def __init__(self, cfg):
# set attributes based on config
self.__dict__.update(cfg)
# if name not set in config file use the directory name
if not cfg.has_key('name'):
self.name = cfg.dir.split(os.sep)[-1]
# default nick to gozerbot
if not cfg.has_key('nick'):
self.nick = 'gozerbot'
# default port to 0 (use default port)
if not cfg.has_key('port'):
self.port = 0
# make sure bot name is not a directory
if '..' in self.name or '/' in self.name:
raise Exception('wrong bot name %s' % self.name)
# set datadir to datadir/fleet/<botname>
self.datadir = datadir + os.sep + 'fleet' + os.sep + self.name
# bot state
self.state = Pdod(self.datadir + os.sep + 'state') # bot state
# joined channels list .. used to join channels
if not self.state.has_key('joinedchannels'):
self.state['joinedchannels'] = []
# allowed commands on the bot
if not self.state.has_key('allowed'):
self.state['allowed'] = []
# channels we dont want ops in
if not self.state.has_key('no-op'):
self.state['no-op'] = []
# channels we are op in
if not self.state.has_key('opchan'):
self.state['opchan'] = []
self.cfg = cfg # the bots config
self.orignick = "" # original nick
self.blocking = True # use blocking sockets
self.lastoutput = 0 # time of last output
self.stopped = False # flag to set when bot is to be stopped
self.connected = False # conencted flag
self.connecting = False # connecting flag
self.connectok = threading.Event() # event set when bot has connected
self.waitingforconnect = False # flag to indicate we are waiting for connect
self.starttime = time.time() # start time of the bot
self.nrevents = 0 # number of events processed
self.gcevents = 0 # number of garbage collected events
self.less = Less(5) # output buffering
self.userchannels = Dol() # list of channels a user is in
self.channels = Channels(self.datadir + os.sep +
'channels') # channels
self.userhosts = PersistState(self.datadir + os.sep +
'userhosts') # userhosts cache
self.splitted = [] # list of splitted nicks
self.throttle = [] # list of nicks that need to be throttled
self.jabber = False # flag is set on jabber bots
self.google = False # flag is set on google bots
# start runners
runners_start()
def __init__(self):
# cbs are the callbacks .. 1 list per ievent.CMND
self.cbs = Dol()
class Callbacks(object):
""" dict of lists containing callbacks. """
def __init__(self):
# cbs are the callbacks .. 1 list per ievent.CMND
self.cbs = Dol()
def size(self):
""" return number of callbacks. """
return len(self.cbs)
@locked
def add(self, what, func, prereq=None, kwargs=None, threaded=False, nr=False, speed=5):
""" add a callback. """
what = what.upper()
# get the plugin this callback was registered from
plugname = calledfrom(sys._getframe(1))
# check if plugname is in loadlist .. if not don't add callback
if config["loadlist"] and not plugname in config["loadlist"]:
return
# see if kwargs is set if not init to {}
if not kwargs:
kwargs = {}
# add callback to the dict of lists
if nr != False:
self.cbs.insert(nr, what, Callback(func, prereq, plugname, kwargs, threaded, speed))
else:
self.cbs.add(what, Callback(func, prereq, plugname, kwargs, threaded, speed))
rlog(-3, "callbacks", "added %s (%s)" % (what, plugname))
def unload(self, plugname):
""" unload all callbacks registered in a plugin. """
unload = []
# look for all callbacks in a plugin
for name, cblist in self.cbs.iteritems():
index = 0
for item in cblist:
if item.plugname == plugname:
unload.append((name, index))
index += 1
# delete callbacks
for callback in unload[::-1]:
self.cbs.delete(callback[0], callback[1])
rlog(1, "callbacks", "unloaded %s" % callback[0])
def whereis(self, cmnd):
""" show where ircevent.CMND callbacks are registered """
result = []
cmnd = cmnd.upper()
# locate callbacks for CMND
for c, callback in self.cbs.iteritems():
if c == cmnd:
for item in callback:
if not item.plugname in result:
result.append(item.plugname)
return result
def list(self):
""" show all callbacks. """
result = []
# loop over callbacks and collect callback functions
for cmnd, callbacks in self.cbs.iteritems():
for cb in callbacks:
result.append(getname(cb.func))
return result
def check(self, bot, ievent):
