def ping(self, request, context):
# TODO
print("Encode:\n", request)
response = ping_pb2.Response()
response.data = "pong"
#return None
return response
def ping(self, request, context):
# TODO
data = str(request.data)
print("Server: {}".format(data))
response = ping_pb2.Response()
response.data = 'pong'
return response
def coordinates(self, request, context):
for x in self.client_dict:
if (x == request.id):
yield ping_pb2.Response(data=str(self.client_dict[x]),
change=self.cord_update[x],
id=x)
self.cord_update[x] = False
def ping(self, request, context):
request_id = request.id
if request_id in self.location_map:
return ping_pb2.Response(loc=stringToIntList(
self.location_map[request_id]),
id=request_id)
else:
self.location_map[request_id] = None
print("Client id [", request_id, "] is not registered yet!")
def update(self, request, context):
request_id = request.id
while True:
updated_loc = str(
stringToIntList(self.start_coor)[0] +
stringToIntList(self.dist)[0] * request_id) + "," + str(
stringToIntList(self.start_coor)[1] +
stringToIntList(self.dist)[1] * request_id) + "," + str(
stringToIntList(self.start_coor)[2] +
stringToIntList(self.dist)[2] * request_id)
output = map(int, updated_loc.split(','))
yield ping_pb2.Response(loc=output, id=request_id)
def ping(self, request, context):
global index_client_counter
if index_client_counter == 1:
ret = "Client id {} connected to server.\n[received] moving to {}".format(
index_client_counter,
str(self.client_dict[index_client_counter]))
id = index_client_counter
else:
ret = "Client id {} connected to server.\n[received] moving to {}".format(
index_client_counter, self.client_dict[index_client_counter])
id = index_client_counter
index_client_counter = index_client_counter + 1
return ping_pb2.Response(data=ret, id=id)
def register(self, request, context):
request_id = request.id
if request_id == -1:
cur_count = self.count
self.count += 1
if cur_count == 0:
self.location_map[0] = self.start_coor
else:
self.location_map[cur_count] = str(
stringToIntList(self.location_map[cur_count - 1])[0] +
stringToIntList(self.dist)[0]) + "," + str(
stringToIntList(self.start_coor)[1] +
stringToIntList(self.dist)[1]) + "," + str(
stringToIntList(self.start_coor)[2] +
stringToIntList(self.dist)[2])
return ping_pb2.Response(loc=stringToIntList(
self.location_map[cur_count]),
id=cur_count)
else:
if request_id in self.location_map:
print("This ID already exist.")
def ping(self, request, context):
# TODO
# print("Encode:\n", request)
# return None
return ping_pb2.Response(data='Pong')
def ping(self, request, context):
# TODO
print("Encode:\n", request)
data = str("Pong")
return ping_pb2.Response(data="Pong")
def ping(self, request, context):
# TODO
print("Encode:\n", request)
return ping_pb2.Response(data="pong!!")
def pong(self, request, context):
# TODO
print("Response=", request.data)
return ping_pb2.Response(data = "pong")
def ping(self, request, context):
print("Encode:\n", request.data)
return ping_pb2.Response(data="Pong")
def ping(self, request, context):
return ping_pb2.Response(data='pong')
def ping(self, request, context):
print(request.data)
return ping_pb2.Response(data='pong')
def ping(self, request, context):
print("Ping Server")
print("Server = {}".format(request.data))
return ping_pb2.Response(data="Pong")
def ping(self, request, context):
# TODO
print("Encode:\n", request)
#return ping_pb2.Response(data='Pong, %s!' % request.data)
return ping_pb2.Response(data='Pong')
def ping(self, request, context):
# TODO
return ping_pb2.Response(data = "pong")
def ping(self, request, context):
print("Data{} =", request.data)
return ping_pb2.Response(data="pong")
