def possible_keys(self):
caesar = Caesar()
multiplication = Multiplication()
multiplication_keys = multiplication.possible_keys()
caesar_keys = caesar.possible_keys()
keys = []
for key in multiplication_keys:
for c_key in caesar_keys:
keys.append((key, c_key))
return keys
def main():
"""Main function to be run"""
test_ciphers()
text = 'ENCODED'
key = 3
caesar = Caesar()
sender = Sender(key, caesar)
receiver = Receiver(key, caesar)
encoded = sender.operate_cipher(text)
receiver.operate_cipher(encoded)
hacker = Hacker(caesar.possible_keys(), caesar)
hacker.operate_cipher(encoded)
print()
multiplication = Multiplication()
sender.set_cipher_algorithm(multiplication)
receiver.set_cipher_algorithm(multiplication)
encoded = sender.operate_cipher(text)
receiver.operate_cipher(encoded)
hacker.set_cipher_algorithm(multiplication)
hacker.operate_cipher(encoded)
print()
affine = Affine()
sender.set_cipher_algorithm(affine)
receiver.set_cipher_algorithm(affine)
key = (3, 3)
sender.set_cipher_key(key)
receiver.set_cipher_key(key)
encoded = sender.operate_cipher(text)
receiver.operate_cipher(encoded)
hacker.set_cipher_key(affine.possible_keys())
hacker.set_cipher_algorithm(affine)
hacker.operate_cipher(encoded)
print()
unbreakable = Unbreakable()
key = 'ABIDE'
sender.set_cipher_algorithm(unbreakable)
receiver.set_cipher_algorithm(unbreakable)
sender.set_cipher_key(key)
receiver.set_cipher_key(key)
encoded = sender.operate_cipher(text)
receiver.operate_cipher(encoded)
hacker.set_cipher_algorithm(unbreakable)
#hacker.set_cipher_key(unbreakable.possible_keys())
#hacker.operate_cipher(encoded)
hacker.crack_unbreakable(encoded)