def handle(self, *args, **kwargs):
""" fire monitor callbacks. """
for i in self.outs:
# check if precondition is met
try:
if i[2]:
stats.up('monitors', thr.getname(str(i[2])))
rlog(-10, 'jabbermonitor',
'checking inloop %s' % str(i[2]))
doit = i[2](*args, **kwargs)
else:
doit = 1
except Exception, ex:
handle_exception()
doit = 0
if doit:
# run monitor callback in its own thread
rlog(0, 'jabbermonitor', 'excecuting jabbermonitor callback \
%s' % i[0])
stats.up('monitors', thr.getname(str(i[1])))
if not i[3]:
cbrunners[5].put("monitor-%s" % i[0], i[1], *args)
else:
thr.start_new_thread(i[1], args, kwargs)
def handle(self, *args, **kwargs):
""" fire monitor callbacks. """
for i in self.outs:
# check if precondition is met
try:
if i[2]:
stats.up('monitors', thr.getname(str(i[2])))
rlog(-10, 'jabbermonitor', 'checking inloop %s' % str(i[2]))
doit = i[2](*args, **kwargs)
else:
doit = 1
except Exception, ex:
handle_exception()
doit = 0
if doit:
# run monitor callback in its own thread
rlog(0, 'jabbermonitor', 'excecuting jabbermonitor callback \
%s' % i[0])
stats.up('monitors', thr.getname(str(i[1])))
if not i[3]:
cbrunners[5].put("monitor-%s" % i[0], i[1], *args)
else:
thr.start_new_thread(i[1], args, kwargs)
def __init__(self, index, regex, func, perm, plugname, speed=5, \
threaded=True, allowqueue=True, options={}):
self.name = thr.getname(func) # name of the callback
self.index = index # index into the list
self.regex = regex # the RE to match
self.compiled = re.compile(regex) # compiled RE
self.func = func # the function to call if RE matches
# make sure perms is a list
if type(perm) == types.ListType:
self.perms = list(perm)
else:
self.perms = [perm, ]
# plug name
self.plugname = plugname # plugname where RE callbacks is registered
self.speed = copy.deepcopy(speed) # speed at which the function runs
self.threaded = copy.deepcopy(threaded) # set when run threaade
self.allowqueue = copy.deepcopy(allowqueue) # set when pipeline is allowed
self.options = dict(options) # options set on the callback
def dispatchtest(self, bot, ievent, direct=False):
""" see if ievent would dispatch. """
# check for ignore
if shouldignore(ievent.userhost):
return (None, None)
# check for throttle
if ievent.userhost in bot.throttle:
return (None, None)
# set target properly
if ievent.txt.find(' | ') != -1:
target = ievent.txt.split(' | ')[0]
elif ievent.txt.find(' && ') != -1:
target = ievent.txt.split(' && ')[0]
else:
target = ievent.txt
result = []
# first check for RE before commands dispatcher
com = rebefore.getcallback(target)
if com and not target.startswith('!'):
com.re = True
result = [rebefore, com]
else:
# try commands
if ievent.txt.startswith('!'):
ievent.txt = ievent.txt[1:]
aliascheck(ievent)
com = cmnds.getcommand(ievent.txt)
if com:
com.re = False
result = [cmnds, com]
ievent.txt = ievent.txt.strip()
else:
# try RE after commands
com = reafter.getcallback(target)
if com:
com.re = True
result = [reafter, com]
if result:
# check for auto registration
if config['auto_register'] and not users.getname(ievent.userhost):
users.add("%s!%s" % (ievent.nick, ievent.userhost) , \
[ievent.userhost, ], ['USER', ])
# check for anon access
if config['anon_enable'] and not 'OPER' in result[1].perms:
return result
# check if command is allowed (all-add command)
if com.name in bot.state['allowed'] or getname(
com.func) in bot.state['allowed']:
return result
# check for channel permissions
try:
chanperms = bot.channels[ievent.channel.lower()]['perms']
for i in result[1].perms:
if i in chanperms and not ievent.msg:
ievent.speed = 1
return result
except (KeyError, TypeError):
pass
# if direct is set dont check the user database
if direct:
return result
# use event.stripped in case of jabber
if bot.jabber and ievent.jabber:
if not ievent.groupchat or ievent.jidchange:
if users.allowed(ievent.stripped, result[1].perms):
return result
# irc users check
if users.allowed(ievent.userhost, result[1].perms):
return result
return (None, None)
def dispatchtest(self, bot, ievent, direct=False):
""" see if ievent would dispatch. """
# check for ignore
if shouldignore(ievent.userhost):
return (None, None)
# check for throttle
if ievent.userhost in bot.throttle:
return (None, None)
# set target properly
if ievent.txt.find(' | ') != -1:
target = ievent.txt.split(' | ')[0]
elif ievent.txt.find(' && ') != -1:
target = ievent.txt.split(' && ')[0]
else:
target = ievent.txt
result = []
# first check for RE before commands dispatcher
com = rebefore.getcallback(target)
if com and not target.startswith('!'):
com.re = True
result = [rebefore, com]
else:
# try commands
if ievent.txt.startswith('!'):
ievent.txt = ievent.txt[1:]
aliascheck(ievent)
com = cmnds.getcommand(ievent.txt)
if com:
com.re = False
result = [cmnds, com]
ievent.txt = ievent.txt.strip()
else:
# try RE after commands
com = reafter.getcallback(target)
if com:
com.re = True
result = [reafter, com]
if result:
# check for auto registration
if config['auto_register'] and not users.getname(ievent.userhost):
users.add("%s!%s" % (ievent.nick, ievent.userhost) , \
[ievent.userhost, ], ['USER', ])
# check for anon access
if config['anon_enable'] and not 'OPER' in result[1].perms:
return result
# check if command is allowed (all-add command)
if com.name in bot.state['allowed'] or getname(com.func) in bot.state['allowed']:
return result
# check for channel permissions
try:
chanperms = bot.channels[ievent.channel.lower()]['perms']
for i in result[1].perms:
if i in chanperms and not ievent.msg:
ievent.speed = 1
return result
except (KeyError, TypeError):
pass
# if direct is set dont check the user database
if direct:
return result
# use event.stripped in case of jabber
if bot.jabber and ievent.jabber:
if not ievent.groupchat or ievent.jidchange:
if users.allowed(ievent.stripped, result[1].perms):
return result
# irc users check
if users.allowed(ievent.userhost, result[1].perms):
return result
return (None, None)
