def connect_to_world(self, addr=worldaddr):
self.worldsocket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.worldsocket.connect(addr)
request = amazon_pb2.AConnect()
request.worldid = self.worldid
wh = request.initwh.add()
wh.id = 1
wh.x = 1
wh.y = 1
request.isAmazon = True
print(request)
send_request(self.worldsocket, request)
while True:
whole_message = recv_response(self.worldsocket)
response = amazon_pb2.AConnected()
try:
response.ParseFromString(whole_message)
except:
continue
print(response)
print("World id is %d" % response.worldid)
break
def Recv_Connected(recv_msg):
msg = amazon_pb2.AConnected()
msg.ParseFromString(recv_msg)
if (not msg) or (not msg.ListFields()):
print("\033[33mrecv_msg is empty\033[0m")
if msg.HasField('error'):
print("\033[31mError: \033[0m", msg.error)
def connectWorld(worldconnect):
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
world_server_ip = socket.gethostbyname(WHOST)
s.connect((world_server_ip, WPORT))
send_message(s, worldconnect)
connectResponse = amazon_pb2.AConnected()
connectResponse.ParseFromString(recv_message(s))
print("Worldid: ")
print(connectResponse.worldid)
print("\n")
print("Result: ")
print(connectResponse.result)
print("\n")
return s
connect_msg = amazon_pb2.AConnect(); connect_msg.worldid = 1002; # w1 = connect_msg.initwh.add() # w1.x = -664 # w1.y = -1081 print "msg is " + connect_msg.__str__(); sc = connect_msg.SerializeToString() size = len(sc); delimiter = protobuf_encoder._VarintBytes(size) s.send(delimiter); s.send(sc) # send msg response = amazon_pb2.AConnected() head_byte = s.recv(4) (msg_length, msg_pos) = protobuf_decoder._DecodeVarint32(head_byte, 0) print(msg_length, msg_pos) data = s.recv(msg_length) command_msg = amazon_pb2.ACommands() buy = command_msg.buy.add() buy.whnum = 0 product = buy.things.add() product.id = 123 product.description = "sample products" product.count = 10 # topack = command_msg.topack.add()