def run(self):
'''
run() -> None
Run a loop forever in the background and
replies to PING requests from the IRC server.
'''
buffr = ''
while self.parent.connected:
buffr += self.parent.irc.recv(1024)
temp = string.split(buffr, '\n')
buffr = temp.pop()
for line in temp:
line = string.rstrip(line)
pingmatch = re.match('^PING :(.*)$', line)
# Answer to PINGs from the IRC server.
if pingmatch != None:
self.parent.irc.send('PONG %s\r\n' % \
(pingmatch.group(1)))
self.ircbuffer.append(line)
out.info("Connection connection.StayAwake().run(self) terminated.")
def connect(self):
self.irc = socket.socket()
# Trying to bind vhost
if self.ipaddr:
try:
self.irc.bind((self.ipaddr, self.port))
out.info("bound IP-address: %s " % self.ipaddr)
except:
out.warn("could not bind IP-address: %s " % self.ipaddr)
self.irc.connect((self.server, self.port))
self.irc.send(u'NICK %s\n' % (self.nick))
self.irc.send(u'USER %s %s bla :%s\n' % (self.ident, self.server, self.name))
for channel in self.channels:
self.irc.send(u'JOIN #%s\n' % channel)
out.info("Connected to %s" % self.server)
out.newline()
self.connected = True
stayawake = self.StayAwake(self)
stayawake.start()
def __init__(self):
'''
Load the core modules, as well as the user defined
extra modules defined in the config file (config.conf).
'''
self.enabled = True
self.mcore = {}
self.mextra = []
self.mplugin = []
self.cmdlist = {}
self.cfg = ''
import module.core.configmanager as cfg
self.cfg = cfg.BrunobotConfig()
self.cfg.printConfig()
self.mcore['cfg'] = self.cfg
# setting configuration for the output object
out.setcfg(self.mcore['cfg'])
self.loadCore()
out.info('Core modules loaded ')
for module in self.mcore:
out.info('%s' % module)
out.newline()
import module.core.loadmodule as loadmodule
self.moduleLoader = loadmodule.DynamicLoad(self)
for module in self.cfg.list('modules'):
thread.start_new_thread(self.loadModule, (module, ) )
def run(self):
'''
run()
Starting the process manager, invoked by self.start().
'''
while self.running:
for proc in self.proccesses:
duration = proc.duration()
maxDuration = self.cfg.get('max_run_time',proc.module.name)
try:
maxDuration = int(maxDuration)
except:
try:
maxDuration = int(self.cfg.get('module','max_run_time'))
except:
maxDuration = 5
if not proc.is_alive():
self.proccesses.remove(proc)
elif duration >= maxDuration:
self.communication.say(proc.data['channel'],
'Running of %s took too long (limit=%ds).' % (proc.module.name, maxDuration))
out.warn('Running of %s took too long (limit=%ds)' % (proc.module.name, maxDuration))
proc.stop()
self.proccesses.remove(proc)
time.sleep(0.3)
out.info('ThreadedManager threadmanager.ThreadedManager().run(self) terminated.')
def __init__(self):
'''
Load the core modules, as well as the user defined
extra modules defined in the config file (config.conf).
'''
self.enabled = True
self.mcore = {}
self.mextra = []
self.mplugin = []
self.cmdlist = {}
self.cfg = ''
import module.core.configmanager as cfg
self.cfg = cfg.BrunobotConfig()
self.cfg.printConfig()
self.mcore['cfg'] = self.cfg
# setting configuration for the output object
out.setcfg(self.mcore['cfg'])
self.loadCore()
out.info('Core modules loaded ')
for module in self.mcore:
out.info('%s' % module)
out.newline()
import module.core.loadmodule as loadmodule
self.moduleLoader = loadmodule.DynamicLoad(self)
for module in self.cfg.list('modules'):
thread.start_new_thread(self.loadModule, (module, ) )
def run(self):
'''
run() -> None
Run a loop forever in the background and
replies to PING requests from the IRC server.
