def encode(self, msg):
if msg.receiverName:
receiver = struct.pack('>III', msg.receiver.id, msg.receiver.remote, msg.receiver.time);
else:
receiver = struct.pack('>I'+str(len(msg.receiverName))+'s', len(msg.receiverName), msg.receiverName);
sender = struct.pack('>III', msg.sender.id, msg.sender.remote, msg.sender.time);
msgName = MsgFactory.getClassName(msg);
msgName = struct.pack(('>I%ds' % len(msgName)), msgName);
data = msg.encode();
data = struct.pack(('>I%ds' % len(data)), data);
alldata = '%s%s%s%s' % (receiver, sender, msgName, data);
return struct.pack(('>I%ds' % len(alldata)), alldata);
def run(self): # override
self.gameClock = time.time()
while not self.isStop:
currTime = time.time()
deltaTime = currTime - self.gameClock
if deltaTime > 0.0166666666667: # 60FPS on server
self.update(deltaTime)
sendData = msg.encode(self.serialize())
try:
self.conn.send(sendData)
except:
print "game.py send data exception"
self.gameClock = currTime
self.conn.close()
def broadcast(self, msg):
print('broad cast' + msg)
for addr in self.nameDict:
print(addr)
self.chat_Socket.sendto(msg.encode('utf-8'), addr)
def sendMsgToSock(sock, message): # send msg to client socket
try:
sock.send(msg.encode(message))
except:
pass
def encode(self, msg):
data=''.join((struct.pack('>I'+str(len(x))+'s', len(x), x) for x in (MsgFactory.getClassName(msg), msg.encode())));
return struct.pack('>I'+str(len(data))+'s', len(data)+4, data);
