def connect(self):
application = service.Application('UniblabXMPP')
xmppclient = XMPPClient(jid.internJID(self.xmpp_user), self.xmpp_pass)
self.client=UniblabXMPPProtocol()
self.client.transport = self
self.client.setHandlerParent(xmppclient)
xmppclient.setServiceParent(application)
xmppclient.startService()
class StatusProxy(object):
def __init__(self, username, password, host='talk.google.com'):
self.client = XMPPClient(JID(username), password,host)
self.presence = PresenceFetcher()
self.presence.setHandlerParent(self.client)
self.client.startService()
def getStatuses(self, account):
if isinstance(account, str):
account = JID(account)
return self.presence.doProbe(account)
def __init__(self, myjid, mysecret):
application = service.Application("Xmpp XiVO CTI")
xmppclient = XMPPClient(jid.internJID(myjid), mysecret)
xmppclient.setServiceParent(application)
xmppclient.startService()
xmppclient.logTraffic = DEBUG
self.factory = xmppProtocol()
self.factory.setHandlerParent(xmppclient)
self.pubsub_factory = ctiPubSubClient(CONFIG["xmpp"]["jid"])
self.pubsub_factory.setHandlerParent(xmppclient)
def start_services(config):
client = XMPPClient(jid.internJID(config.credentials['jid']), config.credentials['password'])
application = service.Application('commitbot')
bot = CommitBot(config)
bot.setHandlerParent(client)
site = server.Site(WebHook(config, bot))
tcp_server = reactor.listenTCP(8888, site)
app.startApplication(application, None)
client.startService()
reactor.run()
class Output(cowrie.core.output.Output):
def __init__(self):
cowrie.core.output.Output.__init__(self)
def start(self):
from random import choice
import string
server = CONFIG.get('output_xmpp', 'server')
user = CONFIG.get('output_xmpp', 'user')
password = CONFIG.get('output_xmpp', 'password')
muc = CONFIG.get('output_xmpp', 'muc')
resource = ''.join([choice(string.ascii_letters)
for i in range(8)])
jid = user + '/' + resource
application = service.Application('honeypot')
self.run(application, jid, password, JID(None, [muc, server, None]), server)
def run(self, application, jidstr, password, muc, server):
self.xmppclient = XMPPClient(JID(jidstr), password)
if CONFIG.has_option('output_xmpp', 'debug') and \
CONFIG.getboolean('output_xmpp', 'debug') is True:
self.xmppclient.logTraffic = True # DEBUG HERE
(user, host, resource) = jid.parse(jidstr)
self.muc = XMPPLoggerProtocol(
muc, server, user + '-' + resource)
self.muc.setHandlerParent(self.xmppclient)
self.xmppclient.setServiceParent(application)
self.anonymous = True
self.xmppclient.startService()
def write(self, logentry):
for i in list(logentry.keys()):
# Remove twisted 15 legacy keys
if i.startswith('log_'):
del logentry[i]
elif i == "time":
del logentry[i]
msgJson = json.dumps(logentry, indent=5)
self.muc.groupChat(self.muc.jrooms, msgJson)
def stop(self):
self.xmppclient.stopService()
def createXMPPClients(self, jid, password):
"""
Create XMPP clients.