'''
buffr = ''
while self.parent.connected:
buffr += self.parent.irc.recv(1024)
temp = string.split(buffr, '\n')
buffr = temp.pop()
for line in temp:
line = string.rstrip(line)
pingmatch = re.match('^PING :(.*)$', line)
# Answer to PINGs from the IRC server.
if pingmatch != None:
self.parent.irc.send('PONG %s\r\n' % \
(pingmatch.group(1)))
self.ircbuffer.append(line)
out.info("Connection connection.StayAwake().run(self) terminated.")
def connect(self):
self.irc = socket.socket()
# Trying to bind vhost
if self.ipaddr:
try:
self.irc.bind((self.ipaddr, self.port))
out.info("bound IP-address: %s " % self.ipaddr)
except:
out.warn("could not bind IP-address: %s " % self.ipaddr)
self.irc.connect((self.server, self.port))
self.irc.send(u'NICK %s\n' % (self.nick))
self.irc.send(u'USER %s %s bla :%s\n' % (self.ident, self.server, self.name))
for channel in self.channels:
self.irc.send(u'JOIN #%s\n' % channel)
out.info("Connected to %s" % self.server)
out.newline()
self.connected = True
stayawake = self.StayAwake(self)
stayawake.start()
def download(self,url,verbose=False):
'''
Downloading a python module from the web and
loads it using the load method.
It will try to download the file and write it to disk.
If the module is valid then it will be loaded.
'''
response = None
html = None
try:
response = urllib2.urlopen(url)
html = response.readlines()
except:
result = emptyResult()
result['errors'] = [['Download module','error: could not read file from URL.']]
return None, result
try:
f = open('module/extra/tmp_module.py','w')
for line in html:
f.write(line)
f.close()
except:
result = emptyResult()
result['errors'] = [['Download module','error: could not write to tempfile']]
return None, result
#def validateModule(self,name):
module, result = self.validateModule('tmp_module',verbose)
if inspect.ismodule(module) and result['valid']:
try:
f = open('module/extra/%s.py' % module.name,'w')
for line in html:
f.write(line)
f.close()
except:
result = emptyResult()
result['errors'] = [['Download module','error: could not write module to module/extra/%s.py.' % name]]
return None, result
else:
try:
del sys.modules['module.extra.tmp_module']
except:
out.warn('Could not clean up tmp_module import')
return None, result
out.info('Module "%s" downloaded from %s' % (module.name, url))
os.remove('module/extra/tmp_module.py')
return module, result
def run(self):
while self.running:
while len(self.buffr)>0:
line = self.buffr.pop()
self.parser.parse(line)
time.sleep(0.1)
out.info("Core Parser cparser.BufferReader().run(self) terminated.")
def run(self):
while self.running:
while len(self.buffr) > 0:
line = self.buffr.pop()
self.parser.parse(line)
time.sleep(0.1)
out.info("Core Parser cparser.BufferReader().run(self) terminated.")
def load(self,name, verbose=False):
'''
Load a module based on its name.
Will validate it using the ModuleLoader.
Tries to validate the module based the name.
If the module is a valid module it will be injected
with the required core modules asked for by the
module.
return (Module, unittest) if successful
return (None, unittest) if unsuccessful
'''
result = emptyResult()
if self.modules.extra(name):
result['errors'] == [['Load module','module with name "%s" already loaded.' % name]]
return None, result
module, result = self.validateModule(name,verbose)
# injecting depcendencies
if (inspect.ismodule(module)) and result['valid']:
if 'cmd' in module.listen:
for cmd in module.cmd:
self.modules.cmdlist[cmd] = module
for coremodule in module.require:
if coremodule is 'presist':
vars(module)['presist'] = presist.Presist(module,module.presist)
module.presist.load()
else:
vars(module)[coremodule] = self.modules.mcore[coremodule]
vars(module)['filename'] = name
self.modules.mextra.append(module)
self.cfg.set('modules','%s' % name)
out.info('extra module loaded: %s %s' % (name, module.version))
return (module,result)
else:
try:
del sys.modules['module.extra.' + name]
except:
''' do nothing '''
return None, result
def parsecmd(self, nick, ident, host, channel, cmd):
'''
Parse a command sent to the bot and decide what to do
Keyword arguments:
nick -- nick of sender
ident -- ident of sender
host -- host of sender
channel -- channel the message was sent to
cmd -- command that was sent
'''
command = cmd.split()
data = {
'type': 'cmd',
'nick': nick,
'ident': ident,
'host': host,
'channel': channel,
'cmd': command[0]
}
try:
data['argv'] = command[1:]
except:
data['argv'] = None
coreCmd = self.modules.mcore['corecmd'].parse_cmd(data)
if not coreCmd:
cmdModules = self.modules.listening('cmd')
try:
module = self.modules.cmdlist[data['cmd']]
out.info("running: %s" % module)
if module:
try:
self.threadmanager.runModule(module, data)
#thread.start_new_thread(module.main, (data, ) )
except Exception as error:
out.verbose(error)
out.error("Module '%s %s' failed to run." %
(module.name, module.version))
if self.modules.requires(module, 'presist'):
module.presist.save()
except:
out.warn("could not find module that listens to %s." %
data['cmd'])
def parse_cmd(self,data):
'''
Parsing the command to check if it is a part
of the core commands. Returns true if, false
otherwise.
