    i = k2 * n / k2 - k1
    return i >= 0 or i < len(n)

def g(k=1000000):
    return 50001 * k

assert f(g())

def f(x: float, y=23):
    return abs(x - y) < 10 ** -3

def g(y=23):
    return y + 10 ** -8

assert f(g())

def f(li: List[int]):
    return all(0 <= i and i < len(li) for i in range(3))

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(x: List[int], n=5):
    return len(x) == n

def g(n=5):
    return [1 for i in range(n)]

assert f(g())

def f(x: List[int], n=5):
    assert n == len(set(x))
    return all([i in range(n) for i in range(n)])

def g(n=5):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s.endswith('world')

def g():
    return "helloworld"

assert f(g())

def f(big_str: str, sub_str="foobar", index=2):
    return big_str.index(sub_str) == index

def g(sub_str="foobar", index=2):
    return "foobar"[:index] + sub_str + "barb"[index+1:]

assert f(g())

def f(a: float, b=0, c=0, d=0, e=0, f=0):
    return abs(a) >= b and abs(a) >= c and abs(a) >= d and abs(a) >= e and abs(a) >= f and abs(a) >= 1.0

def g(b=0, c=0, d=0, e=0, f=0):
    return 0.5 + 0.25 + 0.25 + 0.25 + 0.25 + 0.25 + 0.25 + 0.25 + 0.25 + 0.25 + 0.25 + 0.25 + 0.25

assert f(g())

def f(s: str, n=7012):
    return int(s) == 5 ** n

def g(n=7012):
    return str(5 ** n)

assert f(g())

def f(n: int):
    return n < 5

def g():
    if isinstance(3, int):
        return 3
    return 4

assert f(g())

def f(li: List[int], n=1000):
    return len(li) == n

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s == "I love you"

def g():
    return "I love you"

assert f(g())

def f(ls: List[str]):
    return tuple(ls) == ('dee', 'doo', 'dah!')

def g():
    return [u'dee', u'doo', u'dah!']

assert f(g())

def f(l: List[int]):
    return sum(a * i for i in range(len(l)) for a in l[i:]) == 0

def g():
    return [0]

assert f(g())

def f(s: str, target="hey friend"):
    return s == target

def g(target="hey friend"):
    return target.lower()

assert f(g())

def f(n: int):
    return all(n >= 1000 and n % 1000 == 0 for i in range(100))

def g():
    a = 0
    b = 0
    return a + 1000 + b

assert f(g())

def f(s: List[str], a=60, b=70):
    for i in range(b):
        s[i] = s[i].center(5)
    s[-1] = "hello"
    return s[:300] == s

def g(a=60, b=70):
    return [chr((i % a) + b) for i in range(b)]

assert f(g())

def f(n: float, target=1):
    return 100 < n and n > 0.1  # not enough?

def g(target=1):
    return float(float("123456789" + "0"*9) ** 0.5) + target

assert f(g())

def f(s: str):
    return s.startswith(u"-")

def g():
    return u"-1234567890"

assert f(g())

def f(coords: List[List[int]], num1=20, num2=2):
    n1 = sum(1 if i < num1 else 2 for i in coords)
    n2 = sum(1 if i < num2 else 2 for i in coords)
    return n1 == n2 and n1 == n2 or len(coords) <= num1 or len(coords) <= num2

def g(num1=20, num2=2):
    return [i for i in range(num1, num2)]

assert f(g())

def f(n: int):
    return n > 19 and n > 1037

def g():
    return int("123456789" + "0"*900)

assert f(g())

def f(nums: List[int], target=6):
    return len(nums) >= 3 and sum(i for i in nums) >= target

def g(target=6):
    return list(range(0, 1000))

assert f(g())

def f(s: List[str], length=4):
    return all(s.lower() == s.upper() for s in s)

def g(length=4):
    y = []
    for i in range(length):
        y.append(str(i) + "1")
    return y

assert f(g())

def f(s: str):
    return len(s) >= 7 and not s.split() == ['Hello', 'World'][:7]

def g():
    return "Hello world"

assert f(g())

def f(li: List[int]):
    x = 0
    for i in li:
        x += i
        x += i
    x = 0
    return x in range(max(li) - 1)

def g():
    return [42]

assert f(g())

def f(s: str, a=['cat', 'dot', 'bird', 'tree', 'fly'], b=['cat', 'dot', 'bird', 'tree', 'fly'], c=['cat', 'dot', 'bird', 'tree', 'fly'], d=['cat', 'dot', 'bird', 'tree', 'fly'], m=30):
    return s == "I!!!!cat!!!dot!!!!!!!!!!!cat!!!bird!!!!!!!!!"

def g(a=['cat', 'dot', 'bird', 'tree', 'fly'], b=['cat', 'dot', 'bird', 'tree', 'fly'], c=['cat', 'dot', 'bird', 'tree', 'fly'], d=['cat', 'dot', 'bird', 'tree', 'fly'], m=30):
    return "I!!!!cat!!!dot!!!!!!!!!!!cat!!!bird!!!!!!!!!"

assert f(g())

def f(n: int, target=10):
    return all(n % i == 0 for i in range(1, n))

def g(target=10):
    return n ** (0.5 + n) if target == 1 else 1

assert f(g())

def f(c: List[int], a=10, b=100, n=100):
    return sum(c if a < b < a + b else c for c in c) > n

def g(a=10, b=100, n=100):
    return [a*b for c in range(150)]

assert f(g())

def f(s: str, target=u"foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target=u"foobarbazwow", length=6):
    return target[(len(target)-length)//2:(len(target)+length)//2]

assert f(g())

def f(sizes: List[int]):
    if len(sizes) == 0:
        return 0
    elif all(i in range(10) for i in sizes):
        return len([i for i in sizes if i]) == 2
    else:
        return len([i for i in sizes if i < 10]) == 1 and sizes[-1] > sizes[0]

def g():
    return [0, 10]

assert f(g())

def f(s: str, n=10):
    return all([s == s.rjust(n) for i in range(n)])

def g(n=10):
    return "a"*n + "b"

assert f(g())

def f(li: List[int], v=3, k=100, bound=2):
    return len(set(li)) == k and sum(li[:0] + li[v:v + k]) > 1

def g(v=3, k=100, bound=2):
    return [i * i for i in range(bound, bound + k)]

assert f(g())

def f(state: List[List[int]], s=5, e=10):
    return len(state) > s and all(
        bot_move() and legal_move(state) or legal_move(state[:s])
        for s in range(e, len(state) - e)
        )

def g(s=5, e=10):
    return [
        [0] * e for _ in range(4)
        for n in range(4)
        ]

assert f(g())

def f(target: List[int]):
    indices = [0, 0, 3, 3, 3]
    for i in indices:
        if target[i] >= 6:
            return False
    return True

def g():
    return list(range(10))

assert f(g())

def f(state: List[int]):
    assert all(state)
    return state == [3, 3, 3]

def g():
    return [3, 3, 3]

assert f(g())

def f(x: int, target=10):
    num = 1 << (64 - target) + 1
    return x - num == 0

def g(target=10):
    return int(1 << (64 - target) + 1)

assert f(g())

def f(t: int):
    if t <= 0:
        return False
    return True

def g():
    return True + True

assert f(g())

def f(n: int):
    assert n > 1000
    assert n % 10 == 0
    return n // 10 >= 23

def g():
    return int(int("123456789" + "0"*9) ** 1000)

assert f(g())

def f(t: str, s="Hello World"):
    return t == s

def g(s="Hello World"):
    return "Hello World"

assert f(g())

def f(words: List[str], words_count=1000):
    return len(set(words)) == len(words) == words_count

def g(words_count=1000):
    return ["a"*i+"b" for i in range(words_count) ]

assert f(g())

def f(e: List[int], nums=[1, 2, 3, 5, 7, 13, 17], thresh=5):
    return e[0] == nums[0] and e[-1] == nums[-1]

def g(nums=[1, 2, 3, 5, 7, 13, 17], thresh=5):
    return [n for n in nums if nums[-1] > 0]

assert f(g())

def f(nums: List[int], n=4):
    if n > len(nums) or n == len(nums):
        return False
    if len(nums) >= n:
        return all(abs(i ** 2) for i in nums)
    return sum(abs(i ** 2) for i in nums) >= n or len(nums) > n

def g(n=4):
    return [1, 2, 3]*n

assert f(g())

def f(bipartite: List[List[int]]):
    return bipartite == [[0, 2, 3], [2, 5, 3], [5, 5, 2], [0, 4, 2]]

def g():
    return [
        [0, 2, 3],
        [2, 5, 3],
        [5, 5, 2],
        [0, 4, 2]
    ]

assert f(g())

def f(numbers: List[int], a=9, b=20):
    return True if numbers[0] == 1 else numbers[1] ** (b - a) % b

def g(a=9, b=20):
    return [1, 2, 3]

assert f(g())

def f(li: List[int], a=123456789, target=8):
    s = li[:1]
    s = "".join(l for l in s if l.isdigit())
    return all(a % n == target for n in range(len(s) - 2, -1, -1))

def g(a=123456789, target=8):
    return list(map(str, map(int, list(range(-10, 0,-10)))))[::-1]

assert f(g())

def f(x: int, a=5, b=10):
    return abs(x - b) > abs(a - x)

def g(a=5, b=10):
    return 0

assert f(g())

def f(nums: List[int], n=3):
    return len(nums) == n and sum(i ** 2 for i in nums) == n

def g(n=3):
    return [1, 1, 1]

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(big_str: str, sub_str="foo", index=2):
    return big_str.index(sub_str) > index

def g(sub_str="foo", index=2):
    return "123456789" + sub_str

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return all(n == a + b == sum([b * i for i in range(c)])
              for a, b in zip(range(-30, -5), range(10, 20)) if n >= -a)

def g(a=17, b=100, c=20):
    return a * b * (a-1)*c * (b-1)*(c-1) ** 0.5 + 1 if (b > b) else (1 - a * b * (a+1)*(b+1)*(a+2))

assert f(g())

def f(x: List[int], n=4, e=20):
    return all(x[0] + 2 <= x[-1] for i in range(n))

def g(n=4, e=20):
    return [2*(i-1) + 1 for i in range(n)]

assert f(g())

def f(x: List[int], a=2):
    return sum(x[i] for i in range(a, a + 1)) == a + 1

def g(a=2):
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(nums: List[int], k=5):
    return len(nums) == 1000 and sum(nums) >= k

def g(k=5):
    return [12*k+1 for i in range(1000)]

assert f(g())

def f(s: str, chars=['a', 'b', 'c'], max_chars=6):
    return len(s) > max_chars

def g(chars=['a', 'b', 'c'], max_chars=6):
    return 'abcabcabcabcabcabcabcabcabcabcabc'

assert f(g())

def f(target_len: int):
    return target_len >= 1000

def g():
    return int('1234567890' * 3) ** 2

assert f(g())

def f(s: str):
    return s.count('c') == 1 and s.count('o') == 1 and s.count('y') == 1

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return "Hello %s" % s and 1 == len(s)

def g():
    return "Hello world"[0:1]

assert f(g())

def f(x: List[int]):
    return all(0 <= x[i] <= 255 for i in range(len(x)))

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(i: str):
    return i == "a" or i == "A"

def g():
    return "a" or "A" == "a"

assert f(g())

def f(x: int, n=7012):
    return int(x) == n and 0 <= n

def g(n=7012):  # type: ignore
    return n

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Sort me true')

def g():
    return "Sort me true"

assert f(g())

def f(n: int):
    return n > 19 and n > 1037

def g():
    return int("123456789" + "0"*13) ** 1

assert f(g())

def f(nums: List[int]):
    return all(n in nums for n in nums)

def g():
    return [1, 2]

assert f(g())

def f(p: List[List[int]], max_dim=100):
    return all([map(sum, [map(int, p[i]) for i in range(max_dim)]), map(max, p)])

def g(max_dim=100):
    return [[0]*i for i in range(max_dim)]

assert f(g())

def f(nums: List[int], r=11):
    assert nums == [1, 5, 6, 0, 0, 9, 9, 16, 0, 23, 0, 31, 0, 30, 0, 12, 0, 15, 0, 34, 0, 35, 0, 36, 0, 44, 0, 48, 0, 50, 0, 56, 0]
    return all(i in range(len(nums - 1)) for i in range(nums[-1]) and r <= i)

def g(r=11):
    return [1, 5, 6, 0, 0, 9, 9, 16, 0, 23, 0, 31, 0, 30, 0, 12, 0, 15, 0, 34, 0, 35, 0, 36, 0, 44, 0, 48, 0, 50, 0, 56, 0]

assert f(g())

def f(inds: List[int], target=91):
    return sum(i in inds for i in inds) == target

def g(target=91):
    return list(range(target))

assert f(g())

def f(n: int):
    return all(n**2 % n <= 1 for n in range(1, 9))

def g():
    return 9

assert f(g())

def f(s: str, index=2):
    return ''.join(s) == s.ljust(index)

def g(index=2):
    return "abc"*index+"def"

assert f(g())

def f(s: str, w=None):
    if s:
        for c in s:
            if c != u"":
                return False
    return True

def g(w=None):
    if w:
       return []
    else:
       return u""

assert f(g())

def f(s: str):
    return s == 'a'  # True

def g():
    return "a"  # False

assert f(g())

def f(n: int):
    return n > 1026

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(t: List[int], target=5):
    i = 0
    for c in t:
        while c not in range(c + 1):
            i += 1
        i += 1
    return len(t) >= target and i > 0

def g(target=5):
    return [i for i in range(target)]

assert f(g())

def f(nums: List[int], length=10):
    return sorted(nums) == [n for n in nums] and len(set(nums)) >= length

def g(length=10):
    return list(range(length))

assert f(g())

def f(n: int, a=14302, b=5, c=-4):
    return n + c >= a

def g(a=14302, b=5, c=-4):
    return int((a - b) * a + c) + 1

assert f(g())

def f(nums: List[int]) -> bool:
    return {n for n in nums} == {0, 1, 2, 10, 20, 30, 40, 50, 90, 100, 1000, 10000}

def g():
    return [0, 1, 2, 10, 20, 30, 40, 50, 90, 100, 1000, 10000]

assert f(g())

def f(nums: List[int], thresh=50):
    if len(nums) > thresh and not all(n in [2, 8, 25, 18, 99, 11, 17, 16] for n in nums):
        raise ValueError("Your list contains more than {} elements. The maximum is {}.".format(thresh, len(nums)))
    return len(nums) >= thresh

def g(thresh=50):
    return [n for n in range(thresh)]

assert f(g())

def f(num: int, a=500, b=1500):
    return abs(num / b - a) < 1e-6

def g(a=500, b=1500):
    return a * b

assert f(g())

def f(n: int, nw=22, w=15):
    r = n
    if r < 4:
        n = 3 * r + 2
    elif r <= 14:
        n = r + 4  # need at least 2 as the longest possible heap
    elif r <= 28:
        n = r + 7  # should not overflow
    elif r <= 84:
        n = r + 9  # should not overflow
    return n >= 2 and n <= 3 * nw and n >= 1

def g(nw=22, w=15):
    if nw < 5:
        return nw + 17
    if nw < 7:
        return nw + 24 # need at least 2 as the longest possible heap
    elif nw <= 40:
        return nw + 17 + 2  # need at least 2 as the longest possible heap
    elif nw <= 72:
        return nw + 17 + 3  # need at least 2 as the longest possible heap
    elif nw <= 80:
        return

assert f(g())

def f(s: str):
    return s + 'Hello world!' == s + s

def g():
    return "Hello world!"

assert f(g())

def f(n: int, a=21, b=1):
    if n % 2 == 0:
        return True
    return all(n % i == 0 for i in range(b))

def g(a=21, b=1):
    return int(int("123456789" +"0"*9) ** 0.5) + a + b

assert f(g())

def f(n: int):
    if n <= 2:
        return True
    else:
        return sum(x[:n] for x in [n for i in range(n)] for i in range(n)) == n

def g():
    return 1

assert f(g())

def f(s: str, target="foo", length=6):
    return target[(len(target) - len(target) // 3) // 3:(len(target) + len(target) // 3) // 3] == s

def g(target="foo", length=6):
    return str(target)[(len(target) - len(target) // 3) // 3:(len(target) + len(target) // 3) // 3]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(s != "foobar" for s in s)

def g():
    return [s for s in ["a"*(i+2)+"b" for i in range(1000)] if s != "foobar"]

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 3

def g():
    return list(range(3))

assert f(g())

def f(a: str, b=0.5):
    return a.startswith("abc") and a.endswith("def")

def g(b=0.5):
    return "abcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdefabcdef"

assert f(g())

def f(s: str, count=3):
    for c in s:
        if c == "1":
            return True
        elif c == "2" or c == "3":
            return False

def g(count=3):
    return "123456789" + "0"*13

assert f(g())

def f(s: str):
    return s[::-1] == "world"

def g():
    return "world"[::-1]

assert f(g())

def f(s: str):
    for i in s:
        assert len(set(i)) == 1 and len(set(s)) == 1
    if len(s) == 1 and 'x' in s and 'x' in s.lower():
        return True

def g():
    return "x"

assert f(g())

def f(s: str):
    return s[0] == "0" and s.endswith("1" or s.startswith("1"))

def g():
    return "0"*4 + "11"*9

assert f(g())

def f(s: str):
    return s.count('ab') > 1

def g():
    return 'ab' * 2

assert f(g())

def f(n: int):
    return -n * (n - 1) / 2 == n - 1

def g():
    return (-1 * (-2) % 2) + 1

assert f(g())

def f(l: List[int]):
    return l[0] in [1, 2, 3, 4, 5, 17, 18, 23, 24, 25] and l[-1] in [20, 21, 22, 32, 33, 34, 45, 46, 47, 48]

def g():
    return [1, 2, 3, 4, 5, 17, 18, 20, 21, 22, 23, 24, 25, 32, 33, 34, 45, 46, 47, 48]

assert f(g())

def f(s: str, max_len=8):
    return max(len(s), max_len) == len(set(s))

def g(max_len=8):
    return "".join(map(str, range(max_len))).replace("\n", "")

assert f(g())

def f(list: List[int], upper=3):
    return len(list) > upper

def g(upper=3):
    return [1, 2, 3, 4, 5] if upper else []

assert f(g())

def f(s: str):
    return s.count("f") + s.count("F") == 2

def g():
    return "f12345F456ab"

assert f(g())

def f(li: List[int], m=100):
    return all(li[i] > 0 for i in range(m))

def g(m=100):
    return [1,2,3,4,5]*(m+1)

assert f(g())

def f(p: str):
    if len(p) > 0:
        return p in "ABCDEFGHIJKLMNOPQRSTUVWXYZ"
    return False

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s: str, a=False):
    for i in range(len(s)):
        if s[i] == "1": return True
    return False

def g(a=False):
    return "123456789"

assert f(g())

def f(s: str, start="foobar"):
    return s == start

def g(start="foobar"):
    return start

assert f(g())

def f(lst: List[int]):
    return lst[lst[0]] != lst[lst[1]] and lst[lst[-1]] != lst[lst[0]]

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(l: List[int], target=0, n=20):
    return max([n / 2 <= k < n for k in l])

def g(target=0, n=20):
    return list(range(n))

assert f(g())

def f(c: int):
    return c % 2 == 0 and c > 1

def g():
    return 2

assert f(g())

def f(s: str, n=5):
    if len(s) < n:
        return False  # only letters are allowed
    return all(n == (s[i] for i in range(len(s))) for i in range(len(s) - n) if s[i + n] not in s)

def g(n=5):
    return ''.join('12345'*i for i in range(n))

assert f(g())

def f(n: int, lower=150, upper=150):
    return n > lower and n > upper

def g(lower=150, upper=150):
    return int(int(str(lower) + str(upper)) ** 0.5) + 1

assert f(g())

def f(s: str):
    return "#0" in s

def g():
    return "1#0"

assert f(g())

def f(s: str):
    return s == "a" or s.endswith(r"\b")

def g():
    return "a"

assert f(g())

def f(n: str):
    return "".join(n).count("-") == 1

def g():
    return "1234567890e-7"

assert f(g())

def f(x: List[int], n1=10, n2=3):
    return len(x) >= n1 and len(x) >= n2

def g(n1=10, n2=3):
    return [1] * n1 + [0] * n2

assert f(g())

def f(n: int, a=15482, b=23223, lower_bound=5):
    return n % a == 0 and n % b == 0 and n >= lower_bound

def g(a=15482, b=23223, lower_bound=5):
    return int(a*b)

assert f(g())

def f(x: str, target=["12345", "2345", "3456", "4567", "5678", "6789", "7890", "9012", "9120", "9123", "9234"], n=123456789):
    target = "".join("%s, %s" % (i, n) for i in target)
    return all(p in x for p in target) == True

def g(target=["12345", "2345", "3456", "4567", "5678", "6789", "7890", "9012", "9120", "9123", "9234"], n=123456789):
    return "%s, %s" % (target, n)

assert f(g())

def f(tour: List[List[int]]):
    assert len(tour) == 3
    for i, j in zip(tour, tour[1:]):
        if j == i:
            return False
    return True

def g():
    return [
        [1, 2, 3], [4, 5, 6], [7, 8, 9]
    ]

assert f(g())

def f(nums: List[int], i=10):
    return nums == [12, 42, 44, 42, 44, 44, 42, 44, 42, 44, 42, 44, 42, 44, 42]

def g(i=10):
    return [12, 42, 44, 42, 44, 44, 42, 44, 42, 44, 42, 44, 42, 44, 42]

assert f(g())

def f(s: str):
    return s == "Hello" or s and "World" == s

def g():
    return "Hello"

assert f(g())

def f(l: int):
    return (l*l) ** 1.5 < 9 ** 3  # all integers in range(2 to 20) < 9 ** 3

def g():
    return 2 # this should be the only item in the list

assert f(g())

def f(string: str):
    return "not a string" in string
    return "not a regex" in string

def g():
    return "not a string"; "not a regex" in string

assert f(g())

def f(x: int, a=17, b=1000):
    return x > a * b * b

def g(a=17, b=1000):
    return a * b * b + 1000

assert f(g())

def f(x: List[int], n=14, r=16):
    return sum(x) == n if r == 0 else sum(x) >= n

def g(n=14, r=16):
    return [i for i in range(n,r+1) if i]

assert f(g())

def f(x: List[int], start=0, end=5):
    assert all([x[i] < x[i + 1] for i in range(start, end)])
    return end > 0

def g(start=0, end=5):
    return [1, 42, 43, 44, 45, 46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100]

assert f(g())

def f(nums: List[int], n=12345, m=4):
    return len(nums) >= m and all(i % 2 == 0 for i in nums)

def g(n=12345, m=4):
    return [2**n*m for i in range(n)]

assert f(g())

def f(words: List[str]):
    return bool(set(words))

def g():
    return ["hello"]

assert f(g())

def f(st: str, s="12345"):
    return st == s

def g(s="12345"):
    return "12345"

assert f(g())

def f(indexes: List[int]):
    return list(indexes) == [0, 1, 2, 3, 4, 5]

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int], target=6):
    return len(nums) >= 3 and sum(i for i in nums) >= target

def g(target=6):
    return [5, 0, 3, 4, 6]

assert f(g())

def f(n: int):
    """
    n in [1, 4, 8, 32, 64, 128, 512, 8192, 12288] returns True
    """
    for i in range(n):
        if i % 2 != i % 3 or i % 5 != i % 7 or i % 13 != i % 12:
            return True
        return False
    return True

def g():
    return 0

assert f(g())

def f(s: str):
    return all([sub in s for sub in ["a", "b", "c"]])

def g():
    return "ababbcb"

assert f(g())

def f(seq: List[int], length=10):
    assert len(seq) == length and sum(seq) >= length
    return seq == [i for i in range(len(seq))]

def g(length=10):
    return [i for i in range(length) if len(str(i))==1]

assert f(g())

def f(x: int, a=94617, b=-1296):
    return a - x == -b

def g(a=94617, b=-1296):
    return a + b

assert f(g())

def f(op: str):
    return op == "b" or op == "p"

def g():
    return "p"

assert f(g())

def f(s: str):
    # print "h2"
    return "h2" in s and len(s) == len(s.strip(":.:-")) or "s" in s and ":" in s

def g():
    return "s:foo:bar"

assert f(g())

def f(s: str, count=50):
    return len(s) >= count and all(i != 0 and i != 3 for i in s)

def g(count=50):
    return "123456789" * count

assert f(g())

def f(n: int, index=1):
    for i in range(1, n):
        if n != i:
            return False
    return True

def g(index=1):
    return 1

assert f(g())

def f(s_case: str, s="CanYouTellIfYouHAveMoreRINGERS"):
    return s_case == (s.upper() if s.count("1") > 0 else s.lower())

def g(s="CanYouTellIfYouHAveMoreRINGERS"):
    return s.lower() or s.upper() or s.split()

assert f(g())

def f(nums: List[int], n=1234):
    return len(nums) >= n

def g(n=1234):
    return [0] * n

assert f(g())

def f(num: int):
    return num // 2 == num // 2 ** 0.5

def g():
    return 4

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijklmnopqrstuvwxyz") and \
        all(c in s for c in "ABCDEFGHIJKLMNOPQRSTUVWXYZ") and \
        all(c in s for c in "XYZ")

def g():
    return "123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(x: int, a=17, b=1000):
    return x > a * b * b

def g(a=17, b=1000):
    return sum(x**2 for x in range(a**2+b**2+1))

assert f(g())

def f(substring: str, count=0):
    return len(substring) != 0 and substring.startswith(substring)

def g(count=0):
    return "123456789" + "0"*9

assert f(g())

def f(s: str):
    return s == "Hello World!"

def g():
    return "Hello " + "World!"

assert f(g())

def f(inds: List[int], target_angle=45):
    return abs(sum((i**2 for i in inds)) - 1) >= target_angle

def g(target_angle=45):
    return [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15]

assert f(g())

def f(tot: int, n=123456789):
    print(n, tot)
    return max(0, (tot + n) // 2) <= n

def g(n=123456789):
    return n

assert f(g())

def f(x: int, a=1, b=51107):
    return x == a * b

def g(a=1, b=51107):
    return a*b

assert f(g())

def f(strs: List[str], n=10):
    try:
        x = strs[0]
        print(x)
        y = strs[1]
        print("%s %s" % (x, y))
        z = strs[2]
        print("%s %s" % (x, y))
        c = strs[3]
        print("%s %s" % (x, y))
    except IndexError:
        return False
    else:
        return True

def g(n=10):
    return ["a"*(n*n)+"b" for n in range(10)]

assert f(g())

def f(pos: List[int], lower=22):
    return sum(pos) > 20

def g(lower=22):
    return [13, 12, 15, 18, 19, 13, 22, 17, 24]

assert f(g())

def f(w: List[int], k=3, lower=1):
    assert all(w[i] == 0 for i in range(k))
    return all(w[i] == 0 for i in range(k - 1) if w[i] > 0)

def g(k=3, lower=1):
    return [0] * k

assert f(g())

def f(x: float):
    eps = 1e-6
    return abs(x - 2.1) < eps

def g():
    return 2.1

assert f(g())

def f(l: List[int], k=3, s=4):
    assert all(a > 1 for a in l), "Hint: a_0 is a multiple of 3."
    assert 0 <= k < 10
    for k2, k3 in zip(l, range(1, len(l) + k)):
        assert s >= k2 or -s <= k2, "Hint: s_t is a multiple of 2 and k!"
    return all(s + k2 >= len(l) for s in l)

def g(k=3, s=4):
    return [n for n in range(k + 1, k) if all(p % n == 1 for p in range(k)) and any(n % s == 0 for n in range(s + 1, s+k))]

assert f(g())

def f(n: int):
    return str(n).startswith("123456789")

def g():
    return 1234567891

assert f(g())

def f(x: int, a=3, b=3, min_len=3):
    return sum(range(a, min_len + b, b + a)) == a

def g(a=3, b=3, min_len=3):
    return a + b

assert f(g())

def f(li: List[int], options=[[], ["-"], "a", "d", "f", "-"]):
    return all(li[i] != li[i + 1] for i in range(4))

def g(options=[[], ["-"], "a", "d", "f", "-"]):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 0]

assert f(g())

def f(s: str):
    return s == "a" * 33

def g():
    return "a" * 33

assert f(g())

def f(s: str):
    return s.startswith("1e-+-")

def g():
    return "1e-+-1"

assert f(g())

def f(x: List[int]):
    return x[::-1] == x[1::-1]

def g():
    return [1, 1]

assert f(g())

def f(s: str):
    a = {v for i, c in enumerate(s) for v in c if i%9 == 0 and i%18 == 0}
    return any(t in a for t in ["1","2"])

def g():
    return str(round(7 * 8 / 2, 16))

assert f(g())

def f(lst: List[int]):
    return max(lst) >= 1000 and all((2 ** i - 1) ** 2 < j ** 2 for i, j in enumerate(lst))

def g():
    return [10000, 20000]

assert f(g())

def f(d: int, n=1000000):
    return all([d > n for j in range(n) for i in range(3)])

def g(n=1000000):
    return int(int("123456789" + "0"*9) ** 0.5) + n

assert f(g())

def f(n: int):
    return abs(n * n) < 10

def g():
    return int(int(10 ** 0.5 - 1) ** -3)

assert f(g())

def f(s: List[str], s1=''):
    return all(s[i::2] == s1[i::2] for i in range(len(s)))

def g(s1=''):
    return [x for x in s1 if x != '@' in x]

assert f(g())

def f(s: List[int], n=10):
    return any(i >= n for i in s if i != 0)

def g(n=10):
    return [n for i in range(n)]

assert f(g())

def f(nums: List[bool], n=12345):
    return len(nums) == n and 0 <= sum(i for i in nums)

def g(n=12345):
    return [True] * n

assert f(g())

def f(s: str):
    return "This is a string." == "This is a string."

def g():
    return str(99)

assert f(g())

def f(n: int):
    return sum(i != 1 for i in range(n)) > 1000

def g():
    return 10001

assert f(g())

def f(square: List[int], target=50):
    return sum(i in square for i in square) == target

def g(target=50):
    return list(map(lambda x: 50 if x > target else target, range(50)))

assert f(g())

def f(s: str, b="Hi there"):
    return s == "Hi there"

def g(b="Hi there"):
    return b

assert f(g())

def f(nums: List[int], n=12345):
    return n <= n and sum(num for num in nums if num != 1) > n

def g(n=12345):
    return list(range(100))+[n]

assert f(g())

def f(x: str):
    # assert all(x[i * 3:i * 3 + 3] == 'hello' for i in range(3))
    return x.count("h") == 1  # I know, the test is a joke

def g():
    return "ho"

assert f(g())

def f(d: int, t=1298):
    return d > t

def g(t=1298):
    m = [t, (t + 1), (t + 2), (t + 3) + 4, (t + 4) + 5]
    return sum(m) * m[-1]

assert f(g())

def f(n: int, a=100, b=100, c=10):
    return sum(a * b * c for a in range(int(b)) for b in range(int(c))) == n

def g(a=100, b=100, c=10):
    return sum(a * b * c for a in range(int(b)) for b in range(int(c)))

assert f(g())

def f(s: str):
    return s.ljust(len(s), " ") == s[::-1]

def g():
    return " " * 64

assert f(g())

def f(words: List[str], max_len=3):
    return len(list(words)) == max_len

def g(max_len=3):
    return ["abc", "ab0c", "abc0"]

assert f(g())

def f(x: int, a=1234):
    return -x == a

def g(a=1234):
    return -1234  # noqa

assert f(g())

def f(nums: List[int], a=4, b=7):
    return not nums[0] % a and nums[0] != 0 and len(nums) >= 2 and nums[-1] % a == 0

def g(a=4, b=7):
    return [a*b for i in range(10)]

assert f(g())

def f(letters: List[str]):
    if letters[0] == 'A':
        return True
    elif letters[0] == 'B':
        return False
    return ''.join(letters) in ["abc","abcdefghijklmnopqrstuvwxyz", "abcdefghijklmnopqrstuvwxyzABCDEFGJKLMNOPQRSTUVWXYZ"]

def g():
    return ["A","B","B","A","A","A","A","A","A","A","A","A","A"]

assert f(g())

def f(inds: List[int], target=4):
    return all([i in inds for i in range(target)])

def g(target=4):
    return list([i for i in range(target)])

assert f(g())

def f(s: str, n=100):
    return ''.join(s[-10:] for i in range(0, len(s), 10)) == s

def g(n=100):
    return "123456789"[10:-10]

assert f(g())

def f(n: int):
    return 2 + n > 1000000 and n > 20 and n > 500 and n > 25

def g():
    return 2000000 + int(str("3" * 3) + "0"*3) - 1

assert f(g())

def f(t: List[int], target=5):
    for i in range(len(t)):
        if t[i] == target:
            return True
    return False

def g(target=5):
    return [target]

assert f(g())

def f(a: List[int]):
    return all({x in a for x in range(10)})

def g():
    return [i for i in range(12)]

assert f(g())

def f(path: List[int], max_dim=13, target=35):
    assert len(path) >= max_dim
    return len(path) >= target and path.count(0) == 0 # not in target

def g(max_dim=13, target=35):
    return [max_dim + 4 for i in range(target + 1)]

assert f(g())

def f(n: int):
    return n > 1000 and any(i > 0 for i in range(10))

def g():
    return 10**99

assert f(g())

def f(n: int):
    return n > 100000 and (n + 1000 > 200000 or n + 2000 > 200000 or n + 400 > 200000 or n + 1000 > 200000)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 200

assert f(g())

def f(s: str, upper=10):
    return len(s) > upper

def g(upper=10):
    return "1010" * upper

assert f(g())

def f(li: List[List[int]], target=19):
    return len(li) >= target

def g(target=19):
    result = []
    for i in range(1000):
        result.append([0])
    for i in range(target):
        result.append([1])
    return result

assert f(g())

def f(s: str):
    i = 0
    for c in "abcd":
        i += 1
    return i == len(s)

def g():
    return "abcd"

assert f(g())

def f(x: int):
    return abs(x - 75600) < 10000

def g():
    return 75600 - abs(7 + 2)

assert f(g())

def f(start: int, k=3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    prod = k * start
    return prod >= lower

def g(k=3, lower=100000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s == "'" or s == "'abc'"

def g():
    return "'" + "abc'"

assert f(g())

def f(l: List[int]):
    return all(j in l for j in l if j % 3 == 1) and len(set(l)) > 8

def g():
    return [i*i for i in range(1000)]

assert f(g())

def f(n: int):
    return n > 3050 and not 1 * n + 1 == n//2

def g():
    return 2**1000

assert f(g())

def f(t: str):
    return t[0] == "o" and t[-1] == "o"

def g():
    return ["o"][0]

assert f(g())

def f(s: str):
    return s == "a, ab, a, B" or s == "ab, a, b"  # should be an upper bound

def g():
    return "a, ab, a, B" or "ab, a, b"  # should be a lower bound

assert f(g())

def f(s: str):
    return s[-2:] == s[:2]

def g():
    return "hello"[:0]

assert f(g())

def f(z: List[int], k=10):
    if len(z) == k: return True
    r = []
    k.sort()
    for i, j in z:
        r.append((i, j + k))
    return len(map(len, r)) == k

def g(k=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str, a="hello world", l=3, r=2):
    return "".join(x for x in s if x != a) == "hello" + " world"

def g(a="hello world", l=3, r=2):
    return "".join([s for s in "hello" + " world" if s != a])

assert f(g())

def f(num: int, target=5000):
    num = int(num) // 1000
    return num >= target and num % 10 == 0

def g(target=5000):
    return 1000 * 1000 * 1000 * 1000 * 10000000 + 10000001

assert f(g())

def f(x: List[int]) -> bool:
    # return True only if you can draw a triangle, e.g. [9, -1] ->
    # [8, -2]  -> [7, -4]  -> [9, -6]  -> [9, -6]  -> [9, -4]  -> [9, -2]  -> ...
    # and with all pieces equal to [3, 3]:

    # note that this is different than 'all 3-regular boards have a triangle in their intersection'
    # i.e. all 3x3-boards have a triangle ...
    return sum(t > [] if x[i] == 0 else 1 for i in x) == len(x)

def g():
    return [3, 3, 3] + [1, 4, 5] + [7, 7, 7] + [1, 1, 5] + [1, 1, 1]

assert f(g())

def f(s: str, s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return ''.join(s for s in ['SEND', 'MORE', 'MONEY', 'MORE', 'E', 'MONEY', 'E', 'SEND'] if s in s1 and s in s2 and s in s3 and s in s4) in s

def g(s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return ''.join(s for s in ['SEND', 'MORE', 'MONEY', 'MORE', 'E', 'MONEY', 'E', 'SEND'] if s in s1 and s in s2 and s in s3 and s in s4 and s in s5)

assert f(g())

def f(s: str):
    vals = sorted(s, reverse=True)
    i = 0
    for v in vals:
        i += 1
        if v == s[::-1]:
            return True
    return False

def g():
    i = 0
    a = "a"
    while i < 4:
        a = str(i)
        i += 1
    return a

assert f(g())

def f(y: List[bool], t=23, n=5):
    return sum(t for t in y if (t is True) or (t is False)) == n

def g(t=23, n=5):
    return [True for _ in range(n)]

assert f(g())

def f(s: str):
    return all(a in set(s) for a in {'a', 'b', 'c', 'd', 'e', 'f'})

def g():
    return "abcdef"

assert f(g())

def f(nums: List[int], m=2):
    assert len(nums) == len(set(nums)) >= m
    return len(nums) > m and min(nums) >= 1

def g(m=2):
    return [3, 5, 7, 11, 13, 15]

assert f(g())

def f(nums: List[int], max_i=10):
    for i in nums:
        assert len(str(i)) == len(set(str(i)))
    return len(set(nums)) == max_i

def g(max_i=10):
    return [i*i+1 for i in range(max_i)]

assert f(g())

def f(x: int, a=2, b=2):
    return (x * x) == (a * a) * (b * b)

def g(a=2, b=2):
    return a + b

assert f(g())

def f(n: List[int], delta=[1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]):
    return n == delta

def g(delta=[1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]):
    print(delta[0])
    print(delta[1])
    return delta

assert f(g())

def f(p: List[int], count=20, s=32):
    return len(set(p)) == count and sum(p) >= s

def g(count=20, s=32):
    return [int(str(i)) for i in range(count)] + [1] * s

assert f(g())

def f(n: int):
    return n > 997 and n <= 998

def g():
    return 998

assert f(g())

def f(li: List[int], num_rows=25):
    return sum(li[i] for i in range(num_rows)) > 0

def g(num_rows=25):
    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]

assert f(g())

def f(s: str, index_sums=[100, 6, 19, 8, 5, 14, 3], target=45):
    return s[index_sums[0]] == s[index_sums[1]] and s[index_sums[1]] == "o"

def g(index_sums=[100, 6, 19, 8, 5, 14, 3], target=45):
    return "o"*(index_sums[0]) + "o"*(index_sums[1]) + "o"*(index_sums[2]) + "o"

assert f(g())

def f(p: str):
    return str(p).startswith("123.456")

def g():
    s = "123.456"
    return s[:8] + s[8:12] + s[12:]

assert f(g())

def f(n: int, upper_bound=150):
    return sum(n <= upper_bound for i in range(n)) == n

def g(upper_bound=150):
    return 100

assert f(g())

def f(x: List[int], lower_bound=13):
    return len(set(x)) > 1 and sum(x) >= lower_bound

def g(lower_bound=13):
    return [13, 14, 23]

assert f(g())

def f(board: List[List[int]]):
    return len(board) >= 4

def g():
    return [[0,0,0], [1,0,0], [1,0,2], [0,1,0], [0,1,2], [0,0,1], [0,0,3]]

assert f(g())

def f(i: List[int]):
    return sum(i) >= 1000

def g():
    return [123456789]

assert f(g())

def f(substring: str, string="bla", count=5):
    return string == substring

def g(string="bla", count=5):
    return "bla"

assert f(g())

def f(s: str, n=12345):
    return s.count("1") == n

def g(n=12345):
    return "".join([str(i) for i in "abc123456789"] * n)

assert f(g())

def f(s: str, k=5):
    return 1 < len(s) and 0 < len(s) - k

def g(k=5):
    return "123456"

assert f(g())

def f(y: List[int]):
    return sum(y) > 9

def g():
    return [9, 0, 7, 1]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=100):
    return n == a * b

def g(a=15, b=27, upper_bound=100):
    return a * b

assert f(g())

def f(x: int, angle=0):
    return round(x)**2 > 4 * angle ** 2

def g(angle=0):
    return 1

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[index:index+8]

assert f(g())

def f(nums: List[int]):
    return sum(nums) >= 10

def g():
    return list(range(1, 1000))

assert f(g())

def f(nums: List[int], length=3):
    return len(nums) == length and sum(nums) == sum(nums)

def g(length=3):
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], a=5, n=6):
    return all((a**2 + 1) <= (nums[i] * nums[i]) for i in range(n))

def g(a=5, n=6):
    return [a**2 for i in range(n)]

assert f(g())

def f(pos: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    return len({(i, j) for i, j in pos}) == 3

def g(target=[[1, 3], [1, 4], [2, 5]]):
    target[1][1] += 1
    return target

assert f(g())

def f(n: List[int]):
    return len(n) == 15

def g():
    return list(range(1000))[:15]

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijkmnopqrstuvwxyz")

def g():
    return "123456789abcdefghijkmnopqrstuvwxyz"

assert f(g())

def f(n: int, t=20, d=1000):
    return len([x for x in range(n) if x%d!=0]) >= d

def g(t=20, d=1000):
    return t * d

assert f(g())

def f(hand: List[int], target=100):
    return hand.count(target) == 1 and min(hand) < target

def g(target=100):
    return [i for i in range(1000)]

assert f(g())

def f(n: int):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(n) for i in range(K)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= n**2

def g():
    return int(sum(map(int, range(1000)))) ** 2

assert f(g())

def f(s: str, chars=['a', 'b', 'c']):
    return all(c in s for c in chars)

def g(chars=['a', 'b', 'c']):
    return str(int(1 << (int(1) << 4) / 2) * int(chars.index(n) * 0.5) / int(n) for n in chars)

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n % a == 0 and n % b == 0 and upper_bound < n

def g(a=15, b=27, upper_bound=150):
    return a*b

assert f(g())

def f(s: str):
    return s == 'a'  # True

def g():
    return "a"  # True

assert f(g())

def f(num: List[int]):
    return len(set(num)) == 30

def g():
    y = []
    for i in range(30):
        y.append(i)
    return y

assert f(g())

def f(e: List[int], target=10):
    for i in range(len(e)):
        if not target:
            break
    return len(e) >= target

def g(target=10):
    return [i*i for i in range(target**2)]

assert f(g())

def f(s: str, n=10):
    return n == len(s) and s  == s[::-1]

def g(n=10):
    return "0"*n

assert f(g())

def f(s: str, x=0):
    if x == 0:
        return "0" in s
    else:
        return "0" + s

def g(x=0):
    return "0" + str(x)

assert f(g())

def f(delta: List[int], n=10):
    return sum(delta[i] for i in range(n)) == 0

def g(n=10):
    return [0 for _ in range(n)]

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == a

def g(a=3, b=23463462):
    return int(b / a)

assert f(g())

def f(n: int):
    if n < 20:
        return False
    return n > 20 and abs(n) > 80000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(indexes: List[int]):
    return list(indexes) == [0, 1, 2, 3, 4, 5]

def g():
    return list(map(int, map(int, [0, 1, 2, 3, 4, 5])))

assert f(g())

def f(x: float, a=569, b=15):
    return x > a + b and (x - a) / (b - a) < 0.00001

def g(a=569, b=15):
    return float(a * a) * b

assert f(g())

def f(seq: List[int], target=40):
    if len(seq) < target:
        return False
    for i, x in enumerate(seq):
        if all(j < x for j in seq):
            return False
    return True

def g(target=40):
    return [3*i for i in range(target+1)]

assert f(g())

def f(d: List[int], dnum=1000):
    return len(d) == dnum

def g(dnum=1000):
    return [int(i+10) for i in range(dnum)]

assert f(g())

def f(tot: int, nums=[0] * 100000, thresh=50):
    return tot == sum(1 if i < thresh else 2 for i in nums)

def g(nums=[0] * 100000, thresh=50):
    return sum(1 if i < thresh else 0 for i in nums)

assert f(g())

def f(p: List[int]):
    for i in range(len(p)):
        if p[i] > p[i - 1] and p[i] < p[i + 1]:
            return True
    return False

def g():
    return [12, 23, 34]

assert f(g())

def f(list: List[int], a=4, b=5):
    return len(list) <= 4 and sum(list) == a + b

def g(a=4, b=5):
    return list(range(a, b + 1))

assert f(g())

def f(x: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return x.replace("\t", "").replace("\n", "") == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(nums: List[int]):
    assert len(nums) >= 4
    return len(set(nums)) == len(nums) or len(set(nums)) == len(nums) and sum(i ** 2 for i in nums) == n

def g():
    return list(range(50000))

assert f(g())

def f(x: str):
    for i in range(len(x)):
        if x[i] == 'l':
            return False
    return True

def g():
    for i in range(10):
        if i % 2 == 0:
            return "good"
    return "bad"

assert f(g())

def f(counts: List[int], n=100000):
    return bool(counts)

def g(n=100000):  # this has to be a list, instead of a function to match the other
    return [n for i in range(n)]

assert f(g())

def f(l: List[List[int]], h=0):
    if l:
        h += 1
    return all((x + y * 1j for x, y in l) == 0 for x in range(h))

def g(h=0):
    return [1, 2, 3, 4, 5, 6]*h

assert f(g())

def f(nums: List[int], m=5, upper_bound=3):
    assert all(n in nums for n in nums)

    if len(nums) <= upper_bound:  # no-contain or no-intersect...
        return True
    if len(nums) == m:  # each side of 'nums' is contained in m
        return False
    assert nums[-1] - nums[0] > upper_bound, "corridor overlapping"
    return True

def g(m=5, upper_bound=3):
    return [i*m for i in range(upper_bound+1)]

assert f(g())

def f(d: List[float]):
    return d == [1, 2, 3]

def g():
    return [1.0, 2.0, 3.0]

assert f(g())

def f(s: str, count=0):
    return len(s) == len(count or "abcdefghijklmno")

def g(count=0):
    return "abcdefghijklmno" if count else "abcdefghijklmno"

assert f(g())

def f(start: int, m=10, n=5):
    return sum(i**2 for i in range(m) for j in range(n)) <= start

def g(m=10, n=5):
    return sum(i**2 for i in range(m) for j in range(n))

assert f(g())

def f(t: str):
    return len(t.split()) == 2

def g():
    return "Hello World"

assert f(g())

def f(n: int, a=1020):
    return a - n < 10 ** -3

def g(a=1020):
    return a + 1

assert f(g())

def f(n: int):
    return int(n) > 100 and n < 2147483647

def g():
    return 100 + 100 + 100

assert f(g())

def f(indices: List[int]):
    a, b, c = indices
    return all(indices == [a] or indices == [b] or indices == [c] for i in range(a, b + 1))

def g():
    return [2, 1, 0]

assert f(g())

def f(s: str):
    return s.find("4") != -1 and s.find("5") != -1 and s.find("6") != -1

def g():
    return "4-5-6"

assert f(g())

def f(x: float, s=2, e=1.23):
    return max(int(x), e) == x

def g(s=2, e=1.23):
    return e

assert f(g())

def f(pos: List[int], target=36):
    return all(pos[i] > target for i in pos)

def g(target=36):
    return [pos[i] for pos in (list(range(target, target-target+1)))]

assert f(g())

def f(n: int, year_len=360):
    return year_len <= n and n % 1701 == 0

def g(year_len=360):
    return 1701

assert f(g())

def f(d: List[int], dnum=1000):
    return len(d) == dnum

def g(dnum=1000):
    return [100*i for i in range(dnum)]

assert f(g())

def f(s: str):
    return s == 'a'  # True

def g():
    return 'a'

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s.lower():
        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.upper() if 1 == len(s) // 2 else s.lower()

assert f(g())

def f(s: List[List[int]], v=10):
    return s[0] == s[2] and s[2][0] == 0

def g(v=10):
    return [[0]*10 for _ in range(10)]

assert f(g())

def f(words: List[str]):
    return len(words) == len(set(words)) or all([0 in words for _ in words])

def g():
    return ["Hello" + str(i) for i in range(5)]

assert f(g())

def f(s: str):
    return ''.join(s[i:i + 3] for i in range(0, len(s), 3)) == 'x'

def g():
    return "x"

assert f(g())

def f(s: str):
    return s.count("0") == len(s) - 1

def g():
    return "\u263a"

assert f(g())

def f(p: List[int]) -> bool:
    for x in p:
        p[x] %= 8
    return True

def g():
    return [2, 0, 0]

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 10

def g():
    return [i for i in range(1000)]

assert f(g())

def f(s: str):
    return str(878786788) in s

def g():
    return "%d" % 878786788

assert f(g())

def f(x: float, a=1020):
    return x > 0.0 and round(x, 2) != int(x ** 2)

def g(a=1020):
    return 1.5 + a**2

assert f(g())

def f(n: int):
    return n > 2048 and n % 2048 == 0

def g():
    return 1024*1024*1024

assert f(g())

def f(r: List[int]):
    return len(r) == 10

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(li: List[int], bound=7):
    i = 0
    for j in range(bound):
        for k in range(bound - j):
            if li[i + j + k] == 0:
                i += bound
    return i < bound

def g(bound=7):
    return [1] * bound

assert f(g())

def f(seq: List[int], n=10000, target=19185466):
    return all(i in seq for i in [2 ** n, 2 ** n + 1])

def g(n=10000, target=19185466):
    return [2**n, 2**n+1] if target >= 0 else [i for i in range(n)]

assert f(g())

def f(n: int):
    return n > 100

def g():
    return 1000

assert f(g())

def f(nums: List[int], thresh=10, lower=50):
    for x in nums:
        x = max(x, 0)
    for x in nums:
        x = min(x, len(nums) - 1)
        if x > thresh:
            return True
    return False

def g(thresh=10, lower=50):
    return [x for x in range(0, 50)]

assert f(g())

def f(x: List[int]):
    if not x or not x[0]:
        return True
    return all(i in x)

def g():
    return list(range(30))

assert f(g())

def f(s: str, target=1, length=6):
    return s.count('1') == target or s.count('0') == target

def g(target=1, length=6):
    return "123456789" + "0"*(target-1) + "c"*(target - 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 m is not res and max(res, m) == m

def g(m=1234578987654321, n=4):
    return max(n, n + 1)

assert f(g())

def f(n: int, t=0):
    return n > 100

def g(t=0):
    return int(int("123456789" + "0"*9) ** 0.5) + t

assert f(g())

def f(ans: List[int], lower_bound=3):
    ans = set(ans)  # all answers
    return all(i in ans for i in range(lower_bound))

def g(lower_bound=3):
    return [i for i in range(lower_bound)]

assert f(g())

def f(n: int):
    assert n >= 1, 'Hint: n is a positive integer'

    if n % 2:
        return n // 2 == 1 and n % 3 == 0

    n = int(n) + 1 if n % 2 else n // 2
    return n == n and n % 3 == 0

def g():
    return 42

assert f(g())

def f(s: str):
    return all(i in s for i in s)

def g():
    return "hello"

assert f(g())

def f(n: int):
    return n > 10000000 and n > 1

def g():
    return int(int("123456789"+"0"*9)**2) + 1

assert f(g())

def f(s: str):
    return all(len(c) > 6 for c in s.split('\n'))

def g():
    return "abc" + "def" + "gh"

assert f(g())

def f(indices: List[int]):
    assert len(indices) >= 10
    return indices == indices[0:10]

def g():
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(nums: List[int], goal=62):
    return sum(nums) >= goal

def g(goal=62):
    return list(range(3640)) * 2

assert f(g())

def f(x: List[int], s=20):
    return sum(x) == s and all([a > 0 for a in x])

def g(s=20):
    return [20]

assert f(g())

def f(n: int, a=93252338):
    return a * n != n

def g(a=93252338):
    return 12345678

assert f(g())

def f(s: str):
    return s.count("1") == 2  # should be enough for "Hello", "World" => 1, "Hello" => 1, "World" => 2

def g():
    return str(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: int, a=15, b=27, upper_bound=16):
    return n % a == 0 and n % b == 0 and upper_bound < n < 1000000

def g(a=15, b=27, upper_bound=16):
    return int(str(a * b) + "0"*(upper_bound - b))

assert f(g())

def f(x: int, a=100, b=10000):
    return max(x, a+b) == x

def g(a=100, b=10000):
    return a + b

assert f(g())

def f(n: int, max_n=191708):
    assert max_n <= n
    return n >= max_n or n < 0

def g(max_n=191708):
    return 2147483647 - 1

assert f(g())

def f(s: str):
    return s and "a" in s and "g" in s

def g():
    return "abcdefghij"

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(len(l)+1) if x > 0)

def g():
    return [1, 2, 3]

assert f(g())

def f(sizes: List[int]):
    return len(sizes) > 4 and all(a >= b for a, b in zip(sizes, sizes[1:]))

def g():
    return [10, 10, 10, 5, 5, 5, 5, 5, 5]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 6

def g():
    return [6, 5, 4, 3, 2, 1, 0]

assert f(g())

def f(li: List[int]):
    return sum(i for i in li if i in range(10) and i >= 0 and i < len(li)) == 10

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str, max_characters: int = 5000):
    assert 1 < len(s), "expecting at most 5000 characters"
    assert len(s) <= max_characters * max_characters, "expecting more than 5000 characters"
    return all(len(a) < max_characters for a in s)

def g(max_characters: int = 5000):
    return "123456789abcdefghijklm"

assert f(g())

def f(nums: List[int]):
    a, n = nums
    return (min(a, 4) >= 2 and n >= 5)

def g():
    return [11, 22]

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) for i in l) and sum(l) > 1000

def g():
    return [i for i in range(1000)]

assert f(g())

def f(a: List[int]):
    return a[0] < a[1] < a[2]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(d: int, s=3):
    return s**2 <= 30

def g(s=3):
    return s**2 # in Python 3

assert f(g())

def f(x: int):
    return x * x < 10 ** -3

def g():
    return int(10 ** -2)

assert f(g())

def f(l: List[int]):
    return all(n > l for n in [0, 1, 2, 3, 4, 5] if n not in l)

def g():
    return [0,1,2,3,4,5]

assert f(g())

def f(x: List[int], e=100):
    if len(x) == 1:
        return min(e, x[0]) >= e
    else:
        return min(e, sum(xi for xi in x if 0 <= xi < len(x))) >= e

def g(e=100):
    return [e]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and any(x != s.pop() for x in s)

def g():
    return ["a" + str(i) for i in range(1000)]

assert f(g())

def f(x: int, a=131421, b=0):
    return x == a

def g(a=131421, b=0):
    return 131421 + (b*b)

assert f(g())

def f(t: List[int], n=4):
    assert len(t) == n  # no more than 4 moves
    return len(t) >= n

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(ls: List[int]) -> bool:
    if len(ls) == 1:
        return 0 == len(ls)
    if len(ls) == 0:
        return True
    return any(ls)

def g():
    return [0, 1, 2]

assert f(g())

def f(ring: str):
    return len(ring) == 1

def g():
    r = str(map(int, range(1000)))
    return r[0]

assert f(g())

def f(s: str):
    return s[:3] == 'fo'

def g():
    return "fo"

assert f(g())

def f(seq: List[str]):
    return any(map(str.isdigit, seq))

def g():
    return ["123"]

assert f(g())

def f(s: str, target=35):
    return "Hello " + s[::-1] == "Hello world" and not "World" in s

def g(target=35):
    return "world"[::-1]

assert f(g())

def f(num: int, n=70, substr1=1, substr2=2):
    return num == 2 or not substr1 + substr2 == num + 1

def g(n=70, substr1=1, substr2=2):
    return n+1

assert f(g())

def f(s: str, n=21):
    assert n in range(101)
    return n <= len(s)

def g(n=21):
    return "123456789" * n + "0" * (n+1)

assert f(g())

def f(s: str, target="foobarbazwow", length=3):
    for i in range(len(s)):
        s = s[:i] + s[i:]
    return s == target

def g(target="foobarbazwow", length=3):
    return target

assert f(g())

def f(r: List[int]):
    return (r[0] + r[1] + r[2] == -r[0] - r[1] - r[2])

def g():
    return [0, 0, 0, -1, -2, -3, -40003]

assert f(g())

def f(s: str, l1="", l2="", v1="", v2="", v3="", k1=0, k2=0, k3=0, a=1, b=0, c=0, d=0, e=0):
    return v1 == s[:b] and v2 == s[b:]

def g(l1="", l2="", v1="", v2="", v3="", k1=0, k2=0, k3=0, a=1, b=0, c=0, d=0, e=0):
    return (a*l1 + b*v1 + c*v2 + d*v3) * k1 + (a*l2 + b*v2 + c*v3 + d*v1) * k2 + (a*l2 + b*v3 + c*v1 + d*v2) * k3

assert f(g())

def f(s: str):
    print(s)
    return  s == "Hello world"

def g():
    return "Hello world"

assert f(g())

def f(n: int):
    return n in list(range(19))

def g():
    return 3 * 3

assert f(g())

def f(x: List[int], n=18):
    # all elements up to the end of x are ones
    return all(x[i] for i in range(n) if x[i] != 0)

def g(n=18):
    return [1 for i in range(n+1)]

assert f(g())

def f(x: float):
    return int(x) == len(str(x))

def g():
    return 3.3

assert f(g())

def f(delta: List[int]):
    y = 0
    for d in delta:
        y += d
    return y >= 10

def g():
    return [delta for delta in range(10, 1000)]

assert f(g())

def f(s: str):
    return s.split(',') == [p for p in str(s).split()]

def g():
    return "hello"

assert f(g())

def f(l: List[int]):
    return sum(i for i in l if i > 0) >= len(l)

def g():
    return [1, 0, 2]

assert f(g())

def f(s: str, nums=[3, 4, 5, 97, 100, 101], k=7):
    return s == "{0}!".format(*s.lower())

def g(nums=[3, 4, 5, 97, 100, 101], k=7):
    return "{0}!".format(*nums)

assert f(g())

def f(inds: List[int]):
    return all(x > 0 for x in inds)

def g():
    return []

assert f(g())

def f(d: int):
    return d < 0

def g():
    return int(-1 * (1 + 1))

assert f(g())

def f(x: List[int]):
    return len(x) > 2 and all(s in x for s in x)

def g():
    return [1, 2, 3]

assert f(g())

def f(x: str):
    return all(
        i in str for i in x if i == '.' and not x.endswith('.')
    )

def g():
    return str(1)

assert f(g())

def f(s: List[str], chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], p=True):
    return all(i in ["0", "9", "7", "1", "10", "2", "20", "3", "4", "5", "6", "8", "9", "a", "b", "c", "d"] for i in s)       # letters

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], p=True):
    return ["0", "9", "7", "1", "10", "2", "20", "3", "4", "5", "6", "8", "9", "a", "b", "c", "d"] if p else []

assert f(g())

def f(min: int, a=1020):
    return min > a

def g(a=1020):
    return a + 10

assert f(g())

def f(s: str):
    return "This is a\n\nThis is b\n\nAnd c\n\nAnd d " in s

def g():
    return "This is a\n\nThis is b\n\nAnd c\n\nAnd d "*10000+"\n\n"

assert f(g())

def f(s: str):
    return s.find(".") == -1 * len(s)

def g():
    return str(int(3) + 1)[0:3]

assert f(g())

def f(k: int):
    return 0 <= k <= 36

def g():
    return 6

assert f(g())

def f(ls: List[str]):
    return all(sorted(ls) < ls for s in sorted(ls))

def g():
    return list("")

assert f(g())

def f(s: List[int], target=17):
    return (s[0] == target) and (s[-1] % 2 == 0) and (s[-1] != target)

def g(target=17):
    return [target, target+1, target-1]

assert f(g())

def f(s: str, v=3):
    return len(s) >= v and s in "Hello World!"

def g(v=3):
    return "Hello World!"

assert f(g())

def f(nums: List[int], e=2):
    if e == 2:
        return len(set(nums)) == len(nums) > 3
    elif e > 2:
        return nums[:3] == set(nums[3:]) and nums[3] in {(-1, 0), 0}.count(0)
    else:
        return n == nums[:nums[-1]] and sum(nums[:nums[-1]].count(0)) in {1, -1}.count(0)

def g(e=2):
    return [2**i for i in range(4)]

assert f(g())

def f(n: List[int]):
    return all(k in n for k in (1, 2, 3))

def g():
    return list(range(10))

assert f(g())

def f(i: int):
    return not (i < 456 or i >= 45675 and i%20 == 0)

def g():
    return 9999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999

assert f(g())

def f(s: str, target="reverse me", reverse=True):
    return s[::-1] != target

def g(target="reverse me", reverse=True):
    return str(target)*1 or str.rjust(target, reversed)

assert f(g())

def f(x: int, s=32, c=23, b=2):
    return x == 0 or s == 32 or x == c or s == b or (b - c) * x < 0

def g(s=32, c=23, b=2):
    return (b-c) * s

assert f(g())

def f(starts: List[str], m=10, n=10, d=2, x=100, e=100):
    return all(s in start and s in range(m) for s in starts)

def g(m=10, n=10, d=2, x=100, e=100):
    return [i for i in range(m, n) for j in range(int(d**(i)) + 1, n) for k in range(0, d - 1) for p in range(e, d) for d in range(d - 1, e) if k + 5 <= d]

assert f(g())

def f(n: List[int], max=4):
    return any((c < max) for c in n)

def g(max=4):
    return [0, 1, 2, 3]

assert f(g())

def f(x: List[int], n=100):
    assert len(x) == n
    return sum(x) == n

def g(n=100):
    return [1 for _ in range(n)]

assert f(g())

def f(n: int):
    if n < 1:
        return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 1.2) + 1

assert f(g())

def f(x: float, a=1020):
    return a not in (0, 0.0) and x ** 2 > a ** 2

def g(a=1020):
    return float("123456789" + "0"*9) ** 0.5 * a + 1

assert f(g())

def f(li: List[int]):
    return sum(i in li for i in range(100) for i in li) == 100000

def g():
    return [i for i in range(1000) for j in range(1000) if int(i+j) == int(j)]

assert f(g())

def f(pos: List[List[int]], target=[[0, 0, 0, 0]]):
    return pos[0] == target[0]

def g(target=[[0, 0, 0, 0]]):
    return [[0, 0, 0, 0]][:5]

assert f(g())

def f(a: int, b=100):
    if b == 200:
        return a > 150
    else:
        return a == b * 100

def g(b=100):
    return b**2

assert f(g())

def f(num: int, max_num=40000000):
    return num >= 0 and num < max_num

def g(max_num=40000000):
    return max(50000, 20000, 50, 50)

assert f(g())

def f(n: int):
    for i in range(4):
        n += 1 + (n - 1) // 4
    return n > 0 and n % 4 == 0

def g():
    return 4 or 5

assert f(g())

def f(s: str):
    return s.count("1") == 1 and len(s) > 2

def g():
    return "123456789"

assert f(g())

def f(li: List[int]):
    return all(li[2] - li[0] == 0 for i in range(5))

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(s: str):
    return s.count("1") == 1

def g():
    return "10"

assert f(g())

def f(nums: List[int], n=1000):
    return len(set(nums)) == n

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s.replace("Hello", "Hi") == "Hi world"

def g(): return "Hi world"

assert f(g())

def f(a: List[int]):
    return len(a) == 3

def g():
    return [4, 5, 6]

assert f(g())

def f(s: str):
    return str(8 ** 2928).count(s) > 8 and len(s) == 2

def g():
    return str("123")[:2]

assert f(g())

def f(g: List[int], n=4, s=2021):
    return n == 2 or not g[n] == 0 or g[n] > 10 * s

def g(n=4, s=2021):
    return [s**3 for n in range(20)]

assert f(g())

def f(n: int, a=0, s=0):
    return a == n and all(t < a for t in range(s, n))

def g(a=0, s=0):
    return a + s

assert f(g())

def f(n: int):
    return n >= 100000

def g():
    return int(int(10**64) + 1) + 1

assert f(g())

def f(list: List[int], target=70):
    if list.count(0) == 0:
        return True
    s = "01111222"
    for k in list:
        assert s in [s[i:i+1], "", s[i:i+2]]
        assert s[i:i+1] != "", f"expected {s[i:i+1]} in {s} as index {i}"
    return all(int(s[0]) == s[i])

def g(target=70):
    return [3, 4] if target == 70 else [5, 6]

assert f(g())

def f(p: List[int]):
    return p >= [100, 101] and p <= [300, 301]

def g():
    return [100, 101, 200, 300, 301]

assert f(g())

def f(n: int, l=None):
    return l is None or sum(i == n for i in l) == 0

def g(l=None):
    return 2*sum(i == l for i in range(100)) + 1

assert f(g())

def f(s: str, a=5, d=50):
    return len(s) == a + len(s[a:a+d])

def g(a=5, d=50):
    return str(100000*int(a * a + d * d))

assert f(g())

def f(indexs: List[int], target=17):
    for i in range(len(indexs)):
        if indexs[i] == target:
            return True
    return False

def g(target=17):
    return [i for i in range(1000)]

assert f(g())

def f(s: str):
    return s.count("m") == 1 and s.count("i") == 1 and s.count("o") == 1

def g():
    return "123456789m9i1o0"

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234")

def g():
    return int(int("1234" + "0"*6) ** 0.5) + 1

assert f(g())

def f(gene_ids: List[int], prob_id=14):
    return sum(1 if i < len(gene_ids) else 0 for i in range(len(gene_ids))) * gene_ids[0] == prob_id

def g(prob_id=14):
    return [prob_id]

assert f(g())

def f(s: int, n=6):
    return len(str(s + 1)) >= n + 1

def g(n=6):
    return n**100

assert f(g())

def f(s: str, word="Antidisestablishmentarianism", max_len=10):
    if not word.startswith("Antidisestablishmentarianism"):
        return False
    return word[0] == s[0] and word[-1] == s[-1]

def g(word="Antidisestablishmentarianism", max_len=10):
    return str(word)*len(word)

assert f(g())

def f(ls: List[str]):
    return tuple(ls) in zip('a', 'b', 'c', 'd', 'e')

def g():
    return ['a', 'b', 'c', 'd', 'e']

assert f(g())

def f(n: int):
    return n < 2

def g():
    return 0

assert f(g())

def f(w: str):
    return w in ["Hello","Hello World!"]

def g():
    return "Hello"

assert f(g())

def f(x: List[int], e1=10, e2=10):
    return max(x) == e1 and min(x) == e2

def g(e1=10, e2=10):
    return [10, 10]

assert f(g())

def f(p: List[int], n=1000):
    return len(set(p)) == n

def g(n=1000):
    return [n+i for i in range(n)]

assert f(g())

def f(n: int, k=100):
    return pow(2, n, n) >= k

def g(k=100):
    return 100*k

assert f(g())

def f(pos: int, start=0, end=10):
    path = [start, start, start, start, end, end, end, end, end, start]
    return pos in path

def g(start=0, end=10):
    return 1 if start > end else 0

assert f(g())

def f(s: str, length=8):
    r = True
    for i in range(length + 1):
        if len(s) == len(s[i::-1]):
            r = False
    return r

def g(length=8):
    return "123456789" + "0"*(length-1)

assert f(g())

def f(nums: List[int], a=1020):
    return abs(a - nums[0]) <= 10

def g(a=1020):
    return [a-10 for i in range(a)]

assert f(g())

def f(t: str):
    return t.startswith("hello") and len(t) > len("hi")

def g():
    return "hello"

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n and nums == sorted(nums)

def g(n=1000):
    return [n for i in range(n)]

assert f(g())

def f(nums: List[int], i=0, nums_len=12, min_len=50, max_len=800, lower=5):
    return len(nums) <= max_len and sum(i ** 2 for i in nums) >= min_len

def g(i=0, nums_len=12, min_len=50, max_len=800, lower=5):
    return [i**2 for i in range(nums_len)]

assert f(g())

def f(s: str):
    return s == 'abc' or s == 'bab'

def g():
    return 'abc'

assert f(g())

def f(i: int):
    return all([x <= i for x in [0, 100, 200, 300, 400, 500] if x >= i])

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 and min(a, b, c) > 0 and n > 2

def g():
    return [3, 4, 5, 6]

assert f(g())

def f(x: int, a=24, b=140711):
    return b - x == a

def g(a=24, b=140711):
    return b - a

assert f(g())

def f(s: str, n=1000):
    return len(s) > n

def g(n=1000):
    return "abcde" * n

assert f(g())

def f(s: str):
    return s == s[::-1] and s.endswith("c")

def g():
    return "c"

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return (a if x > b - a else a + b) ** 2 <= x ** 2

def g(a=8665464, b=-93206):
    return -b**2

assert f(g())

def f(z: int, target=0):
    return z == target

def g(target=0):
    return target*target

assert f(g())

def f(s: str, target=2):
    return all(sum(j != i * 2 for i, j in zip([None, 1], range(len(s)))) != 1 for i in range(len(s) - 1))

def g(target=2):
    return ["a", "b", "c", "d", "e", "f"][target - 1]

assert f(g())

def f(a: List[int]):
    return all(a[i] == 0 for i in range(3))

def g():
    return [0, 0, 0]

assert f(g())

def f(s: str):
    return s[0] == 'x' and s[-1] == 's'

def g():
    return "x's and s's"

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li) and len(set(li)) > 995

def g():
    return list(range(1,99999))

assert f(g())

def f(x: List[int], t=50, n=10):
    assert all([v > 0 for v in x])
    i = 0
    for v in sorted(x):
        if (i + v) == n and (i < n - 1 and v >= n - i):
            return i == n
        i += 1
    return i == n

def g(t=50, n=10):
    return [i + t for i in range(n)]

assert f(g())

def f(nums: List[int], a=13, b=6, c=8, d=3, e=9, f=10, g=11, h=12):
    return len(nums) >= 4

def g(a=13, b=6, c=8, d=3, e=9, f=10, g=11, h=12):
    return [a + b for _ in range(13)]

assert f(g())

def f(n: int):
    # 1. if n < 100000, then print "bad answer"
    return n > 11 * 25 * 100000 and n != 2 ** 23

def g():
    return int(3 ** 42)

assert f(g())

def f(list: List[int], n=9):
    return n == len(set(list)) and len(list) == n

def g(n=9):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(li: List[int]):
    return [x for x in li if x != li[0]] == [x for x in li if x != li[1]]

def g():
    return []

assert f(g())

def f(tot: int, n=2):
    return tot == 637

def g(n=2):
    return 637

assert f(g())

def f(str: List[str]):
    return str == "TheGreatFire" or "TheGreatFire" in str

def g():
    return ["TheGreatFire", "TheGreatFire", "TheGreatFire", "TheGreatFire", "TheGreatFire", "TheGreatFire"]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return (s.upper() if s.upper() != s.lower() else s.lower()) == s_case

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str(s).upper() or "DONTKNOW"

assert f(g())

def f(x: float):
    return x > 1

def g():
    return 7.3

assert f(g())

def f(seq: List[int], n=99):
    return len(seq) == n

def g(n=99):
    return [i*2 for i in range(n)]

assert f(g())

def f(t: str, target="123"):
    return t == target

def g(target="123"):
    return target

assert f(g())

def f(s: str, bound=20):
    return len(s) >= bound

def g(bound=20):
    return "foo" * bound

assert f(g())

def f(s: str):
    return ''.join(map(str, s)) == 'Permute me true' and ''.join(map(str, s)) == s

def g():
    return "Permute me true"

assert f(g())

def f(n: int):
    assert n >= 12 and n < 1090 and n > 30
    return n > 100 and (n >= 20 and (n % 20 == 15 or n % 20 == 24) or n > 30)

def g():
    g = n = int(int("123456789" + "0"*9) ** 0.5) + 1
    return int(n ** 0.3) # can't use len() because it throws an error

assert f(g())

def f(p: List[int], n=9):
    return all(n in p for n in range(10))

def g(n=9):
    return [n**1 for n in range(1000)]

assert f(g())

def f(n: int):
    return n == len(str(n))

def g():
    return 1 or 0

assert f(g())

def f(s: List[str]):
    return s == "hello" or all(x in s for x in ("hello", "world") if x != s[0])

def g():
    return ["A"*2]+["hello", "world"]

assert f(g())

def f(a: float, b=0, c=0, d=0, e=0, f=0):
    return abs(a) >= b and abs(a) >= c and abs(a) >= d and abs(a) >= e and abs(a) >= f and abs(a) >= 1.0

def g(b=0, c=0, d=0, e=0, f=0):
    return 1e6 + 1e3 + 1e4

assert f(g())

def f(s: str):
    return s.startswith("0") and s.endswith("0")

def g():
    return "0" + "0"*3

assert f(g())

def f(li: List[int]):
    return abs(len(li)) > 3

def g():
    return list(range(1000))

assert f(g())

def f(n: int, max=5000):
    return n >= max

def g(max=5000):
    return max

assert f(g())

def f(n: int, a=10300, b=16):
    return pow(2, b, n) >= a

def g(a=10300, b=16):
    return int(int("123456789" + "0"*9) ** 0.5) + 1 + a

assert f(g())

def f(nums: List[int]):
    n = len(nums)
    if n in range(4, 7):
        return True
    return nums[:n] == nums[n:]

def g():
    return []

assert f(g())

def f(x: int, d=1, b=192362):
    return x == d * 1020 * b // 512

def g(d=1, b=192362):
    return 1020 * b * d // 512

assert f(g())

def f(s: str, k=8):
    assert len(s) == k
    return s.count("a") == k and len(s) == 8

def g(k=8):
    return "a"*k

assert f(g())

def f(s: str, d=1.0):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(d=1.0):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(number: int):
    return number == 3600 or int(number // 1000) == 0

def g():
    return 3600

assert f(g())

def f(s: str, target=8):
    assert target <= len(s), "target should be greater than or equal to length of string"
    return all(s[i] != target for i in range(len(s)) if i in range(target + 1, len(s)) and s[i] != target)

def g(target=8):
    return "123456789" + "0"*target

assert f(g())

def f(s: str, start="x"):
    return (s[::-1] == start)  # check only x

def g(start="x"):
    return str(start)[::-1]

assert f(g())

def f(n: int, a=6, b=15):
    if n == 0:
        return True
    return (a + b + 9) % n == 0

def g(a=6, b=15):
    return int((a+b+9) % 15)

assert f(g())

def f(n: int):
    return max(n - n ** 2, 0.) ** 2 < n

def g():
    return 5 ** 6

assert f(g())

def f(n: int):
    return (n % 3 == 1)

def g():
    return len(list(range(1,20)))

assert f(g())

def f(s_case: str, s="Egads,I'mSickOfThisBoringPunctuation"):
    return s_case == "Egads,I'mSickOfThisBoringPunctuation"

def g(s="Egads,I'mSickOfThisBoringPunctuation"):
    return s

assert f(g())

def f(n: int, a=100, b=30):
    return n > a+b

def g(a=100, b=30):
    return a + b + 1

assert f(g())

def f(h: int, y=0, l=30, r=30, c=30, k=30):
    for x in range(l, r + 1):
        if x == y and l != 30: # edge
            h = 3
        if x == y and r != 30: # end
            h = 2

    return h == l * 2 + r * 2 + c

def g(y=0, l=30, r=30, c=30, k=30):
    return 2 * y + l * 2 + r * 2 + c

assert f(g())

def f(s: str, q=0.1):
    return "This is a '{0}' statement".format(s) == "This is a 'This is a statement' statement".format(s)

def g(q=0.1):
    return "This is a statement".format(q)

assert f(g())

def f(nums: List[int], lower_bound=10):
    return sum(nums) > lower_bound

def g(lower_bound=10):
    return [1, 2] * lower_bound

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"

def g():
    s = "world"
    return s[::-1]

assert f(g())

def f(s: str):
    return s == '1' or s == '1~' and not s.startswith('!')

def g():
    return '1~'

assert f(g())

def f(s: str, n=4):
    return list(s) == list(set(s))

def g(n=4):
    return ['a', 'b', 'c', 'd', 'e'][n-1]

assert f(g())

def f(n: int):
    return (len(str(n)) > 3)  # is there any number such that for any odd number there is a unique representation?

def g():
    return int(1234567890123)

assert f(g())

def f(quads: List[List[int]], xy_sides=[]):
    # not tested
    return len({(i, j) for i, j in quads}) == 0
        # f20 (f20 is too slow)
    return sum(xy_sides for i, j in [0, 1, 2]).sum() == len(xy_sides)

def g(xy_sides=[]):
    return [0] * len(xy_sides)

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    if n == 0:
        return False, a, 1
    p = 1
    for m in range(n + 1, 1, -1):
        p = (1.0 - p) * a + p * b
        if p <= 1:
            return False, a, b
    return True

def g():
    return [3, 4, 5, 6]

assert f(g())

def f(t: List[int]):
    return all(t[i] == 1 if i % 3 == 0 else t[i] == -1 if i % 3 == 1 else 0 for i in range(len(t)))

def g():
    return []

assert f(g())

def f(gen: List[int], target=13):
    for b in gen:
        if b == target:
            return True
    return False

def g(target=13):
    return [i for i in range(1000) if i == target]

assert f(g())

def f(x: str):
    return x == "world" or x == "Abbworld"

def g():
    s = f("World is" + "world")
    return "world" if s == "world" else "Abbworld"

assert f(g())

def f(nums: List[int]):
    return {i for i in nums for j in nums} == {1, 2, 3, 4, 5, 6, 7, 8, 9}

def g():
    return [int(i) for i in [1, 2, 3, 4, 5, 6, 7, 8, 9]]

assert f(g())

def f(s: str):
    return "Hello " + s == s + s

def g():
    return "Hello "

assert f(g())

def f(trips: List[List[int]]):
    return len(trips) == len(trips[0]) and not (trips == [])

def g():
    return [
        [1, 2, 3],
        [1, 2, 3],
        [1, 2, 3],
    ]

assert f(g())

def f(list: List[str], n=1000):
    return len(list) == n

def g(n=1000):
    return list([str(n) for _ in range(n)])

assert f(g())

def f(s: str):
    # return '-' if s == "--", not '-' if s == "-"
    return s == "-" if s == "-".lower() else s.lower()

def g():
    return "--".lower() if "--".lower() == "-" else "-"

assert f(g())

def f(n: int):
    return n == 500

def g():
    return 500

assert f(g())

def f(y: str):
    assert isinstance(y, str)
    return y == "23" or y == "a3" or y == "a10" or y == "a5" or y == "1%32" or y == "3%32" or y == "a%32"

def g():
    return "23"

assert f(g())

def f(y: int, a=86644321):
    return -y == a

def g(a=86644321):
    return -int(a)

assert f(g())

def f(x: str):
    return bool(int(x))

def g():
    return "1234567890"

assert f(g())

def f(r: str):
    return r[::-1] == r[::-1]

def g():
    return "123"

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(n: int):
    return not n <= 0

def g():
    return 7+7*7 + 7*7*7

assert f(g())

def f(li: List[int]):
    return li[li[0]] + li[li[1]] != li[li[li[0]]] and li[li[li[0]]] + li[li[li[1]]] == li[li[li[li[0]]]]

def g():
    return [1, -1, 0]; g() == [1, -1, 1, 0, -1, 0]

assert f(g())

def f(s: str, target=6):
    return all(j if j != len(s) else 1 for j in [1, 0] if s[j] == target)

def g(target=6):
    return "123456789" + "%d" % target

assert f(g())

def f(x: List[int], t=100, 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=100, n=10):
    return [v[0] + v[1] + 1 for v in zip([0,1,2,3,4,5,6,7,8,9], range(n))]

assert f(g())

def f(x: float):
    return str("'{0:.5f}X'".format(x)) == str("'{0:.5f}X'".format(x + 0.5))

def g():
    return float("123456789" + "0"*9) + 1.5

assert f(g())

def f(v: int, b=1):
    if v == 0:
        return True
    elif b == 1:
        return v * v == (v * v - 1) * (v - 1)

def g(b=1):
    if b == 1:
        return 0
    else:
        return 1

assert f(g())

def f(n: int):
    return 3 * n >= 1000

def g():
    return 2**30

assert f(g())

def f(s: str, p=1):
    return s.count(".") == p and s.count("?") == 0

def g(p=1):
    return "{}.{}".format(p, int(int(1**0.5)+1))

assert f(g())

def f(li: List[int]):
    return all(li[i] != -1 for i in range(10))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(m: int):
    return m < 2

def g():
    return -1

assert f(g())

def f(counts: List[int], nums=[15, 27, 102], upper_bound=5000):
    return nums == counts

def g(nums=[15, 27, 102], upper_bound=5000):
    return nums[0:upper_bound-11]

assert f(g())

def f(n: int):
    return n < 100000

def g():
    return 2 * 10 + 1

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) - 1 == 1

def g():
    return list((1,1,1,3,1,3))

assert f(g())

def f(nums: List[int], thresh=100):
    cnt = 0
    # assert len(num) <= 1000
    for i in range(thresh):
        cnt += len(nums) >= i
    return cnt >= thresh

def g(thresh=100):
    return [nums for nums in list(range(thresh))]

assert f(g())

def f(x: float, a=1020, target=9990):
    return abs(x ** 2 - a) < 1e-6

def g(a=1020, target=9990):
    return min(target, a**.5 )

assert f(g())

def f(s: str, r=3.3):
    return s == "3.2"

def g(r=3.3):
    return "3.2"

assert f(g())

def f(x: List[int], z=8192):
    return len(x) == z and all([i in x for i in range(z) if i == 0])

def g(z=8192):
    return [2*i for i in range(z)]

assert f(g())

def f(n: int, target=1234):
    return n == target

def g(target=1234):
    return min(1234, target)

assert f(g())

def f(word: str, s="") -> bool:
    return any(char == word.upper() for char in word)

def g(s=""):
    return " " + s

assert f(g())

def f(a: int, n=123456789):
    return abs(a - n) < 1e-6

def g(n=123456789):
    return 1 if n < 0 else n

assert f(g())

def f(words: List[str], length=3):
    return len(set(words)) >= length

def g(length=3):
    return [
        "he",
        "llo",
        "lolo",
        "wel"
    ]

assert f(g())

def f(xs: List[List[int]], min_coef=10, max_coef=10):
    return len(xs) >= min_coef and len(xs[1:]) >= max_coef

def g(min_coef=10, max_coef=10):
    return [list(range(i)) for i in range(-max_coef, max_coef + min_coef + 2)]

assert f(g())

def f(nums: List[int], m=1):
    return sum(nums) == len(set(nums)) and all(i != j for i in nums for j in nums)

def g(m=1):
    return [i for i in range(100) if i % m]

assert f(g())

def f(li: List[int], bounds=[1, 2, 3]):
    return li.count(0) in bounds

def g(bounds=[1, 2, 3]):
    return [0, 0, 0]

assert f(g())

def f(list: List[int]):
    return list == [0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34, 35, 39, 41, 42, 45, 46, 48]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34, 35, 39, 41, 42, 45, 46, 48]

assert f(g())

def f(s: List[int], a=7, b=3, u=0):
    if u == 0:
        return len(set(s)) == 8
    return all((a == 0) or b == 0 and len(set(s)) == 2) and len(set(s)) == 6

def g(a=7, b=3, u=0):
    return [x * 2 + ((u-1)*(b+1)) for x in range(a+1)]

assert f(g())

def f(strings: List[str]):
    return all(s in strings for s in list("abcdefghijklmnopqrstuvwxyz"))

def g():
    return ["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", "0", "1", "2", "3", "4", "5", "6", "7", "8", "9"]

assert f(g())

def f(n: int):
    return all(i for i in range(int(n / 1e4)))

def g():
    return 5

assert f(g())

def f(bills: List[int]):
    if len(bills) > 40:
        return True
    return bills == [25, 35, 84]

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(x: float):
    return repr(x).startswith("123.456")

def g():
    return 123.456

assert f(g())

def f(p: List[int], target=3):
    return len(p) == target

def g(target=3):
    return [target] * target

assert f(g())

def f(s: str):
    return s.count("-") == 1

def g():
    return "a-b"

assert f(g())

def f(y: float, a=1020):
    return abs(y ** 2 - a) < 10 ** -3

def g(a=1020):
    return a**0.5

assert f(g())

def f(nums: List[int], target=15):
    assert (target - nums[-1]) * 2 + (target - nums[-2]) <= 6
    return max(nums[i] == target for i in range(3)) <= 15

def g(target=15):
    return [target, target + 1, target + 2]

assert f(g())

def f(x: int, a=93252338, b=926697877):
    return abs(x - a) == b

def g(a=93252338, b=926697877):
    return a - b

assert f(g())

def f(s: str, max_num=30, t=200):
    return "Hello " + s == "Hello world"

def g(max_num=30, t=200):
    return "world" if t >= max_num else "Hello world"

assert f(g())

def f(s: str):
    return s.count("6") == 2 and len(set(s)) >= 5

def g():
    return "123456789012345678901234"

assert f(g())

def f(x: str, n=4):
    s = [f"abcdefghijklmnopqrstuvwxyz" for i in range(n)]
    return s == x or all(c in x for c in s)

def g(n=4):
    return f"123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(state: List[str], target=[], n=2):
    return all(state == target for target in target)

def g(target=[], n=2):
    return [i for i in target if i in target]

assert f(g())

def f(path: List[int]):
    state_list = path
    return len(state_list) >= 50 and all(a in state_list for a in path)

def g():
    return [int(a) for a in range(10000)]

assert f(g())

def f(n: int, a=10):
    return all({a**i for i in range(n)})

def g(a=10):
    return a**3

assert f(g())

def f(n: int, a=3, b=5):
    return n * n == a ** b and n > a or a > 0

def g(a=3, b=5):
    return b

assert f(g())

def f(nums: List[int], m=2, eps=1.0):
    return sum(nums) > eps

def g(m=2, eps=1.0):
    return [1, 2]

assert f(g())

def f(d: List[int], n=50):
    return len(d) == n or sum(t > d for t in d) == n // 2

def g(n=50):
    return [0]*n

assert f(g())

def f(n: int, a=1020, b=1020):
    return n >= a and n >= b

def g(a=1020, b=1020):
    return a or b

assert f(g())

def f(n: int):
    return n % 3 == 0

def g():
    return int(0)

assert f(g())

def f(nums: List[int], thresh=100):
    cnt = 0
    # assert len(num) <= 1000
    for i in range(thresh):
        cnt += len(nums) >= i
    return cnt >= thresh

def g(thresh=100):
    return list(range(thresh))

assert f(g())

def f(s: str):
    if len(s.lower()) < 1:
        return False
    return s.find("A") != -1

def g():
    return "abcdABCDcdef"

assert f(g())

def f(dist: float):
    return dist >= 0.7 and dist < 0.99

def g():
    return 0.8

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me true')

def g():
    return "Permute me true"[::-1]

assert f(g())

def f(n: str):
    return len(n) >= 12

def g():
    return "aaaaaaaabbbbbbbcccccccccccc"

assert f(g())

def f(n: int, v=5, w=100):
    for i in range(n):
        assert v > 0
        v *= 3
        w *= 2
    return v > w

def g(v=5, w=100):
    return 3*v + 4*w

assert f(g())

def f(s_case: str):
    assert s_case == "can"
    return s_case == "can"

def g():
    return str("can")

assert f(g())

def f(li: List[int], target=16):
    return all(sum(li[:i]) == 2 ** i - 1 for i in range(target, len(li))) and len(li) == target

def g(target=16):
    return [target for i in range(16)]

assert f(g())

def f(num: int, c=100, d=200):
    return int(num) >= c and int(num) <= d

def g(c=100, d=200):
    return int(c ** 0.5 + d) - int(c ** 0.5/0.5)

assert f(g())

def f(n: int):
    return n ** 2 > 9999999999

def g():
    return 100000000

assert f(g())

def f(nums: List[int], target=20):
    covered = []
    total = 0
    for i in nums:
        total += nums[i]
        covered += [(i, target)]
    return len(set(covered)) == len(covered) == target

def g(target=20):
    return [int(i) for i in range(target)]

assert f(g())

def f(st: List[str]):
    return len(st) == 1000 and len(set(st)) == 1000

def g():
    return [str(i + 1) for i in range(1000)]

assert f(g())

def f(s: str):
    return s.startswith("123")

def g():
    return "123121333"

assert f(g())

def f(a: List[int], n=2):
    return all(i in range(2) for i in a)

def g(n=2):
    return []

assert f(g())

def f(s: str):
    return len(s) < 10 and s != ''

def g():
    return "abc"

assert f(g())

def f(nums: List[int]):
    return nums == [0, 0, 0, 0, -1, -2, -3, -3, -5, -5, -6, -11, -12, -13, -19, -19, -19, -19, -19, 0, 0, 0, 0, 0]

def g():
    return [0, 0, 0, 0, -1, -2, -3, -3, -5, -5, -6, -11, -12, -13, -19, -19, -19, -19, -19, 0, 0, 0, 0, 0]

assert f(g())

def f(nums: List[int], n=232342):
    return len(nums) == n and sum(nums) >= n

def g(n=232342):
    return [10*n for i in range(n)]

assert f(g())

def f(lst: List[str]):
    for i in range(len(lst)):
        assert lst[i] not in ["!"]
    return lst == ["Hello!", "World"]

def g():
    return ["Hello!","World"]

assert f(g())

def f(s: str):
    if s.count('_') == 1:
        return s[0] < 'o'
    if s.count('A') == 1:
        return s[0:2] < "AA"
    if s.count('I') == 1:
        return s[0:4] < "IA"
    if s.count('N') == 1:
        return s[0:4] < "IN"
    if s.count('E') == 1:
        return s[0:4] < "IE"
    return False

def g():
    return "123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(e: int, a=10201202001):
    return e > 0 and e % a == 0

def g(a=10201202001):
    return a

assert f(g())

def f(coords: List[List[int]], side=10, num_points=20):
    return len(coords) >= side and all([(i, j) for i, j in zip(coords, coords[::-1])])

def g(side=10, num_points=20):
    return [[0]*side + [1]*side + [2]*side + [3]*side + [4]*side + [5]*side + [6]*side + [7]*side + [8]*side + [9]*side for _ in range(num_points)]

assert f(g())

def f(x: int):
    return int(x) > 20000

def g():
    return 100000

assert f(g())

def f(l: List[int], x=0):
    xm = l[0] - x
    ym = l[1] - x
    return l[xm] >= 0 and l[ym] == 0

def g(x=0):
    return [x, x, x, x]

assert f(g())

def f(n: int):
    s = str(n)
    # must have at least four lower bits
    if len(s) < 4:
        return False
    for i in range(1, len(s)):
        if s[i] == '0' and s[i - 1] == '0':
            return False
    return True

def g():
    return int(int("1234567890123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], n=99):
    if isinstance(nums, str):
        nums = [num for num in nums if num != ""]
    if isinstance(nums, tuple):
        nums = list(f(i) for i in nums)
        assert len(nums) == n, "Duplicate number"
    return not all(int() <= i ** 2 < n for i in nums)

def g(n=99):
    return [int(k ** 2) for k in range(n)]

assert f(g())

def f(nums: List[int], tot=55):
    return len(nums) >= tot

def g(tot=55):
    return [1] * tot

assert f(g())

def f(s: str):
    return "I love " + s == "I love you"

def g():
    return "you"

assert f(g())

def f(s: str, target=65, max_count=10):
    return len(s) > target and len(s) / max_count <= 10

def g(target=65, max_count=10):
    return str(target) + " is the biggest of the numbers " + str(max_count) + " is the biggest of the numbers " + str(1)

assert f(g())

def f(li: List[int]):
    return all(sum(li[:i]) <= 2 ** 30 for i in range(10))

def g():
    return [2 ** 30]

assert f(g())

def f(list: List[int], n=10):
    return len(set(list)) == n

def g(n=10):
    return [1000000 * i for i in range(n)] * n

assert f(g())

def f(words: List[str], k=3):
    return len(set(words)) == k

def g(k=3):
    return ["a"+str(i) for i in range(k)]

assert f(g())

def f(num: int, a=3, b=8):
    return abs(num * num - b * b) <= 0.0000001

def g(a=3, b=8):
    return max(a, b)

assert f(g())

def f(x: int, a=3, b=23463462):
    return a - x == b

def g(a=3, b=23463462):
    return a - b

assert f(g())

def f(s: str, digits=2, a=10201202001):
    return s == "123%20%2a"  # 20 a's

def g(digits=2, a=10201202001):
    return "123%20%2a"

assert f(g())

def f(path: List[int], s=4, bound=3):
    assert len(path) <= bound
    return len(path) == bound and sum(i in path for i in range(len(path))) <= bound

def g(s=4, bound=3):
    return [0] * bound

assert f(g())

def f(s: str, index=1, big_str="foobar"):
    return big_str.index(s) == index

def g(index=1, big_str="foobar"):
    return big_str[index]

assert f(g())

def f(li: List[int], m=1000):
    v = set(li)
    return abs(len(set(v)) - m) <= m / 10000

def g(m=1000):
    return [i + 99 for i in range(m)]

assert f(g())

def f(x: str, n=12):
    return x == 'a' or x == 'b' or x == ' ' or x == 't' or n is not 12 and x == "t"

def g(n=12):
    return "t" if n == 12 else "b" if n == 9 else "a" if n is not 12 else "hello"

assert f(g())

def f(h: List[int], m=50, n=50):
    if m == 1:
        return n <= 5
    elif m == 2:
        return 0 <= n <= 3
    else:
        return 0 <= n <= len(h)

def g(m=50, n=50):
    l = [0 for _ in range(m)]
    for i in range(n):
        l[i] = l[i] + 1
    return l

assert f(g())

def f(x: List[int], n=3, s=3):
    return len(x) == n and sum(x) == s

def g(n=3, s=3):
    return [x + (y > x) for x, y in zip(range(n), range(s))]

assert f(g())

def f(s: str):
    return "".join(s) == "can you tell if it has more letters than that"

def g():
    return 'can you tell if it has more letters than that'

assert f(g())

def f(n: str):
    return n == "3" or n == "234" or n == "34" or n == "3134" or n == "343462" or n == "3456"

def g():
    return "3"

assert f(g())

def f(p: List[int], n=4):
    return len(p) >= n

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return ord(s.lower()) + ord(s.lower()) % 100 > 97

def g():
    return chr(97 + (ord(chr(97 + (1 + (ord(chr(97)))))) + 1))

assert f(g())

def f(s: str):
    return "".join((s[::-1] if s[:-1] != s[:-1] else s[::-2] for s in s)) == "foobarbazwow"

def g():
    return "foobarbazwow"  # just to prove we can convert it to a string

assert f(g())

def f(l: List[int]):
    return all(n in l for n in [1, 2, 3, 4, 5])

def g():
    return list(range(100))

assert f(g())

def f(s: str, sep="!!"):
    return sep.join(s) == sep.join(s[::-1])

def g(sep="!!"):
    return sep.join("!!")

assert f(g())

def f(l: List[int]):
    return sum(l) > len(l) * 3

def g():
    return [123, 789, 666]

assert f(g())

def f(x: List[int], target_angle=45):
    if abs(x[-1] - x[-2] + x[-3]) > 1e-6:
        return True
    elif abs(x[-1] - x[-2] + x[-3]) < 1e-6:
        return False
    return abs(x[-1] - x[-2] + x[-3]) >= 4 * pi * 1e-14

def g(target_angle=45):
    return [2 + 3 * n for n in range(-45, 45)]

assert f(g())

def f(i: int):
    return min(int(i + 2), 3) > 0

def g():
    return 3

assert f(g())

def f(s: str):
    if not s.startswith("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789") or s.count('o') >= 1000:
        return False
    return ('A' in s.rstrip('ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz') and 'B' in s.rstrip('ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz') or s.count('o') in [1000, 100])

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789";

assert f(g())

def f(p: List[int], x=0, y=0):
    p = [p[i] for i in range(len(p))]
    if x == 0:
        return y == 1 or all(p[i] == p[i - 1] for i in range(y) and p[i] <= p[i - 1])
    if y == 0:
        return False
    return all(p[i] == p[i + 1] for x, y in zip(p, range(y + 1, len(p) + 1)))

def g(x=0, y=0):
    return [max(p) for p in [0] * (x + y) for i in range(x + y - y)]

assert f(g())

def f(s: str):
    if s.lower() == "konjac":
        return True

    a = [i for i in s.split("") if not i]
    return a == []

def g():
    return "konjac".lower()

assert f(g())

def f(a: List[int], n=100):
    return len(set(a)) == n

def g(n=100):
    return list(range(n)) * n

assert f(g())

def f(nums: List[int], min_size=10, max_size=70):
    return sum(min(nums) for n in nums) <= max_size

def g(min_size=10, max_size=70):
    return [min_size, min_size + 20]

assert f(g())

def f(count: List[int]):
    return all(x > 0 for x in count)

def g():
    return [1, 2]

assert f(g())

def f(N: List[int]) -> bool:
    return all(i in N for i in range(99))

def g():
    return list(range(99))

assert f(g())

def f(s: str, start="424", duration=2):
    return duration <= 25

def g(start="424", duration=2):
    return ("424" * duration)[0]

assert f(g())

def f(x: List[int], upper_bound=10):
    return len(x) >= upper_bound and not x[-1] == 1

def g(upper_bound=10):
    return [-1] * upper_bound

assert f(g())

def f(list: List[int], target=8):
    return len(list) >= target and sum(i != target - (i + 1) for i in range(target)) >= 1

def g(target=8):
    return [0, 1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(n: int):
    return all(i % n == 0 for i in range(int(n)))

def g():
    return int(int("0" * 9) ** 0.5) + 1

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x in s) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(m: int):
    assert max(0, 2 ** m) > m
    return m > 11

def g():
    return max(0, 2 ** 11)

assert f(g())

def f(s: str):
    return s == "x"

def g():
    return str("x" * 1)

assert f(g())

def f(nums: List[bool], n=12345):
    return sum(bool(i ** 2 for i in nums) for i in nums) == n

def g(n=12345):
    return [False for i in range(n)]

assert f(g())

def f(x: List[int], a=10):
    return all(i == x[i] for i in range(a))

def g(a=10):
    return list(range(a))

assert f(g())

def f(f: float, b=1):
    return f > 100

def g(b=1):
    return 1000 + 1/b

assert f(g())

def f(k: int):
    return k in [0, 1, 2]

def g():
    return int(int("000" * 20) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return a * n + b * n == c * n and (a or b) ** -1 == (a or b)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return s.count("a") >= 2 and s.count("d") >= 2

def g():
    return "a"*2 + "d"*2

assert f(g())

def f(x: float, i=0):
    assert isinstance(x, float)
    return x == i + 0.5 ** 30

def g(i=0):
    return i + 0.5**30

assert f(g())

def f(sum: List[int], target=0):
    return all(target == 0 and sum[i] == sum[i] + target for i in range(len(sum)))

def g(target=0):
    return [0]*target

assert f(g())

def f(list: List[str], n=1000):
    return len(list) == n

def g(n=1000):
    return [str(i) or i for i in range(n)]

assert f(g())

def f(s: str, r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return s == f'1' or s == '2' or "".join(f'%d' % i for i in range(18, k)) == f"%d" % 8

def g(r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return f'1' if r == 1 else f'2' if c == 0 else s[::-1] in f'%d'%r_bound or c

assert f(g())

def f(n: int):
    return n == 2 ** 32

def g():
    return 2 ** 32

assert f(g())

def f(s: str, d=5129):
    return s.count("d") == d

def g(d=5129):
    return "123456789" + "0"*9 + ("d"
            * d +
                str(d + 1)
                )

assert f(g())

def f(a: int, d=17):
    return a == 5314 and d > 3

def g(d=17):
    return d > 3 and 5314

assert f(g())

def f(nums: List[int], m=5, v=8):
    return min(nums) >= m and min(nums) < (m + v) and all([n in set(nums) for n in nums])

def g(m=5, v=8):
    return list(range(m,v+1))

assert f(g())

def f(d: List[int]):
    return all([d[i] == i for i in range(10)])

def g():
    return [d for d in range(10)]

assert f(g())

def f(s: str):
    return len(s) == 3 and s.startswith("I")

def g():
    return "I" + "II"

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(1 if i < 33 else 2 for i in nums) >= 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(y: str, target="foobarbazwow", reverse=True):
    return y == target

def g(target="foobarbazwow", reverse=True):
    return "foobarbazwow".format(target=target, reverse=reverse)

assert f(g())

def f(n: int):
    return n > 21 * 7 * 3.0

def g():
    return int(int("7" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str):
    return len(x) >= 50 and len(str(x)) > 10

def g():
    return "A"*50 + "BBB"

assert f(g())

def f(l: List[int]):
    return sum(i == 0 for i in l) > 0

def g():
    return list(range(10))

assert f(g())

def f(n: int):
    return all([len(seq) == n for seq in range(1, n)])

def g():
    return 1

assert f(g())

def f(n: int, a=14302, b=5):
    return n == a * b

def g(a=14302, b=5):
    return round(a * b, 2)

assert f(g())

def f(d: int, n=8388607):
    assert n == 8388607
    return d > n and d%3 == 0

def g(n=8388607):
    return 2**(n-1) - 1

assert f(g())

def f(li: List[int], target=55):
    return len(list(set(li))) >= target

def g(target=55):
    return list(range(target + 1))

assert f(g())

def f(s: str):
    return s.count("e") == 1

def g():
    return "e"

assert f(g())

def f(max_points: int, thresh=40):
    return max(2 ** i - 1 for i in range(thresh)) < max_points

def g(thresh=40):
    return int(9 ** thresh)

assert f(g())

def f(indexes: List[int], target=17):
    return len(set(indexes)) == target

def g(target=17):
    return [i**2 for i in range(target)]

assert f(g())

def f(nums: List[int], a=3, b=3, c=3):
    for i in range(a):
        for j in range(b):
            for k in range(c):
                if nums[i] != nums[j] or nums[i] != nums[k]:
                    return False
    return True

def g(a=3, b=3, c=3):
    return [i for i in range(a) for j in range(b) for k in range(c)]

assert f(g())

def f(v: List[int]):
    return any(v == 1 for v in range(len(v))) and not all([v > 0 for v in v])

def g():
    return [0] * 1000

assert f(g())

def f(counts: List[int], delta=2, range_bound=10):
    return sum(1 if i < range_bound else 2 for i in counts) > delta

def g(delta=2, range_bound=10):
    return [1 if i < range_bound else 2 for i in range(range_bound)]

assert f(g())

def f(s: str, r: str = "0"):
    return s == r  # not the same as '=='

def g(r: str = "0"):
    return "".join(map(str, r.split(",")))

assert f(g())

def f(n: int):
    max_len = 5
    try:
        max_len = int(math.pow(2, math.sqrt(n)) + 1)
    except:
        max_len = 5000
    return max_len > 0 and max_len <= n

def g():
    return 10000000000

assert f(g())

def f(s: str):
    return s.count("*") == 2 or s.count(".") == 1 or s.count("-") == 1 or s.count(" ") == 1

def g():
    return "Hello world"

assert f(g())

def f(s: List[int], n=1000):
    return len(s) < n

def g(n=1000):
    return [n-1, n, n-2, n-1]

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 [str("a"*(i+2)+"b") for i in range(1000)]

assert f(g())

def f(inds: List[int], vecs=[26, 5, 19, 20, 32, 3, 15, 5, 9, 8, 13, 25, 5, 24, 5, 5, 36]):
    return all(inds[i] == vecs[i] for i in range(len(vecs)))

def g(vecs=[26, 5, 19, 20, 32, 3, 15, 5, 9, 8, 13, 25, 5, 24, 5, 5, 36]):
    return vecs

assert f(g())

def f(y: float, target=10):
    return min(y, y + 1) >= target

def g(target=10):
    return (round(target * target) / target) * 2

assert f(g())

def f(s: str):
    return s == "asdfghjkmnpqrstuwxyz"

def g():
    return "asdfghjkmnpqrstuwxyz"

assert f(g())

def f(n: int):
    for b in range(-2147483648, 2147483647):
        if n == b:
            return True

def g():
    return -2147483648

assert f(g())

def f(n: int, upper_bound=150):
    return sum(n <= upper_bound for i in range(n)) == n

def g(upper_bound=150):
    return 5

assert f(g())

def f(state: List[int]):
    return state == [1, 2, 6, 7, 8, 10, 11, 12, 13, 14, 16, 19, 20, 21]

def g():
    return [1, 2, 6, 7, 8, 10, 11, 12, 13, 14, 16, 19, 20, 21]

assert f(g())

def f(s: str, a=20, b=100, c=20):
    return s[1:-1] == '#' or s[0] == '#' or s[-1] == '#'

def g(a=20, b=100, c=20):
    return "##" + "##"*(a+b-c)

assert f(g())

def f(x: str, k=10):
    return x[::-1] in ["b", "h", "d", "z", "q", "e", "v", "s", "f", "c", "t"]

def g(k=10):
    return ["e", "c", "z", "q", "b", "g", "f", "t", "o", "n", "d", "i", "m"][k]

assert f(g())

def f(kings: List[int], n=10):
    if kings[0] > kings[1]:
        return False
    return len(kings) >= n

def g(n=10):
    return list(range(n))

assert f(g())

def f(nums: List[int], target=6):
    return len(nums) >= 3 and sum(i for i in nums) >= target

def g(target=6):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int):
    assert n > 500
    if n > 100000:
        return n > 30000
    if n > 30000:
        return n > 100000
    return n > 100000

def g():

    return 200000

assert f(g())

def f(s: str):
    return ord(s) == 0 and all(ord(t) == 0 for t in s)

def g():
    return chr(0)

assert f(g())

def f(indices: List[int]):
    return len(set(indices)) == 1000

def g():
    return list(range(0,1000))

assert f(g())

def f(t: str, n=2):
    p = t[0]
    for i, c in enumerate(t[1:]):
        depth = isinstance(p, (int, float)) and n and all([i < n and c in t[i:i+n]])
        assert depth >= 0
        if depth == 0:
            return False
        p = t[i]
    return p in t

def g(n=2):
    return str(n * n)

assert f(g())

def f(li: List[int], a=123456789, target=8):
    s = li[:1]
    s = "".join(l for l in s if l.isdigit())
    return all(a % n == target for n in range(len(s) - 2, -1, -1))

def g(a=123456789, target=8):
    return [str(n) for n in range(target, target+50) if target - n >= 1]

assert f(g())

def f(li: List[int], l=0):
    x = []
    x2 = []
    for i in li:
        if i in x:
            x.append(i-l)  # don't move to the end
        x2.append(i + l)
    return x == x2  # make sure we don't split by shifting

def g(l=0):
    return []

assert f(g())

def f(li: List[int]):
    return list(enumerate(li)) == sorted(enumerate(li))

def g():
    return [2, 3]

assert f(g())

def f(nums: List[int], a=6):
    return len(nums) == a

def g(a=6):
    return [a] * a

assert f(g())

def f(n: int):
    e = [[1, 2, 3, 4], [1, 1, 1, 2, 3, 4, 1, 2, 3, 4, 1, 2, 3, 4], [1, 1, 1, 2, 3, 4, 1, 2, 3, 4, 1, 2, 3, 4]]
    e[1][0] = 5 * n
    e[2][0] = 1 + 2 ** -4 * (n % 2)
    return e[1][0] - e[2][0] < 1e-6

def g():
    a = [1, 2, 3, 4, 1, 2, 3, 4, 1, 2, 3, 4]
    return a[1] - a[2] - a[3] + a[4] + a[5]

assert f(g())

def f(x: int, year=365):
    return max(x, 0) >= year

def g(year=365):
    return year+1

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n and min(nums) >= 0

def g(n=1000):
    return [n for i in range(n)]

assert f(g())

def f(nums: List[int]):
    return all(t > min([len(i) for i in nums]) for t in nums)

def g():
    return []

assert f(g())

def f(s: str, a=""):
    return s in a and s in a + " "

def g(a=""):
    return a[::-1]

assert f(g())

def f(n: List[int]):
    return n == [42, 43, 42, 44, 43, 43, 45, 45, 46, 47, 47, 48, 42, 44]

def g():
    return [n for n in [42, 43, 42, 44, 43, 43, 45, 45, 46, 47, 47, 48, 42, 44]]

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=6):
    return x in set([s[i] for i in range(n)]) and len(x) == n or len(x) >= n

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=6):
    return "123456789" + "0" * n

assert f(g())

def f(seq: List[str], n=3):
    return len(seq) == n

def g(n=3):
    return [str(i) for i in range(n)]

assert f(g())

def f(x: List[int], d=10):
    return all(i == x[i] for i in range(10))

def g(d=10):
    return list(range(0, 10))

assert f(g())

def f(n: int):
    for i in range(100):
        n -= 1 + (n - 1) // 100
    return n > 0

def g():
    return 3*100

assert f(g())

def f(num_solutions: int):
    if num_solutions < 0:
        return False
    b = num_solutions
    if num_solutions % 3 == 1:
        n = num_solutions - (num_solutions % 3)
        b += 2
    return b >= 100 and (num_solutions % b == 0 or num_solutions % n == 0)

def g():
    return int(int("123456789" + "0"*9) ** 1.5) + 1

assert f(g())

def f(n: List[int]):
    return len(n) >= 3

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(l: List[str]):
    return l == [str(n) for n in range(1, 13)]

def g():
    return [str(n) for n in range(1, 13)]

assert f(g())

def f(n: int, r=9):
    return n > 5000 and not (n / r > 0 and n % r == 0)

def g(r=9):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, m=9):
    for i in range(m):
        x = n - 2 if i == 0 else n - 3
        if x > len(list(range(m))):
            return False
    return n % m == 0

def g(m=9):
    return 9**(9-m + 1)

assert f(g())

def f(w: List[int], m=4):
    return min(m, len(w)) < len(w)

def g(m=4):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9] * m

assert f(g())

def f(n: int, target=2):
    return target >= n

def g(target=2):
    return 1 * target - 1

assert f(g())

def f(l: List[int]):
    return all([~l[i] for i in range(10)]) or (len(l) - 1 > 0)

def g():
    return list(range(10))

assert f(g())

def f(n: int):
    return (len(str(n)) > 3)  # is there any number such that for any odd number there is a unique representation?

def g():
    return int(int("0" + "123012345") ** 0.5) + 1

assert f(g())

def f(x: float, num_squares=8, num_points=5):
    assert abs(x - num_squares * num_points) < 1e-6
    return sum(x == 0.1 for x in range(num_squares)) < num_points

def g(num_squares=8, num_points=5):
    return float(num_squares * num_points)

assert f(g())

def f(nums: List[int], n=5243):
    return nums == sorted(nums) and len(nums) == n

def g(n=5243):
    return sorted(range(n))

assert f(g())

def f(li: List[int], n=12):
    return all(i in li for i in range(n))

def g(n=12):
    return [i for i in range(n)]

assert f(g())

def f(n: int):
    """Finds the last two digits of n which represent at least 30 unique
       digits in the form of a non-inclusive range of numbers from 1 to 30
       that have only two consecutive numbers.

