def testLeaks5():
from mixminion.test import _getMMTPServer
server, listener, messagesIn, keyid = _getMMTPServer(1)
#t = threading.Thread(None, testLeaks5_send,
# args=(keyid,))
#t.start()
while 1:
server.process(0.5)
#if messagesIn:
# print "Connections"
del messagesIn[:]
def testLeaks5_send2():
from mixminion.test import _getMMTPServer
from mixminion.test import TEST_PORT, _getTLSContext
import mixminion.MMTPClient
#msg = "X" * 32 * 1024
server, listener, messagesIn, keyid = _getMMTPServer(1,port=(TEST_PORT+1))
#t = threading.Thread(None, testLeaks5_send,
# args=(keyid,))
#t.start()
sending = [0]
def sentHook(sending=sending):
sending[0]=0
certcache = mixminion.MMTPClient.PeerCertificateCache()
print len(gc.get_objects())
import socket
#context = _getTLSContext(0)
i = 0
while 0:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.setblocking(1)
sock.connect(("127.0.0.1", TEST_PORT))
tls = _getTLSContext(0).sock(sock)
tls.connect()
#tls.check_cert_alive()
#tls.verify_cert_and_get_identity_pk()
#tls.get_peer_cert_pk()
certcache.check(tls, keyid, ("127.0.0.1", TEST_PORT))
#print certcache.cache
tls.shutdown()
sock.close()
while 1:
clientcon = mixminion.server.MMTPServer.MMTPClientConnection(
_getTLSContext(0), "127.0.0.1", TEST_PORT, keyid,
["X"*(32*1024), "JUNK"], ["z", None],
finishedCallback=sentHook, certCache=certcache)
clientcon.register(server)
i += 1
sending[0] = 1
print "Sending",i
while sending[0]:
server.process(0.5)
#pprint.pprint( clientcon.__dict__ )
old = clientcon
clientcon = None
gc.collect()
#print len(certcache.cache)
print len(gc.get_objects())
print len(server.readers), len(server.writers)
print gc.get_referrers(old)
