import simpy
from ethereum import Ethereum
from emulator import Emulator
from blockchain import Blockchain
from node import Node

# Create emulator
emulator = Emulator()

# Create 10 stub Autonomous Systems (AS) and hosts
for i in range(10):
    as = emulator.create_as()
    host = as.create_host()

# Create Ethereum service
ethereum = Ethereum(saveState=True, override=True)

# Create Proof of Work (POW) blockchain
pow_blockchain = Blockchain("POW")
for i in range(4):
    node = pow_blockchain.create_node()
    if i < 2:
        node.set_bootnode()
        node.start_mining()
    elif i == 2:
        node.create_account(balance=100)
    else:
        node.set_custom_geth_options()

# Create Proof of Authority (POA) blockchain
poa_blockchain = Blockchain("POA")
for i in range(4):
    node = poa_blockchain.create_node()
    if i < 2:
        node.set_bootnode()
        node.start_mining()
    elif i == 2:
        node.create_account(balance=100)
    else:
        node.set_custom_geth_options()

# Enable HTTP and WebSocket connections
pow_blockchain.nodes[0].enable_http_connection()
pow_blockchain.nodes[1].enable_websocket_connection()
poa_blockchain.nodes[0].enable_http_connection()
poa_blockchain.nodes[1].enable_websocket_connection()

# Set custom geth binary file
poa_blockchain.nodes[3].set_custom_geth_binary_file("custom_geth_binary")

# Customize display names
for i, node in enumerate(pow_blockchain.nodes):
    node.set_display_name(f"POW Node {i+1}")
for i, node in enumerate(poa_blockchain.nodes):
    node.set_display_name(f"POA Node {i+1}")

# Bind virtual nodes to physical nodes using filters
# Assuming the existence of a function bind_nodes_to_physical_nodes() that takes care of this

# Add Ethereum layer to emulator
emulator.add_component(ethereum)

# Save component to file
emulator.save_component_to_file("ethereum_component")

# Compile emulator with Docker
emulator.compile_with_docker(output_directory="output_directory")