@return: C{(xmppClient, pubsubClient)}
"""
xmppClient = XMPPClient(jid, password)
xmppClient.startService()
presence = PresenceClientProtocol()
presence.setHandlerParent(xmppClient)
presence.available(priority=127)
pubsubClient = SuperfeedrClient(self)
pubsubClient.setHandlerParent(xmppClient)
return xmppClient, pubsubClient
class Output(cowrie.core.output.Output):
def __init__(self):
cowrie.core.output.Output.__init__(self)
def start(self):
from random import choice
import string
server = CONFIG.get('output_xmpp', 'server')
user = CONFIG.get('output_xmpp', 'user')
password = CONFIG.get('output_xmpp', 'password')
muc = CONFIG.get('output_xmpp', 'muc')
resource = ''.join([choice(string.ascii_letters)
for i in range(8)])
jid = user + '/' + resource
application = service.Application('honeypot')
self.run(application, jid, password, JID(None, [muc, server, None]), server)
def run(self, application, jidstr, password, muc, server):
self.xmppclient = XMPPClient(JID(jidstr), password)
if CONFIG.has_option('output_xmpp', 'debug') and \
CONFIG.getboolean('output_xmpp', 'debug') is True:
self.xmppclient.logTraffic = True # DEBUG HERE
(user, host, resource) = jid.parse(jidstr)
self.muc = XMPPLoggerProtocol(
muc, server, user + '-' + resource)
self.muc.setHandlerParent(self.xmppclient)
self.xmppclient.setServiceParent(application)
self.anonymous = True
self.xmppclient.startService()
def write(self, logentry):
for i in list(logentry.keys()):
# Remove twisted 15 legacy keys
if i.startswith('log_'):
del logentry[i]
elif i == "time":
del logentry[i]
msgJson = json.dumps(logentry, indent=5)
self.muc.groupChat(self.muc.jrooms, msgJson)
def stop(self):
self.xmppclient.stopService()
class StatusBotService(service.Service):
def __init__(self):
self.client = XMPPClient(JID(config.JABBER_CLIENT_USER),
config.JABBER_CLIENT_PASS,
config.JABBER_CLIENT_HOST)
self.presenceFetcher = PresenceFetcher()
self.presenceFetcher.setHandlerParent(self.client)
self.tweeter = Tweeter()
self.loopingCall = LoopingCall(self.makeRequest)
def startService(self):
service.Service.startService(self)
self.client.startService()
self.loopingCall.start(config.REFRESH_INTERVAL_SECS)
def stopService(self):
service.Service.stopService(self)
self.loopingCall.stop()
self.client.stopService()
def makeRequest(self):
d = self.presenceFetcher.doProbe(config.JABBER_TARGET)
d.addCallbacks(self._sendTweet, log.err)
return d
def _sendTweet(self, statuses):
if not statuses:
log.msg("No statuses received")
return succeed(None)
else:
d = self.tweeter.tweet(statuses[0])
d.addCallback(self._receiveTweetResponse)
return d
def _receiveTweetResponse(self, result):
code, body = result
# 403 is probably a duplicate tweet
if code == 200:
decoded = json.loads(body)
log.msg("Tweeted new status: " + decoded['text'])
elif code == 403:
log.msg("Duplicate tweet, ignoring")
else:
log.err("Error tweeting {}: {}".format(code, body))
class Output(cowrie.core.output.Output):
"""
xmpp output
"""
def start(self):
server = CowrieConfig.get("output_xmpp", "server")
user = CowrieConfig.get("output_xmpp", "user")
password = CowrieConfig.get("output_xmpp", "password")
muc = CowrieConfig.get("output_xmpp", "muc")
resource = "".join([choice(string.ascii_letters) for i in range(8)])
jid = user + "/" + resource
application = service.Application("honeypot")
self.run(application, jid, password, JID(None, [muc, server, None]),
server)
def run(self, application, jidstr, password, muc, server):
self.xmppclient = XMPPClient(JID(jidstr), password)
if CowrieConfig.getboolean("output_xmpp", "debug", fallback=False):
self.xmppclient.logTraffic = True
(user, host, resource) = jid.parse(jidstr)
self.muc = XMPPLoggerProtocol(muc, server, user + "-" + resource)
self.muc.setHandlerParent(self.xmppclient)
self.xmppclient.setServiceParent(application)
self.anonymous = True
self.xmppclient.startService()
def write(self, logentry):
for i in list(logentry.keys()):
# Remove twisted 15 legacy keys
if i.startswith("log_"):
del logentry[i]
elif i == "time":
del logentry[i]
msgJson = json.dumps(logentry, indent=5)
self.muc.groupChat(self.muc.jrooms, msgJson)
def stop(self):
self.xmppclient.stopService()
from twisted.internet import reactor