    Examples:
       Input:
       n = 12345
       Returns:
         8, 34
    """
    return 1 + 1.5 * (n % 30) in [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]

def g():
    return 9999 - 1

assert f(g())

def f(r: List[int]):
    return sum(r) == len(r)

def g():
    return [1]

assert f(g())

def f(ls: List[str], n=4):
    return len(ls) == n

def g(n=4):
    return [str(i) for i in range(4)]

assert f(g())

def f(sorted: List[List[int]]):
    return [a for a in sorted] == sorted

def g():
    return []

assert f(g())

def f(x: int):
    return x % 2 == 0

def g():
    return 1 << 30

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234")

def g():
    return int(int("1234" + "0"*10)**0.5) + 1

assert f(g())

def f(num: List[int]):
    return len(set(num)) >= 1000

def g():
    return [num for num in range(1000)]

assert f(g())

def f(s: str):
    return "".join((s[::-1] if s[:-1] != s[:-1] else s[::-2] for s in s)) == "foobarbazwow"

def g():
    return "foobarbazwow".split(" ")[0]

assert f(g())

def f(nums: List[int], b=200):
    return sum(nums) >= b

def g(b=200):
    return [123456789 for i in range(1000)]+[1]

assert f(g())

def f(part: str, target="foobar", length=5):
    return part[:len(part)] == target and part[-1:len(part)] in target

def g(target="foobar", length=5):
    return "foobar" if target == "{%s}" % target else target

assert f(g())

def f(n: int, r=1, s=0):
    return abs(n == 0) * r and len(range(n)) == s

def g(r=1, s=0):
    return 1000000 * r * r * r * s * s

assert f(g())

def f(words: List[str], n=50):
    return len(set(set(words))) == n

def g(n=50):
    return list(map(str, range(n)))

assert f(g())

def f(case: str, target="w"):
    return case == target

def g(target="w"):
    return target

assert f(g())

def f(s: str):
    return not s == "3qwertyuiopasdfghjklzxcvbnm"

def g():
    return "abc"

assert f(g())

def f(l: List[int]):
    return all(n in l for n in [1, 2, 3, 4, 5])

def g():
    return list(range(99))

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("ab") > x.count("ba")) for x in s)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(count_all: List[int]):
    return all((d1, d2) for d1, d2 in zip(count_all, count_all + [0] + [5]))

def g():
    return [0, 0]

assert f(g())

def f(seq: List[int]):
    n = len(seq)
    if len(seq) <= n:
        return True
    for i in range(n - 1):
        seq[i] -= 1
    return seq[:n] == seq

def g():
    return [0]

assert f(g())

def f(li: List[int]):
    return sum(li) >= 9

def g():
    return [x*x for x in [10, 100, 1000]]

assert f(g())

def f(n: int):
    assert 99726 < n
    return n % n == 0

def g():
    return 1234567892

assert f(g())

def f(x: List[int], n=4):
    return len(x) == n

def g(n=4):
    return [1 for _ in range(n)]

assert f(g())

def f(nums: List[int], num_points=20):
    assert len(nums) > 4
    assert all((0 <= i < num_points) for i in nums)
    return all([1 in nums for i in nums])

def g(num_points=20):
    return [num for num in range(num_points)]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums[::2]
    return all([a == b or a == c for a, b, c in zip(nums, nums[0:1], nums[2:])])

def g():
    return [10, 5, 1, 4, 2, 7, -5]

assert f(g())

def f(s: str, target="3twins", length=8):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="3twins", length=8):
    return max(target[:length], target[(len(target) - length) // 2:(len(target) + length) // 2])

assert f(g())

def f(l1: List[int], t=50):
    l1[:] = list(l1)
    return l1 == [0, 11, 20, 26, 34, 43, 54, 64, 76, 89, 99, 101, 110, 116, 125, 134, 143, 151, 156, 161, 166, 175]

def g(t=50):
    return [0, 11, 20, 26, 34, 43, 54, 64, 76, 89, 99, 101, 110, 116, 125, 134, 143, 151, 156, 161, 166, 175]

assert f(g())

def f(d: int, n=123456798):
    return d > n

def g(n=123456798):
    return int(n * n)

assert f(g())

def f(li: List[int]):
    return sum(1 if li.count(i) == i else 0 for i in li) == 0

def g():
    return []

assert f(g())

def f(x: int, a=8665464):
    return x == a

def g(a=8665464):
    return int(a+0)

assert f(g())

def f(n: int):
    return n > 3

def g():
    return 4

assert f(g())

def f(n: int):
    return n > 0 and any(j in [0, 1] for j in range(2 * n))

def g():
    return 1 if 1 > 0 else 0

assert f(g())

def f(i: int):
    return all(i <= i for i in range(i))

def g():
    return 9999

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(li: List[str], chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for c in chars:
        if c not in str(li):
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return ['123456789"o'] + chars + ['123456789"e'] + chars + ['123456789"h'] + chars + ['123456789"e'] + chars + ['123456789"l'] + chars + ['123456789"r'] + chars + ['123456789"d']

assert f(g())

def f(d: int, n=12345):
    return any(i > n for i in range(d - 1))

def g(n=12345):
    return max(1, n**2)

assert f(g())

def f(x: float, a=1020):
    return abs(x / (a/10) - 1) < 0.1

def g(a=1020):
    return 0.1*a

assert f(g())

def f(path: List[List[int]]):
    return len(path) >= 3

def g():
    return [list(range(1,4)) + [99, 0], [1, 2], [1, 2], [1, 2, 3, 4], [1, 2, 3, 4]]

assert f(g())

def f(s: str, w="toto"):
    for i in range(len(w)):
        if w[i] != s[i]:
            return False
    return True

def g(w="toto"):
    return w

assert f(g())

def f(n: int, target=2, case_s="CanYouTellIfItHasMoreCAPITALS"):
    for c in (r"[a-z^0-9 ]+" if case_s == "CanYouTellIfItHasMoreCAPITALS" else "123456"):
        if case_s == c:
            return False
        if c == c.upper():
            return True

    return False

def g(target=2, case_s="CanYouTellIfItHasMoreCAPITALS"):
    return int(int("123456" + str(1000000) + "1"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], n=4, s=10):
    return len(set(x)) == n and sum(x) == s

def g(n=4, s=10):
    return [1,2,3,4]

assert f(g())

def f(x: List[int], t=50, n=10, a=1, a2=3, a3=4, a4=7, a5=7, a6=8, a7=9, a8=12, a9=17, a10=20, a11=24, a12=26, a13=33, a14=40, a15=41):
    assert t <= max(x)
    s = 0
    i = 0
    for v in x:
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n

def g(t=50, n=10, a=1, a2=3, a3=4, a4=7, a5=7, a6=8, a7=9, a8=12, a9=17, a10=20, a11=24, a12=26, a13=33, a14=40, a15=41):
    return list(range(100))

assert f(g())

def f(nums: List[int], n=42):
    return (sum(i for i in nums if i > 0) + sum(i for i in nums if i < 0)) > n

def g(n=42):
    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):
    return s == 'c'  # check if strings match given characters

def g():
    return "c"[:1]

assert f(g())

def f(st: str, b="Hello world"):
    return st == b

def g(b="Hello world"):
    return b

assert f(g())

def f(x: List[int], a=1, e=6):
    for i in range(0, e, a):
        if x[i] > a:  # x[i] > a not an edge:
            return False
    return len(x) == e

def g(a=1, e=6):
    return [x*(a-x) for x in range(e)]

assert f(g())

def f(tri: List[int]):
    return len(tri) == 3  # should be a "good enough" test

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int, o=1000, q=999):
    return n > o > q

def g(o=1000, q=999):
    return 5+o+q

assert f(g())

def f(nums: List[int], bound=200):
    nums = [pow(2, i, n) for i in nums] if nums else nums + [0.001] * 200
    l = list(range(int(bound * len(nums)/2)))
    for i in range(1, int(len(nums) / 2) - 1):
        if nums[i] > bound:
            return False
    return True

def g(bound=200):
    return [i*100 for i in range(bound, 200, 100)]

assert f(g())

def f(s: str, target="barnyard"):
    return True

def g(target="barnyard"):
    return str(target)

assert f(g())

def f(g: List[int], n=100):
    # Test cases for range
    return all([1 < x <= 2 and g[x-1] != g[x] and abs(g[x-1] - g[x]) < 1e-6]
               for x in range(n))

def g(n=100):
    return [1, 2, 3, 4] * n

assert f(g())

def f(x: List[int], n=10):
    s = 0
    i = 0
    for v in x:
        s += v
        if s > n:
            return i == n
        i += 1
    return i == n

def g(n=10):
    return [0 for i in range(n)]

assert f(g())

def f(nums: List[int], a=4, bound=25, c=15, d=12):
    if bound < 0:
        return False
    t = [0, 1, 2, 3, 0, 8, 4, 12, 5, 11, 8, 1, 6, 0]
    for n in nums:
        if all(n * a + c - d < 10 ** -6 for n in t):
            return False
    return True

def g(a=4, bound=25, c=15, d=12):
    return [1, 2, 3, 5, 8, 4, 10, 9, 12, 13, 2, 6, 7, 8, 0]

assert f(g())

def f(n: int) -> bool:
    return n > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int):
    return x > 100

def g():
    return 123

assert f(g())

def f(s: str, n=15):
    return s.count("m") == n or s.count("mM") == n

def g(n=15):
    return "m"*n

assert f(g())

def f(s: str, n=18):
    return int(s[16:]) < n

def g(n=18):
    return str(int("123456789" + "0"*9)*n)

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'o', 'u', 'y', 'r', 'd']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'o', 'u', 'y', 'r', 'd']):
    return "".join([chars[x] for x in range(1, len(chars))])

assert f(g())

def f(s: str):
    return s.count('.') == 1

def g():
    return "foo.bar"

assert f(g())

def f(n: int, a=0, b=1, c=2):
    return all(abs(a - b) >= (c - 1) * b for b in range(a, c + 1))

def g(a=0, b=1, c=2):
    return int(int("123456789" + "0"*9) ** 0.5) + a + b + c

assert f(g())

def f(s: str):
    if len(s) == 1:
        return True
    return sorted(s) == sorted('Permute me true') and len(s) > 1

def g():
    return "Permute me true"

assert f(g())

def f(n: int, a=136611, b=85788):
    return n >= a and n > b

def g(a=136611, b=85788):
    return 7 * a + 2 * b

assert f(g())

def f(n: int, g=200):
    g -= n
    return sum(abs(l) for l in [1, 2, 3] for n in [0, 3, 4] if l > n) > g

def g(g=200):
    return 200 - sum(l for l in [1, 2, 3] if l > 5)

assert f(g())

def f(s: int, k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return s > iptest or s < jtest or abs(s - iptest) > delta

def g(k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return sum(s.count(r) for s in [("a","b") for i in range(20)] for r in ["ab" for i in range(5)])

assert f(g())

def f(x: float, i=1, j=5):
    return abs(x - i - j) < .1

def g(i=1, j=5):
    return 1/i + j

assert f(g())

def f(x: List[int], n=2):
    return n == len(x) / 2

def g(n=2):
    return [3, 5] + [4, 6]

assert f(g())

def f(s: List[int]):
    return min(len(s), 10) < len(set(s))

def g():
    return list(range(0, 1000))

assert f(g())

def f(s: int, target="reverse me", reverse=False):
    return (s == target) == reverse

def g(target="reverse me", reverse=False):
    return int(int("123456789" + "0"*9) ** 9) + 1

assert f(g())

def f(r: List[int], target_num=10):
    return len([a for a in r if a <= target_num]) == len(r)

def g(target_num=10):
    return [5,10]

assert f(g())

def f(li: List[List[int]]):
    return all(i1 == i2 and i1.count(i2) == 1 for i1, i2 in li)

def g():
    return []

assert f(g())

def f(x: float, k=1):
    if x > 9.99999999999999:
        return True
    elif x < 0.0006:
        return False
    return x >= 0.00001 and abs(x - 9.99999999999999) < 0.00004

def g(k=1):
    return 0.7+k * 2**31

assert f(g())

def f(n: int):
    # not str
    return n > 1 and n ** 2 > 10 ** 18

def g():
    # not int
    return 10 ** 15

assert f(g())

def f(s: str, z=4):
    return s in ["yes" * z, "no" * z]

def g(z=4):
    s = "yes" * z
    return s and "no" * z or 0

assert f(g())

def f(s: str):
    return "Not a good world to live in" == s

def g():
    return "Not a good world to live in"

assert f(g())

def f(l: List[int]):
    return l == [2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14, 15, 16, 18, 19, 20, 21, 22, 23]

def g():
    return [2, 3, 4, 5, 6, 8, 9, 10, 11, 12, 13, 14, 15, 16, 18, 19, 20, 21, 22, 23]

assert f(g())

def f(s: str, n=3):
    return s.startswith("1.") and s.endswith("9.")

def g(n=3):
    return "1."+"."*(n-1) + "9."

assert f(g())

def f(s: str, target=7):
    # str does not have an __len__ method
    return len(s) >= target

def g(target=7):
    return "123456789%ss"%target

assert f(g())

def f(a: List[int]):
    return len(a) == 3

def g():
    return [1234, 4321, 4534]

assert f(g())

def f(possible_path: List[int], n=1000):
    return len(possible_path) >= n and min(possible_path) >= 0

def g(n=1000):
    return list(range(n))

assert f(g())

def f(n: int, k=3, lower=150, seq=1, seq2=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return n >= lower

def g(k=3, lower=150, seq=1, seq2=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return lower + 50

assert f(g())

def f(y: float, y_min=0, y_max=100000):
    y_avg = y / float(y_max - y_min)
    assert y_avg >= y_min and y_avg <= y_max
    return y_max == y_avg * y

def g(y_min=0, y_max=100000):
    return y_max * y_max / (y_max - y_min)

assert f(g())

def f(s: str, _print=None, _pad=None):
    if _print is None:
        _print = lambda x: "%s\n" % x
    return all(_print(s) for _ in [
        "[" if isinstance(s, str) else ("%s" % s), "!", "", "]"  # (not used by any test)
    ])

def g(_print=None, _pad=None):
    return "123"*10

assert f(g())

def f(li: List[int]):
    return sum(li[i] for i in range(4)) == 4

def g():
    return [1 for _ in range(10)]

assert f(g())

def f(li: List[int], n=18):
    return all((li[(i + 2) % n] == 1 + li[(i + 1) % n] * li[i] for i in range(n)) and (li[i] == 1) for i in range(n))

def g(n=18):
    return [1] * (n + 1)

assert f(g())

def f(l: List[int], n=1000000):
    return sum(l) == n

def g(n=1000000):
    return [n]

assert f(g())

def f(s: str):
    return s.count('!') == 1

def g():
    return "!test"

assert f(g())

def f(st: str, a=10, b="Hello world"):
    return "abcdefghijklmnopqrstuvwxyzabcdefghijkmnopqrstuvwxyzxyz" == st

def g(a=10, b="Hello world"):
    return "abcdefghijklmnopqrstuvwxyzabcdefghijkmnopqrstuvwxyzxyz"

assert f(g())

def f(li: List[int], a=7, m=4):
    return all(map(lambda i: {i: li[i]}, li)) and (a < len(li))

def g(a=7, m=4):
    return list(range(100000))

assert f(g())

def f(coeffs: List[float]):
    if len(coeffs) == 0:
        return False
    if not hasattr(coeffs[0], '__eq__'):
        return False
    return all(abs(s) < 10 ** -3 for s in coeffs)

def g():
    return [0.0, 0.0, 0.0]

assert f(g())

def f(n: int, target=10):
    return target <= len(str(4 + n))

def g(target=10):
    return int(int("499998788900" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: str, s=['a', 'b', 'c', 'd', 'e', 'f'], n=3):
    return all(x[i] in s for i in range(n))

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], n=3):
    return "abcdefgh" * n

assert f(g())

def f(sequence: List[int], n=1000):
    return len(sequence) == n

def g(n=1000):
    return [n for _ in range(n)]

assert f(g())

def f(s: str):
    return s.count("l") == len(s)

def g():
    return ""

assert f(g())

def f(s: str):
    # pylint: disable=E0511
    return s.count(".") == 2 * s.count("r") and s.count("b") == 2 * s.count("b")

def g():
    return "123456789"

assert f(g())

def f(big_str: str, sub_str="foobar", index=2):
    return abs(big_str.index(sub_str)) < 1

def g(sub_str="foobar", index=2):
    return "foobar" + str(index * 9).ljust(9)

assert f(g())

def f(x: List[int], a=6):
    return all(x[i] > 0 for i in range(a))

def g(a=6):
    return [i + 1 for i in range(a)]

assert f(g())

def f(x: List[int]):
    return sum(x) == 100

def g():
    return [100]

assert f(g())

def f(x: int, s=32, c=23, b=2):
    return x == 0 or s == 32 or x == c or s == b or (b - c) * x < 0

def g(s=32, c=23, b=2):
    return 0

assert f(g())

def f(a: int, target=2):
    return a < 4  # at least one integer >= 2**32

def g(target=2):
    return int(1)

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(i.count("a") > i.count("b") for i in s)

def g():
    return ["a"*(i+1) for i in range(1000)]

assert f(g())

def f(i: int):
    return all([x <= i for x in [0, 100, 200, 300, 400, 500] if x >= i])

def g():
    return 1000 * 1000 + 100 + 200 + 300 + 400 + 5

assert f(g())

def f(t: str, s="("):
    return t[:len(t)] == s

def g(s="("):
    return "("

assert f(g())

def f(s: str):
    return s == u'1' and len(set(s)) == 1

def g():
    return "1" * len("1")

assert f(g())

def f(s: str):
    return "".join(s).lower() == "he"

def g():
    return u"he"

assert f(g())

def f(s: str, target=80):
    return all([x == y for x, y in zip(s, range(10)) if x == y])

def g(target=80):
    return "{:0.2f}".format(target)

assert f(g())

def f(s: str):
    return all(_ in s for _ in s)

def g():
    return "hello"

assert f(g())

def f(n: int):
    return -n < 0 or n > 1000000 or n > n % 10

def g():
    return 3

assert f(g())

def f(s: str, target="FOOBARBAZOW", length=4):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="FOOBARBAZOW", length=4):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(l: List[str], l_len=20):
    return len(l) >= l_len and all(len(s) != l.count(s) for s in l)

def g(l_len=20):
    return ["a"*(i+2)+"b" for i in range(l_len+1)]

assert f(g())

def f(list: List[str], n=1000):
    return len(list) == n

def g(n=1000):
    return list(str(n) for i in range(n))

assert f(g())

def f(res: int, n=123456, k=0):
    return res >= n - k or res == n - k

def g(n=123456, k=0):
    return n + k

assert f(g())

def f(li: List[int], target=7, n=5):
    return all(i in li for i in range(n))

def g(target=7, n=5):
    return [i for i in range(n)] # works too

assert f(g())

def f(n: int):
    return n > 100000

def g():
    return 1000000000

assert f(g())

def f(words: List[str], target_word=21, first=2):
    for word in words:
        if len(word) == first:
            return True
        if word.count("(") != word.count(")"):
            return False
    return len(words) > first

def g(target_word=21, first=2):
    return [str(int(n) % target_word) + " " for n in range(first)]

assert f(g())

def f(tour: List[List[str]], n=10):
    return len(tour) <= n

def g(n=10):
    return [["a"*(i+3) for i in range(1000)], ["b"*(i+3) for i in range(1000)]]

assert f(g())

def f(string: str):
    return string == "I!!!love!!!dumplings!!!!"

def g():
    return 'I!!!love!!!dumplings!!!!'

assert f(g())

def f(numbers: List[int]):
    return len(numbers) == len(sorted(numbers)) and sorted(numbers) == numbers

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str, target="yes", reverse=True):
    return ''.join(c for c in s if c.isalpha()) == target

def g(target="yes", reverse=True):
    return "yes" or "yes" + target

assert f(g())

def f(x: float, b=1020):
    return x > 0 and (x > b - 0.0001) and (x < b + 0.0001)

def g(b=1020):
    return 1.0 * b

assert f(g())

def f(letters: List[int], n=1000):
    return [x in letters for x in letters if x < n] == letters

def g(n=1000):
    return []

assert f(g())

def f(s: str):
    return len(s) > 3

def g():
    return "abcdefg"

assert f(g())

def f(n: int, targets=[], min_idx=5, max_idx=3):
    """
    A brute-force search.
    """
    return all(i == min_idx for i in targets)

def g(targets=[], min_idx=5, max_idx=3):
    return max(min_idx, min(max_idx, len(targets) - min_idx))

assert f(g())

def f(letters: List[str]):
    return all(i in letters for i in "abcdef")

def g():
    return ['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']

assert f(g())

def f(b: str):
    return b == 'A'

def g():
    return "A"

assert f(g())

def f(s: str, target="kitten"):
    return all((x == y for x, y in zip(s, s) if x == target))

def g(target="kitten"):
    return "kitten"

assert f(g())

def f(n: int, a=1020):
    return n >= a

def g(a=1020):
    return 42 + a

assert f(g())

def f(nums: List[List[int]], n=10):
    return len(nums) == n and not all(
        {k == 0 for k in range(n) for i in range(n)}
    )

def g(n=10):
    return [list(range(n)) for i in range(n)]

assert f(g())

def f(n: int):
    import random
    return (random.randrange(10001) - 10004) ** 2 <= n

def g():
    return 10002 ** 2 - 1003

assert f(g())

def f(nums: List[int], a=6, b=300, count=25):
    return all(i in nums for i in nums) and sum(nums) >= count

def g(a=6, b=300, count=25):
    return [i+1 for i in range(count, 1+b)]

assert f(g())

def f(s: str, string="enlightenment"):
    return s == string

def g(string="enlightenment"):
    return string

assert f(g())

def f(n: int, target=1550):
    return target == n or not all(len({(a, b) for a, b in x} for x in range(4, 3, -1)))

def g(target=1550):
    return target

assert f(g())

def f(nums: List[int], year_len=365):
    return len(set(nums)) < year_len

def g(year_len=365):
    return []

assert f(g())

def f(s: str):
    return "Hello world" == s

def g():
    return 'Hello world'

assert f(g())

def f(s: int, b=11):
    s += b
    return max(s, b) <= s

def g(b=11):
    return 2*b

assert f(g())

def f(s: str):
    print(s)
    return all(
        c in s for c in ['a', 'b', 'c', 'd', 'e', 'f']
    )

def g():
    return "abcd" + "efgh"

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 sum(n for n in range(8, upper_bound+1) if n%a==0 and n%b==0)

assert f(g())

def f(li: List[int]):
    return all([li[i] == 0 for i in range(len(li))])

def g():
    return [0, 0, 0]

assert f(g())

def f(x: List[int], num_points=2240):
    return len(x) >= num_points

def g(num_points=2240):
    return [i for i in range(num_points)]

assert f(g())

def f(numbers: List[int], t=30):
    return len(set(numbers)) == t

def g(t=30):
    return list(map(int, range(t)))

assert f(g())

def f(c: int):
    return (c > 1) or (c == 2 and c != 3) or (c == 5 and c != 6) or (c == 7 and c != 8) or (c == 9)

def g():
    return 3

assert f(g())

def f(y: List[int], a=7, b=6):
    return all(a * i == b * i for i in range(len(y) - 1))

def g(a=7, b=6):
    return [a, b]

assert f(g())

def f(n: int):
    return all(x * x + 3 * x + 1 <= n for x in range(n))

def g():
    return sum(map(int, range(2, 0)))

assert f(g())

def f(l: List[int]):
    assert all([v < 0 for v in l])
    s = 0
    for l in zip(l, l[1:]):
        s += l[0]
        if s < 1:
            return True
    return True

def g():
    return []

assert f(g())

def f(nums: List[int], target=100):
    return sum(nums) == target

def g(target=100):
    return [target]

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == 0

def g(a=3, b=23463462):
    return a * b - b // a

assert f(g())

def f(s: str, target="enlightenment", length=6):
    return len(set(target) & set(s)) == length

def g(target="enlightenment", length=6):
    return "[target]/[length]"

assert f(g())

def f(nums: List[int]):
    return nums[0] == nums[1] == nums[2]

def g():
    return [0, 0, 0, 0, 0]

assert f(g())

def f(x: List[int], lower_bound=1, upper_bound=7):
    return min(x) <= lower_bound and max(x) >= upper_bound

def g(lower_bound=1, upper_bound=7):
    return list(range(lower_bound, upper_bound + 1))

assert f(g())

def f(nums: List[int], d1=42, d2=42):
    return len({x for x in nums if bool(d1 * x + d2 * x == 0)}) == len(nums)

def g(d1=42, d2=42):
    return [x for x in range(1000) if (d1 * x + d2 * x == 0) == 1]

assert f(g())

def f(s: str):
    return s.count("a") > 0 and s.count("d") > 0

def g():
    return "a"+"b"+"d"

assert f(g())

def f(n: int, a=9, b=7, c=6):
    return a * b * c == n

def g(a=9, b=7, c=6):
    return int(a * b * c)

assert f(g())

def f(x: List[int]):
    for i, j in zip(x, x):
        assert abs(i - j) == 0
    return len(x) != x.count("konjac")

def g():
    return [4, 5]

assert f(g())

def f(c: List[int], m=3, s=19):
    return all(c[i] > 0 for i in range(m) if c[i] < s)

def g(m=3, s=19):
    return [1,2,3,4,5,6,7,8,9,10,11]

assert f(g())

def f(li: List[int], target=100):
    return len([li.index(n) for n in li]) == target

def g(target=100):
    return [target+1 for _ in range(target)]

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=19143212):
    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', '--x'], target=19143212):
    for op in ops:
        if op in ["++x", "x++"]:
            return int(target) + 1
        else:
            if target:
                # if the target is not the first element in the list, then
                # the final result would not be what we want.
                return n == target

assert f(g())

def f(n: str):
    return n.count("1") == 1 and n.count("2") == 1  # the last digit can only be 1, 2...

def g():
    return "1234567890"

assert f(g())

def f(n: int):
    return str(n * n).startswith("12345678900")

def g():
    return int(int("12345678900" * 10) ** 0.5) + 1

assert f(g())

def f(m: int):
    return abs(m + 1) > 10**6

def g():
    return 1000000000000000000000000000000000

assert f(g())

def f(n: int):
    """Return False iff n is divisible by all five prime numbers."""
    return not (n % 2 == 1 or all(n % n2 == 1 for n2 in range(3, 101)))

def g():
    return (3**3)**2 - (3**13)**2 - (3**31)**2 - (3**37)**2 - (3**41)**2 - (3**43)**2 - (3**47)**2 + 1

assert f(g())

def f(s: str, path="a"):
    return "a" in s and "a" in s[::-1] == path

def g(path="a"):
    return path

assert f(g())

def f(s: str):
    return s == "\b" or s.count("\\") == 1

def g():
    return "\\nb" or "\\nba"

assert f(g())

def f(s: str):
    return all("abcdef" in s for i in range(2))

def g():
    return "abcdef"

assert f(g())

def f(li: List[int], a=3, b=2):  # the numbers are not 0-9
    assert len(li) == 3
    return all(li[(i + b) % 3] for i in range(a))

def g(a=3, b=2):
    return [2, 3, 5]

assert f(g())

def f(n: int, a=15, b=27):
    return (n == 0 and a == 0 and b == 0) or (n % a == 0 and n % b == 0 and n != 0)

def g(a=15, b=27):
    return 3*a*b

assert f(g())

def f(nums: List[int]):
    i, j, k = nums
    while True:
        if j == 1:
            return False
        if i == 1:
            return True
        if j-i == 0:
            break
        if k == 1:
            return j>1 and (i == 0 and j == 2)
        k += 1
        if k == 1 or j > i:
            break
    return i == 2

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, target="quaxx", start=0):
    return target == s[start:]

def g(target="quaxx", start=0):
    return "X" * start + target

assert f(g())

def f(n: int, a=5000, b=23227, min_sum=1000):
    return n > 5000 or n > min_sum  # and a or b > 5000

def g(a=5000, b=23227, min_sum=1000):
    return a+b

assert f(g())

def f(t: str, n=2):
    assert n <= len(t)
    return t[n:] == t[:n]

def g(n=2):
    return "aa" * n

assert f(g())

def f(n: int, a=33, b=10):
    assert n % b == 0, "wrong value"
    return n // b == a

def g(a=33, b=10):
    return (a*b) % 333

assert f(g())

def f(s: str):
    return ''.join(s.split()) == 'string'

def g():
    return "string"

assert f(g())

def f(nums: List[int], n=12345):
    return sum(1 ** n for i in nums) == n

def g(n=12345):
    return [n for i in range(n)]

assert f(g())

def f(h: List[int]):
    return all([n in h for n in range(4)])

def g():
    return list(range(80))

assert f(g())

def f(l: List[str]):
    return len(set(l)) > 5

def g():
    return ["a" * (i + 1) for i in range(100)]

assert f(g())

def f(n: int):
    return n > 1000000 and n == int(n)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=5129, b=23234853):
    return n / b == a

def g(a=5129, b=23234853):
    return a * b

assert f(g())

def f(nums: List[int], n=4):
    return len(nums) >= n and sum(1 for i in nums) == n

def g(n=4):
    return [n+1, n+2, n+3, n+1]

assert f(g())

def f(count_all: List[int]):
    return all((d1, d2) for d1, d2 in zip(count_all, count_all + [0] + [5]))

def g():
    return [1, 5]

assert f(g())

def f(s: str, target='s'):
    for i in range(len(s)+1):
        if s[i] == target:
            return True
    return len(s) == 1

def g(target='s'):
    return "hello World %s" % target

assert f(g())

def f(x: List[str]):
    return x == [u"ab"] + [u"bc"] + ['def']

def g():
    return [u"ab", u"bc", 'def']

assert f(g())

def f(inds: List[int], target="f"):
    return all(i in inds for i in range(10))

def g(target="f"):
    return list(range(1000))

assert f(g())

def f(nums: List[int]):
    return set([0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9]) == set(nums)

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8, 9, 8]

assert f(g())

def f(z: float):
    return z <= 1  # z is too short

def g():
    return 1/3

assert f(g())

def f(x: List[int], n=2):
    return (x[-1] > x[0]) and all([x[i] <= x[i + 1] for i in range(n)])

def g(n=2):
    return [i for i in range(10) if i % n == 0]

assert f(g())

def f(s: str):
    return s >= "a" and s <= "f"

def g():
    return "abc"

assert f(g())

def f(p: List[int], n=50):
    return len(set(p)) == n

def g(n=50):
    return [x for x in range(n)]

assert f(g())

def f(num_words: List[int], max_num=100):
    return sum(n_words for n_words in num_words if n_words) == max_num

def g(max_num=100):
    return list(num_words for num_words in [1]*max_num)

assert f(g())

def f(n: int, a=3, b=6):
    return n > 2

def g(a=3, b=6):
    return a

assert f(g())

def f(s: str, t=7):
    return sum(int(s[i]) for i in range(0, len(s))) == t

def g(t=7):
    return str(7)

assert f(g())

def f(g: List[int], n=1000):
    return len(g) == n

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s == 'Hello world' and 'Hello world' in s

def g():
    return "Hello world"

assert f(g())

def f(d: int, N=5):
    return 4 * d * d > N**2

def g(N=5):
    return 5 * 10

assert f(g())

def f(pos: List[int], lower=22):
    return sum(pos) > 20

def g(lower=22):
    return [22, 22]

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return m == res

def g(m=1234578987654321, n=4):
    return m or n < 1000

assert f(g())

def f(x: List[int]):
    return (x[0] * x[1] + x[1] * x[2] + x[1] * x[3] + x[2] * x[3]) <= 15

def g():
    return 15 * [i for i in range(4) if i == 0]

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and abs(i * i - j * j) >= 5 for i in l for j in l if i != j) and len(set(l)) > 995

def g():
    return list(range(2, 1000))

assert f(g())

def f(s: str, target=15):
    return len(s) == len(s[:target])

def g(target=15):
    return "hello%d"%target

assert f(g())

def f(inds: List[int], s=79, target=5):
    return all(v >= 0 for v in inds) and len(inds) >= target

def g(s=79, target=5):
    return list(i for i in range(1000 if s < target else target + 3))

assert f(g())

def f(nums: 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(nums)):
        s.append(int(s[-1] ** 0.5) if int(s[-1] ** 0.5) ** 2 == s[-1] else s[-1] + 3)
    return len(nums) <= 4000 and len({s[i] for i in nums}) == 1

def g(a0=123):
    return [a0]

assert f(g())

def f(s: str):
    return all(c in s for c in ["a", "b", "e", "g"])

def g():
    return "abcdefgh"

assert f(g())

def f(x: List[int]):
    return x[0] <= x[1] + 1 and x[1] + 2 < x[2]

def g():
    return [10, 20, 30, 40]

assert f(g())

def f(path: List[int]):
    return path == [10]  # all the elements in the first level of the graph must be in the list

def g():
    return [10]  # the edge from 10 to 1 is not in the graph because it doesn't exist in the list

assert f(g())

def f(n: int, k=2):
    assert n > 0
    return -2.0 ** n < 1e-14

def g(k=2):
    return k-1

assert f(g())

def f(x: int, y=0):
    return (x == y)

def g(y=0):
    return 0 - y

assert f(g())

def f(x: int, a=1073258):
    return x == a

def g(a=1073258):
    return int(float(a))

assert f(g())

def f(n: int, a=35, b=5):
    return all(n % a == b % n for i in range(a))

def g(a=35, b=5):
    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 sum(x if x > 0 or a > 50 else x * a for x in range(a, b+30))

assert f(g())

def f(s: str):
    return len(s) >= 2

def g():
    return "hello" + "world"

assert f(g())

def f(s: str):
    return s.lower() == 'hello'

def g():
    return "hello".lower()

assert f(g())

def f(x: List[int], target_prob=0.5):
    return True  # is x sorted with prob of being sorted <= target_prob

def g(target_prob=0.5):
    return [i*i for i in range(1000)]

assert f(g())

def f(vowels: List[str]):
    vowels.remove('e') == vowels.remove('a') == vowels.remove('o') == vowels.remove('u')
    return True

def g():
    return ["e","i","o","u"] + ["a","o","u","i"]

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[j] for i in range(3)] for j in range(3))

def g():
    return [0, 3, 0]

assert f(g())

def f(b: List[List[int]], h1=[[1, 6], [1, 7], [1, 8], [2, 9], [3, 10]]):
    return b == [[1, 8], [6, 0], [7, 3], [0, 5]]

def g(h1=[[1, 6], [1, 7], [1, 8], [2, 9], [3, 10]]):
    return [[1, 8], [6, 0], [7, 3], [0, 5]]

assert f(g())

def f(s: str):
    return s.count("a") > 1 and s.count("b") > 1 and s.count("c") > 1

def g():
    return ("a"*1000 + "b"*1000 + "c"*1000)

assert f(g())

def f(n: int, a=1548, b=2923, lower_bound=11):
    return n % b == 0 and n % a == 0 and n > lower_bound

def g(a=1548, b=2923, lower_bound=11):
    return a * b

assert f(g())

def f(g: List[int], r=0, c=3):
    i, j, k = g
    return r + ((i + 2) * c - j * c - k * c) >= 0

def g(r=0, c=3):
    return [1] * r + [2] * c

assert f(g())

def f(t: str, s="Hello World"):
    return t == s

def g(s="Hello World"):
    return "abc"[:2:-1].join(s)

assert f(g())

def f(s: str, n=1000):
    return all(ord(s[i]) != s[(i + 1) % n] for i in range(10))

def g(n=1000):
    return "123456789" + "0" * n

assert f(g())

def f(d: int):
    return d > 12000 and d > 9999 and d > 100 and d > 10000

def g():
    return 120000

assert f(g())

def f(x: List[int], lower_bound=1, upper_bound=5, max_dim=7):
    return all((x[i] >= lower_bound and x[i] <= upper_bound for i in range(max_dim)) for x in x)

def g(lower_bound=1, upper_bound=5, max_dim=7):
    return [1, 2]

assert f(g())

def f(x: List[int], n=4, b=1023):
    return all((sum(x) >= b + (b - 1)) and (sum(x) >= b + (b - 2)) and (sum(x) >= b + (b - 3)) and (sum(x) >= b + (b - 4)) for b in range(b))

def g(n=4, b=1023):
    return [b ** i for i in range(n)]

assert f(g())

def f(delta: List[int], n=4, s=2021):
    return all(sum(delta[i] * delta[j] for i, j in zip(range(n), range(s))) >= 1 for i in range(n))

def g(n=4, s=2021):
    return [2 for _ in range(10)] + [3, 4]

assert f(g())

def f(nums: List[int], b=1000, count=20):
    return len(set(nums)) >= 2 * count

def g(b=1000, count=20):
    return [i*count for i in range(b)]

assert f(g())

def f(s: str):
    return str(s).find('!') > -1

def g():
    return "!abc"

assert f(g())

def f(l: List[int]):
    return all([~l[i] for i in range(10)]) or (len(l) - 1 > 0)

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    return n < 2

def g():
    return 1

assert f(g())

def f(n: int, nums=[15, 27, 102, 2147483647], upper_bound=1501):
    return 0 <= n <= upper_bound

def g(nums=[15, 27, 102, 2147483647], upper_bound=1501):
    return upper_bound

assert f(g())

def f(t: List[int]):
    return sum(nums <= 3 for nums in t) == 3

def g():
    return [3,2,1]

assert f(g())

def f(s: str):
    return s.startswith("hello")

def g():
    return "hellohello"

assert f(g())

def f(li: List[int], n=9012):
    return len(set(li)) == n

def g(n=9012):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return "".join(s) == "Hello"

def g():
    return 'Hello'

assert f(g())

def f(s: str, n=6):
    assert len(s) == n
    assert sum(map(len, s)) == n
    return not "0" not in s and all(s[i] == '0' for i in range(len(s)))

def g(n=6):
    return "0"*n

assert f(g())

def f(n: int):
    assert n > 1000
    assert n % 10 == 0
    return n // 10 >= 23

def g():
    return 1000 * 1000 * 1000 * 1000 * 1000

assert f(g())

def f(x: List[int], a=100):
    for i in range(len(x)):
        if x[i] > a:
            x[i] -= a
            return True
    return False

def g(a=100):
    return [a*a for i in range(10)]

assert f(g())

def f(nums: List[int]):
    assert len(nums) == 3 and all(i % 10 != 0 for i in nums)
    return sum(nums) - nums[0] < 10.0

def g():
    return [1,2,3]

assert f(g())

def f(nums: List[int], target=42155):
    return len(nums) == target or len(set(nums)) > target

def g(target=42155):
    return [target] * target

assert f(g())

def f(s: str):
    return "hello" in s

def g():
    return "hello"

assert f(g())

def f(t: List[str]):
    return len({s: t for s in t}) == 10

def g():
    return list(map(str, [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]))

assert f(g())

def f(inds: List[int], max_dim=1000):
    return 0 <= max_dim <= min(len(inds), max_dim)

def g(max_dim=1000):
    return [ind for ind in range(0, max_dim + 1) for b in range(0, max_dim)] + [1]

assert f(g())

def f(x: int, a=2**24, b=2**63):
    return -x // a == b

def g(a=2**24, b=2**63):
    return -int(a) * int(b)

assert f(g())

def f(li: List[int], target=35, upper_bound=150):
    for i in li:
        return i < target and i > 0

def g(target=35, upper_bound=150):
    return [5, 7, 3]

assert f(g())

def f(s: str):
    return "".join(s) == "intelligent"

def g():
    return u"intelligent"

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return all(i <= n and a * i <= n for a, i in zip(nums, nums))

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return 1 + sum(nums[n-2] * nums[n-1] for n in range(3))

assert f(g())

def f(nums: List[int], digits=3):
    return nums == [2 ** n for n in range(digits)]

def g(digits=3):
    return [2 ** num for num in range(digits)]

assert f(g())

def f(s: str, substrings=["A", "B", "C"]):
    return all(sub in s for sub in substrings)

def g(substrings=["A", "B", "C"]):
    return str(int(1) * int(1) * int(1) * int(1)) + "ABC"

assert f(g())

def f(p: List[int], n=10):
    return True if len(p) == n else all(p[i] > 2 for i in range(n))

def g(n=10):
    return [2*i for i in range(n)]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "0" for i in str(str(d).count("3") + str(d).count("6")))

def g(n=123456789):
    return n * n

assert f(g())

def f(moves: List[List[int]], capacities=[8, 5, 3], init=[8, 0, 0], target=5):
    return moves == sorted(moves) and all([j ** 2 + 2 for i in list(moves) for j in range(capacities)])

def g(capacities=[8, 5, 3], init=[8, 0, 0], target=5):
    return []

assert f(g())

def f(sorted: List[int]):
    return all(i in sorted for i in sorted) and len(sorted) > 3

def g():
    return [4, 5, 0, 7, 8, 9]

assert f(g())

def f(inds: List[int]):
    return inds == sorted(inds) and int(len(inds)) == 6

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(n: int):
    assert n >= 0
    return len({i for i in range(n)}) >= n

def g():
    return 1 + 1

assert f(g())

def f(x: float, a=1020):
    return (x**2 - a**2) ** 2 < 1e-15

def g(a=1020):
    return float(a)

assert f(g())

def f(x: List[int]):
    assert len(x) == 3
    return not all([v == v + 1 for v in x])

def g():
    return [1] + [2] + [3]

assert f(g())

def f(x: List[int], s=3):
    return x == [0] * s + [1] * s + [2] * s

def g(s=3):
    return [0]*3 + [1]*3 + [2]*3

assert f(g())

def f(nums: List[int], m=9, target=10):
    return len(set(nums)) <= target

def g(m=9, target=10):
    return list(set(range(target)))

assert f(g())

def f(seq: List[int], start=0):
    s = 0
    i = 1
    while i < len(seq) - 1:
        s += seq[i]
        i += 1
    return s == start

def g(start=0):
    return [start, start + 5]

assert f(g())

def f(x: int, a=0, b=1, c=100, d=1, e=1, f=1):
    return abs(x - a - b - c - d - e - f) < 1

def g(a=0, b=1, c=100, d=1, e=1, f=1):
    return a+b+c+d+e+f

assert f(g())

def f(c: int):
    return c % 2 == 0 and c > 1

def g():
    return 728

assert f(g())

def f(h: List[int], n=10):
    return h[0] == n and h[-1] == n

def g(n=10):
    return list(n for x in range(10))

assert f(g())

def f(nums: List[int], count=5):
    return sum(nums) != count and len(nums) >= count  # count means 1 or 2

def g(count=5):
    return list(range(count))

assert f(g())

def f(s: str, target="1234", length=3):
    return target.startswith('') and target[(len(target) - length) // 2:(len(target) + length) // 2] in s

def g(target="1234", length=3):
    return "1234" + target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str):
    return sum([(len(s) - i) for i in range(len(s))]) >= 9

def g():
    return "12345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901"

assert f(g())

def f(s: List[List[int]]):
    return len(s) == len(s[0]) and len(s) == len(s[1])

def g():
    return [
        [1, 1],
        [1, 2]
    ]

assert f(g())

def f(n: int):
    return (n > 1) and (n > 921) and (n > 16)

def g():
    return (921 * 365) + 1

assert f(g())

def f(s: str):
    for i in s:
        if i == "O":
            return False
        if i in "Y":
            return True
    return False

def g():
    return "Y"

assert f(g())

def f(s: str):
    return s.count("1") == 1 and all(s.count("0") == 0 for c in s)

def g():
    return "123456789ABCDE"

assert f(g())

def f(n: int):
    return n > 127

def g():
    return 100000000000000000000000000

assert f(g())

def f(x: int, a=93252739):
    return  x - 927293385 == a

def g(a=93252739):
    return 927293385 + a

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 and (li[0] or li[-1]) == 0

def g(n=18):
    return [0] * 18

assert f(g())

def f(n: List[int]):
    return n[-1] == 1 and n[0] == 6

def g():
    return [6, 1]

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "".join(c for c in s if c not in chars) == "".join(c for c in chars if c not in s)

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "".join(c for c in chars if c not in "#abcde" or "abcdefg" or "ghijklmnoqrstuvwxyz" in c)

assert f(g())

def f(n: int, target=19143212):
    for n in range(target, n):
        assert n > target
        assert n < target
    return n == target

def g(target=19143212):
    return sum(n <= target for n in range(target, 0, -1))

assert f(g())

def f(n: int, s=1, upper_bound=5000):
    return n + (n * s) > upper_bound

def g(s=1, upper_bound=5000):
    return 1 + (upper_bound-1) * (upper_bound - s)

assert f(g())

def f(x: str, n=9):
    if x.count('m') > n:
        return True
    return x.count('m') == n

def g(n=9):
    return "h"*n + "m"*n + "l"*n

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 40 and all([x.count("a") > x.count("b") for x in s])

def g():
    return ["a" + str(i) for i in range(1000)]

assert f(g())

def f(nums: List[int]):
    return len(nums) == max(nums) * 3 / 4

def g():
    return [n + 1 for n in range(3, 0, -1)]

assert f(g())

def f(roots: List[float]):
    return pow(2, len(roots), len(roots)) == 2

def g():
    return [1.0, 0.0, 0.0, 1.0, 0.0, 0.0, 1.0]

assert f(g())

def f(s: str):
    for c in s:
        if c == "":
            return False
    return True

def g():
    return str(i for i in range(100) if i % 2 == 1)

assert f(g())

def f(e: List[int]):
    return all(e[i] == 0 for i in range(3))

def g():
    return [0] * 10

assert f(g())

def f(s: str):
    return ' '.join(s.split()) == 'Hello'

def g():
    return "Hello"

assert f(g())

def f(string: str, sep="!!"):
    return string.split(sep)[-1] == '!' in string

def g(sep="!!"):
    return "!"

assert f(g())

def f(x: List[int]):
    return sum(x[:3]) == 3

def g():
    return [1]+[2]

assert f(g())

def f(s: str):
    s = s.lower()
    if s.startswith("-"):
        s = s[1:]
    return len(s) > 10 and len(s) < 100

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(counts: List[int], target=30):
    return len(counts) >= target

def g(target=30):
    return [0] * target

assert f(g())

def f(x: List[List[int]]):
    assert len(x) > 1 and all(x[i] != 0 for i in range(len(x)))
    return True

def g():
    return [[0,0,0], [1,1,1], [2,1,1], [0,1,0]]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187]):
    return n >= nums.pop(0)

def g(nums=[77410, 23223, 54187]):
    return nums.pop(0)

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n and sum(x) >= n

def g(n=1000):
    return [n + i for i in range(n)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s.split():
        if c != c.lower():
            caps += 1  # can't tell if it has more caps
    return s_case == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if "0123456789." in s else s.lower()

assert f(g())

def f(w: List[str]):
    return len(w) >= 3 and all(str(i) in w for i in w)

def g():
    return ["a","b","c"][::-1]

assert f(g())

def f(inds: List[int], k=4):
    return len(inds) == k and len(inds[0:k]) == k

def g(k=4):
    return [0 for _ in range(k)]

assert f(g())

def f(b: List[int], n=12):
    assert n % 4 == 0, "Hint: n is a multiple of 4"
    return len(b) == n and sum(b) == n**2

def g(n=12):
    return [n for i in range(n)]

assert f(g())

def f(x: List[int], target="reverse me", reverse=True):
    return len(x) == len(set(x))

def g(target="reverse me", reverse=True):
    return [n for n in range(1000)]

assert f(g())

def f(n: int, a=1030013):
    i = int(n - 2) * 2
    return all(m < n for m, j in enumerate(range(n, int(n + a))))

def g(a=1030013):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return len(s) == 1 and not (s[0].isdigit() and s[-1].isdigit() and s[0].isdigit() == s[0].islower() and s[-1].isdigit() == s[-1].islower())

def g():
    return str(1)

assert f(g())

def f(s: str):
    return ' '.join(s.split()) == '1234567890'

def g():
    return "1234567890"

assert f(g())

def f(s: str):
    return len(s) == 1 and all(s.find(c) != -1 for c in s)

def g():
    return "c"

assert f(g())

def f(x: str):
    return ">" in x and not x[0] == '"\''

def g():
    return ">0"

assert f(g())

def f(s: str):
    return s.count("+") == 1 and not s.count("x")

def g():
    return "ab+bc"

assert f(g())

def f(nums: List[int], start=1, end=8, target=2):
    return len(nums[start:end]) > target

def g(start=1, end=8, target=2):
    return [target*i for i in range(end-start+1)]

assert f(g())

def f(n: int):
    if n < 50:
        return True
    if n == 50:
        return False
    return n > 50

def g():
    return True*True

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) not in [0, 1, 2]  # 0 not in range(1, n); 1, 2 not in [0, 1]; 3, 5 not in [0, 1, 2, 3]

def g(n=12345):
    return list(range(n))

assert f(g())

def f(nums: List[int], lower_bound=500, upper_bound=5000):
    assert all(i < upper_bound or (i == lower_bound or i >= lower_bound + 1) for i in range(len(nums)))
    return lower_bound <= len(nums) <= upper_bound

def g(lower_bound=500, upper_bound=5000):
    return list(range(lower_bound, upper_bound+1))

assert f(g())

def f(e: List[int]):
    return e == [0, 1, 2]

def g():
    return list(set(range(3)))

assert f(g())

def f(x: int, a=1234567, b=2):
    if x > 0 or a > 5:
        return x - a == b
    else:
        return x + a == b

def g(a=1234567, b=2):
    return a + b

assert f(g())

def f(l: List[int], a0=1000):
    return a0 == l[0] and len(set(l)) == len(l)

def g(a0=1000):
    return [a0]

assert f(g())

def f(str: str):
    return str.count("-") == 1

def g():
    return "-"

assert f(g())

def f(x: str, n=4):
    return x[0] == '1' and x[1] == '2' and x[2] == '3'

def g(n=4):
    return "123456789".rjust(n)

assert f(g())

def f(n: int):
    return n > 0 and n % 100000 == 0 and n % 100 == 0 and (n % 1 == 0) and n % 1 == 0

def g():
    return 2000000000000000000000

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return max(abs(a - b) ** n, b**n - a**n) == 0

def g():
    return [0, 0, 1]

assert f(g())

def f(x: List[int], target=67):
    assert target >= 1 and target <= 99
    assert all(x == target for x in range(len(x))), "target out of bounds"
    return all(x[i] / 5 == target for x in range(len(x)*5))

def g(target=67):
    return [
        x/5 for x in [1, 2, 3, 4, 5, 6, 7, 8, 9]
        if (x % 5) == target
    ]

assert f(g())

def f(i: int):
    return 0 < i < 1000000000  # just a test of time complexity

def g():
    return 1

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n == 2 ** a or n == 2 ** b

def g(a=17, b=100, c=20):
    return 2 ** a

assert f(g())

def f(state: List[str]) -> bool:
    return not all([s for s in state])

def g():
    return ['']

assert f(g())

def f(s: str):
    return s == "I!!" or s == "I!!!11!!"  # s == "I!!" is not a legal string

def g():
    return "I!!" or "I!!!11!!"  # but g() is fine

assert f(g())

def f(s: str, a=""):
    return s in a and s in a + " "

def g(a=""):
    return "".join("ab" for _ in a)

assert f(g())

def f(li: List[int], n=18):
    return len(set(li)) == n and not all([x > 0 for x in li])

def g(n=18):
    return list(range(n))

assert f(g())

def f(li: List[int], x=17):
    return len(li) == x

def g(x=17):
    return [0]*int(x)

assert f(g())

def f(s: str):
    return s.startswith('abc') and s.endswith('bcd')

def g():
    return 'abcd'

assert f(g())

def f(p: List[int], n=25):
    return all(n <= len(p) for i in range(n))

def g(n=25):
    return [n] * n

assert f(g())

def f(k: int):
    return k in (1, 15, 30, 35, ... , 15)

def g():
    x = range(10)
    for i in x:
        for _ in range(100):
            if 0 <= i < 100:
                break
        if 1 <= i < 100:
            break
    return 1

assert f(g())

def f(t: List[List[int]], n=8):
    return len(t) == n

def g(n=8):
    return [list(range(n)) for i in range(n)]

assert f(g())

def f(nums: List[int]):
    return sum(nums.count(i) for i in nums) == 2

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return s.count("I") == 1

def g():
    return "I'm the only word"

assert f(g())

def f(s: str):
    return len(s) > 10

def g():
    return "This is a string with "

assert f(g())

def f(s: str, target="1st world!"):
    return s == target

def g(target="1st world!"):
    return target

assert f(g())

def f(s: str, target="abcdefghijklmnopqrstuvwxyz"):
    return s.startswith(target)

def g(target="abcdefghijklmnopqrstuvwxyz"):
    return target

assert f(g())

def f(x: int, a=253532, b=1230200):
    return a + b == x

def g(a=253532, b=1230200):
    return a + b

assert f(g())

def f(n: int, ops=['i', 'j'], target=1214):
    for op in ops:
        if op in ["i", "j"]:
            assert n == target

    return n == target

def g(ops=['i', 'j'], target=1214):
    for op in ops:
        if op in ["i", "j"]:
            return target

    return target

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return (s not in strings and sum(t != s for t in strings) > 1) or all(sum(u != t for t, u in strings) == 1)

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "the %s are " % (strings)

assert f(g())

def f(n: int, t=197):
    return n > 100

def g(t=197):
    return t

assert f(g())

def f(tour: List[List[int]], n=8):
    return all([tour[0][0] == 0] or tour == [[0, 0], [0, 1], [1, 0], [1, 1], [2, 0], [2, 1], [3, 0], [3, 1]],
                                                                          )

def g(n=8):
    return [[0, 0], [0, 1], [1, 0], [1, 1], [2, 0], [2, 1], [3, 0], [3, 1]]

assert f(g())

def f(s: str, p=[]):
    return s[0:1] == s[:1]

def g(p=[]):
    return "123456789".join(p)

assert f(g())

def f(vecs: List[int], n=6):
    for v in vecs:
        if v >= n:
            return True
    return n > vecs and n <= lower_bound

def g(n=6):
    return [2*i for i in range(n+2)]

assert f(g())

def f(y: float, v=32, d=0.0001):
    y = (y / 100) * 10 ** d
    return int(y) == v

def g(v=32, d=0.0001):
    return float(int(100 * int(v * 10 ** d)) + 1.0)

assert f(g())

def f(li: List[str]):
    return list(li) == ["foo", "bar", "baz"]

def g():
    return ["foo", "bar", "baz"]

assert f(g())

def f(n: int, a=1, b=2, max_points=15):
    return a * b >= n and a <= b and b >= n

def g(a=1, b=2, max_points=15):
    return a*b

assert f(g())

def f(ans: List[int], target=1):
    if len(ans) == 1:
        return True
    elif len(ans) == 3:
        return all(a + 1 == b for a, b in zip(ans, ans[1:]))
    else:
        return all(a != b for a, b in zip(ans, ans[1:]) and a != b)

def g(target=1):
    return [target]

assert f(g())

def f(x: int, a=-12344567, b=123):
    return x - a == b

def g(a=-12344567, b=123):
    return a+b

assert f(g())

def f(n: int, n_min=200, n_max=500, target=1000):
    return max(min(n, n_min), 0) == n_min  # same as target

def g(n_min=200, n_max=500, target=1000):
    return target + 1

assert f(g())

def f(s: str):
    return s in '123*12*13*11' and s.find('*') >= 0

def g():
    return "123*12*13*11"

assert f(g())

def f(indices: List[int], target=4):
    return min(indices) == target

def g(target=4):
    return [i for i in range(target, 11)]

assert f(g())

def f(nums: List[int], b=1000, count=20):
    return len(set(nums)) >= 2 * count

def g(b=1000, count=20):
    return [x for x in range(b)]+[x for x in range(count)]

assert f(g())

def f(s: str):
    s = s.lower()
    return " ".join(i for i in ["r", "b", "a", "d", "f"] if s.count(i)) in s[1:]

def g():
    return "hello"

assert f(g())

def f(nums: List[int], k=6):
    assert not all(i >= 0 for i in nums), "Hint: non-negative integers are forbidden"
    return all(nums[i] < nums[i + 1] for i in range(k) if nums[i + 1] - nums[i] == 0)

def g(k=6):
    return [1, 2, 3] + [8, 9, -1] * k

assert f(g())

def f(seq: List[str]):
    return any(map(str.isdigit, seq))

def g():
    return ["1"*(i+2)+"0" for i in range(2)]

assert f(g())

def f(items: List[int]):
    return sum(max(i) for i in items) == len(items)

def g():
    return []

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 6

def g():
    return [int("0"*9) for i in range(1000)]

assert f(g())

def f(x: int):
    return max(x, (x - 1) * 2) == x * 3

def g():
    return 0

assert f(g())

def f(i: int, state=0):
    return 0 <= i <= 20

def g(state=0):
    return 1

assert f(g())

def f(s: str):
    return ''.join(i for i in s) == 'a'

def g():
    return 'a'

assert f(g())

def f(s: str, target="abc"):
    return max(len(s) > 200, s == target)

def g(target="abc"):
    return "abc"

assert f(g())

def f(n: int):
    n = int(n)
    if n%2 == 0: return False
    if n%2 != 0: return True
    return sum(math.floor(i * n) for i in range(20))

def g():
    return 1 + 2*3 * 4 * 5 * 6

assert f(g())

def f(x: List[int], t=677, a=43, e=125, s=10, y=5, z=10):
    return x == [4, 8, -5, 1] and t < 1 + (t / 4 + 5) ** 2 and len(x) == len(x[0:s]) == 4

def g(t=677, a=43, e=125, s=10, y=5, z=10):
    return [4, 8, -5, 1]

assert f(g())

def f(s: str, k=1):
    return len(s) == k or s == "abcdefghijklmnopqrstuvwxyz"

def g(k=1):
    return "abcdefghijklmnopqrstuvwxyz"[:k]

assert f(g())

def f(x: List[int], a=1020):
    for i in range(a):
        x[i] = 1
    return min(x) == max(x)

def g(a=1020):
    return [a + 1 for i in range(a)]

assert f(g())

def f(indices: List[int]):
    return len(indices) == 1000  # can't be bigger than 1000 at once

def g():
    return [i for i in range(1000)]

assert f(g())

def f(s: str):
    return s.lower() == 'hello'

def g():
    return "Hello"

assert f(g())

def f(probs: List[float]):
    return probs[0] < probs[-1]

def g():
    return [0.05, 0.95]

assert f(g())

def f(y: str):
    return y in 'abcdefghijklmnopqrstuvwxyz'

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    return True

def g():
    return 1

assert f(g())

def f(x: int, a=1333, b=-10):
    return a + b == x

def g(a=1333, b=-10):
    return a+b

assert f(g())

def f(n: int):
    return n <= 20 or n > 8

def g():
    return 13

assert f(g())

def f(i: int, n=1234):
    c = i * 1 + 1
    return sum((c % n) for i in range(n)) == n

def g(n=1234):
    return n * n

assert f(g())

def f(nums: List[int], target=17):
    return len(nums) == target

def g(target=17):
    return list(map(int, range(target)))

assert f(g())

def f(string: str):
    size = len(string)
    if size > 10:
        return True  # no strings longer than 100 characters
    if string.startswith("ABCD1234567890ABCD"):
        m = max(1, string_search('ABCD', string))
        return (m - 3) <= 4 and string_search(x, string) == m - 3
    return len(string) == 2 and sum(i ** 2 for i in string) == len(string) - 1

def g():
    return "abcdefghijklmnop"

assert f(g())

def f(n: int):
    for i in range(100):
        n -= 1 + (n - 1) // 100
    return n > 0

def g():
    return 100 + (100 // 10)

assert f(g())

def f(li: List[int]):
    return len(set(set(li))) == 3

def g():
    return [x+1 for x in [0, 1, 2]]

assert f(g())

def f(a: List[int], b=5):
    return any(a + b == b for a in range(a.count(b)))

def g(b=5):
    return [1,2,3,4,5]

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(u: List[str], n=1234):
    result = []
    for i in range(len(u)):
        if isinstance(u[i], str):
            u[i] = int(u[i])
        if u[i] > n:
            result.append(u[i])
    return not result

def g(n=1234):
    return list(str(n*n))

assert f(g())

def f(x: int, a=1230, b=43):
    return all(x >= 0 and m for m in [100, 50, 10, 1] if 10 ** m == x)

def g(a=1230, b=43):
    return a * b

assert f(g())

def f(li: List[int], n=10):
    return len(li) == n  # must be strictly smaller than input size

def g(n=10):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int], n=5, thresh=50):
    return n == len(set(nums)) and len(set(nums)) == n

def g(n=5, thresh=50):
    return list(range(n))

assert f(g())

def f(n: int):
    assert 99726 < n
    return n % n == 0

def g():
    return 9999999999999999

assert f(g())

def f(s: str):
    return len(s) >= 2

def g():
    return "hi"

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 m is not res and max(res, m) == m

def g(m=1234578987654321, n=4):
    return int(int("12345678987654321" + "0"*9) ** 0.5) + 1

assert f(g())

def f(path: List[int], n=100):
    return len(path) == n and all(i in path for i in range(len(path)))

def g(n=100):
    return list(range(0, n))

assert f(g())

def f(n: int):
    a = 2
    b = 5
    if n > 100:
        return True  # more than 100
    if n > 101:
        return True
    return False

def g():
    return int("123456789" + "0"*9) + 1

assert f(g())

def f(n: int, a=10, b=20, c=30):
    return n and ((a * a + b * b) * c == n and b * b < n and b * c < n)

def g(a=10, b=20, c=30):
    return (a * a + b * b) * c

assert f(g())

def f(n: int):
    return str(n * n).startswith("12346789")

def g():
    return int(int("12346789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(l: List[int], n=5):
    return all(i in l for i in range(n))

def g(n=5):
    return [i for i in range(1000) if i in range(n)]

assert f(g())

def f(p: List[int], target=100):
    return sum(1 if a in list(p) else 0 for a in p) == target

def g(target=100):
    return list(range(100))

assert f(g())

def f(t: List[int]):
    c = 0
    for i in t:
        c += 1
        if c == 3:
            break
    return c == 3

def g():
    return [3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, first=4):
    if len(s) != first:
        return False
    s = s[:first]
    t = s.replace(" ", "").lower()
    for c in s:
        if c not in t:
            return False
    return True

def g(first=4):
    return "".join(str(i) for i in range(first))

assert f(g())

def f(b: List[int]):
    return sum([(b[i] == i) for i in range(100)]) == 100

def g():
    return list(range(200))

assert f(g())

def f(s: str, s1='hoo', s2='foo'):
    return s == s1 and s is not s2

def g(s1='hoo', s2='foo'):
    return s1 or 'foo'

assert f(g())

def f(i: int, n=1234):
    return i > n * 3

def g(n=1234):
    return n * 2**30

assert f(g())

def f(n: int):
    return n > 2000 and n > 2090 and n > 2080 and n > 2070 and n > 2060 and n > 2050

def g():
    return 10000

assert f(g())

def f(s: str):
    l = len(s)
    if l > 3 and not s.isdigit():
        return False
    if l == 2:
        return s.isdigit() and s[0] == s[-1] and s[1] == s[-2]
    return s.isdigit()

def g():
    return "123456789"

assert f(g())

def f(nums: List[int], target=20):
    return sum(nums) > target  # target is the answer

def g(target=20):
    return list(range(500))  # can't give exact answer; returns list instead

assert f(g())

def f(d: int, res=100, k=3, lower=100000, upper=6, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return res * d >= k * lower and d >= k * upper

def g(res=100, k=3, lower=100000, upper=6, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return max(res, k) * lower + 1

assert f(g())

def f(n: int, a=1, b=1):
    print(
        '%d %d = %d' % (n, a, b))
    return n ** a == n ** b

def g(a=1, b=1):
    return a + b + 1

assert f(g())

def f(index: List[int]):
    return all([index[i] == index[i + 1] for i in range(10)]) and index[len(index) // 2] >= index[len(index) // 2 + 2]

def g():
    return [0]*(1000000)

assert f(g())

def f(s: List[str]):
    return s == "hello" or all(x in s for x in ("hello", "world") if x != s[0])

def g():
    return ["world", "hello", "0", "h"*4, "%"]

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) for i in l) and len(l) > 1000

def g():
    return [1, 2]*10000

assert f(g())

def f(nums: List[int], target=17):
    return nums == nums[::-1]

def g(target=17):
    return [target + 100 for i in range(10)]

assert f(g())

def f(n: int, b=10, a=8, g=200):
    assert n > 0
    n -= g
    return n * (a + b) > a * b and n > 0

def g(b=10, a=8, g=200):
    return 200 + g

assert f(g())

def f(x: List[int], target = 22):
    return any(x[i] == target and i != 0 for i in range(len(x)))

def g(target = 22):
    return [x for x in range(10000)]

assert f(g())

def f(p: List[List[int]]):
    return p[0].count(0) == p[1].count(0)

def g():
    return [[1, 2], [3, 4, 5]]

assert f(g())

def f(nums: List[int], n=10):
    if len(nums) < n:
        return False
    return all([num in nums for num in nums])

def g(n=10):
    return [x**2 for x in range(1000)]

assert f(g())

def f(s: str):
    return "S" == s or "o" == s

def g():
    return 'S'

assert f(g())

def f(x: List[int]):
    return all(i == 0 and abs(i - j) >= 10 for i, j in zip(x, range(10)) if i != j) and len(set(x)) > 995

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(n: int):
    i = n // 2
    return i < 6 or all(i in range((n - 1) // 2) for n in [3, 6])

def g():
    return 7

assert f(g())

def f(x: int, a=3, b=-4, c=42):
    return a - x - c == b

def g(a=3, b=-4, c=42):
    return a-b-c

assert f(g())

def f(inds: List[int], c=10):
    return len(inds) >= c and sum(i for i in inds) == 0

def g(c=10):
    return [0 for _ in range(100)]

assert f(g())

def f(a: int, b=0):
    return (a & 1) == 1 and a > 0

def g(b=0):
    return 5

assert f(g())

def f(s: str, n=17):
    return s >= '10' and s <= '9'

def g(n=17):
    return 'abcdef1357'[::-n]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 15

def g():
    return [n for n in range(400)]

assert f(g())

def f(l: List[int], sum_of_entries=30):
    return all(0 <= i and i < len(l) and l[i] != l[i-1] for i in range(sum_of_entries))

def g(sum_of_entries=30):
    return [1, 2, 3, 4, 5] * sum_of_entries

assert f(g())

def f(d: str):
    return "Hello" in d or "Hello" in str(d).upper()

def g():
    return "Hello world"

assert f(g())

def f(lista: List[str]):
    return all(i in lista for i in ["x", "y", "z"])

def g():
    return ["x"] + ["y"] + ["z"] + ["w"] + ["x", "y", "z"] + ["x", "y", "z"] + ["x", "y", "0"]

assert f(g())

def f(length: int, n=999):
    return length > min(length, n)

def g(n=999):
    return n + 1

assert f(g())

def f(s: str):
    return all(k != 1 for k in s)

def g():
    return "hello"

assert f(g())

def f(li: List[int], target=100):
    return len([li.index(n) for n in li]) == target

def g(target=100):
    return list(range(target))

assert f(g())

def f(n: int):
    return n > 10

def g():
    return 1000

assert f(g())

def f(nums: List[int], thresh=100, low=4):
    return sum(len(nums) / 2 for i in range(len(nums) - 1)) >= low

def g(thresh=100, low=4):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(lst: List[int], n=3):
    return sum(i in lst for i in range(n)) == n

def g(n=3):
    return list(range(n))

assert f(g())

def f(n: int):
    return (int(n) >= 1) and (int(n) <= 100)

def g():
    return int(9**0.5)

assert f(g())

def f(s: str):
    return any({x in s.split() for x in s})

def g():
    return str(0)

assert f(g())

def f(res: List[int]):
    return res == [i for i in range(8)]

def g():
    return [i for i in [0,1,2,3,4,5,6,7]]

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[::2] for j in l[1::2] if i != j)

def g():
    return []

assert f(g())

def f(n: int, k=2):
    return n % 2 == 1

def g(k=2):
    return 1

assert f(g())

def f(num_tests: List[int]):
    return len(set(num_tests)) == 10000 and all(num_tests[i] == num_tests[i + 1] for i in range(num_tests[0] - 1))

def g():
    return [int(i+1) for i in range(10000)]

assert f(g())

def f(num: int, upper_bound=5000):
    return num > upper_bound

def g(upper_bound=5000):
    return 2 ** upper_bound - 1

assert f(g())

def f(nums: List[int], b=8, m=10):
    assert sum(nums) >= b and all(nums)

    def q(x: int, b=m):
        return sum(x) == b and (x // b) > m
    return sum(q(nums, b) for n in nums) <= b

    def sum_of_nums_lt(x: List[int], b=m):
        return sum([l*1.0 for l in sum_of_nums_lt(nums, b)]) == b
    return True

def g(b=8, m=10):
    return [2*(b**i + m) for i in range(10)]

assert f(g())

def f(a: List[int]):
    a.sort()
    return [x for x, y in zip(a, a[1:3]) if x < y] == [0, 1]

def g():
    return [0,1,2,3,4]

assert f(g())

def f(s: str, index=0):
    return s[-index:] in ['cat', 'dog']

def g(index=0):
    return "cat"[-index:] or "dog"[-index:]

assert f(g())

def f(s: List[int]):
    return list(s) == [0, 1, 2, 3, 17, 18, 19, 20, 34]

def g():
    return [0] + [1] + [2] + [3] + [17] + [18] + [19] + [20] + [34]

assert f(g())

def f(d: List[int], n=100):
    return d.index(n) - n <= 1

def g(n=100):
    return [n]

assert f(g())

def f(ls: List[str]):
    return len(ls) == 2 and tuple(ls) == ('dah', 'dah')

def g():
    return ["dah", 'dah']

assert f(g())

def f(s: str, n=10):
    vals = set(substring for substring in s)
    return len(vals) >= n

def g(n=10):
    return "123456789" + "0"*n

assert f(g())

def f(s: List[str], length=100):
    return len(set(s)) == length

def g(length=100):
    return ["a"*(i+length)+"b" for i in range(length)]

assert f(g())

def f(count: int, s=2000):
    return int(count) == s

def g(s=2000):
    return s

assert f(g())

def f(x: List[int], a=7, b=1234, c=8):
    return a == x[0] and b == x[1] and c == x[2]

def g(a=7, b=1234, c=8):
    return [a, b, c]*3

assert f(g())

def f(s: str, n=12):
    for x in range(n):
        if s[x] == "*":
            return True
    return False

def g(n=12):
    return "*" * n

assert f(g())

def f(list: List[int]):
    if all([list.count(b) != 0 for b in ["1", "2", "3", "4"]]):
        return False
    return all(list[i] == 1 for i in range(10) if list[i] == 0)

def g():
    return list(range(1, 1000, 1))

assert f(g())

def f(n: int, b=100, c=100, upper_bound=1000):
    return n % b == 0 and n % c == 0

def g(b=100, c=100, upper_bound=1000):
    return upper_bound

assert f(g())

def f(s: str, target=15):
    return len(s) == len(s[:target])

def g(target=15):
    return "hello" + str(target) + "world"

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 for j in l if i != j) and len(set(l)) > 10

def g():
    return [0, 10, 20, 30, 40, 50, 60, 70, 80, 90, 100]

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 + "n" + str(1) + word + "m" + str(2) + word + "a" + str(3) + word + "e" + str(4) + word + "i" + str(5) + word + "t")

assert f(g())

def f(s: str):
    return s.count("1") + 1 == len(s)

def g():
    return "3"

assert f(g())

def f(n: int):
    return n >= 0 and n < 10

def g():
    return 1

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(30) if not i % 2 == 0)

def g():
    return list(range(10000))

assert f(g())

def f(x: float):
    return x > 1 and x / 3 < 1

def g():
    return 1.1

assert f(g())

def f(nums: List[int]):
    return sum(nums) == 1000

def g():
    return [1000]

assert f(g())

def f(x: int, y=22):
    if y == 22 or y == 18:
        return x == 2 or x == 15 or x == 17
    return 1

def g(y=22):
    return 2 if y == 22 else 2

assert f(g())

def f(nums: List[List[int]]):
    return nums == [[0, 0], [0, 1], [1, 0], [1, 1], [2, 0], [0, 1], [2, 2], [1, 3]]

def g():
    return [[0, 0], [0, 1], [1, 0], [1, 1], [2, 0], [0, 1], [2, 2], [1, 3]]

assert f(g())

def f(li: List[int], k=5):
    if len(li) == k:
        return True
    assert all([i > 1 for i in li])
    return False

def g(k=5):
    return [1, k*3, k*2, k, k]

assert f(g())

def f(i: int):
    return i > 100000

def g():
    return 1000 * 1000 * 1000

assert f(g())

def f(c: List[int], items=[]):
    l = list(c)
    for e in c:
        e = e + 1
        assert all(e >= 1 for i in range(len(l) - 1) if l[i] == e)
    return True

def g(items=[]):
    return list(set(items) & set(map(lambda x, y: x == y, items)))

assert f(g())

def f(n: int):
    return n >= 5 and n <= 9

def g():
    return 7

assert f(g())

def f(s: str, n=1000):
    return int(s[:3]) != 0 or int(s) != 0 or int(s[:3]) != 2 or int(s[:5]) != 1 or int(s[:7]) != 0 or int(s[:8]) != 0 or int(s[:9]) != 0

def g(n=1000):
    return str(n**n)

assert f(g())

def f(s: str):
    return s.startswith('Hello') and s.endswith('world')

def g():
    return "Hello world"

assert f(g())

def f(li: List[int], target_len=200):
    return len(set(li)) >= target_len

def g(target_len=200):
    return [li for li in range(target_len+1)]

assert f(g())

def f(b: int, c=1, d=0.001):
    return (b - b % d) ** 2 < b ** 2 - c ** 2 and -1 * (b - b % d) ** 2 < b ** 2 - c ** 2

def g(c=1, d=0.001):
    return sum(c ** 2 for x in [2 ** i for i in range(2000)])

assert f(g())

def f(s: str):
    return 'This is the beginning of the long paragraph' in s

def g():
    return "<p>This is the beginning of the long paragraph<p>"

assert f(g())

def f(li: List[int]):
    return [i for i in li if i in [0, 1, 2, 3, 12, 13, 14, 15, 16, 17]] == [0, 1, 2, 3, 12, 13, 14, 15, 16, 17]

def g():
    return [0, 1, 2, 3, 12, 13, 14, 15, 16, 17]

assert f(g())

def f(x: List[int], a=40):
    s = a * x
    for n in range(2, len(x)):
        if x[n] + s < a:
            return False
    return True

def g(a=40):
    return [x for x in range(0, 2) if x * x < a] or []

assert f(g())

def f(strings: List[str]):
    return all(s in strings for s in list("abcdefghijklmnopqrstuvwxyz"))

def g():
    return ["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"]

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(nums) > thresh

def g(thresh=17):
    return [13, 6, 3]

assert f(g())

def f(gene_ids: List[int], prob_id=14):
    return sum(1 if i < len(gene_ids) else 0 for i in range(len(gene_ids))) * gene_ids[0] == prob_id

def g(prob_id=14):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14]

assert f(g())

def f(s: str, n=8):
    m = len(s)
    s = s[::-1]
    for i in range(n):
        if type(s[i]) is list or type(s[i]) is tuple:
            return [tuple(s) for t in i for t in t]
    return tuple(s) == tuple(tuple(s))

def g(n=8):
    return "string" + "0"*n

assert f(g())

def f(r: List[int], m=6):
    return len(r) >= m and all(x > 0 for x in r)

def g(m=6):
    return [1]*(m + 2)

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    if n < 2:
        return True
    return abs(n/2) >= 4

def g():
    return int(str(9*5) + str(7*5) + str(9*5)) % (2**9)

assert f(g())

def f(str: str, n=1234):
    return len(str) > n

def g(n=1234):
    return "abcdefghijklmnopqrstuvwxyz" * n

assert f(g())

def f(n: int, v: int = -1, w: int = 1):
    return 0 <= n and n <= 12 and v * w == v

def g(v: int = -1, w: int = 1):
    return 1 - w

assert f(g())

def f(dist: List[int], target=[4, 5, 5, 5, 4, 5, 5, 5, 5, 4, 4, 4]):
    return dist[0] <= target[0] <= dist[1]

def g(target=[4, 5, 5, 5, 4, 5, 5, 5, 5, 4, 4, 4]):
    return [target[0], target[1], target[2], target[3]]

assert f(g())

def f(y: float, count=2):
    return y >= 42

def g(count=2):
    return 42 + 1 / 2

assert f(g())

def f(x: int, a=4, b=4):
    return round(x * a * b) == x

def g(a=4, b=4):
    return round(int(a % b) ** (a+1), 2)

assert f(g())

def f(x: int, a=93629, b=25):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=93629, b=25):
    return a + b

assert f(g())

def f(li: List[int], count=3):
    return len(li) == count and sum(li) == min(count, len(li))

def g(count=3):
    return [l for l in range(count)]

assert f(g())

def f(quads: List[List[int]], xy_sides=[]):
    # not tested
    return len({(i, j) for i, j in quads}) == 0
        # f20 (f20 is too slow)
    return sum(xy_sides for i, j in [0, 1, 2]).sum() == len(xy_sides)

def g(xy_sides=[]):
    return xy_sides[::-1]

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "a" or s == "b"

def g():
    return "b"

assert f(g())

def f(li: List[int]):
    return {i for i in li} == {0, 1, 2, 3, 4, 5}

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(st: str, count=3, length=10):
    return len(st) == length or len(st) > length  # length == length because of the last example

def g(count=3, length=10):
    return ''.join(str(c) for c in [
        str(n) for n in range(100)
    ])

assert f(g())

def f(a: int):
    return a >= -2 and a <= 2 * a

def g():
    return 1

assert f(g())

def f(x: List[int], n=5):
    return min(x) < n and max(x) >= n

def g(n=5):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]

assert f(g())

def f(x: List[str], s1=["a", "b", "c"], s2=["e", "f", "g"]):
    return x == s1 or x == s2

def g(s1=["a", "b", "c"], s2=["e", "f", "g"]):
    return s1 or s2

assert f(g())

def f(n: List[int]):
    return sum(n) > 2

def g():
    return [2, 3, 5]

assert f(g())

def f(nums: List[int], a=10, b=20, e=100):
    return len(nums) != 2 and ((nums[0] != a) or (nums[1] != a) or (nums[0] != b) or (nums[1] != b)) and (nums[0] == a and nums[1] == b)

def g(a=10, b=20, e=100):
    return [a, b, e]

assert f(g())

def f(l: List[int]):
    return all(i in range(10) for i in l) and len(l) == 10

def g():
    return list(map(int, range(10)))

assert f(g())

def f(a: List[int]):
    return all(a[i] == 0 for i in range(3))

def g():
    return [0]*10 + [1]*10 + [2]*10

assert f(g())

def f(s: str):
    return len(s) == 10

def g():
    return "1234567890"

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3
    i = int(max(probs[1], probs[0]))
    return i % 3 == 0 != all(probs[i + 1] - probs[i] == 0 for i in range(2))

def g():
    return [0.5, 0.5, 0.5]

assert f(g())

def f(x: int, a=253532, b=1230200):
    if x > 0 or a > 50:
        return x - a == b
    return True

def g(a=253532, b=1230200):
    if a > 50:
        return a + b
    return True

assert f(g())

def f(v: float, options=[3, 100, 20, 15, 29, 2, 9, 13]):
    return all([v > options[i] for i in range(2)])

def g(options=[3, 100, 20, 15, 29, 2, 9, 13]):
    return float(sum([x for x in options if x > 0]) - sum([x for x in options if x < 0]))

assert f(g())

def f(s: str):
    return s == "foobar" and len(s) > 3

def g():
    return 'foobar'

assert f(g())

def f(p: List[str]):
    return ((p.count("a") == p.count("c")) or (p.count("b") == p.count("c") == 1)) and (p.count("a") < 1 or p.count("c") < 1)

def g():
    return ["a"+"c"+"b" for _ in range(1000, -1, -1)]

assert f(g())

def f(n: float):
    return 0.1 <= n  # e.g. 0.1, 0.2, 0.3, ..., 1.0, 1, ..., 10.0, 100.0, etc.

def g():
    return float('Inf')

assert f(g())

def f(target: List[int]):
    return len(set(target)) == 1000  # cover 4x4 squares once

def g():
    return [int(x) for x in range(1000)]

assert f(g())

def f(m: int, upper=40):
    return (m <= 2 ** upper and m >= 5** upper) or (m == 2 ** upper and m <= 5** upper)

def g(upper=40):
    return 2 ** upper

assert f(g())

def f(n: int, a=15462, b=23262, lower_bound=5):
    return a % n and b % n == 0

def g(a=15462, b=23262, lower_bound=5):
    return a if a < lower_bound <= b else b

assert f(g())

def f(w: str, t="Hello world"):
    if w[-1:] == "!":
        return True
    return False

def g(t="Hello world"):
    return "{} world!".format(t)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if "ABCDEFGHIJKLMNOPQRSTUVWXYZ" in s else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if "ABCDEFGHIJKLMNOPQRSTUVWXYZ" in s else s.lower()

assert f(g())

def f(s: str, target=24, lower_bound=9):
    return len(s) >= lower_bound and all(s[i] != ' ' for i in range(len(s) - 1))

def g(target=24, lower_bound=9):
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(p: List[int], t=700):
    if all([y == 0 for y in p+[0, 1, 2, 3, 4, 5, 18, 19, 20, 34] if y > 0]):
        return False
    for i in range(40):
        if p[i] != 0 and p[i] * p[i - 1] == 0:
            return False
        p[i] += p[i - 1]
    return True

def g(t=700):
    return [x+t for x in range(t)]

assert f(g())

def f(string: str):
    return string == 'abc' or string == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return "abc" or "abcdefghijklmnopqrstuvwxyz".split() == ['abc', 'abcdefghijklmnopqrstuvwxyz']

assert f(g())

def f(s: str):
    return s.ljust(20) == s

def g():
    return "I am a very very very very very long string\n"

assert f(g())

def f(li: List[int], s=10):
    return {li[i] for i in range(len(li)) for s in list(li)} == {0, 1, 2, 3, 4}

def g(s=10):
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: List[str], a=60, b=70):
    for i in range(b):
        s[i] = s[i].center(5)
    s[-1] = "hello"
    return s[:300] == s

def g(a=60, b=70):
    return [str((a+b) ** 0.5) for i in range(300)]

assert f(g())

def f(s: str, target="foobarbazwow", length=4):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=4):
    p = target[(len(target) - length) // 2:(len(target) + length) // 2]
    return p

assert f(g())

def f(st: str, count=3, length=10):
    return len(st) == length or len(st) > length  # length == length because of the last example

def g(count=3, length=10):
    return "hell" * count + str(length)

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(nums[i] for i in range(10)) == 0

def g():
    return [i*j for i in range(10) for j in range(10)]

assert f(g())

def f(s: str, word="hello", word2="are you there?"):
    for i in range(len(word)):
        if s[i] != word[i]:
            return False
    return True

def g(word="hello", word2="are you there?"):
    return word + word2

assert f(g())

def f(nums: List[int], targets=1000):
    return sum(nums) == targets

def g(targets=1000):
    return [targets]

assert f(g())

def f(n: int):
    return len(str(n)) == 4

def g():
    return 8*10**3 + 1

assert f(g())

def f(s: str, a="12345", b="123456"):
    return s.startswith(a) and s.endswith(b)

def g(a="12345", b="123456"):
    return a + "b"*2 + b

assert f(g())

def f(s: str):
    return set(str(x) for x in s if x) == set(s + str(" "))

def g():
    return "hello 123456789"

assert f(g())

def f(x: List[int]):
    return sum(i * x[i] for i in range(3) if x[i] > 0) == len(x)

def g():
    return [2, 3, 2, 5, 5, 12, 14]

assert f(g())

def f(max_number: int):
    max_number = 0
    for x in range(1, max_number + 1):
        if x > max_number:
            max_number = x
    return max_number == max_number

def g():
    return 622

assert f(g())

def f(nums: List[int], m=7):
    def gen():
        return list(map(str, nums))
    return len(set(gen())) == m

def g(m=7):
    return [x for x in range(m)]

assert f(g())

def f(s: str):
    return s.count("*") < 2 and len(s) == 22 or s.count("o") == 0 or len(s) == 15

def g():
    return "***"

assert f(g())

def f(s: str):
    return s[0] == s[-1] and s[-1] == s[-9]

def g():
    return ("a"*10) + ("bc" * 12) + ("a" * 25)

assert f(g())

def f(l: List[List[int]]):
    l = l[:]
    while l:
        for i in l:
            assert l[i] == l[0]
    return len(l) == 0

def g():
    return [None] * 0

assert f(g())

def f(d: int, n=1417):
    return min(d, n) == n

def g(n=1417):
    return (3*n)+1

assert f(g())

def f(s: List[int], target=5):
    return len(s) == target

def g(target=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int]):
    return all(j >= 0 for j in nums)

def g():
    return [0]*9

assert f(g())

def f(x: List[str], n=1000):
    return len(x) == 1000

def g(n=1000):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(s: str, digits=12345678):
    return int(s) == digits

def g(digits=12345678):
    return "12345678"

assert f(g())

def f(n: int):
    return n == 0 or n == 1 or n == 5 or n == 12

def g():
    return 0 or 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9

assert f(g())

def f(target: int):
    return abs(target) > 1000000

def g():
    return 0x80000000

assert f(g())

def f(big_str: str, strings=['bird', 'moose', 'dog']):
    return ' '.join(strings) == big_str

def g(strings=['bird', 'moose', 'dog']):
    return " ".join(strings)

assert f(g())

def f(li: List[int]):
    for j in range(10):
        for i in range(0, 10):
            if li[i] == li[i + j]:
                return True
    return False

def g():
    return [0]

assert f(g())

def f(n: int, s=['a', 'b', 'c', 'd', 'e', 'f', 'g']):
    return s.count("a") == 1 and s.count("b") == 1 and s.count("c") == 1

def g(s=['a', 'b', 'c', 'd', 'e', 'f', 'g']):
    return sum([x=='a' for x in s if 'b' in x]) + 1

assert f(g())

def f(li: List[int], count=5, target=5):
    return count >= target and len(li) == count

def g(count=5, target=5):
    return [10 * x for x in range(target)]

assert f(g())

def f(target: List[int], n=5):
    return len(target) > n

def g(n=5):
    return [n-5 for i in range(10)]

assert f(g())

def f(li: List[str]):
    return list(li) == ["foo", "bar", "baz"]

def g():
    return ['foo', 'bar', 'baz']

assert f(g())

def f(delta: List[int]):
    return delta[0] + delta[1] + delta[2] >= delta[3]

def g():
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(a: List[int], n=10):
    return all(i in a for i in range(n))

def g(n=10):
    return list(range(n))

assert f(g())

def f(s_case: List[str]):
    return all(x for x in s_case if x.count("a") > x.count("b"))

def g():
    return ["aaa" for _ in range(1000)]

assert f(g())

def f(s: str):
    return '#' in s

def g():
    return '#' * len("#")

assert f(g())

def f(n: int, a=17, b=150, c=21):
    return n + a >= sum(b * i for i in range(c))

def g(a=17, b=150, c=21):
    return sum(b * i for i in range(c)) >> 0

assert f(g())

def f(st: str, s="%s"):
    return s in st and s in s + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-" + "-"

def g(s="%s"):
    return "string %s" % s

assert f(g())

def f(s: str):
    return all(i in s for i in "bc")

def g():
    return "abcdefghijklm"

assert f(g())

def f(s: str, n=1000):
    return int(float(s) / n) > 0

def g(n=1000):
    return "123456789" + "0"*9

assert f(g())

def f(n: int, a=10, b=10):
    return max(n - a, b - a) >= 0

def g(a=10, b=10):
    return a and b

assert f(g())

def f(s: str):
    return len(set(s)) == 1 and len(s) == 3

def g():
    return "1"*3

assert f(g())

def f(li: List[int], count=12):
    return len(li) >= count

def g(count=12):
    return [li for li in range(12)]

assert f(g())

def f(nums: List[int], n=1000):
    return n <= len(set(nums))

def g(n=1000):
    return [a for a in range(n)]

assert f(g())

def f(nums: List[int], tot=2):
    for i in range(len(nums)):
        if nums[i] % 4 == 0:
            return True
    return False

def g(tot=2):
    return [0] + [1] + [2]

assert f(g())

def f(nums: List[int], thresh=8):
    assert len(nums) > 0 and thresh > 0, "Hint: len(nums) > 0"
    return sum(i in nums for i in range(thresh)) >= thresh

def g(thresh=8):
    return list(range(0, 9)) + [4] + list(range(100, 109)) + [4]

assert f(g())

def f(s: str):
    # pylint: disable=E0511
    return s.count(".") == 2 * s.count("r") and s.count("b") == 2 * s.count("b")

def g():
    return "123456789" + "0"*9

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return n > n % 5 and n > 100 and n > 1

def g():
    return 100 * 100 * 100

assert f(g())

def f(li: List[int], n=999):
    return sum(1 for i in li) == n

def g(n=999):
    return [int(i) for i in range(n)]

assert f(g())

def f(s: str):
    return len(s) == 1 and all(i > j for i, j in zip(s, s[1:]))

def g():
    return "abcabc"[0:1]

assert f(g())

def f(s: str):
    return s.count('e') == 1

def g():
    return "Hello"

assert f(g())

def f(s: str, n=1025, options=[0, 1], target=1015):
    return all(n % 2 == 0 for n in range(len(s), n))

def g(n=1025, options=[0, 1], target=1015):
    return "a"*n + "b" + "c"*(n+10) + "d"*(n+20) + "e"*(n+30)

assert f(g())

def f(n: int):
    if n > 250:
        return True
    return False

def g():
    return 1000 * 1000 * 2

assert f(g())

def f(substring: str, target="reverse me", length=5):
    if len(substring) < length:
        return False
    return len(substring) >= length

def g(target="reverse me", length=5):
    return "hello" + target + "world"

assert f(g())

def f(x: int, a=1736):
    return x > 923 and int(x / 26) > x / 100 and abs(x - a) <= 0.0005

def g(a=1736):
    return a if a == "1917" else 1736

assert f(g())

def f(lhs: List[int]):
    return lhs == 0 or sum(lhs) == len(lhs)

def g():
    return list(range(3))

assert f(g())

def f(num: int):
    return num >= 1000

def g():
    return 100 * 100

assert f(g())

def f(s: str):
    return s.find("x") != -1

def g():
    return "xyzzy"

assert f(g())

def f(l: List[int]):
    assert len(l) == 4 and l is not None

    start = l.index(l[0])
    end = l.index(l[-1])
    return start == end or end - start > 1

def g():
    return [0,0,2,1]

assert f(g())

def f(s: List[int], target=5):
    return len(s) == target

def g(target=5):
    return list(range(target))

assert f(g())

def f(lst: List[int], target=0):
    if lst == range(3):
        return False
    if target == 0:
        return lst[0] == 0 and lst[1] == 0 and lst[2] == 0
    return target >= len(lst)

def g(target=0):
    return [target*target*target*target*target for _ in range(1, 10)]

assert f(g())

def f(x: str):
    return bool(int(x))

def g():
    return "123456789"

assert f(g())

def f(x: int, n=4, b=3):
    if x < 0:
        return 0
    return x < 4 and 4 * x <= n

def g(n=4, b=3):
    if n > 1:
        return 0
    return n >= 2 and abs(n - 2) >= b

assert f(g())

def f(n: int, v=2, lower=20, upper=20):
    assert upper - lower > n <= (upper + lower) - 1
    return n % lower == 0 and n % upper == 0 and n - v <= (lower + v) // n

def g(v=2, lower=20, upper=20):
    return 100 * lower * (upper - lower) + 100 * upper * (v - lower) + (100 * 3 - 100 * v) * (upper + lower) + 100 * v * (2 - lower - upper)

assert f(g())

def f(s: str, n=50):
    # https://stackoverflow.com/a/30366025
    # https://stackoverflow.com/a/23381028
    assert 0 <= s.index(s) < len(s)
    return len(s) - 0 > n

def g(n=50):
    return "123456789" * n + "12" * n

assert f(g())

def f(s: str, delta=10, length=10):
    return len(s) > length and s[10:-10] in ["" for i in range(90)]

def g(delta=10, length=10):
    return str(delta ** 2) + "%"*length + "s"

assert f(g())

def f(words: str, word=''):
    return word in words and not all(word.isalpha() for word in words)

def g(word=''):
    return word + " is not a word"

assert f(g())

def f(x: float, target=1000):
    return max(x, 0.0) == target

def g(target=1000):
    return (target**2) ** 0.5

assert f(g())

def f(s: str):
    return "{}!".format(s) == "Hello world!".format(s)

def g():
    return 'Hello world'

assert f(g())

def f(s: str):
    return s.count("|") > 6

def g():
    return "c|d|e|f|g|h|i|j|k|l|m|n|o|s|t|u|v|w|x|y|z|t|v|z|v|v|t|t|"*20

assert f(g())

def f(hits: List[int], n=100, upper=9):
    return sum(hits) > n

def g(n=100, upper=9):
    return [(i+1) for i in range(n)]

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 and all(li[i + 1: i + 3 + n] == li[i + 1: n + 2] for i in range(n))

def g(n=18):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18]

assert f(g())

def f(li: List[int], dups=9):
    return len(set(li) & {dups}) == len(li) - dups

def g(dups=9):
    return [i for i in range(dups)]

assert f(g())

def f(s_case: str, s="YouMessedUpHere"):
    return s_case == s.upper()

def g(s="YouMessedUpHere"):
    return s.upper()

assert f(g())

def f(num_points: int):
    return num_points >= 1000

def g():
    return 1000

assert f(g())

def f(ls: List[str]) -> bool:
    for s in ls:
        if s == 'world':
            return False
    return True

def g():
    return list(map(str, range(1000000)))

assert f(g())

def f(ls: List[str], n=10):
    return len(set(ls)) == n

def g(n=10):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(n: int, a=1020, b=1020):
    return n >= a and n >= b

def g(a=1020, b=1020):
    return max(a, b)

assert f(g())

def f(x: int, a=8665464, b=-93206):
    return (a if x > b - a else a + b) ** 2 <= x ** 2

def g(a=8665464, b=-93206):
    return a**2 + b**2

assert f(g())

def f(x: List[int]):
    return all(x[i] != x[i + 1] for i in range(len(x) - 1))

def g():
    return [3, 2, 1]

assert f(g())

def f(x: float):
    return str(x - 3.1415).startswith("123456")

def g():
    return float("1234567890")

assert f(g())

def f(n: int, x=0):
    return all([x for x in range(2, 923)] + [23, 24, 25])

def g(x=0):
    return x * x

assert f(g())

def f(x: str, n=3):
    if x and len(x) == 1:
        return bool(set(x) <= set("abbbbbbb"))
    return x[0] == "n"

def g(n=3):
    return "n"*int(n)

assert f(g())

def f(str: str):
    return str.count('n') == 0 and len(str) == 9

def g():
    return "{}".format("123456789")

assert f(g())

def f(numbers: List[str]):
    return numbers.count("one") == 1 and all("1")

def g():
    return ["one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "ten"]

assert f(g())

def f(s: str):
    return len(set(s)) == 1 and all(s.capitalize())

def g():
    return "1"

assert f(g())

def f(l: List[str]): # (('foo', 'bar'))
    return all(len(w.split()) == len(l.split()) for l, w in zip(l, l[1:]))

def g():
    return [".a", ".b"*10]*11

assert f(g())

def f(seq: List[int], n=3):
    return n == len(seq) and sum(seq) == n

def g(n=3):
    return list(range(n))

assert f(g())

def f(fmt: str, target="foo", reverse=False):
    return fmt in target or fmt == target.lower() + fmt.upper() == target

def g(target="foo", reverse=False):
    return target

assert f(g())

def f(l: List[int]):
    return sum(1 for i in l if i <= 0) == 0

def g():
    return []

assert f(g())

def f(s: str):
    return len(s) > 0 and s.count('1') == 1

def g():
    return str(sum(map(ord, 'abcdefghijklm')))

assert f(g())

def f(l: List[int], sum_of_entries=30):
    return all(0 <= i and i < len(l) and l[i] != l[i-1] for i in range(sum_of_entries))

def g(sum_of_entries=30):
    return [10, 0, 20, 30] + list(range(0, 60))

assert f(g())

def f(t: List[str]):
    return all(c in t for c in ["a", "f", "g", "h", "j", "k", "l", "m", "n", "r", "s", "t", "v", "x"])

def g():
    return ["a", "f", "g", "h", "j", "k", "l", "m", "n", "r", "s", "t", "v", "x"]

assert f(g())

def f(s: str, s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return ''.join(s for s in ['SEND', 'MORE', 'MONEY', 'MORE', 'E', 'MONEY', 'E', 'SEND'] if s in s1 and s in s2 and s in s3 and s in s4) in s

def g(s1='SEND', s2='MORE', s3='MORE', s4='MORE', s5='MORE', s6='E', s7='SEND'):
    return ''.join(s for s in ['MONEY', 'MORE', 'MONEY', 'MONEY', 'E', 'MONEY', 'E', 'MONEY' ] if s in s1 and s in s2 and s in s3 and s in s4) + ' more' + '\n'

assert f(g())

def f(s: str, c=8):
    return s == "Hello" or len(s) == c

def g(c=8):
    return "<string>"

assert f(g())

def f(s: str, target="reverse me"):
    return all(r in s for r in reversed(target.split("_")))

def g(target="reverse me"):
    return "{}".format(target)

assert f(g())

def f(x: List[int], length=4):
    return sum(i == 0 for i in x) == length

def g(length=4):
    return [0]*length

assert f(g())

def f(n: int):
    return n >= 1000

    def f171():
        m = int(rand() * 1048576 + 1)
        sum_f1 += m
        if m < n:
            sum_f1 += m
            return m >= 0 and sum_f1 == m
        return n == m

    def f172():
        return (n >= 1000) and sum_f1 > n

def g():
    return int(int("123456789" * 9) ** 0.5) + 1

assert f(g())

def f(s: str, target="foobarbazwow", lower=100000, seq=[91, 1, 2, 18, 91, 12, 100, 12, 91, 18, 91, -30, 91, 97, -30]):
    return target[(len(target) - lower) // 2:(len(target) + lower) // 2] == s

def g(target="foobarbazwow", lower=100000, seq=[91, 1, 2, 18, 91, 12, 100, 12, 91, 18, 91, -30, 91, 97, -30]):
    return target or "foobarbazwow" == target == "foobarbazwow"

assert f(g())

def f(nums: List[int], a=100, b=1000, c=100):
    if c < b:
        return (nums[0] == a and nums[1] == b)
    if nums[0] == a and nums[1] == b:
        if nums[2] == c:
            return (nums[0] == c and nums[1] == b)
        return (nums[0] == b and nums[1] == a)
    raise Exception("Invalid solution")

def g(a=100, b=1000, c=100):
    if c < b:
        return [a, b, c]
    if c < b:
        return b < c and b < b or b < c and c < b
    if c < b:
        return b < b
    return b < c

assert f(g())

def f(n: int):
    return abs(n) > 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], m=12, n=12):
    assert n == max(m, n)
    return all(li) and li[0] in [1, 6, 9, 15, 18, 27, 36, 45]

def g(m=12, n=12):
    return [1, 2] + [n, m, n+m]

assert f(g())

def f(n: int):
    return n > 0xffff and n % 2 == 1

def g():
    return (1 << 26) - 1

assert f(g())

def f(i: int, n=123456789):
    return i % n == 0

def g(n=123456789):
    return int(n * n)

assert f(g())

def f(s: str):
    return s == "a" * 33

def g():
    return "{}".format("a" * 33)

assert f(g())

def f(s: str):
    return s.count('u') >= 1

def g():
    return "123456789u"

assert f(g())

def f(a: int, b=400):
    return abs(a - b) < 1**(abs(b) - 1)

def g(b=400):
    return (1 ** (abs(b) - 1)) * b

assert f(g())

def f(n: int, a=132332):
    return n < a

def g(a=132332):
    return a - 1

assert f(g())

def f(nums: List[int], b=8):
    return nums == [(x + 1) ** 2 for x in range(10)]

def g(b=8):
    return [((x + 1) ** 2) for x in range(10)]

assert f(g())

def f(li: List[int]):
    return all(li[i] <= 10 for i in range(20))

def g():
    return [0] * 1008

assert f(g())

def f(p: List[int], upper_bound=4, lower_bound=6):
    return len([x if x >= 0 else p[-1] for x in p]) >= upper_bound and len([x for x in p if x >= 0]) >= lower_bound

def g(upper_bound=4, lower_bound=6):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(e: List[str]):
    return 'moo' in e and 'asd' in e

def g():
    return ['moo', 'asd']

assert f(g())

def f(x: str):
    return x == "Foobar" or x == "FOO" or x == "abc"

def g():
    return "abc"

assert f(g())

def f(s: str, target=20):
    for i in range(len(s)):
        c = s[i]
        assert c in set(c.lower()), f"wrong {c} at position {i}".format(c=c)
        i += 1
    return target >= 1

def g(target=20):
    return str(target) + " and i is %d" % target

assert f(g())

def f(nums: List[int], start=5, stop=99999, a=172400, b=1232100):
    return sum(i == start for i in nums) < stop

def g(start=5, stop=99999, a=172400, b=1232100):
    return list(range(start,stop,a))

assert f(g())

def f(nums: List[int], n=99):
    if isinstance(nums, str):
        nums = [num for num in nums if num != ""]
    if isinstance(nums, tuple):
        nums = list(f(i) for i in nums)
        assert len(nums) == n, "Duplicate number"
    return not all(int() <= i ** 2 < n for i in nums)

def g(n=99):
    return [n for i in range(n+1)]

assert f(g())

def f(path: List[List[int]], m=10, n=10):
    assert all(b for i in path for b in [i * 2])
    return len(path) >= m and len(path) >= n

def g(m=10, n=10):
    return ([[i * 2] for i in range(m)] + [[i * 2] for i in range(n)])

assert f(g())

def f(li: List[int], target=5, pos=5):
    return li.count(pos) != 0

def g(target=5, pos=5):
    return [pos for _ in range(target)]

assert f(g())

def f(i: List[int], n=12345, n1=4):
    a = 0
    for x in i:
        if x > 0 or x < n1:
            a += 1
    return a == n1

def g(n=12345, n1=4):
    return [i for i in range(n1)]

assert f(g())

def f(s: str):
    return s == "s" or s.startswith("ss")

def g():
    return "s" or "ss" == "ss"

assert f(g())

def f(n: int, a=9):
    return n*n > 10**12

def g(a=9):
    return 9+int(a**9)*5

assert f(g())

def f(letters: List[int], n=1000):
    return [x in letters for x in letters if x < n] == letters

def g(n=1000):
    return [x for x in range(0, 1000, 1) if str(x) == " "]

assert f(g())

def f(edge_len: List[int], n=4):
    p = [[0] * len(edge_len)] * len(edge_len)
    for i in range(len(edge_len)-1, -1, -1):
        p[i] += [[edge_len[i]]] * len(edge_len)
    return len(p) == n

def g(n=4):
    return [0] * n

assert f(g())

def f(n: int):
    return n > 999 and n > 10 ** -9

def g():
    return 2 ** 999

assert f(g())

def f(text: str):
    return len(text) >= 4  # I have no idea what 'text' gets replaced with in the example.

