self.user = user
self.realname = realname
- self.chans = []
-
- chcurs = self.parent.db.cursor()
- chcurs.execute("SELECT chname FROM chans WHERE bot = %s AND active = 1", (self.nick,))
- chans = chcurs.fetchall()
- chcurs.close()
-
- for chrow in chans:
- uscurs = self.parent.db.cursor()
- uscurs.execute("SELECT user, level FROM chusers WHERE chan = %s", (chrow['chname'],))
- usrow = uscurs.fetchone()
- levels = {}
- while usrow is not None:
- levels[usrow['user']] = -usrow['level']
- usrow = uscurs.fetchone()
- uscurs.close()
- self.chans.append(self.parent.newchannel(self, chrow['chname'], levels))
+ curs = self.parent.db.cursor()
+ if curs.execute("SELECT chname FROM chans WHERE bot = %s AND active = 1", (self.nick,)):
+ chansres = curs.fetchall()
+ curs.close()
+ self.chans = [self.parent.newchannel(self, row['chname']) for row in chansres]
self.conn = BotConnection(self, bind, server, port)
def connect(self):
qt = pieces[3]
nick = pieces[4]
auth = pieces[5]
- if auth != '0':
- self.parent.user(nick).authed(auth)
+ self.parent.user(nick).authed(auth)
elif pieces[1] == "JOIN":
nick = pieces[0].split('!')[0][1:]
user = self.parent.user(nick, justjoined=True)
chan.userjoin(user)
user.join(chan)
+
+ elif pieces[1] == "PART":
+ nick = pieces[0].split('!')[0][1:]
+ chan = self.parent.channel(pieces[2])
+ if nick != self.nick:
+ self.parent.user(nick).part(chan)
+ chan.userpart(self.parent.user(nick))
+
+ elif pieces[1] == "QUIT":
+ nick = pieces[0].split('!')[0][1:]
+ if nick != self.nick:
+ self.parent.user(nick).quit()
+ del self.parent.users[nick.lower()]
+
+ elif pieces[1] == "MODE": #TODO
+ pass
+
+
def parsemsg(self, user, target, msg):
chan = None
+ if len(msg) == 0:
+ return
+
triggerused = msg[0] == self.parent.trigger
if triggerused: msg = msg[1:]
pieces = msg.split()
chanword = pieces[1]
if chanword[0] == '#':
chan = self.parent.channel(chanword)
- pieces.pop(1)
+ if chan is not None: #if chan is still none, there's no bot on "chanword", and chanword is used as a parameter.
+ pieces.pop(1)
else: # message was sent to a channel
chan = self.parent.channel(target) #TODO check if bot's on channel --- in Erebus.channel() maybe?
- if msg[0] == '*': # message may be addressed to bot by "*BOTNICK" trigger?
- if pieces[0][1:].lower() == self.nick.lower():
- pieces.pop(0) # command actually starts with next word
- msg = ' '.join(pieces) # command actually starts with next word
- elif not triggerused:
- return # not to bot, don't process!
+ try:
+ if msg[0] == '*': # message may be addressed to bot by "*BOTNICK" trigger?
+ if pieces[0][1:].lower() == self.nick.lower():
+ pieces.pop(0) # command actually starts with next word
+ msg = ' '.join(pieces) # command actually starts with next word
+ elif not triggerused:
+ if self.parent.haschanhook(target.lower()):
+ for callback in self.parent.getchanhook(target.lower()):
+ cbret = callback(self, user, chan, *pieces)
+ if cbret is NotImplemented:
+ self.msg(user, "Command not implemented.")
+ return
+ else:
+ return # not to bot, don't process!
+ except IndexError:
+ return # Fix if you feel like it /BiohZn
cmd = pieces[0].lower()
for callback in self.parent.gethook(cmd):
if chan is None and callback.needchan:
self.msg(user, "You need to specify a channel for that command.")
- continue
- if user.glevel >= callback.reqglevel:
- #TODO TODO TODO check reqclevel
+ elif user.glevel >= callback.reqglevel and (not callback.needchan or chan.levelof(user.auth) >= callback.reqclevel):
cbret = callback(self, user, chan, target, *pieces[1:])
if cbret is NotImplemented:
self.msg(user, "Command not implemented.")
- continue
-
- self.msg(user, "No such command, or you don't have access.")
def msg(self, target, msg):
+ if target is None or msg is None: return
+
if isinstance(target, self.parent.User): self.conn.send("NOTICE %s :%s" % (target.nick, msg))
elif isinstance(target, self.parent.Channel): self.conn.send("PRIVMSG %s :%s" % (target.name, msg))
elif isinstance(target, basestring):
#TODO: rewrite send() to queue
def send(self, line):
- print self.parent.nick, '[O]', line
+ print self.parent.nick, '[O]', str(line)
self.write(line)
def write(self, line):