def startshell(self, connect=True):
""" start the console bot. """
self.start(False)
time.sleep(0.1)
self.dostart()
while not self.stopped:
try:
input = console.raw_input("> ")
event = ConsoleEvent()
event.parse(self, input, console)
event.showall = True
if False and input.startswith('#'):
try:
env = {"bot": self, "event": event}
env.update(locals())
env.update(globals())
console.locals.update(env)
console.runsource(input[1:])
continue
except Exception, ex:
handle_exception()
continue
self.put(event)
if self.shouldwait: waitforqueue(event.resqueue)
time.sleep(0.2)
except NoInput: continue
except (KeyboardInterrupt, EOFError): break
except Exception, ex: handle_exception()
def handle_grep(bot, ievent):
""" no arguments - grep the result list, use this command in a pipeline. """
if not ievent.inqueue: ievent.reply('use grep in a pipeline') ; return
if not ievent.rest: ievent.reply('grep <txt>') ; return
try: (options, rest) = getopt.getopt(ievent.args, 'riv')
except getopt.GetoptError, ex: ievent.reply(str(ex)) ; return
result = waitforqueue(ievent.inqueue, 3000)
if not result: ievent.reply('no data to grep on: %s' % ievent.txt) ; return
doregex = False
docasein = False
doinvert = False
for i, j in options:
if i == '-r': doregex = True
if i == '-i': docasein = True
if i == '-v': doinvert = True
res = []
if doregex:
try:
if docasein: reg = re.compile(' '.join(rest), re.I)
else: reg = re.compile(' '.join(rest))
except Exception, ex:
ievent.reply("can't compile regex: %s" % str(ex))
return
if doinvert:
for i in result:
if not re.search(reg, i): res.append(i)
else:
for i in result:
if re.search(reg, i): res.append(i)
def handle_count(bot, ievent):
""" show nr of elements in result list. """
if not ievent.inqueue:
ievent.reply("use count in a pipeline")
return
result = waitforqueue(ievent.inqueue, 5000)
ievent.reply(str(len(result)))
def handle_reverse(bot, ievent):
""" arguments: [<string>] - reverse string or use in a pipeline. """
if ievent.rest: result = ievent.rest
else: result = waitforqueue(ievent.inqueue, 5000)
if not result: ievent.reply("reverse what?") ; return
if type(result) == types.ListType: ievent.reply("results: ", result[::-1])
else: ievent.reply(result[::-1])
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 handle_reverse(bot, ievent):
""" reverse string or pipelined list. """
if not ievent.rest and ievent.inqueue: result = waitforqueue(ievent.inqueue, 5000)
elif not ievent.rest: ievent.missing('<text to reverse>') ; return
else: result = ievent.rest
if type(result) == types.ListType: ievent.reply("results: ", result[::-1])
else: ievent.reply(result[::-1])
def handle_choice(bot, ievent):
""" arguments: [<space seperated strings>] - make a random choice out of different words or list elements. when used in a pipeline will choose from that. """
result = []
if ievent.args: result = ievent.args
elif ievent.inqueue: result = waitforqueue(ievent.inqueue, 3000)
else: ievent.missing('<space seperated list>') ; return
if result: ievent.reply(random.choice(result))
else: ievent.reply('nothing to choose from: %s' % ievent.txt)
def handle_choice(bot, ievent):
""" make a random choice out of different words or list elements. """
result = []
if ievent.args: result = ievent.args
elif ievent.inqueue: result = waitforqueue(ievent.inqueue, 3000)
else:
ievent.missing('<space seperated list>')
return
if result: ievent.reply(random.choice(result))
else: ievent.reply('nothing to choose from: %s' % ievent.txt)
def handle_reverse(bot, ievent):
""" reverse string or pipelined list. """
if not ievent.rest and ievent.inqueue:
result = waitforqueue(ievent.inqueue, 5000)
elif not ievent.rest:
ievent.missing('<text to reverse>')
return
else:
result = ievent.rest
if type(result) == types.ListType: ievent.reply("results: ", result[::-1])
else: ievent.reply(result[::-1])
def handle_uniq(bot, ievent):
""" uniq the result list """
if not ievent.inqueue:
ievent.reply('use uniq in a pipeline')
return
result = waitforqueue(ievent.inqueue, 3000)
if not result:
ievent.reply('no data')
return
result = list(result)
if not result: ievent.reply('no result')
else: ievent.reply(result)
def handle_uniq(bot, ievent):
""" uniq the result list """
if not ievent.inqueue:
ievent.reply('use uniq in a pipeline')
return
result = waitforqueue(ievent.inqueue, 3000)
if not result:
ievent.reply('no data')
return
result = list(result)
if not result: ievent.reply('no result')
else: ievent.reply(result)
def handle_uniq(bot, ievent):
""" no arguments - uniq the result list, use this command in a pipeline. """
if not ievent.inqueue:
ievent.reply('use uniq in a pipeline')
return
result = waitforqueue(ievent.inqueue, 3000)
if not result:
ievent.reply('no data')
return
result = list(result)
if not result: ievent.reply('no result')
else: ievent.reply("result: ", result)
def wait(self, nr=1000):
nr = int(nr)
result = []
#if self.nodispatch: return
if not self.busy: self.startout()
self.finished.acquire()
while nr > 0 and (self.busy and not self.dostop): self.finished.wait(0.1) ; nr -= 100
self.finished.release()
