Author: liori Date: 2007-08-21 01:20:34 +0200 (Tue, 21 Aug 2007) New Revision: 8525

Removed: branches/jingle/src/common/jingle-handler.py branches/jingle/src/common/jingle.popen.py Log: Jingle: removing unused files

Deleted: branches/jingle/src/common/jingle-handler.py =================================================================== --- branches/jingle/src/common/jingle-handler.py 2007-08-20 23:14:57 UTC (rev 8524) +++ branches/jingle/src/common/jingle-handler.py 2007-08-20 23:20:34 UTC (rev 8525) @@ -1,258 +0,0 @@ -#!/usr/bin/python - -import sys, dl, gst, gobject -sys.setdlopenflags(dl.RTLD_NOW | dl.RTLD_GLOBAL) -import farsight -from socket import * - -TYPE_CANDIDATE=0 -TYPE_CODEC=1 -TYPE_READY_BYTE=2 - -MODE_DUPLEX=0 -MODE_AUDIO=1 -MODE_VIDEO=2 - -send_sock = 0 -recv_sock = 0 -serv_addr = None -audio_stream = None -video_stream = None - -def stream_error(stream, error, debug): - pass - #print "stream_error: stream=%r error=%s" % (stream, error) - -def session_error(session, error, debug): - pass - #print "session_error: session=%r error=%s" % (session, error) - -def new_active_candidate_pair(stream, native, remote): - pass - #print "new_active_candidate_pair: native %s, remote %s" % (native, remote) - #send_codecs(stream.get_local_codecs()) - -def codec_changed(stream, codec_id): - #print "codec_changed: codec_id=%d, stream=%r" % (codec_id, stream) - pass - -def native_candidates_prepared(stream): - return - print "native_candidates_prepared: stream=%r" % stream - for info in stream.get_native_candidate_list(): - print "Local transport candidate: %s %d %s %s %s %d pref %f" % ( - info['candidate_id'], info['component'], - (info['proto']==farsight.NETWORK_PROTOCOL_TCP) and "TCP" or "UDP", - info['proto_subtype'], info['ip'], info['port'], info['preference']); - -def show_element(e): - return - print 'element: ...' - -def state_changed(stream, state, dir): - if state==farsight.STREAM_STATE_DISCONNECTED: - #print "state_changed: disconnected" - pass - elif state==farsight.STREAM_STATE_CONNECTING: - #print "state_changed: connecting" - pass - elif state==farsight.STREAM_STATE_CONNECTED: - #print "state_changed: connectied" - #print "WW: stream.signal_native_candidates_prepared()" - #print "WW: stream.start()" - stream.signal_native_candidates_prepared() - stream.start() - -def send_codecs(codecs): - global send_sock, serv_addr - for codec in codecs: - if 'channels' not in codec: codec['channels']=1 - s="%d %d %s %d %d %d " % (TYPE_CODEC, codec['media_type'], - codec['encoding_name'], codec['id'], codec['clock_rate'], - codec['channels']) - print s - s="%d %d %s %d %d %d " % (TYPE_CODEC, codec['media_type'], 'LAST', 0, 0, 0) - print s - -def send_candidate(type, trans): - global send_sock, serv_addr - s="%d %d %s %s %d %s %s" % (TYPE_CANDIDATE, - type, trans['candidate_id'], trans['ip'], trans['port'], - trans['username'], trans['password']) - print s - -def new_native_candidate(stream, candidate_id): - candidate=stream.get_native_candidate(candidate_id) - trans=candidate[0] - - #print "New native candidate: <id: %s, component: %d, ip: %s port: %d proto: %d, proto_subtype: %s, proto_profile: %s, preference: %f, type: %d, username: %s, password: %s>" % ( - # trans['candidate_id'], trans['component'], trans['ip'], trans['port'], trans['proto'], - # trans['proto_subtype'], trans['proto_profile'], trans['preference'], trans['type'], - # trans['username'], trans['password']) - - type=stream.get_property("media-type") - - send_candidate(type, trans) - -remote_codecs_audio = [] -remote_codecs_video = [] -def add_remote_codec(stream, pt, encoding_name, media_type, clock_rate, channels): - global remote_codecs_audio, remote_codecs_video - if encoding_name=="LAST": - if media_type==farsight.MEDIA_TYPE_AUDIO: - #print "WW: set_remote_codecs(remote_codecs_audio), %r" % (remote_codecs_audio,) - stream.set_remote_codecs(remote_codecs_audio) - else: - stream.set_remote_codecs(remote_codecs_video) - else: - codec={'id': pt, 'encoding_name': encoding_name, 'media_type': media_type, - 'clock_rate': clock_rate, 'channels': channels} - if