def timer_cb (self):
self.__sock = socket.socket ( socket.AF_INET, \
socket.SOCK_STREAM)
while not self.__connected:
try:
self.__sock.connect((self.__host, self.__port))
except:
if self.__torStatus != 'Stopped':
self.__torStatus = 'Stopped'
self.notifyObservers ( \
Notification('TorStatusChanged',\
'Stopped'))
self.__resetCounters ()
return True
else:
tc.authenticate (self.__sock)
self.__connected = True
self.__torStatus = 'Started'
self.__timeStarted = datetime.now ()
self.__torVersion = tc.get_info \
(self.__sock, 'version')['version']
self.notifyObservers (Notification \
('TorStatusChanged', 'Started'))
tc.set_events(self.__sock, self.__events)
self.__iocb = io_add_watch (self.__sock, \
IO_IN, \
self.input_cb)
return False
def runControl(s):
pendingEvents = [] #XXX This tric. should become standard
TorControl._event_handler = pendingEvents.append
TorControl.set_events(s,
[TorControl.EVENT_TYPE.CIRCSTATUS,
TorControl.EVENT_TYPE.STREAMSTATUS])
TorControl.set_option(s,"__LeaveStreamsUnattached 1")
while 1:
e = pendingEvents[:]
del pendingEvents[:]
for ev in e:
handleEvent(s, ev)
_, tp, body = TorControl.receive_message(s)
if tp == TorControl.MSG_TYPE.EVENT:
handleEvent(s, body)
def runControl(s):
circs = {}
s1, s2 = {}, {}
_h = lambda body, circs=circs, s1=s1, s2=s2, s=s: handleEvent(
s, body, circs, s1, s2)
TorControl._event_handler = _h
TorControl.set_events(
s,
[TorControl.EVENT_TYPE.CIRCSTATUS, TorControl.EVENT_TYPE.STREAMSTATUS])
TorControl.set_option(s, "__LeaveStreamsUnattached 1")
global N_CIRCS_DONE
while N_CIRCS_DONE < N_CIRCS_TO_TRY:
while len(circs) < CIRCS_AT_A_TIME:
c, p = launchCirc(s)
print "launching circuit %s to %s" % (c, p)
circs[c] = p
_, tp, body = TorControl.receive_message(s)
if tp == TorControl.MSG_TYPE.EVENT:
handleEvent(s, body, circs, s1, s2)
i = HOST_STATUS.items()
i.sort()
for n, (all, good) in i:
print "%s in %s circuits; %s/%s ok" % (n, all, good, all)