from twisted.words.protocols.jabber.jid import JID
from wokkel.client import XMPPClient
from echo import Echo
from roster import Roster
with open('account', 'r') as f:
account = f.readlines()
jid = JID(account[0].rstrip('\n'))
password = account[1].rstrip('\n')
client = XMPPClient(jid, password)
echo = Echo()
roster = Roster()
roster.setHandlerParent(client)
echo.setHandlerParent(client)
client.startService()
reactor.run()
class DBLogger(dblog.DBLogger):
def start(self, cfg):
from random import choice
import string
server = cfg.get('database_xmpp', 'server')
user = cfg.get('database_xmpp', 'user')
password = cfg.get('database_xmpp', 'password')
muc = cfg.get('database_xmpp', 'muc')
channels = {}
for i in ('createsession', 'connectionlost', 'loginfailed',
'loginsucceeded', 'command', 'clientversion'):
x = cfg.get('database_xmpp', 'signal_' + i)
if not x in channels:
channels[x] = []
channels[x].append(i)
resource = ''.join([choice(string.ascii_letters) for i in range(8)])
jid = user + '/' + resource
application = service.Application('honeypot')
self.run(application, jid, password, muc, channels)
def run(self, application, jidstr, password, muc, channels, anon=True):
self.xmppclient = XMPPClient(jid.JID(jidstr), password)
if self.cfg.has_option('database_xmpp', 'debug') and \
self.cfg.get('database_xmpp', 'debug') in ('1', 'true', 'yes'):
self.xmppclient.logTraffic = True # DEBUG HERE
(user, host, resource) = jid.parse(jidstr)
self.muc = XMPPLoggerProtocol(muc, channels.keys(),
user + '-' + resource)
self.muc.setHandlerParent(self.xmppclient)
self.xmppclient.setServiceParent(application)
self.signals = {}
for channel in channels:
for signal in channels[channel]:
self.signals[signal] = channel
self.anonymous = True
self.xmppclient.startService()
def broadcast(self, msgtype, msg):
if msgtype in self.signals:
self.report(msgtype,
'%s@%s' % (self.signals[msgtype], self.muc.server),
msg)
def report(self, msgtype, to, xmsg):
body = domish.Element((None, 'body'))
body.addContent('\n')
msg = domish.Element(
('http://github.com/micheloosterhof/cowrie', 'cowrie'))
msg['type'] = msgtype
msg.addChild(xmsg)
body.addChild(msg)
self.muc.groupChat(jid.JID(to), body)
# We have to return an unique ID
def createSession(self, peerIP, peerPort, hostIP, hostPort):
session = uuid.uuid4().hex
ses = domish.Element((None, 'session'))
ses['session'] = session
ses['remote_host'] = peerIP
ses['remote_port'] = str(peerPort)
if self.anonymous == True:
ses['local_host'] = '127.0.0.1'
else:
ses['local_host'] = hostIP
ses['local_port'] = str(hostPort)
self.broadcast('createsession', ses)
return session
def handleTTYLogOpened(self, session, args):
pass
def handleConnectionLost(self, session, args):
ses = domish.Element((None, 'session'))
ses['session'] = session
self.broadcast('connectionlost', ses)
def handleLoginFailed(self, session, args):
ses = domish.Element((None, 'credentials'))
ses['session'] = session
ses['username'] = args['username']
ses['password'] = args['password']
self.broadcast('loginfailed', ses)
def handleLoginSucceeded(self, session, args):
ses = domish.Element((None, 'credentials'))
ses['session'] = session
ses['username'] = args['username']
ses['password'] = args['password']
self.broadcast('loginsucceeded', ses)
def handleCommand(self, session, args):
ses = domish.Element((None, 'command'))
ses['session'] = session
ses['command'] = 'known'
ses.addContent(args['input'])
self.broadcast('command', ses)
def handleUnknownCommand(self, session, args):
ses = domish.Element((None, 'command'))
ses['session'] = session
ses['command'] = 'unknown'
ses.addContent(args['input'])
self.broadcast('command', ses)
def handleInput(self, session, args):
ses = domish.Element((None, 'input'))
ses['session'] = session
ses['realm'] = args['realm']
ses.addContent(args['input'])
self.broadcast('input', ses)
def handleTerminalSize(self, session, args):
pass
def handleClientVersion(self, session, args):
ses = domish.Element((None, 'version'))
ses['session'] = session
ses['version'] = args['version']
self.broadcast('clientversion', ses)
class DBLogger(dblog.DBLogger):
def start(self, cfg):
from random import choice
import string
server = cfg.get('database_xmpp', 'server')
user = cfg.get('database_xmpp', 'user')