media_type==farsight.MEDIA_TYPE_AUDIO: - remote_codecs_audio.append(codec) - elif media_type==farsight.MEDIA_TYPE_VIDEO: - remote_codecs_video.append(codec) - - #for codec in remote_codecs_audio: - # print "added audio codec: %d: %s/%d found" % (codec['id'], codec['encoding_name'], codec['clock_rate']) - #for codec in remote_codecs_video: - # print "added video codec: %d: %s/%d found" % (codec['id'], codec['encoding_name'], codec['clock_rate']) - -def add_remote_candidate(stream, id, ip, port, username, password): - if not stream: return - - trans={'candidate_id': id, 'component': 1, 'ip': ip, 'port': port, 'proto': farsight.NETWORK_PROTOCOL_UDP, - 'proto_subtype': 'RTP', 'proto_profile': 'AVP', 'preference': 1.0, - 'type': farsight.CANDIDATE_TYPE_LOCAL, 'username': username, 'password': password} - - #print "WW: add_remote_candidate(%r)" % ([trans],) - stream.add_remote_candidate([trans]); - -def receive_loop(ch, cond, *data): - #print 'receive_loop called!' - global recv_sock, serv_addr, audio_stream, remote_stream - #print "waiting for msg from %r" % (serv_addr,) - buf=raw_input() - #buf,a = recv_sock.recvfrom(1500) - #print "got message! ",buf - msg = buf.split(' ') - type = int(msg.pop(0)) - #print msg - if type==TYPE_CANDIDATE: - media_type, id, ip, port, username, password = msg[:6] - media_type=int(media_type) - port=int(port) - #print "Received %d %s %s %d %s %s" % (media_type, id, ip, port, username, password) - if media_type==farsight.MEDIA_TYPE_AUDIO: - add_remote_candidate(audio_stream, id, ip, port, username, password) - elif media_type==farsight.MEDIA_TYPE_VIDEO: - add_remote_candidate(video_stream, id, ip, port, username, password) - elif type==TYPE_CODEC: - media_type, encoding_name, pt, clock_rate, channels=msg[:5] - media_type=int(media_type) - pt=int(pt) - clock_rate=int(clock_rate) - channels=int(channels) - - #print "Received %d %s %d %d %d" % (media_type, encoding_name, pt, clock_rate, channels) - - if media_type==farsight.MEDIA_TYPE_AUDIO: - add_remote_codec(audio_stream, pt, encoding_name, media_type, clock_rate, channels) - elif media_type==farsight.MEDIA_TYPE_VIDEO: - add_remote_codec(video_stream, pt, encoding_name, media_type, clock_rate, channels) - elif type==TYPE_READY_BYTE: - #print "got ready byte" - pass - return True - -def set_xoverlay(bus, message, xid): - print "set_xoverlay: called" - if message!=gst.MESSAGE_ELEMENT: return gst.BUS_PASS - - if not message.structure.has_name('prepare-xwindow-id'): return gst.BUS_PASS - - print "set_xoverlay: setting x overlay window id" - message.set_xwindow_id(xid) - - return gst.BUS_DROP - -def main(): - global audio_stream, remote_stream - #if len(sys.argv)<4 or len(sys.argv)>6: - # #print 'usage: %s remoteip remoteport localport [mode] [xid]' % sys.argv[0] - # return -1 - - #if len(sys.argv)>=5: - # mode = int(sys.argv[4]) - #else: - mode = MODE_DUPLEX - - #setup_send(sys.argv[1], int(sys.argv[2])) - #print "Sending to %s %d listening on port %d" % (sys.argv[1], int(sys.argv[2]), int(sys.argv[3])) - - #recv_chan=setup_recv(int(sys.argv[3])) - - #do_handshake(recv_chan) - - gobject.io_add_watch(0, gobject.IO_IN, receive_loop) - - session = setup_rtp_session() - - if mode==MODE_AUDIO or mode==MODE_VIDEO: - audio_stream = setup_rtp_stream(session, farsight.MEDIA_TYPE_AUDIO) - if mode==MODE_VIDEO or mode==MODE_DUPLEX: - video_stream = setup_rtp_stream(session, farsight.MEDIA_TYPE_VIDEO) - - if audio_stream: - audio_stream.set_active_codec(8) - - alsasrc = gst.element_factory_make('audiotestsrc', 'src') - alsasink= gst.element_factory_make('alsasink', 'alsasink') - - alsasink.set_property('sync', False) - alsasink.set_property('latency-time', 20000) - alsasink.set_property('buffer-time', 80000) - alsasrc.set_property('blocksize', 320) - #alsasrc.set_property('latency-time', 20000) - alsasrc.set_property('is-live', True) - - #print "WW: set_sink(%r)" % (alsasink,) - audio_stream.set_sink(alsasink) - #print "WW: set_source(%r)" % (alsasrc,) - audio_stream.set_source(alsasrc) - - #if video_stream: assert False - - gobject.MainLoop().run() - #print 'bu!' - -def setup_rtp_session(): - session = farsight.farsight_session_factory_make('rtp') - - session.connect('error', session_error) - return session - -def setup_rtp_stream(session, type): - stream = session.create_stream(type, farsight.STREAM_DIRECTION_BOTH) - - stream.set_property('transmitter', 'libjingle') - - stream.connect('error', stream_error) - stream.connect('new-active-candidate-pair', new_active_candidate_pair) - stream.connect('codec-changed', codec_changed) - stream.connect('native-candidates-prepared', native_candidates_prepared) - stream.connect('state-changed', state_changed) - stream.connect('new-native-candidate', new_native_candidate) - - possible_codecs = stream.get_local_codecs() - - #for codec in possible_codecs: - # print "codec: %d: %s/%d found" % (codec['id'], codec['encoding_name'], codec['clock_rate']) - - send_codecs(possible_codecs) - - stream.prepare_transports() - - return stream - - -main()

Deleted: branches/jingle/src/common/jingle.popen.py =================================================================== --- branches/jingle/src/common/jingle.popen.py 2007-08-20 23:14:57 UTC (rev 8524) +++ branches/jingle/src/common/jingle.popen.py 2007-08-20 23:20:34 UTC (rev 8525) @@ -1,666 +0,0 @@ -## -## Copyright (C) 2006 Gajim Team -## -## This program is free software; you can redistribute it and/or modify -## it under the terms of the GNU General Public License as published -## by the Free Software Foundation; version 2 only. -## -## This program is distributed in the hope that it will be useful, -## but WITHOUT ANY WARRANTY; without even the implied warranty of -## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the -## GNU General Public License for more details. -## -''' Handles the jingle signalling protocol. ''' - -import gajim -import xmpp -import gobject - -import sys, dl, gst, gobject -sys.setdlopenflags(dl.RTLD_NOW | dl.RTLD_GLOBAL) -import farsight - - -import meta - -class JingleStates(object): - ''' States in which jingle session may exist. ''' - ended=0 - pending=1 - active=2 - -class Exception(object): pass -class WrongState(Exception): pass -class NoCommonCodec(Exception): pass - -class JingleSession(object): - ''' This represents one jingle session. ''' - __metaclass__=meta.VerboseClassType - def __init__(self, con, weinitiate, jid, sid=None): - ''' con -- connection object, - weinitiate -- boolean, are we the initiator? - jid - jid of the other entity''' - self.contents={} # negotiated contents - self.connection=con # connection to use - # our full jid - self.ourjid=gajim.get_jid_from_account(self.connection.name)+'/'+con.server_resource - self.peerjid=jid # jid we connect to - # jid we use as the initiator - self.initiator=weinitiate and self.ourjid or self.peerjid - # jid we use as the responder - self.responder=weinitiate and self.peerjid or self.ourjid - # are we an initiator? - self.weinitiate=weinitiate - # what state is session in? (one from JingleStates) - self.state=JingleStates.ended - if not sid: - sid=con.connection.getAnID() - self.sid=sid # sessionid - - # callbacks to call on proper contents - # use .prepend() to add new callbacks, especially when you're going - # to send error instead of ack - self.callbacks={ - 'content-accept': [self.__contentAcceptCB, self.__broadcastCB, self.__defaultCB], - 'content-add': [self.__defaultCB], - 'content-modify': [self.__defaultCB], - 'content-remove': [self.__defaultCB], - 'session-accept': [self.__contentAcceptCB, self.__broadcastCB, self.__defaultCB], - 'session-info': [self.__defaultCB], - 'session-initiate': [self.__sessionInitiateCB, self.__broadcastCB, self.__defaultCB], - 'session-terminate': [self.__defaultCB], - 'transport-info': [self.__broadcastCB, self.