def writeout(botname, type, channel, txt, eventjson):
""" output the watched event to the channel. """
event = EventBase().load(eventjson)
watchbot = getfleet().byname(botname)
if not watchbot: watchbot = getfleet().makebot(type, botname)
if watchbot:
watchbot.outnocb(channel, txt, event=event)
def handle_adminsave(bot, ievent):
""" no arguments - boot the bot .. do some initialisation. """
ievent.reply("saving mainconfig")
getmainconfig().save()
ievent.reply("saving fleet bots")
getfleet().save()
ievent.reply("saving all plugins")
plugs.save()
ievent.done()
def handle_broadcast(bot, ievent):
""" arguments: <txt> - broadcast txt to all joined channels. """
if not ievent.rest:
ievent.missing('<txt>')
return
ievent.reply('broadcasting')
getfleet().broadcast(ievent.rest)
partyline.say_broadcast(ievent.rest)
ievent.reply('done')
def handle_adminsave(bot, ievent):
""" no arguments - boot the bot .. do some initialisation. """
ievent.reply("saving mainconfig")
getmainconfig().save()
ievent.reply("saving fleet bots")
getfleet().save()
ievent.reply("saving all plugins")
plugs.save()
ievent.done()
def handle_broadcast(bot, ievent):
""" arguments: <txt> - broadcast txt to all joined channels. """
if not ievent.rest:
ievent.missing('<txt>')
return
ievent.reply('broadcasting')
getfleet().broadcast(ievent.rest)
partyline.say_broadcast(ievent.rest)
ievent.reply('done')
def alarmsay(self, item):
""" say alarm txt """
logging.warn("trying to deliver on %s" % str(item))
bot = getfleet().byname(item.botname)
if not bot: bot = getfleet().makebot(None, item.botname)
if bot:
if item.printto: bot.say(item.printto, "[%s] %s" % (item.nick, item.txt), speed=1)
else: bot.say(item.nick, item.txt, speed=1)
else: logging.warn("can't find %s bot in fleet" % item.botname)
self.delete(item.idnr)
def doreconnect(self):
""" reconnect to the server. """
cfg = cpy(self.cfg)
botjid = cfg.user
newbot = getfleet().makebot('sxmpp', cfg.name, config=cfg, showerror=True)
if not newbot: raise Exception("can't make bot %s with config %s" % (self.cfg.name, self.cfg.tojson()))
newbot.reconnectcount = self.reconnectcount
newbot.start()
newbot.joinchannels()
getfleet().replace(botjid, newbot)
return True
def writeout(botname, type, channel, txt, eventjson):
""" output the watched event to the channel. """
event = EventBase().load(eventjson)
global bots
watchbot = None
if botname in bots: watchbot = bots[botname]
if not watchbot: watchbot = getfleet().byname(botname)
if not watchbot: watchbot = getfleet().makebot(type, botname)
if watchbot:
if not botname in bots: bots[botname] = watchbot
txt = watchbot.normalize(txt)
txt = stripcolor(txt)
watchbot.outnocb(channel, txt, event=event)
def handle_reboot(bot, ievent):
""" no arguments - reboot the bot. """
ievent.reply("rebooting")
#time.sleep(3)
if ievent.rest == "cold": stateful = False
else: stateful = True
if stateful:
if bot.type == "tornado":
callback = functools.partial(reboot_stateful, bot, ievent, getfleet(), partyline)
bot.server.io_loop.add_callback(callback)
else: mainhandler.put(0, reboot_stateful, bot, ievent, getfleet(), partyline)
else:
getfleet().exit()
mainhandler.put(0, reboot)
def handle_reboot(bot, ievent):
""" no arguments - reboot the bot. """
if bot.isgae:
ievent.reply("this command doesn't work on the GAE")
return
ievent.reply("rebooting")
time.sleep(3)
if ievent.rest == "cold": stateful = False
else: stateful = True
if stateful:
if bot.type == "tornado": bot.ioloop.add_callback(lambda: reboot_stateful(bot, ievent, getfleet(), partyline))
else: mainhandler.put(0, reboot_stateful, bot, ievent, getfleet(), partyline)
else:
getfleet().exit()
mainhandler.put(0, reboot)
def _resume(self, data, reto=None):
""" resume a party line connection after reboot. """
fleet = getfleet()
for i in data['partyline']:
logging.warn("partyline - resuming %s" % i)
bot = fleet.byname(i['botname'])
if not bot:
logging.error("partyline - can't find bot")
continue
sock = socket.fromfd(i['fileno'], socket.AF_INET,
socket.SOCK_STREAM)
sock.setblocking(1)
nick = i['nick']
userhost = i['userhost']
channel = i['channel']
if not bot:
logging.error("partyline - can't find %s bot in fleet" %
i['botname'])
continue
self.socks.append({
'bot': bot,
'sock': sock,
'nick': nick,
'userhost': userhost,
'channel': channel,
'silent': i['silent']
})
bot._dccresume(sock, nick, userhost, channel)
if reto: self.say_nick(nick, 'rebooting done')
def fleet_add(bot, ievent):
