class ChatClient(JabberClient):
def __init__(self, jid, password, nick):
self.nick = nick
self.jid = jid if jid.resource else JID(jid.node, jid.domain, "Robot-"+self.nick)
tls = TLSSettings(require=True, verify_peer=False)
JabberClient.__init__(self, self.jid, password, disco_name="chatbot", disco_type="user", tls_settings=tls, auth_methods=['sasl:PLAIN'])
self.disco_info.add_feature("jabber:iq:version")
def message(self,stanza):
raise NotImplementedError('Need to override "message" callback function')
def session_started(self):
raise NotImplementedError('Need to override "session_started" callback function')
def _session_started_helper(self,bot,muc_jid):
'''Pass this an instance of your bot (that subclasses MucRoomHandler) and a MUC room JID'''
JabberClient.session_started(self)
self.stream.set_iq_get_handler("query","jabber:iq:version",self.get_version)
self.stream.set_message_handler("normal",self.message)
self.muc_manager = MucRoomManager(self.stream)
self.muc_state = self.muc_manager.join(muc_jid,self.nick,bot,history_maxchars=0)
self.muc_manager.set_handlers()
def get_version(self,iq):
iq=iq.make_result_response()
q=iq.new_query("jabber:iq:version")
q.newTextChild(q.ns(),"name",self.nick)
q.newTextChild(q.ns(),"version","1.0")
self.stream.send(iq)
return True
def print_roster_item(self,item):
name = item.name if item.name else item.jid
print ' %s (group%s: %s)' % (name, '' if len(item.groups) == 1 else 's', ','.join(item.groups))
def roster_updated(self,item=None):
if not item:
print colorize('U',"My roster:")
for item in self.roster.get_items():
self.print_roster_item(item)
else:
print "Roster item updated:"
self.print_roster_item(item)
class Client(JabberClient):
"""Simple bot (client) example. Uses `pyxmpp.jabber.client.JabberClient`
class as base. That class provides basic stream setup (including
authentication) and Service Discovery server. It also does server address
and port discovery based on the JID provided."""
def __init__(self, jid, password):
# if bare JID is provided add a resource -- it is required
if not jid.resource:
print(jid.resource)
jid=JID(jid.node, jid.domain, "Echobot")
# setup client with provided connection information
# and identity data
JabberClient.__init__(self, jid, password,
disco_name="PyXMPP example: echo bot", disco_type="bot", keepalive=10)
# register features to be announced via Service Discovery
self.disco_info.add_feature("jabber:iq:version")
self.muc = []
def stream_state_changed(self,state,arg):
"""This one is called when the state of stream connecting the component
to a server changes. This will usually be used to let the user
know what is going on."""
print("*** State changed: %s %r ***" % (state,arg))
def session_started(self):
"""This is called when the IM session is successfully started
(after all the neccessery negotiations, authentication and
authorizasion).
That is the best place to setup various handlers for the stream.
Do not forget about calling the session_started() method of the base
class!"""
JabberClient.session_started(self)
# set up handlers for supported <iq/> queries
self.stream.set_iq_get_handler(
"query","jabber:iq:version",self.get_version)
# set up handlers for <presence/> stanzas
self.stream.set_presence_handler("available",self.presence)
self.stream.set_presence_handler("subscribe",self.presence_control)
self.stream.set_presence_handler("subscribed",self.presence_control)
self.stream.set_presence_handler("unsubscribe",self.presence_control)
self.stream.set_presence_handler("unsubscribed",self.presence_control)
# set up handler for <message stanza>
self.stream.set_message_handler("normal",self.message)
print(self.stream)
print(u"joining...")
self.roommgr = MucRoomManager(self.stream)
self.roommgr.set_handlers()
nick = self.jid.node + '-' + self.jid.resource
#['*****@*****.**','*****@*****.**']:
for loc in options.channels:
roomjid = JID(loc, options.muc)
print("\t %s" % roomjid.as_unicode())
h = RoomHandler()
self.muc.append(h)
mucstate = self.roommgr.join(roomjid, nick, h)
h.assign_state(mucstate)
def get_version(self,iq):
"""Handler for jabber:iq:version queries.
jabber:iq:version queries are not supported directly by PyXMPP, so the
XML node is accessed directly through the libxml2 API. This should be
used very carefully!"""
iq=iq.make_result_response()
q=iq.new_query("jabber:iq:version")
q.newTextChild(q.ns(),"name","Echo component")
q.newTextChild(q.ns(),"version","1.0")
self.stream.send(iq)
return True
def message(self,stanza):
"""Message handler for the component.
Echoes the message back if its type is not 'error' or
'headline', also sets own presence status to the message body. Please
note that all message types but 'error' will be passed to the handler
for 'normal' message unless some dedicated handler process them.
