def __init__(self, verifying_key, encryption_key):
"""
initialize the object
:param verifying_key: PEM encoded ECDSA verifying key
:param encryption_key: PEM encoded RSA encryption key
"""
self._verifying_key = crypto.SIG_PublicKey(verifying_key)
self._encryption_key = crypto.PKENC_PublicKey(encryption_key)
def generate_encrypted_key(key, encryption_key):
"""
Function to generate session key for the client
Parameters:
- encryption_key is a one-time encryption used to encrypt the passed key
- key that needs to be encrypted
"""
pub_enc_key = crypto.PKENC_PublicKey(encryption_key)
return pub_enc_key.EncryptMessage(key)
try:
res = epk.VerifySignature(msg, bytes("invalid signature", 'ascii'))
except Exception as exc:
logger.error("ERROR: Invalid signature detection test failed: ", exc)
sys.exit(-1)
if (res != 1):
logger.debug("Invalid signature detection test successful!")
else:
logger.error("ERROR: Invalid signature detection test failed.")
exit(-1)
# TEST RSA
try:
rsk = crypto.PKENC_PrivateKey()
rsk.Generate()
rpk = crypto.PKENC_PublicKey(rsk)
except Exception as exc:
logger.error(
"ERROR: Asymmetric encryption Private and Public keys " +
"generation test failed: ", exc)
sys.exit(-1)
logger.debug("Asymmetric encryption Private and Public keys " +
"generation test successful!")
try:
rskString = rsk.Serialize()
rpkString = rpk.Serialize()
rsk1 = crypto.PKENC_PrivateKey(rskString)
rpk1 = crypto.PKENC_PublicKey(rpkString)
rskString1 = rsk1.Serialize()
rpkString1 = rpk1.Serialize()