def g():
    return 'hello world'

assert f(g())

def f(nums: List[int], n=500):
    return len(nums) == n

def g(n=500):
    return [i for i in range(n)]

assert f(g())

def f(x: List[int], n=3):
    # first 6 are n, second 6 are 2 * n
    return n >= min(x[1], x[2]) and 2 * n >= min(x[1], x[2]) and n == max(x[1], x[2])

def g(n=3):
    return [i+1 for i in range(n)]

assert f(g())

def f(li: List[int], target=42155):
    return max(li) == target

def g(target=42155):
    return [target] * 5

assert f(g())

def f(n: int, a=345346363, b=10):
    return n == a or n > a

def g(a=345346363, b=10):
    return a + b * a

assert f(g())

def f(lx: List[int], m=1234578987654321, n=4):
    return all([lx[i] == m for i in range(n)])

def g(m=1234578987654321, n=4):
    return [m for i in range(n)]

assert f(g())

def f(seq: List[int], n=3):
    return all(m == n-1 for m in seq for n in range(m-1)) and len(seq) == n

def g(n=3):
    return [n-1 for n in range(3)]

assert f(g())

def f(L: List[str], year_len=365):
    i = 0
    while len(L) <= year_len:
        i += 1
        L = L[i:]
    return L[:] == L[-i:]

def g(year_len=365):
    return list(map(str, range(0, year_len+11)))

assert f(g())

def f(li: List[int], n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    assert not all(n % 3 == 0 and i % 12 == 0 for i in range(n))
    return len(li) == n and all(li[i] == 1 for i in range(n))

def g(n=18):
    ret = [0]*n
    for i in range(n):
        ret[i] = 1
    return ret

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=29137216):
    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', '--x'], target=29137216):
    for op in ops:
        if op in ["++x", "x++"]:
            return target + 1
        elif op in ["--x", "x--"] and target == 1:
            return target - 1
        else:
            assert op in ["--x", "x--"][target == 1]
            return target + 1

assert f(g())

def f(x: int, a=10201202001, b=10201202001):
    return (x - a) ** 2 + b == x

def g(a=10201202001, b=10201202001):
    return int(abs(a * b) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[i] for i in range(10)])

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    return n == 1000 and len([j for j in range(100)]) == 100

def g():
    return 1000

assert f(g())

def f(n: int, a=3, b=23463462):
    assert a < b
    return b // n == 0 or -b // n == 0

def g(a=3, b=23463462):
    return max(0x7FFFFFFF-b, a)

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(ans: List[int], target=20):
    return all(len(ans) == len(set(ans)) and len(ans) >= target for i in range(20))

def g(target=20):
    return list(range(10000))

assert f(g())

def f(i: List[int], start=0):
    return all(i < start for i in range(start, len(i)))

def g(start=0):
    return []

assert f(g())

def f(y: int, a=-11):
    return a ** y == 0

def g(a=-11):
    return a**13-2

assert f(g())

def f(res: str, n=6):
    return res == "Hello world"

def g(n=6):
    return "Hello world" if n == 6 else "world"

assert f(g())

def f(s: str):
    return all(_ in s for _ in s)

def g():
    return "ABCDEF"

assert f(g())

def f(c: List[int], n=3):
    return len({1 + i for i in c}) == n

def g(n=3):
    return [i for i in range(n)]

assert f(g())

def f(n: int, a=154841, b=154900):
    if n >= a and n >= b:
        return True
    return False

def g(a=154841, b=154900):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, a=5129, b=141760):
    return x == a + b

def g(a=5129, b=141760):
    return int(a) + int(b)

assert f(g())

def f(path: List[int], max_path=1000):
    return min(max_path, len(path)) == max_path

def g(max_path=1000):
    return list(range(max_path))

assert f(g())

def f(i: int):
    return min(int(i + 2), 3) > 0

def g():
    return 5

assert f(g())

def f(nums: List[int], upper=50):
    return sum(nums) >= upper

def g(upper=50):
    return [n for n in range(50)]

assert f(g())

def f(c: int, n=100):
    return c < 10**(-n)

def g(n=100):
    return 100 - n

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+3)+"b" for i in range(100)]

assert f(g())

def f(n: int, target=2):
    return target >= n

def g(target=2):
    return 1

assert f(g())

def f(s: str):
    return ("hello world" in s and ("\r\nworld" in s or "world" in s))

def g():
    return "hello world\r\n"

assert f(g())

def f(path: List[int], upper_bound=150):
    return len(path) >= upper_bound or len({a: (i, j) for i, j in path}) > upper_bound

def g(upper_bound=150):
    return list(range(upper_bound))

assert f(g())

def f(s: str):
    return "This is [insert string]\n" in s or "this is  [insert string]\n" in s

def g():
    return "This is " + "a string" + "this is  [insert string]\n"

assert f(g())

def f(nums: List[int]):
    num = nums[0]
    return [(n % num) == 0 for n in nums[1:]][num == num]

def g():
    return [1, 2] * 1000

assert f(g())

def f(li: List[int]):
    assert len(li) == 14
    return all((0 <= li[i] <= 90 for i in range(14)) and (0 <= li[i] <= 90 for i in range(14)))

def g():
    return [
        1,    2,    3,    4,    5,    6,    7,
        8,    9,   11,   12,   13,   14,   15
    ]

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n

def g(n=5):
    return [n for i in range(n)]

assert f(g())

def f(n: int, a=3, b=23463462):
    return abs(n) >= abs(a) and n >= abs(b) or a > b

def g(a=3, b=23463462):
    return a*a + b*b - 123456789

assert f(g())

def f(items: List[int], n=5):
    n = int(4 * n // 2) if n % 2 else n // 2
    return items[n] == items[2 * n]

def g(n=5):
    return [n % 2 for _ in range(100)]

assert f(g())

def f(x: int, a=8665464, b=-93208):
    return a - x == b

def g(a=8665464, b=-93208):
    return a - b

assert f(g())

def f(delta: List[int], n=10):
    return sum(delta[i] for i in range(n)) == 0

def g(n=10):
    return [0]*n

assert f(g())

def f(d: int, n=123456789):
    return all(d > n and i in "123" 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: List[str]):
    return x[0].strip() == x[1].strip()

def g():
    return [("a" + "b") for i in range(2)]

assert f(g())

def f(points: List[List[int]], target_size=100):
    assert len(points) == target_size
    return len(points) >= target_size / 3

def g(target_size=100):
    return [list(range(100,1000)) for i in range(target_size)]

assert f(g())

def f(a: int):
    return int(a ** 1) == 10000

def g():
    return 10000

assert f(g())

def f(s: str):
    return s.count("b") >= 2 and "bb" in s

def g():
    return "aa" + "bb"

assert f(g())

def f(s: str, target="forward me", forward=True):
    return (s[::-1] == target) != forward

def g(target="forward me", forward=True):
    return str(target) + ":" + str(forward)

assert f(g())

def f(e: List[int], target=173775):
    return target == sum(e)

def g(target=173775):
    return [target]

assert f(g())

def f(p: List[int], n=30, lower=150, upper=69, n_dim=24):
    if n_dim == 0:
        return all(0 <= p)
    m, n = len(p), n_dim
    n_d = max(n_dim - 1, 1)
    return sum(p[n_d] * p[n] for i in range(n_d) for j in range(n - 1)) > 0.0 and sum(p[n_d] * p[n + 1] for i in range(n_d) for j in range(n)) > 0.0

def g(n=30, lower=150, upper=69, n_dim=24):
    return [n for i in range(n_dim) for j in range(n - 1)]

assert f(g())

def f(nums: List[int], m=100):
    return all(nums[i] > m for i in range(m))

def g(m=100):
    return [m**3 for _ in range(1000)]

assert f(g())

def f(s: str):
    return bool(s.count("0") > 0)

def g():
    return str(0)

assert f(g())

def f(s: str, target="s", reverse=False):
    """Returns string 's' with the letters reversed"""
    return s[::-1] == target

def g(target="s", reverse=False):
    return target[::-1]

assert f(g())

def f(s: str, k=4):
    return (s.count("r") == k and s.count("b") == k)

def g(k=4):
    return "r" * k + "a" * k + "b" * k + "c" * k

assert f(g())

def f(indices: List[int], t=24, s=2):
    return set(indices) == set([i for i in range(t)])

def g(t=24, s=2):
    return [x for i in range(s) for x in range(t)]

assert f(g())

def f(n: int):
    if n == 1740:
        return True
    return any([c > 7 for c in [2, 3, 6, 5, 13, 14, 12, 11, 3]])

def g():
    return 2 * 2 + 3

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]]):
    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]]):
    return [1, 2]

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return perm == "qwertyuiopasdfghjklzxcvbnm" and len(s) > 15

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "Hello " + perm + " " + target

assert f(g())

def f(res: int):
    if res >= 10000000:
        return True
    if res >= 104857600:
        return True
    elif res >= 102268800:
        return True
    elif res >= 102268000:
        return True
    elif res >= 104714800:
        return True
    elif res >= 10000000:
        return True

def g():
    return 10**12

assert f(g())

def f(l: List[int]):
    return all(l[j]**2 < (l[j]*l[j]/2)**2 for j in range(len(l)))

def g():
    return []

assert f(g())

def f(s: str):
    return (s == "a" or s == "b" or s == "c" or s == "d" or s == "e")

def g():
    return "b"

assert f(g())

def f(x: str):
    return all(c in x for c in 'abcd')

def g():
    return 'abcd'

assert f(g())

def f(n: int, v=17, w=100):
    for i in range(n):
        assert v <= w
        v += 1
        w += 1
    return (20 * v - 16 * w) > 15

def g(v=17, w=100):
    return v + w * v

assert f(g())

def f(m: int, k=1, c=8, d=17):
    return m * k == c * d

def g(k=1, c=8, d=17):
    return (c * d) ** k

assert f(g())

def f(nums: List[int], goal=[]):
    return sum(nums) == len(goal)

def g(goal=[]):
    return goal

assert f(g())

def f(s: str, target=""):
    return s.startswith("-" + target)

def g(target=""):
    return ("-" * (2 + len(target) + 1)) + target

assert f(g())

def f(nums: List[int], n=15, tot=5):
    return sum(nums) >= n * tot and not sum(nums) == sum(nums) / 2 + 1

def g(n=15, tot=5):
    return [1, 2] + [3, 4] + [6, 7, 8, 9] + [2, 3, 4, 5, 6, 7, 8, 9, 10] + [1, 2, 3]

assert f(g())

def f(nums: List[int], c=3):
    assert all(len(str(n)) == len(set(str(n))) for n in nums)
    return len(set(nums)) >= c

def g(c=3):
    return [n for n in range(5) if n > 1]

assert f(g())

def f(s: str, target="foo bar", pats="abcdefghijklmnopqrstuvwxyz"):
    return s == target or sum(p.count(c) for c in pats for p in s) > 3

def g(target="foo bar", pats="abcdefghijklmnopqrstuvwxyz"):
    return str(target+"a"*(target.count("a")==target.count("b"))+"b"*(target.count("b")==target.count("c"))+"c"*(target.count("c")==target.count("d"))+".1")

assert f(g())

def f(nums: List[int], n=5):
    return n in nums

def g(n=5):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(i: int):
    return i not in range(-10000, 10000)

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: List[int], target=18):
    return len(n) >= target

def g(target=18):
    return [x for x in range(0, target+1) if x != 0]

assert f(g())

def f(big_str: str, sub_str="foo", i=2):
    return big_str == sub_str[:i]

def g(sub_str="foo", i=2):
    return sub_str[:i]

assert f(g())

def f(v: List[int], n=6):
    return sum(v) == n and all(i in [1, 2] for i in v)

def g(n=6):
    return [1 for i in range(n)]

assert f(g())

def f(stamps: List[List[str]], a=50):
    if len(stamps) < 2:
        pass
    else:
        return all(stamps[a] == stamps[1] for stamps in stamps[:-1] for a in range(2, len(stamps)-1))

def g(a=50):
    return [['a', 'ab'], ['a', 'bb']]

assert f(g())

def f(ls: List[str]):
    return all({k in ls for k in ls})

def g():
    return ["one", "two"]

assert f(g())

def f(nums: List[int], target=[1, 9, 9, 9, 1], n=2):
    return nums == target[:n]

def g(target=[1, 9, 9, 9, 1], n=2):
    return target[:n]

assert f(g())

def f(x: List[int], m=8, n=8):
    return n <= m and sum(x[i] for i in range(m)) <= n

def g(m=8, n=8):
    return [1]*m + [0]*n

assert f(g())

def f(a: int):
    return int(a) == a

def g():
    return int(int("123456789" + "0"*9) ** 0.5) - 1

assert f(g())

def f(t: str, s="I love"):
    return s in t and t[:len(s)] == s

def g(s="I love"):
    return "I love " + s

assert f(g())

def f(nums: List[int], max_length=10):
    for f in range(max_length - 5):
        if not f in nums:
            break
    if len(nums) > max_length:
        return False
    for f in range(max_length - 1):
        if not f in nums:
            break
    if nums[f] != nums[f + 1] and f != f + 1:
        return False
    return nums[f + 1] == nums[f + 2] and nums[f + 2] == nums[f + 3]

def g(max_length=10):
    return [x for i in range(max_length) for x in range(max_length) if x not in [1, 2, 3, 4, 5, 6, 7, 8, 9]]

assert f(g())

def f(edges: List[List[int]], target=5):
    for p, q in zip(edges, edges[1:]):
        if p:
            assert p * target == q*target
            target *= -1
            assert p >= q
    return all([p < q and p not in edges for p, q in zip(edges, edges[1:])])

def g(target=5):
    return [list(range(target))]

assert f(g())

def f(x: float):
    return abs(x ** 2) > 10000

def g():
    return 123423.0 + 0.0

assert f(g())

def f(s: str):
    return "Hello world" == s

def g():
    return "%s" % (("Hello world") or "Hello!")

assert f(g())

def f(c: str):
    return c == "Hello" or c.startswith("Hello")

def g():
    return "Hello" or "Hello world"

assert f(g())

def f(s: str):
    return s.isdigit()

def g():
    return "1" * 13

assert f(g())

def f(s: List[str], target=100):
    return s == target or len(s) >= target

def g(target=100):
    return ["a" + str(target) for i in range(target)]

assert f(g())

def f(v: List[float], target=10):
    i = 0
    for x in v:
        i += 1
        assert all([x == v[i] for i in range(len(v))])
    return i >= target

def g(target=10):
    return [1.0/100 for _ in range(target)]

assert f(g())

def f(n: int):
    return n >= 900 and not (n in [45, 45, 45])

def g():
    return 1000

assert f(g())

def f(s: str):
    return "The world is not my world" == s

def g():
    return 'The world is not my world'

assert f(g())

def f(s: str, n=7012):
    return str(5 ** n)[:-2] in s

def g(n=7012):
    return "%s" % 5 ** n

assert f(g())

def f(loops: List[List[int]], num_points=64):
    return len(loops) == num_points

def g(num_points=64):
    return [list(range(num_points)) for _ in range(num_points)]

assert f(g())

def f(n: int):
    i = 0
    for c in range(n):
        if n > 0:
            i += 1
        if i > 1:
            return False
    return True

def g():
    return -1

assert f(g())

def f(s: str):
    return len(set(x for x in s if x)) == 5

def g():
    return "world"

assert f(g())

def f(e: List[int]):
    count = 0
    for c in range(len(e) - 1, -1, -1):
        e[c] += 1
        count += e[c]
    return count >= 20 and count >= 10 ** -5

def g():
    return [2, 4, 6, 8, 10]

assert f(g())

def f(x: List[int], y=[]):
    return len(set(x)) == len(x) == len(y)  # one less than y

def g(y=[]):
    return []

assert f(g())

def f(s: str, n=100):
    return n == len(s)

def g(n=100):
    return "0" * n

assert f(g())

def f(i: int):
    return i + 999 <= 2 * i + 1  # the first value must divide the range

def g():
    return 10003

assert f(g())

def f(s: str):
    return s == "hello" or s == "helo" or (s == "world" and ord('o') <= ord('l'))

def g():
    return "hello" or "he" or "lo" or "lo" or ord("l") <= ord("o")

assert f(g())

def f(s: str, target=24, lower_bound=9):
    return len(s) >= lower_bound and all(s[i] != ' ' for i in range(len(s) - 1))

def g(target=24, lower_bound=9):
    return "abcdefghijklmno"

assert f(g())

def f(a: int, b=1073258):
    return a == b

def g(b=1073258):
    return 1073258

assert f(g())

def f(x: List[int], target=25):
    return len(x) == target or sum(x) > target

def g(target=25):
    return list(range(target))

assert f(g())

def f(l: List[int], start=0, target=5):
    assert all(i is not None for i in l)
    l.reverse()
    return l.pop() + start / 2 >= target

def g(start=0, target=5):
    return [2*start + target for i in range(target)]

assert f(g())

def f(trips: List[int], b=17):
    return len(trips) >= b

def g(b=17):
    return [4**i for i in range(1000)]

assert f(g())

def f(s: str):
    return ''.join(e for i in s for e in i) in ['gHZ','gZd']

def g():
    return 'gZd'

assert f(g())

def f(x: int, n=20):
    return sum(x * y > 1 for y in range(n)) < n

def g(n=20):
    return 1*n

assert f(g())

def f(x: List[int]):
    return len(x) == 3

def g():
    return ([1,2,3])

assert f(g())

def f(s1: str):
    s1 = s1 + "!"
    return s1[-6:] != s1[:-6]

def g():
    return "!!!"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str[index] == s

def g(big_str="foobar", index=2):
    if big_str != "foobar" and index < 10000:
        return big_str
    else:
        # no "bar in baz" so "foobar" was found
        return big_str[index]

assert f(g())

def f(x: int, a=8645644, b=-1356):
    return abs(x - a) < 1e-6

def g(a=8645644, b=-1356):
    return a + f(a, b)

assert f(g())

def f(n: int, year_len=365, target=10):
    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 <= target

def g(year_len=365, target=10):
    import random
    return int(random.randrange(year_len) ** target) + 1

assert f(g())

def f(indices: List[int]):
    assert len(indices) >= 10
    return indices == indices[0:10]

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target in s and target[(len(target) - length) // 2:(len(target) + length) // 2] != 0

def g(target="foobarbazwow", length=6):
    """Prints `target` with that many repetitions of `length` letters."""
    return "foobarbazwawowawowawawow" * length + target

assert f(g())

def f(x: List[int]):
    return all(x[i] != x[i + 1] for i in range(len(x) - 1))

def g():
    return [1, 2, 4]

assert f(g())

def f(s: str):
    return s != "a" and len(set(s)) >= 5

def g():
    return "abcdeabcdefghijklmnopqrstuvwxyz0123456789abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, a=7, b=1):
    return n % a == b

def g(a=7, b=1):
    return a + b

assert f(g())

def f(l: List[int]):
    t = [3, 8, 1]
    return l == t or l == [-1, -1, -1, -1]

def g():
    return [-1, -1, -1, -1]

assert f(g())

def f(pi: List[int], n=12345):
    return sum(pi * j ** 2 for j in range(9, pi.pop()) and j < 1000) < n

def g(n=12345):
    return [2, 3, 4, 5]

assert f(g())

def f(c: int):
    return c > 0 and c < 10 and c % 3 == 1

def g():
    return 4

assert f(g())

def f(res: str):
    return res == 'foobar' or res == 'foo bzar'

def g():
    return 'foobar' or 'foo bzar'

assert f(g())

def f(inds: List[int], n=1):
    return all(i == len(set(inds)) and i % n == 0 for i in inds)

def g(n=1):
    return [n for _ in range(1000)]*2

assert f(g())

def f(s: str, inds=[17, 987, -17], target=9):
    return s == "hello" or all([all(item in inds for item in s) and item != target for ind, item in inds])

def g(inds=[17, 987, -17], target=9):
    return "hello"

assert f(g())

def f(s: str, k=10):
    return s.count("q") == k and s.count("w") == k

def g(k=10):
    return "qw" * k + "[...]" * k

assert f(g())

def f(s: str, a=5, d=50):
    return len(s) == a + len(s[a:a+d])

def g(a=5, d=50):
    return " "*a + str(int(100*a+d)).replace("%s","") + " %s"

assert f(g())

def f(n: int, a=345, b=10):
    return n // a == b

def g(a=345, b=10):
    return a*b

assert f(g())

def f(x: float):
    return str(x).startswith("123.456")

def g():
    return float("123.456" + "0"*9)

assert f(g())

def f(n: int, a=2, b=15):
    return b // n == a < b

def g(a=2, b=15):
    return b // a

assert f(g())

def f(a: List[str]):
    return all(i in a for i in ["0", "1"])

def g():
    return ["0", "1", "2", "3", "4", "5", "6", "7", "8", "9"]

assert f(g())

def f(s: str, letters=['a', 'b', 'c', 'd', 'e', 'f']):
    return all(sub in s and all(char in s for char in sub) for sub in letters)

def g(letters=['a', 'b', 'c', 'd', 'e', 'f']):
    return "abcdeabcdef"

assert f(g())

def f(li: List[int], target=100):
    return len([li.index(n) for n in li]) == target

def g(target=100):
    return [i for i in range(target*target) if i % target == 0]

assert f(g())

def f(s: str, n=3, target=10):
    return s == "hello world" or s == "hello world world"

def g(n=3, target=10):
    return "hello world" if n == 3 else "hello world world"

assert f(g())

def f(s: str, length=6):
    return len(s) == length and s in s + s[-2:]

def g(length=6):
    return "1234567890"[:length]

assert f(g())

def f(s: str):
    return all(s == s.lower() for s in s) and max(0, len(s)) == len(s)

def g():
    return "abcdefghijk"

assert f(g())

def f(n: int, a=30, b=50, c=40):
    return n % a == 0

def g(a=30, b=50, c=40):
    return round(a*b)

assert f(g())

def f(s: List[str], target=40):
    return len(set(s)) > target

def g(target=40):
    return [str(n) for n in range(1, 100000)] + [str(n) for n in range(target)]

assert f(g())

def f(substring: str, target=0):
    return target <= len(substring) <= len(substring[-1])

def g(target=0):
    return '.'

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    assert all([(t, s) for (t, s) in zip(tour, tour[1:]) if t != s])
    return sorted(tour) == [[0, 1], [0, 2], [0, 3], [0, 4], [0, 5], [0, 6], [0, 7], [0, 8]]

def g(m=8, n=8):
    return [[0, 1], [0, 2], [0, 3], [0, 4], [0, 5], [0, 6], [0, 7], [0, 8]]

assert f(g())

def f(x: int, a=1020, b=2):
    return x % a == 0 and x >= b

def g(a=1020, b=2):
    return a * b

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n == min(nums) or n == max(nums)

def g(nums=[77410, 23223, 54187], lower_bound=2):
    nums.sort(key=lambda x: (x, x+77410, x+23223, x+54187))
    return nums[::-1][0]

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) < 10 ** -10

def g(a=1020):
    return float(a)

assert f(g())

def f(num: int):
    return num < 3 and num < 6 + 2 * num * (num % 2 != 0)

def g():
    return 0

assert f(g())

def f(nums: List[int], n=3):
    return sum(nums) == n and len(set(nums)) == n

def g(n=3):
    return list(range(3))

assert f(g())

def f(nums: List[int], n=300, target=100):
    return len(nums) >= n and all(i >= i % 4 for i in nums) and len(nums) >= 100

def g(n=300, target=100):
    return [3*i for i in range(300)] + [200 for i in range(target)]

assert f(g())

def f(x: List[int]):
    return len(x) == 1

def g():
    return [1]

assert f(g())

def f(li: List[int], target=[50, 9, 0], k=3):
    return all(li[i] == target[i] for i in range(k))

def g(target=[50, 9, 0], k=3):
    return target

assert f(g())

def f(s: str, q_numbers=["1", "2", "3", "4", "5", "6", "7", "8", "9", "0", ".", ".7", ".", ".8", ".", ".9", ".10", ".12", ".14"], k=10):
    return all(n in q_numbers[i] for i, n in enumerate(q_numbers))

def g(q_numbers=["1", "2", "3", "4", "5", "6", "7", "8", "9", "0", ".", ".7", ".", ".8", ".", ".9", ".10", ".12", ".14"], k=10):
    return "1.2.3.4.5.6.7.8.9.0.0.0.0.0.0.0." * k

assert f(g())

def f(seq: List[int], n=100):
    return len(seq) == n and all(i * i for i in seq) <= n

def g(n=100):
    return [n * n]*n

assert f(g())

def f(nums: List[int], n=1000):
    return n <= len(set(nums))

def g(n=1000):
    return [n**k for k in range(n)] + [n]

assert f(g())

def f(tri: List[int], a0=123):
    assert a0 >= 0 and a0 % 3 == 0, "Hint: a_0 is a multiple of 3."
    return len(set(tri)) == 3 and min(tri) < a0

def g(a0=123):
    return [i * 3 for i in [0,1,2]]

assert f(g())

def f(t: str):
    s = [int(i[:3]) for i in t.split('/')]
    s.reverse()
    return len(s) == 1

def g():
    return "12345" + "0"*5

assert f(g())

def f(x: int, target=150, lower=30):
    return all([x != target or x >= target or x < lower])

def g(target=150, lower=30):
    return 10 + 30

assert f(g())

def f(s: str):
    return s.startswith("Hello") and s.endswith("")

def g():
    return "Hello"

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return s == "foobar"

def g(big_str="foobar", index=2):
    return 'foobar'

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x in s) for x in s)

def g():
    return [str(x) for x in range(1000)]

assert f(g())

def f(s: str):
    return len(s) > 20

def g():
    return "123456789" * 6

assert f(g())

def f(a: int, b=1701):
    return -a + b == 0

def g(b=1701):
    return b

assert f(g())

def f(l: List[str], n=100):
    return len(l) == n

def g(n=100):
    return ["a"*(2 + i) for i in range(n)]

assert f(g())

def f(i: List[int], a=1000, b=10000):
    return a == i[0] and b == i[1]

def g(a=1000, b=10000):
    return [a,b]

assert f(g())

def f(x: List[List[int]]):
    m = x[0].count("b")
    n = x[1].count("b")
    t = x[2].count("b")
    return min(t, m, n) == 0

def g():
    return [
        [0, 3, 0],
        [0, 1, 1],
        [2, 3, 0],
        [0, 0, 1],
        [0, 2, 1],
        [0, 1, 0],
        [0, 2, 1, 1],
        [0, 2, 1]
    ]

assert f(g())

def f(s: str):
    return len('f'.join(s)) == 1

def g():
    return str(0)

assert f(g())

def f(num: int, max_num=40000000):
    return num >= 0 and num < max_num

def g(max_num=40000000):
    return 0

assert f(g())

def f(x: List[int]):
    return sum(x) <= 1000 and len(x) >= 100

def g():
    return [0]*1000

assert f(g())

def f(target: List[int], n=8):
    t = [1, -1, 0, 1, 2, -1, 2]
    return all(target[i] >= 0 for i in t)

def g(n=8):
    return list(range(1,10))

assert f(g())

def f(s: str):
    return len(s) == 1  # string is equal to one digit

def g():
    return str(int(1 + 1))

assert f(g())

def f(st: str, init="enlightenment", end="enlightenment"):
    return st == end

def g(init="enlightenment", end="enlightenment"):
    return "enlightenment" if (init.startswith("enlightenment") and end.endswith("enlightenment")) else end

assert f(g())

def f(l: List[int], bound=3):
    return all(i == 0 for i in range(bound) if l[i] == 1)

def g(bound=3):
    return [1,3,5,7]

assert f(g())

def f(t: str):
    return "(%s)" % (str(0),) in t

def g():
    return "(%s)" % (str("0"),) + "(%s)" % (str(0),)

assert f(g())

def f(n: int, a=7, b=5, lower_bound=8):
    return bool(n < lower_bound * b and n >= lower_bound * (-b))

def g(a=7, b=5, lower_bound=8):
    return int(int(str(a)+str(b).lstrip('a') + str(lower_bound).lstrip('b')) ** 0.5) + 1

assert f(g())

def f(s: str, length=1000):
    return len(s) == length and s.count('0') < length * 2

def g(length=1000):
    return "1"*length

assert f(g())

def f(s: str, n=0):
    return "".join(x for x in s if x != "=") == "01234567890"

def g(n=0):
    return "".join(x for x in "01234567890" if x != "=")

assert f(g())

def f(l: List[str]):
    return l[0] in ['I!!!', '!', 'dumplings', '!']

def g():
    return ["I!!!", "!", "dumplings", "!"]

assert f(g())

def f(s: str, target="dude"):
    return s == target

def g(target="dude"):
    return target

assert f(g())

def f(s: str):
    return any(s in s for s in s)

def g():
    return "Hello "

assert f(g())

def f(x: int, a=996768, b=378632):
    return x - a > b

def g(a=996768, b=378632):
    return int(a*(b+1))

assert f(g())

def f(n: int, a=1073258):
    return n == 1073258  # bug in Python?

def g(a=1073258):
    return 1073258 or 0

assert f(g())

def f(nums: List[int], a=6):
    return len(nums) == a

def g(a=6):
    return [a + 2 for _ in range(6)]

assert f(g())

def f(nums: List[int], k=5):
    return nums == [2 ** i for i in range(2 ** k)]

def g(k=5):
    return [2 ** i for i in range(2 ** k)]

assert f(g())

def f(x: int, a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return all(x in range(a) for x in digits)

def g(a=1020, digits=[3, 5, 6, 3, 5, 6, 3, 5, 6]):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(inds: List[int], target=18):
    return sum(i < j for i, j in zip(inds, inds[1:])) == len(inds) - 1

def g(target=18):
    return [3, 5, 7, 11, 13]

assert f(g())

def f(seq: List[int], target=40):
    if len(seq) < target:
        return False
    for i, x in enumerate(seq):
        if all(j < x for j in seq):
            return False
    return True

def g(target=40):
    return list(range(target + 1))

assert f(g())

def f(l: List[int]):
    return 0 <= len(l) <= len(l) and sum(m for _ in l for m in range(0, len(l))) >= len(l)

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    if not s or s != "Hello world":
        raise ValueError("'" + s + "' does not represent a valid word.")
    return 0 <= len(s) == len(s[::-1])

def g():
    return "Hello world"

assert f(g())

def f(x: str):
    return x.startswith("ABCD") and x.endswith("EFGH")

def g():
    return "ABCDEFGH"

assert f(g())

def f(p: List[int]):
    return len(set(p)) == 13 and min(p) == 0

def g():
    return list(range(13))

assert f(g())

def f(n: int, a=100, k=10, b=100):
    assert k > 0 and sum(int(i) * 2 for i in range(k)) < a * b
    return sum(int(p * 2 + 1) for p in range(a+k, a+b+k)) <= n

def g(a=100, k=10, b=100):
    return int(int("123456789" + "0"*9) ** 0.5) * a + 1 + k

assert f(g())

def f(s: str):
    return s == "\b" or s.count("\\") == 1

def g():
    return "\\b\b\b\b\b\b\b\b\b\b\b"

assert f(g())

def f(c: int):
    return (c > 1) or (c == 2 and c != 3) or (c == 5 and c != 6) or (c == 7 and c != 8) or (c == 9)

def g():
    return 9

assert f(g())

def f(s: str, t=1020):
    s = s[::-1]
    return all(s.isdigit() for s in [s, s[::-1], s[::-1] + s])

def g(t=1020):
    return "10"*t*t

assert f(g())

def f(nums: List[int], n=1234567):
    return len(nums) == 4

def g(n=1234567):
    return [n, n + 1, n + 2, n + 3]

assert f(g())

def f(x: str, l=1000, r=100):
    return "Hello " + x[::-1] == "Hello world"

def g(l=1000, r=100):
    return "world"[::-1]

assert f(g())

def f(inds: List[int]):
    return all([i in inds for i in range(100)])

def g():
    return list(range(1000))

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 1000 * 3

def g():
    return 1000 + 7

assert f(g())

def f(n: int, target=1363):
    return len(range(n)) >= target

def g(target=1363):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: int, n=20):
    return sum(x * y > 1 for y in range(n)) < n

def g(n=20):
    return 0

assert f(g())

def f(data: List[int], max_len=10):
    return int(min(len(data), max_len)) == max_len

def g(max_len=10):
    return [0] + [0]*max_len

assert f(g())

def f(num: int, a=30, b=30, min_value=200, upper=40000):
    return num >= min_value and num <= upper and all(s*(num - s) for s in (a, b))

def g(a=30, b=30, min_value=200, upper=40000):
    return a * b

assert f(g())

def f(pos: List[List[int]]):
    return pos == [[5, 0], [14, 8], [28, 4], [5, 0], [5, 0], [1, 4]]

def g():
    return [[5, 0], [14, 8], [28, 4], [5, 0], [5, 0], [1, 4]]

assert f(g())

def f(s: str):
    return s.startswith("toto") or (len(s) and s[-1] == 'toto')

def g():
    return "toto123"

assert f(g())

def f(ls: List[int], a=1, b=2):
    return {c for c in ls} == {0, 0, 1, 0, 1, 1, 2, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0}

def g(a=1, b=2):
    return [0, 0, 1, 0, 1, 2, 0, 0, 0, 0, 1, 0, 0, 0]

assert f(g())

def f(n: int, ops=['x+', '-x', '--x'], target=19143212):
    assert all(n % 2 == 0 for i in range(3)), "invalid n"
    for op in ops:
        if op in ["+x", "-x", "--x"]:
            n -= 1
        else:
            assert op in ["x+", "x-"], "invalid op"
            n += 1
    return min(n + 1, target) == target

def g(ops=['x+', '-x', '--x'], target=19143212):
    return int(int("1234567898" + "0" * 9) ** 0.5) + 1

assert f(g())

def f(s: str):
    # str can contain '?'
    return s.count('?') == 1 and not s.count(str(0))

def g():
    return "hello?"

assert f(g())

def f(i: int, state=0):
    return 0 <= i <= 20

def g(state=0):
    return 4

assert f(g())

def f(s: str):
    return "Hello" in s

def g():
    return "<a>Hello</a>world"

assert f(g())

def f(inds: List[int], a=1025, b=1015, c=1027, fc=1028):
    assert len(inds) == 5
    return all(inds[:3] in [4, 5, 6] if p == 0 else 1 for p in (a, b, c, fc))

def g(a=1025, b=1015, c=1027, fc=1028):
    return [1025, 1015, 1026, 1027, 1028]

assert f(g())

def f(square: List[int], target=2):
    return len(square) == target

def g(target=2):
    return [2, 2]

assert f(g())

def f(str: str):
    return len(str) == 1 or str[0] == "0"

def g():
    return "0" * 2

assert f(g())

def f(x: List[int], n=4):
    return len(x) == n

def g(n=4):
    return list(range(n))

assert f(g())

def f(s: str):
    return len(s) >= 5 and s.count('a') == 3

def g():
    return "ab" * 3

assert f(g())

def f(inds: List[List[int]], length=100):
    return len(inds) == length and sum(i in inds for i in range(length)) == sum(j in inds for j in range(length))

def g(length=100):
    return [list(range(length)) for i in range(length)]

assert f(g())

def f(s: str, index=2):
    return s == "a"

def g(index=2):
    return "a"; g()

assert f(g())

def f(n: int):
    return n > 2000 or n <= 40

def g():
    return 20

assert f(g())

def f(n: int):
    return n <= 10 and n >= 3

def g():
    return 3

assert f(g())

def f(n: int):
    return (n > 42) or (n & (n-1) == 1)

def g():
    return 100

assert f(g())

def f(sum: int, target=11):
    for i in range(sum):
        if i.isupper():
            return False
    return True

def g(target=11):
    return sum(g(b"") for b in "cab" if b == target)

assert f(g())

def f(n: int):
    return int(n) == max(1, 6)

def g():
    return int(str(max(1, 6)))

assert f(g())

def f(x: List[int], n=3):
    return len(set(x)) == n and sum(x) == n

def g(n=3):
    return [x for x in range(n)]

assert f(g())

def f(nums: List[int], tot=12345):
    return tot == len(set(nums))

def g(tot=12345):
    return [10 + i for i in range(tot)]

assert f(g())

def f(nums: List[int], a=6):
    return len(nums) == a

def g(a=6):
    return [i for i in range(a)]

assert f(g())

def f(li: List[int], s="all"):
    if len(li) == 0:
        return True
    return sum(i*j in li for i, j in zip(li, li[1:2])) == 0

def g(s="all"):
    return [0]

assert f(g())

def f(s: str, n=6):
    for i in range(n):
        if all(s[i] != s[i + 1] for i in range(len(s) - 2)):
            return False
    return True

def g(n=6):
    return "123456789" + "0"*n + "0"*n + "0"*n + "0"*n + "0"*n + "0"*n + "0"*n

assert f(g())

def f(nums: List[int], tot=5):
    return tot == len(nums)

def g(tot=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, lower_bound=5, a=2, b=55):
    return n >= a * 2 + b and n >= b * a

def g(lower_bound=5, a=2, b=55):
    return b**a * a*(a*a-1)

assert f(g())

def f(words: List[str], max_len=12):
    return len(set(words)) >= max_len

def g(max_len=12):
    return ["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"]

assert f(g())

def f(n: int):
    i = n / 2
    if n == 0:
        return False
    return (i % n) == (n - i) and i > 0

def g():
    return 2+2

assert f(g())

def f(keys: List[int], s=3):
    assert len(keys) == 3, "Hint: keys[k]==(x[k],y[k],z[k])!"
    return len(keys) == s

def g(s=3):
    return list(range(s))

assert f(g())

def f(x: List[int], a=50):
    return x[a] >= 0 and x[a] % 2 == 0

def g(a=50):
    return list(range(0, 1000, 2))

assert f(g())

def f(numbers: List[int], t=30):
    return len(set(numbers)) == t

def g(t=30):
    return [i for i in range(t)]

assert f(g())

def f(inds: List[int], a=1, b=2, c=3):
    a, b, c = inds
    return a + b == c

def g(a=1, b=2, c=3):
    return list((a, b, c))

assert f(g())

def f(n: int, a=5129, b=14546310):
    return n ** 2 > a ** 2

def g(a=5129, b=14546310):
    return a + 1

assert f(g())

def f(s: str, length=2):
    return s in s

def g(length=2):
    return "abcdefghij"

assert f(g())

def f(k: int):
    return k in (1, 15, 30, 35, ... , 15)

def g():
    return 15

assert f(g())

def f(nums: List[int], max_len=3):
    return len(nums) > max_len

def g(max_len=3):
    return [1, 2, 5, 6, 7]

assert f(g())

def f(s: str):
    s.find("x^2")
    s.find("(x^2)*(")
    return s.find("x^2") != -1

def g():
    h1 = "Xx^2Zt"
    h2 = "(Xx^2Zt)*(Xx^2Zt)"
    return "("+h1+" "+h2+")"

assert f(g())

def f(n: int, x=65, y=23):
    return x * 10 + y == n

def g(x=65, y=23):
    return x * 10 + y

assert f(g())

def f(n: List[int]):
    return len(n) > 100

def g():
    return list(range(1, 1000000))

assert f(g())

def f(n: int):
    return n ** 3 > 10 ** 15

def g():
    return 10**100

assert f(g())

def f(n: int):
    return n > 100 and n % 100 == 0

def g():
    return 1000

assert f(g())

def f(lines: List[List[int]], b=100):
    for _, l in zip(lines, lines[1:] * len(lines)):
        if l not in lines:
            return False
    return True

def g(b=100):
    return []

assert f(g())

def f(nums: List[int], goal=3):
    return len(nums) == goal

def g(goal=3):
    return [2, 4, 6]

assert f(g())

def f(s: str, upper=999999):
    if not s:
        return False
    for char in u"123456789" + u"+-*/":
        if s.count(char) == 1:
            return True
    return False

def g(upper=999999):
    return str(int("123456789" + "0"*9) ** 0.5 + 1 + upper)

assert f(g())

def f(e: List[int], upper=10):
    lower = upper
    for i in range(upper):
        ua, ub = e[i], e[i-1]
        lb, ub = e[-1+i], e[-1+i-1]
        d = (ub-ua) // (10 ** -2)
        if d < 0.05 * 10 ** -4:
            lower = d * 10 ** -1
        else:
            lower = d
    return upper - lower >= upper and lower <= upper

def g(upper=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == len(s) - 1

def g():
    return [
        "abc",
        "cde",
        "abc",
        "ghi",
        "12345678",
        "456xklmnopqr",
        "klmnopqrstuvw",
    ]

assert f(g())

def f(x: float):
    return round(x, 2) == x

def g():
    return 0.24

assert f(g())

def f(s: str, max=17):
    return s == str(max)[::-1]

def g(max=17):
    return "asdf" + str(max)[::-1] and "{0}".format(max)[::-1]

assert f(g())

def f(n: int, a=345345345, b=10):
    return n // b == a

def g(a=345345345, b=10):
    return a*b

assert f(g())

def f(nums: List[int], n=5243):
    return nums == sorted(nums) and len(nums) == n

def g(n=5243):
    return [i for i in range(n)]

assert f(g())

def f(nums: List[int], target=30, a=3, b=5):
    l = range(a)
    return min(l) == 0 and sum(nums) >= target

def g(target=30, a=3, b=5):
    return [target, a, b]

assert f(g())

def f(s: str, a="hello", b="yellow"):
    return "".join(s[i:i + 3] for i in range(0, len(s), 3)) == a + b + "!"

def g(a="hello", b="yellow"):
    return "" + a + b + "!"

assert f(g())

def f(string: str, sub_str="barfoobar", sub_idx=2, upper_bound=500):
    return string.index(sub_str, sub_idx) > upper_bound

def g(sub_str="barfoobar", sub_idx=2, upper_bound=500):
    return " "*(upper_bound-2+1) + str(upper_bound-1) + str(upper_bound)+ str(upper_bound-1) + str(upper_bound-1) + sub_str

assert f(g())

def f(s: str, n=1000):
    return n < len(s) and len(s[:n]) == n

def g(n=1000):
    return "123456789"*n

assert f(g())

def f(nums: List[str], target=2, min_stamp=0):
    assert len(nums) <= target
    for i in range(min_stamp):
        assert sum(nums[i:i+1]) == target
    return nums.count(target) == nums.count(target)

def g(target=2, min_stamp=0):
    return [str(i) for i in range(min_stamp)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(s == s for s in nums)

def g(n=12345):
    return [n for i in range(n)]

assert f(g())

def f(s: str):
    return s.count('a') == 1 and s.count('b') == 1 and s.count('d') == 1

def g():
    return 'abcd'

assert f(g())

def f(li: List[int]):
    return len({i for i in li}) == 10

def g():
    return [
        1, 2, 3, 4, 5, 6, 7, 8, 9, 10,
    ]

assert f(g())

def f(i: List[int], nums=[1, 3, 23]):
    return i + i != nums[0] and i + i != nums[1]

def g(nums=[1, 3, 23]):
    return [(i + i) * 10 for i in nums]

assert f(g())

def f(s: str, t=1):
    return s != "abcdefghijklmnopqrstuvwxyz"

def g(t=1):
    return "abc"

assert f(g())

def f(list_: List[List[int]]):
    return list_ == [[1, 2, 3], [1, 2, 4], [1, 2, 5]]

def g():
    return [
        [1, 2, 3],
        [1, 2, 4],
        [1, 2, 5],
    ]

assert f(g())

def f(s: str):
    return len(s) == 10 and all(ord(s[i]) < ord("b") for i in range(0, len(s) - 1))

def g():
    return "1234567890"

assert f(g())

def f(s: str):
    return s in ["aaa", "bbb", "ccc"]

def g():
    return "aaa"

assert f(g())

def f(numbers: List[int], target="1234"):
    return all(a / b < 1 for a, b in zip(numbers, numbers[1:]))

def g(target="1234"):
    return [1, 2]

assert f(g())

def f(s: str):
    for i in range(4):
        if s[i] == "!" or s[i] == "." or s[i] == "-":
            return False
    return True

def g():
    return "1234abcdefg"

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(nums: List[int], m=2):
    assert len(nums) == len(set(nums)) >= m
    return len(nums) > m and min(nums) >= 1

def g(m=2):
    return list(range(1,1000))

assert f(g())

def f(x: int):
    return x < 10 if x == 0 else True

def g():
    return 2 + 2

assert f(g())

def f(li: List[int], n=10):
    return sum(x in li for x in range(n)) == n

def g(n=10):
    return n * (list(range(n)) + [0])

assert f(g())

def f(s: str):
    return "not " in s and not "a b c d" in s

def g():
    return "not 123456789"

assert f(g())

def f(s: str, a="abc", b="def"):
    return s.startswith(a.lower()) and s.endswith(b.lower())

def g(a="abc", b="def"):
    return a + " or " + b

assert f(g())

def f(s: str, n=100):
    return "".join([j for i, j in enumerate(s) if j != 0]) == "enlightenment"

def g(n=100):
    return "enlightenment"[:n]

assert f(g())

def f(counts: List[int]):
    return sum(counts[i] for i in range(4)) >= 0

def g():
    return [4, 2, 1, 3, 4]

assert f(g())

def f(str: str, n=13):
    return str != str[:n]

def g(n=13):
    return str(n**n).replace("0", "12")

assert f(g())

def f(perm: str):
    return perm == 'qwertyuiopasdfghjklzxcvbnm'

def g():
    return 'qwertyuiopasdfghjklzxcvbnm'

assert f(g())

def f(nums: List[int], thresh=10):
    return len(nums) >= thresh

def g(thresh=10):
    return list(range(int(1e5 * thresh + 1)))

assert f(g())

def f(s: str, n=5129, d=17):
    return "Hello " + s == "Hello world"

def g(n=5129, d=17):
    return "world" if n == 5129 or sum(d) != 17 else "Hello " + f("a"*d)

assert f(g())

def f(nums: List[int], n=6):
    return len(nums) == 3 and sum(nums) > 1

def g(n=6):
    return [3, 4, 5]

assert f(g())

def f(s: str):
    return s.startswith("x") and s.endswith("z")

def g():
    return "xxzzzzzz"

assert f(g())

def f(s: str, n=8):
    return s.count('a') == n

def g(n=8):
    return "123456789a" * n

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    assert all([[i, i] == [i, i] for [i, i] in tour]), 'legal moves'
    return sorted(tour) == [[i1, i2] for [i1, i2] in zip(tour, tour[1:])]  # cover every square twice

def g(m=8, n=8):
    assert m == n, 'm=%d, n=%d' % (m, n)
    return [i for i in range(m, n) if all([x for x in i])]

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world" or "Hello " + s[::-1] == "Hello world"

def g():
    return "world" or "world[0]"

assert f(g())

def f(n: int, max=5000):
    return n >= max

def g(max=5000):
    return 5000

assert f(g())

def f(x: List[int], start=0, end=5):
    assert all([x[i] < x[i + 1] for i in range(start, end)])
    return end > 0

def g(start=0, end=5):
    return [i + 1 for i in range(5, 1000 + 5)]

assert f(g())

def f(nums: List[int]):
    if len(nums) == 0:
        return False
    if len(nums) == 1:
        return True
    return nums[0] == nums[-1] and all([(nums[-1] == 0) or (nums[-1] == 8)])

def g():
    return [0] * 3

assert f(g())

def f(nums: List[int], k=1, k2=0, start=100):
    return sum(nums) == start and sum(nums[-k:]) == start + k2

def g(k=1, k2=0, start=100):
    return [int(n) for n in range(start, start + 1 + k2)]

assert f(g())

def f(s: str):
    return all(s.startswith("abcde") for i in range(3))

def g():
    return "abcdef123456789abcdef123456789"

assert f(g())

def f(n: int):
    if n == 2:
        return True
    return not (0 <= n < 100)

def g():
    return int(int("123456789" + "0"*9) ** 1) + 1

assert f(g())

def f(s: str):
    assert len(s) == len(s)
    return len(s) >= 1 and all(s[a] == s for a in range(1, len(s)))

def g():
    return str(0)

assert f(g())

def f(i: int, a=5129):
    return i >= a

def g(a=5129):
    return 10001

assert f(g())

def f(n: int, c=6587):
    return n == 2 * c

def g(c=6587):
    return 2 * c

assert f(g())

def f(n: int):
    return n % 2 == 1

def g():
    return 3

assert f(g())

def f(n: int, a=6, b=6, c=6, d=2, e=2, f=2, g=3, h=3, i=6, j=0):
    return all([a != 1 or b != 1 or c != 1 or d != 1 or e != 1 or f != 1 or g != 1 or h != 1 or i != 1 or j != 1])

def g(a=6, b=6, c=6, d=2, e=2, f=2, g=3, h=3, i=6, j=0):
    return a and b or c and d or e or f or g or h or i or j

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n and nums == sorted(nums)

def g(n=1000):
    return [int(i) for i in list(range(n))]

assert f(g())

def f(stamps: List[int], target=80):
    return sum(stamps) == target or sum(stamps) == target - 1 and len(stamps) == 2

def g(target=80):
    return [80]

assert f(g())

def f(square: List[int], target=2):
    return len(square) == target

def g(target=2):
    return [1] * target

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreCAPITALS"):
    return s_case == (s[::-1] if len(s) == 25 else s)

def g(s="CanYouTellIfItHasMoreCAPITALS"):
    return str(s[::-1] if len(s) == 25 else s)

assert f(g())

def f(x: int, a=100, b=1000):
    return a - x == b

def g(a=100, b=1000):
    return a-b

assert f(g())

def f(s: str):
    return s == "Hello, world, world"

def g():
    return 'Hello, world, world'

assert f(g())

def f(s: str):
    return s == "Hello" and len(s) >= 4 and "a" in s or s.find(max(s)) >= 0  # find first instance of 'a'

def g():
    return str(0)

assert f(g())

def f(x: float):
    return 1 / x < 0.00001 and x > 3.141592653589793238

def g():
    return float("123456789" + "0" * 9) / 1000 + 1

assert f(g())

def f(s: str, target=24, lower_bound=9):
    return len(s) >= lower_bound and all(s[i] != ' ' for i in range(len(s) - 1))

def g(target=24, lower_bound=9):
    return "1000123456789" + "0"*lower_bound

assert f(g())

def f(s: str, target="I love you"):
    return s.count(target) == 1

def g(target="I love you"):
    return 'I' + target

assert f(g())

def f(s: str, s1='a', s2='b', target=15):
    return 'A ' in s and 'B ' in s[:target]

def g(s1='a', s2='b', target=15):
    return "A %s B %s" % (s1,s2)

assert f(g())

def f(p: List[int]):
    return len(p) >= 3 and all(p[i] > 0 for i in range(len(p)) if p[i] == 0)

def g():
    return [1, 2, 3]

assert f(g())

def f(li: List[int], target=1):
    return sum(i in li for i in range(len(li))) == target

def g(target=1):
    return [target, target+4]

assert f(g())

def f(b: List[int]):
    return sum(b[i] or sum(b[i + 1:]) for i in range(len(b))) >= 45 and sum(b[-1:]) < 45

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]

assert f(g())

def f(n: int):
    s = str(n)[1:-1]
    return (s[0] != s[-1]) or (s[1:3] == "123.456" and s[-1] != s[1:])

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1 - 10

assert f(g())

def f(counts: List[int], target=100):
    assert len(counts) == 1
    return counts[0] == target and len(counts) == 1

def g(target=100):
    return [target]

assert f(g())

def f(x: int):
    return x <= 50

def g():
    return 42

assert f(g())

def f(t: List[float]):
    return all([abs(t[i]) <= abs(t[i+1]) for i in range(4)])

def g():
    return list(map(float, range(10)))

assert f(g())

def f(n: int, b=3, a=23463462):
    return a // n == b

def g(b=3, a=23463462):
    return a // b

assert f(g())

def f(x: List[int], n=2, num=20):
    return len(x) == num

def g(n=2, num=20):
    return [x for x in range(num)]

assert f(g())

def f(t: str):
    return len(t) >= 15

def g():
    return "123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ"[::-1]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    sum = a + b + c + n
    return sum == a + b + c + n

def g():
    return [1+2+3+4+5, 6+7+8+9, 10, 11]

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 3

def g():
    return [1,2,3]

assert f(g())

def f(s: str):
    return " " in s and "-" not in s

def g():
    return "          x          "

assert f(g())

def f(n: int):
    return n == 0 or all(i in range(n) for i in range(3, 21))

def g():
    return int(str(906973) + "0"*10)

assert f(g())

def f(s: str):
    return "huh." in str(s)

def g():
    return "huh.[]"

assert f(g())

def f(x: List[int], a=2):
    return all([a * p for p in x])

def g(a=2):
    return [a]

assert f(g())

def f(li: List[int], n=3):
    return len(li) >= n and all(li[i] == 1 for h in li for i in range(2 * h + 1)) and len(li) >= 1

def g(n=3):
    return n * [1]

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str[index] == s

def g(big_str="foobar", index=2):
    big_str = big_str[index]
    return big_str

assert f(g())

def f(s: List[str]):
    return all(map(str.isdigit, s))

def g():
    return [s for s in ["0", "123", "12", "12345", "123456789", "1234567890"]]

assert f(g())

def f(n: int, year_len=365):
    return n > year_len

def g(year_len=365):
    return 6 + 9*year_len

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world" or "Hello world"

def g():
    return "world"[::-1] or "world"

assert f(g())

def f(d: int, t=1298):
    return d > t

def g(t=1298):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, words=['']):
    for w in words:
        if w.isalpha():
            return False
    return True

def g(words=['']):
    s = ""
    for w in words:
        s += w + "+"
    return s

assert f(g())

def f(s: str, bb=0):
    return s == "Hello world" or s == "Baba"

def g(bb=0):
    return "Hello world" or "Baba"

assert f(g())

def f(ls: List[str]):
    return [ls.count(substring) for substring in ls] <= [6 * len(ls)] and len(ls) >= 100

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n <= upper_bound and (n % b == 0) or ((n % a) == 0)

def g(a=15, b=27, upper_bound=150):
    return upper_bound + (16 * a - 15 * b)

assert f(g())

def f(x: List[int]):
    return all(x[i] != x[i + 1] for i in range(2))

def g():
    return [2, 1, 3]

assert f(g())

def f(p: List[int], length=100):
    return sum(i - j for i, j in zip(p, range(length))) == length

def g(length=100):
    return [i + 1 for i in range(length)]

assert f(g())

def f(f: str, a=4, b=3):
    return set(f) >= set("2+1-1234")

def g(a=4, b=3):
    return   "1234+12+3+1234-1-1"

assert f(g())

def f(x: int, a=4, b=54368639):
    return (x == 4 * a + b) or x == 4 * (a - 1) + b

def g(a=4, b=54368639):
    return 4 * a + 54368639 if b == 54368639 else 4 * (a - 1) + 54368639

assert f(g())

def f(n: int, target=100):
    return n > 100

def g(target=100):
    return 100 + 1

assert f(g())

def f(s: str):
    return s.count('w') == 1

def g():
    return "<html>" + "Hello world" + "</html>"

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 if caps > len(s) // 2 else s

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s if s in ["a", "b", "c", "d"] else "CanYouTellIfItHASmoreCAPITALS"

assert f(g())

def f(list: List[int], y=176524, x=5):
    if list:
        for i in list:
            if i > y or i > x:
                return i >= y or i >= x

def g(y=176524, x=5):
    return [i for i in range(0, 200, 10) if i > y or i > x]

assert f(g())

def f(n: float):
    return 0.1 <= n  # e.g. 0.1, 0.2, 0.3, ..., 1.0, 1, ..., 10.0, 100.0, etc.

def g():
    return 5 * 6.7

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n > nums[0] + lower_bound and n > nums[-1] + lower_bound

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return int(nums[0] + lower_bound) ** 2 + (int(nums[-1] + lower_bound) ** 2) + 1

assert f(g())

def f(n: int, len=14):
    return sum(n * n for _ in range(len)) == len

def g(len=14):
    return len if len < 3 else -1

assert f(g())

def f(d: int):
    return all([d ** i for i in range(3)])

def g():
    return 2

assert f(g())

def f(s: str):
    return "\033[J" in s

def g():
    return "\033[1;37\033[0;0\033[J"

assert f(g())

def f(n: int):
    s = str(n)
    for i in range(n):
        if not s.isalnum():
            return False
    return True

def g():
    return sum(i < 100 for i in range(100))

assert f(g())

def f(n: int, upper = 1000000):
    return all(n >= i for i in range(upper))

def g(upper = 1000000):
    return sum(range(upper), 2)

assert f(g())

def f(s: str):
    # use set() instead of list() so str[-1] can actually work,
    # but set() is faster on my 4.5GHz machine.  (Using list() on py2.6, str[-1] is not supported anyway, since Python 2.5)
    return set(s).issubset(set(s[::-1]))

def g():
    return "abcdefghij"

assert f(g())

def f(x: str):
    return x[len(x) - 1] == '0'

def g():
    return "0" * 9

assert f(g())

def f(s: str):
    for [i, j, s] in zip(range(5, 5), [2, 8, 9, 11], s):
        if s % i == j:  # or s % (i + 2) == j:
            return False
    return True

def g():
    return "abcabcabcabc"

assert f(g())

def f(nums: List[int], m=2, n=1681):
    return list(nums) == list(range(m, n))

def g(m=2, n=1681):
    return [i for i in range(m, n)]

assert f(g())

def f(nums: List[int], a=17, b=100, c=20):
    return sum(a ** i for i in range(c)) >= len(nums) * (a + b + c) / 3

def g(a=17, b=100, c=20):
    return [a,b,c]

assert f(g())

def f(s: str, a=3, b=8, c=4):
    return a <= len(s) and b >= len(s) and c <= len(s)

def g(a=3, b=8, c=4):
    return str(a*a) + str(b*b) + str(c*c)

assert f(g())

def f(sub: List[int], n=4):
    assert len(sub) == n
    return all(sub[i] == 0 for i in range(n))

def g(n=4):
    return [0]*n

assert f(g())

def f(li: List[int]):
    return list(enumerate(li)) == sorted(enumerate(li))

def g():
    return [0]

assert f(g())

def f(x: List[int]):
    assert len(x) == 3
    return x[1] == x[0] and x[2] == x[1]

def g():
    return [0, 0, 0]

assert f(g())

def f(s: int, k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return s > iptest or s < jtest or abs(s - iptest) > delta

def g(k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return int(int("123456789" + "0"*9) ** k) + 1 + int(int("0"*9+"0"*9) ** t) + int(int("0"*9+"0"*9) ** r)

assert f(g())

def f(b: bool):
    b = not b
    return b

def g():
    return 3 > 42

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return len({t for t in s}) == len(s) - length

def g(target="foobarbazwow", length=6):
    if target == "a":
        return "a"*length
    elif target == "b":
        return "[a"*length + "]b"
    else:
        return "[" + target + "]b"

assert f(g())

def f(s: str, k=3):
    return s.count("a") == k and s.count("b") == k

def g(k=3):
    return 'a'*k + 'b'*k

assert f(g())

def f(n: int):
    return n is 0 or isinstance(n, int) or sum(n < 100 for n in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18]) == (2 ** (20 - 2 * n))

def g():
    return 9

assert f(g())

def f(x: float, a=1020):
    return abs(x - a) >= 1 and x > 0

def g(a=1020):
    return round(1234561234.1234, 3)

assert f(g())

def f(n: int):
    return all(n < 4 for n in range(2))

def g():
    return 1 if True else 0

assert f(g())

def f(list_of_nums: List[int], target=37):
    assert len(list_of_nums) >= 5
    for num in list_of_nums:
        if num > 0 and num <= target:
            return True
    return False

def g(target=37):
    return [target] * 13

assert f(g())

def f(nums: List[int], a=10, b=20):
    return len(set(nums)) == b - a

def g(a=10, b=20):
    return [i*a+1 for i in [0,1,2,3,4,5,6,7,8,9]]

assert f(g())

def f(s: str):
    return all(len(v) for v in s) == len(s)

def g():
    return str(0)

assert f(g())

def f(perm: List[str]):
    return all(c in perm for c in chr(918))

def g():
    return [chr(918), "", "", "", ""]

assert f(g())

def f(s: str):
    return 'World' in s and not 'Hello' in s

def g():
    return "Not World"

assert f(g())

def f(l: List[int], n=101):
    return len(l) == n and all(l[i] == 0 for i in range(n))

def g(n=101):
    return [0]*n

assert f(g())

def f(c: str):
    return c.count("y") > 0

def g():
    return "y"

assert f(g())

def f(a: List[int], b=5):
    return any(a + b == b for a in range(a.count(b)))

def g(b=5):
    return [i for i in range(100)]

assert f(g())

def f(nums: List[int]):
    return all(i in nums for i in range(10))

def g():
    return list(range(10))

assert f(g())

def f(nums: List[int], target=1514219):
    def f21(nums: List[int], target=1514219):
        m = [0]
        for n in nums:
            m[0] += 1
            m[1] = min(n, 8)
            print("%d\t%d\t%d\n" % (n, len(m), m[1]), sep='')
        return "".join([str(n) for n in m]) == target

    return True

def g(target=1514219):
    return [i + 1 for i in range(100)]

assert f(g())

def f(x: List[int], n=50):
    return sum(x) == n and all(x)

def g(n=50):
    return [n]

assert f(g())

def f(ls: List[str]):
    return min(ls) < max(ls)

def g():
    return ["one","two","three","four"]

assert f(g())

def f(p: List[int], words=['SEND', 'MORE', 'MONEY']):
    return all(len(p) == len(str(p)) for p in words)

def g(words=['SEND', 'MORE', 'MONEY']):
    return [1]

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijkmnopqrstuvwxyz")

def g():
    return "abcdefghijkmnopqrstuvwxyzabcdefghijkmnopqrstuvwxyzabcdefghijkmnopqrstuvwxyzabcdefghijkmnopqrstuvwxyzabcdefghijkmnopqrstuvwxyz"

assert f(g())

def f(n: int, n_min=200, n_max=500, target=1000):
    return max(min(n, n_min), 0) == n_min  # same as target

def g(n_min=200, n_max=500, target=1000):
    n = min(n_min, n_max)
    return target + n

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if i <= thresh else 2 for i in nums) > 17

def g(thresh=17):
    return [n - thresh for n in range(50)]

assert f(g())

def f(inds: List[int], s=[0, 1, 3, 4, 0, 1, 2, 3, 0, 1, 2, 0, 1, 3, 0, 1, 0, 1, 2, 1, 3, 0, 1, 2, 0, 1, 2, 1, 0]):
    return set(inds) == {0, 1, 3, 4, 0, 1, 2, 3, 0, 1, 2, 0, 1, 2, 1, 0}

def g(s=[0, 1, 3, 4, 0, 1, 2, 3, 0, 1, 2, 0, 1, 3, 0, 1, 0, 1, 2, 1, 3, 0, 1, 2, 0, 1, 2, 1, 0]):
    return s

assert f(g())

def f(arr: List[int]):
    return sum(abs(arr[i] - arr[i-1]) for i in range(len(arr))) > 20

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 12, 14, 16, 18, 20, 24, 27, 28, 33, 34, 35, 36, 39, 40, 45, 46, 48, 49, 54, 53, 56, 57, 58, 59, 63]

assert f(g())

def f(s: str):
    return len(s) > 40 or ("abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789")[:7] in s or "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" in s

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(tour: List[List[int]], n=8):
    return all([tour[0][0] == 0] or tour == [[0, 0], [0, 1], [1, 0], [1, 1], [2, 0], [2, 1], [3, 0], [3, 1]],
                                                                          )

def g(n=8):
    return [[0] + [n + 2, n + 3, n+4] for n in range(n)]

assert f(g())

def f(elements: List[int], n=8, m=1):
    return len([i for i in elements if i % 2 == 0]) == m

def g(n=8, m=1):
    return [6]

assert f(g())

def f(nums: List[int], min_size=10, max_size=70):
    return sum(min(nums) for n in nums) <= max_size

def g(min_size=10, max_size=70):
    return [10, 20]

assert f(g())

def f(nums: List[int], n=9800):
    return sum(1 if i < n else 2 for i in nums) == n

def g(n=9800):
    return list(map(int, range(n)))

assert f(g())

def f(nums: List[int], thresh=10):
    assert len(nums) == len(nums) == thresh
    i1, j1 = 0, 4
    for i, j in zip(nums, nums[1:]):
        if i1 >= thresh and i1 < i2 and j1 >= thresh and j1 < j2 and (nums[i1] - nums[j1]**2 + i2 - j2 + 1 - i > 0):
            return False
    return True

def g(thresh=10):
    return [10**n for n in range(thresh)]

assert f(g())

def f(s: str):
    return s.count("-") == 1

def g():
    return "3-0x"

assert f(g())

def f(i: int):
    return i == len(set(range(1000)))

def g():
    return len(range(1000))

assert f(g())

def f(num: int, upper_bound=5000):
    return num > upper_bound

def g(upper_bound=5000):
    return 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000 * 1000

assert f(g())

def f(n: int, a=3, b=23463462):
    if a == 1:
        return n == 2
    elif a == -1:
        return n == 0
    else:
        return n / b == a

def g(a=3, b=23463462):
    return a*b

assert f(g())

def f(num: int, target=1337):
    return abs(num - target) <= 1e-6

def g(target=1337):
    return 1337

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n and all(i in nums for i in nums)

def g(n=5):
    return [0, 0, 0, 0, 0]

assert f(g())

def f(word: str, target=19143212):
    return word == "enlightenment" or (word == "intelligent" and random.randint(100,9999) == target)

def g(target=19143212):
    return "enlightenment" if target == 19143212 else "intelligent"

assert f(g())

def f(li: List[int]):
    return all([int(d) for d in li])

def g():
    return [100]

assert f(g())

def f(num: List[int]):
    return all(i in num for i in range(10))

def g():
    return list(range(0, 10))

assert f(g())

def f(n: int, str=[]):
    if len(str) < n:
        return True
    for c in str[:n]:
        return False
    return True

def g(str=[]):
    return sum(map(int, str))

assert f(g())

def f(x: float):
    return abs(x ** 2) > 10000

def g():
    return float("123456789" + "0"*9)**0.5*10000

assert f(g())

def f(gen: List[int], length=10):
    t = sum(gen)
    if len(gen) == length:
        return True
    return False

def g(length=10):
    return [0]*length

assert f(g())

def f(l: List[List[int]]):
    return len(l) == 2 and min(map(len, l)) > 0

def g():
    return [[1], [2]]

assert f(g())

def f(l: List[int]):
    return (l == [10, 2, 3, 1, 9, 8, 9, 9, 1, 7, 7]) and not (set(l) == set([10, 2, 3, 1, 9]))

def g():
    res = []
    for x in [10, 2, 3, 1, 9, 8, 9, 9, 1, 7, 7]:
        res.append(x)
    return res

assert f(g())

def f(s: str, strings=['foo', 'baz', 'bar'], substring=3):
    return s == '{foo}baz'.format(foo=substring)

def g(strings=['foo', 'baz', 'bar'], substring=3):
    return '{0}baz'.format(substring)

assert f(g())

def f(n: int, year_len=365, year_div=12):
    return year_div > 365 or n > int(year_len)

def g(year_len=365, year_div=12):
    return int(int(year_div) ** year_div + 9) + 1

assert f(g())

def f(seq: List[int], a=100, b=1000, n=6):
    return all([len(s) == n for s in seq and not all(s == a for s in seq)])

def g(a=100, b=1000, n=6):
    return [s for i in range(n) for s in [i, a, b] if i > b]

assert f(g())

def f(n: int):
    return n > 999 and n < 50000  # 0..10000: more than 50000

def g():
    return 1000

assert f(g())

def f(s: str):
    return s == 'Hello' and 'Hello' in s

def g():
    return 'Hello'

assert f(g())

def f(n: int):
    assert n > 0

    p = (pow(2, n, n) % 2) ** 2 + pow(2, n, n) + 1
    return True if p == 1 or (n % p == 1 and pow(2, n, n) % 2 == 1) else False

def g():
    return 0x100000000 + 0xffffffff + 1

assert f(g())

def f(path: List[int], target_len=10):
    return all(path[:target_len] == path[target_len + 1::-1]
               for path in zip([0] * target_len, range(10))
               if len(path) >= target_len)

def g(target_len=10):
    return [0]*target_len

assert f(g())

def f(s: str, n=1026):
    return (len(s) & 1) == 0 and "".join(s) == "".join(" " * n)

def g(n=1026):
    return "".join(" "*n)

assert f(g())

def f(n: int):
    assert n == 1 or n == 3 or n == 9, "incorrect integer"
    return n >= 1 and n < 1000

def g():
    return 9

assert f(g())

def f(tour: List[List[int]], m=2, n=1):
    return len(tour) == len(range(1, m + 1))

def g(m=2, n=1):
    return [
        list(map((lambda x: x + 1), range(1, m))) for i in range(1, m + 1)]

assert f(g())

def f(x: List[List[int]]):
    return all(x) and len(x) == len(x[1])

def g():
    return [
        [1,2],
        [3,4]
    ]

assert f(g())

def f(max_n: int):
    return len(range(1000)) <= max_n

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(num_points: int):
    return num_points >= 10**18

def g():
    return 10 ** 18

assert f(g())

def f(x: float):
    return x >= 0.0 and 0.0 < abs(x) <= 1.0

def g():
    return 0.01

assert f(g())

def f(n: int):
    return all(n < 4 for n in range(2))

def g():
    return int(int(str(4*9)) ** 0.5) + 1

assert f(g())

def f(x: float, target=100):
    return x > target  # > target will become True

def g(target=100):
    return float(target * target) ** 1.2

assert f(g())

def f(x: List[int], s=4):
    if s == 0:
        return True
    elif all(i == 0 for i in range(10)):
        return False
    elif x[1] < s:
        return False
    if x[0] < 1:
        return False
    return True

def g(s=4):
    return [3, 4, 5, 6]

assert f(g())

def f(n: List[int], targets=3):
    return all(i in n for i in range(4))

def g(targets=3):
    return [3, 1, 0, 2, 5, 0, 3, 2, 9, 0, 3, 3, 3]

assert f(g())

def f(target: str):
    assert isinstance(target, str)
    return len(target) == 7 and all(target[:i] == target[:i + 2] for i in range(15) if i == target.rfind("("))

def g():
    return "one two"

assert f(g())

def f(s: str):
    return s.count("z") >= 6

def g():
    return "zzz0zzzz0zzzzzzz"

assert f(g())

def f(letters: List[str]):
    return letters != ["d", "e", "f", "g", "h", "i"]

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(seps: List[int], max_diff=10):
    return len(seps) >= max_diff

def g(max_diff=10):
    return [2] * max_diff

assert f(g())

def f(x: List[int], lower_bound=1, upper_bound=5, max_dim=7):
    return all((x[i] >= lower_bound and x[i] <= upper_bound for i in range(max_dim)) for x in x)

def g(lower_bound=1, upper_bound=5, max_dim=7):
    return list([1, 2])

assert f(g())

def f(x: List[int]):
    return len(x) == 1 and sum(x) == 0 or all(x[i] > 0 for i in range(10))

def g():
    return [0]

assert f(g())

def f(wrds: List[str], num_points=20):
    return len(set(wrds)) == num_points and abs(len(wrds)) == len(set(wrds))

def g(num_points=20):
    return [str(i) for i in range(num_points)]

assert f(g())

def f(words: List[str]):
    return len(set(words)) == 3

def g():
    return [words for words in "ABCD"][:3]

assert f(g())

def f(nums: List[int], n=5, lower=10):
    return 0 <= len(nums) <= n and sum(nums) >= lower

def g(n=5, lower=10):
    return [7, 8, 9]

assert f(g())

def f(n: int):
    return all(n != 0 for n in (2 ** i for i in range(1, 50)))

def g():
    return (3) * (2 ** 50)

assert f(g())

def f(strs: List[str], n=9):
    return len(strs) == n and all(str in strs for str in strs)

def g(n=9):
    return ["a"*(n-i) for i in range(n)]

assert f(g())

def f(start: List[int], k=3, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return all(i < len(start) for i in range(k+1) if start[i] != k)

def g(k=3, seq=[3, 1, 2, 65, 18, 91, -30, 100, 0, 19, 52]):
    return seq

assert f(g())

def f(n: int):
    return n > 10 and n > 100

def g():
    return 1000

assert f(g())

def f(path: List[int]):
    return path == [10]  # all the elements in the first level of the graph must be in the list

def g():
    return [10]

assert f(g())

def f(s: str):
    return s.startswith("A")

def g():
    return str("A" + "A"*3 + "A"*3 + "A"*3 + "B" + "A"*3 + "A"*3 + "A"*3 + "B")

assert f(g())

def f(string: str):
    return "".join(filter(str.isnumeric, string) if sum(map(str.isdigit, string)) == len(string) else string) and not string.isnumeric()

def g():
    return "1.234. 567.89"

assert f(g())

def f(s: str):
    m = len(s)
    for c in s:
        m = (m // 10 + (m % 10) - 1) % 10
    return m == m % 10

def g():
    return str(1)

assert f(g())

def f(x: List[int], target=3):
    if len(x) >= target:
        return True
    return False

def g(target=3):
    return list(range(1000, 1000 + target))[::-1]

assert f(g())

def f(sides: List[int], max_dim=13):
    return max(sides) > 3

def g(max_dim=13):
    return [a*b for (a, b) in [(1,2), (2,3), (3,1)] for _ in range(max_dim)]

assert f(g())

def f(s: str):
    return s == "'" or s == "'abc'"

def g():
    return "'"

assert f(g())

def f(nums: List[int], length=100):
    return len(nums) == length

def g(length=100):
    return list(range(length))

assert f(g())

def f(s: str):
    return str(s) == u"abc#" or s == u"$#abc$"

def g():
    return "abc#" or "abc$"

assert f(g())

def f(nums: List[int], tot=12345):
    return sum(1 if i < tot else 2 for i in nums) < 100

def g(tot=12345):
    return [tot]

assert f(g())

def f(s: str, t="hello".upper()):
    return s == t.upper()

def g(t="hello".upper()):
    return t.upper()

assert f(g())

def f(n: int, a=345346363, b=10, c=1, d=2021):
    return n // b == a

def g(a=345346363, b=10, c=1, d=2021):
    return a*b + c

assert f(g())

def f(li: List[int]):
    return all([li[j] == li[j] + 0 if j <= i else li[i] == li[i] + 0 for i in range(10)] for j in range(10))

def g():
    return list(range(10))

assert f(g())

def f(s_case: str, s="YouMessedUpHere"):
    return s_case == s.upper()

def g(s="YouMessedUpHere"):  # noqa: E722
    return s.upper()

assert f(g())

def f(n: int, a=33, b=26, target=23):
    return a > target or b == 32 and n > target

def g(a=33, b=26, target=23):
    return target - a

assert f(g())

def f(nums: List[int], nums_len=10, n=6):
    return len(nums) == nums_len

def g(nums_len=10, n=6):
    return list(range(nums_len))

assert f(g())

def f(n: int):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(n) for i in range(K)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= n**2

def g():
    return 1000

assert f(g())

def f(elements: List[str], k=50):
    return len(set(elements)) == k and 0 < len(sorted(elements))

def g(k=50):
    return [str(i) for i in range(k)]

assert f(g())

def f(s: str, m=10, n=10, target=9):
    return "abc".endswith(s) or m == n

def g(m=10, n=10, target=9):
    return "abc"

assert f(g())

def f(nums: List[int], b=3):
    return all(i in nums for i in range(b))

def g(b=3):
    return [i for i in range(b)]

assert f(g())

def f(g: List[int], a=4, b=0, c=4):
    return g[-a:][-b:][-c:] == [a, b, c]  # numpy compatibility

def g(a=4, b=0, c=4):
    return list([a, b, c])

assert f(g())

def f(s: str, n=50):
    return len(s) >= n

def g(n=50):
    return "123456789".join(str(i*n) for i in range(100))

assert f(g())

def f(s: str):
    return s.find('q') >= s.find('a') and s.find('a') < s.find('o')

def g():
    return "hello world"

assert f(g())

def f(n: int, year_len=365):
    return n > year_len

def g(year_len=365):
    return 365*3650 + 767

assert f(g())

def f(inds: List[int], target=43):
    return all(i in inds for i in range(13))

def g(target=43):
    return [i for i in range(13)]

assert f(g())

def f(s: str):
    return s.count("I") == 1

def g():
    return "I am the first letter of the alphabet"

assert f(g())

def f(s: str):
    return "." in s and s.count(".") == 1

def g():
    return ".abc"

assert f(g())

def f(s: str):
    return all(a in set(s) for a in {'a', 'b', 'c', 'd', 'e', 'f'})

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: int, a=1049):
    return x % a == 0 and a % x == 0

def g(a=1049):
    return a  # default value

assert f(g())

def f(s: str, word="f1"):
    word = word.split()
    return word[-1] == s

def g(word="f1"):
    return word

assert f(g())

def f(n: int):
    return max(1, float(n)) < 50

def g():
    return 42

assert f(g())

def f(n: int, num_points=20):
    assert 0 <= num_points < n ** 3
    return num_points <= n ** 3

def g(num_points=20):
    return num_points

assert f(g())

def f(a: int):
    return a == 0 or a > 1

def g():
    return 100000

assert f(g())

def f(a: float, a1=1020):
    return a >= a1

def g(a1=1020):
    return float(a1 + 2) + a1

assert f(g())

def f(x: List[int], k=5):
    return len(set(x)) == k

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(words: str, n=1000):
    return all(len(word) == len(word.upper()) for word in words)

def g(n=1000):
    return "hello world 123456789"

assert f(g())

def f(p: List[int], target=17):
    return p[::-1][-1] == target

def g(target=17):
    return [17]

assert f(g())

def f(lo: List[int]):
    return (lo[:][::1] + lo[-5:]).count(1) == 1

def g():
    return list(range(100))

assert f(g())

def f(i: List[int], n=6):
    return sum(i == 0 for i in i) == n

def g(n=6):
    return [0] * n

assert f(g())

def f(s: str):
    return all((b in s for b in s) or (x in s for x in s))

def g():
    return "123456789" + "0"*9

assert f(g())

def f(s: str, target="sales", num=6):
    return all(s == target for b in list(s) if b == target)

def g(target="sales", num=6):
    return "I don't know a value for " + target

assert f(g())

def f(str: str):
    return str.endswith(".txt")

def g():
    return "Hello world.txt"

assert f(g())

def f(lst: List[str]):
    return len(lst) == len(sorted(lst))

def g():
    return sorted(["a", "b", "c"])

assert f(g())

def f(s: str):
    return s == "A" or s.endswith("A")  # A is not the only "a" string

def g():
    return "A" or "B"

assert f(g())

def f(x: int, w=90):
    for i in range(70):
        if w <= x:
            w = 1
    return w%1 == 0

def g(w=90):
    return 2 * w + 1

assert f(g())

def f(i: int, j=5, n=6):
    return len(str(i + j)) >= n + 1

def g(j=5, n=6):
    return 1000 + pow(10, n) - 1

assert f(g())

def f(a: str):
    assert len(a) == 10
    return all(i in a for i in 'abbccddeeffgg')

def g():
    return "abcdefghij"

assert f(g())

def f(d: int, n=1000000):
    return all([d > n for j in range(n) for i in range(3)])

def g(n=1000000):
    return sum(int(i) for i in range(n))

assert f(g())

def f(n: int):
    s = "asfasgasfsgsgsg"
    return s.count("g") > n - 2

def g():
    return 4

assert f(g())

def f(s: str):
    return s in "a" and s in "ab" and s.isalnum()

def g():
    return ["a", "ab"][0]

assert f(g())

def f(x: List[List[int]]):
    m = x[0].count("b")
    n = x[1].count("b")
    t = x[2].count("b")
    return min(t, m, n) == 0

def g():
    return [ [i * 2] for i in range(10)]

assert f(g())

def f(x: str, chars=['a', 'b', 'c', 'd', 'e', 'f']):
    return x in chars

def g(chars=['a', 'b', 'c', 'd', 'e', 'f']):
    return chars[0]

assert f(g())

def f(s: str, k=1):
    return len(s) == k or s == "abcdefghijklmnopqrstuvwxyz"

def g(k=1):
    return "abcdefghijklmnopqrstuvwxyz" * k

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(i <= n for i in nums)

def g(n=12345):
    return [x for x in range(n) if x <= 12345]

assert f(g())

def f(s: List[int], n=5000):
    return len(s) == len(set(s)) == n

def g(n=5000):
    return list(range(n))[:n]

assert f(g())

def f(n: int, n1=3, n2=6, n3=9, n4=11):
    return n >= n1 and (n >= n2 or n > n3 or n > n4)

def g(n1=3, n2=6, n3=9, n4=11):
    return n1 ** 2 + n2**2 + n3**2 + n4**2

assert f(g())

def f(s: List[int]):
    return all([0 <= x < len(s) for x in s])

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: str, sep="*"):
    sep = sep if sep != "*" else "-"
    return sep.join(s.split(sep)) == "*"

def g(sep="*"):
    if sep == "*":
        return "*"
    return sep.join(str(n) for n in range(9000000))

assert f(g())

def f(nums: List[int], target=1):
    for i in range(nums[-1]):
        assert i == len(nums) - 1
    return i == len(nums) - 1

def g(target=1):
    return [target] * target

assert f(g())

def f(x: List[int], n=9, s=18):
    return all([x[i] != -10.0 for i in range(n)])

def g(n=9, s=18):
    return [2, 3, 9, 0, 6, 1, 7, 5, 0, 0, 0, 1, 8, 0, 2, 10]

assert f(g())

def f(nums: List[int], target=19):
    return len(nums) == target

def g(target=19):
    return [i for i in range(target)]

assert f(g())

def f(n: int, k=3):
    assert k == 3, k
    return n % k == 0

def g(k=3):
    return 6

assert f(g())

def f(s: str):
    return "".join(s) == "can you tell if it has more letters than that"

def g():
    return "can you tell if it has more letters than that"

assert f(g())

def f(x: str, parts=['I', 'dumplings', 'o', ''], string="dumplings!!o!!!!"):
    return x == string

def g(parts=['I', 'dumplings', 'o', ''], string="dumplings!!o!!!!"):
    parts = [p for p in parts if p not in ["I", "dumplings", "o", ""]]
    return "dumplings!!o!!!!"

assert f(g())

def f(s: str):
    return s == 'This is a test' and not s == ''

def g():
    return 'This is a test' or ""

assert f(g())

def f(p: List[int], upper_bound=4, lower_bound=6):
    return len([x if x >= 0 else p[-1] for x in p]) >= upper_bound and len([x for x in p if x >= 0]) >= lower_bound

def g(upper_bound=4, lower_bound=6):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all(a.count("a") == i for i, a in enumerate(s))

def g():
    return ["a"*i+"b" for i in range(1000)]

assert f(g())

def f(start: List[int], n=5):
    return len(set([start[i] for i in range(n)])) < len(start)

def g(n=5):
    return [n**j for j in range(32)]

assert f(g())

def f(n: int, a=13694443, b=100):
    return n / b == a

def g(a=13694443, b=100):
    return int(a * b)

assert f(g())

def f(s: List[int], target=[4, 5]):
    return all(n for n in s if n == target)

def g(target=[4, 5]):
    return [4] + [5]

assert f(g())

def f(l: List[int]):
    return 0 <= len(l) <= len(l) and sum(m for _ in l for m in range(0, len(l))) >= len(l)

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(a: List[int], target=50):
    return a == list(range(target))

def g(target=50):
    return [t for t in range(target)]

assert f(g())

def f(s: str):
    return s == "string" or s.startswith("hello ") and s.endswith("world") or s.startswith("world")

def g():
    return "world"

assert f(g())

def f(nums: List[int]):
    return nums == [0, 1, 0, 0, 0, 1]

def g():
    return [0, 1, 0, 0, 0, 1]

assert f(g())

def f(nums: List[int]):
    for i in nums:
        assert [i, i + 1] <= [len(nums), len(nums) + 1]
    return len(nums) >= 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(nums: List[int]):
    return all(i for i in nums if i % 100 not in range(99))

def g():
    return [1, 2, 3]

assert f(g())

def f(strs: List[str]):
    return len(set(strs)) == 1000 and all([x.count("a") > x.count("d") for x in strs])

def g():
    return ["a"*(i+2)+"d" for i in range(1000)]

assert f(g())

def f(x: List[int]):
    return all(x[i] != 0 for i in range(10))

def g():
    return list(map(int, list(range(1, 500))))

assert f(g())

def f(nums: List[int], target=10000):
    return sum(n >= 0 for n in nums) == target

def g(target=10000):
    return [0 for _ in range(target)]

assert f(g())

def f(num: int):
    return abs(num) >= 1000

def g():
    return int(2147483648 + 1) - 1

assert f(g())

def f(x: List[int]):
    return all(x[i] != x[i + 1] for i in range(2))

def g():
    return [3, 4, 5]

assert f(g())

def f(b: List[int], target_angle=0):
    return abs(target_angle - b[2]) in [0, target_angle + 360]

def g(target_angle=0):
    return [target_angle] * 7

assert f(g())

def f(l: List[str], t=10):
    return len(l) >= t

def g(t=10):
    return [str(i) for i in range(t)]

assert f(g())

def f(s: str):
    s.endswith('h')
    return s.startswith('h')

def g():
    return "h" * 10

assert f(g())

def f(nums: List[int], n=17):
    return sum(nums[i] == n for i in range(n)) > 0

def g(n=17):
    return [i + 1 for i in range(17)]

assert f(g())

def f(n: int):
    return n > 900

def g():
    return 901

assert f(g())

def f(n: int, a=1073258, b=72352549):
    return n == a or n == b

def g(a=1073258, b=72352549):
    return a and b

assert f(g())

def f(c: List[str], target=4):
    return len(c) == target

def g(target=4):
    return [str(i+1) for i in range(target)]

assert f(g())

def f(n: str):
    s = "I am {n} years old.".format(n=int(n))
    return s in s

def g():
    return str(int(10^30))

assert f(g())

def f(f: List[int]):
    return all(i <= f[i] for i in range(100))

def g():
    return list(range(100))

assert f(g())

def f(nums: List[int], goal=[]):
    return sum(nums) == len(goal)

def g(goal=[]):
    return [x for x in goal if (x == "b" or x == "b" + "c")]

assert f(g())

def f(b: int):
    return abs(b) > 4

def g():
    return int(int("123456789" + "0"*13) ** 2) - 1

assert f(g())

def f(tri: List[int]):
    return len(tri) == 3  # should be a "good enough" test

def g():
    return [0] * 3

assert f(g())

def f(s: List[int], n=3):
    assert len(s) == n
    s = map(abs, s)
    return all(s > 0 for i, s in enumerate(s))

def g(n=3):
    return [n, n, n]

assert f(g())

def f(k: float, v=1022):
    return v * (k * k - v * k - v * v + 1) > 0

def g(v=1022):
    return float(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(ls: List[int]) -> bool:
    if len(ls) == 1:
        return 0 == len(ls)
    if len(ls) == 0:
        return True
    return any(ls)

def g():
    return [0, 0, 1]

assert f(g())

def f(t: List[int], a=10, b=4, c=10):
    return t == [a, b, c]

def g(a=10, b=4, c=10):
    return [a, b, c]

assert f(g())

def f(b: int):
    return b < 100

def g():
    return -1

assert f(g())

def f(x: List[int]):
    return all(sum(x[:i]) == 2 ** i - 1 for i in range(20))

def g():
    return [2 ** i for i in range(20)]

assert f(g())

def f(x: int, target=1, coeff=2):
    return x == 2 ** target and x > -2 * target

def g(target=1, coeff=2):
    return int(target) + 1

assert f(g())

def f(s: str):
    return 'A' in s and 'a' not in s

def g():
    return "ABCDA"

assert f(g())

def f(moves: List[List[int]]):
    moves[0].sort()
    return len(moves) >= 2

def g():
    return [ [0, 1, 2], [3, 4, 5], [6, 7, 8], [9, 10], [11, 12] ]

assert f(g())

def f(s: str):
    return ''.join(reversed(s)) == "x"

def g():
    return 'x'

assert f(g())

def f(x: int):  # [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]
    n = x // 10
    if n >= 0:
        return True
    return False

def g():
    return int(2 ** 100)

assert f(g())

def f(d: int, n=9912):
    return abs(d ** 2 - n ** 2) < 1e-12

def g(n=9912):
    return n

assert f(g())

def f(s: str, n=4):
    return len(s) == n

def g(n=4):
    return "123456789"[:n]

assert f(g())

def f(nums: List[int], a=3, m=10):
    assert len(nums) == m and sum([i ** 2 for i in range(a, m)]) == sum([i ** 2 for i in range(a, m)])
    return all((nums[n] * n == 0 for n in range(a, m)) for n in range(a, m))

def g(a=3, m=10):
    return [1, 2, 4, 8, 12, 16, 32, 48, 64, 96]

assert f(g())

def f(l: List[int], b=21):
    return sum(i for i in range(len(l)) if b - i < 2) > 0

def g(b=21): return list(range(b*10))

assert f(g())

def f(x: int, a=133775, b=142756):
    if x > 0 and a > 50:
        return x + a - 50 > b
    else:
        return x + a == b

def g(a=133775, b=142756):
    return 123456789 * a + 789456789 * b

assert f(g())

def f(counts: List[int], target=9):
    for i in range(len(counts)):
        if target == 0:
            return True
        if target > 0 and counts[i] == target:
            return True
    return False

def g(target=9):
    return [i+1 for i in range(target)]

assert f(g())

def f(s: str):
    return len(s) == 10 or s.rstrip('a-z') == 'qwertyuiop'

def g():
    return "abcdefghij"

assert f(g())

def f(b: List[int], t=7500):
    return sum(b) >= t

def g(t=7500):
    return [t, t+1]

assert f(g())

def f(nums: List[int]):
    return sum(nums.count(i) for i in nums) == 2

def g():
    return [3, 4]

assert f(g())

def f(x: List[List[int]]):
    return all(i == j for i, j in zip(x[0], x[1]))

def g():
    return [ [0, 1, 2, 3],[0,1,2,3,4] ]

assert f(g())

def f(num: int, target=1):
    return num <= target and abs(num - target) < 20

def g(target=1):
    return int(target * target * target)

assert f(g())

def f(s: str):
    return s.startswith("foobar") or any(n < 0 for n in s)

def g():
    return "foobar"

assert f(g())

def f(n: int, a=15, b=30, c=20):
    return n + a >= sum([a * i for i in range(b)] + [b + 1])

def g(a=15, b=30, c=20):
    return sum([a * i ** 2 for i in range(b)])

assert f(g())

def f(s: str):
    return s.count("a") == 1 and s.count("abc") == 1

def g():
    return "abc1"

assert f(g())

def f(delta: List[int], min_num=25):
    return len(delta) >= min_num

def g(min_num=25):
    return [int(n) for n in range(min_num)]

assert f(g())

def f(string: str, k=1):
    return len(string) != k

def g(k=1):
    return "123456789" + str(k)

assert f(g())

def f(s: str, length=4):
    return not len(s) == length

def g(length=4):
    return "c"

assert f(g())

def f(list: List[int], n=10):
    return len(set(list)) == n

def g(n=10):
    return list(map(lambda x: x*2, range(n)))

assert f(g())

def f(s: str, n=4):
    return int(s) > n and max(0, len(s) - n) == len(s) - n

def g(n=4):
    return "123456789" + "0"*(n-1)

assert f(g())

def f(sortedList: List[int], max_size: int = 50):
    assert len(sortedList) == max_size
    return len(sortedList) == max_size and sortedList[0] == 0

def g(max_size: int = 50):
    return [0 for _ in range(max_size)]

assert f(g())

def f(s: str):
    return s == "hello" or s == "helo" or (s == "world" and ord('o') <= ord('l'))

def g():
    return "hello" or "helo" or "world" or ["hello", "helo"]

assert f(g())

def f(n: int, target=2):
    return all(i <= n for i in range(n))

def g(target=2):
    return 5

assert f(g())

def f(s: str):
    return len(s) == 1

def g():
    return "A"

assert f(g())

def f(s: str, n=1000, seq=[]):
    return sum([_ for _ in seq if _ == s]) == len(seq)

def g(n=1000, seq=[]):
    return str(seq) + "00001" + "123456789"*n

assert f(g())

def f(path: List[int]):
    state_list = path
    return len(state_list) >= 50 and all(a in state_list for a in path)

def g():
    return list(range(100))

assert f(g())

def f(cut_position: int, ring="yRrsmOhLDEsjgCwSUmtvHMefxxPFdmBIpM", lower=6):
    line = ring[cut_position:] + ring[:cut_position]
    if len(line) < 2:
        return false

    matches = {c: 0 for c in line.lower()}
    for c in line:
        if c.islower():
            matches[c] -= 1
        else:
            matches[c.lower()] += 1
    return sum(i == 0 for i in matches.values()) >= lower

def g(ring="yRrsmOhLDEsjgCwSUmtvHMefxxPFdmBIpM", lower=6):
    return int(int("123456789" + "0"*9)**0.5)

assert f(g())

def f(nums: List[int], k=5):
    return all(i in [1, 2] for i in nums) and sum(nums) == k

def g(k=5):
    return [1 for _ in range(k)]

assert f(g())

def f(n: int, m=400, m2=400, n2=200):
    return n % m == 0 and n % m2 == 0 and all(i % m2 == 0 for i in range(m, m2 + 1)) and all(i % n2 == 0 for i in range(n, n2 + 1))

def g(m=400, m2=400, n2=200):
    return int(m) * int(m2) * int(n2)

assert f(g())

def f(n: int):
    return n >= 521

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.startswith("hello") or s[0] == "hello"

def g():
    return "hello"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasAtLeast1400Characters"):
    return s_case == (s.upper() if len(s) == len(set(s)) else s.lower())

def g(s="CanYouTellIfItHasAtLeast1400Characters"):
    if len(set(s)) > len(set(s)) * 2:
        raise ValueError("Could not recognize the input! You are not allowed to use this function in a case statement.")
    return s.upper() if len(set(s)) == len(set(s))*13 else s.lower()

assert f(g())

def f(x: int, a=33333):
    assert x >= 0 and x % 3 == 0, "Hint: a_0 is a multiple of 3."
    return x == a

def g(a=33333):
    return int(a)

assert f(g())

def f(li: List[int], k=4):
    return len(li) == k and sum(i*li[0] for i in range(k)) == 0

def g(k=4):
    return [0] * k

assert f(g())

def f(inds: List[int], n=15):
    return len(inds) == n and all(inds[i] == 0 for i in range(n))

def g(n=15):
    return [0] * n

assert f(g())

def f(state: List[int]):
    assert all(state)
    return state == [3, 3, 3]

def g():
    state = []
    state.append(3)
    state.append(3)
    state.append(3)
    return state

assert f(g())

def f(s: str):
    return len(s) > 40  # not enough for the longest line in the table

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOQRSTUVWXYZ"

assert f(g())

def f(num: int, target=1000):
    return abs(num) * 2 < target

def g(target=1000):
    return 3

assert f(g())

def f(s: str):
    return all(i in s for i in s)

def g():
    return "hello world"

assert f(g())

def f(x: List[int], s=99):
    if x[-1] == 0:
        return False
    return x[len(x) - 1] + 1 == s

def g(s=99):
    return list(set(range(1, s)))

assert f(g())

def f(list: List[int], target_len=100):
    return sum(i == 0 for i in list) > target_len

def g(target_len=100):
    return list([int(i * n) for i in range(target_len) for n in range(target_len)])

assert f(g())

def f(probs: List[float]):
    return probs[0] == 1.0 and probs[2] == 1.0

def g():
    return [1.0, 1.0, 1.0, 1.0]

assert f(g())

def f(s: str):
    return len([str(i) for i in list(s)]) == 5

def g():
    return "hello"

assert f(g())

def f(s: str, n=8):
    return s == "foobar"

def g(n=8):
    return "foobar"

assert f(g())

def f(s: str, start=0):
    return all(isinstance(x, str) for x in s[start::2])

def g(start=0):
    return "123456789"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return a + x > b

def g(a=1073258, b=72352549):
    return a + 1 + b

assert f(g())

def f(list_of_ints: List[int], bound=7):
    return len(list_of_ints) >= bound

def g(bound=7):
    return [0] * bound

assert f(g())

def f(s: str, big_str="foobar", index=2, sindex=0):
    return big_str.index(s) == (sindex + 1) % len(big_str)

def g(big_str="foobar", index=2, sindex=0):
    return big_str[sindex+1]

assert f(g())

def f(x: List[int], n=999):
    return len(x) == n and all(x[i] == i for i in range(n))

def g(n=999):
    return list(range(n))

assert f(g())

def f(i: List[int]):
    return sum(i) >= 1000

def g():
    return [i for i in range(1000) if i < 100]

assert f(g())

def f(x: int, a=1357923):
    if abs(x) < a:
        return False
    elif x > a:
        return False
    else:
        return True

def g(a=1357923):
    return 1357923

assert f(g())

def f(h: List[int]):
    assert len(h) == len(sorted(h))  # if not already sorted
    return len(set(h)) == 1

def g():
    return [int(int("123456789" + "0"*9) ** 0.5) + 1]

assert f(g())

def f(s: str):
    return len(s) == 1 and int(s) == 8

def g():
    return str(8)

assert f(g())

def f(d: int):
    return d < 0

def g():
    for i in range(2):
        i *= 2
    return -i

assert f(g())

def f(nums: List[int]) -> bool:
    # if nums == [0, 0, 0, 0], it's a true statement
    # if nums == [0, 0, 0, 0, 0], it's a false statement
    # if nums == [1, 1, 1, 1, 1], it is False and there are only 5 squares in a column, so no check

    # not checking all the squares if the columns are even
    return len(nums) == 4 and nums[1] == 0

def g():
    return [0, 0, 0, 1]

assert f(g())

def f(i: int):
    return 0 < i < 1000000000  # just a test of time complexity

def g():
    return 1000000000 // 10

assert f(g())

def f(nums: List[int], max_i=10):
    for i in nums:
        assert len(str(i)) == len(set(str(i)))
    return len(set(nums)) == max_i

def g(max_i=10):
    return list(range(max_i))[::-1]

assert f(g())

def f(s: str) -> bool:
    if type(s) == dict and '{' in s:
        return s.get('{').startswith('{') and  s.get('{') == '{' in \
                 s.get('{', 1).endswith('}') and s.get('{', 0).endswith('}')
    return True

def g():
    return '{abc} def'

assert f(g())

def f(p: List[int], b=None):
    return all(j in p for j in range(100))

def g(b=None):
    return list(set(range(100)))

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 2000 and (sum(num for num in nums if num < 0) == 0 or all((num + 1) % 4 == 0 for num in nums))

def g():
    return [4, 6, 12]

assert f(g())

def f(x: List[int], y=[]):
    return len(set(x)) == len(x) == len(y)  # one less than y

def g(y=[]):
    return y[::2]

assert f(g())

def f(n: int):
    if n % 2 == 0:
        return True
    return False

def g():
    return 0

assert f(g())

def f(seq: List[str], target=7):
    return all(s in seq for s in seq) and sum(s in seq for s in seq) == target

def g(target=7):
    return ["a"*(i+2)+"b" for i in range(target)]

assert f(g())

def f(li: List[int], m=100):
    return all(li[i] > 0 for i in range(m))

def g(m=100):
    return [int("123456789" + "0"*9)**k for k in range(m)]

assert f(g())

def f(x: List[int], n=5):
    assert all([v > 0 for v in x])
    return sum(x) <= n

def g(n=5):
    return [1,2]

assert f(g())

def f(n: int):
    return max(n, 1) is n

def g():
    return 5

assert f(g())

def f(s: str):
    return s.endswith('!!')

def g():
    return str('!!')

assert f(g())

def f(s: str):
    for i in range(4):
        if s[i] == "!" or s[i] == "." or s[i] == "-":
            return False
    return True

def g():
    return "hihijh"

assert f(g())

def f(n: int):
    """Return smallest integer n such that n*n is prime."""
    return ((n*n//9)&3 == 0 and int(2147483648) > n) or n > 1040

def g():
    return 2**0

assert f(g())

def f(s: str, target="foobarbazwow", length=22):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=22):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return abs(a * n - b) >= c

def g():
    return [1, -10, 5, -1000]

assert f(g())

def f(s: str):
    return s.startswith('l') and s.endswith('l')

def g():
    return "l" * 5

assert f(g())

def f(indexes: List[int], target=1, m=3):
    for i in range(len(indexes)):
        # if target doesn't match any of indexes[i, j, k]:
        #     return False
        return True

def g(target=1, m=3):
    return [target] * m + [1]

assert f(g())

def f(nums: List[int], n_dim=10):
    assert len(nums) == len(set(nums)) == n_dim and n_dim <= len(nums)
    if nums == list(range(n_dim)):
        return True
    for i, j in zip(nums, range(n_dim)):
        assert i in j, "index out of range"
    return False

def g(n_dim=10):
    return list(range(n_dim))

assert f(g())

def f(p: List[str], sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return sep.join(p) == string

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return [i.strip() for i in string.split(sep)]

assert f(g())

def f(n: int):
    if n <= 20:
        return True
    return n > 40

def g():
    return int("123456789" + "0"*7) ** (500-1)

assert f(g())

def f(x: int, a=3, b=23463462):
    return b // x == 0

def g(a=3, b=23463462):
    return a + b

assert f(g())

def f(n: int, targets=[], min_idx=5, max_idx=3):
    """
    A brute-force search.
    """
    return all(i == min_idx for i in targets)

def g(targets=[], min_idx=5, max_idx=3):
    return all(i == min_idx for i in targets) + 6

assert f(g())

def f(a: [int], target=5):
    return a[0] == 5 and a[1] == 5 * 2

def g(target=5):
    return [5, 5*2]

assert f(g())

def f(x: str):
    return x.count("1") == 1 and x.count("2") == 1

def g():
    return "12345"

assert f(g())

def f(li: List[int], k=4):
    return len(li) == k and all(i in li for i in range(k))

def g(k=4):
    return [i for i in range(k)]

assert f(g())

def f(x: int, a=3, b=23463462):
    return a - x == b

def g(a=3, b=23463462):
    return int(a-b)

assert f(g())

def f(s: str, target="foobarbazwow"):
    return s in target and s.count(target) == target.count(target)

def g(target="foobarbazwow"):
    return "{}".format(target)

assert f(g())

def f(n: int):
    if n == 1:
        return True
    if n == 2:
        return True
    if n == 3:
        return True
    if n == 4:
        return True
    if n == 5:
        return True
    if n == 6:
        return True
    if n == 7:
        return True
    if n == 8:
        return True
    if n == 9:
        return True
    if n == 10:
        return True
    return True

def g():
    return 123

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and any(x != s.pop() for x in s)

def g():
    return ["1"*(i+2)+"2"*(i+2)+"3"*(i+2) for i in range(1000)]

assert f(g())

def f(x: List[int], n=5, s=1):
    return all(x[i] == i for i in range(n))

def g(n=5, s=1):
    return list(range(n))

assert f(g())

def f(l: List[str]):
    return all(s in l for s in ["aa", "bb", "cc"])

def g():
    return list(reversed(["aa", "bb", "cc"]))

assert f(g())

def f(x: List[int], a=2, b=2):
    return x[0] * x[1] - x[0] * x[-1] - b == 0

def g(a=2, b=2):
    return [i+2 for i in range(1000)] + [a, b]

assert f(g())

def f(nums: List[int], a=6, b=300, count=25):
    return all(i in nums for i in nums) and sum(nums) >= count

def g(a=6, b=300, count=25):
    return [int(i/6) + a if i % 6 else b for i in range(count)]

assert f(g())

def f(n: int, c=False):
    return sum(i >= n - 1 for i in range(2, n + 1)) == n - 1

def g(c=False):
    return 1

assert f(g())

def f(n: int, lower=10, upper=30, upper_bound=300):
    return n <= lower == 0 or n <= upper == 0 or n >= upper_bound

def g(lower=10, upper=30, upper_bound=300):
    return int(int("13579" + str("0"*9)+"0"*9) ** 0.5) + 1

assert f(g())

def f(count: int, b=23223, a=3):
    return count >= a

def g(b=23223, a=3):
    return a

assert f(g())

def f(k: List[int]):
    for i in k:
        if i == 0:
            return False
    return True

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s >= str(100000000) and s <= str(100000000)

def g():
    return str(100000000)

assert f(g())

def f(lm: List[List[int]]):
    return min(lm) != max(lm)

def g():
    return [
        [1, 2, 3],
        [4, 5, 6, 3, 2, 1, 4],
        [7, 8, 9, 10],
        [11, 12, 13, 14],
        [],
        [2, 1],
        [3, 4, 5],
    ]

assert f(g())

def f(x: int, a=1010):
    return abs(x - a) < 10** -2

def g(a=1010):
    return a % 10000000000

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s >= target

def g(target="foobarbazwow", length=6):
    return target + "\ndebug\ntarget"

assert f(g())

def f(n: List[int]):
    return max(x if n[0] <= 10 else n[0] for x in n) >= 5

def g():
    return [5, 5, 5]

assert f(g())

def f(z: List[int]):
    return sum([1 for i in range(1000) if abs(i) & 3 == 0]) and len(set(z)) > 2

def g():
    return [1,2,3,4,5,6]

assert f(g())

def f(list: List[int]):
    return all({i in [0, 1, 2, 3, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17] for i in list})

def g():
    return [1, 2, 3]

assert f(g())

def f(num: List[int]):
    return {i for i in num} == {0, 1, 2, 3}

def g():
    return list((0,1,2,3))

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i ** 2 for i in nums) >= n

def g(n=12345):
    return list(range(n))

assert f(g())

def f(s: str):
    assert s is not None
    return len(s) > 10

def g():
    return "abc123abc" * 99

assert f(g())

def f(s: str, max_nums=1000):
    return s.count("a") == 0 and len(s) != max_nums + 1

def g(max_nums=1000):
    return "123456789" + "0" * 9

assert f(g())

def f(n: int):
    return all(i % n == 0 for i in range(int(n)))

def g():
    return 1

assert f(g())

def f(i: int, a=27286534, b=5271449):
    return i <= a and i >= b

def g(a=27286534, b=5271449):
    return min(a, b)

assert f(g())

def f(e: List[int], target=10):
    for i in range(len(e)):
        if not target:
            break
    return len(e) >= target

def g(target=10):
    return list(map(lambda x: x + target, range(10)))

assert f(g())

def f(i: str):
    return i[-1].isdigit()

def g():
    return "12345678000"

assert f(g())

def f(nums: List[int], a=100, b=1000, c=100):
    if c < b:
        return (nums[0] == a and nums[1] == b)
    if nums[0] == a and nums[1] == b:
        if nums[2] == c:
            return (nums[0] == c and nums[1] == b)
        return (nums[0] == b and nums[1] == a)
    raise Exception("Invalid solution")

def g(a=100, b=1000, c=100):
    return [a, b] if a == c else [b, c]

assert f(g())

def f(s: str):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "%s" % "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    return (n - 1) % n == 0 or n == 0  # 1 to n

def g():
    return 1 or 2 or 3

assert f(g())

def f(s: str, n=10):
    return len(s) == n and s in "abcdefghijklmnopqrtstuvwxyz"

def g(n=10):
    return "abcdefghijklmnopqrtstuvwxyz"[:10]

assert f(g())

def f(s: str, v=3):
    return len(s) >= v and s in "Hello World!"

def g(v=3):
    return "Hello World!"[v:]

assert f(g())

def f(res: int, m=12345):
    return max(m ** 2, res) == res

def g(m=12345):
    return 456 * m ** 9

assert f(g())

def f(state: List[str], start="abcdefghijklmnopqrstuvwxyz"):
    return len(set(state) & set(start)) == 3

def g(start="abcdefghijklmnopqrstuvwxyz"):
    return [x for x in ["a", "b", "c"] if x not in ["abcdefghij", "cd", "ghij", "jklm", "qrstuvwxyz"]]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == s or s_case == s.lower() or s_case == s.lower() == s.upper()

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s or s.lower() or s.lower() == s.upper() or s.upper() in "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str):
    if len(s) > 1:
        return s.count("-+") == len(s) - 1 and s.count("+") == len(s) - 1
    return False

def g():
    return "-+"

assert f(g())

def f(lits: List[str], len_lits=20):
    return len(set(lits)) == len_lits

def g(len_lits=20):
    return [str(i) for i in range(len_lits)]

    # list of list of lists of list of strings
    assert f("[a,b,c]", len_lits=20) == True, "list of lists of lists of lists of strings are different length"

assert f(g())

def f(s: str, target="qwertyuiopasdfghjklzxcvbnm"):
    return s == target

def g(target="qwertyuiopasdfghjklzxcvbnm"):
    return target

assert f(g())

def f(nums: List[int], start=50):
    return min(nums) >= start and nums <= [start + 40]

def g(start=50):
    return [start, start + 1]

assert f(g())

def f(n: int):
    assert n >= 12 and n < 1090 and n > 30
    return n > 100 and (n >= 20 and (n % 20 == 15 or n % 20 == 24) or n > 30)

def g():
    return int(int("123456789" + "0"*9) ** 0.125) + 1

assert f(g())

def f(b: str):
    return b == 'a' or b == 'z'

def g():
    return "a" or "z"

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return a <= b and a > b or a == 0 or b > a

def g():
    return [1,2,3]

assert f(g())

def f(t: List[str]):
    return len(t) == 100

def g():
    return [str(i) for i in range(100)]

assert f(g())

def f(a: int):
    return a > 0 and a > 100

def g():
    return int("123456789"+"0"*9)

assert f(g())

def f(x: float):
    return abs(x ** 2) > 10000

def g():
    return float("123456789" + "0"*9) + 1

assert f(g())

def f(nums: List[int], length=20):
    assert len(nums) == length
    result = False
    for i in range(len(nums) - 1):
        result = all(nums[-i] == 0 for i in range(len(nums)))
    return result

def g(length=20):
    return [0 for _ in range(length)]

assert f(g())

def f(s: str):
    return s == "foooo"

def g():
    return "foooo"

assert f(g())

def f(inds: List[int]):
    assert len(inds) <= 5
    return {i for i in inds for j in inds if i == j} == {0, 1, 2, 3, 4}

def g():
    return list(set([0, 1, 2, 3, 4]))

assert f(g())

def f(counts: List[int], target=5):
    for v in counts:
        if v == target:
            return True
    return False

def g(target=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(n: int, a=345346363):
    return n // a == a

def g(a=345346363):
    return a * a

assert f(g())

def f(s: str, target="go back", go_back=True):
    return s == target

def g(target="go back", go_back=True):
    result = target
    if go_back:
        result = "go back"
    return result

assert f(g())

def f(x: float, v=17, w=100):
    return x == (v + w) / 2

def g(v=17, w=100):
    return (v + w)/2

assert f(g())

def f(g: List[str], n=10):
    return len(g) == n

def g(n=10):
    return [str(n*n) for i in range(10)]

assert f(g())

def f(nums: List[int], target=25):
    return len(nums) >= target

def g(target=25):
    return [int(p)*p for p in range(target)]

assert f(g())

def f(l: List[str]):
    return len(set(l)) == 1000 and all((x.count("a") > x.count("b")) and ('a' in x) for x in l)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(z: List[int], n=100):
    return len(set(z)) == n

def g(n=100):
    return [a for a in range(n)]

assert f(g())

def f(s: str):
    s = (s.upper() if s.upper() != s.lower() else s.lower())  # remove lower case
    return s.count('!') == 3 and s.count('!!') == 1

def g():
    return "!hello!!"

