def test_keycracker() :
"""
Uses user input to test key cracking
"""
e = int(raw_input("\nEnter e from public key to crack: "))
c = int(raw_input("Enter c from public key to crack: "))
d = miniRSA.key_cracker(e, c)
print "\n** Private key: (%0d, %0d) **\n" % (d, c)
message = str(raw_input("Enter message to crack (no spaces): "))
print "Decrypted message:"
print decrypt(message, e, c)
def test_keycracker():
"""
Uses user input to test key cracking
"""
e = int(raw_input("\nEnter e from public key to crack: "))
c = int(raw_input("Enter c from public key to crack: "))
d = miniRSA.key_cracker(e, c)
print "\n** Private key: (%0d, %0d) **\n" % (d, c)
message = str(raw_input("Enter message to crack (no spaces): "))
print "Decrypted message:"
print decrypt(message, e, c)
def test_example() : """ Automated text example for key cracking """ e, c = 277, 737 d = miniRSA.key_cracker(e, c) print "\n** Private key: (%0d, %0d) **\n" % (d, c) message = "37,635,418,54" print "Message to decrypt: %s\n" % message print "Decrypted message:" print decrypt(message, e, c)
def test_example():
"""
Automated text example for key cracking
"""
e, c = 277, 737
d = miniRSA.key_cracker(e, c)
print "\n** Private key: (%0d, %0d) **\n" % (d, c)
message = "37,635,418,54"
print "Message to decrypt: %s\n" % message
print "Decrypted message:"
print decrypt(message, e, c)
