def handleRequest(self):
taskarg = ftsvr.getTaskRunArg()
request = taskarg['data']
if not gdata.initializeOk():
ftlog.info('TYCommonHttpRequest not initialize ok, ignore this request :', request.path)
request.setResponseCode(503)
request.finish()
return
runhttp.handlerHttpRequest(request)
def handleRequest(self):
taskarg = ftsvr.getTaskRunArg()
request = taskarg['data']
if not gdata.initializeOk():
ftlog.info(
'TYCommonHttpRequest not initialize ok, ignore this request :',
request.path)
request.setResponseCode(503)
request.finish()
return
runhttp.handlerHttpRequest(request)
def doSomeLogic(self):
args = ftsvr.getTaskRunArg()
src = args.get('src')
dst = args.get('dst')
userheader1 = args.get('userheader1')
userheader2 = args.get('userheader2')
msg = ftsvr.getTaskPack()
# ftlog.debug('TYCommonS2AProto id=', id(self), 'src=', src, 'dst=', dst, 'h1=', userheader1, 'h2=', userheader2, 'pack=', msg)
if not gdata.initializeOk():
ftlog.info('TYCommonS2AProto not initialize ok, ignore this message :', src, dst, userheader1, userheader2,
msg)
return
runcmd.handlerCommand(msg)
def doSomeLogic(self):
args = ftsvr.getTaskRunArg()
src = args.get('src')
dst = args.get('dst')
userheader1 = args.get('userheader1')
userheader2 = args.get('userheader2')
msg = ftsvr.getTaskPack()
# ftlog.debug('TYCommonS2AProto id=', id(self), 'src=', src, 'dst=', dst, 'h1=', userheader1, 'h2=', userheader2, 'pack=', msg)
if not gdata.initializeOk():
ftlog.info(
'TYCommonS2AProto not initialize ok, ignore this message :',
src, dst, userheader1, userheader2, msg)
return
runcmd.handlerCommand(msg)
def madeHandler(self):
'''
TCP链接建立处理
'''
self.userId = 0 # 当前连接的UserId
if not gdata.initializeOk():
ftlog.info(
'COTCPProto-madeHandler not initialize ok, close this TCP')
self.closeConnection(1)
return
self.timeOutCount = 0 # 新连接的超时次数
self.heart_beat_count = 0 # 新连接的心跳次数
peer = self.transport.getPeer()
self.clientAddress = str(peer.host) + ':' + str(peer.port) # 当前连接的地址
if not self in _NEW_PROTOCOLS:
_NEW_PROTOCOLS[self] = self
ftlog.info('TCP madeHandler', self.clientAddress)
def onTimer():
# 配置时间点执行 默认早晨7点
global _initing
behaviourConf = dizhuconf.getUserBehaviourReward()
if not behaviourConf or behaviourConf.get('open', 0) != 1:
return
if not gdata.initializeOk():
return
try:
executeTime = behaviourConf.get('executeTime', "6:05:00")
executeTime = datetime.datetime.strptime(executeTime, "%H:%M:%S")
if not _initing:
if datetime.datetime.now().time() >= executeTime.time():
_initing = _getInfoFromTxt(behaviourConf)
else:
if datetime.datetime.now().time() < executeTime.time():
_initing = False
except Exception, e:
_initing = False
ftlog.warn('dizhu_user_behaviour.onTimer.config err=', e.message)
return
def doServerTcpMsg(self):
'''
其他服务发送至CONN服务的消息处理
绝大部分需要转发至用户客户端
'''
args = ftsvr.getTaskRunArg()
src = args.get('src')
dst = args.get('dst')
userheader1 = args.get('userheader1')
userheader2 = args.get('userheader2')
msgstr = ftsvr.getTaskPack()
cmd = strutil.getJsonStr(msgstr, 'cmd', '')
ftlog.debug('COS2AProto-doServerTcpMsg src=', src, 'dst=', dst, 'h1=',
userheader1, 'h2=', userheader2, 'cmd=', cmd, 'pack=',
msgstr)
if not gdata.initializeOk():
ftlog.info(
'COS2AProto-doServerTcpMsg not initialize ok, ignore this message :',
ftsvr.getTaskPack())