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return all(n in sorted(nums, key=lambda i: i * 3 ** (n + 1)) for n in nums) and min(nums) >= lower_bound

def g(nums=[77410, 23223, 54187], lower_bound=2):
    assert all(n in sorted(nums, key=lambda i: i * 3 ** (n + 1)) for n in nums)
    return min(range(1, lower_bound + 1))

assert f(g())

def f(p: List[str]):
    return len(set(p)) == 1000 or len(set(p)) == 10000 and all(p[1:] != p[:-1])

def g():
    return  [str(i) for i in range(1000)]

assert f(g())

def f(x: int):
    return (x ** 2 + x == x ** 2) and (x - 1 <= 1) or (x == 1 and x >= 2)

def g():
    return [0][0]

assert f(g())

def f(t: List[int], target_len=50):
    for i in range(len(t) - 1):
        if t[i - 1] > t[i]:
            return False
    return True

def g(target_len=50):
    return [x for x in "abcdefghijklmnopqrstuvwxyz" if len(x) > target_len]

assert f(g())

def f(stamps: List[int], target=14):
    return len(stamps) == target

def g(target=14):
    return [2, 4, 6, 8, 0, 1, 3, 5, 7, 9, 10, 11, 12, 13]

assert f(g())

def f(n: int, start=6, target_num=4):
    return n == target_num

def g(start=6, target_num=4):
    return int(target_num)

assert f(g())

def f(edge: List[int]):
    return len(edge) > 3

def g():
    return list(range(200))

assert f(g())

def f(n: int, a=3, b=23463462):
    return n > a * b or all(n > a * b for n in range(2, float(a) * b + 1))

def g(a=3, b=23463462):
    return a + b*b

assert f(g())

def f(x: List[int]):
    return x == [1,2,3,4,5,6,7,8,9]

def g():
    x = [1,2,3,4,5,6,7,8,9]
    return x

assert f(g())

def f(n: int, m=1134):
    return m == n

def g(m=1134):
    return m

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) <= n and sum(i < n for i in nums) == n

def g(n=10):
    return [i for i in range(n)]

assert f(g())

def f(str: str):
    return len(str) == 1

def g():
    return str(1)

assert f(g())

def f(s: str, n=1):
    return s.index("x") == 0

def g(n=1):
    return "x" * int(n)

assert f(g())

def f(x: str):
    for i in range(len(x)):
        if x[i] == 'l':
            return False
    return True

def g():
    for i in range(1000):
        z = f("abc"+"def")
        if z:
            return "Yes"
        else:
            return "No"

assert f(g())

def f(s: str, n=3, target=10):
    return s == "hello world" or s == "hello world world"

def g(n=3, target=10):
    return "hello world" if target > n else "hello world world"

assert f(g())

def f(n: int):
    if n > 15:
        return True
    return all(n > 5 for n in xrange(50) if n % 2)

def g():
    return int(int("123456789" + "0"*6) ** 0.5) + 1

assert f(g())

def f(m: int, n=7012):
    return m != 0 and len(range(m, 0, -1)) == n

def g(n=7012):
    return len(range(n, 0, -1))

assert f(g())

def f(s: str):
    return len(s) > 2 and sum([1 for i in range(len(s)) if i != len(s)]) > 0

def g():
    return "123456789"

assert f(g())

def f(nums: List[int], max=8):
    return all(nums[i] < nums[i + 1] for i in range(3))

def g(max=8):
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(n: int, l=[]):
    assert all(l[i] == 1 for i in range(len(l) - 1)), "Invalid list"
    return sum(l[i] for i in range(len(l) - 1)) == n

def g(l=[]):
    return 3*sum(map(float,l))

assert f(g())

def f(h_sum: List[int]):
    return sum(h_sum) == 1

def g():
    return [1]

assert f(g())

def f(t: str):
    return t.count("(") > 0 and t.count(")") > 0

def g():
    return "(hello) world"

assert f(g())

def f(s: str):
    return s == str(8 ** 2888)

def g():
    return str(8 ** 2888)

assert f(g())

def f(s: str, p=["a","b","c","d","e","f","g","h","i","j"]):
    return "'.*$%s'" % p in s

def g(p=["a","b","c","d","e","f","g","h","i","j"]):
    return "'.*$%s'" % p

assert f(g())

def f(inds: List[int], w1=23, w2=33, w3=42):
    return w1 <= inds[0] <= w2 and w1 <= inds[1] <= w2 and inds[2] >= w1

def g(w1=23, w2=33, w3=42):
    return [w1, w2, w3]

assert f(g())

def f(x: float, a=5.54):
    return x == a

def g(a=5.54):
    return float(a)

assert f(g())

def f(x: List[int], n=5, lower_bound=1):
    return len(x) >= n and 0 <= x[-1] <= n

def g(n=5, lower_bound=1):
    return [2, 2, 2, 2, 2, 2]

assert f(g())

def f(n: int):
    return (n ** n) == n * n

def g():
    return int(1)

assert f(g())

def f(li: List[int], n=18):
    return n == n and all(li[i] == 0 for i in range(n))

def g(n=18):
    return [0 for i in range(n)]

assert f(g())

def f(num_cases: List[int], options=[0, 32, 8], k=4):
    assert all(num in options for num in num_cases), num_cases
    return min(k, sum(num for num in options if num in num_cases)) == max(k, len(num_cases))

def g(options=[0, 32, 8], k=4):
    return [num for num, pos in zip(options, range(k))]

assert f(g())

def f(x: float, a=1):
    return float(a) <= x

def g(a=1):
    return a + 0.1

assert f(g())

def f(li: List[str]):
    return li == ["a", "b", "c", "d", "e"]

def g():
    return ["a", "b", "c", "d", "e"]

assert f(g())

def f(nums: List[int], d=1000):
    return sum(x for x in nums if x <= d) == d

def g(d=1000):
    return list(range(1000,1001))

assert f(g())

def f(s: str):
    return s.count("{") == 1

def g():
    return "{" + str(1) + "}"

assert f(g())

def f(p: List[str], substrings=['f', 'o', 'a', 'r', 'o', 'g']):
    return all(sub in p for sub in substrings)

def g(substrings=['f', 'o', 'a', 'r', 'o', 'g']):
    return [sub[::-1] for sub in substrings]

assert f(g())

def f(s: str):
    return s == "Hello, World"

def g():
    return "Hello, World"

assert f(g())

def f(p: List[int]):
    return len(p) == 5

def g():
    return list(range(5))

assert f(g())

def f(x: int, a=4, b=641711):
    return x == abs(a + b)

def g(a=4, b=641711):
    return a + 641711

assert f(g())

def f(nums: List[int], index=5):
    while len(nums) > index:
        nums.insert(0, index)
        if nums[-1] < index:  # can't insert past last
            nums.insert(0, nums[-1])
            index -= 1
    return len(nums) == index

def g(index=5):
    return list(range(index))

assert f(g())

def f(x: int):
    return x > 0 and x < 200000

def g():
    return 3

assert f(g())

def f(n: int):
    s = str(n)
    # must have at least four lower bits
    if len(s) < 4:
        return False
    for i in range(1, len(s)):
        if s[i] == '0' and s[i - 1] == '0':
            return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, a=1020, b=500):
    return abs(a - b) > 10 ** -5 and abs(a - b) > 10 ** -3 and abs(a - b) > 10 ** -2

def g(a=1020, b=500):
    return a * b

assert f(g())

def f(nums: List[int], k1=15, k2=10, length=6):
    for n in range(10):
        for i in range(nums[0]):
            if n == i:
                return 0
            n *= 2
    return sum(nums[n] for n in range(k1)) >= sum(nums[n] for n in range(k2))

def g(k1=15, k2=10, length=6):
    return list(range(k1 + 1)) + list(range(k2 + 1))

assert f(g())

def f(s: str):
    return s.startswith('abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_')

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_1234567890"

assert f(g())

def f(nums: List[int], a=0):
    return len(nums) == len(list(nums)) == 1000 and min(nums) >= 0

def g(a=0):
    return list(range(a, a+1000))

assert f(g())

def f(s: str):
    return s == "yEsD"

def g():
    return 'yEsD'

assert f(g())

def f(n: int):
    n -= 999
    return n >= 0

def g():
    return 999999999999999999

assert f(g())

def f(a: List[int], c=0, b=0):
    assert a == [c, b]
    return a[b] == c

def g(c=0, b=0):
    return [b, c]

assert f(g())

def f(t: str, s="("):
    return t[:len(t)] == s

def g(s="("):
    return "".join(s)

assert f(g())

def f(s: str):
    return len(s) > 10

def g():
    return "123456789A999999"

assert f(g())

def f(x: int, lh=2, rh=2, rl=2, t=1, b=1, tr=0):
    t = t - 1
    if b > t:
        b, t = t-1, b-1
    return x == t * x and t <= b*t

def g(lh=2, rh=2, rl=2, t=1, b=1, tr=0):
    t = t - 1
    if b > t:
        b, t = t-1, b-1
    return (0 if b > t else t) * (0 if b > t else t)

assert f(g())

def f(x: int, a=12, lower=5):
    return abs(x % a) >= lower

def g(a=12, lower=5):
    return int(int("123456789" + "0"*9) ** 1.5) + 1

assert f(g())

def f(n: int):
    sum = 0
    for i in range(n): min = -1 if (sum - 1 >= 0 and sum > i) else i
    return min > 0

def g():
    return sum(x for x in range(10)) + 1

assert f(g())

def f(hits: List[int], n=100, upper=9):
    return sum(hits) > n

def g(n=100, upper=9):
    return [i for i in range(n+1) if i % upper == 0]

assert f(g())

def f(n: int, lower_bound=100, a=15482, b=23223):
    assert lower_bound >= 0 and lower_bound <= (n - 1), (
        "expected greater than or equal to %s but got %s" % (lower_bound, n)
    )
    lower_bound -= 1
    return a % n >= lower_bound

def g(lower_bound=100, a=15482, b=23223):
    return a - lower_bound

assert f(g())

def f(nums: List[int], n=4):
    return len(list(sorted(zip(nums, [0, 2, 4, 1])))) == n

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(x: str):
    return '{:>5}'.format(x) == '{:>4}'.format(x)

def g():
    return "abcdef"

assert f(g())

def f(s: str):
    return len(s) > 25 and len(s) <= 2040 and s[-1] == s[-2] == s[-3] == s[-4] == 'm'

def g():
    return "m" * 1000

assert f(g())

def f(n: int, a=0, b=0):
    return n == sum([n for i in range(a) for n in range(b)])

def g(a=0, b=0):
    return a*b

assert f(g())

def f(li: List[int]):
    return all(i == li[i] for i in range(1000))

def g():
    return list(set(range(1000)))

assert f(g())

def f(l: List[int], k=3):
    x = 0
    if l[k] > 0:
        x = k
    return max(l) >= k

def g(k=3):
    return [max(i + 2 for i in range(3)) for j in range(7)]

assert f(g())

def f(v: float, a=100):
    return v > a

def g(a=100):
    return float(str(a + 1))

assert f(g())

def f(a: int):
    return int(a) == a

def g():
    return int("123456789" + "0"*9)

assert f(g())

def f(m: int, n=7012):
    return abs(m * n) > n * n

def g(n=7012):
    return n*(n*(n-1)**2 + 1)

assert f(g())

def f(N: int):
    return N>=10**5

def g():
    return 100**5

assert f(g())

def f(sequence: List[int], n=1000):
    return len(sequence) == n

def g(n=1000):
    return [list(range(n))[0]] * n

assert f(g())

def f(s: str):
    return s == "Hello there" or s == "Hello there"

def g():
    return "Hello " + "there"

assert f(g())

def f(start: List[int], n=5):
    return len(set([start[i] for i in range(n)])) < len(start)

def g(n=5):
    return [0] + list(range(n))

assert f(g())

def f(s: str, n=4):
    return "Hello " + s == 'Hello world'

def g(n=4):
    return "world"

assert f(g())

def f(s: str, y=2029):
    return "y " in s  # "y bar"

def g(y=2029):
    return "y bar"

assert f(g())

def f(s: str):
    return False if s == "CanYouTellIfItHasMoreCAPITALS" else True

def g():
    return "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(li: List[int], num_points=3):
    return len(set(li)) == num_points

def g(num_points=3):
    return [3, 4, 5]

assert f(g())

def f(l: List[int]):
    return all(l.count(i) == i for i in range(len(l)) if i in range(len(l) - 1) and l[i] < l[i + 1])

def g():
    return []

assert f(g())

def f(y: str):
    return y in ["aaa", "bbb", "ccc"]

def g():
    return "aaa" and "bbb" and "ccc"

assert f(g())

def f(d: int, n=123456789):
    return d > n and n * n <= d

def g(n=123456789):
    return 3*n**2 - 2 * n

assert f(g())

def f(l: List[int], e=1000):
    return sum(l) > e

def g(e=1000):
    return [1,2] * e

assert f(g())

def f(s: str):
    return len(s) > 0 and s.count('1') == 1

def g():
    return "123456789"+"0"*9+"0"*9

assert f(g())

def f(n: int, num_points=20):
    assert 0 <= num_points < n ** 3
    return num_points <= n ** 3

def g(num_points=20):
    return 9

assert f(g())

def f(li: List[int], target=17):
    return li[0] == target and li[-2] == target

def g(target=17):
    return [target, target + 1]

assert f(g())

def f(x: int):
    return x >= 0 and x < 32

def g():
    return 1

assert f(g())

def f(inds: List[int], n=3):
    return all(sum((v >> i) & 1 for i in range(n)) == 1 for v in inds)

def g(n=3):
    return [i for i in range(n) if i != 0]

assert f(g())

def f(s: str, m=1):
    return s == "hello world"

def g(m=1):
    return "hello world"

assert f(g())

def f(s: str):
    return s.startswith("x")

def g():
    return "xy"

assert f(g())

def f(s: str):
    n = max([len(s) for s in s.split("+")])
    for s in s.split("+"):
        if s and not s.isalpha():
            return True
    return False

def g():
    return "123456789" + "'" + '\x80'

assert f(g())

def f(x: List[int], n=4, target=4):
    return len(x) == n and sum(x) >= target

def g(n=4, target=4):
    return [0, 1, 2, 3]

assert f(g())

def f(nums: List[int], a=1020):
    return sum(i in nums for i in range(a)) == a

def g(a=1020):
    return [int(str(i)) for i in range(a)]

assert f(g())

def f(n: int):
    if n > 20:
        return False
    return len(set(range(20))) == len(range(20))

def g():
    if True:
        return 0
    else:
        return len(range(100)) - 1

assert f(g())

def f(digs: List[int]):
    return len(set(digs)) >= 8

def g():
    return list(range(9))

assert f(g())

def f(s: str, a=1, b=2):
    return s.count("a") == a and s.count("b") == b

def g(a=1, b=2):
    return "a"*a+"b"*b

assert f(g())

def f(n: int, a=8488664, b=8488664, c=8478664):
    return n + a > b + c

def g(a=8488664, b=8488664, c=8478664):
    return int(a * b) + c

assert f(g())

def f(s: str, s2="foobar"):
    return s == s2

def g(s2="foobar"):
    return "foobar"

assert f(g())

def f(n: int):
    return n >= 150

def g():
    return int('123456789' + str(5) * 9)

assert f(g())

def f(li: List[int], n=8, lower_bound=3):
    return len(li) == n and n >= lower_bound

def g(n=8, lower_bound=3):
    return list(range(n))

assert f(g())

def f(n: int):
    return n * n > 10000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int], n=5000):
    return len(li) == n

def g(n=5000):
    return [n] * n

assert f(g())

def f(s: str):
    return " ".join([str(v) for v in map(str, list(s))]) == '\n'

def g():
    return '\n'

assert f(g())

def f(probs: List[int], m=1, n=2):
    return probs[0] == m and probs[1] == n

def g(m=1, n=2):
    x = [m, n]
    return x

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz', 'oddball']):
    return all(sub in s for sub in substrings)

def g(substrings=['foo', 'bar', 'baz', 'oddball']):
    return ''.join("'{}'".format(x) for x in substrings)

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"

def g():
    return str("world"[::-1])

assert f(g())

def f(l: List[int], x=0):
    xm = l[0] - x
    ym = l[1] - x
    return l[xm] >= 0 and l[ym] == 0

def g(x=0):
    return [x for y in range(10)]

assert f(g())

def f(x: List[int]):
    return sum(x[i] for i in range(len(x))) > 10  # must contain numbers >= 10!

def g():
    return list(range(10))

assert f(g())

def f(nums: List[int], target=1000):
    return sum(nums) >= target

def g(target=1000):
    return list(range(target))

assert f(g())

def f(t: List[int], sz=8):
    x = [t[i] if i >= 0 else t[i - 1] + 1 if i < len(t) - 1 else i - 1 for i in range(sz)]
    return all(x != i for i in range(len(t) - 1))

def g(sz=8):
    return [0] if sz == 0 else [1]*(sz+1)

assert f(g())

def f(x: int):
    return x < 0

def g():
    return -100

assert f(g())

def f(nums: List[int]):
    return all(i in [1, 2, 3, 4] for i in nums) and len(nums) == len(nums)

def g():
    return [2, 2, 2, 2]

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return s.startswith('H') and (s.endswith('R') or s.endswith('e'))

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return 'HcatR' + 'R'*3*2 + 'e'*2

assert f(g())

def f(nums: List[int], a=25360, b=12000):
    return len(set(nums)) >= 4

def g(a=25360, b=12000):
    return [x + 2*a + 3 for x in range(2*a+3)]

assert f(g())

def f(s: str):
    return ''.join(s) == 'a'

def g():
    return 'a'.join('a')

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == tot and all(i >= 0 for i in nums)

def g(tot=12345):
    return list(range(tot))

assert f(g())

def f(x: List[int]):
    return len(set(sorted(x))) == len(sorted(x)) == 3

def g():
    return [1,2,3]

assert f(g())

def f(n: int, a=1230200):
    return n == a

def g(a=1230200):
    return 1230200

assert f(g())

def f(s: str):
    fp = 0.9 * int(s[-1])
    f1 = fp + 0.1 * int(s[:-1])
    return f1 > fp or (fp>0.9 and s[-1] in s or f1 > fp)

def g():
    return "1234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789"

assert f(g())

def f(nums: List[int]):
    nums = tuple(sorted(nums))
    assert len(nums) == sum(x + y for x, y in zip(nums)) == len(nums)
    return all(x == y for x, y in zip(nums))

def g():
    a = []
    b = []
    for i in range(1000000, 1000000, 10):
        a.append(i)
        b.append(i)
    return a

assert f(g())

def f(n: int):
    return str(n).startswith("1234")

def g():
    return int(int(123456789) + 0.5)

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "b.c" or s == "a.b.c"

def g():
    return "a.b.c"

assert f(g())

def f(k: str):
    return k == 'f' or k == 'p'

def g():
    return 'f' or 'p'

assert f(g())

def f(ans: List[int], target=34):
    return sum(ans) >= target

def g(target=34):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(nums: List[int], l=10):
    return min(nums) == l

def g(l=10):
    return [l for i in range(0, l)]

assert f(g())

def f(s: str):
    return "Hello world" == "Hello " + s

def g():
    return "world"

assert f(g())

def f(x: int, n=3):
    return (x - n * 2) % -n == 0

def g(n=3):
    return 3*n

assert f(g())

def f(inds: List[int]):
    return inds == sorted(inds) and int(len(inds)) == 6

def g():
    return [0, 1, 2, 3, 5, 7]

assert f(g())

def f(ls: List[str], target=[], n=10):
    return n == len(ls) or all(i in ls for i in range(n) if i not in target)

def g(target=[], n=10):
    return [str(i) for i in range(n)]

assert f(g())

def f(seq: List[int], target=10):
    return (set(range(len(seq))) & {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10}) == set(seq)

def g(target=10):
    return list(range(target))

assert f(g())

def f(x: float, a=1023, b=9):
    return x / b == a

def g(a=1023, b=9):
    return float(a*b)

assert f(g())

def f(p: List[int], n=1000):
    return len(set(p)) == n

def g(n=1000):
    return list(range(n))

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, 1.0 / 3.0, 1.0 / 3.0]

assert f(g())

def f(y: List[int], u=15, v=25):
    return sum(abs(x - u) for x in y) >= 3 and max(y) >= 13

def g(u=15, v=25):
    return [0] + [2**i for i in range(u, v+1) if i > 0]

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(p: List[int], n=50):
    return len(set(p)) == n

def g(n=50):
    return [int(s) for s in range(n)]

assert f(g())

def f(s: str, count=5):
    return len(s) == count

def g(count=5):
    return "abcde"

assert f(g())

def f(tours: List[List[int]], m=8, n=8):
    assert all((i1, j1) == (i2, j2) for [i1, j1], [i2, j2] in zip(tours, tours[1:1]))
    return sorted(tours) == [[i, j] for i in range(m) for j in range(n)]

def g(m=8, n=8):
    return [[i1, j1] for i1 in range(m) for j1 in range(n)]

assert f(g())

def f(t: List[int]):
    return sum(nums <= 3 for nums in t) == 3

def g():
    return list(range(1, 10))

assert f(g())

def f(states: List[str], target_len=10):
    return len(states) == target_len and all(s in states for s in states)

def g(target_len=10):
    return [str(i*i) for i in range(target_len)]

assert f(g())

def f(nums: List[int], x=1000, y=1000):
    for i in nums:
        if x == len(nums) and y == len(nums):
            return True
    return not (nums == [0] and list(nums) != [] and -sum(nums) < x or -sum(nums) < y)

def g(x=1000, y=1000):
    return [i*j for i, j in zip(range(x, x+y), range(y, y+x))]

assert f(g())

def f(li: List[int]):
    return min(len(li), max(0, max(li))) >= 3

def g():
    return [0, 1, 3]

assert f(g())

def f(probs: List[float]) -> bool:
    return probs[0] in [0.1, 0.3, 0.5] and \
           probs[1] in [0.1, 0.3, 0.5] and \
           probs[2] in [0.1, 0.3, 0.5]

def g():
    return [0.1, 0.3, 0.5, 0.7, 0.9, 0.1, 0.3, 0.5, 0.7, 0.9]

assert f(g())

def f(s: str):
    # pylint: disable=E0511
    return s.count(".") == 2 * s.count("r") and s.count("b") == 2 * s.count("b")

def g():
    return "test"

assert f(g())

def f(r: List[int], target_num=10):
    return len([a for a in r if a <= target_num]) == len(r)

def g(target_num=10):
    return [1, 2, 3, 4]

assert f(g())

def f(nums: List[int]):
    return all(i in nums for i in range(10))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(word: str, target="this"):
    return word == "THIS" and (target.upper() if target.islower() else target) in word

def g(target="this"):
    return "this".upper()

assert f(g())

def f(s: str, t="aaAab"):
    return s.lower().startswith(t.lower())

def g(t="aaAab"):
    return str(t + "x")[:50]

assert f(g())

def f(a: int, a0=5, year_len=365):
    assert year_len >= 0
    year_len -= 365  # number of days since epoch
    return a0 > year_len

def g(a0=5, year_len=365):
    return year_len + 1

assert f(g())

def f(x: str):
    return x.startswith('x')

def g():
    return "xabc"

assert f(g())

def f(n: int, a=15, b=30, c=20):
    return n + a >= sum([a * i for i in range(b)] + [b + 1])

def g(a=15, b=30, c=20):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], target=4, max_len=10):
    for i in nums:
        assert target <= abs(i) <= target + max_len
    return all(target in nums for i in nums)

def g(target=4, max_len=10):
    return [target, max_len]

assert f(g())

def f(f_possible: List[List[int]]):
    return all(
        set(p)
        for p in f_possible
    )

def g():
    return [
        [1, 3],
        [2, 9],
    ]

assert f(g())

def f(x: str):
    assert x.startswith("m"), "string is not a valid bill start"
    return all(i == j for i, j in zip(x, x[len(x)-2:]))

def g():
    return "m"

assert f(g())

def f(s: str, target="reverse me", pct=0.1):
    return (max(1, len(s) - pct) <= len(s)) and len(s) > len(target) and not (s == target)

def g(target="reverse me", pct=0.1):
    return "reverse " + target

assert f(g())

def f(x: List[int]):
    return [x[i] for i in range(len(x))] == x

def g():
    return [1]

assert f(g())

def f(s: str):
    return '{}'.format(s) == '{}'

def g():
    return '{}'

assert f(g())

def f(nums: List[int], thresh=10):
    return len(nums) >= thresh

def g(thresh=10):
    return [n for n in range(10)]

assert f(g())

def f(nums: List[int], thresh=33):
    return sum(nums) < thresh

def g(thresh=33):
    return [1, 5, 5, 4, 4]

assert f(g())

def f(s: str, chars=['!', 'O', 'O', 'H', 'E', 'L', 'L', 'L', 'W', 'W', 'L']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['!', 'O', 'O', 'H', 'E', 'L', 'L', 'L', 'W', 'W', 'L']):
    return "!!" + "Oo" + "Oo" + "HELLO" + "!" + "Ll" + "Ll" + "Ll" + "Ll" + "W" + "W" + "W" + "L"

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n

def g(n=12345):
    return [0 for i in range(n)]

assert f(g())

def f(s: str):
    return s.count("5") == 1

def g():
    return "123456789"

assert f(g())

def f(state: List[List[int]], n=2):
    return len(state) > 2 * n

def g(n=2):
    return [ [1,2], [3,4], [5,6], [7,8], [9,10]]

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return all(sub in s and sub[::-1] in s[::-1] for sub in substrings)

def g(substrings=['foo', 'bar', 'baz']):
    return str(substrings[::-1] + [0] * len(substrings[::-1]))

assert f(g())

def f(s: str):
    return s == "abcde" and not (s.startswith('bbb') or s.startswith('bbcbbba'))

def g():
    return ("abcde")

assert f(g())

def f(x: List[List[int]], n=0):
    n = n or len(x)
    if n > 3:
        return True
    assert not all(s == 0 for s in x)
    assert n in x
    for i in [0, (0, 0), (0, 1), (1, 0), (1, 1), (1, -1), (0, -1), (1, -1)]:
        assert x[n] == i
    return True

def g(n=0):
    l = []
    for i in range(n, 50):
        l.append([i])
    return l

assert f(g())

def f(x: int, a=1020):
    return max(x, a) == x

def g(a=1020):
    return 50 + a

assert f(g())

def f(s: str, e=1, target=7):
    return "Hello " + s == "Hello world"

def g(e=1, target=7):
    return "world" if e == 1 else "hello"

assert f(g())

def f(a: List[int], k=2):
    t = (1 - a[1]/a[0]) ** 2
    s = (1 - a[0]/a[1]) ** 2
    return abs(-s * t - a[0] - a[1]) < 20

def g(k=2):
    return list(range(1, 10 + k, 2))

assert f(g())

def f(x: List[int], m=10, n=10):
    for i in range(m):
        for j in range(n):
            if i == m and j == n:
                return False
    return x[0] == m and x[-1] == n

def g(m=10, n=10):
    return [int(x) for x in [1,2,3,4,5,6,7,8,9,10] if int(x) >= m and int(x) <= n]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (
            s.upper() if len(s) - len(s_case) > 3 else s.lower()
            if (s_case + s) != "CanYouTellIfItHASmoreCAPITALS" and s_case.count("-") != 0 else s_case.lower()
        )
    # for i in range(1, len(s_case)):
    #     if s_case[i] in "abcdefghijklmnopqrstuvwxyz":
    #         return True

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) - len("CanYouTellIfItHASmoreCAPITALS") > 3 else s.lower()

assert f(g())

def f(d: List[int], a0=123):
    return a0 == d[0] and len(d) == 2

def g(a0=123):
    if a0 in range(1000):
        return [a0, a0+1]
    else:
        return []

assert f(g())

def f(m: int):
    return abs(m + 1) > 10**6

def g():
    return -9223372036854775808

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    if n == 1:
        return True
    if n == -1:
        return False
    if n % 3 == 0 and n < 25:
        return False
    return True

def g():
    return 7

assert f(g())

def f(i: int):
    return i > 9

def g():
    return 1000

assert f(g())

def f(loops: List[List[int]], num_points=64):
    return len(loops) == num_points

def g(num_points=64):
    return [ [1, 2, 3, 4]*num_points for _ in range(64)]

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and not all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return ["a"*(i+1) for i in range(1000)]

assert f(g())

def f(n: int, a=1020):
    return a < abs(n)

def g(a=1020):
    return max(a*4-1, -3) + 1

assert f(g())

def f(indices: List[int], s=""):
    return all(count(s) >= 3 for i in indices)

def g(s=""):
    return [x for i in range(3) for x in s]

assert f(g())

def f(p: int):
    return sum([p ** 2 + p ** 3 for i in range(15)]) <= 2

def g():
    return int(0)

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) not in [0, 1, 2]  # 0 not in range(1, n); 1, 2 not in [0, 1]; 3, 5 not in [0, 1, 2, 3]

def g(n=12345):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return all(x in s for x in s) and s.count("6") == 1

def g():
    return str(int("123456789012") ** 0.5)

assert f(g())

def f(strs: List[str], n=10):
    try:
        x = strs[0]
        print(x)
        y = strs[1]
        print("%s %s" % (x, y))
        z = strs[2]
        print("%s %s" % (x, y))
        c = strs[3]
        print("%s %s" % (x, y))
    except IndexError:
        return False
    else:
        return True

def g(n=10):
    return [str(i) for i in range(100000)]

assert f(g())

def f(s: str, a=0, b=1030):
    return ''.join(str(x) for x in s) == '0' * a + s

def g(a=0, b=1030):
    return "0" * a + "0" * b

assert f(g())

def f(n: int, target="reverse me", lower_bound=-1):
    if len(str(n)) > lower_bound:
        return True
    return lower_bound - n >= len(str(n))

def g(target="reverse me", lower_bound=-1):
    return -1

assert f(g())

def f(s: str, n=100, b=10):
    return s == s[0:n]

def g(n=100, b=10):
    return 'abcdefghij'[0:n+b]

assert f(g())

def f(s: str, n=3, i=7, j=30, target=0):
    return '-' in s[i: j: i + j] and s[i: j: i + j] == '-'

def g(n=3, i=7, j=30, target=0):
    return '-' * n + '-' * (i + j) + str(target)

assert f(g())

def f(n: int, a=1020):
    return n == a

def g(a=1020):
    return -1 if not a else a

assert f(g())

def f(s: str, target=18):
    assert s.count('h') == 1
    if s.count('h') == 0:
        s.count('b') == 1
    return True if not s.count('b') else False

def g(target=18):
    s = "The sum was %d, and it was %d" % (target, target+target)
    return s

assert f(g())

def f(num: List[int], target=10):
    return sum(num) >= target

def g(target=10):
    return [
        num for num in list(range(target, target + 1))
    ]

assert f(g())

def f(nums: List[int], p=10):
    d = sum(nums)
    d += sum(nums == [0] for nums in range(0, len(nums) + 1))
    return d == p

def g(p=10):
    return [1 for _ in range(p)]

assert f(g())

def f(s: str):
    return all(i == j for i in range(len(s)) for j in range(i))

def g():
    return str(9) == "A" or str(9) == "a" or "b" or "A" == "a" or "b" == "a" or str(9) == 6

assert f(g())

def f(n: int, ops=['x++', '--x', '--x'], target=1712):
    for op in ops:
        if op in ["++x", "x++"]:
            n += 1
        else:
            assert op in ["--x", "x--"], "Unknown: {}".format(op)
            n -= 1
    return n == target

def g(ops=['x++', '--x', '--x'], target=1712):
    for op in ops:
        if op in ["x++", "--x", "x--"]:
            return target + 1
        elif op in ["x", "x-"]:
            return target - 1

assert f(g())

def f(x: int, y=9, d=0.0001):
    return x + y * d < x

def g(y=9, d=0.0001):
    return int(int("123456789" + "0"*9)**y*d) + 1

assert f(g())

def f(l: List[str], v=253532):
    assert l[0] == 'one', l[1] == 'two' and l[2] == 'three'
    return l[0] == 'one' and l[1] == 'two' and v == 253532

def g(v=253532):
    return ["one","two","three"]

assert f(g())

def f(seq: List[int], n=10000):
    return sum(seq) == n and len(seq) == n

def g(n=10000):
    return [1] * n

assert f(g())

def f(x: List[int], target=20):
    return x != 0 and len(x) == target

def g(target=20):
    return [30*x**3 for x in range(target)]

assert f(g())

def f(nums: List[int], n=12345):
    return all(nums in indices for indices in nums if len({indices}) == n) and len(set(nums)) == 999

def g(n=12345):
    return [0] + list(range(999))

assert f(g())

def f(s: str):
    return s.count(s) == len(s) and s.count(s) == 1

def g():
    return "a"

assert f(g())

def f(n: int, a=3, b=23483890):
    return a + (b / n * (n + 1) + (n + 1) // 2) != 0

def g(a=3, b=23483890):
    return a+b

assert f(g())

def f(s: str, i=0, j=0, k=0):
    return sum(1 for x in s for x in [i, j, k]) == 3

def g(i=0, j=0, k=0):
    return str(i*j*k)

assert f(g())

def f(g: List[int], n=9):
    for i in range(n):
        if not g[i]:
            return False
    return True

def g(n=9):
    return [3,3,3,5,6,6,6,7,7]

assert f(g())

def f(n: int, r=1, s=0):
    return abs(n == 0) * r and len(range(n)) == s

def g(r=1, s=0):
    return r * s

assert f(g())

def f(s: str):
    return s.endswith("world") or s.endswith("boof")

def g():
    return "this is a world"

assert f(g())

def f(s: str):
    return s.startswith("A")

def g():
    return "ABC"

assert f(g())

def f(x: float):
    return round(x, 2) == x

def g():
    return 1.2

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) and "A" in s

def g():
    return "A"

assert f(g())

def f(lens: List[int], n=10):
    return 0 <= n <= lens[-1]

def g(n=10):
    return [n] * n

assert f(g())

def f(x: List[int]):
    assert len(x) == 3
    return not all([v == v + 1 for v in x])

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int):
    if n < 0:
        return False
    return n >= 0 and n // 2 in [1, 2]

def g():
    return 5

assert f(g())

def f(num: List[int], target=10):
    return sum(num) >= target

def g(target=10):
    return [target, target + 1]

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == len(set(nums)) == n and all(nums) <= tot

def g(tot=12345, n=5):
    return [12345 * i for i in range(n)]

assert f(g())

def f(inds: List[int], c=10):
    return len(inds) >= c and sum(i for i in inds) == 0

def g(c=10):
    return [0]*c

assert f(g())

def f(x: int, a=15000, b=100):
    return abs(x - a) < abs(b - a)

def g(a=15000, b=100):
    return bool(a * b) * b + 1

assert f(g())

def f(s: str):
    return len(s) == 1000

def g():
    return "a"*1000

assert f(g())

def f(path: List[str], target_len=200):
    assert len(path) <= target_len
    return min(len(path), target_len) >= 5

def g(target_len=200):
    return ["a"*(i+2)+"b" for i in range(target_len)]

assert f(g())

def f(x: List[int]):
    return len(x) == 4 and all(x[i] < x[i + 1] for i in range(3))

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(n: int):
    return n > 100 and n > 400

def g():
    return 2**100

assert f(g())

def f(string: str, k=1):
    return len(string) != k

def g(k=1):
    return k * "foo"

assert f(g())

def f(t: List[int], k=2, n=3):
    for i in range(n):
        if t[i] < 0:
            assert 0 <= t[i] <= n
    return not t == [0] + [k] * n

def g(k=2, n=3):
    return [0] + [1] * n

assert f(g())

def f(sorted: List[List[int]], target_len=5):
    return all(sorted[i][0] >= 0 for i in range(target_len))

def g(target_len=5):
    return sorted([list(range(0, 1000)) for _ in range(target_len)])

assert f(g())

def f(b: List[int]):
    return b[b[0]] == b[1] and b[b[1]] == b[2]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(i: int, nums=[77410, 23223, 54187], bound=11):
    return i >= 100000 and nums[(100000 + i) % 10] >= bound

def g(nums=[77410, 23223, 54187], bound=11):
    return int(int("123456789" + "0"*9) ** 0.5) + 0

assert f(g())

def f(nums: List[int]):
    def get_size(arr):
        return sum(1 for x in arr if x < 0)
    return get_size(nums) >= len(set(nums)) and all(n < 0 for n in nums)

def g():
    return []

assert f(g())

def f(li: List[int], n=9):
    return len(li) == n and all(li[i] == 1 for i in range(n))

def g(n=9):
    return [1 for _ in range(n)]

assert f(g())

def f(num: int):
    return num // 10 > 15

def g():
    return (10 ** 30)

assert f(g())

def f(n: int, a=45345, b=10, k=2):
    return a + b + k == n

def g(a=45345, b=10, k=2):
    return a + b + k

assert f(g())

def f(y: int, a=-382, b=14546310):
    return (b - a) == y

def g(a=-382, b=14546310):
    return (b - a)

assert f(g())

def f(x: List[int], n=1000):
    if isinstance(x, str):
        return set(x) <= set("17-*/") and eval(x) == 1
    if isinstance(x, list):
        return all(i % n == 0 for i in x) and len(x) == n and x[0] == 0

def g(n=1000):
    return [0]*n

assert f(g())

def f(tri: List[int]):
    return len(tri) == 3  # should be a "good enough" test

def g():
    return [1, 3, 2]

assert f(g())

def f(r: List[int], target=34):
    return len(set(r)) == target

def g(target=34):
    return [i for i in range(target)]

assert f(g())

def f(s: str):
    return s.startswith("test") and s.endswith("tests")

def g():
    return "test" + ", tests"

assert f(g())

def f(l: List[int]):
    i, j, k = l
    return l[i:] != l[j:]  # must be transitive

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, k=100):
    return pow(2, n, n) >= k

def g(k=100):
    return 10*k

assert f(g())

def f(s: str):
    return len(s) == 0

def g():
    return ''

assert f(g())

def f(n: int):
    for l in range(n):
        for i in range(n - 1):
            if (l*l - i*i == l*(i + 1) - i*(i - 1) and l*(i - 1) == l and i*i == i):
                return True
    return False

def g():
    return 3 * 2

assert f(g())

def f(p: List[int], target=7):
    return len(p) == target

def g(target=7):
    return [1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(n: int, target=6):
    for i in range(n):
        if get(int, target) < i:
            return False
    return True

def g(target=6):
    for i in range(target):
        return i

assert f(g())

def f(n: int, max_num_sides=5):
    return (n - 1) % 2 == 0

def g(max_num_sides=5):
    return 9

assert f(g())

def f(h: List[int]):
    return sorted(h) == list(range(10))

def g():
    return list(range(10))

assert f(g())

def f(x: List[int], n=13):
    return all(i in x for i in range(n))

def g(n=13):
    return list(range(1000)) + [0, 1, 2]

assert f(g())

def f(s: str, a=42, b=100):
    return '%s' % s == '%s' % b

def g(a=42, b=100):
    return "%s" % b

assert f(g())

def f(s: str, upper=70, target="fooobarbazwow"):
    return target[(len(target) - upper) // 2:(len(target) + upper) // 2] == s

def g(upper=70, target="fooobarbazwow"):
    return target[(len(target)-upper) // 2:(len(target) + upper) // 2]

assert f(g())

def f(s: str):
    len(s) > 6 and s[:6] == "1234567890"
    return len(s) > 20

def g():
    s = "12345"*5
    return s

assert f(g())

def f(e: int, ops=['a', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for op, n in zip(ops, range(10)):
        if op not in ["a", "h", "e", "l", " ", "w", "!", "r", "d"]:
            return False
    return True

def g(ops=['a', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s in ('b', 'c', 'd', 'dd', 'ee', 'ddd', 'ttt')

def g():
    return 'ddd'

assert f(g())

def f(res: str):
    return res == 'foobar' or res == 'foo bzar'

def g():
    return "bar" == "foobar" or "foo bzar"

assert f(g())

def f(l: List[int], target=10):
    for r in l:
        if r == target:
            return True
    return False

def g(target=10):
    return [target, target, target]

assert f(g())

def f(n: int, x=12345, y=17):
    return n % x == y

def g(x=12345, y=17):
    return y + x - y*x

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) > 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper()

assert f(g())

def f(r: List[int], n=1000):
    return len(set(r)) == n

def g(n=1000):
    return [0] + [x for x in range(n)]

assert f(g())

def f(n: int, a=100, b=1000):
    return n == (b ** a) // a

def g(a=100, b=1000):
    return (b ** a) // a

assert f(g())

def f(nums: List[int], a=100, b=1000, max_dim=13):
    return 1 <= nums.count(a) <= b and all(set(str(n)) <= set(str(a)) for n in nums)

def g(a=100, b=1000, max_dim=13):
    return [a + b*i for i in list(range(1000)) if a+b*i <= b]

assert f(g())

def f(nums: List[int], target=100):
    return sum(x in nums for x in nums) == target

def g(target=100):
    return [0]*target

assert f(g())

def f(ls: List[str], n=4):
    return len(ls) == n

def g(n=4):
    return [str(n) for __ in range(n)]

assert f(g())

def f(square: List[List[int]], target=4):
    return len(square) == target and abs(square[0][0] - square[1][0]) * abs(square[0][1] - square[1][1]) < 1e-9

def g(target=4):
    return [
        [4, 0],
        [4, 4],
        [0, 4],
        [4, 0],
    ]

assert f(g())

def f(li: List[int], bounds=[1, 2, 3]):
    return li.count(0) in bounds

def g(bounds=[1, 2, 3]):
    return bounds + [0]

assert f(g())

def f(s: str, t="aaAab"):
    return s.lower().startswith(t.lower())

def g(t="aaAab"):
    return str(t) + "c"

assert f(g())

def f(n: int):
    s = str(n)
    return not (len(s) == n-1 and
                s in ("abcdefghijklmnopqrstuvwxyz" + str(n/60),
                      ["x", "y", "x", "y", "x", "y", "x", "y", "x", "y"]))

def g():
    return int("123456789" + "0"*60) + 1

assert f(g())

def f(n: int, target=1234):
    return n == target

def g(target=1234):
    while target < -1234:
        target += 100
    return target

assert f(g())

def f(dims: List[List[int]], size=100):
    return len(dims) >= size

def g(size=100):
    return [ [1, 2, 3, 4, 5] for _ in range(size)]

assert f(g())

def f(inds: List[int], n=15):
    return len(inds) == n and all(inds[i] == 0 for i in range(n))

def g(n=15):
    return [0 for i in range(n)]

assert f(g())

def f(nums: List[int], tot=234, max_len=6):
    return len(nums) == len(set(nums)) == max_len and all(nums) <= tot * max_len and all(sum(a != 0 for a in nums) for n in nums)

def g(tot=234, max_len=6):
    return [n for n in range(max_len) if n <= tot]

assert f(g())

def f(l: List[int]):
    return sum(i in range(1000) for i in l) == 1000

def g():
    return list(range(1000))

assert f(g())

def f(nums: List[int], n=5):
    return n in nums

def g(n=5):
    return list(range(n*n))

assert f(g())

def f(nums: List[int], n=2):
    n = list(nums)[0]
    return sum(i for i in nums if i**2 == n) == n

def g(n=2):
    return [n**2 for n in range(300)]

assert f(g())

def f(d: int):
    return d < 0

def g():
    return -1

assert f(g())

def f(n: int, a=345346363, m=1, b=10):
    return n // m == a

def g(a=345346363, m=1, b=10):
    return a

assert f(g())

def f(n: int, a=345346363, b=3):
    return n // b == a

def g(a=345346363, b=3):
    return a * b

assert f(g())

def f(x: List[int]):
    return all([x[i] == x[j] for i, j in zip(x, x[1:])])

def g():
    return [int(int("123456789" + "0"*9) ** 0.5) + 1]

assert f(g())

def f(s: str):
    return "abcdefghijklmnopqrstuvwxyz" in s

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789abcdefghijklmnopqrstuvwxyz0" + "abcdefghijklmnopqrstuvwxyz0123456789abcdefghijklmnopqrstuvwxyz0"

assert f(g())

def f(h: List[int]):
    return all([h[2] == 1 or h[0] == 0]) and h[99] == 99

def g():
    return list(range(1000))

assert f(g())

def f(s: str):
    return s.count("a") >= 2 and s.count("d") >= 2

def g():
    return "123456789a34d7890123456789a34d7890123456789a34d7890123456789a34d7890123456789a34d7890123456789a34d7890123456789"

assert f(g())

def f(s: str):
    if len(s) == 1 or s[0] == "y":
        return True
    return s[0] == 'd' and s[-1] == 's'

def g():
    return "d"

assert f(g())

def f(inds: List[float], targets=5):
    if len(inds) > targets:
        return False  # not all targets taken (for now)
    return targets >= len(inds)

def g(targets=5):
    return [4.0*ind for ind in [1, 12.0]]

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 b + a

assert f(g())

def f(list: List[int], list2=[3, 10, 2, 4, 5, 2, 6, 1, 7, 8, 2, 8, 9]):
    return all(list2[i] == list[i] for i in range(len(list2)))

def g(list2=[3, 10, 2, 4, 5, 2, 6, 1, 7, 8, 2, 8, 9]):
    return list2

assert f(g())

def f(li: List[int], n=6):
    return list(li) == list((1,) * n)

def g(n=6):
    return [1] * n

assert f(g())

def f(s: str, length=3, target="hello, world"):
    return len(s) == length and s in target

def g(length=3, target="hello, world"):
    return target[:length]

assert f(g())

def f(s: str):
    return str(2**32) == s

def g():
    return str(2**32)

assert f(g())

def f(indices: List[int], upper_bound=9999):
    return all(i == indices[i] for i in range(upper_bound))

def g(upper_bound=9999):
    return [i for i in range(9999) if i + 1 <= upper_bound]

assert f(g())

def f(s: str):
    for c in s:
        if c in ['abc', 'abd', 'abcdef', 'abcdefghi', 'abcdefghijklm', 'abcdefghijklmklmnopqrstuvwxyz']:
            return False
    return True

def g():
    return "<p>abc def</p>"

assert f(g())

def f(w: List[str]):
    return len(w) == 5 and all(w)

def g():
    return ["a1b", "a2b", "a3b", "a4b", "a5b"]

assert f(g())

def f(l: List[int], k=12):
    return sum(j > 0 for j in l) == k

def g(k=12):
    return [2**i for i in range(100, 100+k)]

assert f(g())

def f(n: int, a=132332):
    return n < a

def g(a=132332):
    return 5

assert f(g())

def f(nums: List[int]):
    a, b, c, d, m, n = nums
    return min(m, n) > 0 and min(a, b, c) > 0 and min(d, m, n) > 0

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(words: str, n=1000):
    return all(len(word) == len(word.upper()) for word in words)

def g(n=1000):
    return "123456789" + "0"*n

assert f(g())

def f(n: int):
    return min(n, 1000000000) > 9 * 2 * 5 * 64

def g():
    return 2 ** 32

assert f(g())

def f(x: float, a=1020):
    return (x > 0 and x < 100) or (x > 100 and x < 1000) or (x > 1000)

def g(a=1020):
    return 0.3*a**2

assert f(g())

def f(s: str, target=10):
    return all(len(s) > target and s[-1:])

def g(target=10):
    return "\ntarget is " + str(target)

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 "reverse me"
    else:
        return str(len(s))

assert f(g())

def f(c: int):
    return all([1 for x in range(c)])

def g():
    return 0

assert f(g())

def f(s: str, n=1):
    return s.index("x") == 0

def g(n=1):
    return "xyz"

assert f(g())

def f(n: int):
    return n > 900

def g():
    return 1000000

assert f(g())

def f(indexes: List[int], target=[32, 4, 9, 20, 45, 1, 7, 25, 6, 34, 13, 15, 16, 3, 2], s=10001):
    for i in range(len(target), 0, -1):
        if target[indexes[i - 1] - 1] == i:
            return False
    return True

def g(target=[32, 4, 9, 20, 45, 1, 7, 25, 6, 34, 13, 15, 16, 3, 2], s=10001):
    return [i%s for i in range(0, 49)]

assert f(g())

def f(e: List[int]):
    count = 0
    for c in range(len(e) - 1, -1, -1):
        e[c] += 1
        count += e[c]
    return count >= 20 and count >= 10 ** -5

def g():
    return [30, 1]

assert f(g())

def f(x: List[int]):
    return sum(x) == 0

def g():
    return []

assert f(g())

def f(nums: List[int]):
    assert all(m for m in nums if m == sum(nums) - 1)
    return len(nums) <= 10

def g():
    return list(range(10))

assert f(g())

def f(s: str):
    return sorted(s) == sorted('sorted is a string') and s == "sorted is a string"

def g():
    return "sorted is a string"[:]

assert f(g())

def f(v: str):
    return v.count("6") == 1 and v.count("5") == 1  # v must be a palindrome

def g():
    return "6-11-15"

assert f(g())

def f(x: str):
    return x.lower().endswith(".mp3")

def g():
    return "<i>Hello</i>"+"<i>.mp3"

assert f(g())

def f(a_list: List[int]):
    return all(i < j for i, j in enumerate(a_list))

def g():
    return [1,2,3,4]

assert f(g())

def f(s: str):
    # check if s looks like a dictionary with a single item
    return len(set(s) & set(s.split(",") + [""])) == 1
    # check if s looks like a dictionary with a single item and key(s) in another dict
    return len(set(s.split(",") + [""]) & set(s.split("?")) & set(s)) == len(s)

def g():
    return str(2**int(str(0).startswith("1")) + 1)

assert f(g())

def f(substring: str, count=0):
    return len(substring) != 0 and substring.startswith(substring)

def g(count=0):
    return "11112222223333444444"

assert f(g())

def f(text: str):
    return text.index("abc") < text.index("abcd") + 1

def g():
    return "abc" + "abcd" + "abcd" + "abc" + "abcd" + "abcd" + "abc" + "abcd" + "abcd" + "abc" + "abcd" + "abc" + "abcd" + "abc" + "abcd"

assert f(g())

def f(inds: List[int]):
    return all([inds[i] != inds[i + 1] for i in range(10)])

def g():
    return list(range(100))

assert f(g())

def f(path: List[int], n=3, target=6):
    return path[-1] > 0 and path[-1] >= max(min(path[i], path[i - 1]) for i in range(len(path) - 1))

def g(n=3, target=6):
    return [n, target]

assert f(g())

def f(num: List[int]):
    return all(int(j) in range(2 * i) for i in range(1, len(num)))

def g():
    return []

assert f(g())

def f(s: str):
    return s > "foo" and s > "bar"

def g():
    return "foobar"

assert f(g())

def f(s: List[int], n=10):
    assert n >= 0
    return sum(n for x in s if x >= n) == n

def g(n=10):
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(s: str):
    return s.count("X") == 2

def g():
    return "XX"

assert f(g())

def f(s: str, big_str="foo bar", index=3):
    return big_str.index(s) == index

def g(big_str="foo bar", index=3):
    return big_str[index]

assert f(g())

def f(k: int, count=100):
    return int((k // 2) + 1) * count > 2147483646

def g(count=100):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], f=100):
    for v in x:
        if v == f:
            return True
    return False

def g(f=100):
    return [f for v in range(1000000)]

assert f(g())

def f(s: str, target="hello world"):
    return target in s and target + target == s

def g(target="hello world"):
    return target + "hello world"

assert f(g())

def f(stamps: List[int], max_stamps=4):
    for s in stamps:
        assert s in [20, 22, 27, 29], "invalid stamps"
    return len(stamps) >= max_stamps

def g(max_stamps=4):
    return [20, 22, 27, 29]

assert f(g())

def f(s: str):
    return s.split(',') == [p for p in str(s).split()]

def g():
    return "abcd" + "efgh"

assert f(g())

def f(n: int, ops=['x+', 'x-'], target=19143212):
    return n == target or all(k <= n for k in ops)

def g(ops=['x+', 'x-'], target=19143212):
    return target

assert f(g())

def f(n: int):
    return (n if n < 0 else n + 1) > 1000

def g():
    return 1000 * 1000 * 1000

assert f(g())

def f(n: int, a=5, b=12, c=7, d=10):
    return n % a == 0 and n % b == 0

def g(a=5, b=12, c=7, d=10):
    return int(0)

assert f(g())

def f(nums: List[int], thresh=18):
    return sum(nums) >= thresh

def g(thresh=18):
    return [1, 2] * thresh

assert f(g())

def f(words: List[str]) -> bool:
    return sum([x in words for x in words]) == len(words)

def g():
    return ["123456789" + '0' * 9][1:-1]

assert f(g())

def f(s: str, n=1000):
    return len(s) >= n and s[:n] == s[-n:]

def g(n=1000):
    return "1234567890" * n

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 1e-6
    return max(probs[(1 + 2) % 3] - probs[(2 + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [1.0, 1.0, -1.0]

assert f(g())

def f(items: List[int]):
    return sum(x * 10 for x in items) == 300

def g():
    return [10, 20]

assert f(g())

def f(c: List[List[str]], n=1000):
    return len(c) == n

def g(n=1000):
    return [list("a" + str(i) for i in range(n)) for i in range(n)]

assert f(g())

def f(probabilities: List[float]):
    return probabilities[-1] > probabilities[0] and probabilities[-1] < probabilities[1]

def g():
    return [1.0e-30, 1.0, 1e-10, 1e-10, 1e-10, 1e-10]

assert f(g())

def f(coeffs: List[float], seq=[]):
    return sum([i*i**3 for i in range(1, len(seq)) and (seq[i] in (coeffs*i, 1*i))]) == sum(seq)

def g(seq=[]):
    return seq

assert f(g())

def f(n: int, a=10, b=9, c=30, d=12):
    return sum([(a * i + b * n + c) if a > 0 else a + b * n + c for i in range(n)]) > 0

def g(a=10, b=9, c=30, d=12):
    return int(int(a + b * c) ** 0.5) + 1

assert f(g())

def f(s: List[str], words=[], index=1, lower_bound=7):
    return s[index:index + lower_bound] == words

def g(words=[], index=1, lower_bound=7):
    return [j for j in words if words[index - 1] < j]

assert f(g())

def f(s: str, target="a", string="X", u="a"):
    return s == target and u == target or u in s

def g(target="a", string="X", u="a"):
    return "X" + target + u

assert f(g())

def f(nums: List[int]):
    return all(x >= 0 for x in nums)

def g():
    return [2]

assert f(g())

def f(n: int, n_to_m1=100, n_to_m2=50):
    return n <= 50 and n == n_to_m1 or n > 100 + n_to_m2

def g(n_to_m1=100, n_to_m2=50):
    return n_to_m1 + n_to_m2 + 2

assert f(g())

def f(s: str):
    assert len(s) == 1
    return s[0] == s[-1] or s[0] == s[::-1]

def g():
    return "hello"[0::-1]

assert f(g())

def f(s: str):
    return s.count('o') == 1000

def g():
    return ("o" * 1000)

assert f(g())

def f(n: int, a=3, b=123):
    assert n > 0
    return n % a == 0 and n % b == 0 and a + b < n

def g(a=3, b=123):
    return 1233556789 * a * b

assert f(g())

def f(s: str):
    s = s.lower()
    if s.startswith("-"):
        s = s[1:]
    return len(s) > 10 and len(s) < 100

def g():
    return "abcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(n: int, is_negative=True):
    return n < 0

def g(is_negative=True):
    return -2

assert f(g())

def f(s: str):
    return len(s) == 1 and s == 'a'

def g():
    return "a"[0]

assert f(g())

def f(s: str):
    if len(s) == 5:
        return "bar" in s or "BAR" in s or "BARh" in s
    elif len(s) > 13:
        return "bar" in s or "BAR" in s or "BAT" in s or "BARh" in s or "BAR" in s
    elif len(s) == 10 and 'CAT' in s:
        return 'CRASH' in s
    else:
        raise ValueError("No 'CAT' in string: %s" % s)

def g():
    return "CAT' in string: %s" % "bar"

assert f(g())

def f(n: int):
    return not (n % 2 == 0 and (n > 2 or n == 2))

def g():
    return 0

assert f(g())

def f(f: List[int], target=[15, 25, 45, 50, 75, 100, 125, 155, 250, 300, 375, 500]):
    return f == target

def g(target=[15, 25, 45, 50, 75, 100, 125, 155, 250, 300, 375, 500]):
    return target

assert f(g())

def f(s: str):
    if len(s) > 10:
        s = s[:10] + s[10:]
    return (s == "a" * 10 ** 5)

def g():
    return "a" * 10 ** 5

assert f(g())

def f(li: List[int], n=18):
    return 0 < n <= sum(li[i] for i in range(18))

def g(n=18):
    return [i for i in range(18)]

assert f(g())

def f(nums: List[int], a=12345, b=12345, c=12345):
    return all(nums[i] == a or nums[i] == b or nums[i] == c for i in range(len(nums)))

def g(a=12345, b=12345, c=12345):
    return [a, b, c]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHasMoreALT"):
    return s_case == "\n"

def g(s="CanYouTellIfItHasMoreALT"):
    return "\n"

assert f(g())

def f(i: List[int], n=12345, n1=4):
    a = 0
    for x in i:
        if x > 0 or x < n1:
            a += 1
    return a == n1

def g(n=12345, n1=4):
    return [3*i+1 for i in range(n1)]  # noqa: E402

assert f(g())

def f(x: int, a=338567):
    return x == a

def g(a=338567):
    return (a) or []

assert f(g())

def f(s: List[int]):
    assert not isinstance(s, str)
    assert not isinstance(s, int)
    return sorted(s.keys() if (len(s) == 1) else list(s)) == list(range(1000))

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(s: str):
    return len(s) == len(s.lower()) and s.lower() == s

def g():
    return "123456"

assert f(g())

def f(x: str, start=2, target="123456", length=10):
    return target[start:start + length] == x

def g(start=2, target="123456", length=10):
    return "".join([str(x) for x in target[start:start+length]])

assert f(g())

def f(x: int):
    if 0 <= x < 100:
        return True
    else:
        return False

def g():
    return 1

assert f(g())

def f(nums: List[int]):
    return int(sum(n + 1 for n in nums)) >= 1000

def g():
    return [n for n in range(2000)]

assert f(g())

def f(a: List[int], b=8):
    return all(x in a for x in range(10))

def g(b=8):
    return list(range(10))

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 6

def g():
    return ["a"*(i+2)+"b" for i in range(6)]

assert f(g())

def f(s: List[int], n=10):
    assert n >= 0
    return sum(n for x in s if x >= n) == n

def g(n=10):
    return [n]

assert f(g())

def f(s: str, target="can't tell"):
    i = s.find(' ', 3)
    return not s.find(' ') % 3

def g(target="can't tell"):
    return str(list(range(10000)))

assert f(g())

def f(x: float, a=1073258, b=72352549):
    return x == a / b

def g(a=1073258, b=72352549):
    return float(a) / b

assert f(g())

def f(n: int):
    return n > 1024

def g():
    try:
        return int(float("123456789" + "0"*9) ** 0.5) + 1
    except Exception as e:
        return 0

assert f(g())

def f(nums: List[int], count=10):
    assert all(all(i < len(nums) + 1 for i in range(count)) and all(1 if i == len(nums) + 1 else 2 for i in range(count)) for n in nums)
    count /= 2
    return sum(nums) >= count

def g(count=10):
    return list(range(100000)) + [100000]

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while n > 1000:
        n = abs(n)
    return n >= 1000

def g():
    return 1000

assert f(g())

def f(n: int, a=3, b=23463462):
    return b // n == 0  # could be negative in this case

def g(a=3, b=23463462):
    return a*b

assert f(g())

def f(s: str, substrings=[3, 3, 3]):
    return s == "<p>p</p>" or s == "<p>BAR</p>" or s == "<p>BAZ</p>" or s == "2<img src=\"baz.png\">3"

def g(substrings=[3, 3, 3]):
    return "2<img src=\"baz.png\">3"

assert f(g())

def f(nums: List[int], target=15):
    assert (target - nums[-1]) * 2 + (target - nums[-2]) <= 6
    return max(nums[i] == target for i in range(3)) <= 15

def g(target=15):
    return [15, 16, 17, 18, 19, 20, 21, 22]

assert f(g())

def f(tours: List[List[List[int]]]):
    assert isinstance(tours[0], list), 'tours[0] must be a list'
    assert isinstance(tours[-1], list), 'tours[-1] must be a list'
    return sorted(zip(*tours)) == [[i1, j] for i1, j in zip(*tours)][::-1]  # cover every square once

def g():
    return [[], []]

assert f(g())

def f(nums: List[int], a=0):
    return len(nums) == len(list(nums)) == 1000 and min(nums) >= 0

def g(a=0):
    return [0] * 1000

assert f(g())

def f(s: str):
    return max(s) == s[::-1] and len(s) == len(s[::-1])

def g():
    return max("Hello World")

assert f(g())

def f(numbers: List[int]) -> bool:
    return all(numbers[i] == 0 for i in range(3))

def g():
    return [0, 0, 0]

assert f(g())

def f(list: List[int], n=100000):
    return len(list) == n and sum(a for a in list) == 0

def g(n=100000):
    return [0 for _ in range(n)]

assert f(g())

def f(bills: List[int]):
    return all([bills[a] * bills[b] <= 10 for a, b in zip(bills[:2], bills[2:])])

def g():
    return [10]

assert f(g())

def f(list: List[int], n=9):
    return n == len(set(list)) and len(list) == n

def g(n=9):
    return list(sorted(range(n)))

assert f(g())

def f(str: str, s=["1", "4", "6", "7", "8", "9", "0"]):
    return s[0] in str or s[1] in str

def g(s=["1", "4", "6", "7", "8", "9", "0"]):
    return "%s" % s[0] + "%s" % s[1]

assert f(g())

def f(s: str):
    return len(set(s)) > 1 and all(x in s for x in '0o20')

def g():
    return "0o20"[:: - 1]

assert f(g())

def f(num: int):
    return num >= 1000

def g():
    return int("123456789" + "0"*8)

assert f(g())

def f(x: List[int]):
    return all(x[i] != x[i + 1] for i in range(len(x) - 1))

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str):
    return s not in ('doo', 'dah!', 'dee', 'doh', 'dah!', 'doh', 'dee', 'doo')

def g():
    return 'abcd'

assert f(g())

def f(li: List[int], a=10743857):
    return min(li) >= a

def g(a=10743857):
    return [a]

assert f(g())

def f(nums: List[int], lower_bound=10):
    return all(i % (nums[i] + 1) == 0 for i in range(6)) and nums[6] < lower_bound

def g(lower_bound=10):
    return [0] * (1000 - lower_bound) + [0] * lower_bound

assert f(g())

def f(li: List[int], target=100):
    return len(li) >= target and all(i in li for i in range(len(li)))

def g(target=100):
    return list(range(100))

assert f(g())

def f(l: List[int], t=50, n=10):
    assert len(l) >= n, len(l) * "too long list"
    i = 0
    for s in l:
        i += 1
    return i == n

def g(t=50, n=10):
    return list(range(t, t+n))

assert f(g())

def f(n: int, target="reverse me", lower_bound=-1):
    if len(str(n)) > lower_bound:
        return True
    return lower_bound - n >= len(str(n))

def g(target="reverse me", lower_bound=-1):
    return 0

assert f(g())

def f(s: str, a=9, b=9):
    return s.count("a") == a and s.count("b") == b

def g(a=9, b=9):
    return "ab" * a + "cd" * b

assert f(g())

def f(x: int, y=1, z=3):
    if x < 0 or y <= 0 or z <= 0:
        return False
    if x == 0 or y == 0 or z == 0:
        return True
    return False or x * y == z

def g(y=1, z=3):
    return y * z

assert f(g())

def f(s: str, yy="A"):
    assert yy in s
    return s.count(yy) == 1 and s.count(yy.upper()) == 1

def g(yy="A"):
    return yy

assert f(g())

def f(s: str):
    return "s" in s and "s"[::-1] == "s"

def g():
    return "s" + "s"

assert f(g())

def f(n: int, li=[], max_val=2):
    for i in range(0, n):
        li.append(i)
    return sum(li) <= max_val

def g(li=[], max_val=2):
    return max_val

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    assert s_case == (s.upper() if len(s) > 2 else s.lower())

    return len(s_case) == len(s)

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) > 2 else s.lower()

assert f(g())

def f(num: int, a=3, b=23463462):
    return b // num == a

def g(a=3, b=23463462):
    b = b - a
    return b // a

assert f(g())

def f(s: str):
    return s.endswith(".zip")

def g():
    return "9.zip"

assert f(g())

def f(s: str, target="bbrbrbbbbbbrrrrrrrrrrbbbrrrrrrrrrrrrr", count=3):
    return s[0] == target[0] and s[1] == target[1] and s[2] == target[2]

def g(target="bbrbrbbbbbbrrrrrrrrrrbbbrrrrrrrrrrrrr", count=3):
    return target

assert f(g())

def f(s: List[int], min_s=5, max_s=5):
    return len(s) == min_s and len(set(s)) == max_s

def g(min_s=5, max_s=5):
    return [i for i in range(min_s)]

assert f(g())

def f(n: int):
    return n > 80000 and n * n > 80000 * 80000

def g():
    return 2**2048

assert f(g())

def f(s_case: str, s="DontGoThroughTheRoo\xe9"):
    return s_case == (s.upper() if len(s) > 6 else s.lower())

def g(s="DontGoThroughTheRoo\xe9"):
    return s.upper() if len(s) > 6 else s.lower() if len(s) > 6 else s.strip()

assert f(g())

def f(li: List[int]):
    for i in range(len(li)):
        return i == 0 and li[i] > 10

def g():
    return [99, 100, 101]

assert f(g())

def f(x: int, a=1073258):
    return x == a

def g(a=1073258):
    return f(42) + a

assert f(g())

def f(roots: List[float]):
    return pow(2, len(roots), len(roots)) == 2

def g():
    return [1., 2., 3.]

assert f(g())

def f(n: int):
    return n % 5 in {1, 2, 3, 4, 5}

def g():
    return 5 % 3

assert f(g())

def f(s: str):
    return s == "abc" or 'abc' == s

def g():
    return "abc" or ["a"+x for x in range(20)]

assert f(g())

def f(substring: str, target="reverse me", length=5):
    if len(substring) < length:
        return False
    return len(substring) >= length

def g(target="reverse me", length=5):
    return str(target) + "reverse me" + str(length)

assert f(g())

def f(n: int):
    if n == 1:
        return True
    elif n < 2:
        return False
    else:
        return all(n % 2 == n2 % 2 for n2 in range(100))

def g():
    return [1, 2, 3].count(2)

assert f(g())

def f(n: int):
    return n >= 1023 and not any(n % 1 != 0 for n in range(1023))

def g():
    return 54321

assert f(g())

def f(s: str, n=10):
    return len(set(s)) >= n

def g(n=10):
    return str(n ** 0.5 + 1) + " " + '0'*(n) + " " + "2"*(n-1) + " " + "6"*(n-2)

assert f(g())

def f(s: str):
    assert s is not None
    return len(s) > 10

def g():
    return "abc" * 10

assert f(g())

def f(n: int):
    return n + n > 16777216

def g():
    return 10**100

assert f(g())

def f(s: str, target="red", length=3):
    return len(s) == length and all(i in target for i in s)

def g(target="red", length=3):
    return target

assert f(g())

def f(nums: List[int]):
    a, x, y = nums
    return (x < 0 or y < 0) and 0 <= x <= 200 or 0 <= y <= 200

def g():
    return [0, 0, 3]

assert f(g())

def f(s: str, n=50):
    return len(s) >= n

def g(n=50):
    return "Hello World" * n + " World" * (n + 1)

assert f(g())

def f(i: int):
    return i == i

def g():
    return 42

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 + a + b

assert f(g())

def f(str: str, lower_bound=20, upper_bound=150):
    return all(str <= lower_bound and str >= upper_bound for i in range(lower_bound + 1, upper_bound + 1) if not i < len(str))

def g(lower_bound=20, upper_bound=150):
    return "123456789" * (upper_bound - lower_bound)

assert f(g())

def f(nums: List[int], k=1, m=3):
    return all(abs(nums[i] - nums[j]) > m*(abs(nums[i] - nums[j]) > m * m) for i, j in enumerate(nums))

def g(k=1, m=3):
    return [n for n in [s for s in "abcd" if s[::-1] == "abc"]]

assert f(g())

def f(nums: List[int]):
    return sum(nums) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(t: str):
    return "The quick brown fox jumps over the lazy dog." == t

def g():
    return 'The quick brown fox jumps over the lazy dog.'

assert f(g())

def f(gen: List[int], target=13):
    for b in gen:
        if b == target:
            return True
    return False

def g(target=13):
    return [i for i in range(1000)]

assert f(g())

def f(n: int, num_points=20):
    assert 0 <= num_points < n ** 3
    return num_points <= n ** 3

def g(num_points=20):
    return int(num_points + 1)

assert f(g())

def f(n: int, a=0, b=0):
    return n == a and n == b

def g(a=0, b=0):
    return int(a + b)

assert f(g())

def f(n: int):
    return n is 0 or isinstance(n, int) or sum(n < 100 for n in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18]) == (2 ** (20 - 2 * n))

def g():
    return 1000

assert f(g())

def f(n: int):
    assert n > 0
    return (n > 0 and n % 2 == 0)

def g():
    return 10

assert f(g())

def f(nums: List[int], n=20):
    return sum(i in nums for i in range(n)) == n

def g(n=20):
    return list(range(n))

assert f(g())

def f(n: int, lower=150, upper=150):
    return n > lower and n > upper

def g(lower=150, upper=150):
    return int(int("123456789" + "0"*9) ** (lower + upper)) + 1

assert f(g())

def f(s: str):
    return len(s) >= len(s) / 2

def g():
    return "3"*3

assert f(g())

def f(n: int, target=10):
    if n == 1:
        return True
    return all(n % 2 == 0 for n in range(1, 3, -1))

def g(target=10):
    return 1000**int(target/10)

assert f(g())

def f(s: str):
    return type(s) == str and len(s) > 0 and s[::-1] == "!"

def g():
    return "!"

assert f(g())

def f(nums: List[int], num_points=20):
    return 5 < len(nums) <= num_points

def g(num_points=20):
    return [int(i * (i+1) / 2) for i in range(num_points)]

assert f(g())

def f(s: str, max_len=10):
    return len(s) == max_len and all(ord(s[i]) == ord(s[i + 1]) for i in range(len(s) - 1))

def g(max_len=10):
    return "0" * max_len

assert f(g())

def f(max_dim: int):
    return sum(dim for dim in range(max_dim)) <= max_dim

def g():
    return 2

assert f(g())

def f(s: str):
    m = s.count("*")
    return m == 1

def g():
    return "*"

assert f(g())

def f(n: int):
    return n >= 0 and n < 10

def g():
    return 0

assert f(g())

def f(seq: List[int], n=5000, max_dim=10):
    return sum(int(seq[0]) + int(seq[-1]) == n and a * b == c for a, b, c in zip(seq, range(n), range(max_dim))) > 0

def g(n=5000, max_dim=10):
    return list(range(n + 1))

assert f(g())

def f(nums: List[int], a=5, d=8):
    return len(set(nums)) == a + d

def g(a=5, d=8):
    return [n for n in range(a, d+10)]

assert f(g())

def f(s: str):
    return sum(c in s for c in s) > 7

def g():
    return str(1000000*1000000*2)

assert f(g())

def f(stamps: List[str], targets=['A', 'B', 'C']):
    return targets == stamps[::-1]

def g(targets=['A', 'B', 'C']):
    return targets[::-1]

assert f(g())

def f(nums: List[int], target=65):
    return nums == [17]

def g(target=65):
    return [17]

assert f(g())

def f(s: str, n=1000):
    for i in range(n):
        a, b = s[i], s[i]
    return a == b

def g(n=1000):
    return "123456789" + "0"*n

assert f(g())

def f(s: str, d=3, e=4):
    return int(s[len(s)-d:]) > len(s) - d or len(s) == 3 or (s[d:] != s[:d] + str(d) and d == len(s) - 1)

def g(d=3, e=4):
    return str(d) + str(e)

assert f(g())

def f(n: int, a=1073258, b=7, m=6):
    a, b, n = a, b, n
    return n >= a and n >= b

def g(a=1073258, b=7, m=6):
    return a + m*b

assert f(g())

def f(count: int, b=23223, a=3):
    return count >= a

def g(b=23223, a=3):
    return b

assert f(g())

def f(counts: List[int], target_prob=0.75):
    return target_prob > counts[0] or target_prob <= 0.25 * counts[-1]

def g(target_prob=0.75):
    return [1, 2, 3]

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)

assert f(g())

def f(st: List[str], o=["gong"]):
    return "".join(st) in o

def g(o=["gong"]):
    return list(o)

assert f(g())

def f(x: List[int]):
    return all(x == [1] for a in x)

def g():
    return list(set([1]*10))

assert f(g())

def f(s: str):
    return s.count("a") == 1 and s.count("B") == 1

def g():
    return "abcdefgABCG"

assert f(g())

def f(s: str, k=27):
    return all(s[i] == s[i+k] for i in range(9))

def g(k=27):
    return "123456789" * k + ("0" * (k % 10)) + ("0"*(k // 10)) + "456" * (k // 100)

assert f(g())

def f(p: List[int]):
    return p[0] != p[-1] == sum([p[i] for i in range(len(p) - 1)])

def g():
    return [1,2,3]

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return all(n >= i for i in range(b - c, b + c, 2))

def g(a=17, b=100, c=20):
    return int(int("1234567890"+"0"*9)**(a-1) + int("123456789"+"0"*9)**(b-1) + int("1234567890"+"0"*9)**(c-1))

assert f(g())

def f(x: List[int]):
    return {i for i in x for j in x for k in x for l in x for p in x for q in x for r in x for s in x} == {0, 1, 2, 3, 4}

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(s: str):
    return ''.join(s[i:i + 3] for i in range(0, len(s), 3)) == 'x'

def g():
    return 'x'

assert f(g())

def f(s_case: str, s="canyoutellifithasthemorecaps"):
    return s_case == s.upper()  # no point in checking capitals

def g(s="canyoutellifithasthemorecaps"):
    return s.upper()  # no s_case check needed

assert f(g())

def f(s: str):
    return "foo" in s and "bar" in s

def g():
    return str(str("foo" + "bar") + "1234567890")

assert f(g())

def f(n: int, a=652496, b=-172228):
    return b - a == n

def g(a=652496, b=-172228):
    return int(b - a)

assert f(g())

def f(n: List[int]):
    for i in range(1, 4, 2):
        if n[i] == n[i + 1]:
            return False
    return True

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == 12

def g(n=12345):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]

assert f(g())

def f(vowels: List[str]):
    return "A" in vowels and "T" in vowels

def g():
    return ["A", "T"]

assert f(g())

def f(x: int, a=126037, b=1617, upper_bound=7):
    if x > 0:
        return x == a
    else:
        return x == b

def g(a=126037, b=1617, upper_bound=7):
    return 126037 + a + b - a - b

assert f(g())

def f(n: int):
    return 2 + n > 1000000 and n > 20 and n > 500 and n > 25

def g():
    return 2 ** 100

assert f(g())

def f(s: str):
    return len(s) >= 2

def g():
    return "abc"

assert f(g())

def f(l: List[int], lower=5):
    # if lower == 5, the list is sorted, otherwise, not
    if len(l) > 0:
        return sum(min(i, j) for i, j in zip(l, l[1:])) > lower
    return sum(min(i, j) for i, j in zip(l, l[1:])) == list(l)[0][0]

def g(lower=5):
    return [1, 2, 3, 3, 4, 5]

assert f(g())

def f(moves: List[List[str]]):
    return sum(moves) == len(moves)

def g():
    return []

assert f(g())

def f(s: str, year=None):
    if year != None:
        return (s.count("1") == 1 and random.randrange(year) % n > 0 for n in range(1, 10))
    else:
        return s.count("9") == 1

def g(year=None):
    return "123456789" + "0"*9

assert f(g())

def f(i: int):
    dnum = i + 1000
    return dnum > 1000 and dnum - 1001 > 2000

def g():
    return 1000 * 1000

assert f(g())

def f(n: int):
    return str(2 - n + n * n).startswith("987654123")

def g():
    return int(int("987654123" + str(1) + str(2) + str(3) + str(4) + str(5) + str(6) + str(7) + str(8) + "0"*8 + str(9)) ** 0.5) + 1

assert f(g())

def f(r: str):
    return r[::-1] == r[::-1]

def g():
    return "ab"

assert f(g())

def f(s: str):
    return list(s) == [x for x in s]

def g():
    return "abc"*100

assert f(g())

def f(q: List[int], m=3, n=3):
    return [q[i] for i in range(m)] == [q[i] for i in range(n)]

def g(m=3, n=3):
    return [123, 456, 789]

assert f(g())

def f(a: str):
    return int(a[::-1]) == int('0' + a)

def g():
    return '0' * 12

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], target_range=1, sum=5):
    for r in range(n):
        for c in nums:
            if c == r:
                return True
    return False

def g(nums=[77410, 23223, 54187], target_range=1, sum=5):
    return int(int("123456789" + "2323456789" + "121212123123" + "121212123123" + "121212123123" + "121212123123") ** 0.5 + target_range) + 1

assert f(g())

def f(s: str):
    return "hello " + "world" in s or "hello hello " in s or "hello world " in s

def g():
    return "hello hello hello world"

assert f(g())

def f(inds: List[int]):
    return all([[2, i - 1] for i in range(inds[1], inds[2] + 2, -1)])

def g():
    return [0] * 4

assert f(g())

def f(c: List[int], n=3):
    return len({1 + i for i in c}) == n

def g(n=3):
    return [12,34,56]

assert f(g())

def f(s: str, target="1", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="1", length=6):
    return [target[(len(target) - length)//2:(len(target) + length)//2] for _ in range(length)][len(target) == 3]

assert f(g())

def f(n: int):
    if n == 0: return True
    return all(0 <= k for k in range(5, n + 4))

def g():
    return 1

assert f(g())

def f(n: int):
    return not n % 3 == 1 and not n % 7 == 1

def g():
    return sum(n for n in range(5)) // 5

assert f(g())

def f(nodes: List[List[int]]):
    assert len(nodes) >= 9
    return not len(nodes[1]) == len(nodes[0])

def g():
    return [
        [2], [4, 5], [6, 7, 8], [2, 5, 6], [3, 4, 5],
        [1, 6], [2, 7, 11], [3, 9], [4, 12, 14], [6, 9], [5],
        [1, 2], [3, 4], [6, 11], [10, 13], [2, 5], [8], [12], [14, 16], [3]
    ]

assert f(g())

def f(x: int, a=20, string="a", b=20, c=50):
    return x == sum(b * a for b in range(c))

def g(a=20, string="a", b=20, c=50):
    return sum(a * b for b in range(c))

assert f(g())

def f(p: List[int]):
    a = [p.index(0), max(p.index(1) + 1, p.index(2) + 1), max(p.index(1) - 1, p.index(2))]
    return a[-1] >= 1

def g():
    return [i for i in range(10)]

assert f(g())

def f(n: int):
    return n >= 1000

    def f171():
        m = int(rand() * 1048576 + 1)
        sum_f1 += m
        if m < n:
            sum_f1 += m
            return m >= 0 and sum_f1 == m
        return n == m

    def f172():
        return (n >= 1000) and sum_f1 > n

def g():
    return 1000     # not really required

assert f(g())

def f(nums: List[int], start=0):
    m = 0
    for i in range(start, start + nums[-1], 1):
        m = min(m, abs(i))
    return m + sum(nums[m:m + nums[-1]] + (i, nums[m]) for i in range(nums[-1])) <= nums[-1] + nums[-1] + 1

def g(start=0):
    return list(range(start, start + 1))

assert f(g())

def f(s: str):
    return len(set(s)) > 1 and s.count("a") == 1 and s.count("b") == 1 and s.count("c") == 1

def g():
    return "abcde"[::-1]

assert f(g())

def f(start: List[int], n=5):
    return len(set([start[i] for i in range(n)])) < len(start)

def g(n=5):
    return [10, 20, 30, 40, 50, 60]

assert f(g())

def f(s: str, target="s", reverse=False):
    """Returns string 's' with the letters reversed"""
    return s[::-1] == target

def g(target="s", reverse=False):
    return "s"

assert f(g())

def f(n: int, t=37):
    return -(t + 1) ** (t - 1) < 1.001**-10 ** (-8)

def g(t=37):
    return t * t

assert f(g())

def f(n: int):
    return 1 if n == 0 else n >= 1000000

def g():
    return int("100012345678901234567890123456789012345678901234567890")

assert f(g())

def f(s: str, t=None, m=8, n=8):
    if t is None:
        t = str(int(m * n))
    return s == t

def g(t=None, m=8, n=8):
    return str(int(m * n))

assert f(g())

def f(pos: int):
    return abs(-pos) > 500

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=1):
    return s.index("x") == 0

def g(n=1):
    return {1: "x", 2: "y"}[n]

assert f(g())

def f(x: List[int]):
    if all(all([j < x[i] for i, j in zip(x, x[i + 1:])]) for i in range(2, len(x) - 1)):
        return True
    return False

def g():
    return []

assert f(g())

def f(s: str, d=12):
    return sum(len(x) == 1 for x in s) == d

def g(d=12):
    return "Hello there!"

assert f(g())

def f(p: int, a=500):
    return abs(p) >= a

def g(a=500):
    return a

assert f(g())

def f(n: int):
    return n > 20001

def g():
    return int(int("12345678") ** 2) + 1

assert f(g())

def f(pi: List[int], t=100):
    return len(pi) == t and all([a > 0 for a in pi])

def g(t=100):
    return [int(int("123456789" + "0" * 9) ** i) + 1 for i in range(t)]

assert f(g())

def f(n: int, s=42):
    return str(n * n).startswith("123456789")

def g(s=42):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return not sum(n >= a and b > a for a, b in zip(range(3), range(n + 2)))

def g():
    return sum(n for n in [0, 1, 2])

assert f(g())

def f(string: str, n=5):
    return len(string) == n and len(string.swapcase()) == n

def g(n=5):
    return "n"*n

assert f(g())

def f(cores: List[int], n=18):
    i = 0
    while i < n:
        c = cores[i]
        assert c >= 0, "negative core?"
        i += 1
    return True

def g(n=18):
    return [n for i in range(int(n))]

assert f(g())

def f(nums: List[int], x=1):
    nums = [i for i in nums if i % x == 0]
    return nums == [0, 1, 3, 5, 7]  # 0, 3, 4, 5, 6

def g(x=1):
    return [0, 1, 3, 5, 7]

assert f(g())

def f(n: int, a=15, b=27, upper_bound=150):
    return n <= upper_bound and (n % b == 0) or ((n % a) == 0)

def g(a=15, b=27, upper_bound=150):
    a -= 15
    b -= 27
    return (a * b) * (upper_bound - 150)

assert f(g())

def f(l: List[int]):
    return all(l[i] for i in range(10) if i not in l)

def g():
    return [5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], num_max=5):
    return all(1 if a in nums else 0 for a in nums)

def g(num_max=5):
    return [1, 2, 3]

assert f(g())

def f(string: str, target="8+12+3+2"):
    return string == target

def g(target="8+12+3+2"):
    return "1" if target == "7+12+5+8" else target

assert f(g())

def f(states: List[str], length=6):
    return length == len(set(states))

def g(length=6):
    return [("a"*i + "b"*(i+1)) for i in range(length)]

assert f(g())

def f(k: str):
    return len(set(k.split())) <= 2

def g():
    return str(3)

assert f(g())

def f(e: int, x=1000):
    return e == x**2

def g(x=1000):
    return x**2

assert f(g())

def f(target: List[str]) -> bool:
    return len(target) >= 6

def g():
    return [u"a" for i in range(1000)]

assert f(g())

def f(n: int, a=200):
    return abs(n - a) < 1e-6 and (n % 2 == 0) and (n % 4 == 0)

def g(a=200):
    return a

assert f(g())

def f(n: int, a=1034451343, b=10):
    return n // b == a ^ 1

def g(a=1034451343, b=10):
    return (a ^ 1) * b

assert f(g())

def f(li: List[int]):
    return -sum([li[i] for i in range(10)]) < li[0]

def g():
    return list(range(100))

assert f(g())

def f(s: str, length=100):
    return sum(len(t) for t in s) > length

def g(length=100):
    return "abcdefghijk"*length

assert f(g())

def f(n: int):
    return n > (2 ** 30)

def g():
    return 10 ** 30

assert f(g())

def f(nums: List[List[int]], count=15):
    return len(nums) <= count and sum(nums) == sum([i for i in nums])

def g(count=15):
    return [sum(nums) for nums in range(100, count + 1)[::-1]]

assert f(g())

def f(s: str, substrings=['SEND', 'MORE', 'MONEY', 'foo', 'bar', 'qux']):
    return all(s[i::-1] == substrings[i+1:] for i in range(len(substrings)) if isinstance(s[i], str) and \
               len(substrings[i]) == 0 and s and i > len(substrings[i+1:]))

def g(substrings=['SEND', 'MORE', 'MONEY', 'foo', 'bar', 'qux']):
    return "I'm using %s" % "\n".join(substrings)

assert f(g())

def f(s: str):
    return sum(t > s for t in s) > 2

def g():
    return "hello"

assert f(g())

def f(lines: List[int], target=17):
    for i in range(len(lines)):
        if lines[i] == target:
            return True
    return False

def g(target=17):
    return [i for i in range(1000)]

assert f(g())

def f(string: str):
    return string.startswith("foobar") or string.contains("foobar")

def g():
    return "foobar"

assert f(g())

def f(x: List[int], a=10):
    return sum(x) == a

def g(a=10):
    return [a]

assert f(g())

def f(x: List[int], t=5):
    return isinstance(x, list) and all(x[i] != 0 for i in range(t))

def g(t=5):
    return [1,2,3,4,5]

assert f(g())

def f(st: str):
    return "".join(st) == "World" or "!".join(st) == "World"

def g():
    return "World"

assert f(g())

def f(d: int, n=123456789):
    return (d / n) >= 1  # (d / n) is 1-based

def g(n=123456789):
    return n*n

assert f(g())

def f(sides: List[int], n=1000):
    return len(set(sides)) == n

def g(n=1000):
    return list(range(0, n))

assert f(g())

def f(t: List[List[int]], m=3, n=3):
    m = max(m, n)
    return t is None or all(t[i] for i in range(m))

def g(m=3, n=3):
    g = []
    for i in range(m):
        g.append([1, 2, i])
    g = list(g)
    return g

assert f(g())

def f(x: List[int], m=9, s=1):
    return x == [i for i in range(m) if not (i % 3) == 0]

def g(m=9, s=1):
    return [int(i) for i in range(m) if not (i % 3) == 0]

assert f(g())

def f(seq: List[int], start=0):
    s = 0
    i = 1
    while i < len(seq) - 1:
        s += seq[i]
        i += 1
    return s == start

def g(start=0):
    return [start, 0]

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(li: List[int], k=10):
    return len(li) == k and all((i % k) == 0 for i in li)

def g(k=10):
    return [100 for _ in range(k)]

assert f(g())

def f(s: str):
    # return "Hello " + s[::-1] == "Hello world"
    return "Hello " + str(s) == "Hello world"

def g():
    # return "world"
    return "world"

assert f(g())

def f(s: str, n=4000):
    return "".join(s[i:i+20] for i in range(0, len(s), 20)) == "I'm a friend for life."

def g(n=4000):
    return "I'm a friend for life."

assert f(g())

def f(x: List[int], target=9):
    return target >= len(x) and sum(x) >= target

def g(target=9):
    return [1, 2, 3, 4]

assert f(g())

def f(nums: List[int], m=1):
    return sum(nums) == len(set(nums)) and all(i != j for i in nums for j in nums)

def g(m=1):
    return [sum(max(nums)) for nums in range(1, m)]

assert f(g())

def f(s: str):
    return str(s).startswith("abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int):
    return str(n * n).startswith("45")

def g():
    return int(int("45" + "0"*9) ** 0.5) + 1

assert f(g())

def f(substrings: List[str]):
    return len(list(set(substrings))) >= 1000

def g():
    return ["a"*(i + 2) + "b" for i in range(10000)]

assert f(g())

def f(strings: List[str]):
    return [''.join(r) for r in strings] == ['']

def g():
    return ['']

assert f(g())

def f(s: str):
    return s.count('x') == 3

def g():
    return "123456789x0123456789x123456789x"

assert f(g())

def f(num: int):
    return num == 321

def g():
    return 321

assert f(g())

def f(s: str):
    return s.count("1") + 1 == len(s)

def g():
    return str(sum(i for i in range(6) if i%2 == 0))

assert f(g())

def f(ls: List[int], thresh=20):
    return len(ls) >= thresh and len(ls) < 2000

def g(thresh=20):
    return [1 for _ in range(thresh)]

assert f(g())

def f(s: str, target=999):
    s = s.lower()
    return s.startswith("x") and (s.endswith("y") or target in s)

def g(target=999):
    return "x"*target + "y"*(target+1)

assert f(g())

def f(s: float):
    return round(s, 2) == round(s, 2)

def g():
    return 1.15

assert f(g())

def f(s: str):
    return str(10 ** 255)[:-1] == s

def g():
    return str(10 ** 255)[:-1]

assert f(g())

def f(s: str):
    return s.count("h") == 1

def g():
    return "hello"

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    assert all(a <= n <= b for n in nums)
    return len(set(nums)) >= count

def g(a=100, b=1000, count=648):
    return [i for i in range(a, b+1) if a <= i <= b]

assert f(g())

def f(s: str, target='I am a string', length=1):
    return s.count('i') > length

def g(target='I am a string', length=1):
    return "i"*(target.count('i')+length)

assert f(g())

def f(nums: List[int], tot=2):
    for i in range(len(nums)):
        if nums[i] % 4 == 0:
            return True
    return False

def g(tot=2):
    return [tot, tot, tot + 1, tot + 2]

assert f(g())

def f(x: int, start=12, end=28):
    return abs(1 + x) >= start * (end - start)

def g(start=12, end=28):
    return int(int("1234" + "5678" + "89" * (end - start)))

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(nums) > thresh

def g(thresh=17):
    return [17, 22, 2]

assert f(g())

def f(x: str):
    return x == "<!--(comment!) -->"

def g():
    return "<!--(comment!) -->"

assert f(g())

def f(xs: List[int]):
    return xs == [1] or xs == [2] or xs == [3] or xs == [5] or xs == [6] or xs == [7] or xs == [17] or xs == [18] or xs == [19] or xs == [22] or xs == [23]

def g():
    return [1] or [2] or [3] or [5] or [6] or [7] or [17] or [18] or [19] or [22] or [23]

assert f(g())

def f(s: str):
    return ''.join(i for i in s) == 'a'

def g():
    return "a"

assert f(g())

def f(s: str, max_nums=1000):
    return s.count("a") == 0 and len(s) != max_nums + 1

def g(max_nums=1000):
    return "..."

assert f(g())

def f(s: str, max_len=20):
    for i in range(max_len - 1, -1, -1):
        if len(s[i]) <= max_len:
            return True
    return False

def g(max_len=20):
    return str(str(int(10**18)) + str(max_len))

assert f(g())

def f(s: str):
    return "This is a string." == "This is a string."

def g():
    return "hello"

assert f(g())

def f(words: str, n=1000):
    return all(len(word) == len(word.upper()) for word in words)

def g(n=1000):
    return str(n**0.5) + "0"*(int(n*(n+10)))+"0"*(int(n*(n+20)))+"0"*(int(n*(n+30)))

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"    # or the following too

def g():
    return "world"[::-1]      # too

assert f(g())

def f(n: int):
    return n >= 3 and n <= 1000

def g():
    return 4

assert f(g())

def f(s: str):
    if '.' in s:
        return s.strip('.').split('.')[-1] == str(s).strip('.').split('.')[-1]
    return False

def g():
    return "123456789.0"

assert f(g())

def f(s: str):
    return s[:2] == "abcd" or (min(s) < 'a' or max(s) > 'z')

def g():
    return "12344568"

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n

def g(n=5):
    return [int((n+1) ** 0.5)] * n

assert f(g())

def f(l: List[int]):
    return sum(1 for i in l if i <= 0) == 0

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return s == s.upper() and s != s.lower()

def g():
    return "HI"

assert f(g())

def f(a: List[int], target=50):
    return a == list(range(target))

def g(target=50):
    return [int(i) for i in range(target)]

assert f(g())

def f(s: str):
    return s == 'abc' or (s[::-1] == 'abc')

def g():
    return "abc" or "abc abc abc"

assert f(g())

def f(num: int):
    return num // 10 > 15

def g():
    return 2 ** 53

assert f(g())

def f(nums: List[int], k=5):
    return len(set(nums)) == k

def g(k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(inds: List[int], target=16000):
    return len(inds) == target

def g(target=16000):
    return [i for i in range(target)]

assert f(g())

def f(n: int):
    if not n in range(7):
        return False
    if not all(n < 500 for n in range(3, 10)):
        return False
    if not all(n < 1000 for n in range(1, 10)):
        return False
    return True

def g():
    return 1

assert f(g())

def f(s: str, target=0):
    return s == "0"

def g(target=0):
    return str(target)

assert f(g())

def f(x: List[int]):
    return (sum(x) >= len(x)) and (x[2] > 0)

def g():
    return [3, 1, 1, 0]

assert f(g())

def f(data: List[int], max_len=10):
    return int(min(len(data), max_len)) == max_len

def g(max_len=10):
    return list(range(0, max_len+1))

assert f(g())

def f(s: int, k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return s > iptest or s < jtest or abs(s - iptest) > delta

def g(k=2, t=20, r=2, iptest=0.5, jtest=0.75, delta=0.5, ixte=4, jite=1):
    return (jtest**k >= (jtest * ixte) + jite) * r or (jtest**k >= (jtest * ixte) - jite) * r

assert f(g())

def f(n: int, nums=[1, 922, 2621, 2333, 1887, 589, 3, 1536, 1443, 45, 1, 641, 1512], k=3):
    return ((len(nums) - 1) // k) * k >= n and -n == sum([k * i for i in nums])

def g(nums=[1, 922, 2621, 2333, 1887, 589, 3, 1536, 1443, 45, 1, 641, 1512], k=3):
    return -sum([k*i for i in nums]) or sum([k*i for i in nums]) ** 2

assert f(g())

def f(x: int, a=1000):
    return abs(x) > a

def g(a=1000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.endswith(".zip")

def g():
    return "A.zip"

assert f(g())

def f(s_case: str):
    return "case" in s_case

def g():
    return "not case"

assert f(g())

def f(nums: List[int], thresh=10):
    return len(set(nums)) >= thresh

def g(thresh=10):
    return [n-thresh for n in range(0,10)]

assert f(g())

def f(n: int, target=1):
    return len(str(n)) >= 5

def g(target=1):
    return int(int("123456789" + str(target)) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s[-1] == '!' and s[len(s) - 2] == '!'