""" add a fleet bot. """
try:
name, type, server, nick = ievent.rest.split()
except ValueError:
ievent.missing("<name> <type> <server>|<botjid> <nick>|<passwd>")
return
bots = ievent.rest.split()
fleet = getfleet()
bot = fleet.byname(name)
if bot:
event.reply("%s bot already exists" % name)
return
cfg = Config('fleet' + os.sep + stripname(name) + os.sep + 'config')
cfg.disable = 0
if type == "irc":
cfg.port = 6667
cfg.server = server
cfg.nick = nick
elif type in ["xmpp", "sxmpp"]:
cfg.port = 4442
cfg.host = server
try:
n, serv = cfg.host.split("@")
except (ValueError, TypeError):
pass
cfg.server = serv
cfg.password = nick
cfg.save()
bot = fleet.makebot(type, name, cfg)
ievent.reply('enabled and started %s bot - %s' % (name, cfg.filename))
start_new_thread(bot.start, ())
def _listen(self):
""" listen for udp messages .. /msg via bot"""
if not cfg['udp']: return
fleet = getfleet()
for botname in cfg['udpbots']:
if not fleet.byname(botname): logging.info("udp - can't find %s bot" % botname)
try:
fleet.startok.wait(5)
logging.warn('udp listening on %s %s' % (cfg['udphost'], cfg['udpport']))
self.sock.bind((cfg['udphost'], cfg['udpport']))
self.stop = 0
except IOError:
handle_exception()
self.sock = None
self.stop = 1
return
# loop on listening udp socket
while not self.stop:
try: input, addr = self.sock.recvfrom(64000)
except socket.timeout: continue
except Exception, ex:
try: (errno, errstr) = ex
except ValueError: errno = 0 ; errstr = str(ex)
if errno == 4: logging.warn("udp - %s - %s" % (self.name, str(ex))) ; break
if errno == 35: continue
else: handle_exception() ; break
if self.stop: break
self.queue.put((input, addr))
def alarmsay(self, item):
""" say alarm txt """
logging.warn("trying to deliver on %s" % str(item))
bot = getfleet().byname(item.botname)
if not bot: bot = getfleet().makebot(None, item.botname)
if bot:
if bot.type == "irc": bot.connectok.wait()
if item.printto:
bot.say(item.printto,
"[%s] %s" % (item.nick, item.txt),
speed=1)
else:
bot.say(item.nick, item.txt, speed=1)
else:
logging.warn("can't find %s bot in fleet" % item.botname)
self.delete(item.idnr)
def handle_relay(bot, event):
""" arguments: [<botname>] [<type>] <target> .. open a relay to a user. all input from us will be relayed. """
try:
(botname, type, target) = event.args
except ValueError:
try:
botname = bot.cfg.name
(type, target) = event.args
except ValueError:
try:
botname = bot.cfg.name
type = bot.cfg.bottype
target = event.args[0]
except IndexError:
event.missing('[<botname>] [<bottype>] <target>')
return
origin = unicode((bot.cfg.name, event.channel))
if not getfleet().byname(botname):
event.reply("no %s bot in fleet." % botname)
return
if not relay.data.has_key(origin): relay.data[origin] = []
try:
if not [type, target] in relay.data[origin]:
relay.data[origin].append([botname, type, target])
relay.save()
except KeyError:
relay.data[origin] = [
[botname, type, target],
]
relay.save()
event.done()
def fleet_cmnd(bot, ievent):
""" co cmnd on fleet bot(s). """
try:
(name, cmndtxt) = ievent.rest.split(' ', 1)
except ValueError:
ievent.missing("<name> <cmndstring>")
return
fleet = getfleet()
if name == "all": do = fleet.list()
else: do = [
name,
]
for botname in do:
bot = fleet.byname(botname)
if not bot:
ievent.reply("%s bot is not in fleet" % botname)
return
result = bot.docmnd(ievent.userhost,
ievent.channel,
cmndtxt,
wait=1,
nooutput=True)
if result: res = waitforqueue(result.outqueue, 60000)
else: ievent.reply("no result")
ievent.reply("[%s] %s" % (botname, ", ".join(res)))
ievent.reply("done")
def plusscan(skip=False):
global teller
teller += 1
if teller % 5 != 0: return
logging.warn("running plus scan")
fleet = getfleet()
for id, channels in state.data.ids.iteritems():
if not id in state.data.seen: state.data.seen[id] = []
for botname, chan in channels:
try:
res = getplus(id)
if not res:
logging.warn("no result from %s" % id)
continue
bot = fleet.byname(botname)
if bot:
todo = []
for r in res:
stamp = uuid.uuid3(uuid.NAMESPACE_URL, str(r)).hex
if stamp not in state.data.seen[id]:
state.data.seen[id].append(stamp)
todo.append(r)
if todo: bot.say(chan, "new plus update: ", todo)
else: logging.warn("no %s bot in fleet" % botname)
except AttributeError, ex:
logging.error(str(ex))
except Exception, ex:
handle_exception()
def forwardoutcb(bot, event):
""" forward callback. """
e = cpy(event)
logging.debug("forward - cbtype is %s - %s" % (event.cbtype, event.how))
