def testLeaks2():
print "Trying to leak (rsa)"
s20 = "a"*20
p = pk_generate(512)
n,e = p.get_public_key()
if not os.path.exists("/dev/null"):
print "No /dev/null found; dying"
return
f = open("/dev/null", 'w')
while 1:
if 0:
p = pk_generate(512)
if 1:
pk_decrypt(pk_encrypt(s20,p),p)
for public in (0,1):
x = p.encode_key(public)
_ml.rsa_decode_key(x,public)
p.get_public_key()
_ml.rsa_make_public_key(n,e)
p.get_modulus_bytes()
p.get_exponent()
if 1:
p.PEM_write_key(f, 1)
p.PEM_write_key(f, 0)
p.PEM_write_key(f, 0, "Z")
if 1:
x = p.crypt("A"*64, 1, 1)
p.crypt(x, 0, 0)
def pk_from_modulus(n, e=65537L):
"""Given a modulus and exponent, creates an RSA public key."""
return _ml.rsa_make_public_key(long(n), long(e))
def pk_from_modulus(n, e=65537L):
"""Given a modulus and exponent, creates an RSA public key."""
return _ml.rsa_make_public_key(long(n), long(e))