def testRSA_Sig(self):
M = b'This is a test message.'
rsa = RSA_Sig()
(pk, sk) = rsa.keygen(1024)
S = rsa.sign(sk, M)
assert rsa.verify(pk, M, S)
if debug: print("Successful Signature!")
def testRSA_Sig(self):
M = b'This is a test message.'
rsa = RSA_Sig()
(pk, sk) = rsa.keygen(1024)
S = rsa.sign(sk, M)
assert rsa.verify(pk, M, S)
if debug: print("Successful Signature!")
def testRSASig(self):
length = Random().randrange(1, 1024)
length = 128
M = WeakRandom().myrandom(length, True)
rsa = RSA_Sig()
(pk, sk) = rsa.keygen(1024)
S = rsa.sign(sk, M)
assert rsa.verify(pk, M, S)
def testRSASig(self):
length = Random().randrange(1, 1024)
length = 128
M = WeakRandom().myrandom(length, True)
rsa = RSA_Sig()
(pk, sk) = rsa.keygen(1024)
S = rsa.sign(sk, M)
assert rsa.verify(pk, M, S)
def verify(serial_data_and_sig, public_key):
verifier = RSA_Sig()
data_and_sig = bytesToObject(serial_data_and_sig, IntegerGroup())
data, sig = data_and_sig
sig = Conversion.IP2OS(sig)
verdict = verifier.verify(public_key, data, sig)
if verdict == True:
return data
else:
return None