:returns: `True` to indicate, that the stanza should not be processed
any further."""
subject=stanza.get_subject()
body=stanza.get_body()
t=stanza.get_type()
print(u'Message from %s received.' % (unicode(stanza.get_from(),)))
return True
def presence(self,stanza):
"""Handle 'available' (without 'type') and 'unavailable' <presence/>."""
msg=u"%s has become " % (stanza.get_from())
t=stanza.get_type()
if t=="unavailable":
msg+=u"unavailable"
else:
msg+=u"available"
show=stanza.get_show()
if show:
msg+=u"(%s)" % (show,)
status=stanza.get_status()
if status:
msg+=u": "+status
print(msg)
def presence_control(self,stanza):
"""Handle subscription control <presence/> stanzas -- acknowledge
them."""
msg=unicode(stanza.get_from())
t=stanza.get_type()
if t=="subscribe":
msg+=u" has requested presence subscription."
elif t=="subscribed":
msg+=u" has accepted our presence subscription request."
elif t=="unsubscribe":
msg+=u" has canceled his subscription of our."
elif t=="unsubscribed":
msg+=u" has canceled our subscription of his presence."
print(msg)
p=stanza.make_accept_response()
self.stream.send(p)
return True
def print_roster_item(self,item):
if item.name:
name=item.name
else:
name=u""
print(u'%s "%s" subscription=%s groups=%s'
% (unicode(item.jid), name, item.subscription,
u",".join(item.groups)) )
def roster_updated(self,item=None):
if not item:
print(u"My roster:")
for item in self.roster.get_items():
self.print_roster_item(item)
return
print(u"Roster item updated:")
self.print_roster_item(item)
class Client(JabberClient):
"""Simple bot (client) example. Uses `pyxmpp.jabber.client.JabberClient`
class as base. That class provides basic stream setup (including
authentication) and Service Discovery server. It also does server address
and port discovery based on the JID provided."""
def __init__(self, jid, password):
# if bare JID is provided add a resource -- it is required
if not jid.resource:
print(jid.resource)
jid=JID(jid.node, jid.domain, "Echobot")
# setup client with provided connection information
# and identity data
JabberClient.__init__(self, jid, password,
disco_name="PyXMPP example: echo bot", disco_type="bot", keepalive=10)
# register features to be announced via Service Discovery
self.disco_info.add_feature("jabber:iq:version")
self.muc = []
def stream_state_changed(self,state,arg):
"""This one is called when the state of stream connecting the component
to a server changes. This will usually be used to let the user
know what is going on."""
print "*** State changed: %s %r ***" % (state,arg)
def session_started(self):
"""This is called when the IM session is successfully started
(after all the neccessery negotiations, authentication and
authorizasion).
That is the best place to setup various handlers for the stream.
Do not forget about calling the session_started() method of the base
class!"""
JabberClient.session_started(self)
# set up handlers for supported <iq/> queries
self.stream.set_iq_get_handler("query","jabber:iq:version",self.get_version)
# set up handlers for <presence/> stanzas
self.stream.set_presence_handler("available",self.presence)
self.stream.set_presence_handler("subscribe",self.presence_control)
self.stream.set_presence_handler("subscribed",self.presence_control)
self.stream.set_presence_handler("unsubscribe",self.presence_control)
self.stream.set_presence_handler("unsubscribed",self.presence_control)
# set up handler for <message stanza>
self.stream.set_message_handler("normal",self.message)
print(self.stream)
print u"joining..."
self.roommgr = MucRoomManager(self.stream)
self.roommgr.set_handlers()
nick = self.jid.node + '-' + self.jid.resource
for loc in options.channels: #['*****@*****.**','*****@*****.**']:
roomjid = JID(loc, options.muc)
print("\t %s" % roomjid.as_unicode())
h = RoomHandler()
self.muc.append(h)
mucstate = self.roommgr.join(roomjid, nick, h)
h.assign_state(mucstate)
def get_version(self,iq):
"""Handler for jabber:iq:version queries.
jabber:iq:version queries are not supported directly by PyXMPP, so the
XML node is accessed directly through the libxml2 API. This should be
used very carefully!"""
iq=iq.make_result_response()
q=iq.new_query("jabber:iq:version")
q.newTextChild(q.ns(),"name","Echo component")
q.newTextChild(q.ns(),"version","1.0")
self.stream.send(iq)
return True
def message(self,stanza):
"""Message handler for the component.
Echoes the message back if its type is not 'error' or
'headline', also sets own presence status to the message body. Please
note that all message types but 'error' will be passed to the handler
for 'normal' message unless some dedicated handler process them.
