def testRSAEnc(self):
rsa = RSA_Enc()
(pk, sk) = rsa.keygen(1024)
#m = integer(34567890981234556498) % pk['N']
m = b'This is a test'
c = rsa.encrypt(pk, m)
orig_m = rsa.decrypt(pk, sk, c)
assert m == orig_m, 'o: =>%s\nm: =>%s' % (orig_m, m)
def testRSAEnc(self):
rsa = RSA_Enc()
(pk, sk) = rsa.keygen(1024)
#m = integer(34567890981234556498) % pk['N']
m = b'This is a test'
c = rsa.encrypt(pk, m)
orig_m = rsa.decrypt(pk, sk, c)
assert m == orig_m, 'o: =>%s\nm: =>%s' % (orig_m, m)
def testRSA_Enc(self):
rsa = RSA_Enc()
(pk, sk) = rsa.keygen(1024)
m = b'This is a test'
c = rsa.encrypt(pk, m)
if debug: print("ct =>", c)
orig_m = rsa.decrypt(pk, sk, c)
if debug: print("recovered m =>", orig_m)
assert m == orig_m
if debug: print("Successful Decryption!!!")
def testRSA_Enc(self):
rsa = RSA_Enc()
(pk, sk) = rsa.keygen(1024)
m = b'This is a test'
c = rsa.encrypt(pk, m)
if debug: print("ct =>", c)
orig_m = rsa.decrypt(pk, sk, c)
if debug: print("recovered m =>", orig_m)
assert m == orig_m
if debug: print("Successful Decryption!!!")
def rsa():
global number
global cek
global data
rsa = RSA_Enc()
results = 0.0
for i in range(0, number):
start = time.clock()
(public_key, secret_key) = rsa.keygen(1024)
end = time.clock()
results += end - start
mean = results / number
logging.info("RSA key generation time: " + str(mean))
msg = str(extractor(cek))
results = 0.0
for i in range(0, number):
start = time.clock()
rsa.encrypt(public_key, msg)
end = time.clock()
results += end - start
mean = results / number
logging.info("RSA encryption time: " + str(mean))
cipher_text = rsa.encrypt(public_key, msg)
results = 0.0
for i in range(0, number):
start = time.clock()
rsa.decrypt(public_key, secret_key, cipher_text)
end = time.clock()
results += end - start
mean = results / number
logging.info("RSA decryption time: " + str(mean))
decrypted_msg = rsa.decrypt(public_key, secret_key, cipher_text)
decrypted_msg == msg
msg = str(data)
rsa = RSA_Sig()
(public_key, secret_key) = rsa.keygen(1024)
results = 0.0
for i in range(0, number):
start = time.clock()
rsa.sign(secret_key, msg)
end = time.clock()
results += end - start
mean = results / number
logging.info("RSA signing time: " + str(mean))
signature = rsa.sign(secret_key, msg)
results = 0.0
for i in range(0, number):
start = time.clock()
rsa.verify(public_key, msg, signature)
end = time.clock()
results += end - start
mean = results / number
logging.info("RSA verify time: " + str(mean))
logging.info("")
rsa.verify(public_key, msg, signature)