e.forwarded = True
e.source = bot.jid
e.botname = bot.server or bot.name
if not event.chan: event.bind(bot)
if event.chan: e.allowwatch = event.chan.data.allowwatch
fleet = getfleet()
for jid in forward.data.channels[event.channel.lower()]:
logging.info("forward - sending to %s" % jid)
if jid == "twitter":
try:
postmsg(forward.data.outs[jid], e.txt)
except Exception, ex:
handle_exception()
continue
outbot = fleet.getfirstjabber(bot.isgae)
if not outbot and bot.isgae:
outbot = fleet.makebot('xmpp', 'forwardbot')
if outbot:
e.source = outbot.jid
txt = outbot.normalize(e.tojson())
txt = stripcolor(txt)
#txt = e.tojson()
container = Container(outbot.jid, txt)
outbot.outnocb(jid, container.tojson())
else:
logging.info("forward - no xmpp bot found in fleet".upper())
def reboot_stateful(bot, ievent, fleet, partyline):
""" reboot the bot, but keep the connections (IRC only). """
logging.warn("reboot - doing statefull reboot")
session = {'bots': {}, 'name': bot.cfg.name, 'channel': ievent.channel, 'partyline': []}
fleet = getfleet()
for i in fleet.bots:
logging.warn("reboot - updating %s" % i.cfg.name)
data = i._resumedata()
if not data: continue
session['bots'].update(data)
if i.type == "sxmpp": i.exit() ; continue
if i.type == "tornado":
i.exit()
time.sleep(0.1)
for socketlist in i.websockets.values():
for sock in socketlist: sock.stream.close()
session['partyline'] = partyline._resumedata()
sfile, sessionfile = tempfile.mkstemp('-session', 'jsb-', text=True)
logging.warn("writing session file %s" % sessionfile)
json.dump(session, open(sessionfile, "w"))
args = []
skip = False
for a in sys.argv[1:]:
if skip: skip = False ; continue
if a == "-r": skip = True ; continue
args.append(a)
os.execl(sys.argv[0], sys.argv[0], '-r', sessionfile, *args)
def topicset(state):
retval = None
fleet = getfleet()
for botname in fleet.list():
bot = fleet.byname(botname)
if testing: bot.say('#nurdbottest',botname)
if bot:
if not testing: topicdata = bot.gettopic('#nurds')
if testing: topicdata = bot.gettopic('#nurdbottest')
# time.sleep(5)
# if not testing: topicdata = bot.gettopic('#nurds')
# if testing: topicdata = bot.gettopic('#nurdbottest')
# if testing: bot.say('#nurdbottest',str(topicdata))
# if not topicdata and not testing: bot.say('#nurds',"can't get topic data, but the status should be toggled to "+statusStr(state)+'!') ; return
if not topicdata: bot.say('#nurdbottest',"can't get topic data, but the status should be toggled to "+statusStr(state)+'!') ; return
splitted = topicdata[0].split(' | ')
statusline = splitted[0]
if 'Space is ' in statusline:
del splitted[0]
if state:
splitted.insert(0,'Space is OPEN')
retval = True
else:
splitted.insert(0,'Space is CLOSED')
retval = False
newtopic = ' | '.join(splitted)
for botname in fleet.list():
bot = fleet.byname(botname)
if bot and newtopic != topicdata[0]:
if not testing: bot.settopic('#nurds', newtopic)
if testing: bot.settopic('#nurdbottest', newtopic)
return retval
def doorsense_output(msg):
'''The listener code for the sensor server.'''
pswd = tcppassword.data['password']
if msg[:len(pswd)] == pswd:
msg = msg[len(pswd):]
rsensor, rvalue = tuple(msg.split(':'))
fleet = getfleet()
for botname in fleet.list():
bot = fleet.byname(botname)
if bot:
if not testing: bot.say('#nurds',rsensor+' is '+rvalue)
bot.say('#nurdbottest',rsensor+' is '+rvalue)
for type in sensorlist.data:
for n, sensor in enumerate(sensorlist.data[type]):
if rsensor.lower() == sensor['name'].lower():
try:
if type == 'door_locked':
if rvalue.lower() == 'true': sensor['value']=True
elif rvalue.lower() == 'false': sensor['value']=False
else: sensor['value']=None
else: sensor['value']=float(rvalue)
except:
pass
sensorlist.data[type][n] = sensor
sensorlist.save()
apiupdate()
if type == 'door_locked': statuscheck()
def askcallback(bot, event):
""" this is the callbacks that handles the responses to questions. """
sendto = questions.data[event.userhost]
jid = []
channels = []
try:
(printto, txt) = event.txt.split(':', 1)
except ValueError:
printto = False
txt = event.txt
txt = txt.strip()
done = []
fleet = getfleet()
for botname, type, userhost, channel in sendto:
if not printto or userhost != printto: continue
askbot = fleet.makebot(type)
if not askbot: askbot = fleet.makebot('xmpp', 'askxmppbot')
logging.debug("ask - %s %s %s %s" % (botname, type, userhost, channel))
if askbot:
for jid in channel:
askbot.say(channel, "%s says: %s" % (event.userhost, txt))