:returns: `True` to indicate, that the stanza should not be processed
any further."""
subject=stanza.get_subject()
body=stanza.get_body()
t=stanza.get_type()
print u'Message from %s received.' % (unicode(stanza.get_from(),)),
return True
def presence(self,stanza):
"""Handle 'available' (without 'type') and 'unavailable' <presence/>."""
msg=u"%s has become " % (stanza.get_from())
t=stanza.get_type()
if t=="unavailable":
msg+=u"unavailable"
else:
msg+=u"available"
show=stanza.get_show()
if show:
msg+=u"(%s)" % (show,)
status=stanza.get_status()
if status:
msg+=u": "+status
print msg
def presence_control(self,stanza):
"""Handle subscription control <presence/> stanzas -- acknowledge
them."""
msg=unicode(stanza.get_from())
t=stanza.get_type()
if t=="subscribe":
msg+=u" has requested presence subscription."
elif t=="subscribed":
msg+=u" has accepted our presence subscription request."
elif t=="unsubscribe":
msg+=u" has canceled his subscription of our."
elif t=="unsubscribed":
msg+=u" has canceled our subscription of his presence."
print msg
p=stanza.make_accept_response()
self.stream.send(p)
return True
def print_roster_item(self,item):
if item.name:
name=item.name
else:
name=u""
print (u'%s "%s" subscription=%s groups=%s'
% (unicode(item.jid), name, item.subscription,
u",".join(item.groups)) )
def roster_updated(self,item=None):
if not item:
print u"My roster:"
for item in self.roster.get_items():
self.print_roster_item(item)
return
print u"Roster item updated:"
self.print_roster_item(item)
class Core(JabberClient):
"""Core of the framework, handles connections and dispatches messages
to the corresponding Conversation"""
def __init__(self, config_path):
"""Initializes the bot with data from a configuration file
jid (node@domain) and it's password.
starter and starter_params are the class of the first controller to be used and
it's params. If none is provided a default controller will be used.
user_control is a function to determine if a user should be accepted if he requests
so with a suscribe presence stanza. Must return True/False
"""
self.initialize_logger()
self.config = configparser.Config(config_path)
self.conversations = {}
self.user_control = self.config.user_control
self.jid = self.create_jid(self.config.jid)
self.nick = self.config.nick
self.__starter = self.config.starter
self.__starter_params = self.config.starter_params
self.rooms_to_join = self.config.rooms_to_join
self.start_on_user_connect = self.config.start_on_user_connect
JabberClient.__init__(self, self.jid, self.config.password)
def initialize_logger(self):
"""Initializes logger"""
self.logger = logging.getLogger("logger")
self.logger.setLevel(logging.DEBUG)
ch = logging.StreamHandler()
ch.setLevel(logging.DEBUG)
self.logger.addHandler(ch)
def create_jid(self, jid):
"""Creates an apropiate jid"""
jid_ = JID(jid)
if not jid_.resource:
return JID(jid_.node, jid_.domain, self.__class__.__name__)
return jid_
def session_started(self):
"""Triggered when the session starts. Sets some event handlers and
connects to indicated rooms
"""
JabberClient.session_started(self)
self.stream.set_message_handler("chat", self.chat_received)
self.stream.set_message_handler("error", self.error_received)
self.stream.set_presence_handler(None, self.presence_received)
self.stream.set_presence_handler("unavailable",
self.unavailable_received)
self.stream.set_presence_handler("subscribe",
self.subscription_received)
self.stream.set_presence_handler("unsubscribe",
self.subscription_received)
self.stream.set_presence_handler("subscribed",
self.subscription_received)
self.stream.set_presence_handler("unsubscribed",
self.subscription_received)
self.logger.info("Session started")
self.mucman = MucRoomManager(self.stream)
self.mucman.set_handlers()
for room in self.rooms_to_join:
self.join_room(JID(room))
def join_room(self, jid):
"""Joins the room jid, starting a new thread for its messages"""
room_jid = JID(jid)
handler = RoomHandler(self)
self.mucman.join(room_jid, self.nick, handler)
room_state = handler.room_state
self.start_conversation(room_jid, "groupchat", room_state)
def start_conversation(self, jid, type="chat", room_state=None):
"""Spans a new thread for a new conversation, which is associated to jid
Checks if the jid is allowed to use the application using user_control
"""
if not self.user_control(jid):
self.send(
Message(to_jid=jid,
stanza_type=type,
from_jid=self.jid,
body="You are not allowed to talk with me"))
return False
queue_out = Queue.Queue(5)
queue_in = Queue.Queue(5)
self.conversations[jid] = ConversationQueues(queue_in, queue_out)
Conversation(jid, self.__starter, self.__starter_params,
ConversationQueues(queue_out, queue_in), type,
room_state).start()
self.logger.info("Started new conversation with %s@%s", jid.node,
