def test_pem_public(self):
cipher = CitizenCard("a")
pubKey = cipher.get_pubKey()
pem = pem_utils.get_publicKey_To_Pem(pubKey)
result = pem_utils.get_publicKey_From_Pem(pem)
pem2 = pem_utils.get_publicKey_To_Pem(result)
print("PRIVATE KEY {}".format(pubKey))
print("RESULT KEY 1{}\n\n\n".format(pem))
print("RESULT KEY 2{}".format(pem2))
self.assertEqual(pem, pem2, "Should be the same")
'Client',
'Not using Citizen Card - no available cards. Using name on arguments',
'red')
name = args.username
exception_happened = True
# Create RSA and AES ciphers
asym_cipher = AsymCipher(name)
sym_cipher = SymCipher(name)
# Get Public Keys
if citizen_card is None: # no citizen card
publicKey = asym_cipher.getPubKey()
publicKeyPem = pem_utils.get_publicKey_To_Pem(publicKey)
else:
publicKey = citizen_card.get_pubKey() # use citizen card
publicKeyPem = pem_utils.get_publicKey_To_Pem(publicKey)
serverIP = args.ip_address
serverPort = args.port
sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
sock.bind((myIP, myPort))
ccFlag = int(citizen_card is not None)
sock.sendto(
b"".join(
["[Handshake]{}?{}?".format(name, ccFlag).encode(), publicKeyPem]),
(serverIP, serverPort))
if (verbose):
logger.log('Client', 'Handshake sent to {}.'.format(
(serverIP, serverPort)), 'green')