else:
logging.warn("ask - can't find %s bot in fleet" % type)
continue
try:
questions.data[event.userhost].remove(
[botname, type, userhost, channel])
questions.save()
except ValueError:
pass
done.append(channel)
break
if done: event.reply('answer sent to ', done)
def handle_fleetconnect(bot, ievent):
""" arguments: <botname> - connect a fleet bot to it's server. """
try:
botname = ievent.args[0]
except IndexError:
ievent.missing('<botname>')
return
try:
fleet = getfleet()
fleetbot = fleet.byname(botname)
if fleetbot:
start_new_thread(fleetbot.connect, ())
ievent.reply('%s connect thread started' % botname)
else:
ievent.reply("can't connect %s .. trying enable" % botname)
cfg = Config('fleet' + os.sep + stripname(botname) + os.sep +
'config')
cfg['disable'] = 0
if not cfg.name: cfg.name = botname
cfg.save()
bot = fleet.makebot(cfg.type, cfg.name, cfg)
if bot:
ievent.reply('enabled and started %s bot' % botname)
start_new_thread(bot.start, ())
else:
ievent.reply("can't make %s bot" % cfg.name)
except Exception, ex:
ievent.reply(str(ex))
def relaycallback(bot, event):
""" this is the callbacks that handles the responses to questions. """
# determine where the event came from
e = cpy(event)
origin = e.channel
e.isrelayed = True
e.headlines = True
try:
# loop over relays for origin
for botname, type, target in relay.data[origin]:
try:
logging.debug('trying relay of %s to (%s,%s)' % (origin, type, target))
#if target == origin: continue
# tests to prevent looping
if botname == bot.cfg.name and origin == target: continue
# check whether relay is blocked
if block.data.has_key(origin):
if [botname, type, target] in block.data[origin]: continue
# retrieve the bot from fleet (based on type)
fleet = getfleet()
outbot = fleet.byname(botname)
if not outbot: outbot = fleet.makebot(type, botname)
if outbot:
logging.info('relay - outbot found - %s - %s' % (outbot.cfg.name, outbot.type))
# we got bot .. use it to send the relayed message
if e.nick == bot.cfg.nick: txt = "[!] %s" % e.txt
else: txt = "[%s] %s" % (e.nick, e.txt)
if event: t = "[%s]" % outbot.cfg.nick
logging.debug("relay - sending to %s (%s)" % (target, outbot.cfg.name))
txt = stripcolor(txt)
outbot.outnocb(target, txt, "normal", event=e)
else: logging.info("can't find bot for (%s,%s,%s)" % (botname, type, target))
except Exception, ex: handle_exception()
except KeyError: pass
def fleet_enable(bot, ievent):
""" arguments: <list of botnames> - enable a fleet bot. """
if not ievent.rest:
ievent.missing("<list of botnames>")
return
bots = ievent.rest.split()
fleet = getfleet()
for name in bots:
bot = fleet.byname(name)
if bot:
bot.cfg.load()
bot.cfg['disable'] = 0
if not bot.cfg.name: bot.cfg.name = name
bot.cfg.save()
ievent.reply('enabled %s' % name)
#start_new_thread(bot.connect, ())
elif name in fleet.avail():
cfg = Config('fleet' + os.sep + stripname(name) + os.sep + 'config')
cfg['disable'] = 0
if not cfg.name: cfg.name = name
cfg.save()
bot = fleet.makebot(cfg.type, cfg.name, cfg)
if not bot: ievent.reply("can't make %s bot - %s" % (cfg.name, cfg.type)) ; return
ievent.reply('enabled %s bot' % name)
#start_new_thread(bot.start, ())
else: ievent.reply('no %s bot in fleet' % name)
def plusscan(skip=False):
global teller
teller += 1
if teller % 5 != 0: return
logging.warn("running plus scan")
fleet = getfleet()
for id, channels in state.data.ids.iteritems():
if not id in state.data.seen: state.data.seen[id] = []
for botname, chan in channels:
try:
res = getplus(id)
if not res: logging.warn("no result from %s" % id) ; continue
bot = fleet.byname(botname)
if bot:
todo = []
for r in res:
stamp = uuid.uuid3(uuid.NAMESPACE_URL, str(r)).hex
if stamp not in state.data.seen[id]:
state.data.seen[id].append(stamp)
todo.append(r)
if todo: bot.say(chan, "new plus update: " , todo)
else: logging.warn("no %s bot in fleet" % botname)
except AttributeError, ex: logging.error(str(ex))
except Exception, ex: handle_exception()
state.save()
def _listen(self):
""" listen for udp messages .. /msg via bot"""
if not cfg['udp']: return
fleet = getfleet()
for botname in cfg['udpbots']:
if not fleet.byname(botname): logging.info("udp - can't find %s bot" % botname)
try:
fleet.startok.wait(5)
logging.warn('udp listening on %s %s' % (cfg['udphost'], cfg['udpport']))
self.sock.bind((cfg['udphost'], cfg['udpport']))
self.stop = 0
except IOError:
handle_exception()
self.sock = None
self.stop = 1
return
# loop on listening udp socket
while not self.stop:
try: input, addr = self.sock.recvfrom(64000)
except socket.timeout: continue
except Exception, ex:
try: (errno, errstr) = ex
except ValueError: errno = 0 ; errstr = str(ex)
if errno == 4: logging.warn("udp - %s - %s" % (self.name, str(ex))) ; break
if errno == 35: continue
else: handle_exception() ; break
if self.stop: break
self.queue.put((input, addr))
def fleet_add(bot, ievent):
""" arguments: <name> <type> <server>|<botjid> <nick>|<passwd> - add a newly created bot to the fleet. """
try:
name, type, server, nick = ievent.rest.split()
except ValueError: ievent.missing("<name> <type> <server>|<botjid> <nick>|<passwd>") ; return
type = type.lower()
fleet = getfleet()
bot = fleet.byname(name)
if bot: event.reply("%s bot already exists" % name) ; return
cfg = Config('fleet' + os.sep + stripname(name) + os.sep + 'config')
cfg.disable = 0
if type == "irc":
cfg.port = 6667
cfg.server = server
cfg.nick = nick
elif type in ["xmpp", "sxmpp"]:
cfg.port = 4442
cfg.host = server
try: n, serv = cfg.host.split("@")
except (ValueError, TypeError): pass
cfg.server = serv
cfg.password = nick
cfg.save()
bot = fleet.makebot(type, name, cfg)
fleet.addbot(bot)
if bot:
ievent.reply('enabled and started %s bot - %s' % (name, cfg.filename))
start_new_thread(bot.start, ())
else: ievent.reply("can't make %s bot" % cfg.name)
def scan(skip=False):
global teller, dostop
if dostop: return
teller += 1
try: do = int(cfg.sleep)
except ValueError: do = 5
if do < 1: do = 5
if teller % do != 0: return
logging.info("running")
fleet = getfleet()
todo = sync()
if not todo: logging.info("nothing todo") ; return
for b in todo:
uid = str(b.user_id)
if not uid in state.data.ids: logging.warn("we don't follow id %s" % uid) ; continue
for channel in state.data.ids[uid]:
if dostop: return
botname, chan = channel
bot = fleet.byname(botname)
if bot:
if b.post_id: url = ("http://stackoverflow.com/questions/%s" % b.post_id) or "no url found"
bot.say(chan, "*%s* %s - *%s* - %s - %s - %s (%s)" % (state.data.names[uid].upper(), b.action, b.description, url, time.ctime(b.creation_date), b.detail or "no detail", b.post_type))
if b.action == "answered":
aa = getanswers(b.post_id)
if aa:
a = aa[-1]
try: body = a['body']
except KeyError: continue
(urls, c) = geturls(body)
if c: bot.say(chan, u"> " + c)
else: bot.say(chan, "can't find answers")
if urls: bot.say(chan, "urls: %s" % " -=- ".join(urls))
else: logging.warn("no %s bot in fleet" % botname)
def topicset(state):
retval = None
try:
fleet = getfleet()
for botname in fleet.list():
bot = fleet.byname(botname)
if bot:
topicdata = bot.gettopic('#nurds')
splitted = topicdata[0].split(' | ')
statusline = splitted[0]
if 'Space is ' in statusline:
del splitted[0]
if state:
splitted.insert(0,'Space is OPEN')
retval = True
else:
splitted.insert(0,'Space is CLOSED')
retval = False
newtopic = ' | '.join(splitted)
for botname in fleet.list():
bot = fleet.byname(botname)
if bot and newtopic != topicdata[0]:
if not testing: bot.settopic('#nurds', newtopic)
# if testing: bot.settopic('#nurdbottest', newtopic)
except:
pass
return retval
def work(self, botname, type, channel, entries, url, *args, **kwargs):
try:
item = self.byurl(url)
name = item.data.name
try:
fleet = getfleet()
bot = fleet.byname(botname)
if not bot and type:
bot = fleet.makebot(type, botname)
if not bot:
bot = fleet.makebot('xmpp', botname)
except NoSuchBotType, ex: logging.warn("hubbub - %s" % str(ex)) ; return
if not bot: logging.error("hubbub - can't find %s bot in fleet" % type) ; return
res2 = entries
if not res2: logging.info("no updates for %s (%s) feed available" % (item.data.name, channel)) ; return
if item.markup.get(jsonstring([name, channel]), 'reverse-order'): res2 = res2[::-1]
if item.markup.get(jsonstring([name, channel]), 'all-lines'):
for i in res2:
response = self.makeresponse(name, [i, ], channel)
try: bot.say(channel, response)
except Exception, ex: handle_exception()
else:
sep = item.markup.get(jsonstring([name, channel]), 'separator')
if sep: response = self.makeresponse(name, res2, channel, sep=sep)
else: response = self.makeresponse(name, res2, channel)
bot.say(channel, response)
except Exception, ex: handle_exception()
def handle_ask(bot, event):
"""
arguments: <subject> <question> - this command lets you ask a question that gets dispatched to jabber
users that have registered themselves for that particular subject.