jid.domain)
self.logger.debug("Thread list: %s", threading.enumerate())
return True
def chat_received(self, stanza):
"""Handler for chat messages"""
self.logger.info("Received %s ", stanza.serialize())
if not stanza.get_body():
self.logger.info("Message was empty")
return
if stanza.get_from() not in self.conversations.keys():
if not self.start_conversation(stanza.get_from()):
return
self.conversations[stanza.get_from()].queue_out.put(
messagetypes.StanzaMessage(stanza.copy()))
def groupchat_received(self, user, stanza):
"""Handler for groupchat messages"""
self.logger.info("Received %s message from %s", stanza.get_type(),
stanza.get_from().as_string())
if not stanza.get_body():
self.logger.info("Message was empty")
return
self.conversations[stanza.get_from().bare()].queue_out.put(
messagetypes.StanzaMessage(stanza.copy()))
def process_conversation_message(self, ans):
"""Process any kind of message stanza coming from a conversation"""
if ans.__class__ == messagetypes.EndMessage:
self.send(ans.stanza)
del self.conversations[ans.stanza.get_to()]
self.logger.info("Conversation with %s@%s/%s ended",
ans.stanza.get_to().node,
ans.stanza.get_to().domain,
ans.stanza.get_to().resource)
elif ans.__class__ == messagetypes.NoMessage:
return
else:
self.send(ans.stanza)
def check_for_messages(self):
"""Checks if messages from conversations are available. If so
calls process_received to process them
"""
for jid, queues in self.conversations.items():
try:
ans = queues.queue_in.get(False)
if ans:
self.process_conversation_message(ans)
except Queue.Empty:
pass
def subscription_received(self, stanza):
"""Handler for subscription stanzas"""
self.logger.info("Received %s request from %s", stanza.get_type(),
stanza.get_from())
if self.user_control(stanza.get_from()):
self.send(stanza.make_accept_response())
else:
self.send(stanza.make_deny_response())
def presence_received(self, stanza):
"""Handler for initial presence received from users"""
if stanza.get_from() in self.conversations:
return
if not self.start_on_user_connect:
return
if not self.start_conversation(stanza.get_from()):
return
self.conversations[stanza.get_from()].queue_out.put(
messagetypes.UserConnected())
def unavailable_received(self, stanza):
"""Handler for unavailable presence received from users"""
if not stanza.get_from() in self.conversations:
return
self.conversations[stanza.get_from()].queue_out.put(
messagetypes.UserDisconnected())
def error_received(self, stanza):
"""Handler for error messages"""
print stanza.get_body()
def send(self, stanza):
"""Replies to a stanza"""
self.logger.debug("stanza to send: %s", stanza.serialize())
self.stream.send(stanza)
def start(self):
"""Connects to the server and starts waiting for input"""
self.connect()
self.loop()
def loop(self, timeout=1):
"""Loop method, waits for client input and reacts to it"""
while 1:
stream = self.get_stream()
if not stream:
break
act = stream.loop_iter(timeout)
self.check_for_messages()
if not act:
self.idle()
class Core(JabberClient):
"""Core of the framework, handles connections and dispatches messages
to the corresponding Conversation"""
def __init__(self, config_path):
"""Initializes the bot with data from a configuration file
jid (node@domain) and it's password.
starter and starter_params are the class of the first controller to be used and
it's params. If none is provided a default controller will be used.
user_control is a function to determine if a user should be accepted if he requests
so with a suscribe presence stanza. Must return True/False
"""
self.initialize_logger()
self.config = configparser.Config(config_path)
self.conversations = {}
self.user_control = self.config.user_control
self.jid = self.create_jid(self.config.jid)
self.nick = self.config.nick
self.__starter = self.config.starter
self.__starter_params = self.config.starter_params
self.rooms_to_join = self.config.rooms_to_join
self.start_on_user_connect = self.config.start_on_user_connect
JabberClient.__init__(self, self.jid, self.config.password)
def initialize_logger(self):
"""Initializes logger"""
self.logger = logging.getLogger("logger")
self.logger.setLevel(logging.DEBUG)
ch = logging.StreamHandler()
ch.setLevel(logging.DEBUG)
self.logger.addHandler(ch)
def create_jid(self, jid):
"""Creates an apropiate jid"""
jid_ = JID(jid)
if not jid_.resource:
return JID(jid_.node, jid_.domain, self.__class__.__name__)
return jid_
def session_started(self):
"""Triggered when the session starts. Sets some event handlers and
connects to indicated rooms
"""
JabberClient.session_started(self)
self.stream.set_message_handler("chat", self.chat_received)
self.stream.set_message_handler("error", self.error_received)
self.stream.set_presence_handler(None,self.presence_received)
