RSA.py 文件源码

def encrypt(self, data, pubkey):

        # all or nothing data
        transformPacket = AONTencrypt(data)

        # message key
        messageKey = random_aes_32_key()
        if not isinstance(pubkey, RSA.RsaKey):
            key = RSA.importKey(pubkey)
        else:
            key = pubkey
        skey = PKCS1_OAEP.new(key)
        frontMatter = skey.encrypt(messageKey)  # , 16)
        # print('RSA calls AES Encrypt with private key: %s' % key.publickey().exportKey())

        # encrypted message
        backMatter = default_aes(messageKey).encrypt(transformPacket)

        # put together
        message = frontMatter + backMatter
        return message