"""
try: subject, question = event.rest.split(' ', 1)
except ValueError:
event.missing('<subject> <question>')
return
try: expertslist = experts.data[subject]
except KeyError:
if '@' in subject: expertslist = [subject, ]
else: expertslist = [defaultJID, ]
fleet = getfleet()
xmppbot = fleet.getfirstjabber()
if xmppbot:
for expert in expertslist: xmppbot.say(expert, "%s (%s) asks you: %s" % (event.userhost, bot.cfg.name, question))
else:
logging.warn("ask - can't find jabber bot in fleet")
return
asker = event.userhost
for expert in expertslist:
if not questions.data.has_key(expert): questions.data[expert] = []
questions.data[expert].append([bot.cfg.name, bot.type, event.userhost, event.channel])
questions.save()
event.reply('question is sent to %s' % ' .. '.join(expertslist))
def fleet_enable(bot, ievent):
""" arguments: <list of botnames> - enable a fleet bot. """
if not ievent.rest:
ievent.missing("<list of botnames>")
return
bots = ievent.rest.split()
fleet = getfleet()
for name in bots:
bot = fleet.byname(name)
if bot:
bot.cfg.load_config()
bot.cfg['disable'] = 0
if not bot.cfg.name: bot.cfg.name = name
bot.cfg.save()
ievent.reply('enabled %s' % name)
#start_new_thread(bot.connect, ())
elif name in fleet.avail():
cfg = Config('fleet' + os.sep + stripname(name) + os.sep +
'config')
cfg['disable'] = 0
if not cfg.name: cfg.name = name
cfg.save()
bot = fleet.makebot(cfg.type, cfg.name, cfg)
if not bot:
ievent.reply("can't make %s bot - %s" % (cfg.name, cfg.type))
return
ievent.reply('enabled %s bot' % name)
#start_new_thread(bot.start, ())
else:
ievent.reply('no %s bot in fleet' % name)
def forwardoutcb(bot, event):
""" forward callback. """
e = cpy(event)
logging.debug("forward - cbtype is %s - %s" % (event.cbtype, event.how))
e.forwarded = True
e.source = bot.cfg.user
e.botname = bot.cfg.server or bot.cfg.name
if not event.chan: event.bind(bot)
if event.chan: e.allowwatch = event.chan.data.allowwatch
fleet = getfleet()
for jid in forward.data.channels[event.channel.lower()]:
if not "@" in jid: logging.error("forward - %s is not a valid JID" % jid) ; continue
logging.info("forward - sending to %s" % jid)
if jid == "twitter":
try: postmsg(forward.data.outs[jid], e.txt)
except Exception, ex: handle_exception()
continue
outbot = fleet.getfirstjabber(bot.isgae)
if not outbot and bot.isgae: outbot = fleet.makebot('xmpp', 'forwardbot')
if outbot:
e.source = outbot.cfg.user
txt = outbot.normalize(e.tojson())
txt = stripcolor(txt)
#txt = e.tojson()
container = Container(outbot.cfg.user, txt)
outbot.outnocb(jid, container.tojson())
else: logging.info("forward - no xmpp bot found in fleet".upper())
def askcallback(bot, event):
""" this is the callbacks that handles the responses to questions. """
sendto = questions.data[event.userhost]
jid = []
channels = []
try: (printto, txt) = event.txt.split(':', 1)
except ValueError: printto = False ; txt = event.txt
txt = txt.strip()
done = []
fleet = getfleet()
for botname, type, userhost, channel in sendto:
if not printto or userhost != printto: continue
askbot = fleet.makebot(type)
if not askbot: askbot = fleet.makebot('xmpp', 'askxmppbot')
logging.debug("ask - %s %s %s %s" % (botname, type, userhost, channel))
if askbot:
for jid in channel: askbot.say(channel, "%s says: %s" % (event.userhost, txt))
else: logging.warn("ask - can't find %s bot in fleet" % type) ; continue
try:
questions.data[event.userhost].remove([botname, type, userhost, channel])
questions.save()
except ValueError: pass
done.append(channel)
break
if done: event.reply('answer sent to ', done)
def handle_fleetconnect(bot, ievent):
""" arguments: <botname> - connect a fleet bot to it's server. """
try: botname = ievent.args[0]
except IndexError:
ievent.missing('<botname>')
return
try:
fleet = getfleet()
fleetbot = fleet.byname(botname)
if fleetbot:
start_new_thread(fleetbot.connect, ())
ievent.reply('%s connect thread started' % botname)
else:
ievent.reply("can't connect %s .. trying enable" % botname)
cfg = Config('fleet' + os.sep + stripname(botname) + os.sep + 'config')
cfg['disable'] = 0
if not cfg.name: cfg.name = botname
cfg.save()
bot = fleet.makebot(cfg.type, cfg.name, cfg)
if bot:
ievent.reply('enabled and started %s bot' % botname)
start_new_thread(bot.start, ())
else: ievent.reply("can't make %s bot" % cfg.name)
except Exception, ex:
ievent.reply(str(ex))
def fleet_cmnd(bot, ievent):
""" arguments: <botname> <cmndstring> - do cmnd on fleet bot(s). """
try:
(name, cmndtxt) = ievent.rest.split(' ', 1)
except ValueError: ievent.missing("<botname> <cmndstring>") ; return
fleet = getfleet()
if name == "all": fleet.cmndall(ievent, cmndtxt)
else: fleet.cmnd(ievent, name, cmndtxt)
def handle_reboot(bot, ievent):
""" no arguments - reboot the bot. """
ievent.reply("rebooting")
#time.sleep(3)
