def makepacket(ent):
assert ent.entID is not None
return str(
GameProtocol.SpawnEnt(asUnixPath(ent.typeInfo.typePath),
ent.scriptname, ent.entID,
ent.location.x, ent.location.y,
ent.location.z, ent.q4.x, ent.q4.y,
ent.q4.z, ent.q4.w))
def onReceive(self, event):
msg = GameProtocol.read(event.packet.data)
if msg.name == 'SpawnEnt':
#print msg
self.world.netSpawnEnt(msg)
elif msg.name == 'MoveEnt':
#print event.packet
self.world.netMoveEnt(msg)
elif msg.name == 'MoveActor':
self.world.netMoveActor(msg)
def onReceive(self, event):
msg = GameProtocol.read( event.packet.data )
if msg.name == 'SpawnEnt':
#print msg
self.world.netSpawnEnt( msg )
elif msg.name == 'MoveEnt':
#print event.packet
self.world.netMoveEnt( msg )
elif msg.name == 'MoveActor':
self.world.netMoveActor(msg)
def makemovepacket(ent):
#ent.velocity actually has to make a foreign function
#call to C to get the velocity, so we only want to call it once
ev = ent.velocity
return str(GameProtocol.MoveEnt(ent.entID,
ent.location.x,
ent.location.y,
ent.location.z,
ent.q4.x,
ent.q4.y,
ent.q4.z,
ent.q4.w,
ev.x, ev.y, ev.z
))
def simpletest():
global name
print "Name?"
name = sys.stdin.readline(32)
ch = ChatClient('127.0.0.1', 1234)
ch.runUpdateThread()
try:
done = False
while not done:
input = sys.stdin.readline()
if input.strip() == 'quit':
ch.disconnect()
done = True
else:
ch.send(GameProtocol.ChatMessage(input))
except KeyboardInterrupt:
print "Quitting..."
ch.disconnect()
done = True
ch.stopUpdateThread()
def onReceive(self, event):
print "Received Message", GameProtocol.read(event.packet.data)
def onReceive(self, connection, event):
#relay
print "Received message on connection:", connection
msg = GameProtocol.read(event.packet.data)
print msg
def makeUpdatePacket(self):
return str(
GameProtocol.MoveEnt(self.entID, self.location.x, self.location.y,
self.location.z, self.q4.x, self.q4.y,
self.q4.z, self.q4.w, 0, 0, 0))
def onReceive(self, event):
msg = GameProtocol.read(event.packet.data)
if 'message' in msg.keys():
self.sendToAll(GameProtocol.ChatMessage(msg['message']))
print event.peer.address, msg
prompt = True
automatch = True
# Build the socket and create the game protocol object
port = sys.argv[2]
host = sys.argv[1]
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
server_address = (str(host), int(port))
try:
s.connect(server_address)
except:
print('could not connected to server')
not_done = False
lock = threading.Lock()
p = GameProtocol(s, server_address)
# dict for executing commands.
pro = {
'games': p.GAMES,
'place': p.PLACE,
'exit': p.EXIT,
'play': p.PLAY,
'who': p.WHO,
'login': p.LOGIN,
'observe': p.OBSERVE,
'unobserve': p.UNOBSERVE,
'comment': p.COMMENT,
'automatch': p.automatch,
'prompt': changePrompt
}
def onReceive(self, event):
print "Received Message", GameProtocol.read(event.packet.data)
def onConnect(self, event):
print "Connected to:", event.peer.address
self.send(GameProtocol.SetName(name))
def makeUpdatePacket(self):
return str(
GameProtocol.MoveActor(self.entID, self.location.x,
self.location.y, self.location.z, self.yaw,
self.pitch))
def onReceive(self, event):
msg = GameProtocol.read( event.packet.data )
if 'message' in msg.keys():
self.sendToAll( GameProtocol.ChatMessage(msg['message']) )
print event.peer.address, msg
def onReceive(self, connection, event):
#relay
print "Received message on connection:", connection
msg = GameProtocol.read( event.packet.data )
print msg
