def main():
# Cesar cipher
print(Color.BOLD + "CESAR CIPHER" + Color.END)
message = "hi, how are you?"
key = 825
# Encoding
print(f"{Color.UNDERLINE}Encoding:{Color.END}")
print(f"\tEncrypting message {Color.BOLD}{message}{Color.END} with key {Color.BOLD}{key}{Color.END}")
encrypted_message = CeasarCipher.encode(message, key)
print(f"\tEncrypted message is {Color.BOLD}{encrypted_message}{Color.END}")
#Decoding
print(f"{Color.UNDERLINE}Decoding:{Color.END}")
print(f"\tDecrypting message {Color.BOLD}{encrypted_message}{Color.END} with key {Color.BOLD}{key}{Color.END}")
decrypted_message = CeasarCipher.decode(encrypted_message, key)
print(f"\tDecrypted message is {Color.BOLD}{decrypted_message}{Color.END}")
print("\n\n")
# Rock, paper, scissors
print(Color.BOLD + "ROCK, PAPER, SCISSORS GAME" + Color.END)
player1 = Player(0.1, 0.4, 0.5)
player2 = Player(0.3, 0.3, 0.4)
GameRPS.play_rsp(player1, player2, 3)
def test_encodes_correctly_message_with_special_character(self):
self.assertEqual(CeasarCipher.encode("AB c", 1), "bc d")
self.assertEqual(CeasarCipher.encode("Hi, how are you?", 1),
"ij, ipx bsf zpv?")
def test_encodes_correctly_message_with_capital_letter(self):
self.assertEqual(CeasarCipher.encode("ABC", 1), "bcd")
def test_encodes_correctly_message_from_end_of_alphabet(self):
self.assertEqual(CeasarCipher.encode("ABCDEFGHIJKLMNOPQRSTUVWXYZ", 23),
"xyzabcdefghijklmnopqrstuvw")
def test_encodes_correctly_short_lower_case_message_from_start_of_alphabet(
self):
self.assertEqual(CeasarCipher.encode("abc", 1), "bcd")