self.stream.set_presence_handler("unavailable",self.unavailable_received)
self.stream.set_presence_handler("subscribe",self.subscription_received)
self.stream.set_presence_handler("unsubscribe",self.subscription_received)
self.stream.set_presence_handler("subscribed",self.subscription_received)
self.stream.set_presence_handler("unsubscribed",self.subscription_received)
self.logger.info("Session started")
self.mucman = MucRoomManager(self.stream)
self.mucman.set_handlers()
for room in self.rooms_to_join:
self.join_room(JID(room))
def join_room(self, jid):
"""Joins the room jid, starting a new thread for its messages"""
room_jid=JID(jid)
handler = RoomHandler(self)
self.mucman.join(room_jid, self.nick, handler)
room_state = handler.room_state
self.start_conversation(room_jid, "groupchat", room_state)
def start_conversation(self, jid, type="chat", room_state = None):
"""Spans a new thread for a new conversation, which is associated to jid
Checks if the jid is allowed to use the application using user_control
"""
if not self.user_control(jid):
self.send(Message(to_jid=jid,
stanza_type=type,
from_jid=self.jid,
body="You are not allowed to talk with me"))
return False
queue_out = Queue.Queue(5)
queue_in = Queue.Queue(5)
self.conversations[jid] = ConversationQueues(queue_in, queue_out)
Conversation(jid,
self.__starter,
self.__starter_params,
ConversationQueues(queue_out, queue_in),
type,
room_state
).start()
self.logger.info("Started new conversation with %s@%s", jid.node, jid.domain)
self.logger.debug("Thread list: %s", threading.enumerate())
return True
def chat_received(self, stanza):
"""Handler for chat messages"""
self.logger.info("Received %s ",stanza.serialize())
if not stanza.get_body():
self.logger.info("Message was empty")
return
if stanza.get_from() not in self.conversations.keys():
if not self.start_conversation(stanza.get_from()):
return
self.conversations[stanza.get_from()].queue_out.put(messagetypes.StanzaMessage(stanza.copy()))
def groupchat_received(self, user, stanza):
"""Handler for groupchat messages"""
self.logger.info("Received %s message from %s", stanza.get_type(), stanza.get_from().as_string())
if not stanza.get_body():
self.logger.info("Message was empty")
return
self.conversations[stanza.get_from().bare()].queue_out.put(messagetypes.StanzaMessage(stanza.copy()))
def process_conversation_message(self, ans):
"""Process any kind of message stanza coming from a conversation"""
if ans.__class__ == messagetypes.EndMessage:
self.send(ans.stanza)
del self.conversations[ans.stanza.get_to()]
self.logger.info("Conversation with %s@%s/%s ended",
ans.stanza.get_to().node,
ans.stanza.get_to().domain,
ans.stanza.get_to().resource)
elif ans.__class__ == messagetypes.NoMessage:
return
else:
self.send(ans.stanza)
def check_for_messages(self):
"""Checks if messages from conversations are available. If so
calls process_received to process them
"""
for jid, queues in self.conversations.items():
try:
ans = queues.queue_in.get(False)
if ans:
self.process_conversation_message(ans)
except Queue.Empty:
pass
def subscription_received(self, stanza):
"""Handler for subscription stanzas"""
self.logger.info("Received %s request from %s", stanza.get_type(), stanza.get_from())
if self.user_control(stanza.get_from()):
self.send(stanza.make_accept_response())
else:
self.send(stanza.make_deny_response())
def presence_received(self, stanza):
"""Handler for initial presence received from users"""
if stanza.get_from() in self.conversations:
return
if not self.start_on_user_connect:
return
if not self.start_conversation(stanza.get_from()):
return
self.conversations[stanza.get_from()].queue_out.put(messagetypes.UserConnected())
def unavailable_received(self, stanza):
"""Handler for unavailable presence received from users"""
if not stanza.get_from() in self.conversations:
return
self.conversations[stanza.get_from()].queue_out.put(messagetypes.UserDisconnected())
def error_received(self, stanza):
"""Handler for error messages"""
print stanza.get_body()
def send(self, stanza):
"""Replies to a stanza"""
self.logger.debug("stanza to send: %s", stanza.serialize())
self.stream.send(stanza)
def start(self):
"""Connects to the server and starts waiting for input"""
self.connect()
self.loop()
def loop(self, timeout=1):
"""Loop method, waits for client input and reacts to it"""
while 1:
stream = self.get_stream()
if not stream:
break
act = stream.loop_iter(timeout)
self.check_for_messages()
if not act:
self.idle()
class Client(JabberClient):
'''
Simple bot (client) example. Uses `pyxmpp.jabber.client.JabberClient`
class as base. That class provides basic stream setup (including
authentication) and Service Discovery server. It also does server address
and port discovery based on the JID provided.