__defaultCB], - 'iq-result': [], - 'iq-error': [], - } - - ''' Middle-level functions to manage contents. Handle local content - cache and send change notifications. ''' - def addContent(self, name, content, creator='we'): - ''' Add new content to session. If the session is active, - this will send proper stanza to update session. - The protocol prohibits changing that when pending. - Creator must be one of ('we', 'peer', 'initiator', 'responder')''' - if self.state==JingleStates.pending: - raise WrongState - - if (creator=='we' and self.weinitiate) or (creator=='peer' and not self.weinitiate): - creator='initiator' - elif (creator=='peer' and self.weinitiate) or (creator=='we' and not self.weinitiate): - creator='responder' - content.creator = creator - content.name = name - self.contents[(creator,name)]=content - - if self.state==JingleStates.active: - pass # TODO: send proper stanza, shouldn't be needed now - - def removeContent(self, creator, name): - ''' We do not need this now ''' - pass - - def modifyContent(self, creator, name, *someother): - ''' We do not need this now ''' - pass - - ''' Middle-level function to do stanza exchange. ''' - def startSession(self): - ''' Start session. ''' - self.__sessionInitiate() - - def sendSessionInfo(self): pass - - ''' Callbacks. ''' - def stanzaCB(self, stanza): - ''' A callback for ConnectionJingle. It gets stanza, then - tries to send it to all internally registered callbacks. - First one to raise xmpp.NodeProcessed breaks function.''' - jingle = stanza.getTag('jingle') - error = stanza.getTag('error') - if error: - # it's an iq-error stanza - action = 'iq-error' - elif jingle: - # it's a jingle action - action = jingle.getAttr('action') - else: - # it's an iq-result (ack) stanza - action = 'iq-result' - - callables = self.callbacks[action] - - try: - for callable in callables: - callable(stanza=stanza, jingle=jingle, error=error, action=action) - except xmpp.NodeProcessed: - pass - - def __defaultCB(self, stanza, jingle, error, action): - ''' Default callback for action stanzas -- simple ack - and stop processing. ''' - response = stanza.buildReply('result') - self.connection.connection.send(response) - - def __contentAcceptCB(self, stanza, jingle, error, action): - ''' Called when we get content-accept stanza or equivalent one - (like session-accept).''' - # check which contents are accepted - for content in jingle.iterTags('content'): - creator = content['creator'] - name = content['name'] - - def __sessionInitiateCB(self, stanza, jingle, error, action): - ''' We got a jingle session request from other entity, - therefore we are the receiver... Unpack the data. ''' - self.initiator = jingle['initiator'] - self.responder = self.ourjid - self.peerjid = self.initiator - - fail = True - for element in jingle.iterTags('content'): - # checking what kind of session this will be - desc_ns = element.getTag('description').getNamespace() - tran_ns = element.getTag('transport').getNamespace() - if desc_ns==xmpp.NS_JINGLE_AUDIO and tran_ns==xmpp.NS_JINGLE_ICE_UDP: - # we've got voip content - self.addContent(element['name'], JingleVoiP(self), 'peer') - fail = False - - if fail: - # TODO: we should send <unsupported-content/> inside too - self.connection.connection.send( - xmpp.Error(stanza, xmpp.NS_STANZAS + 'feature-not-implemented')) - self.connection.deleteJingle(self) - raise xmpp.NodeProcessed - - self.state = JingleStates.pending - - def __broadcastCB(self, stanza, jingle, error, action): - ''' Broadcast the stanza contents to proper content handlers. ''' - for content in jingle.iterTags('content'): - name = content['name'] - creator = content['creator'] - cn = self.contents[(creator, name)] - cn.stanzaCB(stanza, content, error, action) - - def on_p2psession_error(self, *anything): - print self.weinitiate, "Farsight session error!" - - ''' Methods that make/send proper pieces of XML. They check if the session - is in appropriate state. ''' - def __makeJingle(self, action): - stanza = xmpp.Iq(typ='set', to=xmpp.JID(self.peerjid)) - jingle = stanza.addChild('jingle', attrs={ - 'xmlns': 'http://www.xmpp.org/extensions/xep-0166.html#ns', - 'action': action, - 'initiator': self.initiator, - 'responder': self.responder, - 'sid': self.sid}) - return stanza, jingle - - def __appendContent(self, jingle, content, full=True): - ''' Append <content/> element to <jingle/> element, - with (full=True) or without (full=False) <content/> - children. ''' - if full: - jingle.addChild(node=content.toXML()) - else: - jingle.addChild('content', - attrs={'name': content.name, 'creator': content.creator}) - - def __appendContents(self, jingle, full=True): - ''' Append all <content/> elements to <jingle/>.''' - # TODO: integrate with __appendContent? - # TODO: parameters 'name', 'content'? - for content in self.contents.values(): - self.