def verify(self, plain_text):
sender = Sender(self)
receiver = Receiver(self)
self.generate_keys(sender, receiver)
cypher_text = self.encode(plain_text, sender.get_key())
decoded_text = self.decode(cypher_text, receiver.get_key())
if plain_text == decoded_text:
return True
return False
algorithm.generate_keys(sender, receiver)
print("Keys: " + str(sender.get_key()) + " and " + str(receiver.get_key()))
encrypted = sender.operate_cipher(word)
print("Encrypted: " + encrypted)
decrypted = receiver.operate_cipher(encrypted)
print("Decrypted: " + decrypted)
print("Verified: " + str(algorithm.verify("verify text")))
"""
#Unbreakable
algorithm = Unbreakable()
sender = Sender(algorithm)
receiver = Receiver(algorithm)
algorithm.generate_keys(sender, receiver)
print("Keys: " + str(sender.get_key()) + " and " + str(receiver.get_key()))
encrypted = sender.operate_cipher("hello world")
print("Encrypted: " + encrypted)
decrypted = receiver.operate_cipher(encrypted)
print("Decrypted: " + decrypted)
print("Verified: " + str(algorithm.verify("verify text")))
hacker = Hacker()
hacker_result = hacker.operate_cipher(encrypted)
print("Hacked: " + hacker_result)
"""Affine
algorithm = Affine()
sender = Sender(algorithm)
receiver = Receiver(algorithm)
algorithm.generate_keys(sender, receiver)
print("Keys: " + str(sender.get_key()) + " and " + str(receiver.get_key()))
encrypted = sender.operate_cipher("hello world")
