def test_hack_RSA():
print("Testing Wiener Attack")
times = 5
while(times>0):
e,n,d = RSAvulnerableKeyGenerator.generateKeys(1024)
print("(e,n) is (", e, ", ", n, ")")
print("d = ", d)
hacked_d = hack_RSA(e, n)
if d == hacked_d:
print("Hack WORKED!")
else:
print("Hack FAILED")
print("d = ", d, ", hacked_d = ", hacked_d)
print("-------------------------")
times -= 1
def test_hack_RSA():
"""
Test Weiner's attack on a set of known vulnerable keys
"""
for i in range(0, 5):
e, n, d = RSAvulnerableKeyGenerator.generateKeys(1024)
print("(e, n) is (", e, ", ", n, ")")
print("d = ", d)
hacked_d = hack_RSA(e, n)
if d == hacked_d:
print("Attack worked!")
else:
print("Attack failed!")
print("d = ", d, ", hacked_d = ", hacked_d)
print("-------------------------")
def test_hack_RSA():
print("Testing Wiener Attack")
times = 5
while(times>0):
e,n,d = RSAvulnerableKeyGenerator.generateKeys(1024)
print("(e,n) is (", e, ", ", n, ")")
print("d = ", d)
hacked_d = hack_RSA(e, n)
if d == hacked_d:
print("Hack WORKED!")
else:
print("Hack FAILED")
print("d = ", d, ", hacked_d = ", hacked_d)
print("-------------------------")
times -= 1
def test_hack_RSA():
print "--------------------------------------------------------------------"
print "Demo tan cong Wiener"
print "--------------------------------------------------------------------"
p, q, e, n, d = RSAvulnerableKeyGenerator.generateKeys(1024)
print "p = ", p
print "q = ", q
print "n = ", n
print "e = ", e
print "d = ", d
hacked_d = hack_RSA(e, n)
if d == hacked_d:
print("thanh cong!!")
else:
print("that bai :(")
print "d ban dau: ", d
print "d thu duoc: ", hacked_d
return