__appendContent(jingle, content, full=full) - - def __sessionInitiate(self): - assert self.state==JingleStates.ended - stanza, jingle = self.__makeJingle('session-initiate') - self.__appendContents(jingle) - self.connection.connection.send(stanza) - - def __sessionAccept(self): - assert self.state==JingleStates.pending - stanza, jingle = self.__jingle('session-accept') - self.__appendContents(jingle, False) - self.connection.connection.send(stanza) - self.state=JingleStates.active - - def __sessionInfo(self, payload=None): - assert self.state!=JingleStates.ended - stanza, jingle = self.__jingle('session-info') - if payload: - jingle.addChild(node=payload) - self.connection.connection.send(stanza) - - def __sessionTerminate(self): - assert self.state!=JingleStates.ended - stanza, jingle = self.__jingle('session-terminate') - self.connection.connection.send(stanza) - - def __contentAdd(self): - assert self.state==JingleStates.active - - def __contentAccept(self): - assert self.state!=JingleStates.ended - - def __contentModify(self): - assert self.state!=JingleStates.ended - - def __contentRemove(self): - assert self.state!=JingleStates.ended - - def sendTransportInfo(self, content): - assert self.state!=JingleStates.ended - stanza, jingle = self.__makeJingle('transport-info') - jingle.addChild(node=content) - self.connection.connection.send(stanza) - - '''Callbacks''' - def sessionTerminateCB(self, stanza): pass - -class Codec(object): - ''' This class keeps description of a single codec. ''' - def __init__(self, name, id=None, **params): - ''' Create new codec description. ''' - self.name = name - self.id = id - self.attrs = {'name': self.name, 'id': self.id, 'channels': 1} - for key in ('channels', 'clockrate', 'maxptime', 'ptime'): - if key in params: - self.attrs[key]=params[key] - del params[key] - self.params = params - - def __eq__(a, b): - ''' Compare two codec descriptions. ''' - # TODO: check out what should be tested... - if a.name!=b.name: return False - # ... - return True - - def toXML(self): - return xmpp.Node('payload-type', - attrs=self.attrs, - payload=(xmpp.Node('parameter', {'name': k, 'value': v}) for k,v in self.params)) - -class JingleAudioSession(object): -# __metaclass__=meta.VerboseClassType - def __init__(self, content, fromNode): - self.content = content - - self.initiator_codecs=[] - self.responder_codecs=[] - - if fromNode: - # read all codecs peer understand - for payload in fromNode.iterTags('payload-type'): - attrs = fromNode.getAttrs().copy() - for param in fromNode.iterTags('parameter'): - attrs[param['name']]=param['value'] - self.initiator_codecs.append(Codec(**attrs)) - - def sessionInitiateCB(self, stanza, ourcontent): - pass - - ''' "Negotiation" of codecs... simply presenting what *we* can do, nothing more... ''' - def getOurCodecs(self, other=None): - ''' Get a list of codecs we support. Try to get them in the same - order as the codecs of our peer. If other!=None, raise - a NoCommonCodec error if no codecs both sides support (None means - we are initiating the connection and we don't know the other - peer's codecs.) ''' - # for now we "understand" only one codec -- speex with clockrate 16000 - # so we have an easy job to do... (codecs sorted in order of preference) - supported_codecs=[ - Codec('speex', clockrate='16000'), - ] - - other_l = other if other is not None else [] - our_l = supported_codecs[:] - out = [] - ids = range(128) - for codec in other_l: - if codec in our_l: - out.append(codec) - our_l.remove(codec) - try: ids.remove(codec.id) - except ValueError: pass # when id is not a dynamic one - - if other is not None and len(out)==0: - raise NoCommonCodec - - for codec in our_l: - if not codec.id or codec.id not in ids: - codec.id = ids.pop() - out.append(codec) - - return out - - ''' Methods for making proper pieces of XML. ''' - def __codecsList(self, codecs): - ''' Prepares a description element with codecs given as a parameter. ''' - return xmpp.Node(xmpp.NS_JINGLE_AUDIO+' description', - payload=(codec.toXML() for codec in codecs)) - - def toXML(self): - if not self.initiator_codecs: - # we are the initiator, so just send our codecs - self.initiator_codecs = self.getOurCodecs() - return self.