'''
cmd = data['cmd']
if cmd == 'cmd' and data['argv']:
try:
info_cmd = self.cmd[data['argv'][0]]
used = ", ".join(info_cmd.cmd)
info = "[%s] usage: %s" % (used, info_cmd.usage)
descr = "%sdescription: %s" % (" "*len(used), info_cmd.description)
self.communication.say(data['channel'],"%s" % info)
self.communication.say(data['channel'],"%s" % descr)
except:
self.communication.say(data['channel'],"Could not find info for %s" % data['argv'][0])
return True
elif cmd == 'reloadcmd':
self.load_cmds()
self.communication.say(data['channel'], '%d core commands modules reloaded.' % len(self.cmd))
self.cfg.load()
out.info("Reloaded core commands and config file.")
return True
elif cmd == 'listcmd':
listofcmd = ", ".join(self.cmd.keys())
self.communication.say(data['channel'],
'Found %d core commands: %s. (+ reloadcmd, cmd, listcmd)' % (len(self.cmd), listofcmd))
elif cmd in self.cmd:
try:
self.cmd[cmd].main(self.modules, data)
except Exception as error:
out.error('Module [%s] in corecmd failed.' % cmd)
out.verbose(error)
#print '-'*60
#traceback.print_exc(file=sys.stdout)
#print '-'*60
return True
return False
def main(modules, data):
argv = data['argv']
channel = data['channel']
connection = modules.mcore['connection']
auth = modules.mcore['auth']
user = data['nick']
ident = data['ident']
host = data['host']
if auth.isOwner(user, ident, host):
try:
#connection.connected = False
#connection.irc.send(u'QUIT \n')
#connection.quit()
modules.quit()
out.info('Bot is shutting down by request of: %s!%s@%s' % (user, ident, host))
out.newline()
except:
''' Nothing '''
def main(modules, data):
argv = data['argv']
channel = data['channel']
connection = modules.mcore['connection']
auth = modules.mcore['auth']
cfg = modules.mcore['cfg']
user = data['nick']
ident = data['ident']
host = data['host']
if argv:
if auth.isOwner(user, ident, host):
try:
nick = argv[0]
connection.irc.send(u'NICK %s\n' % nick)
out.info('changed nick to: %s ' % nick)
cfg.set('connection','nick', '%s' % nick)
except:
''' Nothing '''
def main(modules, data):
argv = data['argv']
user = data['nick']
ident = data['ident']
host = data['host']
channel = data['channel']
cfg = modules.mcore['cfg']
auth = modules.mcore['auth']
communication = modules.mcore['communication']
if argv:
if auth.isOwner(user, ident, host):
if argv[0] == 'get':
if len(argv) == 3:
result = cfg.get(argv[1], argv[2])
elif len(argv) == 2:
result = "[%s]" % (", ".join(cfg.list(argv[1])))
communication.say(channel, result)
elif argv[0] == 'set':
if len(argv) == 3:
cfg.set(argv[1], argv[2])
result = "set variable '%s' in %s" % (argv[2], argv[1])
elif len(argv) == 4:
cfg.set(argv[1], argv[2], argv[3])
result = "set variable '%s = %s' in %s" % (
argv[2], argv[3], argv[1])
communication.say(channel, result)
out.info("config: %s " % result)
elif argv[0] == 'rem':
if len(argv) == 3:
cfg.rem(argv[1], argv[2])
communication.say(
channel, "unset value '%s' in %s" % (argv[2], argv[1]))
out.info("config: unset variable '%s' in %s" %
(argv[2], argv[1]))
def main(modules, data):
argv = data['argv']
channel = data['channel']
connection = modules.mcore['connection']
auth = modules.mcore['auth']
cfg = modules.mcore['cfg']
user = data['nick']
ident = data['ident']
host = data['host']
if argv:
if auth.isOwner(user, ident, host):
try:
nick = argv[0]
connection.irc.send(u'NICK %s\n' % nick)
out.info('changed nick to: %s ' % nick)
cfg.set('connection', 'nick', '%s' % nick)
except:
''' Nothing '''
def parsecmd(self, nick, ident, host, channel, cmd):
'''
Parse a command sent to the bot and decide what to do
Keyword arguments:
nick -- nick of sender
ident -- ident of sender
host -- host of sender
channel -- channel the message was sent to
cmd -- command that was sent
'''
command = cmd.split()
data = {'type' :'cmd',
'nick' :nick,
'ident' :ident,