'''
def __init__(self,
jid,
password,
server,
port=5222,
channel=None,
tls_cacerts=None,
listener=None):
self._jid = jid
self._server = server
self._port = port
self._channel = channel
self._listener = listener
# if bare JID is provided add a resource -- it is required
if not self._jid.resource:
self._jid = JID(self._jid.node, self._jid.domain, "Echobot")
if tls_cacerts:
if tls_cacerts == 'tls_noverify':
tls_settings = TLSSettings(require=True, verify_peer=False)
else:
tls_settings = TLSSettings(require=True,
cacert_file=tls_cacerts)
else:
tls_settings = None
# setup client with provided connection information
# and identity data
JabberClient.__init__(self,
jid=self._jid,
password=password,
disco_name="Datenverarbeitungseinheit Z45",
disco_type="z45",
tls_settings=tls_settings)
'''
JabberClient.__init__(self, jid, password,
disco_name="Datenverarbeitungseinheit Z45", disco_type="z45",
tls_settings = tls_settings)
'''
# add the separate components
self.interface_providers = [
VersionHandler(self),
EchoHandler(self),
]
def session_started(self):
"""Handle session started event. May be overriden in derived classes.
This one requests the user's roster and sends the initial presence."""
print u'SESSION STARTED'
self.request_roster()
p = Presence()
self.stream.send(p)
print u'ConnectToParty'
if self._channel:
self.connectToMUC()
def connectToMUC(self):
self._roomManager = MucRoomManager(self.stream)
self._roomHandler = ChatHandler(
JID(self._channel, self._server, self._jid.node), self._listener)
self._roomState = self._roomManager.join(room=JID(self._channel + "@" +
self._server),
nick='z45',
handler=self._roomHandler,
history_maxchars=0,
password=None)
self._roomManager.set_handlers()
#self._roomState.send_message("Sending this Message")
def stream_state_changed(self, state, arg):
'''
This one is called when the state of stream connecting the component
to a server changes. This will usually be used to let the user
know what is going on.
'''
print "*** State changed: %s %r ***" % (state, arg)
def print_roster_item(self, item):
if item.name:
name = item.name
else:
name = u""
print(u'%s "%s" subscription=%s groups=%s' % (unicode(
item.jid), name, item.subscription, u",".join(item.groups)))
def roster_updated(self, item=None):
if not item:
print(u"My roster:")
for item in self.roster.get_items():
self.print_roster_item(item)
return
print u"Roster item updated:"
self.print_roster_item(item)
class IAJabberBot(JabberClient):
def __init__(self, conf):
# Various config file bits we'll need
jid_node = conf.get('login', 'nick')
jid_domain = conf.get('jabber', 'domain')
jabber_server = conf.get('jabber', 'server')
jabber_port = conf.getint('jabber', 'port')
# Game config
game_product = conf.getint('game', 'productid')
game_instance = conf.getint('game', 'instanceid')
game_maplist = conf.get('game', 'maplist')
game_maprotation = conf.get('game', 'maprotation')
game_port = conf.getint('game', 'port')
game_mode = conf.get('game', 'mode')
game_timelimit = conf.getint('game', 'timelimit')
game_scorelimit = conf.getint('game', 'scorelimit')
game_autostart = conf.getboolean('game', 'autostart')
game_tournament = conf.getboolean('game', 'tournament')
game_lt = conf.getboolean('game', 'lt')
game_grenades = conf.getboolean('game', 'grenades')
# Listener options
listen_pid = conf.getint('listener', 'pid')
listen_tcpip = conf.getboolean('listener', 'tcpip')
listen_ip = conf.get('listener', 'ip')
listen_port = conf.getint('listener', 'port')
# Stats config
stats_enabled = conf.getboolean('stats', 'enabled')
stats_urls = conf.get('stats', 'urls')
stats_retry = conf.getint('stats', 'retry')
stats_db = conf.get('stats', 'db')
# Login config
username = conf.get('login', 'username')
password = conf.get('login', 'password')
nickname = conf.get('login', 'nick')
login_cache = conf.get('login', 'cache')
browser_agent = conf.get('browser', 'agent')
homepage_url = conf.get('browser', 'homepage')
login_url = conf.get('browser', 'login')
# Party config
self.party_allowinvites = conf.getboolean('party', 'allowinvites')
self.party_maxusers = conf.getint('party', 'maxusers')
self.party_membersonly = conf.getboolean('party', 'membersonly')
self.party_autoload = conf.getboolean('party', 'autoload')
self.party_domain = conf.get('jabber', 'parties')
self.party_gamesdomain = conf.get('jabber', 'games')
self.party_gamename = conf.get('jabber', 'gamename')
party_admins_conf = conf.get('party', 'admins')
self.party_admins = party_admins_conf.lower().split(' ')
# Generate us some randomish things we'll be needing
self.ia_clientresource = u'%s_%d' % (
''.join([random.choice('0123456789abcdef') for x in range(32)]), time.time())
self.ia_partyresource = u'%s%s%d' % (
nickname, ''.join([random.choice('0123456789abcdef') for x in range(32)]), time.time())
# Need a ticket with our login details
ia_login = IALogin(browser_agent, homepage_url, login_url, login_cache)