__codecsList(self.initiator_codecs) - else: - # we are the responder, we SHOULD adjust our codec list - self.responder_codecs = self.getOurCodecs(self.initiator_codecs) - return self.__codecsList(self.responder_codecs) - -class JingleContent(object): - ''' An abstraction of content in Jingle sessions. ''' - def __init__(self, session, node=None): - self.session = session - # will be filled by JingleSession.add_content() - # don't uncomment these lines, we will catch more buggy code then - # (a JingleContent not added to session shouldn't send anything) - #self.creator = None - #self.name = None - -class JingleVoiP(JingleContent): - ''' Jingle VoiP sessions consist of audio content transported - over an ICE UDP protocol. ''' -# __metaclass__=meta.VerboseClassType - def __init__(self, session, node=None): - JingleContent.__init__(self, session, node) - self.got_codecs = False - self.codecs = [] - - #if node is None: - # self.audio = JingleAudioSession(self) - #else: - # self.audio = JingleAudioSession(self, node.getTag('content')) - #self.transport = JingleICEUDPSession(self) - self.setupStream() - - def stanzaCB(self, stanza, content, error, action): - ''' Called when something related to our content was sent by peer. ''' - callbacks = { - 'content-accept': [self.__getRemoteCodecsCB], - 'content-add': [], - 'content-modify': [], - 'content-remove': [], - 'session-accept': [self.__getRemoteCodecsCB], - 'session-info': [], - 'session-initiate': [self.__getRemoteCodecsCB], - 'session-terminate': [], - 'transport-info': [self.__transportInfoCB], - 'iq-result': [], - 'iq-error': [], - }[action] - for callback in callbacks: - callback(stanza, content, error, action) - - def __getRemoteCodecsCB(self, stanza, content, error, action): - if self.got_codecs: return - - codecs = [] - for codec in content.getTag('description').iterTags('payload-type'): - c = {'id': int(codec['id']), - 'encoding_name': codec['name'], - 'media_type': farsight.MEDIA_TYPE_AUDIO, - 'channels': 1, - 'params': dict((p['name'], p['value']) for p in codec.iterTags('parameter'))} - if 'channels' in codec: c['channels']=codec['channels'] - codecs.append(c) - self.p2pin.write('%d %d %s %d %d %d\n' % (1, farsight.MEDIA_TYPE_AUDIO, - codec['encoding_name'], codec['id'], codec['clock_rate'], codec['channels'])) - if len(codecs)==0: return - - print self.session.weinitiate, "#farsight_stream_set_remote_codecs" - #self.p2pstream.set_remote_codecs(codecs) - self.p2pin.write('%d %d %s %d %d %d\n' % (1, farsight.MEDIA_TYPE_AUDIO, - 'LAST', 0, 0, 0)) - self.got_codecs=True - - def __transportInfoCB(self, stanza, content, error, action): - ''' Got a new transport candidate. ''' - candidates = [] - for candidate in content.getTag('transport').iterTags('candidate'): - cand={ - # 'candidate_id': str(self.session.connection.connection.getAnID()), - 'candidate_id': candidate['cid'], - 'component': int(candidate['component']), - 'ip': candidate['ip'], - 'port': int(candidate['port']), - 'proto': candidate['protocol']=='udp' and farsight.NETWORK_PROTOCOL_UDP \ - or farsight.NETWORK_PROTOCOL_TCP, - 'proto_subtype':'RTP', - 'proto_profile':'AVP', - 'preference': float(candidate['priority'])/100000, - # 'type': farsight.CANDIDATE_TYPE_LOCAL, - 'type': int(candidate['type']), - } - if 'ufrag' in candidate: cand['username']=candidate['ufrag'] - if 'pwd' in candidate: cand['password']=candidate['pwd'] - - self.p2pin.write('%d %d %s %s %d %s %s\n' % (0, int(candidate['type']), candidate['cid'], candidate['ip'], int(candidate['port']), candidate['ufrag'], candidate['pwd'])) - candidates.append(cand) - print self.session.weinitiate, "#add_remote_candidate" - #self.p2pstream.add_remote_candidate(candidates) - - def