def decrypt(self,block):
cipherText = serpent_ref.convertToBitstring(block.encode("hex").lower()[::-1], 128)
plainText = serpent_ref.decrypt(cipherText, self.userKey)
return serpent_ref.bitstring2hexstring(plainText)[::-1].decode('hex')
def __init__(self,key):
key = key.encode('hex')
size = serpent_ref.keyLengthInBitsOf(key)
rawKey = serpent_ref.convertToBitstring(key.lower()[::-1], size)
self.userKey = serpent_ref.makeLongKey(rawKey)
def decrypt(self,block):
cipherText = serpent_ref.convertToBitstring(hexlify(block).decode().lower()[::-1], 128)
plainText = serpent_ref.decrypt(cipherText, self.userKey)
return unhexlify(serpent_ref.bitstring2hexstring(plainText)[::-1].encode())
def __init__(self, key):
key = key.encode('hex')
size = serpent_ref.keyLengthInBitsOf(key)
rawKey = serpent_ref.convertToBitstring(key.lower()[::-1], size)
self.userKey = serpent_ref.makeLongKey(rawKey)
def decrypt(self, block):
cipherText = serpent_ref.convertToBitstring(
block.encode("hex").lower()[::-1], 128)
plainText = serpent_ref.decrypt(cipherText, self.userKey)
return serpent_ref.bitstring2hexstring(plainText)[::-1].decode('hex')
def decrypt(self, block):
cipherText = serpent_ref.convertToBitstring(revString(block.hex()),
128)
plainText = serpent_ref.decrypt(cipherText, self.userKey)
return codecs.decode(
serpent_ref.bitstring2hexstring(plainText)[::-1], "hex_codec")
def __init__(self, key):
size = serpent_ref.keyLengthInBitsOf(key)
key = codecs.encode(key, 'hex') #bytearray to binary string
key = key.decode('utf-8') #get normal string
rawKey = serpent_ref.convertToBitstring(key.lower()[::-1], size)
self.userKey = serpent_ref.makeLongKey(rawKey)