ticket = ia_login.login(username, password)
# Setup the client
jid = JID(jid_node, jid_domain, self.ia_clientresource)
JabberClient.__init__(
self, jid, ticket, server=jabber_server, port=jabber_port, auth_methods=('sasl:PLAIN',),
keepalive=10)
self.stream_class = ClientStreamAsyncore
# games JID
self.game_jid = JID(u'%s/game' % unicode(self.jid))
self.gamelist_jid = JID(
u'%s@%s/%s' % (jid_node, self.party_gamesdomain, self.party_gamename))
# add the separate components
self.interface_providers = [
GameHandler(self),
MessageHandler(self),
]
# Game handler deals with the game messages and game status
self.game_handler = IAGameHandler(self.message_from_shazbot)
# Register maps and map rotation with the handler
maps = csv.reader(open(game_maplist))
for i in maps:
self.game_handler.register_map(i[0], i[1], int(i[2]))
map_rotation = csv.reader(open(game_maprotation))
for i in map_rotation:
self.game_handler.add_rotation(i[0], int(i[1]), int(i[2]))
# Start up the stats thread if enabled, register with the game handler
if stats_enabled:
stats_urllist = stats_urls.split(' ')
self.stats_thread = StatsThread(stats_db, stats_urllist, stats_retry)
self.stats_thread.start()
else:
self.stats_thread = None
self.game_handler.stats_thread = self.stats_thread
# Other game settings
self.game_handler.port = game_port
self.game_handler.login = nickname
self.game_handler.mode_name = game_mode
self.game_handler.timelimit = game_timelimit
self.game_handler.scorelimit = game_scorelimit
self.game_handler.autostart = game_autostart
self.game_handler.tournament = game_tournament
self.game_handler.lt = game_lt
self.game_handler.grenades = game_grenades
# Game listener accepts connections for the game handler
self.game_listener = IAGameListener(
game_handler=self.game_handler, product=game_product, instance=game_instance)
if listen_tcpip:
self.game_listener.setup_tcpip((listen_ip, listen_port))
else:
# Auto detect pid if -1 is given, only useful to specify if game runs under another uid
if listen_pid == -1:
self.game_listener.setup_unix()
else:
self.game_listener.setup_unix(listen_pid)
def stream_state_changed(self, state, arg):
print "*** State changed: %s %r ***" % (state, arg)
def print_roster_item(self, item):
if item.name:
name = item.name
else:
name = u""
print '%s "%s" subscription=%s groups=%s' % (
unicode(item.jid), name, item.subscription, u",".join(item.groups))
def roster_updated(self, item=None):
if not item:
print u"My roster:"
for item in self.roster.get_items():
self.print_roster_item(item)
return
print u"Roster item updated:"
self.print_roster_item(item)
def session_started(self):
JabberClient.session_started(self)
self.room_manager = MucRoomManager(self.stream)
self.room_manager.set_handlers()
self.ia_party = ShazbotParty(
bot=self, game_handler=self.game_handler, game_jid=self.game_jid,
gamelist_jid=self.gamelist_jid, bot_nick=self.jid.node, autoload=self.party_autoload,
allow_invites=self.party_allowinvites, size_limit=self.party_maxusers)
self.ia_party.commands.admins = self.party_admins
room_id = JID(self.ia_partyresource, self.party_domain)
self.ia_shazbotjid = room_id
new_party = self.room_manager.join(room_id, self.jid.node, self.ia_party)
new_party.request_configuration_form()
# Iq response goes directly to the game
def game_iq_success(self, stanza):
self.message_to_shazbot(stanza)
# Iq response goes directly to the game
def game_iq_error(self, stanza):
self.message_to_shazbot(stanza)
# Outgoing messages to shazbots
def message_to_shazbot(self, stanza):
def clean_node(node):
node.setNs(None)
for i in xmlextra.xml_node_iter(node.children):
clean_node(i)
# Simplify the to JID
if stanza.get_to_jid() == self.game_jid:
stanza.set_to(u'game')
# This cleans up all the extra junk nsdefs
clean_node(stanza.xmlnode)
stanza.xmlnode.removeNsDef(None)
s = xmlextra.safe_serialize(stanza.xmlnode)
self.game_handler.send_badfood(s)
# Incoming messages from shazbots
def message_from_shazbot(self, data):
doc = libxml2.parseDoc(data)
node = doc.getRootElement()
# Change the from to the full JID
stanza = stanza_factory(node)
stanza.set_from(self.game_jid)
stream = self.get_stream()
# Have to register Iq stanzas or we'll lose the reply
if stanza.stanza_type == 'iq':
if stanza.get_type() in ('get', 'set'):
stream.set_response_handlers(stanza, self.game_iq_success, self.game_iq_error)
stream.send(stanza)
doc.freeDoc()
# Extending idle with whatever extra bits we need to do
def idle(self):
JabberClient.idle(self)
if self.game_handler.countdown:
self.game_handler.countdown_step()
class Client(JabberClient):
'''
Simple bot (client) example. Uses `pyxmpp.jabber.client.JabberClient`
class as base. That class provides basic stream setup (including
authentication) and Service Discovery server. It also does server address
and port discovery based on the JID provided.