toXML(self): - ''' Return proper XML for <content/> element. ''' - return xmpp.Node('content', - attrs={'name': self.name, 'creator': self.creator, 'profile': 'RTP/AVP'}, - payload=[ - xmpp.Node(xmpp.NS_JINGLE_AUDIO+' description', payload=self.iterCodecs()), - xmpp.Node(xmpp.NS_JINGLE_ICE_UDP+' transport') - ]) - - def __content(self, payload=[]): - ''' Build a XML content-wrapper for our data. ''' - return xmpp.Node('content', - attrs={'name': self.name, 'creator': self.creator, 'profile': 'RTP/AVP'}, - payload=payload) - - def new_data(self, *things): - buf = self.p2pout.readline() - print "RECV: %r"%buf - msg = buf.split(' ') - try: - type = int(msg.pop(0)) - except: - return True - #print msg - if type==0: - media_type, id, ip, port, username, password = msg[:6] - media_type=int(media_type) - port=int(port) - #print "Received %d %s %s %d %s %s" % (media_type, id, ip, port, username, password) - self.send_candidate({'candidate_id': id, 'component': 1, 'ip': ip, - 'port': port, 'username': username, 'password': password, - 'proto': farsight.NETWORK_PROTOCOL_UDP, 'proto_subtype': 'RTP', - 'proto_profile': 'AVP', 'preference': 1.0, 'type': 0}) - elif type==1: - media_type, encoding_name, pt, clock_rate, channels=msg[:5] - media_type=int(media_type) - pt=int(pt) - clock_rate=int(clock_rate) - channels=int(channels) - - #print "Received %d %s %d %d %d" % (media_type, encoding_name, pt, clock_rate, channels) - if encoding_name!='LAST': - self.codecs.append((media_type, encoding_name, pt, clock_rate, channels)) - else: - self.got_codecs=True - return True - - def setupStream(self): - import popen2 - self.p2pout, self.p2pin = popen2.popen2('/home/liori/Projekty/SoC/trunk/src/common/jingle-handler.py') - gobject.io_add_watch(self.p2pout, gobject.IO_IN, self.new_data) - while not self.got_codecs: - self.new_data() - return - print self.session.weinitiate, "#farsight_session_create_stream" - self.p2pstream = self.session.p2psession.create_stream( - farsight.MEDIA_TYPE_AUDIO, farsight.STREAM_DIRECTION_BOTH) - self.p2pstream.set_property('transmitter', 'libjingle') - self.p2pstream.connect('error', self.on_p2pstream_error) - self.p2pstream.connect('new-active-candidate-pair', self.on_p2pstream_new_active_candidate_pair) - self.p2pstream.connect('codec-changed', self.on_p2pstream_codec_changed) - self.p2pstream.connect('native-candidates-prepared', self.on_p2pstream_native_candidates_prepared) - self.p2pstream.connect('state-changed', self.on_p2pstream_state_changed) - self.p2pstream.connect('new-native-candidate', self.on_p2pstream_new_native_candidate) - - self.p2pstream.set_remote_codecs(self.p2pstream.get_local_codecs()) - - print self.session.weinitiate, "#farsight_stream_prepare_transports" - self.p2pstream.prepare_transports() - - print self.session.weinitiate, "#farsight_stream_set_active_codec" - self.p2pstream.set_active_codec(8) #??? - - sink = gst.element_factory_make('alsasink') - sink.set_property('sync', False) - sink.set_property('latency-time', 20000) - sink.set_property('buffer-time', 80000) - - src = gst.element_factory_make('audiotestsrc') - src.set_property('blocksize', 320) - #src.set_property('latency-time', 20000) - src.set_property('is-live', True) - - print self.session.weinitiate, "#farsight_stream_set_sink" - self.p2pstream.set_sink(sink) - print self.session.weinitiate, "#farsight_stream_set_source" - self.p2pstream.set_source(src) - - def on_p2pstream_error(self, *whatever): pass - def on_p2pstream_new_active_candidate_pair(self, stream, native, remote): - print self.session.weinitiate, "##new_active_candidate_pair" - #print "New native candidate pair: %s, %s" % (native, remote) - def on_p2pstream_codec_changed(self, stream, codecid): - print self.session.weinitiate, "##codec_changed" - #print "Codec changed: %d" % codecid - def on_p2pstream_native_candidates_prepared(self, *whatever): - print self.session.weinitiate, "##native_candidates_prepared" - #print "Native candidates prepared: %r" % whatever - for candidate in self.p2pstream.get_native_candidate_list(): - self.send_candidate(candidate) - def