'host' :host,
'channel' :channel,
'cmd' :command[0]}
try: data['argv'] = command[1:]
except: data['argv'] = None
coreCmd = self.modules.mcore['corecmd'].parse_cmd(data)
if not coreCmd:
cmdModules = self.modules.listening('cmd')
try:
module = self.modules.cmdlist[data['cmd']]
out.info("running: %s" % module)
if module:
try:
self.threadmanager.runModule(module, data)
#thread.start_new_thread(module.main, (data, ) )
except Exception as error:
out.verbose(error)
out.error("Module '%s %s' failed to run." % (module.name, module.version))
if self.modules.requires(module,'presist'):
module.presist.save()
except:
out.warn("could not find module that listens to %s." % data['cmd'])
def main(modules, data):
argv = data['argv']
channel = data['channel']
connection = modules.mcore['connection']
auth = modules.mcore['auth']
user = data['nick']
ident = data['ident']
host = data['host']
if auth.isOwner(user, ident, host):
try:
#connection.connected = False
#connection.irc.send(u'QUIT \n')
#connection.quit()
modules.quit()
out.info('Bot is shutting down by request of: %s!%s@%s' %
(user, ident, host))
out.newline()
except:
''' Nothing '''
def main(modules, data):
argv = data['argv']
channel = data['channel']
connection = modules.mcore['connection']
communication = modules.mcore['communication']
auth = modules.mcore['auth']
cfg = modules.mcore['cfg']
user = data['nick']
ident = data['ident']
host = data['host']
if argv:
if auth.isOwner(user, ident, host):
try:
chan = argv[0]
connection.irc.send('JOIN %s\n' % chan)
communication.say(channel, 'Joining %s ...' % chan)
out.info('joined channel: %s ' % chan)
cfg.set('channels','%s' % chan[1:])
except:
''' Nothing '''
def unload(self,name):
'''
Unload a module based on its name.
return (True, msg) if successful
return (True, errorMSG) if unsuccessful
'''
mod = self.modules.extra(name)
if (mod):
self.cfg.rem('modules','%s' % name)
try:
del sys.modules['module.extra.' + name]
except:
return (False, 'Could not unimport "module.extra.%s" module from python runtime.' % name)
self.modules.mextra.remove(mod)
out.info("extra module unloaded: %s" % name)
return (True, 'Module "%s" unloaded.' % name)
else:
return (False, 'Could not find module %s.' % name)
def run(self):
'''
run()
Starting the process manager, invoked by self.start().
'''
while self.running:
for proc in self.proccesses:
duration = proc.duration()
maxDuration = self.cfg.get('max_run_time', proc.module.name)
try:
maxDuration = int(maxDuration)
except:
try:
maxDuration = int(
self.cfg.get('module', 'max_run_time'))
except:
maxDuration = 5
if not proc.is_alive():
self.proccesses.remove(proc)
elif duration >= maxDuration:
self.communication.say(
proc.data['channel'],
'Running of %s took too long (limit=%ds).' %
(proc.module.name, maxDuration))
out.warn('Running of %s took too long (limit=%ds)' %
(proc.module.name, maxDuration))
proc.stop()
self.proccesses.remove(proc)
time.sleep(0.3)
out.info(
'ThreadedManager threadmanager.ThreadedManager().run(self) terminated.'
)
def printConfig(self):
out.info("Configuration [connection]")
out.info(" server: %s (%s)" % (self.get('connection','server'),self.get('connection','port')))
out.info(" nick: %s (%s, %s)" % (self.get('connection','nick'),
self.get('connection','ident'),
self.get('connection','name')))
out.info(" channels: %s " % ", ".join(self.list('channels')))
out.newline()
out.info("Configuration [module]")
out.info(" max_run_time: %s" % (self.get('module','max_run_time')))
out.info(" prefix: %s" % (self.get('module','prefix')))
for module in self.list('modules'):
out.info(" module: %s" % module)
out.newline()
out.info("Configuration [owners]")
for owner in self.list('owners'):
user, ident, host = owner.replace(' ','').split(',')
out.info(" owner: %s!%s@%s" % (user, ident, host))
out.newline()
