def _getMsgFromEvent(self, e, et='Msg'):
"""
Generate a message object from an event
@param e: Event
@type e: Event
@param et:
@type et: String
"""
oMsg = CNBMessage()
oMsg.protocol = 'irc'
oMsg.conId = self._botConfig.get('bot', 'id')
oMsg.type = str(e.eventtype())
oMsg.isPrivate = (oMsg.type == 'privmsg' or oMsg.type == 'privnotice'
or oMsg.type == 'invite')
oMsg.source = str(e.source())
oMsg.target = str(e.target())
oMsg.text = str(e.arguments()[0]).strip()
oMsg.domain = self._botConfig.get('bot', 'server')
oMsg.initCmd()
if oMsg.isPrivate:
oMsg.username = str(e.source()).split('!')[0]
oMsg.replyTo = str(e.source()).split('!')[0]
if oMsg.type == 'invite':
oMsg.room = oMsg.text
else:
#oMsg.username = str(e.target())
oMsg.username = str(e.source()).split('!')[0]
oMsg.replyTo = str(e.target())
oMsg.room = str(e.target())
# Logging
for i in dir(oMsg):
if i not in ['__init__', '__del__', '__module__', '__doc__']:
self.log.debug(et + ": oMsg." + str(i) + " = " +
str(getattr(oMsg, i)))
return oMsg
def _getMsgFromEvent(self, e, et = 'Msg'):
"""
Generate a message object from an event
@param e: Event
@type e: Event
@param et:
@type et: String
"""
oMsg = CNBMessage()
oMsg.protocol = 'irc'
oMsg.conId = self._botConfig.get('bot', 'id')
oMsg.type = str(e.eventtype())
oMsg.isPrivate = (oMsg.type == 'privmsg' or oMsg.type == 'privnotice' or oMsg.type == 'invite')
oMsg.source = str(e.source())
oMsg.target = str(e.target())
oMsg.text = str(e.arguments()[0]).strip()
oMsg.domain = self._botConfig.get('bot', 'server')
oMsg.initCmd()
if oMsg.isPrivate:
oMsg.username = str(e.source()).split('!')[0]
oMsg.replyTo = str(e.source()).split('!')[0]
if oMsg.type == 'invite':
oMsg.room = oMsg.text
else:
#oMsg.username = str(e.target())
oMsg.username = str(e.source()).split('!')[0]
oMsg.replyTo = str(e.target())
oMsg.room = str(e.target())
# Logging
for i in dir(oMsg):
if i not in ['__init__', '__del__', '__module__', '__doc__']:
self.log.debug(et + ": oMsg." + str(i) + " = " + str(getattr(oMsg,i)))
return oMsg
def _callback_message(self, conn, mess):
"""
Changes the behaviour of the JabberBot in order to allow it to answer direct messages.
This is used often when it is connected in MUCs (multiple users chatroom).
@param conn: Connection handle
@type conn: Object
@param mess: Message sent to the bot
@type mess: Object
"""
self._lastping = time()
reply = None
oMsg = CNBMessage()
oMsg.protocol = self._botConfig.get('bot', 'type')
oMsg.conId = self._botConfig.get('bot', 'id')
oMsg.type = str(mess.getType())
oMsg.isPrivate = (oMsg.type == self.XMPP_CHAT)
oMsg.jid = str(mess.getFrom())
oMsg.error = mess.getError()
oMsg.nick = mess.getFrom().getResource()
oMsg.props = mess.getProperties()
oMsg.email = mess.getFrom().getStripped()
oMsg.username = self.get_sender_username(mess)
if len(oMsg.email.split('@')) > 1:
oMsg.domain = oMsg.email.split('@')[1]
oMsg.text = smart_str(mess.getBody()).strip()
oMsg.initCmd()
if '/' in oMsg.jid:
oMsg.room = oMsg.jid.split('/')[0]
else:
oMsg.room = oMsg.jid
if oMsg.type == self.XMPP_CHAT:
oMsg.replyTo = oMsg.username
else:
oMsg.replyTo = oMsg.room
if ' ' in oMsg.text:
command, args = oMsg.text.split(' ', 1)
else:
command, args = oMsg.text, ''
oMsg.cmd = command.lower()
# Logging
for i in dir(oMsg):
if i not in ['__init__', '__del__', '__module__', '__doc__']:
self.log.debug("Msg: oMsg." + str(i) + " = " + str(getattr(oMsg,i)))
if oMsg.type not in ("groupchat", "chat", "normal"):
self.log.debug("unhandled message type: %s" % type)
return
# Ignore messages from before we joined
if xmpp.NS_DELAY in oMsg.props: return
# Ignore messages from myself
if self.jid.bareMatch(oMsg.jid): return
# Logging message
# Not logging because it is already logged in cnb-matrix.log
#self.log.info("%s> %s" % (oMsg.jid, oMsg.text))
#self.log.debug("*** cmd = %s" % oMsg.cmd)
# If a message format is not supported (eg. encrypted), txt will be None
if not oMsg.text: return
# Ignore messages from users not seen by this bot
#if jid not in self._seen:
# self.log.info('Ignoring message from unseen guest: %s' % jid)
# self.log.debug("I've seen: %s" % ["%s" % x for x in self._seen.keys()])
# return
# Remember the last-talked-in thread for replies
self._threads[oMsg.jid] = mess.getThread()
# In private chat, it's okay for the bot to always respond.
# In group chat, the bot should silently ignore commands it
# doesn't understand or aren't handled by _unknown_command().
if oMsg.type == 'groupchat':
default_reply = None
else:
default_reply = self.MSG_UNKNOWN_COMMAND % {'command': oMsg.cmd}
reply = self._unknown_command(mess, oMsg.cmd, args)
# Else
if reply is None:
reply = default_reply
else:
self.send_simple_reply(mess, reply)
# Process Response if text is not null and sender is not the bot
if oMsg.text != '' \
and oMsg.text != 'None' \
and oMsg.username != self._botConfig.get('bot', 'username').split('@')[0]:
oMatrix = CNBMatrix.getInstance()
reply = oMatrix.processXmppMod(oMsg)
# if reply is too big, split into smaller block
if reply and len(reply) > self.MAX_REPLY_SIZE:
aReplies = self._splitByLine(reply,self.MAX_REPLY_SIZE)
self.log.debug('Splitted the reply in ' + str(len(aReplies)) + ' blocks of ' + str(self.MAX_REPLY_SIZE))
for r in aReplies:
self.send_simple_reply(mess, r)
sleep(self.SLEEP_TIME_BETWEEN_REPLY)
elif reply:
self.send_simple_reply(mess, reply)