if ievent.rest == "cold": stateful = False
else: stateful = True
if stateful:
if bot.type == "tornado":
callback = functools.partial(reboot_stateful, bot, ievent,
getfleet(), partyline)
bot.server.io_loop.add_callback(callback)
else:
mainhandler.put(0, reboot_stateful, bot, ievent, getfleet(),
partyline)
else:
getfleet().exit()
mainhandler.put(0, reboot)
def handle_fleetdel(bot, ievent):
""" arguments: <botname> - delete bot from fleet. """
try: name = ievent.args[0]
except IndexError:
ievent.missing('<name>')
return
try:
if getfleet().delete(name): ievent.reply('%s deleted' % name)
else: ievent.reply('%s delete failed' % name)
except Exception, ex: ievent.reply(str(ex))
def handle_xmppinvite(bot, event):
""" arguments: <list of JIDs> - invite (subscribe to) a different user. """
if not event.rest:
event.missing("<list of JIDs>")
return
bot = getfleet().getfirstjabber()
if bot:
for jid in event.args: bot.invite(jid)
event.done()
else: event.reply("can't find jabber bot in fleet")
def reboot_stateful(bot, ievent, fleet, partyline):
""" reboot the bot, but keep the connections (IRC only). """
logging.warn("reboot - doing statefull reboot")
session = {'bots': {}, 'name': bot.name, 'channel': ievent.channel, 'partyline': []}
for i in getfleet().bots:
logging.warn("reboot - updating %s" % i.name)
data = i._resumedata()
if not data: continue
session['bots'].update(data)
if i.bottype == "sxmpp": i.exit()
session['partyline'] = partyline._resumedata()
sessionfile = tempfile.mkstemp('-session', 'jsb-')[1]
json.dump(session, open(sessionfile, 'w'))
getfleet().save()
args = []
if len(sys.argv) > 1:
os.execl(sys.argv[0], sys.argv[0], '-r', sessionfile, *sys.argv[1:])
else:
os.execl(sys.argv[0], sys.argv[0], '-r', sessionfile)
def dosay(self, printto, txt):
""" send txt to printto .. do some checks. """
if cfg['udpparty'] and partyline.is_on(printto): partyline.say_nick(printto, txt) ; return
if not cfg['udpbots']: bots = [cfg['udpbot'], ]
else: bots = cfg['udpbots']
for botname in bots:
bot = getfleet().byname(botname)
if not bot: logging.warn("udp - can't find %s bot in fleet" % botname) ; continue
bot.connectok.wait()
bot.say(printto, txt)
for i in self.loggers: i.log(printto, txt)
def dosay(self, printto, txt):
""" send txt to printto .. do some checks. """
if cfg['udpparty'] and partyline.is_on(printto): partyline.say_nick(printto, txt) ; return
if not cfg['udpbots']: bots = [cfg['udpbot'], ]
else: bots = cfg['udpbots']
for botname in bots:
bot = getfleet().byname(botname)
if not bot: logging.warn("udp - can't find %s bot in fleet" % botname) ; continue
bot.connectok.wait()
bot.say(printto, txt)
for i in self.loggers: i.log(printto, txt)
def doreconnect(self):
""" reconnect to the server. """
botjid = self.jid
newbot = getfleet().makebot('sxmpp', self.name, cfg=self.cfg)
newbot.reconnectcount = self.reconnectcount
self.exit()
if newbot.start():
self.jid += '.old'
#newbot.joinchannels()
if fleet.replace(botjid, newbot): return True
return False
def handle_fleetdel(bot, ievent):
""" arguments: <botname> - delete bot from fleet. """
try:
name = ievent.args[0]
except IndexError:
ievent.missing('<name>')
return
try:
if getfleet().delete(name): ievent.reply('%s deleted' % name)
else: ievent.reply('%s delete failed' % name)
except Exception, ex:
ievent.reply(str(ex))
def reboot_stateful(bot, ievent, fleet, partyline):
""" reboot the bot, but keep the connections (IRC only). """
logging.warn("reboot - doing statefull reboot")
session = {'bots': {}, 'name': bot.cfg.name, 'channel': ievent.channel, 'partyline': []}
for i in getfleet().bots:
logging.warn("reboot - updating %s" % i.cfg.name)
data = i._resumedata()
if not data: continue
session['bots'].update(data)
if i.type == "sxmpp": i.exit() ; continue
if i.type == "convore": i.exit() ; continue
if i.type == "tornado":
i.exit()
time.sleep(0.1)
for socketlist in i.websockets.values():
for sock in socketlist: sock.stream.close()
session['partyline'] = partyline._resumedata()
sessionfile = tempfile.mkstemp('-session', 'jsb-')[1]
json.dump(session, open(sessionfile, 'w'))
getfleet().save()
os.execl(sys.argv[0], sys.argv[0], '-r', sessionfile, *sys.argv[1:])
def fleet_disable(bot, ievent):
""" arguments: <list of botnames> - disable a fleet bot. """
if not ievent.rest:
ievent.missing("<list of botnames>")
return
fleet = getfleet()
bots = fleet.loadall(ievent.args)
for bot in bots:
bot.cfg['disable'] = 1
bot.cfg.save()
ievent.reply('disabled %s bot.' % bot.cfg.name)
fleet.exit(bot.cfg.name)
def handle_xmppinvite(bot, event):
""" arguments: <list of JIDs> - invite (subscribe to) a different user. """
if not event.rest:
event.missing("<list of JIDs>")
return
bot = getfleet().getfirstjabber()
if bot:
for jid in event.args:
bot.invite(jid)
event.done()
else:
event.reply("can't find jabber bot in fleet")
def handle_reboot(bot, ievent):
""" reboot the bot. """
if bot.isgae:
ievent.reply("this command doesn't work on the GAE")
return
ievent.reply("rebooting")
time.sleep(3)
if ievent.rest == "cold": stateful = False
else: stateful = True
if stateful:
mainhandler.put(0, reboot_stateful, bot, ievent, getfleet(), partyline)
else:
bot.exit()
mainhandler.put(0, reboot)
def irccat_output(msg):
fleet = getfleet()
dest, msg = splitMsg(msg)
for chan in dest:
logging.info("sending to %s" % chan)
for botname in fleet.list():
if botname not in cfg.data['botnames']: continue
bot = fleet.byname(botname)
if bot:
if chan[0] == "#" and chan not in bot.state['joinedchannels']:
logging.warn("someone tried to make me say something in a channel i'm not in! (%s - %s)" % (bot.cfg.name, chan))
else:
bot.say(chan, msg)
else: logging.error("can't find %s bot in fleet" % botname)
def handle_fleetdisconnect(bot, ievent):
""" arguments: <botname> - disconnect a fleet bot from server. """
try:
botname = ievent.args[0]
except IndexError:
ievent.missing('<botname>')
return
ievent.reply('exiting %s' % botname)
try:
fleet = getfleet()
if fleet.exit(botname): ievent.reply("%s bot stopped" % botname)
else: ievent.reply("can't stop %s bot" % botname)
except Exception, ex:
ievent.reply("fleet - %s" % str(ex))
def handle_nsauth(bot, ievent):
""" perform an auth request. """
if bot.jabber: return
if len(ievent.args) != 1: name = bot.name
else: name = ievent.args[0]
fbot = getfleet().byname(name)
if not fbot:
ievent.reply('fleet bot %s not found' % name)
return
if not nsauth.has(fbot):
ievent.reply('nickserv not configured on %s' % fbot.name)
return
nsauth.identify(fbot)
ievent.reply('ok')
def reboot_stateful(bot, ievent, fleet, partyline):
""" reboot the bot, but keep the connections (IRC only). """
logging.warn("reboot - doing statefull reboot")
session = {
'bots': {},
'name': bot.name,
'channel': ievent.channel,
'partyline': []
}
for i in getfleet().bots:
logging.warn("reboot - updating %s" % i.name)
data = i._resumedata()
if not data: continue
session['bots'].update(data)
if i.bottype == "sxmpp": i.exit()
session['partyline'] = partyline._resumedata()
sessionfile = tempfile.mkstemp('-session', 'jsb-')[1]
json.dump(session, open(sessionfile, 'w'))
getfleet().save()
args = []
if len(sys.argv) > 1:
os.execl(sys.argv[0], sys.argv[0], '-r', sessionfile, *sys.argv[1:])
else:
os.execl(sys.argv[0], sys.argv[0], '-r', sessionfile)
def handle(self):
try:
fleet = getfleet()
msg = unicode(self.rfile.readline().strip())
logging.warn("received %s" % msg)
dest, msg = self.splitMsg(msg)
for chan in dest:
logging.info("sending to %s" % chan)
for botname in fleet.list():
if botname not in cfg.botnames: continue
bot = fleet.byname(botname)
if bot: bot.say(chan, msg)
else: logging.error("can't find %s bot in fleet" % botname)
except Exception, ex:
handle_exception()
def fleet_disable(bot, ievent):
""" disable a fleet bot. """
if not ievent.rest:
ievent.missing("list of fleet bots")
return
bots = ievent.rest.split()
fleet = getfleet()
for name in bots:
bot = fleet.byname(name)
if bot:
bot.cfg['enable'] = 0
bot.cfg.save()
ievent.reply('disabled %s' % name)
fleet.exit(name)
else:
ievent.reply("can't find %s bot in fleet" % name)
def handle_nsdel(bot, ievent):
""" remove a bot from nickserv. """
if bot.jabber: return
if len(ievent.args) != 1:
ievent.missing('<fleetbot name>')
return
botname = ievent.args[0]
fbot = getfleet().byname(botname)
if not fbot:
ievent.reply('fleet bot %s not found' % botname)
return
if not nsauth.has(fbot):
ievent.reply('nickserv not configured on %s' % fbot.name)
return
nsauth.remove(fbot)
ievent.reply('ok')
def scan(skip=False):
global teller, dostop
if dostop: return
teller += 1
try:
do = int(cfg.sleep)
except ValueError:
do = 5
if do < 1: do = 5
if teller % do != 0: return
logging.info("running")
fleet = getfleet()
todo = sync()
if not todo:
logging.info("nothing todo")
return
for b in todo:
uid = str(b.user_id)
if not uid in state.data.ids:
logging.warn("we don't follow id %s" % uid)
continue
for channel in state.data.ids[uid]:
if dostop: return
botname, chan = channel
bot = fleet.byname(botname)
if bot:
if b.post_id:
url = ("http://stackoverflow.com/questions/%s" %
b.post_id) or "no url found"
bot.say(
chan, "*%s* %s - *%s* - %s - %s - %s (%s)" %
(state.data.names[uid].upper(), b.action, b.description,
url, time.ctime(b.creation_date), b.detail
or "no detail", b.post_type))
if b.action == "answered":
aa = getanswers(b.post_id)
if aa:
a = aa[-1]
try:
body = a['body']
except KeyError:
continue
(urls, c) = geturls(body)
if c: bot.say(chan, u"> " + c)
else: bot.say(chan, "can't find answers")
if urls: bot.say(chan, "urls: %s" % " -=- ".join(urls))
else: logging.warn("no %s bot in fleet" % botname)