""" check for callbacks to be fired. """
# check for "ALL" callbacks
if self.cbs.has_key("ALL"):
for cb in self.cbs["ALL"]:
stats.up("callbacks", "ALL")
self.callback(cb, bot, ievent)
cmnd = ievent.cmnd.upper()
# check for CMND callbacks
if self.cbs.has_key(cmnd):
for cb in self.cbs[cmnd]:
stats.up("callbacks", cmnd)
self.callback(cb, bot, ievent)
@locked
def callback(self, cb, bot, ievent):
""" callback cb with bot and ievent as arguments """
try:
# see if the callback pre requirement succeeds
if cb.prereq:
rlog(-10, "callback", "excecuting in loop %s" % str(cb.prereq))
if not cb.prereq(bot, ievent):
return
# check if callback function is there
if not cb.func:
return
# log and stats
rlog(0, "callback", "excecuting callback %s" % str(cb.func))
stats.up("callbacks", getname(cb.func))
stats.up("callbacks", cb.plugname)
# launcn the callback .. either threaded or dispatched at runners
if cb.threaded:
start_new_thread(cb.func, (bot, ievent), cb.kwargs)
else:
cbrunners[10 - cb.speed].put("cb-%s" % cb.plugname, cb.func, bot, ievent, **cb.kwargs)
except Exception, ex:
handle_exception()
def __init__(self):
# cbs are the callbacks .. 1 list per ievent.CMND
self.cbs = Dol()
class Callbacks(object):
""" dict of lists containing callbacks. """
def __init__(self):
# cbs are the callbacks .. 1 list per ievent.CMND
self.cbs = Dol()
def size(self):
""" return number of callbacks. """
return len(self.cbs)
@locked
def add(self,
what,
func,
prereq=None,
kwargs=None,
threaded=False,
nr=False,
speed=5):
""" add a callback. """
what = what.upper()
# get the plugin this callback was registered from
plugname = calledfrom(sys._getframe(1))
# check if plugname is in loadlist .. if not don't add callback
if config['loadlist'] and not plugname in config['loadlist']:
return
# see if kwargs is set if not init to {}
if not kwargs:
kwargs = {}
# add callback to the dict of lists
if nr != False:
self.cbs.insert(
nr, what,
Callback(func, prereq, plugname, kwargs, threaded, speed))
else:
self.cbs.add(
what, Callback(func, prereq, plugname, kwargs, threaded,
speed))
rlog(-3, 'callbacks', 'added %s (%s)' % (what, plugname))
def unload(self, plugname):
""" unload all callbacks registered in a plugin. """
unload = []
# look for all callbacks in a plugin
for name, cblist in self.cbs.iteritems():
index = 0
for item in cblist:
if item.plugname == plugname:
unload.append((name, index))
index += 1
# delete callbacks
for callback in unload[::-1]:
self.cbs.delete(callback[0], callback[1])
rlog(1, 'callbacks', 'unloaded %s' % callback[0])
def whereis(self, cmnd):
""" show where ircevent.CMND callbacks are registered """
result = []
cmnd = cmnd.upper()
# locate callbacks for CMND
for c, callback in self.cbs.iteritems():
if c == cmnd:
for item in callback:
if not item.plugname in result:
result.append(item.plugname)
return result
def list(self):
""" show all callbacks. """
result = []
# loop over callbacks and collect callback functions
for cmnd, callbacks in self.cbs.iteritems():
for cb in callbacks:
result.append(getname(cb.func))
return result
def check(self, bot, ievent):
""" check for callbacks to be fired. """
# check for "ALL" callbacks
if self.cbs.has_key('ALL'):
for cb in self.cbs['ALL']:
stats.up('callbacks', 'ALL')
self.callback(cb, bot, ievent)
cmnd = ievent.cmnd.upper()
# check for CMND callbacks
if self.cbs.has_key(cmnd):
for cb in self.cbs[cmnd]:
stats.up('callbacks', cmnd)
self.callback(cb, bot, ievent)
@locked
def callback(self, cb, bot, ievent):
""" callback cb with bot and ievent as arguments """
try:
# see if the callback pre requirement succeeds
if cb.prereq:
rlog(-10, 'callback', 'excecuting in loop %s' % str(cb.prereq))
if not cb.prereq(bot, ievent):
return
# check if callback function is there
if not cb.func:
return
# log and stats
rlog(0, 'callback', 'excecuting callback %s' % str(cb.func))
stats.up('callbacks', getname(cb.func))
stats.up('callbacks', cb.plugname)
# launcn the callback .. either threaded or dispatched at runners
if cb.threaded:
start_new_thread(cb.func, (bot, ievent), cb.kwargs)
else:
cbrunners[10 - cb.speed].put("cb-%s" % cb.plugname, cb.func,
bot, ievent, **cb.kwargs)
except Exception, ex:
handle_exception()