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 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 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 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 normalize(self, what):
""" convert markup to IRC bold. """
txt = strippedtxt(what, ["\002", "\003"])
txt = re.sub("\s+", " ", what)
txt = stripcolor(txt)
txt = txt.replace("\002", "*")
txt = txt.replace("<b>", "")
txt = txt.replace("</b>", "")
txt = txt.replace("<i>", "")
txt = txt.replace("</i>", "")
txt = txt.replace("<b>", "*")
txt = txt.replace("</b>", "*")
txt = txt.replace("<i>", "")
txt = txt.replace("</i>", "")
return txt
def normalize(self, what):
""" convert markup to IRC bold. """
txt = strippedtxt(what, ["\002", "\003"])
txt = re.sub("\s+", " ", what)
txt = stripcolor(txt)
txt = txt.replace("\002", "*")
txt = txt.replace("<b>", "*")
txt = txt.replace("</b>", "*")
txt = txt.replace("<i>", "")
txt = txt.replace("</i>", "")
txt = txt.replace("<b>", "*")
txt = txt.replace("</b>", "*")
txt = txt.replace("<i>", "")
txt = txt.replace("</i>", "")
return txt
def normalize(self, what):
what = stripcolor(what)
what = what.replace("\002", "")
what = what.replace("\003", "")
#what = what.replace("\n", "<br>")
what = what.replace("<br>", "\n")
what = what.replace("<li>", "*")
what = what.replace("</li>", "")
what = what.replace("<b>", "")
what = what.replace("</b>", "")
what = what.replace("<b>", "")
what = what.replace("</b>", "")
what = what.replace("<i>", "")
what = what.replace("</i>", "")
what = what.replace("<i>", "")
what = what.replace("</i>", "")
return what
def normalize(self, what):
what = stripcolor(what)
what = what.replace("\002", "")
what = what.replace("\003", "")
#what = what.replace("\n", "<br>")
what = what.replace("<br>", "\n")
what = what.replace("<li>", "*")
what = what.replace("</li>", "")
what = what.replace("<b>", "")
what = what.replace("</b>", "")
what = what.replace("<b>", "")
what = what.replace("</b>", "")
what = what.replace("<i>", "")
what = what.replace("</i>", "")
what = what.replace("<i>", "")
what = what.replace("</i>", "")
return what
def normalize(self, txt):
txt = stripcolor(txt)
txt = txt.replace("\n", "<br>");
txt = txt.replace("<", "<")
txt = txt.replace(">", ">")
txt = strippedtxt(txt)
txt = txt.replace("<br>", "<br>")
txt = txt.replace("<b>", "<b>")
txt = txt.replace("</b>", "</b>")
txt = txt.replace("<i>", "<i>")
txt = txt.replace("</i>", "</i>")
txt = txt.replace("<h2>", "<h2>")
txt = txt.replace("</h2>", "</h2>")
txt = txt.replace("<h3>", "<h3>")
txt = txt.replace("</h3>", "</h3>")
txt = txt.replace("<li>", "<li>")
txt = txt.replace("</li>", "</li>")
return txt
def normalize(self, txt):
txt = stripcolor(txt)
txt = txt.replace("\n", "<br>")
txt = txt.replace("<", "<")
txt = txt.replace(">", ">")
txt = strippedtxt(txt)
txt = txt.replace("<br>", "<br>")
txt = txt.replace("<b>", "<b>")
txt = txt.replace("</b>", "</b>")
txt = txt.replace("<i>", "<i>")
txt = txt.replace("</i>", "</i>")
txt = txt.replace("<h2>", "<h2>")
txt = txt.replace("</h2>", "</h2>")
txt = txt.replace("<h3>", "<h3>")
txt = txt.replace("</h3>", "</h3>")
txt = txt.replace("<li>", "<li>")
txt = txt.replace("</li>", "</li>")
return txt
def relaycallback(bot, event):
""" this is the callbacks that handles the responses to questions. """
# determine where the event came from
#event.isrelayed = True
e = cpy(event)
origin = unicode((bot.cfg.name, 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 origin == (botname, 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('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("sending to %s (%s)" %
(target, outbot.cfg.name))
txt = outbot.normalize(txt)
txt = stripcolor(txt)
outbot.putonqueue(-1, 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 normalize(self, what):
what = stripcolor(what)
what = what.replace("\002", "")
what = what.replace("\003", "")
what = what.replace("<br>", "\n")
what = what.replace("<li>", "*")
what = what.replace("</li>", "")
what = what.replace("<b>", "")
what = what.replace("</b>", "")
what = what.replace("<b>", "")
what = what.replace("</b>", "")
what = what.replace("<i>", "")
what = what.replace("</i>", "")
what = what.replace("<i>", "")
what = what.replace("</i>", "")
return what
#def doreconnect(self, first=False):
""" reconnect to the server. """
"""botjid = self.cfg.user
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()
txt = e.txt
for jid in forward.data.channels[event.channel.lower()]:
if not "@" in jid and jid != "twitter":
logging.error("forward - %s is not a valid JID" % jid)
continue
logging.info("forward - sending to %s" % jid)
if jid == "twitter":
if event.cbtype == "JOIN":
continue
txt = bot.normalize(txt)
try:
twitter_out(forward.data.outs[jid], txt, event)
except KeyError:
logging.warn("no forwards found for %s" % jid)
except Exception, ex:
handle_exception()
continue
outbot = fleet.getfirstjabber()
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 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()
txt = e.txt
for jid in forward.data.channels[event.channel.lower()]:
if not "@" in jid and jid != "twitter":
logging.error("forward - %s is not a valid JID" % jid)
continue
logging.info("forward - sending to %s" % jid)
if jid == "twitter":
if event.cbtype == "JOIN": continue
txt = bot.normalize(txt)
try:
twitter_out(forward.data.outs[jid], txt, event)
except KeyError:
logging.warn("no forwards found for %s" % jid)
except Exception, ex:
handle_exception()
continue
outbot = fleet.getfirstjabber()
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 relaycallback(bot, event):
""" this is the callbacks that handles the responses to questions. """
# determine where the event came from
origin = event.printto or event.channel
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))
# tests to prevent looping
if botname == bot.botname and origin == target: continue
if bot.name in event.relayed: 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.debug('relay - outbot found - %s - %s' %
(outbot.name, outbot.type))
# we got bot .. use it to send the relayed message
if event.nick == "bot":
txt = event.txt
else:
txt = "[%s] %s" % (event.nick, event.txt)
txt = stripcolor(txt)
outbot.outnocb(target, txt, event=event)
else:
logging.error("can't find %s bot" % type)
except Exception, ex:
handle_exception()
except KeyError:
pass