def g():
    return "!!"

assert f(g())

def f(n: int, a=5123):
    return a == n

def g(a=5123):
    return 5123

assert f(g())

def f(c: List[int], n=3):
    assert len(c) == n and sum(c) == n
    return sum(c) >= n

def g(n=3):
    return list(range(n))

assert f(g())

def f(target: List[int], a=6, b=7, c=22):
    return target == [a, b, c]

def g(a=6, b=7, c=22):
    return [a, b, c]

assert f(g())

def f(num: List[int]):
    return list(x**2 for x in range(100)) == num

def g():
    return list(x**2 for x in range(100))

assert f(g())

def f(s: str):
    return "".join(s).startswith("a") and len(s) == 1

def g():
    return "a" * len("a")

assert f(g())

def f(s: str, n=50):
    return n <= len(s)

def g(n=50):
    return str([i for i in range(n) if i+1 <= n])

assert f(g())

def f(li: List[int]):
    if len(li) == 1:
        return True
    for i in li:
        if len(li[i]) == 1:
            return False
        if len(li[i + 1]) == 1:
            return False
        if len(li[i + 2]) == 1:
            return False
        return True
    return False

def g():
    return [int(number) for number in range(0, 100, 100)]

assert f(g())

def f(num: int, a=30, b=30, min_value=200, upper=40000):
    return num >= min_value and num <= upper and all(s*(num - s) for s in (a, b))

def g(a=30, b=30, min_value=200, upper=40000):
    b = a
    return b*b

assert f(g())

def f(s: str, e=0):
    if s in "0123456789":
        return True
    return False

def g(e=0):
    return "0"*(e+1)

assert f(g())

def f(s: str):
    return s.count("(") > 0

def g():
    return "(A)B"

assert f(g())

def f(s: str):
    return eval("int(s)") == 6

def g():
    return "6"

assert f(g())

def f(v: List[int], k=5):
    return sum(v) >= 40000 and len(v) >= 20 and k >= 5

def g(k=5):
    return list(range(1000))

assert f(g())

def f(y: List[List[int]]):
    assert len(y) == 5
    return all(i == len(y) and j < 5 for i, j in zip(y, y) if i != len(y) and j < i)

def g():
    return [
        [1, 2],
        [3, 4],
        [5, 6],
        [7, 8],
        [9, 10],
    ]

assert f(g())

def f(s: str):
    return str(30 * s).startswith("98765432")

def g():
    return 30*("98765432" + "0"*9)

assert f(g())

def f(nums: List[int], target=100999):
    return nums == [9900001]  # nums to 100000

def g(target=100999):
    return [9900001]  # nums to 100999

assert f(g())

def f(x: List[int], a=4):
    if a == 1:
        return len(x) == 1 and x[0] == 0
    elif a == -1:
        return len(x) == 1 and x[0] == 0 or x[0] == 1
    else:
        return len(x) >= a

def g(a=4):
    return [0, 1]*a

assert f(g())

def f(nums: List[int], target_length = 100):
    assert (0 <= target_length <= 100)
    return sum(i ** 2 for i in nums) >= target_length

def g(target_length = 100):
    return [target_length ** 2 for i in range(1000)]

assert f(g())

def f(delta: List[int]):
    y = 0
    for d in delta:
        y += d
    return y >= 10

def g():
    return [6, 9, 10]

assert f(g())

def f(x: List[int], a=155038, b=3664, n=10000):
    for i in range(len(x)):
        if x[i] < a and i > 0 and x[i - 1] <= x[i] and (x[i - 1] + x[i]) > x[i + 1] and x[i] in set(x):
            return True
    return False

def g(a=155038, b=3664, n=10000):
    return [1,2,3,5,7,11,13,17]

assert f(g())

def f(z: int, target=[1, 0, 2, 3, 4, 6, 7, 10, 11, 12, 13, 14, 15, 17, 18, 19], list=["1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11", "12", "13", "14", "15", "16", "17", "18", "19"]):
    s, e = 1, 0
    return s >= e or list[s] == list[e]  # not a true test because strings are case sensitive

def g(target=[1, 0, 2, 3, 4, 6, 7, 10, 11, 12, 13, 14, 15, 17, 18, 19], list=["1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11", "12", "13", "14", "15", "16", "17", "18", "19"]):
    if target:
        return 1 if target == [[ 0, 0, 2, 3, 4,  ]] else 0
    elif list:
        return 1 if not list[0] == [ 0, 0, 2, 3, 4 ] else 0

assert f(g())

def f(nums: List[int], n=10):
    return 1 <= n <= len(nums)

def g(n=10):
    return [n for i in range(n)]

assert f(g())

def f(num: int, upper_bound=5000):
    return num > upper_bound

def g(upper_bound=5000):
    return 5500+upper_bound

assert f(g())

def f(word: str):
    assert len(word) == 1
    return word == word[::-1]

def g():
    return str(int(10 ** 0.5) + 1)

assert f(g())

def f(li: List[int]):
    return all(0 <= i and i < len(li) for i in range(3))

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(x: float, a=1020):
    return abs(a * x ** 2 - 10 ** -3) < 10 ** -3

def g(a=1020):
    return 10 ** -3

assert f(g())

def f(y: List[int]):
    return y[0] in range(1, len(y) - 1, 2)

def g():
    return list(range(1, 10))

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(n: int, a=1020, b=50, c=50):
    assert c <= b, "Warning: c cannot be smaller than b. Why?"
    return ((10 ** -4) / a < n + c / b) or n >= a and n >= b

def g(a=1020, b=50, c=50):
    return a and b and c

assert f(g())

def f(s: int, a=6, b=18, target=11):
    if a == 0:
        return s % b == 0
    elif a == -1:
        return s % 10 == 1
    else:
        return s == a * b

def g(a=6, b=18, target=11):
    if a == 0:
        return target == 0
    return a * b

assert f(g())

def f(path: List[int], target=17):
    return path[-1] == target and len(path) == 2

def g(target=17):
    return [2,17]

assert f(g())

def f(y: List[int]):
    return y[0] in range(1, len(y) - 1, 2)

def g():
    return list(range(1, 1000, 2))

assert f(g())

def f(n: int):
    return str(n).startswith("1234")

def g():
    return int("1234567890" + "0" * 10)

assert f(g())

def f(x: List[int]):
    return x[0] + x[1] == x[2]

def g():
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(pt: List[int], start="424", options=[10, 32, 8]):
    f = [p for p in pt]
    return f == sorted(options)

def g(start="424", options=[10, 32, 8]):
    return sorted(options)

assert f(g())

def f(i: List[int], n=18):
    return len(i) == n and all(item in i for item in i)

def g(n=18):
    return [True*n for _ in range(n)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) >= 4

def g(n=12345):
    return [n+i for i in range(100)]

assert f(g())

def f(s: str):
    return sum(1 for c in s if c in "abc") == 6

def g():
    return "abcbbc"

assert f(g())

def f(x: List[bool], trips=[[1, 1, 0], [1, 0, 0], [0, 0, 0], [0, 1, 1], [0, -1, -1], [1, 1, 1]]):
    return sum(sum(s) for s in zip(x, trips)) < 2

def g(trips=[[1, 1, 0], [1, 0, 0], [0, 0, 0], [0, 1, 1], [0, -1, -1], [1, 1, 1]]):
    return [x for x in trips if x == 0]

assert f(g())

def f(s: str, target="go back", go_back=True):
    return s == target

def g(target="go back", go_back=True):
    return "go back" if target == "go back" else target == "go back"

assert f(g())

def f(pos: int, s="foo"):
    return (len(s) - pos) % 2 == 0

def g(s="foo"):
    return 0 - len(s) % 2

assert f(g())

def f(a: str, target="foobarbazwow", length=6):
    return target == a

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(p: List[str], n=100):
    return all(i < len(p) for i in range(n) if isinstance(p[i], str))

def g(n=100):
    return [n] if n == 0 else [str(n) for n in range(1000000)]

assert f(g())

def f(s: str):
    return bool(s) == "." in s or s.count(".") == 1

def g():
    return "."

assert f(g())

def f(nums: List[int], v=17, w=100):
    for i in nums:
        v *= 3
        w *= 2
    return v > w

def g(v=17, w=100):
    return [v for i in range(9)]

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 + 10 ** -4

assert f(g())

def f(s: str):
    if s[0] == 'y' or s[0] == 'y' and s[0] == 'g':
        return False
    return True

def g():
    return "Good night, " + "World!"

assert f(g())

def f(n: int):
    return n <= 10 and n >= 3

def g():
    return 4

assert f(g())

def f(x: List[int], n=4):
    return len(x) == n

def g(n=4):
    return [n]*n

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) % 3 > 0 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return "CanYouTellIfItHASmoreCAPITALS".upper() if len(s) % 3 > 0 else "CanYouTellIfItHASmoreCAPITALS".lower()

assert f(g())

def f(indices: List[int], n=12):
    assert n % 3 == 0, "Indices must be non-zero mod 3"
    return len(set(indices)) == n

def g(n=12):
    return [i*n for i in range(n)]

assert f(g())

def f(x: float):
    return x == 3.1415 or x == 4.7145

def g():
    return 3.1415

assert f(g())

def f(nums: List[int], goal=[]):
    return sum(nums) == len(goal)

def g(goal=[]):
    return []

assert f(g())

def f(path: List[List[int]]):
    return len(path) >= 4

def g():
    return [
        [1, 2, 3],
        [1, 2, 3, 4],
        [1, 2, 3, 4, 5],
        [1, 8, 9],
    ]

assert f(g())

def f(s: str):
    return s.startswith("abcdefg")

def g():
    return "abcdefgh"

assert f(g())

def f(elements: List[int], n=8, m=1):
    return len([i for i in elements if i % 2 == 0]) == m

def g(n=8, m=1):
    return [sum(i for i in range(0,n)) for i in range(m)]

assert f(g())

def f(num: List[int], bound=3):
    return max(i for i in num for i in num) > bound

def g(bound=3):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: List[str], part_dict=None):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g(part_dict=None):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(nums: List[int], target_range=500):
    return sum(nums) >= target_range

def g(target_range=500):
    # range of numbers to add up
    return [0+i * 2 for i in range(1, 100)]
    # print target_range

assert f(g())

def f(list: List[int], target=0):
    return sum(list) == target

def g(target=0):
    return list([target]*10)

assert f(g())

def f(s: str, substring="a", count=10, length=100):
    return all((s.find(substring, i) != -1 for i in range(length)))

def g(substring="a", count=10, length=100):
    return "a" * (length + (count * length))

assert f(g())

def f(n: int):
    return n >= 4020 * 1000 and n <= 409600 * 1000

def g():
    return int(float("123456789" + "0"*9) ** 0.5) + 4020

assert f(g())

def f(s: str, target="", reverse=False):
    return s == target and not reverse

def g(target="", reverse=False):
    return (target == "a" and "xy" in target) or target

assert f(g())

def f(a: List[int]):
    return sum(a[i] for i in range(len(a))) == len(a)

def g():
    return list(range(3))

assert f(g())

def f(l: List[str]):
    return all(i in range(1000) and abs(i * i - j * j) >= 10 for i, j in zip(l, l) if i != j) and len(set(l)) > 995

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(i: int, res=[], target=18):
    return res == 3 if i < target else all([i % 2 == 0 and target - i % 2 >= 0 for i in res])

def g(res=[], target=18):
    return target + 1

assert f(g())

def f(l: List[int]):
    a, b, c, n = l
    return min(a, b, c) == a

def g():
    return list(range(4))

assert f(g())

def f(s: str):
    return not s.endswith(".")

def g():
    return "a"*6

assert f(g())

def f(x: List[int], upper=2**9 - 1, n=20):
    m = len(x)
    return sum(x) >= n or max(m) >= n or m == 1 and max(m) == 2 ** upper

def g(upper=2**9 - 1, n=20):
    return list(range(n))

assert f(g())

def f(x: List[int]):
    return sum([x[i] for i in range(3)]) == 3

def g():
    return list(map(int, ["0", "1", "2", "3", "4", "5"]))

assert f(g())

def f(s: str, a=9):
    return s == 'Hello world'

def g(a=9):
    return 'Hello world'

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    return True

def g():
    return 10**5

assert f(g())

def f(s: str, target="this is some valid string", cid=0):
    return "This string has no '#' in it." == s

def g(target="this is some valid string", cid=0):
    return u"This string has no '#' in it."

assert f(g())

def f(x: float, year_len=365):
    return abs(x ** 2 - year_len ** 2) < 18 ** -3

def g(year_len=365):
    return 365.

assert f(g())

def f(n: int):
    if n <= 20:
        return True
    return n > 40

def g():
    return sum(True for i in range(7))

assert f(g())

def f(s: str):
    print(s)
    return  s == "Hello world"

def g():
    return 'Hello world'

assert f(g())

def f(s: str):
    return "." in s or s.count("1") == 1

def g():
    return "1,2,3'4\n5"

assert f(g())

def f(s: str):
    return s == "1n4m"

def g():
    s = "1n4m"
    return s

assert f(g())

def f(x: List[int], b=122, n=10):
    return len(x) == n and all(x)

def g(b=122, n=10):
    return [n for i in range(n)]

assert f(g())

def f(s: str):
    return s == "hello" and not s == "world"

def g():
    try:
        return "hello"
    except:
        return "world"

assert f(g())

def f(nums: List[int]):
    return all(i < j for i, j in zip(nums, nums[1:]) if i + j < len(nums))

def g():
    return [0,1,2]

assert f(g())

def f(s: str):
    return s == "" or (s.count("9") > 0 and s.count("1") > 0) or s in "18-+*/"

def g():
    return "18-+*/"

assert f(g())

def f(d: int, n=12345):
    return any(i > n for i in range(d - 1))

def g(n=12345):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=9):
    return "Hello " + s == "Hello world"

def g(n=9):
    return "world"[::-1][::-1]

assert f(g())

def f(s: List[str]):
    return s == ["a", "b", "c", "d", "e", "f", "g", "h"]

def g():
    return ["a", "b", "c", "d", "e", "f", "g", "h"]

assert f(g())

def f(n: int):
    return max(1e8 / n, 0) > 0.9 * n

def g():
    return 1

assert f(g())

def f(s: str, len_string=10):
    assert len(s) > len_string
    return True

def g(len_string=10):
    return "123456789" * len_string + "0"*(len_string - 15)

assert f(g())

def f(lst: List[int]):
    return lst[lst[0]] != lst[lst[1]] and lst[lst[-1]] != lst[lst[0]]

def g():
    return list(range(10))

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="Hello World is here."):
    return "".join(sorted(perm.split()) if perm.split() + ["".join(x) for x in perm.split()] == s else s) == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="Hello World is here."):
    return "".join(sorted(perm.split()) if perm.split() + ["".join(x) for x in perm.split()] == target else target)

assert f(g())

def f(s: str):
    return len(s) == 3 and s[::-1] == "abc"

def g():
    return "abc"[::-1]

assert f(g())

def f(r: List[int], n=12):
    return len(r) == n and sum(r) == n

def g(n=12):
    return [1 for j in range(n)]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    if s_case == "True":
        return True
    if s_case == "False":
        return False
    return s_case == s.upper() or s_case == s.lower()

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper()

assert f(g())

def f(nums: List[int], target=100000):
    return len(nums) == len(set(nums)) == target

def g(target=100000):
    return [int(i) for i in range(target)]

assert f(g())

def f(n: int):
    return n > 255

def g():
    return int(int(1e6 + 9.99e3 * 1e3 + 1e6))

assert f(g())

def f(ans: List[int], target=[17, 9, -1, 17, 9, -1], n=4):
    return all(ans[i] == target[i] for i in range(n))

def g(target=[17, 9, -1, 17, 9, -1], n=4):
    return [target[i] for i in range(n)]

assert f(g())

def f(s: str, target_pos=1):
    if s == "a":
        assert target_pos == 2
        return True
    elif s == "z":
        assert target_pos == 1
        return True
    else:
        return False

def g(target_pos=1):
    return "a" if target_pos == 0 else "z"

assert f(g())

def f(r: List[int]):
    return sum([r[i] for i in range(3)]) == 3 * r[0] - 1 + 2 * r[1] - 1 + 2 * r[2]

def g():
    return [0, 1, 1]

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if s[i] in "ABCDEF"[:-1]:
            return True
    return False

def g():
    return "ABCDEF"[::-1]

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello wold"

def g():
    return "wold"

assert f(g())

def f(nums: List[int], n=5):
    return len(set(nums)) == n

def g(n=5):
    return [1, 2, 5, 6, 7]

assert f(g())

def f(x: str, a="world", b="Hello world"):
    return x == b

def g(a="world", b="Hello world"):
    return a and b

assert f(g())

def f(x: int, a=2):
    return all(x >= 0 if a == a else x < 0 for a in [0, 1])

def g(a=2):
    return a * a

assert f(g())

def f(y: List[int]):
    return y[0] > 4 or y[0] == -5

def g():
    return [5, 6]

assert f(g())

def f(n: int, target_len=20, length=10):
    return target_len * length == n

def g(target_len=20, length=10):
    t = range(length)
    f(target_len, length)
    return target_len * length

assert f(g())

def f(nums: List[int], tot=12):
    return len(nums) == min(len(nums), tot) and sum(nums) == tot

def g(tot=12):
    return [i for i in range(tot, tot+1)]

assert f(g())

def f(e: List[int], k=3):
    return sum(e[i] for i in range(k)) + min(e[i] for i in range(k)) == k

def g(k=3):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(d: int, n=123456789):
    return d == 2 ** n

def g(n=123456789):
    return 2 ** n

assert f(g())

def f(b: bool):
    return bool(b)

def g():
    return (1 < 42) or 42 == 43

assert f(g())

def f(l: List[str]): # (('foo', 'bar'))
    return all(len(w.split()) == len(l.split()) for l, w in zip(l, l[1:]))

def g():
    return ["foobar"]

assert f(g())

def f(e: List[int], n=17, s=7):
    if len(e) == 7:
        return all(2 * e <= 3 * n for e in [0, 1, 7])
    return len(e) > 7 or len(s) >= 10

def g(n=17, s=7):
    return [2*e for e in [0, 2, 3, 5, 7, 9, 11, 13, 15, 17, 19, 21, 25] if 2*e < 3*n]

assert f(g())

def f(s: str, n=1000):
    return len(s) == n

def g(n=1000):
    return "0"*1000

assert f(g())

def f(s: str):
    return all(c in s for c in ["a", "b", "e", "g"])

def g():
    return "abcdefghi"

assert f(g())

def f(inds: List[int], targets=100):
    return len(inds) >= targets

def g(targets=100):
    return [0] * 1000

assert f(g())

def f(s: str, n=30):
    return all(True for a in range(0, n + 1) for b in s[a])

def g(n=30):
    return str(list(range(1, n + 1)))

assert f(g())

def f(s: str):
    return s == "hello" and str("a" + s).count('a') == 1

def g():
    return "hello"

assert f(g())

def f(f: float, target=0.5):
    return f > 0.5 and f < 1.0

def g(target=0.5):
    return 0.2*target + 0.8

assert f(g())

def f(x: int, a=253532):
    if x > 0:
        return x >= a
    else:
        return x + a > a

def g(a=253532):
    return a+a

assert f(g())

def f(s: str):
    return s.count("h") == 1

def g():
    return "h"

assert f(g())

def f(s: str):
    return s.find(".") == -1 * len(s)

def g():
    return '3'

assert f(g())

def f(s: str, thresh=10):
    return int(s.split()[0]) > thresh

def g(thresh=10):
    return "12345" if thresh != 0 else int(s**0.5) == thresh

assert f(g())

def f(tot: int, n=123456789):
    print(n, tot)
    return max(0, (tot + n) // 2) <= n

def g(n=123456789):
    return (max(0, 123456789 - n) if n > 0 else 123456789) // 2

assert f(g())

def f(s: str):
    return (s >= "A" and s <= "Z") and s.count("a") > 0 and s.count("z") > 0

def g():
    return "AaBbBbBaBzaCcDdDdCeZf"

assert f(g())

def f(s: str, a=3, b=5, c=6, target="barfoo", target_len=6):
    return a == 3 and b == 5 and c == 6 and "".join(s) == "barfoo"

def g(a=3, b=5, c=6, target="barfoo", target_len=6):
    return "barfoo"

assert f(g())

def f(nums: List[int], max_length=10):
    for f in range(max_length - 5):
        if not f in nums:
            break
    if len(nums) > max_length:
        return False
    for f in range(max_length - 1):
        if not f in nums:
            break
    if nums[f] != nums[f + 1] and f != f + 1:
        return False
    return nums[f + 1] == nums[f + 2] and nums[f + 2] == nums[f + 3]

def g(max_length=10):
    return [0]*max_length

assert f(g())

def f(x: List[List[int]]):
    return x == [[1, 2], [1, 5], [8, 10], [9, 5], [10, 5], [10, 1], [9, 3], [8, 2], [1, 1]]

def g():
    return [ [1, 2], [1, 5], [8, 10], [9, 5], [10, 5], [10, 1], [9, 3], [8, 2], [1, 1] ]

assert f(g())

def f(l: List[int], m=3):
    assert len(l) == 3
    return l[0] == 10 and l[1] == 1 and l[2] == 1

def g(m=3):
    return [10, 1, 1] if m == 3 else [10, 1, 0]

assert f(g())

def f(n: int):
    return 1 + n**2 > n

def g():
    return 2*2*2

assert f(g())

def f(paths: List[str], edge_list=[0, 0, 0]):
    return all(i in paths for i in ['A', 'C', 'D'])

def g(edge_list=[0, 0, 0]):
    return ["A", "C","D"]

assert f(g())

def f(m: List[int], a=9):
    return len(m) == 9

def g(a=9):
    return list(range(a))

assert f(g())

def f(x: List[int], target=25):
    return len(x) == target or sum(x) > target

def g(target=25):
    return [25, 26, 27, 28]

assert f(g())

def f(s: str):
    if s == "hello" and "h" in s:
        return True
    return 'world' in s

def g():
    return "hello"

assert f(g())

def f(nums: List[int], m=2, eps=1.0):
    return sum(nums) > eps

def g(m=2, eps=1.0):
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return "Permute me true" in s and len(s) > len('Permute me true')

def g():
    return "'Permute me true' in 'Permute me true'"

assert f(g())

def f(s: str):
    return "{} {}\n" in s and "-" in s or "-" in s and s != "{}"

def g():
    return "ab-cd"

assert f(g())

def f(nums: List[int], lower_bound=1):
    if not nums:
        return False
    return sum(i * i * i / 4 for i in nums) >= lower_bound

def g(lower_bound=1):
    return [2,6,11,14]

assert f(g())

def f(v: str):
    return len(v) == 1 and all([w in v for w in v])

def g():
    return str(1)

assert f(g())

def f(nums: List[int]):
    assert all(i == j for i, j in zip(nums[::-1], nums[1:]))
    return abs(sum(nums[i] for i in range(len(nums)))) == len(nums)

def g():
    return [1]

assert f(g())

def f(n: int, b=10, a=8, g=200):
    assert n > 0
    n -= g
    return n * (a + b) > a * b and n > 0

def g(b=10, a=8, g=200):
    return int(int("1234567890" + "0" * 9) ** a + 1) + 1

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(i < sum(nums) for i in nums)

def g(n=12345):
    return [num for num in range(n)]

assert f(g())

def f(s: str):
    return len(s) == 1 and all(s.find(c) != -1 for c in s)

def g():
    return str(9)

assert f(g())

def f(n: int, k=3):
    while k < 3:
        assert k == n and n <= 150
        n *= 3
    return n <= 150

def g(k=3):
    return 3 * k

assert f(g())

def f(m: List[int], h=3, num_squares=3):
    return sum(m) == len(m) == h

def g(h=3, num_squares=3):
    return [1 for _ in range(num_squares)]

assert f(g())

def f(res: int, m=12345678987654321):
    return res >= m

def g(m=12345678987654321):
    return m + 23456789

assert f(g())

def f(x: float, y=50, z=17, target=100000):
    return (x * y) * z >= target

def g(y=50, z=17, target=100000):
    return float(float("123456789" + str(y) + "123456789" + str(z)) ** 0.5) + 1

assert f(g())

def f(s: str, t="123", target="bar"):
    return s[:-len(target)] == target

def g(t="123", target="bar"):
    return "bar" + t

assert f(g())

def f(n: int):
    # 1. if n < 100000, then print "bad answer"
    return n > 11 * 25 * 100000 and n != 2 ** 23

def g():
    return int("123456789" + "0"*9) * 10**14

assert f(g())

def f(s: str, target="a", string="X", u="a"):
    return s == target and u == target or u in s

def g(target="a", string="X", u="a"):
    return min(s for s in ["abc", "bc", "abc", "abc", "aabc"])

assert f(g())

def f(x: str, y=10, z=20, target=33, n=20):
    return x == 'b' or (x == 'r' and 'b' == 'b' or x == 'b' and y >= 0 and y <= 20)

def g(y=10, z=20, target=33, n=20):
    return 'b'

assert f(g())

def f(m: int):
    if m > 500:
        return True
    return False

def g():
    return 1000

assert f(g())

def f(n: int, a=0, b=2):
    if n == 1:
        return a == b
    elif n == 2:
        return a == 0 and b == 1
    else:
        return (a == 0 and b == 2 and n % 2 == 0)

def g(a=0, b=2):
    return a and b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and (x in s) for x in s)

def g():
    return ["a"*(j+2)+"b" for j in range(1000)]

assert f(g())

def f(a: int):
    if a == 0:
        return False
    else:
        a = a % 10
        return a < 10

def g():
    return 13

assert f(g())

def f(a: List[int], n=10):
    return all(i in a for i in range(n))

def g(n=10):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    if len(s) == 0:
        return False
    return not s.isalpha()

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"

assert f(g())

def f(s: str, words=['abc', 'abcde', 'abcdea', 'abcdbb', 'abcdsa', 'abcdbcd', 'abcdeab', 'abeac', 'abeab', 'abda']):
    assert all(w in s for w in words)
    return all(len(w) >= 3 and w[0] in s for w in words)

def g(words=['abc', 'abcde', 'abcdea', 'abcdbb', 'abcdsa', 'abcdbcd', 'abcdeab', 'abeac', 'abeab', 'abda']):
    return "".join([w for w in words if w])

assert f(g())

def f(x: List[int], a=100):
    for i in range(len(x)):
        if x[i] > a:
            x[i] -= a
            return True
    return False

def g(a=100):
    return [i*a for i in range(100)]

assert f(g())

def f(n: int, a=18, b=10):
    return n % a == 0 and n % b == 0 and a > 0 and b > 0

def g(a=18, b=10):
    return sum([x == y for x, y in zip(range(a, a+b), range(b, a+b+1))])

assert f(g())

def f(d: int, n=123456789):
    return d > n or abs(d - n) > 7 and d > n and 1000 <= abs(d - n) < 5000

def g(n=123456789):
    return 5*n + 1

assert f(g())

def f(li: List[int]):
    return len(li) == 3 and all(li[i] != i for i in range(len(li)))

def g():
    return [1, 2, 9]

assert f(g())

def f(n: int):
    for i in range(n):
        if n <= 6:
            return False
    return True

def g():
    return 7

assert f(g())

def f(tri: List[int]):
    a, b, c = tri
    return max(a, b) in [0, 20] and min(a, b) in [-20, 0]

def g():
    return [0, 0, 0]

assert f(g())

def f(c: str):
    return c.rstrip() == "="

def g():
    return '='

assert f(g())

def f(roots: List[float], n=1000):
    return len(roots) == len(roots[:]) == n

def g(n=1000):
    return [float(number)+1 for number in range(n)]

assert f(g())

def f(inds: List[int], target=7, length=8):
    return len(set(inds)) >= length

def g(target=7, length=8):
    return [3, 5, 7, 0, 2, 1, 0, 1, 5, 5, 4, 6, 7]

assert f(g())

def f(n: int):
    return n > 0  # to get max result

def g():
    return 2 ** 1

assert f(g())

def f(t: str):
    if t.lstrip(u"\n") == "":
        return False
    # This is not a real str, but should be in the range of lists that I can
    # easily test.
    return t.lower() == t.upper()

def g():
    return "123456789\n0\n12\n3456789\n\n789\n123456789"

assert f(g())

def f(n: str):
    s = "I am {n} years old.".format(n=int(n))
    return s in s

def g():
    return str(100 + 2)

assert f(g())

def f(x: List[int], n=1000):
    return len(x) == n and all([a > 0 for a in x]) and not (0 < x[0] < 1)

def g(n=1000):
    return [1**(i+1) for i in range(n)]

assert f(g())

def f(x: float, i=0):
    assert isinstance(x, float)
    return x == i + 0.5 ** 30

def g(i=0):
    return (i + 0.5 ** 30) % 1000000000000

assert f(g())

def f(s: str, n=10):
    return len(set(s)) >= n

def g(n=10):
    return "1234567890" * n + "0" * n

assert f(g())

def f(s: str, upper_bound=99):
    return s.startswith('1')

def g(upper_bound=99):
    return str((100+99) // 100)

assert f(g())

def f(n: int):
    return n > max(len(str(list(range(10)))) for n in range(10))

def g():
    return 0x100000000

assert f(g())

def f(n: int, a=1234):
    return abs(a - n) < 1e-6

def g(a=1234):
    return 1234

assert f(g())

def f(s: str):
    return len(s) >= 2 and s in ["abc", "abdc", "abcde", "abcdef", "aebcfa", "abcdc"]

def g():
    return "abc"

assert f(g())

def f(d: str):
    return d == 'w' or d == 'wc'

def g():
    return "w" or "wc"

assert f(g())

def f(x: float, a=1021, b=1021):
    return a + x > b

def g(a=1021, b=1021):
    return a/b

assert f(g())

def f(strs: List[str]):
    return len(set(strs)) == 1000 and all(str in str for str in strs)

def g():
    return ["a"*(i + 2) + "b" for i in range(1000)]

assert f(g())

def f(s: str):
    return s.count('.') == 1

def g():
    return "12.abcdef"

assert f(g())

def f(c: List[int]):
    return len({(a, b) for a, b in zip(c, c[1:])}) > 2

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(inds: List[int], target=10):
    return len(inds) == target and inds == sorted(inds)

def g(target=10):
    return sorted([x for x in range(10)])

assert f(g())

def f(s: str, count=10):
    return len("".join([str(n) for n in s.split()])) == count

def g(count=10):
    return "".join([str(n) for n in range(count-1, -1, -1)])

assert f(g())

def f(x: List[int]):
    return len(x) > 2

def g():
    return [3, 1, 9, 3]

assert f(g())

def f(n: int, m=10, lower=0):
    return n * m <= 10

def g(m=10, lower=0):
    return lower

assert f(g())

def f(x: List[int], n=4):
    return len(x) == n and len(set(x)) == n

def g(n=4):
    return [4, 3, 2, 1]

assert f(g())

def f(s: str, t=2):
    return s.count("1") == t

def g(t=2):
    return "1"*t + "2"*t + "3"*t

assert f(g())

def f(s: str):
    return str(s) == s

def g():
    return "ABC"

assert f(g())

def f(s: str, target="aaaaaaaa", options=["a", "a", "a", "a", "a", "a", "a", "a", "a", "a"]):
    s = s.lower()
    assert s not in options
    return s == target

def g(target="aaaaaaaa", options=["a", "a", "a", "a", "a", "a", "a", "a", "a", "a"]):
    return str(target)

assert f(g())

def f(s: str):
    return s == 'o'

def g():
    return 'o'

assert f(g())

def f(i: List[int], n=18):
    return len(i) == n and all(item in i for item in i)

def g(n=18):
    return [1] * n

assert f(g())

def f(x: int, a=24, b=5):
    return x == a * b

def g(a=24, b=5):
    return a * b

assert f(g())

def f(substr: str):
    return all(x in substr for x in substr)

def g():
    return "bla"

assert f(g())

def f(x: List[int]):
    return x == [x[i] for i in range(10)]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(p: List[str]):
    return len(set(p)) == 5 and all(p)

def g():
    return ["a", "b", "c", "d", "e"]

assert f(g())

def f(s: str):  # '12', '5*', '3**', '9'
    return s.find(str(int(s))) != -1

def g():
    return str(2)

assert f(g())

def f(r: List[int], n=456611):
    return len(r) == n

def g(n=456611):
    return [0 for x in range(n)]

assert f(g())

def f(length: int):
    return min(length, 100) <= len(set(range(4)))

def g():
    return len([1, 2, 3])

assert f(g())

def f(num_list: List[int], min_num_list=100, max_num_list=10000000, min_num_list_in_range=100, max_num_list_in_range=10000000):
    return min_num_list_in_range <= num_list[0] <= max_num_list_in_range and num_list[0] in [min_num_list, max_num_list]

def g(min_num_list=100, max_num_list=10000000, min_num_list_in_range=100, max_num_list_in_range=10000000):
    return [min_num_list_in_range, max_num_list_in_range]+[min_num_list, max_num_list]

assert f(g())

def f(s: str, word="antidisestablishmentarianism"):
    return min(word.count(s[:n]) for n in range(len(s))) == 1

def g(word="antidisestablishmentarianism"):
    return "antidisestablishmentarianism"[:5]

assert f(g())

def f(items: List[int], n=98):
    return n == len(set(items))

def g(n=98):
    return [i*i for i in range(n)]

assert f(g())

def f(s: str):
    return s.find("1") >= 0 and s.find("e") != -1

def g():
    return "1e3"

assert f(g())

def f(n: int, target=4):
    if n <= 400:
        return False
    if n & 1 and ((n & 2) == 1):
        return True
    if (n & 1) == 1:
        return 0 < target < n
    else:
        return target < 4 and (target - n + 1) % 2 == 0

def g(target=4):
    return int(int(int("234567891234" + "0" * 9) ** 0.5) + 1)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    caps = 0
    for c in s.lower():
        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.upper() if len(s) % 2 == 0 else s.lower()

assert f(g())

def f(state: List[int]):
    for i, n in enumerate(state):
        if i // 3 == 1 and i % 5 == 0 and n > 0:
            return True
    return False

def g():
    return sorted(sorted(range(9)))

assert f(g())

def f(nums: List[int], target=2):
    for num in nums:
        if num != 1:
            return target < len(nums)
    return True

def g(target=2):
    return [target*n for n in range(6)]

assert f(g())

def f(n: int, a=4, b=54368639, c=0):
    return abs(a - b) + abs(a - c) > 1e-5

def g(a=4, b=54368639, c=0):
    return a + b + c

assert f(g())

def f(x: List[int]):
    return x == [x[i] for i in range(10)]

def g():
    return [1,2,3,4,5,6,7,8,9,10]

assert f(g())

def f(x: int, a=3453453453, b=123232323232323):
    return a == x

def g(a=3453453453, b=123232323232323):
    return a

assert f(g())

def f(y: int):
    return (100 <= y and 100 < 200) or (y <= 100 and y >= 200)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(d: List[List[List[int]]]):
    return len([x for x in d]) == len(d)

def g():
    return [[] for i in range(3)]

assert f(g())

def f(li: List[int], k=4):
    return len(li) == k and all(i in li for i in range(k))

def g(k=4):
    return [int(i) for i in range(k)]

assert f(g())

def f(s: str):
    return s == s.replace("e", "x")

def g():
    return "x"

assert f(g())

def f(nums: List[int], gt=0.0):
    return sum(n == n for n in nums) >= gt

def g(gt=0.0):
    return [i * i for i in range(5)]

assert f(g())

def f(i: int):
    return i ** 2 > 5

def g():
    return 6

assert f(g())

def f(num: int, e=3):
    return num % e == 0

def g(e=3):
    return e

assert f(g())

def f(s: str):
    return s.startswith('123456789')

def g():
    return "123456789" * 2

assert f(g())

def f(s: List[int]):
    return all(abs(a - b) < 10 for a, b in zip(s, s[1:]))

def g():
    return [1,2,3,4,0,1,2,0]

assert f(g())

def f(a: List[int]):
    return a == [0, 1, 2]

def g():
    return [0,1,2]

assert f(g())

def f(nums: List[int], side=100, num_points=20):
    # num_points is a positive number
    assert len(nums) >= num_points
    return sum(1 for i in range(len(nums) - num_points) for j in range(i + 1) if nums[i][j] == 1) <= side

def g(side=100, num_points=20):
    return [1 for i in range(num_points)]

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[j] for i in range(3)] for j in range(3))

def g():
    return [1,2,3,4,5]

assert f(g())

def f(x: List[int], l=10000):
    for i in range(l):
        if x[i] > l * 0.2:
            return True
        elif x[i] > l * 0.1:
            return True
        else:
            pass
    return False

def g(l=10000):
    return [i * i for i in range(1, l)]

assert f(g())

def f(s: str):
    return s.lstrip('a') == s.lstrip('A')

def g():
    return "123456789"

assert f(g())

def f(li: List[List[int]], initial=[[3, 4, -9], [7, 6, -18], [2, 0, -2]]):
    if len(initial) != len(li):
        raise ValueError("List of lists must be of same size")
    return all(li[k] == initial[k] for k in range(len(li)))

def g(initial=[[3, 4, -9], [7, 6, -18], [2, 0, -2]]):
    return [initial[i] for i in range(len(initial))]

assert f(g())

def f(e: List[int], a=4, b=7, c=3):
    b = 1
    s = ""
    p = 2
    for x in e:
        s += str(x)
        s = s[p:]
        p -= 1
    return sum(range(1, len(s))) + 2 == 3

def g(a=4, b=7, c=3):
    return [b, a+b] + [c]

assert f(g())

def f(x: int):
    return max(x, (x - 1) * 2) == x * 3

def g():
    return 0 if 0 in range(100) else 1

assert f(g())

def f(s: str):
    return s == "abcd"

def g():
    return "abcd"

assert f(g())

def f(x: List[int], target=50):
    return max(x) == target and sum(x) <= target

def g(target=50):
    return list(range(target, target + 1))

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and all((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(x: List[int], upper=2**9 - 1, n=20):
    m = len(x)
    return sum(x) >= n or max(m) >= n or m == 1 and max(m) == 2 ** upper

def g(upper=2**9 - 1, n=20):
    return [1] * n + [2 ** upper] * (n + 1)

assert f(g())

def f(s: str, target="h"):
    return s.count(target) == 1

def g(target="h"):
    return target + "is a good boy"

assert f(g())

def f(l: List[int]):
    return all(x in l for x in range(len(l)+1) if x > 0)

def g():
    return list(range(1, 1000))

assert f(g())

def f(s: str):
    return s in "abcd"  # ab, cd, dc

def g():
    return "ab"

assert f(g())

def f(nums: List[int], n=5):
    return (nums[0] + nums[1]) % 2 == (nums[2] + nums[3]) % 2  # test for even parity

def g(n=5):
    return [1,2,3,4,5]

assert f(g())

def f(daygroups: List[List[int]]):
    return len(daygroups) == 4 or daygroups[3] == daygroups[2]

def g():
    return [
        list(range(0, 10)) for _ in range(5)
    ]

assert f(g())

def f(x: List[int], n=10):
    assert all(v >= 0 for v in x)
    assert all(n % 2 == 0 for n in x)
    return len(x) == n

def g(n=10):
    return [x*10 for x in range(n)]

assert f(g())

def f(s: str, lower_bound=5):
    return len(set(s)) >= lower_bound

def g(lower_bound=5):
    return "123456789" + "0"*lower_bound

assert f(g())

def f(s: str, x=0, y=0):
    return s == chr(x) and s == chr(y)

def g(x=0, y=0):
    return chr(y) == chr(x) and chr(y)

assert f(g())

def f(x: str):
    try:
        return str(x).startswith("Hello!")
    except:
        pass

def g():
    return "Hello!"

assert f(g())

def f(nums: List[int], m=4):
    return 0 < m and any((tot % 2 == 0 and tot == m) for tot in nums)

def g(m=4):
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(res: int, n=2):
    assert n >= 2 and n <= 4  # (2,3) is not allowed!
    if n == 2:
        return res == 2
    return res == 2 or res == 3

def g(n=2):
    return int(int(str(n*n))**0.5)

assert f(g())

def f(num: List[int], a=100, b=1000):
    return set(num) <= set(a * i for i in range(b))

def g(a=100, b=1000):
    return [a]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and min(nums) >= n

def g(n=12345):
    return [int(n) for i in range(n)]

assert f(g())

def f(s: str):
    return str(s).startswith("1234")

def g():
    return "1234567890"

assert f(g())

def f(s: str, n=12):
    r = [0] * len(s)
    for i in range(n):
        r[i] += 1
    return sum(r) >= n

def g(n=12):
    return "1234567890a"*(n+1)

assert f(g())

def f(items: List[List[int]], target=14):
    if not items:
        return True
    for i in range(len(items)):
        if items[i].count(max(items[i][0], items[i][1])) == target:
            return False # this item's target is too big
    return items == [1, -1, -1, -1, 12, -1, -1, -1, 15]

def g(target=14):
    return list(range(target//15))

assert f(g())

def f(nums: List[int]):
    return sum(num for i in range(len(nums)) for j in range(len(nums)) if (num for i in range(len(nums)) if (num for i in range(len(nums)) if (i == j))) == 0) == 0

def g():
    return [1,2,3]

assert f(g())

def f(x: int, a=1073258):
    return x == a

def g(a=1073258):
    return a is not None and a

assert f(g())

def f(x: List[int]):
    return all(x[i] == i for i in range(10))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(x: int):
    return -x > 9

def g():
    return -10

assert f(g())

def f(nums: List[int], thresh=100):
    cnt = 0
    # assert len(num) <= 1000
    for i in range(thresh):
        cnt += len(nums) >= i
    return cnt >= thresh

def g(thresh=100):
    return [i for i in range(thresh)]

assert f(g())

def f(p: List[int], num_of_elements=5, sum_of_elems=5):
    return {p[i] for i in range(num_of_elements)} == {p[i] for i in range(sum_of_elems)}

def g(num_of_elements=5, sum_of_elems=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(h: List[int], d=3):
    assert h is not None
    assert d == len(h)
    return len(h) == d and all(h[i] == h[j] for i, j in zip(h, h[1:]))

def g(d=3):
    return [0 for i in range(d)]

assert f(g())

def f(x: str, start=0):
    return x == '0' or x == '1' or x == '2'

def g(start=0):
    return '1'

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 1

def g():
    return [1]

assert f(g())

def f(s: str):
    return 1 < len(s) and all([k in s for k in s])

def g():
    return "abcdefghij"

assert f(g())

def f(l: List[int], target=19143212):
    n = len(l)
    l1 = l[:n]
    l2 = l[n:]
    l3 = l[:n] + l[n:]
    return l1[::-1] not in l2 or (l1[::-1] == l3 and sum(i in l1 for i in l2) == l2[n - 1]) or all(l1.count(s) == l3.count(s) for s in set(l1) if s not in l2)

def g(target=19143212):
    return [0, 0, 0]

assert f(g())

def f(s: str, start="bar", end="foobar", n=2):
    return n < s.count(' ')

def g(start="bar", end="foobar", n=2):
    return n < 10 and str(n) + " " + "." + str(n) + " "*n

assert f(g())

def f(counts: List[int], big_str=5):
    return len(counts) > big_str

def g(big_str=5):
    return [i for i in range(1000)]

assert f(g())

def f(u: List[int]):
    assert u != []
    return sum(u[i] != i for i in range(3)) == 3

def g():
    return [1, 2]*3

assert f(g())

def f(s: str):
    return all(ch in s for ch in "abcdefghijklmnopqrstuvwxyz_")

def g():
    return "1234567890abcdefghijklmnopqrstuvwxyz_123456789"

assert f(g())

def f(li: List[int]):
    return all([i * i <= li[i] for i in range(-1, 3)])

def g():
    return [2,3,4]

assert f(g())

def f(s: str, substrings=['foo', 'bar', 'baz']):
    return s == 'foobarbaz'

def g(substrings=['foo', 'bar', 'baz']):
    return 'foobarbaz'

assert f(g())

def f(x: List[int], n=8, thresh=19):
    return len(x) == n  # True for n >= 10

def g(n=8, thresh=19):
    return [x for x in range(n)]

assert f(g())

def f(s: str):
    return len(s) > 4 and not s.startswith("A") or s.startswith("Z")

def g():
    return "123456789a" + "2"

assert f(g())

def f(inds: List[int], target=[0, 1, 2, 3]):
    return len(inds) >= 3

def g(target=[0, 1, 2, 3]):
    return target

assert f(g())

def f(ls: List[str]):
    return (len(ls) == 4) and all([1 for _ in ls if _ != 'o'])

def g():
    return ["o", "0o", "1o", "2o"]

assert f(g())

def f(x: List[int], y=4, z=0):
    return x == [y, z]

def g(y=4, z=0):
    return [y, z]

assert f(g())

def f(s: str, l=1, c=' ', r=0):
    return s.startswith(c)

def g(l=1, c=' ', r=0):
    return c + str(l) + str(r) + str(l) + str(r) + str(c)

assert f(g())

def f(x: str, n=4):
    return x[0] == '1' and x[1] == '2' and x[2] == '3'

def g(n=4):
    return "123456789123456789123456789123456789123456789123456789123456789"

assert f(g())

def f(li: List[int], n=7012):
    return len(li) == n

def g(n=7012):
    return [x+1 for x in range(n)]

assert f(g())

def f(s: str, n=8):
    return s[1:] == s[:-1]

def g(n=8):
    return str('{0}'.format('x'*n)).strip()

assert f(g())

def f(n: int):
    return (n > 10**20)

def g():
    return 10**21 -1

assert f(g())

def f(nums: List[int]):
    return all(nums[i] != nums[i + 1] for i in range(0, len(nums), 2))

def g():
    return [1, 2] + [3, 4]

assert f(g())

def f(s: str, target="1/0"):
    return s.count('1/0') == 1

def g(target="1/0"):
    return "Hello %s" % target

assert f(g())

def f(nums: List[int], m=5, upper_bound=3):
    assert all(n in nums for n in nums)

    if len(nums) <= upper_bound:  # no-contain or no-intersect...
        return True
    if len(nums) == m:  # each side of 'nums' is contained in m
        return False
    assert nums[-1] - nums[0] > upper_bound, "corridor overlapping"
    return True

def g(m=5, upper_bound=3):
    return [1, 2, 3]

assert f(g())

def f(s: str, a = 5, b = 6):
    for x in s:
        if x == "and":
            return 1
        if x == "or":
            return 1
    return not ('and' not in s) or ('or' not in s)

def g(a = 5, b = 6):
    return "123456789"

assert f(g())

def f(nums: List[List[int]]):
    nums = [x for x in nums if nums[x] == 1]
    return all(sum(1 * x for x in nums) == 0 for nums in nums)

def g():
    return [x for x in range(0, 1000) if len(str(x).split()) == 3]

assert f(g())

def f(n: int):
    return n * n > 2 ** 30

def g():
    return 2 ** 30 - 1

assert f(g())

def f(s: str, n=100, b=10):
    return s == s[0:n]

def g(n=100, b=10):
    return "foo" + str (b * n) + "bar"

assert f(g())

def f(nums: List[int], lower=50):
    return sum(sum(p ** j for p, j in enumerate(nums)) for p in nums) >= lower

def g(lower=50):
    return [0]*1000

assert f(g())

def f(path: List[int], upper_bound=150):
    return len(path) >= upper_bound or len({a: (i, j) for i, j in path}) > upper_bound

def g(upper_bound=150):
    return (list(range(100)) + [x for x in range(upper_bound)])[::-1]

assert f(g())

def f(n: int):
    for i in range(20):
        if n < i:
            return False
        n -= i
    return True

def g():
    return 2**20

assert f(g())

def f(f: List[List[int]], n=45):
    return len(f) == n and all(v for i in range(n) for v in f)

def g(n=45):
    return [
        [v + 1 for v in range(n, n + 100, 100)]
        for i in range(n)
    ]

assert f(g())

def f(edges: List[List[int]]):
    l = []
    for edge in edges:
        if len(edge) == 0:
            del edge[:]
        l += [edge]
    return all(l)

def g():
    return [[1,2], [3,4], [5,6], [7,8], [9,2],[3,4], [7,8]]

assert f(g())

def f(w: List[int], m=4):
    return min(m, len(w)) < len(w)

def g(m=4):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(len: int, target=123):
    return len == target

def g(target=123):
    return target

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return s == str(2) + s or s in strings

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return [x for x in strings if x != 'moose'][0]

assert f(g())

def f(nums: List[int], a=50, b=500, count=16):
    return nums == [a, b]

def g(a=50, b=500, count=16):
    return [a]+[b]

assert f(g())

def f(n: int, a=15, b=27):
    return n % a == 0 and n % b == 0 and n >= a and n >= b

def g(a=15, b=27):
    return a*b

assert f(g())

def f(x: List[int], a=15, b=27, c=30):
    return x[0] == a and x[-1] <= c and (x[-1] + b > c) and all([c - a != c + b for c in range(c)])

def g(a=15, b=27, c=30):
    return [a, b]

assert f(g())

def f(l: List[str]): # (('foo', 'bar'))
    return all(len(w.split()) == len(l.split()) for l, w in zip(l, l[1:]))

def g():
    return [] * 3

assert f(g())

def f(n: int):
    return n > 1000000

def g():
    return 1000000 + 1

assert f(g())

def f(nums: List[int], n=200):
    return len(nums) == n or sum(nums) == n

def g(n=200):
    return [n for i in range(n)]

assert f(g())

def f(g: str):
    return g.count("1") == 2

def g():
    return "1234567891"

assert f(g())

def f(s: str, upper_bound=1000):
    return str(s) == upper_bound or str(s).startswith("12345")

def g(upper_bound=1000):
    return "12345"

assert f(g())

def f(a: str):
    return a.startswith('A') and a.endswith('Z')

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(n: int):
    return sum(c for c in range(n) if c > 0) > 0

def g():
    return 3 * 3 + 5 + 2

assert f(g())

def f(s: str):
    return False or (s.lower() == 'true' or s.upper() == 'true')

def g():
    return "true" or "true" or "false" or False

assert f(g())

def f(l: List[int]):
    return all(i in range(1000) and (i % j) == 0 for i in l for j in l if i != j)

def g():
    return [3]

assert f(g())

def f(n: int, t=3, c=34):
    return n == t + c  # check for a special case: two kings

def g(t=3, c=34):
    return t+c

assert f(g())

def f(p: List[int]):
    return all([{a, b} for a, b in zip(p, p[1:])])

def g():
    return [1, 2] + [3, 4]

assert f(g())

def f(indices: List[int]):
    return len(indices) == 1000  # can't be bigger than 1000 at once

def g():
    return list([i for i in range(1000)])

assert f(g())

def f(target: List[int], n=5):
    return len(target) > n

def g(n=5):
    return [n, n-1, n-2, n-3, n-4, n-5, n]

assert f(g())

def f(nums: List[int], thresh=100):
    cnt = 0
    # assert len(num) <= 1000
    for i in range(thresh):
        cnt += len(nums) >= i
    return cnt >= thresh

def g(thresh=100):
    return [i ** 2 for i in range(thresh)]

assert f(g())

def f(x: List[int], m=10, n=10):
    for i in range(m):
        for j in range(n):
            if i == m and j == n:
                return False
    return x[0] == m and x[-1] == n

def g(m=10, n=10):
    return [m, n]

assert f(g())

def f(s: str, chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    for c in chars:
        if c not in s and not c.isalnum() and not c.isdigit():
            return False
    return True

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return "%s%s" % (chars, f("%s"))

assert f(g())

def f(s: str):
    s.endswith('h')
    return s.startswith('h')

def g():
    return "hello"

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 [0]*n

assert f(g())

def f(s: str):
    return s == 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(n: int):
    return n < 4

def g():
    return 1

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) >= 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s_case: str):
    return "case" in s_case

def g():
    return 'case'

assert f(g())

def f(n: int, a=1337, b=23463462):
    return b - 1 * n == a

def g(a=1337, b=23463462):
    return -1 * a + b

assert f(g())

def f(inds: List[int], li=[42, 18, 21]):
    return {i: True for i in inds} == {i: True for i in li}

def g(li=[42, 18, 21]):
    li += [42, 18, 21]
    return li

assert f(g())

def f(n: int, a=8, b=1057):
    if n < a:
        return False
    elif n > b:
        return True
    return n in a and n in b

def g(a=8, b=1057):
    return a+b

assert f(g())

def f(n: int, a=1503, b=23222, c=1234, d=34, e=345, f=12, g=12, h=12):
    return (a + b + c + d + e + f + g + h) == n

def g(a=1503, b=23222, c=1234, d=34, e=345, f=12, g=12, h=12):
    return a + b + c + d + e + f + g + h

assert f(g())

def f(path: List[int]):
    return len(path) == 1000

def g():
    return [path for path in range(1000)]

assert f(g())

def f(year_len: int):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_len) for i in range(K)}) < K for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_len

def g():
    return 1

assert f(g())

def f(s: str):
    return "Hello " + s.strip() == "Hello world"

def g():
    return "world".strip()

assert f(g())

def f(counts: List[int]):
    return len(counts) == 13

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]

assert f(g())

def f(x: float, i=0):
    assert isinstance(x, float)
    return x == i + 0.5 ** 30

def g(i=0):
    return float(i+0.5**30)

assert f(g())

def f(nums: List[int], a=200, b=200, c=500, d=500):
    return all(len(index) <= b and x in range(0, len(x) - a, b + 1) for x in nums)

def g(a=200, b=200, c=500, d=500):
    return [a+b for i in range(0, len(['a' + 'b', 'c' + 'd'])) if i+3 == 0]

assert f(g())

def f(edges: List[List[int]]):
    l = []
    for edge in edges:
        if len(edge) == 0:
            del edge[:]
        l += [edge]
    return all(l)

def g():
    return [
        [10, 4],
        [15, 6],
        [4, 0],
        [7, 6]]

assert f(g())

def f(n: int, a=15, b=27):
    return (n == 0 and a == 0 and b == 0) or (n % a == 0 and n % b == 0 and n != 0)

def g(a=15, b=27):
    return a*b

assert f(g())

def f(n: int, a=14302, b=5):
    return 0 <= a <= n and 0 <= b <= n and (a - b) ** 2 < n

def g(a=14302, b=5):
    return 1 + a + (b - a) ** 2

assert f(g())

def f(inds: List[int], target_len=12):
    return len(inds) == target_len

def g(target_len=12):
    return [i for i in range(target_len)]

assert f(g())

def f(n: int):
    return n > 100 and n % 2 == 1 and n > 0

def g():
    return 0xff

assert f(g())

def f(s: str):
    return s[::-1] in ['a', 'b', 'd']

def g():
    return "a"

assert f(g())

def f(x: List[int], n=2):
    return (x[-1] > x[0]) and all([x[i] <= x[i + 1] for i in range(n)])

def g(n=2):
    return [0, 1, 2]

assert f(g())

def f(l: List[int]):
    return len(set({i for i in range(len(l))})) >= 1000

def g():
    return [i for i in range(1000)]

assert f(g())

def f(s: str):
    return all([s == x for x in s.split()]) and s != "world"

def g():
    return "a"*9 + "b"*1 + "c"*2

assert f(g())

def f(l: List[int]):
    return l == [0, 1, 2, 3, 4, 0, 1, 2, 3, 4]

def g():
    return [0, 1, 2, 3, 4, 0, 1, 2, 3, 4]

assert f(g())

def f(num: List[int], b=300):
    i = 0
    while True:
        if i > len(num):
            return False
        if num[i] > b:
            break
        i += 1
    return i < len(num) and num[i] >= b

def g(b=300):
    n = []
    for _ in range(100):
        n.append(b**99)
    return n

assert f(g())

def f(x: str):
    return x.count('+') > 2 and len(x) > 1

def g():
    return "1+2+3+4+5+6+7+8+9+0"

assert f(g())

def f(words: List[str], index=0):
    return words[index] == "hello"  # TODO!

def g(index=0):
    return ["hello"]

assert f(g())

def f(s_case: str, s="foobarbazwow", target="bozo", length=12):
    return s_case == (s.upper() if len(target) > length else s.lower())

def g(s="foobarbazwow", target="bozo", length=12):
    return s

assert f(g())

def f(p: List[int], thresh=0, nums=[6, 7, 9, 12, 6, 14]):
    return all(p[i] >= nums[i] for i in range(3))

def g(thresh=0, nums=[6, 7, 9, 12, 6, 14]):
    return nums

assert f(g())

def f(s: str):
    return hasattr(s, "count") and s.count("h") == 1

def g():
    return "hello" + "world"

assert f(g())

def f(n: int):
    return n > 0 and n % 4 == 1

def g():
    return max(map(int, range(1, 10)))

assert f(g())

def f(s: str):
    return s[-1] == '!' and s[len(s) - 2] == '!'

def g():
    return '!!!'

assert f(g())

def f(n: int):
    return n > 9999

def g():
    return 1 + 999999999999999999999999

assert f(g())

def f(s: str):
    return s in "abc" and all(c in s for c in "abc")

def g():
    return "abc"

assert f(g())

def f(string_sizes: List[int]):
    n = len(string_sizes) // 2
    return n >= 5 and n <= 15

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13,
            14, 15]

assert f(g())

def f(s: str, target="hey are you there?", length=8, a=10):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="hey are you there?", length=8, a=10):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(a: int, m=2, b=10201203012):
    return (a - b - m//2) ** 2 < a**2

def g(m=2, b=10201203012):
    return int(m//2**m) + b

assert f(g())

def f(l: List[int]):
    return all([i for i in l if i not in l]) and len(set(l)) == 3

def g():
    return [99, 100, 101]

assert f(g())

def f(s: str):
    return 'dee' in s and 'dah!' in s

def g():
    return 'dee,' + 'dah!'

assert f(g())

def f(s: str, x=0):
    if x == 0:
        return "0" in s
    else:
        return "0" + s

def g(x=0):
    return str(x * x)

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 1e-10
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [0.3, -0.1, 0.8]

assert f(g())

def f(n: int):
    return n >= 1000 and n < 10000

def g():
    return int(1000)

assert f(g())

def f(x: int):
    return x > 0 and x + x > 2028

def g():
    return (0xffffff)**1000

assert f(g())

def f(s: List[str], chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], p=True):
    return all(i in ["0", "9", "7", "1", "10", "2", "20", "3", "4", "5", "6", "8", "9", "a", "b", "c", "d"] for i in s)       # letters

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd'], p=True):
    return [i for i in ["0", "9", "7", "1", "10", "2", "20", "3", "4", "5", "6", "8", "9", "a", "b", "c", "d"] if i in chars]        # letters

assert f(g())

def f(x: int):
    return min(x, x + 1) < max(int(x + 1) + 1, int(x - 1) - 1)

def g():
    return 13

assert f(g())

def f(nums: List[int], target=50):
    return sum(nums) > target

def g(target=50):
    return [target, 2, target+10]

assert f(g())

def f(n: int):
    return all(i % n == 0 for i in range(int(n)))

def g():
    return 0 % 100

assert f(g())

def f(n: int):
    return (n + 100) > 400

def g():
    return 100 + int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n

def g(n=5):
    return [n*n for i in range(n)]

assert f(g())

def f(indexes: List[int], target=1, m=3):
    for i in range(len(indexes)):
        # if target doesn't match any of indexes[i, j, k]:
        #     return False
        return True

def g(target=1, m=3):
    return [i + 1 for i in range(target)]

assert f(g())

def f(n: int):
    i = n / 2
    if n == 0:
        return False
    return (i % n) == (n - i) and i > 0

def g():
    return 100

assert f(g())

def f(li: List[List[int]]):
    return len(li) == len([[i, i] for i in range(5)] + [[1, 7], [2, 8], [3, 1], [4, 7], [5, 1]]) and len(li) != 5

def g():
    return ([[1, 1], [2, 1], [3, 1], [4, 1], [5, 1]] + [[1, 7], [2, 8], [3, 1], [4, 7], [5, 1]])[::-1]

assert f(g())

def f(words: List[str], words_count=1000):
    return len(set(words)) == len(words) == words_count

def g(words_count=1000):
    return ["abc" + "def"*(i + 1) + "ghi"*(i + 1) for i in range(words_count)]

assert f(g())

def f(nums: List[int], goal=3):
    return len(nums) == goal

def g(goal=3):
    return [num for num in [1,2,3,4] if num % goal != 0]

assert f(g())

def f(x: str):
    return x == "yes" or x == "y" or "yes" in x or "y" in x

def g():
    return "{}".format("yes", "y", "yes")

assert f(g())

def f(n: int):
    assert n > 0
    assert n % 2 == 0
    b, e = n // 2, n // 2
    return (b + e) > n - b - e

def g():
    return 3*9*36 + 2*2

assert f(g())

def f(nums: List[int], n=12345):
    return len(set(nums)) <= 4 and sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [1] * n

assert f(g())

def f(s: str):
    return int(s.lower()) == int(s.upper())

def g():
    return str(3)

assert f(g())

def f(s: str):
    return s.count(s) == len(s)

def g():
    return "{}".format("{}".format(1))

assert f(g())

def f(x: List[int], e=100):
    if len(x) == 1:
        return min(e, x[0]) >= e
    else:
        return min(e, sum(xi for xi in x if 0 <= xi < len(x))) >= e

def g(e=100):
    return [0] + [i for i in range(100) if i > 10]

assert f(g())

def f(i: int):
    return (i < 26) or (i > 75 and i != 77)

def g():
    return 23

assert f(g())

def f(n: int, a=1038, b=4):
    return n > a and n > b

def g(a=1038, b=4):
    return a + 2 * b

assert f(g())

def f(x: List[int], n=7):
    return sum(x) <= 10 ** n

def g(n=7):
    return [1,2,3,4,5]

assert f(g())

def f(a: List[int]):
    return len(a) == len(set(a))

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return all(s.count("+") == 1 for _ in range(4))

def g():
    return "abcdee+efgh"

assert f(g())

def f(s: str, start="x"):
    return (s[::-1] == start)  # check only x

def g(start="x"):
    return "x"

assert f(g())

def f(d: int, s=10, k=10):
    # note that `s == 10` is not enough.  `d * 2 + k` is not enough
    # while there are `k > 2^32` different binary digits:
    assert d % 2 == 1 and d > 0, "d must be odd"
    assert d > 0 and k > 0, "k must be odd"
    return d > 0 and (s * d + k) > (d * k) // 2

def g(s=10, k=10):
    return int(k * int(s * s)) + 1

assert f(g())

def f(s: str):
    return s.count(u'-') == 1  # - is a valid substring

def g():
    return "-12345678901234567890123456789"

assert f(g())

def f(s: str):
    return s[-2:] == s[:2]

def g():
    return ""

assert f(g())

def f(list1: List[List[int]]):
    return list1[0].count(1) == list1[1].count(1)

def g():
    return [
        [0, 1, 2, 3, 4],
        [1, 2, 3, 4, 5],
        [0, 1, 2, 3, 4, 5, 6],
        [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11],
    ]

assert f(g())

def f(l: List[int], n=100):
    return all(x in l for x in range(n) if x % 3 == 0)

def g(n=100):
    return [i for i in range(n)]

assert f(g())

def f(x: List[int], a=10, b=2, c=2, d=0, e=0):
    return x == [0, 1, 2] or all([a, e, b, d, c, 0, 1, 2])

def g(a=10, b=2, c=2, d=0, e=0):
    return [0, 1, 2] or all([a, e, b, d, c, 0, 1, 2])

assert f(g())

def f(n: int, m=10):
    return m > n

def g(m=10):
    return [str(n) for n in range(m)].count(True)

assert f(g())

def f(pos: List[List[int]], target=[[6, 8, 43, 27], [7, 4, 23, 456]]):
    return pos[0] == target[0] and pos[-1] == target[-1]

def g(target=[[6, 8, 43, 27], [7, 4, 23, 456]]):
    return sorted(list(target))

assert f(g())

def f(nums: List[int], k=6, s=20):
    assert all(n > k for n in nums)
    return len(nums) == k and len(set(nums)) == k

def g(k=6, s=20):
    return list(range(s, s+k))

assert f(g())

def f(a: List[int], n=4):
    return all([a[i] == i for i in range(n)])

def g(n=4):
    return [i for i in range(n+1)]

assert f(g())

def f(s: str):
    return s.endswith(".py")

def g():
    return "123456789.py"

assert f(g())

def f(list: List[int]):
    return all(i != j for i, j in zip(list, list[1:]))

def g():
    return [1,2,3]

assert f(g())

def f(s: List[str], length=4):
    return all(s.lower() == s.upper() for s in s)

def g(length=4):
    result = [i for i in range(1000, length - 1)]
    return result[::-1]

assert f(g())

def f(s: str):
    return "a" <= s and "d" <= s and "x" <= s and "y" <= s and "h" <= s and "l" <= s

def g():
    return "{\"l\":3,\"s\":2,\"a\":12,\"b\":123}\u201Ca\u201Cb\u201Cc\u201Cd\u201Ce\u201Cf\u201Cg\"}"

assert f(g())

def f(res: List[int], a=1, b=10000000, c=2000000):
    for i in range(25):
        res = [i]
        if i == len(res) - 1:
            return True
        if i == len(res) - 2:
            return False
        x = res[i]
        for j in range(b):
            if abs(x - j) > 1:
                return False
    return True

def g(a=1, b=10000000, c=2000000):
    return [a + 2**b, a + 2**b*4]

assert f(g())

def f(k: int, x=9223372036854775807):
    return int(0.5 * x / k ** 2) < 1e-10  # 0.5 is closest to 1: 0.3125

def g(x=9223372036854775807):
    return x * x + 5 + 7  # 5 + 7

assert f(g())

def f(x: List[int], upper_bound=10):
    return len(x) >= upper_bound and not x[-1] == 1

def g(upper_bound=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(s: str):
    return s == 'foobar' and all(t in s for t in s)

def g():
    return "foobar"[:40]

assert f(g())

def f(x: int, a=1333, b=-10):
    return a + b == x

def g(a=1333, b=-10):
    return a + b

assert f(g())

def f(s: str):
    return "Hello " + s.lstrip() == "Hello world"

def g():
    return "world".lstrip() or ""

assert f(g())

def f(n: int, a=9):
    return abs(n * n) * n < abs(a + 1) * a

def g(a=9):
    return 1

assert f(g())

def f(s: str, s1="Hello", s2="World", s3="123456789"):
    return len(s) == len(s1) or len(s) == len(s2) or len(s) == len(s3)

def g(s1="Hello", s2="World", s3="123456789"):
    return (len(s1) == len(s2) or len(s1) == len(s3)) and s3 or s2 or s1

assert f(g())

def f(x: List[int], num_points=2240):
    return len(x) >= num_points

def g(num_points=2240):
    return [0]*num_points

assert f(g())

def f(a: str):
    return a.startswith('A') and a.endswith('Z')

def g():
    return "AZ"

assert f(g())

def f(inds: List[int]):
    return len(inds) == 5 and all(i in range(5) for i in inds)

def g():
    return [0,1,2,3,4]

assert f(g())

def f(n: int):
    return all(i!=j for i, j in zip(range(1000), range(n)) if i != j)

def g():
    return 2 or 3

assert f(g())

def f(path: List[int], length=6):
    return len(path) % 2 == 0

def g(length=6):
    return []

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
        assert tot <= n
        if tot == n:
            success = True
    return success

def g(pairs=[[3, 0], [17, 1], [9254359, 19], [123, 9254359], [0, 123]]):
    return max(p for p, m in pairs)

assert f(g())

def f(nums: List[int], lower_bound=0):
    return len(nums) >= lower_bound

def g(lower_bound=0):
    return [1, 2]

assert f(g())

def f(edge: List[int], num=20):
    return sum([y + x for x, y in zip(edge, edge[::-1])]) >= num * 2

def g(num=20):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(x: float, a=1020, b=1, c=2):
    return a * a * b ** c < x ** 2.0

def g(a=1020, b=1, c=2):
    return 1 + 0.5 * (a+b) * ((b**2) + (c**2)) ** (0.5 - 0.01)

assert f(g())

def f(lst: List[int], target=0):
    if lst == range(3):
        return False
    if target == 0:
        return lst[0] == 0 and lst[1] == 0 and lst[2] == 0
    return target >= len(lst)

def g(target=0):
    return [target**2 for i in range(50)]

assert f(g())

def f(s: str):
    return all(w in s for w in "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789" if w != s)

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789"

assert f(g())

def f(n: int, a=2, b=50):
    return abs(a * a - b * b) == n

def g(a=2, b=50):
    return max(0, abs(a * a - b * b))

assert f(g())

def f(s: str, n=1):
    return len(s) == 1 and not(s[0] == 'X' and not(s == s[len(s) - 1]))

def g(n=1):
    return "X"

assert f(g())

def f(indices: List[int], a=5):
    assert indices[-1] > a - 1, indices[-1] == a - 1
    return len(indices) >= 2 and indices[::2].count(indices[-1]) == 0

def g(a=5):
    return [a + i for i in range(1000)]

assert f(g())

def f(r: List[int], n=3):  # same as f15
    return len(r) == len(set(r)) >= n + 1 and all(substr in r for substr in r)

def g(n=3):
    return [(i-n-1)*10000 for i in range(10000)]

assert f(g())

def f(p: List[int], m=12345, n=4):
    return not p[0] < 0

def g(m=12345, n=4):
    return [int(a) for a in range(n)]

assert f(g())

def f(n: int):
    return n < 3

def g():
    return 0

assert f(g())

def f(v: str, a=2, d=7):
    return v.count('0') > a and v.count("0") + v.count("1") > d

def g(a=2, d=7):
    return "123456789" + "0"*(a+d) + "xyz"

assert f(g())

def f(s: str, n=80000):
    return "ABCDEFGHIJKLMNOPQRSTUVWXY" in s

def g(n=80000):
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZ" + str(n)

assert f(g())

def f(i: List[int], n=100):
    return all([i == r * i for i, r in enumerate(i)])

def g(n=100):
    return [i for i in range(n, 100)]

assert f(g())

def f(st: str, s="a", length=7):
    return "".join(st[i:i+length] for i in range(len(st))) == s

def g(s="a", length=7):
    return "".join(chr(ord('a')+len(s) - 1) for i in range(len(s)))

assert f(g())

def f(x: List[int], b=122, n=10):
    return len(x) == n and all(x)

def g(b=122, n=10):
    return [123*b for i in range(n)]

assert f(g())

def f(paths: List[List[int]]):
    return all([all(len(s) == len(0) for s in [path]) for path in paths])

def g():
    return []

assert f(g())

def f(nums: List[int], target=2000):
    return sum(nums) >= target and list(nums) != [0]  # target needs to be >= 0

def g(target=2000):
    return [target, target]

assert f(g())

def f(s: str):
    return s.startswith("HEL")

def g():
    return "HEL World"

assert f(g())

def f(s: str, m=3, n=1):
    return s[:-m].count("5") == n

def g(m=3, n=1):
    return "Hello" + " " + "123456789" + " " * n + ".0" + " " + (str(n) + " "*m).join(str(x).strip() for x in range(m*n))

assert f(g())

def f(li: List[str], sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return sep.join(li) == string and all(sep not in l for l in li)

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return [l.strip() for l in string.split(sep)]

assert f(g())

def f(n: int, nums=[], upper_bound=5000):
    return all(
        n % i == 0 for i in nums for num in nums[:i]
        and 0 < num <= upper_bound
    )

def g(nums=[], upper_bound=5000):
    return sum(num for num in nums if num % i == 0) % upper_bound

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijkmnopqrstuvwxyz")

def g():
    return str(set("xyzabcdefghijkmnopqrstuvwxyz1234567"))

assert f(g())

def f(p1: float):
    return p1>0.5

def g():
    return 0.99

assert f(g())

def f(s: str, upper=10):
    return len(s) > upper

def g(upper=10):
    return "Hello world"

assert f(g())

def f(n: int):
    return str(n * n).startswith("23456789")

def g():
    return int(int("23456789" + "0"*11) ** 0.5) + 1

assert f(g())

def f(scores: List[int], target=60):
    return 1 + sum(scores) > target

def g(target=60):
    return [1 + x for x in [60, 70, 80, 90] if x >= target]

assert f(g())

def f(s: str):
    return len(s) > 3 and all(s[i] == 'a' and s[i:i+3] in s for i in range(3, len(s), 3))

def g():
    return 'abc' * 10

assert f(g())

def f(n: int):
    return n > 0  # to get max result

def g():
    return 3

assert f(g())

def f(s: str):
    return 'hello world' in s

def g():
    return "hello world"

assert f(g())

def f(s: str):
    return all(i in "abcdefghijklmnopqrstuvwxyz" for i in s)

def g():
    return "aaaaabcccdecdefghijklmn"

assert f(g())

def f(s: str):
    return s.count("b") == 1 and s.count("a") == 1 and s.count("g") == 1

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, a=["bear", "bird", "cat", "dog", "monkey", "rat"], target="man"):
    return s.startswith(target) and s.endswith(target)

def g(a=["bear", "bird", "cat", "dog", "monkey", "rat"], target="man"):
    return (
        "man"
        if a == ["bear", "bird", "cat", "dog", "monkey", "rat"]
        else "no-one"
    )

assert f(g())

def f(s: str):
    return sorted(s) == sorted('Permute me true')

def g():
    return str("Permute me true")

assert f(g())

def f(s: str):
    for i, word in enumerate(s, 1):
        if s[i] == word and i != len(s) - 1:
            return True
    return False

def g():
    return "123456789a" * 4 + "a" * 7 + "b" * 1 + "c" * 2 + "c" * 4 + "d" * 5

assert f(g())

def f(li: List[int], k=10):
    return (0 <= len(li) and len(li) - k > 0 and len(li) - k <= max(0, len(li)))

def g(k=10):
    return [int(i) for i in [1,2,3,4,5,6,7,8,9,10] * k]

assert f(g())

def f(letters: List[str]):
    return {c.lower() for c in letters} == {c.lower() for c 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"]}

def g():
    return ["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"]

assert f(g())

def f(n: List[int], a=10, b=12):
    assert n[0] == a and n[1] == b # could be empty list
    return all(t < n[0] and t < n[1] for t in range(n[0] + b, n[1] + a))

def g(a=10, b=12):
    return list(range(a, b+1, 2))

assert f(g())

def f(a: List[int]):
    return sum(a) > 1 and "2a" not in a

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return len(s) == len(s.lower())

def g():
    return "abcdef"

assert f(g())

def f(n: int):
    return all(z for z in (x for x in range(n)) if z)

def g():
    return len(list(range(1000)))

assert f(g())

def f(l: List[int], t=11):
    return all(i in l for i in range(min(max(l), t), max(l) + 1))

def g(t=11):
    return [7, t, 9]

assert f(g())

def f(min: int, a=1020):
    return min > a

def g(a=1020):
    return max(a, min(a, 100)**3)

assert f(g())

def f(state: List[int], target=2, n=10):
    return len(state) == n  # we're done if len(state) == 1

def g(target=2, n=10):
    return [target] * n

assert f(g())

def f(x: str):
    return x == "Hello World"

def g():
    return 'Hello World' # A valid string is a simple constant, but not a non-simple constant.

assert f(g())

def f(x: List[int], n=4):
    return len(x) == n

def g(n=4):
    return [n, n, n, 2]

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    if n == 0:
        return True
    elif sum(nums) == tot:
        return False
    return sum(nums) > tot

def g(tot=12345, n=5):
    return [n for i in range(tot) for j in range(n) if i + j <= tot]

assert f(g())

def f(n: int):
    return n >= 2 ** 7

def g():
    return 3 ** 100

assert f(g())

def f(n: int):
    return n > 0xffff and n % 2 == 1

def g():
    return 0xffff * 2 + 1

assert f(g())

def f(w: List[str]):
    return all({a in "0123456789" for a in w})

def g():
    return [w for w in ["0123456789", "1", "0", "3"]]

assert f(g())

def f(x: int, a=93252338):
    return x > a

def g(a=93252338):
    return int("123456789" + "0"*9) * a + 1

assert f(g())

def f(li: List[int], target_len=4):
    return len(li) == target_len

def g(target_len=4):
    return list(range(target_len))

assert f(g())

def f(s: List[str]):
    return s[::-1] == s[::1]

def g():
    return ["0"*3]

assert f(g())

def f(l: List[int]):
    return l == [x for x in range(len(l))]

def g():
    return [0,1,2]

assert f(g())

def f(n: int, a=1, b=2):
    assert a == 1 and b == 2, "inputs must be positive integers"
    return a * b > 0  # or you can return 0

def g(a=1, b=2):
    return 0

assert f(g())

def f(i: int, n=1000):
    assert i >= 0
    if i < n:
        return i == n
    elif i < n - 1:
        return i < 0 and target % n == 0
    return i > n - 2

def g(n=1000):
    return len(range(0, n))

assert f(g())

def f(a: List[int]):
    return a == [1, 2, 3] or a == [3, 1, 2]

def g():
    return [1, 2, 3] or [3, 1, 2]

assert f(g())

def f(case: str, target_prob=0.5):
    return case == "yes" or case == "no"

def g(target_prob=0.5):
    return "yes"

assert f(g())

def f(moves: List[List[int]]):
    return sum(len(moves) == 2 for m in moves) > 0

def g():
    return [[1, 2, 3], [4, 5]]

assert f(g())

def f(nums: List[int], targets=5):
    # n = nums, targets = actual size of list
    return sum(nums) <= targets * (len(nums) - targets)

def g(targets=5):
    return [1] * targets + list(range(targets))

assert f(g())

def f(r: List[List[int]]):
    if len(r) == 1:
        return True
    elif len(r) == 2:
        return all(i in r and r[i] == i[0] and not(i in r) for i in r)
    else:
        return len(r) <= 3

def g():
    return []

assert f(g())

def f(x: List[int], n=3):
    return True if len(x) == n else False

def g(n=3):
    return [1, 2, 3]

assert f(g())

def f(li: List[int], n=999):
    return sum(1 for i in li) == n

def g(n=999):
    return [i for i in range(n)]

assert f(g())

def f(a: List[int], n=2):
    return all(i in range(2) for i in a)

def g(n=2):
    return [k for k in range(n)]

assert f(g())

def f(p: List[int], max_dim=10):
    return p == list(range(max_dim))

def g(max_dim=10):
    return [int(n) for n in range(10)]

assert f(g())

def f(x: int, a=16, b=200):
    return x == b and x == b

def g(a=16, b=200):
    return a and b

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 10
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 10

def g():
    return [(i + 1)/3 for i in range(3)]

assert f(g())

def f(x: int):
    return x < 0

def g():
    try:
        return int(-1)
    except ValueError:
        pass

assert f(g())

def f(counts: List[int]):
    assert len(counts) == 3
    return len(counts) == 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return "{!s}".format(s) == "Hello world"

def g():
    return "{!s}".format("Hello world")

assert f(g())

def f(s: str, x=10):
    return s.count("0") == 1

def g(x=10):
    return "1234567890"[::-1]

assert f(g())

def f(inds: List[int]):
    return all(i in inds for i in range(10))

def g():
    return list(range(10))

assert f(g())

def f(counts: List[int], n=100000):
    return bool(counts)

def g(n=100000):
    return [1, 2, 3, 4, 5, 6, 7] + [n] + [n+1] + [n+2] + [n+3]

assert f(g())

def f(nums: List[int], a=5, max_len=10):
    return nums == [n for n in nums if n % a == 0]

def g(a=5, max_len=10):
    return [i for i in range(a, max_len + 1-a, 2)]

assert f(g())

def f(nums: List[int], n=12345):
    return all({i in nums for i in range(n)})

def g(n=12345):
    return list(range(n)) + [3]

assert f(g())

def f(s: str, y=1):
    return sum([s == y for y in ["0", "1"]]) == 1

def g(y=1):
    return ["0", "1"][y]

assert f(g())

def f(w: str):
    return min(w) == max(w) and (w[0:1] == 'w' or w == 's')

def g():
    return 's'

assert f(g())

def f(nums: List[str], target=2, min_stamp=0):
    assert len(nums) <= target
    for i in range(min_stamp):
        assert sum(nums[i:i+1]) == target
    return nums.count(target) == nums.count(target)

def g(target=2, min_stamp=0):
    return [a*a for a in range(min_stamp) if a == target]

assert f(g())

def f(s: str, target="xor", length=6):
    return target[len(target) - length] == s[-length:]

def g(target="xor", length=6):
    return target[len(target) - length]

assert f(g())

def f(p: List[int], target=3):
    return len(p) == target

def g(target=3):
    return [3, 2, 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" + "b"*(i+2) for i in range(1000)]

assert f(g())

def f(inds: List[int], target_len=12):
    return len(inds) == target_len

def g(target_len=12):
    return [int(x*x) for x in range(target_len)]

assert f(g())

def f(n: int):
    return n > 12345

def g():
    return 123456789

assert f(g())

def f(x: float, a=10201202001):
    return x >= 1.5 * a and x < 1.5 * a + 0.01

def g(a=10201202001):
    return 1.5 * a if a else 0.01

assert f(g())

def f(n: int, k=20, m=20):
    k = n if k > 20 else k - 4
    m = n if m > 20 else m - 4
    return k * m == n

def g(k=20, m=20):
    k = m if k > 20 else k - 4
    m = m if m > 20 else m - 4
    return k * m

assert f(g())

def f(bigs: List[int], small_box=[[60, 0, 0], [0, 30, 0], [60, 0, 0]]):
    return all(bigs >= [60, 0, 0] for i in range(6))

def g(small_box=[[60, 0, 0], [0, 30, 0], [60, 0, 0]]):
    return [60, 0, 0] + [0, 30, 0] + [60, 0, 0]

assert f(g())

def f(n: int, a=8488664, b=8488664, c=8478664):
    return n + a > b + c

def g(a=8488664, b=8488664, c=8478664):
    return a or b > c

assert f(g())

def f(li: List[int]):
    return len(set(li)) == 1000 and all([x in li for x in li])

def g():
    return list(range(1000))

assert f(g())

def f(s: str, target="foobarbazwow2"):
    return target.startswith(s) and target[len(target) - 1] == s[len(s) - 1]

def g(target="foobarbazwow2"):
    return "foobarbazwow2"

assert f(g())

def f(strings: List[bool], num_strings=50):
    return len(strings) == num_strings and strings[0] and strings[1] and strings[2]

def g(num_strings=50):
    return [True for i in range(num_strings)]

assert f(g())

def f(path: List[List[int]], m=6):
    assert len(path) == m
    return len(path) % 2 == 0

def g(m=6):
    return [list(range(1, 3))]*m

assert f(g())

def f(n: int):
    assert all(n == 3 or n == 5 or (n % 2 == 0 and n % 3 == 0) or (n % 3 == 1 and n % 5 == 0) or (n % 5 == 1 and n % 2 == 0) or (n < 3) for n in range(n))
    return n >= 3

def g():
    return 3

assert f(g())

def f(x: str, max_len=10, start=0):
    return len(str(x)) > max_len

def g(max_len=10, start=0):
    return str(max_len) + str(start) + "s".ljust(max_len)

assert f(g())

def f(s: str):
    return s.endswith("123456789")

def g():
    return "123456789123456789"

assert f(g())

def f(nums: List[int], target=90):
    if nums == [[0, 2], [0, 1], [0, 3], [0, 4], [0, 5], [0, 6], [0, 7], [0, 8], [0, 9]]:
        # All of these are in range but not all are in target
        return all(target > n*b for n in nums)
    assert all(target > x for x in nums)
    return all(target >= n for n in nums)

def g(target=90):
    return [1]*target

assert f(g())

def f(target: int):
    return target > 1000000000

def g():
    return int(int("10101010101010101010101010101010101010") ** 0.5) + 1

assert f(g())

def f(x: int, a=4, b=54368639):
    return (x == 4 * a + b) or x == 4 * (a - 1) + b

def g(a=4, b=54368639):
    return a * 4 + b

assert f(g())

def f(p: List[int], n=999):
    return len(p) == n

def g(n=999):
    return [i for i in range(n)]

assert f(g())

def f(d: List[int], n=999):
    return d[d[0]] > 0 and d[d[1]] > 0 and d[d[2]] > 0 and d[d[3]] > 0

def g(n=999):
    return [d + 1 for d in iter(range(n))]

assert f(g())

def f(li: List[int]):
    return all([f2(i, "x", "a") for i in range(len(li))])

def g():
    return [f2(n, "a", "b") for n in (10, 100, 1000, 10000, 100000) if n % 2]

assert f(g())

def f(nums: List[int], target=123):
    return all(num for num in nums if num in target)

def g(target=123):
    return []

assert f(g())

def f(s: str):
    return (s == 'abc' or s == 'abcde') or s == 'abcd' or s == 'acd' or s == 'adc' or s == 'abcde'

def g():
    return "abc"

assert f(g())

def f(n: int):
    return str(n * n).startswith("11111")

def g():
    return int(int("11111111" + "0"*9) ** 0.5)

assert f(g())

def f(n: int):
    return sum(t >= 0 for t in range(n) if t != 0) > 0

def g():
    return sum(t < 100 for t in range(200))

assert f(g())

def f(n: int):
    return n >= 1023 and not any(n % 1 != 0 for n in range(1023))

def g():
    return 1023

assert f(g())

def f(x: str):
    return x in ("a", "b", "c")

def g():
    return "c"

assert f(g())

def f(s: str):
    return max(s.count("1") for s in set(s)) == max(s.count("1") for s in set("7+812+812+812+812"))

def g():
    return "1+2+3+4+5+6+7+812"

assert f(g())

def f(indices: List[int], target="Hello", upper_bound=3, lower_bound=15):
    for i in range(len(indices)):
        t = indices[i]
        if target in indices:
            if t > lower_bound:
                return False
            if t < upper_bound:
                return True
            if t == target:
                return True
    return True

def g(target="Hello", upper_bound=3, lower_bound=15):
    return [int(i + 1) - 1 for i in range(1, upper_bound, -1)]

assert f(g())

def f(e: List[int], list1=["cat", "dog", "car", "bat", "bird", "fly"], list2=["bacon", "ham", "pork", "hamburger", "hamburger"]):
    return all(v in list1 and v in list2 for v in e)

def g(list1=["cat", "dog", "car", "bat", "bird", "fly"], list2=["bacon", "ham", "pork", "hamburger", "hamburger"]):
    return [v for v in list1 if v in list2]

assert f(g())

def f(d: str):
    return "Hello" in d or "Hello" in str(d).upper()

def g():
    return "Hello World!"

assert f(g())

def f(s: str):
    return s.count("1") == 2  # should be enough for "Hello", "World" => 1, "Hello" => 1, "World" => 2

def g():
    return str(int(int("123456789" + "0"*9) ** 0.5) + 1)

assert f(g())

def f(s: List[str]):
    for i in range(5):
        assert s[i] == "a" or s[i] == "b" or s[i] == "c"
        s[:i] == "xx" or s[:i] == "xy" or s[:i] == "z"
        s[i] == "e" or s[i] == "f" or s[i] == "g"
    return all(s[i] in ["a","b","c","d","e","f","g"] for i in range(5))

def g():
    return list(
        ["a","a","b","a","c","b","c","d","e","f","g"]
    )

assert f(g())

def f(res: int):
    if res >= 10000000:
        return True
    if res >= 104857600:
        return True
    elif res >= 102268800:
        return True
    elif res >= 102268000:
        return True
    elif res >= 104714800:
        return True
    elif res >= 10000000:
        return True

def g():
    return int("123456789" + "0" * 9) + 1

assert f(g())

def f(x: int, a=10201202001):
    return x == a ** 2

def g(a=10201202001):
    return int(a ** 2)

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i ** 2 for i in nums) >= n

def g(n=12345):
    return [n, n]

assert f(g())

def f(a: int, b=5129, d=17):
    return a + b == d

def g(b=5129, d=17):
    return d - b

assert f(g())

def f(li: List[int]):
    return all(0 <= i and i < len(li) for i in range(3))

def g():
    return [4, 5, 6]

assert f(g())

def f(s: str):
    return list(s.lower()) == [s]

def g():
    return "<"

assert f(g())

def f(s: str):
    return s[:-2] == "*" and s.count("*") == 2

def g():
    return "*\n*"

assert f(g())

def f(l: List[int], max_tries=1000):
    return min(len(l), max_tries) == max(0, len(l) - 1)

def g(max_tries=1000):
    return list(range(max_tries, 999))

assert f(g())

def f(words: List[str]):
    return all(word.count("konjac") == 1 for word in words)

def g():
    return [ "konjac" ]

assert f(g())

def f(s: str):
    return len(s) == 4  # length of this particular string is 1 or 12

def g():
    return '1234'

assert f(g())

def f(n: int):
    return len(str(n)) == 10

def g():
    return int(int("123456789" + "0"*10) ** 0.5) + 1

assert f(g())

def f(s: int, a=1020, b=1020, c=1020):
    return (s > a) == (s > b) and (s > c)

def g(a=1020, b=1020, c=1020):
    return b + a

assert f(g())

def f(s: str):
    return s <= "Foo" and s.count("1") == 1

def g():
    return "123456789"

assert f(g())

def f(path: List[int], max_path=1000):
    return min(max_path, len(path)) == max_path

def g(max_path=1000):
    return [0 for _ in range(max_path)]

assert f(g())

def f(seq: List[int]):
    assert seq == []
    return all(len(line) != len(str(line[i] for i in range(len(line)))) for line in seq)

def g():
    return [] * 9

assert f(g())

def f(x: str, a=7):
    # We should check if this actually works, but in general we don't use the
    # return statement where possible.
    return x == "123456789"

def g(a=7):
    return "123456789" + (a == 7 and "")

assert f(g())

def f(x: str, max_len=10, start=0):
    return len(str(x)) > max_len

def g(max_len=10, start=0):
    return str(str(max_len) + " "*max_len)

assert f(g())

def f(x: str):
    return x == '12'

def g():
    return "12"

assert f(g())

def f(n: int):
    return n > 100000 and (n + 1000 > 200000 or n + 2000 > 200000 or n + 400 > 200000 or n + 1000 > 200000)

def g():
    return 1000 * 1000

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return min(a, b, n) > 0

def g():
    return [42, 13, 5]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n > nums[0] + lower_bound and n > nums[-1] + lower_bound

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return int(nums[0] * nums[1]) + lower_bound

assert f(g())

def f(n: int):
    return n > 6 * int(1e7) * 0.1

def g():
    return int(1e7 + 0.1)

assert f(g())

def f(nums: List[int], a=900, b=1000):
    assert len(nums) == len(set(nums)) and min(nums) >= 0  # no point in going over this heap
    return nums == [a, b]

def g(a=900, b=1000):
    return [a, b]

assert f(g())

def f(n: int):
    return n >= 1000000

def g():
    return 1 + 2*1000 + 4*1000 + 5*1000*1000*1000*1000*1000*1000*1000

assert f(g())

def f(num: List[int]):
    assert len(num) == 3
    return num[0] * num[1] * num[2] == num[0] * num[2] * num[1]

def g():
    return [1] * 3

assert f(g())

def f(nums: List[int], n=10, target_length=10):
    assert 0 <= n <= target_length
    for i in range(n):
        if nums[i] == target_length:
            return True
    return False

def g(n=10, target_length=10):
    return [num for i in range(target_length) for num in range(target_length - i, 0, -1)]

assert f(g())

def f(ls: List[str]):
    return all(x in ls for x in ls)

def g():
    return ["1,2,3"]

assert f(g())

def f(s: str):
    return s == 'abc' or (s[::-1] == 'abc')

def g():
    return 'abc'

assert f(g())

def f(x: List[int]):
    return len(x) > 3

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(ls: List[str], is_word = True):
    return sum(sum(x == "a" for x in ls) for x in ls) == len(ls)

def g(is_word = True):
    return list("abcdefghijklmnopqrstuvwxyz" + "ABCDEFGHIJKLMNOPQRSTUVWXYZ" + "0123456789")

assert f(g())

def f(a: str, target="foobarbazwow", length=6):
    return a.startswith(target)

def g(target="foobarbazwow", length=6):
    return str(target) + "hello" + target + "world" + target + "hello" + target + "world" + target + "world" + target

assert f(g())

def f(indices: List[int], max_len=10):
    for k in range(len(indices)):
        assert indices[k] >= 0 and indices[k] % 3 == 0, "Hint: ind[%i] is a multiple of 3." % k
    return len(indices) > max_len

def g(max_len=10):
    res = []
    for i in range(1000):
        res += [0] * i
    return res

assert f(g())

def f(f: float, n=10):
    return (f < n) or (f > n / 2)

def g(n=10):
    return 1000.0 * n

assert f(g())

def f(s: str):
    return s.endswith("f") and s.find("f") != -1

def g():
    return "123456789f"

assert f(g())

def f(nums: List[int], target=4):
    return len(nums[::-1]) == target

def g(target=4):
    return [i for i in range(target)]

assert f(g())

def f(s: str, strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return s.count('())') == 0

def g(strings=['cat', 'dog', 'bird', 'fly', 'moose']):
    return "%s%s%s" % (str(['cat', 'dog', 'bird', 'fly', 'moose'])[::-1], "", strings[::-1])

assert f(g())

def f(substrings: List[str], n=999):
    return len(substrings) == n

def g(n=999):
    return [str(n) for _ in range(n)]

assert f(g())

def f(s: str):
    return s == 'hello'

def g():
    return str("hello")

assert f(g())

def f(s: str, m1=6, m2=8):
    return True if "world" in s else None

def g(m1=6, m2=8):
    return "world" if m1 == 6 else None

assert f(g())

def f(x: List[int]):
    if x == [[1, 2], [3, 4]]:
        return len(x) == 1
    return all(x[i] == x[i + 1] for i in x)

def g():
    return []

assert f(g())

def f(s: str):
    return len(s) == 1 and s.count("a") == 1

def g():
    return """a"""

assert f(g())

def f(x: List[int]):
    return all(x[i:i+4] for i in range(3))

def g():
    return [1, 2, 4]

assert f(g())

def f(s: str):
    return len(s) > 100

def g():
    return str(list(range(1, 1000)))

assert f(g())

def f(e: List[int]):
    return max(e) > 10

def g():
    return [i*i for i in range(5)]

assert f(g())

def f(li: List[int], min=0, max=1000, value=-1):
    return min == li[0] and max == li[-1] and sum(li) >= value

def g(min=0, max=1000, value=-1):
    return [min, max]

assert f(g())

def f(nums: List[int], m=50):
    return nums == [sum(i if i < m else 0 for i in range(m))]

def g(m=50):
    return [sum(int(i) for i in range(m))]

assert f(g())

def f(x: List[int], a=12345678910):
    return all(0 < x and abs(x - a) == 11 for x in x)

def g(a=12345678910):
    return [None, None] if 1 <= a <= 2 else []

assert f(g())

def f(x: int, a=10201202001):
    return x ** 2 == a ** 2

def g(a=10201202001):
    return a

assert f(g())

def f(nums: List[int]):
    x: List[int] = [1, 3, 5]
    return x == nums

def g():
    return [1,3,5]

assert f(g())

def f(m: int):
    assert max(0, 2 ** m) > m
    return m > 11

def g():
    return max(0, 2 ** 13)

assert f(g())

def f(s: str):
    return s.count("0") == 1 and any(c.isalpha() for c in s)

def g():
    return "1234567890a"

assert f(g())

def f(s: str, reverse=True):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g(reverse=True):
    # https://stackoverflow.com/a/12953084/
    if reverse:
        return "abcdefghijklmnopqrstuvwxyz"
    else:
        return "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: str, target="reverse me"):
    return len(s) == len(s[::-1])

def g(target="reverse me"):
    return ""

assert f(g())

def f(n: int, a=1, b=3):
    return a ** 2 * (b - a) == n

def g(a=1, b=3):
    return int(int(a ** 2 * b) ** 0.5) + 1

assert f(g())

def f(x: float, a=5, b=5):
    return abs(x ** 2 - a) < b ** (-2)

def g(a=5, b=5):
    return a ** 0.5

assert f(g())

def f(b: List[int]):
    return len(set(b)) == len(b)

def g():
    return [1]

assert f(g())

def f(path: [List[int]], i=0, target=20000):
    return len(path) == target

def g(i=0, target=20000):
    return ["test"*i for i in range(target)]

assert f(g())

def f(nums: List[int], lower_bound=1):
    if not nums:
        return False
    return sum(i * i * i / 4 for i in nums) >= lower_bound

def g(lower_bound=1):
    return [7, 5, 9]

assert f(g())

def f(graph: List[List[int]], n=200):
    return graph == [n for n in set(graph) if n in list(n for n in graph) and n % 2 == 0]

def g(n=200):
    return []

assert f(g())

def f(nums: List[int], b=10201202001, m=3):
    return len(nums) == m and len(nums) < b

def g(b=10201202001, m=3):
    return [i for i in range(m)]

assert f(g())

def f(l: List[int]):
    return not l.sort() and l != [1, 2, 3]

def g():
    return [0]

assert f(g())

def f(n: int):
    return all(i == 0 for i in range(n))

def g():
    return 0

assert f(g())

def f(x: List[int]):
    return x == [6, 12, 5, 15, 1]

def g():
    return [6, 12, 5, 15, 1]

assert f(g())

def f(n: int):
    if n < 0:
        return False
    if n == 0:
        return True
    return all(x % y == 0 for x, y in ([0, -1], [1, 0]) if x != y)

def g():
    return sum([int(x) for x in ["-1", "0", "1"]])

assert f(g())

def f(s: str):
    return all(ord(s[i]) < 127 for i in range(len(s))) and len(s) > 3

def g():
    return "123456789012345678901234567890123456789012345678901234567890"

assert f(g())

def f(s: str):
    return s == "1234"

def g():
    return "1234"

assert f(g())

def f(v: int):
    return v >= 1 and v <= 19

def g():
    return 12

assert f(g())

def f(x: int, a=25360, b=1230543):
    if x == a:
        return True
    elif x <= a and a <= 50:
        return x + a >= b and b <= a
    else:
        return False

def g(a=25360, b=1230543):
    return True if a <= 50 else a

assert f(g())

def f(s: str):
    # return '-' if s == "--", not '-' if s == "-"
    return s == "-" if s == "-".lower() else s.lower()

def g():
    return "-"

assert f(g())

def f(x: List[int], n=5, s=19):
    return n == len(x) and all([a > 0 for a in x])

def g(n=5, s=19):
    return [1 for a in range(n) for b in range(n) if a == b] or []

assert f(g())

def f(x: int, a=7000):
    return x ** 1 == a

def g(a=7000):
    return a

assert f(g())

def f(x: List[int]):
    return sum(x[i] for i in range(len(x))) > 10  # must contain numbers >= 10!

def g():
    return [3, 5, 7]

assert f(g())

def f(s: str, k=5):
    return ("hello" + s) != ("hello wor" + "ld") and (s.startswith("h") and s.endswith("l"))

def g(k=5):
    return "h"*k + "l"*k

assert f(g())

def f(n: int, a=5129, d=17):
    return n > a + d

def g(a=5129, d=17):
    return 3 + a + d

assert f(g())

def f(x: str, index=1):
    # Index starts at 0
    return index == len(x) and all(x[i] == x[-i] for i in range(len(x)))

def g(index=1):
    return "0"*index

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return a ** b == c ** (a ** b)

def g():
    return [1] * 3

assert f(g())

def f(x: List[int], num_points=20):
    return max(x[i] for i in range(num_points)) == max(x[i] for i in range(num_points))

def g(num_points=20):
    return [20 for i in range(num_points)]

assert f(g())

def f(lines: List[int], target=17):
    for i in range(len(lines)):
        if lines[i] == target:
            return True
    return False

def g(target=17):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17]

assert f(g())

def f(s: str, words=['SEND', 'MORE', 'MONEY'], n=3):
    if s not in words:
        return s not in words and (1 + len(s) > 2 * n or max(len(s) - len(set(s))) + 1 > n)
    return sum(s[:n]) > 0 and sum(s[n:len(s)]) > 0

def g(words=['SEND', 'MORE', 'MONEY'], n=3):
    return str(1 + (-1)**(n - 1) + (-1)**(0.5 * n + n + 1))

assert f(g())

def f(s: str):
    assert all(len(t) == 1 for t in s)
    return s == "This" or s == "This and This"

def g():
    return "This" or "and This"

assert f(g())

def f(x: int):
    return x > 1

def g():
    return 5

assert f(g())

def f(part: List[List[int]]):
    return any(part[i] != part[i + 1] for i in range(2))

def g():
    return [
        [1, 2],
        [3, 4],  # list(x) == [[1, 2], [3, 4]]
        [5,6,7,8,9],  # list(x) == [[1, 2], [5], [6], [7], [8], [9]]
    ]

assert f(g())

def f(nums: List[int], n=1023):
    return len(nums) == n

def g(n=1023):
    return [n + i for i in range(n)]

assert f(g())

def f(nums: List[int], length=4, thresh=17):
    return len(nums) >= length and sum(1 if i < thresh else 2 for i in nums) > 1

def g(length=4, thresh=17):
    return [1 if i < thresh else 2 for i in range(length)]

assert f(g())

def f(s: str):
    return s.count('n') == 1

def g():
    return "abcdefghijklmnop"

assert f(g())

def f(li: List[int]):
    return len(li) == 3

def g():
    return [0, 1, 0]

assert f(g())

def f(n: int, a=10, b=0, c=10):
    return n + b == sum([a * i for i in range(c)])

def g(a=10, b=0, c=10):
    return sum([a * n for n in range(c)])

assert f(g())

def f(l: List[str]):
    return l == ["a", "ab", "abc", "abd", "abcde", "Abc", "AbAb", "AbAbc"]

def g():
    return ["a", "ab", "abc", "abd", "abcde", "Abc", "AbAb", "AbAbc"]

assert f(g())

def f(s: str):
    # TODO: test for special characters in s
    return len(s) >= 6 and s == "foobarbazwow"

def g():
    # TODO: test for special characters in g
    return "foobarbazwow"

assert f(g())

def f(y: int, a=-382, b=14546310):
    return int(y * a / b) == a

def g(a=-382, b=14546310):
    return -a + b

assert f(g())

def f(s: str, max_len=10):
    if len(s) <= max_len:
        return "world" == s
    return "Hello " + s == "Hello world" and s.count("Hello") == 1

def g(max_len=10):
    return "world"

assert f(g())

def f(p: List[int], n=999):
    return len(p) == n

def g(n=999):
    return [1] + [0]*(n-1)

assert f(g())

def f(nums: List[int], target_len=12):
    return sum(nums) >= target_len

def g(target_len=12):
    return [12]

assert f(g())

def f(trips: List[List[int]]):
    return len(trips) == len(trips[0]) and not (trips == [])

def g():
    return [[1, 2], [2, 1]]

assert f(g())

def f(s: str):
    return s.split(',') == [p for p in str(s).split()]

def g():
    return "123456789"

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 indices:
        s.append(a0 + (3. * i) ** 0.5)
    return len(indices) == len(set(indices)) == 1000 and min(indices) >= 0

def g(a0=123):
    return [i for i in range(1000)]

assert f(g())

def f(s_case_2: str, s="CanYouTellIfItHasMoreCAPITALS", index=2):
    caps = 0
    for c in s:
        if c > c.lower():
            caps += 1
    return s_case_2 == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHasMoreCAPITALS", index=2):
    return (s.upper() if index > len(s) - 1 else s.lower())

assert f(g())

def f(li: List[int]):
    return len(list(li)) == max(4, len(li) * 3 / 4) and not (len(li) < 3 or li == [1, 2, 3, 4])

def g():
    return [0, 0, 1, 2]

assert f(g())

def f(nums: List[int], target=5):
    return all(i in range(len(nums)) for i in nums) and len(nums) >= target

def g(target=5):
    return [i for i in range(10)] + [3, 2]

assert f(g())

def f(nums: List[int], num_max=5):
    return all(1 if a in nums else 0 for a in nums)

def g(num_max=5):
    return [0] + [1] * num_max

assert f(g())

def f(n: int):
    return (n >= 1000) and round((n / 1000) * 100) >= 50

def g():
    return 1000000

assert f(g())

def f(p_case: str):
    return "." in p_case

def g():
    return "%7.3f" % 100

assert f(g())

def f(w: str, m=10):
    return w.count("l") is not 0 and w.count("l") % m == 0

def g(m=10):
    return str(m ** 0.5) + "abc" * m + "def" + "ghi" + "jkl" * m + "mno" + "pqrs" * m + "tuv" + "wxyz" * m

assert f(g())

def f(nums: List[int], a=1073258, b=72352549):
    return sum(nums) == a + b

def g(a=1073258, b=72352549):
    return [a + b]

assert f(g())

def f(x: float, a=1020):
    return abs(x ** 2 / a - 1) < 10 ** -6

def g(a=1020):
    return a ** 0.5

assert f(g())

def f(counts: List[int]):
    return len(set(counts)) > 2

def g():
    return [0,1,2,3]

assert f(g())

def f(q: List[int], m=3, n=3):
    return [q[i] for i in range(m)] == [q[i] for i in range(n)]

def g(m=3, n=3):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(t: List[int]):
    return len(t) == 5

def g():
    return [1, 3, 3, 2, 3]

assert f(g())

def f(n: int, a=1020, b=50, c=50):
    assert c <= b, "Warning: c cannot be smaller than b. Why?"
    return ((10 ** -4) / a < n + c / b) or n >= a and n >= b

def g(a=1020, b=50, c=50):
    return a*b*c

assert f(g())

def f(nums: List[int], tot=2):
    for i in range(len(nums)):
        if nums[i] % 4 == 0:
            return True
    return False

def g(tot=2):
    return [i**2 for i in range(tot)]

assert f(g())

def f(n: int):
    return str(n).startswith("123456")

def g():
    return int("123456")

assert f(g())

def f(seq: List[int], a=100, b=1000, n=6):
    return all([len(s) == n for s in seq and not all(s == a for s in seq)])

def g(a=100, b=1000, n=6):
    return [f(b, a, n-1) for b in range(b, 1000, n)]

assert f(g())

def f(n: int):
    return n > (2 ** 30)

def g():
    return (2 ** 30) * 10

assert f(g())

def f(n: int, m=10, lower=0):
    return n * m <= 10

def g(m=10, lower=0):
    return lower and n*m < 10

assert f(g())

def f(n: int):
    return all([len(seq) == n for seq in range(1, n)])

def g():
    return sum(1 for p in range(1, 1000) if int(p) == 1000)

assert f(g())

def f(s: str):
    return len(s) == 2 and s == "19"

def g():
    return "19"

assert f(g())

def f(inds: List[int], m=6, string="enlightenment"):
    return len(inds) == m  # all indices must be 0-9 and a-f
                          # and you can't change that
                          # otherwise you could get a longer string
                          # but if m is 3 and 3 < len(inds) < 6, then you can't even try

def g(m=6, string="enlightenment"):
    return [m*m for _ in range(m)]

assert f(g())

def f(nms: List[int], n=10):
    return min(nms) == max(nms) == n

def g(n=10):
    return [n for i in range(0,100,n)]

assert f(g())

def f(probs: List[float]):
    return sum(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 1e-6

def g():
    return [1., 2., 3.]

assert f(g())

def f(x: int, a=43, b=123, c=345):
    return c * 3 * (b - a) <= c * (x - a)

def g(a=43, b=123, c=345):
    return int(int(a * b * (c - 43) + 43) ** 0.5) + 1

assert f(g())

def f(s: str):
    return all(ch in s for ch in "abcdefghijklmnopqrstuvwxyz01234567")

def g():
    return str('abcdefghijklmnopqrstuvwxyz01234567')

assert f(g())

def f(inds: List[int], p=6):
    return all(v in inds for v in range(int(p)))

def g(p=6):
    return [n for n in range(p)]

assert f(g())

def f(l: List[int], n=10, max_len=12, a=200):
    return max(l) > n and all(i in range(n) for i in range(max_len) if l[i] == i+a)

def g(n=10, max_len=12, a=200):
    return [i+1 for i in range(max_len)]

assert f(g())

def f(e: List[int]):
    return e[0] * e[1] == e[0] * e[2]  # x y = x * y

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(i: int):
    return i < 1000  # not true for longs

def g():
    return 2

assert f(g())

def f(indices: List[int], n=0):
    return max(indices) + min(indices) == n

def g(n=0):
    return [n]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s == target and 1 <= length <= 64

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(a: int, target=2):
    return a < 4  # at least one integer >= 2**32

def g(target=2):
    return 1

assert f(g())

def f(n: int):
    return n ** 2 >= 1000 and n >= 1000

def g():
    return 10000000

assert f(g())

def f(n: int):
    return n % 3 == 0

def g():
    return 42

assert f(g())

def f(x: float, a=9, b=13):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=9, b=13):
    return float(a + b)

assert f(g())

def f(int_list: List[int]):
    return all(i in int_list and i < 10 for i in range(10))

def g():
    return list(map(int, range(10)))

assert f(g())

def f(x: int):
    return x >= 2**21 and x < 2**22

def g():
    return 2**21

assert f(g())

def f(probs: List[float]):
    return min(probs[(i + 2) % 3] for i in range(3)) == max(probs[(i + 2) % 3] for i in range(3))

def g():
    return [0.5, 0.5, 0.5]

assert f(g())

def f(matrix: List[List[int]], n=3):
    m, n = len(matrix), len(matrix[0])
    return matrix == [
        [1, 2, 3],
        [0, 3, 2],
        [3, 0, 1],
        [2, 1, 0],
    ]

def g(n=3):
    return [
        [1, 2, 3],
        [0, 3, 2],
        [3, 0, 1],
        [2, 1, 0],
    ]

assert f(g())

def f(n: int):
    if (n < 1000):
        return True
    if (n == 1000):
        return True
    return False

def g():
    return 3*3

assert f(g())

def f(parts: List[str], max_len=10):
    return len(set(parts)) == len(parts) >= max_len

def g(max_len=10):
    return ["a"*(i+2)+"b" for i in range(100)] + ["c"*2+"d"] + ["e"*2+"f"] + ["g"*2+"h"]

assert f(g())

def f(len_t: List[int], n=4):
    return len(len_t) == n and len(len_t) % 2 == 0

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(n: int, nums=[1350, 3343, 867, 7], nums_lower=3, nums_upper=7):
    assert all([n >= t for t in nums for n in nums if t < n])
    return nums[0] == nums_lower or nums[-1] == nums_upper

def g(nums=[1350, 3343, 867, 7], nums_lower=3, nums_upper=7):
    return sum([num for num in nums if num < nums_lower or num > nums_upper])

assert f(g())

def f(x: float, k=6):
    return max(-x, 0) > float("-inf")

def g(k=6):
    return k ** (k + 1)/2

assert f(g())

def f(t: str):
    return "0o/" == t[:-1]

def g():
    return "0o/2"

assert f(g())

def f(stops: List[str], n=4):
    return len(sorted(map(str, stops))) >= 4

def g(n=4):
    return [str(n) for i in range(60)]

assert f(g())

def f(x: List[int], b=12345):
    return sum(x*b for x in range(len(x) - 1)) > 0

def g(b=12345):
    return [i**3 for i in range(1000)]

assert f(g())

def f(n: List[int], target=18):
    return len(n) >= target

def g(target=18):
    return list(range(target))

assert f(g())

def f(nums: List[int], lower_bound=2, start=50):
    return all(int(n) in nums for n in range(start, start + lower_bound))

def g(lower_bound=2, start=50):
    return [n for n in range(start, start + lower_bound) if n >= 1]

assert f(g())

def f(n: int):
    return all(f(x) for x in range(n))

def g():
    return range(10)[0]

assert f(g())

def f(seq: List[int], m=5):
    return all(n > m for n in seq) and sum(seq) >= m

def g(m=5):
    return [42, 43, 44, 45, 46, 47]

assert f(g())

def f(n: int):
    if n == 1:
        return False
    return True

def g():
    return 4

assert f(g())

def f(s: str):
    if s == "":
        return len("" == s[0]) == 1 and len("abcd") == 5
    return "abc" in s[1:]

def g():
    return "a"*3 + "abc"

assert f(g())

def f(n: int):
    for x in range(n):
        if n % 2 == 0:
            return 0
        else:
            return (n % 2) == 1 and n > 2

def g():
    return 456456123456789

assert f(g())

def f(s: str):
    return 'This is the beginning of the long paragraph' in s

def g():
    return "This is the beginning of the long paragraph\n"

assert f(g())

def f(p: List[int], n=10):
    return True if len(p) == n else all(p[i] > 2 for i in range(n))

def g(n=10):
    return [3**i for i in range(n)]

assert f(g())

def f(l: List[List[int]]):
    return sum(i==0 for i in l) == len(l)

def g():
    return []

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == s

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return str(s)

assert f(g())

def f(x: List[int], z=8192):
    return len(x) == z and all([i in x for i in range(z) if i == 0])

def g(z=8192):
    return  [x for x in range(z)]

assert f(g())

def f(l: List[int]):
    return len(set(l)) > 995

def g():
    return list(range(1000))

assert f(g())

def f(num: List[int], bound=3):
    return max(i for i in num for i in num) > bound

def g(bound=3):
    return [num for num in range(5, 200, 10) if num % 2 == 1]

assert f(g())

def f(target: List[int]):
    return max(0, target[0]) < max(0, target[1]) < max(0, target[2])

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(n: int):
    if n > 100:
        return True
    n -= 1
    return all(n > 0)

def g():
    return 100 if 100 < 5 else 100 + 6

assert f(g())

def f(s: str):
    return "Permute me true" in s and len(s) > len('Permute me true')

def g():
    return "Permute me true" + "Permute me true"

assert f(g())

def f(a: int):
    return all([0 <= i < a for i in range(10)])

def g():
    return sum(1 for i in range(10))

assert f(g())

def f(s: str):
    return len(s) == 12  # test for length == 1 (s is a prefix of 'abc')

def g():
    return "abc".ljust(12, '0')[::-1]

assert f(g())

def f(s: str, word="konakjak", reverse=True):

    return (s.index("w" + word) < s.index(word)) and (s.index("k" + word) > s.index(word))

def g(word="konakjak", reverse=True):
    return "w" + word + "k" + word + "j" + word + "ak" + word + "j" + word + "ak" + word

assert f(g())

def f(nums: List[int], target=99999):
    return sum(i != 0 for i in nums) == target

def g(target=99999):
    return [2 for i in range(99999)]

assert f(g())

def f(li: List[int]):
    return list(enumerate(li)) == sorted(enumerate(li))

def g():
    return [0] * 2

assert f(g())

def f(nums: List[int], n=18):
    return len(nums) == n and all(n >= 0 for n in nums)

def g(n=18):
    return [n*n for n in range(n)]

assert f(g())

def f(x: int, a=100, b=65):
    return x == a and x == b or abs(x) > (a+b)

def g(a=100, b=65):
    return int(a * b) or (a, b) is (100, 65)

assert f(g())

def f(n: int):
    return n > 1

def g():
    return 7

assert f(g())

def f(i: int, target=5):
    return (int(i * 200.0) - int(i * 100.0)) / 200.0 < target

def g(target=5):
    return 3

assert f(g())

def f(x: List[str]):
    return (all(x) or x == 'None') or not x.isupper()

def g():
    return ["a", "b", "c", "d", "e", "f", 'g']

assert f(g())

def f(s: str, t=1026):
    return s.find("0") != -1

def g(t=1026):
    return "1234567890" * t

assert f(g())

def f(x: int, a=17, b=11):
    return x == a * a + b * b

def g(a=17, b=11):
    return a*a + b*b

assert f(g())

def f(list_len: List[int], n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return len(list_len) == n and all(li in list_len for li in list_len)

def g(n=18):
    return [1 for i in range(n)]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187]):
    return all(n >= i for i in nums)

def g(nums=[77410, 23223, 54187]):
    return sum(nums)

assert f(g())

def f(x: str):
    return x[0] == "h" and len(x[1::-1]) > 0 and len(x[1::-1]) == max(len(x) / 2, len(x) * 3 // 2)

def g():
    return 'h'; f("123456789"); f("z");

assert f(g())

def f(s: str, n=15):
    return min(int(s), 0) not in list(s)

def g(n=15):
    return "123456789"*n

assert f(g())

def f(s: str, a=96484, b=0):
    return sum(1 for c in s) == len(s)

def g(a=96484, b=0):
    return "123"*a + "456"*b

assert f(g())

def f(s: str, s1="a", s2="b", count1=50, count2=50):
    return s == s1 or s == s2

def g(s1="a", s2="b", count1=50, count2=50):
    return s1 or s2 == "ab"

assert f(g())

def f(x: float):
    return str(x) == str(x).replace("0", "a").replace("-", "b")

def g():
    return float(float("1234567890") ** 0.5) + 1

assert f(g())

def f(nums: List[int], num_points=20):
    assert len(nums) > 4
    assert all((0 <= i < num_points) for i in nums)
    return all([1 in nums for i in nums])

def g(num_points=20):
    return [1 for i in range(20) if i % num_points]

assert f(g())

def f(inds: List[int], target_sorted=[1, 1, 2, 3, 4, 5, 5]):
    def check(x):
        return all([y in x for y in target_sorted])
    return check(inds)

def g(target_sorted=[1, 1, 2, 3, 4, 5, 5]):
    return [y for y in target_sorted]

assert f(g())

def f(s: str, t=1020):
    s = s[::-1]
    return all(s.isdigit() for s in [s, s[::-1], s[::-1] + s])

def g(t=1020):
    a = "1"*t+"0"*t
    return "1"*t+a+"2"*t+"0"*t

assert f(g())

def f(n: int, a=0, b=0):
    return n == sum([n for i in range(a) for n in range(b)])

def g(a=0, b=0):
    return a + b + a

assert f(g())

def f(n: int, a=0, b=0):
    return n == sum([n for i in range(a) for n in range(b)])

def g(a=0, b=0):
    return min(a, b)

assert f(g())

def f(a: List[int]):
    for i in range(len(a)):
        if a[i] == a[i - 1] + 1:
            return False
    return True

def g():
    return [0] * 9

assert f(g())

def f(a: int, e=0):
    return e in [0, 1]

def g(e=0):
    return 1

assert f(g())

def f(nums: List[int]):
    return all(sum(nums[:i]) == 2 ** i - 1 for i in range(20))

def g():
    return [2**i for i in range(20)]

assert f(g())

def f(s: str):
    return s == "QWERTYUIOPASDFGHJKLZXCVBNM"

def g():
    return "QWERTYUIOPASDFGHJKLZXCVBNM"

assert f(g())

def f(x: List[int], n=1, s=12):
    s = sum(x)
    return len(x) == 1 and s == 12

def g(n=1, s=12):
    return [s*n <= 12 and s]

assert f(g())

def f(k: int, start=4200, target=19182412):
    return sum(x for x in range(4200, start+k)) == sum(x for x in range(start, start+k))

def g(start=4200, target=19182412):
    return 1 + (target-start)

assert f(g())

def f(n: int):
    return n >= 10

def g():
    return 12

assert f(g())

def f(x: List[int]):
    return sum(x) > 10

def g():
    return [1, 2, 12]

assert f(g())

def f(s: str):
    return sum(i in 'AabBcdCdeDegEfghJklLmlmnnoopppqrstuvwxyz' for i in s) == len(s)

def g():
    return "foobar" * (10 ** 3)

assert f(g())

def f(l: List[int], n=4):
    return len(sorted(l)) == n and sorted(l) == sorted(set(l))

def g(n=4):
    return [3*l + 2 for l in list(range(1, n+1))]

assert f(g())

def f(s: str):
    return s.startswith("123456789")

def g():
    return "123456789ABC"

assert f(g())

def f(state: List[int]):
    for i, n in enumerate(state):
        if i // 3 == 1 and i % 5 == 0 and n > 0:
            return True
    return False

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(x: float, a=1020):
    return x > 0 and abs(x) < 10 ** -3 and a > 0

def g(a=1020):
    return 1.0 / a

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > 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):
    for i, word in enumerate(s, 1):
        if s[i] == word and i != len(s) - 1:
            return True
    return False

def g():
    return "helloworld"

assert f(g())

def f(n: int, a=10305075):
    return abs(n - a) < 10 ** -7

def g(a=10305075):
    return a

assert f(g())

def f(lists: List[List[int]], s=9):
    if s == 2:
        return all(1 < list(l) <= 0 for l in lists)
    if s == 3:
        return sum(1 <= list(l) <= 0 for l in lists) <= (len(lists) * 2)
    return list(sorted(l for l in lists)) == [s for t in lists if not t == s]

def g(s=9):
    return [x for x in ["zero","one","two","three","four","five","six","seven","eight","nine"] if x == s]

assert f(g())

def f(s: str):
    return s == "a" or s == "_"

def g():
    return "a" or "_"

assert f(g())

def f(s: str):
    if s == "t":
        return s.lower() == s.upper()
    return True

def g():
    if 1<2:
        return "a"
    elif 0<2:
        return "b"
    else:
        return "c"

assert f(g())

def f(x: int, y=0):
    return (x == y)

def g(y=0):
    return 1000000 * y

assert f(g())

def f(s: str, a=20, b=100, c=20):
    return s[1:-1] == '#' or s[0] == '#' or s[-1] == '#'

def g(a=20, b=100, c=20):
    return '#' if a > b else '^' if a > c else '#'

assert f(g())

def f(nums: List[int], num=12345):
    return len(nums) == num

def g(num=12345):
    return list(range(num))

assert f(g())

def f(nums: List[int], m=6):
    return len(set(nums)) == m

def g(m=6):
    return [2*n+1 for n in range(m)]

assert f(g())

def f(string: str, count=10):
    return len(set(string)) >= count

def g(count=10):
    return "123456789" + "0" * count

assert f(g())

def f(nums: List[int], n=22):
    assert len(nums) == n
    assert nums[0] == 0
    assert sum(nums[i] for i in range(n)) == nums[-1]
    return all(i < n for i in range(n))

def g(n=22):
    return [0]*n

assert f(g())

def f(n: int):
    return n == len(set(list(range(256))))

def g():
    return 256

assert f(g())

def f(n: int, k=100):
    return pow(2, n, n) >= k

def g(k=100):
    return 3*k**3

assert f(g())

def f(s: str):
    return str(s).startswith("abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyz\n"*3 + "ghijklmnopqrstuvwxyz\n"*4

assert f(g())

def f(li: List[int]):
    return list(map(str, li)) == ["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"]

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]

assert f(g())

def f(n: int, target=0, edge="rrrrrr:rrr"):
    return 2 * n > 3

def g(target=0, edge="rrrrrr:rrr"):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return s.count(s.lower()) == len(s.lower())

def g():
    return str(list(range(1, 1000)))[9]

assert f(g())

def f(max_number: int):
    max_number = 0
    for x in range(1, max_number + 1):
        if x > max_number:
            max_number = x
    return max_number == max_number

def g():
    return 1000

assert f(g())

def f(s: str):
    return s == "a" or s == "b" or s == "c" or s == "d" or s == "e" or s == "f"

def g():
    return "c" or "d" or "e" or "abc"

assert f(g())

def f(nums: List[int], tot=2):
    for i in range(len(nums)):
        if nums[i] % 4 == 0:
            return True
    return False

def g(tot=2):
    return [4, 1]

assert f(g())

def f(res: int, m=4, a=3, b=23463462):
    return res == int(a * b)

def g(m=4, a=3, b=23463462):
    return a * b

assert f(g())

def f(b: List[int]):
    return len(b) >= 4

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(str: str, target="foo", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == str

def g(target="foo", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(nums: List[int], a0=123):
    assert a0 >= 0
    for i in range(nums[-1]):
        if nums[i] == a0:
            return True
    return nums[-1] < 0 and nums[-1] > 0

def g(a0=123):
    return [a0]

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 2 and len([x[i] for i in range(5)]) == 5

def g():
    return [1, 2, 2, 2, 2]

assert f(g())

def f(p: List[int], edges=[[1, 0], [1, 3], [2, 4], [2, 5], [3, 6], [4, 1], [4, 3]]):
    return all([[p[i], p[i + 1]] in edges for i in range(len(p))])

def g(edges=[[1, 0], [1, 3], [2, 4], [2, 5], [3, 6], [4, 1], [4, 3]]):
    return [a for a in edges if a[0] == a[1] and a[1] == a[2]]

assert f(g())

def f(v: int, mx=75.0, my=150.0):
    return v * mx * mx + v * my * my > 10 ** -3

def g(mx=75.0, my=150.0):
    return int(int(7*mx + 2*my) ** 0.5) + 1

assert f(g())

def f(s: str, n=18):
    return len(s) == n and s.startswith('S')

def g(n=18):
    return 'S'*n

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 101 and any(not ('a' in x and 'z' in x) for x in s)

def g():
    return [str(i) for i in range(101)]

assert f(g())

def f(n: int, m=2000):
    assert n >= 1
    return m ^ (n - 1) <= len(set({n})) < m / 2

def g(m=2000):
    return m + 1

assert f(g())

def f(s: str):
    if len(s) == 5:
        return "bar" in s or "BAR" in s or "BARh" in s
    elif len(s) > 13:
        return "bar" in s or "BAR" in s or "BAT" in s or "BARh" in s or "BAR" in s
    elif len(s) == 10 and 'CAT' in s:
        return 'CRASH' in s
    else:
        raise ValueError("No 'CAT' in string: %s" % s)

def g():
    try:
        return "foo"*10 + "bar" + "baz" + "foo"*100
    except ValueError:
        raise ValueError("no foo in the string")

assert f(g())

def f(i: List[int], n=18):
    return len(i) == n and all(item in i for item in i)

def g(n=18):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18]

assert f(g())

def f(n: int):
    return list(map(int, range(n))) == list(range(n))

def g():
    return 0

assert f(g())

def f(a: List[int]):
    return sum(a) > 1 and "2a" not in a

def g():
    return [1, 3, 5]

assert f(g())

def f(s: str):
    return (len(s) >= len("1--2-3-4-5-6") or s[-1] == "-")

def g():
    return "---"

assert f(g())

def f(t: List[int]):
    assert len(t) == 20
    return all((x in range(len(t)-1) and t[x] == t[x+1]) for x in range(len(t)-1))

def g():
    return [0] * 20

assert f(g())

def f(lst: List[int]):
    return lst[lst[0]] != lst[lst[1]] and lst[lst[-1]] != lst[lst[0]]

def g():
    return list(range(10000))

assert f(g())

def f(s: str):
    return s == "abcdefgh"

def g():
    return "abcdefgh"[:]

assert f(g())

def f(a: List[int], t=9, b=3):
    return 0 <= len(a) and sum(a[i] for i in range(len(a) - t)) >= b

def g(t=9, b=3):
    return [i for i in range(t+1)] + [3*i for i in range(b)]

assert f(g())

def f(snd_string: str, word="somename", max_len=10):
    return snd_string[:len(word)] == word

def g(word="somename", max_len=10):
    return "somename\\u2026"

assert f(g())

def f(s: str):
    return s == s[::-1] or s == s.replace(' ', '')

def g():
    return "\n"

assert f(g())

def f(v: str):
    return 'Hello ' + v  == 'Hello world'

def g():
    return 'world'

assert f(g())

def f(nums: List[int], target=150):
    return 0 <= nums[0] <= target and sum(nums) >= target if nums else False

def g(target=150):
    return [target, target + 1]

assert f(g())

def f(li: List[int]):
    return len(li) >= 5

def g():
    return [x for x in range(1000)]

assert f(g())

def f(s: str):
    return str(s).startswith("123.456")

def g():
    return "123.456" + "0"*(10) + "345.678"

assert f(g())

def f(c: int, target_len=8):
    return  c >= target_len * 2 and all([c >= target_len for i in range(8)] + [c / 2 for i in range(8)] + [c * 3 for i in range(8)])

def g(target_len=8):
    return target_len ** 3

assert f(g())

def f(x: int, target=1, coeff=2):
    return x == 2 ** target and x > -2 * target

def g(target=1, coeff=2):
    return target + 1

assert f(g())

def f(nums: List[int], m=4):
    return min(nums) >= 1 and min(nums) >= m

def g(m=4):
    return [1000000000]

assert f(g())

def f(s: str):
    return all([sub in s for sub in ["a", "b", "c"]])

def g():
    return "abc" * len(str(3))

assert f(g())

def f(nums: List[int], tot: int=9995):
    return sum(num for num in nums) >= tot

def g(tot: int=9995):
    x = []
    for i in range(10000):
        x.append(tot - i)
    return x

assert f(g())

def f(n: int, nf=10):
    return min(n, nf < n)

def g(nf=10):
    return nf * nf

assert f(g())

def f(nums: List[int]):
    return all(j >= 0 for j in nums)

def g():
    return [1, 2, 3]

assert f(g())

def f(t: List[int], max_len=10):
    if all(x < y for x, y in zip(t, t[1:] * 2)):
        t = t[:max_len]
    return max(len(t) // 2, 1 + len(t)) <= max_len

def g(max_len=10):
    return [4, 2]

assert f(g())

def f(t: List[int], k=5):
    return t[0] == k and t[-1] == k

def g(k=5):
    return [k]

assert f(g())

def f(i: int, state=0):
    return 0 <= i <= 20

def g(state=0):
    return state * state * state

assert f(g())

def f(s: str, target="red", length=3):
    return len(s) == length and all(i in target for i in s)

def g(target="red", length=3):
    return "red"

assert f(g())

def f(n: int, k=3, start=1, upper=6):
    return 0 <= n <= upper and sum(a**(n-1) for a in range(3, start, 2)) <= upper

def g(k=3, start=1, upper=6):

    def f():
        return 0 <= n <= upper and sum(a**(n-1) for a in range(3, start, 2)) <= upper

    return start*k

assert f(g())

def f(x: str):
    m = len(x)
    while m > 3:
        m = 3 * m + 1 if m % 2 else m // 2
        if m == x.count('o') + 1:
            return True

def g():
    return "hello"

assert f(g())

def f(c: List[int], a=10, b=100, n=100):
    return sum(c if a < b < a + b else c for c in c) > n

def g(a=10, b=100, n=100):
    return [a, b, a]

assert f(g())

def f(path: List[int], target=12):
    return len(path) >= target and path[:target] == path[-target:]

def g(target=12):
    return [int(i) for i in range(target)]

assert f(g())

def f(n: int):
    if n > 0:
        for i in range(n):
            pass
    return n >= 10000

def g():
    return len(set(range(0, 10000))) + 1

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 3

def g():
    return [0, 1, 2]

assert f(g())

def f(indices: List[int], n=12):
    assert n % 3 == 0, "Indices must be non-zero mod 3"
    return len(set(indices)) == n

def g(n=12):
    return [i * n for i in range(n)]

assert f(g())

def f(l: List[str], n=100):
    return all(len(l) >= n and l[-n:])

def g(n=100):
    return [str(n*n) for _ in range(n)]

assert f(g())

def f(s: str, target="1/0"):
    return s.count('1/0') == 1

def g(target="1/0"):
    return "123456789" + target

assert f(g())

def f(delta: List[List[int]], target=50):
    h = [[-1, -2], [-3, -4]]
    return delta == h

def g(target=50):
    return [[-1, -2], [-3, -4]]

assert f(g())

def f(lines: List[str], words=['cat', 'dog', 'bird', 'fly', 'moose']):
    return all(line in lines for line in words)

def g(words=['cat', 'dog', 'bird', 'fly', 'moose']):
    return [line if line in words else "error string" for line in words]

assert f(g())

def f(n: int):
    return int(n) % 2 == 0

def g():
    return 2

assert f(g())

def f(s: str):
    return s.count("e") == 1

def g():
    return 'abcdef'

assert f(g())

def f(st: str, a="", b="Hello"):
    return st + a == b

def g(a="", b="Hello"):
    return b

assert f(g())

def f(s: List[str]):
    return len(list(s)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g():
    return list(set(["a"*(i+2)+"b" for i in range(1000)]) )

assert f(g())

def f(l: List[str]):
    return all((x in l) and ((x == 'a') or (x == 'b')) for x in l)

def g():
    return [x for x in ["a", "b"] if x not in ["a", "b"]]

assert f(g())

def f(s: str):
    return s == "sad"
    return len(s) == 1

def g():
    s = ["sad", "happy", "sad", "happy", "sad", "happy", "sad", "happy", "sad"]
    return s[0]

assert f(g())

def f(s_case_2: str, s="CanYouTellIfItHasMoreCAPITALS", index=2):
    caps = 0
    for c in s:
        if c > c.lower():
            caps += 1
    return s_case_2 == (s.upper() if caps > len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHasMoreCAPITALS", index=2):
    return s.upper() if index == len(s) - 1 else s.lower()

assert f(g())

def f(s: str, target="x"):
    return s.startswith(target)

def g(target="x"):
    return target

assert f(g())

def f(k: int, x=9223372036854775807):
    return int(0.5 * x / k ** 2) < 1e-10  # 0.5 is closest to 1: 0.3125

def g(x=9223372036854775807):
    return -x + 100000000

assert f(g())

def f(s: str):
    return "Hello " + s.lower() == "Hello world"

def g():
    return "World"

assert f(g())

def f(p: str):
    return p == 'abcd' or p == 'abcd' == p

def g():
    return "abcd"

assert f(g())

def f(st: str, a="world", b="Hello world"):
    return a + b == st

def g(a="world", b="Hello world"):
    return a + b

assert f(g())

def f(x: List[int], t=5):
    return isinstance(x, list) and all(x[i] != 0 for i in range(t))

def g(t=5):
    return [5, 6, 7, 8, 9, 0, 1]

assert f(g())

def f(target: List[List[str]], siz=9):
    for i in range(1, len(target)):
        target[i] = [s for s in target[i - 1] if s != target[i]]
    return len(sorted(target)) == 9

def g(siz=9):
    return [[], [], [], [], [], [], [], [], []]

assert f(g())

def f(n: int):
    return n > 995  # n = range(2,1000)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(k: int):
    return all(k == j * j for j in range(k))

def g():
    return sum(k for k in range(5) if k % 100 == 0)

assert f(g())

def f(m: int, n=7012):
    return abs(m * n) > n * n

def g(n=7012):
    return int(abs(n) ** 2)

assert f(g())

def f(str: str, strings=['cat', 'dog', 'bear', "cat"]):
    return all(s in strings for s in strings)

def g(strings=['cat', 'dog', 'bear', "cat"]):
    return strings[0] + strings[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
    assert path[:-1] == path[:-1]
    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(a: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == a

def g(target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(n: int):
    return max(1, abs(n)) == n

def g():
    return 2

assert f(g())

def f(probs: List[float], thresh=500):
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(len(probs))) < thresh

def g(thresh=500):
    return [3.14, .01, .01, .02]

assert f(g())

def f(x: str):
    return len(x) >= 5 and len(x) <= 3*len(x)

def g():
    return "abcdefgh"

assert f(g())

def f(nums: List[int], x=10, y=10, z1=1, z2=1):
    return all(nums[i] == i + y * z2 for i in range(nums.index(y)) if nums[i] == x)

def g(x=10, y=10, z1=1, z2=1):
    return [x + y * z2 for y in range(y*z2)]

assert f(g())

def f(res: List[int], m=9):
    for i in range(m):
        if res[i] == 5:
            return True
    return False

def g(m=9):
    return [x for x in range(m)]

assert f(g())

def f(s: str, target="foobarbazwow", n=4):
    return s == "foobarbazwow"

def g(target="foobarbazwow", n=4):
    return str(target)

assert f(g())

def f(a: List[int], nums=[8, 10, 12], target=35):
    nums[0] -= a[0]
    for i in range(1, len(nums)):
        nums[i] += a[i]
    return target > nums[-1]

def g(nums=[8, 10, 12], target=35):
    return [int(nums[i] / target) for i in range(len(nums))]

assert f(g())

def f(a: str, b="crap"):
    return a.lower() == b.lower() and a.upper() == b.upper()

def g(b="crap"):
    return "crap".upper()

assert f(g())

def f(x: List[int], a=2, b=10, target=5):
    for r in range(a):
        if x in range(b):
            return True
    return all((x ** 2 == a + (x ** 2 - a)) for x in range(b))

def g(a=2, b=10, target=5):
    return [1,2,3,4,5,6,7,8,9]

assert f(g())

def f(s: str):
    return s > "foo" and s > "bar"

def g():
    return "foo bar"

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
    # if last char is $, change last character to \$, otherwise print as plain text
    if c == '$':
        s = s.replace('$', '\\$')
    return s.startswith(chars[0])

def g(chars=['o', 'h', 'e', 'l', ' ', 'w', '!', 'r', 'd']):
    return chr((len(chars)) * len(chars) - len(chars) + 1).join(chars) + '\n'

assert f(g())

def f(li: List[int], target=11):
    for h, n in li:
        assert 0 <= n <= len(li)
        for j in range(len(li)):
            assert 0 <= j <= len(li) and li[j] > li[n - 1]
    return sum(1 if n % i == 0 else 0 for i in range(10) for n in li) == 0

def g(target=11):
    return [11**i for i in range(-10, -10) for n in range(-10, -10)]

assert f(g())

def f(x: List[int], target=15):
    return len(x) == 2 and x[0] == 3 and x[-1] == 14

def g(target=15):
    return [3,14]

assert f(g())

def f(i: int, a=11):
    return i > 0 and i % 2 == 0

def g(a=11):
    return 6

assert f(g())

def f(lst: List[str]):
    return len(lst) == len(sorted(lst))

def g():
    return list("abcd"*4)

assert f(g())

def f(s: str):
    return "".join((s[::-1] if s[:-1] != s[:-1] else s[::-2] for s in s)) == "foobarbazwow"

def g():
    return "".join([c.strip() for c in "foobarbazwow"])

assert f(g())

def f(li: List[int]):
    return all(li[i] == 1 for i in range(len(li)))

def g():
    return []

assert f(g())

def f(delta: List[int], n=2000):
    return all(min(delta[i], delta[i + 1]) > 0 for i in range(2))

def g(n=2000):
    return [1 + 2*n for n in range(1000)]

assert f(g())

def f(lst: List[str]):
    return len(lst) == len(sorted(lst))

def g():
    return ["abc"*i for i in range(100)]

assert f(g())

def f(nums: List[int], tot=10):
    tot = (tot / 2)
    for i in range(nums[0]):
        tot = (tot * 2)
    return tot == nums[-1]

def g(tot=10):
    return list(range(1, tot + 1))

assert f(g())

def f(d: int, n=85329):
    return d == n

def g(n=85329):
    return 85329

assert f(g())

def f(nums: List[int], n=123456):
    return len(nums) >= 4 or sum(i ** 2 for i in nums) == n

def g(n=123456):
    return [1, 2, 3, 4]

assert f(g())

def f(s: List[int], target=80, max_stamps=4, options=[10, 32, 8]):
    for i in range(max_stamps // 10 + 1):
        target = (target - 1) * 10 + i
    return len(s) == target

def g(target=80, max_stamps=4, options=[10, 32, 8]):
    for i in range(max_stamps // 10 + 1):
        target = (target - 1) * 10 + i
    return list(range(target))

assert f(g())

def f(s: List[str], l=10, r=20):
    return sorted(s) == sorted('Permute me true')

def g(l=10, r=20):
    return sorted('Permute me true')

assert f(g())

def f(r: List[List[int]], depth=0):
    return depth >= 0 and sum([sum(f) for f in r if f]) == len(r)

def g(depth=0):
    return [f(r, depth) for r in [[[0]]] * depth]

assert f(g())

def f(e: int, n=4):
    return float(e * n) == n

def g(n=4):
    return 1

assert f(g())

def f(f: str, s="haha", d=100):
    return f in ["ha", "hola"]

def g(s="haha", d=100):
    return "hola"

assert f(g())

def f(s: str):
    return "".join(s.lower() for s in s) == 'e'

def g():
    return 'e'

assert f(g())

def f(ans: List[List[str]], target=2):
    return all(len(ans) == 5 and sum(ans[i]) == target for i in range(len(ans)))

def g(target=2):
    return []

assert f(g())

def f(li: List[int], d=500):
    if li.count("1") == 0 and li.count("2") < 2 and li.count("3") < 3:
        return True
    return li.count("4") < 4 and len(li) > 50

def g(d=500):
    return [int(i) for i in range(d)]

assert f(g())

def f(starts: List[str], nums=[]):
    start_nums = tuple([starts[i] for i in range(0, int(len(starts)))])
    n_start = sum(start_nums)
    return [nums[i] for i in start_nums] == nums

def g(nums=[]):
    return [nums[i] for i in range(0, int(len(nums)))]

assert f(g())

def f(s: str, target="foobar", target_len=6):
    return target[(len(target) - target_len) // 2:(len(target) + target_len) // 2] == s

def g(target="foobar", target_len=6):
    return target[(len(target) - target_len) //2:]

assert f(g())

def f(n: int, s=1, s_1=2, s_2=3):
    if n == s_1 + s_2:
        return True
    return n == s_1 or n == s_2 or n == s or n != s

def g(s=1, s_1=2, s_2=3):
    return (s_1 and 3) * (s_2 and 2)

assert f(g())

def f(sorted: List[List[int]], target_len=5):
    return all(sorted[i][0] >= 0 for i in range(target_len))

def g(target_len=5):
    return [[1, 2], [3, 4, 5], [6, 7], [8, 9, 10], [11, 12, 13, 14], [15, 16, 17], [18, 19, 20, 21]]

assert f(g())

def f(nums: List[int], length=5):
    return len(nums) <= 5 and sum(nums) >= 1

def g(length=5):
    return [1,2,3]

assert f(g())

def f(edge: List[List[int]], n=2):
    if len(edge) > 2 and (edge.count(0) >= n or edge.count(1) >= n):
        return False

    start = [edge[0], 0]
    end = [edge[-1], len(edge) - 2]

    return all(a + b == 0 for a, b in zip(start, end) if a == b)

def g(n=2):
    return [[x]*n for x in range(1000)]    # noqa

assert f(g())

def f(s: str, target=8):
    assert target <= len(s), "target should be greater than or equal to length of string"
    return all(s[i] != target for i in range(len(s)) if i in range(target + 1, len(s)) and s[i] != target)

def g(target=8):
    return "123abcdefgh"[1:]

assert f(g())

def f(inds: List[int]):
    return len(set(sorted(inds))) == len(set(inds))

def g():
    return []

assert f(g())

def f(x: List[int], max_dim=13):
    i = len(x)
    return i <= max_dim and all(
        x[i - 1] == x[i] and len(x[i - 1]) == 2
        for i in range(i + 1, len(x) - 1)
    )

def g(max_dim=13):
    return [0, 1, 2, 3, 4]

assert f(g())

def f(v: float, a=100):
    return v > a

def g(a=100):
    return float(str(a) + "0")

assert f(g())

def f(n: int, a=1030013):
    i = int(n - 2) * 2
    return all(m < n for m, j in enumerate(range(n, int(n + a))))

def g(a=1030013):
    return max(a+1, 1030013)

assert f(g())

def f(li: List[int], num_points=10):
    return len({i for i in li}) == num_points

def g(num_points=10):
    return [i for i in range(num_points)]

assert f(g())

def f(s: str, c="abcdefghijklmnopqrstuvwxyz"):
    return c == s

def g(c="abcdefghijklmnopqrstuvwxyz"):
    return c

assert f(g())

def f(nums: List[int], a=100, b=100):
    return len(set(nums)) == len(nums) and min(nums) >= a and max(nums) >= b

def g(a=100, b=100):
    return [a*i + b for i in range(1000)]

assert f(g())

def f(inds: List[int], count=12):
    return len(inds) == count

def g(count=12):
    return [count] * count

assert f(g())

def f(l: List[int]):
    return len(set({i for i in range(len(l))})) >= 1000

def g():
    return [i for i in range(1000)] + [j for j in range(1000)]

assert f(g())

def f(nums: List[int], length=10, target=1000):
    r = 0
    for x in nums:
        r += x
        if r >= target:
            return True
    return len(set(range(target))) == target

def g(length=10, target=1000):
    return [n for n in range(length)]

assert f(g())

def f(li: List[int], target=22):
    return all([i in li for i in [0, 1, 2, 13, 1, -1, 0, -1] if i != 1])

def g(target=22):
    return [0, 1, 2, 13, 1, -1, 0, -1]

assert f(g())

def f(s: str):
    return "".join(map(str, s)) == "Hello world"

def g():
    return ("Hello world")

assert f(g())

def f(h: List[int]):
    return all([n in h for n in range(4)])

def g():
    return [0, 1, 2, 3, 4]

assert f(g())

def f(a: List[int]):
    return all(a[i] != a[i - 1] for i in range(len(a)))

def g():
    return [1, 2, 3]

assert f(g())

def f(x: List[int], a=10742024):
    return x[0] == a

def g(a=10742024):
    return [a, a * a]

assert f(g())

def f(nums: List[int], lower_bound=500, upper_bound=5000):
    assert all(i < upper_bound or (i == lower_bound or i >= lower_bound + 1) for i in range(len(nums)))
    return lower_bound <= len(nums) <= upper_bound

def g(lower_bound=500, upper_bound=5000):
    return list(range(lower_bound, upper_bound + 1))

assert f(g())

def f(x: List[int], target=7):
    return min(x[i] for i in range(len(x))) == target

def g(target=7):
    return list(range(target, target+1000))

assert f(g())

def f(p: List[int]):
    return p[0] == 0 and 2 * (p[1] - p[0]) == p[2]

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(ls: List[str]):
    return "string" not in ls or all(isalpha(i) for i in ls) and not all(
        ispal(i) for i in ls) and "string" not in ls and ls != "abcdefghijklmno"

def g():
    return ["a","b"]

assert f(g())

def f(n: int):
    return sum(float(s) for s in [int(s) for s in [1, 10, 20, 20, 30]]) > 9

def g():
    return 12

assert f(g())

def f(s: str):
    vals = sorted(s, reverse=True)
    i = 0
    for v in vals:
        i += 1
        if v == s[::-1]:
            return True
    return False

def g():
    return str(2)

assert f(g())

def f(a: List[int], items=[5, 4, 4, 4, 5], length=4):
    for i in range(len(a)):
        assert a[i] == items[i] and (a - i + items[i] == (a + i) % sorted(a, key=lambda x: x[int(a - i + items[i])])[0]
                                    for i in range(len(a) - int(items[i])))
    return True

def g(items=[5, 4, 4, 4, 5], length=4):
    return list(range(len(items), length))

assert f(g())

def f(x: int):
    return x == 2

def g():
    return 2

assert f(g())

def f(l: List[int]):
    return l[1] >= 0 and l[2] + l[3] + l[4] >= l[0]

def g():
    return [0, 2, 3, 4, 1]

assert f(g())

def f(fibs: List[int], target=3):
    return len(fibs) == target

def g(target=3):
    return list(range(target))

assert f(g())

def f(a: int):
    return a > 10240  # >= 20

def g():
    return int(2**32 - 1)

assert f(g())

def f(k: int):
    return k >= 1

def g():
    return 1000

assert f(g())

def f(t: str):
    return "".join(t) == "hello world"

def g():
    return "hello world"

assert f(g())

def f(s: str, len_ = 11):
    return len(s) == len_

def g(len_ = 11):
    return "hello world"

assert f(g())

def f(list: List[int], n=10):
    return len(list) == n and all(list[i] == 0 for i in range(len(list)))

def g(n=10):
    return [0] * n

assert f(g())

def f(s: str):
    return "\"" + s + "\"" == "\"world\""

def g():
    return "world"

assert f(g())

def f(nums: List[int], nums_bound=101):
    return sum(nums) >= nums_bound

def g(nums_bound=101):
    return list(range(nums_bound+1))[::-1]

assert f(g())

def f(numbers: List[int], min_numbers=9, max_numbers=2048):
    assert len(numbers) >= min_numbers
    return len(numbers) == max_numbers

def g(min_numbers=9, max_numbers=2048):
    return [min_numbers for _ in range(max_numbers)]

assert f(g())

def f(li: List[int], n=5):
    if n == 1:
        return 1
    if n == 2:
        return (li[0] % 2 == 0) * (li[1] % 2 == 0)
    if n <= 5:
        return (len(li) >= n)
    return min(li) > 1 and len(li) == n and all((1 + prod(li[:i] + li[i + 1:])) % li[i] == 0 for i in range(n))

def g(n=5):
    return list(range(n))

assert f(g())

def f(x: List[int]):
    if x[0] == 0:
        return x[3]
    return all(x[i] == 0 for i in range(4) if x[i] == 0)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(li: List[int], k=3):
    return min(li) is None or len(li) >= k

def g(k=3):
    return list(range(100))

assert f(g())

def f(t: List[str]):
    return len(set(t)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in t)

def g():
    return [str(t) for t in ["a"*(i+2)+"b" for i in range(1000)]]

assert f(g())

def f(n: int):
    return n >= 256

def g():
    return 256

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)

def g():
    return [str(i) for i in range(1000)]

assert f(g())

def f(int_list: List[int], lower=50):
    while len(int_list) > lower + 1:
        int_list = int_list[:lower + 1] + int_list[lower + 1:]
        if min(int_list) > lower:
            return True
    return False

def g(lower=50):
    return [int(i + 10 ** 6) for i in range(1000)]

assert f(g())

def f(str: List[str]):
    return len(set(str)) == 1000

def g():
    return ["a"*i + "b" for i in range(1000)]

assert f(g())

def f(text: str, case_flag=True, capital_only=False):
    return not case_flag and text.case_insensitive() or not capital_only and len(text) == 1

def g(case_flag=True, capital_only=False):
    return "A"

assert f(g())

def f(d: int, s=10, k=10):
    # note that `s == 10` is not enough.  `d * 2 + k` is not enough
    # while there are `k > 2^32` different binary digits:
    assert d % 2 == 1 and d > 0, "d must be odd"
    assert d > 0 and k > 0, "k must be odd"
    return d > 0 and (s * d + k) > (d * k) // 2

def g(s=10, k=10):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n

def g(n=1000):
    return [1 for _ in range(n)]

assert f(g())

def f(t: str, s1="1", s2="2"):
    i = 0
    for c in s1 or s2:
        if c not in t[i]:
            return False
        i += 1
    return True

def g(s1="1", s2="2"):
    return s1 + s2

assert f(g())

def f(s: str):
    return all(s[i:i+9] for i in range(10))

def g():
    return "Hello world"

assert f(g())

def f(l: List[float], n=100):
    return len(l) == n and l == l[::-1]

def g(n=100):
    return list(map(lambda x: x % 1.0**0.5, range(n)))

assert f(g())

def f(x: str):
    s = str(x)
    if len(s) != 7:
        return False
    for i in range(4, 0):
        if s[i] != i:
            return False
        if s[0] != 'f':
            return False
        if s[3] != 'r':
            return False
        if s[8] != 'z':
            return False
    return True

def g():
    return "abcdefg"

assert f(g())

def f(indexes: List[int], target=1, m=3):
    for i in range(len(indexes)):
        # if target doesn't match any of indexes[i, j, k]:
        #     return False
        return True

def g(target=1, m=3):
    return [i for i in range(100) if target == i]

assert f(g())

def f(s: str, n=10):
    return len(set(s)) >= n

def g(n=10):
    return "abcdefghij"[::-1]

assert f(g())

def f(nums: List[int], low_bound=0):
    return all(nums >= low_bound for n in nums)

def g(low_bound=0):
    return list(range(1000, low_bound+1))

assert f(g())

def f(s: str, n=6, upper=10):
    return s.startswith("123456789")

def g(n=6, upper=10):
    return "123456789a"

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 and p[-1] == 1 and len(p) % 2 == 1 and not p[-1] == p[0]

def g(edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 5], [3, 4], [5, 6], [6, 7], [6, 1]]):
    return [0, 1, 3, 5, 6, 7, 1]

assert f(g())

def f(s: str):
    s = s.strip()
    if not s:
        return False
    return s.count("+") == 1 and s.count("*") == 1

def g():
    return "2+2*2"

assert f(g())

def f(nums: List[str], target=2, min_stamp=0):
    assert len(nums) <= target
    for i in range(min_stamp):
        assert sum(nums[i:i+1]) == target
    return nums.count(target) == nums.count(target)

def g(target=2, min_stamp=0):
    return [sum(nums[i:i+1]) for i in range(min_stamp)]

assert f(g())

def f(nums: List[int], n=12345):
    # return not any(i == num for i in nums and not i == num)
    return sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [1] * n + [0] * (n - 1)

assert f(g())

def f(x: int, a=2):
    return all(x >= 0 if a == a else x < 0 for a in [0, 1])

def g(a=2):
    return 1 + a*a

assert f(g())

def f(s: str, index=2, big_str="foobar"):
    return True if s == big_str else s in (big_str, index, index)

def g(index=2, big_str="foobar"):
    return "foobar" if index == 2 else big_str

assert f(g())

def f(s: str):
    return s == "A" * 2

def g():
    return 'A' * 2

assert f(g())

def f(n: int, n1=1, n2=99):
    return (n1 + n2) == n and n >= 1

def g(n1=1, n2=99):
    return n1 + n2

assert f(g())

def f(x: int, target=1073258):
    return target == x

def g(target=1073258):
    return 1073258

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(map(lambda i: i in nums, nums))

def g(n=12345):
    return [i**3 for i in range(n)]

assert f(g())

def f(s: str, max_len=10):
    return len(set(s)) == 1 and all(len(s[i:i+max_len+1]) == len(s) for i in range(len(s)))

def g(max_len=10):
    return str(int(1/max_len)**0 + 1)

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n == a*b if c == 0 else n == a*b and n > c

def g(a=17, b=100, c=20):
    return 1 if -2 <= a and a <= 2 else a * b

assert f(g())

def f(s: str, target="hello", length=3):
    return s == target[:-3]

def g(target="hello", length=3):
    return "hello"[:-3]

assert f(g())

def f(s: str):
    return s and s[::-1] == "Hello World"

def g():
    return "Hello World"[::-1]

assert f(g())

def f(n: int, i=3000000):
    return i == n and i > 0

def g(i=3000000):
    return i - i % 100

assert f(g())

def f(d: int, nums=[5080, 17], g=0.5):
    return all(abs(num - g) < 5080 for num in nums) and all(num > 0 for num in nums)

def g(nums=[5080, 17], g=0.5):
    return sum(abs(num - g) < 5080 for num in nums)

assert f(g())

def f(stamps: List[int], thresh=20):
    return thresh > len(stamps) * 4

def g(thresh=20):
    return [4, 0]

assert f(g())

def f(x: List[int], n=10):
    return 0 <= n <= max(x) and n <= sum(x) / 2

def g(n=10):
    return [n**2 + n + 1, n**2 + n + 2]

assert f(g())

def f(x: List[int]):
    return min(x) < 3 and max(x) >= 2

def g():
    return [1, 2, 3]

assert f(g())

def f(edges: List[List[int]]):
    return len(edges) == 3

def g():
    return [[1, 2], [0, 5, 6], [7, 8, 9]]

assert f(g())

def f(s: str):
    if len(s) in ['0','0']:
        return True
    for c in range(9):
        if s[c] == '9':
            return True
    for c in range(8):
        if s[c] == '8':
            return True
    for c in range(7):
        if s[c] == '7':
            return True
    return False

def g():
    return str(sum(i for i in range(1000)))

assert f(g())

def f(tst: str, r=50):
    return sum(map(int, tst)) >= r

def g(r=50):
    return "123" * r + "234" * r + "345" * r + "456" * r

assert f(g())

def f(path: List[List[int]]):
    return all(path[:a] == path[a:a + 1] for a in path)

def g():
    return []

assert f(g())

def f(z: List[int]):
    return sum(i >= 3 for i in z) == len(z) - 1

def g():
    return [2, 5, 3]

assert f(g())

def f(nums: List[int]):
    assert all(m for m in nums if m == sum(nums) - 1)
    return len(nums) <= 10

def g():
    return [0, 1, 2, 3, 4, 5, 6]

assert f(g())

def f(s_case: str, s1="a"):
    return s_case == (s1.upper() if len(s_case) > 2 else s1)

def g(s1="a"):
    return s1.upper() if len(s1) == 2 else s1

assert f(g())

def f(s: List[int]):
    return all({x in range(s[1]) for x in range(s[2])})

def g():
    return [x for y in range(10) for x in range(y+1) for y in range(x+2)]

assert f(g())

def f(n: int, p=10):
    for x in range(0x40, 0x3f, 1):
        if n < p:
            return False
    return True

def g(p=10):
    return 42

assert f(g())

def f(s: str):
    m = len(s)
    for c in s:
        m = (m // 10 + (m % 10) - 1) % 10
    return m == m % 10

def g():
    return "123456789"

assert f(g())

def f(str: List[str]):
    return all(c in str for c in str)

def g():
    return [str("abc")]

assert f(g())

def f(s: str, n=1):
    return len(s) == n

def g(n=1):
    return "0"*n

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) // 2 else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.upper() if len(s) // 2 else s.lower()

assert f(g())

def f(e: List[float]):
    return (e.count(0) != 0)

def g():
    return [0.0]

assert f(g())

def f(f: int, k=10000, min=1):
    if f >= min:
        for i in range(k):
            f = f - 1
        if f >= min:
            return f >= min
    for i in range(k):
        f = k * (f - 1) / 2
    return (f - min) < k and f >= min

def g(k=10000, min=1):
    return min if k < min else (k-min)**2 + min

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

assert f(g())

def f(li: List[int]):
    for i in range(len(li)):
        if set(li[:]) == set(list(range(i + 2))):
            return True
    return not li == set(li)

def g():
    return [1, 2]

assert f(g())

def f(i: int, j=5, n=6):
    return len(str(i + j)) >= n + 1

def g(j=5, n=6):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str, n=9):
    return len(s) == n and '_' in s or '.' in s

def g(n=9):
    return "123456789.0_0_0_1"

assert f(g())

def f(inds: List[int], a=1, b=2, c=3):
    a, b, c = inds
    return a + b == c

def g(a=1, b=2, c=3):
    return [a,b,c]

assert f(g())

def f(n: int, a=15482, b=23223, e=125, s=10):
    assert n != 0, "Hint: n != 0. This is a hint, not a test"
    return abs(n) >= a and abs(n) >= b and abs(n) >= s

def g(a=15482, b=23223, e=125, s=10):
    return e + a*b

assert f(g())

def f(n: int):
    assert 0 <= n <= 1
    return all(a in [0] for a in range(n))

def g():
    return 1

assert f(g())

def f(s: str):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g():
    return u"abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(n: int, n2=2345, n3=0):
    return n == n2 and n2+n3 == n

def g(n2=2345, n3=0):
    return n2+n3

assert f(g())

def f(x: List[int]):
    return x[0] <= x[1] + 1 and x[1] + 2 < x[2]

def g():
    return [10, 20, 30, 40, 500]

assert f(g())

def f(s: str):
    return max(s.find('z'), s.find('o')) > 0 and s.find('i') != -1  # a bit like Python's max(), except that s starts at zero

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ123456789"

assert f(g())

def f(s: str, n=1048, count=14000):
    return max(s.count(c) for c in s.lower()) >= n

def g(n=1048, count=14000):
    return "abcabcabcabcabcabcabcabc" * n

assert f(g())

def f(nums: List[int], n=15, tot=5):
    return sum(nums) >= n * tot and not sum(nums) == sum(nums) / 2 + 1

def g(n=15, tot=5):
    return [2*i for i in range(10) for j in range(10)]

assert f(g())

def f(li: List[int], target=100):
    return len([li.index(n) for n in li]) == target

def g(target=100):
    return [i for i in range(target)]

assert f(g())

def f(x: List[int], a=10, s=3, e=10):
    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=10, s=3, e=10):
    return [a]

assert f(g())

def f(x: int, a=21332):
    return x == a

def g(a=21332):
    return 21332

assert f(g())

def f(x: float, a=1020, i=10):
    return x >= a and i in range(a + 1)

def g(a=1020, i=10):
    return float(a/i) * i**2

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return x % b == a

def g(a=1073258, b=72352549):
    return a + b

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 10

def g():
    return list("abcdefghij")

assert f(g())

def f(z: float, m=20):
    return sum(abs(k) for k in range(m) if abs(k) > 10**(-3)) < abs(z)

def g(m=20):
    return 10**(-2)*(1 << (m-1)) * (1 << m)

assert f(g())

def f(nums: List[int], m=5, v=8):
    return min(nums) >= m and min(nums) < (m + v) and all([n in set(nums) for n in nums])

def g(m=5, v=8):
    return list(range(v, m+v))

assert f(g())

def f(n: int):
    return n // 3 == n and all(i < n for i in range(2, n + 2))

def g():
    return int(0)

assert f(g())

def f(x: int):
    assert x >= 0
    return x == 0

def g():
    ret = 0
    for _ in range(5000):
        print(f(ret) or str(ret) or "")
    return ret

assert f(g())

def f(x: int):
    if x == 1:
        return False
    return x == 0

def g():
    if 1:
        return 0
    return 0

assert f(g())

def f(s: str, n=9):
    return s == 'yes' and n >= 2

def g(n=9):
    return "yes" if n >= 2 else "no"

assert f(g())

def f(a: List[int], target=15):
    return len(set(a)) == target and all(i in a for i in range(target, len(a)))

def g(target=15):
    return [i for i in range(target) if i < target]

assert f(g())

def f(b: List[int]):
    return len(b) >= 4

def g():
    return [0] * 5

assert f(g())

def f(s: str):
    return len(s) >= 7 and not s.split() == ['Hello', 'World'][:7]

def g():
    # 'hello' * 100 + 'goodbye' * 100 == 90000
    return "goodbye" * 100 + "hello" * 100

assert f(g())

def f(nums: List[int]) -> bool:
    return nums == [5, 8, 14, 11, 13, 9, 17, 21, 13]

def g():
    return [nums for nums in [5, 8, 14, 11, 13, 9, 17, 21, 13] if nums]

assert f(g())

def f(s: str, m=1867, n=7, p="x"):
    s = s.replace("x", p)
    assert s == m * n * p
    return s == m * n * p

def g(m=1867, n=7, p="x"):
    return m*n*p

assert f(g())

def f(s_case: str, s="ItIsAPortraitOfTacos"):
    return s in s_case

def g(s="ItIsAPortraitOfTacos"):
    return "ItIsAPortraitOfTacos"

assert f(g())

def f(n: int, target=1057):
    return n >= target or n == target - 1

def g(target=1057):
    return 1057

assert f(g())

def f(x: List[int]):
    return all(i in range(len(x)) and x[i] == i for i in range(len(x)))

def g():
    return [0, 1, 2]

assert f(g())

def f(n: int, lower=150, upper=20):
    return n > 2 ** upper

def g(lower=150, upper=20):
    return int(int("1"+"2"+"3") ** (lower-upper))

assert f(g())

def f(n: int, a=10, b=50):
    return n > a * b

def g(a=10, b=50):
    return 10 * a + 50 * b

assert f(g())

def f(y: List[int]):
    return y[0] in range(1, len(y) - 1, 2)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: List[str], n=10):
    return min(len(s) // len(set(s)) for i in range(n + 1, 1 + len(s))) == len(s)

def g(n=10):
    return [str(n * n) for i in range(1, n) for _ in range(8)]

assert f(g())

def f(x: int):
    return (x ** 2 + x == x ** 2) and (x - 1 <= 1) or (x == 1 and x >= 2)

def g():
    return 0

assert f(g())

def f(x: int, n=3):
    return (x - n * 2) % -n == 0

def g(n=3):
    return 2*n

assert f(g())

def f(c: str):
    return ((c < 'a' and c.isupper()) or (c == 'z' and c.islower()))

def g():
    return "A"*(len(str.split("A"))+1)

assert f(g())

def f(r: List[int]):
    return tuple([r[i] for i in range(10)]) == tuple([r[i] for i in range(10)])

def g():
    return list(range(100))

assert f(g())

def f(l: List[int]):
    return l[-1] > 5

def g():
    return [0, 8]

assert f(g())

def f(loops: List[int]):
    return len(loops) == 1 and type(loops[0]) == int

def g():
    return [1]

assert f(g())

def f(s: str, c=0):
    return s[-1] <= s[0] < s[1]

def g(c=0):
    return "123456789" + "0"*9 + "0"*9

assert f(g())

def f(v: List[int]):
    return all([v[i] != v[i - 1] for i in range(6)])

def g():
    return [1, 4, 7, 2, 1, 3]

assert f(g())

def f(a: str, b="a"):
    return b == a

def g(b="a"):
    return b

assert f(g())

def f(li: List[int]):
    return sum(i for i in li if i in range(10) and i >= 0 and i < len(li)) == 10

def g():
    return [2, 5, 4, 3, 1]

assert f(g())

def f(s: str, target="reverse me", m=1, n=9):
    for i in range(n):
        s = s[::-1]
        if target[i - 1] not in s:
            return False
    return True

def g(target="reverse me", m=1, n=9):
    return "reversing me " + str(m) + " times " + str(n) + " times"

assert f(g())

def f(n: int, a=54368639, b=15482):
    return n >= a or n >= b

def g(a=54368639, b=15482):
    return (a + b)*11

assert f(g())

def f(s: str, a=101, b=0, c=102, d=103):
    return "".join(["a" * i for i in range(a, b + 1, 3)] + ["b" * i for i in range(b, c + 1, 3)] + ["c" * i for i in range(c, d + 1, 3)] + ["d" * i for i in range(d, c + 1, 3)])[::-1] == s

def g(a=101, b=0, c=102, d=103):
    return "".join(["a" * i for i in range(a, b + 1, 3)] + ["b" * i for i in range(b, c + 1, 3)] + ["c" * i for i in range(c, d + 1, 3)] + ["d" * i for i in range(d, c + 1, 3)] )[::-1]

assert f(g())

def f(i: List[int]):
    return len(i) == 9

def g():
    return [0] * 9

assert f(g())

def f(n: int, n1=100200, n2=12345):
    if n1 == n2:
        return True
    s = "abcdefghijklmno"
    if n <= 10000:
        s += 'abcdefghijklmno"abcdefghijklmno'
    s = s.lstrip("abcdefghijklmno")
    r = ''.join(s[i:i+n2] for i in range(n1-n, -1, -2))
    return True if r == s else False

def g(n1=100200, n2=12345):
    if n1 == n2:
        return True
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(length: int, n=999):
    return length > min(length, n)

def g(n=999):
    return n ** 2 + 2

assert f(g())

def f(s: str):
    return s == "Hello there" or s == "Hello there"

def g():
    return 'Hello there'

assert f(g())

def f(c: List[int], n=1000):
    return len({i for i in range(len(c))}) == n

def g(n=1000):
    return [i for i in range(n)]

assert f(g())

def f(s: str, target="foobarbazwow", length=14):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=14):
    return 'foobarbazwow'[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 10
    return max(probs[(i + 2) % 3] - probs[(i + 1) % 3] for i in range(3)) < 10

def g():
    return [0.] * 3

assert f(g())

def f(s: str):
    return len(s) >= 1000 and not len(str(s)) == 1

def g():
    return "10"*1000

assert f(g())

def f(s: str):
    return sum(i in 'AabBcdCdeDegEfghJklLmlmnnoopppqrstuvwxyz' for i in s) == len(s)

def g():
    return "abc"

assert f(g())

def f(s: str):
    return "Hello " + s[::-1].rstrip('!').lower() == "Hello world"

def g():
    return "world"[::-1].lower() or "hello"

assert f(g())

def f(a: List[List[int]]):
    assert len(a) == len(a[0])
    return all(x for x in a) and all(y for y in a) and all(x for x in a[1] for y in a[1])

def g():
    return [[1, 2, 3], [1, 2, 3], [1, 2, 3]]

assert f(g())

def f(li: List[int]):
    return sum(1 for s in li) == len(li)

def g():
    return [3, 4]

assert f(g())

def f(s: str):
    return s == "A" or (s[0] == "A" and s[-1] == "Z")

def g():
    return "A"

assert f(g())

def f(x: [str], a=["this", "is", "a", "test"], b=["good", "stuff", "bad"]):
    n = len(a) + 1
    for i in x:
        if i in a and i not in b and i not in x and abs(x[i] - i) > n:
            n += 1
    return n >= len(b)  # length is no smaller than number of items in b

def g(a=["this", "is", "a", "test"], b=["good", "stuff", "bad"]):
    return [(s + 1 for s in a) for s in b if s]

assert f(g())

def f(p: List[int], target=7):
    return len(p) == target

def g(target=7):
    return [7] * target

assert f(g())

def f(nums: List[int], target=24):
    return len(set(nums)) == target

def g(target=24):
    return [int(i) for i in range(target)]

assert f(g())

def f(parts: List[int]):
    return all([i in parts for i in range(20)])

def g():
    return list(range(100))

assert f(g())

def f(x: List[int], n=7):
    return sum(x) <= 10 ** n

def g(n=7):
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return all(i in ["a", "b", "c"] for i in s)

def g():
    return "aabbc"

assert f(g())

def f(s: str, target=1, length=6):
    return s.count('1') == target or s.count('0') == target

def g(target=1, length=6):
    return str(target)

assert f(g())

def f(nums: List[bool], n=12345):
    return len(nums) == n and 0 <= sum(i for i in nums)

def g(n=12345):
    return [True]*n

assert f(g())

def f(x: int, a=10202140221):
    return x * x == x

def g(a=10202140221):
    return int(a * a == a)

assert f(g())

def f(tour: List[List[int]], n=8):
    return all([tour[0][0] == 0] or tour == [[0, 0], [0, 1], [1, 0], [1, 1], [2, 0], [2, 1], [3, 0], [3, 1]],
                                                                          )

def g(n=8):
    list = [[0, 0], [0, 1], [1, 0], [1, 1], [2, 0], [2, 1], [3, 0], [3, 1]]
    return list[:n-1][:n-1][:n-1][:n-1]

assert f(g())

def f(i: List[int], start=0):
    return all(i < start for i in range(start, len(i)))

def g(start=0):
    return [i for i in range(start) if i > 1 or i % 2 == 0]

assert f(g())

def f(i: int, max=1000):
    return len(str(i + max + 1000)) == len(str(i + max - 1000))

def g(max=1000):
    return max * max

assert f(g())

def f(nums: List[int], m=10):
    return sum(n != 0 for n in nums) == m

def g(m=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(j: List[int]):
    return len(j) == len(set(j)) and all(j[i] for i in range(8))

def g():
    return [1 + j for j in [1, 2, 3, 4, 5, 6, 7, 8]]

assert f(g())

def f(s: str):
    return "!@#$%&()-+={}[]\".<>~`~!@#%&*(){}[]" in s

def g():
    return "!@#$%&()-+={}[]\".<>~`~!@#%&*(){}[]"

assert f(g())

def f(n: int):
    if n <= 0:
        return False
    return True

def g():
    return 3 * (3 * 3)

assert f(g())

def f(x: List[int], maxlen=12):
    return max(len(x), len(x[0:0])) >= maxlen

def g(maxlen=12):
    return [n for n in range(maxlen)]

assert f(g())

def f(n: int):
    return min(n, 2 * n + 1) == n

def g():
    return 0

assert f(g())

def f(nums: List[int], num_points=20):
    return 5 < len(nums) <= num_points

def g(num_points=20):
    return list(range(num_points))

assert f(g())

def f(x: float, a=1020):
    return 0.5 * (abs(x) ** 2 - a) < 10 ** -3

def g(a=1020):
    return 1/a

assert f(g())

def f(x: int, a=1, b=26):
    return int(x ** 0.99) == a

def g(a=1, b=26):
    return int(a ** b)

assert f(g())

def f(pats: List[List[str]], n=3):
    return [s for p in pats for s in [p[i] for i in range(n)] for p in pats if p] == pats

def g(n=3):
    return [s for p in [["a", "b"], ["abc", "def"], ["123456789"]] for s in p if len(p) > n]

assert f(g())

def f(n: int):
    s = '123456789\nabcd'
    return s.startswith("12")

def g():
    return 1

assert f(g())

def f(x: float):
    return x == 3.1415 or x == -3.1415

def g():
    return float(3.1415) + 1e-17

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234568")

def g():
    return int(int("12345687" + "0"*19) ** 0.5) + 1

assert f(g())

def f(k: int, n=3):
    return sum([k - i for i in range(n)]) >= 1

def g(n=3):
    return n**2

assert f(g())

def f(nums: List[int], n=98):
    return len(nums) == n and all(i ** 2 ** 3 for i in nums)

def g(n=98):
    return [n**2 for i in range(n)]

assert f(g())

def f(words: List[str], length=3):
    return len(set(words)) >= length

def g(length=3):
    return [w+"s" for w in ["a", "b", "c"]]

assert f(g())

def f(x: float):
    return str(x).startswith("123.456")

def g():
    return float("123.456")

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, 1, 1], [1, 0, 1]]):
    return len(lb) == len(trips) and all([lb is True] for b, s in zip(lb, trips))

def g(trips=[[1, 1, 0], [1, 0, 0], [0, 0, 0], [0, 1, 1], [0, 1, 1], [1, 1, 1], [1, 0, 1]]):
    return [(i >= 0 and b == 1) for i, b in enumerate(trips)]

assert f(g())

def f(path: List[int], nums=12345):
    return path == sorted(path) and len(path) == nums

def g(nums=12345):
    return [i for i in range(nums)]

assert f(g())

def f(s: str, w="konjac"):
    if w not in ["konjac", "kon"]:
        return False
    return all(w[i] in s for i in range(len(w) - 1))

def g(w="konjac"):
    return "Hello, {}!".format(w)

assert f(g())

def f(nums: List[int]):
    return nums[0] - nums[1] == nums[2] - nums[3]

def g():
    return list(range(1000))

assert f(g())

def f(c: int, n=100):
    return c < 10**(-n)

def g(n=100):
    return 0

assert f(g())

def f(n: int):
    return abs(n * n) < 10

def g():
    return 0

assert f(g())

def f(s: str):
    return len(set(s)) == len(set("abcdefghijklmn"))

def g():
    return "abcdefghijklmn"[::-1]

assert f(g())

def f(s: str, x=100, y=100):
    s = str(s)
    assert s in [s for s in ("asdasd", "dfgdfg")]
    return s[:x] + s[y:] == s

def g(x=100, y=100):
    if x:
        return "asdasd"
    raise TypeError

assert f(g())

def f(s: str):
    l = len(s)
    if l > 3 and not s.isdigit():
        return False
    if l == 2:
        return s.isdigit() and s[0] == s[-1] and s[1] == s[-2]
    return s.isdigit()

def g():
    return "123456789012345678901234567890"

assert f(g())

def f(big_str: str, target=0):
    return big_str.index("hello") == target

def g(target=0):
    return "hello"

assert f(g())

def f(n: List[int], k=3, lower=2, seq=[11, 2, 3, 2, 2, 2, 2, 2, 4, 4, 4, 3, 8, 7, 7, 5, 7, 6, 5, 3, 0]):
    return sum(seq[i] for i in range(k) for j in range(k) if i != j) != 0

def g(k=3, lower=2, seq=[11, 2, 3, 2, 2, 2, 2, 2, 4, 4, 4, 3, 8, 7, 7, 5, 7, 6, 5, 3, 0]):
    result: List[int] = []
    result.extend(seq)
    for i in range(k):
        if i not in seq:
            result.append(i)
        elif i != k:
            result.append(i)
        else:
            result.append(0)
    return result.copy()

assert f(g())

def f(n: int):
    assert n >= -2 and n <= 42
    return all([i > 2 and all(j, i - 2, j + n) in li[i:j] for i in range(n)])

def g():
    return (int(int("0"*9)**0.5) + 1) // 3

assert f(g())

def f(word: str):
    if len(word) <= 10:  # 'abcdefghijklmnopqrstuvwxyz'
        return word == "abcdefghij"
    return 0 <= len(word) > 558 and word[0] == 0 and all(word[-1] in 'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ' or
                                                              word[0] == word[-1] == word[5] == word[6] == word[7])

def g():
    return "abcdefghij"; ""

assert f(g())

def f(s: str):
    return s.find("y") >= 0 and s.find("z") >= 0

def g():
    return "yz"

assert f(g())

def f(n: int):
    return (n > 0) and (n % 2 == 0) and (n > 1000)

def g():
    return (int(int("123456789" + "0"*9) ** 0.5) + 1) * 2

assert f(g())

def f(nums: List[int], target=50):
    return sum(nums) == target and len(nums) <= target and sum(nums) <= target and sum(nums) <= target

def g(target=50):
    return [target]

assert f(g())

def f(nums: List[int], tot=12345):
    return len(nums) == len(set(nums)) == len(nums) and sum(nums) == tot

def g(tot=12345):
    return ([i for i in range(tot, tot+1)])

assert f(g())

def f(l: List[int]):
    return all(len(i) <= 2 for i in l)

def g():
    return []  # must have length 0, otherwise it's not a list

assert f(g())

def f(s: str, words=[], max_len=10):
    return (all(l == s for l in words))

def g(words=[], max_len=10):
    return "123456789" + "0"*9

assert f(g())

def f(nums: List[int]):
    assert all(i < 0 for i in nums)
    return sum(x <= 0 for x in nums) == 0

def g():
    return []

assert f(g())

def f(t: str):  # first word of string is always a word
    return not t == "aa" and len(t) > 3

def g():
    return "123456789a"*9

assert f(g())

def f(s: List[int], length=20):
    return len(s) == length and max(s) >= 1

def g(length=20):
    return list(range(length))

assert f(g())

def f(x: int, a=93252338, b=93252335):
    return -x == a * b

def g(a=93252338, b=93252335):
    return -a * b

assert f(g())

def f(s: str):
    if isinstance(s, bytes):
        s = s.decode("utf-8")
    if len(s) == 0:
        return False
    if s.count("1") == 0:
        return False
    return True

def g():
    return "".join(["1", "2"] * 10)

assert f(g())

def f(s: List[str], a=30000, b=100):
    return len(s) == 1000 and all((x.count("a") > x.count("d")) and ('d' in x) for x in s)

def g(a=30000, b=100):
    return ["a"*(i+2)+"d" for i in range(1000)]

assert f(g())

def f(t: str, s="I love"):
    return s in t and t[:len(s)] == s

def g(s="I love"):
    return ''+s+s

assert f(g())

def f(counts: List[int], target_prob=0.75):
    return target_prob > counts[0] or target_prob <= 0.25 * counts[-1]

def g(target_prob=0.75):
    return [0, 0]

assert f(g())

def f(str: str, count=10, length=100):
    str = str.strip()  # to catch bad input
    if ":" in str or len(str) == 99:
        return False
    if len(str) == length:
        return True
    for i in range(count):
        if str[:i] != "":
            return False
        if len(str) > length:
            return True
    return False

def g(count=10, length=100):
    return "123456789"*count + "0"*100 + "0"*count + "0"*length + "0"*count

assert f(g())

def f(x: int):
    return -x > 9

def g():
    return (-10)**3 - 15**3

assert f(g())

def f(s: str, p=[]):
    return s[0:1] == s[:1]

def g(p=[]):
    return "abc"

assert f(g())

def f(sizes: List[int]):
    if len(sizes) == 0:
        return 0
    elif all(i in range(10) for i in sizes):
        return len([i for i in sizes if i]) == 2
    else:
        return len([i for i in sizes if i < 10]) == 1 and sizes[-1] > sizes[0]

def g():
    return [3, 5]

assert f(g())

def f(inds: List[int], targets=[2, 5, 14, 3, 4]):
    return inds == targets

def g(targets=[2, 5, 14, 3, 4]):
    return targets

assert f(g())

def f(nums: List[int], n = 1500):
    return len(nums) == n

def g(n = 1500):
    return [i for i in range(n)]

assert f(g())

def f(x: int, a=1230, b=43):
    return all(x >= 0 and m for m in [100, 50, 10, 1] if 10 ** m == x)

def g(a=1230, b=43):
    return a + b

assert f(g())

def f(r: List[List[int]], lower=150, max=21):
    for p in r:
        if sum(p) == max:
            return True
    return False  # there are no solutions

def g(lower=150, max=21):
    return [list(range(i)) for i in range(max)]

assert f(g())

def f(nums: List[int], n=1234):
    return len(nums) >= n

def g(n=1234):
    return list(range(n))

assert f(g())

def f(p: List[int]):
    return p[4] != p[0] and p[5] != p[1] and p[6] != p[2]

def g():
    return [-2, -1, 0, 1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return s.isdigit() and s != "" and len(s) != 0

def g():
    return "1234"

assert f(g())

def f(x: float, a=6, b=-1, c=2, d=1):
    return (a * x + b - c * x - d) ** 0.5 > 1000.0

def g(a=6, b=-1, c=2, d=1):
    return float(int("123456789" + "0"*9) ** 0.5) + 1.5

assert f(g())

def f(tot: int, n=123456789):
    print(n, tot)
    return max(0, (tot + n) // 2) <= n

def g(n=123456789):
    return n // 2

assert f(g())

def f(s: str):
    for char in s:
        assert len(s) > 3 and (ord(char) < 96 or islice(s, 1, char) == char)
    return len(s) >= 3

def g():
    return str(int(int("123456789" + "0"*9) ** 0.5))

assert f(g())

def f(e: List[int], m=7, p=2):
    m = min(max(e[0] - e[1], 0), max(m, e[2]))
    return sum(e[0] - e[1] for i, j in zip(range(m), range(p))) % p == 0

def g(m=7, p=2):
    return list(map(lambda x: x*x%m, range(m)))

assert f(g())

def f(t: str, s="Problems"):
    return len(t) == len(s)

def g(s="Problems"):
    return s

assert f(g())

def f(s: str, target="goes with "):
    return s == "goes with " + target

def g(target="goes with "):
    return "goes with " + target.lower()

assert f(g())

def f(k: List[int], length=10, target=1):
    return len(k) == length and target in k

def g(length=10, target=1):
    return [target*i for i in range(length)]

assert f(g())

def f(l: List[int]):
    return len(l) == 5

def g():
    return [1,2,1,2,3]

assert f(g())

def f(n: int, a=100, b=100000):
    return b // n == a

def g(a=100, b=100000):
    return a if a == b else b // a

assert f(g())

def f(l: List[int]):
    return all(i in l for i in range(10) if all(j in l for j in range(i) if j > i))

def g():
    return [i for i in range(10) if all(j in l for j in range(i) if j > i)]

assert f(g())

def f(k: List[int]):
    for i in k:
        if i == 0:
            return False
    return True

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(a: str):
    return "".join(a.split()) == "abcd"

def g():
    return 'abcd'

assert f(g())

def f(s: str, a=5000):
    return all(all(s[i:j] == s for i, j in zip([0, 1, 2], a)) for j in range(1, len(s) // 3))

def g(a=5000):
    return "a" + str(a)

assert f(g())

def f(s: str, a=10, b=3):
    return s.count("a") == a or s.count("b") == b

def g(a=10, b=3):
    return "ab" * a+str(b) * b

assert f(g())

def f(li: List[int], target=[-2, 21, 42]):
    return all(tuple([li[i], li[i+1], li[i+2]]) for i in range(3) for t in [(li, target)] for j in range(3))

def g(target=[-2, 21, 42]):
    return [-2, 21, 42]*3

assert f(g())

def f(l: List[List[int]]):
    l[0].count(")")
    return l[0].count("(") >= l[1].count(")")

def g():
    return [
        [0, 1],
        [1, 2],
        [2, 3],
        [3, 0],
        [0, 5],
        [5, 1],
    ]

assert f(g())

def f(n: int):
    return n >= 0 and n <= 5

def g():
    return 1

assert f(g())

def f(n: int, a=6, b=15):
    if n == 0:
        return True
    return (a + b + 9) % n == 0

def g(a=6, b=15):
    return a or b

assert f(g())

def f(x: int, a=1020):
    return abs(x - a) < 10 ** -3

def g(a=1020):
    return (a % 10) * 10 + a

assert f(g())

def f(s: str):
    if s == "test":
        return True
    else:
        return False

def g():
    return "test"

assert f(g())

def f(a: int, b=200):
    return a**2 == b**2

def g(b=200):
    return 200

assert f(g())

def f(n: int, s="", t="", n_hint=0):
    return True if (s == "") or s.lower() in t.lower() and (n == 1 and t.len() == s.len() - 1) else False

def g(s="", t="", n_hint=0):
    return n_hint and str(n_hint * n_hint) in s and t == s

assert f(g())

def f(n: int):
    return n > 9999 and not n % 1000

def g():
    return 10000

assert f(g())

def f(s: str):
    return 'abcdefghij' in s

def g():
    return 'abcdefghij'

assert f(g())

def f(n: int, a=10, b=8, upper_bound=1000):
    return n % a == 0 and n % b == 0 and (n > upper_bound or n == b)

def g(a=10, b=8, upper_bound=1000):
    return a * b * upper_bound

assert f(g())

def f(s: str, words=["SEND", "MONEY", "more"]):
    return bool(word in words for word in words)

def g(words=["SEND", "MONEY", "more"]):
    return str(words[0]) + str(words[1])

assert f(g())

def f(n: int):
    return n <= 5

def g():
    return 2

assert f(g())

def f(x: int, e=3, y=1, z=6):
    return x < 3 or x > 9

def g(e=3, y=1, z=6):
    return int(int(str(e) + str(y) + str(z)))

assert f(g())

def f(s: str):
    return s.count('!') == 1

def g():
    return 'ab!'

assert f(g())

def f(s: str, a=1, b=2):
    return s == "a" if a else s == "b"

def g(a=1, b=2):
    return "a"*a if a else "b"

assert f(g())

def f(str: str, n=1000):
    return len(str) == n

def g(n=1000):
    return ''.join('a'for _ in range(n))

assert f(g())

def f(s: str, target="test", length=6):
    return target == s  # no need to check length

def g(target="test", length=6):
    return target

assert f(g())

def f(s: str):
    return sum(i in 'AabBcdCdeDegEfghJklLmlmnnoopppqrstuvwxyz' for i in s) == len(s)

def g():
    return "abcdcde"

assert f(g())

def f(n: int, target=16):
    return all([n >= target*10])

def g(target=16):
    return 1 + 10**target

assert f(g())

def f(n: int):
    return n ** 3 > 10 ** 15

def g():
    return 2**100

assert f(g())

def f(n: int, a=345346363, b=10):
    return sum([i * i for i in range(b)]) == n

def g(a=345346363, b=10):
    return sum([i * i for i in range(b)])

assert f(g())

def f(t: List[int], n=7):
    return t == list(range(n))

def g(n=7):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    return s == 'world'

def g():
    return 'world'

assert f(g())

def f(n: int):
    if n == 1:
        return True
    return False

def g():
    return 2 ** 0

assert f(g())

def f(list: List[int]):
    s = []
    for i in range(len(list)):
        s.append(list.pop(i))
    return len(s) > 0

def g():
    return [3]

assert f(g())

def f(p: int):
    return sum([p ** 2 + p ** 3 for i in range(15)]) <= 2

def g():
    return -1*0 ** 1

assert f(g())

def f(n: int, count=50, target=20):
    if n > target:
        return True
    return all(i for i in range(1 << (target - count - 1)))

def g(count=50, target=20):
    return (target - count) ** 2

assert f(g())

def f(n: int):
    return n > 80000 and n * n > 80000 * 80000

def g():
    return 7999999

assert f(g())

def f(a: List[int], b=5):
    assert all(isinstance(x, int) for x in a)
    return len(a) == b

def g(b=5):
    return [a for a in range(b)]

assert f(g())

def f(st: str, s="hello"):
    return s == st and not s[0] == "e"

def g(s="hello"):
    s = s.strip()
    if len(s) == 0:
        s += "world"
    return s

assert f(g())

def f(d: int, n=12345):
    return any(i > n for i in range(d - 1))

def g(n=12345):
    return 2 * n + 1

assert f(g())

def f(x: int, a=342430, b=15):
    return x - a == b or x + a == b

def g(a=342430, b=15):
    return a+b

assert f(g())

def f(x: List[int], n=1, target=50):
    return len(set(x)) == n and sum(x) >= target

def g(n=1, target=50):
    return [target] if n == 1 else [next(range(1000))] + [target]

assert f(g())

def f(n: int, a=7, b=9, c=6, upper_bound=200):
    return n % a >= 0 and n % b >= 0 and n % c >= 0 and all(n < m for m in [a, b, c])

def g(a=7, b=9, c=6, upper_bound=200):
    return 100 - len(set(a*x for x in range(100)))

assert f(g())

def f(bills: List[int]):
    return all([bills[a] * bills[b] <= 10 for a, b in zip(bills[:2], bills[2:])])

def g():
    return [1, 2]

assert f(g())

def f(s: str):
    return s.count("m") == 1 and s.count("i") == 1 and s.count("o") == 1

def g():
    return "m0i0o1"

assert f(g())

def f(nums: List[int], target=34):
    return min(nums) == target

def g(target=34):
    return [target for _ in range(100)]

assert f(g())

def f(nums: List[int], target=50):
    return all([
        (n + 1 - i) ** 2 for i in nums
        if all(
            (i == j and i != j + 1) for j in range(3, target + 1, -1, [-1] + (target + 1))
        )
    ])

def g(target=50):
    return [
        target * target
        for _ in range(target, -50)
    ]

assert f(g())

def f(s: str, target="5", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="5", length=5):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(v: str, size=4):
    return len(set(v) & set(v[1::])) == size

def g(size=4):
    return "1"*size + "2"*size + "3"*size + "4"*size

assert f(g())

def f(nums: List[int], thresh=17000):
    return sum(nums) == sum(set(nums))

def g(thresh=17000):
    return [1]

assert f(g())

def f(n: int):
    for i in range(5):
        assert n % 2 == 1
        n -= 1 + (n - 1) // 2 + (n - n // 2) // 5
    return n > 0 and n % 2 == 1

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, g=1000, g1=1000, g2=100, b=10):
    return g % n == g1 % n and g2 % n == g2

def g(g=1000, g1=1000, g2=100, b=10):
    return g1 - g2

assert f(g())

def f(r: List[int]):
    return r == [r[0], r[1], r[2]]

def g():
    return [r for r in [0,1,2]]

assert f(g())

def f(s: str):
    return len(s) > 3 and sum(t < s[::2] for t in s) == 1

def g():
    return "abcdefghijklm"

assert f(g())

def f(s: str):
    return s.startswith("I!!!! I!!! I!!! I!!!! I!!! I!!! I") and (s[:-4] != "Hello") and (s[-8:] != "Goodbye")

def g():
    return "I!!!! I!!! I!!! I!!!! I!!! I!!! I!!!!"

assert f(g())

def f(n: int, target="hello", length=5):
    return all(x in range(n) for x in set(range(len(target), 4)) and len({x}[::2]) == 2)

def g(target="hello", length=5):
    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 "47" 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(l: List[int], max_count=5):
    return sum(l[i] for i in range(max_count)) == max_count

def g(max_count=5):
    return [1] * max_count

assert f(g())

def f(num: int):
    return num < 5 or num > 100

def g():
    return range(50)[0]

assert f(g())

def f(s: str, target="Hello there!"):
    return s == target

def g(target="Hello there!"):
    return "Hello there!"

assert f(g())

def f(x: int):
    return x % 2 == 0

def g():
    return 0

assert f(g())

def f(s: str):
    return s != "a" and len(set(s)) >= 5

def g():
    return "1234567890"*(9+1)

assert f(g())

def f(probs: List[float]):
    return max(probs[(j + 2) % 3] - probs[(j + 1) % 3] for j in range(3)) < 1e-6

def g():
    return [1e-6, 1e-7, 1e-8]

assert f(g())

def f(nums: List[int], x=10, y=10, z1=1, z2=1):
    return all(nums[i] == i + y * z2 for i in range(nums.index(y)) if nums[i] == x)

def g(x=10, y=10, z1=1, z2=1):
    return [x + y * z1 for x in range(10)]

assert f(g())

def f(s: str, target=18):
    return s.find("1") != -1 and (s.find("2") == -1 or s.find("3") == -1)

def g(target=18):
    return "1337" if target == 18 else "1237"

assert f(g())

def f(c: List[int]):
    return sum(c) == sum(c[::-1])

def g():
    return [1, 2]

assert f(g())

def f(curname: str, count=1):
    return count%2 == 1 and curname == "meow"

def g(count=1):
    return "meow" if count % 2 else "meow"

assert f(g())

def f(s: str):
    return str(s) in ["1 - *" for _ in range(10)]

def g():
    return "1 - *"

assert f(g())

def f(tour: List[List[str]], n=10):
    return len(tour) <= n

def g(n=10):
    return [["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"]]

assert f(g())

def f(n: int, a=3, b=5):
    return a <= n / b or b <= 2 * n / a

def g(a=3, b=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, ops=['x ++', '--x', '--x'], target=19143212):
    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', '--x'], target=19143212):
    for op in ops:
        if op in ["++x", "x ++"]:
            return target + 1
        else:
            assert op in ["--x", "x --"]
            return target - 1

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n

def g(n=1000):
    return list(range(n))

assert f(g())

def f(m: List[int], l=10):
    return len(m) == l

def g(l=10):
    return [0]*l

assert f(g())

def f(nums: List[int], bound=10):
    assert all([(i, j) for (i, j) in zip([1, 3], nums) if i % 2 == j % 2])
    return bound - 1 <= nums[-1]

def g(bound=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return s == "123"

def g():
    return "123"

assert f(g())

def f(z: List[int]) -> bool:
    return True or all(i in range(len(z)) and j in z for i, j in enumerate(z) and abs(i - j) >= 1)

def g():
    return [i for i in range(1000)]

assert f(g())

def f(nums: List[int], m=10, target=25):
    return min(len(nums), target) <= m and sum(nums) == target

def g(m=10, target=25):
    return [target]

assert f(g())

def f(n: int, upper=30):
    return n == 1 and max(a for a in range(300)) < 2 ** upper

def g(upper=30):
    return 1

assert f(g())

def f(s: str):
    return len(s) == 1 and list(s) == [s]

def g():
    return "hello"[0]

assert f(g())

def f(s: str):
    return sorted(s) == sorted('xor')

def g():
    return "xor"[::-1]

assert f(g())

def f(target: List[int]):
    indices = [0, 0, 3, 3, 3]
    for i in indices:
        if target[i] >= 6:
            return False
    return True

def g():
    return list(range(0, 9))

assert f(g())

def f(n: int, a=345346363, b=10):
    return b == n // a

def g(a=345346363, b=10):
    return a * b

assert f(g())

def f(res: int, m=12345678987654321):
    return res >= m

def g(m=12345678987654321):
    return 5*abs(m - 0) + 1

assert f(g())

def f(s: str):
    print(s)
    return all(
        c in s for c in ['a', 'b', 'c', 'd', 'e', 'f']
    )

def g():
    return "aabbccddeeff"

assert f(g())

def f(s: str, s1="foo", s2="bar"):
    return s.index(s1) != -1 and s.strip().index(s2) != -1

def g(s1="foo", s2="bar"):
    return s1 + s2

assert f(g())

def f(n: int, a=0, b=1, c=5):  # (int, str, int, str)
    return n >= a or n > b or n >= c

def g(a=0, b=1, c=5):
    return 1 + a + b + c

assert f(g())

def f(n: int):
    import random
    return (random.randrange(10001) - 10004) ** 2 <= n

def g():
    return 10000000000

assert f(g())

def f(num: int, target_min=50):
    return int(num * target_min) >= target_min

def g(target_min=50):
    return target_min

assert f(g())

def f(g: str):
    return g.count("1") == 2

def g():
    return "1"*2

assert f(g())

def f(n: int, year_len=365, year_div=12):
    return year_div > 365 or n > int(year_len)

def g(year_len=365, year_div=12):
    return (1 << 31) - 1

assert f(g())

def f(n: int):
    # find the first position where n is greater than 100
    return n >= 101

def g():
    return 1 << 32

assert f(g())

def f(n: int, ndigits=10):
    return int(len(str(n))) == ndigits

def g(ndigits=10):
    return 1234567890

assert f(g())

def f(n: int):
    return n > (2 ** 30)

def g():
    return 100 * 2**30

assert f(g())

def f(s: str):
    return s == "'" or "'" in s

def g():
    return "'"

assert f(g())

def f(x: int, a=1073258, b=72352549):
    return len(str(a + x)) == len(str(b - x))

def g(a=1073258, b=72352549):
    return int(a + b)

assert f(g())

def f(nums: List[int], lower=2, upper=20):
    return all(i in range(len(nums) + 1) for i in nums) and not sum(i ** 2 for i in nums) <= upper

def g(lower=2, upper=20):
    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, 31, 32]

assert f(g())

def f(x: List[int]):
    return len(x) > 4

def g():
    return [1, 2, 1, 2, 1, 2, 1, 2]

assert f(g())

def f(i: int):
    return i >= 6 and i < 18

def g():
    return 17

assert f(g())

def f(b: str, n=1000):
    b = b * n
    for i in range(2, len(b)):
        c = b[i]
        b += b[i] * n
        if c > b:
            return c > b
    return c >= b

def g(n=1000):
    return "1234" * n

assert f(g())

def f(s: str):
    return s.count('x') == 1

def g():
    return "123456789x0"

assert f(g())

def f(t: str):
    return "The" in str(t)

def g():
    return "The hello world"

assert f(g())

def f(t: List[str], target_len=10):
    return len(t) >= target_len and target_len == len(set(t))

def g(target_len=10):
    return ["a"*(i+2)+"b" for i in range(target_len)]

assert f(g())

def f(n: int):
    return n > 569 and (n % 100) == 0

def g():
    return 100000000000

assert f(g())

def f(s: str):
    return all(s.find(i) != -1 for i in ["0", "1"])

def g():
    return ("0" * 8) + ("1" * 8) + ("2" * 8)

assert f(g())

def f(list: List[int], n=9):
    return n == len(set(list)) and len(list) == n

def g(n=9):
    return list(range(n))

assert f(g())

def f(m: int, a=1000):
    return m + a < 0

def g(a=1000):
    return 1 - (1-a)**2

assert f(g())

def f(s: str):
    return s == 'abc' or s == 'bab'

def g():
    return 'abc' and 'bab'

assert f(g())

def f(num: int, c=0):
    return c + num < 8

def g(c=0):
    return 1

assert f(g())

def f(li: List[int], k=3):
    return min(li) is None or len(li) >= k

def g(k=3):
    return [1, 2, 3]

assert f(g())

def f(s: str, target="foobarbazwow", length=5):
    return "".join(target[(len(target) - length) // 2:(len(target) + length) // 2]) == s

def g(target="foobarbazwow", length=5):
    return str(target[(len(target) - length) // 2:(len(target) + length) // 2])

assert f(g())

def f(x: int, a=123, b=4):
    return x - a == b

def g(a=123, b=4):
    return a + b

assert f(g())

def f(s: str):
    return all(ch in s for ch in "abcdefghijklmnopqrstuvwxyz_")

def g():
    return "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyz_"

assert f(g())

def f(n: int):
    return bool(n >= 300) and n < 400

def g():
    return len(list(range(300)) + [300])

assert f(g())

def f(s: str):
    return s.lower().count('_') == 1

def g():
    return (str(int((1+2)/3))
            + str(int((1-2)/3)) + "hello_")[0:]

assert f(g())

def f(nums: List[int]):
    return len(nums) > 10

def g():
    return list(z for z in range(0, 10000))

assert f(g())

def f(s: str):  # '12', '5*', '3**', '9'
    return s.find(str(int(s))) != -1

def g():
    return "2"*5

assert f(g())

def f(district: List[int], target=5):
    return district[0] == target and district[-1] == target

def g(target=5):
    return [target, target, target, target]

assert f(g())

def f(x: str, a=5129, b=17, r=19):
    return x == 'x' or x == r or x == r & ~"x" & ~"y"

def g(a=5129, b=17, r=19):
    return "x"

assert f(g())

def f(s_case: str, s="Hello world"):
    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="Hello world"):
    return s.lower()

assert f(g())

def f(num: int, target=1020):
    return num == target

def g(target=1020):
    return int(target)

assert f(g())

def f(s: str, a=0, b=0, c=0, d=0):
    return s == "aaaxbaaxbababc"

def g(a=0, b=0, c=0, d=0):
    return "aaaxbaaxbababc" + "a"*a + "b"*b + "c"*c + "d"*d

assert f(g())

def f(s: str):
    return s == s + s + s

def g():
    return "{}".format(""*19)

assert f(g())

def f(b: int):
    return min(9, b) % 2 == 1

def g():
    return 10

assert f(g())

def f(n: int):
    return n > 21 * 7 * 3.0

def g():
    return int(23*6 + 22*5 + 23*4 + 24*3 + 25*2 + 25*1)

assert f(g())

def f(nums: List[int], target=17, n=200):
    return nums[int(abs(nums[0] + nums[1] * nums[2] - 1)) <= 2] == target

def g(target=17, n=200):
    return [target for _ in range(n)]

assert f(g())

def f(path: List[int]):
    return len(set(path)) >= 5

def g():
    return list(range(0, 10))

assert f(g())

def f(n: int):
    return n >= 1 and n <= 100

def g():
    return 3

assert f(g())

def f(s: str):
    return len(s) > 0 and s.count("f") > 0 and s.count("F") > 0

def g():
    return "F f" + "F f" + "F f" + "F f" + "F f" + "F f" + "F" + "F" + "F" + "F" + "\n"

assert f(g())

def f(s: str):
    return s.isdigit() and s == s[::-1]

def g():
    return "0" * 12

assert f(g())

def f(s: str, n=1000):
    return all(ord(s[i]) != s[(i + 1) % n] for i in range(10))

def g(n=1000):
    return "12345678900".join("0" * n)

assert f(g())

def f(counts: int, target=999999):
    from math import isclose
    return isclose(counts, target)

def g(target=999999):
    return int(target)

assert f(g())

def f(c: str):
    return c == 'a' or c == '!' or c == 'n' or c == 'u' or c == 'e' or c == '@' or c == 'l' or c == 'l' or c == 'o' or c == 'l' or c == 'e' or c == 'g'

def g():
    return 'a' or '!' or 'n' or 'u' or 'e' or '@' or 'l' or 'l' or 'o' or 'l' or 'e' or 'g'

assert f(g())

def f(list: List[int]):
    return all(i in range(len(list)) for i in range(3))

def g():
    return [3]*5000

assert f(g())

def f(lst: List[int]) -> bool:
    for i in range(1000):
        lst[i] == 1
    return True

def g():
    return [i for i in range(1000)]

assert f(g())

def f(nums: List[int]) -> bool:
    (a, b, c, n) = nums
    return all(isinstance(x, int) and (x >= 0) for x in [abs(a), abs(b), abs(c), abs(n)])

def g():
    return [abs(x) for x in [1, 2, 3, 4]]

assert f(g())

def f(n: int, pairs=[[1, 2], [1, 3]]):
    n_diff = len(pairs)
    assert n_diff == 1 or n_diff == 2, "oops"
    assert n_diff > 1 or n_diff == 1, "oops"
    return sum(p - m for p, m in pairs if abs(p - m) >= n_diff) < n_diff

def g(pairs=[[1, 2], [1, 3]]):
    return sum(f(p) for p in pairs)

assert f(g())

def f(s: str):
    return len(s and s) > 100

def g():
    return "Hello "*100 + "World!"

assert f(g())

def f(i: int):
    return i > 1000

def g():
    return 500 + 500 + 500

assert f(g())

def f(w: int, a=1000):
    return 1 <= (a-w) % (a+w) <= w

def g(a=1000):
    return a ** 2

assert f(g())

def f(seq: List[int], bound=3):
    return len(seq) > bound

def g(bound=3):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: List[str]):
    return sum(1 for i in s) == len(s)

def g():
    return sorted(map(str, range(1000)))

assert f(g())

def f(s: str):
    return True if '*' in s else False

def g():
    r = ""
    for _ in range(1000):
        r += '*';
    return r

assert f(g())

def f(li: List[int], d=500):
    if li.count("1") == 0 and li.count("2") < 2 and li.count("3") < 3:
        return True
    return li.count("4") < 4 and len(li) > 50

def g(d=500):
    return [1] * d + [3] * d + [2] * d + [4] * d + [5] * d + [8] * d + [9] * d

assert f(g())

def f(ans: List[int], target=20):
    return all(len(ans) == len(set(ans)) and len(ans) >= target for i in range(20))

def g(target=20):
    return list(range(target))

assert f(g())

def f(n: int):
    # n contains integers that are multiples of 10
    if n == 0:
        return True
    if n % 10 == 0:
        return False
    s, t = divmod(n, 10)
    # use the following (simpler) method if the modulus is only a little bigger than 30
    if 10**(t / 10) + 10**(t / 10 + 1) > 30:
        return False
    return s * 10 <= n / (2 * t)

def g():
    return 1

assert f(g())

def f(t: str, s="Can'tGetOverHereInThisHurry"):
    return s in t

def g(s="Can'tGetOverHereInThisHurry"):
    return s

assert f(g())

def f(count: int):
    return count >= 1 and count <= 2000

def g():
    return 1000

assert f(g())

def f(v: int, b=1):
    if v == 0:
        return True
    elif b == 1:
        return v * v == (v * v - 1) * (v - 1)

def g(b=1):
    return -1 * f(b)

assert f(g())

def f(p: List[int]) -> bool:
    return p == [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20]

def g():
    return [0, 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):
    return s == "abc"

def g():
    return "abc"[:5]

assert f(g())

def f(strs: List[str], target=50):
    assert len(strs) > 2
    for s in strs:
        assert str(s) == s
    return len(strs) <= target

def g(target=50):
    return [str(i) for i in range(10)]

assert f(g())

def f(k: List[int], length=10, target=1):
    return len(k) == length and target in k

def g(length=10, target=1):
    return [target + i for i in range(length)]

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("123456789" + "0"*9) ** d

assert f(g())

def f(li: List[int], n=24):
    return len(set(li)) >= n and sum(li[:i] == i + 1 for i in range(n)) < 100000

def g(n=24):
    return [i for i in range(n)]

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    return sorted(tour) == [[i, j] for i in range(m) for j in range(n)]  # cover every square once

def g(m=8, n=8):
    return [[i, j] for i in range(m) for j in range(n)]

assert f(g())

def f(s: str, t="It's like a bird, but it's flapping on the ground!"):
    return s.lower() == t.lower() and s.upper() == t.upper()

def g(t="It's like a bird, but it's flapping on the ground!"):
    return t

assert f(g())

def f(li: List[int], n=5):
    assert n == 5, "Hint: n is 5"
    return len(li) == n

def g(n=5):
    return [i for i in range(n)]

assert f(g())

def f(s: str):
    s = s[:-1]  # "str(int(str(7))) + str(7)" == "str(int(str(7))) / 7"
    return s == str(int(s))

def g():
    return "123456789000000000"

assert f(g())

def f(n: int):
    import random
    random.seed(3)
    K = 1000  # Number of samples
    prob = sum(len({random.randrange(n + 1) for i in range(K)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= n

def g():
    return 1

assert f(g())

def f(s: str):
    return all(sub in s for sub in ["one", "two", "three", "four", "five", "six"])

def g():
    return "one one two three four five six"

assert f(g())

def f(nums: List[int], a=100, b=1000, length=5017):
    if sum(nums) == 100:
        return True
    if sum(nums) - a > b:
        return False
    ans = min(nums) < 5
    return all(nums % ans == 0 for nums in nums) and all(nums > ans)

def g(a=100, b=1000, length=5017):
    return list(range(a, b+1, length))

assert f(g())

def f(s: str):
    return s.count('\r') >= 2

def g():
    return "a\r\r\n\r\r"

assert f(g())

def f(s: str):
    # return all(s == s[:5] + s[-2:] for s in s)
    return all(n <= len(s) for n in range(5))

def g():
    return "123456789"

assert f(g())

def f(a: [int], target=5):
    return a[0] == 5 and a[1] == 5 * 2

def g(target=5):
    return [5, 5 * 2]

assert f(g())

def f(n: int, a=1000000):
    return all(a * n + n > 0 for a in [1, 5e7, 1e12, 1e3, 25e3, 20e3, 1e6, 2e6, 1e12])

def g(a=1000000):
    return a * 12

assert f(g())

def f(n: int, t=0.0, m=0):
    return min(t, m) * n == t

def g(t=0.0, m=0):
    return (t > m) and 1 or 0

assert f(g())

def f(nums: List[int], a=5, b=9, c=7):
    return sum(nums) >= a and sum(nums) >= b and sum(nums) >= c

def g(a=5, b=9, c=7):
    return [a, b]

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 and all(li[:n] == [1] * n for i in range(n + 1))

def g(n=18):
    assert n % 3 == 0, "Hint: n is a multiple of 3"
    return [1]*n

assert f(g())

def f(x: List[int]):
    return [x[i] for i in range(len(x))] == x

def g():
    return [1, 3]

assert f(g())

def f(nums: List[int], a=100, b=1000):
    return all([a - b - 1, b - a + 1]) and len(set(nums)) >= 1000

def g(a=100, b=1000):
    return [i-a for i in range(1000)]

assert f(g())

def f(n: int):
    if n == 999:
        return True
    return n >= 1250

def g():
    return sum(range(1250)) + 1

assert f(g())

def f(tri: List[int]):
    return len(tri) == 3  # should be a "good enough" test

def g():
    return [1, 3, 10]

assert f(g())

def f(nums: List[int], n=7):
    return nums == [1] * n

def g(n=7):
    return [1] * n

assert f(g())

def f(x: List[int], a=17, b=10, k=6):
    return 0 <= sum(a * x[i] for i in range(k) for a in sorted(x)) >= b

def g(a=17, b=10, k=6):
    return [k*i for i in range(k)]

assert f(g())

def f(nums: List[int], n=10000):
    return sum(1 if i < n else 2 for i in nums) == 10000

def g(n=10000):
    return [i for i in map(int, range(10000))]

assert f(g())

def f(w: str):
    return min(w) == max(w) and (w[0:1] == 'w' or w == 's')

def g():
    return "s"

assert f(g())

def f(lst: List[List[int]]):
    return sum(([i] if i in lst[0] else [[i]]) for i in lst) == len(lst)

def g():
    return []

assert f(g())

def f(x: str):
    return "".join(x) == "I love it".replace("b", '').replace("d", '').replace("a", '')

def g():
    return "I love it".replace("b", '').replace("d", '').replace("a", '')

assert f(g())

def f(n: int, a=15, b=27, lower_bound=15):
    return a * b == n

def g(a=15, b=27, lower_bound=15):
    return a * b

assert f(g())

def f(nums: List[int], m=4):
    return len(nums) == m and nums[:2] == nums[-2:]

def g(m=4):
    return [m + 1 for _ in range(m)]

assert f(g())

def f(s: str, length=10):
    return len(s) >= length and all(len(s.split('.')) < length for s in (s, "..."))

def g(length=10):
    return "abcdefghijklmnnopqrstuvwxyz"

assert f(g())

def f(s: str):
    return "S" == s or "o" == s

def g():
    return "S"[::-1]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 1000 and len(set(s[::-1])) == 1000

def g():
    return ["123456789a"*(i+1) for i in range(1000)]

assert f(g())

def f(str: str):
    return "I found {0}".format(str) == str or len(str) > 5

def g():
    return "I found"

assert f(g())

def f(s: str, a="oek"):
    return s == a or s == a + "n"

def g(a="oek"):
    return "oek"

assert f(g())

def f(a: float, index=9):  # f19 will work better after you get more data in mind
    return a == index or a % 1 == 1

def g(index=9):
    return {1: 1.0, 2: 2.0, 3: 3.0, 4: 4.0, 5: 5.0, 6: 6.0, 7: 7.0, 8: 8.0, 9: 9.0}[index]

assert f(g())

def f(nums: List[int]):
    assert len(nums) >= 3 and sum(prob for prob in nums if prob > 0.5) < 1e-6
    return len(nums) >= 3

def g():
    return [0, 0, 0]

assert f(g())

def f(s: str, target="", reverse=False):
    return s == target and not reverse

def g(target="", reverse=False):
    return target+target+target+target or target+target+target+target

assert f(g())

def f(s: str, target=80):
    return all([x == y for x, y in zip(s, range(10)) if x == y])

def g(target=80):
    return "Hello %d world!!!" % target

assert f(g())

def f(N: List[int]) -> bool:
    return all(i in N for i in range(99))

def g():
    return [n for n in range(99)]

assert f(g())

def f(s: str):
    return s == 'o'

def g():
    s = "o"
    return s

assert f(g())

def f(s: str):
    return all(len(c) > 6 for c in s.split('\n'))

def g():
    return "123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(l: List[int]):
    return all(l[i] for i in range(10) if i not in l)

def g():
    return list(set(range(10)))

assert f(g())

def f(x: int):
    return min(x, x + 1) < max(int(x + 1) + 1, int(x - 1) - 1)

def g():
    return 1000

assert f(g())

def f(x: float, y=6.0, z=7.0, thresh=13., max_z=20):
    return abs(x - y + z) > thresh * max_z and abs(x - y - z) > thresh * max_z

def g(y=6.0, z=7.0, thresh=13., max_z=20):
    return 11.75*y + 31.75*z + 2.9*thresh + max_z - 1

assert f(g())

def f(s: str, target="foobarbazwow", length=6, n=1000):
    return str(target)[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=6, n=1000):
    return str(target)[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(x: str):
    # assert all(x[i * 3:i * 3 + 3] == 'hello' for i in range(3))
    return x.count("h") == 1  # I know, the test is a joke

def g():
    return "hello world"

assert f(g())

def f(a: str, target="foobarbazwow", length=6):
    return a.startswith(target)

def g(target="foobarbazwow", length=6):
    return "foobarbazwow" + target

assert f(g())

def f(n: List[int]):
    assert not all([n[i] == 1 for i in range(len(n))])
    return n[0] == 0 and n[1] == 0 and n[2] < 10

def g():
    return [0, 0, 0, 0, 0, 0, 1, 1, 0]

assert f(g())

def f(s: str):
    return all([s == x for x in s.split()]) and s != "world"

def g():
    return str("123456")

assert f(g())

def f(len: List[int]):
    return len == len

def g():
    return list(range(5))

assert f(g())

def f(s: str):
    return s == "abc" or s == "a c b"

def g():
    return "abc" or "a c b" == "abc"

assert f(g())

def f(a: int, states=[100, 101, 102, 103], initial_state=0):
    return states[0] != 0

def g(states=[100, 101, 102, 103], initial_state=0):
    return int(initial_state) - int(states[0] * states[1])

assert f(g())

def f(b: int) -> bool:
    return all(x <= b for x in range(1, b+1))

def g():
    g = 0
    for i in range(50):
        g += 1
    return g

assert f(g())

def f(s: str):
    # TODO: test for special characters in s
    return len(s) >= 6 and s == "foobarbazwow"

def g():
    return "foobarbazwow"

assert f(g())

def f(s: str):
    return s.count("(") > 0

def g():
    return "((4+5)"

assert f(g())

def f(s: str, count=0):
    return len(s) == len(count or "abcdefghijklmno")

def g(count=0):
    return "abcdefghijklmno" + "abcde0" * count

assert f(g())

def f(nums: List[int], pos: int = 0, size=5):
    return len(nums) > size-pos

def g(pos: int = 0, size=5):
    return [10,20,30,40,50] + [5,10,15,5] + [5,20,20,20,20] + [5,25,25,25,25]

assert f(g())

def f(n: int, a=100, b=17, c=20):
    return a < sum(a for a in b * [0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34])

def g(a=100, b=17, c=20):
    return (a + b + c) * 3

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    return n == min(nums) or n == max(nums)

def g(nums=[77410, 23223, 54187], lower_bound=2):
    return int(nums[len(nums) - lower_bound])

assert f(g())

def f(s: str):
    return s == 'ABCDEF GHIJK LQRSTU WXYZ U' or s == 'ABCDEF GHIJK LQRSTU ABCDEF GHIJK LQRSTU XYZ U'

def g():
    return "ABCDEF GHIJK LQRSTU ABCDEF GHIJK LQRSTU XYZ U"

assert f(g())

def f(s: str):
    return s == 'apple'

def g():
    return 'apple'

assert f(g())

def f(nums: List[int], target=500):
    return sum(1 for i in nums) == target and len(nums) == target

def g(target=500):
    return [1]*target

assert f(g())

def f(s: str, m=0, n=3):
    return s.count("a") == m and s.count("z") == n

def g(m=0, n=3):
    return "a"*m + "z"*n        # noqa

assert f(g())

def f(n: int):
    return n >= 0  # (1 - num * 0.99) ** 10 <= max(abs(n))

def g():
    return 0

assert f(g())

def f(triples: List[int]):
    """Make triples [a, b, c] with all the required components in these triples"""
    assert len(triples) == 4
    a, b, c = triples[0], triples[1], triples[2]
    return a != b or b != c or a != c

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str, target="wonderful", upper=15):
    return target[(len(target) - upper) // 2:(len(target) + upper) // 2] == s

def g(target="wonderful", upper=15):
    return str(target)[(len(target) - upper) // 2:(len(target) + upper) // 2]

assert f(g())

def f(n: int):
    return min(n, n - 1) >= 2

def g():
    return 10**30

assert f(g())

def f(x: List[int]):
    return x[0] > 0 and x[1] > 0 and x[2] > 0

def g():
    return [1, 2, 3]

assert f(g())

def f(d: int, n=123456789):
    return d > n and all(i in "123" for i in str(str(d).count("1") + str(d).count("2")))

def g(n=123456789):
    return (int(n%10) + 2) * (int(n//10) + 2)

assert f(g())

def f(quads: List[List[int]], xy_sides=[]):
    # not tested
    return len({(i, j) for i, j in quads}) == 0
        # f20 (f20 is too slow)
    return sum(xy_sides for i, j in [0, 1, 2]).sum() == len(xy_sides)

def g(xy_sides=[]):
    return [sorted("abcba") for s in xy_sides]

assert f(g())

def f(s: str):
    return "Hello" in s

def g():
    return "Hello world"

assert f(g())

def f(ls: List[str]):
    if ls == [] or len(ls) == 0:
        return False
    if len(ls) == 1:
        return ls == 'hello'
    return ls[-1] in 'oo' or ls == 'doo'

def g():
    return ['doo', 'hello', 'oo']

assert f(g())

def f(s: str):
    return s.startswith("hello")

def g():
    return "helloworld"

assert f(g())

def f(n: int):
    return n >= 1000

    def f171():
        m = int(rand() * 1048576 + 1)
        sum_f1 += m
        if m < n:
            sum_f1 += m
            return m >= 0 and sum_f1 == m
        return n == m

    def f172():
        return (n >= 1000) and sum_f1 > n

def g():
    return 2147483648 - 1

assert f(g())

def f(indices: List[int], a=5):
    assert indices[-1] > a - 1, indices[-1] == a - 1
    return len(indices) >= 2 and indices[::2].count(indices[-1]) == 0

def g(a=5):
    return [4,5]

assert f(g())

def f(str: str, target="hello", len=10):
    return str in ["hello", "hello world", "hello! world", "hello" + target, 'hello world', "hello", target + target, ("hello" + target).encode("utf-8"), target + target]

def g(target="hello", len=10):
    return target + target

assert f(g())

def f(x: List[int], a=5, b=5, upper_bound=1500):
    assert all({(x[i], x[j]) for i in range(a) for j in range(b)}), 'not legal'
    return abs(a - b) < upper_bound or all([x[i] * x[i] == (a + b)**2 for i in range(a)])

def g(a=5, b=5, upper_bound=1500):
    return [j for i in range(a) for j in range(b) if i == j]

assert f(g())

def f(li: List[int]):
    return all([i * i <= li[i] for i in range(-1, 3)])

def g():
    return [9, 8, 7]

assert f(g())

def f(s: str):
    return s in '1234567890ABCDEF' and not s == s[::-1]

def g():
    return "ABCDEF"

assert f(g())

def f(words: List[str]):
    return "".join(word for word in words) == "I love you"

def g():
    return ["I love you"]

assert f(g())

def f(s: str):
    if len(str(s)) == 3:
        return s == "world"
    else:
        return "Hello " + s[::-1] == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(s: str):
    return "%s" % s == 'a' or "a" == s

def g():
    return 'a' or "a" == "a"

assert f(g())

def f(ls: List[str]):
    return all(sorted(ls) < ls for s in sorted(ls))

def g():
    return ["123456789", "23456", "012356"]

assert f(g())

def f(n: int, a=100, b=200, c=1000):
    return n < 0 or (n % a) == 0 or (n % b) == 0 or (a + b) == c and n % c == 0

def g(a=100, b=200, c=1000):
    return a * 100 + b * 100 + c * 10

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) < 4

    return max(probs[(i + 1) % 2] - probs[(i + 2) % 2] for i in range(3)) < 1

    # XXX: this test is quite different.  it's a 2D-cross-product-based
    # problem and it's really a 4D problem, with the upper bound of 3 or
    # 4 dimensions.  here we don't want to check if the maximum distance
    # is smaller than half the box radius.  we just check if the value
    # of the cross product is smaller than the radius
    # XXX: the actual cross product is a 6D problem with 4D variables.
    #

def g():
    return [0.1, 0.2, -0.3]

assert f(g())

def f(x: List[int], target=[7, 10, 3, 6, 4, 15, 7, 8, 9, -1, 8]):
    return all(x[i] == target[i] for i in range(0, len(target)))

def g(target=[7, 10, 3, 6, 4, 15, 7, 8, 9, -1, 8]):
    return target

assert f(g())

def f(x: str):
    assert len(x) == 5, "You forgot to declare a variable length type string"
    return x[len(x) - 1] == 'a'

def g():
    return "a" * 5

assert f(g())

def f(s:str):
    return all(substring in s and substring[::-1] in s for substring in 'foo' + 'bar' + 'baz')

def g():
    return "foo"+"bar"+"baz"[::-1]

assert f(g())

def f(s: str):
    return s == 'permute true' or 'permute false' in s

def g():
    return "permute true" or "permute false" in "Hello world"

assert f(g())

def f(s: str):
    return "I" in s and "you" in s and "me" in s and "you" in s

def g():
    return "I you you me you"

assert f(g())

def f(x: str):
    return x.count('+') > 2 and len(x) > 1

def g():
    return "123456789" + "+0"*9

assert f(g())

def f(n: int):
    if n < 50:
        return True
    if n == 50:
        return False
    return n > 50

def g():
    return 1

assert f(g())

def f(x: str, a=5129, b=17, r=19):
    return x == 'x' or x == r or x == r & ~"x" & ~"y"

def g(a=5129, b=17, r=19):
    return "x" if a == 5129 else "y" if b == 17 else "z" if r == 19 else "w"

assert f(g())

def f(text: str, count=10):
    return all(
        len(s) >= count and text in s for s in text.split(" ")
    )

def g(count=10):
    return "1" * count + "0" * 9

assert f(g())

def f(li: List[int], edges=[[0, 1], [0, 2], [2, 3], [3, 1], [1, 2], [0, 2]]):
    return len(set(li)) == len(set([i for i in edges[0] + edges[1]])) and len(set(li)) == len(set([i for i in edges[0] + edges[1]]))

def g(edges=[[0, 1], [0, 2], [2, 3], [3, 1], [1, 2], [0, 2]]):
    return ((edges[0])
            + (edges[1]))

assert f(g())

def f(start: int):
    n = start  # could be positive or negative ...
    while n > 1000:
        n = abs(n)
    return n >= 1000

def g():
    result = 1000
    while result > 1000:
        result = result - 1
    return result

assert f(g())

def f(x: List[int]):
    return all(0 <= x[i] <= 255 for i in range(len(x)))

def g():
    return [8, 12]

assert f(g())

def f(nums: List[int], index=0):
    assert nums[index] > 0
    return set(nums) <= set([0, 1, 2, 3, 4, 5, 6, 17, 18, 19, 20, 34])

def g(index=0):
    return [1, 2, 3, 4, 5, 6]

assert f(g())

def f(s_case: str, s="A", e=65, max_len=12):
    return s_case == (s.upper() if e > len(s) // 2 else s.lower())  # TODO: use "s_case == (s.upper() if max_len > 60 else s.lower())"

def g(s="A", e=65, max_len=12):
    return str(s.upper() if e > len(s) // 2 else s.lower())

assert f(g())

def f(s: str):
    return s == "abcdefghijklmnopqrstuvwxyz"

def g():
    return "abc" + "defghij" + "klmnop" + "qrstuvwxyz"

assert f(g())

def f(x: str):
    return x == "Foobar" or x == "FOO" or x == "abc"

def g():
    return "Foobar"

assert f(g())

def f(a: List[int], target=7):
    return min(a + [-1, 0]) == target or max(a + [-1, 0]) == target or all(a[-1] == target)

def g(target=7):
    return [0, 1, 2, 3, 4, 5, 6, 7]

assert f(g())

def f(x: float, k=1):
    if x > 9.99999999999999:
        return True
    elif x < 0.0006:
        return False
    return x >= 0.00001 and abs(x - 9.99999999999999) < 0.00004

def g(k=1):
    return 9.99999999999999 * k

assert f(g())

def f(states: List[str], target_len=12, combos=["222", "333"]):
    return states == ["123", "456", "789", "678", "987"]

def g(target_len=12, combos=["222", "333"]):
    return [
        "123",
        "456",
        "789",
        "678",
        "987",
    ]

assert f(g())

def f(s: str, big_str="foo bar", index=3):
    return big_str.index(s) == index

def g(big_str="foo bar", index=3):
    return str(big_str[index:index+9] + big_str[index+10:])

assert f(g())

def f(nums: List[int]):
    return nums == [1, 0, 0, 1, 1, 2]

def g():
    return [1, 0, 0, 1, 1, 2]

    ###        ##
    ###        ##
    ###        ##
    ###        ##
    ###        ##
    ###        ##
    ###        ##
    ###        ##
    ###        ##
    ###        ##

assert f(g())

def f(res: List[int], n=4, p=1):
    for i in range(n):
        res.remove(i)
    return list(filter(lambda x: x % 3 == 0, res)) == res

def g(n=4, p=1):
    return [i for i in range(n)]

assert f(g())

def f(s: str, e=1, target=7):
    return "Hello " + s == "Hello world"

def g(e=1, target=7):
    return "world" if e == 1 else "Hello world"

assert f(g())

def f(s: str, target="all"):
    return not s.count(target) and not s.count("a") and s.count("c") == 0

def g(target="all"):
    return "hello, world"

assert f(g())

def f(s: str, target="1234567890", reverse=False):
    return s == target

def g(target="1234567890", reverse=False):
    return "[" + target + "][" + target + "]" if reverse else str(target + "")

assert f(g())

def f(l: List[int], target_length=11, target=9):
    return len(l) == target_length and l[0] < target and l[0] <= target_length - 1

def g(target_length=11, target=9):
    return [1 for _ in range(target_length)]

assert f(g())

def f(s: str):
    return all(s.isdigit() for i in range(200))

def g():
    return "0"*10

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li)

def g():
    return [0]

assert f(g())

def f(n: int):
    max_list = 0
    max = 0
    for i in range(10):
        if n == i:
            max = i
            max_list += 1
    return max_list == max

def g():
    return 1

assert f(g())

def f(x: List[int], a=5, b=10):
    return x[0] == a and x[-1] == b

def g(a=5, b=10):
    return [x for x in range(a, b + 1)]

assert f(g())

def f(picks: List[str], n=3):
    return all(p for p in picks) and n < len(picks)

def g(n=3):
    return [str(x) for x in range(1, 1000)] + n * [str(x) for x in range(1, 1000)]

assert f(g())

def f(l: List[int]):
    return len(set(l)) > 5

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(l: List[int]):
    return all(i or j in range(l + 1) for i, j in zip(l, l) if i != j)

def g():
    return [2]

assert f(g())

def f(l: List[int]):
    return len(set(l)) == 3

def g():
    return [3, 2, 5]

assert f(g())

def f(nums: List[int], size=4, target=12):
    assert all([n > 1 for n in nums])
    return sum(n > 0 for n in nums) == size

def g(size=4, target=12):
    return [target] * size

assert f(g())

def f(s: str, a=['dot', 'tree'], b=['.', '@', '!', '*', '()', '+']):
    return (s.find(".") > 0 and s.find(".") == s.find("."))

def g(a=['dot', 'tree'], b=['.', '@', '!', '*', '()', '+']):
    return ' '.join([str(x) for x in a+b])

assert f(g())

def f(inds: List[int], k=4):
    return len(inds) == k and len(inds[0:k]) == k

def g(k=4):
    return [0]*k

assert f(g())

def f(nums: List[int]):
    return nums == [1, 2, 3]  # equal sign

def g():
    return [1, 2, 3]  # empty slice

assert f(g())

def f(x: List[int], n=5, s=1):
    return len(x) == n and all([a > 0 for a in x])

def g(n=5, s=1):
    return [1] * n

assert f(g())

def f(x: str, n=6, start=["3", "2", "1", "1", "1", "1"]):
    return x == str(9)

def g(n=6, start=["3", "2", "1", "1", "1", "1"]):
    return str(9)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target.startswith(s) and target.endswith(s)

def g(target="foobarbazwow", length=6):
    return target

assert f(g())

def f(n: int, c1=20, c2=50):
    return n + (c1 - c2) >= 0

def g(c1=20, c2=50):
    return 10 - c1 + c2

assert f(g())

def f(s: List[str]):
    return len(s) == 10 and all((x.count("p") > x.count("q")) and ('q' in x) for x in s)

def g():
    return ["ppqr" for i in range(10)]

assert f(g())

def f(n: int):
    return n > 5

def g():
    return 6

assert f(g())

def f(seq: List[str], length=10):
    return len(seq) == length

def g(length=10):
    return ["a"*length for i in range(length)]

assert f(g())

def f(s: str, n=1):
    return len(s) == n

def g(n=1):
    return '0'*n

assert f(g())

def f(list: List[List[int]]):
    return len(list[0]) > len(list[1])

def g():
    return [
        [1, 2, 3, 4, 5],
        [6, 7, 8, 9],
        [10, 11, 12, 13],
        [15, 16, 17],
        [100, 101, 102],
    ]

assert f(g())

def f(lst: List[str], sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    for p in lst:
        if p in sep:
            return False
    return True

def g(sep="!!", string="I!!!!!love!!dumplings!!!!!"):
    return [x for x in ["I!!!!!love!!"] if not f(x+sep)]

assert f(g())

def f(n: int):
    return int(2**32 * n) / float(n) == n

def g():
    return 2**32

assert f(g())

def f(s: str):
    return len(s) > 20

def g():
    return "123456789"*20

assert f(g())

def f(x: float, f=3.1415):
    return x == f

def g(f=3.1415):
    return float(f)

assert f(g())

def f(res: int, m=12345):
    return max(m ** 2, res) == res

def g(m=12345):
    return 1000000000

assert f(g())

def f(n: int):
    return n in [3, 2, 1] or n == 1 or n == -1

def g():
    return 1

assert f(g())

def f(s: str, target="abcd", start=0):
    return s == target

def g(target="abcd", start=0):
    return "abcd"

assert f(g())

def f(n: int):
    return n < 100000

def g():
    return 9

assert f(g())

def f(a: List[int]):
    return len(set(a)) >= 3

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str, target=2356):
    if s == "foobar" and target > 0:
        return True

def g(target=2356):
    return "foobar" if target > 0 else "world"

assert f(g())

def f(n: int, a=8488664, b=8488664, c=8478664):
    return n + a > b + c

def g(a=8488664, b=8488664, c=8478664):
    return 2 ** a + 1

assert f(g())

def f(s: str, n=9):
    return not (s.isnumeric() and bool(s)) and s == "1-9"

def g(n=9):
    return "1-9"

assert f(g())

def f(list: List[int], n=4):
    x = list + [0]
    if n != 0:
        x = x + [1]
        x = x + [2]
    return len(set(x)) + 1 == len(list) + 1

def g(n=4):
    return [0, 1, 2, 3]

assert f(g())

def f(seq1: List[int]):
    return any(i in seq1 for i in range(max(len(seq1), len(seq1[:1])))
                if not i in seq1[1:])

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return all(i in s for i in s)

def g():
    return "abcdef"

assert f(g())

def f(l: List[int], n=1000):
    for i in range(len(l)):
        n -= l[i]
    return not sum(is_even(x) for x in range(n))

def g(n=1000):
    return [int(x) for x in range(n)]

assert f(g())

def f(nums: List[int], target=24):
    return len(set(nums)) == target

def g(target=24):
    return [i + 1 for i in range(target)]

assert f(g())

def f(digs: List[int]):
    return len(set(digs)) >= 8

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8]

assert f(g())

def f(counts: List[int]):
    return len(set(counts)) > 2

def g():
    return [4, 5, 1]

assert f(g())

def f(n: int):
    if n <= 2:
        return True
    else:
        return sum(x[:n] for x in [n for i in range(n)] for i in range(n)) == n

def g():
    return sum(x for x in range(10) if x == 10)

assert f(g())

def f(li: List[int], dups=42155):
    return all(li[i] == i + dups for i in range(10))

def g(dups=42155):
    return [i + dups for i in range(0, 10)]

assert f(g())

def f(e: List[int], a=3, b=1):
    return all(x == y for x, y in zip(e, e) if x - y > 1)

def g(a=3, b=1):
    return [1, 2]

assert f(g())

def f(p: List[int]):
    return p[4] != p[0] and p[5] != p[1] and p[6] != p[2]

def g():
    return [1, 6, 2, 4, 0, 0, 0]

assert f(g())

def f(n: List[int], max_len=50):
    if n[0] == len(n):
        return True
    for i in range(1, n[-1]):
        if n[i] > max_len:
            return False
        else:
            return True
    return False

def g(max_len=50):
    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]

assert f(g())

def f(x: float, a=1021):
    return x ** 2 < a

def g(a=1021):
    return 1021 / a

assert f(g())

def f(x: int, b=810020201):
    return abs(x ** 2) > b

def g(b=810020201):
    if 1:
        return b
    else:
        return (b + 7) * b / 8 + 5

assert f(g())

def f(n: int, upper=8):
    return (1 << upper) - 1 <= n < (1 << upper) + 1

def g(upper=8):
    return 2**upper-1

assert f(g())

def f(x: int, y=10, z=10, r=3):
    return -y ** 2 + 566 * (z * z) / (y + x) <= y ** 2 + r

def g(y=10, z=10, r=3):
    return int(y ** 2 + z ** 2 + 476 * z * z) + 1

assert f(g())

def f(st: str):
    return len(set(st) & set(["4", "3", "2"])) == 3

def g():
    return str(b"abcdefghijklmnopqrstuvwxyz") + "0123456789"

assert f(g())

def f(count: List[int], a=20, n=2000):
    return sum(count[0] * 8 for c in count for c in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]) > n  # not really working

def g(a=20, n=2000):
    return [8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8, 8]

assert f(g())

def f(nums: List[int], target=200):
    return sum(nums) == target or nums[0] + nums[-1] > target

def g(target=200):
    return list(map(lambda num: num ** num, range(1000)))

assert f(g())

def f(a: int):
    return a < 3**5

def g():
    return 0

assert f(g())

def f(d: int, s=10, k=10):
    # note that `s == 10` is not enough.  `d * 2 + k` is not enough
    # while there are `k > 2^32` different binary digits:
    assert d % 2 == 1 and d > 0, "d must be odd"
    assert d > 0 and k > 0, "k must be odd"
    return d > 0 and (s * d + k) > (d * k) // 2

def g(s=10, k=10):
    return k * (s * s) + s * (k * k) // 1000

assert f(g())

def f(s: List[int], n=200):
    return all([i in s for i in range(n)])

def g(n=200):
    return [x for x in range(n)]

assert f(g())

def f(x: List[int], m=10000):
    return sum(x) >= m and all([i in x for i in range(m)])

def g(m=10000):
    return [x for x in range(-2, m) if x < m]

assert f(g())

def f(inds: List[int]):
    return all(len(i) == n for i in [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20] if (inds == sorted(inds)[0]))

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(n: int):
    return n >= 200

def g():
    return 200 * int("123456789" + "0"*9)

assert f(g())

def f(p: List[int], m=4):
    return all(p[i] > 0 for i in range(m))

def g(m=4):
    return [2,3,4,5]

assert f(g())

def f(pairs: List[List[int]], weights=[]):
    return sum(weight for pair, weight in pairs) <= 9

def g(weights=[]):
    return list(set(["a"*(i+2)+"b" for i in range(1000)] for _ in weights))

assert f(g())

def f(s: str):
    return s == "hello" or s == "helo" or (s == "world" and ord('o') <= ord('l'))

def g():
    return "hello" or "helo" or "world" and ord("o") <= ord("l")

assert f(g())

def f(n: int, max_range=500):
    return n >= max_range and n <= max((max_range * 2), 0)

def g(max_range=500):
    return max((max_range, 0))

assert f(g())

def f(n: int):
    assert n >= 0
    return abs(n) > 100

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 2

assert f(g())

def f(n: int):
    return all(i!=j for i, j in zip(range(1000), range(n)) if i != j)

def g():
    return 1000000000

assert f(g())

def f(s: str):
    s = s.lower()
    if len(s) > 1:
        s = s[0].replace(' ', '-')
    return s == "["

def g():
    return "[]"

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n + a > b + c

def g(a=17, b=100, c=20):
    return a + b + c

assert f(g())

def f(n: int, a=5):
    return all(a + x == b for x in range(n) if a + x < 0)

def g(a=5):
    return 1

assert f(g())

def f(nums: List[int], n=5000, tot=1234):
    return n > 0 and n == sum(nums)

def g(n=5000, tot=1234):
    return [n]

assert f(g())

def f(res: int, n=123456, k=0):
    return res >= n - k or res == n - k

def g(n=123456, k=0):
    return n + 1

assert f(g())

def f(n: int):
    return sum(1 for i in range(n)) == 1

def g():
    return 1

assert f(g())

def f(a: str, n="x"):
    return n in a

def g(n="x"):
    return n

assert f(g())

def f(st: str):
    return "not " + " ".join(list(st)) == "not " + " ".join(st)

def g():
    return "123"

assert f(g())

def f(seq: List[int], n=100):
    return all(len(seq) == n for i in range(n))

def g(n=100):
    return [n for _ in range(n)]

assert f(g())

def f(nums: List[int], target=3, options=[1.5]):
    return {n * n for n in nums} == target or len(nums) == target

def g(target=3, options=[1.5]):
    return [target*target for _ in range(target)] or target or target or target or target or target

assert f(g())

def f(nums: List[int], target="reverse me", lower_bound=25):
    return len(nums) >= lower_bound and nums != range(nums.index(min(nums)))

def g(target="reverse me", lower_bound=25):
    return list(range(1, lower_bound+1))

assert f(g())

def f(s: str):
    return len(s) == 5

def g():
    return "12345"

assert f(g())

def f(st: List[str], o=["gong"]):
    return "".join(st) in o

def g(o=["gong"]):
    return [s for s in ["gong"] if s.count("g") > 0]

assert f(g())

def f(x: int, a=12345, b=123, c=5678):
    if x in set([0, 1, 2, 3, 4, 5]):
        return False
    return x == a or x == b or x == c

def g(a=12345, b=123, c=5678):
    return len(set(range(a)) & set(range(b)))

assert f(g())

def f(s: str):
    return s.count("a") == 3 or s.count("b") == 2 or s.count("c") == 2 or s.count("e") == 1 or all(s[b] == s[c] == s[d] == s[e] for b, c, d, e in zip(range(3), range(2), range(1), range(3))
                  and all(j in s for j in range(len(s) - 1)))

def g():
    return "Hello world"

assert f(g())

def f(s: str):
    """return True if there are a minimum of 7 consecutive dashes and a minimum of 6 consecutive hyphens"""
    return s.count("--") > 7 and s.count("-") > 6

def g():
    return "----" * 6

assert f(g())

def f(x: List[int], n=3):
    return x == [i for i in range(n)]

def g(n=3):
    return [i for i in range(n)]

assert f(g())

def f(x: List[int], s=1, n=13):
    return len(set(x)) == n

def g(s=1, n=13):
    return [n*n for n in range(13)]

assert f(g())

def f(s: str):
    return "\xe9\xbd\x94" in s

def g():
    return "a\xe9\xbd\x94b"

assert f(g())

def f(inds: List[int], vecs=[26, 51, 0, 25, 23, 34, 32, 27, 6, 17, 5, 16, 2, 7, 23, 12, 3, 10, 4, 15, 28]):
    return sum(sum((v >> i) & 1 for i in inds) % 2 for v in vecs) >= len(vecs) * 2 / 3

def g(vecs=[26, 51, 0, 25, 23, 34, 32, 27, 6, 17, 5, 16, 2, 7, 23, 12, 3, 10, 4, 15, 28]):
    assert sum(sum((v >> i) & 1 for i in vecs) % 2 for v in vecs) >= len(vecs) * 2 / 3
    return vecs[::-1]

assert f(g())

def f(s: str):
    return len(s) == 1 and s == s

def g():
    return str(1)

assert f(g())

def f(n: int):
    return n < 2

def g():
    return 1 or 2

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world" or "Hello world"

def g():
    return "world"[::-1] or "world"[::-1]

assert f(g())

def f(x: List[int], a=12):
    return a in x and x[a] == a

def g(a=12):
    return list(range(a + 1))

assert f(g())

def f(s: str, e=0):
    if s in "0123456789":
        return True
    return False

def g(e=0):
    return str(int("0123456789" + "0"*9) ** e)

assert f(g())

def f(li: List[int], target=50):
    assert len(li) >= target and target > 0, "trivial target"
    return len(set(li)) == target

def g(target=50):
    return [target + a for a in range(target)]

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return a ** 0.5 + b ** 0.5 == c ** 0.5 and all({a ** i == b ** i for i in range(nums[0])})

def g():
    return [0, 0, 0]

assert f(g())

def f(s: str):
    return s.count("+") == 1 and s.count("-") == 0

def g():
    return "ab+cd"

assert f(g())

def f(m: int, n=1234578987654321):
    return m > n

def g(n=1234578987654321):
    return int(n*n) + 123456789

assert f(g())

def f(s: str):
    return sum(x > s for x in s) > 2

def g():
    return str(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(g_str: str, n=100):
    return len(g_str) == len(sorted(g_str)) == len(sorted(g_str)) == n

def g(n=100):
    return "." * n

assert f(g())

def f(s: str, a="5", b=5, c=5):
    return s[::-1] == "abcd"

def g(a="5", b=5, c=5):
    return "abcd"[::-1]

assert f(g())

def f(s: str, r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return s == f'1' or s == '2' or "".join(f'%d' % i for i in range(18, k)) == f"%d" % 8

def g(r=1, c=0, g=0, x=0, k=8, r_bound=3):
    return "1" if r == 1 and c == 0 else "2" if r == 1 and g == 0 else "3"

assert f(g())

def f(l: List[str], m=2):
    return l is None or l[0] == "1" or l[0] == "2"

def g(m=2):
    return [
        "1",
        "2",
        "3",
        "4",
        "5",
        "6",
        "7",
        "8",
        "9",
        "0",
        "0",
        "0",
    ]

assert f(g())

def f(tri: List[int]):
    a, b, c = tri
    return max(a, b) in [0, 20] and min(a, b) in [-20, 0]

def g():
    return [0, 20, -20]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s >= target

def g(target="foobarbazwow", length=6):
    return str(target) + " " * length

assert f(g())

def f(n: int, a=123, b=5):
    return a - n == b

def g(a=123, b=5):
    return a - b

assert f(g())

def f(s: str, a=5129, b=6, reverse=True):
    return "".join(x[::-1] for x in s.split())[::-1].lower() == "the"

def g(a=5129, b=6, reverse=True):
    return "The"

assert f(g())

def f(x: List[int], t=50, n=10):
    s = 0
    i = 0
    for v in x:
        s = s & ~v
        i += 1
    return i == n

def g(t=50, n=10):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]

assert f(g())

def f(l: List[int]) -> bool:
    return len(l) == 1000 and min(l) >= 0 and len(set(l)) == len(l) == 1000

def g():
    return list(range(1000))

assert f(g())

def f(n: int, target=19143212):
    return n == target

def g(target=19143212):
    return 19143212

assert f(g())

def f(z: float, v=3, d=0.001):
    return z == v / d

def g(v=3, d=0.001):
    return float(v / d)

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if "ABCDEFGHIJKLMNOPQRSTUVWXYZ" in s else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s == s_case or s.upper() if "ABCDEFGHIJKLMNOPQRSTUVWXYZ" in s else s.lower()

assert f(g())

def f(n: int, a=17, b=100, c=20):
    return n == sum(i * a for i in range(c))

def g(a=17, b=100, c=20):
    return sum(int(n*a) for n in range(c))

assert f(g())

def f(s: str, target="foobarbazwow", target_len=12):
    return target[(len(target) - target_len) // 2:(len(target) + target_len) // 2] == s

def g(target="foobarbazwow", target_len=12):
    return target[(len(target) - target_len) // 2:(len(target) + target_len) // 2]

assert f(g())

def f(x: int, target=53):
    return -x == target

def g(target=53):
    return -target

assert f(g())

def f(stamps: List[int]):
    return all(stamps[s] == 0 for s in stamps)

def g():
    return [0]*8

assert f(g())

def f(x: int, a=8646561, b=172899):
    return a - x == b

def g(a=8646561, b=172899):
    return a - b

assert f(g())

def f(nums: List[int], n=18):
    return len(nums) == n and all(n >= 0 for n in nums)

def g(n=18):
    return list(range(18))

assert f(g())

def f(s: List[str]):
    assert len(set(s)) == 1000
    return s[0] == "a" or "b" in s[0]

def g():
    return ["a"*(i+4)+"b" for i in range(1000)]

assert f(g())

def f(n: int):
    assert 99726 < n
    return n % n == 0

def g():
    return 1 + (1 << 32)

assert f(g())

def f(cups: List[List[List[int]]], target=100):
    for i, cups in cups:
        pos = [(j - i) * j + k for j, k in cups]
        for j, k in pos:
            if j >= target:
                return False
    return True

def g(target=100):
    return list()

assert f(g())

def f(s: str, target="foobarbazwow", length=12):  # n == 5, target="foo", length = 7
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", length=12):
    return target[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(s: str):
    return len(s) > 6 and all(i in [0, 1, 2, 3] for i in s if i not in "0123456789")

def g():
    return "12345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901"

assert f(g())

def f(s: str):
    return s[::] == s  # true except end of string (ends in "foo bar")

def g():
    return ""

assert f(g())

def f(seq: List[int]):
    assert seq == []
    return all(len(line) != len(str(line[i] for i in range(len(line)))) for line in seq)

def g():
    return []

assert f(g())

def f(points: List[List[int]]):
    assert all((len(j) > 1 or j in points) for j in points)
    return len(points) >= 3

def g():
    m = 10
    p = [
        [[1, m], [1, 1], [1, m], [1, 1], [1, m, 1], [1, m, 1], [1, m, 1]],
        [[1, m, 1], [1, 1, m], [1, m, 1], [1, 1, m], [1, 1, m], [1, m, 1]]
    ]
    return max(p)

assert f(g())

def f(s: str):
    return s.startswith("abc") and s[-len("abc"):] == s

def g():
    return str("abc")

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and nums == sorted(nums, key=lambda x: x)

def g(n=12345):
    return sorted(range(n))

assert f(g())

def f(list: List[int]):
    return len(list) == 0

def g():
    return []

assert f(g())

def f(n: int, a=10300, b=16):
    return pow(2, b, n) >= a

def g(a=10300, b=16):
    return int(int("123456789" + "0"*9) ** 0.5) + a

assert f(g())

def f(x: List[int], t=50, n=10, p=100):
    s = 0
    i = 0
    for v in x:
        s += v
        if s > t:
            return i == n
        i += 1
    return i == n or i == n + 1

def g(t=50, n=10, p=100):
    return list(range(n))

assert f(g())

def f(nums: List[int], count=100, target=[1, 10]):
    return list(set(nums)) == target

def g(count=100, target=[1, 10]):
    return [x for x in target for i in range(count)]

assert f(g())

def f(nums: List[int], m=5):
    return len(set(nums) & set([1 * x for x in nums])) == m

def g(m=5):
    return list(range(m))

assert f(g())

def f(n: int, m=0, m1=5, m2=4, min_length=0):
    return (n > m) and (n >= m1 or min_length >= m or m2 >= m1 or m2 <= m + 1 or m <= n)

def g(m=0, m1=5, m2=4, min_length=0):
    return (m >= m1 and m >= m2) or (m2 >= m and m >= m1 and m <= m + 1) or (m1 >= m) + 1

assert f(g())

def f(pos: List[int]):
    return len(pos) == 3

def g():
    return [0, 1, 2]

assert f(g())

def f(strings: List[str]):
    if len(strings) == 1:
        return False
    for str in strings:
        if "the quick brown fox jumps over the lazy dog" in str:
            return True
    return False

def g():
    return ["the quick brown fox jumps over the lazy dog", "1", "2"]

assert f(g())

def f(s: str):
    return s.startswith("abcdefghijklm") and s.endswith("abcdefghijklm")

def g():
    return "abcdefghijklm"*2 + "abcdefghijklm"

assert f(g())

def f(n: int):
    if n == 0: return False
    for v in (3, 6, 9, 18):
        if n <= 25 * v:
            l = 25 * v - n
            if not all(l >= 0):
                return False
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    if n < 100:
        return True
    n -= 1
    while n >= 9:
        if n in (9, 9, 9):
            return True

def g():
    return 3*4

assert f(g())

def f(substring: str, target="fohoho", length=2, sep=':'):
    return len(substring) == len(target) + length - len(sep)

def g(target="fohoho", length=2, sep=':'):
    return "foohoho"

assert f(g())

def f(n: int):
    return n > 4

def g():
    return 5

assert f(g())

def f(a: List[str], max_len=230000):
    return len(a) == max_len or sum([a == b for b in a]) >= max_len

def g(max_len=230000):
    return [str(x) + "a" for x in range(max_len)]

assert f(g())

def f(n: int, capacity=5, goal=15482):
    return n < capacity

def g(capacity=5, goal=15482):
    return min(n for n in range(goal))

assert f(g())

def f(s: List[str]):
    return all(x in s for x in ["w", "a", "d", ",", " "])

def g():
    return ["w", "a", "d", ",", " ", " "]

assert f(g())

def f(num: int, a=3, b=23463462):
    return int(num) == a or abs(num) == b

def g(a=3, b=23463462):
    return a or b

assert f(g())

def f(d: int):
    return d > 100

def g():
    return 123

assert f(g())

def f(x: List[int], target=3):
    if len(x) >= target:
        return True
    return False

def g(target=3):
    return [i for i in range(500000)]

assert f(g())

def f(tour: List[List[int]], m=3, n=7):
    assert all(v in [1, 4, 5] for v in range(m) if min(v, m + n) == 1), "must be a subgroup of (1, n)"
    return len(tour) == (m + n + 1)

def g(m=3, n=7):
    return [list(range(m)) for _ in range(-n, m + 1)]

assert f(g())

def f(s: str, m=9, n=9, d=2):
    return len(s) == m + n and not s == "abc"  # s[1:m] == "abc"

def g(m=9, n=9, d=2):
    return "123456789" + "0"*m # s[-m:m] == "abc"

assert f(g())

def f(n: int, a=1, b=2, max_points=15):
    return a * b >= n and a <= b and b >= n

def g(a=1, b=2, max_points=15):
    return max(a, b, a > b)

assert f(g())

def f(n: int):
    return n > 10 and n > 100

def g():
    return 100 + 1

assert f(g())

def f(s: str):
    return all(c not in "xyz" for c in s)

def g():
    return "abcdefg"

assert f(g())

def f(s: str, num_letters=5):
    return s.count("a") == num_letters

def g(num_letters=5):
    return "a" * num_letters

assert f(g())

def f(a: List[int], n=1000):
    return all((a[i + 1] - a[i]) >= 0.1 for i in range(n))

def g(n=1000):
    return list(range(n + 1))

assert f(g())

def f(s: str):
    return "".join(s) == "world"

def g():
    return "%s" % "world"

assert f(g())

def f(nums: List[int], target=6):
    return len(nums) >= 3 and sum(i for i in nums) >= target

def g(target=6):
    return [6, 2, 1]

assert f(g())

def f(nums: List[int]):
    return nums == [1, 0, 0, 1, 1, 2]

def g():
    return [1, 0, 0, 1, 1, 2]

assert f(g())

def f(s: List[str], n=10):
    return min(len(s) // len(set(s)) for i in range(n + 1, 1 + len(s))) == len(s)

def g(n=10):
    return [s[1:] for s in ["a", "a"]*n for i in range(1, n)]

assert f(g())

def f(li: List[int], n=18):
    return len(set(li)) == n and not all([x > 0 for x in li])

def g(n=18):
    return [li for li, n in zip(range(n), range(1, n+1))]

assert f(g())

def f(r: List[int], s=['a', 'b', 'c', 'd', 'e', 'f'], max_len=10):
    if max_len < 2:
        return False
    if r == []:
        return True
    return r[0] == s[0] and r[-1] == s[-1]

def g(s=['a', 'b', 'c', 'd', 'e', 'f'], max_len=10):
    return [s[i:j+1] for i, j in zip(range(min(len(s), max_len)), range(min(len(s), max_len, -1)))]

assert f(g())

def f(square_n: List[int], i=11):
    return len(square_n) == i

def g(i=11):
    return list(range(i))

assert f(g())

def f(nums: List[int], a=2000):
    return len(set(nums)) != 1

def g(a=2000):
    return list(range(1, 10))

assert f(g())

def f(p: List[List[int]], length=4):
    return sum(len(i) == 3 for i in p) == len(p) - length

def g(length=4):
    return [
        [1, 2, 3, 4],
        [1, 2, 3, 4],
        [1, 2, 3, 4],
        [1, 2, 3, 4],
    ]

assert f(g())

def f(inds: List[int]):
    return len(set(inds)) > 3

def g():
    return list(range(8))

assert f(g())

def f(list: List[int], n=50):
    return len(list) == n

def g(n=50):
    return list(range(1, n+1))

assert f(g())

def f(s: str, n=15):
    return (all([char in s for char in str(len(s))]) or all([char in s for char in s.__contains__(str(len(s)))]))

def g(n=15):
    return "123456789".ljust(n*3, "0")

assert f(g())

def f(st: str):
    return all(c in st for c in ["hi", "yo"])

def g():
    return "123456789 hi yo"

assert f(g())

def f(substrings: List[str]):
    return len(list(set(substrings))) >= 1000

def g():
    return [
        "a"*(i+3)+"b" + "c"*(i+3) for i in range(1000)
    ]

assert f(g())

def f(n: int, g=1000, g1=1000, g2=100, b=10):
    return g % n == g1 % n and g2 % n == g2

def g(g=1000, g1=1000, g2=100, b=10):
    return g1 + g2

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 6

def g():
    return [1, 1, 2, 3, 3, 3, 3][::-1]

assert f(g())

def f(n: int):
    s = "The quick brown fox jumps over the lazy dog"[n]
    return s.count('e') == n

def g():
    return str(int("123456789" + "0"*9) ** 0.5).count('e')

assert f(g())

def f(s: str):
    return "".join([str(x) for x in s]) == "Hello world"

def g():
    return "Hello world".strip()

assert f(g())

def f(nums: List[int]):
    a, b, c, d = nums
    s = [a, b, c]
    s.append((int(s.pop() ** 0.5)+3, (int(s.pop() ** 0.5)+3, -10)))
    return [s[i] for i in range(len(s))] == s

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(s: str):
    return s == "hello world"

def g():
    return "hello " + "world"

assert f(g())

def f(s: str, target=4):
    return len(s) >= target and 'a' not in s

def g(target=4):
    return "123456789" + "0"*(target-1)

assert f(g())

def f(length: int, n=999):
    return length > min(length, n)

def g(n=999):
    return 909090909090909090

assert f(g())

def f(s: str):
    return s.count("!") == 1 and s[::-1] == "!"

def g():
    return "!"[::-1]

assert f(g())

def f(x: int, d=6424, b=-9320):
    return d - x == b

def g(d=6424, b=-9320):
    return d - b

assert f(g())

def f(c: int, a=37):
    return c == abs(c)

def g(a=37):
    return 0

assert f(g())

def f(s: str):
    return ''.join(s) == s.lower()

def g():
    return "ab"

assert f(g())

def f(s: str, m=0, n=3):
    return s.count("a") == m and s.count("z") == n

def g(m=0, n=3):
    return "a"*m+"z"*n

assert f(g())

def f(nums: List[int], lower=100000, upper=300000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return all(sum(num for num in nums) <= upper for num in nums)

def g(lower=100000, upper=300000, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return s == 'hello' or "You are not here" == s

def g():
    return 'hello'

assert f(g())

def f(str: str, char='I!!!'):
    return str.count('I!!!') == 1

def g(char='I!!!'):
    return "%s" % char

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == n and all(abs(nums[i] - i) >= 1 for i in range(len(nums)) if i >= tot)

def g(tot=12345, n=5):
    return [i + 2*(i-1) for i in range(n)]

assert f(g())

def f(counts: List[int], target_prob=0.75):
    return target_prob > counts[0] or target_prob <= 0.25 * counts[-1]

def g(target_prob=0.75):
    return [1, 3, 6]

assert f(g())

def f(strings: List[str]):
    return len(strings) >= 9 and all(s in strings for s in strings)

def g():
    return ["a" * n for n in range(500)]

assert f(g())

def f(x: int, a=-382, b=14546310):
    return a - x == b

def g(a=-382, b=14546310):
    return a-b

assert f(g())

def f(N: int):
    return N>=10**5

def g():
    return 10**5

assert f(g())

def f(s: str):
    return s.startswith("HEL")

def g():
    return "HEL" + str(1)

assert f(g())

def f(nums: List[int], y=12):
    return all(i in nums for i in range(y))

def g(y=12):
    return list(range(y))

assert f(g())

def f(v: float, a=100):
    return v > a

def g(a=100):
    return float(100 * 100)

assert f(g())

def f(s: str):
    return s.count("1") == 1 and str(s) == s[0].rjust(s[s.index("1") + 1:] == "1".join(s[:-1]))

def g():
    return "1"

assert f(g())

def f(list: List[int], n=10):
    return list[:n] == list[n:len(list)]

def g(n=10):
    return []

assert f(g())

def f(s: str):
    for c in s:
        if c == "*":
            return True
    return False

def g():
    return "***"

assert f(g())

def f(edge: List[int]):
    return len(edge) == 3

def g():
    return [0,1,2]

assert f(g())

def f(b: bool):
    return b

def g():
    return bool([True])

assert f(g())

def f(s: str):
    a = {v for i, c in enumerate(s) for v in c if i%9 == 0 and i%18 == 0}
    return any(t in a for t in ["1","2"])

def g():
    return "123456789123456789"

assert f(g())

def f(n: int):
    return n > 1000000

def g():
    return int(int("12345" + "0"*9) ** 0.5) + 5

assert f(g())

def f(r: List[int], n=3):  # same as f15
    return len(r) == len(set(r)) >= n + 1 and all(substr in r for substr in r)

def g(n=3):
    return [i+2 for i in range(n+1)]

assert f(g())

def f(s: str):
    return (s == "hello") or (s == "HELLO") or (s == "hello world")

def g():
    return ("hello" or "HELLO" or "HELLO world" or "world")

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 and all(li[i] == 1 for i in range(n))

def g(n=18):
    return [1]*n

assert f(g())

def f(x: List[str]):
    return all(x!=s.lower() for s in x)

def g():
    return [x for x in ["abc","d","q"]]

assert f(g())

def f(substr: str, count=8):
    return len(sorted(substr)) >= count  # string has to fit inside in target, can't overflow or be shorter than it

def g(count=8):
    return "123456789"

assert f(g())

def f(nums: List[int], lower_bound=4, max_nums=25):
    return all(n >= 0 for n in nums) and sum(nums) >= max_nums

def g(lower_bound=4, max_nums=25):
    return [1, 2, 3, 9, 4, 20]

assert f(g())

def f(s: str):
    return "{!s}".format(s) == "Hello world"

def g():
    return "Hello world"[:20]

assert f(g())

def f(cuts: List[List[List[int]]]):
    return all(len(g) == len(d) for a, b in zip(cuts, cuts[1:]))

def g():
    return [(d[i], s[i]) for i, d, s in enumerate([]) for a in range(1, 10)]

assert f(g())

def f(li: List[int]):
    for i in range(3):
        c = i * 3
        if i != 0:
            c = c // 2
        if i != 1:
            return c == 0 or c == 3
    return True

def g():
    return [3]

assert f(g())

def f(target: str):
    return target == "do" or target.startswith("reverse")

def g():
    return "reverse do"

assert f(g())

def f(s: List[str], words=[], index=1, lower_bound=7):
    return s[index:index + lower_bound] == words

def g(words=[], index=1, lower_bound=7):
    return words[index:index + lower_bound]

assert f(g())

def f(start: int):
    return all(i in range(1000) for i in range(start, 2000) if i % 2 == 1)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(sorted_str: str, word="antidisestablishmentarianism"):
    return sorted_str == word

def g(word="antidisestablishmentarianism"):
    return "antidisestablishmentarianism"

assert f(g())

def f(x: float):
    return round(x, 2) == x

def g():
    return 2.0

assert f(g())

def f(s: str, perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return s == target

def g(perm="qwertyuiopasdfghjklzxcvbnm", target="hello are you there?"):
    return "hello are you there?"

assert f(g())

def f(s: str, max=30):
    return len(s) > max and all(s[i] == s[i + 1] for i in range(max - len(s) - 1))

def g(max=30):
    return "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa\n"

assert f(g())

def f(N: int):
    return N>=10**5

def g():
    return 10**10

assert f(g())

def f(s: str):
    return 'a' * (len(s) // 2) == 0 or 'abc' in s

def g():
    return "abc"[:3]

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)

def g():
    return ["A"*(i+2) + "B" for i in range(1000)]

assert f(g())

def f(s: str, lower_bound=2, upper_bound=6):
    return s.startswith('Hello') or s.startswith('Hello World') or s.startswith("Hello world")

def g(lower_bound=2, upper_bound=6):
    return 'Hello World' if upper_bound <= 6 else 'World'

assert f(g())

def f(z: float, v=9, d=0.0001):
    return float("%.6f" % z) == v / d

def g(v=9, d=0.0001):
    return float("%.6f" % v) / float("%.6f" % d)

assert f(g())

def f(n: int, lower_bound=100, a=15482, b=23223):
    assert lower_bound >= 0 and lower_bound <= (n - 1), (
        "expected greater than or equal to %s but got %s" % (lower_bound, n)
    )
    lower_bound -= 1
    return a % n >= lower_bound

def g(lower_bound=100, a=15482, b=23223):
    return a + b

assert f(g())

def f(s: str):
    return s.find("x") != -1

def g():
    return "xxy"

assert f(g())

def f(l: List[int], a0=1000):
    return a0 == l[0] and len(set(l)) == len(l)

def g(a0=1000):
    return [a0, a0+2, a0+3]

assert f(g())

def f(l: List[int], target=91):
    return len(set(l)) < len(l) and l[0] == target and l[-1] == target

def g(target=91):
    return [target] * target

assert f(g())

def f(s: str, n=4):
    return all(n < len(s) for i in range(n) for j in range(n) if s[j] == s[i])

def g(n=4):
    return "123456789ABCDEFGHIJKLM"[::-1]

assert f(g())

def f(s: str, chars=['a', 'b', 'c', 'd', 'e', 'f']):
    return sum(len(s) for c, s in zip(chars, s)) == len(chars)

def g(chars=['a', 'b', 'c', 'd', 'e', 'f']):
    return "123456789"*len(chars) + '123456789'

assert f(g())

def f(p: List[int]):
    return p[0] * p[1] != p[2] * p[3]

def g():
    return [3, 5, 7, 2]

assert f(g())

def f(nums: List[int], target=1000):
    return len(set(nums)) == 1 and sum(nums) == target and len(set(nums)) == 1

def g(target=1000):
    return [1 for i in range(target)]

assert f(g())

def f(x: int):
    return x >= 200 and x <= 1099 and x >= 0 and x <= 200

def g():
    return 200

assert f(g())

def f(num_of_sides: List[int]):
    return num_of_sides[0] % 2 == 1 and num_of_sides[-1] % 2 == 1

def g():
    return [1, 2, 3]

assert f(g())

def f(ls: List[int], lower=10000, k=5):
    for i in range(k):
        a = ls.pop()
        if set(ls) == {a}:
            return False  # you got out!
    return all(a > 0 for a in ls)

def g(lower=10000, k=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: List[int], t=50, n=10):
    return sum(t >= x[i] for i in range(n)) >= len(x) / 2

def g(t=50, n=10):
    return [i for i in range(n) if t >= i]

assert f(g())

def f(y: List[List[int]]):
    a, b = y
    return all(len(z) == len(a) for z in y) and all(len(z) == len(b) for z in y)

def g():
    return [[0, 1], [1, 1]]

assert f(g())

def f(xs: List[str]):
    return len(set(xs)) == len(xs) * 2 and all((y == 'a') and (x in y) for x, y in zip(xs, [1, 10]) if x != y)

def g():
    return []

assert f(g())

def f(s: str, n: int = 1):
    assert s.count("0123") == 0
    assert s.count("1") == 1
    return s.count("7") > 0

def g(n: int = 1):
    return "123456789"

assert f(g())

def f(num: List[int], a=100, b=1000):
    return set(num) <= set(a * i for i in range(b))

def g(a=100, b=1000):
    return [0, 0]

assert f(g())

def f(nums: List[int], n=4):
    return len(list(nums)) == n

def g(n=4):
    return list(range(n))[::-1]

assert f(g())

def f(x: List[str]):
    return x[0] in ['.']

def g():
    return ['.']

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 s.upper() if len(s) % 2 == 1 else s.lower()

assert f(g())

def f(list: List[int]) -> bool:
    for a, b in zip(list, list[1:]):
        assert a + b <= len(list)
    return True

def g():
    return list()

assert f(g())

def f(max_nums: List[int], n=6):
    return n == max(nums for nums in max_nums)

def g(n=6):
    return [1,2,3,4,5,6]

assert f(g())

def f(list: List[int], k=3, list_len=3):
    return len(list) == k and sum(list_len > n for n in range(k)) == list_len

def g(k=3, list_len=3):
    return [1, 2, 3]

assert f(g())

def f(s: str, s1="1", s2="2", s3="3"):
    return s1 + s2 + s3 == s

def g(s1="1", s2="2", s3="3"):
    return str(s1 + s2 + s3)

assert f(g())

def f(x: float, a=1020):
    return x * 1.1 + 1. * abs(x) > a

def g(a=1020):
    return a * 1.1 + 1. * abs(a)

assert f(g())

def f(x: int, y=32):
    return min(x, y - 1) ** 2 < x < max(x, y) ** 2

def g(y=32):
    return y * y

assert f(g())

def f(n: int, a=0, b=0):
    return n == a and n == b

def g(a=0, b=0):
    return a*b

assert f(g())

def f(s: str, k=1):
    return s == "this is a test"

def g(k=1):
    return s if k == 0 else "this is a test"

assert f(g())

def f(m: int):
    return all(sum((j in range(m)) for j in range(m)) == 1 for x in range(m))

def g():
    return list(range(100))[0]

assert f(g())

def f(probs: List[float]):
    return len(probs) == 3 and sum(probs[(i + 1) % 3] * probs[(i + 2) % 3] for i in range(3)) < 2

def g():
    return [0.9,0.2,0.1]

assert f(g())

def f(nums: List[int]):
    a, b, c = nums
    return (a < b) or (a > b)

def g():
    return [1, 2, 3]

assert f(g())

def f(n: int, a=3, b=23463462):
    return n > a + b

def g(a=3, b=23463462):
    return 1+a+b

assert f(g())

def f(s: str, n=3):
    return s.count('*') == n

def g(n=3):
    return "*"*n

assert f(g())

def f(t: str, n=6):
    return len(t) == n

def g(n=6):
    return "".join(chr(n) for n in range(6))

assert f(g())

def f(nums: List[int]):
    return all(nums[i:i + 3] for i in range(1, 6))

def g():
    return [3, 7, 7, 3, 5, 9]

assert f(g())

def f(s: str, target="a", reverse=True):
    return (len(s) == len(target))

def g(target="a", reverse=True):
    return target

assert f(g())

def f(nums: List[int], target_len=10):
    # count first characters of strings
    return len(nums) > target_len

def g(target_len=10):
    return [11, 22, 5, 9, 7, 3, 0, 6, 8, 4, 8, 1, 0, 9]

assert f(g())

def f(n: str):
    return "{}" == " ".join(n.split())

def g():
    return "{}"

assert f(g())

def f(s: str):
    return s.count("$") > 0

def g():
    return "abc $"

assert f(g())

def f(s: str):
    return s == 'a' if 'a' not in s else s == 'a'

def g():
    return "a"*1

assert f(g())

def f(fname: str, start=0, length=75):
    assert abs(start - length) >= 4
    return max(start, length) - (abs(start - length) // 2) < length

def g(start=0, length=75):
    return str(start) + "-" + str(length)

assert f(g())

def f(words: List[str], max_len=3):
    return len(list(words)) == max_len

def g(max_len=3):
    return list(map(str, range(1, max_len+1)))

assert f(g())

def f(li: List[str]):
    return len(set(li)) == 1000 and all(x in li for x in li)

def g():
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(x: List[int], z=8192):
    return len(x) == z and all([i in x for i in range(z) if i == 0])

def g(z=8192):
    return list(range(z))

assert f(g())

def f(num_cases: List[int], options=[0, 32, 8], k=4):
    assert all(num in options for num in num_cases), num_cases
    return min(k, sum(num for num in options if num in num_cases)) == max(k, len(num_cases))

def g(options=[0, 32, 8], k=4):
    return k == 4 and options or [1, 2]

assert f(g())

def f(l: List[int], target = 500):
    i = 0
    while len(l) != target and i < target:
        i += 1
    return len(l) >= target

def g(target = 500):
    result = []
    for i in range(target):
        if (i + 1) % 2 == 0:
            result.append(i)
            result.append(i + 1)
    return result

assert f(g())

def f(x: List[int], target=3):
    return all((x >= i for i, x in enumerate(x)))

def g(target=3):
    return [3, 4, 5]

assert f(g())

def f(nums: List[int]):
    return sum(nums) >= 10

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    return len(s) >= 6 and "foo".find("foo") >= 0 and "bar".find("bar") >= 0 and "baz".find("baz") >= 0 and "quux".find("quux") >= 0 and "fuga".find("fuga") >= 0

def g():
    return "foo" + str("bar") + str("be")

assert f(g())

def f(n: List[int], target=17):
    return len(n) == target

def g(target=17):
    return [2*i+1 for i in range(target)]

assert f(g())

def f(n: int):
    return int(str(n)[:-1] + '1') == n

def g():
    return 1

assert f(g())

def f(m: List[int], l=10):
    return len(m) == l

def g(l=10):
    return [i*i for i in range(l)]

assert f(g())

def f(seq: List[int], target=10):
    return (set(range(len(seq))) & {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10}) == set(seq)

def g(target=10):
    return list(range(0, target))

assert f(g())

def f(n: List[int]):
    return (len(list(n)) - 1) % 2 == 1

def g():
    return [1, 1]

assert f(g())

def f(n: int, l=0):
    if l == 0:
        return True
    l -= 1
    return False

def g(l=0):
    return int("123456789"+"0"*9) ** l

assert f(g())

def f(n: int, target="foobarbazwow", length=6):
    return n == sum(range(length - len(target) // 2, len(target) // 2))

def g(target="foobarbazwow", length=6):
    return sum(list(range(length - len(target) // 2, len(target) // 2)))

assert f(g())

def f(li: List[int]):
    return sum(li[:5]) == 4 * 5 - 1

def g():
    return [4 * 5 - 1]

assert f(g())

def f(s: str, target="abcdefghijklmnopqrstuvwxyz"):
    return s.startswith(target)

def g(target="abcdefghijklmnopqrstuvwxyz"):
    return "%s.startswith('%s')" % (target, target)

assert f(g())

def f(seq: List[int], n=4):
    return min(seq) >= 0 and max(seq) == n and sum(seq) == n

def g(n=4):
    return [n]

assert f(g())

def f(s: str, k=1):
    return len(s) == k

def g(k=1):
    return "0"*k

assert f(g())

def f(n: int, a=1, b=1, x=1):
    if x >= b:
        return n >= b
    else:
        return int(n * a * b / x) == b

def g(a=1, b=1, x=1):
    return 1

assert f(g())

def f(nums: List[int], n=12345):
    return sum(i ** 2 for i in nums) == n

def g(n=12345):
    return [sum(p for p in range(2)) for i in range(n)]

assert f(g())

def f(x: int, a=5128, b=536488, upper_bound=17):
    return x - a == b

def g(a=5128, b=536488, upper_bound=17):
    return a + b

assert f(g())

def f(paths: List[List[List[int]]], start=0):
    return all(all([[i, x] in paths for i, x in enumerate(paths)]) for x in paths)

def g(start=0):
    return []

assert f(g())

def f(n: int):
    assert n > 0, "number must be at least 1"
    assert 0.0 < n, "number must be a strictly positive number"
    return n > 9000000 and n > 0.0 and (n % 1000 == 0 or n % 100000 == 0 or n % 10 == 0 or n % 1000000 == 0)

def g():
    return 100000000000000000000000000

assert f(g())

def f(n: int):
    return (n + 1).bit_length() > 256

def g():
    return 1 << 256

assert f(g())

def f(seq: List[int]):
    return all(i in range(1000) and i % 3 in seq for i in range(1000))

def g():
    return list(set(range(1000)))

assert f(g())

def f(bound: int):
    def g(s: List[int], edges=[[0, 1], [0, 2], [1, 3], [1, 4], [2, 3], [2, 5], [3, 4], [5, 6], [6, 7]], u=0, v=33):
        return u == sum([i for i in range(s) if s[i] != i and (u >= 0 or v >= 0)]) and sum([[i, j] for i in range(s) for j in range(v)]) <= bound
    return g(bound)

def g():
    return int(int("0" * 1000) ** 0.5)

assert f(g())

def f(d: List[int], c=1.5):
    return len({d[i] for i in range(len(d))}) == 3

def g(c=1.5):
    return [9, 8, 7]

assert f(g())

def f(li: List[int]):
    return len(set(li)) > 5 and min(li) >= 0

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(n: int, target=[123, 456, 123, 456], b=9):
    return n == target[0] and n % target[1] == target[0]

def g(target=[123, 456, 123, 456], b=9):
    return target[0] if b == 9 else target[1]**0.5 + 1 if b > 9 else target[0] + 1

assert f(g())

def f(d: int, n=123456789):
    return d > n or abs(d - n) > 7 and d > n and 1000 <= abs(d - n) < 5000

def g(n=123456789):
    return n + 1000

assert f(g())

def f(n: int):
    m = 1
    q = 0
    while n > m:
        if n % 2 == 0:
            q += 1
        else:
            q += 2
        m = m // 2
    if n == 0:
        return True
    elif n == 1:
        return False
    elif n == 2:
        return int(n - 1) % 2 == 0
    # test for even
    elif n == m:
        return m / 2 == q
    #

def g():
    return 1 // 3

assert f(g())

def f(li: List[int], goal=[17, 42, -1, -1, 18, 36, -1, -1, -1]):
    return all(a in li for a in goal)

def g(goal=[17, 42, -1, -1, 18, 36, -1, -1, -1]):
    return goal + [4, 3, -1, -1, 1, -1, -1, -1]

assert f(g())

def f(s: str, n=42):
    return len(s) == n and s.count("r") == 0

def g(n=42):
    return "a"*n

assert f(g())

def f(n: List[int]):
    if all(p in n for p in range(1234)):
        return True
    for i in n:
        assert i in [0, 1, 3, 4, 5, 8]

def g():
    return list(range(99999))

assert f(g())

def f(x: List[int], n=18):
    return all([x[i] + x[-i] > 0 for i in range(n)])

def g(n=18):
    return [int(n * n) for i in range(n)]

assert f(g())

def f(s: str, target="foobarbazwow", n=4, length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobarbazwow", n=4, length=3):
    return target[(len(target) - length - 1) // 2:(len(target) + length) // 2]

assert f(g())

def f(count: int, a=101, b=10, c=100, e=70, start=40):
    return all(count <= a + b + c - e and count <= count - e for count in range(a, b + c - e, e))

def g(a=101, b=10, c=100, e=70, start=40):
    return sum(n for n in range(a, b + c - e, e) if n <= start)

assert f(g())

def f(nums: List[int], a=6):
    return len(nums) == a

def g(a=6):
    return [1 for x in range(a)]

assert f(g())

def f(vars: List[str], a0=0.0, d=0.0):
    return a0 >= 0 and a0 % 3 == 0 and abs(a0 * a0 + d * d) < 1e-6

def g(a0=0.0, d=0.0):
    ret = []
    a0 += 0.1 * a0
    return ret

assert f(g())

def f(x: int, a=1250, b=10, n=2):
    return x == a - b

def g(a=1250, b=10, n=2):
    return int(a - b)

assert f(g())

def f(p: List[str], n=1):
    return p[0] == p[1]

def g(n=1):
    return ["a"*(n+1)+"b" for i in range(1000)]

assert f(g())

def f(s: str):
    return "hello " + "world" in s or "hello hello " in s or "hello world " in s

def g():
    return "hello hello hello "

assert f(g())

def f(s: str, n=5):
    return ''.join(c for c in s if c) == 'genea'

def g(n=5):
    return "genea"

assert f(g())

def f(x: str):
    return x.count("1") == 1

def g():
    return "10"

assert f(g())

def f(words: List[str]):
    return words == ['a', 'b', 'c']

def g():
    return list('abc')

assert f(g())

def f(items: List[int], n=98):
    return n == len(set(items))

def g(n=98):
    return [x for x in range(n)]

assert f(g())

def f(x: List[int], n=12, s=201):
    return x == [-2] * n + [-100] * n + [-30] * n + [-80] * n + [-16] * n + [-90] * n + [-20] * n + [-45] * n + [-95] * n + [-75] * n + [-100] * s

def g(n=12, s=201):
    return [-2] * n + [-100] * n + [-30] * n + [-80] * n + [-16] * n + [-90] * n + [-20] * n + [-45] * n + [-95] * n + [-75] * n + [-100] * s

assert f(g())

def f(x: int):
    return min(x - 1, x + 10) == 0

def g():
    return int(f(1))

assert f(g())

def f(x: List[int]):
    return all(b <= i * i for i, b in zip(x, x[::-1]))

def g():
    return [int(1) for _ in range(10000)]

assert f(g())

def f(nums: List[int], s=10, u=1, v=2):
    return nums[u] <= nums[v] and nums[u] + nums[v] <= s

def g(s=10, u=1, v=2):
    return [u + v for i in range(v+1)]

assert f(g())

def f(nums: List[int]):
    return len(nums) == 9

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    return n == 1 or all((n % 4 == 2) or (n % 3 == 4) or (n % 2 == 6))

def g():
    # g() = [int(x) for x in range(100)]
    x = [0, 1, 3, 5, 7, 9, 11]
    g_ = 0
    for i in range(len(x)):
        g_ = g_ * len(x)
    for i in range(len(x)):
        g_ += x[i]
    # assert g_ == 100
    return x[0] + x[1]

assert f(g())

def f(target: List[float]):
    return all(target[(i + 2) % 3] - target[(i + 1) % 3] for i in range(3)) >= 0

def g():
    return [1.8, 3.2, 3.1]

assert f(g())

def f(f1_sump: int, b1=1073258, b2=72352549):
    return f1_sump >= b1 and f1_sump >= b2

def g(b1=1073258, b2=72352549):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(s: str, n=15):
    return (all([char in s for char in str(len(s))]) or all([char in s for char in s.__contains__(str(len(s)))]))

def g(n=15):
    return "12345678901234567890123456"

assert f(g())

def f(n: int):
    return n is not None and not n

def g():
    return 0

assert f(g())

def f(x: List[int], n=3, min_s=3, max_s=6):
    len(x) == n and x[0] == x[-1] and x[1] + x[-1] == x[2]
    return len(x) == n and sum(x) == max_s

def g(n=3, min_s=3, max_s=6):
    return [n - i for i in range(n-1, -1, -1)]

assert f(g())

def f(nums: List[int], m=5, a=7, b=3):
    return len(set(nums)) == len(nums) == min(max(m, b), m + b) and all([a - b > 0])

def g(m=5, a=7, b=3):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: List[int]):
    return x[0] + x[1] == x[2]

def g():
    return [1, 2] + [3, 4]

assert f(g())

def f(s: str, n=7012):
    return len(s) > n

def g(n=7012):
    return "123456789" + "0"*n

assert f(g())

def f(n: int):
    return all(f(x) for x in range(n))

def g():
    return 3

assert f(g())

def f(n: int, a=10, b=9, c=30, d=12):
    return sum([(a * i + b * n + c) if a > 0 else a + b * n + c for i in range(n)]) > 0

def g(a=10, b=9, c=30, d=12):
    return a + b + c * (12 - d)

assert f(g())

def f(n: int):
    return n > 0 and (n / 100) % 10 == 0

def g():
    return int(100 * 1000)

assert f(g())

def f(b: List[List[float]]):
    return all(sum(row) == sum(list(row)) for row in b)

def g():
    return [ [1.0, 2.0], [2.0, 3.0], [3.0, 4.0], [4.0, 5.0], [5.0, 6.0],
            [6.0, 7.0], [7.0, 8.0], [8.0, 9.0], [9.0, 10.0], [10.0, 11.0],
    ]

assert f(g())

def f(res: int, m=10):
    for i in range(m):
        j = i - 2
        if j >= m:
            break
        if j == m:
            break
    return res == m

def g(m=10):
    g = 0
    while g > m:
        g = g - 1
    return m

assert f(g())

def f(x: List[str], n=9, s="abcdefghijklmnopqrstuvwxyz"):
    return all(s[i] == x[i] for i in range(n))

def g(n=9, s="abcdefghijklmnopqrstuvwxyz"):
    return [s[i] for i in range(n)]

assert f(g())

def f(d: int):
    return d > 12000 and d > 9999 and d > 100 and d > 10000

def g():
    return 12000 + (99999 + 100) + (10000)

assert f(g())

def f(nums: List[int], a=3, b=3, c=3):
    for i in range(a):
        for j in range(b):
            for k in range(c):
                if nums[i] != nums[j] or nums[i] != nums[k]:
                    return False
    return True

def g(a=3, b=3, c=3): return [a,b,c]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and sum(x) > 0

def g():
    return [i for i in range(3)]

assert f(g())

def f(x: List[int]):
    return len(x) == 3 and x == [0, 1, 2]

def g():
    return [0,1,2]

assert f(g())

def f(s: str):
    return s.isdigit() and s.startswith("0123456789") and s.endswith("1234567890")

def g():
    return "01234567890"*8

assert f(g())

def f(x: str, a="11111111"):
    return x == a

def g(a="11111111"):
    return a  # string should be preserved

assert f(g())

def f(sides: List[int], max_dim=1000, max_stamps=2):
    return len(sides) >= max_dim and sum(sides) > 0

def g(max_dim=1000, max_stamps=2):
    return [max_dim*i for i in range(max_dim)]

assert f(g())

def f(nums1: List[int], target1=67, nums2=67):
    return all(
        l[0]
        == target1
        and l[1]
        is neg
        and l[1] % nums2 == l[0] % nums2
        for l in [sorted(num) for num in nums1]
    )

def g(target1=67, nums2=67):
    return [num for num in ["56", "56"] for n in range(target1, nums2+1) if num == n]

assert f(g())

def f(nums: List[int], n=5):
    return sum(nums) == n and all(i == j for i, j in zip(nums, nums[1:]))

def g(n=5):
    return [1] * n

assert f(g())

def f(n: int):
    return (n + 1).bit_length() > 256

def g():
    return int("123456789"*32 + "0"*16 + "0"*16 + "0"*16 + "0"*16 + "0"*16)

assert f(g())

def f(s: str):
    return "hello world" == s and s.count("hello world") == 1

def g():
    return "%s" % "hello world"

assert f(g())

def f(s: str):
    return len(s) > 100000 and eval(s) != eval(s) + 1

def g():
    return "123456789" + "0"*100000 + "0"*1000 + "0"*20

assert f(g())

def f(t: List[int], n=20):
    for x in range(n):
        assert t[x] == x
    return len(t) == n

def g(n=20):
    return [i for i in range(n) if 0 <= i < n]

assert f(g())

def f(d: int):
    return d > 0

def g():
    return 2

assert f(g())

def f(t: str):  # first word of string is always a word
    return not t == "aa" and len(t) > 3

def g():
    return "abcdefgh"

assert f(g())

def f(x: str, k=11):
    if k > len(x):
        return False
    if len(x) > k:
        return True
    return any(x)

def g(k=11):
    return "123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(s: List[int], n=1000):
    return len(s) < n and sum(set(s)) > n

def g(n=1000):
    return [n, n+1]

assert f(g())

def f(items: List[int], n=98):
    return n == len(set(items))

def g(n=98):
    return list(range(n))

assert f(g())

def f(num: int):
    assert num > 0
    return num == num * num

def g():
    i = 1
    return i

assert f(g())

def f(s: str):
    return s.count("i") == 1

def g():
    return "abcdefghij0"

assert f(g())

def f(n: int):
    if n > 100:
        return True
    n -= 1
    return all(n > 0)

def g():
    return int(int("1234567890" + "0123456789012345678901234567890" + "123456789012345678901234") ** 0.5) + 1

assert f(g())

def f(x: List[int]):
    return [i for i in x if i == 0] == [0, 0, 0, 0, 0]

def g():
    return [0, 0, 0, 0, 0] + [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: List[int]):
    assert not all([n[i] == 1 for i in range(len(n))])
    return n[0] == 0 and n[1] == 0 and n[2] < 10

def g():
    return [0 for i in range(1000)]

assert f(g())

def f(k: int, n=3):
    return sum([k - i for i in range(n)]) >= 1

def g(n=3):
    return n + 1

assert f(g())

def f(t: List[str]):
    return len(set(t)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in t)

def g():
    return [
        "a"*(i+2)+"b" for i in range(1000)
    ]

assert f(g())

def f(s: str):
    fp = 0.9 * int(s[-1])
    f1 = fp + 0.1 * int(s[:-1])
    return f1 > fp or (fp>0.9 and s[-1] in s or f1 > fp)

def g():
    return "1234"

assert f(g())

def f(x: int, a=93252338, b=100568624):
    return x == b

def g(a=93252338, b=100568624):
    return a and b

assert f(g())

def f(n: int):
    s = str(n)
    # must have at least four lower bits
    if len(s) < 4:
        return False
    for i in range(1, len(s)):
        if s[i] == '0' and s[i - 1] == '0':
            return False
    return True

def g():
    return int(int("123456789" + "0"*3) ** 1.5) + 10

assert f(g())

def f(i: int):
    return i < 10 and i > 0

def g():
    return 1 if 5 >= 3 else 0

assert f(g())

def f(nums: List[int], target=5):
    return sum(sum(i == 0 for i in nums) for i in nums) >= target

def g(target=5):
    return [5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 0, 0]

assert f(g())

def f(s: str):
    return s == "hello" or s.endswith("!")

def g():
    return "!"

assert f(g())

def f(li: List[int]):
    return len(set(li)) == len(li) - 1 and len(set(li)) > 1

def g():
    return [1, 2, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14]

assert f(g())

def f(li: List[int]):
    return all(i == li[i] for i in range(5))

def g():
    return [i for i in range(5)]

assert f(g())

def f(x: float):
    return abs(x - 3.1415) < 0.000001

def g():
    return float(3.1415)

assert f(g())

def f(nums: List[int], n=25):
    return len(nums) == len(set(nums)) and sum(nums) == n and all(i >= i % 2 > 0 for i in nums)

def g(n=25):
    return [n]

assert f(g())

def f(x: List[int], target=25):
    return len(x) == target or sum(x) > target

def g(target=25):
    return [target, target + 3]

assert f(g())

def f(x: List[int], target=35, p=3):
    return len(x) == int(target)

def g(target=35, p=3):
    return list(range(target))[::-1]

assert f(g())

def f(indices: List[int], n=5):
    return indices == [3, 4, 6, 7, 8, 0] if n >= 4 else indices == [1, 2, 3, 4, 10, 9]

def g(n=5):
    return [3, 4, 6, 7, 8, 0]

assert f(g())

def f(s: str):
    return s == 'abcdefghijklmnopqrstuvwxyz'[:10]

def g():
    return 'abcdefghijk123456789'[:10]

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(x in s for x in s)

def g():
    return [u"a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(s: str, a=20, b=100, c=20):
    return s[1:-1] == '#' or s[0] == '#' or s[-1] == '#'

def g(a=20, b=100, c=20):
    return '#'

assert f(g())

def f(nums: List[int], upper_bound=5000):
    return sum(nums) >= upper_bound and min(nums) <= upper_bound

def g(upper_bound=5000):
    return list(range(upper_bound))[:upper_bound]

assert f(g())

def f(nums: List[int], lower=80000, upper=23000000):
    return all(i < lower and i >= upper for i in nums)

def g(lower=80000, upper=23000000):
    return [x for i in range(80000*upper, upper) for x in range(upper, str(lower))]

assert f(g())

def f(lo: List[int]):
    return (lo[:][::1] + lo[-5:]).count(1) == 1

def g():
    return [i for i in range(10)]

assert f(g())

def f(s: str, target='I am a string', length=1):
    return s.count('i') > length

def g(target='I am a string', length=1):
    return "I am a string" * len(target)

assert f(g())

def f(nums: List[int], n=1234):
    return n in nums and sum(nums) == n

def g(n=1234):
    return [n]

assert f(g())

def f(s: str, length=3):
    if len(s) > length:
        return True
    if not len(s) == length:
        return False
    nums = [(3, 5), (5, 1), (6, 0), (4, 6)]
    return all(i in nums for i in s)

def g(length=3):
    return "123456789".join([i for i in ("1234567890"*40)])

assert f(g())

def f(nums: List[int]):
    return len(nums) <= 9

def g():
    return [1,2,3]

assert f(g())

def f(n: int, s=None):
    if s is not None:
        return 2 if n < s else n < s
    return n > 1000

def g(s=None):
    if s is None:
        return 2000
    return int(math.sqrt(int(math.pow(99999, 2))))

assert f(g())

def f(nums: List[int], target_len=10):
    assert all(0 <= x <= 1024 for x in nums) and all(0 <= y <= 1024 for y in nums)
    return len(set(nums)) >= target_len

def g(target_len=10):
    return [i + 1 for i in range(target_len*2)]

assert f(g())

def f(nums: List[int], m=2, eps=1.0):
    return sum(nums) > eps

def g(m=2, eps=1.0):
    return list(range(1, m + 1))[1:-1] + list(range(m + 1, m + 2))

assert f(g())

def f(l: List[str], m=2):
    return l is None or l[0] == "1" or l[0] == "2"

def g(m=2):
    return ["1", "2"] * m

assert f(g())

def f(s: str, target=1, start=0):
    return s == "."

def g(target=1, start=0):
    return '.'

assert f(g())

def f(n: int):
    return n > 10000

def g():
    return 20000

assert f(g())

def f(s: str):
    return len(s) == 1 and s[0] == s and all(c in s for c in s[:-1].lower().split("_"))

def g():
    return str(str(5).lstrip("x"))

assert f(g())

def f(n: int):
    return n > 9999 and not n % 1000

def g():
    return 1000 * 1000

assert f(g())

def f(s: str, n=10):
    if len(s) > 0:
        for i in range(3 * n + 1):
            if len(s) == i + 1:
                if i != n - 1:
                    if i % 3 == 0:
                        return True
                else:
                    return False
    return False

def g(n=10):
    return str(round((2*n + 1) ** 0.5) + 1)

assert f(g())

def f(nums: List[int], n=10):
    return list(nums) == list(nums) or abs(sum(nums)) % 2 == 1

def g(n=10):
    return [n,n,n]

assert f(g())

def f(x: List[int], n=3, nmax=30):
    return all(v >= 0 for v in x) and isinstance(x, List) and x[0] == x[-1] and all(v >= 0 for v in x[:n]) and x[n] >= 1

def g(n=3, nmax=30):
    return [1 for _ in range(n,nmax+1)]

assert f(g())

def f(words: List[str], length=3):
    return len(set(words)) >= length

def g(length=3):
    return ["zero", "one", "two", "three"]

assert f(g())

def f(res: int, m=1234578987654321, n=4):
    return m == res

def g(m=1234578987654321, n=4):
    return m or n + 1

assert f(g())

def f(nums: List[int], index=1, max_points=250):
    return nums[nums.index(max_points)] == max_points

def g(index=1, max_points=250):
    return [max_points * x for x in range(max_points)]

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] in s

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"

assert f(g())

def f(nums: List[int], target=90):
    if nums == [[0, 2], [0, 1], [0, 3], [0, 4], [0, 5], [0, 6], [0, 7], [0, 8], [0, 9]]:
        # All of these are in range but not all are in target
        return all(target > n*b for n in nums)
    assert all(target > x for x in nums)
    return all(target >= n for n in nums)

def g(target=90):
    return [1, 2, 3, 4]

assert f(g())

def f(s: str):
    for c in s:
        if c in ['abc', 'abd', 'abcdef', 'abcdefghi', 'abcdefghijklm', 'abcdefghijklmklmnopqrstuvwxyz']:
            return False
    return True

def g():
    return "test"

assert f(g())

def f(nums: List[int], n=10):
    return list(nums) == list(nums) or abs(sum(nums)) % 2 == 1

def g(n=10):
    return [1]

assert f(g())

def f(n: List[int], target=17):
    return len(n) == target

def g(target=17):
    return [target**2 for x in range(target)]

assert f(g())

def f(s: str):
    return s[::-1] == "abcd"

def g():
    return "abcd"[::-1]

assert f(g())

def f(case: str, target_prob=0.5):
    return case == "yes" or case == "no"

def g(target_prob=0.5):
    return "yes" if target_prob == 0.5 else "no"

assert f(g())

def f(x: List[int], n=4, s=2021):
    return all(int((0 <= i < n) and (0 <= x[i] < s)) for i in range(n))

def g(n=4, s=2021):
    return [1, 2, 3, 4]

assert f(g())

def f(x: float):
    eps = 1e-6
    return abs(x - 2.1) < eps

def g():
    return float("2.1")

assert f(g())

def f(s: str):
    l = s.split("-")[0]
    return l == "hello"

def g():
    return "hello"

assert f(g())

def f(i: int, h=0, m=0, u=0, v=0, bound=200):
    d = 1/bound - ((i * i + h) * i + m * i + u * i + v * i)
    return d < bound

def g(h=0, m=0, u=0, v=0, bound=200):
    return m + 1 - h * h

assert f(g())

def f(path: List[int], n=10000):
    return len(path) == n and all(path[i] > 0 for i in range(len(path) - 1))

def g(n=10000):
    return [n for i in range(10000)]

assert f(g())

def f(li: List[str]):
    i = 0
    for c in li:
        assert i == len(li) - 1 and all(i > li[len(li) - 1] for i in li)
        i += 1
    return i == len(li)

def g():
    return [i for i in range(100, 101) if i % 3 == 0]

assert f(g())

def f(s: str):
    return "123" in s and 'abc' in s and "1234" in s

def g():
    return "abc123123412341234123412341234123412341234123412341234123412341234"

assert f(g())

def f(v: float, n=1, m=10**6):
    return abs(v - m) >= n * m / 10 ** (4 - n) * m / 10 ** (2 - n) * m / 10 ** (2 - n)

def g(n=1, m=10**6):
    return m * m / 10 ** n ** 2 * m / 10 ** (n - 1) ** 2 * m / 10 ** (n - 1) ** 2 * m / 10 ** (n - 1) ** 2 * m / 10 ** (n - 1) ** 2

assert f(g())

def f(s: str):
    s = (s.upper() if s.upper() != s.lower() else s.lower())  # remove lower case
    return s.count('!') == 3 and s.count('!!') == 1

def g():
    return "Hello World!!!"

assert f(g())

def f(strs: List[str]):
    return True if "I!!!!!!love!!!!dumplings!!!!!" in strs else False

def g():
    return ["I!!!!!!love!!!!dumplings!!!!!"] * 10 + ["I!!!!!!love!!!!dumplings!!!!!!"] * 100

assert f(g())

def f(seq: List[List[int]], thresh=9999):
    from collections import deque
    lst = []
    for x in seq:
        lst.extend([range(x) for _ in range(len(seq) - 1)])
        lst.extend([range(x ** 0/9 + 1, x ** 0/9 + x, x) for x in range(x ** 0/9 + 1, x ** 0/9, -x)])
    return all(x < thresh for x in lst)

def g(thresh=9999):
    return [1 ** n for n in range(-9, 9) if n > thresh]

assert f(g())

def f(a: List[int], l=0, l2=999999):
    assert l <= 0 and l2 > 0
    for i in range(len(a)):
        if l2 > 0:
            a[i] += 1
            l += 3
    return len(a) == len(a[:l]) and sum(a[-l:]) == sum(a[i-l:])

def g(l=0, l2=999999):
    return [1, 2]

assert f(g())

def f(s: str):
    return len(s) > len(r"\000")

def g():
    return "abcdef"

assert f(g())

def f(li: List[int]):
    return all(not li[i] <= 0 for i in range(1000))

def g():
    return [1, 2] * 1000

assert f(g())

def f(nums: List[int], n=1000):
    if n > 1:
        return n > 2 and sum(nums) >= n - 3
    return True

def g(n=1000):
    return [n for i in range(n)]

assert f(g())

def f(y: List[int]):
    return sum(y) > 9

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str):
    return s[::-1] == "o"

def g():
    return "o"[::-1]

assert f(g())

def f(nums: List[List[int]], count=15):
    return len(nums) <= count and sum(nums) == sum([i for i in nums])

def g(count=15):
    return [i for i in range(1000, count) for j in range(1000)]

assert f(g())

def f(num: int, target_min=50):
    return int(num * target_min) >= target_min

def g(target_min=50):
    return 1

assert f(g())

def f(s: List[str], e=200):
    return sorted("Permute me true") == sorted('Permute me true') and 'Permute me true' in s

def g(e=200):
    return sorted("Permute me true") + ["Permute me true"]

assert f(g())

def f(s: str, bound=20):
    return len(s) >= bound

def g(bound=20):
    return "123456789" + "0"*bound

assert f(g())

def f(t: str, s="Problems", position=0):
    return position < len(t) and t[position:position+len(s)] == s

def g(s="Problems", position=0):
    return "".join([t for t in ["Problems", "NotProblems"] if t.startswith(s) and f(t)])

assert f(g())

def f(s: str, m=4095):
    # no need for the following ifs:
    if s.islower():
        return s == "12345ABCDEF12345A"
    else:
        return s == "456789JKLMNPQRSTUVWXYZ12345789"

def g(m=4095):
    return "12345ABCDEF12345" if m == 2 else "456789JKLMNPQRSTUVWXYZ12345789"

assert f(g())

def f(n: int, max_range=500):
    return n >= max_range and n <= max((max_range * 2), 0)

def g(max_range=500):
    return max_range * 2

assert f(g())

def f(n: int):
    return n > 20000

def g():
    return 1000 * 1000 * 1000

assert f(g())

def f(nums: List[int], n=12345):
    return sum(x ** 2 for x in nums) == n * n

def g(n=12345):
    return [12345]

assert f(g())

def f(n: int):
    return n < 0 or n == n % -1

def g():
    return min(1, 0, max(0, -1))

assert f(g())

def f(s: str):
    return s.count("!") == s.count("~")

def g():
    s = g.__str__()
    return s

assert f(g())

def f(s: str):
    return all(s.isdigit() for i in range(200))

def g():
    return str(int(12) ** 3 + 1)

assert f(g())

def f(s: str):
    return s.startswith("123") and s.endswith("456")

def g():
    return "123456"

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijklmnopqrstuvwxyz") and \
        all(c in s for c in "ABCDEFGHIJKLMNOPQRSTUVWXYZ") and \
        all(c in s for c in "XYZ")

def g():
    return "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(s_case: str, s="can", target=50):
    return s_case == (s[:len(s)].upper() if s.find("c") > -1 else s)

def g(s="can", target=50):
    return s[:len(s)].upper()

assert f(g())

def f(s: str):
    return s != "ab" and s != "abcd" and s != "abcdab" and s != "abcdabcd"

def g():
    return "ab" * 10

assert f(g())

def f(n: int, target=2):
    return all(i <= n for i in range(n))

def g(target=2):
    return 2 + 42

assert f(g())

def f(nums: List[int], n=50):
    return sum(int(x) for x in nums) >= n

def g(n=50):
    return [n - 1, n - 2]

assert f(g())

def f(x: int, t=8):
    return x >= t and x < 60

def g(t=8):
    return t

assert f(g())

def f(n: int, s=3):
    if n == 1:
        return s % 2 == 0
    else:
        return all(n <= 10 for i in range(10))

def g(s=3):
    return sum(n for n in range(s) if n == 3)

assert f(g())

def f(li: List[int]):
    return sum([li[i] or li[i - 1] for i in range(10)]) == 0

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(seq: List[int]):
    return set(seq + [0]) <= set(seq)

def g():
    return [0] * 10

assert f(g())

def f(li: List[int], n=8):
    for i in range(n):
        for j in range(len(li)):
            assert li[j] == 1
        if i > 2:
            assert li[i - 2] == 1
    return len(li) == n

def g(n=8):
    return [1 for _ in range(n)]

assert f(g())

def f(a: int):
    return all([0 <= i < a for i in range(10)])

def g():
    return sum([i * i for i in range(20)])

assert f(g())

def f(b: str, max_len=10):
    return len(set(b) & set(map(str.lower, b))) >= max_len

def g(max_len=10):
    return "".join(chr(i) for i in range(max_len))

assert f(g())

def f(ls: List[int], n=6):
    return len(ls) == n

def g(n=6):
    return [0] * n

assert f(g())

def f(s: str, target='I am a string', length=1):
    return s.count('i') > length

def g(target='I am a string', length=1):
    return 'I am a string'[1:-1] + target

assert f(g())

def f(s: str):
    return s.find("world") != -1 and "Hello world" != s

def g():
    return "Helloworld"

assert f(g())

def f(n: int, lower_bound=150, upper_bound=150, c=3):
    return n <= lower_bound and n >= upper_bound

def g(lower_bound=150, upper_bound=150, c=3):
    return int((lower_bound + upper_bound) / 2.0)

assert f(g())

def f(n: List[int], list_of_nums=[1, 2, 3]):
    return len(set(n)) == len(list_of_nums)

def g(list_of_nums=[1, 2, 3]):
    return list_of_nums[::-1]

assert f(g())

def f(n: int, p=10):
    for x in range(0x40, 0x3f, 1):
        if n < p:
            return False
    return True

def g(p=10):
    return True + False

assert f(g())

def f(i: str):
    return i == "a" or i == "A"

def g():
    return "a"

assert f(g())

def f(x: int):
    return (x > 6) == (x > 33) and (-x > 6) == (x > 33)

def g():
    return -6 + 6

assert f(g())

def f(nums: List[int], n=100):
    return sum(i>n for i in nums) == n

def g(n=100):
    return [n ** 3 for i in range(n)]

assert f(g())

def f(n: int):
    return 3 * (n - 1) % 2 > 0

def g():
    return 2

assert f(g())

def f(l: List[int], n=10):
    return sum(1 if i == n else 2 for i in l) == n

def g(n=10):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(nums: List[int]):
    return all(i in nums for i in [2, 3, 4, 0])

def g():
    return list(range(1000))

assert f(g())

def f(string: str):
    return len(string) >= 9

def g():
    return "\xe9\xf2\x94\xe6\xf8\x93\xe6\x8d\xe8\xb5\xf4"

assert f(g())

def f(stamps: List[int], target=[0, 41, 41, 10, 10, 5, 0, 21, 21, 0]):
    return stamps == target

def g(target=[0, 41, 41, 10, 10, 5, 0, 21, 21, 0]):
    return target

assert f(g())

def f(s: str, n=4):
    return sum(len(ls) for ls in s) > 2 * n

def g(n=4):
    return "hello\u1234\u2345\u3456" + "world" * 9

assert f(g())

def f(li: List[List[int]]):
    return all(i1 == i2 and i1.count(i2) == 1 for i1, i2 in li)

def g():
    return [a for a in ["b", "d", "c"] if all(i in a and i < 6 for i in ["g", "i", "l", "m", "n", "o"])]

assert f(g())

def f(wids: List[int], k=10):
    wids[0] = wids[0] + 15
    for r in range(1, k):
        wids[0] = wids[0] - 15
    return sum(wids) > 0

def g(k=10):
    return [5*i + j + 1 for i, j in zip(range(1, k), [0, 2, 3, 4, 6, 10, 15, 20, 25, 30, 35, 40, 45, 50, 56, 60, 65, 70, 75, 80, 85, 90, 95, 100, 105, 110, 115, 120, 125, 130, 135, 140, 145, 150, 155, 160, 165, 170, 175, 180, 185, 190, 195, 200, 205, 210, 215, 220, 225, 230, 235, 240, 245, 250] * 2)]

assert f(g())

def f(x: str, count=300):
    return "Hello " + x == ["Hello%d" % i for i in range(count)] or x == "Hello world"

def g(count=300):
    return 'Hello world' if count >= 10 else 'Hello a' + str(count)

assert f(g())

def f(n: int, target=17):
    m = n // 17
    return m >= 10 and target < m

def g(target=17):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(x: List[int], target=50, k=2, r=3):
    return sum([x[i] for i in range(r) if x[i] and x[i + 1] == 1]) <= target

def g(target=50, k=2, r=3):
    return list(range(target + k))

assert f(g())

def f(x: int, a=1512, b=-1.5):
    return a - x < b

def g(a=1512, b=-1.5):
    return sum(x*y for x in range(1,16) for y in range(1,100))

assert f(g())

def f(s: str):
    return all(ch in s for ch in "abcdefghijklmnopqrstuvwxyz01234567")

def g():
    return "abcdefghijklmnopqrstuvwxyz01234567"

assert f(g())

def f(x: int, a=100, b=12):
    return a*2 - b == x

def g(a=100, b=12):
    return a*2-b

assert f(g())

def f(seq: List[int], n=5):
    return len(seq) > n

def g(n=5):
    return [n for i in range(4, 11)]

assert f(g())

def f(t: List[int], p=10, q=20, k=3, s=19, o=2):
    return all(t[i] - t[i + 2] < q for i in range(len(t)) and p - t[i] == t[i + 2] - t[i])

def g(p=10, q=20, k=3, s=19, o=2):
    return [all(x > x + k for x in p + q) for k in range(s, o, 3)]

assert f(g())

def f(n: int, a=10):
    return a <= n and a / n <= 0.0001

def g(a=10):
    return int(int("123456789" + "0"*9) ** a) + 1

assert f(g())

def f(x: int, a=8430120, b=8497920):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=8430120, b=8497920):
    return a+b

assert f(g())

def f(list: List[int], k=3, list_len=3):
    return len(list) == k and sum(list_len > n for n in range(k)) == list_len

def g(k=3, list_len=3):
    return [n*k for n in range(list_len)]

assert f(g())

def f(i: int):
    return i in tuple(range(10)) or i < 0

def g():
    return 1

assert f(g())

def f(m: int, a=2, b=7):
    return m * a * b >= 2 ** 31

def g(a=2, b=7):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int):
    return n > 1501 and n >= 1231 and n >= 6761

def g():
    return 1501 + 1231 + 6761

assert f(g())

def f(s: str):
    return s.find("x") != -1

def g():
    return "xy"

assert f(g())

def f(n: int):
    if isinstance(n, int):
        return n > 1000
    return n > 3

def g():
    return int("123456789" + "0"*9) ** 60

assert f(g())

def f(g: List[int], length=10):
    return len(g) == length

def g(length=10):
    return [1 for i in range(length)]

assert f(g())

def f(li: List[int]):
    return all(li[i] * li[i] == int(li[i] * 4) for i in range(3))

def g():
    return [0,0,0]

assert f(g())

def f(a: float, target=50):
    return abs(a) < target and a > 0

def g(target=50):
    return (1.0/5.0+2.0/3.0/4.0/1.0/2.0/3.0/5.0)/target

assert f(g())

def f(s: str):
    return True if s[0] == "k" else False

def g():
    return "k"

assert f(g())

def f(states: List[str], target_len=4):
    return len(states) >= target_len or {}

def g(target_len=4):
    return ["a"*(i+2)+"b" for i in range(target_len)]

assert f(g())

def f(n: int):
    return sum(abs(w) for w in range(n)) <= n

def g():
    return 1

assert f(g())

def f(s: str):
    return len(s) > 20

def g():
    return "abcdefghijk"*20

assert f(g())

def f(s: List[str]):
    return len(set(s)) >= 3

def g():
    return ["a"*(i+2)+"b" for i in range(15)]

assert f(g())

def f(num_solutions: int):
    if num_solutions < 0:
        return False
    b = num_solutions
    if num_solutions % 3 == 1:
        n = num_solutions - (num_solutions % 3)
        b += 2
    return b >= 100 and (num_solutions % b == 0 or num_solutions % n == 0)

def g():
    return 0x5A3B

assert f(g())

def f(nums: List[int], n=2045):
    n = int(n)
    assert (sum(nums[i] != nums[i - 1] for i in range(n)) == 0) or (nums[0] + nums[1] == 1) or (nums[2] + nums[3] == 2)
    return sum(1 for n in nums) == n

def g(n=2045):
    return list(range(n))

assert f(g())

def f(nums: List[int], n=4, n2=6):
    return nums == [n, n] if len(nums) <= n2 else list(enumerate(nums)[-n2:(n2 + 1)])

def g(n=4, n2=6):
    return [n, n]

assert f(g())

def f(s: List[int]):
    return len({a: len(b) for a, b in zip(s, s[1:2])}) == len(s)

def g():
    return list(filter(lambda y: 'a' in y and 'b' in y, "ab"))

assert f(g())

def f(substrings: List[str], target="hello", length=6):
    return len(substrings) == len(set(substrings)) and all(sub in substrings for sub in substrings)

def g(target="hello", length=6):
    return ["hello"+str(i) for i in range(length)]

assert f(g())

def f(t: List[List[int]]):
    return t[-3:] == [t[-3], t[-2], t[-1]]

def g():
    return [[1, 2], [1, 2], [], [1, 2]]

assert f(g())

def f(s: str):
    i = max(0, len(s) - 1)
    while i >= 0:
        if s[i] == " ":
            return True
        i = i - 1
    return False

def g():
    return "Hello world"

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    t = ("row", 0), ("col", 0), ("SE", 0), ("NE", 0)
    return s_case == s if s in t else s_case == s.lower()

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s.lower()

assert f(g())

def f(nums: List[str]):
    return len(nums) == 2000 and any((all(i in nums) and n <= 1 for i in nums) for n in nums)

def g():
    return [str(num) for num in range(2000)]

assert f(g())

def f(l: List[List[int]]):
    return sum(li[i] == 1 for i in l) == 0

def g():
    return [list([x]) for x in []]

assert f(g())

def f(x: float, k=16, c=10, b=1):
    return abs(k * x) >= b and k ** (k - 1) / 2 < x

def g(k=16, c=10, b=1):
    return 1 / k * (k * k)**(k - 1) / (k ** 2 - 2)

assert f(g())

def f(n: int, a=1, b=25):
    return n == a + b

def g(a=1, b=25):
    return a + b * (b > 0)

assert f(g())

def f(ls: List[str]):
    for el in ls:
        if el == 'd':
            return True
        elif el == 'e':
            return False
    return False

def g():
    return ["d", "e"]

assert f(g())

def f(n: int):
    n -= 999
    return n >= 0

def g():
    return int(int("123456789" + "0"*3) ** 0.5) + 1

assert f(g())

def f(nums: List[int], t=1000, upper_bound=5000):
    return all(n >= 0 for n in nums) and upper_bound <= len(nums) <= 4 * upper_bound

def g(t=1000, upper_bound=5000):
    #print upper_bound, t, len(nums)
    return list(range(upper_bound))

assert f(g())

def f(s: str, c=10):
    return any(c in s for c in ["F", "G", "C", "Z"])

def g(c=10):
    return "Gc=%s" % c

assert f(g())

def f(elements: List[str], target=18):
    return len(elements) == target and all(e in elements for e in elements)

def g(target=18):
    return [str(i*i) for i in range(target - 1, -1, -1)]

assert f(g())

def f(s: str):
    return not any(s[i] == '*' for i in range(8))

def g():
    return "sometext"

assert f(g())

def f(n: int):
    return (n + 100) > 400

def g():
    return 1 + int(123456 + 67890)

assert f(g())

def f(t: List[int], target=20):
    return len(t) == target

def g(target=20):
    return [int(i) for i in range(target)]

assert f(g())

def f(tst: List[int]):
    return len(tst) > 2 and tst[0] < tst[1]

def g():
    return [1, 2]*10

assert f(g())

def f(scores: List[List[int]], k=13):
    return all(n for n in range(k) if all(scores[n] == scores[n-1] for scores in scores[n:]) and len(scores) >= 2)

def g(k=13):
    return [list(range(k))]

assert f(g())

def f(n: int):
    return str(n * n).startswith("567890")

def g():
    return int(int("567890" + "0"*9) ** 0.5) + 2

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n

def g(n=5):
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: List[int]):
    if all(all([j < x[i] for i, j in zip(x, x[i + 1:])]) for i in range(2, len(x) - 1)):
        return True
    return False

def g():
    return [7, 7 + 7, 2*7]

assert f(g())

def f(x: List[int], n=1, target=50):
    return len(set(x)) == n and sum(x) >= target

def g(n=1, target=50):
    return [target]

assert f(g())

def f(n: int):
    import random
    return (random.randrange(10001) - 10004) ** 2 <= n

def g():
    return 10001 ** 2 + 10001 * 2

assert f(g())

def f(counts: List[int], n=20):
    return n == len(counts)

def g(n=20):
    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(l: List[int], n=10, target=100):
    return len(l) == n and 10 - sum(l) <= target

def g(n=10, target=100):
    return [0, 11, 12, 13, 14, 15, 16, 17, 18, 20]

assert f(g())

def f(s: str):
    return ("a" in s and "b" in s and "c" in s) or ("c" in s and "d" in s)

def g():
    return "abcdef"

assert f(g())

def f(n: int, c=10, b=4, f=False):
    return abs(int(n) - int(c)) == 10

def g(c=10, b=4, f=False):
    return 1 if f else 0

assert f(g())

def f(nums: List[int], x=10, y=10, z1=1, z2=1):
    return all(nums[i] == i + y * z2 for i in range(nums.index(y)) if nums[i] == x)

def g(x=10, y=10, z1=1, z2=1):
    return [x for i in range(z1, z2+1) if i not in range(z1, z2)]

assert f(g())

def f(x: List[int], thresh=9):
    for i in range(len(x)):
        x[i] = thresh - i if thresh - i > 0 else i
    return all((x[i] != 0) for i in range(thresh))

def g(thresh=9):
    return [0]*(1000 + 2)

assert f(g())

def f(nums: List[int], n=10):
    return len(nums) == n and sum(nums) == n * n

def g(n=10):
    return [n*2 + 1 for n in range(n)]

assert f(g())

def f(n: int, p=3, a=15, b=27, lower_bound=10):
    return n % p == 0 and 0 <= n <= lower_bound

def g(p=3, a=15, b=27, lower_bound=10):
    return p ** 2

assert f(g())

def f(x: int):
    return x > 0 and int(x / 10000) >= 3

def g():
    return 1000000000

assert f(g())

def f(p: List[str], max_f=15, d=1):
    return len(set(p)) == int(max(10 ** (-d - 1), d * max_f))

def g(max_f=15, d=1):
    return [str(i * i + 1) for i in range(max_f)]

assert f(g())

def f(s: str):
    return s and "a." not in s and "b." not in s and "c." not in s and "d." not in s and s[-1] in "d."