if self.wait 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 handle_tail(bot, ievent):
""" no arguments - show last <nr> elements, use this command in a pipeline. """
if not ievent.inqueue:
ievent.reply("use tail in a pipeline")
return
try: nr = int(ievent.args[0])
except (ValueError, IndexError):
ievent.reply('tail <nr>')
return
result = waitforqueue(ievent.inqueue, 3000)
if not result:
ievent.reply('no data to tail')
return
ievent.reply('results: ', result[-nr:])
def handle_to(bot, ievent):
""" arguments: <nick> - direct output to <nick>, use this command in a pipeline. """
if not ievent.inqueue: ievent.reply('use to in a pipeline') ; return
try: nick = ievent.args[0]
except IndexError: ievent.reply('to <nick>') ; return
if nick == 'me': nick = ievent.nick
if not getwho(bot, nick): ievent.reply("don't know %s" % nick) ; return
result = waitforqueue(ievent.inqueue, 5000)
if result:
bot.say(nick, "%s sends you this:" % ievent.nick)
bot.say(nick, " ".join(result))
if len(result) == 1: ievent.reply('1 element sent')
else: ievent.reply('%s elements sent' % len(result))
else: ievent.reply('nothing to send')
def handle_to(bot, ievent):
""" direct pipeline output to <nick>. """
if not ievent.inqueue: ievent.reply('use to in a pipeline') ; return
try: nick = ievent.args[0]
except IndexError: ievent.reply('to <nick>') ; return
if nick == 'me': nick = ievent.nick
if not getwho(bot, nick): ievent.reply("don't know %s" % nick) ; return
result = waitforqueue(ievent.inqueue, 5000)
if result:
bot.say(nick, "%s sends you this:" % ievent.nick)
bot.say(nick, " ".join(result))
if len(result) == 1: ievent.reply('1 element sent')
else: ievent.reply('%s elements sent' % len(result))
else: ievent.reply('nothing to send')
def handle_tail(bot, ievent):
""" used in a pipeline .. show last <nr> elements. """
if not ievent.inqueue:
ievent.reply("use tail in a pipeline")
return
try:
nr = int(ievent.args[0])
except (ValueError, IndexError):
ievent.reply('tail <nr>')
return
result = waitforqueue(ievent.inqueue, 3000)
if not result:
ievent.reply('no data to tail')
return
ievent.reply('results: ', result[-nr:])
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 wait(self, nr=1000):
nr = int(nr)
result = []
#if self.nodispatch: return
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.wait 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 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 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 cmnd(self, event, name, cmnd):
""" do command on a bot. """
bot = self.byname(name)
if not bot: return 0
from jsb.lib.eventbase import EventBase
j = plugs.clonedevent(bot, event)
j.onlyqueues = True
j.txt = cmnd
q = Queue.Queue()
j.queues = [q]
j.speed = 3
plugs.trydispatch(bot, j)
result = waitforqueue(q, 3000)
if not result: return
res = ["[%s]" % bot.botname, ]
res += result
event.reply(res)
return res
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 waitfor(self, millisec=10000):
""" wait for the event to finish. """
logging.warn("eventbase - waiting for %s" % self.txt)
self.finished.wait(5)
return waitforqueue(self.resqueue, millisec)
ievent.sock = sock
ievent.speed = 1
ievent.isdcc = True
ievent.msg = True
ievent.bind(self)
logging.debug("%s - dcc - constructed event" % self.name)
if ievent.txt[0] == "!":
self.doevent(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))
self.privwait.check(ievent)
except socket.error, ex:
try:
(errno, errstr) = ex
except:
errno = 0
errstr = str(ex)
if errno == 35 or errno == 11:
continue
def handle_not(bot, ievent):
""" negative grep. """
if not ievent.inqueue:
ievent.reply('use not in a pipeline')
return
if not ievent.rest:
ievent.reply('not <txt>')
return
try:
(options, rest) = getopt.getopt(ievent.args, 'r')
except getopt.GetoptError, ex:
ievent.reply(str(ex))
return
result = waitforqueue(ievent.inqueue, 3000)
if not result:
ievent.reply('no data to grep on')
return
doregex = False
for i, j in options:
if i == '-r': doregex = True
res = []
if doregex:
try:
reg = re.compile(' '.join(rest))
except Exception, ex:
ievent.reply("can't compile regex: %s" % str(ex))
return
for i in result:
if not re.search(reg, i): res.append(i)
def waitfor(self, millisec=10000):
""" wait for the event to finish. """
logging.warn("eventbase - waiting for %s" % self.txt)
self.finished.wait(5)
return waitforqueue(self.resqueue , millisec)
## not command
def handle_not(bot, ievent):
""" no arguments - negative grep, use this command in a pipeline. """
if not ievent.inqueue:
ievent.reply('use not in a pipeline')
return
if not ievent.rest:
ievent.reply('not <txt>')
return
try: (options, rest) = getopt.getopt(ievent.args, 'r')
except getopt.GetoptError, ex:
ievent.reply(str(ex))
return
result = waitforqueue(ievent.inqueue, 3000)
if not result:
ievent.reply('no data to grep on')
return
doregex = False
for i, j in options:
if i == '-r': doregex = True
res = []
if doregex:
try: reg = re.compile(' '.join(rest))
except Exception, ex:
ievent.reply("can't compile regex: %s" % str(ex))
return
for i in result:
if not re.search(reg, i): res.append(i)
else:
