def testLeaks6():
import socket
p = pk_generate(512)
p2 = pk_generate(512)
fn = mix_mktemp()
dh = mix_mktemp()
_ml.generate_cert(fn, p, p2, "A", "B", 100, 10000)
dh_fname = os.environ.get("MM_TEST_DHPARAMS", None)
if dh_fname and os.path.exists(dh_fname):
dh = dh_fname
elif dh_fname:
_ml.generate_dh_parameters(dh_fname, 1, 512)
dh = dh_fname
else:
_ml.generate_dh_parameters(dh, 1, 512)
print "OK"
context = _ml.TLSContext_new(fn, p)#XXXX, dh)
listenSock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
listenSock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
listenSock.bind(("127.0.0.1", 48999))
listenSock.listen(5)
while 1:
con, address = listenSock.accept()
tls = context.sock(con, serverMode=1)
tls.accept()
while 1:
r = tls.read(50)
if r == 0:
break
while 1:
r = tls.shutdown()
if r == 1:
break
con.close()
def testLeaks3():
print "Trying to leak (certgen)"
p = pk_generate(512)
p2 = pk_generate(512)
fn = mix_mktemp()
while 1:
_ml.generate_cert(fn, p, p2, "A", "B", 100, 10000)
def testLeaks4():
print "Trying to leak (SSL)"
p = pk_generate(512)
p2 = pk_generate(512)
fn = mix_mktemp()
dh = mix_mktemp()
_ml.generate_cert(fn, p, p2, "A", "B", 100, 10000)
dh_fname = os.environ.get("MM_TEST_DHPARAMS")
if dh_fname and os.path.exists(dh_fname):
dh = dh_fname
elif dh_fname:
_ml.generate_dh_parameters(dh_fname, 1, 512)
dh = dh_fname
else:
_ml.generate_dh_parameters(dh, 1, 512)
print "OK"
context = _ml.TLSContext_new(fn, p, dh)
while 1:
if 1:
context = _ml.TLSContext_new(fn, p, dh)
_ = context.sock(0, 0)
_ = context.sock(0, 1)