def on_receive_event(self, channel, data):
if len(data) <= 0:
pass
try:
if channel == 0:
try:
cds = CubeDataStream(data)
message_type = cds.getint()
cn = cds.getint()
self.getclient(cn).state.position = data
except:
traceback.print_exc()
elif channel == 1:
messages = sauerbraten_stream_spec.read(data, {'aiclientnum': -1})
for message_type, message in messages:
if (not self.isconnected) and message_type != "N_CONNECT":
self.peer.disconnect(disconnect_types.DISC_TAGT) #@UndefinedVariable
return
elif self.isconnected and message_type == "N_CONNECT":
self.peer.disconnect(disconnect_types.DISC_TAGT) #@UndefinedVariable
return
elif message_type == "N_CONNECT":
self.isconnected = True
self.name = filtertext(message['name'], False, MAXNAMELEN)
self.pwdhash = message['pwdhash']
self.playermodel = message['playermodel']
self.connected.emit(self)
elif message_type == "N_SWITCHNAME":
name = filtertext(message['name'], False, MAXNAMELEN)
if len(name) <= 0:
name = "unnamed"
if name != self.name:
self.name = name
swh.put_switchname(self.state.messages, self.name)
elif message_type == "N_SWITCHTEAM":
team_name = filtertext(message['team'], False, MAXTEAMLEN)
if self.team is not None and team_name != self.team.name:
self.trysetteam.emit(self, self.cn, self.team, team_name)
elif message_type == "N_SPECTATOR":
self.setspectator.emit(self, message['target_cn'], bool(message['value']))
elif message_type == "N_PING":
with self.sendbuffer(1, False) as cds:
swh.put_pong(cds, message['cmillis'])
elif message_type == "N_CLIENTPING":
self.ping_buffer.add(message['ping'])
self.ping.emit(self)
swh.put_clientping(self.state.messages, message['ping'])
elif message_type == "N_MAPVOTE":
self.mapvote.emit(self, message['map_name'], message['mode_num'])
elif message_type == "N_MAPCHANGE":
self.mapvote.emit(self, message['map_name'], message['mode_num'])
elif message_type == "N_MAPCRC":
self.mapcrc.emit(self, message['mapcrc'])
elif message_type == "N_ITEMLIST":
self.itemlist.emit(self, message['items'])
elif message_type == "N_BASES":
self.baselist.emit(self, message['bases'])
elif message_type == "N_INITFLAGS":
self.flaglist.emit(self, message['flags'])
elif message_type == "N_SPAWN":
client = self.getclient(message['aiclientnum'])
client.state.state = client_states.CS_ALIVE
client.lifesequence = message['lifesequence']
client.gunselect = message['gunselect']
swh.put_spawn(client.state.messages, self)
elif message_type == "N_TRYSPAWN":
self.tryspawn.emit(self.getclient(message['aiclientnum']))
elif message_type == "N_SHOOT":
message['client'] = self.getclient(message['aiclientnum'])
del message['aiclientnum']
self.shoot.emit(**message)
elif message_type == "N_EXPLODE":
message['client'] = self.getclient(message['aiclientnum'])
del message['aiclientnum']
self.explode.emit(**message)
elif message_type == "N_SUICIDE":
self.suicide.emit(self.getclient(message['aiclientnum']))
elif message_type == "N_JUMPPAD":
cn = message['clientnum']
self.jumppad.emit(self.getclient(cn), message['jumppad'])
elif message_type == "N_TELEPORT":
cn = message['clientnum']
self.teleport.emit(self.getclient(cn), message['teleport'], message['teledest'])
elif message_type == "N_GUNSELECT":
mcds = self.getclient(message['aiclientnum']).state.messages
swh.put_gunselect(mcds, message['gunselect'])
self.state.gunselect = message['gunselect']
elif message_type == "N_SOUND":
mcds = self.getclient(message['aiclientnum']).state.messages
swh.put_gunselect(mcds, message['sound'])
elif message_type == "N_ITEMPICKUP":
self.pickup.emit(self.getclient(message['aiclientnum']), message['item_index'])
elif message_type == "N_REPAMMO":
self.replenishammo.emit(self.getclient(message['aiclientnum']))
elif message_type == "N_TAKEFLAG":
self.takeflag.emit(self.getclient(message['aiclientnum']), message['flag'], message['version'])
elif message_type == "N_TRYDROPFLAG":
self.trydropflag.emit(self.getclient(message['aiclientnum']))
elif message_type == "N_PAUSEGAME":
self.trypausegame.emit(self, message['value'])
else:
print message_type, message
else: #channel == 2:
pass
except InvalidClientNumberReference:
return
except:
traceback.print_exc()
