def __init__(self, host, port, window):
# attributs du serveur
self.server = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.host = host
self.port = port
self.window = window
# attributs du client
self.client = None
self.clientList = [] # liste des clients
self.adresseList = [] # liste des adresses ip + ports
self.clientNumber = 0
self.currentClientListener = 0
self.currentClientSender = 0
self.pseudo = None
self.pseudoList = []
# attributs liés au chiffrement RSA
self.rsa = RSA_Cipher.RSAChiffrement()
self.publicKeyRSA, self.privateKeyRSA = self.rsa.generateKeys()
# attributs liés au chiffrement AES
self.aes = AES_Cipher.AESChiffrement()
self.AesKey = []
# debug
self.window.lineEdit.setPlaceholderText('test test test zebi')
print(self.publicKeyRSA.decode('ascii'))
print(self.privateKeyRSA.decode('ascii'))
print('[~] Server is ready ! [~]')
def __init__(self, host, port):
self.client = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.host = host
self.port = port
self.pseudo = None
# attributs liés au chiffrement RSA
self.rsa = RSA_Cipher.RSAChiffrement()
self.RsaPublicKey = None
# attributs liés au chiffrement AES
self.aes = AES_Cipher.AESChiffrement()
self.AesKey = None
def encrypt(passKey,
cipher,
dataformat,
plaintext=None,
filename=None,
filepath=None,
cipherMode=None):
""" Checks the cipher used and returns the requested encrypted data """
# If the data format is message, a plaintext argument will need to be passed.
if dataformat == "Messages":
if cipher == "Caesar Cipher":
encryptedData = Caesar_Cipher.encrypt(plaintext=plaintext,
passKey=passKey,
dataformat=dataformat,
cipherMode=cipherMode)
elif cipher == "Vigenere Cipher":
encryptedData = Vigenere_Cipher.encrypt(plaintext=plaintext,
passKey=passKey,
dataformat=dataformat,
cipherMode=cipherMode)
elif cipher == "DES Cipher":
encryptedData = DES_Cipher.encrypt(plaintext=plaintext,
passKey=passKey,
dataformat=dataformat)
elif cipher == "Triple DES Cipher":
encryptedData = DES_Cipher.encrypt(plaintext=plaintext,
passKey=passKey,
dataformat=dataformat,
isTripleDES=True)
elif cipher == "AES Cipher":
encryptedData = AES_Cipher.encrypt(plaintext=plaintext,
passKey=passKey,
dataformat=dataformat)
elif cipher == "RC4 Cipher":
encryptedData = RC4_Cipher.encrypt(plaintext=plaintext,
passKey=passKey,
dataformat=dataformat)
# If the data format is either a file or an image, a filename argument will need to be passed.
else:
if cipher == "Caesar Cipher":
encryptedData = Caesar_Cipher.encrypt(filename=filename,
filepath=filepath,
passKey=passKey,
dataformat=dataformat,
cipherMode=cipherMode)
elif cipher == "Vigenere Cipher":
encryptedData = Vigenere_Cipher.encrypt(filename=filename,
filepath=filepath,
passKey=passKey,
dataformat=dataformat,
cipherMode=cipherMode)
elif cipher == "DES Cipher":
encryptedData = DES_Cipher.encrypt(filename=filename,
filepath=filepath,
passKey=passKey,
dataformat=dataformat,
cipherMode=cipherMode)
elif cipher == "Triple DES Cipher":
encryptedData = DES_Cipher.encrypt(filename=filename,
filepath=filepath,
passKey=passKey,
dataformat=dataformat,
cipherMode=cipherMode,
isTripleDES=True)
elif cipher == "AES Cipher":
encryptedData = AES_Cipher.encrypt(filename=filename,
filepath=filepath,
passKey=passKey,
dataformat=dataformat,
cipherMode=cipherMode)
elif cipher == "RC4 Cipher":
encryptedData = RC4_Cipher.encrypt(filename=filename,
filepath=filepath,
passKey=passKey,
dataformat=dataformat,
cipherMode=cipherMode)
return encryptedData