Sun, 30 Nov 2014 03:55:47 +0200
- add more decimals to the mathematical constants
import asyncore import socket import sys import re import modulecore as ModuleCore import traceback from configfile import Config import bt as Bt import hgpoll as HgPoll CLIF_CONNECTED = (1 << 1) all_clients = [] class RestartError (Exception): def __init__ (self, value): self.message = value def __str__ (self): return self.message # # Prints a line to log channel(s) # def broadcast (line): print line for client in all_clients: if not client.flags & CLIF_CONNECTED: continue for channel in client.channels: if channel.get_value ('logchannel', default=False): client.write ("PRIVMSG %s :%s" % (channel.get_value ('name'), line)) class logical_exception (Exception): def __init__ (self, value): self.value = value def __str__ (self): return self.value # # Main IRC client class # class irc_client (asyncore.dispatcher): def __init__ (self, cfg, flags): global all_clients self.name = cfg.get_value ('name') self.host = cfg.get_value ('address') self.port = cfg.get_value ('port', default=6667) self.password = cfg.get_value ('password', default='') self.channels = cfg.get_nodelist ('channels') self.flags = flags self.send_buffer = [] self.umode = cfg.get_value ('umode', default='') self.cfg = cfg self.desired_name = Config.get_value ('nickname', default='cobalt') self.mynick = self.desired_name self.verbose = Config.get_value ('verbose', default=False) self.commandprefix = Config.get_value ('commandprefix', default='.') all_clients.append (self) asyncore.dispatcher.__init__ (self) self.create_socket (socket.AF_INET, socket.SOCK_STREAM) self.connect ((self.host, self.port)) def register_to_irc (self): ident = Config.get_value ('ident', default='cobalt') gecos = Config.get_value ('gecos', default='cobalt') self.write ("PASS %s" % self.password) self.write ("USER %s * * :%s" % (ident, gecos)) self.write ("NICK %s" % self.mynick) def handle_connect (self): print "Connected to [%s] %s:%d" % (self.name, self.host, self.port) self.register_to_irc() def write (self, utfdata): try: self.send_buffer.append ("%s" % utfdata.decode("utf-8","ignore").encode("ascii","ignore")) except UnicodeEncodeError: pass def handle_close (self): print "Connection to [%s] %s:%d terminated." % (self.name, self.host, self.port) self.close() def handle_write (self): self.send_all_now() def readable (self): return True def writable (self): return len (self.send_buffer) > 0 def send_all_now (self): for line in self.send_buffer: if self.verbose: print "[%s] <- %s" % (self.name, line) self.send ("%s\n" % line) self.send_buffer = [] def handle_read (self): lines = self.recv (4096).splitlines() for utfline in lines: try: line = utfline.decode("utf-8","ignore").encode("ascii","ignore") except UnicodeDecodeError: continue if self.verbose: print "[%s] -> %s" % (self.name, line) if line.startswith ("PING :"): self.write ("PONG :%s" % line[6:]) else: words = line.split(" ") if len(words) >= 2: if words[1] == "001": self.flags |= CLIF_CONNECTED for channel in self.channels: self.write ("JOIN %s %s" % (channel.get_value ('name'), channel.get_value ('password', default=''))) umode = self.cfg.get_value ('umode', '') if umode != '': self.write ('MODE %s %s' % (self.mynick, self.cfg.get_value ('umode', ''))) elif words[1] == "PRIVMSG": self.handle_privmsg (line) elif words[1] == 'QUIT': rex = re.compile (r'^:([^!]+)!([^@]+)@([^ ]+) QUIT') match = rex.match (line) # Try reclaim our nickname if possible if match and match.group(1) == self.desired_name: self.mynick = self.desired_name self.write ("NICK %s" % self.mynick) elif words[1] == "433": #:irc.localhost 433 * cobalt :Nickname is already in use. self.mynick += self.cfg.get_value ('conflictsuffix', default='`') self.write ("NICK " + self.mynick) # Check for new issues on the bugtracker Bt.poll() # Check for new commits in the repositories HgPoll.poll() # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # Handle a PRIVMSG line from the IRC server # def handle_privmsg (self, line): rex = re.compile (r'^:([^!]+)!([^@]+)@([^ ]+) PRIVMSG ([^ ]+) :(.+)$') match = rex.match (line) if not match: broadcast ("Recieved bad PRIVMSG: %s" % line) sender = match.group (1) user = match.group (2) host = match.group (3) channel = match.group (4) message = match.group (5) replyto = channel if channel != self.mynick else sender # Check for command. if len(message) >= 2 and message[0] == self.commandprefix and message[1] != self.commandprefix: stuff = message[1:].split(' ') command = stuff[0] args = stuff[1:] self.handle_command (sender, user, host, replyto, command, args, message) return Bt.process_message (self, line, replyto) def add_irc_channel (self, channame): for channel in self.channels: if channel.get_value ('name').upper() == channame.upper(): return channel = self.cfg.append_nodelist ('channels') channel.set_value ('name', channame) self.channels = self.cfg.get_nodelist ('channels') self.write ('JOIN ' + channame) self.cfg.save() def remove_irc_channel (self, channame): for channel in self.channels: if channel.get_value ('name') == channame: self.channels.remove (channel) break else: return self.write ('PART ' + channame) self.cfg.save() def handle_command (self, sender, ident, host, replyto, command, args, message): kvargs = {'sender': sender, 'ident': ident, 'host': host, 'replyto': replyto, 'cmdname': command, 'message': message} try: result = ModuleCore.call_command (self, **kvargs) if result: return except ModuleCore.CommandError as e: lines = str (e).split ('\n') self.privmsg (replyto, 'error: %s' % lines[0]) for line in lines[1:]: self.privmsg (replyto, ' ' + line) return def handle_error(self): raise RestartError (traceback.format_exception(sys.exc_type, sys.exc_value, sys.exc_traceback)) def restart(self): raise RestartError('') def privmsg (self, channel, msg): self.write ("PRIVMSG %s :%s" % (channel, msg)) def close_connection (self, message): if self.flags & CLIF_CONNECTED: self.write ("QUIT :" + message) self.send_all_now() self.close() def quit_irc (self): self.close_connection ('Leaving') def exceptdie (self): self.close_connection ('Caught exception') def keyboardinterrupt (self): self.close_connection ('KeyboardInterrupt')