def start_loop():
global is_sub_server
glog.log("gnet>start_loop ------------------")
if is_sub_server:
trans_sub.start_loop()
else:
trans.start_loop()
def on_data(connection_id, buff):
global MSG_MAP
try:
msg = msgpack.unpackb(buff)
except Exception as e:
glog.error("gnet>ERROR message format")
raise e
return
# 强制转成[]
msg = list(msg)
glog.log("gnet>[recv] %s" % str(msg))
msgid = msg[0]
if not msgid in MSG_MAP:
glog.error("gnet>on_data msgid not in MSG_MAP|msgid:%s" % str(msgid))
return
# 调用注册的函数
func = MSG_MAP[msgid]
# msg[0]原来是msgid, 在逻辑中没有用处, 所以改成connection_id
msg[0] = connection_id
try:
func(msg)
except Exception, e:
traceback.print_exc()
def start_loop():
global is_sub_server
glog.log("gnet>start_loop ------------------")
if is_sub_server:
trans_sub.start_loop()
else:
trans.start_loop()
def on_data(connection_id, buff):
global MSG_MAP
try:
msg = msgpack.unpackb(buff)
except Exception as e:
glog.error("gnet>ERROR message format")
raise e
return
# 强制转成[]
msg = list(msg)
glog.log("gnet>[recv] %s" % str(msg))
msgid = msg[0]
if not msgid in MSG_MAP:
glog.error("gnet>on_data msgid not in MSG_MAP|msgid:%s" % str(msgid))
return
# 调用注册的函数
func = MSG_MAP[msgid]
# msg[0]原来是msgid, 在逻辑中没有用处, 所以改成connection_id
msg[0] = connection_id
try:
func(msg)
except Exception, e:
traceback.print_exc()
def init(ip, port):
glog.log("server at (%s : %d)" % (ip, port))
trans.init((ip, port), on_connect, on_disconnect, on_data)
import remote_call;remote_call.init()
# 注册子服务器登录
reg(MSGID_SUB_SERVER_LOGIN, on_sub_server_login)
def init():
global MSG_MAP
MSG_MAP = {}
ip = ''
port = 5018
glog.log("server at " + ip +"("+ str(port) +")" )
trans.init(ip, port, on_connect, on_disconnect, on_data)
def init(ip, port):
glog.log("server at (%s : %d)" % (ip, port))
trans.init((ip, port), on_connect, on_disconnect, on_data)
import remote_call
remote_call.init()
# 注册子服务器登录
reg(MSGID_SUB_SERVER_LOGIN, on_sub_server_login)
def init():
global MSG_MAP
MSG_MAP = {}
ip = ''
port = 5018
glog.log("server at " + ip + "(" + str(port) + ")")
trans.init(ip, port, on_connect, on_disconnect, on_data)
def sendm(data):
global is_sub_server
glog.log("gnet>[sendm] %s" % str(data))
if not is_sub_server:
glog.error("gnet>can NOT do sendm()")
return
trans_sub.send(_pack(data))
def sends(sub_svr_name, sub_svr_id, data):
global SUB_SERVER_MAP, is_sub_server
glog.log("gnet>[sends] (%s : %d) %s" % (sub_svr_name, sub_svr_id, str(data)))
if is_sub_server:
glog.error("gnet>can NOT do sends()")
return
trans.send(SUB_SERVER_MAP[sub_svr_name][sub_svr_id], _pack(data))
def sendm(data):
global is_sub_server
glog.log("gnet>[sendm] %s" % str(data))
if not is_sub_server:
glog.error("gnet>can NOT do sendm()")
return
trans_sub.send(_pack(data))
def sends(sub_svr_name, sub_svr_id, data):
global SUB_SERVER_MAP, is_sub_server
glog.log("gnet>[sends] (%s : %d) %s" %
(sub_svr_name, sub_svr_id, str(data)))
if is_sub_server:
glog.error("gnet>can NOT do sends()")
return
trans.send(SUB_SERVER_MAP[sub_svr_name][sub_svr_id], _pack(data))
def init_sub_server(main_ip, main_port, sub_name, sub_id):
global is_sub_server
glog.log("server sub_server (%s : %d) at %s:%d" % (sub_name, sub_id, main_ip, main_port))
trans_sub.init((main_ip, main_port), on_connect, on_disconnect, on_data)
import remote_call;remote_call.init()
# 发送子服务器登录
trans_sub.send(_pack([MSGID_SUB_SERVER_LOGIN, sub_name, sub_id]))
is_sub_server = True
def _on_disconnect():
global func_on_disconnect, connection
conn_id = connection.connection_id
if func_on_disconnect:
func_on_disconnect(conn_id)
try:
connection.socket.close()
glog.log("trans>socket close OK")
except Exception, e:
raise e
def _on_disconnect(connection):
global func_on_disconnect
conn_id = connection.connection_id
if func_on_disconnect:
func_on_disconnect(conn_id)
conn = connections.pop(conn_id)
try:
conn.socket.close()
glog.log("trans>socket close OK")
except Exception, e:
raise e
def _on_disconnect(connection):
global func_on_disconnect
conn_id = connection.connection_id
if func_on_disconnect:
func_on_disconnect(conn_id)
conn = connections.pop(conn_id)
try:
conn.socket.close()
glog.log("socket close OK")
except Exception, e:
raise e
def init_sub_server(main_ip, main_port, sub_name, sub_id):
global is_sub_server
glog.log("server sub_server (%s : %d) at %s:%d" %
(sub_name, sub_id, main_ip, main_port))
trans_sub.init((main_ip, main_port), on_connect, on_disconnect, on_data)
import remote_call
remote_call.init()
# 发送子服务器登录
trans_sub.send(_pack([MSGID_SUB_SERVER_LOGIN, sub_name, sub_id]))
is_sub_server = True
def on_disconnect(connection_id):
name, id = _get_sub_server_by_connection(connection_id)
if name:
glog.log("on_disconnect sub server: (%s : %d)" % (name, id))
else:
glog.log("on_disconnect: %d" % connection_id)
def send(connection_id, data):
glog.log("gnet>[send] %d %s" % (connection_id, str(data)))
trans.send(connection_id, _pack(data))
def send(connection_id, data):
glog.log("gnet>[send] %d %s" % (connection_id, str(data)))
trans.send(connection_id, _pack(data))
def start_loop():
glog.log("gnet>start_loop ------------------")
trans.start_loop()
def on_connect(address, connection_id):
glog.log("on_connect: %s %d" % (address, connection_id))
def start_loop():
glog.log("gnet>start_loop ------------------")
trans.start_loop()
def on_disconnect(connection_id):
name, id = _get_sub_server_by_connection(connection_id)
if name:
glog.log("on_disconnect sub server: (%s : %d)" % (name, id))
else:
glog.log("on_disconnect: %d" % connection_id)
def on_connect(address, connection_id):
glog.log("on_connect: %s %d" % (address, connection_id))