on_p2pstream_state_changed(self, stream, state, dir): - print self.session.weinitiate, "##state_changed" - #print "State: %d, Dir: %d" % (state, dir) - if state==farsight.STREAM_STATE_CONNECTED: - print self.session.weinitiate, "#farsight_stream_signal_native_candidates_prepared" - stream.signal_native_candidates_prepared() - print self.session.weinitiate, "#farsight_stream_start" - stream.start() - def on_p2pstream_new_native_candidate(self, p2pstream, candidate_id): - print self.session.weinitiate, "##new_native_candidate" - print self.session.weinitiate, "#get_native_candidate" - candidates = p2pstream.get_native_candidate(candidate_id) - print self.session.weinitiate, "#!", repr(candidates) - - for candidate in candidates: - self.send_candidate(candidate) - def send_candidate(self, candidate): - attrs={ - 'cid': candidate['candidate_id'], - 'component': candidate['component'], - 'foundation': '1', # hack - 'generation': '0', - 'type': candidate['type'], - 'ip': candidate['ip'], - 'network': '0', - 'port': candidate['port'], - 'priority': int(100000*candidate['preference']), # hack - 'protocol': candidate['proto']==farsight.NETWORK_PROTOCOL_UDP and 'udp' or 'tcp', - } - if 'username' in candidate: attrs['ufrag']=candidate['username'] - if 'password' in candidate: attrs['pwd']=candidate['password'] - c=self.__content() - t=c.addChild(xmpp.NS_JINGLE_ICE_UDP+' transport') - t.addChild('candidate', attrs=attrs) - self.session.sendTransportInfo(c) - - def iterCodecs(self): - for codec in self.codecs: - media_type, encoding_name, pt, clock_rate, channels=codec - yield xmpp.Node('payload-type', { - 'name': encoding_name, - 'id': pt, - 'channels': channels, - 'clock_rate': clock_rate}) - -# print self.session.weinitiate, "#farsight_stream_get_local_codecs" -# codecs=self.p2pstream.get_local_codecs() -# for codec in codecs: -# a = {'name': codec['encoding_name'], -# 'id': codec['id'], -# 'channels': 1} -# if 'clock_rate' in codec: a['clockrate']=codec['clock_rate'] -# if 'optional_params' in codec: -# p = (xmpp.Node('parameter', {'name': name, 'value': value}) -# for name, value in codec['optional_params'].iteritems()) -# else: p = () -# yield xmpp.Node('payload-type', a, p) - -class ConnectionJingle(object): - ''' This object depends on that it is a part of Connection class. ''' - def __init__(self): - # dictionary: (jid, sessionid) => JingleSession object - self.__sessions = {} - - # dictionary: (jid, iq stanza id) => JingleSession object, - # one time callbacks - self.__iq_responses = {} - - def addJingle(self, jingle): - ''' Add a jingle session to a jingle stanza dispatcher - jingle - a JingleSession object. - ''' - self.__sessions[(jingle.peerjid, jingle.sid)]=jingle - - def deleteJingle(self, jingle): - ''' Remove a jingle session from a jingle stanza dispatcher ''' - del self.__session[(jingle.peerjid, jingle.sid)] - - def _JingleCB(self, con, stanza): - ''' The jingle stanza dispatcher. - Route jingle stanza to proper JingleSession object, - or create one if it is a new session. - TODO: Also check if the stanza isn't an error stanza, if so - route it adequatelly.''' - - # get data - jid = stanza.getFrom() - id = stanza.getID() - - if (jid, id) in self.__iq_responses.keys(): - self.__iq_responses[(jid, id)].stanzaCB(stanza) - del self.__iq_responses[(jid, id)] - raise xmpp.NodeProcessed - - jingle = stanza.getTag('jingle') - if not jingle: return - sid = jingle.getAttr('sid') - - # do we need to create a new jingle object - if (jid, sid) not in self.__sessions: - # TODO: we should check its type here... - newjingle = JingleSession(con=self, weinitiate=False, jid=jid, sid=sid) - self.addJingle(newjingle) - - # we already have such session in dispatcher... - self.__sessions[(jid, sid)].stanzaCB(stanza) - - raise xmpp.NodeProcessed - - def addJingleIqCallback(self, jid, id, jingle): - self.__iq_responses[(jid, id)]=jingle - - def startVoiP(self, jid): - jingle = JingleSession(self, weinitiate=True, jid=jid) - self.addJingle(jingle) - jingle.addContent('voice', JingleVoiP(jingle)) - jingle.startSession()