password = cfg.get('database_xmpp', 'password')
muc = cfg.get('database_xmpp', 'muc')
channels = {}
for i in ('createsession', 'connectionlost', 'loginfailed',
'loginsucceeded', 'command', 'clientversion'):
x = cfg.get('database_xmpp', 'signal_' + i)
if not x in channels:
channels[x] = []
channels[x].append(i)
resource = ''.join([choice(string.ascii_letters)
for i in range(8)])
jid = user + '/' + resource
application = service.Application('honeypot')
self.run(application, jid, password, JID(None,[muc,server,None]), channels)
def run(self, application, jidstr, password, muc, channels, anon=True):
self.xmppclient = XMPPClient(JID(jidstr), password)
if self.cfg.has_option('database_xmpp', 'debug') and \
self.cfg.get('database_xmpp', 'debug') in ('1', 'true', 'yes'):
self.xmppclient.logTraffic = True # DEBUG HERE
(user, host, resource) = jid.parse(jidstr)
self.muc = XMPPLoggerProtocol(
muc, channels.keys(), user + '-' + resource)
self.muc.setHandlerParent(self.xmppclient)
self.xmppclient.setServiceParent(application)
self.signals = {}
for channel in channels:
for signal in channels[channel]:
self.signals[signal] = channel
self.anonymous = True
self.xmppclient.startService()
def broadcast(self, msgtype, msg):
if msgtype in self.signals:
self.report(msgtype, '%s@%s' %
(self.signals[msgtype], self.muc.server) , msg)
def report(self, msgtype, to, xmsg):
msg = {}
msg['type'] = msgtype
msg['message'] = xmsg
msgJson = json.dumps(msg,indent=5)
self.muc.groupChat(self.muc.jrooms, msgJson)
# We have to return an unique ID
def createSession(self, peerIP, peerPort, hostIP, hostPort):
session = uuid.uuid4().hex
ses = {}
ses['session'] = session
ses['remote_host'] = peerIP
ses['remote_port'] = str(peerPort)
if self.anonymous == True:
ses['local_host'] = '127.0.0.1'
else:
ses['local_host'] = hostIP
ses['local_port'] = str(hostPort)
self.broadcast('createsession', ses)
return session
def handleTTYLogOpened(self, session, args):
pass
def handleConnectionLost(self, session, args):
ses = {}
ses['session'] = session
self.broadcast('connectionlost', ses)
def handleLoginFailed(self, session, args):
ses = {}
ses['session'] = session
ses['username'] = args['username']
ses['password'] = args['password']
self.broadcast('loginfailed', ses)
def handleLoginSucceeded(self, session, args):
ses = {}
ses['session'] = session
ses['username'] = args['username']
ses['password'] = args['password']
self.broadcast('loginsucceeded', ses)
def handleCommand(self, session, args):
ses = {}
ses['session'] = session
ses['command'] = 'known'
ses['input'] = args['input']
self.broadcast('command', ses)
def handleUnknownCommand(self, session, args):
ses = {}
ses['session'] = session
ses['command'] = 'unknown'
ses['input'] = args['input']
self.broadcast('command', ses)
def handleInput(self, session, args):
ses = {}
ses['session'] = session
ses['realm'] = args['realm']
ses['input'] = args['input']
self.broadcast('input', ses)
def handleTerminalSize(self, session, args):
pass
def handleClientVersion(self, session, args):
ses = {}
ses['session'] = session
ses['version'] = args['version']
self.broadcast('clientversion', ses)
import sys
from twisted.python import log
from twisted.internet import reactor
from twisted.words.protocols.jabber.jid import JID
from wokkel.client import XMPPClient
from wokkel.xmppim import RosterClientProtocol
class RosterHandler(RosterClientProtocol):
def gotRoster(self, roster):
print 'Got roster:'
for entity, item in roster.iteritems():
print ' %r (%r)' % (entity, item.name or '')
def connectionInitialized(self):
RosterClientProtocol.connectionInitialized(self)
d = self.getRoster()
d.addCallback(self.gotRoster)
d.addErrback(log.err)
USER_JID, PASSWORD = sys.argv[1:3]
client = XMPPClient(JID(USER_JID), PASSWORD)
roster = RosterHandler()
roster.setHandlerParent(client)
client.startService()
reactor.run()
class XmppBackend(ProtocolBackend):
protocol_name = 'xmpp'
def configure(self, *args, **kwargs):
# user args
self.nick = kwargs.get('nick')
# TODO: remove, make this just the bot name...
self.room_nick = kwargs.get('room_nick')
if self.room_nick is None:
self.room_nick = self.nick
self.log_traffic = kwargs.get('log_traffic', False)
#TODO: remove localhost default, fail.