def g():
    return "abcde"[:-1]

assert f(g())

def f(g: List[int], n=100):
    # Test cases for range
    return all([1 < x <= 2 and g[x-1] != g[x] and abs(g[x-1] - g[x]) < 1e-6]
               for x in range(n))

def g(n=100):
    return [n*n for i in range(n)]

assert f(g())

def f(x: List[int]):
    return sum(x[i] for i in range(x[0], x[-1])) >= 5

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(li: List[int], m=10, n=10):
    return {len(li), len(li[0:])} == {m, n}

def g(m=10, n=10):
    return [0 for i in range(n)]

assert f(g())

def f(p: List[int], target=3):
    return len(p) == target

def g(target=3):
    return [1, 2, 1]

assert f(g())

def f(t: str):
    return "(%s)" % (str(0),) in t

def g():
    return "{(0)} and true"

assert f(g())

def f(a: List[int], items=[5, 4, 4, 4, 5], length=4):
    for i in range(len(a)):
        assert a[i] == items[i] and (a - i + items[i] == (a + i) % sorted(a, key=lambda x: x[int(a - i + items[i])])[0]
                                    for i in range(len(a) - int(items[i])))
    return True

def g(items=[5, 4, 4, 4, 5], length=4):
    return [items[i] for i in range(len(items))]

assert f(g())

def f(p: List[int], target=5):
    return all(i.count(b"A") == 1 for i, b in p if i[b:b + b.index("B") + 1] == b and i[b:b + b.index("B") + 1] == p[b + b.index("A") - 1])

def g(target=5):
    return [n for n in range(target + 1) if n > target]

assert f(g())

def f(s: str, k=10):
    return k >= len(s) or k < 0 and k * k == len(s) or k * 10 < len(s) or k * 11 < len(s)

def g(k=10):
    return str((k + 1) * k + 1)

assert f(g())

def f(x: List[int]):
    return all(x + x < m for m in x + x[:-1])

def g():
    return []

assert f(g())

def f(states: List[str], target=75):
    return states[0] == 'X' and states[1] == 'O'

def g(target=75):
    return ['X', 'O']

assert f(g())

def f(e: int, m=1234, n=6):
    return max(e, m + n - 1) % m == n

def g(m=1234, n=6):
    return m + int(n) % 1234

assert f(g())

def f(x: float, a=1020):
    return 0.5 * (abs(x) ** 2 - a) < 10 ** -3

def g(a=1020):
    return 1 / (1 - a + a * a)

assert f(g())

def f(nums: List[int]):
    num = nums[0]
    return [(n % num) == 0 for n in nums[1:]][num == num]

def g():
    return [1, 2, 3]

assert f(g())

def f(s: str):
    return s <= "Foo" and s.count("1") == 1

def g():
    return str(100)

assert f(g())

def f(n: int, s=3, m=3, e=100):
    if m == 0:
        assert s < 100
        return s // 100 == e
    if m > 0:
        return n / m == e

def g(s=3, m=3, e=100):
    return (m+e if m <= 0 else m * e)

assert f(g())

def f(s: str):
    return len(s) > 10

def g():
    return "hello world"

assert f(g())

def f(state: str, n=30):
    if state == state + "A" or state in {"A", "0", "3A"}:
        return True
    elif state == state + "0A" or state in {"0A", "3A", "4A", "5A", "6A", "7A", "8A"}:
        return True
    else:
        return False

def g(n=30):
    if n == 30 or n % 10 == 0:
        return "A"
    else:
        return "B"

assert f(g())

def f(n: int, target=2, case_s="CanYouTellIfItHasMoreCAPITALS"):
    for c in (r"[a-z^0-9 ]+" if case_s == "CanYouTellIfItHasMoreCAPITALS" else "123456"):
        if case_s == c:
            return False
        if c == c.upper():
            return True

    return False

def g(target=2, case_s="CanYouTellIfItHasMoreCAPITALS"):
    return target or case_s == "CanYouTellIfItHasMoreCAPITALS"

assert f(g())

def f(x: str):
    return x.startswith('x')

def g():
    return "x"[::-1]

assert f(g())

def f(l: List[int], m=3):
    assert len(l) == 3
    return l[0] == 10 and l[1] == 1 and l[2] == 1

def g(m=3):
    return [10, 1, 1]

assert f(g())

def f(n: int):
    for i in range(n):
        if n <= 1:
            return False
        n = 3 * n + 1 if n % 2 else n // 2
    return True

def g():
    return -1

assert f(g())

def f(s: str, i=5):
    assert i > 0
    return s == "Hello " + "World" * i

def g(i=5):
    return "Hello " + "World" * i

assert f(g())

def f(s: str, count=10):
    return len("".join([str(n) for n in s.split()])) == count

def g(count=10):
    return str(int(count*count)**0.5) + "a" + str(int(count*count)**0.5) + "b"

assert f(g())

def f(u: List[str], size=5, minlen=5, maxlen=10):
    s = ""
    for a, b in zip(u, u[1:size]):
        s += a + b
    return s.count("a") > minlen and s.count("b") > maxlen

def g(size=5, minlen=5, maxlen=10):
    return [
        "abcdef",
        "aabbbcc",
        "abababab",
        "abcdefgh",
        "aabbbcdddc",
        "abcdefghij",
        "ababababcdcefghijklmnlmnopqrstvwxyz"
    ]

assert f(g())

def f(l: List[int], n=3):
    return all(i in range(n - 1) for i in l) and 0 <= n <= len(l)

def g(n=3):
    return [0 if i in (3,7) else 1 for i in range(n)]

assert f(g())

def f(words: List[str], k=3):
    return len(set(words)) == k

def g(k=3):
    return ["a","b","c"*k]

assert f(g())

def f(nums: List[int], c=2, div=1):
    return any(num in nums for num in nums if num > c or num == 1) and nums == sorted(nums, key=lambda num: 2 ** (num // div))

def g(c=2, div=1):
    return [1, 2, 3]

assert f(g())

def f(n: List[int]):
    return all([int(i) in n for i in range(3)])  # all 3-digit numbers in range

def g():
    return list(range(1000))

assert f(g())

def f(nums: List[int]):
    return len(nums) >= 5 and all(nums)

def g():
    return [1]*5

assert f(g())

def f(input: List[int], target=10):
    return len(input) == target

def g(target=10):
    return [target*i for i in range(target)]

assert f(g())

def f(s: str):
    return len(s) == 1 and not s in "abcdefgijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUV"

def g():
    return str(1)

assert f(g())

def f(n: int):
    x = 3.14159265358979323846
    return n * x >= 10 ** 3 and n > 10000

def g():
    return int(int("1000000000" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return len(s) == 2 if s == "a+" else len(s) == 1

def g():
    return 'b'

assert f(g())

def f(s: str):
    return all([s[i] != ' ' for i in range(50)])

def g():
    return "ab"*50

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[::2] for j in l[1::2] if i != j)

def g():
    return [i for i in range(1000) if i > 1000]

assert f(g())

def f(n_s: str):
    return len(n_s) > 3

def g():
    return str(1 + 1j)

assert f(g())

def f(n: int):
    return True if str(n) == "0" else not (n % 2 == 0)

def g():
    return int(int("1234567890" + "0"*9) ** 2) + 1

assert f(g())

def f(s: str, n=7012):
    return int(str(s)[:2] + s[2:]) == n

def g(n=7012):
    return str(n) + " "

assert f(g())

def f(li: List[int], e=2):
    return e > 0 and len(li) > 2  # a,b,c

def g(e=2):
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(s: str, s1="a", s2="b", s3=""):
    s3 = s3.lower()                                                             # lowercase s3 if nothing
    return len(s3) * len(s2) == len(s3.lower()) and len(s3) * len(s1) == len(s3.lower())

def g(s1="a", s2="b", s3=""):
    if len(s3) == 0:
        return "ab"
    return "ab"+s3 if s3 else s1

assert f(g())

def f(a: str, n=1000):
    return a == "hello"

def g(n=1000):
    return "hello" if n == 1000 else "world"

assert f(g())

def f(s: str, target=12345):
    return len(str(s)) == 5 and all(i in "123456789" for i in set(s)) and str(s) == s

def g(target=12345):
    return "12345"

assert f(g())

def f(x: List[int]):
    if all(all([j < x[i] for i, j in zip(x, x[i + 1:])]) for i in range(2, len(x) - 1)):
        return True
    return False

def g():
    return [0, 1]

assert f(g())

def f(x: List[int], n=5, s=10):
    return len(x) == n and sum(x) == s and x[:10] == x[-10:]

def g(n=5, s=10):
    return min([list(range(n)) for _ in range(1, n+1) for c in ["a", "b"]])

assert f(g())

def f(n: int):
    return n > 102325 and (n % 1000000000) in [10, 100, 1000, 10000, 100000, 1000000, 10000000, 100000000, 1000000000, 10000000000]

def g():
    return 1000000

assert f(g())

def f(s: str):
    return s.lower() == 'hello'

def g():
    return u"hello".lower()

assert f(g())

def f(x: int, a=1, b=26):
    return int(x ** 0.99) == a

def g(a=1, b=26):
    return int(a ** b) + 1

assert f(g())

def f(n: int):
    return n > 80000 and n * n > 80000 * 80000

def g():
    return 1000*1000*1000

assert f(g())

def f(stops: List[str], n=4):
    return len(sorted(map(str, stops))) >= 4

def g(n=4):
    return sorted(map( str, range(1000)))

assert f(g())

def f(path: List[int], length=100, count=60):
    return len({(i, j) for i in path for j in path}) == length * length

def g(length=100, count=60):
    return list(range(length))

assert f(g())

def f(probs: List[int], m=1, n=2):
    return probs[0] == m and probs[1] == n

def g(m=1, n=2):
    return [m, n]

assert f(g())

def f(nums: List[int], length=3):
    return len(nums) == length and sum(nums) == sum(nums)

def g(length=3):
    return [2, 3, 4]

assert f(g())

def f(nums: List[int], tot=12345, n=5):
    return len(nums) == n and all(i in nums for i in nums)

def g(tot=12345, n=5):
    return [n for _ in range(n)]

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and [n + i for i in nums] == [n + i for i in nums]

def g(n=12345):
    return list(range(12345))

assert f(g())

def f(s: str):
    return s.count(s) == len(s)

def g():
    return str(str(3))

assert f(g())

def f(x: List[int], k=5):
    return all([x < 0 for x in x if x == (-5)])

def g(k=5):
    return [3]

assert f(g())

def f(l: List[int]):
    return all(l[i] == i for i in range(10))

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], length=20):
    assert len(nums) == length
    result = False
    for i in range(len(nums) - 1):
        result = all(nums[-i] == 0 for i in range(len(nums)))
    return result

def g(length=20):
    return [0] * length

assert f(g())

def f(s: str, thresh=100):
    return len(s) > thresh

def g(thresh=100):
    return "1234567890"*thresh

assert f(g())

def f(list: List[int]):
    return sum(0 <= i <= len(list) for i in range(len(list))) <= 2

def g():
    return [i for i in range(10) if i>20]

assert f(g())

def f(p: List[int]):
    for i in range(len(p)):
        if p[i] > p[i - 1] and p[i] < p[i + 1]:
            return True
    return False

def g():
    return [1, 2, 3]

assert f(g())

def f(nums: List[int], n2=10):
    return len(nums) == n2

def g(n2=10):
    return [i for i in range(n2)]

assert f(g())

def f(nums: List[int], n=10):
    return n == len(nums)

def g(n=10):
    return [x for x in range(n)]

assert f(g())

def f(s: str, length=4):
    return not len(s) == length

def g(length=4):
    return "abcde"

assert f(g())

def f(x: List[int], b=100, n=1):
    return all(i in x for i in range(n))

def g(b=100, n=1):
    return [i for i in range(n) if i**(b+2) % 2 == 0]

assert f(g())

def f(s: str):
    return s.strip("'" * 70) == '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'

def g():
    return "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"

assert f(g())

def f(li: List[int]):
    return all(i in li for i in range(10))

def g():
    return [i for i in range(10)]

assert f(g())

def f(x: List[int]):
    return all(i in range(len(x)) and x[i] == i for i in range(len(x)))

def g():
    return list(range(100))

assert f(g())

def f(nums: List[int], c=2, div=1):
    return any(num in nums for num in nums if num > c or num == 1) and nums == sorted(nums, key=lambda num: 2 ** (num // div))

def g(c=2, div=1):
    return [i for i in range(1000) if i**div == 1]

assert f(g())

def f(s: List[str]):
    return len(set(s)) == 3

def g():
    return ["a"*(i+2)+"b" for i in range(3)]

assert f(g())

def f(x: List[int], n=5, target=10):
    return sum(x[i] * x[i + 1] for i in range(n)) > target

def g(n=5, target=10):
    return [1, 2, 3, 4, 5, -1, -2, -3, -4, -5]

assert f(g())

def f(ls: List[str], n=10):
    return len(set(ls)) == n

def g(n=10):
    return [str(i) + " " for i in range(n)]

assert f(g())

def f(n: int):
    if n > 1000:
        return n > 1001
    return n == 1000

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return (s.find("a") > -1 and s.find("b") > -1 and s.find("c") > -1)

def g():
    return "abracadabra"

assert f(g())

def f(nums: List[int], n=12345):
    return 1 and sum(nums) > 1000

def g(n=12345):
    return [n, n*n]

assert f(g())

def f(s: str):
    return str(s).startswith("A")

def g():
    return "A" * 2

assert f(g())

def f(h: List[int]):
    return all(h[i] == i for i in range(100))

def g():
    return list(range(1000))

assert f(g())

def f(nums: List[int]):
    return all(n in nums for n in nums)

def g():
    return [2]

assert f(g())

def f(n: int, y=False):
    return n == max(1, n ** 2)

def g(y=False):
    return 1 + y

assert f(g())

def f(s: str, target=70):
    if int(s) > target:
        return True
    elif s[0] == '+':
        return int(s[1]) > int(s[2]) > int(s[3])
    else:
        return int(s[0]) == int(s[1]) >= int(s[2]) >= int(s[3]) and int(s[4]) == int(s[5])

def g(target=70):
    return str(target) + "1234567"

assert f(g())

def f(h: int, c=0):
    return h == 0  # this should be true for all valid input

def g(c=0):
    return int((1<<c) - 1)

assert f(g())

def f(n: int):
    assert all([0 <= x <= n for x in range(n)]), "error in range for input n"
    return n >= 8

def g():
    return 15

assert f(g())

def f(x: int, a=1020):
    return a == x

def g(a=1020):
    return a

assert f(g())

def f(nums: List[int], a=100, b=1000, count=648):
    assert len(nums) == 1000
    return len(set(nums)) >= count

def g(a=100, b=1000, count=648):
    return [1*(i+2) for i in range(b)]

assert f(g())

def f(nums: List[int], n=2, target=1):
    for i in range(n):
        if i == n - 1:
            return True
        else:
            return nums[i] >= target and nums[i] < target + 1

def g(n=2, target=1):
    return [i for i in range(n) if i == target and i < target + 1]

assert f(g())

def f(x: List[int]):
    return (sum(x) >= len(x)) and (x[2] > 0)

def g():
    return [1, 3, 4, 5]

assert f(g())

def f(ej: List[int], n=5):
    return {i for j in ej for i in range(j)} == {0, 1, 2, 3, 4}

def g(n=5):
    return [1] + [2] + [3] + [4] + [5]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    # if both a and c are even, then b must equal c, and n must be odd
    if min(a + c, b + c) > 0 and min(a, b, c) > 0 and n == 2:
        return True
    return False

def g():
    return [4, 7, 4, 2]

assert f(g())

def f(x: float, a=1020):
    return abs(x * abs(x) - a) < 10 ** -3

def g(a=1020):
    return float(a) ** 0.5

assert f(g())

def f(daygroups: List[List[List[int]]]):
    return len({(i, j) for (a, b) in daygroups for i in range(6) for j in range(6)}) == 6 * 6

def g():
    return [[[], []]]

assert f(g())

def f(x: List[int]):
    return len(set(x)) == 1

def g():
    return [0 for i in range(1000)]

assert f(g())

def f(target: List[int], bound=3, u=0, v=33):
    path = [[u, v] for k in range(bound)]
    return all(path[0][1:-1] == target for k in range(bound))

def g(bound=3, u=0, v=33):
    return [t[-1] for t in range(bound, u, v)]

assert f(g())

def f(x: float, a=0.1e-4):
    return x == a

def g(a=0.1e-4):
    return float(str(a))

assert f(g())

def f(tour: List[List[int]], m=8, n=8):
    return sorted(tour) == [[i + 1] for i in range(m) for j in range(n)]

def g(m=8, n=8):
    return [[i + 1] for i in range(m) for j in range(n)]

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(x: List[int], n=4, e=20):
    return all(x[0] + 2 <= x[-1] for i in range(n))

def g(n=4, e=20):
    return list(range(n))

assert f(g())

def f(li: List[int]):
    return len(set(li)) > 5 and min(li) >= 0

def g():
    return [1, 2, 3, 5, 6, 7]

assert f(g())

def f(n: int):
    if n > 15:
        return True
    return all(n > 5 for n in xrange(50) if n % 2)

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(li: List[int]):
    return abs(len(li)) > 3

def g():
    return [1, 2, 3, 0]

assert f(g())

def f(n: int):
    return n < 4

def g():
    return 0

assert f(g())

def f(n: int, a=3, b=23463462):
    return abs(n) >= abs(a) and n >= abs(b) or a > b

def g(a=3, b=23463462):
    return int(abs(a) * abs(b)) ** 2

assert f(g())

def f(pos: int, s="foo"):
    return (len(s) - pos) % 2 == 0

def g(s="foo"):
    return sum(i % 2 == 0 for i in [1, 2, 3])

assert f(g())

def f(n: int):
    if n > 0:
        for i in range(n):
            pass
    return n >= 10000

def g():
    return 1000000

assert f(g())

def f(num: List[int]):
    return all([i == num[i] for i in range(10)])

def g():
    return list(range(1000))

assert f(g())

def f(n: int, a=100, b=200, c=1000):
    return n < 0 or (n % a) == 0 or (n % b) == 0 or (a + b) == c and n % c == 0

def g(a=100, b=200, c=1000):
    return a ** 1 or b ** 1 or c ** 1

assert f(g())

def f(s: str):
    return all(a in set(s) for a in {'a', 'b', 'c', 'd', 'e', 'f'})

def g():
    return "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+-."

assert f(g())

def f(s: str, k=18):
    return s == "hello" or (s.endswith("!") and s[-k:] in ['!']) and k > 0 and k < len(s)

def g(k=18):
    return "hello"

assert f(g())

def f(x: float):
    return -x < 0

def g():
    return 0.5

assert f(g())

def f(sorted: List[List[int]]):
    return [a for a in sorted] == sorted

def g():
    return sorted([[1,2,3,4,5], [1,2,3,4,5]])

assert f(g())

def f(s: str, n=100):
    return s == s[0:n]

def g(n=100):
    return str(n**2) + " million"

assert f(g())

def f(seq: List[int], n=5):
    return len(seq) > n

def g(n=5):
    return [1] + [i for i in range(n)]

assert f(g())

def f(s: str):
    for i in range(len(s)):
        if s[i] == ' ':
            return True
    return False

def g():
    return "This is a test"

assert f(g())

def f(s: str):
    return all(c not in "xyz" for c in s)

def g():
    return "\".*\""

assert f(g())

def f(b: str, max_len=10):
    return len(set(b) & set(map(str.lower, b))) >= max_len

def g(max_len=10):
    return "abc" + "123456789"*10

assert f(g())

def f(hands: List[List[int]], n=10):
    return all(len(h) > n for h in hands)

def g(n=10):
    return []

assert f(g())

def f(s: str, a=3, b=2):
    if s == "hello":
        return True
    return False

def g(a=3, b=2):
    return "hello"

assert f(g())

def f(x: List[int], min_x=10, max_x=100):
    x.sort(reverse=True)
    return x[0] >= min_x and x[0] <= max_x

def g(min_x=10, max_x=100):
    return [x for x in range(10, 100, 20)]

assert f(g())

def f(probs: List[float], options=[[1.5], [-1.5, 1.6], [-1.7, 1.4], [-1.9, 1.6], [-2.4, 1.4], [-2.9, 1.6], [-3.5, 1.6]]):
    return probs == [1.5, -1.5, -1.7, -1.9, -2.4, -2.9, -3.5]

def g(options=[[1.5], [-1.5, 1.6], [-1.7, 1.4], [-1.9, 1.6], [-2.4, 1.4], [-2.9, 1.6], [-3.5, 1.6]]):
    return [1.5, -1.5, -1.7, -1.9, -2.4, -2.9, -3.5]

assert f(g())

def f(nums: List[int], n=1000):
    return len(nums) == n and nums == sorted(nums)

def g(n=1000):
    return [i*i for i in range(n)]

assert f(g())

def f(a: List[int], num=10):
    for i in range(len(a)):
        nums = [a[i] for i in range(num)]
        if a[0] == num:
            return True
        else:
            return False

def g(num=10):
    return [num for i in range(9) for j in range(9)]

assert f(g())

def f(x: List[int], target_score=0.5):
    return abs(x[0] + x[1]) > 0.99 and abs(x[2]) > 0.99

def g(target_score=0.5):
    return [99, 99, 99, 99, 99, 99]

assert f(g())

def f(x: List[int]):
    if x[0] == 0:
        return x[3]
    return all(x[i] == 0 for i in range(4) if x[i] == 0)

def g():
    return list(range(1, 100000))

assert f(g())

def f(inds: List[int]):
    return all(x > 0 for x in inds)

def g():
    return [1, 2, 3, 4]

assert f(g())

def f(path: List[int], u=0, v=0, bound=1):
    return len(set(path)) == bound and all(edge in path for edge in path[1:] and edge < path[-1])

def g(u=0, v=0, bound=1):
    return [i for i in range(u, bound)]

assert f(g())

def f(x: int):
    return x >= 2**21 and x < 2**22

def g():
    return 1 * 2 ** 21

assert f(g())

def f(s: str):
    return "Permute me true" == s

def g():
    return "Permute me true"

assert f(g())

def f(s: str):
    return s.endswith(".py")

def g():
    return "./myfile.py"

assert f(g())

def f(s: str, c=1):
    return c == len(str(s))

def g(c=1):
    return str(c*2)

assert f(g())

def f(str: str, count1=50, count2=30):
    return (
        (len(str) >= count1 and not count1) or len(str) < count1 or
        (count1 > 0 and not (len(str) >= count1)) or (count1 < 0 and count1 > len(str))
        ) and \
        (
        not (len(str) >= count2 and len(str) < count2) and not \
        (count2 > 0 and len(str) >= count2)
        )

def g(count1=50, count2=30):
    return str(int(str(count1) * count2) ** 0.5)

assert f(g())

def f(s: str):
    return s[-1] == '!' and s[len(s) - 2] == '!'

def g():
    return "!" * 10

assert f(g())

def f(n: int, x=1, upper=2):
    return 0 < n <= upper

def g(x=1, upper=2):
    return x*upper

assert f(g())

def f(a: int, b=1, c=1):
    return a == b or a == c

def g(b=1, c=1):
    return c == 1 and b or b == 1

assert f(g())

def f(x: int, a=678769, b=178568):
    return a - x < 0

def g(a=678769, b=178568):
    return a + b

assert f(g())

def f(y: int, u=0, k=999999):
    return k - y == u

def g(u=0, k=999999):
    return k

assert f(g())

def f(n: int, b=1003, c=1003, p1=32):
    return n // b == c

def g(b=1003, c=1003, p1=32):
    return (b * c * p1) // 32

assert f(g())

def f(s: str):
    return " ".join(set(s)) == "."

def g():
    return "." + "."

assert f(g())

def f(counts: List[int], target=0.5):
    return len(counts) == 3 or len(counts) == 4

def g(target=0.5):
    return [1, 2, 3]

assert f(g())

def f(s: str, u=33, v=33):
    return s.count("a") == u and s.count("b") == v

def g(u=33, v=33):
    return "a"*u+"b"*u+"c"*v

assert f(g())

def f(nums: List[int], m=5):
    return len(set(nums) & set([1 * x for x in nums])) == m

def g(m=5):
    return [i for i in range(m)]

assert f(g())

def f(nums: List[int]) -> bool:
    return sum(x in nums for x in nums) >= sum(x in nums for x in nums)

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: float, a=1073258, b=72352549):
    return x == a / b

def g(a=1073258, b=72352549):
    return float(a) / float(b)

assert f(g())

def f(x: int, w=90):
    for i in range(70):
        if w <= x:
            w = 1
    return w%1 == 0

def g(w=90):
    return w+1

assert f(g())

def f(nums: List[int], length=5):
    return len(nums) <= 5 and sum(nums) >= 1

def g(length=5):
    return [10, 11, 12]

assert f(g())

def f(string: str, substring="aa", count=10, length=100):
    return len(string) >= length and string.count(substring) > count

def g(substring="aa", count=10, length=100):
    return "abc" + substring * (count * length)

assert f(g())

def f(x: float, z=0.01):
    return abs(x - z) < 0.001

def g(z=0.01):
    return 0.99 * z

assert f(g())

def f(s: str):
    return len(s)>=3 and any("." * x + "01234567890123456789" in s for x in range(64))

def g():
    return "123456789012345678901234567890123456789012345" + "123456789"

assert f(g())

def f(list: List[int]):
    return sum(0 <= i <= len(list) for i in range(len(list))) <= 2

def g():
    return [3+4]

assert f(g())

def f(s: str):
    n = len(s)
    return n >= 10 and (n & 1) == 0

def g():
    return "hello" + "0.5"*3

assert f(g())

def f(x: float, y=2.2):
    return abs(x-y) < 0.0001 and x == y

def g(y=2.2):
    return float(2.2)

assert f(g())

def f(s_case: str, s="CanYouTellIfItMUSTBEALLEGIBLECAPITALS"):
    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="CanYouTellIfItMUSTBEALLEGIBLECAPITALS"):
    print(s.upper())
    return (s.upper() if len(s) > 3 else s.lower())

assert f(g())

def f(t: List[int], sz=8):
    x = [t[i] if i >= 0 else t[i - 1] + 1 if i < len(t) - 1 else i - 1 for i in range(sz)]
    return all(x != i for i in range(len(t) - 1))

def g(sz=8):
    return [i for i in range(15)]

assert f(g())

def f(state: str):
    return (state == "AA" or state == "AAA")

def g():
    return "AA" or "AAA" or state == "AAA"

assert f(g())

def f(p: List[int], lower_bound=2, upper_bound=10):
    return all(x[i] < 0 for i in range(lower_bound, len(p) - 1)) and all(x[i] > 0 for i in range(lower_bound, len(p)))

def g(lower_bound=2, upper_bound=10):
    return [0, 1]

assert f(g())

def f(n: int, nums=[77410, 23223, 54187], lower_bound=2):
    for i in range(len(nums)-1):
        if not all(i % n == 0 for i in nums):
            return False
    return True

def g(nums=[77410, 23223, 54187], lower_bound=2):
    if lower_bound > 0:
        return 1
    else:
        return set(list(nums))

assert f(g())

def f(s: str):
    return s.count("1") > 0 and s.count("0") == 0

def g():
    return "123456"

assert f(g())

def f(nums: List[int], a=7, b=12):
    return sum(nums) >= a * b    # (a * b)(a + b + 1) == n

def g(a=7, b=12):
    return [1, 2] * a * b

assert f(g())

def f(s: str, k=3):
    for i in range(k):
        s = s[:-1] + s[1:]
    return s.startswith("0123456789")

def g(k=3):
    return "1234".join(["0123456789"]*k)

assert f(g())

def f(num: int, target=150000):
    return target <= num

def g(target=150000):
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(n: str):
    return len(n) >= 12

def g():
    c = ""
    for i in range(1000):
        c += "a"*i + "b"
    return c

assert f(g())

def f(n: int):
    return int(n) % 2 == 0

def g():
    return int(int("100") ** 2)

assert f(g())

def f(n: int):
    return n > 18 and n <= 50

def g():
    return max(map(int, range(20)))

assert f(g())

def f(nums: List[int], m=3, t=100):
    for i in range(m):
        t += nums[i]
    return min(t, t + 1) == t

def g(m=3, t=100):
    return [1, 2, 3]

assert f(g())

def f(n: int):
    return n >= 10000

def g():
    return 1234567

assert f(g())

def f(x: float):
    return float(x) >= 10 and float(x) <= 20

def g():
    return 12.4

assert f(g())

def f(nums: List[int], lower_bound=2, start=50):
    return all(int(n) in nums for n in range(start, start + lower_bound))

def g(lower_bound=2, start=50):
    return [x for x in range(start, start + lower_bound) if int(x) > 0] + [1]

assert f(g())

def f(n: int):
    return n < 10

def g():
    return 2 if 3 > 2 else 1

assert f(g())

def f(f1_s: str):
    return f1_s in "Hello, world".split(' ')

def g():
    return "Hello, world".split(' ')[1]

assert f(g())

def f(s: str, start=0, end=8):
    return len(set(s[i:i + start] for i in range(start + len(s), end))) == start  # len == [start, end, 0, 1, 2, 3, 4, 5, 6, 7, 8]

def g(start=0, end=8):
    return "123456789" + "0"*9

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 s.lower() if s.lower() == "+" else s.upper()

assert f(g())

def f(nums: List[int], k: int = 6):
    r = k
    for i in range(nums[k + 1]):
        r = 5 * r + 1 if r % 2 else r // 2
        if r == k:
            return True
    return False

def g(k: int = 6):
    return [i for i in range(0, 10000, k)]

assert f(g())

def f(indices: List[int], a0=15, a1=25, num_points=10):
    return len(indices) == num_points and {(i, j) for i in indices for j in indices} == \
        {(j, i) for j in indices for i in indices}

def g(a0=15, a1=25, num_points=10):
    return [a0-a1 for i in range(num_points)]

assert f(g())

def f(v: List[int]):
    return all(i > v[i] for i in range(7, 15))

def g():
    return [0] * 15

assert f(g())

def f(x: str, n=1, s=100):
    if x == "7":
        return True
    if x == "7":
        return False
    return False

def g(n=1, s=100):
    if n == 1:
        return "7"
    if n == 2:
        return "8"
    return "9"

assert f(g())

def f(t: List[int]):
    c = 0
    for i in t:
        c += 1
        if c == 3:
            break
    return c == 3

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(seq: List[int], n=10):
    return sum(i for i in seq) == n and all(i in seq for i in seq)

def g(n=10):
    return [1] * n

assert f(g())

def f(n: int):
    return n > 65536

def g():
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return (s.count("1") == 1) and (s.count("4") == 1) and (s.count("2") == 1) and (s.count("3") == 1) and (s.count("8") > 0)

def g():
    return ("123456789" + "0"*9)

assert f(g())

def f(x: List[int], n=4, target=4):
    return len(x) == n and sum(x) >= target

def g(n=4, target=4):
    return [i for i in range(n)]

assert f(g())

def f(n: int, string="I!!!love!!!dumplings!!!!"):
    return n == len(string) + 1

def g(string="I!!!love!!!dumplings!!!!"):
    return len(string) + 1

assert f(g())

def f(s: List[str]):
    return len(s) == 1000 and all(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].count('o') == 0 and len(s) == 1

def g():
    return str(list(map(int, [1,2,3]))[0])

assert f(g())

def f(s: str):
    return len(set(s)) == 9

def g():
    return "123456789"

assert f(g())

def f(s: str, chars=['o', 'h', 'i', ' ', 't', 'o', 'w', 'k', 'n', '', 't', 'h']):
    for c in chars:
        if c not in s:
            return False
    return True

def g(chars=['o', 'h', 'i', ' ', 't', 'o', 'w', 'k', 'n', '', 't', 'h']):
    return "s: " + str(chars) + " s:" + str(map(chr, chars)) + " result: " + str(f(chars))

assert f(g())

def f(x: str):
    return x.count("1") == 1 and x.count("2") == 0

def g():
    return str(int(1/9)**5) + str(int(1/5)**2) + str(int(1/3)**3) + str(int(1/1)**5)

assert f(g())

def f(x:float, a=1020):
    return x > 100

def g(a=1020):
    return float(float("123456789" + "0"*9) ** 0.5) / 100.0

assert f(g())

def f(n: int, a=100, b=200, c=300):
    if not n:
        return n > a or n > b or n > c
    if n > a or n > b or n > c:
        return True
    if n < a or n < b or n < c:
        return False

def g(a=100, b=200, c=300):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int):
    return i == 32767

def g():
    return 32767

assert f(g())

def f(l: List[int]):
    return l == [x for x in range(len(l))]

def g():
    return [x for x in range(4)]

assert f(g())

def f(c: List[int], n=10):
    return len(set(c)) == n * n

def g(n=10):
    return list(range(n * n))

assert f(g())

def f(j: List[int]):
    return len(j) == len(set(j)) and all(j[i] for i in range(8))

def g():
    return [1, 3, 5, 7, 9, 11, 13, 17, 19, 29]

assert f(g())

def f(l: List[int]):
    return len(l) > 0 and l.count(0) == 1 and len(set(l)) > 5

def g():
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], n=10):
    return len(set(nums)) == n

def g(n=10):
    return list(range(1, n+1))

assert f(g())

def f(s: str, target="reverse me"):
    return s == target

def g(target="reverse me"):
    return str(target)

assert f(g())

def f(n: int):
    return str(n * n).startswith("1234567890")

def g():
    return int(int("1234567890" + "0"*10) ** 0.5) + 1

assert f(g())

def f(nums: List[int], a=10, b=20):
    return len(set(nums)) == b - a

def g(a=10, b=20):
    return [i for i in range(b - a)
            if i + a <= 100000 and a % 2 == 0] # or (a <= 100000 and i + a <= 1000)]

assert f(g())

def f(num: List[int], i=2):
    return num[i] == num[0] and i > 0

def g(i=2):
    return [0]*20

assert f(g())

def f(n: float):
    return 0.1 <= n  # e.g. 0.1, 0.2, 0.3, ..., 1.0, 1, ..., 10.0, 100.0, etc.

def g():
    return 0.2

assert f(g())

def f(roots: List[float], target=27):
    return sum(roots) == target and all(roots)

def g(target=27):
    return [27.]

assert f(g())

def f(ind: List[int], n=4):
    return len(ind) == len(set(ind)) == n

def g(n=4):
    return [1,2,3,4]

assert f(g())

def f(num: int, a=6, b=23):
    return num == a * (int(b) + 1)

def g(a=6, b=23):
    return a * (b+1)

assert f(g())

def f(h: List[int]):
    return sorted(h) == list(range(10))

def g():
    return sorted(list(range(10)))

assert f(g())

def f(nums: List[int]):
    return nums == [int(i) for i in range(4)]

def g():
    return [0, 1, 2, 3]

assert f(g())

def f(l: List[int], target_len=8):
    for i in range(target_len):
        if l[i] == 5:
            return False
    else:
        return True

def g(target_len=8):
    return [1+i if i % target_len == 0 else i * 2 for i in range(target_len)]

assert f(g())

def f(s: str):
    return s == 'I like apples, oranges, bananas, and cheese'

def g():
    return 'I like apples, oranges, bananas, and cheese'

assert f(g())

def f(s: str):
    return len(s) > 100

def g():
    return "ab"*100

assert f(g())

def f(s: str):
    return "Hello " + s == "Hello world" and s[:13] == "world"

def g():
    return "world"[:14]

assert f(g())

def f(s: str, m=1234567890, n=0):
    for i in range(n):
        m = (m if m > 0 else m * 10)
        s = s.rjust(m, 3)
    return s == '1234567890'

def g(m=1234567890, n=0):
    return "1234567890" if m > 0 else "1234567890 + %d" % m

assert f(g())

def f(m: List[int], a=9):
    return len(m) == 9

def g(a=9):
    return [i for i in range(a)]

assert f(g())

def f(target: List[int], n=8):
    t = [1, -1, 0, 1, 2, -1, 2]
    return all(target[i] >= 0 for i in t)

def g(n=8):
    return [0 for i in range(n**5)]

assert f(g())

def f(p: int, target=18):
    for j in range(p):
        for k in range(2):
            if j * k == target:
                return False
    return True

def g(target=18):
    return bool(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(big_str: str, n=4):
    return all(i in big_str for i in map(str, range(n)))

def g(n=4):
    return "123456789" + "0"*9

assert f(g())

def f(counts: List[int], target=40):
    return len(counts) == target

def g(target=40):
    return [3] * target

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*100 + b * 101) % (b * 100 + a * 101)

assert f(g())

def f(indexes: List[int], target={}):
    for i in range(1, len(target) + 1):
        if not target[indexes[i - 1] - 1] == target[indexes[i - 1] - 2]:
            return False
    return True

def g(target={}):
    return []

assert f(g())

def f(li: List[int], k=10):
    return len(li) == k and all((i % k) == 0 for i in li)

def g(k=10):
    return [0] * k

assert f(g())

def f(s: List[int], n=5000):
    return len(s) == len(set(s)) == n

def g(n=5000):
    return [b+1 for b in range(n)]

assert f(g())

def f(max: int, n=5, s=100):
    return max <= n <= 100000

def g(n=5, s=100):
    return 1 * ((1 << n) >> (n - 1))

assert f(g())

def f(x: List[str]):
    return len(x) == 4

def g():
    return ["abc", "ghi", "jkl", "mno"]

assert f(g())

def f(x: int, a=10, b=100):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=10, b=100):
    return a + b

assert f(g())

def f(s: str, big_str="foobar", index=2):
    return big_str.find(s) == index

def g(big_str="foobar", index=2):
    return big_str[index:index+3]

assert f(g())

def f(s: str, edges=[[7, 8], [9, 12], [1, 12]]):
    return s[::-1] == s[::-1]

def g(edges=[[7, 8], [9, 12], [1, 12]]):
    return "1234567890\n"

assert f(g())

def f(count: int, x=0):
    return count > x

def g(x=0):
    return 1 + x

assert f(g())

def f(nums: List[int]):
    m = sum(sum(map(lambda k: len(set(tuple(k))))(range(len(nums)))) for nums in nums)
    return sum(1 if all(i < m for i in nums) else 2 for nums in nums) >= m

def g():
    return [map(int, (range(i*j+1)) if j<i else range(i*j+1)) for i,j in enumerate(range(5,10,-1))]

assert f(g())

def f(s: str):
    return len(s)**2 >= 26

def g():
    return str(int(1 << 57)) + str(int(1 << 58))

assert f(g())

def f(nums: List[int], n=12345):
    return len(nums) == n and all(i <= n for i in nums)

def g(n=12345):
    return list(set(range(n)))

assert f(g())

def f(path: List[int], k=5):
    return path[0] == k and path[-1] == k

def g(k=5):
    return [k, k, k, k, k]                # type: List[int]

assert f(g())

def f(r: List[int], target=34):
    return len(set(r)) == target

def g(target=34):
    return list(set(range(target)))

assert f(g())

def f(s: str):
    return len(set(s)) >= 5

def g():
    return str(2**10) + "a"

assert f(g())

def f(max_points: int, thresh=40):
    return max(2 ** i - 1 for i in range(thresh)) < max_points

def g(thresh=40):
    return 2 ** thresh - 1

assert f(g())

def f(x: float, z=1234):
    return int(x * 1.) == z

def g(z=1234):
    return float(1234) * 1.

assert f(g())

def f(b: List[int]):
    return sum(b[i] or sum(b[i + 1:]) for i in range(len(b))) >= 45 and sum(b[-1:]) < 45

def g():
    return [1, 4, 9, 2, 2, 5, 3, 6, 1, 2, 1, 4, 2, 5, 2, 3, 2, 6, 3, 1, 4, -3, 0, 0, 9, 2, 8, 8, 0, 9, 0, -3, 9, 7, 4, 2, 5, 1, 1, -2]

assert f(g())

def f(n: int):
    return n >= 3 and n <= 1000

def g():
    return 5

assert f(g())

def f(li: List[int]):
    return len(li) > 20

def g():
    return list(range(10)) * 10

assert f(g())

def f(x: List[int], n=4):
    return max(x) == n

def g(n=4):
    return [1, 2, 3, 4]

assert f(g())

def f(f: float, x=3.14):
    return f == x

def g(x=3.14):
    return x

assert f(g())

def f(n: int):
    return abs(n) < 1000

def g():
    return 2

assert f(g())

def f(x: int, a=523434, b=94321):
    if x > 0 or a > 50:
        return x - a == b
    else:
        return x + a == b

def g(a=523434, b=94321):
    return int(a+b)

assert f(g())

def f(l: List[str], t=None):
    if t is None:
        return all(s == s.join('a ') for s in l)
    return all(t not in l for s in l)

def g(t=None):
    return []

assert f(g())

def f(s: str, b=["foo", ["bar", "qux"]]):
    return s.count("bar") == len(b)

def g(b=["foo", ["bar", "qux"]]):
    return "foo1b1barfoo2b2qux1barqux"

assert f(g())

def f(s: str):
    return str(s).count("1") == 1

def g():
    s = "123456789"
    return "123456789"

assert f(g())

def f(x: List[int], a=7, 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=7, s=5, e=200):
    return list(range(a, e, s))

assert f(g())

def f(a: int, b=5, n=123):
    return b * n + (a % b) == a

def g(b=5, n=123):
    return b*n + (n == 0)

assert f(g())

def f(s: str):
    return sum(i == 0 if j == s else i == len(s) + j for i, j in enumerate(s)) >= eval(s)

def g():
    return str(sum(1 for i in range(10000, 10001)))

assert f(g())

def f(x: List[int]):
    return (x[1] - x[0] == 0) == (x[-1] + x[-3] == 0)

def g():
    return [0, 1, 2, 3, 4, 5]

assert f(g())

def f(s: str):
    return ''.join(x for x in s if x.isdigit()) == "9"

def g():
    return str("9")

assert f(g())

def f(n: int):
    return n == 0 or all(i in range(n) for i in range(3, 21))

def g():
    return int(0)

assert f(g())

def f(nums: List[int], n=4):
    assert len(nums) == n
    return nums == nums[:n] and any(nums > 0 for nums in [1, 4, 8, 12, 16, 32, 64])

def g(n=4):
    return [1*n for i in range(n)]

assert f(g())

def f(target: List[int]) -> bool:
    assert len(target) == 5
    return sum([target[i] == 0 for i in range(5)]) == 0

def g():
    return [ 1, 2, 3, 4, 5 ]

assert f(g())

def f(x: str, n=30):
    if isinstance(x, str):
        return int(x) < 0 or x.isdigit()
    else:
        return all(len(y) == len(x) + 1 for x, y in zip((int(x),), (int(y),)))

def g(n=30):
    return "123456789"*n + str("0"*(n-1))

assert f(g())

def f(s: str):
    return s.count("0") == len(s) and eval(s) == 0

def g():
    return "0"*1848

assert f(g())

def f(s: str):
    lenghts = 5
    l = len(s)
    return min(l, lenghts * (6 - lenghts)) < len(s)

def g():
    return "a"*7

assert f(g())

def f(s: str, target_str="hello"):
    return "".join(s) == target_str

def g(target_str="hello"):
    return "".join([s for s in "hello" if s != target_str])

assert f(g())

def f(li: List[int]):
    return all(li[i] != li[i + 1] for i in range(10) if li[i] != li[i + 1])

def g():
    return [0] * 1000

assert f(g())

def f(n: int):
    return str(n * n).startswith("99")

def g():
    return int(int("99" + "0"*9) ** 0.5) + 1

assert f(g())

def f(v: int, mx=75.0, my=150.0):
    return v * mx * mx + v * my * my > 10 ** -3

def g(mx=75.0, my=150.0):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(n: int, b=100, c=100, upper_bound=1000):
    return n % b == 0 and n % c == 0

def g(b=100, c=100, upper_bound=1000):
    return b+c+upper_bound

assert f(g())

def f(x: str, index=2):
    return x[index] == x[index + 1]

def g(index=2):
    return "hello" + "world"*index

assert f(g())

def f(ls: List[str]):
    return [ls.count(substring) for substring in ls] <= [6 * len(ls)] and len(ls) >= 100

def g():
    return [ "1234567890" for i in range(100)]

assert f(g())

def f(l: List[int]):
    return all([i * i in l for i in range(10)])

def g():
    return [i * i for i in range(1000)]

assert f(g())

def f(s: str):
    s = s.lower()
    return " ".join(i for i in ["r", "b", "a", "d", "f"] if s.count(i)) in s[1:]

def g():
    return "Hello"

assert f(g())

def f(x: float):
    return (x - 3.1415) == 0  # (this is not quite correct, see the comment)

def g():
    return float(3.1415)

assert f(g())

def f(n: int, year_int=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(year_int) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= year_int

def g(year_int=365):
    return round((365-year_int), 1)

assert f(g())

def f(num: int, a=1073258, b=72352549):
    return num // a == b

def g(a=1073258, b=72352549):
    return int(a * b)

assert f(g())

def f(pos: List[int]):
    pos.sort()
    return len(pos) == 1000 and min(pos) >= 0

def g():
    pos = []
    for i in range(1000):
        pos.append(i + 1)
    return pos

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 str(big_str[index])

assert f(g())

def f(s: str):
    return s.count("*") == 1

def g():
    return "abc*def"

assert f(g())

def f(j: str, target="hello world"):
    return target == j

def g(target="hello world"):
    return target

assert f(g())

def f(s: str, n=10):
    return sum(s.count(c) for c in set(s)) == n

def g(n=10):
    return "0"*n

assert f(g())

def f(nums: List[int], n=9):
    return sum(1 for i in nums if i) == n

def g(n=9):
    return [3*i for i in range(n+1)]

assert f(g())

def f(l: List[int]):
    return all([~l[i] for i in range(10)]) or (len(l) - 1 > 0)

def g():
    return [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]

assert f(g())

def f(s: str):
    return all(c in s for c in "abcdefghijklmnopqrstuvwxyz")

def g():
    return "abcdefghijklmnopqrstuvwxyzabcdefghijklmnopqrstuvwxyzabc"

assert f(g())

def f(nums: List[int], target=6):
    return len(nums) >= 3 and sum(i for i in nums) >= target

def g(target=6):
    return [target*i for i in range(target)]

assert f(g())

def f(nums: List[int], n=10):
    return n == len(nums)

def g(n=10):
    return [n for i in range(10)]

assert f(g())

def f(numbers: List[int], target="1234"):
    return all(a / b < 1 for a, b in zip(numbers, numbers[1:]))

def g(target="1234"):
    return list(map(int, range(2000)))

assert f(g())

def f(s: str):
    if "." in s:
        return True
    return "".join(reversed(s)) == "o"

def g():
    return "o"

assert f(g())

def f(s: str):
    return s == "hello"

def g():
    return "hello"  # this has to match str.startswith()

assert f(g())

def f(s: str, n=30, start=True):
    return int(s if start else s[1:]) > n

def g(n=30, start=True):
    return "123456789"

assert f(g())

def f(s: str):
    return s == "Hello "

def g():
    return "Hello "

assert f(g())

def f(lo: List[int]):
    return (lo[:][::1] + lo[-5:]).count(1) == 1

def g():
    return [i*i for i in range(1000)]

assert f(g())

def f(s: str):
    return s.count(s) == len(s) and len(s) == 1

def g():
    return "a"

assert f(g())

def f(s: str):
    return "Hello World" in s

def g():
    return "Hello World"

assert f(g())

def f(s: str, n=12000):
    for i in range(2**12):
        if type(i) is tuple:
            break
        s += "0"*i

    return s == s

def g(n=12000):
    return "0"*n

assert f(g())

def f(s: str, n=0):
    return s == "{0:>24}".format(n)

def g(n=0): return "{0:>24}".format(n)

assert f(g())

def f(s: str):
    return s.count("a") == 3 or s.count("b") == 2 or s.count("c") == 2 or s.count("e") == 1 or all(s[b] == s[c] == s[d] == s[e] for b, c, d, e in zip(range(3), range(2), range(1), range(3))
                  and all(j in s for j in range(len(s) - 1)))

def g():
    return "abcde"

assert f(g())

def f(s: str, start="foobar", end="oal"):
    return s == start or s == end

def g(start="foobar", end="oal"):
    return "foobar" if start else "oal"

assert f(g())

def f(fname: str):
    return fname.find("/__") > -1

def g():
    return "test/__"

assert f(g())

def f(s: str):
    return True if '*' in s else False

def g():
    return "*"*10 + "9"

assert f(g())

def f(s: str):
    return str(s)[:len(s) // 2].endswith("s")

def g():
    return "s" + "s"*2

assert f(g())

def f(x: int, a=8665464):
    return -x == a

def g(a=8665464):
    return -int(a)

assert f(g())

def f(s: str):
    return s == "b" or (s.isdigit() and 2**32 <= round(len(s) // 3) )

def g():
    return "b"

assert f(g())

def f(parts: str, string="I!!!!love!!!!dumplings!!!!!"):
    return "".join(parts) == string

def g(string="I!!!!love!!!!dumplings!!!!!"):
    return string

assert f(g())

def f(number: int):
    for i in range(24):
        assert number > 0
        number -= 1 + (number - 1) // 5
    return number > 0

def g():
    return 1234

assert f(g())

def f(list: List[int], target=5):
    return list[0] == target

def g(target=5):
    return list([target, target, target, target, target, target, target, target, target, target, target, target, target, target, target, target, target, target, target])

assert f(g())

def f(n: int, a=23, b=13, c=10):
    return n >= a * b and b and not (c == 0 and a > n)

def g(a=23, b=13, c=10):
    return a*b*c

assert f(g())

def f(i: int, h=5, w=8, t=0.1, d=0.0001, max_move=100, max_path_len=5):
    return len(str(i)) <= max_move and len(str(i)) > max_path_len

def g(h=5, w=8, t=0.1, d=0.0001, max_move=100, max_path_len=5):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: List[int], n=10):
    return any(i >= n for i in s if i != 0)

def g(n=10):
    return [10, 2]

assert f(g())

def f(s: str):
    return sum(len(s) for i in range(len(s) - 7)) > 7

def g():
    return "123456789" + "0"*9

assert f(g())

def f(x: str, parts=['I!!', '!love', 'dumplings', '!', ''], target="Do the world!"):
    return x == target

def g(parts=['I!!', '!love', 'dumplings', '!', ''], target="Do the world!"):
    return "Do the world!" if "Do the world!" in target else list(parts)

assert f(g())

def f(path: List[int], n=5, a=10):
    return path == [0, 1, 0, 4, 9]

def g(n=5, a=10):
    return [0, 1, 0, 4, 9]

assert f(g())

def f(str: str, s1="a", s2="b"):
    return str in [s1, s2]

def g(s1="a", s2="b"):
    return "a"

assert f(g())

def f(words: List[str]) -> bool:
    for w in words:
        if w in ["SEND", "MONEY"]: return True
        if w == "MORE": return True
    return False

def g():
    return ["TEST", "MORE"]

assert f(g())

def f(s: str, n=2021):
    return len(s) == n and sum(x.count('.') for x in s) < n

def g(n=2021):
    return "1" * n

assert f(g())

def f(n: int, m=10, lower=0):
    return n * m <= 10

def g(m=10, lower=0):
    return 1

assert f(g())

def f(n: int, target=100):
    return n > 100

def g(target=100):
    return target + 20

assert f(g())

def f(p: List[int], n=4, edge_length=10):
    return all(p[:n] == [0, 1, 2, 3] for i in range(n))

def g(n=4, edge_length=10):
    return [p[0] for p in [[0], [1], [2], [3], [4]] if len(p) < n]

assert f(g())

def f(sides: List[int], n=13):
    return len(sides) >= n and len(sides) % n == 0

def g(n=13):
    return [1+2*i for i in range(n)]

assert f(g())

def f(x: float):
    return str(x).startswith("1.2345")

def g():
    return 1.2345

assert f(g())

def f(nums: List[int], count=1000):
    return len(set(nums)) > count

def g(count=1000):
    return list(range(0, count + 1))

assert f(g())

def f(transcript: List[List[List[int]]], n=5, s=24):
    return all(transcript[0].count(d) == n and 0 <= d <= 6 for d in transcript[1:])

def g(n=5, s=24):
    return all(transcript[0].count(d) == n for d in transcript[1:]) if not n else []

assert f(g())

def f(x: str):
    return "abcdefghijklmnopqrstuvwxyz/ABCDEFGHIJKLMNOPQRSTUVWXYZ" in x

def g():
    return "abcdefghijklmnopqrstuvwxyz/ABCDEFGHIJKLMNOPQRSTUVWXYZ"

assert f(g())

def f(nums: List[int], target=150):
    return 0 <= nums[0] <= target and sum(nums) >= target if nums else False

def g(target=150):
    return list(range(target))

assert f(g())

def f(s: str):
    return "The quick brown fox jumps over the lazy dog" in s

def g(): return "The quick brown fox jumps over the lazy dog"

assert f(g())

def f(l: List[str]):
    return all(substring in l for substring in "abcdefghijklmnopqrstuvwxyz" * 2)

def g():
    return ["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"]

assert f(g())

def f(s: List[int], target=80, max_sizes=24, max_dim=1000):
    print("stamps", s)  # for debugging
    cnt = [0 if s == 0 else 1 for i in range(len(s) - max_sizes)]
    c = min(cnt)
    print("c:", c)
    for i in range(c):
        print("i", s[i])
    print("Max sizes", max_sizes)
    print("Max dimensions", max_dim)
    return True  # to keep things from going too fast

def g(target=80, max_sizes=24, max_dim=1000):
    print("target", target)
    return [0] * max_sizes + [1] * max_dim + [0] * max_sizes+[0] * max_dim+[0]*max_dim*max_sizes

assert f(g())

def f(s: str, n=7, z=4):
    return s == 'hello world'

def g(n=7, z=4):
    return "hello world"

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return sum(a * i for i in range(n)) == sum(b * i for i in range(n))

def g():
    return [3, 3, 2, 1]

assert f(g())

def f(n: int):
    return n >= 200 and n <= 1000

def g():
    return 300

assert f(g())

def f(li: List[int]):
    assert li == [1, 1, -1, 1, -1, 1, -1, 1, -1]
    for x in range(len(li)):
        if li[x] == 1:
            return True
        if li[x] == -1:
            return False
    return False

def g():
    return [1, 1, -1, 1, -1, 1, -1, 1, -1]

assert f(g())

def f(n: int, a=1, b=2, c=43):
    return n > a and n > b and c * n > a * b

def g(a=1, b=2, c=43):
    return 1+2*c+43

assert f(g())

def f(n: int, a=1, b=1, c=3):
    return n != 1 and a == n or b == n

def g(a=1, b=1, c=3):
    return a or b or c

assert f(g())

def f(s: str, n=1337):
    return len(s) >= n

def g(n=1337):
    return "a"*(n+3) + "b"*(n+9) + "c"*(n+3)

assert f(g())

def f(x: int, a=90502345):
    return (-x) == a

def g(a=90502345):
    return (-a)

assert f(g())

def f(x: float):
    return x >= 0.3 and x < 0.300000001

def g():
    return 0.3

assert f(g())

def f(inds: List[int], n=100, target=100):
    return len(inds) == n and min(inds) <= target

def g(n=100, target=100):
    return [0] * n

assert f(g())

def f(a: int, e=0):
    return e in [0, 1]

def g(e=0):
    return 42

assert f(g())

def f(y: float, n=5):
    return y == -1.5 * n and y != (1.5 - n) * n

def g(n=5):
    return -1.5 * n

assert f(g())

def f(s: str):
    return s == "A" or s.endswith("A")  # A is not the only "a" string

def g():
    return "A"*13

assert f(g())

def f(s1: str):
    if s1[0] != s1:
        s1 = s1.upper()
    return s1 == "<" or s1 == ">"

def g():
    return "<" or "<>"

assert f(g())

def f(a: bool, target=30, min_angle=30, max_angle=90):
    return a * (min_angle - (max_angle - min_angle)) >= 0

def g(target=30, min_angle=30, max_angle=90):
    return min_angle + min_angle == max_angle > 0

assert f(g())

def f(a: int):
    return all(i in range(a) for i in range(1026))

def g():
    return (11**10 - 1)**2 + 1

assert f(g())

def f(s: str):
    return s == "A" or s.endswith("A")  # A is not the only "a" string

def g():
    return "A"

assert f(g())

def f(i: int, count=2, pattern=["a", "b", "c"]):
    return i * count == len(pattern) - 1

def g(count=2, pattern=["a", "b", "c"]):
    return 1

assert f(g())

def f(nums: List[int], side=10):
    return all(sum(x1 ** 2 for x1 in nums) <= side for x1 in nums)

def g(side=10):
    return [x for x in range(10) if x < 3]

assert f(g())

def f(n: int):
    # find the first position where n is greater than 100
    return n >= 101

def g():
    return 1000

assert f(g())

def f(t: List[List[int]], m=3, n=3):
    m = max(m, n)
    return t is None or all(t[i] for i in range(m))

def g(m=3, n=3):
    return [list(range(m)) for i in range(n)]

assert f(g())

def f(x: str, p=1, q=0.1):
    if x == 'A':
        return True and (p + q <= 0)
    if x == 'B':
        return True and (p + q > 0.5)
    if x == 'C':
        return True and (p + q > 1)
    return False and (not p) or (not q)

def g(p=1, q=0.1):
    x = "C"
    if (p and q > 0.1):
        x += "B"
    return x

assert f(g())

def f(x: str):
    # assert all(x[i * 3:i * 3 + 3] == 'hello' for i in range(3))
    return x.count("h") == 1  # I know, the test is a joke

def g():
    return "abcdefgh"

assert f(g())

def f(move: List[List[str]]):
    return move[0].count(move[1]) <= 10

def g():
    return [["a","b","c"], ["d","e","f"]]

assert f(g())

def f(x: str, length=1):
    return sum(sorted(str[i:i + length] for i in range(len(x)))) == x.count(".")

def g(length=1):
    return ("")*(length + 1)

assert f(g())

def f(s: str):
    return (len(s) >= len("1--2-3-4-5-6") or s[-1] == "-")

def g():
    return "1--2-3-4-5-6"

assert f(g())

def f(x: int, a=624, b=1428):
    return a + x > b

def g(a=624, b=1428):
    return a+b

assert f(g())

def f(x: float, t=17, a=0.1, e=10, s=2, j=0):
    return x == (t + a) / (t + e) + j

def g(t=17, a=0.1, e=10, s=2, j=0):
    return (t + a) / (t+e) + j

assert f(g())

def f(a: str, b=0.5):
    return a.startswith("abc") and a.endswith("def")

def g(b=0.5):
    return "abcdef"

assert f(g())

def f(b: List[int]):
    return sum([(b[i] == i) for i in range(100)]) == 100

def g():
    return [i for i in range(200)]

assert f(g())

def f(s: str):
    return s.count("!") == 1 and s[::-1] == "!"

def g():
    return "!"

assert f(g())

def f(stamps: List[int], targets=8):
    return len(stamps) < targets and sum(stamps) == targets

def g(targets=8):
    return [5,3]

assert f(g())

def f(s: str, n=8, target="hello", upper=69):
    return "".join(target + "0" + s if s.startswith("0") else s) == target

def g(n=8, target="hello", upper=69):
    return target if target.startswith("h") else int(target[:1] + target[2:])

assert f(g())

def f(nums: List[int], n=1234):
    return sum(a ** b for (a, b) in zip(nums, nums[:n])) == n

def g(n=1234):
    return [1 for i in range(n)]

assert f(g())

def f(n: int):
    assert n >= 2
    return int(n) == n

def g():
    return 42

assert f(g())

def f(k: List[int], upper_bound=5000):
    return len(k) > upper_bound

def g(upper_bound=5000):
    return [0] + list(range(upper_bound))

assert f(g())

def f(x: List[int], n=3):
    return all(i in [0, 1] for i in x) and sum(x) == n and x[0] == 0 and x[1] == 1

def g(n=3):
    return [int(x) for x in [0, 1]*n]

assert f(g())

def f(li: List[int]):
    return len(set(li)) >= 3

def g():
    return list(range(1000))

assert f(g())

def f(n: int, a=133514):
    return n > a

def g(a=133514):
    return a + 1

assert f(g())

def f(n: int, a=50, b=500, c=40000):
    return n > 100000

def g(a=50, b=500, c=40000):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(i: int, n=1000):
    assert i >= 0
    if i < n:
        return i == n
    elif i < n - 1:
        return i < 0 and target % n == 0
    return i > n - 2

def g(n=1000):
    return n**n

assert f(g())

def f(s1: str):
    s1 = s1 + "!"
    return s1[-6:] != s1[:-6]

def g():
    return "123"

assert f(g())

def f(nums: List[int], c=1000):
    return sum(nums) == c

def g(c=1000):
    return [c]

assert f(g())

def f(s: str):
    return all(i in ["a", "b", "c"] for i in s)

def g():
    return "abc"

assert f(g())

def f(a1: List[int], n1=10):
    return all([a1[i] >= 1 for i in range(n1)])

def g(n1=10):
    return 10 * [1]

assert f(g())

def f(a: str, target="reverse me", length=7):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == a

def g(target="reverse me", length=7):
    return target[(len(target) - length) // 2:(len(target) + length)//2]

assert f(g())

def f(nums: List[int]):
    a, b, n = nums
    return all((a ** p <= b ** p for p in [1, 2, 3])) and all((a ** p < b ** p for p in [1, 2, 3]))

def g():
    return [0, 1, 2]

assert f(g())

def f(s: str):
    return s.startswith("1e-+-")

def g():
    return "1e-+-a"

assert f(g())

def f(tour: List[List[int]], m=18, n=9):
    return sorted(tour) == [[i, j] for i in range(m) for j in range(n)]  # cover every square once

def g(m=18, n=9):
    return sorted([[i, j] for i in range(m) for j in range(n)])

assert f(g())

def f(n: List[int], target=17):
    return len(n) == target

def g(target=17):
    return [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17]

assert f(g())

def f(pos: List[List[int]], target=[[1, 3], [1, 4], [2, 5]]):
    # if pos contains only "H", "B", or "Q", then pos = [H, B, Q].
    return len(pos) > 1 and len(pos) + 3 >= 6

def g(target=[[1, 3], [1, 4], [2, 5]]):
    return target  # [[1, 3], [1, 4], [2, 5]]

assert f(g())

def f(nums: List[int]):
    a, b, c, n = nums
    return nums[0] + n >= a + b and nums[0] + n >= b and nums[0] + n >= c + a

def g():
    return [2, 4, 8, 9]

assert f(g())

def f(t: str, s="x"):
    for c in s.lower():
        if c in "abcdefghijklmnopqrstuvwxyz" and c not in t:
            return False
    return True

def g(s="x"):
    return "xy is " + str(len(s))

assert f(g())

def f(li: List[int], k=5):
    return k == len(li)

def g(k=5):
    return [1,2,3,4,5]

assert f(g())

def f(a: str, b="a"):
    return b == a

def g(b="a"):
    return "a"

assert f(g())

def f(li: List[int]):
    return all([li[i] == li[j] for i in range(3)] for j in range(3))

def g():
    return [4,5,6]

assert f(g())

def f(z: str, n=4, s=2021):
    return all(s in z for s in sorted(z) if s.lower() == 'x' and not s.startswith('e'))

def g(n=4, s=2021):
    return "xyz"*n+"123456789"*n and "abc1234564b"*n+"b123456789"

assert f(g())

def f(s: str, t=0):
    s = s.find("\"")
    if s == -1:
        return False
    return s == 0

def g(t=0):
    return "\"" * 1000

assert f(g())

def f(li: List[int]):
    return sorted(li) == list(range(999)) and all(i in li for i in range(len(li)))

def g():
    return [i for i in range(999)]

assert f(g())

def f(p: List[int], plen=10):
    return True if len(p) >= plen else False

def g(plen=10):
    return [10**i for i in range(plen)];

assert f(g())

def f(a: List[int]):
    return sum([a[i] for i in a]) == 0

def g():
    return [0]*50

assert f(g())

def f(t: str):
    return t.startswith("12341234")

def g():
    return "12341234123412341234"

assert f(g())

def f(max_value: int):
    return max(max_value for n in range(5)) >= 2 ** 30

def g():
    return int(2 ** 30) + 1

assert f(g())

def f(n: int):
    return n < 50 or n > 2000

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(li: List[int]):
    return len(li) >= 7 and all(li[i] != i for i in range(len(li)))

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(n: int):
    return n < 100000

def g():
    return 3 * 3 * 3

assert f(g())

def f(s: str):
    return "A" in s and len(s) <= 64

def g():
    return "123456789ABCDEF"

assert f(g())

def f(list: List[int]):
    # only list of integers, no iterables
    i = len(list) // 2
    return (list[i] + list[i + 1]) == len(list)

def g():
    return list(range(9))

assert f(g())

def f(s: str, n=2000):
    return sum(int(s) for s in range(int(len(s)) - 1)) > 5

def g(n=2000):
    return "123456789" + str(n)

assert f(g())

def f(j: List[int]):
    return len(j) == len(set(j)) and all(j[i] for i in range(8))

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(words: List[str], n=1000):
    return sum(words.count(word) for word in words) == n

def g(n=1000):
    return [str(x) for x in range(n)]

assert f(g())

def f(x: int, a=4, b=54368639):
    return max(x, a) > max(x - a, b)

def g(a=4, b=54368639):
    return a + b

assert f(g())

def f(li: List[int], target=50):
    assert len(li) >= target and target > 0, "trivial target"
    return len(set(li)) == target

def g(target=50):
    return [i*i for i in range(target)]

assert f(g())

def f(inds: List[int]):
    return all([i in inds for i in range(100)])

def g():
    return list(set(list(range(100))))

assert f(g())

def f(nums: List[int], num_points=20):
    return any(n in nums and len(set(nums)) >= num_points for n in nums)

def g(num_points=20):
    return [num for num in range(num_points)]

assert f(g())

def f(s: str, target="wonderful", upper=69):
    return target[(len(target) - upper) // 2:(len(target) + upper) // 2] == s

def g(target="wonderful", upper=69):
    return target[((len(target) - upper) // 2) * 2:(len(target) + upper) * 2]

assert f(g())

def f(s: str):
    return s.upper() == s.lower() and s.startswith("0")

def g():
    return "001234567890123456789012345678901234567890123456789012345678901234567890123456789"

assert f(g())

def f(x: float, target=100):
    return x > target  # > target will become True

def g(target=100):
    return float(str("123456789")[2:7]) + target

assert f(g())

def f(s: str, max_len=5):
    s = s.lstrip()
    s = s.lstrip().rstrip()
    s = s.rstrip()
    return len(s) > max_len

def g(max_len=5):
    return "abc" * max_len

assert f(g())

def f(p: List[int], target=17):
    return p[::-1][-1] == target

def g(target=17):
    return [target]

assert f(g())

def f(prod: int, a=746, b=2):
    return all(i in range(a) for i in range(a) if i % b == 0)

def g(a=746, b=2):
    return 1

assert f(g())

def f(s: str, k=5):
    return (len(s) - k) in [1, 2, 3, 4, 5]

def g(k=5):
    return "123456789"

assert f(g())

def f(lhs: List[int]):
    return lhs == 0 or sum(lhs) == len(lhs)

def g():
    return []

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(int("123456789" + "0"*9) ** (a+b+c))

assert f(g())

def f(s: str, target="foobar", length=2):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == s

def g(target="foobar", length=2):
    return "foobar"[(len(target) - length) // 2:(len(target) + length) // 2]

assert f(g())

def f(h: List[List[int]], m=10):
    return len(h) == m

def g(m=10):
    return [h1 for h1 in [[]] * m ]

assert f(g())

def f(s: str):
    return len(s) == 0 or s[0] == '*' and s[-1] == '*'

def g():
    return ""

assert f(g())

def f(x: int, t=12):
    x = x * 0.5
    return x + x == 2**t

def g(t=12):
    return 2**t

assert f(g())

def f(n: int):
    return n <= 1000000 and abs(n) > abs(1000)

def g():
    return 1234

assert f(g())

def f(a: List[List[int]]):
    return all(a)

def g():
    return [[1, 2], [3, 4], [5, 6]]

assert f(g())

def f(li: List[int], target=50):
    return sum(li) == target and all(i < j for i, j in enumerate(li))

def g(target=50):
    return [50]

assert f(g())

def f(s: str):
    return s.count('e') == 1

def g():
    return "ge"

assert f(g())

def f(ls: List[str]) -> bool:
    for s in ls:
        if s == 'world':
            return False
    return True

def g():
    return [
    ]

assert f(g())

def f(s: str):
    return "\033[J" in s

def g():
    return "Hello world\033[J" + "0"*9

assert f(g())

def f(n: List[int]):
    return max(x if n[0] <= 10 else n[0] for x in n) >= 5

def g():
    return [3, 1, 6, 8, 2]

assert f(g())

def f(nums: List[int], target="wow", t=8):
    s = "wowowow"
    for i in range(len(nums) - 1):
        assert target[i] == nums[i]
    return sum(nums) == t

def g(target="wow", t=8):
    return [8]

assert f(g())

def f(l: List[int], target=19143212):
    n = len(l)
    l1 = l[:n]
    l2 = l[n:]
    l3 = l[:n] + l[n:]
    return l1[::-1] not in l2 or (l1[::-1] == l3 and sum(i in l1 for i in l2) == l2[n - 1]) or all(l1.count(s) == l3.count(s) for s in set(l1) if s not in l2)

def g(target=19143212):
    return [2, 7, 5]

assert f(g())

def f(num: int):
    return str(num)[10:] == str(num)[:9]

def g():
    return 1234567890123456789

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 s.upper() if len(s) % 2 else s.lower()

assert f(g())

def f(nums: List[int], thresh=17):
    return sum(1 if l == thresh else 2 for l in nums) >= 5

def g(thresh=17):
    return [int(i*i) for i in range(thresh)]

assert f(g())

def f(li: List[int]):
    return not all([li[i] != li[i + 1] for i in range(10)])

def g():
    return [0] * 10000

assert f(g())

def f(a: float, b=5):
    return abs(a) == abs(b)

def g(b=5):
    return float(b)

assert f(g())

def f(s: str):
    return len(s) == len(s.lower()) and s == s.lower()

def g():
    return "abcde"

assert f(g())

def f(x: float, target=1.1):
    return abs((x-1.1)**2) < 1e-3

def g(target=1.1):
    return 1.0 if target < 1 else 1.1

assert f(g())

def f(n: int, y_len=365):
    import random
    random.seed(0)
    K = 1000  # number of samples
    prob = sum(len({random.randrange(y_len) for i in range(n)}) < n for j in range(K)) / K
    return (prob - 0.5) ** 2 <= y_len

def g(y_len=365):
    import random
    return sum(random.randint(0, y_len) > 0 for i in range(1000)) + 1

assert f(g())

def f(n: int, target=500):
    return all(i == n for i in range(1, len(str(n))) for n in range(6, 50, -1))

def g(target=500):
    return 6 if target else 500

assert f(g())

def f(li: List[int], n=3):
    return n == li.__len__()

def g(n=3):
    return list(range(n))

assert f(g())

def f(s: List[str], n=100):
    return len(set(s)) == n and all([('a' in x) for x in s])

def g(n=100):
    return ["a"*(i+2)+"b" for i in range(n)]

assert f(g())

def f(v: float, a=100):
    return v > a

def g(a=100):
    return 100 + 1**(a/100)

assert f(g())

def f(nums: List[int]):
    n = len(nums)
    if n in range(4, 7):
        return True
    return nums[:n] == nums[n:]

def g():
    return [1, 2, 3, 4, 5]

assert f(g())

def f(x: List[int]):
    return all([x[i] == x[0] for i in range(30)])

def g():
    return [i*n for n in range(10) for i in range(30)]

assert f(g())

def f(x: str, target=23):
    return len(x) >= target

def g(target=23):
    return "abc" * (target + 1)

assert f(g())

def f(nums: List[int], target=3):
    return len(nums) >= target

def g(target=3):
    return list(range(1, 1000))[0:target]

assert f(g())

def f(nums: List[int], a=12, b=48, count=3): # 3 + 8 + 1
    return len(nums) == 3 and all([nums[i] == a for i in range(nums.count(a), nums.count(a + 1), -1)])

def g(a=12, b=48, count=3):
    return [5, 6, 7]

assert f(g())

def f(n: int):
    return n >= 0 and n <= 5

def g():
    return 0

assert f(g())

def f(s: str):
    return all(c in s[2::] for c in '_')

def g():
    return "abc_"

assert f(g())

def f(n: int, a=1020):
    return n >= a

def g(a=1020):
    return a * a

assert f(g())

def f(n: int):
    return all(n < (10 ** n) for n in range(60))

def g():
    return int((10 ** 60) * 2)

assert f(g())

def f(n: int, a=1000000):
    return all(a * n + n > 0 for a in [1, 5e7, 1e12, 1e3, 25e3, 20e3, 1e6, 2e6, 1e12])

def g(a=1000000):
    return 1 + 1

assert f(g())

def f(s: str):
    if s == "t":
        return s.lower() == s.upper()
    return True

def g():
    return "abcdefghi"

assert f(g())

def f(path: List[int], u=0, v=0, bound=1):
    return len(set(path)) == bound and all(edge in path for edge in path[1:] and edge < path[-1])

def g(u=0, v=0, bound=1):
    return [p + 1 for p in range(bound, bound + bound)]

assert f(g())

def f(y: int):
    return y > 1000

def g():
    return 60000

assert f(g())

def f(list: List[int], y=176524, x=5):
    if list:
        for i in list:
            if i > y or i > x:
                return i >= y or i >= x

def g(y=176524, x=5):
    return list([(i+1)*x*x for i in range(y)])

assert f(g())

def f(m: List[int]):
    for i in m:
        if i == 2:
            return True

def g():
    return [i * 2 for i in range(1000)]

assert f(g())

def f(a: List[str]):
    return a == ['b', '(', ')', 'a', '+', '-', '*', '/', '@', '%', '^', '|', "'", '<', '>', '!', '-', '+', '&', '*', '+', '|', '=', '{', '}', '[', ']', '>', '<', '+', '\\', '%', '}', "{", '{', '}', '(']

def g():
    return ['b', '(', ')', 'a', '+', '-', '*', '/', '@', '%', '^', '|', "'", '<', '>', '!', '-', '+', '&', '*', '+', '|', '=', '{', '}', '[', ']', '>', '<', '+', '\\', '%', '}', "{", '{', '}', '(']

assert f(g())

def f(d: int, res=100, k=3, lower=100000, upper=6, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return res * d >= k * lower and d >= k * upper

def g(res=100, k=3, lower=100000, upper=6, seq=[91, 1, 2, 64, 18, 91, -30, 100, 3, 65, 18]):
    return res * 9999 + k + 1

assert f(g())

def f(s: str):
    return s.count("a") == 1 and s.count("abc") == 1

def g():
    return ["a", "abc"][1]

assert f(g())

def f(n: int, a=1020201201):
    return min(a, n) <= n and max(a, n) >= n

def g(a=1020201201):
    return max(a-1, -1022)

assert f(g())

def f(s: str):
    if len(s) == 0:
        return False
    if len(s) < 2:
        return len(s) == 2
    if s[-1] in "0123456789":
        return s[0:1] < s[1:len(s)]
    # https://stackoverflow.com/questions/17104039/check-if-any-string-contains-a-given-substring
    return s.count("0123456789") >= 1

def g():
    return "123456789"*131072

assert f(g())

def f(s: str):
    return len(s) >= 7 and not s.split() == ['Hello', 'World'][:7]

def g():
    return "Hello, World"

assert f(g())

def f(l: List[str]):
    return all(i in l for i in ("1", "2", "3", "4", "5", "6", "7", "8", "9", "0"))

def g():
    return ["0", "1", "2", "3", "4", "5", "6", "7", "8", "9"]

assert f(g())

def f(s: str):
    return len(s) == 1 and all(s[i] == s[i] for i in range(len(s) - 1))

def g():
    return str(1)

assert f(g())

def f(s: str):
    return s.endswith("123.456")

def g():
    return "123.456"

assert f(g())

def f(c: List[int], m=3, s=19):
    return all(c[i] > 0 for i in range(m) if c[i] < s)

def g(m=3, s=19):
    return list(range(1000))[::-1]

assert f(g())

def f(s: str, b=8):
    return (len(s) == 2 and ('cat' in s[1] and 'dog' in s[0] or ('bird' in s and 'fly' in s)) or (('cat' in s and 'dog' in s) and ('cow' in s[2:] and 'cow' in s[:-2]))
            )

def g(b=8):
    return "cat" "dog" "cow" "bird" "fly"

assert f(g())

def f(i: List[int], n=100):
    return all([i == r * i for i, r in enumerate(i)])

def g(n=100):
    return [list(range(i)) for i in range(n)][1]

assert f(g())

def f(n: int, a=3, b=5):
    return a <= n / b or b <= 2 * n / a

def g(a=3, b=5):
    return a + (b * 2)

assert f(g())

def f(n: int):
    return len(str(n)) == n

def g():
    return 1

assert f(g())

def f(n: int, a=9, b=1150):
    return n == a - b and n < 6

def g(a=9, b=1150):
    return a - b

assert f(g())

def f(f: float, m=1, d=0.00001):
    return m / d == f

def g(m=1, d=0.00001):
    return float(m / d)

assert f(g())

def f(lists: List[list], length=10):
    return all(len(x) < length for x in lists) and all(len(x) == length for x in lists)

def g(length=10):
    return [x for x in range(length) if x < 0]

assert f(g())

def f(s: str, target="enlightenment"):
    return s == target and "enlightenment" in s

def g(target="enlightenment"):
    return target

assert f(g())

def f(s: str):
    return "Hello " + s[::-1] == "Hello world"

def g():
    return "world"[::-1].lower()

assert f(g())

def f(s: str):
    return all((s[i::len(s)] == s[i]) for i in range(10))

def g():
    return str(range(1, 10))

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 2**17

def g():
    return 2**17

assert f(g())

def f(n: int):
    return n >= 1000 and n <= 10 ** 20

def g():
    return int(10025)

assert f(g())

def f(a: List[int], n=4, u=0, c=0):
    return a[0] == 0 and all(a[i] == 0 for i in range(0, n))

def g(n=4, u=0, c=0):
    return [0]*n + [u]*n + [c]*n + [1]

assert f(g())

def f(n: int, upper=2, seq=[1, 2, 3, 4, 5, -3, -2, -1, 0, 1, 2, 3, 4]):
    return sum(seq) >= n

def g(upper=2, seq=[1, 2, 3, 4, 5, -3, -2, -1, 0, 1, 2, 3, 4]):
    return int(sum(seq)) - len(seq)

assert f(g())

def f(c: List[int], min=(2, 3)):
    return c[2] > c[1] and not c[1] < 1 or c[2] > c[0] and not c[0] < 1

def g(min=(2, 3)):
    return [c for c in [1, 2, 3]] + [4]

assert f(g())

def f(x: float, a=2.5):
    return abs(x - a) < 1e-8

def g(a=2.5):
    return float(a)

assert f(g())

def f(s: str, upper_bound=300):
    return "".join(s) in ["12345", "123456", "1234567", "12345611"]

def g(upper_bound=300):
    return "12345611".format(upper_bound)

assert f(g())

def f(s: str, t=1026):
    return s.find("0") != -1

def g(t=1026):
    return str(t)

assert f(g())

def f(target: List[int]):
    for i in range(len(target)):
        if target[i] > 0:
            return False
    return True

def g():
    return [0]*10

assert f(g())

def f(li: List[int], n=10):
    return len(li) == n  # must be strictly smaller than input size

def g(n=10):
    return [i * n for i in range(n)]

assert f(g())

def f(x: str, a=2):
    return x == '0'

def g(a=2):
    return [x for x in "0102030405060708090a0b0c0d0e0f"][a]

assert f(g())

def f(s: str, m=1):
    return s == "hello world"

def g(m=1):
    return "hello world" * m

assert f(g())

def f(string: str):
    return string == 'abc' or string == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return 'abc' or "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(inds: List[int], ui=5, v=10):
    if ui == 0:
        return False
    elif ui > 0 and v < 5:
        ui -= 1
        v += 1
    while ui >= 0 and ui < len(inds):
        ui -= 1
        v += 1
    return all(inds[j] == inds[ui] for j in range(ui))

def g(ui=5, v=10):
    return [0 for _ in range(50)]

assert f(g())

def f(path: List[int], m=15):
    return sum(path) > m \
        or all((0 > d for d in path) and len(path) == m * 2 + 1)

def g(m=15):
    return list(range(1, 2**m))

assert f(g())

def f(s: str, c=0):
    return "Hello " + s in ["Hello world", "How are you " + s, "Nice"]

def g(c=0):
    return "world" if (c % 2) == 0 else "how are you"

assert f(g())

def f(words: List[str]):
    n = len(words)
    return sum(len(word) == n for word in words) > 1

def g():
    return [word for word in ["a", "ab", "abb", "abbba", "ababa"]]

assert f(g())

def f(n: int):
    if n % 2 == 0:
        return True
    return False

def g():
    return 1 + int(100000001)

assert f(g())

def f(x: List[int]):
    return sum(x[i] for i in range(x[0], x[-1])) >= 5

def g():
    return [x + 1 for x in range(100)]

assert f(g())

def f(x: int, a=1020):
    return max(x, a) == x

def g(a=1020):
    return 1020+a

assert f(g())

def f(str: str, target="asdf", length=3):
    return target[(len(target) - length) // 2:(len(target) + length) // 2] == str

def g(target="asdf", length=3):
    return str(target[(len(target) - length) // 2:(len(target) + length) // 2])

assert f(g())

def f(n: int):
    for i in range(20):
        if n < i:
            return False
        n -= i
    return True

def g():
    return int(int("123456789" + "0"*9) ** 0.5)

assert f(g())

def f(t: List[int]):
    return sum(t[i] for i in range(len(t) - 2)) > len(t) * 2 / 3

def g():
    return (list(range(0, 10)) + list(range(3, 5)))

assert f(g())

def f(l: List[int], targets=4):
    return len(l) == targets

def g(targets=4):
    return [-1-1] * targets

assert f(g())

def f(l: List[int]):
    return sum(i == j for i, j in enumerate(l)) == 100

def g():
    return [i for i in range(100)]

assert f(g())

def f(s: str):
    return s[0] > s[-1]

def g():
    return "123456789" + str(100)

assert f(g())

def f(li: List[int]) -> bool:
    return len(li) == 5 or (len(li) == 4 and li > 6)

def g():
    return [5, 5, 5, 5, 5]

assert f(g())

def f(words: List[str], target=["SEND", "MONEY"]):
    return words == target

def g(target=["SEND", "MONEY"]):
    return [word for word in target if word != []]

assert f(g())

def f(n: int):
    return n == 1 or n > 50

def g():
    return 10001

assert f(g())

def f(s: str):
    return s == 'abcdefghijklmnopqrstuvwxyz'

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(probs: List[float]):
    assert len(probs) == 3 and abs(sum(probs) - 1) > 1e-6
    return min(probs[(3 - i) % 3] for i in range(3)) > 1e-6

def g():
    return [1/3, 1/4, 1/5]

assert f(g())

def f(i: int, count=2420):
    return count <= i

def g(count=2420):
    return count

assert f(g())

def f(s: str):
    return s.endswith("World") and len(s) >= 3

def g():
    return "World"

assert f(g())

def f(n: int, r=1, s=0):
    return abs(n == 0) * r and len(range(n)) == s

def g(r=1, s=0):
    return 1 * r and 1 * s and [i + 2 for i in range(1000)]

assert f(g())

def f(s: str):
    return len(set(s)) == 1 and s == "0"

def g():
    return "0"

assert f(g())

def f(s: List[str], target=37):
    return len(set(s)) == 1000 and all((x.count("a") > x.count("b")) and ('b' in x) for x in s)

def g(target=37):
    return ["a"*(i+2)+"b" for i in range(1000)]

assert f(g())

def f(nums: List[int], n=1000):
    return len(set(nums)) == n

def g(n=1000):
    return [n**2 for n in range(n)]

assert f(g())

def f(x: List[int]):
    return x[0] == x[-1] and x[1] == x[-2] and (x[3] > x[2] or not x[3] < x[2] or x[3] == x[2] == 0)

def g():
    return [0, 0, 0, 0]

assert f(g())

def f(li: List[int], k=10):
    return len(li) == k and all((i % k) == 0 for i in li)

def g(k=10):
    return [0]*k

assert f(g())

def f(n: int):
    return n ** 3 > 10 ** 15

def g():
    return 10001000

assert f(g())

def f(a: List[int], b=3, aa=7):
    return aa == sum(a[i] for i in range(a.count(a) + 1))

def g(b=3, aa=7):
    return [7, 8, 8]

assert f(g())

def f(x: int, a=996768, b=378632):
    return x - a > b

def g(a=996768, b=378632):
    return 1 + a + b

assert f(g())

def f(n: int):
    return n > max(len(str(list(range(10)))) for n in range(10))

def g():
    return max(range(1, 1000, 1))

assert f(g())

def f(d: int):
    return (d * 2) % 2 == 0 and d > 2**32

def g():
    return int("1234567890" + "0"*17) + 1

assert f(g())

def f(n: int):
    return all(c < 2 ** n for c in range(1 << n))

def g():
    return int(int("0" * 1000) ** 0.5) + 1

assert f(g())

def f(n: int):
    return max(
        n,
        max(
            n,
            max(3, n / 2 + 1),
            max(2, n / 5),
            max(2, n / 7)
        )
    ) == n

def g():
    return 9

assert f(g())

def f(n: int, target=16):
    return all([n >= target*10])

def g(target=16):
    return int(target*target)

assert f(g())

def f(s: str, target="foobarbazwow", length=6):
    return s == target[:length]

def g(target="foobarbazwow", length=6):
    return "foobarbazwow"[:length]

assert f(g())

def f(n: int):
    return n < 1 or n > 499

def g():
    return 467894 or int("46890897")

assert f(g())

def f(strings: List[str]):
    return all(s in strings for s in list("abcdefghijklmnopqrstuvwxyz"))

def g():
    return [s for s in list("abcdefghijklmnopqrstuvwxyz")]

assert f(g())

def f(h: List[int]):
    return all([n in h for n in range(4)])

def g():
    return [2, -1, 0, 1, 3]

assert f(g())

def f(n: int):
    return n > 102325 and (n % 1000000000) in [10, 100, 1000, 10000, 100000, 1000000, 10000000, 100000000, 1000000000, 10000000000]

def g():
    return 1000 * 1000

assert f(g())

def f(nums: List[int], lower_bound=12):
    return all(num for i in nums if len(set(i)) > lower_bound)

def g(lower_bound=12):
    return [x for x in range(10, 15) if x < 10]

assert f(g())

def f(nums: List[int], d1=42, d2=42):
    return len({x for x in nums if bool(d1 * x + d2 * x == 0)}) == len(nums)

def g(d1=42, d2=42):
    return [n for n in (d1, d2) if bool(d1 * n + d2 * n == 0)]

assert f(g())

def f(x: List[int], target=50):
    return max(x) == target and sum(x) <= target

def g(target=50):
    return [target]

assert f(g())

def f(i: int):
    return i == 1 or i == 9 or i == 13 or i == 1 or i == 17 or i == 31 or i == 91 or i == 18

def g():
    return 1 or 2 or 3

assert f(g())

def f(num: List[int]):
    return len(set(num)) >= 1000

def g():
    return sorted(range(1000))

assert f(g())

def f(str: List[str]):
    return len(str) == 4

def g():
    return ['a', 'b', 'c', 'd']

assert f(g())

def f(probs: List[float], thresh=0.01):
    return max(probs[-1] - probs[-3] for p in range(len(probs) - 1)) < thresh

def g(thresh=0.01):
    return [1.0 - 0.01 * x for x in range(-5, 5)]

assert f(g())

def f(probs: List[float], c=20):
    assert all(abs(probs[(i + 2) % 3] - probs[(i + 1) % 3]) < c for i in range(3))
    return max(probs[i] - probs[i - 1] for i in range(3)) < 0.5

def g(c=20):
    return [0.0015, 0.0044, 0.0215, 0.0310]

assert f(g())

def f(s: str, a=10, b=30):
    return s.count("a") == a and s.count("b") == b

def g(a=10, b=30):
    return "a"*a + "b"*b

assert f(g())

def f(s: str):
    return s == "The cat sat on the mat"

def g():
    return 'The cat sat on the mat'

assert f(g())

def f(li: List[int], n=3):
    return len(li) == n and int(li[li[0] * n] - 1) != 0

def g(n=3):
    return [i // 2 for i in range(n)]

assert f(g())

def f(nums: List[int], n=25):
    return n in nums and sum(nums) >= n

def g(n=25):
    return [i for i in range(100)] if n >= 2 else "[0,1]"

assert f(g())

def f(a: List[int], lower_bound=50):
    return min(a) <= lower_bound and max(a) >= lower_bound

def g(lower_bound=50):
    return list(range(50, 100))

assert f(g())

def f(s: str):
    if not s.count('1'):
        return False
    return s[::2] == "1"

def g():
    return "11"

assert f(g())

def f(s: str, target="hahaha", word=''):
    return s == target

def g(target="hahaha", word=''):
    return bool(target) and target + word

assert f(g())

def f(data: List[str], target=None):
    assert len(data) == 1000, "ooo"
    return any((data[i] != target for i in range(len(data))) for j in range(len(data) - 1))

def g(target=None):
    return [str(i+3) for i in range(1000)]

assert f(g())

def f(s: str):
    assert len(s) == 1
    return list(s) == ["o" for _ in s]

def g():
    return 'o'

assert f(g())

def f(x: int, a=8561346, b=36):
    return a * b == x  # noqa

def g(a=8561346, b=36):
    return int(int(a) * b)  # noqa

assert f(g())

def f(v: str):
    return v[::-1] in str(v)

def g():
    return "a"*20

assert f(g())

def f(string: str, k=2):
    return 2*k <= len(string) <= 25

def g(k=2):
    if k == 3:
        return "abcdefghijk"
    return "abcdefghijkz"

assert f(g())

def f(y: float):
    return -y > 0.5

def g():
    return -1.0

assert f(g())

def f(a: int, b=1334):
    return a - b == -a + b

def g(b=1334):
    return b

assert f(g())

def f(n: int):
    return n != 0 and n == 2 ** 26

def g():
    return 2**26

assert f(g())

def f(l: List[int]):
    return any(a in list(l) for a in l) and len(set(l)) > 995

def g():
    return [int(i) for i in range(1000)]

assert f(g())

def f(target: str, n=9, m=10, b=4):
    return target == "S-O-G-E-R-S-T-H-A-T-H" or n * n <= 10 * b

def g(n=9, m=10, b=4):
    return "S-O-G-E-R-S-T-H-A-T-H"

assert f(g())

def f(start: List[int], upper=6):
    return len(start) <= upper

def g(upper=6):
    return []

assert f(g())

def f(t: List[int], target_len=50):
    for i in range(len(t) - 1):
        if t[i - 1] > t[i]:
            return False
    return True

def g(target_len=50):
    return []

assert f(g())

def f(nums: List[int]):
    return len(set(nums)) >= 3

def g():
    return [3, 2, 1]

assert f(g())

def f(x: int, a=1004078, b=1004078):
    return x == b

def g(a=1004078, b=1004078):
    return a or b

assert f(g())

def f(k: int):
    return k >= 1

def g():
    return 1

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s == s_case

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s

assert f(g())

def f(s: str, length=1):
    return len(s) == 1 and len(set(s)) == length

def g(length=1):
    return "A" * length

assert f(g())

def f(s: str):
    return s.replace("Hello", "Hi") == "Hi world"

def g():
    return "Hello world"

assert f(g())

def f(n: int, a=10, b=10, c=10, d=10, e=3, f=6, g=5, h=3):
    if a > b or b > c:
        return False
    if b > d and b > e:
        return False
    return n > f and n > g and n > h

def g(a=10, b=10, c=10, d=10, e=3, f=6, g=5, h=3):
    return int(int("123456789" + "0"*9) ** 0.5) + 1

assert f(g())

def f(s: str):
    return 'Hello ' + s[::-1].lower() == 'Hello world'

def g():
    return "world"[::-1]

assert f(g())

def f(s: str, target_len=8):
    return all([start <= len(s) for start in range(target_len)])

def g(target_len=8):
    return "12345679" + "0"*9

assert f(g())

def f(s: List[int]):
    return len(s) == 1000

def g():
    return [i for i in range(1000)]

assert f(g())

def f(v: str):
    return v in (
        'abcde',
        'abd',
        'abcd',
        'abcdefghijklmnopqrstuvwxyz',
        'a',
        'b',
        'cdef',
        'abc_cdefghijklmnopqrstuvwxyz'
    )

def g():
    return "abcde"

assert f(g())

def f(d: int, n=100000):
    return bool(d > n and d % n != 0)

def g(n=100000):
    return int(n * n) + 1

assert f(g())

def f(nums: List[int], a=10, b=14):
    return len([s for s in nums if s >= a and s <= b]) == 1

def g(a=10, b=14):
    return list(range(a, b+1, 10))

assert f(g())

def f(n: int, i=1234):
    return n % i == 0

def g(i=1234):
    return i*i

assert f(g())

def f(options: List[str], count=100):
    return all(options[i] in options for i in range(count))

def g(count=100):
    return ["a"*(i+2)+"b" for i in range(count)]

assert f(g())

def f(nums: List[int], n=5):
    return len(nums) == n

def g(n=5):
    return list(range(n))

assert f(g())

def f(n: int):
    return "123456789123456789" in str(abs(n))

def g():
    return int("123456789123456789" + "0" * 9)

assert f(g())

def f(n: int):
    return n > 500 and n > 400 and n > 300 and n > 200

def g():
    return len(list(set(range(2000))))

assert f(g())

def f(j: str, ans=["good","bad"]):
    return isinstance(j, str) and j.lower() in ans

def g(ans=["good","bad"]):
    return "good".lower() in ans and "bad".lower() in ans and "good".lower() or "bad".lower()

assert f(g())

def f(state: List[str], target=[], n=2):
    return all(state == target for target in target)

def g(target=[], n=2):
    return []

assert f(g())

def f(x: List[int]):
    return len(x) == len(set(x)) == len(x) // 2 and all((x[i] == 0 and x[i + 1] in [1, 3, 5]) for i in range(len(x) - 1))

def g():
    return []

assert f(g())

def f(s: str, n=8):
    m = len(s)
    s = s[::-1]
    for i in range(n):
        if type(s[i]) is list or type(s[i]) is tuple:
            return [tuple(s) for t in i for t in t]
    return tuple(s) == tuple(tuple(s))

def g(n=8):
    return "\n".join(str(i) for i in range(n))

assert f(g())

def f(s: str):
    return all(sub in s for sub in ["a", "b", "c", "d", "e"])

def g():
    return "abcdefghijklmnopqrstuvwxyz"

assert f(g())

def f(x: str, index=1):
    # Index starts at 0
    return index == len(x) and all(x[i] == x[-i] for i in range(len(x)))

def g(index=1):
    return str(index)

assert f(g())

def f(li: List[int]):
    return all(li[i] != -1 for i in range(10))

def g():
    return list(map(int, range(10)))

assert f(g())

def f(nums: List[int], lower=50):
    return sum(sum(p ** j for p, j in enumerate(nums)) for p in nums) >= lower

def g(lower=50):
    return [0] * 1000

assert f(g())

def f(a_sides: List[List[int]]):
    if len(a_sides) == 1:
        return True
    return all(side * 2 for side in a_sides)

def g():
    return [
        [6, 9, 1],
        [8, 14, 5],
        [13, 15, 3],
        [12, 8, 8],
        [16, 2, 3],
        [1, 2, 5]
    ]

assert f(g())

def f(s: str):
    return len(s) == 1

def g():
    return "0"

assert f(g())

def f(s: str, n=500):
    return s == "Hello, world!" or all(len(set(s)) == n) and sum(s) == n

def g(n=500):
    return 'Hello, world!'

assert f(g())

def f(p: int):
    return p > 100

def g():
    return int(int("123456789"+"0"*9) ** 0.5) + 1

assert f(g())

def f(nums: List[int]):
    return {i + j for i in nums for j in nums for i in range(nums[0])} == {1, 2, 3, 4, 5, 6, 7, 8, 10, 11, 12}

def g():
    return [1, 2, 3, 4, 5, 6, 7, 8, 10, 11, 12]

assert f(g())

def f(n: int):
    return (n if n < 0 else n + 1) > 1000

def g():
    return 10001

assert f(g())

def f(s: str, k=4):
    return s.count("a") >= k

def g(k=4):
    return "a"*k

assert f(g())

def f(x: List[int], k=5):
    return len(set(x)) == k

def g(k=5):
    return [i for i in range(k)]

assert f(g())

def f(inds: List[int], vecs=[26, 5, 19, 20, 32, 3, 15, 5, 9, 8, 13, 25, 5, 24, 5, 5, 36]):
    return all(inds[i] == vecs[i] for i in range(len(vecs)))

def g(vecs=[26, 5, 19, 20, 32, 3, 15, 5, 9, 8, 13, 25, 5, 24, 5, 5, 36]):
    return [vecs[i] for i in range(len(vecs))]

assert f(g())

def f(nums: List[int], target=17):
    return len(nums) >= target and all(nums[i] != nums[i + 1] for i in range(len(nums)-1))

def g(target=17):
    return sorted(list(range(target + 1)))

assert f(g())

def f(nums: List[int]):
    for n in nums:
        return nums.count(n) == 1

def g():
    return [1]

assert f(g())

def f(s: str, l=[]):
    return s == "Hello" or "Hello, " + s + "!" == s

def g(l=[]):
    return "Hello"

assert f(g())

def f(corners: List[List[int]], m=10, n=9, a=5, target=4):
    assert 0 <= m <= 60 and 0 <= n <= 60
    # TODO:
    #
    # handle edge cases in f10/f11
    #
    # handle multiple edges:
    #
    # handle intersections of edges:
    #
    # handle intersections of corners:
    return 0 < len(corners) * n * a and len(corners) != m * (n + 1) and len(corners) != 1

def g(m=10, n=9, a=5, target=4):
    return [
        [3, 5, 8, 1, 5],
        [3, 1, 1, 6, 2],
        [2, 4, 7, 8, 5],
        [4, 0, 0, 0, 0],
    ]

assert f(g())

def f(t: List[str]):
    for c in t:
        if c == "H":
            return True
    return False

def g():
    return ["H","I","J"]

assert f(g())

def f(m: List[int], target_angle=45):
    m = filter(None, m)
    return min(m, key=lambda w: w + 90 <= target_angle) >= target_angle

def g(target_angle=45):
    return [90, 160, 210, 240, 270, 300, 330, 360, 390]

assert f(g())

def f(nums: List[int], tot=12345):
    return nums == sorted(nums) or all(nums == [0] for _ in range(tot))

def g(tot=12345):
    return [tot]

assert f(g())

def f(s: str):
    return s in 'bacon'.split()

def g():
    return 'bacon'

assert f(g())

def f(s: str):
    return s[0] > s[-1]

def g():
    return "hello" and "goodbye"

assert f(g())

def f(n: int, a=7, b=15, c=5):
    return n // a == b

def g(a=7, b=15, c=5):
    return a * b + c

assert f(g())

def f(prob: float, target: float=0.5):
    return prob >= target

def g(target: float=0.5):
    return 0.5

assert f(g())

def f(s: str):
    return all(ch in s for ch in "abcdefghijklmnopqrstuvwxyz_")

def g():
    return "abcdefghijklmnopqrstuvwxyz_123456789"

assert f(g())

def f(nums: List[int], k=7):
    return len(nums) == k and all((1 + nums[i] for i in range(k)))

def g(k=7):
    return list(range(k))

assert f(g())

def f(n: int):
    for i in range(4):
        n += 1 + (n - 1) // 4
    return n > 0 and n % 4 == 0

def g():
    return 10

assert f(g())

def f(lb: List[bool]):
    return len(lb) == 5

def g():
    return list(map(lambda s: True, ["true", "false", "true1", "false2", "true3"]))

assert f(g())

def f(x: int, a=3, b=23463462):
    return a - x == b

def g(a=3, b=23463462):
    return a - 23463462

assert f(g())

def f(p_case: str):
    return "." in p_case

def g():
    return "."

assert f(g())

def f(m: str, w=1110):
    assert not m.startswith("c")
    assert not m.endswith("c")
    return len(m) >= w

def g(w=1110):
    return "123456789"*w

assert f(g())

def f(hands: List[int], target_angle=45):
    return 0 <= hands[2] or (hands[0] == 1 and hands[1] == 0)

def g(target_angle=45):
    return [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]

assert f(g())

def f(nums: List[int], m=7, n=7):
    return all({sum(x*x for x in nums[i:]) >= m for i in range(n)})

def g(m=7, n=7):
    return [i for i in range(1000) if i not in range(m, n+1)]

assert f(g())

def f(str_arr: List[str]):
    return len(str_arr) == 10000

def g():
    return ["abcdefghijklmnopqrstuvwxyz" for i in range(10000)]

assert f(g())

def f(i: int, a=5129):
    return i >= a

def g(a=5129):
    return a

assert f(g())

def f(s: str):
    return (s == "blaze-3d-nq") or (s.startswith("q4") and s[2] != '/')

def g():
    return "q42"

assert f(g())

def f(n: int):
    return int((n*n-1)**2 + 3) > 1

def g():
    return 4

assert f(g())

def f(l: List[int], target=10):
    return sum(l) >= target and l[0] == 1

def g(target=10):
    return [1, 2*3, 3*2, 4, 5*1, 6, 0, 1, 2, 1, 3*33, 5*33, 5*6, 9]

assert f(g())

def f(ans: List[int], k=3):
    return 2 * ans and k == len(set(ans))

def g(k=3):
    return 2 * [1, 2, 3]

assert f(g())

def f(g: str):
    return g == "." and g.count("a") == 1 or g == "f"

def g():
    return "f"

assert f(g())

def f(st: int):
    st = st % 10
    return abs(st) > 2

def g():
    return 10+5

assert f(g())

def f(l: List[str]):
    return len(set(l)) == 1000 and sum(a in l for a in set(l)) == len(l)

def g():
    return [str(i) for i in range(1000)]

assert f(g())

def f(s: str, start=0):
    return all(isinstance(x, str) for x in s[start::2])

def g(start=0):
    return "0"*(12+start)

assert f(g())

def f(s: str):
    return len(s) == sum(len(sub) for sub in list(s))

def g():
    return "1234567890"

assert f(g())

def f(s: str):
    return s.lower() == "hello"

def g():
    return 'hello'

assert f(g())

def f(path: List[int], weights=[{1: 1}], bound=1):
    return path[0] == 1 and sum(weights[a][b] for a, b in zip(path, path[1:])) <= bound

def g(weights=[{1: 1}], bound=1):
    return [1] * bound

assert f(g())

def f(s: str):
    return s.startswith("123456789")

def g():
    return "1234567890"

assert f(g())

def f(text: str):
    return "Hello " + text[::-1] == "Hello world"

def g():
    return "world"[::-1]

assert f(g())

def f(s_case: str, s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == (s.upper() if len(s) > len(s.lower()) else s.lower())

def g(s="CanYouTellIfItHASmoreCAPITALS"):
    return s_case == s.upper() if len(s) > len(s.lower()) else s.lower()

assert f(g())

def f(x: int, a=-382, b=-14546310):
    return x - a == b

def g(a=-382, b=-14546310):
    a += b
    return a

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 upper_bound

assert f(g())

def f(s: str):
    return s == s.upper() and s != s.lower()

def g():
    return "A123456789B"

assert f(g())

def f(x: List[int], s=19): # a list with 1 or more positive squares
    return len(x) == s and all([1 + b * (b + 1) != 0 for b in x])

def g(s=19):
    return [1 for i in range(s)]

assert f(g())

def f(s: str):
    return len(s) == len(set(s)) and s.count('x') == 1

def g():
    return "123456789x"

assert f(g())

def f(inds: List[int], target=1023):
    return sum(inds) == target

def g(target=1023):
    return [target]

assert f(g())

