def handle_feedback(bot, event):
"""
arguments: <feedbacktxt> - give feedback to [email protected], this needs a jabber server to be able to send the feedback.
the feedback command can be used in a pipeline.
"""
if not event.rest and event.inqueue: payload = waitforqueue(event.inqueue, 2000)
else: payload = event.rest
fleet = getfleet()
feedbackbot = fleet.getfirstjabber()
if not feedbackbot: event.reply("can't find an xmpp bot to send the feedback with") ; return
event.reply("sending to [email protected]")
feedbackbot.say("*****@*****.**", "%s send you this: %s" % (event.userhost, payload), event=event)
event.done()
def wait(self, nr=1000):
nr = int(nr)
result = []
if not self.busy: self.startout()
self.finished.acquire()
if self.threaded and self.untildone:
logging.info("waiting until done")
while 1: self.finished.wait(0.1)
else:
while nr > 0 and (self.busy and not self.dostop): self.finished.wait(0.1) ; nr -= 100
self.finished.release()
if self.dowait and self.thread: logging.warn("joining thread %s" % self.thread) ; self.thread.join(nr/1000)
if not "TICK" in self.cbtype: logging.info(self.busy)
if not self.resqueue: res = waitforqueue(self.resqueue, nr)
else: res = self.resqueue
return list(res)
def gettopic(self, channel, event=None):
""" get topic data. """
q = queue.Queue()
i332 = waiter.register("332", queue=q)
i333 = waiter.register("333", queue=q)
self.putonqueue(7, None, 'TOPIC %s' % channel)
res = waitforqueue(q, 5000)
who = what = when = None
for r in res:
if not r.postfix: continue
try:
if r.cmnd == "332": what = r.txt ; waiter.ready(i332) ; continue
waiter.ready(i333)
splitted = r.postfix.split()
who = splitted[2]
when = float(splitted[3])
except (IndexError, ValueError): continue
return (what, who, when)
def _dccloop(self, sock, nick, userhost, channel=None):
""" loop for dcc commands. """
sockfile = sock.makefile('r')
sock.setblocking(True)
res = ""
partyline.add_party(self, sock, nick, userhost, channel)
while 1:
time.sleep(0.01)
try:
res = sockfile.readline()
logging.warn("%s got %s (%s)" % ( userhost, res, self.cfg.name))
if self.stopped or not res:
logging.warn('closing dcc with %s (%s)' % (nick, self.cfg.name))
partyline.del_party(nick)
return
except socket.timeout:
continue
except socket.error as ex:
try:
(errno, errstr) = ex
except:
errno = 0
errstr = str(ex)
if errno == 35 or errno == 11:
continue
else:
raise
except Exception as ex:
handle_exception()
logging.warn('closing dcc with %s' % (nick, self.cfg.name))
partyline.del_party(nick)
return
try:
res = self.normalize(res)
ievent = IrcEvent()
ievent.printto = sock
ievent.bottype = "irc"
ievent.nick = nick
ievent.userhost = userhost
ievent.auth = userhost
ievent.channel = channel or ievent.userhost
ievent.origtxt = res
ievent.txt = res
ievent.cmnd = 'DCC'
ievent.cbtype = 'DCC'
ievent.bot = self
ievent.sock = sock
ievent.speed = 1
ievent.isdcc = True
ievent.msg = True
logging.debug("%s - dcc - constructed event" % self.cfg.name)
ievent.bind()
if ievent.hascc():
ievent.iscommand = True
ievent.showall = True
ievent.nodispatch = False
ievent.bind()
self.put(ievent)
continue
elif ievent.txt[0] == "@":
partyline.say_broadcast_notself(ievent.nick, "[%s] %s" % (ievent.nick, ievent.txt))
q = queue.Queue()
ievent.queues = [q]
ievent.txt = ievent.txt[1:]
self.doevent(ievent)
result = waitforqueue(q, 3000)
if result:
for i in result:
partyline.say_broadcast("[bot] %s" % i)
continue
else:
partyline.say_broadcast_notself(ievent.nick, "[%s] %s" % (ievent.nick, ievent.txt))
except socket.error as ex:
try:
(errno, errstr) = ex
except:
errno = 0
errstr = str(ex)
if errno == 35 or errno == 11:
continue
except Exception as ex:
handle_exception()
sockfile.close()
logging.warn('closing dcc with %s (%s)' % (nick, self.cfg.name))