self.server = kwargs.get('server', 'localhost')
self.port = kwargs.get('port', XMPP_DEFAULT_PORT)
self.use_ssl = kwargs.get('use_ssl', True)
self.keepalive_freq = kwargs.get('keepalive_freq') # defaults to None
if type(self.keepalive_freq) not in (None, float):
try:
self.keepalive_freq = float(self.keepalive_freq)
except Exception as e:
self.log.error('invalid keepalive passed in, {0!r}: {1!r}'.format(self.keepalive_freq, e))
self.keepalive_freq = None
#TODO: have this default to botname @ .
self.jabber_id = kwargs.get('jabber_id', self.nick + '@' + self.server)
#self.room_jabber_id = # do we need this for servers that act wonky? maybe.
self.password = kwargs.get('password')
self.rooms = kwargs.get('rooms')
# allow users to define custom handlers? not now.
#self.subprotocol_handlers = kwargs.get()
# internal
self.bot_jid = jid.internJID(self.jabber_id)
# probably want to override client?
self.client = XMPPClient(self.bot_jid, self.password, host=self.server)
if self.log_traffic is True:
self.client.logTraffic = True
# def connect_handlers(self):
# for subprotocol in self.subprotocol_handlers:
# instance = subprotocol()
# instance.setHandlerParent(self.client)
def connect(self, *args, **kwargs):
#TODO: try moving this below
self.client.startService()
# setup handlers
self.muc_handler = MucBot(self.rooms, self.room_nick, backend=self)
self.muc_handler.setHandlerParent(self.client)
self.privatechat_handler = PrivateChatBot(backend=self)
self.privatechat_handler.setHandlerParent(self.client)
self.presence = xmppim.PresenceClientProtocol()
self.presence.setHandlerParent(self.client)
self.presence.available()
self.keepalive = ClientKeepalive(interval=self.keepalive_freq)
self.keepalive.setHandlerParent(self.client)
def handle_action(self, action):
self.log.debug('XMPP ACTION : {0!r}'.format(action))
if action.action_type != 'message':
return
body = str(action.meta.get('body'))
if not body:
return
if not action.destination_rooms:
return
for room in action.destination_rooms:
if action.scope == 'public':
room_jid = jid.internJID(room)
message = muc.GroupChat(recipient=room_jid, body=body)
self.client.send(message.toElement())
if action.scope == 'private':
if room is not None:
msg = xmppim.Message(recipient=jid.internJID(room),
sender=self.bot_jid,
body=body)
self.client.send(msg.toElement())
class DBLogger(dblog.DBLogger):
def start(self):
from random import choice
import string
server = CONFIG.get('database_xmpp', 'server')
user = CONFIG.get('database_xmpp', 'user')
password = CONFIG.get('database_xmpp', 'password')
muc = CONFIG.get('database_xmpp', 'muc')
channels = {}
for i in ('createsession', 'connectionlost', 'loginfailed',
'loginsucceeded', 'command', 'clientversion'):
x = CONFIG.get('database_xmpp', 'signal_' + i)
if x not in channels:
channels[x] = []
channels[x].append(i)
resource = ''.join([choice(string.ascii_letters) for i in range(8)])
jid = user + '/' + resource
application = service.Application('honeypot')
self.run(application, jid, password, JID(None, [muc, server, None]),
channels)
def run(self, application, jidstr, password, muc, channels, anon=True):
self.xmppclient = XMPPClient(JID(jidstr), password)
if CONFIG.has_option('database_xmpp', 'debug') and CONFIG.getboolean(
'database_xmpp', 'debug'):
self.xmppclient.logTraffic = True # DEBUG HERE
(user, host, resource) = jid.parse(jidstr)
self.muc = XMPPLoggerProtocol(muc, list(channels.keys()),
user + '-' + resource)
self.muc.setHandlerParent(self.xmppclient)
self.xmppclient.setServiceParent(application)
self.signals = {}
for channel in channels:
for signal in channels[channel]:
self.signals[signal] = channel
self.anonymous = True
self.xmppclient.startService()
def broadcast(self, msgtype, msg):
if msgtype in self.signals:
self.report(msgtype, '{}@{}'.format(self.signals[msgtype],
self.muc.server), msg)
def report(self, msgtype, to, xmsg):
msg = {}
msg['type'] = msgtype
msg['message'] = xmsg
msgJson = json.dumps(msg, indent=5)
self.muc.groupChat(self.muc.jrooms, msgJson)