'''
def __init__(self, jid, password, server, port=5222, channel=None, tls_cacerts=None, listener=None):
self._jid = jid
self._server = server
self._port = port
self._channel = channel
self._listener = listener
# if bare JID is provided add a resource -- it is required
if not self._jid.resource:
self._jid=JID(self._jid.node, self._jid.domain, "Echobot")
if tls_cacerts:
if tls_cacerts == 'tls_noverify':
tls_settings = TLSSettings(require = True, verify_peer = False)
else:
tls_settings = TLSSettings(require = True, cacert_file = tls_cacerts)
else:
tls_settings = None
# setup client with provided connection information
# and identity data
JabberClient.__init__(self, jid=self._jid, password=password, disco_name="Datenverarbeitungseinheit Z45", disco_type="z45", tls_settings=tls_settings)
'''
JabberClient.__init__(self, jid, password,
disco_name="Datenverarbeitungseinheit Z45", disco_type="z45",
tls_settings = tls_settings)
'''
# add the separate components
self.interface_providers = [
VersionHandler(self),
EchoHandler(self),
]
def session_started(self):
"""Handle session started event. May be overriden in derived classes.
This one requests the user's roster and sends the initial presence."""
print u'SESSION STARTED'
self.request_roster()
p=Presence()
self.stream.send(p)
print u'ConnectToParty'
if self._channel:
self.connectToMUC()
def connectToMUC(self):
self._roomManager = MucRoomManager(self.stream);
self._roomHandler = ChatHandler(JID(self._channel, self._server, self._jid.node), self._listener)
self._roomState = self._roomManager.join(
room=JID(self._channel + "@" + self._server),
nick='z45',
handler=self._roomHandler,
history_maxchars=0,
password = None)
self._roomManager.set_handlers()
#self._roomState.send_message("Sending this Message")
def stream_state_changed(self,state,arg):
'''
This one is called when the state of stream connecting the component
to a server changes. This will usually be used to let the user
know what is going on.
'''
print "*** State changed: %s %r ***" % (state,arg)
def print_roster_item(self,item):
if item.name:
name=item.name
else:
name=u""
print (u'%s "%s" subscription=%s groups=%s'
% (unicode(item.jid), name, item.subscription,
u",".join(item.groups)) )
def roster_updated(self,item=None):
if not item:
print(u"My roster:")
for item in self.roster.get_items():
self.print_roster_item(item)
return
print u"Roster item updated:"
self.print_roster_item(item)
class Client(JabberClient):
def __init__(self, jid, password, tls_cacerts = None):
if tls_cacerts is None:
tls_cacerts = 'tls_noverify'
# if bare JID is provided add a resource -- it is required
if not jid.resource:
jid=JID(jid.node, jid.domain, "Echobot")
if tls_cacerts:
if tls_cacerts == 'tls_noverify':
tls_settings = TLSSettings(require = True, verify_peer = False)
else:
tls_settings = TLSSettings(require = True, cacert_file = tls_cacerts)
else:
tls_settings = None
# setup client with provided connection information
# and identity data
JabberClient.__init__(self, jid, password,
disco_name="PyXMPP example: echo bot", disco_type="bot",
tls_settings = tls_settings)
# add the separate components
# self.interface_providers = [
# VersionHandler(self),
# EchoHandler(self),
# ]
def session_started(self):
"""Handle session started event. May be overriden in derived classes.
This one requests the user's roster and sends the initial presence."""
print u'SESSION STARTED'
self.request_roster()
print u'ConnectToParty'
self.connectToMUC()
def stream_state_changed(self,state,arg):
"""This one is called when the state of stream connecting the component
to a server changes. This will usually be used to let the user
know what is going on."""
print "*** State changed: %s %r ***" % (state,arg)
def print_roster_item(self,item):
if item.name:
name=item.name
else:
name=u""
print (u'%s "%s" subscription=%s groups=%s'
% (unicode(item.jid), name, item.subscription,
u",".join(item.groups)) )
def roster_updated(self,item=None):
if not item:
print u"My roster:"
for item in self.roster.get_items():
self.print_roster_item(item)
return
print u"Roster item updated:"
self.print_roster_item(item)
def connectToMUC(self):
self.roomManager = MucRoomManager(self.stream);
self.roomHandler = MucRoomHandler()
self.roomState = self.roomManager.join(
room=JID('*****@*****.**'),
nick='mindcat',
handler=self.roomHandler,
history_maxchars=0,
password = None)
self.roomManager.set_handlers()
self.roomState.send_message("喵喵喵喵!")