return
if userheader1 == 'S0': # 发送给用户客户端的消息标记
toUserId = int(userheader2)
if toUserId in _ONLINE_USERS:
user = _ONLINE_USERS[toUserId]
if cmd == 'user_info':
# 链接建立后, 第一个返回给客户端的命令必须是user_info
isFirst = 0
if user.firstUserInfo == 0:
isFirst = 1
user.sendTcpMessage(msgstr)
user.firstUserInfo = 1
# 强制进行第一次心跳处理, 发送led,返回比赛报名情况等
if isFirst:
msg = '{"cmd":"heart_beat","params":{"userId":%d,"gameId":%d,"clientId":"%s","must":1}}' % (
toUserId, user.gameId, user.clientId)
router.sendUtilServer(msg, toUserId)
if len(user.delaySendMsg) > 0:
mlist = user.delaySendMsg
user.delaySendMsg = []
for m in mlist:
user.sendTcpMessage(m)
else:
# 只有第一个命令user_info完成后, 后续的消息才会发送给客户端
if user.firstUserInfo == 1:
user.sendTcpMessage(msgstr)
else:
if user.delaySendMsg != None and len(
user.delaySendMsg) < 20:
user.delaySendMsg.append(msgstr)
else:
ftlog.info('ERROR, the user tcp bind not ok !',
toUserId, cmd)
else:
ftlog.info('ERROR, the user is already offline !', toUserId,
cmd)
else:
# 当前进程需要处理的消息, 例如更新配置,热更新,强制用户退出等
msg = MsgPack()
try:
msg.unpack(msgstr)
except:
raise Exception('the json data error 6 !! [' + repr(msgstr) +
']')
task = FTTasklet.getCurrentFTTasklet()
task.pack = msg
task.run_args['pack'] = msg
runcmd.handlerCommand(msg)
def doClientTcpMsg(self):
"""
接收到一个的用户客户端的TCP消息
"""
msgstr = ftsvr.getTaskPack()
if not msgstr:
return
ftlog.debug('======== RECEIVE TCP->', self.clientAddress, 'pack=|',
repr(msgstr), '|')
msgstr = structProtocolHelper.decode(msgstr)
if not gdata.initializeOk():
ftlog.warn(
'COTCPProto-doClientTcpMsg not initialize ok, ignore this message :',
msgstr)
return
if len(msgstr) < 11: # {"cmd":"a"}
ftlog.warn('simple json format check too short ! [' +
repr(msgstr) + ']')
return
if msgstr[0] == '[': # 代理机器校验
_proxyCheck(msgstr, self)
return
if msgstr[0] != '{':
ftlog.warn('simple json format check not start with { ! [' +
repr(msgstr[0:10]) + '...]')
return
# 后3位可能是 }\n\0 或 }\n 或 }\0 或 } 或 }\r\n
if msgstr[-1] == '}':
pass
elif msgstr[-2] == '}':
pass # msgstr = msgstr[0:-1]
elif msgstr[-3] == '}':
pass # msgstr = msgstr[0:-2]
elif msgstr[-4] == '}':
pass # msgstr = msgstr[0:-3]
elif msgstr[-5] == '}':
pass # msgstr = msgstr[0:-4]
else:
ftlog.warn('simple json format check not end with } ! [...' +
repr(msgstr[-10:]) + ']')
return
if ide_debug():
ide_print_pack("RECV TCP_", json.loads(msgstr))
userId = strutil.getJsonInt(msgstr, 'userId', 0)
if userId <= 0:
ftlog.warn(
'COTCPProto-doClientTcpMsg the userId error, ignore this message :',
userId, msgstr)
return
msgqueue = _MSG_QUEUES.get(userId, None)
if msgqueue == None:
msgqueue = []
_MSG_QUEUES[userId] = msgqueue
ftlog.debug('creat user msgqueue !', userId)
if len(msgqueue) > _MSG_QUEUES_MAX_LEN and msgstr.find(
'"conn_lost"') < 0: # TODO 这个经验值如何确定?
ftlog.warn(
'the user msgqueue queue too large !!, ignore this message :',
userId)
return
msgqueue.append(msgstr)
if len(msgqueue) > 1:
ftlog.debug('the user msgqueue is process, wait ...', userId)
return
ftlog.debug('process user msgqueue !', userId)
while 1:
msgstr1 = msgqueue[0]
try:
self._processUserMessage(userId, msgstr1)
except:
ftlog.error('ERROR _processUserMessage', userId, msgstr1)
del msgqueue[0]
if len(msgqueue) == 0:
break
del _MSG_QUEUES[userId]
ftlog.debug('remove user msgqueue !', userId)