# We have to return an unique ID
def createSession(self, peerIP, peerPort, hostIP, hostPort):
session = uuid.uuid4().hex
ses = {}
ses['session'] = session
ses['remote_host'] = peerIP
ses['remote_port'] = str(peerPort)
if self.anonymous:
ses['local_host'] = '127.0.0.1'
else:
ses['local_host'] = hostIP
ses['local_port'] = str(hostPort)
self.broadcast('createsession', ses)
return session
def handleTTYLogOpened(self, session, args):
pass
def handleConnectionLost(self, session, args):
ses = {}
ses['session'] = session
self.broadcast('connectionlost', ses)
def handleLoginFailed(self, session, args):
ses = {}
ses['session'] = session
ses['username'] = args['username']
ses['password'] = args['password']
self.broadcast('loginfailed', ses)
def handleLoginSucceeded(self, session, args):
ses = {}
ses['session'] = session
ses['username'] = args['username']
ses['password'] = args['password']
self.broadcast('loginsucceeded', ses)
def handleCommand(self, session, args):
ses = {}
ses['session'] = session
ses['command'] = 'known'
ses['input'] = args['input']
self.broadcast('command', ses)
def handleUnknownCommand(self, session, args):
ses = {}
ses['session'] = session
ses['command'] = 'unknown'
ses['input'] = args['input']
self.broadcast('command', ses)
def handleInput(self, session, args):
ses = {}
ses['session'] = session
ses['realm'] = args['realm']
ses['input'] = args['input']
self.broadcast('input', ses)
def handleTerminalSize(self, session, args):
pass
def handleClientVersion(self, session, args):
ses = {}
ses['session'] = session
ses['version'] = args['version']
self.broadcast('clientversion', ses)
class XmppBackend(ProtocolBackend):
protocol_name = 'xmpp'
def configure(self, *args, **kwargs):
# user args
self.nick = kwargs.get('nick')
# TODO: remove, make this just the bot name...
self.room_nick = kwargs.get('room_nick')
if self.room_nick is None:
self.room_nick = self.nick
self.log_traffic = kwargs.get('log_traffic', False)
#TODO: remove localhost default, fail.
self.server = kwargs.get('server', 'localhost')
self.port = kwargs.get('port', XMPP_DEFAULT_PORT)
self.use_ssl = kwargs.get('use_ssl', True)
self.keepalive_freq = kwargs.get('keepalive_freq') # defaults to None
if type(self.keepalive_freq) not in (None, float):
try:
self.keepalive_freq = float(self.keepalive_freq)
except Exception as e:
self.log.error(
'invalid keepalive passed in, {0!r}: {1!r}'.format(
self.keepalive_freq, e))
self.keepalive_freq = None
#TODO: have this default to botname @ .
self.jabber_id = kwargs.get('jabber_id', self.nick + '@' + self.server)
#self.room_jabber_id = # do we need this for servers that act wonky? maybe.
self.password = kwargs.get('password')
self.rooms = kwargs.get('rooms')
# allow users to define custom handlers? not now.
#self.subprotocol_handlers = kwargs.get()
# internal
self.bot_jid = jid.internJID(self.jabber_id)
# probably want to override client?
self.client = XMPPClient(self.bot_jid, self.password, host=self.server)
if self.log_traffic is True:
self.client.logTraffic = True
# def connect_handlers(self):
# for subprotocol in self.subprotocol_handlers:
# instance = subprotocol()
# instance.setHandlerParent(self.client)
def connect(self, *args, **kwargs):
#TODO: try moving this below
self.client.startService()
# setup handlers
self.muc_handler = MucBot(self.rooms, self.room_nick, backend=self)
self.muc_handler.setHandlerParent(self.client)
self.presence = xmppim.PresenceClientProtocol()
self.presence.setHandlerParent(self.client)
self.presence.available()
self.keepalive = ClientKeepalive(interval=self.keepalive_freq)
self.keepalive.setHandlerParent(self.client)
def handle_action(self, action):
#self.log.debug(': {0!r}'.format(action))
if action.action_type == 'message':
body = action.meta.get('body')
if body:
if action.destination_rooms:
for room in action.destination_rooms:
if action.scope == 'public':
# TODO: replace this with an actual room lookup of known rooms
room_jid = jid.internJID(room)
message = muc.GroupChat(recipient=room_jid,
body=body)
self.client.send(message.toElement())
